text: If the carbon in freshwater is partly acquired from aged carbon, such as rocks, then the result will be a reduction in the / ratio in the water. For example, rivers that pass over limestone, which is mostly composed of calcium carbonate, will acquire carbonate ions. Similarly, groundwater can contain carbon derived from the rocks through which it has passed. These rocks are usually so old that they no longer contain any measurable , so this carbon lowers the / ratio of the water it enters, which can lead to apparent ages of thousands of years for both the affected water and the plants and freshwater organisms that live in it. This is known as the hard water effect because it is often associated with calcium ions, which are characteristic of hard water; other sources of carbon such as humus can produce similar results.  The effect varies greatly and there is no general offset that can be applied; additional research is usually needed to determine the size of the offset, for example by comparing the radiocarbon age of deposited freshwater shells with associated organic material.

text: If the carbon in freshwater is partly acquired from aged carbon, such as rocks, then the result will be a reduction in the / ratio in the water. For example, rivers that pass over

entity_name: Limestone

text: limestone

text: , which is mostly composed of

entity_name: Calcium carbonate

text: calcium carbonate

text: , will acquire carbonate ions. Similarly, groundwater can contain carbon derived from the rocks through which it has passed. These rocks are usually so old that they no longer contain any measurable , so this carbon lowers the / ratio of the water it enters, which can lead to apparent ages of thousands of years for both the affected water and the plants and freshwater organisms that live in it. This is known as the

entity_name: Hard water

text: hard water

text: effect because it is often associated with calcium ions, which are characteristic of hard water; other sources of carbon such as

entity_name: Humus

text: humus

text: can produce similar results.  The effect varies greatly and there is no general offset that can be applied; additional research is usually needed to determine the size of the offset, for example by comparing the radiocarbon age of deposited freshwater shells with associated organic material.

method: Bert-ConvKNRM

answers: NDQ_000611

answers: does not contain any measurable

answers: NDQ_000613

answers: carbon derived from the rocks through which it has passed

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: carbon in freshwater is partly acquired from aged carbon

answers: NDQ_000624

answers: What can cause the water table to rise?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: Which of the following is not a type of land use?

answers: NDQ_000636

answers: the / ratio

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: It can lead to apparent ages of thousands of years

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: limestone

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Yes

answers: NDQ_000650

answers: rocks are so old

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: hard

answers: NDQ_000611

answers: rocks are usually so old that they no longer contain any measurable,

answers: NDQ_000613

answers: plants and freshwater organisms

answers: NDQ_000615

answers: reduction in the / ratio

answers: NDQ_000616

answers: groundwater can contain carbon derived from the rocks through which it has passed.

answers: NDQ_000619

answers: aged carbon,

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: limestone,

answers: NDQ_000629

answers: measurable,

answers: NDQ_000630

answers: groundwater

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: there is no general offset that can be applied;

answers: NDQ_000634

answers: If the carbon in freshwater is partly acquired from aged carbon,

answers: NDQ_000635

answers: limestone,

answers: NDQ_000636

answers: hard water effect

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: measurable,

answers: NDQ_000639

answers: limestone, which is mostly composed of calcium carbonate,

answers: NDQ_000640

answers: hard water effect

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: rocks,

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: limestone,

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater can contain carbon derived from the rocks through which it has passed.

answers: NDQ_000649

answers: groundwater can contain carbon derived from the rocks through which it has passed.

answers: NDQ_000650

answers: aged carbon,

answers: NDQ_000651

answers: groundwater

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: rivers

answers: NDQ_000655

answers: hard water effect

text: Bead Geyser was named after the geyser eggs, loose spherical pieces of geyserite, that used to be found near the geyser. Over the decades since it was discovered, souvenir hunters have removed all of the geyser eggs.

text: Bead Geyser was named after the

text: geyser egg

text: s, loose spherical pieces of geyserite, that used to be found near the geyser. Over the decades since it was discovered, souvenir hunters have removed all of the geyser eggs.

answers: NDQ_000611

answers: geyser eggs are made of

answers: NDQ_000613

answers: spherical pieces of geyser

answers: NDQ_000615

answers: be higher

answers: NDQ_000616

answers: evaporation

answers: NDQ_000619

answers: geyser eggs are in the water

answers: NDQ_000624

answers: What will happen to the geyser?

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: What is the source of the water in hot springs?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can be concluded about the geyser eggs?

answers: NDQ_000636

answers: None of the above choices.

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: What type of spring is Bead Geyser?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: What is the best title for this passage?

answers: NDQ_000642

answers: geyser eggs

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: geyser eggs

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: geyser

answers: NDQ_000648

answers: is aquifer water

answers: NDQ_000649

answers: Where is the geyser located?

answers: NDQ_000650

answers: has been flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: loose spherical pieces of geyserite,

answers: NDQ_000613

answers: loose spherical pieces of geyserite,

answers: NDQ_000615

answers: Bead Geyser

answers: NDQ_000616

answers: Bead Geyser

answers: NDQ_000619

answers: geyserite,

answers: NDQ_000624

answers: Bead Geyser

answers: NDQ_000627

answers: Bead Geyser

answers: NDQ_000629

answers: geyser eggs,

answers: NDQ_000630

answers: Bead Geyser

answers: NDQ_000631

answers: Bead Geyser

answers: NDQ_000632

answers: Bead Geyser

answers: NDQ_000633

answers: Bead Geyser

answers: NDQ_000634

answers: Bead Geyser

answers: NDQ_000635

answers: souvenir hunters

answers: NDQ_000636

answers: Bead Geyser

answers: NDQ_000637

answers: loose spherical pieces of geyserite,

answers: NDQ_000638

answers: Bead Geyser

answers: NDQ_000639

answers: geyserite,

answers: NDQ_000640

answers: geyser eggs,

answers: NDQ_000641

answers: Bead Geyser

answers: NDQ_000642

answers: souvenir hunters have removed all of the geyser eggs.

answers: NDQ_000643

answers: geyserite,

answers: NDQ_000644

answers: geyser eggs,

answers: NDQ_000645

answers: Bead Geyser

answers: NDQ_000646

answers: Bead Geyser

answers: NDQ_000647

answers: Bead Geyser

answers: NDQ_000648

answers: loose spherical pieces of geyserite,

answers: NDQ_000649

answers: geyserite,

answers: NDQ_000650

answers: souvenir hunters

answers: NDQ_000651

answers: Bead Geyser

answers: NDQ_000652

answers: geyserite,

answers: NDQ_000653

answers: Bead Geyser

answers: NDQ_000654

answers: Bead Geyser

answers: NDQ_000655

answers: geyserite,

text: "Thermopolis" () is from the Greek for "Hot City".  It is home to numerous natural hot springs, in which mineral-laden waters are heated by geothermal processes. The town is named for the hot springs located there.

text: "Thermopolis" () is from the Greek for "Hot City".  It is home to numerous natural

entity_name: Hot spring

text: hot spring

text: s, in which mineral-laden waters are heated by geothermal processes. The town is named for the hot springs located there.

method: UNH-tfidf-stem

method: UNH-tfidf-ptsim

method: UNH-tfidf-lem

answers: NDQ_000611

answers: heated by geothermal processes

answers: NDQ_000613

answers: mineral-laden waters

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: geothermal processes

answers: NDQ_000619

answers: geothermal processes are occurring

answers: NDQ_000624

answers: unanswerable

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: no

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Thermopolis is home to numerous natural hot springs

answers: NDQ_000636

answers: not enough information

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Yes

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: no

answers: NDQ_000642

answers: is not the same as

answers: NDQ_000643

answers: geothermal

answers: NDQ_000644

answers: geothermal processes

answers: NDQ_000645

answers: geothermal processes

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: geothermal processes

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Where is Thermopolis?

answers: NDQ_000650

answers: is contaminated by chemicals

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: geothermal process

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: geothermal processes

answers: NDQ_000655

answers: geothermal

answers: NDQ_000611

answers: mineral-laden waters are heated by geothermal processes.

answers: NDQ_000613

answers: mineral-laden waters are heated by geothermal processes.

answers: NDQ_000615

answers: hot springs,

answers: NDQ_000616

answers: hot springs,

answers: NDQ_000619

answers: geothermal processes.

answers: NDQ_000624

answers: natural hot springs,

answers: NDQ_000627

answers: hot springs,

answers: NDQ_000629

answers: geothermal processes.

answers: NDQ_000630

answers: geothermal processes.

answers: NDQ_000631

answers: natural hot springs,

answers: NDQ_000632

answers: natural hot springs,

answers: NDQ_000633

answers: hot springs,

answers: NDQ_000634

answers: "Thermopolis"

answers: NDQ_000635

answers: natural hot springs,

answers: NDQ_000636

answers: natural hot springs,

answers: NDQ_000637

answers: natural hot springs,

answers: NDQ_000638

answers: natural hot springs,

answers: NDQ_000639

answers: mineral-laden waters

answers: NDQ_000640

answers: natural hot springs,

answers: NDQ_000641

answers: hot springs,

answers: NDQ_000642

answers: natural hot springs,

answers: NDQ_000643

answers: geothermal

answers: NDQ_000644

answers: hot springs,

answers: NDQ_000645

answers: hot springs,

answers: NDQ_000646

answers: hot springs,

answers: NDQ_000647

answers: geothermal processes.

answers: NDQ_000648

answers: mineral-laden waters are heated by geothermal processes.

answers: NDQ_000649

answers: geothermal processes.

answers: NDQ_000650

answers: mineral-laden waters are heated by geothermal processes.

answers: NDQ_000651

answers: natural hot springs,

answers: NDQ_000652

answers: mineral-laden

answers: NDQ_000653

answers: hot springs,

answers: NDQ_000654

answers: geothermal processes.

answers: NDQ_000655

answers: geothermal

text: In medieval times, this bean was used in making crucibles impermeable.

text: In medieval times, this bean was used in making crucibles impermeable.

answers: NDQ_000611

answers: erupts from the ground

answers: NDQ_000613

answers: impermeable

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: a lake

answers: NDQ_000619

answers: lava from volcanoes erupts.

answers: NDQ_000624

answers: What is the name of the bean used in making crucibles?

answers: NDQ_000627

answers: aquifers contain water

answers: NDQ_000629

answers: The rock layer below an aquifer always consists of permeable rock

answers: NDQ_000630

answers: geyser

answers: NDQ_000631

answers: Cantaloupe

answers: NDQ_000632

answers: in the same areas

answers: NDQ_000633

answers: acacia

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: Cantaloupe is a type of

answers: NDQ_000636

answers: cottonseed

answers: NDQ_000637

answers: Beans can be used to make crucibles

answers: NDQ_000638

answers: The bottom layer of an aquifer is made of limestone.

answers: NDQ_000639

answers: acacia

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping deeper underground

answers: NDQ_000641

answers: What is the best way to describe this process?

answers: NDQ_000642

answers: can make a crucible impermeable

answers: NDQ_000643

answers: isotope

answers: NDQ_000644

answers: can be used in making crucibles

answers: NDQ_000645

answers: lava

answers: NDQ_000646

answers: can be used for drinking water

answers: NDQ_000647

answers: can be found in the ocean

answers: NDQ_000648

answers: can be used for drinking

answers: NDQ_000649

answers: softer.

answers: NDQ_000650

answers: is contaminated by chemicals

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: pond

answers: NDQ_000653

answers: the oceans

answers: NDQ_000654

answers: evaporation

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: this bean was used in making crucibles impermeable.

answers: NDQ_000613

answers: impermeable.

answers: NDQ_000615

answers: bean was used in making crucibles impermeable.

answers: NDQ_000616

answers: this bean

answers: NDQ_000619

answers: this bean was used in making crucibles impermeable.

answers: NDQ_000624

answers: bean was used in making crucibles impermeable.

answers: NDQ_000627

answers: In medieval times, this bean

answers: NDQ_000629

answers: bean was used in making crucibles impermeable.

answers: NDQ_000630

answers: In medieval times, this bean

answers: NDQ_000631

answers: In medieval times, this bean

answers: NDQ_000632

answers: bean was used in making crucibles impermeable.

answers: NDQ_000633

answers: this bean was used in making crucibles impermeable.

answers: NDQ_000634

answers: this bean was used in making crucibles impermeable.

answers: NDQ_000635

answers: this bean was used in making crucibles impermeable.

answers: NDQ_000636

answers: this bean was used in making crucibles impermeable.

answers: NDQ_000637

answers: In medieval times, this bean

answers: NDQ_000638

answers: bean

answers: NDQ_000639

answers: bean

answers: NDQ_000640

answers: this bean was used in making crucibles impermeable.

answers: NDQ_000641

answers: bean was used in making crucibles impermeable.

answers: NDQ_000642

answers: impermeable.

answers: NDQ_000643

answers: bean

answers: NDQ_000644

answers: bean was used in making crucibles impermeable.

answers: NDQ_000645

answers: bean

answers: NDQ_000646

answers: bean was used in making crucibles impermeable.

answers: NDQ_000647

answers: bean was used in making crucibles impermeable.

answers: NDQ_000648

answers: bean was used in making crucibles impermeable.

answers: NDQ_000649

answers: bean was used in making crucibles impermeable.

answers: NDQ_000650

answers: this bean was used in making crucibles impermeable.

answers: NDQ_000651

answers: In medieval times, this bean

answers: NDQ_000652

answers: bean

answers: NDQ_000653

answers: bean

answers: NDQ_000654

answers: bean

answers: NDQ_000655

answers: crucibles impermeable.

text: As a groundwater aquifer, the Calumet Aquifer provides water to local surface waterways, including the Grand Calumet River and Little Calumet River.  The contributions can go in both directions: when the Little Calumet is in flood stage, it rises above the aquifer level and water from the river enters the aquifer. The aquifer also receives water from the Valparaiso Moraine Aquifer to the south, via the bedrock system that underlies both.  Over most of its area, the aquifer averages  in saturated thickness and lies approximately  below the surface.  Its greatest saturated thickness is around .

text: As a groundwater aquifer, the Calumet Aquifer provides water to local surface waterways, including the

entity_name: Grand Calumet River

text: Grand Calumet River

text: and

entity_name: Calumet River

entity_section: Little Calumet River

text: Little Calumet River

text: .  The contributions can go in both directions: when the Little Calumet is in flood stage, it rises above the aquifer level and water from the river enters the aquifer. The aquifer also receives water from the Valparaiso Moraine Aquifer to the south, via the bedrock system that underlies both.  Over most of its area, the aquifer averages  in saturated thickness and lies approximately  below the surface.  Its greatest saturated thickness is around .

answers: NDQ_000611

answers: aquifers are located where?

answers: NDQ_000613

answers: averages in saturated thickness and lies approximately below the surface

answers: NDQ_000615

answers: rise above the aquifer

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: water from the river enters the aquifer

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: It's impossible to say

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How does land use affect the amount of water that enters groundwater?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or groundwater aquifer?

answers: NDQ_000640

answers: What keeps water from seeping deeper underground?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater aquifer

answers: NDQ_000644

answers: Moraine

answers: NDQ_000645

answers: the surface

answers: NDQ_000646

answers: Aquifer

answers: NDQ_000647

answers: groundwater aquifer

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is the Calumet Aquifer located?

answers: NDQ_000650

answers: is in flood stage

answers: NDQ_000651

answers: unanswerable

answers: NDQ_000652

answers: groundwater aquifer

answers: NDQ_000653

answers: groundwater aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: averages in saturated thickness and lies approximately below the surface.

answers: NDQ_000613

answers: averages in saturated thickness and lies approximately below the surface.

answers: NDQ_000615

answers: it rises above the aquifer level

answers: NDQ_000616

answers: when the Little Calumet is in flood stage,

answers: NDQ_000619

answers: water from the river enters the aquifer.

answers: NDQ_000624

answers: rises above the aquifer level

answers: NDQ_000627

answers: bedrock

answers: NDQ_000629

answers: saturated thickness

answers: NDQ_000630

answers: Valparaiso Moraine Aquifer

answers: NDQ_000631

answers: groundwater aquifer,

answers: NDQ_000632

answers: approximately below the surface.

answers: NDQ_000633

answers: saturated thickness

answers: NDQ_000634

answers: Valparaiso Moraine Aquifer

answers: NDQ_000635

answers: when the Little Calumet is in flood stage,

answers: NDQ_000636

answers: Valparaiso Moraine Aquifer

answers: NDQ_000637

answers: bedrock

answers: NDQ_000638

answers: saturated thickness and lies approximately below the surface.

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: below the surface.

answers: NDQ_000641

answers: groundwater aquifer,

answers: NDQ_000642

answers: bedrock

answers: NDQ_000643

answers: groundwater aquifer,

answers: NDQ_000644

answers: groundwater aquifer,

answers: NDQ_000645

answers: below the surface.

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: aquifer averages in saturated thickness and lies approximately below the surface.

answers: NDQ_000648

answers: water from the river enters the aquifer.

answers: NDQ_000649

answers: bedrock

answers: NDQ_000650

answers: water from the river

answers: NDQ_000651

answers: Valparaiso Moraine Aquifer

answers: NDQ_000652

answers: groundwater aquifer,

answers: NDQ_000653

answers: groundwater aquifer,

answers: NDQ_000654

answers: water from the river

answers: NDQ_000655

answers: bedrock

text: Monitoring the quality of drinking water is a joint responsibility of ADH and the State’s public water-supply systems. According to ADH (Bradley Jones, Arkansas Department of Health, oral commun., 2013), Arkansas has over 1,190 individual groundwater wells used for public drinking-water supply. Statewide, there are about 710 community public drinking-water systems, of which about 690 use groundwater as their only water source. These groundwater systems serve more than 870,000 residents. Additionally, there are about 35 facilities defined by the SDWA as noncommunity, nontransient public water systems that rely on groundwater. These smaller facilities include schools, daycare centers, and businesses. There are also about 375 transient noncommunity public systems such asrestaurants, churches, community centers, and campgrounds that use groundwater.

text: Monitoring the quality of drinking water is a joint responsibility of ADH and the State’s public water-supply systems. According to ADH (Bradley Jones, Arkansas Department of Health, oral commun., 2013), Arkansas has over 1,190 individual groundwater wells used for public drinking-water supply. Statewide, there are about 710 community public drinking-water systems, of which about 690 use groundwater as their only water source. These groundwater systems serve more than 870,000 residents. Additionally, there are about 35 facilities defined by the SDWA as noncommunity, nontransient public water systems that rely on groundwater. These smaller facilities include schools, daycare centers, and businesses. There are also about 375 transient noncommunity public systems such asrestaurants, churches, community centers, and campgrounds that use groundwater.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: wells used for public drinking-water supply

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater wells

answers: NDQ_000619

answers: groundwater levels are too low

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Which of the following is not a type of well: schools, daycare centers, or businesses?

answers: NDQ_000629

answers: Which of the following is not a groundwater system: schools, daycare centers, and businesses?

answers: NDQ_000630

answers: Which of the following is not a groundwater source: schools, daycare centers, or businesses?

answers: NDQ_000631

answers: Arkansas has over 1,190 individual groundwater wells

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a groundwater source: schools, daycare centers, or businesses?

answers: NDQ_000636

answers: Arkansas has over 1,190 individual groundwater wells used for public drinking-water supply

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: What is the bottom layer of an aquifer made of?

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or groundwater?

answers: NDQ_000640

answers: How does the water table affect drinking water?

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: groundwater wells

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: How does water infiltrate the ground where rock is?

answers: NDQ_000650

answers: is used for drinking-water supply

answers: NDQ_000651

answers: Arkansas

answers: NDQ_000652

answers: groundwater well

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: about 690 use groundwater as their only water source.

answers: NDQ_000613

answers: groundwater as their only water source.

answers: NDQ_000615

answers: 690 use groundwater

answers: NDQ_000616

answers: groundwater wells

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater.

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: 375

answers: NDQ_000630

answers: 690 use groundwater

answers: NDQ_000631

answers: groundwater.

answers: NDQ_000632

answers: 375

answers: NDQ_000633

answers: 1,190 individual groundwater wells

answers: NDQ_000634

answers: 1,190

answers: NDQ_000635

answers: 375

answers: NDQ_000636

answers: 690 use groundwater

answers: NDQ_000637

answers: 690 use groundwater

answers: NDQ_000638

answers: 375

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: 375

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: groundwater wells

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater wells

answers: NDQ_000645

answers: groundwater wells

answers: NDQ_000646

answers: groundwater wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater wells

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: 690 use groundwater as their only water source.

answers: NDQ_000651

answers: Arkansas

answers: NDQ_000652

answers: groundwater wells

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater wells

answers: NDQ_000655

answers: groundwater wells

text: The western side of the county is the most populated and contains numerous small communities residing in an agricultural valley that roughly parallels the Manti National Forest to the west. Streams originate in the Wasatch Plateau on the forest and their headwaters are stored in several reservoirs. Agricultural areas depend on these reservoirs and waterways for survival and some farmland communities struggle with excess salinity. The east side of the county is dry with rough terrain. Green River, the largest community on this side of the county, is more closely tied to the communities and economy of Grand County. Emery County’s maps show the importance of the forest lands to the local communities as there are very few significant groundwater aquifers in the area.

text: The western side of the county is the most populated and contains numerous small communities residing in an agricultural valley that roughly parallels the Manti National Forest to the west. Streams originate in the Wasatch Plateau on the forest and their headwaters are stored in several reservoirs. Agricultural areas depend on these reservoirs and waterways for survival and some farmland communities struggle with excess salinity. The east side of the county is dry with rough terrain. Green River, the largest community on this side of the county, is more closely tied to the communities and economy of Grand County. Emery County’s maps show the importance of the forest lands to the local communities as there are very few significant groundwater aquifers in the area.

answers: NDQ_000611

answers: aquifers

answers: NDQ_000613

answers: groundwater aquifers

answers: NDQ_000615

answers: increase in elevation

answers: NDQ_000616

answers: Streams

answers: NDQ_000619

answers: Streams originate in the Wasatch Plateau

answers: NDQ_000624

answers: What can happen to the water table in an area?

answers: NDQ_000627

answers: Which of the following is not a type of aquifer: groundwater aquifers or groundwater reservoirs?

answers: NDQ_000629

answers: Which of the following is not the type of rock layer below an aquifer: permeable rock or nonpermeable rock?

answers: NDQ_000630

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

answers: NDQ_000631

answers: Why is the east side of the county dry with rough terrain?

answers: NDQ_000632

answers: Which of the following is not true of groundwater aquifers?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: How many significant groundwater aquifers are in the area?

answers: NDQ_000635

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

answers: NDQ_000636

answers: What is the largest community on this side of the county?

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a type of spring: groundwater aquifers or hot springs?

answers: NDQ_000640

answers: Why is the east side of the county dry with rough terrain?

answers: NDQ_000641

answers: how does water flow out of a well?

answers: NDQ_000642

answers: aquifers

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

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

answers: NDQ_000650

answers: is populated

answers: NDQ_000651

answers: area?

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: Reservoir

answers: NDQ_000611

answers: very few significant groundwater aquifers

answers: NDQ_000613

answers: excess salinity.

answers: NDQ_000615

answers: excess salinity.

answers: NDQ_000616

answers: Streams

answers: NDQ_000619

answers: excess salinity.

answers: NDQ_000624

answers: groundwater aquifers

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: very few significant groundwater aquifers

answers: NDQ_000630

answers: Wasatch Plateau

answers: NDQ_000631

answers: groundwater aquifers

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater aquifers

answers: NDQ_000634

answers: very few significant groundwater aquifers

answers: NDQ_000635

answers: very few significant groundwater aquifers

answers: NDQ_000636

answers: Agricultural areas

answers: NDQ_000637

answers: groundwater aquifers

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: very few significant groundwater aquifers

answers: NDQ_000641

answers: groundwater aquifers

answers: NDQ_000642

answers: groundwater aquifers

answers: NDQ_000643

answers: groundwater aquifers

answers: NDQ_000644

answers: groundwater aquifers

answers: NDQ_000645

answers: groundwater aquifers

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater aquifers

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater aquifers

answers: NDQ_000650

answers: populated

answers: NDQ_000651

answers: very few significant groundwater aquifers

answers: NDQ_000652

answers: Wasatch Plateau

answers: NDQ_000653

answers: groundwater aquifers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: reservoirs.

text: In 1973, the Regional Water Quality Control Board (RWQCB) first discovered PCP in nearby ground-water wells used as a source of residential drinking water. The control board issued several orders from 1973 to 1982 for cleanup of all contaminated groundwater, installation of groundwater recovery wells, and construction of wastewater treatment processes to end the use of unlined ponds and excavation of debris from the site 1963 fire. Koppers installed two recovery wells to recover PCP from local groundwater in accordance with the RWQCB. The RWQCB order was retracted after PCP concentrations decreased in off-site wells in 1974. However, in 1982, Koppers was issued a cease-and-desist order by the RWQCB to end the discharge of PCP into soil and ground water at the wood treatment plant and ordered a plan for mitigating the source, future prevention of chemical contamination, and remediation of contaminants.

text: In 1973, the Regional Water Quality Control Board (RWQCB) first discovered PCP in nearby ground-water wells used as a source of residential drinking water. The control board issued several orders from 1973 to 1982 for cleanup of all contaminated groundwater, installation of groundwater recovery wells, and construction of

entity_name: Industrial wastewater treatment

text: wastewater treatment

text: processes to end the use of unlined ponds and excavation of debris from the site 1963 fire.

entity_name: Koppers

text: Koppers

text: installed two recovery wells to recover PCP from local groundwater in accordance with the RWQCB. The RWQCB order was retracted after PCP concentrations decreased in off-site wells in 1974. However, in 1982, Koppers was issued a cease-and-desist order by the RWQCB to end the discharge of PCP into soil and ground water at the wood treatment plant and ordered a plan for mitigating the source, future prevention of chemical contamination, and remediation of contaminants.

answers: NDQ_000611

answers: is used as a source of drinking water

answers: NDQ_000613

answers: groundwater recovery wells

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is contaminated

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not

answers: NDQ_000635

answers: What did Koppers install to recover PCP from local groundwater?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a source of residential drinking water: PCP or mineral springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: unlined

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: ground-water wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is Koppers?

answers: NDQ_000650

answers: unlined ponds

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater well

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: unlined

answers: NDQ_000611

answers: residential drinking water.

answers: NDQ_000613

answers: groundwater recovery wells,

answers: NDQ_000615

answers: ground-water wells used as a source of residential drinking water.

answers: NDQ_000616

answers: ground-water wells

answers: NDQ_000619

answers: chemical contamination,

answers: NDQ_000624

answers: ground-water wells used as a source of residential drinking water.

answers: NDQ_000627

answers: ground-water wells used as a source of residential drinking water.

answers: NDQ_000629

answers: ground-water wells used as a source of residential drinking water.

answers: NDQ_000630

answers: ground-water wells used as a source of residential drinking water.

answers: NDQ_000631

answers: ground-water wells used as a source of residential drinking water.

answers: NDQ_000632

answers: ground-water wells used as a source of residential drinking water.

answers: NDQ_000633

answers: ground-water wells used as a source of residential drinking water.

answers: NDQ_000634

answers: 1973,

answers: NDQ_000635

answers: unlined ponds

answers: NDQ_000636

answers: residential drinking water.

answers: NDQ_000637

answers: ground-water wells used as a source of residential drinking water.

answers: NDQ_000638

answers: ground-water wells used as a source of residential drinking water.

answers: NDQ_000639

answers: ground-water wells used as a source of residential drinking water.

answers: NDQ_000640

answers: ground-water wells used as a source of residential drinking water.

answers: NDQ_000641

answers: ground-water wells used as a source of residential drinking water.

answers: NDQ_000642

answers: unlined ponds

answers: NDQ_000643

answers: ground-water wells

answers: NDQ_000644

answers: unlined ponds

answers: NDQ_000645

answers: ground-water wells

answers: NDQ_000646

answers: ground-water wells

answers: NDQ_000647

answers: ground-water

answers: NDQ_000648

answers: ground-water wells

answers: NDQ_000649

answers: soil

answers: NDQ_000650

answers: ground-water wells used as a source of residential drinking water.

answers: NDQ_000651

answers: residential drinking water.

answers: NDQ_000652

answers: ground-water wells

answers: NDQ_000653

answers: groundwater,

answers: NDQ_000654

answers: groundwater recovery wells,

answers: NDQ_000655

answers: unlined ponds

text: 90% of groundwater in Abu Dhabi Emirate is saline, in some cases up to eight times as much as seawater. There are only two freshwater aquifers. Natural groundwater recharge is estimated at about 300 million cubic meters per year. Brackish groundwater is mostly used for the irrigation of date palms which are relatively salt-tolerant. Recharge dams have been built on wadis in order to prevent flood water to flow into the sea, recharging it instead to aquifers. Unplanned and uncontrolled groundwater withdrawals, especially for agriculture and forestry,  total over 2,000 million cubic meters per year and have resulted in declining groundwater levels and quality.

text: 90% of groundwater in Abu Dhabi Emirate is saline, in some cases up to eight times as much as seawater. There are only two freshwater aquifers. Natural groundwater recharge is estimated at about 300 million cubic meters per year. Brackish groundwater is mostly used for the irrigation of date palms which are relatively salt-tolerant. Recharge dams have been built on

entity_name: Wadi

text: wadi

text: s in order to prevent flood water to flow into the sea, recharging it instead to aquifers. Unplanned and uncontrolled groundwater withdrawals, especially for agriculture and forestry,  total over 2,000 million cubic meters per year and have resulted in declining groundwater levels and quality.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: relatively salt-tolerant

answers: NDQ_000615

answers: saline

answers: NDQ_000616

answers: flood water

answers: NDQ_000619

answers: groundwater in Abu Dhabi Emirate is saline

answers: NDQ_000624

answers: in some cases up to eight times

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: Which of the following is not a type of rock: freshwater aquifers or freshwater aquifers?

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: How many freshwater aquifers are there?

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not used for the irrigation of date palms which are relatively salt-tolerant?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a source of groundwater in Abu Dhabi Emirate: saline, freshwater or mineral?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: wadis

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: Recharge dams

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: flood water

answers: NDQ_000649

answers: Which of the following is not a type of groundwater: saline, freshwater or aquifer?

answers: NDQ_000650

answers: uncontrolled groundwater withdrawals

answers: NDQ_000651

answers: unanswerable

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: flood water

answers: NDQ_000655

answers: saline

answers: NDQ_000611

answers: Brackish groundwater is mostly used for the irrigation of date palms

answers: NDQ_000613

answers: salt-tolerant.

answers: NDQ_000615

answers: flood water

answers: NDQ_000616

answers: flood water

answers: NDQ_000619

answers: saline,

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: freshwater aquifers.

answers: NDQ_000629

answers: freshwater aquifers.

answers: NDQ_000630

answers: 90% of groundwater in Abu Dhabi Emirate is saline,

answers: NDQ_000631

answers: There are only two freshwater aquifers.

answers: NDQ_000632

answers: two freshwater aquifers.

answers: NDQ_000633

answers: freshwater aquifers.

answers: NDQ_000634

answers: eight times as much as seawater.

answers: NDQ_000635

answers: agriculture and forestry,

answers: NDQ_000636

answers: Brackish groundwater is mostly used for the irrigation of date palms

answers: NDQ_000637

answers: freshwater aquifers.

answers: NDQ_000638

answers: Unplanned and uncontrolled groundwater withdrawals,

answers: NDQ_000639

answers: 90% of groundwater in Abu Dhabi Emirate is saline,

answers: NDQ_000640

answers: Recharge dams

answers: NDQ_000641

answers: 90% of groundwater

answers: NDQ_000642

answers: wadis

answers: NDQ_000643

answers: aquifers.

answers: NDQ_000644

answers: wadis

answers: NDQ_000645

answers: wadis

answers: NDQ_000646

answers: Recharge dams

answers: NDQ_000647

answers: two freshwater aquifers.

answers: NDQ_000648

answers: flood water

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: Unplanned and uncontrolled groundwater withdrawals,

answers: NDQ_000651

answers: two freshwater aquifers.

answers: NDQ_000652

answers: flood water

answers: NDQ_000653

answers: seawater.

answers: NDQ_000654

answers: Recharge dams

answers: NDQ_000655

answers: saline,

text: The Bedford Springs were believed to have various and diverse medicinal values due to each spring's unique mix of minerals.  The "Bedford Cure" required the patient to imbibe each type of water (or a specific type of water depending on the individual's ailment) on a daily basis during their three-week stay.  Examples of the unique springs and their uses are "Magnesium Spring," used for stomach ailments, the "Iron Spring," which was prescribed for iron deficiencies and healthy bones, the "Black Spring" which was used primarily to irrigate the golf course; and the "Sweet Spring" the waters of which were the most palatable. An eighth spring, named the Eternal Spring was discovered in 2006, during the expansion and renovation of the resort.

text: The Bedford Springs were believed to have various and diverse medicinal values due to each spring's unique mix of minerals.  The "Bedford Cure" required the patient to imbibe each type of water (or a specific type of water depending on the individual's ailment) on a daily basis during their three-week stay.  Examples of the unique springs and their uses are "Magnesium Spring," used for stomach ailments, the "Iron Spring," which was prescribed for iron deficiencies and healthy bones, the "Black Spring" which was used primarily to irrigate the golf course; and the "Sweet Spring" the waters of which were the most palatable. An eighth spring, named the Eternal Spring was discovered in 2006, during the expansion and renovation of the resort.

answers: NDQ_000611

answers: irrigates what?

answers: NDQ_000613

answers: unique mix of minerals

answers: NDQ_000615

answers: Black Spring

answers: NDQ_000616

answers: Bedford Springs

answers: NDQ_000619

answers: minerals are in the water

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unknown

answers: NDQ_000635

answers: Black Spring was used primarily to irrigate the golf course

answers: NDQ_000636

answers: Black Spring" which was used primarily to irrigate the golf course

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: How many springs were discovered in 2006?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: Black Spring

answers: NDQ_000644

answers: Black Spring

answers: NDQ_000645

answers: Black Spring

answers: NDQ_000646

answers: Black Spring

answers: NDQ_000647

answers: springs

answers: NDQ_000648

answers: Black Spring

answers: NDQ_000649

answers: Where is the Bedford Cure?

answers: NDQ_000650

answers: used primarily to irrigate the golf course

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: spring

answers: NDQ_000653

answers: Bedford Springs

answers: NDQ_000654

answers: springs

answers: NDQ_000655

answers: Black Spring

answers: NDQ_000611

answers: irrigate the golf course;

answers: NDQ_000613

answers: unique mix of minerals.

answers: NDQ_000615

answers: "Black Spring" which was used primarily to irrigate the golf course;

answers: NDQ_000616

answers: Bedford Springs

answers: NDQ_000619

answers: minerals.

answers: NDQ_000624

answers: irrigate the golf course;

answers: NDQ_000627

answers: eighth spring, named the Eternal Spring

answers: NDQ_000629

answers: eighth spring, named the Eternal Spring was discovered in 2006,

answers: NDQ_000630

answers: "Magnesium Spring,"

answers: NDQ_000631

answers: The Bedford Springs

answers: NDQ_000632

answers: eighth spring, named the Eternal Spring

answers: NDQ_000633

answers: Eternal Spring

answers: NDQ_000634

answers: The Bedford Springs

answers: NDQ_000635

answers: irrigate the golf course;

answers: NDQ_000636

answers: "Black Spring" which was used primarily to irrigate the golf course;

answers: NDQ_000637

answers: The Bedford Springs were believed to have various and diverse medicinal values

answers: NDQ_000638

answers: "Black Spring" which was used primarily to irrigate the golf course;

answers: NDQ_000639

answers: minerals.

answers: NDQ_000640

answers: eighth spring, named the Eternal Spring was discovered in 2006,

answers: NDQ_000641

answers: The Bedford Springs

answers: NDQ_000642

answers: The Bedford Springs

answers: NDQ_000643

answers: "Black Spring"

answers: NDQ_000644

answers: each spring's unique mix of minerals.

answers: NDQ_000645

answers: "Black Spring"

answers: NDQ_000646

answers: The Bedford Springs

answers: NDQ_000647

answers: Eternal Spring

answers: NDQ_000648

answers: irrigate the golf course;

answers: NDQ_000649

answers: "Black Spring" which was used primarily to irrigate the golf course;

answers: NDQ_000650

answers: irrigate the golf course;

answers: NDQ_000651

answers: The Bedford Springs

answers: NDQ_000652

answers: minerals.

answers: NDQ_000653

answers: The Bedford Springs

answers: NDQ_000654

answers: The Bedford Springs

answers: NDQ_000655

answers: "Black Spring"

text: A bailer in hydrogeology is a hollow tube used to retrieve groundwater samples from monitoring wells. Groundwater monitoring wells are drilled in areas where there are underground storage tanks or where there is environmental remediation occurring. The wells are typically built out of PVC casing which is slotted to allow groundwater to flow freely through the well. Bailers are tied to a piece of rope (usually made from nylon or polypropylene) or a piece of wire (composed of Teflon or stainless steel) and lowered into the water column. Once lowered, the bailer uses a simple ball check valve to seal at the bottom in order to pull up a sample of the groundwater table. Bailers can be disposable or reusable, and they are made out of polyethylene, PVC, FEP or stainless steel.

text: A bailer in

entity_name: Hydrogeology

text: hydrogeology

text: is a hollow tube used to retrieve groundwater samples from monitoring wells. Groundwater monitoring wells are drilled in areas where there are

entity_name: Underground storage tank

text: underground storage tanks

text: or where there is

entity_name: Environmental remediation

text: environmental remediation

text: occurring. The wells are typically built out of PVC casing which is slotted to allow groundwater to flow freely through the well. Bailers are tied to a piece of rope (usually made from

entity_name: Nylon

text: nylon

text: or

entity_name: Polypropylene

text: polypropylene

text: ) or a piece of wire (composed of Teflon or stainless steel) and lowered into the water column. Once lowered, the bailer uses a simple ball

entity_name: Check valve

text: check valve

text: to seal at the bottom in order to pull up a sample of the groundwater table. Bailers can be disposable or reusable, and they are made out of polyethylene, PVC, FEP or stainless steel.

answers: NDQ_000611

answers: does not flow freely through a well

answers: NDQ_000613

answers: groundwater to flow freely through the well

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: underground storage tanks

answers: NDQ_000619

answers: PVC casing is slotted

answers: NDQ_000624

answers: may rise or fall

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: underground storage tanks

answers: NDQ_000632

answers: Why are aquifers found at the same depths?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: underground storage tanks

answers: NDQ_000636

answers: Ogallala

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: It's impossible to say

answers: NDQ_000642

answers: is not having tiny holes that water can pass through

answers: NDQ_000643

answers: groundwater table

answers: NDQ_000644

answers: PVC casing which is slotted

answers: NDQ_000645

answers: groundwater table

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where does the water infiltrate?

answers: NDQ_000650

answers: underground storage tanks

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: underground storage tank

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: underground storage tanks

answers: NDQ_000655

answers: underground storage tanks

answers: NDQ_000611

answers: groundwater table.

answers: NDQ_000613

answers: groundwater to flow freely through the well.

answers: NDQ_000615

answers: pull up a sample of the groundwater table.

answers: NDQ_000616

answers: underground storage tanks

answers: NDQ_000619

answers: underground storage tanks

answers: NDQ_000624

answers: groundwater table.

answers: NDQ_000627

answers: nylon or polypropylene)

answers: NDQ_000629

answers: reusable,

answers: NDQ_000630

answers: nylon or polypropylene)

answers: NDQ_000631

answers: underground storage tanks

answers: NDQ_000632

answers: water column.

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: nylon or polypropylene)

answers: NDQ_000635

answers: underground storage tanks

answers: NDQ_000636

answers: Bailers can be disposable or reusable,

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: Teflon or stainless steel) and lowered into the water column.

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: groundwater table.

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: PVC casing

answers: NDQ_000643

answers: groundwater table.

answers: NDQ_000644

answers: slotted

answers: NDQ_000645

answers: groundwater table.

answers: NDQ_000646

answers: Groundwater monitoring wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: underground storage tanks

answers: NDQ_000651

answers: A bailer in hydrogeology

answers: NDQ_000652

answers: groundwater samples from monitoring wells.

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: underground storage tanks

answers: NDQ_000655

answers: underground storage tanks

text: Groundwater aquifers support drought refuges for water-dependent ecosystems.Pollution and over-extraction of groundwater are both problematic because it lowers its ability to support groundwater-supplied drought refuges. Over-extraction lowers the water table and degrades water-dependent ecosystems. Over-extraction often occurs in areas with surface water scarcity and frequent drought; where groundwater refuges and refugia are most important. Man-made disturbances can mimic the effects of drought, like water withdrawal, and dams. Man-made channel modifications threaten the hyporheic zone as a refuge.

text: Groundwater

entity_name: Aquifer

text: aquifers

text: support drought refuges for water-dependent ecosystems.

entity_name: Pollution

text: Pollution

text: and over-extraction of

entity_name: Groundwater

text: groundwater

text: are both problematic because it lowers its ability to support groundwater-supplied drought refuges. Over-extraction lowers the

entity_name: Water table

text: water table

text: and degrades water-dependent

entity_name: Ecosystem

text: ecosystems

text: . Over-extraction often occurs in areas with

entity_name: Surface water

text: surface water

text: scarcity and frequent drought; where groundwater refuges and refugia are most important. Man-made disturbances can mimic the effects of drought, like water withdrawal, and dams. Man-made channel modifications threaten the

entity_name: Hyporheic zone

text: hyporheic zone

text: as a refuge.

answers: NDQ_000611

answers: aquifers support drought refuges for water-dependent

answers: NDQ_000613

answers: support drought refuges for water-dependent ecosystems

answers: NDQ_000615

answers: lower

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater aquifers support drought refuges

answers: NDQ_000624

answers: over-extraction

answers: NDQ_000627

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

answers: NDQ_000629

answers: Which of the following is not a type of rock layer below an aquifer?

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: None of the above choices.

answers: NDQ_000635

answers: How can man-made disturbances mimic the effects of drought?

answers: NDQ_000636

answers: over-extraction

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: over-extraction

answers: NDQ_000641

answers: Why does the water flow out of the well?

answers: NDQ_000642

answers: dams

answers: NDQ_000643

answers: Groundwater aquifer

answers: NDQ_000644

answers: hyporheic zone

answers: NDQ_000645

answers: the water table

answers: NDQ_000646

answers: over-extraction

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is the hyporheic zone?

answers: NDQ_000650

answers: over-extracted

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: hyporheic

answers: NDQ_000611

answers: aquifers support drought refuges for water-dependent ecosystems.Pollution

answers: NDQ_000613

answers: support drought refuges for water-dependent ecosystems.Pollution

answers: NDQ_000615

answers: Over-extraction

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: drought,

answers: NDQ_000624

answers: lowers the water table

answers: NDQ_000627

answers: Groundwater

answers: NDQ_000629

answers: over-extraction

answers: NDQ_000630

answers: over-extraction of groundwater

answers: NDQ_000631

answers: Groundwater aquifers

answers: NDQ_000632

answers: water table

answers: NDQ_000633

answers: over-extraction of groundwater

answers: NDQ_000634

answers: over-extraction of groundwater

answers: NDQ_000635

answers: ecosystems.Pollution and over-extraction

answers: NDQ_000636

answers: over-extraction

answers: NDQ_000637

answers: Groundwater aquifers support drought refuges

answers: NDQ_000638

answers: Man-made channel modifications threaten the hyporheic zone

answers: NDQ_000639

answers: Groundwater

answers: NDQ_000640

answers: Over-extraction

answers: NDQ_000641

answers: Groundwater

answers: NDQ_000642

answers: Man-made channel modifications threaten the hyporheic zone

answers: NDQ_000643

answers: hyporheic zone

answers: NDQ_000644

answers: Groundwater aquifers

answers: NDQ_000645

answers: water table

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: Groundwater

answers: NDQ_000649

answers: hyporheic zone

answers: NDQ_000650

answers: over-extraction

answers: NDQ_000651

answers: over-extraction of groundwater

answers: NDQ_000652

answers: Groundwater aquifers

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: Groundwater

answers: NDQ_000655

answers: hyporheic zone

text: In the year 2000, groundwater pollution occurred in the small town of Walkerton, Canada leading to seven deaths in what is known as the Walkerton E. Coli outbreak. The water supply which was drawn from groundwater became contaminated with the highly dangerous O157:H7 strain of E. coli bacteria. This contamination was due to farm runoff into an adjacent water well that was vulnerable to groundwater pollution.

text: In the year 2000, groundwater pollution occurred in the small town of Walkerton, Canada leading to seven deaths in what is known as the

entity_name: Walkerton E. coli outbreak

text: Walkerton E. Coli outbreak

text: . The water supply which was drawn from

text: groundwater

text: became contaminated with the highly dangerous

entity_name: Escherichia coli O157:H7

text: strain of

entity_name: Escherichia coli

text: E. coli

text: bacteria. This contamination was due to farm runoff into an adjacent

entity_name: Water well

text: water well

text: that was vulnerable to groundwater pollution.

answers: NDQ_000611

answers: does not contain bacteria

answers: NDQ_000613

answers: water supply which was drawn from groundwater

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: farm runoff

answers: NDQ_000619

answers: groundwater is polluted

answers: NDQ_000624

answers: What may happen to the water supply in Walkerton?

answers: NDQ_000627

answers: Where does the water supply which was drawn from groundwater become contaminated?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: It's impossible to say

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What can be concluded about farm runoff into an adjacent water well?

answers: NDQ_000636

answers: It's impossible to say

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a type of spring: hot springs, mineral springs or groundwater?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: no

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: water well

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: water well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is Walkerton?

answers: NDQ_000650

answers: farm runoff is present

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: farm runoff

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: water well

answers: NDQ_000613

answers: groundwater

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: farm runoff

answers: NDQ_000619

answers: groundwater pollution

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: water well

answers: NDQ_000630

answers: groundwater

answers: NDQ_000631

answers: groundwater pollution occurred in the small town of Walkerton, Canada

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: Canada

answers: NDQ_000635

answers: farm runoff

answers: NDQ_000636

answers: farm runoff

answers: NDQ_000637

answers: water well

answers: NDQ_000638

answers: vulnerable to groundwater pollution.

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: water well

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: water well

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: water well

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: water well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: farm runoff

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: farm runoff

answers: NDQ_000651

answers: groundwater

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: farm runoff

answers: NDQ_000655

answers: groundwater pollution

text: Groundwater is heavily relied upon for water supply as a result of polluted surface water, and sufficient supplies of fresh groundwater are available throughout most of the country. Groundwater recharge from infiltration is estimated at 6.15 km per year whereby 5.97 km is considered base flow that serves to recharge surface waters and therefore has the possibility of being extracted. The remaining unused water passes down through the river system and discharges into the Pacific Ocean. The best aquifers are located in coastal areas and valleys of the central plateau where substantial groundwater aquifers are located at depths of 10–100 meters.

text: Groundwater is heavily relied upon for water supply as a result of polluted surface water, and sufficient supplies of fresh groundwater are available throughout most of the country. Groundwater recharge from infiltration is estimated at 6.15 km per year whereby 5.97 km is considered base flow that serves to recharge surface waters and therefore has the possibility of being extracted. The remaining unused water passes down through the river system and discharges into the Pacific Ocean. The best aquifers are located in coastal areas and valleys of the central plateau where substantial groundwater aquifers are located at depths of 10–100 meters.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: sufficient supplies of fresh groundwater are available throughout most of the country

answers: NDQ_000615

answers: increase in depth

answers: NDQ_000616

answers: infiltration

answers: NDQ_000619

answers: Groundwater is heavily relied upon

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: What is the best aquifers located at depths of 10–100 meters?

answers: NDQ_000636

answers: 5.97 km

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: groundwater aquifers are located at depths of 10–100 meters

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: infiltration

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: extraction

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: infiltration

answers: NDQ_000649

answers: unsuitable

answers: NDQ_000650

answers: surface water is polluted

answers: NDQ_000651

answers: country

answers: NDQ_000652

answers: Aquifer

answers: NDQ_000653

answers: Pacific Ocean

answers: NDQ_000654

answers: infiltration

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: sufficient supplies of fresh groundwater are available throughout most of the country.

answers: NDQ_000613

answers: at depths of 10–100 meters.

answers: NDQ_000615

answers: extracted.

answers: NDQ_000616

answers: infiltration

answers: NDQ_000619

answers: Groundwater

answers: NDQ_000624

answers: Groundwater

answers: NDQ_000627

answers: coastal areas and valleys of the central plateau

answers: NDQ_000629

answers: 10–100 meters.

answers: NDQ_000630

answers: Groundwater

answers: NDQ_000631

answers: coastal areas and valleys of the central plateau

answers: NDQ_000632

answers: 10–100 meters.

answers: NDQ_000633

answers: Pacific Ocean.

answers: NDQ_000634

answers: 10–100 meters.

answers: NDQ_000635

answers: Groundwater recharge from infiltration

answers: NDQ_000636

answers: Groundwater

answers: NDQ_000637

answers: 10–100 meters.

answers: NDQ_000638

answers: 10–100 meters.

answers: NDQ_000639

answers: Groundwater

answers: NDQ_000640

answers: 10–100 meters.

answers: NDQ_000641

answers: discharges into the Pacific Ocean.

answers: NDQ_000642

answers: Groundwater

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: infiltration

answers: NDQ_000645

answers: aquifers

answers: NDQ_000646

answers: 10–100 meters.

answers: NDQ_000647

answers: 10–100 meters.

answers: NDQ_000648

answers: infiltration

answers: NDQ_000649

answers: Groundwater recharge from infiltration is estimated at 6.15 km per year

answers: NDQ_000650

answers: coastal areas

answers: NDQ_000651

answers: Groundwater

answers: NDQ_000652

answers: aquifers

answers: NDQ_000653

answers: Groundwater

answers: NDQ_000654

answers: infiltration

answers: NDQ_000655

answers: aquifers

text: The City of Saratoga Springs service also operates from Schenectady Division.  These routes run seven days a week. Before July 2007, the Saratoga Springs buses were operated from the Uncle Sam Depot at 40 Hoosick Street in Troy, with limited service. There was no direct connection to the Albany/Schenectady/Troy routes. Route #50 was operated from the Electric Depot at 2401 Maxon Road Ext. in Schenectady, and only provided one AM and one PM weekday trip between Schenectady and Ballston Spa. On July 2, 2007, the initial Saratoga Springs Route Expansion went into effect, with the implementation of a new three-digit route identification system. Route #50 was extended to provide hourly service, seven days a week; on NY 50 between Schenectady and Wilton Mall, with deviations along Rowland St and Geyser Rd in Milton as well as deviations along Excelsior Ave in Saratoga Springs. All of the Saratoga Springs buses began operating from the Schenectady Garage on Maxon Rd. Ext. On May 28, 2016, the Saratoga Springs restructure plan went into effect. Route #50 was renumbered Route #450 and rerouted to run along NY 50 from Schenectady to Wilton Mall with no deviations. New Routes #451 and #452 include former Route #50 deviations, as well as portions of old Routes #472 and #473. CDTA plans to eventually construct a Saratoga Springs bus garage at Grande Industrial Park, off of Geyser Rd.

text: The City of Saratoga Springs service also operates from Schenectady Division.  These routes run seven days a week. Before July 2007, the Saratoga Springs buses were operated from the Uncle Sam Depot at 40 Hoosick Street in Troy, with limited service. There was no direct connection to the Albany/Schenectady/Troy routes. Route #50 was operated from the Electric Depot at 2401 Maxon Road Ext. in Schenectady, and only provided one AM and one PM weekday trip between Schenectady and Ballston Spa. On July 2, 2007, the initial Saratoga Springs Route Expansion went into effect, with the implementation of a new three-digit route identification system. Route #50 was extended to provide hourly service, seven days a week; on

text: NY 50

text: between Schenectady and Wilton Mall, with deviations along Rowland St and Geyser Rd in Milton as well as deviations along Excelsior Ave in Saratoga Springs. All of the Saratoga Springs buses began operating from the Schenectady Garage on Maxon Rd. Ext. On May 28, 2016, the Saratoga Springs restructure plan went into effect. Route #50 was renumbered Route #450 and rerouted to run along

text: NY 50

text: from Schenectady to Wilton Mall with no deviations. New Routes #451 and #452 include former Route #50 deviations, as well as portions of old Routes #472 and #473. CDTA plans to eventually construct a Saratoga Springs bus garage at Grande Industrial Park, off of Geyser Rd.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: aquifer

answers: NDQ_000615

answers: be higher than

answers: NDQ_000616

answers: New York

answers: NDQ_000619

answers: Route #50 was extended to provide hourly service, seven days a week

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Where does an aquifer usually form?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: None of the above choices .

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It is not possible to tell

answers: NDQ_000635

answers: How can land use affect the amount of water that enters groundwater?

answers: NDQ_000636

answers: What is the purpose of the water used to irrigate crops?

answers: NDQ_000637

answers: What type of rock is an aquifer?

answers: NDQ_000638

answers: It is impossible to say

answers: NDQ_000639

answers: What are mineral springs?

answers: NDQ_000640

answers: what is the first word in the first paragraph?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: does not have tiny holes that water can pass through

answers: NDQ_000643

answers: Geyser

answers: NDQ_000644

answers: The City of Saratoga Springs

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: Geyser

answers: NDQ_000648

answers: geyser

answers: NDQ_000649

answers: Where does water infiltrate

answers: NDQ_000650

answers: is in a densely populated area

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: Geyser

answers: NDQ_000653

answers: lakes

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: Geyser

answers: NDQ_000611

answers: NY 50

answers: NDQ_000613

answers: three-digit route identification system.

answers: NDQ_000615

answers: NY 50

answers: NDQ_000616

answers: Saratoga Springs

answers: NDQ_000619

answers: Geyser Rd

answers: NDQ_000624

answers: The City of Saratoga Springs

answers: NDQ_000627

answers: 50

answers: NDQ_000629

answers: Route #50

answers: NDQ_000630

answers: Saratoga Springs

answers: NDQ_000631

answers: NY 50

answers: NDQ_000632

answers: NY 50

answers: NDQ_000633

answers: #50 was extended to provide hourly service, seven days a week;

answers: NDQ_000634

answers: 2016,

answers: NDQ_000635

answers: Route #50

answers: NDQ_000636

answers: 2016,

answers: NDQ_000637

answers: Route #50

answers: NDQ_000638

answers: Route #50

answers: NDQ_000639

answers: Geyser Rd.

answers: NDQ_000640

answers: Route #50

answers: NDQ_000641

answers: 50

answers: NDQ_000642

answers: no deviations.

answers: NDQ_000643

answers: Geyser Rd

answers: NDQ_000644

answers: three-digit route identification system.

answers: NDQ_000645

answers: Geyser Rd

answers: NDQ_000646

answers: Electric Depot

answers: NDQ_000647

answers: Geyser Rd

answers: NDQ_000648

answers: NY 50

answers: NDQ_000649

answers: Geyser Rd

answers: NDQ_000650

answers: 50

answers: NDQ_000651

answers: Saratoga Springs

answers: NDQ_000652

answers: Geyser Rd

answers: NDQ_000653

answers: Saratoga Springs

answers: NDQ_000654

answers: NY 50

answers: NDQ_000655

answers: Geyser

text: The Sustainable Groundwater Management Act (SGMA) is a three-bill package which passed through the California state legislature and was signed into California state law by Governor Jerry Brown in September 2014. Governor Brown presented the Sustainable Groundwater Management Act of 2014 to call for a better local and regional management of groundwater use. The goal for this to have a sustainable management of groundwater by the year 2042 in California. Financially sustainable groundwater management is supported by Proposition 1 providing $100 million to sustainable management and various related projects like groundwater cleanup and storage. The Sustainable Groundwater Management Act incorporate three bills (AB 1793, SB 1319 and SB 1168) that focus on managing groundwater basins at a local scale where it would prove most effective. Under the Sustainable Groundwater Management Act, California's groundwater basins are to be categorized relating to priority and Groundwater Sustainability Agencies (GSA's) will be formed by both local and regional authorities to manage the basins holding holding higher priority. Groundwater Sustainability Agencies will be in charge of implementing local Groundwater Sustainability Plans formed with the three Sustainable Groundwater Management Act bills.

text: The Sustainable Groundwater Management Act (SGMA) is a three-bill package which passed through the

text: California state legislature

text: and was signed into

text: California state law

text: by

text: Governor Jerry Brown

text: in September 2014. Governor Brown presented the Sustainable Groundwater Management Act of 2014 to call for a better local and regional management of

text: groundwater

text: use. The goal for this to have a

text: sustainable

text: management of groundwater by the year 2042 in California. Financially sustainable groundwater management is supported by Proposition 1 providing $100 million to sustainable management and various related projects like groundwater cleanup and storage. The Sustainable Groundwater Management Act incorporate three bills (AB 1793, SB 1319 and SB 1168) that focus on managing groundwater basins at a local scale where it would prove most effective. Under the Sustainable Groundwater Management Act, California's groundwater basins are to be categorized relating to priority and Groundwater Sustainability Agencies (GSA's) will be formed by both local and regional authorities to manage the basins holding holding higher priority. Groundwater Sustainability Agencies will be in charge of implementing local Groundwater Sustainability Plans formed with the three Sustainable Groundwater Management Act bills.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: sustainable management of groundwater

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: groundwater basins

answers: NDQ_000619

answers: Groundwater Sustainability Agencies will be formed

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Which of the following is not a type of groundwater: groundwater, groundwater storage, or aquifer?

answers: NDQ_000629

answers: Which of the following is not true of the rock layer below an aquifer?

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: What is the purpose of the Sustainable Groundwater Management Act?

answers: NDQ_000632

answers: What is the purpose of the Sustainable Groundwater Management Act?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: What is the largest aquifer in the world?

answers: NDQ_000635

answers: What does the Sustainable Groundwater Management Act of 2014 call for?

answers: NDQ_000636

answers: What is the purpose of the Sustainable Groundwater Management Act?

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: What is impermeable rock?

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or hot springs?

answers: NDQ_000640

answers: What is the purpose of the Sustainable Groundwater Management Act?

answers: NDQ_000641

answers: how does water flow out of a well?

answers: NDQ_000642

answers: The Sustainable Groundwater Management Act incorporate three bills

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: Groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is the Sustainable Groundwater Management Act (SGMA)?

answers: NDQ_000650

answers: is not managed properly

answers: NDQ_000651

answers: California

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater basins

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: local and regional management of groundwater

answers: NDQ_000613

answers: priority

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: Groundwater Sustainability Agencies

answers: NDQ_000630

answers: The Sustainable Groundwater Management Act

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: sustainable management of groundwater by the year 2042

answers: NDQ_000634

answers: 2014.

answers: NDQ_000635

answers: groundwater

answers: NDQ_000636

answers: The Sustainable Groundwater Management Act

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: groundwater

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: groundwater

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: priority

answers: NDQ_000651

answers: California.

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: storage.

text: Efforts are being made to secure alternative water sources to ease water shortages in the Integrated Water Supply Scheme. Integral to the Government's strategy is the construction of desalination plants to service Perth. One has already been constructed in Kwinana, which supplies 17% of the city's water consumption and is the largest desalination plant in both the Southern and Eastern hemispheres. A second desalination plant near Binningup was completed in 2011. A trial has also been announced to treat wastewater and pump it into underground aquifers to undergo natural filtration as it returns to the dwindling groundwater supply.

text: Efforts are being made to secure alternative water sources to ease water shortages in the Integrated Water Supply Scheme. Integral to the Government's strategy is the construction of desalination plants to service Perth. One has already been constructed in

text: Kwinana

text: , which supplies 17% of the city's water consumption and is the largest desalination plant in both the

text: Southern

text: and

text: Eastern hemisphere

text: s. A

text: second desalination plant

text: near Binningup was completed in 2011. A trial has also been announced to

text: treat wastewater

text: and pump it into underground aquifers to undergo natural filtration as it returns to the dwindling groundwater supply.

answers: NDQ_000611

answers: dwindles in supply

answers: NDQ_000613

answers: natural filtration

answers: NDQ_000615

answers: dwindle

answers: NDQ_000616

answers: wastewater

answers: NDQ_000619

answers: groundwater is dwindling

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: What type of rock does the rock layer below an aquifer always consist of?

answers: NDQ_000630

answers: What is the second desalination plant near Binningup?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the second desalination plant near Binningup?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It is impossible to say

answers: NDQ_000639

answers: Which of the following is not a source of water: hot springs, mineral springs or desalination plants?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: What is desalination?

answers: NDQ_000645

answers: aquifers

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: wastewater

answers: NDQ_000649

answers: Where is the desalination plant located?

answers: NDQ_000650

answers: wastewater is not treated

answers: NDQ_000651

answers: unknown

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: natural filtration

answers: NDQ_000655

answers: desalination

answers: NDQ_000611

answers: underground aquifers to undergo natural filtration

answers: NDQ_000613

answers: natural filtration

answers: NDQ_000615

answers: filtration as it returns to the dwindling groundwater supply.

answers: NDQ_000616

answers: wastewater

answers: NDQ_000619

answers: water shortages

answers: NDQ_000624

answers: groundwater supply.

answers: NDQ_000627

answers: underground aquifers

answers: NDQ_000629

answers: filtration

answers: NDQ_000630

answers: Integrated Water Supply Scheme.

answers: NDQ_000631

answers: underground aquifers

answers: NDQ_000632

answers: underground aquifers

answers: NDQ_000633

answers: underground aquifers

answers: NDQ_000634

answers: desalination plants to service Perth.

answers: NDQ_000635

answers: underground aquifers

answers: NDQ_000636

answers: Integrated Water Supply Scheme.

answers: NDQ_000637

answers: underground aquifers

answers: NDQ_000638

answers: underground aquifers to undergo natural filtration

answers: NDQ_000639

answers: water sources to ease water shortages in the Integrated Water Supply Scheme.

answers: NDQ_000640

answers: filtration

answers: NDQ_000641

answers: underground aquifers

answers: NDQ_000642

answers: filtration

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: filtration

answers: NDQ_000645

answers: aquifers

answers: NDQ_000646

answers: underground aquifers

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: natural filtration

answers: NDQ_000649

answers: underground aquifers

answers: NDQ_000650

answers: wastewater

answers: NDQ_000651

answers: Perth.

answers: NDQ_000652

answers: aquifers

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: wastewater

answers: NDQ_000655

answers: aquifers

text: One group of researchers proposed that some of the layers on Mars were caused by groundwater rising to the surface in many places, especially inside of craters. According to the theory, groundwater with dissolved minerals came to the surface, in and later around craters, and helped to form layers by adding minerals (especially sulfate) and cementing sediments. This hypothesis is supported by a groundwater model and by sulfates discovered in a wide area. At first, by examining surface materials with Opportunity Rover, scientists discovered that groundwater had repeatedly risen and deposited sulfates. Later studies with instruments on board the Mars Reconnaissance Orbiter showed that the same kinds of materials exist in a large area that included Arabia.

text: One group of researchers proposed that some of the layers on Mars were caused by groundwater rising to the surface in many places, especially inside of craters. According to the theory, groundwater with dissolved minerals came to the surface, in and later around craters, and helped to form layers by adding minerals (especially sulfate) and cementing sediments. This hypothesis is supported by a groundwater model and by sulfates discovered in a wide area. At first, by examining surface materials with

text: Opportunity Rover

text: , scientists discovered that groundwater had repeatedly risen and deposited sulfates. Later studies with instruments on board the

text: Mars Reconnaissance Orbiter

text: showed that the same kinds of materials exist in a large area that included Arabia.

answers: NDQ_000611

answers: rises to the surface

answers: NDQ_000613

answers: groundwater with dissolved minerals

answers: NDQ_000615

answers: rise

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater with dissolved minerals came to the surface

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: Arabia

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: not

answers: NDQ_000635

answers: Which of the following is not a type of land use?

answers: NDQ_000636

answers: crops

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: craters

answers: NDQ_000645

answers: surface

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: craters

answers: NDQ_000650

answers: sulfates are deposited

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: dissolved minerals

answers: NDQ_000613

answers: dissolved minerals

answers: NDQ_000615

answers: groundwater rising to the surface

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: risen

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: groundwater

answers: NDQ_000630

answers: groundwater

answers: NDQ_000631

answers: Arabia.

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: Arabia.

answers: NDQ_000635

answers: groundwater

answers: NDQ_000636

answers: groundwater

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: groundwater with dissolved minerals

answers: NDQ_000640

answers: groundwater

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: craters.

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: craters.

answers: NDQ_000645

answers: dissolved minerals

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: craters.

answers: NDQ_000650

answers: groundwater

answers: NDQ_000651

answers: Arabia.

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

text: Belgian Pool is a hot spring in the Upper Geyser Basin of Yellowstone National Park, Wyoming. Marginally named Oyster Spring, it was renamed after a visitor from Belgium fell into it in 1929 with fatal results. The spring is less hot than other features in the area, at about , but still sufficiently hot for severe thermal burns. References to a "Belgian Geyser" in the 1930s may refer to this feature.

text: Belgian Pool is a

text: hot spring

text: in the

text: Upper Geyser Basin

text: of

text: Yellowstone National Park

text: Wyoming

text: . Marginally named Oyster Spring, it was renamed after a visitor from

text: Belgium

text: fell into it in 1929 with fatal results. The spring is less hot than other features in the area, at about , but still sufficiently hot for severe thermal burns. References to a "Belgian Geyser" in the 1930s may refer to this feature.

answers: NDQ_000611

answers: is a source of heat

answers: NDQ_000613

answers: sufficient hot for severe thermal burns

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Yellowstone National Park

answers: NDQ_000619

answers: thermal energy is released

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Where does the water come from?

answers: NDQ_000629

answers: What type of rock does the rock layer below an aquifer always consist of?

answers: NDQ_000630

answers: What is the source of water in hot springs?

answers: NDQ_000631

answers: How many land areas have aquifers beneath them

answers: NDQ_000632

answers: How deep is the spring?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can be concluded about the spring?

answers: NDQ_000636

answers: What is the purpose of the water taken from the Ogallala aquifer?

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a hot spring: mineral springs, hot springs or geysers?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: Oysters

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: Oysters

answers: NDQ_000645

answers: NDQ_000646

answers: a well

answers: NDQ_000647

answers: hot spring

answers: NDQ_000648

answers: spring

answers: NDQ_000649

answers: Where does the water in the spring come from?

answers: NDQ_000650

answers: is located near a large body of water

answers: NDQ_000651

answers: Wyoming

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Geyser Basin

answers: NDQ_000654

answers: water evaporation

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: Belgian Pool is a hot spring

answers: NDQ_000613

answers: hot spring

answers: NDQ_000615

answers: Belgian Pool

answers: NDQ_000616

answers: Belgian Pool

answers: NDQ_000619

answers: hot spring

answers: NDQ_000624

answers: Upper Geyser Basin

answers: NDQ_000627

answers: Belgian Pool is a hot spring

answers: NDQ_000629

answers: Belgian Pool

answers: NDQ_000630

answers: severe thermal burns.

answers: NDQ_000631

answers: Belgian Pool is a hot spring

answers: NDQ_000632

answers: about,

answers: NDQ_000633

answers: hot spring

answers: NDQ_000634

answers: "Belgian Geyser"

answers: NDQ_000635

answers: Upper Geyser Basin

answers: NDQ_000636

answers: Belgian Pool

answers: NDQ_000637

answers: Belgian Pool is a hot spring

answers: NDQ_000638

answers: Belgian Pool is a hot spring

answers: NDQ_000639

answers: Oyster Spring,

answers: NDQ_000640

answers: Belgian Pool

answers: NDQ_000641

answers: Belgian Pool is a hot spring

answers: NDQ_000642

answers: Oyster Spring,

answers: NDQ_000643

answers: hot spring in the Upper Geyser Basin

answers: NDQ_000644

answers: Oyster

answers: NDQ_000645

answers: hot spring

answers: NDQ_000646

answers: spring

answers: NDQ_000647

answers: spring

answers: NDQ_000648

answers: spring

answers: NDQ_000649

answers: Belgian Pool is a hot spring

answers: NDQ_000650

answers: visitor from Belgium fell into it in 1929 with fatal results.

answers: NDQ_000651

answers: Yellowstone National Park, Wyoming.

answers: NDQ_000652

answers: Geyser Basin

answers: NDQ_000653

answers: hot spring in the Upper Geyser Basin

answers: NDQ_000654

answers: spring

answers: NDQ_000655

answers: "Belgian Geyser"

text: Consider the two signals shown in the lower portion of figure 1. There appears to be a close relationship between the ocean surface water levels and the groundwater well levels. It is also clear that the barometric pressure has an effect on both the ocean water levels and groundwater levels.

text: Consider the two signals shown in the lower portion of figure 1. There appears to be a close relationship between the ocean surface water levels and the groundwater well levels. It is also clear that the barometric pressure has an effect on both the ocean water levels and groundwater levels.

answers: NDQ_000611

answers: levels are higher than ocean surface water levels.

answers: NDQ_000613

answers: barometric pressure

answers: NDQ_000615

answers: increase in the ocean

answers: NDQ_000616

answers: ocean surface water

answers: NDQ_000619

answers: groundwater levels are higher than ocean water levels

answers: NDQ_000624

answers: depending on the weather

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: Which of the following is not the source of water in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a type of land use?

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not true?

answers: NDQ_000640

answers: (iv)

answers: NDQ_000641

answers: no

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: softer

answers: NDQ_000650

answers: is closer to the ocean

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: ocean surface water

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: groundwater well levels.

answers: NDQ_000613

answers: a close relationship between the ocean surface water levels and the groundwater well levels.

answers: NDQ_000615

answers: groundwater well levels.

answers: NDQ_000616

answers: ocean surface water levels and the groundwater well

answers: NDQ_000619

answers: barometric pressure

answers: NDQ_000624

answers: groundwater well levels.

answers: NDQ_000627

answers: 1.

answers: NDQ_000629

answers: the barometric pressure

answers: NDQ_000630

answers: 1.

answers: NDQ_000631

answers: groundwater well levels.

answers: NDQ_000632

answers: ocean surface water levels and the groundwater well levels.

answers: NDQ_000633

answers: a close relationship between the ocean surface water levels and the groundwater well levels.

answers: NDQ_000634

answers: 1.

answers: NDQ_000635

answers: ocean surface water levels and the groundwater well levels.

answers: NDQ_000636

answers: close relationship between the ocean surface water levels and the groundwater well levels.

answers: NDQ_000637

answers: groundwater well levels.

answers: NDQ_000638

answers: 1.

answers: NDQ_000639

answers: groundwater well levels.

answers: NDQ_000640

answers: the barometric pressure

answers: NDQ_000641

answers: groundwater well levels. It is also clear that the barometric pressure

answers: NDQ_000642

answers: groundwater well

answers: NDQ_000643

answers: groundwater well

answers: NDQ_000644

answers: groundwater well

answers: NDQ_000645

answers: groundwater well

answers: NDQ_000646

answers: groundwater well

answers: NDQ_000647

answers: groundwater well levels.

answers: NDQ_000648

answers: groundwater well

answers: NDQ_000649

answers: groundwater well levels.

answers: NDQ_000650

answers: barometric pressure

answers: NDQ_000651

answers: groundwater well levels.

answers: NDQ_000652

answers: groundwater well

answers: NDQ_000653

answers: ocean

answers: NDQ_000654

answers: barometric pressure

answers: NDQ_000655

answers: groundwater

text: Ground water is water beneath Earth's surface, often pumped for drinking water. Groundwater hydrology (hydrogeology) considers quantifying groundwater flow and solute transport. Problems in describing the saturated zone include the characterization of aquifers in terms of flow direction, groundwater pressure and, by inference, groundwater depth (see: aquifer test). Measurements here can be made using a piezometer. Aquifers are also described in terms of hydraulic conductivity, storativity and transmisivity. There are a number ofgeophysical methods for characterising aquifers. There are also problems in characterising the vadose zone (unsaturated zone).

text: Ground water is water beneath Earth's surface, often pumped for drinking water. Groundwater hydrology (

text: hydrogeology

text: ) considers quantifying groundwater flow and solute transport. Problems in describing the saturated zone include the characterization of aquifers in terms of flow direction, groundwater pressure and, by inference, groundwater depth (see:

text: aquifer test

text: ). Measurements here can be made using a

text: piezometer

text: . Aquifers are also described in terms of hydraulic conductivity, storativity and transmisivity. There are a number ofgeophysical methods for characterising aquifers. There are also problems in characterising the vadose zone (unsaturated zone).

answers: NDQ_000611

answers: pumped for drinking water

answers: NDQ_000613

answers: flow direction, groundwater pressure

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater pressure is too low

answers: NDQ_000624

answers: can be made using a piezometer

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: Earth's surface

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: groundwater

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a mineral spring?

answers: NDQ_000640

answers: water beneath Earth's surface, often pumped for drinking water

answers: NDQ_000641

answers: groundwater pressure

answers: NDQ_000642

answers: unsaturated zone

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: piezometer

answers: NDQ_000645

answers: vadose zone

answers: NDQ_000646

answers: piezometer

answers: NDQ_000647

answers: Ground water

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: beneath Earth's surface

answers: NDQ_000650

answers: is pumped for drinking water

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: Aquifer

answers: NDQ_000611

answers: drinking water.

answers: NDQ_000613

answers: hydraulic conductivity, storativity and transmisivity.

answers: NDQ_000615

answers: Ground water

answers: NDQ_000616

answers: Ground water

answers: NDQ_000619

answers: Ground water

answers: NDQ_000624

answers: Ground water

answers: NDQ_000627

answers: a piezometer.

answers: NDQ_000629

answers: saturated zone

answers: NDQ_000630

answers: Ground water

answers: NDQ_000631

answers: Ground water

answers: NDQ_000632

answers: a piezometer.

answers: NDQ_000633

answers: water.

answers: NDQ_000634

answers: water.

answers: NDQ_000635

answers: Ground water

answers: NDQ_000636

answers: drinking water.

answers: NDQ_000637

answers: hydraulic conductivity, storativity and transmisivity.

answers: NDQ_000638

answers: a piezometer.

answers: NDQ_000639

answers: Ground water

answers: NDQ_000640

answers: pumped for drinking water.

answers: NDQ_000641

answers: pumped for drinking water.

answers: NDQ_000642

answers: vadose zone

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: piezometer.

answers: NDQ_000645

answers: aquifers

answers: NDQ_000646

answers: a piezometer.

answers: NDQ_000647

answers: Ground water

answers: NDQ_000648

answers: Ground water

answers: NDQ_000649

answers: Ground water is water beneath Earth's surface,

answers: NDQ_000650

answers: pumped for drinking water.

answers: NDQ_000651

answers: drinking water.

answers: NDQ_000652

answers: Ground water

answers: NDQ_000653

answers: Ground water

answers: NDQ_000654

answers: Ground water

answers: NDQ_000655

answers: aquifers

text: The inn's architect was 29-year-old Robert Reamer, an architect for the Yellowstone Park Company, which was affiliated with the Northern Pacific Railway.  Reamer was hired by Harry W. Child, the president of the Yellowstone Park Company, who had met Reamer in San Diego through mutual acquaintances. Reamer designed the lobby and the initial phase of guest rooms, known as the Old House, which was built in 1903-1904, much of it in the long winter. The east wing was extended in 1913-14, and the west wing in 1927, creating a single structure almost  long. The Old House is rotated 90 degrees with respect to Old Faithful so that a view of the geyser is framed by the entrance porch for arriving visitors. The porch roof provides a viewing platform for viewing eruptions of Old Faithful and other geysers, while the main facade faces Geyser Hill across the Firehole River, where the old Circuit Road once ran through the  geyser basin.

text: The inn's architect was 29-year-old

text: Robert Reamer

text: , an architect for the

text: Yellowstone Park Company

text: , which was affiliated with the

text: Northern Pacific Railway

text: .  Reamer was hired by

text: Harry W. Child

text: , the president of the Yellowstone Park Company, who had met Reamer in San Diego through mutual acquaintances. Reamer designed the lobby and the initial phase of guest rooms, known as the Old House, which was built in 1903-1904, much of it in the long winter. The east wing was extended in 1913-14, and the west wing in 1927, creating a single structure almost  long. The Old House is rotated 90 degrees with respect to Old Faithful so that a view of the geyser is framed by the entrance porch for arriving visitors. The porch roof provides a viewing platform for viewing eruptions of Old Faithful and other geysers, while the main facade faces Geyser Hill across the

text: Firehole River

text: , where the old Circuit Road once ran through the  geyser basin.

answers: NDQ_000611

answers: runs through the geyser

answers: NDQ_000613

answers: good aquifer

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Firehole River

answers: NDQ_000619

answers: Geyser Hill across the Firehole River

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Where does the aquifer usually form?

answers: NDQ_000629

answers: Which happened first, the east wing was extended in 1913-14, or the west wing in 1927?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: How many years did it take for the east wing to be extended?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater

answers: NDQ_000636

answers: None of the above choices are available

answers: NDQ_000637

answers: Which of the following is not a good aquifer: rock in it that is porous and permeable?

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a mineral spring: hot springs, geysers, or mineral springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: The porch roof provides a viewing platform

answers: NDQ_000643

answers: geyser basin

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: geyser basin

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: Firehole River

answers: NDQ_000648

answers: Firehole River

answers: NDQ_000649

answers: Water infiltrates the ground where rock is

answers: NDQ_000650

answers: Circuit Road is in the area

answers: NDQ_000651

answers: Yellowstone

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: Firehole River

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: 1903-1904,

answers: NDQ_000613

answers: geyser basin.

answers: NDQ_000615

answers: Old Faithful

answers: NDQ_000616

answers: Firehole River,

answers: NDQ_000619

answers: Firehole River,

answers: NDQ_000624

answers: Yellowstone Park Company, which was affiliated with the Northern Pacific Railway.

answers: NDQ_000627

answers: Northern Pacific Railway.

answers: NDQ_000629

answers: Northern Pacific Railway.

answers: NDQ_000630

answers: Old Faithful

answers: NDQ_000631

answers: Yellowstone Park Company, which was affiliated with the Northern Pacific Railway.

answers: NDQ_000632

answers: Northern Pacific Railway.

answers: NDQ_000633

answers: 1903-1904,

answers: NDQ_000634

answers: Yellowstone

answers: NDQ_000635

answers: Circuit Road once ran through the geyser basin.

answers: NDQ_000636

answers: Yellowstone Park Company, which was affiliated with the Northern Pacific Railway.

answers: NDQ_000637

answers: Northern Pacific Railway.

answers: NDQ_000638

answers: Northern Pacific Railway.

answers: NDQ_000639

answers: geysers,

answers: NDQ_000640

answers: Old Faithful

answers: NDQ_000641

answers: Old Faithful

answers: NDQ_000642

answers: guest rooms,

answers: NDQ_000643

answers: geyser basin.

answers: NDQ_000644

answers: The porch roof

answers: NDQ_000645

answers: Geyser Hill across the Firehole River,

answers: NDQ_000646

answers: Yellowstone Park Company, which was affiliated with the Northern Pacific Railway.

answers: NDQ_000647

answers: geyser basin.

answers: NDQ_000648

answers: Firehole River,

answers: NDQ_000649

answers: Firehole River,

answers: NDQ_000650

answers: Circuit Road

answers: NDQ_000651

answers: Yellowstone

answers: NDQ_000652

answers: geysers,

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: Firehole River,

answers: NDQ_000655

answers: geysers,

text: Local features include the Kesubo Swamp to the north and the Siracho Escarpment to the east, both within the National Reserve. The lake is also famous for geysers and hot springs along the bank of the lake and in the lake. In four locations around the lake can be observed at least 10 geysers, which erupt up to 5 m high. Geyser activity is affected by the fluctuations of lake level, which may inundate or expose some geysers.

text: Local features include the Kesubo Swamp to the north and the Siracho Escarpment to the east, both within the National Reserve. The lake is also famous for

text: geyser

text: s and

text: hot spring

text: s along the bank of the lake and in the lake. In four locations around the lake can be observed at least 10 geysers, which erupt up to 5 m high. Geyser activity is affected by the fluctuations of lake level, which may inundate or expose some geysers.

answers: NDQ_000611

answers: erupts up to 5 m

answers: NDQ_000613

answers: geysers and hot springs

answers: NDQ_000615

answers: inundate some geysers

answers: NDQ_000616

answers: Geysers

answers: NDQ_000619

answers: fluctuations of lake level

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Which of the following is not an aquifer: Kesubo Swamp, Siracho Escarpment, or Geysers?

answers: NDQ_000629

answers: Which of the following is not a geyser: Kesubo Swamp or Siracho Escarpment?

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: Which of the following is not a feature of the Kesubo Swamp?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: Which of the following is not a feature of the Kesubo Swamp?

answers: NDQ_000636

answers: None of the above choices are available

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a type of hot spring: mineral springs, geysers or hot springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: Kesubo Swamp

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: Swamp

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: lake

answers: NDQ_000648

answers: hot springs

answers: NDQ_000649

answers: Where is the Siracho Escarpment?

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: National Reserve

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: lakes

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: Geysers

answers: NDQ_000611

answers: hot springs

answers: NDQ_000613

answers: geysers and hot springs

answers: NDQ_000615

answers: inundate or expose some geysers.

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: fluctuations of lake level,

answers: NDQ_000624

answers: fluctuations of lake level,

answers: NDQ_000627

answers: hot springs

answers: NDQ_000629

answers: hot springs

answers: NDQ_000630

answers: geysers and hot springs

answers: NDQ_000631

answers: hot springs

answers: NDQ_000632

answers: 10 geysers,

answers: NDQ_000633

answers: hot springs

answers: NDQ_000634

answers: geysers and hot springs

answers: NDQ_000635

answers: Kesubo Swamp

answers: NDQ_000636

answers: geysers and hot springs

answers: NDQ_000637

answers: hot springs

answers: NDQ_000638

answers: hot springs

answers: NDQ_000639

answers: geysers

answers: NDQ_000640

answers: Geyser activity is affected by the fluctuations of lake level,

answers: NDQ_000641

answers: hot springs

answers: NDQ_000642

answers: Siracho Escarpment

answers: NDQ_000643

answers: Swamp

answers: NDQ_000644

answers: geysers and hot springs

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: hot springs

answers: NDQ_000649

answers: Siracho Escarpment

answers: NDQ_000650

answers: fluctuations of lake level,

answers: NDQ_000651

answers: geysers and hot springs

answers: NDQ_000652

answers: geysers

answers: NDQ_000653

answers: The lake is also famous for geysers and hot springs

answers: NDQ_000654

answers: fluctuations of lake level,

answers: NDQ_000655

answers: Siracho Escarpment

text: Spasmodic Geyser's eruptions from the two craters can be up to  high. Water can also erupt from a few inches to ten feet high from the approximately 20 vents. The intervals between eruptions are irregular, but most are in the 1-3 hour range. Spasmodic Geyser was named by A.C. Peale, from the 1878 Hayden survey team, for its erratic eruptions. Its temperature is about . Spasmodic Geyser is also connected to the nearby Penta Geyser, which is smaller. While Penta Geyser is erupting, there is no activity from Spasmodic Geyser. Activity from Spasmodic Geyser usually precede eruptions from Sawmill Geyser and Penta Geyser. It also occasionally releases large bubbles of gas, up to a foot in diameter.

text: Spasmodic Geyser's eruptions from the two craters can be up to  high. Water can also erupt from a few inches to ten feet high from the approximately 20 vents. The intervals between eruptions are irregular, but most are in the 1-3 hour range. Spasmodic Geyser was named by A.C. Peale, from the 1878 Hayden survey team, for its erratic eruptions. Its temperature is about . Spasmodic Geyser is also connected to the nearby

text: Penta Geyser

text: , which is smaller. While Penta Geyser is erupting, there is no activity from Spasmodic Geyser. Activity from Spasmodic Geyser usually precede eruptions from

text: Sawmill Geyser

text: and Penta Geyser. It also occasionally releases large bubbles of gas, up to a foot in diameter.

answers: NDQ_000611

answers: erupts from a few inches to ten feet high

answers: NDQ_000613

answers: intervals between eruptions are irregular, but most are in the 1-3 hour range

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: Spasmodic Geyser

answers: NDQ_000619

answers: water erupts

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Which of the following is not a geyser?

answers: NDQ_000629

answers: It also occasionally releases large bubbles of gas, up to a foot in diameter

answers: NDQ_000630

answers: What is the temperature of Spasmodic Geyser?

answers: NDQ_000631

answers: Which of the following is true of Spasmodic Geyser?

answers: NDQ_000632

answers: What is the temperature of Spasmodic Geyser?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: Which of the following is not a source of groundwater: Spasmodic Geyser or Penta Geyser?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: What type of spring is Spasmodic Geyser?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: Spasmodic Geyser

answers: NDQ_000644

answers: vents

answers: NDQ_000645

answers: unanswerable

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: Water can also erupt from a few inches to ten feet high from the approximately 20 vents

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Where is the Spasmodic Geyser located?

answers: NDQ_000650

answers: releases large bubbles of gas

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: vent

answers: NDQ_000653

answers: Spasmodic Geyser

answers: NDQ_000654

answers: gas

answers: NDQ_000655

answers: Geyser

answers: NDQ_000611

answers: 1-3 hour range.

answers: NDQ_000613

answers: 1-3 hour range.

answers: NDQ_000615

answers: 1-3 hour range.

answers: NDQ_000616

answers: Spasmodic Geyser's

answers: NDQ_000619

answers: Water

answers: NDQ_000624

answers: 1-3 hour range.

answers: NDQ_000627

answers: 1-3 hour range.

answers: NDQ_000629

answers: 1-3 hour range.

answers: NDQ_000630

answers: about.

answers: NDQ_000631

answers: 1-3 hour range.

answers: NDQ_000632

answers: 1-3 hour range.

answers: NDQ_000633

answers: 1-3 hour range.

answers: NDQ_000634

answers: 20 vents.

answers: NDQ_000635

answers: Spasmodic Geyser's

answers: NDQ_000636

answers: 1-3 hour range.

answers: NDQ_000637

answers: 1-3 hour range.

answers: NDQ_000638

answers: 1-3 hour range.

answers: NDQ_000639

answers: Water

answers: NDQ_000640

answers: 1-3 hour range.

answers: NDQ_000641

answers: 1-3 hour range.

answers: NDQ_000642

answers: 20 vents.

answers: NDQ_000643

answers: Spasmodic Geyser's

answers: NDQ_000644

answers: vents.

answers: NDQ_000645

answers: Spasmodic Geyser's

answers: NDQ_000646

answers: Water

answers: NDQ_000647

answers: Water can also erupt from a few inches to ten feet

answers: NDQ_000648

answers: 1-3 hour range.

answers: NDQ_000649

answers: 1-3 hour range.

answers: NDQ_000650

answers: 20 vents. The intervals between eruptions

answers: NDQ_000651

answers: Spasmodic Geyser's

answers: NDQ_000652

answers: 20 vents.

answers: NDQ_000653

answers: Spasmodic Geyser's

answers: NDQ_000654

answers: Spasmodic Geyser's

answers: NDQ_000655

answers: Spasmodic Geyser's

text: In August 2015, the Director of the California Department of Water Resources stated, "Because of increased pumping, groundwater levels are reaching record lows—up to 100 feet lower than previous records." Research from NASA shows that parts of the San Joaquin Valley sank as much as  in a four-month period, and land near Corcoran sank  in 8 months. The sinking has destroyed thousands of groundwater well casings and has the potential to damage aqueducts, roads, bridges, and flood-control structures. In the long term, the subsidence caused by extracting groundwater could irreversibly reduce the underground aquifer's water storage capacity.

text: In August 2015, the Director of the

entity_name: California Department of Water Resources

text: California Department of Water Resources

text: stated, "Because of increased pumping, groundwater levels are reaching record lows—up to 100 feet lower than previous records." Research from NASA shows that parts of the San Joaquin Valley sank as much as  in a four-month period, and land near

text: Corcoran

text: sank  in 8 months. The sinking has destroyed thousands of groundwater well casings and has the potential to damage aqueducts, roads, bridges, and flood-control structures. In the long term, the subsidence caused by extracting groundwater could irreversibly reduce the underground aquifer's water storage capacity.

answers: NDQ_000611

answers: is a type of

answers: NDQ_000613

answers: water storage capacity

answers: NDQ_000615

answers: sank

answers: NDQ_000616

answers: groundwater wells

answers: NDQ_000619

answers: groundwater levels are reaching record lows

answers: NDQ_000624

answers: What may happen to groundwater levels?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What has the potential to damage aqueducts, bridges, and flood-control structures?

answers: NDQ_000636

answers: unknown

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: well casings

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: groundwater well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where does groundwater enter the ground?

answers: NDQ_000650

answers: sinking

answers: NDQ_000651

answers: What is the underground aquifer's water storage capacity?

answers: NDQ_000652

answers: groundwater well

answers: NDQ_000653

answers: underground aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: underground aquifer's water storage capacity.

answers: NDQ_000613

answers: water storage capacity.

answers: NDQ_000615

answers: groundwater levels are reaching record lows—up

answers: NDQ_000616

answers: extracting groundwater

answers: NDQ_000619

answers: increased pumping,

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: underground aquifer's water storage capacity.

answers: NDQ_000629

answers: irreversibly reduce the underground aquifer's water storage capacity.

answers: NDQ_000630

answers: In August 2015,

answers: NDQ_000631

answers: underground aquifer's

answers: NDQ_000632

answers: underground aquifer's water storage capacity.

answers: NDQ_000633

answers: irreversibly reduce the underground aquifer's water storage capacity.

answers: NDQ_000634

answers: underground aquifer's water storage capacity.

answers: NDQ_000635

answers: irreversibly reduce the underground aquifer's water storage capacity.

answers: NDQ_000636

answers: "Because of increased pumping,

answers: NDQ_000637

answers: water storage capacity.

answers: NDQ_000638

answers: irreversibly reduce the underground aquifer's water storage capacity.

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: irreversibly reduce the underground aquifer's water storage capacity.

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: groundwater well casings

answers: NDQ_000643

answers: aquifer's

answers: NDQ_000644

answers: well casings

answers: NDQ_000645

answers: aquifer's

answers: NDQ_000646

answers: well casings

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: water storage capacity.

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: increased pumping,

answers: NDQ_000651

answers: underground aquifer's water storage capacity.

answers: NDQ_000652

answers: aquifer's

answers: NDQ_000653

answers: underground aquifer's

answers: NDQ_000654

answers: pumping,

answers: NDQ_000655

answers: underground aquifer's

text: Protecting groundwater is accomplished through issuance of permits, inspections, as well as continuous monitoring and enforcement of the regulations. ADEQ and other State agencies issue many types of permits for activities that can have a negative effect on groundwater quality. Permits can establish limits for specific chemicals or groups of pollutants or can require BMPs designed to reduce release of pollutants to surface and groundwater resources.

text: Protecting groundwater is accomplished through issuance of permits, inspections, as well as continuous monitoring and enforcement of the regulations. ADEQ and other State agencies issue many types of permits for activities that can have a negative effect on groundwater quality. Permits can establish limits for specific chemicals or groups of pollutants or can require BMPs designed to reduce release of pollutants to surface and groundwater resources.

answers: NDQ_000611

answers: releases pollutants to surface water resources

answers: NDQ_000613

answers: groundwater quality

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is too hot

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: None of the above choices.

answers: NDQ_000631

answers: groundwater resources

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can have a negative effect on groundwater quality?

answers: NDQ_000636

answers: crops

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: BMPs

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: is not the same as

answers: NDQ_000645

answers: surface

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: in the ground

answers: NDQ_000650

answers: releases chemicals

answers: NDQ_000651

answers: State

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: BMPs designed to reduce release of pollutants to surface and groundwater resources.

answers: NDQ_000613

answers: continuous monitoring and enforcement of the regulations.

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: Protecting groundwater

answers: NDQ_000629

answers: Protecting groundwater

answers: NDQ_000630

answers: Protecting groundwater

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: Protecting groundwater

answers: NDQ_000635

answers: activities that can have a negative effect on groundwater quality.

answers: NDQ_000636

answers: ADEQ and other State agencies issue many types of permits

answers: NDQ_000637

answers: Protecting groundwater

answers: NDQ_000638

answers: Protecting groundwater

answers: NDQ_000639

answers: Protecting groundwater

answers: NDQ_000640

answers: Protecting groundwater

answers: NDQ_000641

answers: Protecting groundwater

answers: NDQ_000642

answers: Protecting groundwater

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: activities

answers: NDQ_000651

answers: Protecting groundwater

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: activities that can have a negative effect on groundwater

answers: NDQ_000655

answers: groundwater

text: Wells was the editor of Utah's Woman's Exponent, a semi-monthly periodical established in 1872 for Mormon women. Wells was a contributor to the magazine from its inception, but for its first five years of existence the editor was Louisa Greene Richards. Wells became the associate editor in 1875 when Cornelia H. Horne ended her term as business manager.  Wells was the editor from 1877 until the publication ceased in 1914.  As editor she wrote all the editorials, many of the articles and most biographical sketches contained in the publication. Near the end of her tenure as editor Wells had the assistance of her daughter Annie Wells Cannon as assistant editor.

text: Wells was the editor of Utah's

text: Woman's Exponent

text: , a semi-monthly periodical established in 1872 for Mormon women. Wells was a contributor to the magazine from its inception, but for its first five years of existence the editor was

text: Louisa Greene Richards

text: . Wells became the associate editor in 1875 when Cornelia H. Horne ended her term as business manager.  Wells was the editor from 1877 until the publication ceased in 1914.  As editor she wrote all the editorials, many of the articles and most biographical sketches contained in the publication. Near the end of her tenure as editor Wells had the assistance of her daughter

text: Annie Wells Cannon

text: as assistant editor.

answers: NDQ_000611

answers: Wells's daughter Annie Wells Cannon

answers: NDQ_000613

answers: wells was the editor

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Salt Lake

answers: NDQ_000619

answers: Wells was the editor

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: How many years did Wells work for the magazine?

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: How many years after Wells was the associate editor did Cornelia H. Horne end her term as business manager?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: What is one of the biggest aquifers in the world?

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: the Ogallala aquifer

answers: NDQ_000637

answers: How would you describe Wells?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or hot springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How would you describe Wells?

answers: NDQ_000642

answers: Cornelia H. Horne

answers: NDQ_000643

answers: geologic formation

answers: NDQ_000644

answers: Cornelia H. Horne ended her term as business manager

answers: NDQ_000645

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: water below Earths surface

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Wells was the editor

answers: NDQ_000650

answers: is near a source of pollution

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: source

answers: NDQ_000653

answers: the oceans

answers: NDQ_000654

answers: water evaporation

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: 1914.

answers: NDQ_000613

answers: 1872

answers: NDQ_000615

answers: 1914.

answers: NDQ_000616

answers: 1914.

answers: NDQ_000619

answers: 1914.

answers: NDQ_000624

answers: 1914.

answers: NDQ_000627

answers: 1914.

answers: NDQ_000629

answers: 1914.

answers: NDQ_000630

answers: 1914.

answers: NDQ_000631

answers: Wells became the associate editor in 1875

answers: NDQ_000632

answers: 1914.

answers: NDQ_000633

answers: 1914.

answers: NDQ_000634

answers: 1914.

answers: NDQ_000635

answers: Wells became the associate editor in 1875

answers: NDQ_000636

answers: Annie Wells Cannon

answers: NDQ_000637

answers: 1914.

answers: NDQ_000638

answers: 1914.

answers: NDQ_000639

answers: 1914.

answers: NDQ_000640

answers: 1914.

answers: NDQ_000641

answers: 1914.

answers: NDQ_000642

answers: 1914.

answers: NDQ_000643

answers: 1875

answers: NDQ_000644

answers: 1914.

answers: NDQ_000645

answers: 1914.

answers: NDQ_000646

answers: 1872

answers: NDQ_000647

answers: 1914.

answers: NDQ_000648

answers: Wells became the associate editor in 1875

answers: NDQ_000649

answers: 1914.

answers: NDQ_000650

answers: 1914.

answers: NDQ_000651

answers: 1914.

answers: NDQ_000652

answers: Wells became the associate editor in 1875

answers: NDQ_000653

answers: 1914.

answers: NDQ_000654

answers: daughter Annie Wells Cannon

answers: NDQ_000655

answers: 1914.

text: Under certain hydrological parameters, some aquifers are more prone to contamination than other aquifers.  The parameters that are taken into consideration when calculating the vulnerability of aquifers to contamination are: depth to water (factor d), net recharge (factor r), aquifer media (factor a), soil media (factor s), topography (factor t), impact of the vadose zone (factor i), and the hydraulic conductivity (factor c), which together spell out DRASTIC. Furthermore, there is a weighting factor associated with each of the parameters that can range from one to five.  In addition, the lower the numbers for the DRASTIC index after the assessment of the aquifer, than the lower the risk of aquifer contamination in that area.  These seven parameters derive DRASTIC summary index score, which determines which are more prone to contamination than other.  The significance of the DRASTIC summary index score is that it shows areas that are more prone; as a result, the state or local authorities depending on the scale will place necessary measures in place that would prevent or mitigate contamination of the water supply.  Using GIS, a map was developed for the seven counties (Hillsborough, Polk, Manatee, Hardee, Sarasota, DeSoto, and Charlotte) in Florida, which shows the DRASTIC summary index score for the Floridan Aquifer System, Surficial Aquifer System, and Other Rocks aquifer.  The developed map is a combination of multiple layers that are stacked on top of each other as shown in Figure 1.

text: Under certain hydrological parameters, some aquifers are more prone to contamination than other

text: aquifers

text: .  The parameters that are taken into consideration when calculating the vulnerability of aquifers to contamination are: depth to water (factor d), net recharge (factor r), aquifer media (factor a), soil media (factor s),

text: topography

text: (factor t), impact of the

text: vadose zone

text: (factor i), and the

text: hydraulic conductivity

text: (factor c), which together spell out DRASTIC. Furthermore, there is a weighting factor associated with each of the parameters that can range from one to five.  In addition, the lower the numbers for the DRASTIC index after the assessment of the aquifer, than the lower the risk of aquifer contamination in that area.  These seven parameters derive DRASTIC summary index score, which determines which are more prone to contamination than other.  The significance of the DRASTIC summary index score is that it shows areas that are more prone; as a result, the state or local authorities depending on the scale will place necessary measures in place that would prevent or mitigate contamination of the water supply.  Using GIS, a map was developed for the seven counties (Hillsborough, Polk, Manatee, Hardee, Sarasota, DeSoto, and Charlotte) in Florida, which shows the DRASTIC summary index score for the Floridan Aquifer System, Surficial Aquifer System, and Other Rocks aquifer.  The developed map is a combination of multiple layers that are stacked on top of each other as shown in Figure 1.

answers: NDQ_000611

answers: aquifer media

answers: NDQ_000613

answers: depth to water (factor d)

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: soil

answers: NDQ_000619

answers: Earth's magnetic field is too strong.

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Which of the following is not a layer of clay?

answers: NDQ_000629

answers: Which rock layer below an aquifer always consists of permeable rock?

answers: NDQ_000630

answers: Context: Water in hot springs is heated by hot magma.

answers: NDQ_000631

answers: Floridan Aquifer System

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: Which aquifer is one of the biggest?

answers: NDQ_000635

answers: How can land use affect the amount of water that can enter groundwater?

answers: NDQ_000636

answers: aquifer

answers: NDQ_000637

answers: None of the above choices

answers: NDQ_000638

answers: Other Rocks

answers: NDQ_000639

answers: mineral springs

answers: NDQ_000640

answers: Factor d

answers: NDQ_000641

answers: context: Water flows out of a well due to gravity.

answers: NDQ_000642

answers: soil media

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer

answers: NDQ_000645

answers: vadose zone

answers: NDQ_000646

answers: depth to water

answers: NDQ_000647

answers: aquifers

answers: NDQ_000648

answers: net recharge

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: aquifer media is contaminated

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: Aquifers

answers: NDQ_000654

answers: soil

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: depth to water

answers: NDQ_000613

answers: prevent or mitigate contamination of the water supply.

answers: NDQ_000615

answers: depth to water (factor d), net recharge

answers: NDQ_000616

answers: net recharge

answers: NDQ_000619

answers: some aquifers are more prone to contamination

answers: NDQ_000624

answers: depth to water (factor d), net recharge

answers: NDQ_000627

answers: GIS,

answers: NDQ_000629

answers: place necessary measures in place that would prevent or mitigate contamination of the water supply.

answers: NDQ_000630

answers: depth to water (factor d), net recharge

answers: NDQ_000631

answers: some aquifers

answers: NDQ_000632

answers: depth to water

answers: NDQ_000633

answers: Floridan Aquifer System,

answers: NDQ_000634

answers: contamination of the water supply.

answers: NDQ_000635

answers: contamination of the water supply.

answers: NDQ_000636

answers: contamination of the water supply.

answers: NDQ_000637

answers: prevent or mitigate contamination of the water supply.

answers: NDQ_000638

answers: contamination of the water supply.

answers: NDQ_000639

answers: Rocks

answers: NDQ_000640

answers: place necessary measures in place that would prevent or mitigate contamination of the water supply.

answers: NDQ_000641

answers: depth to water

answers: NDQ_000642

answers: soil media

answers: NDQ_000643

answers: vadose zone

answers: NDQ_000644

answers: soil media

answers: NDQ_000645

answers: Other Rocks aquifer.

answers: NDQ_000646

answers: contamination of the water supply.

answers: NDQ_000647

answers: depth to water

answers: NDQ_000648

answers: depth to water

answers: NDQ_000649

answers: soil media

answers: NDQ_000650

answers: some aquifers

answers: NDQ_000651

answers: Florida,

answers: NDQ_000652

answers: aquifers

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: aquifer media (factor a), soil media

answers: NDQ_000655

answers: Other Rocks

text: Glenwood Hot Springs is the largest hot springs facility in town, centrally located across the Colorado River from downtown. The large pool is kept at  year round and is the world's largest hot mineral springs pool. The smaller "Therapy Pool" averages  degrees Fahrenheit year round, preferred by some for its higher mineral content. There is a 107-room lodge, which includes unlimited access to the hot springs and a full hot breakfast for all guests. Spa of the Rockies is an award-winning mineral spa that specializes in natural, mineral based treatments. Other amenities include a full-service athletic club, gift shop and restaurant. Two waterslides, mini golf, and a cold water kiddy pool are open during the warmer months.

text: Glenwood Hot Springs

text: is the largest hot springs facility in town, centrally located across the Colorado River from downtown. The large pool is kept at  year round and is the world's largest hot mineral springs pool. The smaller "Therapy Pool" averages  degrees Fahrenheit year round, preferred by some for its higher mineral content. There is a 107-room lodge, which includes unlimited access to the hot springs and a full hot breakfast for all guests. Spa of the Rockies is an award-winning mineral spa that specializes in natural, mineral based treatments. Other amenities include a full-service athletic club, gift shop and restaurant. Two waterslides, mini golf, and a cold water kiddy pool are open during the warmer months.

answers: NDQ_000611

answers: is heated by the sun

answers: NDQ_000613

answers: mineral content

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Colorado River

answers: NDQ_000619

answers: Glenwood Hot Springs is located across the Colorado River

answers: NDQ_000624

answers: How would you describe Glenwood Hot Springs?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: None of the above choices are true

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unknown

answers: NDQ_000635

answers: What can be concluded about Glenwood Hot Springs?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Why is Glenwood Hot Springs the world's largest hot mineral springs pool?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: mineral springs

answers: NDQ_000644

answers: mineral springs

answers: NDQ_000645

answers: Glenwood Hot Springs

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: Colorado River

answers: NDQ_000648

answers: Colorado River

answers: NDQ_000649

answers: Where is Glenwood Hot Springs located?

answers: NDQ_000650

answers: is polluted with chemicals

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: Colorado River

answers: NDQ_000653

answers: Colorado River

answers: NDQ_000654

answers: Colorado River

answers: NDQ_000655

answers: Hot Springs

answers: NDQ_000611

answers: Colorado River

answers: NDQ_000613

answers: higher mineral content.

answers: NDQ_000615

answers: cold water kiddy pool

answers: NDQ_000616

answers: Colorado River

answers: NDQ_000619

answers: Colorado River

answers: NDQ_000624

answers: Colorado River

answers: NDQ_000627

answers: Colorado River

answers: NDQ_000629

answers: Colorado River

answers: NDQ_000630

answers: year round

answers: NDQ_000631

answers: Colorado River

answers: NDQ_000632

answers: Colorado River

answers: NDQ_000633

answers: year round

answers: NDQ_000634

answers: world's largest hot mineral springs pool.

answers: NDQ_000635

answers: Glenwood Hot Springs

answers: NDQ_000636

answers: Glenwood Hot Springs

answers: NDQ_000637

answers: Glenwood Hot Springs

answers: NDQ_000638

answers: Colorado River

answers: NDQ_000639

answers: hot mineral springs

answers: NDQ_000640

answers: Colorado River

answers: NDQ_000641

answers: Colorado River

answers: NDQ_000642

answers: cold water kiddy pool

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: cold water kiddy pool

answers: NDQ_000645

answers: Glenwood Hot Springs

answers: NDQ_000646

answers: Glenwood Hot Springs

answers: NDQ_000647

answers: cold water kiddy pool

answers: NDQ_000648

answers: Colorado River

answers: NDQ_000649

answers: Colorado River

answers: NDQ_000650

answers: Colorado River

answers: NDQ_000651

answers: Colorado River

answers: NDQ_000652

answers: Colorado River

answers: NDQ_000653

answers: Colorado River

answers: NDQ_000654

answers: Colorado River

answers: NDQ_000655

answers: hot mineral springs pool.

text: Groundwater is distributed unevenly over the territory of Namibia, thus making the construction of pipelines necessary to tap their potential. In particular, the coastal area is nearly devoid of groundwater. Recharge in these areas is low and unreliable, groundwater lies at great depths and sometimes is of poor quality. Other areas are favorable, sitting on high-yielding, very productive aquifers that contain more water than farmers and communities presently need. Numerous small springs throughout the country sustain wildlife, man and livestock. Over the past century, more than 100 000 boreholes have been drilled in Namibia. Half of these are still in operation. In 2012 German hydro-geologists discovered a huge aquifer in Northern Namibia that could supply the area, where 40% of the population of the country lives, for 400 years. The aquifer, called Ohangwena II, contains about 5 billion cubic meters of water which is up to 10,000 years old. The aquifer is about 300 meters deep and is under pressure, so that its water could be pumped up at a relatively low cost. However, a saline aquifer sits on top of the freshwater aquifer, so that drilling must be done carefully in order to avoid saline intrusion. The aquifer receives some recharge from Angola in the North. Experts recommend that, during normal climatic conditions, water abstraction should be limited to the inflow from the North in order to manage the aquifer on a sustainable basis. However, during extended droughts induced by climate change, the aquifer can be drawn down and serve as an important buffer against drought.

text: Groundwater is distributed unevenly over the territory of Namibia, thus making the construction of pipelines necessary to tap their potential. In particular, the coastal area is nearly devoid of groundwater. Recharge in these areas is low and unreliable, groundwater lies at great depths and sometimes is of poor quality. Other areas are favorable, sitting on high-yielding, very productive aquifers that contain more water than farmers and communities presently need. Numerous small springs throughout the country sustain wildlife, man and livestock. Over the past century, more than 100 000 boreholes have been drilled in Namibia. Half of these are still in operation. In 2012 German hydro-geologists discovered a huge aquifer in Northern Namibia that could supply the area, where 40% of the population of the country lives, for 400 years. The aquifer, called

text: Ohangwena

text: II, contains about 5 billion cubic meters of water which is up to 10,000 years old. The aquifer is about 300 meters deep and is under pressure, so that its water could be pumped up at a relatively low cost. However, a saline aquifer sits on top of the freshwater aquifer, so that drilling must be done carefully in order to avoid saline intrusion. The aquifer receives some recharge from Angola in the North. Experts recommend that, during normal climatic conditions, water abstraction should be limited to the inflow from the North in order to manage the aquifer on a sustainable basis. However, during extended droughts induced by climate change, the aquifer can be drawn down and serve as an important buffer against drought.

answers: NDQ_000611

answers: is distributed unevenly over the territory of Namibia

answers: NDQ_000613

answers: high-yielding, very productive

answers: NDQ_000615

answers: aquifer

answers: NDQ_000616

answers: Angola

answers: NDQ_000619

answers: groundwater lies at great depths

answers: NDQ_000624

answers: during extended droughts induced by climate change

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: None of the above choices

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: How many billion cubic meters of water does Ohangwena II contain?

answers: NDQ_000635

answers: What is the coastal area nearly devoid of?

answers: NDQ_000636

answers: farmers and communities presently need

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or small springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices are true

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: boreholes

answers: NDQ_000645

answers: aquifers

answers: NDQ_000646

answers: boreholes

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater lies at great depths and sometimes is of poor quality

answers: NDQ_000649

answers: Where is the coastal area nearly devoid of groundwater

answers: NDQ_000650

answers: saline

answers: NDQ_000651

answers: Which of the following is not a country: Namibia, Angola or Angola?

answers: NDQ_000652

answers: borehole

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: Angola in the North

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: groundwater lies at great depths and sometimes is of poor quality.

answers: NDQ_000613

answers: relatively low cost.

answers: NDQ_000615

answers: drawn down

answers: NDQ_000616

answers: Angola

answers: NDQ_000619

answers: Groundwater

answers: NDQ_000624

answers: freshwater aquifer,

answers: NDQ_000627

answers: drilling must be done carefully in order to avoid saline intrusion.

answers: NDQ_000629

answers: drilling

answers: NDQ_000630

answers: low cost.

answers: NDQ_000631

answers: coastal area is nearly devoid of groundwater.

answers: NDQ_000632

answers: freshwater

answers: NDQ_000633

answers: recharge

answers: NDQ_000634

answers: Ohangwena II,

answers: NDQ_000635

answers: high-yielding, very productive aquifers

answers: NDQ_000636

answers: pumped up at a relatively low cost.

answers: NDQ_000637

answers: high-yielding, very productive aquifers

answers: NDQ_000638

answers: saline intrusion.

answers: NDQ_000639

answers: saline aquifer

answers: NDQ_000640

answers: drilling

answers: NDQ_000641

answers: freshwater

answers: NDQ_000642

answers: Groundwater

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: boreholes

answers: NDQ_000645

answers: freshwater aquifer,

answers: NDQ_000646

answers: boreholes

answers: NDQ_000647

answers: groundwater lies at great depths

answers: NDQ_000648

answers: saline

answers: NDQ_000649

answers: drilling must be done carefully in order to avoid saline intrusion.

answers: NDQ_000650

answers: a saline

answers: NDQ_000651

answers: up at a relatively low cost.

answers: NDQ_000652

answers: aquifers

answers: NDQ_000653

answers: freshwater aquifer,

answers: NDQ_000654

answers: Angola

answers: NDQ_000655

answers: aquifers

text: Fumaroles may occur along tiny cracks or long fissures, in chaotic clusters or fields, and on the surfaces of lava flows and of thick deposits of pyroclastic flows. A fumarole field is an area of thermal springs and gas vents where magma or hot igneous rocks at shallow depth release gases or interact with groundwater.From the perspective of groundwater, a fumarole could be described as a hot spring that boils off all its water before the water reaches the surface.

text: Fumaroles may occur along tiny cracks or long fissures, in chaotic clusters or fields, and on the surfaces of

text: lava

text: flows and of thick deposits of

text: pyroclastic flow

text: s. A fumarole field is an area of

text: thermal spring

text: s and gas vents where

text: magma

text: or hot

text: igneous rock

text: s at shallow depth release gases or interact with

text: groundwater

text: .From the perspective of groundwater, a fumarole could be described as a hot spring that boils off all its water before the water reaches the surface.

answers: NDQ_000611

answers: reaches the surface after boiling off all its water

answers: NDQ_000613

answers: hot spring that boils off all its water before the water reaches the surface

answers: NDQ_000615

answers: boil off

answers: NDQ_000616

answers: thermal springs

answers: NDQ_000619

answers: magma or hot igneous rocks

answers: NDQ_000624

answers: may rise or fall

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: Which of the following is not a type of rock: magma or hot igneous rocks

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is a fumarole field?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a mineral spring: magma or hot igneous rocks

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices are true

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: cracks

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: a well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: igneous rocks

answers: NDQ_000650

answers: fumarole field

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: magma

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: reaches the surface.

answers: NDQ_000613

answers: hot spring that boils off all its water

answers: NDQ_000615

answers: groundwater.From

answers: NDQ_000616

answers: groundwater.From

answers: NDQ_000619

answers: magma

answers: NDQ_000624

answers: groundwater.From

answers: NDQ_000627

answers: groundwater.From

answers: NDQ_000629

answers: hot igneous rocks at shallow depth release gases or interact with groundwater.From

answers: NDQ_000630

answers: groundwater.From the perspective of groundwater,

answers: NDQ_000631

answers: groundwater.From

answers: NDQ_000632

answers: groundwater.From

answers: NDQ_000633

answers: groundwater.From

answers: NDQ_000634

answers: lava flows and of thick deposits of pyroclastic flows.

answers: NDQ_000635

answers: Fumaroles

answers: NDQ_000636

answers: Fumaroles

answers: NDQ_000637

answers: groundwater.From

answers: NDQ_000638

answers: groundwater.From

answers: NDQ_000639

answers: magma or hot igneous rocks

answers: NDQ_000640

answers: groundwater.From

answers: NDQ_000641

answers: groundwater.From

answers: NDQ_000642

answers: tiny cracks or long fissures,

answers: NDQ_000643

answers: groundwater.From

answers: NDQ_000644

answers: cracks or long fissures,

answers: NDQ_000645

answers: groundwater.From

answers: NDQ_000646

answers: groundwater.From

answers: NDQ_000647

answers: groundwater.From

answers: NDQ_000648

answers: groundwater.From

answers: NDQ_000649

answers: groundwater.From

answers: NDQ_000650

answers: hot igneous rocks at shallow depth release gases or interact with groundwater.From

answers: NDQ_000651

answers: Fumaroles

answers: NDQ_000652

answers: groundwater.From

answers: NDQ_000653

answers: groundwater.From

answers: NDQ_000654

answers: hot igneous rocks at shallow depth release gases or interact with groundwater.From

answers: NDQ_000655

answers: fumarole

text: The Federal District and State of Mexico combined had 1,089 registered wells at depths of 70 to 200 meters in 1994. This does not include wells operated by the National Water Commission, which are deeper. There are also a large number of non-registered wells, many of which are located in the State of Mexico. Wells are generally located in four different well fields. These are labeled as South (or Xochimilco), Metropolitan, East (or Texcoco region) and North well fields.

text: The Federal District and State of Mexico combined had 1,089 registered wells at depths of 70 to 200 meters in 1994. This does not include wells operated by the National Water Commission, which are deeper. There are also a large number of non-registered wells, many of which are located in the State of Mexico. Wells are generally located in four different well fields. These are labeled as South (or

text: Xochimilco

text: ), Metropolitan, East (or

text: Texcoco

text: region) and North well fields.

answers: NDQ_000611

answers: is pumped out of wells

answers: NDQ_000613

answers: depths of 70 to 200 meters

answers: NDQ_000615

answers: increase in depth

answers: NDQ_000616

answers: wells

answers: NDQ_000619

answers: wells are deeper

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: No

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How many registered wells at depths of 70 to 200 meters in 1994 were not operated by the National Water Commission?

answers: NDQ_000636

answers: Xochimilco

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a mineral spring: hot springs, mineral springs or wells?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: It is not possible to tell

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: well

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: wells

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: 70 to 200 meters

answers: NDQ_000648

answers: registered wells

answers: NDQ_000649

answers: Xochimilco

answers: NDQ_000650

answers: wells are deeper

answers: NDQ_000651

answers: Mexico

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: North well fields

answers: NDQ_000654

answers: wells

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: Wells are generally located in four different well fields.

answers: NDQ_000613

answers: depths of 70 to 200 meters

answers: NDQ_000615

answers: 1,089 registered wells at depths of 70 to 200 meters

answers: NDQ_000616

answers: wells

answers: NDQ_000619

answers: wells at depths of 70 to 200 meters

answers: NDQ_000624

answers: depths of 70 to 200 meters

answers: NDQ_000627

answers: 1,089 registered wells at depths of 70 to 200 meters

answers: NDQ_000629

answers: 1,089 registered wells at depths of 70 to 200 meters

answers: NDQ_000630

answers: 1,089 registered wells at depths of 70 to 200 meters

answers: NDQ_000631

answers: 1,089 registered wells at depths of 70 to 200 meters

answers: NDQ_000632

answers: four different well fields.

answers: NDQ_000633

answers: 1,089 registered wells at depths of 70 to 200 meters

answers: NDQ_000634

answers: 1,089 registered wells at depths of 70 to 200 meters

answers: NDQ_000635

answers: 1,089 registered wells

answers: NDQ_000636

answers: 1,089 registered wells at depths of 70 to 200 meters

answers: NDQ_000637

answers: 1,089 registered wells at depths of 70 to 200 meters

answers: NDQ_000638

answers: 70 to 200 meters

answers: NDQ_000639

answers: wells

answers: NDQ_000640

answers: 1,089 registered wells at depths of 70 to 200 meters

answers: NDQ_000641

answers: 1,089 registered wells at depths of 70 to 200 meters

answers: NDQ_000642

answers: non-registered wells,

answers: NDQ_000643

answers: wells

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: wells

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: 70 to 200 meters

answers: NDQ_000648

answers: wells

answers: NDQ_000649

answers: 1,089 registered wells at depths of 70 to 200 meters

answers: NDQ_000650

answers: deeper.

answers: NDQ_000651

answers: Mexico

answers: NDQ_000652

answers: wells

answers: NDQ_000653

answers: wells

answers: NDQ_000654

answers: wells

answers: NDQ_000655

answers: wells

text: The average flow of  of water per second  from Big Spring constitutes the second largest tributary of the Current River.  The spring is by far the largest spring in the Ozark Plateau region.  The only two springs in the Ozark region that approach the size of Big Spring are Greer Spring and Mammoth Spring.  Maximum discharge of Big Spring must be estimated because backwater from the Current River makes accurate high water measurements impossible.  The spring issues from the base of a limestone bluff, churning out aqua-blue water with great force, creating white caps, then quickly calming to a crystal clear channel.  The spring water travels about  where it adds itself to the Current River.  The water is about 58 degrees Fahrenheit (13.3 °C), and the spring is surrounded by a well maintained park and a steep valley hillside covered in hardwood forest. Most of the known drainage basin encompasses northern areas of the Eleven Point River watershed.  Big Spring is ever increasing in size, as the groundwater continues to dissolve limestone in a vast karst system, and continuation of stream capture in greater quantities.  The spring is estimated to dissolve and remove 175 tons of limestone during an average day.  The amounts of limestone dissolved and removed by the spring system in one year is estimated to equal a one-mile (1.6 km) long cave  high  wide,  though that amount is dispersed among all parts of the karst system.

text: The average flow of  of water per second  from Big Spring constitutes the second largest tributary of the Current River.  The spring is by far the largest spring in the

text: Ozark Plateau

text: region.  The only two springs in the Ozark region that approach the size of Big Spring are

text: Greer Spring

text: and

text: Mammoth Spring

text: .  Maximum discharge of Big Spring must be estimated because backwater from the Current River makes accurate high water measurements impossible.  The spring issues from the base of a limestone bluff, churning out aqua-blue water with great force, creating white caps, then quickly calming to a crystal clear channel.  The spring water travels about  where it adds itself to the Current River.  The water is about 58 degrees Fahrenheit (13.3 °C), and the spring is surrounded by a well maintained park and a steep valley hillside covered in hardwood forest. Most of the known drainage basin encompasses northern areas of the

text: Eleven Point River

text: watershed.  Big Spring is ever increasing in size, as the groundwater continues to dissolve

text: limestone

text: in a vast

text: karst

text: system, and continuation of stream capture in greater quantities.  The spring is estimated to dissolve and remove 175 tons of limestone during an average day.  The amounts of limestone dissolved and removed by the spring system in one year is estimated to equal a one-mile (1.6 km) long

text: cave

text: high  wide,  though that amount is dispersed among all parts of the karst system.

answers: NDQ_000611

answers: dissolves limestone in a vast what?

answers: NDQ_000613

answers: the spring is surrounded by a well maintained park and a steep valley hillside covered in hardwood forest

answers: NDQ_000615

answers: increase by how much

answers: NDQ_000616

answers: Big Spring

answers: NDQ_000619

answers: groundwater continues to dissolve limestone

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Which of the following is not a type of rock: limestone, karst, or water?

answers: NDQ_000629

answers: Which of the following is not a type of rock: limestone, bluff, or karst?

answers: NDQ_000630

answers: What is the source of the water in Big Spring?

answers: NDQ_000631

answers: How many springs are in the Ozark region that approach the size of Big Spring

answers: NDQ_000632

answers: What is the average flow of of water per second from Big Spring?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the spring surrounded by?

answers: NDQ_000636

answers: What is the spring surrounded by?

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: Which of the following is not a type of rock: limestone or karst?

answers: NDQ_000639

answers: What type of spring is Big Spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: limestone bluff

answers: NDQ_000643

answers: karst

answers: NDQ_000644

answers: karst

answers: NDQ_000645

answers: karst

answers: NDQ_000646

answers: spring

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: What is the spring surrounded by?

answers: NDQ_000650

answers: groundwater continues to dissolve limestone

answers: NDQ_000651

answers: Ozarks

answers: NDQ_000652

answers: limestone bluff

answers: NDQ_000653

answers: Ozark Plateau

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: karst

answers: NDQ_000611

answers: dissolve limestone in a vast karst system,

answers: NDQ_000613

answers: 58 degrees Fahrenheit (13.3 °C),

answers: NDQ_000615

answers: white caps,

answers: NDQ_000616

answers: Big Spring

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: limestone bluff,

answers: NDQ_000629

answers: limestone bluff,

answers: NDQ_000630

answers: 58 degrees Fahrenheit (13.3 °C),

answers: NDQ_000631

answers: groundwater continues to dissolve limestone in a vast karst system,

answers: NDQ_000632

answers: limestone bluff,

answers: NDQ_000633

answers: the groundwater

answers: NDQ_000634

answers: Big Spring

answers: NDQ_000635

answers: a well maintained park and a steep valley hillside covered in hardwood forest.

answers: NDQ_000636

answers: Big Spring

answers: NDQ_000637

answers: karst

answers: NDQ_000638

answers: limestone bluff,

answers: NDQ_000639

answers: limestone

answers: NDQ_000640

answers: limestone bluff,

answers: NDQ_000641

answers: The spring issues from the base of a limestone bluff,

answers: NDQ_000642

answers: limestone bluff,

answers: NDQ_000643

answers: karst

answers: NDQ_000644

answers: white caps,

answers: NDQ_000645

answers: limestone bluff,

answers: NDQ_000646

answers: limestone bluff,

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: The spring water travels about where it adds itself to the Current River.

answers: NDQ_000649

answers: karst

answers: NDQ_000650

answers: groundwater

answers: NDQ_000651

answers: Big Spring

answers: NDQ_000652

answers: limestone bluff,

answers: NDQ_000653

answers: karst system,

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: karst

text: Waimangu Volcanic Rift Valley is the hydrothermal system created on 10 June 1886 by the volcanic eruption of Mount Tarawera, on the North Island of New Zealand. It encompasses Lake Rotomahana, the former site of the Pink and White Terraces, as well as the location of the Waimangu Geyser, which was active from 1900 to 1904. The area has been increasingly accessible as a tourist attraction and contains Frying Pan Lake, which is the largest hot spring in the world, and the steaming and usually pale blue Inferno Crater Lake, the largest geyser-like feature in the world although the geyser itself cannot be seen since it plays at the bottom of the lake.

text: Waimangu Volcanic Rift Valley is the hydrothermal system created on 10 June 1886 by the volcanic

text: eruption of Mount Tarawera

text: , on the

text: North Island

text: of

text: New Zealand

text: . It encompasses

text: Lake Rotomahana

text: , the former site of the

text: Pink and White Terraces

text: , as well as the location of the

text: Waimangu Geyser

text: , which was active from 1900 to 1904. The area has been increasingly accessible as a tourist attraction and contains

text: Frying Pan Lake

text: , which is the largest

text: hot spring

text: in the world, and the steaming and usually pale blue

text: Inferno Crater Lake

text: , the largest geyser-like feature in the world although the geyser itself cannot be seen since it plays at the bottom of the lake.

answers: NDQ_000611

answers: Lake Rotomahana

answers: NDQ_000613

answers: hot spring

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Mount Tarawera

answers: NDQ_000619

answers: volcanic eruptions occur

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: What is the largest hot spring in the world?

answers: NDQ_000629

answers: Which is not the type of rock layer below an aquifer?

answers: NDQ_000630

answers: What type of water is heated by hot magma?

answers: NDQ_000631

answers: None of the above choices are true

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the area has been increasingly accessible as a tourist attraction?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: What type of spring is Frying Pan Lake?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: hydrothermal system

answers: NDQ_000644

answers: Frying Pan

answers: NDQ_000645

answers: hydrothermal

answers: NDQ_000646

answers: Frying Pan Lake

answers: NDQ_000647

answers: lake

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Water infiltrates the ground where rock is

answers: NDQ_000650

answers: Lake Rotomahana

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: volcanic eruption

answers: NDQ_000653

answers: lakes

answers: NDQ_000654

answers: volcanic eruptions

answers: NDQ_000655

answers: hydrothermal

answers: NDQ_000611

answers: pale blue

answers: NDQ_000613

answers: hot spring

answers: NDQ_000615

answers: Waimangu Volcanic Rift Valley

answers: NDQ_000616

answers: Waimangu Volcanic Rift Valley

answers: NDQ_000619

answers: volcanic eruption

answers: NDQ_000624

answers: 1900 to 1904.

answers: NDQ_000627

answers: hot spring

answers: NDQ_000629

answers: Waimangu Volcanic Rift Valley

answers: NDQ_000630

answers: Frying Pan Lake,

answers: NDQ_000631

answers: Waimangu Volcanic Rift Valley

answers: NDQ_000632

answers: Waimangu Volcanic Rift Valley

answers: NDQ_000633

answers: hot spring

answers: NDQ_000634

answers: Frying Pan Lake,

answers: NDQ_000635

answers: increasingly accessible as a tourist attraction

answers: NDQ_000636

answers: Waimangu Geyser,

answers: NDQ_000637

answers: Waimangu Volcanic Rift Valley

answers: NDQ_000638

answers: Frying Pan Lake, which is the largest hot spring

answers: NDQ_000639

answers: hydrothermal system

answers: NDQ_000640

answers: Waimangu Volcanic Rift Valley

answers: NDQ_000641

answers: Frying Pan Lake, which is the largest hot spring

answers: NDQ_000642

answers: 1900 to 1904.

answers: NDQ_000643

answers: hydrothermal

answers: NDQ_000644

answers: Frying Pan Lake,

answers: NDQ_000645

answers: hydrothermal system

answers: NDQ_000646

answers: hot spring

answers: NDQ_000647

answers: hot spring in the world,

answers: NDQ_000648

answers: hot spring

answers: NDQ_000649

answers: Pink and White Terraces,

answers: NDQ_000650

answers: volcanic eruption

answers: NDQ_000651

answers: Frying Pan Lake, which is the largest hot spring in the world,

answers: NDQ_000652

answers: volcanic eruption

answers: NDQ_000653

answers: Waimangu Volcanic Rift Valley

answers: NDQ_000654

answers: volcanic eruption of Mount Tarawera,

answers: NDQ_000655

answers: Frying Pan Lake,

text: WGHM computes time-series of fast-surface and subsurface runoff, groundwater recharge and river discharge as well as storage variations of water in canopy, snow, soil, groundwater, lakes, wetlands and rivers. Thus it quantifies the total renewable water resources as well as the renewable groundwater resources of a grid cell, river basin, or country. Precipitation on each grid cells is modelled as being transported through the different storage compartments and partly evapotranspirating. Location and size of lakes, reservoirs and wetlands are defined by the global lakes and wetland database (GLWD), with a recent addition of more than 6000 man-made reservoirs. Groundwater storage is affected by diffuse groundwater recharge, which is modeled as a function of total runoff, relief, soil texture, hydrogeology and the existence of permafrost or glaciers.  To allow a plausible representation of the actual freshwater situation, version 2.2 of WGHM is tuned against measured long-term average annual river discharge at 1323 gauging stations. The performance of WGHM has been compared to that of other global hydrological models for both Europe and the globe.

text: WGHM computes time-series of fast-surface and subsurface runoff, groundwater recharge and river discharge as well as storage variations of water in canopy, snow, soil, groundwater, lakes, wetlands and rivers. Thus it quantifies the total renewable water resources as well as the renewable groundwater resources of a grid cell, river basin, or country.

text: Precipitation

text: on each grid cells is modelled as being transported through the different storage compartments and partly evapotranspirating. Location and size of lakes, reservoirs and wetlands are defined by the global lakes and wetland database (GLWD), with a recent addition of more than 6000 man-made reservoirs. Groundwater storage is affected by diffuse groundwater recharge, which is modeled as a function of total runoff, relief, soil texture,

text: hydrogeology

text: and the existence of permafrost or glaciers.  To allow a plausible representation of the actual freshwater situation, version 2.2 of WGHM is tuned against measured long-term average annual river discharge at 1323 gauging stations. The performance of WGHM has been compared to that of other global hydrological models for both Europe and the globe.

answers: NDQ_000611

answers: is affected by diffuse groundwater recharge

answers: NDQ_000613

answers: Groundwater storage is affected by diffuse groundwater recharge

answers: NDQ_000615

answers: evade

answers: NDQ_000616

answers: runoff

answers: NDQ_000619

answers: precipitation on each grid cells is modelled as being transported through the different storage compartments

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: soil

answers: NDQ_000629

answers: groundwater

answers: NDQ_000630

answers: water in hot springs

answers: NDQ_000631

answers: groundwater resources

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: Ogallala aquifer

answers: NDQ_000635

answers: more than 6000 man-made reservoirs

answers: NDQ_000636

answers: wetlands

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: mineral springs

answers: NDQ_000640

answers: groundwater

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: soil

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: soil

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: Aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: subsurface

answers: NDQ_000650

answers: man-made

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater recharge

answers: NDQ_000653

answers: lakes

answers: NDQ_000654

answers: runoff

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: Groundwater storage is affected by diffuse groundwater recharge,

answers: NDQ_000613

answers: diffuse groundwater recharge,

answers: NDQ_000615

answers: Groundwater storage is affected by diffuse groundwater recharge,

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: permafrost

answers: NDQ_000624

answers: Groundwater storage is affected by diffuse groundwater recharge,

answers: NDQ_000627

answers: permafrost

answers: NDQ_000629

answers: permafrost

answers: NDQ_000630

answers: WGHM computes time-series

answers: NDQ_000631

answers: permafrost or glaciers.

answers: NDQ_000632

answers: permafrost or glaciers.

answers: NDQ_000633

answers: Groundwater storage is affected by diffuse groundwater recharge,

answers: NDQ_000634

answers: WGHM

answers: NDQ_000635

answers: Groundwater storage is affected by diffuse groundwater recharge,

answers: NDQ_000636

answers: WGHM

answers: NDQ_000637

answers: permafrost or glaciers.

answers: NDQ_000638

answers: permafrost or glaciers.

answers: NDQ_000639

answers: WGHM computes time-series

answers: NDQ_000640

answers: permafrost or glaciers.

answers: NDQ_000641

answers: evapotranspirating.

answers: NDQ_000642

answers: permafrost

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: evapotranspirating.

answers: NDQ_000645

answers: soil, groundwater,

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater,

answers: NDQ_000648

answers: groundwater recharge

answers: NDQ_000649

answers: permafrost

answers: NDQ_000650

answers: man-made reservoirs.

answers: NDQ_000651

answers: WGHM

answers: NDQ_000652

answers: lakes, wetlands and rivers.

answers: NDQ_000653

answers: lakes, wetlands and rivers.

answers: NDQ_000654

answers: diffuse groundwater recharge,

answers: NDQ_000655

answers: Groundwater storage

text: Turban Geyser is a geyser in the Upper Geyser Basin of Yellowstone National Park in the United States.

text: Turban Geyser is a

text: geyser

text: in the

text: Upper Geyser Basin

text: of

text: Yellowstone National Park

text: in the

text: United States

answers: NDQ_000611

answers: causes geysers to erupt

answers: NDQ_000613

answers: good aquifers contain water

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: Yellowstone National Park

answers: NDQ_000619

answers: geothermal energy is released

answers: NDQ_000624

answers: What can happen to the water table?

answers: NDQ_000627

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

answers: NDQ_000629

answers: It does not.

answers: NDQ_000630

answers: What is the source of Turban Geyser?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: Where is Turban Geyser located?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: Turban Geyser is a geyser.

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: It is not possible to tell

answers: NDQ_000639

answers: What type of spring is Turban Geyser?

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping deeper underground

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: can not be described as

answers: NDQ_000643

answers: geyser basin

answers: NDQ_000644

answers: is a geyser

answers: NDQ_000645

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: Geyser Basin

answers: NDQ_000648

answers: can be used for irrigation

answers: NDQ_000649

answers: In the Upper Geyser Basin

answers: NDQ_000650

answers: is near a large source of pollution

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: water evaporation

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: Turban Geyser

answers: NDQ_000613

answers: Upper Geyser Basin

answers: NDQ_000615

answers: Turban Geyser

answers: NDQ_000616

answers: Turban Geyser

answers: NDQ_000619

answers: Geyser Basin of Yellowstone National Park in the United States.

answers: NDQ_000624

answers: Upper Geyser Basin

answers: NDQ_000627

answers: Turban Geyser

answers: NDQ_000629

answers: Turban Geyser

answers: NDQ_000630

answers: Turban Geyser

answers: NDQ_000631

answers: Yellowstone National Park in the United States.

answers: NDQ_000632

answers: Turban Geyser

answers: NDQ_000633

answers: Turban Geyser

answers: NDQ_000634

answers: United States.

answers: NDQ_000635

answers: Turban Geyser

answers: NDQ_000636

answers: Turban Geyser

answers: NDQ_000637

answers: Turban Geyser

answers: NDQ_000638

answers: Turban Geyser

answers: NDQ_000639

answers: Turban Geyser

answers: NDQ_000640

answers: Turban Geyser

answers: NDQ_000641

answers: Turban Geyser

answers: NDQ_000642

answers: Turban Geyser

answers: NDQ_000643

answers: Upper Geyser Basin

answers: NDQ_000644

answers: Turban Geyser

answers: NDQ_000645

answers: Upper Geyser Basin

answers: NDQ_000646

answers: Turban Geyser

answers: NDQ_000647

answers: Turban Geyser is a geyser

answers: NDQ_000648

answers: Turban Geyser

answers: NDQ_000649

answers: Turban Geyser

answers: NDQ_000650

answers: Yellowstone National Park

answers: NDQ_000651

answers: Yellowstone National Park in the United States.

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: geyser in the Upper Geyser Basin

answers: NDQ_000654

answers: Turban Geyser

answers: NDQ_000655

answers: geyser

text: Tiberias was founded sometime around 20 CE in the Herodian Tetrarchy of Galilee and Peraea by the Roman client king Herod Antipas, son of Herod the Great. Herod Antipas made it the capital of his realm in the Galilee and named it for the Roman Emperor Tiberius. The city was built in immediate proximity to a spa which had developed around 17 natural mineral hot springs, Hammat Tiberias. Tiberias was at first a strictly pagan city, but later became populated mainly by Jews, with its growing spiritual and religious status exerting a strong influence on balneological practices. The Jewish oral tradition holds that Tiberias was built on the site of the Israelite and later Jewish village of Rakkath or Rakkat, first mentioned in the Book of Joshua. In Talmudic times, the Jews still referred to it by this name. Conversely, in The Antiquities of the Jews, the Roman-Jewish historian Josephus calls the village with hot springs Emmaus, today's Hammat Tiberias, located near Tiberias. This name also appears in The Wars of the Jews.

text: Tiberias was founded sometime around 20 CE in the

text: Herodian Tetrarchy

text: of Galilee and

text: Peraea

text: by the Roman

text: client king

text: Herod Antipas

text: , son of

text: Herod the Great

text: . Herod Antipas made it the capital of his realm in the Galilee and named it for the

text: Roman Emperor

text: Tiberius

text: . The city was built in immediate proximity to a spa which had developed around 17 natural mineral hot springs,

text: Hammat Tiberias

text: . Tiberias was at first a strictly pagan city, but later became populated mainly by Jews, with its growing spiritual and religious status exerting a strong influence on

text: balneological

text: practices. The Jewish oral tradition holds that Tiberias was built on the site of the Israelite and later Jewish village of

text: Rakkath

text: or Rakkat, first mentioned in the

text: Book of Joshua

text: . In

text: Talmud

text: ic times, the Jews still referred to it by this name. Conversely, in

text: The Antiquities of the Jews

text: , the Roman-Jewish historian

text: Josephus

text: calls the village with hot springs

text: Emmaus

text: , today's Hammat Tiberias, located near Tiberias. This name also appears in

text: The Wars of the Jews

answers: NDQ_000611

answers: is heated by the sun

answers: NDQ_000613

answers: mineral hot springs

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: natural mineral hot springs

answers: NDQ_000619

answers: natural mineral hot springs

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: How many natural mineral hot springs did Hammat Tiberias have?

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: natural mineral hot springs

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: How many natural mineral hot springs did the spa have?

answers: NDQ_000635

answers: How many mineral hot springs are in Hammat Tiberias?

answers: NDQ_000636

answers: How many natural mineral hot springs did Hammat Tiberias have?

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: How many mineral hot springs are there?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: how does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: 17 natural mineral hot springs

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: natural mineral hot springs

answers: NDQ_000648

answers: mineral hot springs

answers: NDQ_000649

answers: How would you describe Tiberias?

answers: NDQ_000650

answers: is populated by Jews

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: mineral

answers: NDQ_000653

answers: Galilee

answers: NDQ_000654

answers: mineral hot springs

answers: NDQ_000655

answers: hot springs

answers: NDQ_000611

answers: 17 natural mineral hot springs,

answers: NDQ_000613

answers: natural mineral hot springs,

answers: NDQ_000615

answers: 17 natural mineral hot springs,

answers: NDQ_000616

answers: 17 natural mineral hot springs,

answers: NDQ_000619

answers: natural mineral hot springs,

answers: NDQ_000624

answers: 17 natural mineral hot springs,

answers: NDQ_000627

answers: 17 natural mineral hot springs,

answers: NDQ_000629

answers: 17 natural mineral hot springs,

answers: NDQ_000630

answers: 17 natural mineral hot springs,

answers: NDQ_000631

answers: 17 natural mineral hot springs,

answers: NDQ_000632

answers: 17 natural mineral hot springs,

answers: NDQ_000633

answers: 17 natural mineral hot springs,

answers: NDQ_000634

answers: 17 natural mineral hot springs, Hammat Tiberias.

answers: NDQ_000635

answers: 17 natural mineral hot springs,

answers: NDQ_000636

answers: Hammat Tiberias.

answers: NDQ_000637

answers: 17 natural mineral hot springs,

answers: NDQ_000638

answers: 17 natural mineral hot springs,

answers: NDQ_000639

answers: mineral hot springs,

answers: NDQ_000640

answers: 17 natural mineral hot springs, Hammat Tiberias.

answers: NDQ_000641

answers: 17 natural mineral hot springs,

answers: NDQ_000642

answers: 17 natural mineral hot springs,

answers: NDQ_000643

answers: hot springs,

answers: NDQ_000644

answers: 17 natural mineral hot springs,

answers: NDQ_000645

answers: hot springs,

answers: NDQ_000646

answers: hot springs,

answers: NDQ_000647

answers: hot springs,

answers: NDQ_000648

answers: 17 natural mineral hot springs,

answers: NDQ_000649

answers: 17 natural mineral hot springs,

answers: NDQ_000650

answers: populated mainly by Jews, with its growing spiritual and religious status

answers: NDQ_000651

answers: 17 natural mineral hot springs,

answers: NDQ_000652

answers: mineral hot springs,

answers: NDQ_000653

answers: 17 natural mineral hot springs,

answers: NDQ_000654

answers: 17 natural mineral hot springs,

answers: NDQ_000655

answers: hot springs,

text: The degree of pathogen removal strongly varies with soil type, aquifer type, distance and other environmental factors. For this reason, it is difficult to estimate the safe distance between a pit and a water source – a problem that also applies to septic tanks. Detailed guidelines have been developed to estimate safe distances to protect groundwater sources from pollution from on-site sanitation. However, these are mostly ignored by those building pit latrines. In addition to that, household plots are of a limited size and therefore pit latrines are often built much closer to groundwater wells than what can be regarded as safe This results in groundwater pollution and household members falling sick when using this groundwater as a source of drinking water.

text: The degree of pathogen removal strongly varies with soil type, aquifer type, distance and other environmental factors. For this reason, it is difficult to estimate the safe distance between a pit and a water source – a problem that also applies to

text: septic tank

text: s. Detailed guidelines have been developed to estimate safe distances to protect

text: groundwater

text: sources from pollution from on-site

text: sanitation

text: . However, these are mostly ignored by those building pit latrines. In addition to that, household plots are of a limited size and therefore pit latrines are often built much closer to groundwater wells than what can be regarded as safe This results in

text: groundwater pollution

text: and household members falling sick when using this groundwater as a source of drinking water.

answers: NDQ_000611

answers: is used as a source of drinking water

answers: NDQ_000613

answers: degree of pathogen removal

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: wells

answers: NDQ_000619

answers: groundwater is polluted

answers: NDQ_000624

answers: unanswerable

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: aquifer type

answers: NDQ_000636

answers: agricultural plots are of a limited size

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: how does water flow out of a well

answers: NDQ_000642

answers: septic tanks

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: septic tanks

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: pit latrines are built

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater well

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: septic

answers: NDQ_000611

answers: drinking water.

answers: NDQ_000613

answers: degree of pathogen removal

answers: NDQ_000615

answers: aquifer type, distance and other environmental factors.

answers: NDQ_000616

answers: groundwater sources from pollution from on-site sanitation.

answers: NDQ_000619

answers: groundwater pollution

answers: NDQ_000624

answers: aquifer type, distance and other environmental factors.

answers: NDQ_000627

answers: groundwater wells

answers: NDQ_000629

answers: aquifer type, distance and other environmental factors.

answers: NDQ_000630

answers: pit latrines are often built much closer to groundwater wells

answers: NDQ_000631

answers: groundwater wells

answers: NDQ_000632

answers: aquifer type, distance and other environmental factors.

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: groundwater as a source of drinking water.

answers: NDQ_000635

answers: soil type,

answers: NDQ_000636

answers: pit latrines are often built much closer to groundwater wells

answers: NDQ_000637

answers: aquifer type, distance and other environmental factors.

answers: NDQ_000638

answers: groundwater wells

answers: NDQ_000639

answers: groundwater wells

answers: NDQ_000640

answers: pit latrines are often built much closer to groundwater wells

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: septic tanks.

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: septic tanks.

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: pathogen removal

answers: NDQ_000649

answers: soil

answers: NDQ_000650

answers: on-site sanitation.

answers: NDQ_000651

answers: drinking water.

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: on-site sanitation.

answers: NDQ_000655

answers: septic tanks.

text: The Orange County Water District (OCWD) is a California special district that manages the groundwater basin beneath central and northern Orange County, California. The groundwater basin provides a water supply to 19 municipal water agencies and special districts that serve more than 2.4 million Orange County residents. The Orange County Water District's service area covers approximately 350 square miles and the District owns approximately 1,600 acres in and near the Santa Ana River, which it uses to capture water flows for groundwater recharge.  Additionally, OCWD owns approximately 2,150 acres of land above the Prado Dam in the Prado Reservoir and uses that land for water conservation, water storage and water quality improvements. OCWD's administrative offices and the Groundwater Replenishment System (GWRS) facilities are located in Fountain Valley, while OCWD operates various groundwater recharge facilities located in Anaheim and Orange.

text: The Orange County Water District (OCWD) is a

text: California

text: special district

text: that manages the

text: groundwater

text: basin beneath central and northern

text: Orange County, California

text: . The groundwater basin provides a

text: water supply

text: to 19 municipal water agencies and special districts that serve more than 2.4 million Orange County residents. The Orange County Water District's service area covers approximately 350 square miles and the District owns approximately 1,600 acres in and near the

text: Santa Ana River

text: , which it uses to capture water flows for

text: groundwater recharge

text: .  Additionally, OCWD owns approximately 2,150 acres of land above the

text: Prado Dam

text: in the

text: Prado Reservoir

text: and uses that land for

text: water conservation

text: water storage

text: and

text: water quality

text: improvements. OCWD's administrative offices and the Groundwater Replenishment System (GWRS) facilities are located in

text: Fountain Valley

text: , while OCWD operates various groundwater recharge facilities located in

text: Anaheim

text: and

text: Orange

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: water conservation, water storage and water quality improvements

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Santa Ana River

answers: NDQ_000619

answers: groundwater is refilled

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: groundwater basin beneath central and northern Orange County

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: How deep are the aquifers?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How does the Orange County Water District's service area cover approximately 350 square miles?

answers: NDQ_000636

answers: Orange

answers: NDQ_000637

answers: Groundwater Replenishment System

answers: NDQ_000638

answers: Groundwater Replenishment System

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or groundwater recharge facilities?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: dams

answers: NDQ_000643

answers: groundwater basin

answers: NDQ_000644

answers: dams

answers: NDQ_000645

answers: groundwater basin

answers: NDQ_000646

answers: groundwater recharge

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is the Orange County Water District located?

answers: NDQ_000650

answers: has a dam

answers: NDQ_000651

answers: California

answers: NDQ_000652

answers: groundwater basin

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: The groundwater basin provides a water supply

answers: NDQ_000613

answers: water quality

answers: NDQ_000615

answers: groundwater recharge.

answers: NDQ_000616

answers: Santa Ana River,

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: 1,600 acres in and near the Santa Ana River,

answers: NDQ_000630

answers: Groundwater Replenishment System

answers: NDQ_000631

answers: groundwater basin

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater recharge.

answers: NDQ_000634

answers: 350 square miles

answers: NDQ_000635

answers: groundwater recharge.

answers: NDQ_000636

answers: 1,600 acres in and near the Santa Ana River,

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: 1,600 acres in and near the Santa Ana River,

answers: NDQ_000641

answers: groundwater recharge.

answers: NDQ_000642

answers: Prado Dam

answers: NDQ_000643

answers: groundwater basin

answers: NDQ_000644

answers: Prado Dam

answers: NDQ_000645

answers: groundwater basin

answers: NDQ_000646

answers: groundwater recharge.

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater recharge.

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: Santa Ana River,

answers: NDQ_000651

answers: California.

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: Santa Ana River,

answers: NDQ_000655

answers: water storage

text: The source of the Poulter is in a region where the underlying geology is an extensive water-bearing porous rock structure called the Magnesian Limestone aquifer. Magnesian limestone is named because if contains quantities of the mineral Dolomite, which is rich in Magnesium. Where this rock reaches the surface, springs often occur, and the Poulter starts at such a spring. Further to the east, the Magnesian Limestone is covered by a layer of porous rock called the Triassic Sherwood Sandstone aquifer, which is the major geological component of the area. Continuing eastwards, both are covered by a layer of Mercia mudstone. The groundwater levels in these aquifers affect whether they supply water to the river system, or take water from it, and levels are lower than they have historically been, as a result of the extraction of groundwater, particularly for public water supply, and by fracturing of the aquifers as a result of subsidence caused by deep coal mining.

text: The source of the Poulter is in a region where the underlying geology is an extensive water-bearing porous rock structure called the Magnesian Limestone

text: aquifer

text: . Magnesian limestone is named because if contains quantities of the mineral

text: Dolomite

text: , which is rich in

text: Magnesium

text: . Where this rock reaches the surface, springs often occur, and the Poulter starts at such a spring. Further to the east, the Magnesian Limestone is covered by a layer of porous rock called the

text: Triassic

text: Sherwood

text: Sandstone

text: aquifer, which is the major geological component of the area. Continuing eastwards, both are covered by a layer of Mercia

text: mudstone

text: . The groundwater levels in these aquifers affect whether they supply water to the river system, or take water from it, and levels are lower than they have historically been, as a result of the extraction of groundwater, particularly for public water supply, and by fracturing of the aquifers as a result of subsidence caused by deep coal mining.

answers: NDQ_000611

answers: supply water to the river system, or take water from it

answers: NDQ_000613

answers: water-bearing porous rock structure

answers: NDQ_000615

answers: lower than they have historically been

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: Dolomite is rich in magnesium

answers: NDQ_000624

answers: lower than they have historically been

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: What is the source of the Poulter?

answers: NDQ_000631

answers: How many aquifers are there?

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the source of the Poulter?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: Yes

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Where does the mineral Dolomite come from?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: Fracture

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is the source of the Poulter?

answers: NDQ_000650

answers: extraction of groundwater

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: public water supply,

answers: NDQ_000613

answers: water-bearing porous rock structure

answers: NDQ_000615

answers: lower

answers: NDQ_000616

answers: river system,

answers: NDQ_000619

answers: springs

answers: NDQ_000624

answers: affect whether they supply water to the river system, or take water from it,

answers: NDQ_000627

answers: mudstone.

answers: NDQ_000629

answers: porous

answers: NDQ_000630

answers: Magnesian Limestone aquifer.

answers: NDQ_000631

answers: Magnesian Limestone aquifer.

answers: NDQ_000632

answers: The groundwater levels in these aquifers

answers: NDQ_000633

answers: Magnesian Limestone aquifer.

answers: NDQ_000634

answers: Magnesian Limestone aquifer.

answers: NDQ_000635

answers: extraction of groundwater,

answers: NDQ_000636

answers: public water supply,

answers: NDQ_000637

answers: water-bearing

answers: NDQ_000638

answers: Mercia mudstone.

answers: NDQ_000639

answers: Dolomite,

answers: NDQ_000640

answers: Magnesian Limestone

answers: NDQ_000641

answers: groundwater,

answers: NDQ_000642

answers: porous rock structure called the Magnesian Limestone

answers: NDQ_000643

answers: Magnesian Limestone aquifer.

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: Magnesian Limestone aquifer.

answers: NDQ_000646

answers: springs

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: supply water to the river system, or take water from it,

answers: NDQ_000649

answers: porous

answers: NDQ_000650

answers: extraction of groundwater, particularly for public water supply,

answers: NDQ_000651

answers: river system,

answers: NDQ_000652

answers: Magnesian Limestone aquifer.

answers: NDQ_000653

answers: groundwater,

answers: NDQ_000654

answers: springs

answers: NDQ_000655

answers: porous

text: Apaches and other Native Americans visited the site. Also during the 1896 construction, human bones were found in the spring. They were believed to be those of an Apache man who was injured near the springs during an intercepted raid of a settler's family and thrown into the hot spring by a cavalry soldier, who was later acquitted but court-martialed. Spanish explorers, miners, and buffalo hunters also came to the hot springs.

text: Apache

text: s and other Native Americans visited the site. Also during the 1896 construction, human bones were found in the spring. They were believed to be those of an Apache man who was injured near the springs during an intercepted raid of a settler's family and thrown into the hot spring by a cavalry soldier, who was later acquitted but court-martialed. Spanish explorers, miners, and buffalo hunters also came to the hot springs.

answers: NDQ_000611

answers: has a higher temperature than surface water.

answers: NDQ_000613

answers: hot spring

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: hot springs contain a lot of water

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Which of the following is not a type of spring: aquifer, spring, or springs?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: What can be concluded from the passage?

answers: NDQ_000636

answers: what was found in the spring

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or mineral springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: how does water flow out of a well?

answers: NDQ_000642

answers: is not having tiny holes that water can pass through

answers: NDQ_000643

answers: hot spring

answers: NDQ_000644

answers: human bones were found in the spring

answers: NDQ_000645

answers: hot spring

answers: NDQ_000646

answers: hot spring

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: hot spring

answers: NDQ_000649

answers: Where does the water infiltrate?

answers: NDQ_000650

answers: is heavily used

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: hot spring

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: water

answers: NDQ_000655

answers: hot springs

answers: NDQ_000611

answers: hot spring

answers: NDQ_000613

answers: hot spring

answers: NDQ_000615

answers: hot spring

answers: NDQ_000616

answers: hot spring

answers: NDQ_000619

answers: hot spring

answers: NDQ_000624

answers: hot spring

answers: NDQ_000627

answers: human bones were found in the spring.

answers: NDQ_000629

answers: human bones

answers: NDQ_000630

answers: human bones

answers: NDQ_000631

answers: hot springs.

answers: NDQ_000632

answers: human bones were found in the spring.

answers: NDQ_000633

answers: hot spring

answers: NDQ_000634

answers: human bones

answers: NDQ_000635

answers: settler's

answers: NDQ_000636

answers: human bones

answers: NDQ_000637

answers: human bones

answers: NDQ_000638

answers: Apaches and other Native Americans

answers: NDQ_000639

answers: miners,

answers: NDQ_000640

answers: Apaches and other Native Americans

answers: NDQ_000641

answers: Apaches and other Native Americans

answers: NDQ_000642

answers: hot spring

answers: NDQ_000643

answers: hot spring

answers: NDQ_000644

answers: hot spring

answers: NDQ_000645

answers: hot spring

answers: NDQ_000646

answers: hot spring

answers: NDQ_000647

answers: hot spring

answers: NDQ_000648

answers: hot spring

answers: NDQ_000649

answers: hot spring

answers: NDQ_000650

answers: Spanish explorers, miners, and buffalo hunters

answers: NDQ_000651

answers: Apaches and other Native Americans

answers: NDQ_000652

answers: hot spring

answers: NDQ_000653

answers: hot spring

answers: NDQ_000654

answers: hot spring

answers: NDQ_000655

answers: hot spring

text: The builders dug deep trenches into the earth for dependable, year-round groundwater. They lined the walls of these trenches with blocks of stone, without mortar, and created stairs leading down to the water. The majority of surviving stepwells originally also served a leisure purpose, as well as providing water. This was because the base of the well provided relief from daytime heat, and more of such relief could be obtained if the well was covered. Stepwells also served as a place for social gatherings and religious ceremonies. Usually, women were more associated with these wells because they were the ones who collected the water. Also, it was they who prayed and offered gifts to the goddess of the well for her blessings.  This led to the building of some significant ornamental and architectural features, often associated with dwellings and in urban areas. It also ensured their survival as monuments.

text: The builders dug deep trenches into the earth for dependable, year-round groundwater. They lined the walls of these trenches with blocks of stone, without mortar, and created stairs leading down to the water. The majority of surviving stepwells originally also served a leisure purpose, as well as providing water. This was because the base of the well provided relief from daytime heat, and more of such relief could be obtained if the well was covered. Stepwells also served as a place for social gatherings and religious ceremonies. Usually, women were more associated with these wells because they were the ones who collected the water. Also, it was they who prayed and offered gifts to the goddess of the well for her blessings.  This led to the building of some significant ornamental and architectural features, often associated with dwellings and in urban areas. It also ensured their survival as monuments.

answers: NDQ_000611

answers: year-round

answers: NDQ_000613

answers: year-round groundwater

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: geysers are made of gas

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

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

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: urban areas

answers: NDQ_000632

answers: Why did the builders dug deep trenches?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Why did the builders dig deep trenches?

answers: NDQ_000636

answers: crops

answers: NDQ_000637

answers: Why did the builders dug deep trenches into the earth

answers: NDQ_000638

answers: It also ensured their survival as monuments

answers: NDQ_000639

answers: Which of the following is not a type of spring: hot springs, mineral springs or stepwells?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why did the builders dug deep trenches?

answers: NDQ_000642

answers: mortar

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: deep trenches

answers: NDQ_000645

answers: well

answers: NDQ_000646

answers: trenches

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Why did the builders dig deep trenches?

answers: NDQ_000650

answers: is in an urban area

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: stepwells

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: well

answers: NDQ_000611

answers: year-round

answers: NDQ_000613

answers: dependable, year-round groundwater.

answers: NDQ_000615

answers: year-round groundwater.

answers: NDQ_000616

answers: groundwater.

answers: NDQ_000619

answers: groundwater.

answers: NDQ_000624

answers: year-round groundwater.

answers: NDQ_000627

answers: stone,

answers: NDQ_000629

answers: year-round groundwater.

answers: NDQ_000630

answers: stepwells

answers: NDQ_000631

answers: dependable, year-round groundwater.

answers: NDQ_000632

answers: year-round groundwater.

answers: NDQ_000633

answers: year-round groundwater.

answers: NDQ_000634

answers: year-round groundwater.

answers: NDQ_000635

answers: urban areas.

answers: NDQ_000636

answers: stepwells

answers: NDQ_000637

answers: dependable, year-round groundwater.

answers: NDQ_000638

answers: relief from daytime heat,

answers: NDQ_000639

answers: groundwater.

answers: NDQ_000640

answers: dependable, year-round groundwater.

answers: NDQ_000641

answers: year-round groundwater.

answers: NDQ_000642

answers: mortar,

answers: NDQ_000643

answers: groundwater.

answers: NDQ_000644

answers: stepwells

answers: NDQ_000645

answers: well provided relief from daytime heat,

answers: NDQ_000646

answers: dug deep trenches

answers: NDQ_000647

answers: groundwater.

answers: NDQ_000648

answers: groundwater.

answers: NDQ_000649

answers: blocks of stone,

answers: NDQ_000650

answers: urban areas.

answers: NDQ_000651

answers: dependable, year-round groundwater.

answers: NDQ_000652

answers: groundwater.

answers: NDQ_000653

answers: groundwater.

answers: NDQ_000654

answers: groundwater.

answers: NDQ_000655

answers: covered.

text: The groundwater pumpout system was constructed in 1985 and pumped contaminated groundwater from three wells to a storm sewer.  A pilot groundwater aeration (air injection) system was added in 1992 to augment the pumpout system.  Additional air injection wells were placed in operation in 1995 to aerate the width of the contaminant plume while pumping continued.  From 2001 to 2008, various combinations of pumping and air injection were used to control groundwater.  Since 2008, an expanded air injection system has been used alone to control and treat contaminants in groundwater.

text: The groundwater pumpout system was constructed in 1985 and pumped contaminated groundwater from three wells to a storm sewer.  A pilot groundwater aeration (air injection) system was added in 1992 to augment the pumpout system.  Additional air injection wells were placed in operation in 1995 to aerate the width of the contaminant plume while pumping continued.  From 2001 to 2008, various combinations of pumping and air injection were used to control groundwater.  Since 2008, an expanded air injection system has been used alone to control and treat contaminants in groundwater.

answers: NDQ_000611

answers: pumped to a storm sewer

answers: NDQ_000613

answers: pumping and air injection

answers: NDQ_000615

answers: aerate

answers: NDQ_000616

answers: wells

answers: NDQ_000619

answers: groundwater aerates

answers: NDQ_000624

answers: rise

answers: NDQ_000627

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

answers: NDQ_000629

answers: None of the above choices.

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

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

answers: NDQ_000636

answers: crop

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: the aquifer

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: in the ground

answers: NDQ_000650

answers: pumpout system is constructed

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aerated

answers: NDQ_000611

answers: contaminated groundwater from three wells to a storm sewer.

answers: NDQ_000613

answers: aeration

answers: NDQ_000615

answers: pumped contaminated groundwater from three wells to a storm sewer.

answers: NDQ_000616

answers: three wells

answers: NDQ_000619

answers: contaminated groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: air injection system has been used alone to control and treat contaminants in groundwater.

answers: NDQ_000629

answers: (air injection) system was added in 1992

answers: NDQ_000630

answers: contaminated groundwater

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: air injection system has been used alone to control and treat contaminants in groundwater.

answers: NDQ_000633

answers: contaminated groundwater

answers: NDQ_000634

answers: pumped contaminated groundwater from three wells to a storm sewer.

answers: NDQ_000635

answers: contaminated groundwater

answers: NDQ_000636

answers: pumped contaminated groundwater from three wells to a storm sewer.

answers: NDQ_000637

answers: air injection system has been used alone to control and treat contaminants in groundwater.

answers: NDQ_000638

answers: pumped contaminated groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: pumped contaminated groundwater from three wells to a storm sewer.

answers: NDQ_000641

answers: pumped contaminated groundwater from three wells to a storm sewer.

answers: NDQ_000642

answers: wells

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: contaminated groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: pumped contaminated groundwater

answers: NDQ_000651

answers: pumped contaminated groundwater

answers: NDQ_000652

answers: wells

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: three wells

answers: NDQ_000655

answers: wells

text: Severe conditions, such as extremely high temperatures and lack of water and fertile soil, hinder increased agricultural production. Orthents, the predominant soil type in the peninsula, accounting for approximately 1,020,000 ha., are unfavorable for crop cultivation because of their extreme shallowness. The limited groundwater that permits agriculture in some areas is being depleted so rapidly that saltwater is encroaching and making the soil inhospitable to all but the most salt-resistant crops.  The northern section of Qatar comprises the most significant source of fresh groundwater in the country, mainly due to the more advantageous hydro-geological conditions than those that exist in the southern section of the country. The rate of groundwater extraction in 1966 was 20 mm3/year. This increased to 120 mm3/year by 2000. Studies have approximated that aquifer storage will be completely exhausted by 2025.

text: Severe conditions, such as extremely high temperatures and lack of water and fertile soil, hinder increased

text: agricultural production

text: Orthent

text: s, the predominant soil type in the peninsula, accounting for approximately 1,020,000 ha., are unfavorable for crop cultivation because of their extreme shallowness. The limited

text: groundwater

text: that permits agriculture in some areas is being depleted so rapidly that

text: saltwater

text: is encroaching and making the soil inhospitable to all but the most salt-resistant crops.  The northern section of Qatar comprises the most significant source of fresh groundwater in the country, mainly due to the more advantageous hydro-geological conditions than those that exist in the southern section of the country. The rate of groundwater extraction in 1966 was 20 mm3/year. This increased to 120 mm3/year by 2000. Studies have approximated that aquifer storage will be completely exhausted by 2025.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: water and fertile soil

answers: NDQ_000615

answers: encroaching

answers: NDQ_000616

answers: fresh groundwater

answers: NDQ_000619

answers: groundwater is depleted

answers: NDQ_000624

answers: What is being depleted so rapidly

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: The northern section of Qatar comprises the most significant source of fresh groundwater

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Why is the soil inhospitable to crops?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: What is the most significant source of fresh groundwater in the country?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: soil inhospitable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: shallowness

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: groundwater extraction

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: saltwater

answers: NDQ_000649

answers: Where is groundwater extracted in 1966?

answers: NDQ_000650

answers: is depleted

answers: NDQ_000651

answers: Qatar

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: Qatar

answers: NDQ_000654

answers: saltwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: fresh groundwater

answers: NDQ_000613

answers: hydro-geological conditions

answers: NDQ_000615

answers: saltwater

answers: NDQ_000616

answers: saltwater

answers: NDQ_000619

answers: extremely high temperatures

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: aquifer storage will be completely exhausted by 2025.

answers: NDQ_000629

answers: aquifer storage will be completely exhausted by 2025.

answers: NDQ_000630

answers: aquifer storage will be completely exhausted by 2025.

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: aquifer storage will be completely exhausted by 2025.

answers: NDQ_000633

answers: 2025.

answers: NDQ_000634

answers: Qatar comprises the most significant source of fresh groundwater

answers: NDQ_000635

answers: The limited groundwater

answers: NDQ_000636

answers: The limited groundwater

answers: NDQ_000637

answers: aquifer storage will be completely exhausted by 2025.

answers: NDQ_000638

answers: aquifer storage will be completely exhausted by 2025.

answers: NDQ_000639

answers: fresh groundwater

answers: NDQ_000640

answers: aquifer storage will be completely exhausted by 2025.

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: Orthents,

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: Orthents,

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: groundwater extraction

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: fresh groundwater

answers: NDQ_000649

answers: saltwater

answers: NDQ_000650

answers: saltwater

answers: NDQ_000651

answers: Qatar

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: saltwater

answers: NDQ_000655

answers: aquifer

text: There are many volcanic areas in the world that have hot springs, mud pots and fumaroles, but very few have erupting geysers. The main reason for their rarity is because multiple intense transient forces must occur simultaneously for a geyser to exist. For example, even when other necessary conditions exist, if the rock structure is loose, eruptions will erode the channels and rapidly destroy any nascent geysers.

text: There are many volcanic areas in the world that have

text: hot spring

text: s,

text: mud pot

text: s and

text: fumarole

text: s, but very few have erupting geysers. The main reason for their rarity is because multiple intense transient forces must occur simultaneously for a geyser to exist. For example, even when other necessary conditions exist, if the rock structure is loose, eruptions will erode the channels and rapidly destroy any nascent geysers.

answers: NDQ_000611

answers: is a source of what?

answers: NDQ_000613

answers: hot springs, mud pots

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: multiple intense transient forces must occur simultaneously

answers: NDQ_000624

answers: What is the main reason for their rarity?

answers: NDQ_000627

answers: Which of the following is not a geyser?

answers: NDQ_000629

answers: What is the main reason for their rarity?

answers: NDQ_000630

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

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the main reason for their rarity?

answers: NDQ_000636

answers: crops

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: mud pot

answers: NDQ_000644

answers: can be used to describe

answers: NDQ_000645

answers: springs

answers: NDQ_000646

answers: a well

answers: NDQ_000647

answers: geysers

answers: NDQ_000648

answers: hot springs

answers: NDQ_000649

answers: What is the main reason for their rarity?

answers: NDQ_000650

answers: is in an area that has hot springs

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: volcanic area

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: mud pots

answers: NDQ_000611

answers: hot springs,

answers: NDQ_000613

answers: hot springs,

answers: NDQ_000615

answers: hot springs,

answers: NDQ_000616

answers: hot springs,

answers: NDQ_000619

answers: multiple intense transient forces must occur simultaneously

answers: NDQ_000624

answers: hot springs,

answers: NDQ_000627

answers: if the rock structure is loose,

answers: NDQ_000629

answers: loose,

answers: NDQ_000630

answers: hot springs,

answers: NDQ_000631

answers: very few have erupting geysers.

answers: NDQ_000632

answers: very few have erupting geysers.

answers: NDQ_000633

answers: erupting geysers.

answers: NDQ_000634

answers: erupting geysers.

answers: NDQ_000635

answers: if the rock structure is loose,

answers: NDQ_000636

answers: erupting geysers.

answers: NDQ_000637

answers: if the rock structure is loose,

answers: NDQ_000638

answers: eruptions

answers: NDQ_000639

answers: mud pots and fumaroles,

answers: NDQ_000640

answers: erupting geysers.

answers: NDQ_000641

answers: hot springs,

answers: NDQ_000642

answers: rock structure is loose,

answers: NDQ_000643

answers: mud pots

answers: NDQ_000644

answers: channels

answers: NDQ_000645

answers: mud pots

answers: NDQ_000646

answers: hot springs,

answers: NDQ_000647

answers: hot springs,

answers: NDQ_000648

answers: hot springs,

answers: NDQ_000649

answers: loose,

answers: NDQ_000650

answers: if the rock structure is loose,

answers: NDQ_000651

answers: erupting geysers.

answers: NDQ_000652

answers: volcanic areas

answers: NDQ_000653

answers: volcanic areas in the world that have hot springs,

answers: NDQ_000654

answers: volcanic areas in the world that have hot springs,

answers: NDQ_000655

answers: mud pots

text: The Gnangara Mound is an area north of Perth, Western Australia where a large mound of sandy soil reaches an elevation of about 60 metres. It stores about 20 cubic kilometres of fresh water, about one hundred times Perth's current annual water usage. It is currently the single most important source of potable water for the city. Together with the Jandakot Mound south of Perth it supplies about 35%-50% of the city's drinking water.  However, studies have shown that water levels in the Gnangara Mound have fallen substantially in recent times and this has had a significant impact on nearby groundwater-dependent ecosystems such as wetlands and the Yanchep Caves, and causing acidification of the nearby Lakes Gnangara, Jandabup, Wilgarup and Mariginiup. The remaining mound springs of the Swan Coastal Plain depend on the aquifer and are susceptible to any dramatic change in hydrology. It is widely recognised that sustainability of the Mound as a water resource is under threat. Depletion has been blamed on a combination of climate change and excessive drawing of water.

text: The Gnangara Mound is an area north of

text: Perth, Western Australia

text: where a large mound of sandy soil reaches an elevation of about 60 metres. It stores about 20 cubic kilometres of fresh water, about one hundred times Perth's current annual water usage. It is currently the single most important source of

text: potable water

text: for the city. Together with the

text: Jandakot Mound

text: south of Perth it supplies about 35%-50% of the city's drinking water.  However, studies have shown that water levels in the Gnangara Mound have fallen substantially in recent times and this has had a significant impact on nearby groundwater-dependent ecosystems such as wetlands and the

text: Yanchep

text: Caves, and causing acidification of the nearby Lakes

text: Gnangara

text: Jandabup

text: Wilgarup

text: and

text: Mariginiup

text: . The remaining

entity_name: Assemblages of plants and invertebrate animals of tumulus (organic mound) springs of the Swan Coastal Plain

text: mound springs of the Swan Coastal Plain

text: depend on the aquifer and are susceptible to any dramatic change in

text: hydrology

text: . It is widely recognised that sustainability of the Mound as a water resource is under threat. Depletion has been blamed on a combination of

text: climate change

text: and excessive drawing of water.

answers: NDQ_000611

answers: depends on the aquifer

answers: NDQ_000613

answers: It stores about 20 cubic kilometres of fresh water

answers: NDQ_000615

answers: fall

answers: NDQ_000616

answers: Gnangara Mound

answers: NDQ_000619

answers: climate change and excessive drawing of water

answers: NDQ_000624

answers: change in hydrology

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It is currently the single most important source of potable water for the city

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: None of the above choices

answers: NDQ_000632

answers: It is not possible to tell

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What has had a significant impact on nearby groundwater-dependent ecosystems?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: How many cubic kilometres of fresh water does the Gnangara Mound store?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: wetlands

answers: NDQ_000644

answers: What is the mound made of?

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is the Gnangara Mound

answers: NDQ_000650

answers: is depleted

answers: NDQ_000651

answers: unanswerable

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: unanswerable

answers: NDQ_000655

answers: Gnangara

answers: NDQ_000611

answers: wetlands

answers: NDQ_000613

answers: dramatic change in hydrology.

answers: NDQ_000615

answers: wetlands

answers: NDQ_000616

answers: mound springs

answers: NDQ_000619

answers: climate change and excessive drawing of water.

answers: NDQ_000624

answers: susceptible to any dramatic change in hydrology.

answers: NDQ_000627

answers: sandy soil

answers: NDQ_000629

answers: susceptible to any dramatic change in hydrology.

answers: NDQ_000630

answers: mound springs

answers: NDQ_000631

answers: groundwater-dependent

answers: NDQ_000632

answers: susceptible to any dramatic change in hydrology.

answers: NDQ_000633

answers: susceptible to any dramatic change in hydrology.

answers: NDQ_000634

answers: 20 cubic kilometres of fresh water,

answers: NDQ_000635

answers: excessive drawing of water.

answers: NDQ_000636

answers: one hundred times Perth's current annual water usage.

answers: NDQ_000637

answers: 20 cubic kilometres of fresh water,

answers: NDQ_000638

answers: wetlands

answers: NDQ_000639

answers: mound springs

answers: NDQ_000640

answers: The Gnangara Mound

answers: NDQ_000641

answers: aquifer

answers: NDQ_000642

answers: sandy soil

answers: NDQ_000643

answers: wetlands

answers: NDQ_000644

answers: wetlands and the Yanchep Caves,

answers: NDQ_000645

answers: wetlands

answers: NDQ_000646

answers: mound springs

answers: NDQ_000647

answers: groundwater-dependent

answers: NDQ_000648

answers: mound springs

answers: NDQ_000649

answers: wetlands and the Yanchep Caves,

answers: NDQ_000650

answers: dramatic change in hydrology.

answers: NDQ_000651

answers: 35%-50% of the city's drinking water.

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater-dependent

answers: NDQ_000654

answers: climate change and excessive drawing of water.

answers: NDQ_000655

answers: The Gnangara Mound

text: One of three children, Albert Geyser was born on 10 February 1918 to Nina and Petrus Geyser in Naboomspruit in the former Transvaal province (now Mookgophong in the Limpopo Province). From an early age he demonstrated a rich intellect and a sharp critical, scientific sense. After matriculating from Ermelose Hoërskool (High School) in 1935 he was admitted to the University of Pretoria in 1936 where he completed a BA degree cum laude in Greek and Latin in 1938. His BD followed in 1941 and a MA in Greek and Latin in 1943. In the same year he obtained his Doctor Divinitatis degree with distinction, also at the University of Pretoria. He completed additional courses in Aramaic and Syriac in 1945. Geyser married fellow Afrikaner Celia van der Westhuisen in Rustenburg in the early 1940s and the couple had three sons and two daughters.

text: One of three children, Albert Geyser was born on 10 February 1918 to Nina and Petrus Geyser in

text: Naboomspruit

text: in the former Transvaal province (now

text: Mookgophong

text: in the

text: Limpopo

text: Province). From an early age he demonstrated a rich intellect and a sharp critical, scientific sense. After matriculating from Ermelose Hoërskool (High School) in 1935 he was admitted to the University of Pretoria in 1936 where he completed a BA degree cum laude in Greek and

text: Latin

text: in 1938. His BD followed in 1941 and a MA in Greek and Latin in 1943. In the same year he obtained his

text: Doctor Divinitatis

text: degree with distinction, also at the University of Pretoria. He completed additional courses in

text: Aramaic

text: and

text: Syriac

text: in 1945. Geyser married fellow Afrikaner Celia van der Westhuisen in Rustenburg in the early 1940s and the couple had three sons and two daughters.

answers: NDQ_000611

answers: is contaminated with bacteria

answers: NDQ_000613

answers: good aquifer

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Limpopo Province

answers: NDQ_000619

answers: Albert Geyser was born on 10 February 1918

answers: NDQ_000624

answers: Mookgophong

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: Which is not the type of rock layer below an aquifer?

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: How many children did Geyser have?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Mookgophong in the Limpopo Province

answers: NDQ_000636

answers: Mookgophong

answers: NDQ_000637

answers: Albert Geyser

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Albert Geyser

answers: NDQ_000642

answers: does not have tiny holes that can pass through

answers: NDQ_000643

answers: Limpopo Province

answers: NDQ_000644

answers: What is the name of Albert Geyser?

answers: NDQ_000645

answers: Limpopo Province

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: Geyser was born on 10 February 1918

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Where is Albert Geyser from?

answers: NDQ_000650

answers: is located near a large body of water

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: source

answers: NDQ_000653

answers: Limpopo

answers: NDQ_000654

answers: water

answers: NDQ_000655

answers: Geyser

answers: NDQ_000611

answers: three sons and two daughters.

answers: NDQ_000613

answers: sharp critical, scientific sense.

answers: NDQ_000615

answers: Naboomspruit

answers: NDQ_000616

answers: Naboomspruit

answers: NDQ_000619

answers: rich intellect and a sharp critical, scientific sense.

answers: NDQ_000624

answers: Transvaal province (now Mookgophong

answers: NDQ_000627

answers: three

answers: NDQ_000629

answers: three sons and two daughters.

answers: NDQ_000630

answers: three

answers: NDQ_000631

answers: three

answers: NDQ_000632

answers: three

answers: NDQ_000633

answers: three

answers: NDQ_000634

answers: three

answers: NDQ_000635

answers: Transvaal province (now Mookgophong

answers: NDQ_000636

answers: three sons and two daughters.

answers: NDQ_000637

answers: three

answers: NDQ_000638

answers: three

answers: NDQ_000639

answers: Albert Geyser was born on 10 February 1918

answers: NDQ_000640

answers: three sons and two daughters.

answers: NDQ_000641

answers: Albert Geyser was born on 10 February 1918

answers: NDQ_000642

answers: three sons and two daughters.

answers: NDQ_000643

answers: Mookgophong

answers: NDQ_000644

answers: three sons and two daughters.

answers: NDQ_000645

answers: Mookgophong

answers: NDQ_000646

answers: Albert Geyser was born on 10 February 1918

answers: NDQ_000647

answers: 1918

answers: NDQ_000648

answers: Mookgophong

answers: NDQ_000649

answers: three

answers: NDQ_000650

answers: Transvaal province

answers: NDQ_000651

answers: Afrikaner

answers: NDQ_000652

answers: Transvaal province

answers: NDQ_000653

answers: Rustenburg

answers: NDQ_000654

answers: Afrikaner Celia van der Westhuisen

answers: NDQ_000655

answers: Albert Geyser

text: Ultimately the Yaragadee Aquifer is replenished by rainfall. This recharging is usually where there are outcroppings near other aquifers like the Leederville Aquifer. There are also outcrops near the surface in the vicinity of the Blackwood River. Current models estimate this recharge at about 280 to 340 GL per year. This groundwater can remain in the aquifer for many years; in some areas the age of the groundwater is over 30,000 years.

text: Ultimately the Yaragadee Aquifer is replenished by rainfall. This recharging is usually where there are outcroppings near other aquifers like the Leederville Aquifer. There are also outcrops near the surface in the vicinity of the

text: Blackwood River

text: . Current models estimate this recharge at about 280 to 340 GL per year. This groundwater can remain in the aquifer for many years; in some areas the age of the groundwater is over 30,000 years.

answers: NDQ_000611

answers: can remain in the aquifer for many years

answers: NDQ_000613

answers: age of the groundwater is over 30,000 years

answers: NDQ_000615

answers: 340 GL

answers: NDQ_000616

answers: rainfall

answers: NDQ_000619

answers: groundwater in the aquifer is too low

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How does land use affect the amount of water that can enter groundwater?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Which of the following is not a mineral spring: Leederville Aquifer, Blackwood River or Yaragadee Aquifer?

answers: NDQ_000640

answers: What keeps water from seeping deeper underground?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: outcroppings

answers: NDQ_000645

answers: Aquifer

answers: NDQ_000646

answers: outcropping

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: rainfall

answers: NDQ_000649

answers: Where are outcroppings

answers: NDQ_000650

answers: Blackwood River is nearby

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: rainfall

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: groundwater can remain in the aquifer for many years;

answers: NDQ_000613

answers: groundwater can remain in the aquifer for many years;

answers: NDQ_000615

answers: 280 to 340 GL per year.

answers: NDQ_000616

answers: rainfall.

answers: NDQ_000619

answers: rainfall.

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: 30,000 years.

answers: NDQ_000629

answers: 280 to 340 GL per year.

answers: NDQ_000630

answers: 280 to 340 GL per year.

answers: NDQ_000631

answers: 30,000 years.

answers: NDQ_000632

answers: Leederville Aquifer.

answers: NDQ_000633

answers: Yaragadee Aquifer is replenished by rainfall.

answers: NDQ_000634

answers: Yaragadee Aquifer

answers: NDQ_000635

answers: outcroppings

answers: NDQ_000636

answers: 280 to 340 GL per year.

answers: NDQ_000637

answers: groundwater can remain in the aquifer for many years;

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: rainfall.

answers: NDQ_000640

answers: 280 to 340 GL per year.

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: Yaragadee Aquifer

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: outcroppings

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: rainfall.

answers: NDQ_000649

answers: outcroppings

answers: NDQ_000650

answers: age of the groundwater is over 30,000 years.

answers: NDQ_000651

answers: Yaragadee Aquifer

answers: NDQ_000652

answers: rainfall.

answers: NDQ_000653

answers: Yaragadee Aquifer

answers: NDQ_000654

answers: rainfall.

answers: NDQ_000655

answers: groundwater

text: Outhouses were in use in cities of developed countries (e.g. Australia) well into the second half of the twentieth century. They are still common in rural areas and also in cities of developing countries. Outhouses that are covering pit latrines in densely populated areas can cause groundwater pollution.

text: Outhouses were in use in cities of developed countries (e.g. Australia) well into the second half of the twentieth century. They are still common in rural areas and also in cities of developing countries. Outhouses that are covering pit latrines in densely populated areas can cause

text: groundwater pollution

answers: NDQ_000611

answers: pollutes what?

answers: NDQ_000613

answers: groundwater pollution

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: outhouses

answers: NDQ_000619

answers: Earth's temperature is too low.

answers: NDQ_000624

answers: What can cause groundwater pollution?

answers: NDQ_000627

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

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: Can outhouses that are covering pit latrines in densely populated areas cause groundwater pollution?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Which of the following is not true of hot springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: What is the purpose of a well?

answers: NDQ_000642

answers: can cause groundwater pollution

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: Pit latrines

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where does water infiltrate?

answers: NDQ_000650

answers: outhouses are in densely populated areas

answers: NDQ_000651

answers: rural areas

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: rural areas

answers: NDQ_000654

answers: outhouses

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: groundwater pollution.

answers: NDQ_000613

answers: groundwater

answers: NDQ_000615

answers: groundwater pollution.

answers: NDQ_000616

answers: Outhouses

answers: NDQ_000619

answers: Outhouses

answers: NDQ_000624

answers: groundwater pollution.

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: groundwater pollution.

answers: NDQ_000630

answers: Outhouses

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: Outhouses

answers: NDQ_000635

answers: Outhouses

answers: NDQ_000636

answers: Outhouses

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: groundwater pollution.

answers: NDQ_000639

answers: Outhouses

answers: NDQ_000640

answers: Outhouses

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: Outhouses that are covering pit latrines

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: pit latrines

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: densely populated areas

answers: NDQ_000651

answers: Outhouses

answers: NDQ_000652

answers: Outhouses

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: Outhouses

answers: NDQ_000655

answers: groundwater pollution.

text: The soil cleanup at the FMC site and installation of groundwater extraction wells were completed between 1983 and 1987.  In addition to storing contaminated soil in an on-site vault, the cleanup also included pumping contaminated groundwater and transporting it to a nearby treatment plant.  Routine monitoring of groundwater began in 1987 and continues to this day.  Although concentrations of VOCs in groundwater have decreased in most monitoring wells, pumping will continue until cleanup goals have been met.

text: The soil cleanup at the FMC site and installation of groundwater extraction wells were completed between 1983 and 1987.  In addition to storing contaminated soil in an on-site vault, the cleanup also included pumping contaminated groundwater and transporting it to a nearby treatment plant.  Routine monitoring of groundwater began in 1987 and continues to this day.  Although concentrations of VOCs in groundwater have decreased in most monitoring wells, pumping will continue until cleanup goals have been met.

answers: NDQ_000611

answers: transports itself to a treatment plant

answers: NDQ_000613

answers: groundwater extraction wells were completed between 1983 and 1987

answers: NDQ_000615

answers: continue to increase

answers: NDQ_000616

answers: soil

answers: NDQ_000619

answers: VOCs in groundwater are too high

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

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

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: Which of the following is not a source of VOCs: hot magma or groundwater?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

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

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: What is the purpose of the soil cleanup at the FMC site?

answers: NDQ_000636

answers: None of the above choices

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It does not say.

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or soil?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater extraction wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: extraction wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is the FMC site?

answers: NDQ_000650

answers: soil is contaminated

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: contaminated

answers: NDQ_000611

answers: treatment plant.

answers: NDQ_000613

answers: Routine monitoring of groundwater

answers: NDQ_000615

answers: pumping contaminated groundwater

answers: NDQ_000616

answers: contaminated soil

answers: NDQ_000619

answers: contaminated soil

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: soil

answers: NDQ_000629

answers: groundwater extraction wells were completed between 1983 and 1987.

answers: NDQ_000630

answers: groundwater extraction wells were completed between 1983 and 1987.

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: 1983 and 1987.

answers: NDQ_000635

answers: contaminated soil

answers: NDQ_000636

answers: groundwater extraction wells

answers: NDQ_000637

answers: groundwater extraction wells

answers: NDQ_000638

answers: contaminated groundwater

answers: NDQ_000639

answers: soil

answers: NDQ_000640

answers: groundwater extraction wells

answers: NDQ_000641

answers: groundwater extraction wells

answers: NDQ_000642

answers: groundwater extraction wells

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater extraction wells

answers: NDQ_000645

answers: contaminated soil

answers: NDQ_000646

answers: groundwater extraction wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: contaminated groundwater

answers: NDQ_000649

answers: soil

answers: NDQ_000650

answers: contaminated soil

answers: NDQ_000651

answers: groundwater extraction wells

answers: NDQ_000652

answers: groundwater extraction wells

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater extraction wells

answers: NDQ_000655

answers: groundwater extraction wells

text: Severe ground deformations resulted from the earthquake. Formation of ground fissures were reported from many areas. Landslides and changes in the groundwater flow were also reported. Well-developed ground cracks were seen in Gopeshwar, Chamoli and Bairagna. Cracks were observed in asphalt roads at several locations. Landslips cut off parts of Mandakini valley and Mandal valley and many major roads.

text: Severe ground deformations resulted from the earthquake. Formation of ground fissures were reported from many areas.

text: Landslide

text: s and changes in the

text: groundwater

text: flow were also reported. Well-developed ground cracks were seen in

text: Gopeshwar

text: , Chamoli and Bairagna. Cracks were observed in asphalt roads at several locations. Landslips cut off parts of Mandakini valley and Mandal valley and many major roads.

answers: NDQ_000611

answers: flows through cracks

answers: NDQ_000613

answers: well-developed ground cracks

answers: NDQ_000615

answers: change

answers: NDQ_000616

answers: ground cracks

answers: NDQ_000619

answers: Geysers erupt because of a volcano

answers: NDQ_000624

answers: What may happen to the groundwater flow?

answers: NDQ_000627

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

answers: NDQ_000629

answers: Which of the following is not a type of rock: permeable rock, asphalt roads or ground cracks?

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: Which of the following is not a type of ground cracks?

answers: NDQ_000632

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

answers: NDQ_000633

answers: None of the above choices.

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: Which of the following is not a type of land use?

answers: NDQ_000636

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

answers: NDQ_000637

answers: Which of the following is not a good aquifer: Gopeshwar, Chamoli or Mandal?

answers: NDQ_000638

answers: Which of the following is not a type of rock: ground cracks, asphalt roads or ground fissures?

answers: NDQ_000639

answers: Which of the following is not a source of groundwater: ground cracks or ground fissures?

answers: NDQ_000640

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

answers: NDQ_000641

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

answers: NDQ_000642

answers: ground cracks

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: ground cracks

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where does the groundwater flow?

answers: NDQ_000650

answers: changes in the ground

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: flow

answers: NDQ_000613

answers: changes in the groundwater flow

answers: NDQ_000615

answers: changes in the groundwater flow

answers: NDQ_000616

answers: Landslides

answers: NDQ_000619

answers: earthquake.

answers: NDQ_000624

answers: changes in the groundwater flow

answers: NDQ_000627

answers: ground fissures

answers: NDQ_000629

answers: ground fissures

answers: NDQ_000630

answers: Formation of ground fissures

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: changes in the groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: Landslips

answers: NDQ_000635

answers: Landslides and changes in the groundwater flow

answers: NDQ_000636

answers: Well-developed ground cracks

answers: NDQ_000637

answers: changes in the groundwater

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: Landslides and changes in the groundwater

answers: NDQ_000640

answers: changes in the groundwater flow

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: asphalt roads

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: ground cracks

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: earthquake.

answers: NDQ_000651

answers: Landslips

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: Landslides and changes in the groundwater

answers: NDQ_000655

answers: Landslides

text: It prefers wetted rock faces of springs and flowing water, with large cobbles and boulders. The principal threat to the Bruneau hot springsnail is the reduction and/or elimination of its geothermal habitats as a result of groundwater withdrawal, primarily for agriculture. Spring temperatures are the predominant factor that determines the springsnail's distribution and abundance; the springsnail requires constant springwater temperatures to survive.

text: It prefers wetted rock faces of springs and flowing water, with large cobbles and boulders. The principal threat to the Bruneau hot springsnail is the reduction and/or elimination of its

text: geothermal

text: habitats as a result of groundwater withdrawal, primarily for agriculture. Spring temperatures are the predominant factor that determines the springsnail's distribution and abundance; the springsnail requires constant springwater temperatures to survive.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: water, with large cobbles and boulders

answers: NDQ_000615

answers: fluctuate

answers: NDQ_000616

answers: springs

answers: NDQ_000619

answers: constant springwater temperatures are required

answers: NDQ_000624

answers: What is the principal threat to the Bruneau hot springsnail

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: What does the Bruneau hot springsnail need to survive?

answers: NDQ_000631

answers: None of the above choices

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What is the principal threat to the Bruneau hot springsnail?

answers: NDQ_000636

answers: primarily

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: What is the primary factor that determines the springsnail's distribution and abundance?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: It is not possible to tell

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: What is a springsnail?

answers: NDQ_000645

answers: springs

answers: NDQ_000646

answers: groundwater withdrawal

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: What is the primary threat to the Bruneau hot springsnail?

answers: NDQ_000650

answers: groundwater withdrawal

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: wetted

answers: NDQ_000611

answers: agriculture.

answers: NDQ_000613

answers: wetted rock faces of springs and flowing water,

answers: NDQ_000615

answers: flowing water,

answers: NDQ_000616

answers: springs

answers: NDQ_000619

answers: Spring temperatures

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: wetted rock faces of springs and flowing water,

answers: NDQ_000630

answers: Spring temperatures

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: Spring temperatures

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: large cobbles and boulders.

answers: NDQ_000635

answers: agriculture.

answers: NDQ_000636

answers: agriculture.

answers: NDQ_000637

answers: wetted rock faces of springs and flowing water,

answers: NDQ_000638

answers: groundwater withdrawal,

answers: NDQ_000639

answers: rock

answers: NDQ_000640

answers: groundwater withdrawal,

answers: NDQ_000641

answers: flowing water,

answers: NDQ_000642

answers: Bruneau hot springsnail

answers: NDQ_000643

answers: wetted rock faces

answers: NDQ_000644

answers: Bruneau hot springsnail

answers: NDQ_000645

answers: wetted rock faces

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: flowing water,

answers: NDQ_000649

answers: wetted rock faces

answers: NDQ_000650

answers: agriculture.

answers: NDQ_000651

answers: agriculture.

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: springs

answers: NDQ_000654

answers: springs and flowing water,

answers: NDQ_000655

answers: wetted

text: A typical feature of the Palatinate Forest is its abundance of water, that has led to a highly developed system of streams, rivers and wetlands (see below). The sandy soils caused by erosion are very very permeable to water, so that rainwater quickly seeps into the ground and is then stored in the different rock zones as groundwater that can be channeled by the joints and fissure ("fissure flow"). This groundwater feeds into various rock zones, especially in the Trifels beds of the Lower Bunter and in a rock zone of the Karlstal beds (Middle Bunter). Beds of clay-bonded sandstone form spring horizons, where it is discharged at the surface again e.g. in contact springs. Since the sandstone is very low in minerals and the groundwater, therefore, only has only low levels of dissolved contents, the water is in the low hardness range ("soft") and is slightly acidic (low pH).

text: A typical feature of the Palatinate Forest is its abundance of water, that has led to a highly developed system of streams, rivers and wetlands (see below). The sandy soils caused by erosion are very very permeable to water, so that rainwater quickly seeps into the ground and is then stored in the different rock zones as

text: groundwater

text: that can be channeled by the

text: joints

text: and

text: fissure

text: fissure flow

text: "). This groundwater feeds into various rock zones, especially in the Trifels beds of the Lower Bunter and in a rock zone of the Karlstal beds (Middle Bunter). Beds of clay-bonded sandstone form

text: spring horizon

text: s, where it is discharged at the surface again e.g. in

text: contact spring

text: s. Since the sandstone is very low in minerals and the groundwater, therefore, only has only low levels of dissolved contents, the water is in the low hardness range ("soft") and is slightly acidic (low pH).

answers: NDQ_000611

answers: is in the low hardness range

answers: NDQ_000613

answers: The sandy soils caused by erosion are very very permeable to water

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: rain

answers: NDQ_000619

answers: groundwater quickly seeps into the ground

answers: NDQ_000624

answers: What can happen to the water table?

answers: NDQ_000627

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

answers: NDQ_000629

answers: Which of the following is not a type of rock zone: Trifels beds of the Lower Bunter or Karlstal beds?

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: What is the typical feature of the Palatinate Forest?

answers: NDQ_000632

answers: Which of the following is not a type of aquifer: Trifels beds of the Lower Bunter or Karlstal beds

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is a typical feature of the Palatinate Forest?

answers: NDQ_000636

answers: What has led to a highly developed system of streams

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a mineral spring: clay-bonded sandstone, contact springs, or sandstone?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does groundwater flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: joints and fissure

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: contact springs

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is rock located?

answers: NDQ_000650

answers: acidic

answers: NDQ_000651

answers: Palatinate Forest

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: Palatinate Forest

answers: NDQ_000654

answers: rainwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: stored in the different rock zones

answers: NDQ_000613

answers: sandy soils caused by erosion are very very permeable to water,

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: rainwater

answers: NDQ_000619

answers: erosion are very very permeable to water,

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: contact springs.

answers: NDQ_000629

answers: The sandy soils

answers: NDQ_000630

answers: contact springs.

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: water,

answers: NDQ_000635

answers: erosion

answers: NDQ_000636

answers: groundwater

answers: NDQ_000637

answers: The sandy soils

answers: NDQ_000638

answers: Trifels beds of the Lower Bunter

answers: NDQ_000639

answers: contact springs.

answers: NDQ_000640

answers: groundwater

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: The sandy soils

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: sandy soils

answers: NDQ_000645

answers: Trifels beds

answers: NDQ_000646

answers: contact springs.

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater feeds into various rock zones,

answers: NDQ_000650

answers: rainwater

answers: NDQ_000651

answers: Palatinate Forest

answers: NDQ_000652

answers: Beds of clay-bonded sandstone

answers: NDQ_000653

answers: Palatinate Forest

answers: NDQ_000654

answers: rainwater

answers: NDQ_000655

answers: groundwater

text: The California Constitution and SB 1168 require that any use of the groundwater is both reasonable and beneficial. California has a history of complex water rights and the Reasonable and Beneficial Use Doctrine was a cornerstone in that history. This doctrine was meant for riparian landowners and their management of the surface water and did not have much coverage over groundwater rights. SB 1168 takes from the Reasonable and Beneficial Use Doctrine and applies the fundamental meaning of the doctrine to the implementation of the Sustainable Groundwater Management Act. The SB 1168 states that any use of groundwater has to be sustainably managed for long-term long-term reliability and multiple economic, social, and environmental benefits for future uses. The bill outlines that under the Sustainable Groundwater Management Act, the best science available is being used by the GSA's to locally develop, implement and update plans and programs to see that groundwater use is both reasonable and beneficial. The SB 1168 requires that the Department of Water Resources to investigate the states groundwater basins every year that ends in either a 5 or 0 and report its findings to the legislature. The department is to look at the monitoring of groundwater elevations in each basin and prioritize the basins from high-, medium-, low- and very low- based on the basins adverse effects to the local habitats and stream-flows. Under SB 1168, the elected Groundwater Sustainability Agencies has the authority to require registration from a groundwater extraction facility, require that a groundwater extraction facility be measured by a water-measuring device and to regulate the extraction based off the measurements. The Groundwater Sustainability Agencies also has the authority under SB 1168 to conduct conduct inspections and obtain inspection warrants. By obtaining an inspection warrant, any willful refusal to an inspection by a groundwater extraction facility would result in a misdemeanor.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: long-term long-term reliability

answers: NDQ_000615

answers: very low

answers: NDQ_000616

answers: groundwater extraction

answers: NDQ_000619

answers: groundwater levels are too low

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Which of the following is not a layer of clay?

answers: NDQ_000629

answers: What is the rock layer below an aquifer always consists of?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: Which of the following is not true?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: It is not possible to tell

answers: NDQ_000635

answers: What is the purpose of the Reasonable and Beneficial Use Doctrine

answers: NDQ_000636

answers: the Sustainable Groundwater Management Act

answers: NDQ_000637

answers: What does the Sustainable Groundwater Management Act require?

answers: NDQ_000638

answers: What is impermeable rock?

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or hot springs?

answers: NDQ_000640

answers: What does the Sustainable Groundwater Management Act require?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: The California Constitution and SB 1168 require that any use

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: What does the word "hole" mean?

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater extraction

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where does the water infiltrate?

answers: NDQ_000650

answers: groundwater extraction facility

answers: NDQ_000651

answers: California

answers: NDQ_000652

answers: groundwater extraction facility

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: long-term long-term reliability

answers: NDQ_000613

answers: adverse effects to the local habitats and stream-flows.

answers: NDQ_000615

answers: high-, medium-, low- and very low-

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater elevations

answers: NDQ_000624

answers: groundwater elevations

answers: NDQ_000627

answers: require registration from a groundwater extraction facility,

answers: NDQ_000629

answers: SB 1168,

answers: NDQ_000630

answers: SB 1168,

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater elevations

answers: NDQ_000633

answers: require registration from a groundwater extraction facility,

answers: NDQ_000634

answers: 0

answers: NDQ_000635

answers: The department is to look at the monitoring of groundwater elevations

answers: NDQ_000636

answers: 0

answers: NDQ_000637

answers: The department is to look at the monitoring of groundwater elevations

answers: NDQ_000638

answers: Groundwater Sustainability Agencies

answers: NDQ_000639

answers: Groundwater Sustainability Agencies

answers: NDQ_000640

answers: The department is to look at the monitoring of groundwater elevations

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: SB 1168,

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: Groundwater Sustainability Agencies

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater extraction

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: 5 or 0

answers: NDQ_000651

answers: The department is to look at the monitoring of groundwater elevations

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater extraction facility,

answers: NDQ_000655

answers: groundwater extraction

text: This is an alphabetical list of notable geysers, a type of erupting hot spring:

text: This is an alphabetical list of notable

text: geyser

text: s, a type of erupting

text: hot spring

answers: NDQ_000611

answers: erupts from geysers

answers: NDQ_000613

answers: good aquifer

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: evaporation

answers: NDQ_000619

answers: lava erupts from a volcano

answers: NDQ_000624

answers: What is a geyser?

answers: NDQ_000627

answers: aquifers

answers: NDQ_000629

answers: aquifers

answers: NDQ_000630

answers: geysers

answers: NDQ_000631

answers: geysers

answers: NDQ_000632

answers: aquifers

answers: NDQ_000633

answers: aquifer

answers: NDQ_000634

answers: Geysers

answers: NDQ_000635

answers: The amount of water that is available to enter groundwater can affect the amount of water that is available to enter groundwater.

answers: NDQ_000636

answers: Ogallala aquifer

answers: NDQ_000637

answers: A good aquifer has rock in it that is dense and hard.

answers: NDQ_000638

answers: The bottom layer of an aquifer

answers: NDQ_000639

answers: geysers

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping deeper underground.

answers: NDQ_000641

answers: evaporation

answers: NDQ_000642

answers: geysers

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: geysers

answers: NDQ_000648

answers: is called groundwater

answers: NDQ_000649

answers: insoluble

answers: NDQ_000650

answers: is flooded.

answers: NDQ_000651

answers: United States.

answers: NDQ_000652

answers: volcano

answers: NDQ_000653

answers: lakes

answers: NDQ_000654

answers: water evaporation

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: geysers,

answers: NDQ_000613

answers: erupting hot spring:

answers: NDQ_000615

answers: geysers,

answers: NDQ_000616

answers: geysers,

answers: NDQ_000619

answers: hot spring:

answers: NDQ_000624

answers: geysers,

answers: NDQ_000627

answers: geysers,

answers: NDQ_000629

answers: geysers,

answers: NDQ_000630

answers: geysers,

answers: NDQ_000631

answers: geysers,

answers: NDQ_000632

answers: geysers,

answers: NDQ_000633

answers: geysers,

answers: NDQ_000634

answers: geysers,

answers: NDQ_000635

answers: geysers,

answers: NDQ_000636

answers: geysers,

answers: NDQ_000637

answers: geysers,

answers: NDQ_000638

answers: geysers,

answers: NDQ_000639

answers: geysers,

answers: NDQ_000640

answers: geysers,

answers: NDQ_000641

answers: geysers,

answers: NDQ_000642

answers: geysers,

answers: NDQ_000643

answers: geysers,

answers: NDQ_000644

answers: geysers,

answers: NDQ_000645

answers: geysers,

answers: NDQ_000646

answers: geysers,

answers: NDQ_000647

answers: geysers,

answers: NDQ_000648

answers: erupting hot spring:

answers: NDQ_000649

answers: geysers,

answers: NDQ_000650

answers: erupting hot spring:

answers: NDQ_000651

answers: geysers,

answers: NDQ_000652

answers: geysers,

answers: NDQ_000653

answers: hot spring:

answers: NDQ_000654

answers: geysers,

answers: NDQ_000655

answers: geysers,

text: The relationships between groundwater and surface water includes baseflow needs for instream flow, and subsurface water levels in wells.

text: The relationships between

text: groundwater

text: and

text: surface water

text: includes

text: baseflow

text: needs for instream flow, and subsurface water levels in

text: well

text: s.

answers: NDQ_000611

answers: is a source of water that can be used for irrigation.

answers: NDQ_000613

answers: baseflow needs for instream flow

answers: NDQ_000615

answers: increase in the wells

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater levels in wells are too low.

answers: NDQ_000624

answers: What is the relationship between groundwater and surface water?

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: None of the above choices.

answers: NDQ_000630

answers: Which of the following is not a relationship between groundwater and surface water?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: None of the above choices.

answers: NDQ_000635

answers: What is the relationship between groundwater and surface water?

answers: NDQ_000636

answers: subsurface water levels

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping deeper underground

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: is not the same as

answers: NDQ_000643

answers: subsurface

answers: NDQ_000644

answers: wells are a type of

answers: NDQ_000645

answers: can be found

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: can be used for irrigation

answers: NDQ_000649

answers: in the ground

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: subsurface

answers: NDQ_000611

answers: subsurface water levels in wells.

answers: NDQ_000613

answers: baseflow needs for instream flow, and subsurface water levels

answers: NDQ_000615

answers: subsurface water levels in wells.

answers: NDQ_000616

answers: instream flow, and subsurface water levels in wells.

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: subsurface water levels in wells.

answers: NDQ_000627

answers: The relationships between groundwater

answers: NDQ_000629

answers: subsurface water levels in wells.

answers: NDQ_000630

answers: The relationships between groundwater

answers: NDQ_000631

answers: The relationships between groundwater

answers: NDQ_000632

answers: The relationships between groundwater

answers: NDQ_000633

answers: The relationships between groundwater

answers: NDQ_000634

answers: The relationships between groundwater

answers: NDQ_000635

answers: The relationships between groundwater and surface water

answers: NDQ_000636

answers: subsurface water levels in wells.

answers: NDQ_000637

answers: The relationships between groundwater

answers: NDQ_000638

answers: subsurface water levels in wells.

answers: NDQ_000639

answers: The relationships between groundwater

answers: NDQ_000640

answers: subsurface water levels in wells.

answers: NDQ_000641

answers: subsurface water levels in wells.

answers: NDQ_000642

answers: wells.

answers: NDQ_000643

answers: subsurface water levels in wells.

answers: NDQ_000644

answers: wells.

answers: NDQ_000645

answers: subsurface water levels in wells.

answers: NDQ_000646

answers: wells.

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: subsurface water levels in wells.

answers: NDQ_000649

answers: subsurface water levels in wells.

answers: NDQ_000650

answers: subsurface water levels in wells.

answers: NDQ_000651

answers: subsurface water levels in wells.

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: surface water

answers: NDQ_000655

answers: groundwater

text: is accomplished in two ways: through in-lieu and direct recharge. In-lieu recharge is storing water by utilizing surface water “in-lieu” of pumping groundwater, thereby storing an equal amount in the groundwater basin. In-lieu recharge is the renewable surface water used to irrigate the farmland in place of using regular groundwater. This is helping to save more groundwater because the water stays in the aquifer to be used later. Direct recharge is storing water by allowing it to percolate directly to storage in the groundwater basin. With direct recharge it floods an area so that water seeps through the ground to get to the aquifers. The water is then pumped out when there is more of a demand with the use of recovery wells.

text: is accomplished in two ways: through in-lieu and direct recharge. In-lieu recharge is storing water by utilizing surface water “in-lieu” of pumping groundwater, thereby storing an equal amount in the groundwater basin. In-lieu recharge is the renewable surface water used to irrigate the farmland in place of using regular groundwater. This is helping to save more groundwater because the water stays in the aquifer to be used later. Direct recharge is storing water by allowing it to percolate directly to storage in the groundwater basin. With direct recharge it floods an area so that water seeps through the ground to get to the

text: aquifer

text: s. The water is then pumped out when there is more of a demand with the use of recovery wells.

answers: NDQ_000611

answers: in-lieu recharge is used to irrigate the farmland

answers: NDQ_000613

answers: in-lieu recharge

answers: NDQ_000615

answers: in-lieu

answers: NDQ_000616

answers: surface water

answers: NDQ_000619

answers: water seeps through the ground

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Which of the following is not an aquifer?

answers: NDQ_000629

answers: Which of the following is not true?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: None of the above choices

answers: NDQ_000632

answers: Which of the following is not true?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: In-lieu recharge is renewable surface water used to irrigate the farmland

answers: NDQ_000636

answers: In-lieu recharge

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: recovery wells

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: recovery wells

answers: NDQ_000647

answers: aquifer

answers: NDQ_000648

answers: in-lieu

answers: NDQ_000649

answers: Where does water infiltrate?

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: in-lieu recharge

answers: NDQ_000655

answers: in-lieu

answers: NDQ_000611

answers: aquifer

answers: NDQ_000613

answers: in-lieu and direct recharge.

answers: NDQ_000615

answers: pumped out

answers: NDQ_000616

answers: surface water “in-lieu” of pumping groundwater,

answers: NDQ_000619

answers: Direct recharge

answers: NDQ_000624

answers: direct recharge

answers: NDQ_000627

answers: direct recharge

answers: NDQ_000629

answers: Direct recharge

answers: NDQ_000630

answers: Direct recharge

answers: NDQ_000631

answers: direct recharge

answers: NDQ_000632

answers: equal amount

answers: NDQ_000633

answers: recharge.

answers: NDQ_000634

answers: Direct recharge

answers: NDQ_000635

answers: irrigate the farmland

answers: NDQ_000636

answers: In-lieu recharge

answers: NDQ_000637

answers: Direct recharge

answers: NDQ_000638

answers: Direct recharge

answers: NDQ_000639

answers: is accomplished in two ways: through in-lieu and direct recharge.

answers: NDQ_000640

answers: Direct recharge

answers: NDQ_000641

answers: Direct recharge

answers: NDQ_000642

answers: ground

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: recovery wells.

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: recovery wells.

answers: NDQ_000647

answers: aquifer

answers: NDQ_000648

answers: Direct recharge

answers: NDQ_000649

answers: seeps through the ground to get to the aquifers.

answers: NDQ_000650

answers: pumped out when there is more of a demand

answers: NDQ_000651

answers: irrigate the farmland

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: in-lieu and direct recharge.

answers: NDQ_000655

answers: direct recharge

text: The UP reached the town of Cheyenne, which later became the state capital, in 1867. The railroad eventually spanned the entire state, boosting the population, and creating some of Wyoming's largest cities, such as Laramie, Rock Springs and Evanston. The railroad needed coal, which was discovered in quantity in the southwestern part of the state, especially around Rock Springs.  In 1885, a murderous riot known as the Rock Springs Massacre broke out when white miners frove out Chinese miners employed by the Union Pacific Coal Company in Rock Springs.

text: The UP reached the town of

text: Cheyenne

text: , which later became the state capital, in 1867. The railroad eventually spanned the entire state, boosting the population, and creating some of Wyoming's largest cities, such as

text: Laramie

text: Rock Springs

text: and

text: Evanston

text: . The railroad needed coal, which was discovered in quantity in the southwestern part of the state, especially around

text: Rock Springs

text: .  In 1885, a murderous riot known as the

text: Rock Springs Massacre

text: broke out when white miners frove out Chinese miners employed by the

text: Union Pacific Coal Company

text: in Rock Springs.

answers: NDQ_000611

answers: is found in what part of the state?

answers: NDQ_000613

answers: quantity and quality

answers: NDQ_000615

answers: increase by how much?

answers: NDQ_000616

answers: Rock Springs

answers: NDQ_000619

answers: coal was discovered in quantity

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: What was discovered in quantity in the southwestern part of the state, especially around Rock Springs

answers: NDQ_000629

answers: What was discovered in quantity in the southwestern part of the state, especially around Rock Springs?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can be concluded about the Rock Springs Massacre?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: What was discovered in quantity in the southwestern part of the state, especially around Rock Springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: The railroad eventually spanned the entire state

answers: NDQ_000643

answers: Rock Springs

answers: NDQ_000644

answers: What is a mineral?

answers: NDQ_000645

answers: Rock Springs

answers: NDQ_000646

answers: Rock Springs

answers: NDQ_000647

answers: Rock Springs

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Where is Rock Springs?

answers: NDQ_000650

answers: white miners

answers: NDQ_000651

answers: Wyoming

answers: NDQ_000652

answers: coal mine

answers: NDQ_000653

answers: Wyoming

answers: NDQ_000654

answers: coal

answers: NDQ_000655

answers: Rock Springs

answers: NDQ_000611

answers: coal,

answers: NDQ_000613

answers: quantity

answers: NDQ_000615

answers: Rock Springs and Evanston.

answers: NDQ_000616

answers: coal,

answers: NDQ_000619

answers: coal,

answers: NDQ_000624

answers: 1867.

answers: NDQ_000627

answers: coal,

answers: NDQ_000629

answers: 1867.

answers: NDQ_000630

answers: Rock Springs Massacre

answers: NDQ_000631

answers: coal,

answers: NDQ_000632

answers: Rock Springs Massacre

answers: NDQ_000633

answers: coal,

answers: NDQ_000634

answers: 1867.

answers: NDQ_000635

answers: coal,

answers: NDQ_000636

answers: 1867.

answers: NDQ_000637

answers: Rock Springs Massacre

answers: NDQ_000638

answers: Rock Springs Massacre

answers: NDQ_000639

answers: coal,

answers: NDQ_000640

answers: Rock Springs Massacre

answers: NDQ_000641

answers: coal,

answers: NDQ_000642

answers: coal,

answers: NDQ_000643

answers: coal,

answers: NDQ_000644

answers: coal,

answers: NDQ_000645

answers: coal,

answers: NDQ_000646

answers: 1867.

answers: NDQ_000647

answers: coal,

answers: NDQ_000648

answers: coal,

answers: NDQ_000649

answers: coal,

answers: NDQ_000650

answers: white miners

answers: NDQ_000651

answers: Wyoming's

answers: NDQ_000652

answers: Rock Springs

answers: NDQ_000653

answers: coal,

answers: NDQ_000654

answers: coal,

answers: NDQ_000655

answers: Rock Springs

text: Groundwater pumping has altered historical groundwater flow in the Sankoty aquifer.  The flat geography of the area leads to groundwater flows that are perpendicular to the Illinois River, however municipal groundwater pumping in the Peoria, Illinois area and to a lesser degree agricultural pumping elsewhere over the aquifer has led to numerous cones of depression.

text: Groundwater pumping has altered historical groundwater flow in the Sankoty aquifer.  The flat geography of the area leads to groundwater flows that are perpendicular to the Illinois River, however municipal groundwater pumping in the Peoria, Illinois area and to a lesser degree agricultural pumping elsewhere over the aquifer has led to numerous

text: cones of depression

answers: NDQ_000611

answers: flows in a straight line

answers: NDQ_000613

answers: flat geography

answers: NDQ_000615

answers: be higher than it was before

answers: NDQ_000616

answers: Illinois River

answers: NDQ_000619

answers: groundwater pumping has altered historical groundwater flow

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: It's impossible to say

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How does groundwater pumping alter historical groundwater flow in the Sankoty aquifer?

answers: NDQ_000631

answers: It's impossible to say

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: How does the flat geography of the area lead to groundwater flows?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or aquifers?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: cones of depression

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: groundwater pump

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is the Illinois River?

answers: NDQ_000650

answers: groundwater pumping

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: groundwater pumping

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: perpendicular to the Illinois River,

answers: NDQ_000613

answers: perpendicular to the Illinois River,

answers: NDQ_000615

answers: depression.

answers: NDQ_000616

answers: Illinois River,

answers: NDQ_000619

answers: Groundwater pumping

answers: NDQ_000624

answers: depression.

answers: NDQ_000627

answers: municipal groundwater pumping

answers: NDQ_000629

answers: municipal groundwater pumping

answers: NDQ_000630

answers: Groundwater pumping

answers: NDQ_000631

answers: The flat geography

answers: NDQ_000632

answers: groundwater flows that are perpendicular to the Illinois River,

answers: NDQ_000633

answers: municipal groundwater pumping

answers: NDQ_000634

answers: Sankoty aquifer.

answers: NDQ_000635

answers: agricultural pumping

answers: NDQ_000636

answers: agricultural pumping

answers: NDQ_000637

answers: Groundwater pumping

answers: NDQ_000638

answers: Groundwater pumping

answers: NDQ_000639

answers: Groundwater pumping

answers: NDQ_000640

answers: Groundwater pumping

answers: NDQ_000641

answers: groundwater flows that are perpendicular to the Illinois River,

answers: NDQ_000642

answers: cones of depression.

answers: NDQ_000643

answers: aquifer.

answers: NDQ_000644

answers: groundwater flow in the Sankoty aquifer.

answers: NDQ_000645

answers: aquifer.

answers: NDQ_000646

answers: Groundwater pumping

answers: NDQ_000647

answers: groundwater flow in the Sankoty aquifer.

answers: NDQ_000648

answers: Groundwater pumping

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: Groundwater pumping

answers: NDQ_000651

answers: Illinois River,

answers: NDQ_000652

answers: aquifer.

answers: NDQ_000653

answers: groundwater flow in the Sankoty aquifer.

answers: NDQ_000654

answers: Groundwater pumping

answers: NDQ_000655

answers: cones of depression.

text: It can be argued that the depiction of groundwater is an even more complex task than that of surface water.  The two resources are by no means disjoint, as knowing where surface water recharges groundwater and where groundwater flows supply surface water is an important aspect of the hydrologic cycle.  Hydrogeology is especially well suited to GIS.  Groundwater moves much more slowly than surface water, on the order of less than a meter per day up to perhaps a hundred meters per day, and is 3-dimensional in flow.  In contrast, surface water flows much faster and is more two-dimensional.  Groundwater flow is a function of geology and “head,” the total potential energy at a location.  Groundwater flows from higher head to lower head at a travel rate and flow path dictated by geology.  Head values, geology, groundwater flow direction, even water table height and location of aquifers are among the quantities which may be presented spatially in GIS and used for analysis, management of water availability and water quality, and land use practices.

text: It can be argued that the depiction of groundwater is an even more complex task than that of surface water.  The two resources are by no means disjoint, as knowing where surface water recharges groundwater and where groundwater flows supply surface water is an important aspect of the hydrologic cycle.  Hydrogeology is especially well suited to GIS.  Groundwater moves much more slowly than surface water, on the order of less than a meter per day up to perhaps a hundred meters per day, and is 3-dimensional in flow.  In contrast, surface water flows much faster and is more two-dimensional.  Groundwater flow is a function of

text: geology

text: and “head,” the total potential energy at a location.  Groundwater flows from higher head to lower head at a travel rate and flow path dictated by geology.  Head values, geology, groundwater flow direction, even

text: water table

text: height and location of

text: aquifers

text: are among the quantities which may be presented spatially in GIS and used for analysis, management of water availability and water quality, and land use practices.

answers: NDQ_000611

answers: moves much more slowly than surface water

answers: NDQ_000613

answers: water table height and location

answers: NDQ_000615

answers: lower

answers: NDQ_000616

answers: surface water

answers: NDQ_000619

answers: groundwater moves much more slowly than surface water

answers: NDQ_000624

answers: groundwater flow direction

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: location of aquifers

answers: NDQ_000635

answers: groundwater flow direction, even water table height and location of aquifers

answers: NDQ_000636

answers: land use practices

answers: NDQ_000637

answers: groundwater moves much more slowly than surface water

answers: NDQ_000638

answers: groundwater moves much more slowly than surface water

answers: NDQ_000639

answers: Groundwater flows much more slowly than surface water

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: water table

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: a function of geology and “head,” the total potential energy at a location

answers: NDQ_000650

answers: groundwater moves much more slowly

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: surface water

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: moves much more slowly

answers: NDQ_000613

answers: water table height and location

answers: NDQ_000615

answers: water table height

answers: NDQ_000616

answers: surface water

answers: NDQ_000619

answers: potential energy

answers: NDQ_000624

answers: height

answers: NDQ_000627

answers: Groundwater moves much more slowly than surface water,

answers: NDQ_000629

answers: Groundwater moves much more slowly than surface water,

answers: NDQ_000630

answers: Groundwater moves much more slowly than surface water,

answers: NDQ_000631

answers: aquifers

answers: NDQ_000632

answers: water table height

answers: NDQ_000633

answers: surface water recharges groundwater

answers: NDQ_000634

answers: a hundred meters per day,

answers: NDQ_000635

answers: land use practices.

answers: NDQ_000636

answers: land use practices.

answers: NDQ_000637

answers: Groundwater moves much more slowly than surface water,

answers: NDQ_000638

answers: Groundwater moves much more slowly than surface water,

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: water table height

answers: NDQ_000641

answers: Groundwater

answers: NDQ_000642

answers: Groundwater moves much more slowly than surface water,

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: water table

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: Groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: land use practices.

answers: NDQ_000651

answers: knowing where surface water recharges groundwater

answers: NDQ_000652

answers: aquifers

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: surface water

answers: NDQ_000655

answers: aquifers

text: MIKE SHE is an integrated hydrological modelling system for building and simulating surface water flow and groundwater flow.  MIKE SHE can simulate the entire land phase of the hydrologic cycle and allows components to be used independently and customized to local needs.  MIKE SHE emerged from Système Hydrologique Européen (SHE) as developed and extensively applied since 1977 onwards by a consortium of three European organizations: the Institute of Hydrology (the United Kingdom), SOGREAH (France) and DHI (Denmark).  Since then, DHI has continuously invested resources into research and development of MIKE SHE.  MIKE SHE can be used for the analysis, planning and management of a wide range of water resources and environmental problems related to surface water and groundwater, especially surface-water impact from groundwater withdrawal, conjunctive use of groundwater and surface water, wetland management and restoration, river basin management and planning, impact studies for changes in land use and climate.

text: MIKE SHE is an integrated

text: hydrological modelling

text: system for building and

text: simulating

text: surface water

text: flow and

text: groundwater

text: flow.  MIKE SHE can simulate the entire land phase of the

text: hydrologic cycle

text: and allows components to be used independently and customized to local needs.  MIKE SHE emerged from Système Hydrologique Européen (SHE) as developed and extensively applied since 1977 onwards by a consortium of three European organizations: the Institute of Hydrology (

text: the United Kingdom

text: SOGREAH

text: France

text: ) and

text: DHI

text: Denmark

text: ).  Since then, DHI has continuously invested resources into research and development of MIKE SHE.  MIKE SHE can be used for the analysis, planning and management of a wide range of

text: water resources

text: and environmental problems related to surface water and groundwater, especially surface-water impact from groundwater withdrawal, conjunctive use of groundwater and surface water,

text: wetland

text: management and restoration, river basin management and planning, impact studies for changes in

text: land use

text: and

text: climate

answers: NDQ_000611

answers: is a source of groundwater

answers: NDQ_000613

answers: surface-water impact from groundwater withdrawal, conjunctive use of groundwater and surface water

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: surface water

answers: NDQ_000619

answers: MIKE SHE can simulate the entire land phase of the hydrologic cycle

answers: NDQ_000624

answers: may rise or fall

answers: NDQ_000627

answers: What is an aquifer?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: What is the source of water in hot springs?

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: MIKE SHE

answers: NDQ_000635

answers: What can MIKE SHE be used for?

answers: NDQ_000636

answers: MIKE SHE

answers: NDQ_000637

answers: MIKE SHE

answers: NDQ_000638

answers: The bottom layer of an aquifer

answers: NDQ_000639

answers: mineral springs

answers: NDQ_000640

answers: surface water

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: wetland

answers: NDQ_000645

answers: surface water

answers: NDQ_000646

answers: groundwater withdrawal

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: surface water

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: groundwater is withdrawn

answers: NDQ_000651

answers: United Kingdom

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: surface water

answers: NDQ_000654

answers: surface water

answers: NDQ_000655

answers: wetlands

answers: NDQ_000611

answers: surface-water impact from groundwater withdrawal,

answers: NDQ_000613

answers: conjunctive use of groundwater and surface water,

answers: NDQ_000615

answers: groundwater withdrawal,

answers: NDQ_000616

answers: groundwater withdrawal,

answers: NDQ_000619

answers: groundwater withdrawal,

answers: NDQ_000624

answers: groundwater,

answers: NDQ_000627

answers: groundwater,

answers: NDQ_000629

answers: Système Hydrologique Européen

answers: NDQ_000630

answers: Système Hydrologique Européen

answers: NDQ_000631

answers: groundwater,

answers: NDQ_000632

answers: groundwater,

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: Système Hydrologique Européen

answers: NDQ_000635

answers: surface-water impact from groundwater withdrawal,

answers: NDQ_000636

answers: surface-water impact from groundwater

answers: NDQ_000637

answers: groundwater,

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: groundwater withdrawal, conjunctive use of groundwater

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: wetland

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: wetland

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater withdrawal,

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: groundwater withdrawal,

answers: NDQ_000651

answers: groundwater withdrawal, conjunctive use of groundwater

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater withdrawal,

answers: NDQ_000655

answers: wetland

text: Ahead of the 2013–14 season, Wells spoke of his desire for another good cup run, and his belief that the club could achieve a second successive promotion. In June 2012, manager Phil Parkinson said that only a high-money bid would persuade the club to sell either Wells or fellow striker James Hanson. In July 2013, the club rejected a bid from Peterborough United, and later revealed that they had had no further offers for the player. In August 2013, Wells' strike partner Hanson spoke positively of his partnership with Wells. On 24 August 2013, Wells scored two goals in a home match against Sheffield United; in the process he set a new club record by scoring in his eighth consecutive match, a feat which was praised by team-mate James Hanson. After the match the club re-stated that they would not sell Wells, and later confirmed they had not received any bids for the player on transfer deadline day. On 4 September 2013, Wells was nominated for the League One Player of the Month award, winning the award two days later. Wells has publicly praised his strike partnership with Hanson, as has journalist Simon Parker, who described them as "[one of] the best front pairs that League One has to offer." Of the 53 goals that Wells scored for Bradford City, 49 came when he was playing with Hanson.

text: Ahead of the 2013–14 season, Wells spoke of his desire for another good cup run, and his belief that the club could achieve a second successive promotion. In June 2012, manager

text: Phil Parkinson

text: said that only a high-money bid would persuade the club to sell either Wells or fellow striker

text: James Hanson

text: . In July 2013, the club rejected a bid from

text: Peterborough United

text: , and later revealed that they had had no further offers for the player. In August 2013, Wells' strike partner Hanson spoke positively of his partnership with Wells. On 24 August 2013, Wells scored two goals in a home match against Sheffield United; in the process he set a new club record by scoring in his eighth consecutive match, a feat which was praised by team-mate James Hanson. After the match the club re-stated that they would not sell Wells, and later confirmed they had not received any bids for the player on transfer deadline day. On 4 September 2013, Wells was nominated for the League One Player of the Month award, winning the award two days later. Wells has publicly praised his strike partnership with Hanson, as has journalist Simon Parker, who described them as "[one of] the best front pairs that League One has to offer." Of the 53 goals that Wells scored for Bradford City, 49 came when he was playing with Hanson.

answers: NDQ_000611

answers: does not enter the atmosphere

answers: NDQ_000613

answers: a good cup run, and his belief that the club could achieve a second successive promotion

answers: NDQ_000615

answers: increase by how much?

answers: NDQ_000616

answers: aquifer

answers: NDQ_000619

answers: Wells scored two goals in a home match

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Where does an aquifer usually form?

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: How many goals did Bradford City, 49 came when he was playing with Hanson?

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: What is one of the biggest aquifers in the world?

answers: NDQ_000635

answers: How does land use affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: What is the name of the aquifer?

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: How many goals did Wells score in his eighth consecutive match?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: sedimentary rock

answers: NDQ_000644

answers: What does the word "hole" mean?

answers: NDQ_000645

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: Earth's surface

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: water infiltrates the ground

answers: NDQ_000650

answers: has been polluted

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: unnamed source

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: unanswerable

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: 53

answers: NDQ_000613

answers: high-money

answers: NDQ_000615

answers: 53 goals that Wells scored for Bradford City,

answers: NDQ_000616

answers: 53

answers: NDQ_000619

answers: high-money bid

answers: NDQ_000624

answers: promotion. In June 2012,

answers: NDQ_000627

answers: 53

answers: NDQ_000629

answers: 53

answers: NDQ_000630

answers: 53

answers: NDQ_000631

answers: 53

answers: NDQ_000632

answers: 53

answers: NDQ_000633

answers: 53

answers: NDQ_000634

answers: 53

answers: NDQ_000635

answers: 53

answers: NDQ_000636

answers: 53

answers: NDQ_000637

answers: 53

answers: NDQ_000638

answers: 53

answers: NDQ_000639

answers: 53

answers: NDQ_000640

answers: 53

answers: NDQ_000641

answers: 53

answers: NDQ_000642

answers: 53

answers: NDQ_000643

answers: 53

answers: NDQ_000644

answers: 53

answers: NDQ_000645

answers: 53

answers: NDQ_000646

answers: promotion.

answers: NDQ_000647

answers: 53

answers: NDQ_000648

answers: 53

answers: NDQ_000649

answers: 53

answers: NDQ_000650

answers: high-money bid

answers: NDQ_000651

answers: 53

answers: NDQ_000652

answers: 53

answers: NDQ_000653

answers: 53

answers: NDQ_000654

answers: 53

answers: NDQ_000655

answers: high-money bid

text: Analyses of two of the thermal waters showed them to be noticeably sulphuretted, and only moderately mineralized. The water of the arsenic spring has a distinctly yellow color, which in a few other springs has been ascribed to alkaline sulphides in solution. At the north edge of the creek, a few yards above the hot springs, there are two cool springs in which iron is deposited. An analysis of the easternmost of these springs was also made.

text: Analyses of two of the thermal waters showed them to be noticeably sulphuretted, and only moderately mineralized. The water of the arsenic spring has a distinctly yellow color, which in a few other springs has been ascribed to alkaline sulphides in solution. At the north edge of the creek, a few yards above the hot springs, there are two cool springs in which iron is deposited. An analysis of the easternmost of these springs was also made.

answers: NDQ_000611

answers: does not contain what element?

answers: NDQ_000613

answers: moderately mineralized

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: springs

answers: NDQ_000619

answers: alkaline sulphides in solution

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Where does the water of the arsenic spring come from?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How can land use affect the amount of water that enters groundwater

answers: NDQ_000636

answers: It's impossible to say

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: It's impossible to say

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: sulphuretted

answers: NDQ_000643

answers: thermal waters

answers: NDQ_000644

answers: sulphuretted

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: spring

answers: NDQ_000647

answers: thermal waters

answers: NDQ_000648

answers: thermal waters

answers: NDQ_000649

answers: Where is the creek?

answers: NDQ_000650

answers: arsenic spring

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: creek

answers: NDQ_000653

answers: springs

answers: NDQ_000654

answers: thermal waters

answers: NDQ_000655

answers: hot springs

answers: NDQ_000611

answers: sulphuretted, and only moderately mineralized.

answers: NDQ_000613

answers: sulphuretted, and only moderately mineralized.

answers: NDQ_000615

answers: sulphuretted,

answers: NDQ_000616

answers: hot springs, there are two cool springs

answers: NDQ_000619

answers: alkaline sulphides in solution.

answers: NDQ_000624

answers: cool springs

answers: NDQ_000627

answers: sulphuretted,

answers: NDQ_000629

answers: iron is deposited.

answers: NDQ_000630

answers: sulphuretted,

answers: NDQ_000631

answers: thermal waters showed them to be noticeably sulphuretted,

answers: NDQ_000632

answers: cool springs in which iron is deposited.

answers: NDQ_000633

answers: sulphuretted,

answers: NDQ_000634

answers: sulphuretted,

answers: NDQ_000635

answers: sulphuretted,

answers: NDQ_000636

answers: sulphuretted,

answers: NDQ_000637

answers: moderately mineralized.

answers: NDQ_000638

answers: cool springs in which iron is deposited.

answers: NDQ_000639

answers: moderately mineralized.

answers: NDQ_000640

answers: sulphuretted,

answers: NDQ_000641

answers: Analyses of two of the thermal waters

answers: NDQ_000642

answers: sulphuretted,

answers: NDQ_000643

answers: thermal waters showed them to be noticeably sulphuretted,

answers: NDQ_000644

answers: sulphuretted,

answers: NDQ_000645

answers: hot springs,

answers: NDQ_000646

answers: Analyses of two of the thermal waters

answers: NDQ_000647

answers: cool springs

answers: NDQ_000648

answers: thermal waters

answers: NDQ_000649

answers: iron is deposited.

answers: NDQ_000650

answers: sulphuretted,

answers: NDQ_000651

answers: sulphuretted, and only moderately mineralized.

answers: NDQ_000652

answers: creek,

answers: NDQ_000653

answers: hot springs,

answers: NDQ_000654

answers: thermal waters

answers: NDQ_000655

answers: hot springs,

text: One of the important areas of hydrology is the interchange between rivers and aquifers. Groundwater/surface water interactions in streams and aquifers can be complex and the direction of net water flux (into surface water or into the aquifer) may vary spatially along a stream channel and over time at any particular location, depending on the relationship between stream stage and groundwater levels.

text: One of the important areas of hydrology is the interchange between rivers and aquifers. Groundwater/surface water interactions in streams and aquifers can be complex and the direction of net water flux (into surface water or into the aquifer) may vary spatially along a stream channel and over time at any particular location, depending on the relationship between stream stage and groundwater levels.

answers: NDQ_000611

answers: flows into aquifers

answers: NDQ_000613

answers: groundwater/surface water interactions in streams and aquifers can be complex

answers: NDQ_000615

answers: fluctuate

answers: NDQ_000616

answers: surface water

answers: NDQ_000619

answers: groundwater levels are too low

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

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

answers: NDQ_000629

answers: None of the above choices.

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: None of the above choices.

answers: NDQ_000635

answers: What is the relationship between stream stage and groundwater levels?

answers: NDQ_000636

answers: groundwater levels

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: aquifers

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: net water flux

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: groundwater levels are higher

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: Groundwater/surface water interactions in streams and aquifers

answers: NDQ_000613

answers: direction of net water flux

answers: NDQ_000615

answers: Groundwater/surface

answers: NDQ_000616

answers: rivers

answers: NDQ_000619

answers: Groundwater/surface

answers: NDQ_000624

answers: groundwater levels.

answers: NDQ_000627

answers: One of the important areas of hydrology

answers: NDQ_000629

answers: complex

answers: NDQ_000630

answers: One of the important areas of hydrology

answers: NDQ_000631

answers: Groundwater/surface water interactions in streams and aquifers

answers: NDQ_000632

answers: Groundwater/surface water interactions in streams and aquifers

answers: NDQ_000633

answers: groundwater levels.

answers: NDQ_000634

answers: One of the important areas of hydrology

answers: NDQ_000635

answers: Groundwater/surface water

answers: NDQ_000636

answers: One of the important areas of hydrology

answers: NDQ_000637

answers: One of the important areas of hydrology

answers: NDQ_000638

answers: Groundwater/surface

answers: NDQ_000639

answers: One of the important areas of hydrology

answers: NDQ_000640

answers: stream stage and groundwater levels.

answers: NDQ_000641

answers: Groundwater/surface

answers: NDQ_000642

answers: aquifers.

answers: NDQ_000643

answers: aquifers.

answers: NDQ_000644

answers: aquifers.

answers: NDQ_000645

answers: Groundwater/surface

answers: NDQ_000646

answers: Groundwater/surface

answers: NDQ_000647

answers: Groundwater/surface

answers: NDQ_000648

answers: net water flux

answers: NDQ_000649

answers: Groundwater/surface

answers: NDQ_000650

answers: rivers

answers: NDQ_000651

answers: One of the important areas of hydrology

answers: NDQ_000652

answers: Groundwater/surface

answers: NDQ_000653

answers: rivers and aquifers.

answers: NDQ_000654

answers: rivers

answers: NDQ_000655

answers: aquifers.

text: It should be possible to combine the experimentally-determined wave velocities of the various parts of the Earth's interior and the elasticity data from various rocks in order to find out about the Earth's interior. However, by the early 20th century no one had been able to determine the elastic constants of common rocks, because almost all rocks are slightly porous, complicating conventional elasticity measurement methods.

text: It should be possible to combine the experimentally-determined wave velocities of the various parts of the Earth's interior and the elasticity data from various rocks in order to find out about the Earth's interior. However, by the early 20th century no one had been able to determine the elastic constants of common rocks, because almost all rocks are slightly

text: porous

text: , complicating conventional elasticity measurement methods.

answers: NDQ_000611

answers: is a mixture of

answers: NDQ_000613

answers: slightly porous

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: rocks are slightly porous

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: no

answers: NDQ_000629

answers: no

answers: NDQ_000630

answers: not enough information

answers: NDQ_000631

answers: rarely

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: What is the purpose of this passage?

answers: NDQ_000636

answers: crops

answers: NDQ_000637

answers: yes

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: not enough information

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: porous

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: unanswerable

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: NDQ_000648

answers: can be used for drinking

answers: NDQ_000649

answers: slightly porous

answers: NDQ_000650

answers: is more porous

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: rock

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: water

answers: NDQ_000655

answers: slightly porous

answers: NDQ_000611

answers: almost all rocks are slightly porous,

answers: NDQ_000613

answers: slightly porous,

answers: NDQ_000615

answers: rocks

answers: NDQ_000616

answers: rocks

answers: NDQ_000619

answers: elasticity data from various rocks

answers: NDQ_000624

answers: rocks

answers: NDQ_000627

answers: rocks

answers: NDQ_000629

answers: almost all rocks are slightly porous,

answers: NDQ_000630

answers: elasticity data from various rocks

answers: NDQ_000631

answers: almost all rocks are slightly porous,

answers: NDQ_000632

answers: rocks

answers: NDQ_000633

answers: elasticity data from various rocks

answers: NDQ_000634

answers: rocks

answers: NDQ_000635

answers: elasticity data from various rocks

answers: NDQ_000636

answers: no one had been able to determine the elastic constants of common rocks,

answers: NDQ_000637

answers: almost all rocks are slightly porous,

answers: NDQ_000638

answers: almost all rocks are slightly porous,

answers: NDQ_000639

answers: rocks

answers: NDQ_000640

answers: elasticity data from various rocks

answers: NDQ_000641

answers: rocks

answers: NDQ_000642

answers: almost all rocks are slightly porous,

answers: NDQ_000643

answers: rocks

answers: NDQ_000644

answers: porous,

answers: NDQ_000645

answers: rocks

answers: NDQ_000646

answers: rocks

answers: NDQ_000647

answers: interior

answers: NDQ_000648

answers: elasticity data from various rocks

answers: NDQ_000649

answers: slightly porous,

answers: NDQ_000650

answers: rocks

answers: NDQ_000651

answers: rocks

answers: NDQ_000652

answers: rocks

answers: NDQ_000653

answers: rocks

answers: NDQ_000654

answers: rocks

answers: NDQ_000655

answers: slightly porous,

text: The large number of bodies poisoned the groundwater in the area. Livestock refused to drink from the nearby spring in Podutik and local people noticed that the color and taste of the water had changed. Because of increasing talk among the local population, the communist authorities first tried to block the connection between the Big Brezar Shaft and the spring with a concrete barrier. German POWs were then forced to remove the bodies from the shaft on 12 and 13 June 1945 and bury them in the nearby mass grave at the head of the Kucja Valley. After this the German POWs were executed and buried together with the bodies they had moved.

text: The large number of bodies poisoned the groundwater in the area. Livestock refused to drink from the nearby spring in Podutik and local people noticed that the color and taste of the water had changed. Because of increasing talk among the local population, the communist authorities first tried to block the connection between the Big Brezar Shaft and the spring with a concrete barrier. German POWs were then forced to remove the bodies from the shaft on 12 and 13 June 1945 and bury them in the nearby

text: mass grave

text: at the head of the Kucja Valley. After this the German POWs were executed and buried together with the bodies they had moved.

answers: NDQ_000611

answers: poisoned by bodies

answers: NDQ_000613

answers: color and taste

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: springs

answers: NDQ_000619

answers: groundwater is poisoned

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Which of the following is not a type of groundwater: groundwater, spring, or clay?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: Why did livestock refuse to drink from the nearby spring?

answers: NDQ_000631

answers: It's impossible to say

answers: NDQ_000632

answers: Why did livestock refuse to drink from the nearby spring?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: How did the communist authorities block the connection between the Big Brezar Shaft and the spring?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Why did livestock refuse to drink from the nearby spring?

answers: NDQ_000640

answers: How does the water table work?

answers: NDQ_000641

answers: Why did livestock refuse to drink from the nearby spring?

answers: NDQ_000642

answers: concrete barrier

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: What kind of shafts are mentioned?

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: shaft

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where does the water come from?

answers: NDQ_000650

answers: has a large number of bodies

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: poisonous

answers: NDQ_000611

answers: spring in Podutik

answers: NDQ_000613

answers: color and taste

answers: NDQ_000615

answers: Livestock refused to drink from the nearby spring in Podutik

answers: NDQ_000616

answers: spring in Podutik

answers: NDQ_000619

answers: poisoned the groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: concrete barrier.

answers: NDQ_000629

answers: spring in Podutik

answers: NDQ_000630

answers: spring in Podutik

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: spring in Podutik

answers: NDQ_000634

answers: spring in Podutik

answers: NDQ_000635

answers: The large number of bodies

answers: NDQ_000636

answers: Livestock refused to drink from the nearby spring in Podutik

answers: NDQ_000637

answers: spring in Podutik

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: spring in Podutik

answers: NDQ_000640

answers: concrete barrier.

answers: NDQ_000641

answers: spring in Podutik

answers: NDQ_000642

answers: Big Brezar Shaft

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: Big Brezar Shaft

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: Big Brezar Shaft

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: bodies

answers: NDQ_000651

answers: Livestock refused to drink from the nearby spring in Podutik

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: spring

answers: NDQ_000655

answers: poisoned the groundwater

text: Squabble Creek once carried much more water before overuse of groundwater caused the creek to often run dry. Its springs are near the Ralph M. Hall municipal airport, while its mouth is near the Rockwall Golf and Athletic Club. During the summer or during low lake levels, the creek often does not reach the lake. It has a length of 4.2 miles.

text: Squabble Creek once carried much more water before overuse of

text: groundwater

text: caused the creek to often run dry. Its springs are near the Ralph M. Hall municipal airport, while its mouth is near the Rockwall Golf and Athletic Club. During the summer or during low lake levels, the creek often does not reach the lake. It has a length of 4.2 miles.

answers: NDQ_000611

answers: carries water from the ground to the surface

answers: NDQ_000613

answers: springs and mouth

answers: NDQ_000615

answers: run dry

answers: NDQ_000616

answers: springs

answers: NDQ_000619

answers: Squabble Creek runs dry

answers: NDQ_000624

answers: What can happen to the water table?

answers: NDQ_000627

answers: Which of the following is not a type of groundwater: aquifer, spring, or lake?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What can be concluded about Squabble Creek?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: does not apply to the creek

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: spring

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is Squabble Creek located?

answers: NDQ_000650

answers: overuses it

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: airport

answers: NDQ_000653

answers: lakes

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: overused

answers: NDQ_000611

answers: overuse

answers: NDQ_000613

answers: springs

answers: NDQ_000615

answers: low lake levels, the creek often does not reach the lake.

answers: NDQ_000616

answers: Squabble Creek

answers: NDQ_000619

answers: overuse of groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: Rockwall Golf and Athletic Club.

answers: NDQ_000630

answers: Squabble Creek

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: Squabble Creek once carried much more water before overuse of groundwater

answers: NDQ_000634

answers: Squabble Creek

answers: NDQ_000635

answers: overuse of groundwater

answers: NDQ_000636

answers: Squabble Creek

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: Squabble Creek once carried much more water before overuse of groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: Squabble Creek once carried much more water before overuse of groundwater

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: Squabble Creek once carried much more water before overuse of groundwater

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: springs

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: overuse of groundwater

answers: NDQ_000651

answers: Squabble Creek once carried much more water before overuse of groundwater

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: overuse of groundwater

answers: NDQ_000655

answers: overuse of groundwater

text: In 2008 Waste Management applied to expand their landfill for the purpose of storing polychlorinated biphenyl (PCB) waste. The United States Environmental Protection Agency (EPA) issued an investigation of a variety of invertebrates, fish, reptiles, mammals, and plants were in order to determine an environmental impact, if any. The EPA’s July 2009 report followed that two species may be affected by the expansion: the San Joaquin kit fox and the blunt-nosed leopard lizard. Furthermore, in 1984, Waste Management discovered groundwater contamination underneath two formerly unlined ponds. Pond P-09 was lined in 1985 and cleanup began in 1988. Pond P-12 stopped receiving waste in 1985 and was closed in 1997. Groundwater cleanup began in 1985. Waste Management has 48 monitoring wells in the surrounding and impacted areas as of December 2012. The California Department of Toxic Substances Control (DTSC) ordered the facility to clean up spills of PCBs around the storage building, and as of February 2012, DTSC reported that the soil cleanup and removal was the final step in protecting human health and the environment as there was no longer a threat.

text: In 2008

text: Waste Management

text: applied to expand their landfill for the purpose of storing

text: polychlorinated biphenyl

text: (PCB) waste. The

entity_name: United States Environmental Protection Agency

text: United States Environmental Protection Agency

text: (EPA) issued an investigation of a variety of invertebrates, fish, reptiles, mammals, and plants were in order to determine an environmental impact, if any. The EPA’s July 2009 report followed that two species may be affected by the expansion: the San Joaquin

text: kit fox

text: and the

text: blunt-nosed leopard lizard

text: . Furthermore, in 1984, Waste Management discovered groundwater contamination underneath two formerly unlined ponds. Pond P-09 was lined in 1985 and cleanup began in 1988. Pond P-12 stopped receiving waste in 1985 and was closed in 1997. Groundwater cleanup began in 1985. Waste Management has 48 monitoring wells in the surrounding and impacted areas as of December 2012. The

entity_name: California Department of Toxic Substances Control

text: California Department of Toxic Substances Control

text: (DTSC) ordered the facility to clean up spills of PCBs around the storage building, and as of February 2012, DTSC reported that the soil cleanup and removal was the final step in protecting human health and the environment as there was no longer a threat.

answers: NDQ_000611

answers: unlined ponds

answers: NDQ_000613

answers: clean up spills of PCBs

answers: NDQ_000615

answers: pond P-12

answers: NDQ_000616

answers: Pond P-12

answers: NDQ_000619

answers: PCBs are in groundwater

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Which happened first, Waste Management discovered groundwater contamination underneath two formerly unlined ponds?

answers: NDQ_000629

answers: Which happened first, Pond P-09 was lined in 1985 or Pond P-12 stopped receiving waste in 1985?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: Which happened first, Pond P-09 was lined in 1985 or Groundwater cleanup began in 1985?

answers: NDQ_000632

answers: Which happened first, Pond P-09 was lined or Pond P-12 stopped receiving waste in 1985?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which happened first, Pond P-09 was lined or Pond P-12 stopped receiving waste?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: Which happened first, Pond P-09 was lined in 1985 and cleanup began in 1988?

answers: NDQ_000639

answers: Which happened first, Pond P-09 was lined in 1985 and cleanup began in 1988.

answers: NDQ_000640

answers: What is the last step in protecting human health and the environment as there was no longer a threat?

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: unlined ponds

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: unlined ponds

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Which happened first, Pond P-09 was lined or Pond P-12 stopped receiving waste in 1985?

answers: NDQ_000650

answers: unlined

answers: NDQ_000651

answers: Which happened first, Pond P-09 was lined in 1985 and cleanup began in 1988?

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: unlined

answers: NDQ_000611

answers: groundwater contamination underneath two formerly unlined ponds.

answers: NDQ_000613

answers: lined

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: groundwater contamination underneath two formerly unlined ponds.

answers: NDQ_000619

answers: groundwater contamination

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: groundwater

answers: NDQ_000630

answers: groundwater

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: 48 monitoring wells in the surrounding and impacted areas as of December 2012.

answers: NDQ_000635

answers: groundwater contamination underneath two formerly unlined ponds.

answers: NDQ_000636

answers: groundwater contamination underneath two formerly unlined ponds.

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: groundwater

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: ponds.

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: unlined ponds.

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: monitoring wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: unlined ponds.

answers: NDQ_000651

answers: groundwater contamination underneath two formerly unlined ponds.

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: unlined ponds.

text: The danger of pollution of municipal supplies is minimized by locating wells in areas of deep groundwater and impermeable soils, and careful testing and monitoring of the aquifer and nearby potential pollution sources.

text: The danger of pollution of municipal supplies is minimized by locating wells in areas of deep groundwater and impermeable soils, and careful testing and monitoring of the aquifer and nearby potential pollution sources.

answers: NDQ_000611

answers: impermeable soils

answers: NDQ_000613

answers: impermeable soils

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: nearby potential pollution sources

answers: NDQ_000619

answers: Earth's temperature is too low

answers: NDQ_000624

answers: aquifer

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: It's impossible to say

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

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

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: no

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: None of the above choices.

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: it is implied in the passage

answers: NDQ_000642

answers: impermeable soils

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: is not the same as

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: deep groundwater

answers: NDQ_000649

answers: impermeable

answers: NDQ_000650

answers: impermeable

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: soils

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: deep groundwater and impermeable soils,

answers: NDQ_000613

answers: deep groundwater and impermeable soils,

answers: NDQ_000615

answers: deep groundwater

answers: NDQ_000616

answers: wells in areas of deep groundwater and impermeable soils,

answers: NDQ_000619

answers: deep groundwater

answers: NDQ_000624

answers: deep groundwater

answers: NDQ_000627

answers: impermeable soils,

answers: NDQ_000629

answers: impermeable soils,

answers: NDQ_000630

answers: wells in areas of deep groundwater

answers: NDQ_000631

answers: deep groundwater and impermeable soils,

answers: NDQ_000632

answers: deep groundwater

answers: NDQ_000633

answers: deep groundwater

answers: NDQ_000634

answers: deep groundwater

answers: NDQ_000635

answers: impermeable soils,

answers: NDQ_000636

answers: wells in areas of deep groundwater and impermeable soils,

answers: NDQ_000637

answers: impermeable soils,

answers: NDQ_000638

answers: impermeable soils,

answers: NDQ_000639

answers: deep groundwater

answers: NDQ_000640

answers: impermeable soils,

answers: NDQ_000641

answers: deep groundwater

answers: NDQ_000642

answers: impermeable soils,

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: deep groundwater

answers: NDQ_000648

answers: impermeable soils,

answers: NDQ_000649

answers: impermeable soils,

answers: NDQ_000650

answers: deep groundwater and impermeable soils,

answers: NDQ_000651

answers: The danger of pollution of municipal supplies

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: deep groundwater

answers: NDQ_000654

answers: impermeable soils,

answers: NDQ_000655

answers: impermeable soils,

text: The first known report of TCE in groundwater was given in 1949 by two English public chemists who described two separate instances of well contamination by industrial releases of TCE. Based on available federal and state surveys, between 9% to 34% of the drinking water supply sources tested in the U.S. may have some TCE contamination, though EPA has reported that most water supplies are in compliance with the maximum contaminant level (MCL) of 5 ppb. In addition, a growing concern in recent years at sites with TCE contamination in soil or groundwater has been vapor intrusion in buildings, which has resulted in indoor air exposures, such is in a recent case in the McCook Field Neighborhood of Dayton, Ohio. Trichloroethylene has been detected in 852 Superfund sites across the United States, according to the Agency for Toxic Substances and Disease Registry (ATSDR). Under the Safe Drinking Water Act of 1974, and as amended annual water quality testing is required for all public drinking water distributors. The EPA'S current guidelines for TCE are online. It should be noted that the EPA's table of "TCE Releases to Ground" is dated 1987 to 1993, thereby omitting one of the largest Superfund cleanup sites in the nation, the North IBW in Scottsdale, Arizona. Earlier, TCE was dumped here, and was subsequently detected in the municipal drinking water wells in 1982, prior to the study period.

text: The first known report of TCE in groundwater was given in 1949 by two English public chemists who described two separate instances of well contamination by industrial releases of TCE. Based on available federal and state surveys, between 9% to 34% of the drinking water supply sources tested in the U.S. may have some TCE contamination, though EPA has reported that most water supplies are in compliance with the maximum contaminant level (MCL) of 5 ppb. In addition, a growing concern in recent years at sites with TCE contamination in soil or groundwater has been vapor intrusion in buildings, which has resulted in indoor air exposures, such is in a recent case in the McCook Field Neighborhood of Dayton, Ohio. Trichloroethylene has been detected in 852 Superfund sites across the United States, according to the

entity_name: Agency for Toxic Substances and Disease Registry

text: Agency for Toxic Substances and Disease Registry

text: (ATSDR). Under the

text: Safe Drinking Water Act

text: of 1974, and as amended annual water quality testing is required for all public drinking water distributors. The EPA'S current guidelines for TCE are online. It should be noted that the EPA's table of "TCE Releases to Ground" is dated 1987 to 1993, thereby omitting one of the largest Superfund cleanup sites in the nation, the North

text: IBW

text: in Scottsdale, Arizona. Earlier, TCE was dumped here, and was subsequently detected in the municipal drinking water wells in 1982, prior to the study period.

answers: NDQ_000611

answers: in compliance with what level?

answers: NDQ_000613

answers: water quality testing is required for all public drinking water distributors

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: soil

answers: NDQ_000619

answers: TCE in groundwater

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: What is the maximum contaminant level (MCL) of 5 ppb?

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: What is the average depth of groundwater?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not

answers: NDQ_000635

answers: What is the first known report of TCE in groundwater given in 1949?

answers: NDQ_000636

answers: TCE

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or groundwater springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: What is a well?

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: soil

answers: NDQ_000650

answers: industrial releases of TCE

answers: NDQ_000651

answers: How many Superfund sites have been detected in the United States?

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: soil

answers: NDQ_000655

answers: Superfund

answers: NDQ_000611

answers: most water supplies are in compliance with the maximum contaminant level

answers: NDQ_000613

answers: maximum contaminant level (MCL) of 5 ppb.

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: industrial releases of TCE.

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: 1949

answers: NDQ_000630

answers: The first known report of TCE in groundwater

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: 852 Superfund sites across the United States,

answers: NDQ_000635

answers: soil

answers: NDQ_000636

answers: 9% to 34%

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: vapor intrusion

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: The first known report of TCE in groundwater

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: soil or groundwater has been vapor intrusion in buildings,

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: well

answers: NDQ_000645

answers: soil

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: soil

answers: NDQ_000650

answers: industrial releases of TCE.

answers: NDQ_000651

answers: 9% to 34%

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: industrial releases of TCE.

answers: NDQ_000655

answers: Superfund

text: A flownet is a graphical representation of two-dimensional steady-state groundwater flow through aquifers.

text: A flownet is a graphical representation of two-

text: dimensional

text: steady-state

text: groundwater

text: flow through

text: aquifer

text: s.

answers: NDQ_000611

answers: flows through aquifers

answers: NDQ_000613

answers: steady-state flow

answers: NDQ_000615

answers: increase in the aquifer

answers: NDQ_000616

answers: Earth's surface

answers: NDQ_000619

answers: aquifers are filled with water.

answers: NDQ_000624

answers: What can happen to the water table?

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: Which of the following is not an aquifer?

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: no answe

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: It is impossible for an aquifer to ever run dry.

answers: NDQ_000634

answers: None of the above choices.

answers: NDQ_000635

answers: What is a flownet?

answers: NDQ_000636

answers: flownet

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a mineral spring?

answers: NDQ_000640

answers: Why does the water table keep water from seeping deeper underground?

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: a flownet

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: a flownet is a type of

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: can not be a flownet

answers: NDQ_000647

answers: aquifers

answers: NDQ_000648

answers: flownet

answers: NDQ_000649

answers: in the ground

answers: NDQ_000650

answers: is flooded.

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: steady-state groundwater flow through aquifers.

answers: NDQ_000613

answers: two-dimensional steady-state groundwater flow

answers: NDQ_000615

answers: flownet

answers: NDQ_000616

answers: flownet

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: A flownet

answers: NDQ_000627

answers: A flownet

answers: NDQ_000629

answers: flownet

answers: NDQ_000630

answers: A flownet

answers: NDQ_000631

answers: aquifers.

answers: NDQ_000632

answers: aquifers.

answers: NDQ_000633

answers: flownet

answers: NDQ_000634

answers: A flownet

answers: NDQ_000635

answers: A flownet

answers: NDQ_000636

answers: flownet

answers: NDQ_000637

answers: A flownet

answers: NDQ_000638

answers: A flownet

answers: NDQ_000639

answers: A flownet

answers: NDQ_000640

answers: A flownet

answers: NDQ_000641

answers: A flownet

answers: NDQ_000642

answers: aquifers.

answers: NDQ_000643

answers: aquifers.

answers: NDQ_000644

answers: flownet

answers: NDQ_000645

answers: aquifers.

answers: NDQ_000646

answers: flownet

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifers.

answers: NDQ_000650

answers: flownet

answers: NDQ_000651

answers: A flownet

answers: NDQ_000652

answers: aquifers.

answers: NDQ_000653

answers: aquifers.

answers: NDQ_000654

answers: groundwater flow

answers: NDQ_000655

answers: aquifers.

text: The population of Gaza depends on groundwater as the only source for drinking, agricultural use, and domestic supply. The nearest stream is Wadi Ghazza to the south, sourced from Abu Middein along the coastline. It bears a small amount of water during the winter and virtually no water during the summer. Most of its water supply is diverted into Israel. The Gaza Aquifer along the coast is the main aquifer in the Gaza Strip and it consists mostly of Pleistocene sandstones. Like most of the Gaza Strip, Gaza is covered by quaternary soil; clay minerals in the soil absorb many organic and inorganic chemicals which has partially alleviated the extent of groundwater contamination.

text: The population of Gaza depends on groundwater as the only source for drinking, agricultural use, and domestic supply. The nearest

text: stream

text: is Wadi Ghazza to the south, sourced from Abu Middein along the coastline. It bears a small amount of water during the winter and virtually no water during the summer. Most of its water supply is diverted into Israel. The Gaza Aquifer along the coast is the main

text: aquifer

text: in the Gaza Strip and it consists mostly of

text: Pleistocene

text: sandstones. Like most of the Gaza Strip, Gaza is covered by quaternary soil; clay minerals in the soil absorb many organic and inorganic chemicals which has partially alleviated the extent of groundwater contamination.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: consists mostly of Pleistocene sandstones

answers: NDQ_000615

answers: bear a small amount

answers: NDQ_000616

answers: Abu Middein

answers: NDQ_000619

answers: groundwater is contaminated

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What has partially alleviated the extent of groundwater contamination?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Clay minerals in the soil absorb many organic and inorganic chemicals

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: clay minerals

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: quaternary soil

answers: NDQ_000650

answers: soil absorbs many organic and inorganic chemicals

answers: NDQ_000651

answers: unanswerable

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: only source for drinking, agricultural use, and domestic supply.

answers: NDQ_000613

answers: clay minerals in the soil absorb many organic and inorganic chemicals

answers: NDQ_000615

answers: virtually no water during the summer.

answers: NDQ_000616

answers: Israel.

answers: NDQ_000619

answers: clay minerals in the soil absorb many organic and inorganic chemicals

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: quaternary soil;

answers: NDQ_000629

answers: Pleistocene sandstones.

answers: NDQ_000630

answers: Wadi Ghazza

answers: NDQ_000631

answers: The Gaza Aquifer

answers: NDQ_000632

answers: Gaza Aquifer

answers: NDQ_000633

answers: Gaza Aquifer

answers: NDQ_000634

answers: Gaza Aquifer

answers: NDQ_000635

answers: quaternary soil;

answers: NDQ_000636

answers: The Gaza Aquifer

answers: NDQ_000637

answers: Pleistocene sandstones.

answers: NDQ_000638

answers: Pleistocene sandstones.

answers: NDQ_000639

answers: clay minerals

answers: NDQ_000640

answers: The Gaza Aquifer

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: quaternary soil;

answers: NDQ_000643

answers: The Gaza Aquifer

answers: NDQ_000644

answers: quaternary soil;

answers: NDQ_000645

answers: Gaza Aquifer

answers: NDQ_000646

answers: The Gaza Aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: clay minerals

answers: NDQ_000650

answers: quaternary soil;

answers: NDQ_000651

answers: Gaza Aquifer

answers: NDQ_000652

answers: Abu Middein

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: quaternary soil;

answers: NDQ_000655

answers: groundwater

text: Another strategy in water conservation is protecting groundwater resources. When precipitation occurs, some infiltrates the soil and goes underground. Water in this saturation zone is called groundwater. Contamination of groundwater causes the groundwater water supply to not be able to be used as resource of fresh drinking water and the natural regeneration of contaminated groundwater can takes years to replenish. Some examples of potential sources of groundwater contamination include storage tanks, septic systems, uncontrolled hazardous waste, landfills, atmospheric contaminants, chemicals, and road salts. Contamination of groundwater decreases the replenishment of available freshwater so taking preventative measures by protecting groundwater resources form contamination is an important aspect of water conservation.

text: Another strategy in water conservation is protecting

text: groundwater

text: resources. When

text: precipitation

text: occurs, some infiltrates the soil and goes underground. Water in this saturation zone is called groundwater.

text: Contamination of groundwater

text: causes the groundwater water supply to not be able to be used as resource of fresh drinking water and the natural regeneration of contaminated groundwater can takes years to replenish. Some examples of potential sources of groundwater contamination include storage tanks,

text: septic

text: systems, uncontrolled

text: hazardous waste

text: landfill

text: s,

text: atmospheric contaminants

text: , chemicals, and

text: road salt

text: s. Contamination of groundwater decreases the replenishment of available freshwater so taking preventative measures by protecting groundwater resources form contamination is an important aspect of water conservation.

answers: NDQ_000611

answers: can be used as a resource of fresh drinking water

answers: NDQ_000613

answers: water in this saturation zone is called groundwater

answers: NDQ_000615

answers: go underground

answers: NDQ_000616

answers: precipitation

answers: NDQ_000619

answers: groundwater is contaminated

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Which of the following is not a potential source of groundwater contamination?

answers: NDQ_000629

answers: Which of the following is not a potential source of groundwater contamination?

answers: NDQ_000630

answers: Which of the following is not a potential source of groundwater contamination?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a potential source of groundwater contamination?

answers: NDQ_000636

answers: Contamination

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a source of groundwater contamination?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: septic systems

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: septic systems

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: precipitation

answers: NDQ_000649

answers: unanswerable

answers: NDQ_000650

answers: uncontrolled hazardous waste

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: precipitation

answers: NDQ_000655

answers: Contaminated

answers: NDQ_000611

answers: saturation zone

answers: NDQ_000613

answers: fresh drinking water

answers: NDQ_000615

answers: groundwater.

answers: NDQ_000616

answers: precipitation

answers: NDQ_000619

answers: precipitation

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater.

answers: NDQ_000629

answers: groundwater. Contamination of groundwater

answers: NDQ_000630

answers: groundwater. Contamination of groundwater

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater.

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: Contamination of groundwater

answers: NDQ_000635

answers: precipitation

answers: NDQ_000636

answers: Contamination of groundwater

answers: NDQ_000637

answers: groundwater.

answers: NDQ_000638

answers: groundwater.

answers: NDQ_000639

answers: groundwater.

answers: NDQ_000640

answers: groundwater.

answers: NDQ_000641

answers: Water in this saturation zone is called groundwater.

answers: NDQ_000642

answers: soil

answers: NDQ_000643

answers: groundwater.

answers: NDQ_000644

answers: septic systems,

answers: NDQ_000645

answers: groundwater.

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater.

answers: NDQ_000648

answers: groundwater.

answers: NDQ_000649

answers: groundwater.

answers: NDQ_000650

answers: uncontrolled hazardous waste,

answers: NDQ_000651

answers: fresh drinking water

answers: NDQ_000652

answers: precipitation

answers: NDQ_000653

answers: groundwater.

answers: NDQ_000654

answers: precipitation

answers: NDQ_000655

answers: storage tanks,

text: Hunter Lake concerns, raised by the Army Corps of Engineers in September 2011, included: (a) the age, in years, of the information contained in the original environmental impact study (EIS) submitted by CWLP, (b) changes and additions to EIS law that have taken place since the original EIS was submitted, (c) inadequate consideration of the adaptive re-use of existing Sangamon County gravel pits as a potential water storage capacity alternative, and (d) inadequate consideration of the drilling of groundwater wells into a Central Illinois aquifer or aquifers as a potential alternative supplemental water supply.

text: Hunter Lake concerns, raised by the Army Corps of Engineers in September 2011, included: (a) the age, in years, of the information contained in the original environmental impact study (EIS) submitted by CWLP, (b) changes and additions to EIS law that have taken place since the original EIS was submitted, (c) inadequate consideration of the adaptive re-use of existing Sangamon County gravel pits as a potential water storage capacity alternative, and (d) inadequate consideration of the drilling of groundwater wells into a Central Illinois aquifer or aquifers as a potential alternative supplemental water supply.

answers: NDQ_000611

answers: aquifers

answers: NDQ_000613

answers: aquifer or aquifers

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater wells

answers: NDQ_000619

answers: groundwater levels are too low.

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: (d)

answers: NDQ_000635

answers: What is the purpose of the adaptive re-use of existing Sangamon County gravel pits?

answers: NDQ_000636

answers: (d)

answers: NDQ_000637

answers: None of the above choices

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a potential alternative supplemental water supply?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: no

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: gravel pits

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: drilling of groundwater wells

answers: NDQ_000651

answers: Central Illinois

answers: NDQ_000652

answers: groundwater well

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: gravel pits

answers: NDQ_000611

answers: supplemental water supply.

answers: NDQ_000613

answers: supplemental water supply.

answers: NDQ_000615

answers: Hunter Lake

answers: NDQ_000616

answers: groundwater wells

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater wells into a Central Illinois aquifer

answers: NDQ_000627

answers: aquifer

answers: NDQ_000629

answers: groundwater wells

answers: NDQ_000630

answers: Hunter Lake concerns, raised by the Army Corps of Engineers

answers: NDQ_000631

answers: Central Illinois aquifer

answers: NDQ_000632

answers: aquifer

answers: NDQ_000633

answers: groundwater wells into a Central Illinois aquifer

answers: NDQ_000634

answers: Central Illinois aquifer

answers: NDQ_000635

answers: gravel pits

answers: NDQ_000636

answers: Sangamon County gravel pits

answers: NDQ_000637

answers: aquifer

answers: NDQ_000638

answers: groundwater wells

answers: NDQ_000639

answers: gravel pits

answers: NDQ_000640

answers: groundwater wells

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: gravel pits

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: groundwater wells

answers: NDQ_000645

answers: groundwater wells into a Central Illinois aquifer

answers: NDQ_000646

answers: groundwater wells

answers: NDQ_000647

answers: groundwater wells into a Central Illinois aquifer

answers: NDQ_000648

answers: groundwater wells

answers: NDQ_000649

answers: groundwater wells into a Central Illinois aquifer

answers: NDQ_000650

answers: drilling of groundwater wells

answers: NDQ_000651

answers: Central Illinois aquifer

answers: NDQ_000652

answers: groundwater wells into a Central Illinois aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: groundwater wells

answers: NDQ_000655

answers: gravel pits

text: Substrate with low porosity that permits limited transmission of groundwater is known as an aquitard. An aquiclude is a substrate with porosity that is so low it is virtually impermeable to groundwater.

text: Substrate with low porosity that permits limited transmission of groundwater is known as an aquitard. An aquiclude is a substrate with porosity that is so low it is virtually impermeable to groundwater.

answers: NDQ_000611

answers: aquiclude is impermeable to?

answers: NDQ_000613

answers: low porosity

answers: NDQ_000615

answers: aquiclude

answers: NDQ_000616

answers: aquiclude

answers: NDQ_000619

answers: aquiclude is impermeable to water.

answers: NDQ_000624

answers: What is aquiclude?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: no

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: It's impossible to say

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is an aquiclude?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: no

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: aquiclude

answers: NDQ_000644

answers: porosity

answers: NDQ_000645

answers: aquiclude

answers: NDQ_000646

answers: is aquiclude

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: impermeable

answers: NDQ_000650

answers: impenetrable

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquiclude

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: aquitard.

answers: NDQ_000613

answers: low porosity that permits limited transmission of groundwater

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: Substrate with low porosity

answers: NDQ_000629

answers: aquitard.

answers: NDQ_000630

answers: aquitard.

answers: NDQ_000631

answers: aquitard.

answers: NDQ_000632

answers: aquitard.

answers: NDQ_000633

answers: aquiclude

answers: NDQ_000634

answers: aquitard.

answers: NDQ_000635

answers: limited transmission of groundwater

answers: NDQ_000636

answers: aquitard.

answers: NDQ_000637

answers: aquitard.

answers: NDQ_000638

answers: aquiclude

answers: NDQ_000639

answers: aquitard.

answers: NDQ_000640

answers: aquitard.

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: aquitard.

answers: NDQ_000644

answers: porosity

answers: NDQ_000645

answers: aquitard.

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: low porosity

answers: NDQ_000651

answers: aquitard.

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquitard. An aquiclude

text: The surrounding area is part of the Hengill central volcano, and is geothermally active and experiences very frequent (usually minor) earthquakes. The town is known for its greenhouses, which are heated by hot water from volcanic hot springs. These springs are the site of occurrence of certain extremophile micro-organisms, that are capable of surviving in extremely hot environments. Close to the church is a hot spring called Sandhólshver, formed during the violent South Iceland earthquake of 1896. A fenced-off geothermal area in the town has numerous hot springs and fumaroles.

text: The surrounding area is part of the

text: Hengill

text: central

text: volcano

text: , and is

text: geothermal

text: ly active and experiences very frequent (usually minor)

text: earthquake

text: s. The town is known for its

text: greenhouse

text: s, which are heated by hot water from

text: volcanic

text: hot springs

text: . These springs are the site of occurrence of certain

text: extremophile

text: micro-organisms, that are capable of surviving in extremely hot environments. Close to the church is a

text: hot spring

text: called Sandhólshver, formed during the violent South Iceland earthquake of 1896. A fenced-off geothermal area in the town has numerous

text: hot springs

text: and

text: fumaroles

answers: NDQ_000611

answers: heats the greenhouses

answers: NDQ_000613

answers: capable of surviving in extremely hot environments

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: volcanic hot springs

answers: NDQ_000619

answers: volcanic hot springs

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: Which is not the type of rock layer below an aquifer?

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: Which of the following is not a geothermal area?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the most likely reason the town is known for its greenhouses?

answers: NDQ_000636

answers: greenhouses

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: It's impossible to say

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: geothermal

answers: NDQ_000644

answers: greenhouses

answers: NDQ_000645

answers: geothermal

answers: NDQ_000646

answers: geothermal area

answers: NDQ_000647

answers: volcanic hot springs

answers: NDQ_000648

answers: volcanic hot springs

answers: NDQ_000649

answers: Where is the town known for its greenhouses?

answers: NDQ_000650

answers: is located near a hot spring

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: volcano

answers: NDQ_000653

answers: volcanic hot springs

answers: NDQ_000654

answers: volcanic hot springs

answers: NDQ_000655

answers: greenhouses

answers: NDQ_000611

answers: hot water from volcanic hot springs.

answers: NDQ_000613

answers: surviving in extremely hot environments.

answers: NDQ_000615

answers: hot water from volcanic hot springs.

answers: NDQ_000616

answers: volcanic hot springs.

answers: NDQ_000619

answers: volcanic hot springs.

answers: NDQ_000624

answers: volcanic hot springs.

answers: NDQ_000627

answers: volcanic hot springs.

answers: NDQ_000629

answers: volcanic hot springs.

answers: NDQ_000630

answers: volcanic hot springs.

answers: NDQ_000631

answers: volcanic hot springs.

answers: NDQ_000632

answers: volcanic hot springs.

answers: NDQ_000633

answers: volcanic hot springs.

answers: NDQ_000634

answers: volcanic hot springs.

answers: NDQ_000635

answers: fenced-off geothermal

answers: NDQ_000636

answers: greenhouses, which are heated by hot water from volcanic hot springs.

answers: NDQ_000637

answers: volcanic hot springs.

answers: NDQ_000638

answers: volcanic hot springs.

answers: NDQ_000639

answers: fumaroles.

answers: NDQ_000640

answers: volcanic hot springs.

answers: NDQ_000641

answers: volcanic hot springs.

answers: NDQ_000642

answers: fenced-off

answers: NDQ_000643

answers: volcanic hot springs.

answers: NDQ_000644

answers: greenhouses,

answers: NDQ_000645

answers: volcanic hot springs.

answers: NDQ_000646

answers: volcanic hot springs.

answers: NDQ_000647

answers: hot water from volcanic hot springs.

answers: NDQ_000648

answers: hot water from volcanic hot springs.

answers: NDQ_000649

answers: volcanic hot springs.

answers: NDQ_000650

answers: earthquakes.

answers: NDQ_000651

answers: Iceland

answers: NDQ_000652

answers: volcanic hot springs.

answers: NDQ_000653

answers: volcanic hot springs.

answers: NDQ_000654

answers: volcanic hot springs.

answers: NDQ_000655

answers: volcanic hot springs.

text: The region is moderately geologically active with a retired geyser and several hot springs. Geothermal exploration at the  Crump Geyser site in 2010 found hot springs with temperatures as high as , two shallow wells with temperatures to , and a parent source of up to .

text: The region is moderately geologically active with a retired geyser and several hot springs. Geothermal exploration at the  Crump Geyser site in 2010 found hot springs with temperatures as high as , two shallow wells with temperatures to , and a parent source of up to .

answers: NDQ_000611

answers: is heated by the geyser

answers: NDQ_000613

answers: parent source of up to

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: Geothermal energy

answers: NDQ_000624

answers: It may rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: None of the above choices .

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices .

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: no

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices .

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: geothermal

answers: NDQ_000644

answers: shallow wells

answers: NDQ_000645

answers: geothermal

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: hot springs

answers: NDQ_000649

answers: a geological formation

answers: NDQ_000650

answers: hot springs have a higher temperature

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: geothermal activity

answers: NDQ_000655

answers: geothermal

answers: NDQ_000611

answers: shallow wells

answers: NDQ_000613

answers: a parent source

answers: NDQ_000615

answers: hot springs.

answers: NDQ_000616

answers: hot springs.

answers: NDQ_000619

answers: Geothermal

answers: NDQ_000624

answers: hot springs.

answers: NDQ_000627

answers: hot springs.

answers: NDQ_000629

answers: hot springs.

answers: NDQ_000630

answers: hot springs

answers: NDQ_000631

answers: hot springs.

answers: NDQ_000632

answers: shallow wells

answers: NDQ_000633

answers: hot springs.

answers: NDQ_000634

answers: up to.

answers: NDQ_000635

answers: hot springs.

answers: NDQ_000636

answers: hot springs.

answers: NDQ_000637

answers: hot springs.

answers: NDQ_000638

answers: temperatures as high as, two shallow wells

answers: NDQ_000639

answers: Geothermal

answers: NDQ_000640

answers: hot springs.

answers: NDQ_000641

answers: hot springs

answers: NDQ_000642

answers: shallow wells

answers: NDQ_000643

answers: hot springs.

answers: NDQ_000644

answers: shallow wells

answers: NDQ_000645

answers: hot springs.

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: two shallow wells

answers: NDQ_000648

answers: wells

answers: NDQ_000649

answers: hot springs.

answers: NDQ_000650

answers: hot springs.

answers: NDQ_000651

answers: hot springs.

answers: NDQ_000652

answers: parent source

answers: NDQ_000653

answers: hot springs.

answers: NDQ_000654

answers: hot springs.

answers: NDQ_000655

answers: hot springs.

text: All of these economic practices in the region put pressure on both the quantity and quality of water in the Edwards Aquifer.  A recent study showed that salinity in groundwater wells in the aquifer is high, potentially affected by adjacent, natural salt deposits as well as brine seepage from nearby oil fields.  Additionally, irrigated agriculture is a significant user of the Edwards Aquifer groundwater, with a variety of crops cultivated, including: " vegetables, hay sesame, soybeans, peanuts, cotton, corn, sorghum, wheat, and oats".  Also, the city of San Antonio is located along the eastern edge of the aquifer and was listed as the 7th largest city in the United States by population in 2014.

text: All of these economic practices in the region put pressure on both the quantity and quality of water in the Edwards Aquifer.  A recent study showed that salinity in groundwater wells in the aquifer is high, potentially affected by adjacent, natural salt deposits as well as brine seepage from nearby oil fields.  Additionally, irrigated agriculture is a significant user of the Edwards Aquifer groundwater, with a variety of crops cultivated, including: " vegetables, hay sesame, soybeans, peanuts, cotton, corn, sorghum, wheat, and oats".  Also, the city of

text: San Antonio

text: is located along the eastern edge of the aquifer and was listed as the 7th largest city in the United States by population in 2014.

answers: NDQ_000611

answers: irrigates what crops?

answers: NDQ_000613

answers: quantity and quality

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater wells

answers: NDQ_000619

answers: brine seepage from nearby oil fields

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: irrigated agriculture

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: no

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: salt deposits

answers: NDQ_000640

answers: does not indicate

answers: NDQ_000641

answers: yes

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: Edwards Aquifer

answers: NDQ_000644

answers: groundwater wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: unanswerable

answers: NDQ_000650

answers: salt deposits are nearby

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater well

answers: NDQ_000653

answers: Edwards Aquifer

answers: NDQ_000654

answers: natural salt deposits

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: irrigated agriculture

answers: NDQ_000613

answers: quantity and quality

answers: NDQ_000615

answers: salinity

answers: NDQ_000616

answers: brine seepage from nearby oil fields.

answers: NDQ_000619

answers: natural salt deposits

answers: NDQ_000624

answers: groundwater wells in the aquifer is high,

answers: NDQ_000627

answers: Edwards Aquifer.

answers: NDQ_000629

answers: 7th largest city in the United States by population in 2014.

answers: NDQ_000630

answers: Edwards Aquifer.

answers: NDQ_000631

answers: Edwards Aquifer.

answers: NDQ_000632

answers: Edwards Aquifer.

answers: NDQ_000633

answers: Edwards Aquifer.

answers: NDQ_000634

answers: Edwards Aquifer.

answers: NDQ_000635

answers: irrigated agriculture

answers: NDQ_000636

answers: Edwards Aquifer groundwater,

answers: NDQ_000637

answers: Edwards Aquifer.

answers: NDQ_000638

answers: Edwards Aquifer.

answers: NDQ_000639

answers: natural salt deposits

answers: NDQ_000640

answers: salinity

answers: NDQ_000641

answers: salinity in groundwater wells

answers: NDQ_000642

answers: groundwater wells

answers: NDQ_000643

answers: Edwards Aquifer.

answers: NDQ_000644

answers: groundwater wells

answers: NDQ_000645

answers: Edwards Aquifer.

answers: NDQ_000646

answers: groundwater wells

answers: NDQ_000647

answers: Edwards Aquifer.

answers: NDQ_000648

answers: groundwater wells

answers: NDQ_000649

answers: Edwards Aquifer.

answers: NDQ_000650

answers: irrigated agriculture

answers: NDQ_000651

answers: Edwards Aquifer.

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: Edwards Aquifer.

answers: NDQ_000654

answers: irrigated agriculture

answers: NDQ_000655

answers: Edwards Aquifer.

text: Yampah Hot Springs vapor caves are historic underground steam baths. They are over 100 years old and were used by the Ute Indians as a source of rejuvenation and healing. Today, the vapor caves consist of three adjoining underground rock chambers. Cave temperatures average . The hot springs and mineral caves are tourist attractions and were a main reason for the settlement of Glenwood Springs.

text: Yampah Hot Springs

text: vapor caves are historic underground steam baths. They are over 100 years old and were used by the

text: Ute Indians

text: as a source of rejuvenation and healing. Today, the vapor caves consist of three adjoining underground rock chambers. Cave temperatures average . The hot springs and mineral caves are tourist attractions and were a main reason for the settlement of Glenwood Springs.

answers: NDQ_000611

answers: vaporizes in the caves

answers: NDQ_000613

answers: hot springs

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: Glenwood Springs

answers: NDQ_000619

answers: Geysers are formed when magma freezes.

answers: NDQ_000624

answers: What may be the reason for the settlement of Glenwood Springs?

answers: NDQ_000627

answers: Which of the following is not a type of cave: mineral caves or aquifers?

answers: NDQ_000629

answers: Which of the following is not a reason for the settlement of Glenwood Springs?

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

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

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What is the main reason for the settlement of Glenwood Springs?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: What is the main reason for the settlement of Glenwood Springs?

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: It's impossible to say

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: vapor cave

answers: NDQ_000644

answers: vapor caves

answers: NDQ_000645

answers: vapor cave

answers: NDQ_000646

answers: underground

answers: NDQ_000647

answers: underground

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Which of the following is not a reason for the settlement of Glenwood Springs?

answers: NDQ_000650

answers: is near a large population center

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: underground source

answers: NDQ_000653

answers: lakes and rivers

answers: NDQ_000654

answers: underground water

answers: NDQ_000655

answers: vapor caves

answers: NDQ_000611

answers: Cave temperatures average.

answers: NDQ_000613

answers: Cave temperatures average.

answers: NDQ_000615

answers: Cave temperatures average. The hot springs

answers: NDQ_000616

answers: Yampah Hot Springs vapor caves

answers: NDQ_000619

answers: Cave temperatures

answers: NDQ_000624

answers: average. The hot springs and mineral caves are tourist attractions

answers: NDQ_000627

answers: rock chambers.

answers: NDQ_000629

answers: three adjoining underground rock chambers.

answers: NDQ_000630

answers: Cave temperatures average. The hot springs

answers: NDQ_000631

answers: underground rock chambers.

answers: NDQ_000632

answers: three adjoining underground rock chambers.

answers: NDQ_000633

answers: hot springs

answers: NDQ_000634

answers: Yampah Hot Springs vapor caves

answers: NDQ_000635

answers: settlement

answers: NDQ_000636

answers: tourist attractions

answers: NDQ_000637

answers: Cave temperatures average. The hot springs and mineral caves are tourist attractions

answers: NDQ_000638

answers: underground rock chambers.

answers: NDQ_000639

answers: tourist attractions

answers: NDQ_000640

answers: Cave temperatures average. The hot springs and mineral caves are tourist attractions

answers: NDQ_000641

answers: Yampah Hot Springs vapor caves

answers: NDQ_000642

answers: Cave temperatures average. The hot springs and mineral caves

answers: NDQ_000643

answers: steam baths.

answers: NDQ_000644

answers: Cave temperatures average. The hot springs and mineral caves

answers: NDQ_000645

answers: steam baths.

answers: NDQ_000646

answers: underground steam baths.

answers: NDQ_000647

answers: underground steam baths.

answers: NDQ_000648

answers: steam baths.

answers: NDQ_000649

answers: rock chambers.

answers: NDQ_000650

answers: tourist attractions

answers: NDQ_000651

answers: Yampah Hot Springs

answers: NDQ_000652

answers: underground rock chambers.

answers: NDQ_000653

answers: underground rock chambers.

answers: NDQ_000654

answers: mineral caves

answers: NDQ_000655

answers: mineral caves

text: Yellowstone is the largest geyser locale, containing thousands of hot springs, and approximately 300 to 500 geysers. It is home to half of the world's total number of geysers in its nine geyser basins. It is located mostly in Wyoming, USA, with small portions in Montana and Idaho. Yellowstone includes the world's tallest active geyser (Steamboat Geyser in Norris Geyser Basin), as well as the renowned Old Faithful Geyser, Beehive Geyser, Giantess Geyser, Lion Geyser, Plume Geyser, Aurum Geyser, Castle Geyser, Sawmill Geyser, Grand Geyser, Oblong Geyser, Giant Geyser, Daisy Geyser, Grotto Geyser, Fan & Mortar Geysers, & Riverside Geyser, all in the Upper Geyser Basin which alone contains nearly 180 geysers.

text: Yellowstone is the largest geyser locale, containing thousands of hot springs, and approximately 300 to 500 geysers. It is home to half of the world's total number of geysers in its nine geyser basins. It is located mostly in

text: Wyoming

text: , USA, with small portions in

text: Montana

text: and

text: Idaho

text: . Yellowstone includes the world's tallest active geyser (

text: Steamboat Geyser

text: in

text: Norris Geyser Basin

text: ), as well as the renowned

text: Old Faithful Geyser

text: Beehive Geyser

text: Giantess Geyser

text: Lion Geyser

text: , Plume Geyser, Aurum Geyser,

text: Castle Geyser

text: , Sawmill Geyser,

text: Grand Geyser

text: , Oblong Geyser,

text: Giant Geyser

text: Daisy Geyser

text: Grotto Geyser

text: , Fan & Mortar Geysers, &

text: Riverside Geyser

text: , all in the

text: Upper Geyser Basin

text: which alone contains nearly 180 geysers.

answers: NDQ_000611

answers: is contained in geysers

answers: NDQ_000613

answers: hot springs, and approximately 300 to 500 geysers

answers: NDQ_000615

answers: increase in Yellowstone

answers: NDQ_000616

answers: Yellowstone

answers: NDQ_000619

answers: hot springs fill with water

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: What type of rock does the rock layer below an aquifer always consist of?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: How many geysers are in Yellowstone?

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: What type of rock is a good aquifer?

answers: NDQ_000638

answers: What is the lowest layer of an aquifer?

answers: NDQ_000639

answers: Which of the following is not a mineral spring: hot springs, geysers or mineral springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: geysers

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: hot springs

answers: NDQ_000649

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

answers: NDQ_000650

answers: is located near a hot spring

answers: NDQ_000651

answers: Yellowstone

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: hot springs,

answers: NDQ_000613

answers: hot springs,

answers: NDQ_000615

answers: Yellowstone

answers: NDQ_000616

answers: hot springs,

answers: NDQ_000619

answers: hot springs,

answers: NDQ_000624

answers: hot springs,

answers: NDQ_000627

answers: hot springs,

answers: NDQ_000629

answers: 300 to 500 geysers.

answers: NDQ_000630

answers: Yellowstone

answers: NDQ_000631

answers: Yellowstone

answers: NDQ_000632

answers: 300 to 500 geysers.

answers: NDQ_000633

answers: thousands of hot springs,

answers: NDQ_000634

answers: Yellowstone

answers: NDQ_000635

answers: Yellowstone

answers: NDQ_000636

answers: Yellowstone

answers: NDQ_000637

answers: Yellowstone

answers: NDQ_000638

answers: Yellowstone

answers: NDQ_000639

answers: Yellowstone

answers: NDQ_000640

answers: Yellowstone

answers: NDQ_000641

answers: hot springs,

answers: NDQ_000642

answers: Yellowstone

answers: NDQ_000643

answers: hot springs,

answers: NDQ_000644

answers: Fan & Mortar

answers: NDQ_000645

answers: hot springs,

answers: NDQ_000646

answers: hot springs,

answers: NDQ_000647

answers: hot springs,

answers: NDQ_000648

answers: hot springs,

answers: NDQ_000649

answers: hot springs,

answers: NDQ_000650

answers: thousands of hot springs,

answers: NDQ_000651

answers: Yellowstone

answers: NDQ_000652

answers: hot springs,

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: hot springs,

answers: NDQ_000655

answers: Giant

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_000611

answers: aquifers in arid areas

answers: NDQ_000613

answers: Deep aquifers

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: arid areas

answers: NDQ_000619

answers: aquifers are filled with water

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: It's impossible to say

answers: NDQ_000629

answers: Which of the following is not a type of rock layer below an aquifer: permeable rock, sedimentary rock or sedimentary rock?

answers: NDQ_000630

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

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: Which of the following is not a use of aquifers: agriculture, habitation, or irrigation?

answers: NDQ_000636

answers: yes

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: What keeps water from seeping deeper underground?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: is not the same as

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: aquifers

answers: NDQ_000648

answers: wells

answers: NDQ_000649

answers: aquifers

answers: NDQ_000650

answers: has been used for agriculture

answers: NDQ_000651

answers: agriculture

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: Aquifers

answers: NDQ_000654

answers: human activities

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: wells

answers: NDQ_000613

answers: Deep

answers: NDQ_000615

answers: Deep aquifers

answers: NDQ_000616

answers: wells

answers: NDQ_000619

answers: Aquifers

answers: NDQ_000624

answers: Deep aquifers

answers: NDQ_000627

answers: Deep aquifers

answers: NDQ_000629

answers: Deep aquifers

answers: NDQ_000630

answers: Deep aquifers

answers: NDQ_000631

answers: arid areas

answers: NDQ_000632

answers: Deep aquifers

answers: NDQ_000633

answers: Deep aquifers

answers: NDQ_000634

answers: Deep aquifers

answers: NDQ_000635

answers: Aquifers are critically important in human habitation and agriculture.

answers: NDQ_000636

answers: Deep aquifers

answers: NDQ_000637

answers: Deep aquifers

answers: NDQ_000638

answers: Deep aquifers

answers: NDQ_000639

answers: Aquifers

answers: NDQ_000640

answers: Deep aquifers

answers: NDQ_000641

answers: Aquifers

answers: NDQ_000642

answers: wells

answers: NDQ_000643

answers: Aquifers

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: Aquifers

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: Deep aquifers

answers: NDQ_000648

answers: wells

answers: NDQ_000649

answers: Aquifers

answers: NDQ_000650

answers: arid areas

answers: NDQ_000651

answers: Deep aquifers in arid areas

answers: NDQ_000652

answers: wells in aquifers.

answers: NDQ_000653

answers: Aquifers

answers: NDQ_000654

answers: wells

answers: NDQ_000655

answers: Aquifers

text: Deep-well injection is a form of disposing of liquid hazardous waste. The liquid waste is pumped into porous limestone or sandstone through a steel casing, and high pressure is applied making the waste permanently stored in the pores and fissures of the rocks. The limestone or sandstone used for injection must be located beneath an impermeable layer of clay or rock at least 0.5 mile below the surface. This option generally does not require pre-treatment of the waste and is one of the more inexpensive options, however it poses a risk of hazardous waste leakage.

text: Deep-well injection is a form of disposing of liquid hazardous waste. The liquid waste is pumped into porous limestone or sandstone through a steel casing, and high pressure is applied making the waste permanently stored in the pores and fissures of the rocks. The limestone or sandstone used for injection must be located beneath an impermeable layer of clay or rock at least 0.5 mile below the surface. This option generally does not require pre-treatment of the waste and is one of the more inexpensive options, however it poses a risk of hazardous waste leakage.

answers: NDQ_000611

answers: does not require pre-treatment of the waste

answers: NDQ_000613

answers: porous limestone or sandstone

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: high pressure is applied

answers: NDQ_000624

answers: 0.5 mile below the surface

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: 0.5 mile

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: 0.5 mile

answers: NDQ_000635

answers: What is one of the more inexpensive options?

answers: NDQ_000636

answers: 0.5 mile

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: yes

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: impermeable layer

answers: NDQ_000644

answers: pores

answers: NDQ_000645

answers: 0.5 mile

answers: NDQ_000646

answers: Deep-well

answers: NDQ_000647

answers: 0.5 mile

answers: NDQ_000648

answers: deep-well injection

answers: NDQ_000649

answers: 0.5 mile below the surface

answers: NDQ_000650

answers: deep-well injection is used

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: deep well

answers: NDQ_000653

answers: sandstone

answers: NDQ_000654

answers: deep-well injection

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: 0.5 mile below the surface.

answers: NDQ_000613

answers: impermeable

answers: NDQ_000615

answers: 0.5 mile below the surface.

answers: NDQ_000616

answers: Deep-well injection

answers: NDQ_000619

answers: high pressure

answers: NDQ_000624

answers: 0.5 mile below the surface.

answers: NDQ_000627

answers: impermeable

answers: NDQ_000629

answers: impermeable

answers: NDQ_000630

answers: Deep-well injection

answers: NDQ_000631

answers: 0.5 mile

answers: NDQ_000632

answers: 0.5 mile

answers: NDQ_000633

answers: 0.5 mile below the surface.

answers: NDQ_000634

answers: 0.5 mile

answers: NDQ_000635

answers: 0.5 mile below the surface.

answers: NDQ_000636

answers: Deep-well injection

answers: NDQ_000637

answers: impermeable layer of clay

answers: NDQ_000638

answers: 0.5 mile

answers: NDQ_000639

answers: limestone or sandstone

answers: NDQ_000640

answers: 0.5 mile below the surface.

answers: NDQ_000641

answers: 0.5 mile below the surface.

answers: NDQ_000642

answers: impermeable layer of clay or rock

answers: NDQ_000643

answers: impermeable

answers: NDQ_000644

answers: pores

answers: NDQ_000645

answers: impermeable

answers: NDQ_000646

answers: Deep-well

answers: NDQ_000647

answers: 0.5 mile

answers: NDQ_000648

answers: Deep-well injection

answers: NDQ_000649

answers: clay

answers: NDQ_000650

answers: hazardous waste leakage.

answers: NDQ_000651

answers: Deep-well injection

answers: NDQ_000652

answers: Deep-well

answers: NDQ_000653

answers: limestone or sandstone

answers: NDQ_000654

answers: Deep-well injection

answers: NDQ_000655

answers: Deep-well injection

text: A petroleum reservoir or oil and gas reservoir is a subsurface pool of hydrocarbons contained in porous or fractured rock formations. Petroleum reservoirs are broadly classified as conventional and unconventional reservoirs. In case of conventional reservoirs, the naturally occurring hydrocarbons, such as crude oil or natural gas, are trapped by overlying rock formations with lower permeability. While in unconventional reservoirs the rocks have high porosity and low permeability which keeps the hydrocarbons trapped in place, therefore not requiring a cap rock. Reservoirs are found using hydrocarbon exploration methods.

text: A petroleum reservoir or oil and gas reservoir is a subsurface pool of

text: hydrocarbon

text: s contained in

text: porous

text: or fractured

text: rock formation

text: s. Petroleum reservoirs are broadly classified as conventional and

text: unconventional

text: reservoirs. In case of conventional reservoirs, the naturally occurring hydrocarbons, such as

text: crude oil

text: or

text: natural gas

text: , are trapped by overlying rock formations with lower

text: permeability

text: . While in unconventional reservoirs the rocks have high

text: porosity

text: and low permeability which keeps the hydrocarbons trapped in place, therefore not requiring a

text: cap rock

text: . Reservoirs are found using

text: hydrocarbon exploration

text: methods.

answers: NDQ_000611

answers: does not contain hydrocarbons

answers: NDQ_000613

answers: low permeability

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: petroleum reservoirs

answers: NDQ_000619

answers: hydrocarbons are trapped in a reservoir

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: Which of the following is not a type of petroleum reservoir?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: conventional

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Petroleum reservoirs are broadly classified as conventional and unconventional reservoirs

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: petroleum reservoir

answers: NDQ_000644

answers: porosity

answers: NDQ_000645

answers: a cap rock

answers: NDQ_000646

answers: a cap rock

answers: NDQ_000647

answers: a petroleum reservoir

answers: NDQ_000648

answers: naturally occurring hydrocarbons

answers: NDQ_000649

answers: Lower permeability

answers: NDQ_000650

answers: oil and gas are trapped

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: petroleum reservoir

answers: NDQ_000653

answers: unconventional reservoirs

answers: NDQ_000654

answers: hydrocarbons

answers: NDQ_000655

answers: unanswerable

answers: NDQ_000611

answers: unconventional reservoirs the rocks have high porosity and low permeability

answers: NDQ_000613

answers: high porosity and low permeability

answers: NDQ_000615

answers: A petroleum reservoir

answers: NDQ_000616

answers: petroleum reservoir

answers: NDQ_000619

answers: naturally occurring hydrocarbons,

answers: NDQ_000624

answers: A petroleum reservoir

answers: NDQ_000627

answers: A petroleum reservoir

answers: NDQ_000629

answers: lower permeability.

answers: NDQ_000630

answers: unconventional reservoirs

answers: NDQ_000631

answers: A petroleum reservoir

answers: NDQ_000632

answers: unconventional reservoirs

answers: NDQ_000633

answers: petroleum reservoir

answers: NDQ_000634

answers: unconventional reservoirs

answers: NDQ_000635

answers: A petroleum reservoir

answers: NDQ_000636

answers: A petroleum reservoir

answers: NDQ_000637

answers: unconventional reservoirs

answers: NDQ_000638

answers: cap rock.

answers: NDQ_000639

answers: petroleum reservoir

answers: NDQ_000640

answers: unconventional reservoirs the rocks have high porosity and low permeability

answers: NDQ_000641

answers: A petroleum reservoir

answers: NDQ_000642

answers: unconventional reservoirs the rocks have high porosity and low permeability

answers: NDQ_000643

answers: cap rock.

answers: NDQ_000644

answers: porosity

answers: NDQ_000645

answers: cap rock.

answers: NDQ_000646

answers: hydrocarbon exploration methods.

answers: NDQ_000647

answers: petroleum reservoir

answers: NDQ_000648

answers: permeability.

answers: NDQ_000649

answers: permeability.

answers: NDQ_000650

answers: hydrocarbons

answers: NDQ_000651

answers: A petroleum reservoir

answers: NDQ_000652

answers: petroleum reservoir

answers: NDQ_000653

answers: petroleum reservoir

answers: NDQ_000654

answers: petroleum reservoir

answers: NDQ_000655

answers: unconventional reservoirs

text: The Ngati Porou East Coast team home ground is Whakarua Park, Ruatoria.   Ngati Porou East Coast were recently holders of the Meads Cup, defeating Wanganui 29-27 at Whakarua Park on 27 October 2012.

text: The Ngati Porou East Coast team home ground is

text: Whakarua Park

text: , Ruatoria.   Ngati Porou East Coast were recently holders of the

text: Meads Cup

text: , defeating Wanganui 29-27 at Whakarua Park on 27 October 2012.

answers: NDQ_000611

answers: is found in the soil

answers: NDQ_000613

answers: water quality and quantity

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: evaporation

answers: NDQ_000619

answers: volcanoes are too hot

answers: NDQ_000624

answers: What can happen to the water table in an area?

answers: NDQ_000627

answers: Where does an aquifer usually form?

answers: NDQ_000629

answers: The rock layer below an aquifer always consists of hard rock.

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It is one of the biggest aquifers in the world.

answers: NDQ_000635

answers: Land use in an area can affect the amount of water that is available to enter groundwater.

answers: NDQ_000636

answers: the Ogallala aquifer

answers: NDQ_000637

answers: A good aquifer has rock in it that is porous and permeable.

answers: NDQ_000638

answers: The bottom layer of an aquifer has impermeable rock

answers: NDQ_000639

answers: What kind of springs are mineral springs?

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping deeper underground

answers: NDQ_000641

answers: Why does water flow out of a well

answers: NDQ_000642

answers: does not have tiny holes that can pass through

answers: NDQ_000643

answers: sandstone

answers: NDQ_000644

answers: is a term used to describe

answers: NDQ_000645

answers: lava

answers: NDQ_000646

answers: can refer to

answers: NDQ_000647

answers: ice

answers: NDQ_000648

answers: can be used for irrigation

answers: NDQ_000649

answers: softer.

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: source

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: water evaporation

answers: NDQ_000655

answers: watertight

answers: NDQ_000611

answers: Whakarua Park, Ruatoria.

answers: NDQ_000613

answers: Meads Cup, defeating Wanganui 29-27

answers: NDQ_000615

answers: Whakarua Park, Ruatoria.

answers: NDQ_000616

answers: Whakarua Park, Ruatoria.

answers: NDQ_000619

answers: Meads Cup,

answers: NDQ_000624

answers: Meads Cup, defeating Wanganui 29-27

answers: NDQ_000627

answers: Whakarua Park, Ruatoria.

answers: NDQ_000629

answers: Meads Cup, defeating Wanganui 29-27

answers: NDQ_000630

answers: Whakarua Park, Ruatoria.

answers: NDQ_000631

answers: The Ngati Porou East Coast

answers: NDQ_000632

answers: Meads Cup, defeating Wanganui 29-27

answers: NDQ_000633

answers: 2012.

answers: NDQ_000634

answers: Whakarua Park, Ruatoria.

answers: NDQ_000635

answers: The Ngati Porou East Coast

answers: NDQ_000636

answers: Whakarua Park, Ruatoria.

answers: NDQ_000637

answers: Meads Cup, defeating Wanganui

answers: NDQ_000638

answers: Meads Cup, defeating Wanganui 29-27

answers: NDQ_000639

answers: Meads Cup, defeating Wanganui 29-27

answers: NDQ_000640

answers: Meads Cup, defeating Wanganui 29-27

answers: NDQ_000641

answers: Meads Cup, defeating Wanganui 29-27

answers: NDQ_000642

answers: Whakarua Park, Ruatoria.

answers: NDQ_000643

answers: Whakarua Park, Ruatoria.

answers: NDQ_000644

answers: Meads Cup,

answers: NDQ_000645

answers: Whakarua Park, Ruatoria.

answers: NDQ_000646

answers: 2012.

answers: NDQ_000647

answers: Meads Cup, defeating Wanganui 29-27

answers: NDQ_000648

answers: Meads Cup,

answers: NDQ_000649

answers: Whakarua Park, Ruatoria.

answers: NDQ_000650

answers: Whakarua Park, Ruatoria.

answers: NDQ_000651

answers: 2012.

answers: NDQ_000652

answers: Ruatoria.

answers: NDQ_000653

answers: Ruatoria.

answers: NDQ_000654

answers: Meads Cup, defeating Wanganui

answers: NDQ_000655

answers: Meads Cup,

text: Several attempts have been made to exploit the minerals around the Hot Spring without success.  Travertine deposits are described as too porous to be usable.  Some amount of Uranium was discovered by the DOE, but does not appear to have been mined.

text: Several attempts have been made to exploit the minerals around the Hot Spring without success.  Travertine deposits are described as too porous to be usable.  Some amount of Uranium was discovered by the DOE, but does not appear to have been mined.

answers: NDQ_000611

answers: is contaminated with uranium

answers: NDQ_000613

answers: porous

answers: NDQ_000615

answers: rise

answers: NDQ_000616

answers: a spring

answers: NDQ_000619

answers: Uranium is in the air

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Which of the following is not a mineral: Travertine deposits or Uranium?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

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

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What is the most likely reason that the minerals around the Hot Spring have not been exploited?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not true?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: Travertine deposits

answers: NDQ_000643

answers: Spring

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: Hot Spring

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: can be used for drinking

answers: NDQ_000649

answers: porous

answers: NDQ_000650

answers: mined

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: mineral

answers: NDQ_000653

answers: the oceans

answers: NDQ_000654

answers: minerals

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: Travertine deposits are described as too porous

answers: NDQ_000613

answers: porous to be usable.

answers: NDQ_000615

answers: Hot Spring

answers: NDQ_000616

answers: Hot Spring

answers: NDQ_000619

answers: minerals

answers: NDQ_000624

answers: Several attempts have been made to exploit the minerals around the Hot Spring

answers: NDQ_000627

answers: Travertine

answers: NDQ_000629

answers: Travertine deposits are described as too porous to be usable.

answers: NDQ_000630

answers: Several attempts have been made to exploit the minerals around the Hot Spring without success.

answers: NDQ_000631

answers: Several attempts have been made to exploit the minerals around the Hot Spring

answers: NDQ_000632

answers: Several attempts have been made to exploit the minerals around the Hot Spring

answers: NDQ_000633

answers: Several attempts have been made to exploit the minerals around the Hot Spring

answers: NDQ_000634

answers: Several attempts have been made to exploit the minerals around the Hot Spring

answers: NDQ_000635

answers: Several attempts have been made to exploit the minerals around the Hot Spring

answers: NDQ_000636

answers: Travertine deposits are described as too porous to be usable.

answers: NDQ_000637

answers: Travertine

answers: NDQ_000638

answers: Travertine deposits are described as too porous to be usable.

answers: NDQ_000639

answers: minerals

answers: NDQ_000640

answers: Several attempts have been made to exploit the minerals around the Hot Spring

answers: NDQ_000641

answers: Several attempts have been made to exploit the minerals around the Hot Spring

answers: NDQ_000642

answers: Travertine

answers: NDQ_000643

answers: Hot Spring

answers: NDQ_000644

answers: Travertine deposits are described as too porous

answers: NDQ_000645

answers: Hot Spring

answers: NDQ_000646

answers: Hot Spring

answers: NDQ_000647

answers: Hot Spring

answers: NDQ_000648

answers: Several attempts have been made to exploit the minerals around the Hot Spring

answers: NDQ_000649

answers: Travertine deposits are described as too porous

answers: NDQ_000650

answers: minerals around the Hot Spring

answers: NDQ_000651

answers: Several attempts have been made to exploit the minerals around the Hot Spring

answers: NDQ_000652

answers: minerals

answers: NDQ_000653

answers: Hot Spring

answers: NDQ_000654

answers: minerals around the Hot Spring

answers: NDQ_000655

answers: porous

text: After years of searching for a radioactive waste disposal site, with 9 past failures, 2005 saw both the selection of Gyeongju, of the North Gyeongsang province by the government and approval of the provincial populace for the site. With a 70% voter turnout there was about 90% approval for hosting of the disposal facility. The site is approximately 2.1 km^2. Data collected during site characterization were used for an assessment of long term performance based partly on its hydrogeological and geochemical characteristics, and groundwater flow modeling. An environmental impact assessment was derived from this data as well. The permeability of the soils underlying the silo site is on the lower bound of the regions values. This is in favor of selecting the site for a storage facility, as lower permeability is correlated to slower movement of groundwater and minerals. The site was approved of by the local people due to increased incentives: the prospect of jobs, the promise of an initial payment of Three hundred billion Won ($270 million) with additional payments of 637,500 Won per waste drum, and the relocation to the city hosting the silo site of the headquarters of the Korean Hydro and nuclear Power

text: After years of searching for a radioactive waste disposal site, with 9 past failures, 2005 saw both the selection of Gyeongju, of the North Gyeongsang province by the government and approval of the provincial populace for the site. With a 70% voter turnout there was about 90% approval for hosting of the disposal facility. The site is approximately 2.1 km^2. Data collected during site characterization were used for an assessment of long term performance based partly on its hydrogeological and geochemical characteristics, and groundwater flow modeling. An environmental impact assessment was derived from this data as well. The permeability of the soils underlying the silo site is on the lower bound of the regions values. This is in favor of selecting the site for a storage facility, as lower permeability is correlated to slower movement of groundwater and minerals. The site was approved of by the local people due to increased incentives: the prospect of jobs, the promise of an initial payment of Three hundred billion

text: Won

text: ($270 million) with additional payments of 637,500 Won per waste drum, and the relocation to the city hosting the silo site of the headquarters of the Korean Hydro and nuclear Power

answers: NDQ_000611

answers: lower permeability

answers: NDQ_000613

answers: lower permeability

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: radioactive waste is in the atmosphere

answers: NDQ_000624

answers: What may happen to groundwater?

answers: NDQ_000627

answers: Which of the following is not a type of soil: clay, sand, or rock?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It is not possible to tell

answers: NDQ_000635

answers: Lower permeability is correlated to slower movement of groundwater and minerals

answers: NDQ_000636

answers: water taken from the Ogallala aquifer is used

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: What is the purpose of the water table?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: This is in favor of selecting the site for a storage facility

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: drums

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: Aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Lower permeability of the soils

answers: NDQ_000650

answers: has a higher permeability

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: silo

answers: NDQ_000611

answers: slower movement

answers: NDQ_000613

answers: hydrogeological and geochemical

answers: NDQ_000615

answers: lower permeability is correlated to slower movement of groundwater

answers: NDQ_000616

answers: minerals.

answers: NDQ_000619

answers: radioactive waste

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: lower permeability

answers: NDQ_000630

answers: Korean Hydro and nuclear Power

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: lower permeability is correlated to slower movement of groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: 2.1 km<unk>2.

answers: NDQ_000635

answers: lower permeability

answers: NDQ_000636

answers: Korean Hydro and nuclear Power

answers: NDQ_000637

answers: lower permeability is correlated to slower movement of groundwater

answers: NDQ_000638

answers: lower permeability is correlated to slower movement of groundwater

answers: NDQ_000639

answers: minerals.

answers: NDQ_000640

answers: lower permeability is correlated to slower movement of groundwater

answers: NDQ_000641

answers: groundwater flow modeling.

answers: NDQ_000642

answers: slower movement of groundwater and minerals.

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: lower permeability

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: minerals.

answers: NDQ_000650

answers: lower permeability

answers: NDQ_000651

answers: Korean Hydro and nuclear Power

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: slower movement of groundwater

answers: NDQ_000655

answers: silo

text: There is lack of research regarding groundwater reserves in Kosovo. Groundwater reserves in Kosovo are mainly located in different formations of rocks. Although these reserves have a high importance for drinking water needs as well as agriculture and industry, they are mainly used through private wells. In the area of the White Drin river basin, there are several groundwater accumulations, which have a total area of 998 km, usable volume of 271x10 m and an estimated total capacity of 511x10 m.

text: There is lack of research regarding

text: groundwater

text: reserves in Kosovo. Groundwater reserves in Kosovo are mainly located in different formations of rocks. Although these reserves have a high importance for drinking water needs as well as

text: agriculture

text: and

text: industry

text: , they are mainly used through private wells. In the area of the

text: White Drin

text: river basin, there are several groundwater accumulations, which have a total area of 998 km, usable volume of 271x10 m and an estimated total capacity of 511x10 m.

answers: NDQ_000611

answers: used through private wells

answers: NDQ_000613

answers: groundwater reserves in Kosovo are mainly located in different formations of rocks

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: private wells

answers: NDQ_000619

answers: groundwater accumulates in different formations of rocks

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: groundwater reserves

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Groundwater reserves in Kosovo are mainly located in different formations of rocks

answers: NDQ_000636

answers: groundwater reserves in Kosovo are mainly located in different formations of rocks

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: None of the above choices.

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: yes

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: Groundwater

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: mainly located in different formations

answers: NDQ_000650

answers: used through private wells

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater reservoir

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: Groundwater

answers: NDQ_000611

answers: private wells.

answers: NDQ_000613

answers: mainly located in different formations of rocks.

answers: NDQ_000615

answers: private wells.

answers: NDQ_000616

answers: private wells.

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: rocks.

answers: NDQ_000629

answers: Groundwater reserves in Kosovo are mainly located in different formations

answers: NDQ_000630

answers: private wells.

answers: NDQ_000631

answers: Groundwater reserves in Kosovo are mainly located in different formations of rocks.

answers: NDQ_000632

answers: different formations of rocks.

answers: NDQ_000633

answers: mainly used through private wells.

answers: NDQ_000634

answers: 511x10 m.

answers: NDQ_000635

answers: agriculture

answers: NDQ_000636

answers: agriculture

answers: NDQ_000637

answers: Groundwater reserves in Kosovo are mainly located in different formations of rocks.

answers: NDQ_000638

answers: Groundwater reserves in Kosovo are mainly located in different formations of rocks.

answers: NDQ_000639

answers: Groundwater reserves in Kosovo are mainly located in different formations of rocks.

answers: NDQ_000640

answers: private wells.

answers: NDQ_000641

answers: private wells.

answers: NDQ_000642

answers: rocks.

answers: NDQ_000643

answers: Groundwater reserves

answers: NDQ_000644

answers: wells.

answers: NDQ_000645

answers: Groundwater reserves

answers: NDQ_000646

answers: wells.

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: private wells.

answers: NDQ_000649

answers: Groundwater reserves in Kosovo are mainly located in different formations of rocks.

answers: NDQ_000650

answers: agriculture and industry, they are mainly used through private wells.

answers: NDQ_000651

answers: White Drin river basin,

answers: NDQ_000652

answers: wells.

answers: NDQ_000653

answers: rocks.

answers: NDQ_000654

answers: White Drin river

answers: NDQ_000655

answers: groundwater accumulations,

text: The hot springs themselves were originally used and revered by the Sts'Ailes (Chehalis) First Nations people who live along the Harrison River nearby. There are two hot springs, the "Potash", with a temperature of 40 °C, and the "Sulphur", with a temperature of 65 °C. According to Harrison Hot Springs Resort, the waters average 1300 ppm of dissolved mineral solids, one of the highest concentrations of any mineral spring.  This hot spring is one of several lining the valley of the Lillooet River and Harrison Lake.  The northernmost of the Lillooet River hot springs is at Meager Creek, north of Whistler, with another well-known one to the east of Whistler at Skookumchuck Hot Springs, midway between Pemberton and Port Douglas.  One feature of this chain of hot springs is that the Harrison Hot Springs vent is the most sulfuric, and there is consistently less sulfur content as one goes northwards, with the springs at Meager Creek having almost no scent at all.

text: The

text: hot springs

text: themselves were originally used and revered by the

text: Sts'Ailes

text: Chehalis

text: ) First Nations people who live along the

text: Harrison River

text: nearby. There are two hot springs, the "Potash", with a temperature of 40 °C, and the "Sulphur", with a temperature of 65 °C. According to Harrison Hot Springs Resort, the waters average 1300 ppm of dissolved mineral solids, one of the highest concentrations of any mineral spring.  This hot spring is one of several lining the valley of the

text: Lillooet River

text: and Harrison Lake.  The northernmost of the Lillooet River hot springs is at

text: Meager Creek

text: , north of

text: Whistler

text: , with another well-known one to the east of Whistler at

text: Skookumchuck Hot Springs

text: , midway between

text: Pemberton

text: and Port Douglas.  One feature of this chain of hot springs is that the Harrison Hot Springs vent is the most sulfuric, and there is consistently less sulfur content as one goes northwards, with the springs at Meager Creek having almost no scent at all.

answers: NDQ_000611

answers: does not have dissolved mineral solids

answers: NDQ_000613

answers: water average 1300 ppm of dissolved mineral solids

answers: NDQ_000615

answers: lower in the valley

answers: NDQ_000616

answers: Harrison Hot Springs

answers: NDQ_000619

answers: the water is too hot

answers: NDQ_000624

answers: unanswerable

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: How deep are the hot springs?

answers: NDQ_000633

answers: unknown

answers: NDQ_000634

answers: unknown

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: What is the highest concentration of any mineral spring?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or mineral springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: Harrison Hot Springs vent is the most sulfuric

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: Harrison Hot Springs vent

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: Harrison Hot Springs vent

answers: NDQ_000647

answers: Harrison Lake

answers: NDQ_000648

answers: Harrison Hot Springs Resort

answers: NDQ_000649

answers: Where does water infiltrate the ground?

answers: NDQ_000650

answers: 1300 ppm

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: river

answers: NDQ_000653

answers: Harrison Lake

answers: NDQ_000654

answers: hot springs

answers: NDQ_000655

answers: hot springs

answers: NDQ_000611

answers: dissolved mineral solids,

answers: NDQ_000613

answers: dissolved mineral solids,

answers: NDQ_000615

answers: Harrison Lake.

answers: NDQ_000616

answers: Lillooet River and Harrison Lake.

answers: NDQ_000619

answers: dissolved mineral solids,

answers: NDQ_000624

answers: less sulfur content as one goes northwards,

answers: NDQ_000627

answers: dissolved mineral solids,

answers: NDQ_000629

answers: dissolved mineral solids,

answers: NDQ_000630

answers: 65 °C.

answers: NDQ_000631

answers: Lillooet River and Harrison Lake.

answers: NDQ_000632

answers: less sulfur content as one goes northwards,

answers: NDQ_000633

answers: Harrison Lake.

answers: NDQ_000634

answers: the waters average 1300 ppm of dissolved mineral solids,

answers: NDQ_000635

answers: less sulfur content as one goes northwards,

answers: NDQ_000636

answers: Harrison Hot Springs Resort,

answers: NDQ_000637

answers: dissolved mineral solids,

answers: NDQ_000638

answers: dissolved mineral solids,

answers: NDQ_000639

answers: mineral spring.

answers: NDQ_000640

answers: Harrison Hot Springs Resort,

answers: NDQ_000641

answers: 1300 ppm of dissolved mineral solids,

answers: NDQ_000642

answers: springs at Meager Creek having almost no scent at all.

answers: NDQ_000643

answers: dissolved mineral solids,

answers: NDQ_000644

answers: springs at Meager Creek having almost no scent at all.

answers: NDQ_000645

answers: dissolved mineral solids,

answers: NDQ_000646

answers: hot springs,

answers: NDQ_000647

answers: dissolved mineral solids,

answers: NDQ_000648

answers: dissolved mineral solids,

answers: NDQ_000649

answers: dissolved mineral solids,

answers: NDQ_000650

answers: dissolved mineral solids,

answers: NDQ_000651

answers: Harrison Hot Springs

answers: NDQ_000652

answers: dissolved mineral solids,

answers: NDQ_000653

answers: Harrison Lake.

answers: NDQ_000654

answers: hot springs,

answers: NDQ_000655

answers: mineral spring.

text: Geological and hydrological studies were conducted in 1946 and the dam location was considered suitable. Due to lack of proper funding, however, the geological study of the region was not thorough. The lithology underlying the dam is a metamorphic rock called gneiss. This rock type is known to be relatively impermeable, meaning that there is no significant groundwater flow within the rock unit, and it does not allow water to penetrate the ground. On the right side (looking down the river), was also rock, and a concrete wing wall was constructed to connect the wall to the ground.

text: Geological and hydrological studies were conducted in 1946 and the dam location was considered suitable. Due to lack of proper funding, however, the geological study of the region was not thorough. The

text: lithology

text: underlying the dam is a

text: metamorphic rock

text: called

text: gneiss

text: . This rock type is known to be relatively

text: impermeable

text: , meaning that there is no significant groundwater flow within the rock unit, and it does not allow water to penetrate the ground. On the right side (looking down the river), was also rock, and a concrete

text: wing wall

text: was constructed to connect the wall to the ground.

answers: NDQ_000611

answers: does not penetrate the rock

answers: NDQ_000613

answers: impermeable

answers: NDQ_000615

answers: penetrate the rock

answers: NDQ_000616

answers: the dam

answers: NDQ_000619

answers: water can't penetrate the rock

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: What is the lithology underlying the dam?

answers: NDQ_000629

answers: no

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: Which of the following is true of aquifers?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Why was the dam location considered suitable?

answers: NDQ_000636

answers: crops

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: yes

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: impermeable

answers: NDQ_000641

answers: no

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: impermeable

answers: NDQ_000644

answers: impermeable

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: no

answers: NDQ_000650

answers: dam is built

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: dam

answers: NDQ_000653

answers: rivers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: water to penetrate the ground.

answers: NDQ_000613

answers: impermeable,

answers: NDQ_000615

answers: penetrate the ground.

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: water to penetrate the ground.

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: gneiss.

answers: NDQ_000629

answers: water to penetrate the ground.

answers: NDQ_000630

answers: gneiss.

answers: NDQ_000631

answers: gneiss.

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: impermeable,

answers: NDQ_000634

answers: gneiss.

answers: NDQ_000635

answers: it does not allow water to penetrate the ground.

answers: NDQ_000636

answers: gneiss.

answers: NDQ_000637

answers: gneiss.

answers: NDQ_000638

answers: gneiss.

answers: NDQ_000639

answers: gneiss.

answers: NDQ_000640

answers: gneiss.

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: it does not allow water to penetrate the ground.

answers: NDQ_000643

answers: gneiss.

answers: NDQ_000644

answers: penetrate the ground.

answers: NDQ_000645

answers: gneiss.

answers: NDQ_000646

answers: water to penetrate the ground.

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: water to penetrate the ground.

answers: NDQ_000649

answers: it does not allow water to penetrate the ground.

answers: NDQ_000650

answers: lack of proper funding,

answers: NDQ_000651

answers: gneiss.

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: gneiss.

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: impermeable,

text: Porous paving (or pervious paving) is an alternative to conventional impermeable pavement and allows infiltration of runoff water to the soil or to a dedicated water storage reservoir below it In reasonably flat areas such as car parks, driveways and lightly used roads, it decreases the volume and velocity of stormwater runoff and can improve water quality by removing contaminants through filtering, interception and biological treatment. Porous pavements can have several forms and are either monolithic or modular. Monolithic structures consist of a single continuous porous medium such as porous concrete or porous pavement (asphalt) while modular structures include porous pavers individual paving blocks that are constructed so that there is a gap in between each paver. Commercial products that are available are for example, pavements made from special asphalt or concrete containing minimal materials, concrete grid pavements, and concrete ceramic or plastic modular pavements. Porous pavements are usually laid on a very porous material (sand or gravel), underlain by a layer of geotextile material. Maintenance activities vary depending on the type of porous pavement. Generally, inspections and removal of sediment and debris should be undertaken. Modulate pavers can also be lifted, backwashed and replaced when blockages occurs. Generally porous pavement is not suited for areas with heavy traffic loads. Particulates in stormwater can clog pores in the material.

text: Porous paving

text: (or pervious paving) is an alternative to conventional impermeable pavement and allows infiltration of runoff water to the soil or to a dedicated water storage reservoir below it In reasonably flat areas such as car parks, driveways and lightly used roads, it decreases the volume and velocity of stormwater runoff and can improve water quality by removing contaminants through filtering, interception and biological treatment. Porous pavements can have several forms and are either monolithic or modular. Monolithic structures consist of a single continuous porous medium such as porous concrete or porous pavement (asphalt) while modular structures include porous pavers individual paving blocks that are constructed so that there is a gap in between each paver. Commercial products that are available are for example, pavements made from special asphalt or concrete containing minimal materials, concrete grid pavements, and concrete ceramic or plastic modular pavements. Porous pavements are usually laid on a very porous material (sand or gravel), underlain by a layer of

text: geotextile

text: material. Maintenance activities vary depending on the type of porous pavement. Generally, inspections and removal of sediment and debris should be undertaken. Modulate pavers can also be lifted, backwashed and replaced when blockages occurs. Generally porous pavement is not suited for areas with heavy traffic loads. Particulates in stormwater can clog pores in the material.

answers: NDQ_000611

answers: clogs pores in what material?

answers: NDQ_000613

answers: decreases the volume and velocity of stormwater runoff

answers: NDQ_000615

answers: clog pores

answers: NDQ_000616

answers: soil

answers: NDQ_000619

answers: Particulates in stormwater can clog pores in the material

answers: NDQ_000624

answers: unanswerable

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not

answers: NDQ_000635

answers: Generally porous pavement is not suited for areas with heavy traffic loads

answers: NDQ_000636

answers: crops

answers: NDQ_000637

answers: yes

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: impermeable pavement

answers: NDQ_000643

answers: soil

answers: NDQ_000644

answers: porous pavement

answers: NDQ_000645

answers: soil

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: water storage reservoir

answers: NDQ_000648

answers: stormwater runoff

answers: NDQ_000649

answers: unanswerable

answers: NDQ_000650

answers: heavy traffic loads

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: soil

answers: NDQ_000653

answers: soil

answers: NDQ_000654

answers: infiltration

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: soil or to a dedicated water storage reservoir

answers: NDQ_000613

answers: removing contaminants through filtering, interception and biological treatment.

answers: NDQ_000615

answers: water storage reservoir

answers: NDQ_000616

answers: runoff

answers: NDQ_000619

answers: Particulates in stormwater

answers: NDQ_000624

answers: water storage reservoir

answers: NDQ_000627

answers: gravel), underlain by a layer of geotextile material.

answers: NDQ_000629

answers: geotextile material.

answers: NDQ_000630

answers: Porous paving

answers: NDQ_000631

answers: water storage reservoir

answers: NDQ_000632

answers: water storage reservoir

answers: NDQ_000633

answers: water storage reservoir

answers: NDQ_000634

answers: Generally porous pavement is not suited for areas with heavy traffic loads.

answers: NDQ_000635

answers: Generally porous pavement is not suited for areas with heavy traffic loads.

answers: NDQ_000636

answers: Porous paving

answers: NDQ_000637

answers: (sand or gravel),

answers: NDQ_000638

answers: water storage reservoir

answers: NDQ_000639

answers: (sand or gravel),

answers: NDQ_000640

answers: water storage reservoir

answers: NDQ_000641

answers: water storage reservoir

answers: NDQ_000642

answers: Particulates in stormwater can clog pores

answers: NDQ_000643

answers: water storage reservoir

answers: NDQ_000644

answers: pores

answers: NDQ_000645

answers: soil or to a dedicated water storage reservoir

answers: NDQ_000646

answers: water storage reservoir

answers: NDQ_000647

answers: a dedicated water storage reservoir

answers: NDQ_000648

answers: runoff

answers: NDQ_000649

answers: (sand or gravel),

answers: NDQ_000650

answers: heavy traffic loads.

answers: NDQ_000651

answers: Porous paving

answers: NDQ_000652

answers: runoff

answers: NDQ_000653

answers: soil

answers: NDQ_000654

answers: infiltration of runoff water

answers: NDQ_000655

answers: impermeable

text: The search for hydrocarbons has also induced pollutants into aquifers and groundwater.

text: The search for hydrocarbons has also induced pollutants into aquifers and groundwater.

answers: NDQ_000611

answers: aquifers contain water

answers: NDQ_000613

answers: aquifers and groundwater

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: pollutants are ingested into groundwater

answers: NDQ_000624

answers: What will happen to the aquifers?

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: None of the above choices.

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: Which of the following is true of hydrocarbons?

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

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

answers: NDQ_000640

answers: None of the above choices.

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: can cause aquifers to dry out

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: can be described as

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: can not be drilled

answers: NDQ_000647

answers: is groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: in the ground

answers: NDQ_000650

answers: searches for hydrocarbons

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: pollutants into aquifers

answers: NDQ_000613

answers: pollutants

answers: NDQ_000615

answers: groundwater.

answers: NDQ_000616

answers: pollutants

answers: NDQ_000619

answers: hydrocarbons

answers: NDQ_000624

answers: aquifers and groundwater.

answers: NDQ_000627

answers: The search for hydrocarbons

answers: NDQ_000629

answers: The search for hydrocarbons

answers: NDQ_000630

answers: The search for hydrocarbons

answers: NDQ_000631

answers: The search for hydrocarbons

answers: NDQ_000632

answers: aquifers

answers: NDQ_000633

answers: The search for hydrocarbons

answers: NDQ_000634

answers: The search for hydrocarbons

answers: NDQ_000635

answers: The search for hydrocarbons

answers: NDQ_000636

answers: The search for hydrocarbons

answers: NDQ_000637

answers: The search for hydrocarbons

answers: NDQ_000638

answers: The search for hydrocarbons

answers: NDQ_000639

answers: The search for hydrocarbons

answers: NDQ_000640

answers: The search for hydrocarbons

answers: NDQ_000641

answers: The search for hydrocarbons

answers: NDQ_000642

answers: aquifers

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifers

answers: NDQ_000646

answers: groundwater.

answers: NDQ_000647

answers: groundwater.

answers: NDQ_000648

answers: pollutants

answers: NDQ_000649

answers: aquifers

answers: NDQ_000650

answers: search for hydrocarbons

answers: NDQ_000651

answers: The search for hydrocarbons

answers: NDQ_000652

answers: aquifers

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: hydrocarbons

answers: NDQ_000655

answers: aquifers

text: OGS helps people understand how to apply the geological knowledge about Ontario to address a range of public policy issues. The OGS is a public good organization. Its geological survey function is mandated by the Ontario Government. OGS has no regulatory responsibility. Ontario's geology includes: a) the rock (bedrock); b) the deposits of sand, gravel, and till left by the glaciers; c) the mineral resources and potential; d) the energy resource potential within the rocks and soils; and e) the groundwater aquifers that contain groundwater resources. An understanding of what is at, and below, our feet is fundamental to human existence on the Earth, to understand the environment and habitats, and our ability to adapt to future changes, such as global warming. This geological knowledge is used to assess Earth resource potential, to attract investment, to ensure the health and safety of Ontario people from geo-hazards, and to plan the present and future use of the land. The OGS also collaborates with Ontario's Aboriginal people to achieve a mutual understanding, mutual respect, and to achieve mutual interests. The OGS is a science-based organization that conducts field studies.

text: OGS helps people understand how to apply the geological knowledge about Ontario to address a range of public policy issues. The OGS is a public good organization. Its geological survey function is mandated by the

text: Ontario Government

text: . OGS has no regulatory responsibility. Ontario's geology includes: a) the rock (

text: bedrock

text: ); b) the deposits of sand, gravel, and till left by the

text: glacier

text: s; c) the mineral resources and potential; d) the energy resource potential within the rocks and soils; and e) the

text: groundwater

text: aquifers

text: that contain groundwater resources. An understanding of what is at, and below, our feet is fundamental to human existence on the Earth, to understand the environment and habitats, and our ability to adapt to future changes, such as global warming. This geological knowledge is used to assess Earth resource potential, to attract investment, to ensure the health and safety of Ontario people from geo-hazards, and to plan the present and future use of the land. The OGS also collaborates with

text: Ontario's Aboriginal people

text: to achieve a mutual understanding, mutual respect, and to achieve mutual interests. The OGS is a science-based organization that conducts

text: field studies

answers: NDQ_000611

answers: aquifers contain groundwater resources

answers: NDQ_000613

answers: contain groundwater resources

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: global warming occurs

answers: NDQ_000624

answers: e

answers: NDQ_000627

answers: groundwater aquifers that contain groundwater resources

answers: NDQ_000629

answers: What is the rock layer below an aquifer always consists of permeable rock?

answers: NDQ_000630

answers: water in hot springs is heated by hot magma

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: Which of the following is not a type of aquifer: groundwater aquifers that contain groundwater resources?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: What is one of the biggest aquifers in the world?

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: to plan the present and future use of the land

answers: NDQ_000637

answers: groundwater aquifers that contain groundwater resources

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a mineral resource?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: groundwater aquifers

answers: NDQ_000642

answers: aquifers

answers: NDQ_000643

answers: groundwater aquifers

answers: NDQ_000644

answers: soil

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: groundwater aquifers

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater aquifers

answers: NDQ_000650

answers: groundwater is polluted

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifers

answers: NDQ_000611

answers: groundwater aquifers

answers: NDQ_000613

answers: contain groundwater resources.

answers: NDQ_000615

answers: groundwater aquifers that contain groundwater

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: global warming.

answers: NDQ_000624

answers: groundwater aquifers that contain groundwater resources.

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: groundwater aquifers that contain groundwater resources.

answers: NDQ_000630

answers: groundwater aquifers that contain groundwater

answers: NDQ_000631

answers: groundwater aquifers

answers: NDQ_000632

answers: groundwater aquifers

answers: NDQ_000633

answers: groundwater aquifers that contain groundwater resources.

answers: NDQ_000634

answers: groundwater aquifers that contain groundwater resources.

answers: NDQ_000635

answers: use of the land.

answers: NDQ_000636

answers: Ontario's Aboriginal people

answers: NDQ_000637

answers: groundwater aquifers that contain groundwater resources.

answers: NDQ_000638

answers: groundwater aquifers that contain groundwater resources.

answers: NDQ_000639

answers: mineral resources and potential;

answers: NDQ_000640

answers: groundwater aquifers that contain groundwater resources.

answers: NDQ_000641

answers: groundwater aquifers that contain groundwater

answers: NDQ_000642

answers: sand, gravel, and till left by the glaciers;

answers: NDQ_000643

answers: groundwater aquifers

answers: NDQ_000644

answers: groundwater aquifers

answers: NDQ_000645

answers: groundwater aquifers

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater aquifers

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater aquifers

answers: NDQ_000650

answers: global warming.

answers: NDQ_000651

answers: groundwater aquifers that contain groundwater resources.

answers: NDQ_000652

answers: groundwater aquifers

answers: NDQ_000653

answers: groundwater aquifers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater aquifers

text: Wells was the Assistant Clerk Superior Civil Court of Boston from 1895 to 1901. Wells was a member of the Massachusetts House of Representatives in 1919. Wells was elected in 1920 to represent the fifth Suffolk Senatorial District of the Massachusetts Senate. Wells was elected Senate President in 1925 and remained President until his retirement in 1928.  Wells died on April 23, 1954 at Massachusetts General Hospital.

text: Wells was the Assistant Clerk Superior Civil Court of Boston from 1895 to 1901. Wells was a member of the

text: Massachusetts House of Representatives

text: in 1919. Wells was elected in 1920 to represent the fifth Suffolk Senatorial District of the

text: Massachusetts Senate

text: . Wells was elected

text: Senate President

text: in 1925 and remained

text: President

text: until his retirement in 1928.  Wells died on April 23, 1954 at Massachusetts General Hospital.

answers: NDQ_000611

answers: is found in the soil

answers: NDQ_000613

answers: good aquifer

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Massachusetts

answers: NDQ_000619

answers: Wells was a member of the Senate

answers: NDQ_000624

answers: wells died on April 23, 1954

answers: NDQ_000627

answers: How many years did Wells serve as a member of the Massachusetts House of Representatives?

answers: NDQ_000629

answers: Which happened first, Wells was elected Senate President or Wells died?

answers: NDQ_000630

answers: How would you describe Wells?

answers: NDQ_000631

answers: Massachusetts

answers: NDQ_000632

answers: How many years did Wells serve as a member of the Massachusetts House of Representatives?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: What is the largest aquifer in the world?

answers: NDQ_000635

answers: How many years was Wells a member of the Massachusetts House of Representatives?

answers: NDQ_000636

answers: wells died

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which happened first, Wells was elected Senate President in 1925 or Wells died?

answers: NDQ_000640

answers: How many years did Wells serve in the Massachusetts Senate?

answers: NDQ_000641

answers: How would you describe Wells?

answers: NDQ_000642

answers: Wells died on April 23, 1954

answers: NDQ_000643

answers: saline

answers: NDQ_000644

answers: Wells was a person

answers: NDQ_000645

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: ice

answers: NDQ_000648

answers: Massachusetts General Hospital

answers: NDQ_000649

answers: Where did Wells die?

answers: NDQ_000650

answers: is located near a large body of water

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: source

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: aquifers

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: Wells was the Assistant Clerk Superior Civil Court of Boston

answers: NDQ_000613

answers: Senatorial District

answers: NDQ_000615

answers: Boston

answers: NDQ_000616

answers: Wells was the Assistant Clerk Superior Civil Court of Boston

answers: NDQ_000619

answers: Wells was elected in 1920 to represent the fifth Suffolk Senatorial District

answers: NDQ_000624

answers: 1901.

answers: NDQ_000627

answers: Wells was the Assistant Clerk Superior Civil Court of Boston

answers: NDQ_000629

answers: 1901.

answers: NDQ_000630

answers: Wells was the Assistant Clerk Superior Civil Court of Boston from 1895

answers: NDQ_000631

answers: Wells was the Assistant Clerk Superior Civil Court of Boston from 1895

answers: NDQ_000632

answers: 1895 to 1901.

answers: NDQ_000633

answers: Wells was the Assistant Clerk Superior Civil Court of Boston from 1895

answers: NDQ_000634

answers: Wells was the Assistant Clerk Superior Civil Court of Boston from 1895

answers: NDQ_000635

answers: Wells was the Assistant Clerk Superior Civil Court of Boston from 1895

answers: NDQ_000636

answers: Wells was the Assistant Clerk Superior Civil Court of Boston from 1895

answers: NDQ_000637

answers: Wells was the Assistant Clerk Superior Civil Court of Boston from 1895

answers: NDQ_000638

answers: Wells was the Assistant Clerk Superior Civil Court of Boston from 1895

answers: NDQ_000639

answers: Wells was the Assistant Clerk Superior Civil Court of Boston from 1895

answers: NDQ_000640

answers: Wells was the Assistant Clerk Superior Civil Court of Boston from 1895

answers: NDQ_000641

answers: Wells was the Assistant Clerk Superior Civil Court of Boston from 1895

answers: NDQ_000642

answers: 1901.

answers: NDQ_000643

answers: Suffolk Senatorial District

answers: NDQ_000644

answers: Wells was the Assistant Clerk Superior Civil Court of Boston

answers: NDQ_000645

answers: Wells was the Assistant Clerk Superior Civil Court of Boston

answers: NDQ_000646

answers: 1895

answers: NDQ_000647

answers: Wells was the Assistant Clerk Superior Civil Court of Boston from 1895

answers: NDQ_000648

answers: Wells was the Assistant Clerk Superior Civil Court of Boston

answers: NDQ_000649

answers: Wells was the Assistant Clerk Superior Civil Court of Boston from 1895

answers: NDQ_000650

answers: fifth Suffolk Senatorial District

answers: NDQ_000651

answers: Wells was the Assistant Clerk Superior Civil Court of Boston from 1895

answers: NDQ_000652

answers: Wells was the Assistant Clerk Superior Civil Court of Boston

answers: NDQ_000653

answers: Boston

answers: NDQ_000654

answers: Wells was the Assistant Clerk Superior Civil Court of Boston

answers: NDQ_000655

answers: Suffolk Senatorial District

text: Inferno Crater Lake is a large hot spring located in the Waimangu Volcanic Rift Valley on the North Island of New Zealand, and the largest geyser-like feature in the world. The actual geyser is not visible, as it plays underwater at the bottom of the lake, however, fumaroles are visible on the lake's shore and the rock wall behind it.

text: Inferno Crater Lake is a large

text: hot spring

text: located in the

text: Waimangu Volcanic Rift Valley

text: on the North Island of

text: New Zealand

text: , and the largest

text: geyser

text: -like feature in the world. The actual geyser is not visible, as it plays underwater at the bottom of the lake, however,

text: fumaroles

text: are visible on the lake's shore and the rock wall behind it.

answers: NDQ_000611

answers: evaporates from the surface

answers: NDQ_000613

answers: hot spring

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: volcanic eruptions occur

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: Why is the geyser not visible?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What type of land use is the Waimangu Volcanic Rift Valley?

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: What type of spring is Inferno Crater Lake?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: The rock wall behind it

answers: NDQ_000643

answers: underwater

answers: NDQ_000644

answers: fumaroles

answers: NDQ_000645

answers: NDQ_000646

answers: hot spring

answers: NDQ_000647

answers: lake

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Why is the geyser not visible?

answers: NDQ_000650

answers: fumaroles are visible

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: volcanic eruption

answers: NDQ_000653

answers: lakes

answers: NDQ_000654

answers: volcanoes

answers: NDQ_000655

answers: crater

answers: NDQ_000611

answers: underwater at the bottom of the lake, however, fumaroles

answers: NDQ_000613

answers: hot spring

answers: NDQ_000615

answers: fumaroles are visible on the lake's shore

answers: NDQ_000616

answers: Inferno Crater Lake

answers: NDQ_000619

answers: hot spring

answers: NDQ_000624

answers: Waimangu Volcanic Rift Valley

answers: NDQ_000627

answers: Waimangu Volcanic Rift Valley

answers: NDQ_000629

answers: fumaroles

answers: NDQ_000630

answers: fumaroles

answers: NDQ_000631

answers: Waimangu Volcanic Rift Valley

answers: NDQ_000632

answers: underwater

answers: NDQ_000633

answers: hot spring

answers: NDQ_000634

answers: Waimangu Volcanic Rift Valley

answers: NDQ_000635

answers: fumaroles are visible on the lake's shore

answers: NDQ_000636

answers: North Island of New Zealand,

answers: NDQ_000637

answers: Waimangu Volcanic Rift Valley

answers: NDQ_000638

answers: rock wall

answers: NDQ_000639

answers: rock

answers: NDQ_000640

answers: fumaroles

answers: NDQ_000641

answers: Inferno Crater Lake is a large hot spring

answers: NDQ_000642

answers: rock wall

answers: NDQ_000643

answers: rock wall

answers: NDQ_000644

answers: fumaroles

answers: NDQ_000645

answers: rock wall

answers: NDQ_000646

answers: hot spring

answers: NDQ_000647

answers: The actual geyser

answers: NDQ_000648

answers: fumaroles

answers: NDQ_000649

answers: rock wall

answers: NDQ_000650

answers: fumaroles

answers: NDQ_000651

answers: Waimangu Volcanic Rift Valley

answers: NDQ_000652

answers: Volcanic Rift Valley

answers: NDQ_000653

answers: Waimangu Volcanic Rift Valley

answers: NDQ_000654

answers: fumaroles

answers: NDQ_000655

answers: rock wall

text: Groundwater is fresh water located in the subsurface pore space of soil and rocks. It is also water that is flowing within aquifers below the water table. Sometimes it is useful to make a distinction between groundwater that is closely associated with surface water and deep groundwater in an aquifer (sometimes called "fossil water").

text: Groundwater is fresh water located in the subsurface

text: pore

text: space of soil and

text: rocks

text: . It is also water that is flowing within

text: aquifer

text: s below the

text: water table

text: . Sometimes it is useful to make a distinction between groundwater that is closely associated with surface water and deep groundwater in an aquifer (sometimes called "fossil water").

answers: NDQ_000611

answers: is found below the water table

answers: NDQ_000613

answers: groundwater that is closely associated with surface water

answers: NDQ_000615

answers: lower

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is in the subsurface pore space

answers: NDQ_000624

answers: It may rise or fall.

answers: NDQ_000627

answers: It is also water that is flowing within aquifers

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: deep groundwater in an aquifer

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: groundwater

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: The bottom layer of an aquifer has impermeable rock

answers: NDQ_000639

answers: What is groundwater that is closely associated with surface water?

answers: NDQ_000640

answers: The water table keeps water from seeping

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unsuitable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: pores

answers: NDQ_000645

answers: the water table

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: groundwater is closely associated with surface water

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: fresh water located in the subsurface pore space of soil and rocks.

answers: NDQ_000613

answers: deep groundwater

answers: NDQ_000615

answers: Groundwater

answers: NDQ_000616

answers: Groundwater

answers: NDQ_000619

answers: Groundwater

answers: NDQ_000624

answers: Groundwater

answers: NDQ_000627

answers: soil and rocks.

answers: NDQ_000629

answers: Groundwater

answers: NDQ_000630

answers: Groundwater

answers: NDQ_000631

answers: aquifers below the water table.

answers: NDQ_000632

answers: water table.

answers: NDQ_000633

answers: Groundwater

answers: NDQ_000634

answers: Groundwater

answers: NDQ_000635

answers: Groundwater

answers: NDQ_000636

answers: Groundwater

answers: NDQ_000637

answers: Groundwater

answers: NDQ_000638

answers: Groundwater

answers: NDQ_000639

answers: Groundwater

answers: NDQ_000640

answers: Groundwater

answers: NDQ_000641

answers: Groundwater

answers: NDQ_000642

answers: rocks.

answers: NDQ_000643

answers: Groundwater

answers: NDQ_000644

answers: pore space of soil and rocks.

answers: NDQ_000645

answers: water table.

answers: NDQ_000646

answers: Groundwater

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: Groundwater

answers: NDQ_000649

answers: Groundwater

answers: NDQ_000650

answers: surface water and deep groundwater

answers: NDQ_000651

answers: Groundwater

answers: NDQ_000652

answers: Groundwater

answers: NDQ_000653

answers: Groundwater

answers: NDQ_000654

answers: Groundwater

answers: NDQ_000655

answers: Groundwater

text: An aquifer is a layer of porous substrate that contains and transmits groundwater. When water can flow directly between the surface and the saturated zone of an aquifer, the aquifer is unconfined. The deeper parts of unconfined aquifers are usually more saturated since gravity causes water to flow downward.

text: An aquifer is a layer of porous substrate that contains and transmits groundwater. When water can flow directly between the surface and the saturated zone of an aquifer, the aquifer is unconfined. The deeper parts of unconfined aquifers are usually more saturated since gravity causes water to flow downward.

answers: NDQ_000611

answers: can flow directly between the surface and the saturated zone

answers: NDQ_000613

answers: water can flow directly between the surface and the saturated zone

answers: NDQ_000615

answers: lower

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: gravity causes water to flow downward

answers: NDQ_000624

answers: aquifer

answers: NDQ_000627

answers: It's impossible to say

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: It is impossible for an aquifer to ever run dry

answers: NDQ_000634

answers: It is not possible to tell

answers: NDQ_000635

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

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: unconfined

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: unconfined aquifers

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: unconfined

answers: NDQ_000650

answers: is unconfined

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: unconfined

answers: NDQ_000611

answers: The deeper parts of unconfined aquifers are usually more saturated

answers: NDQ_000613

answers: water can flow directly between the surface and the saturated zone

answers: NDQ_000615

answers: downward.

answers: NDQ_000616

answers: groundwater.

answers: NDQ_000619

answers: gravity causes water to flow downward.

answers: NDQ_000624

answers: downward.

answers: NDQ_000627

answers: porous substrate

answers: NDQ_000629

answers: porous substrate

answers: NDQ_000630

answers: An aquifer

answers: NDQ_000631

answers: aquifer

answers: NDQ_000632

answers: unconfined.

answers: NDQ_000633

answers: unconfined.

answers: NDQ_000634

answers: An aquifer

answers: NDQ_000635

answers: An aquifer

answers: NDQ_000636

answers: An aquifer

answers: NDQ_000637

answers: When water can flow directly between the surface and the saturated zone

answers: NDQ_000638

answers: unconfined.

answers: NDQ_000639

answers: aquifer

answers: NDQ_000640

answers: unconfined.

answers: NDQ_000641

answers: downward.

answers: NDQ_000642

answers: aquifer

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: The deeper parts

answers: NDQ_000646

answers: groundwater.

answers: NDQ_000647

answers: groundwater.

answers: NDQ_000648

answers: groundwater.

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: unconfined.

answers: NDQ_000651

answers: An aquifer

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: groundwater.

answers: NDQ_000655

answers: unconfined.

text: In 1903 the Geyser was renamed the Denis J. Swenie.

text: In 1903 the Geyser was renamed the Denis J. Swenie.

answers: NDQ_000611

answers: erupts from a geyser

answers: NDQ_000613

answers: good aquifers contain water

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: a lake

answers: NDQ_000619

answers: lava from volcanoes is released

answers: NDQ_000624

answers: What will happen to the Geyser?

answers: NDQ_000627

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

answers: NDQ_000629

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

answers: NDQ_000630

answers: The Denis J. Swenie is a type of

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: What is the Denis J. Swenie?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: Land use can affect the amount of water that is available to enter groundwater.

answers: NDQ_000636

answers: the Denis J. Swenie

answers: NDQ_000637

answers: The Denis J. Swenie is an aquifer.

answers: NDQ_000638

answers: It is made of limestone.

answers: NDQ_000639

answers: What type of spring is the Geyser?

answers: NDQ_000640

answers: What does Denis J. Swenie do for a living?

answers: NDQ_000641

answers: The Denis J Swenie is a geyser.

answers: NDQ_000642

answers: can be described as

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: can be described as

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: can be found

answers: NDQ_000648

answers: can be used for drinking

answers: NDQ_000649

answers: insoluble

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: the oceans

answers: NDQ_000654

answers: evaporation

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: In 1903 the Geyser

answers: NDQ_000613

answers: In 1903

answers: NDQ_000615

answers: Denis J. Swenie.

answers: NDQ_000616

answers: Geyser

answers: NDQ_000619

answers: Denis J. Swenie.

answers: NDQ_000624

answers: Denis J. Swenie.

answers: NDQ_000627

answers: Denis J. Swenie.

answers: NDQ_000629

answers: Denis J. Swenie.

answers: NDQ_000630

answers: Denis J. Swenie.

answers: NDQ_000631

answers: Denis J. Swenie.

answers: NDQ_000632

answers: Denis J. Swenie.

answers: NDQ_000633

answers: Denis J. Swenie.

answers: NDQ_000634

answers: Denis J. Swenie.

answers: NDQ_000635

answers: Denis J. Swenie.

answers: NDQ_000636

answers: Denis J. Swenie.

answers: NDQ_000637

answers: Denis J. Swenie.

answers: NDQ_000638

answers: Denis J. Swenie.

answers: NDQ_000639

answers: Denis J. Swenie.

answers: NDQ_000640

answers: Denis J. Swenie.

answers: NDQ_000641

answers: Denis J. Swenie.

answers: NDQ_000642

answers: Denis J. Swenie.

answers: NDQ_000643

answers: Geyser

answers: NDQ_000644

answers: Geyser

answers: NDQ_000645

answers: Geyser

answers: NDQ_000646

answers: Denis J. Swenie.

answers: NDQ_000647

answers: Geyser

answers: NDQ_000648

answers: Denis J. Swenie.

answers: NDQ_000649

answers: Denis J. Swenie.

answers: NDQ_000650

answers: Denis J. Swenie.

answers: NDQ_000651

answers: Denis J. Swenie.

answers: NDQ_000652

answers: Geyser

answers: NDQ_000653

answers: Geyser

answers: NDQ_000654

answers: Geyser

answers: NDQ_000655

answers: Geyser

text: The river has faced serious damage in recent years due to various human activities. Unregulated and excessive sand mining in the riverbed has led to falling groundwater levels in the river basin, besides damaging civil structures on and near the river and has led to both a deepening of the riverbed and deterioration in the quality of groundwater. Restoration activities under the Foundation for Ecological Security through community participation towards maintenance of check dams, curbing grazing and felling of trees has however led to a revival of the river leading to rising groundwater levels and an increase in tree cover. The success with the Papagni is now being seen as a possible model for the rejuvenation of the Arkavathy river in Karnataka.

text: The river has faced serious damage in recent years due to various human activities. Unregulated and excessive

text: sand mining

text: in the

text: riverbed

text: has led to falling

text: groundwater

text: levels in the river basin, besides damaging civil structures on and near the river and has led to both a deepening of the riverbed and deterioration in the quality of groundwater. Restoration activities under the

text: Foundation for Ecological Security

text: through community participation towards maintenance of

text: check dam

text: s, curbing grazing and felling of trees has however led to a revival of the river leading to rising groundwater levels and an increase in tree cover. The success with the Papagni is now being seen as a possible model for the rejuvenation of the

text: Arkavathy river

text: in Karnataka.

answers: NDQ_000611

answers: falls into the riverbed

answers: NDQ_000613

answers: rising groundwater levels and an increase in tree cover

answers: NDQ_000615

answers: rise

answers: NDQ_000616

answers: riverbed

answers: NDQ_000619

answers: groundwater levels are too low

answers: NDQ_000624

answers: rising groundwater levels

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

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

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not

answers: NDQ_000635

answers: What has caused the river to face serious damage in recent years?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or riverbeds?

answers: NDQ_000640

answers: dams

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: dams

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: check dams

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is the riverbed

answers: NDQ_000650

answers: sand mining

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: river

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: human activities

answers: NDQ_000655

answers: dams

answers: NDQ_000611

answers: deterioration in the quality of groundwater.

answers: NDQ_000613

answers: rising groundwater levels and an increase in tree cover.

answers: NDQ_000615

answers: falling groundwater

answers: NDQ_000616

answers: Papagni

answers: NDQ_000619

answers: human activities. Unregulated and excessive sand mining

answers: NDQ_000624

answers: falling groundwater levels

answers: NDQ_000627

answers: sand mining in the riverbed has led to falling groundwater

answers: NDQ_000629

answers: sand mining

answers: NDQ_000630

answers: Papagni

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: Papagni

answers: NDQ_000635

answers: excessive sand mining

answers: NDQ_000636

answers: sand mining

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: sand mining in the riverbed has led to falling groundwater

answers: NDQ_000639

answers: sand mining

answers: NDQ_000640

answers: sand mining

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: check dams,

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: check dams,

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: excessive sand mining

answers: NDQ_000651

answers: Arkavathy river in Karnataka.

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: grazing and felling of trees

answers: NDQ_000655

answers: check dams,

text: At the site of the mineral springs, the company has created Parque Salus, a park for visitors that includes a forest area and the industrial installations, often hosting educational visits by schools. The logo of these grounds is a puma. It is related to a local legend about a puma that was drinking from this spring. The puma was said to be the protector of the spring. With the arrival of humans it disappeared, leaving the protection of the spring to them. Visitors can enter the cave of the spring where they can be served cups of water. Drinking from the spring is said to pass to them the spirit of force and vitality of the puma.

text: At the site of the mineral springs, the company has created Parque Salus, a park for visitors that includes a forest area and the industrial installations, often hosting educational visits by schools. The logo of these grounds is a

text: puma

text: . It is related to a local legend about a puma that was drinking from this spring. The puma was said to be the protector of the spring. With the arrival of humans it disappeared, leaving the protection of the spring to them. Visitors can enter the cave of the spring where they can be served cups of water. Drinking from the spring is said to pass to them the spirit of force and vitality of the puma.

answers: NDQ_000611

answers: carries the spirit of force and vitality

answers: NDQ_000613

answers: force and vitality

answers: NDQ_000615

answers: be very high

answers: NDQ_000616

answers: mineral springs

answers: NDQ_000619

answers: mineral springs contain large amounts of water

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

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

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

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

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: Which of the following is not a type of land use: forest area or industrial installations?

answers: NDQ_000636

answers: the Puma

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a mineral spring: hot springs, mineral springs or mineral springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: cave

answers: NDQ_000644

answers: caves

answers: NDQ_000645

answers: cave

answers: NDQ_000646

answers: cave

answers: NDQ_000647

answers: springs

answers: NDQ_000648

answers: mineral

answers: NDQ_000649

answers: Where does water infiltrate the ground?

answers: NDQ_000650

answers: is surrounded by industrial installations

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: mineral

answers: NDQ_000653

answers: mineral springs

answers: NDQ_000654

answers: minerals

answers: NDQ_000655

answers: mineral springs

answers: NDQ_000611

answers: mineral springs,

answers: NDQ_000613

answers: force and vitality

answers: NDQ_000615

answers: cave of the spring where they can be served cups of water.

answers: NDQ_000616

answers: mineral springs,

answers: NDQ_000619

answers: mineral springs,

answers: NDQ_000624

answers: mineral springs,

answers: NDQ_000627

answers: mineral springs,

answers: NDQ_000629

answers: water.

answers: NDQ_000630

answers: spirit of force and vitality of the puma.

answers: NDQ_000631

answers: mineral springs,

answers: NDQ_000632

answers: springs,

answers: NDQ_000633

answers: springs,

answers: NDQ_000634

answers: Parque Salus,

answers: NDQ_000635

answers: forest

answers: NDQ_000636

answers: Parque Salus,

answers: NDQ_000637

answers: mineral springs,

answers: NDQ_000638

answers: water.

answers: NDQ_000639

answers: mineral springs,

answers: NDQ_000640

answers: The puma was said to be the protector of the spring.

answers: NDQ_000641

answers: springs,

answers: NDQ_000642

answers: humans

answers: NDQ_000643

answers: mineral springs,

answers: NDQ_000644

answers: cave

answers: NDQ_000645

answers: mineral springs,

answers: NDQ_000646

answers: mineral springs,

answers: NDQ_000647

answers: mineral springs,

answers: NDQ_000648

answers: mineral springs,

answers: NDQ_000649

answers: humans

answers: NDQ_000650

answers: humans

answers: NDQ_000651

answers: mineral springs, the company has created Parque Salus,

answers: NDQ_000652

answers: humans

answers: NDQ_000653

answers: mineral springs,

answers: NDQ_000654

answers: humans

answers: NDQ_000655

answers: protector of the spring.

text: Besides lowering the amount of water available, mining and other industrial activities release a large amount of hazardous chemicals and heavy metals such as chrome, lead, copper, mercury, and nickel into rivers and municipal sewage systems.  These metals are known to cause cancers and other neurological diseases.  It is estimated that only between 5 and 15 percent of sewage is actually treated, while the remainder is pumped raw into streams and the ocean itself.  Solid industrial waste is often sent to landfills where it is exposed to precipitation and surface runoff.  This ultimately ends up in streams, or worse, the groundwater aquifer where drinking water is obtained.

text: Besides lowering the amount of water available, mining and other

text: industrial

text: activities release a large amount of

text: hazardous chemical

text: s and

text: heavy metals

text: such as

text: chrome

text: lead

text: copper

text: mercury

text: , and

text: nickel

text: into rivers and municipal

text: sewage system

text: s.  These metals are known to cause

text: cancer

text: s and other

text: neurological diseases

text: .  It is estimated that only between 5 and 15 percent of

text: sewage

text: is actually treated, while the remainder is pumped raw into streams and the ocean itself.  Solid

text: industrial waste

text: is often sent to

text: landfill

text: s where it is exposed to

text: precipitation

text: and

text: surface runoff

text: .  This ultimately ends up in streams, or worse, the

text: groundwater

text: aquifer

text: where

text: drinking water

text: is obtained.

answers: NDQ_000611

answers: is pumped into streams and the ocean itself

answers: NDQ_000613

answers: groundwater

answers: NDQ_000615

answers: aquifer

answers: NDQ_000616

answers: solid industrial waste

answers: NDQ_000619

answers: heavy metals are released into the atmosphere

answers: NDQ_000624

answers: aquifer

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: mining and other industrial activities

answers: NDQ_000636

answers: sewage

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater aquifer

answers: NDQ_000644

answers: unanswerable

answers: NDQ_000645

answers: groundwater aquifer

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: groundwater aquifer

answers: NDQ_000648

answers: solid industrial waste

answers: NDQ_000649

answers: Where is the groundwater aquifer

answers: NDQ_000650

answers: solid industrial waste is exposed to precipitation

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: rivers

answers: NDQ_000654

answers: solid industrial waste

answers: NDQ_000655

answers: heavy

answers: NDQ_000611

answers: drinking water is obtained.

answers: NDQ_000613

answers: drinking water

answers: NDQ_000615

answers: lowering the amount of water available,

answers: NDQ_000616

answers: Solid industrial waste

answers: NDQ_000619

answers: mining and other industrial activities release a large amount of hazardous chemicals

answers: NDQ_000624

answers: groundwater aquifer

answers: NDQ_000627

answers: groundwater aquifer

answers: NDQ_000629

answers: Solid industrial waste is often sent to landfills

answers: NDQ_000630

answers: groundwater aquifer

answers: NDQ_000631

answers: groundwater aquifer

answers: NDQ_000632

answers: groundwater aquifer

answers: NDQ_000633

answers: groundwater aquifer

answers: NDQ_000634

answers: groundwater aquifer

answers: NDQ_000635

answers: lowering the amount of water available, mining and other industrial activities

answers: NDQ_000636

answers: mining and other industrial activities

answers: NDQ_000637

answers: groundwater aquifer

answers: NDQ_000638

answers: groundwater aquifer

answers: NDQ_000639

answers: mining

answers: NDQ_000640

answers: surface runoff.

answers: NDQ_000641

answers: groundwater aquifer

answers: NDQ_000642

answers: landfills

answers: NDQ_000643

answers: groundwater aquifer

answers: NDQ_000644

answers: landfills

answers: NDQ_000645

answers: groundwater aquifer

answers: NDQ_000646

answers: groundwater aquifer

answers: NDQ_000647

answers: groundwater aquifer

answers: NDQ_000648

answers: Solid industrial waste

answers: NDQ_000649

answers: groundwater aquifer

answers: NDQ_000650

answers: Solid industrial waste

answers: NDQ_000651

answers: groundwater aquifer

answers: NDQ_000652

answers: groundwater aquifer

answers: NDQ_000653

answers: groundwater aquifer

answers: NDQ_000654

answers: Solid industrial waste

answers: NDQ_000655

answers: groundwater aquifer

text: The Nubian sandstone complex has a thickness varying from under 500 m to over 3000 m, resting on the Precambrian basement. This is complicated by various structural faults and fold axes traversing the region in a north-eastern direction. Maximum development occurs in the Ain Dalla basin, a downthrown structural block south-west of the Bahariya oasis. Basement features present a dominant control on the complex's structural and sedimentological form. Despite many structural complications, Nubian sandstone likely constitutes a single hydrogeological system west of the Suez Gulf. To the east, on the Sinai peninsula, a second system might exist with some connection to the primary western system in the north. The main western system, extending into Libya and Sudan, consists of a multi-layered artesian basin where massive groundwater reserves accumulated, principally during pluvials of the Quaternary. Locally, carbonate rocks overlying the complex display karst features and are recharged by upwards leaks from the underlying major aquifer. Fluvial and structural interpretations from 2007 show the desert in western Egypt was induced by fluvial action, including recently mapped alluvial fans. In central areas, braided channels are spatially aligned to a north-east structural trend, suggesting preferential water flow paths. Alluvial fans and structurally enclosed channels coincided to gentle slopes and optimal recharge conditions between 1 and 5%, indicating high groundwater potential. Synthetic Aperture Radar (SAR) interpretations correlated with anomalies from groundwater in 383 wells, suggesting a connection between the spatial organization of fluvial and structural features with low-salinity groundwater, which exists adjacent to alluvial fans and the south-west reaches of structurally enclosed channels. Wells in the vicinity of structures contained low-salinity water.

text: The Nubian sandstone complex has a thickness varying from under 500 m to over 3000 m, resting on the Precambrian basement. This is complicated by various structural faults and fold axes traversing the region in a north-eastern direction. Maximum development occurs in the Ain Dalla basin, a downthrown structural block south-west of the

text: Bahariya

text: oasis.

text: Basement

text: features present a dominant control on the complex's structural and sedimentological form. Despite many structural complications, Nubian sandstone likely constitutes a single hydrogeological system west of the

text: Suez Gulf

text: . To the east, on the

text: Sinai peninsula

text: , a second system might exist with some connection to the primary western system in the north. The main western system, extending into

text: Libya

text: and Sudan, consists of a multi-layered

text: artesian

text: basin where massive groundwater reserves accumulated, principally during pluvials of the

text: Quaternary

text: . Locally,

text: carbonate

text: rocks overlying the complex display

text: karst

text: features and are recharged by upwards leaks from the underlying major

text: aquifer

text: Fluvial

text: and structural interpretations from 2007 show the desert in western Egypt was induced by fluvial action, including recently mapped

text: alluvial fans

text: . In central areas, braided channels are spatially aligned to a north-east structural trend, suggesting preferential water flow paths. Alluvial fans and structurally enclosed channels coincided to gentle slopes and optimal recharge conditions between 1 and 5%, indicating high groundwater potential.

text: Synthetic Aperture Radar

text: (SAR) interpretations correlated with anomalies from groundwater in 383 wells, suggesting a connection between the spatial organization of fluvial and structural features with low-

text: salinity

text: groundwater, which exists adjacent to alluvial fans and the south-west reaches of structurally enclosed channels. Wells in the vicinity of structures contained low-salinity water.

answers: NDQ_000611

answers: low-salinity water

answers: NDQ_000613

answers: gentle slopes and optimal recharge conditions

answers: NDQ_000615

answers: increase by how much

answers: NDQ_000616

answers: carbonate rocks overlying the complex

answers: NDQ_000619

answers: groundwater reserves accumulated

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: What is the underlying major aquifer?

answers: NDQ_000629

answers: What type of rock does the Nubian sandstone complex consist of?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: Why is the desert in western Egypt induced by fluvial action?

answers: NDQ_000632

answers: It is not possible to tell

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: Which aquifer is one of the biggest in the world?

answers: NDQ_000635

answers: What is the Bahariya oasis?

answers: NDQ_000636

answers: What is the main western hydrogeological system?

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: What type of rocks overlying the complex display karst features?

answers: NDQ_000640

answers: What keeps water in an aquifer from seeping deeper underground?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: Alluvial fans and structurally enclosed channels

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: karst

answers: NDQ_000645

answers: basement

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: artesian basin

answers: NDQ_000648

answers: upwards leaks

answers: NDQ_000649

answers: Where is the Nubian sandstone complex

answers: NDQ_000650

answers: in the vicinity of structures

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: artesian basin

answers: NDQ_000654

answers: Upwards leaks

answers: NDQ_000655

answers: karst

answers: NDQ_000611

answers: low-salinity

answers: NDQ_000613

answers: gentle slopes and optimal recharge conditions between 1 and 5%,

answers: NDQ_000615

answers: pluvials of the Quaternary.

answers: NDQ_000616

answers: upwards leaks

answers: NDQ_000619

answers: high groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: Synthetic Aperture Radar

answers: NDQ_000629

answers: upwards leaks

answers: NDQ_000630

answers: low-salinity groundwater,

answers: NDQ_000631

answers: underlying major aquifer.

answers: NDQ_000632

answers: low-salinity groundwater,

answers: NDQ_000633

answers: recharge conditions between 1 and 5%,

answers: NDQ_000634

answers: alluvial fans.

answers: NDQ_000635

answers: structures

answers: NDQ_000636

answers: low-salinity groundwater,

answers: NDQ_000637

answers: high groundwater potential.

answers: NDQ_000638

answers: Precambrian basement.

answers: NDQ_000639

answers: karst

answers: NDQ_000640

answers: low-salinity

answers: NDQ_000641

answers: Wells in the vicinity of structures

answers: NDQ_000642

answers: structurally enclosed channels

answers: NDQ_000643

answers: aquifer.

answers: NDQ_000644

answers: braided channels

answers: NDQ_000645

answers: low-salinity groundwater,

answers: NDQ_000646

answers: wells,

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: leaks

answers: NDQ_000649

answers: upwards leaks from the underlying major aquifer.

answers: NDQ_000650

answers: structures

answers: NDQ_000651

answers: upwards leaks

answers: NDQ_000652

answers: aquifer.

answers: NDQ_000653

answers: underlying major aquifer.

answers: NDQ_000654

answers: Alluvial fans

answers: NDQ_000655

answers: karst

text: Groundwater can be thought of in the same terms as surface water: inputs, outputs and storage.  The critical difference is that due to its slow rate of turnover, groundwater storage is generally much larger (in volume) compared to inputs than it is for surface water. This difference makes it easy for humans to use groundwater unsustainably for a long time without severe consequences.  Nevertheless, over the long term the average rate of seepage above a groundwater source is the upper bound for average consumption of water from that source.

text: Groundwater can be thought of in the same terms as surface water: inputs, outputs and storage.  The critical difference is that due to its slow rate of turnover, groundwater storage is generally much larger (in volume) compared to inputs than it is for surface water. This difference makes it easy for humans to use groundwater unsustainably for a long time without severe consequences.  Nevertheless, over the long term the average rate of seepage above a groundwater source is the upper bound for average consumption of water from that source.

answers: NDQ_000611

answers: has a slower rate of turnover than surface water

answers: NDQ_000613

answers: groundwater storage is generally much larger (in volume) compared to inputs than it is for surface water

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater storage is generally much larger

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: groundwater

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: storage is generally much larger

answers: NDQ_000635

answers: How can humans use groundwater unsustainably for a long time without severe consequences?

answers: NDQ_000636

answers: average consumption of water from a source

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: seepage

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: seepage

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: unanswerable

answers: NDQ_000650

answers: humans use the aquifer

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: slow rate of turnover,

answers: NDQ_000613

answers: slow rate of turnover,

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: Groundwater

answers: NDQ_000619

answers: Groundwater

answers: NDQ_000624

answers: Groundwater

answers: NDQ_000627

answers: Groundwater

answers: NDQ_000629

answers: Groundwater

answers: NDQ_000630

answers: Groundwater

answers: NDQ_000631

answers: Groundwater

answers: NDQ_000632

answers: Groundwater can be thought of in the same terms as surface water:

answers: NDQ_000633

answers: Groundwater

answers: NDQ_000634

answers: groundwater storage is generally much larger

answers: NDQ_000635

answers: groundwater storage

answers: NDQ_000636

answers: groundwater storage

answers: NDQ_000637

answers: Groundwater

answers: NDQ_000638

answers: Groundwater

answers: NDQ_000639

answers: Groundwater

answers: NDQ_000640

answers: the average rate of seepage

answers: NDQ_000641

answers: Groundwater

answers: NDQ_000642

answers: Groundwater

answers: NDQ_000643

answers: Groundwater

answers: NDQ_000644

answers: seepage

answers: NDQ_000645

answers: seepage above a groundwater source

answers: NDQ_000646

answers: Groundwater

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: Groundwater

answers: NDQ_000649

answers: Groundwater

answers: NDQ_000650

answers: humans to use groundwater unsustainably for a long time

answers: NDQ_000651

answers: Groundwater

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: Groundwater

answers: NDQ_000654

answers: seepage

answers: NDQ_000655

answers: groundwater storage

text: Archibald C. Godwin developed The Geysers into a spa named The Geysers Resort Hotel, which attracted tourists including Ulysses S. Grant, Theodore Roosevelt and Mark Twain. The resort declined in popularity in the mid 1880s, and rebranded itself to appeal to lower-income people. In 1938, the main building was destroyed in a landslide although the bar/restaurant, small cabins and the swimming pool stayed open, despite another fire in March 1957, until about 1979.  Unocal Corporation dismantled the remains of the resort in 1980.

text: Archibald C. Godwin

text: developed The Geysers into a spa named The Geysers Resort Hotel, which attracted tourists including

text: Ulysses S. Grant

text: Theodore Roosevelt

text: and

text: Mark Twain

text: . The resort declined in popularity in the mid 1880s, and rebranded itself to appeal to lower-income people. In 1938, the main building was destroyed in a landslide although the bar/restaurant, small cabins and the swimming pool stayed open, despite another fire in March 1957, until about 1979.

text: Unocal Corporation

text: dismantled the remains of the resort in 1980.

answers: NDQ_000611

answers: causes a landslide

answers: NDQ_000613

answers: aquifer

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Lake Erie

answers: NDQ_000619

answers: Geysers Resort Hotel

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: How does water in hot springs get heated?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: What is one of the biggest aquifers in the world?

answers: NDQ_000635

answers: Unocal Corporation dismantled the remains of the resort

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: The Geysers Resort Hotel

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: geysers

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Where does water infiltrate?

answers: NDQ_000650

answers: resort is built on top of it

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: glaciers

answers: NDQ_000654

answers: landslides

answers: NDQ_000655

answers: Geysers

answers: NDQ_000611

answers: landslide

answers: NDQ_000613

answers: Archibald C. Godwin developed The Geysers

answers: NDQ_000615

answers: The Geysers

answers: NDQ_000616

answers: The Geysers

answers: NDQ_000619

answers: landslide

answers: NDQ_000624

answers: landslide

answers: NDQ_000627

answers: landslide

answers: NDQ_000629

answers: 1938, the main building was destroyed in a landslide

answers: NDQ_000630

answers: Unocal Corporation dismantled the remains of the resort in 1980.

answers: NDQ_000631

answers: Archibald C. Godwin developed The Geysers

answers: NDQ_000632

answers: 1938, the main building was destroyed in a landslide

answers: NDQ_000633

answers: landslide

answers: NDQ_000634

answers: The Geysers Resort Hotel,

answers: NDQ_000635

answers: landslide

answers: NDQ_000636

answers: Unocal Corporation dismantled the remains of the resort in 1980.

answers: NDQ_000637

answers: Archibald C. Godwin developed The Geysers

answers: NDQ_000638

answers: landslide

answers: NDQ_000639

answers: Archibald C. Godwin developed The Geysers

answers: NDQ_000640

answers: Unocal Corporation dismantled the remains of the resort in 1980.

answers: NDQ_000641

answers: landslide

answers: NDQ_000642

answers: swimming pool

answers: NDQ_000643

answers: landslide

answers: NDQ_000644

answers: swimming pool

answers: NDQ_000645

answers: swimming pool

answers: NDQ_000646

answers: The Geysers Resort Hotel,

answers: NDQ_000647

answers: The Geysers

answers: NDQ_000648

answers: Archibald C. Godwin developed The Geysers

answers: NDQ_000649

answers: landslide

answers: NDQ_000650

answers: tourists

answers: NDQ_000651

answers: The Geysers Resort Hotel,

answers: NDQ_000652

answers: landslide

answers: NDQ_000653

answers: The Geysers

answers: NDQ_000654

answers: tourists

answers: NDQ_000655

answers: Geysers

text: Ojaotsa springs, also known as Serga springs are springs in Meremäe village in Estonia. They are the source for Tuhkvitsa Stream. Springs might potentially be rising springs forming a travertine deposit. Ojaotsa springs belong to the pre-selection of Natura 2000 nature conservation areas, they have 10 openings of groundwater and a rate of flow of 150 litres per second.

text: Ojaotsa springs, also known as Serga springs are springs in

text: Meremäe

text: village in

text: Estonia

text: . They are the source for

text: Tuhkvitsa Stream

text: . Springs might potentially be rising springs forming a

text: travertine

text: deposit. Ojaotsa springs belong to the pre-selection of

text: Natura 2000

text: nature conservation areas, they have 10 openings of groundwater and a rate of flow of 150 litres per second.

answers: NDQ_000611

answers: has a rate of flow of 150 litres per second

answers: NDQ_000613

answers: a rate of flow of 150 litres per second

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: springs

answers: NDQ_000619

answers: geothermal energy is released

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: What is the source for Tuhkvitsa Stream?

answers: NDQ_000629

answers: What is the source for Tuhkvitsa Stream?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: How many openings of groundwater are there?

answers: NDQ_000632

answers: How deep are Ojaotsa springs?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: How many openings of groundwater does Ojaotsa springs have?

answers: NDQ_000636

answers: It's impossible to say

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: How many openings of groundwater does Ojaotsa springs have?

answers: NDQ_000640

answers: What is the source for Tuhkvitsa Stream

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: openings

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where does the water infiltrate?

answers: NDQ_000650

answers: has a higher flow rate

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: travertine

answers: NDQ_000611

answers: 150 litres per second.

answers: NDQ_000613

answers: a rate of flow of 150 litres per second.

answers: NDQ_000615

answers: rising springs forming a travertine deposit.

answers: NDQ_000616

answers: Ojaotsa springs,

answers: NDQ_000619

answers: rising springs forming a travertine deposit.

answers: NDQ_000624

answers: rising

answers: NDQ_000627

answers: travertine

answers: NDQ_000629

answers: travertine deposit.

answers: NDQ_000630

answers: Ojaotsa springs,

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: 10 openings of groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: 150 litres per second.

answers: NDQ_000635

answers: 10 openings of groundwater

answers: NDQ_000636

answers: Ojaotsa springs,

answers: NDQ_000637

answers: travertine deposit.

answers: NDQ_000638

answers: travertine deposit.

answers: NDQ_000639

answers: travertine deposit.

answers: NDQ_000640

answers: Ojaotsa springs,

answers: NDQ_000641

answers: 150 litres per second.

answers: NDQ_000642

answers: 10 openings of groundwater

answers: NDQ_000643

answers: travertine

answers: NDQ_000644

answers: 10 openings

answers: NDQ_000645

answers: travertine deposit.

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: travertine

answers: NDQ_000650

answers: rising springs forming a travertine deposit.

answers: NDQ_000651

answers: Tuhkvitsa Stream.

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: rising springs

answers: NDQ_000654

answers: rising springs

answers: NDQ_000655

answers: travertine

text: All surface runoff and groundwater from Schoonmaker Point drain toward the northeast to San Francisco Bay.

text: All

text: surface runoff

text: and

text: groundwater

text: from Schoonmaker Point drain toward the northeast to San Francisco Bay.

answers: NDQ_000611

answers: drains into the bay

answers: NDQ_000613

answers: surface runoff and groundwater

answers: NDQ_000615

answers: increase in the bay

answers: NDQ_000616

answers: Schoonmaker Point

answers: NDQ_000619

answers: San Francisco Bay is a hot place.

answers: NDQ_000624

answers: What will happen to the water table?

answers: NDQ_000627

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

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: What is the source of the water from Schoonmaker Point?

answers: NDQ_000631

answers: It's impossible to say

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: It can affect the amount of water that can enter groundwater.

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: None of the above choices .

answers: NDQ_000638

answers: It is not possible to tell

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: The water table keeps water from seeping deeper underground.

answers: NDQ_000641

answers: It's impossible to say

answers: NDQ_000642

answers: Schoonmaker Point

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: Schoonmaker Point

answers: NDQ_000645

answers: is Schoonmaker Point

answers: NDQ_000646

answers: can't be used

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: surface runoff

answers: NDQ_000649

answers: softer

answers: NDQ_000650

answers: is closer to a body of water

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: San Francisco Bay

answers: NDQ_000654

answers: surface runoff

answers: NDQ_000655

answers: watertight

answers: NDQ_000611

answers: drain toward the northeast to San Francisco Bay.

answers: NDQ_000613

answers: drain toward the northeast

answers: NDQ_000615

answers: Schoonmaker Point drain toward the northeast to San Francisco Bay.

answers: NDQ_000616

answers: Schoonmaker Point

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: groundwater from Schoonmaker Point drain toward the northeast to San Francisco Bay.

answers: NDQ_000630

answers: groundwater from Schoonmaker Point drain toward the northeast to San Francisco Bay.

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: San Francisco Bay.

answers: NDQ_000635

answers: surface runoff

answers: NDQ_000636

answers: San Francisco Bay.

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: All surface runoff and groundwater

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: Schoonmaker Point

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater from Schoonmaker Point

answers: NDQ_000645

answers: Schoonmaker Point

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: surface runoff

answers: NDQ_000651

answers: San Francisco Bay.

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: San Francisco Bay.

answers: NDQ_000654

answers: surface runoff

answers: NDQ_000655

answers: groundwater

text: Becoming increasingly well-known, the Argentine Dept. of Agriculture commissioned University of Buenos Aires Chemistry Professor Hercules Corti to study the springs. Completing his report in 1918, Dr. Corti confirmed that the Río Hondo Hot Springs were among the most therapeutic on earth and, coming at a time when mineral springs were becoming a leading destination for "health tourism", Río Hondo quickly began attracting visitors from all over Argentina.  Set aside as a public resort in 1932, the first formal hotel facilities were opened in the late 1940s and they are, today, the world's second-most visited mineral hot springs, after the ones in Reykjavik, Iceland.

text: Becoming increasingly well-known, the Argentine Dept. of Agriculture commissioned

text: University of Buenos Aires

text: Chemistry Professor Hercules Corti to study the springs. Completing his report in 1918, Dr. Corti confirmed that the

text: Río Hondo Hot Springs

text: were among the most therapeutic on earth and, coming at a time when mineral springs were becoming a leading destination for "

text: health tourism

text: ", Río Hondo quickly began attracting visitors from all over Argentina.  Set aside as a public resort in 1932, the first formal hotel facilities were opened in the late 1940s and they are, today, the world's second-most visited mineral

text: hot spring

text: s, after the ones in

text: Reykjavik

text: Iceland

answers: NDQ_000611

answers: is heated by a heat source

answers: NDQ_000613

answers: therapeutic

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: mineral springs

answers: NDQ_000619

answers: mineral springs are hot

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: mineral springs

answers: NDQ_000632

answers: What is the purpose of this passage?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unknown

answers: NDQ_000635

answers: What is the Argentine Dept. of Agriculture?

answers: NDQ_000636

answers: R o Hondo

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: What are mineral hot springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: Hot Springs

answers: NDQ_000644

answers: mineral springs

answers: NDQ_000645

answers: Hot Springs

answers: NDQ_000646

answers: mineral springs

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: mineral springs

answers: NDQ_000649

answers: Where is the R o Hondo Hot Springs

answers: NDQ_000650

answers: public resort

answers: NDQ_000651

answers: Argentine

answers: NDQ_000652

answers: mineral

answers: NDQ_000653

answers: Iceland

answers: NDQ_000654

answers: mineral springs

answers: NDQ_000655

answers: Hot Springs

answers: NDQ_000611

answers: mineral springs

answers: NDQ_000613

answers: therapeutic

answers: NDQ_000615

answers: R<unk>o Hondo Hot Springs

answers: NDQ_000616

answers: R<unk>o Hondo Hot Springs

answers: NDQ_000619

answers: mineral springs

answers: NDQ_000624

answers: mineral springs

answers: NDQ_000627

answers: mineral springs

answers: NDQ_000629

answers: R<unk>o Hondo Hot Springs were among the most therapeutic on earth

answers: NDQ_000630

answers: R<unk>o Hondo

answers: NDQ_000631

answers: mineral springs

answers: NDQ_000632

answers: R<unk>o Hondo Hot Springs were among the most therapeutic on earth

answers: NDQ_000633

answers: mineral springs

answers: NDQ_000634

answers: the R<unk>o Hondo

answers: NDQ_000635

answers: Agriculture

answers: NDQ_000636

answers: Argentine Dept. of Agriculture

answers: NDQ_000637

answers: mineral springs

answers: NDQ_000638

answers: R<unk>o Hondo Hot Springs were among the most therapeutic on earth

answers: NDQ_000639

answers: mineral springs

answers: NDQ_000640

answers: R<unk>o Hondo

answers: NDQ_000641

answers: mineral springs

answers: NDQ_000642

answers: R<unk>o Hondo Hot Springs

answers: NDQ_000643

answers: mineral springs

answers: NDQ_000644

answers: R<unk>o Hondo Hot Springs

answers: NDQ_000645

answers: R<unk>o Hondo Hot Springs

answers: NDQ_000646

answers: mineral springs

answers: NDQ_000647

answers: mineral springs

answers: NDQ_000648

answers: mineral springs

answers: NDQ_000649

answers: mineral springs

answers: NDQ_000650

answers: "health tourism",

answers: NDQ_000651

answers: Argentina.

answers: NDQ_000652

answers: mineral springs

answers: NDQ_000653

answers: mineral springs

answers: NDQ_000654

answers: mineral springs

answers: NDQ_000655

answers: mineral springs

text: In response to public outcry, most pro-Auburn Dam groups now recommend the construction of a "dry dam", or one that purely supports the purpose of flood control. Such a dam would stand empty most of the year, but during a flood the excess flow would pool temporarily behind the dam instead of flowing straight through, and therefore the dam could still provide flood control while leaving the American River canyons dry for most of the year (hence "dry"). Water would be impounded for only a few days or weeks each year instead of all year long, minimizing damage on the local environment. The dam would be built to protect against a 500-year flood. Also, with the construction of a "dry" Auburn Dam, Folsom Lake could be kept at a higher level throughout the year because of reduced flood-control pressure, therefore facilitating recreational access to the reservoir. Finally, regulations in flow could help groundwater recharge efforts; the lower Sacramento Valley aquifer is acknowledged as severely depleted.

text: In response to public outcry, most pro-Auburn Dam groups now recommend the construction of a "dry dam", or one that purely supports the purpose of flood control. Such a dam would stand empty most of the year, but during a flood the excess flow would pool temporarily behind the dam instead of flowing straight through, and therefore the dam could still provide flood control while leaving the American River canyons dry for most of the year (hence "dry"). Water would be impounded for only a few days or weeks each year instead of all year long, minimizing damage on the local environment. The dam would be built to protect against a 500-year flood. Also, with the construction of a "dry" Auburn Dam, Folsom Lake could be kept at a higher level throughout the year because of reduced flood-control pressure, therefore facilitating recreational access to the reservoir. Finally, regulations in flow could help

text: groundwater recharge

text: efforts; the lower Sacramento Valley aquifer is acknowledged as severely depleted.

answers: NDQ_000611

answers: aquifer

answers: NDQ_000613

answers: regulations in flow could help groundwater recharge efforts

answers: NDQ_000615

answers: lower Sacramento Valley aquifer

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater recharge efforts

answers: NDQ_000624

answers: groundwater recharge efforts

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the lower Sacramento Valley aquifer acknowledged as severely depleted?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: dry dam

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: dry dam

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater recharge

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is the lower Sacramento Valley aquifer acknowledged as severely depleted?

answers: NDQ_000650

answers: depleted

answers: NDQ_000651

answers: Sacramento Valley aquifer is acknowledged as severely depleted.

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: Sacramento Valley aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: dry

answers: NDQ_000611

answers: recharge efforts; the lower Sacramento Valley aquifer

answers: NDQ_000613

answers: groundwater recharge efforts;

answers: NDQ_000615

answers: pool temporarily behind the dam instead of flowing straight through,

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: the lower Sacramento Valley aquifer

answers: NDQ_000629

answers: groundwater

answers: NDQ_000630

answers: "dry dam",

answers: NDQ_000631

answers: groundwater recharge efforts; the lower Sacramento Valley aquifer

answers: NDQ_000632

answers: lower Sacramento Valley aquifer

answers: NDQ_000633

answers: the lower Sacramento Valley aquifer is acknowledged as severely depleted.

answers: NDQ_000634

answers: the lower Sacramento Valley aquifer is acknowledged as severely depleted.

answers: NDQ_000635

answers: groundwater recharge efforts;

answers: NDQ_000636

answers: the lower Sacramento Valley aquifer is acknowledged as severely depleted.

answers: NDQ_000637

answers: groundwater recharge efforts; the lower Sacramento Valley aquifer

answers: NDQ_000638

answers: the lower Sacramento Valley aquifer is acknowledged as severely depleted.

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: lower Sacramento Valley aquifer is acknowledged as severely depleted.

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: "dry dam",

answers: NDQ_000643

answers: groundwater recharge efforts; the lower Sacramento Valley aquifer

answers: NDQ_000644

answers: "dry dam",

answers: NDQ_000645

answers: groundwater recharge efforts; the lower Sacramento Valley aquifer

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: severely depleted.

answers: NDQ_000651

answers: lower Sacramento Valley aquifer

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: "dry dam",

text: Though 92% of Bahrain is desert with periodic droughts and dust storms, the main natural hazards for Bahrainis. Environmental issues facing Bahrain include desertification resulting from the degradation of limited arable land, coastal degradation (damage to coastlines, coral reefs, and sea vegetation) resulting from oil spills and other discharges from large tankers, oil refineries, distribution stations, and illegal land reclamation at places such as Tubli Bay. The agricultural and domestic sectors' over-utilisation of the Dammam Aquifer, the principal aquifer in Bahrain, has led to its salinisation by adjacent brackish and saline water bodies. A hydrochemical study identified the locations of the sources of aquifer salinisation and delineated their areas of influence. The investigation indicates that the aquifer water quality is significantly modified as groundwater flows from the northwestern parts of Bahrain, where the aquifer receives its water by lateral underflow from eastern Saudi Arabia, to the southern and southeastern parts. Four types of salinisation of the aquifer are identified: brackish-water up-flow from the underlying brackish-water zones in north-central, western, and eastern regions; seawater intrusion in the eastern region; intrusion of sabkha water in the southwestern region; and irrigation return flow in a local area in the western region. Four alternatives for the management of groundwater quality that are available to the water authorities in Bahrain are discussed and their priority areas are proposed, based on the type and extent of each salinisation source, in addition to groundwater use in that area.

text: Though 92% of Bahrain is desert with periodic droughts and dust storms, the main natural hazards for Bahrainis. Environmental issues facing Bahrain include desertification resulting from the degradation of limited arable land, coastal degradation (damage to coastlines,

text: coral reef

text: s, and sea vegetation) resulting from oil spills and other discharges from large tankers, oil refineries, distribution stations, and illegal land reclamation at places such as

text: Tubli Bay

text: . The agricultural and domestic sectors' over-utilisation of the

text: Dammam Aquifer

text: , the principal aquifer in Bahrain, has led to its

text: salinisation

text: by adjacent brackish and saline water bodies. A hydrochemical study identified the locations of the sources of aquifer salinisation and delineated their areas of influence. The investigation indicates that the aquifer water quality is significantly modified as groundwater flows from the northwestern parts of Bahrain, where the aquifer receives its water by lateral underflow from eastern Saudi Arabia, to the southern and southeastern parts. Four types of salinisation of the aquifer are identified: brackish-water up-flow from the underlying brackish-water zones in north-central, western, and eastern regions; seawater intrusion in the eastern region; intrusion of

text: sabkha

text: water in the southwestern region; and irrigation return flow in a local area in the western region. Four alternatives for the management of groundwater quality that are available to the water authorities in Bahrain are discussed and their priority areas are proposed, based on the type and extent of each salinisation source, in addition to groundwater use in that area.

answers: NDQ_000611

answers: flows from the northwestern parts

answers: NDQ_000613

answers: salinisation by adjacent brackish and saline water bodies

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: Saudi Arabia

answers: NDQ_000619

answers: aquifer receives its water

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Where is the Dammam Aquifer located?

answers: NDQ_000629

answers: Which of the following is not a type of rock layer below an aquifer: brackish-water zones, seawater intrusion, or irrigation return flow?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: What is the principal aquifer in Bahrain?

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the main natural hazards for Bahrainis?

answers: NDQ_000636

answers: What is the main natural hazards for Bahrainis?

answers: NDQ_000637

answers: What is the main natural hazards for Bahrainis?

answers: NDQ_000638

answers: What is the bottom layer of an aquifer made of?

answers: NDQ_000639

answers: What are the main natural hazards for Bahrainis?

answers: NDQ_000640

answers: What is the primary aquifer in Bahrain?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: dust storms

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: lateral underflow

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: lateral underflow from eastern Saudi Arabia

answers: NDQ_000649

answers: Where is rock located?

answers: NDQ_000650

answers: over-utilised

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: brackish water

answers: NDQ_000654

answers: lateral underflow

answers: NDQ_000655

answers: saline

answers: NDQ_000611

answers: lateral underflow from eastern Saudi Arabia,

answers: NDQ_000613

answers: salinisation

answers: NDQ_000615

answers: droughts and dust storms,

answers: NDQ_000616

answers: eastern Saudi Arabia,

answers: NDQ_000619

answers: over-utilisation of the Dammam Aquifer,

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: Dammam Aquifer,

answers: NDQ_000629

answers: Dammam Aquifer,

answers: NDQ_000630

answers: Dammam Aquifer,

answers: NDQ_000631

answers: Dammam Aquifer,

answers: NDQ_000632

answers: Dammam Aquifer,

answers: NDQ_000633

answers: Dammam Aquifer,

answers: NDQ_000634

answers: Bahrain

answers: NDQ_000635

answers: over-utilisation of the Dammam Aquifer,

answers: NDQ_000636

answers: irrigation return flow in a local area in the western region.

answers: NDQ_000637

answers: Dammam Aquifer,

answers: NDQ_000638

answers: Dammam Aquifer,

answers: NDQ_000639

answers: Dammam Aquifer,

answers: NDQ_000640

answers: Dammam Aquifer,

answers: NDQ_000641

answers: lateral underflow

answers: NDQ_000642

answers: 92% of Bahrain is desert with periodic droughts and dust storms,

answers: NDQ_000643

answers: Dammam Aquifer,

answers: NDQ_000644

answers: Dammam Aquifer,

answers: NDQ_000645

answers: Dammam Aquifer,

answers: NDQ_000646

answers: Dammam Aquifer,

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: lateral underflow from eastern Saudi Arabia,

answers: NDQ_000649

answers: brackish-water

answers: NDQ_000650

answers: over-utilisation

answers: NDQ_000651

answers: Dammam Aquifer,

answers: NDQ_000652

answers: lateral underflow from eastern Saudi Arabia,

answers: NDQ_000653

answers: brackish and saline water bodies.

answers: NDQ_000654

answers: lateral underflow from eastern Saudi Arabia,

answers: NDQ_000655

answers: Dammam Aquifer,

text: According to a study conducted by the University of Thessaloniki, the saline hot mineral springs of Icaria contain the largest concentration of radon in Greece, being also among the most radioactive springs in the world.

text: According to a study conducted by the

text: University of Thessaloniki

text: , the saline hot mineral springs of Icaria contain the largest concentration of

text: radon

text: in Greece, being also among the most radioactive springs in the world.

answers: NDQ_000611

answers: does not contain radon

answers: NDQ_000613

answers: concentration of radon

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: springs

answers: NDQ_000619

answers: radon is in the air

answers: NDQ_000624

answers: unanswerable

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: no

answers: NDQ_000630

answers: no

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: None of the above choices.

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: no

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: no

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: it is not possible to tell

answers: NDQ_000642

answers: is not the same as

answers: NDQ_000643

answers: saline

answers: NDQ_000644

answers: radon is a gas

answers: NDQ_000645

answers: radon

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: saline

answers: NDQ_000648

answers: is saline

answers: NDQ_000649

answers: in contact with it

answers: NDQ_000650

answers: contains more radon

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: mineral

answers: NDQ_000653

answers: Icaria

answers: NDQ_000654

answers: radon

answers: NDQ_000655

answers: saline

answers: NDQ_000611

answers: saline

answers: NDQ_000613

answers: saline

answers: NDQ_000615

answers: saline hot mineral springs of Icaria

answers: NDQ_000616

answers: saline hot mineral springs

answers: NDQ_000619

answers: radon

answers: NDQ_000624

answers: saline hot mineral springs of Icaria

answers: NDQ_000627

answers: saline hot mineral springs

answers: NDQ_000629

answers: saline hot mineral springs

answers: NDQ_000630

answers: saline hot mineral springs

answers: NDQ_000631

answers: saline hot mineral springs

answers: NDQ_000632

answers: saline hot mineral springs

answers: NDQ_000633

answers: saline hot mineral springs

answers: NDQ_000634

answers: the saline hot mineral springs of Icaria

answers: NDQ_000635

answers: saline hot mineral springs

answers: NDQ_000636

answers: saline hot mineral springs of Icaria

answers: NDQ_000637

answers: saline hot mineral springs

answers: NDQ_000638

answers: saline hot mineral springs

answers: NDQ_000639

answers: mineral springs

answers: NDQ_000640

answers: radon

answers: NDQ_000641

answers: saline hot mineral springs

answers: NDQ_000642

answers: radon

answers: NDQ_000643

answers: saline

answers: NDQ_000644

answers: saline hot mineral springs

answers: NDQ_000645

answers: saline

answers: NDQ_000646

answers: saline hot mineral springs

answers: NDQ_000647

answers: saline

answers: NDQ_000648

answers: saline hot mineral springs

answers: NDQ_000649

answers: saline hot mineral springs

answers: NDQ_000650

answers: radon

answers: NDQ_000651

answers: Greece,

answers: NDQ_000652

answers: saline hot mineral springs

answers: NDQ_000653

answers: saline hot mineral springs

answers: NDQ_000654

answers: saline hot mineral springs

answers: NDQ_000655

answers: saline

text: Bathhouse Row is a collection of bathhouses, associated buildings, and gardens located at Hot Springs National Park in the city of Hot Springs, Arkansas. The bathhouses were included in 1832 when the Federal Government took over four parcels of land to preserve 47 natural hot springs, their mineral waters which lack the sulphur odor of most hot springs, and their area of origin on the lower slopes of Hot Springs Mountain.

text: Bathhouse Row is a collection of bathhouses, associated buildings, and gardens located at

text: Hot Springs National Park

text: in the city of

text: Hot Springs, Arkansas

text: . The bathhouses were included in 1832 when the Federal Government took over four parcels of land to preserve 47 natural

text: hot spring

text: s, their

text: mineral water

text: s which lack the

text: sulphur

text: odor of most hot springs, and their area of origin on the lower slopes of Hot Springs Mountain.

answers: NDQ_000611

answers: carries sulphur

answers: NDQ_000613

answers: lack the sulphur odor of most hot springs

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Hot Springs Mountain

answers: NDQ_000619

answers: natural hot springs are hotter than normal

answers: NDQ_000624

answers: What may happen if the water table rises?

answers: NDQ_000627

answers: Where does an aquifer form?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: None of the above choices are true

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: How did the Federal Government take over four parcels of land?

answers: NDQ_000636

answers: None of the above choices are true

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: It's impossible to say

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: None of the above choices .

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: bathhouses

answers: NDQ_000645

answers: Hot Springs Mountain

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: hot springs

answers: NDQ_000649

answers: Water infiltrates the ground where rock is

answers: NDQ_000650

answers: is located near a large population center

answers: NDQ_000651

answers: Arkansas

answers: NDQ_000652

answers: Hot Springs Mountain

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: hot springs

answers: NDQ_000655

answers: hot springs

answers: NDQ_000611

answers: sulphur odor

answers: NDQ_000613

answers: lack the sulphur odor

answers: NDQ_000615

answers: 47 natural hot springs,

answers: NDQ_000616

answers: Hot Springs Mountain.

answers: NDQ_000619

answers: hot springs,

answers: NDQ_000624

answers: lower slopes of Hot Springs Mountain.

answers: NDQ_000627

answers: 47 natural hot springs,

answers: NDQ_000629

answers: Hot Springs Mountain.

answers: NDQ_000630

answers: Hot Springs Mountain.

answers: NDQ_000631

answers: Hot Springs Mountain.

answers: NDQ_000632

answers: lower slopes of Hot Springs Mountain.

answers: NDQ_000633

answers: 47 natural hot springs,

answers: NDQ_000634

answers: Hot Springs National Park

answers: NDQ_000635

answers: 47 natural hot springs,

answers: NDQ_000636

answers: Hot Springs National Park

answers: NDQ_000637

answers: 47 natural hot springs,

answers: NDQ_000638

answers: Hot Springs Mountain.

answers: NDQ_000639

answers: mineral waters which lack the sulphur odor

answers: NDQ_000640

answers: sulphur odor

answers: NDQ_000641

answers: 47 natural hot springs,

answers: NDQ_000642

answers: sulphur odor of most hot springs,

answers: NDQ_000643

answers: hot springs,

answers: NDQ_000644

answers: bathhouses,

answers: NDQ_000645

answers: Hot Springs Mountain.

answers: NDQ_000646

answers: hot springs,

answers: NDQ_000647

answers: hot springs,

answers: NDQ_000648

answers: mineral waters which lack the sulphur odor

answers: NDQ_000649

answers: Hot Springs Mountain.

answers: NDQ_000650

answers: sulphur odor

answers: NDQ_000651

answers: Arkansas.

answers: NDQ_000652

answers: Hot Springs Mountain.

answers: NDQ_000653

answers: hot springs,

answers: NDQ_000654

answers: hot springs,

answers: NDQ_000655

answers: hot springs,

text: Atomizer Geyser is a cone geyser in the Upper Geyser Basin (Old Faithful area) of Yellowstone National Park in the United States. Atomizer Geyser is part of the Old Road Group which includes Artemisia Geyser, a short distance down the Firehole River from Old Faithful and other major Upper Basin geysers. The geyser is named for a fine mist resembling the spray from an atomizer that is ejected during major eruptions.

text: Atomizer Geyser is a cone

text: geyser

text: in the

text: Upper Geyser Basin

text: Old Faithful

text: area) of

text: Yellowstone National Park

text: in the

text: United States

text: . Atomizer Geyser is part of the Old Road Group which includes

text: Artemisia Geyser

text: , a short distance down the

text: Firehole River

text: from

text: Old Faithful

text: and other major Upper Basin geysers. The geyser is named for a fine mist resembling the spray from an

text: atomizer

text: that is ejected during major eruptions.

answers: NDQ_000611

answers: is ejected during major eruptions

answers: NDQ_000613

answers: good aquifer

answers: NDQ_000615

answers: eject

answers: NDQ_000616

answers: Yellowstone National Park

answers: NDQ_000619

answers: lava from volcanoes is released

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

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

answers: NDQ_000629

answers: Which of the following is not a geyser: Atomizer Geyser, Old Road Group or Firehole River?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: How many land areas have aquifers beneath them?

answers: NDQ_000632

answers: How deep is Atomizer Geyser?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: What does the name Atomizer Geyser mean?

answers: NDQ_000636

answers: What does Atomizer Geyser look like?

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: What type of spring is Atomizer Geyser?

answers: NDQ_000640

answers: What is the name of the geyser?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: None of the above choices

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: cone geyser

answers: NDQ_000645

answers: Basin

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: Geyser Basin

answers: NDQ_000648

answers: Firehole River

answers: NDQ_000649

answers: Where is Atomizer Geyser located?

answers: NDQ_000650

answers: is near a source of pollution

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: Firehole River

answers: NDQ_000655

answers: Geyser

answers: NDQ_000611

answers: major eruptions.

answers: NDQ_000613

answers: major eruptions.

answers: NDQ_000615

answers: Atomizer Geyser

answers: NDQ_000616

answers: Atomizer Geyser

answers: NDQ_000619

answers: major eruptions.

answers: NDQ_000624

answers: Upper Geyser Basin

answers: NDQ_000627

answers: Atomizer Geyser is a cone geyser

answers: NDQ_000629

answers: Atomizer Geyser is a cone geyser

answers: NDQ_000630

answers: Atomizer Geyser

answers: NDQ_000631

answers: Yellowstone National Park in the United States.

answers: NDQ_000632

answers: Atomizer Geyser is a cone geyser

answers: NDQ_000633

answers: Atomizer Geyser is a cone geyser

answers: NDQ_000634

answers: United States.

answers: NDQ_000635

answers: Atomizer Geyser

answers: NDQ_000636

answers: Atomizer Geyser

answers: NDQ_000637

answers: Atomizer Geyser

answers: NDQ_000638

answers: Atomizer Geyser

answers: NDQ_000639

answers: Atomizer Geyser is a cone geyser

answers: NDQ_000640

answers: Atomizer Geyser

answers: NDQ_000641

answers: Atomizer Geyser

answers: NDQ_000642

answers: cone geyser

answers: NDQ_000643

answers: Upper Geyser Basin

answers: NDQ_000644

answers: cone

answers: NDQ_000645

answers: Upper Geyser Basin

answers: NDQ_000646

answers: Firehole River

answers: NDQ_000647

answers: Atomizer Geyser is a cone geyser

answers: NDQ_000648

answers: atomizer that is ejected during major eruptions.

answers: NDQ_000649

answers: Atomizer Geyser is a cone geyser

answers: NDQ_000650

answers: major eruptions.

answers: NDQ_000651

answers: Yellowstone National Park in the United States.

answers: NDQ_000652

answers: atomizer that is ejected during major eruptions.

answers: NDQ_000653

answers: Upper Geyser Basin

answers: NDQ_000654

answers: major eruptions.

answers: NDQ_000655

answers: atomizer

text: More than a month after the first discovery of the groundwater contamination, TEPCO made a start to contain the radioactive groundwater. They assumed that the radioactivity had escaped early in the beginning of the disaster in 2011, but NRA-experts had serious doubts about their assumption. According to them, other sources could not be excluded. Numerous pipes were running everywhere on the reactor grounds to cool the reactors and decontaminate the water used, and leaks could be anywhere. This solution might easily redirect the groundwater flows, and spread the contamination even more. Besides that, TEPCO had plans for pumping groundwater. At that time the turbine-buildings of reactor nr.2 and nr.3 contained 5000 and 6000 cubic meter highly radioactive water. With wells in contact with the turbine-buildings, this could spread the radioactivity into the ground. The NRA announced that it would form a task force to find the leaks and to block the flow of the groundwater to the coastline, because the NRA suspected that the groundwater was leaking into the sea.

text: More than a month after the first discovery of the groundwater contamination, TEPCO made a start to contain the radioactive groundwater. They assumed that the radioactivity had escaped early in the beginning of the disaster in 2011, but NRA-experts had serious doubts about their assumption. According to them, other sources could not be excluded. Numerous pipes were running everywhere on the reactor grounds to cool the reactors and decontaminate the water used, and leaks could be anywhere. This solution might easily redirect the groundwater flows, and spread the contamination even more. Besides that, TEPCO had plans for pumping groundwater. At that time the turbine-buildings of reactor nr.2 and nr.3 contained 5000 and 6000 cubic meter highly radioactive water. With wells in contact with the turbine-buildings, this could spread the radioactivity into the ground. The NRA announced that it would form a task force to find the leaks and to block the flow of the groundwater to the coastline, because the NRA suspected that the groundwater was leaking into the sea.

answers: NDQ_000611

answers: does not leak into the sea

answers: NDQ_000613

answers: pumping groundwater

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: radioactive water leaks into the ground

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Which of the following is not a type of groundwater: aquifers, wells or sea?

answers: NDQ_000629

answers: Which of the following is not true of the rock layer below an aquifer?

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

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

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: Which of the following is true of TEPCO?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a source of radioactive water: hot springs, mineral springs or sea?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why did TEPCO pumping groundwater?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

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

answers: NDQ_000650

answers: is in contact with turbine-buildings

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: radioactive groundwater.

answers: NDQ_000613

answers: cool the reactors and decontaminate the water used,

answers: NDQ_000615

answers: pumping groundwater.

answers: NDQ_000616

answers: wells

answers: NDQ_000619

answers: radioactive groundwater.

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: wells

answers: NDQ_000629

answers: radioactive groundwater.

answers: NDQ_000630

answers: wells

answers: NDQ_000631

answers: wells

answers: NDQ_000632

answers: wells

answers: NDQ_000633

answers: wells

answers: NDQ_000634

answers: 2011,

answers: NDQ_000635

answers: Numerous pipes were running everywhere on the reactor grounds

answers: NDQ_000636

answers: TEPCO made a start to contain the radioactive groundwater.

answers: NDQ_000637

answers: wells

answers: NDQ_000638

answers: wells

answers: NDQ_000639

answers: radioactive groundwater.

answers: NDQ_000640

answers: coastline,

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: wells

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: wells

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: radioactive groundwater.

answers: NDQ_000649

answers: wells in contact with the turbine-buildings,

answers: NDQ_000650

answers: wells in contact with the turbine-buildings,

answers: NDQ_000651

answers: 2011,

answers: NDQ_000652

answers: wells

answers: NDQ_000653

answers: sea.

answers: NDQ_000654

answers: wells

answers: NDQ_000655

answers: wells

text: Today the major water source for Beijing municipality is groundwater, which accounts for about 75 percent of water use. The safe yield of the aquifer is estimated at between 2 and 2.5 billion cubic meter per year, depending on rainfall. Thus abstraction is greater than the replenishment of the aquifer, resulting in a decline of the groundwater table. In addition, groundwater infiltration has declined because urban areas have been increasingly built up, sealing the surface.

text: Today the major water source for Beijing municipality is groundwater, which accounts for about 75 percent of water use. The safe yield of the aquifer is estimated at between 2 and 2.5 billion cubic meter per year, depending on rainfall. Thus abstraction is greater than the replenishment of the aquifer, resulting in a decline of the groundwater table. In addition, groundwater infiltration has declined because urban areas have been increasingly built up, sealing the surface.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: safe yield

answers: NDQ_000615

answers: decline

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater infiltration has declined

answers: NDQ_000624

answers: decline

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: urban areas

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: Why has groundwater infiltration declined?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: no

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: What is the safe yield of the aquifer?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: sealing the surface

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: groundwater infiltration

answers: NDQ_000645

answers: the groundwater table

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: sealed

answers: NDQ_000650

answers: abstraction is greater than the replenishment

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: rainfall

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: 75 percent of water use.

answers: NDQ_000613

answers: The safe yield

answers: NDQ_000615

answers: decline

answers: NDQ_000616

answers: rainfall.

answers: NDQ_000619

answers: abstraction is greater than the replenishment of the aquifer,

answers: NDQ_000624

answers: decline

answers: NDQ_000627

answers: 2 and 2.5 billion cubic meter per year,

answers: NDQ_000629

answers: 2 and 2.5 billion cubic meter per year,

answers: NDQ_000630

answers: groundwater,

answers: NDQ_000631

answers: urban areas

answers: NDQ_000632

answers: 2 and 2.5 billion cubic meter per year,

answers: NDQ_000633

answers: 2 and 2.5 billion cubic meter per year,

answers: NDQ_000634

answers: 2 and 2.5 billion cubic meter per year,

answers: NDQ_000635

answers: groundwater infiltration has declined because urban areas have been increasingly built up,

answers: NDQ_000636

answers: 2 and 2.5 billion cubic meter per year,

answers: NDQ_000637

answers: 2 and 2.5 billion cubic meter per year,

answers: NDQ_000638

answers: sealing the surface.

answers: NDQ_000639

answers: groundwater,

answers: NDQ_000640

answers: groundwater table.

answers: NDQ_000641

answers: groundwater,

answers: NDQ_000642

answers: sealing the surface.

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: groundwater infiltration

answers: NDQ_000645

answers: groundwater table.

answers: NDQ_000646

answers: groundwater,

answers: NDQ_000647

answers: groundwater,

answers: NDQ_000648

answers: rainfall.

answers: NDQ_000649

answers: groundwater infiltration has declined because urban areas have been increasingly built up,

answers: NDQ_000650

answers: abstraction is greater than the replenishment of the aquifer,

answers: NDQ_000651

answers: Beijing

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater,

answers: NDQ_000654

answers: rainfall.

answers: NDQ_000655

answers: aquifer

text: Clepsydra Geyser is a geyser in the Lower Geyser Basin of Yellowstone National Park in the United States.

text: Clepsydra Geyser is a

text: geyser

text: in the

text: Lower Geyser Basin

text: of

text: Yellowstone National Park

text: in the

text: United States

answers: NDQ_000611

answers: evaporates from the surface of the earth

answers: NDQ_000613

answers: good aquifers contain water

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: a lake

answers: NDQ_000619

answers: geothermal energy is released

answers: NDQ_000624

answers: What can happen to the water table in an area?

answers: NDQ_000627

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

answers: NDQ_000629

answers: None of the above choices.

answers: NDQ_000630

answers: How is water heated in a geyser?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: Where is Clepsydra Geyser located?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: Clepsydra Geyser is a geyser in the Lower Geyser Basin

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: It is not possible to tell

answers: NDQ_000639

answers: What type of spring is Clepsydra Geyser?

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping deeper underground

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: Clepsydra is

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: NDQ_000646

answers: can refer to

answers: NDQ_000647

answers: geyser

answers: NDQ_000648

answers: can be used for irrigation

answers: NDQ_000649

answers: a geyser is a source of water

answers: NDQ_000650

answers: is near a large source of pollution.

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: Lower Geyser Basin

answers: NDQ_000613

answers: Lower Geyser Basin

answers: NDQ_000615

answers: Clepsydra Geyser

answers: NDQ_000616

answers: Clepsydra Geyser

answers: NDQ_000619

answers: Geyser Basin of Yellowstone National Park in the United States.

answers: NDQ_000624

answers: Lower Geyser Basin

answers: NDQ_000627

answers: Clepsydra Geyser

answers: NDQ_000629

answers: Clepsydra Geyser

answers: NDQ_000630

answers: Clepsydra Geyser

answers: NDQ_000631

answers: Yellowstone National Park in the United States.

answers: NDQ_000632

answers: Lower Geyser Basin

answers: NDQ_000633

answers: Clepsydra Geyser

answers: NDQ_000634

answers: Clepsydra Geyser

answers: NDQ_000635

answers: Clepsydra Geyser

answers: NDQ_000636

answers: Clepsydra Geyser

answers: NDQ_000637

answers: Clepsydra Geyser

answers: NDQ_000638

answers: Clepsydra Geyser

answers: NDQ_000639

answers: Clepsydra Geyser is a geyser

answers: NDQ_000640

answers: Clepsydra Geyser

answers: NDQ_000641

answers: Clepsydra Geyser

answers: NDQ_000642

answers: Clepsydra Geyser

answers: NDQ_000643

answers: Lower Geyser Basin

answers: NDQ_000644

answers: Clepsydra Geyser is a geyser

answers: NDQ_000645

answers: Lower Geyser Basin

answers: NDQ_000646

answers: Clepsydra Geyser

answers: NDQ_000647

answers: Lower Geyser Basin

answers: NDQ_000648

answers: Clepsydra Geyser

answers: NDQ_000649

answers: Clepsydra Geyser

answers: NDQ_000650

answers: Yellowstone National Park

answers: NDQ_000651

answers: Yellowstone National Park in the United States.

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Lower Geyser Basin

answers: NDQ_000654

answers: Clepsydra Geyser is a geyser

answers: NDQ_000655

answers: geyser

text: India currently stores only 30 days of rainfall, while developed nations strategically store 900 days worth of water demand in arid areas river basins and reservoirs. India’s dam reservoirs store only 200 cubic meters per person. India also relies excessively on groundwater, which accounts for over 50 percent of irrigated area with 20 million tube wells installed. About 15 percent of India’s food is being produced using rapidly depleting groundwater. The end of the era of massive expansion in groundwater use is going to demand greater reliance on surface water supply systems. Proponents of the project suggest India's water situation is already critical, and it needs sustainable development and management of surface water and groundwater usage.

text: India currently stores only 30 days of rainfall, while developed nations strategically store 900 days worth of water demand in arid areas river basins and reservoirs. India’s dam reservoirs store only 200 cubic meters per person. India also relies excessively on groundwater, which accounts for over 50 percent of irrigated area with 20 million tube wells installed. About 15 percent of India’s food is being produced using rapidly depleting groundwater. The end of the era of massive expansion in groundwater use is going to demand greater reliance on surface water supply systems. Proponents of the project suggest India's water situation is already critical, and it needs sustainable development and management of surface water and groundwater usage.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: sustainable development and management

answers: NDQ_000615

answers: deplete

answers: NDQ_000616

answers: India

answers: NDQ_000619

answers: groundwater is depleted

answers: NDQ_000624

answers: depleting groundwater

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: Irrigation

answers: NDQ_000636

answers: 20 million tube wells

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: how does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: tube wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: tube well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where does groundwater come from?

answers: NDQ_000650

answers: depletes

answers: NDQ_000651

answers: India

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: rainfall

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: over 50 percent of irrigated area

answers: NDQ_000613

answers: river basins and reservoirs.

answers: NDQ_000615

answers: groundwater,

answers: NDQ_000616

answers: rainfall,

answers: NDQ_000619

answers: groundwater,

answers: NDQ_000624

answers: groundwater,

answers: NDQ_000627

answers: groundwater,

answers: NDQ_000629

answers: groundwater,

answers: NDQ_000630

answers: groundwater,

answers: NDQ_000631

answers: groundwater,

answers: NDQ_000632

answers: groundwater,

answers: NDQ_000633

answers: groundwater,

answers: NDQ_000634

answers: groundwater,

answers: NDQ_000635

answers: irrigated

answers: NDQ_000636

answers: groundwater,

answers: NDQ_000637

answers: groundwater,

answers: NDQ_000638

answers: groundwater,

answers: NDQ_000639

answers: groundwater,

answers: NDQ_000640

answers: groundwater,

answers: NDQ_000641

answers: groundwater,

answers: NDQ_000642

answers: tube wells

answers: NDQ_000643

answers: groundwater,

answers: NDQ_000644

answers: tube wells

answers: NDQ_000645

answers: groundwater,

answers: NDQ_000646

answers: tube wells

answers: NDQ_000647

answers: groundwater,

answers: NDQ_000648

answers: groundwater,

answers: NDQ_000649

answers: groundwater,

answers: NDQ_000650

answers: groundwater use

answers: NDQ_000651

answers: India

answers: NDQ_000652

answers: rainfall,

answers: NDQ_000653

answers: groundwater,

answers: NDQ_000654

answers: rainfall,

answers: NDQ_000655

answers: groundwater,

text: Geysers are temporary geological features. Geysers are generally associated with volcanic areas. As the water boils, the resulting pressure forces a superheated column of steam and water to the surface through the geyser's internal plumbing. The formation of geysers specifically requires the combination of three geologic conditions that are usually found in volcanic terrain.

text: Geysers are temporary geological features. Geysers are generally associated with volcanic areas. As the water boils, the resulting pressure forces a superheated column of steam and water to the surface through the geyser's internal plumbing. The formation of geysers specifically requires the combination of three geologic conditions that are usually found in volcanic terrain.

answers: NDQ_000611

answers: geyser's internal plumbing

answers: NDQ_000613

answers: superheated column of steam and water

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: geysers

answers: NDQ_000619

answers: water boils

answers: NDQ_000624

answers: What can geysers cause?

answers: NDQ_000627

answers: Which of the following is not a geologic condition that is usually found in volcanic terrain?

answers: NDQ_000629

answers: Which of the following is not a geologic condition that is usually found in volcanic terrain?

answers: NDQ_000630

answers: Which of the following is not a geologic condition that is found in volcanic terrain?

answers: NDQ_000631

answers: Which of the following is not a type of geological feature: Geysers or aquifers?

answers: NDQ_000632

answers: Which of the following is not a geological feature: Geysers or aquifers?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: None of the above choices.

answers: NDQ_000635

answers: Which of the following is not a type of geological feature: geysers or volcanic areas?

answers: NDQ_000636

answers: None of the above choices.

answers: NDQ_000637

answers: Which of the following is not a geologic condition that is usually found in volcanic terrain?

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a geologic condition that is usually found in volcanic terrain?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: surface

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: geysers

answers: NDQ_000648

answers: geysers

answers: NDQ_000649

answers: Which of the following is not a geologic condition?

answers: NDQ_000650

answers: is located near a geyser

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: volcanic area

answers: NDQ_000653

answers: Geysers

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: Geysers are generally associated with volcanic areas.

answers: NDQ_000613

answers: three geologic conditions that are usually found in volcanic terrain.

answers: NDQ_000615

answers: Geysers

answers: NDQ_000616

answers: Geysers

answers: NDQ_000619

answers: As the water boils,

answers: NDQ_000624

answers: Geysers

answers: NDQ_000627

answers: Geysers

answers: NDQ_000629

answers: Geysers

answers: NDQ_000630

answers: As the water boils,

answers: NDQ_000631

answers: Geysers

answers: NDQ_000632

answers: Geysers are temporary geological features.

answers: NDQ_000633

answers: Geysers

answers: NDQ_000634

answers: Geysers

answers: NDQ_000635

answers: Geysers

answers: NDQ_000636

answers: Geysers

answers: NDQ_000637

answers: three geologic conditions that are usually found in volcanic terrain.

answers: NDQ_000638

answers: Geysers

answers: NDQ_000639

answers: Geysers

answers: NDQ_000640

answers: Geysers

answers: NDQ_000641

answers: Geysers

answers: NDQ_000642

answers: geyser's internal plumbing.

answers: NDQ_000643

answers: Geysers

answers: NDQ_000644

answers: internal plumbing.

answers: NDQ_000645

answers: Geysers

answers: NDQ_000646

answers: water to the surface through the geyser's internal plumbing.

answers: NDQ_000647

answers: water

answers: NDQ_000648

answers: As the water boils,

answers: NDQ_000649

answers: volcanic areas.

answers: NDQ_000650

answers: volcanic areas.

answers: NDQ_000651

answers: Geysers

answers: NDQ_000652

answers: Geysers

answers: NDQ_000653

answers: volcanic areas.

answers: NDQ_000654

answers: Geysers

answers: NDQ_000655

answers: Geysers

text: Beginning in 1924, the American Association of State Highway Officials (AASHO) began an effort to number America's "auto trails" such as the Geysers-to-Glaciers Highway. A numbering system was proposed in 1925, and the Secretary of Agriculture (who had supervision over federal highway naming at the time) approved the system on November 18, 1925. The Geysers-to-Glaciers Highway from Great Falls to Helena was now the northern terminus of U.S. Route 91—a transnational highway that extended into Idaho, Utah, Arizona, Nevada, and California, and terminated at Long Beach, California.

text: Beginning in 1924, the

entity_name: American Association of State Highway and Transportation Officials

text: American Association of State Highway Officials

text: (AASHO) began an effort to number America's "

text: auto trail

text: s" such as the Geysers-to-Glaciers Highway. A numbering system was proposed in 1925, and the

text: Secretary of Agriculture

text: (who had supervision over federal highway naming at the time) approved the system on November 18, 1925. The Geysers-to-Glaciers Highway from Great Falls to Helena was now the northern terminus of

text: U.S. Route 91

text: —a transnational highway that extended into

text: Idaho

text: Utah

text: Arizona

text: Nevada

text: , and

text: California

text: , and terminated at

text: Long Beach, California

answers: NDQ_000611

answers: is a source of water

answers: NDQ_000613

answers: geysers-to-Glaciers

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Great Falls

answers: NDQ_000619

answers: geysers erupt because

answers: NDQ_000624

answers: geysers

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: agricultural

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: how does water flow out of a well

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: is a term used to describe

answers: NDQ_000645

answers: geysers

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: geysers

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: infiltrated the ground where rock is

answers: NDQ_000650

answers: is near a highway

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: Geysers

answers: NDQ_000653

answers: Idaho

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: Geysers

answers: NDQ_000611

answers: Geysers-to-Glaciers

answers: NDQ_000613

answers: Geysers-to-Glaciers

answers: NDQ_000615

answers: Geysers-to-Glaciers

answers: NDQ_000616

answers: Geysers-to-Glaciers

answers: NDQ_000619

answers: Geysers-to-Glaciers Highway.

answers: NDQ_000624

answers: Geysers-to-Glaciers

answers: NDQ_000627

answers: 1925.

answers: NDQ_000629

answers: 1925.

answers: NDQ_000630

answers: Geysers-to-Glaciers Highway.

answers: NDQ_000631

answers: Idaho, Utah, Arizona, Nevada, and California,

answers: NDQ_000632

answers: 1925.

answers: NDQ_000633

answers: Great Falls to Helena

answers: NDQ_000634

answers: Beginning in 1924,

answers: NDQ_000635

answers: Beginning in 1924,

answers: NDQ_000636

answers: the Secretary of Agriculture

answers: NDQ_000637

answers: Beginning in 1924,

answers: NDQ_000638

answers: 1925.

answers: NDQ_000639

answers: "auto trails"

answers: NDQ_000640

answers: 1925.

answers: NDQ_000641

answers: Beginning in 1924,

answers: NDQ_000642

answers: "auto trails"

answers: NDQ_000643

answers: Geysers-to-Glaciers

answers: NDQ_000644

answers: "auto trails"

answers: NDQ_000645

answers: Geysers-to-Glaciers

answers: NDQ_000646

answers: Beginning in 1924,

answers: NDQ_000647

answers: Geysers-to-Glaciers

answers: NDQ_000648

answers: Geysers-to-Glaciers

answers: NDQ_000649

answers: 1925.

answers: NDQ_000650

answers: "auto trails"

answers: NDQ_000651

answers: Idaho, Utah, Arizona, Nevada, and California,

answers: NDQ_000652

answers: Geysers-to-Glaciers

answers: NDQ_000653

answers: Geysers-to-Glaciers

answers: NDQ_000654

answers: Geysers-to-Glaciers

answers: NDQ_000655

answers: "auto trails" such as the Geysers-to-Glaciers

text: Under the action of stress conditions and high overburden pressure occurs a significant reduction in permeability in the near wellbore zone, in some cases close to zero. Oil or gas flow can not penetrate to the well. Traditional methods of opening the productive layer formation (cumulative, jet perforation, sand jet perforation, abrasive jetting perforation and other similar methods) did not consider this complicated situation in the near-well zone and therefore was not the effective. Porous and fractured formations are subjected to compression, that deforms the rock mass and reduces its permeability. The greater the depth, the stronger the effect can be.

text: Under the action of stress conditions and high overburden pressure occurs a significant reduction in permeability in the near wellbore zone, in some cases close to zero. Oil or gas flow can not penetrate to the well. Traditional methods of opening the productive layer formation (cumulative, jet perforation, sand jet perforation, abrasive jetting perforation and other similar methods) did not consider this complicated situation in the near-well zone and therefore was not the effective. Porous and fractured formations are subjected to compression, that deforms the rock mass and reduces its permeability. The greater the depth, the stronger the effect can be.

answers: NDQ_000611

answers: can not penetrate to a well because of

answers: NDQ_000613

answers: greater depth, the stronger the effect can be

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: wells

answers: NDQ_000619

answers: high overburden pressure occurs

answers: NDQ_000624

answers: in some cases close to zero

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: What can cause a significant reduction in permeability?

answers: NDQ_000636

answers: None

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a mineral spring: porous and fractured formations?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: can not penetrate to the well

answers: NDQ_000643

answers: wellbore zone

answers: NDQ_000644

answers: perforation

answers: NDQ_000645

answers: wellbore zone

answers: NDQ_000646

answers: wellbore

answers: NDQ_000647

answers: no

answers: NDQ_000648

answers: Oil or gas

answers: NDQ_000649

answers: Which of the following is not a type of formation: Porous and fractured formations?

answers: NDQ_000650

answers: is closer to zero

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: oil or gas flow

answers: NDQ_000655

answers: Porous

answers: NDQ_000611

answers: Oil or gas flow can not penetrate to the well.

answers: NDQ_000613

answers: The greater the depth,

answers: NDQ_000615

answers: zero.

answers: NDQ_000616

answers: Oil or gas flow can not penetrate to the well.

answers: NDQ_000619

answers: stress conditions and high overburden pressure

answers: NDQ_000624

answers: Under the action of stress conditions and high overburden pressure

answers: NDQ_000627

answers: Porous and fractured formations

answers: NDQ_000629

answers: Porous and fractured formations

answers: NDQ_000630

answers: Under the action of stress conditions and high overburden pressure

answers: NDQ_000631

answers: Under the action of stress conditions and high overburden pressure

answers: NDQ_000632

answers: The greater the depth,

answers: NDQ_000633

answers: zero.

answers: NDQ_000634

answers: The greater the depth,

answers: NDQ_000635

answers: high overburden pressure occurs a significant reduction in permeability

answers: NDQ_000636

answers: a significant reduction in permeability in the near wellbore zone,

answers: NDQ_000637

answers: Porous and fractured formations

answers: NDQ_000638

answers: The greater the depth,

answers: NDQ_000639

answers: Oil or gas

answers: NDQ_000640

answers: a significant reduction in permeability in the near wellbore zone,

answers: NDQ_000641

answers: Oil or gas flow can not penetrate to the well.

answers: NDQ_000642

answers: Oil or gas flow can not penetrate to the well.

answers: NDQ_000643

answers: Porous and fractured formations

answers: NDQ_000644

answers: Porous

answers: NDQ_000645

answers: wellbore zone,

answers: NDQ_000646

answers: well.

answers: NDQ_000647

answers: zero.

answers: NDQ_000648

answers: Oil or gas flow can not penetrate to the well.

answers: NDQ_000649

answers: Porous and fractured formations

answers: NDQ_000650

answers: The greater the depth,

answers: NDQ_000651

answers: a significant reduction in permeability in the near wellbore zone,

answers: NDQ_000652

answers: well.

answers: NDQ_000653

answers: wellbore zone,

answers: NDQ_000654

answers: compression,

answers: NDQ_000655

answers: Porous

text: For salinity control in such a case, annually an amount of drainage water is to be discharged from the aquifer by means of a subsurface drainage system and disposed of through a safe outlet. The drainage system may be horizontal (i.e. using pipes, tile drains or ditches) or vertical (drainage by wells). To estimate the drainage requirement, the use of a groundwater model with an agro-hydro-salinity component may be instrumental, e.g. SahysMod.

text: For

text: salinity control

text: in such a case, annually an amount of drainage water is to be discharged from the aquifer by means of a subsurface

text: drainage system

text: and disposed of through a safe outlet. The drainage system may be horizontal (i.e. using pipes,

text: tile drains

text: or ditches) or vertical (

text: drainage by wells

text: ). To estimate the drainage requirement, the use of a

text: groundwater model

text: with an agro-hydro-salinity component may be instrumental, e.g.

text: SahysMod

answers: NDQ_000611

answers: is disposed of through a safe outlet

answers: NDQ_000613

answers: subsurface drainage system and disposed of through a safe outlet

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: subsurface drainage

answers: NDQ_000619

answers: groundwater levels are too low.

answers: NDQ_000624

answers: The drainage system may be horizontal

answers: NDQ_000627

answers: What type of layer does an aquifer usually form in?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: The water in hot springs is heated by hot magma

answers: NDQ_000631

answers: subsurface drainage

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater

answers: NDQ_000636

answers: drainage water

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: a safe outlet

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: tile drains

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: drainage water

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: drainage water is discharged

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: drainage water

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: vertical (drainage by wells).

answers: NDQ_000613

answers: a subsurface drainage system and disposed of through a safe outlet.

answers: NDQ_000615

answers: discharged from the aquifer

answers: NDQ_000616

answers: drainage water

answers: NDQ_000619

answers: drainage water is to be discharged from the aquifer

answers: NDQ_000624

answers: The drainage system

answers: NDQ_000627

answers: subsurface drainage system

answers: NDQ_000629

answers: subsurface drainage system

answers: NDQ_000630

answers: subsurface drainage system

answers: NDQ_000631

answers: aquifer

answers: NDQ_000632

answers: subsurface drainage system

answers: NDQ_000633

answers: annually an amount of drainage water

answers: NDQ_000634

answers: a subsurface drainage system

answers: NDQ_000635

answers: The drainage system

answers: NDQ_000636

answers: a subsurface drainage system

answers: NDQ_000637

answers: subsurface drainage system

answers: NDQ_000638

answers: subsurface drainage system and disposed of through a safe outlet.

answers: NDQ_000639

answers: aquifer

answers: NDQ_000640

answers: subsurface drainage system and disposed of through a safe outlet.

answers: NDQ_000641

answers: vertical

answers: NDQ_000642

answers: pipes, tile drains or ditches)

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: wells).

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: wells).

answers: NDQ_000647

answers: aquifer

answers: NDQ_000648

answers: drainage water

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: subsurface drainage system

answers: NDQ_000651

answers: subsurface drainage system and disposed of through a safe outlet.

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: drainage water

answers: NDQ_000655

answers: aquifer

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_000611

answers: does not have a visible surface

answers: NDQ_000613

answers: sustainable yield

answers: NDQ_000615

answers: aquifer

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: aquifers are out of sight

answers: NDQ_000624

answers: inertia within government agencies

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: What has been over-used and polluted in many parts of the world?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices are true

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: Aquifer

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: river water

answers: NDQ_000649

answers: aquifers

answers: NDQ_000650

answers: over-used

answers: NDQ_000651

answers: world

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: aquifers are out of sight.

answers: NDQ_000613

answers: out of sight.

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: river.

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: aquifers are out of sight.

answers: NDQ_000629

answers: aquifers are out of sight.

answers: NDQ_000630

answers: groundwater

answers: NDQ_000631

answers: aquifers are out of sight.

answers: NDQ_000632

answers: aquifers are out of sight.

answers: NDQ_000633

answers: aquifers are out of sight.

answers: NDQ_000634

answers: aquifers are out of sight.

answers: NDQ_000635

answers: river waters

answers: NDQ_000636

answers: over-used

answers: NDQ_000637

answers: aquifers are out of sight.

answers: NDQ_000638

answers: aquifers are out of sight.

answers: NDQ_000639

answers: aquifers.

answers: NDQ_000640

answers: aquifers are out of sight.

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: aquifers are out of sight.

answers: NDQ_000643

answers: aquifers.

answers: NDQ_000644

answers: aquifers.

answers: NDQ_000645

answers: aquifers.

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: once in the aquifer, and once in its connected river.

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: over-used

answers: NDQ_000651

answers: aquifers are out of sight.

answers: NDQ_000652

answers: aquifers.

answers: NDQ_000653

answers: aquifers.

answers: NDQ_000654

answers: river.

answers: NDQ_000655

answers: aquifers.

text: Many natural substances such as rocks and soil (e.g., aquifers, petroleum reservoirs), zeolites, biological tissues (e.g. bones, wood, cork), and man made materials such as cements and ceramics can be considered as porous media. Many of their important properties can only be rationalized by considering them to be porous media.

text: Many natural substances such as

text: rocks

text: and

text: soil

text: (e.g.,

text: aquifer

text: s,

text: petroleum reservoir

text: s),

text: zeolite

text: s,

text: biological tissue

text: s (e.g.

text: bone

text: s,

text: wood

text: cork

text: ), and man made materials such as

text: cement

text: s and

text: ceramic

text: s can be considered as porous media. Many of their important properties can only be rationalized by considering them to be porous media.

answers: NDQ_000611

answers: aquifers

answers: NDQ_000613

answers: porous media

answers: NDQ_000615

answers: aquifer

answers: NDQ_000616

answers: soil

answers: NDQ_000619

answers: rocks and soil are porous

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: soil

answers: NDQ_000629

answers: soil

answers: NDQ_000630

answers: zeolites

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: Can only be rationalized by considering them to be porous media?

answers: NDQ_000636

answers: crops

answers: NDQ_000637

answers: zeolites

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: minerals

answers: NDQ_000640

answers: rocks and soil

answers: NDQ_000641

answers: rocks and soil

answers: NDQ_000642

answers: unsuitable for aquifers

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: zeolites

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: aquifers

answers: NDQ_000648

answers: rocks and soil

answers: NDQ_000649

answers: zeolites

answers: NDQ_000650

answers: man made materials are present

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: rocks

answers: NDQ_000653

answers: rocks and soil

answers: NDQ_000654

answers: rocks and soil

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: aquifers,

answers: NDQ_000613

answers: rocks and soil

answers: NDQ_000615

answers: aquifers, petroleum reservoirs),

answers: NDQ_000616

answers: rocks and soil

answers: NDQ_000619

answers: natural substances

answers: NDQ_000624

answers: aquifers,

answers: NDQ_000627

answers: rocks and soil

answers: NDQ_000629

answers: zeolites,

answers: NDQ_000630

answers: aquifers, petroleum reservoirs),

answers: NDQ_000631

answers: rocks and soil

answers: NDQ_000632

answers: rocks and soil

answers: NDQ_000633

answers: aquifers, petroleum reservoirs),

answers: NDQ_000634

answers: aquifers, petroleum reservoirs),

answers: NDQ_000635

answers: aquifers, petroleum reservoirs),

answers: NDQ_000636

answers: aquifers, petroleum reservoirs),

answers: NDQ_000637

answers: aquifers, petroleum reservoirs),

answers: NDQ_000638

answers: rocks and soil

answers: NDQ_000639

answers: aquifers, petroleum reservoirs), zeolites,

answers: NDQ_000640

answers: rocks and soil

answers: NDQ_000641

answers: aquifers, petroleum reservoirs),

answers: NDQ_000642

answers: cements and ceramics

answers: NDQ_000643

answers: aquifers,

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: aquifers,

answers: NDQ_000646

answers: aquifers, petroleum reservoirs),

answers: NDQ_000647

answers: aquifers,

answers: NDQ_000648

answers: rocks and soil

answers: NDQ_000649

answers: rocks and soil

answers: NDQ_000650

answers: man made materials

answers: NDQ_000651

answers: aquifers, petroleum reservoirs),

answers: NDQ_000652

answers: rocks and soil

answers: NDQ_000653

answers: aquifers,

answers: NDQ_000654

answers: rocks and soil

answers: NDQ_000655

answers: aquifers,

text: The story opens with a bang and a splash: an underground spring erupts in a geyser that blasts Mandy into the sky. The force propels her across the Deadly Desert to Oz; she lands in the little principality of Keretaria in the Munchkin Country, her impact cushioned by the power of a magic blue daisy. Mandy finds a silver hammer, and meets a white ox with golden horns; she blunders into the court of King Kerr of Keretaria and his courtiers. They are outraged by the intrusion of such an outlandish figure — for Mandy has seven arms and hands. As Mandy explains,

text: The story opens with a bang and a splash: an underground spring erupts in a geyser that blasts Mandy into the sky. The force propels her across the Deadly Desert to Oz; she lands in the little principality of Keretaria in the

text: Munchkin Country

text: , her impact cushioned by the power of a magic blue daisy. Mandy finds a silver hammer, and meets a white ox with golden horns; she blunders into the court of King Kerr of Keretaria and his courtiers. They are outraged by the intrusion of such an outlandish figure — for Mandy has seven arms and hands. As Mandy explains,

answers: NDQ_000611

answers: erupts from underground springs

answers: NDQ_000613

answers: spring erupts in a geyser

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: underground springs

answers: NDQ_000619

answers: underground springs are full

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Where does Mandy land?

answers: NDQ_000629

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

answers: NDQ_000630

answers: It is heated by hot magma.

answers: NDQ_000631

answers: underground springs

answers: NDQ_000632

answers: Where does Mandy land?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: What is the name of the aquifer?

answers: NDQ_000635

answers: How can land use affect the amount of water that enters groundwater?

answers: NDQ_000636

answers: agricultural uses

answers: NDQ_000637

answers: A good aquifer has rock in it that is impermeable.

answers: NDQ_000638

answers: It is impermeable

answers: NDQ_000639

answers: What is the source of the spring?

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping

answers: NDQ_000641

answers: Mandy is a Munchkin.

answers: NDQ_000642

answers: Mandy has seven arms and hands

answers: NDQ_000643

answers: spring

answers: NDQ_000644

answers: Mandy has seven arms and hands

answers: NDQ_000645

answers: spring

answers: NDQ_000646

answers: underground spring

answers: NDQ_000647

answers: underground spring

answers: NDQ_000648

answers: spring

answers: NDQ_000649

answers: It is a mineral

answers: NDQ_000650

answers: is in a desert

answers: NDQ_000651

answers: desert

answers: NDQ_000652

answers: underground source

answers: NDQ_000653

answers: underground springs

answers: NDQ_000654

answers: underground springs

answers: NDQ_000655

answers: Deadly Desert

answers: NDQ_000611

answers: underground spring

answers: NDQ_000613

answers: underground spring erupts in a geyser

answers: NDQ_000615

answers: underground spring erupts in a geyser

answers: NDQ_000616

answers: underground spring

answers: NDQ_000619

answers: underground spring

answers: NDQ_000624

answers: underground spring

answers: NDQ_000627

answers: underground spring

answers: NDQ_000629

answers: silver hammer,

answers: NDQ_000630

answers: underground spring erupts in a geyser

answers: NDQ_000631

answers: underground spring

answers: NDQ_000632

answers: underground spring

answers: NDQ_000633

answers: underground spring erupts in a geyser

answers: NDQ_000634

answers: seven

answers: NDQ_000635

answers: underground spring

answers: NDQ_000636

answers: seven arms

answers: NDQ_000637

answers: underground spring

answers: NDQ_000638

answers: silver hammer,

answers: NDQ_000639

answers: underground

answers: NDQ_000640

answers: silver hammer,

answers: NDQ_000641

answers: underground spring erupts in a geyser

answers: NDQ_000642

answers: Mandy has seven arms and hands.

answers: NDQ_000643

answers: spring

answers: NDQ_000644

answers: white ox with golden horns;

answers: NDQ_000645

answers: spring

answers: NDQ_000646

answers: underground spring

answers: NDQ_000647

answers: underground spring

answers: NDQ_000648

answers: underground spring erupts in a geyser

answers: NDQ_000649

answers: underground spring

answers: NDQ_000650

answers: a geyser

answers: NDQ_000651

answers: Munchkin Country,

answers: NDQ_000652

answers: underground

answers: NDQ_000653

answers: underground spring

answers: NDQ_000654

answers: underground spring erupts in a geyser

answers: NDQ_000655

answers: magic blue daisy.

text: The massive amounts of sediment deposited by the Lake Bonneville Floods in the Snake River Plain also had a lasting effect on most of the middle Snake River. The high hydraulic conductivity of the mostly-basalt rocks in the plain led to the formation of the Snake River Aquifer, one of the most productive aquifers in North America. Many rivers and streams flowing from the north side of the plain sink into the aquifer instead of flowing into the Snake River, a group of watersheds called the lost streams of Idaho. The aquifer filled to hold nearly  of water, underlying about  in a plume  thick. In places, water exits from rivers at rates of nearly . Much of the water lost by the Snake River as it transects the plain issues back into the river at its western end, by way of many artesian springs.

text: The massive amounts of sediment deposited by the Lake Bonneville Floods in the Snake River Plain also had a lasting effect on most of the middle Snake River. The high

text: hydraulic conductivity

text: of the mostly-

text: basalt

text: rocks in the plain led to the formation of the

text: Snake River Aquifer

text: , one of the most productive aquifers in North America. Many rivers and streams flowing from the north side of the plain sink into the aquifer instead of flowing into the Snake River, a group of watersheds called the

text: lost streams of Idaho

text: . The aquifer filled to hold nearly  of water, underlying about  in a plume  thick. In places, water exits from rivers at rates of nearly . Much of the water lost by the Snake River as it transects the plain issues back into the river at its western end, by way of many

text: artesian

text: spring

text: s.

answers: NDQ_000611

answers: flows into the aquifer

answers: NDQ_000613

answers: high hydraulic conductivity

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: rivers and streams

answers: NDQ_000619

answers: artesian springs

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs: magma or water?

answers: NDQ_000631

answers: None of the above choices are true

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a type of watershed: the lost streams of Idaho?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: What kind of rock is the Snake River Aquifer?

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: Which of the following is not a type of spring: artesian springs, mineral springs or hot springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices are true

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: Snake River Aquifer

answers: NDQ_000644

answers: artesian springs

answers: NDQ_000645

answers: Snake River Aquifer

answers: NDQ_000646

answers: artesian springs

answers: NDQ_000647

answers: Snake River Aquifer

answers: NDQ_000648

answers: Many rivers and streams flowing from the north side of the plain sink into the aquifer

answers: NDQ_000649

answers: Where is the Snake River Aquifer?

answers: NDQ_000650

answers: loses water

answers: NDQ_000651

answers: Which of the following is not an important source of water in the American?

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: Snake River Aquifer

answers: NDQ_000654

answers: rivers and streams

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: artesian springs.

answers: NDQ_000613

answers: high hydraulic conductivity

answers: NDQ_000615

answers: nearly.

answers: NDQ_000616

answers: artesian springs.

answers: NDQ_000619

answers: artesian springs.

answers: NDQ_000624

answers: Snake River Aquifer,

answers: NDQ_000627

answers: plume thick.

answers: NDQ_000629

answers: plume thick.

answers: NDQ_000630

answers: artesian springs.

answers: NDQ_000631

answers: Snake River Aquifer,

answers: NDQ_000632

answers: about in a plume thick.

answers: NDQ_000633

answers: nearly of water,

answers: NDQ_000634

answers: Snake River Aquifer,

answers: NDQ_000635

answers: Snake River Aquifer,

answers: NDQ_000636

answers: Snake River Aquifer,

answers: NDQ_000637

answers: The high hydraulic conductivity

answers: NDQ_000638

answers: plume thick.

answers: NDQ_000639

answers: artesian

answers: NDQ_000640

answers: Snake River Aquifer,

answers: NDQ_000641

answers: artesian springs.

answers: NDQ_000642

answers: rocks

answers: NDQ_000643

answers: Snake River Aquifer,

answers: NDQ_000644

answers: artesian springs.

answers: NDQ_000645

answers: Snake River Aquifer,

answers: NDQ_000646

answers: artesian springs.

answers: NDQ_000647

answers: Snake River Aquifer,

answers: NDQ_000648

answers: Many rivers and streams

answers: NDQ_000649

answers: Snake River Aquifer,

answers: NDQ_000650

answers: rivers and streams

answers: NDQ_000651

answers: Snake River Aquifer,

answers: NDQ_000652

answers: artesian

answers: NDQ_000653

answers: Snake River Aquifer,

answers: NDQ_000654

answers: rivers and streams

answers: NDQ_000655

answers: aquifer

text: Tallest cold-water geyser in the world

text: Tallest

text: cold-water geyser

text: in the world

answers: NDQ_000611

answers: erupts from the surface

answers: NDQ_000613

answers: good aquifers contain water

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: geysers

answers: NDQ_000619

answers: water freezes

answers: NDQ_000624

answers: How would you describe the geyser?

answers: NDQ_000627

answers: None of the above choices .

answers: NDQ_000629

answers: Which of the following is not a geyser?

answers: NDQ_000630

answers: geyser

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: None of the above choices.

answers: NDQ_000634

answers: None of the above choices.

answers: NDQ_000635

answers: A geyser is a source of water.

answers: NDQ_000636

answers: aquifer

answers: NDQ_000637

answers: A good aquifer has rock in it that is porous and permeable

answers: NDQ_000638

answers: None of the above choices .

answers: NDQ_000639

answers: None of the above choices.

answers: NDQ_000640

answers: The water table keeps water from seeping deeper underground.

answers: NDQ_000641

answers: a geyser

answers: NDQ_000642

answers: is a geyser

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: is a geyser

answers: NDQ_000645

answers: can be found

answers: NDQ_000646

answers: can be used

answers: NDQ_000647

answers: can be found

answers: NDQ_000648

answers: can be used for drinking

answers: NDQ_000649

answers: a geyser

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: the oceans

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: cold-water geyser

answers: NDQ_000613

answers: Tallest cold-water

answers: NDQ_000615

answers: Tallest cold-water geyser

answers: NDQ_000616

answers: Tallest cold-water geyser

answers: NDQ_000619

answers: cold-water

answers: NDQ_000624

answers: Tallest cold-water geyser in the world

answers: NDQ_000627

answers: Tallest cold-water geyser in the world

answers: NDQ_000629

answers: Tallest cold-water geyser in the world

answers: NDQ_000630

answers: Tallest cold-water geyser in the world

answers: NDQ_000631

answers: Tallest cold-water geyser in the world

answers: NDQ_000632

answers: Tallest cold-water geyser in the world

answers: NDQ_000633

answers: Tallest cold-water geyser

answers: NDQ_000634

answers: Tallest cold-water geyser in the world

answers: NDQ_000635

answers: Tallest cold-water geyser in the world

answers: NDQ_000636

answers: Tallest cold-water geyser in the world

answers: NDQ_000637

answers: Tallest cold-water geyser in the world

answers: NDQ_000638

answers: Tallest cold-water geyser in the world

answers: NDQ_000639

answers: cold-water geyser

answers: NDQ_000640

answers: Tallest cold-water geyser in the world

answers: NDQ_000641

answers: Tallest cold-water geyser

answers: NDQ_000642

answers: Tallest cold-water geyser

answers: NDQ_000643

answers: cold-water geyser

answers: NDQ_000644

answers: Tallest cold-water geyser

answers: NDQ_000645

answers: Tallest cold-water geyser

answers: NDQ_000646

answers: Tallest cold-water geyser

answers: NDQ_000647

answers: cold-water geyser

answers: NDQ_000648

answers: cold-water

answers: NDQ_000649

answers: Tallest cold-water geyser

answers: NDQ_000650

answers: Tallest cold-water geyser

answers: NDQ_000651

answers: Tallest cold-water geyser in the world

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: cold-water geyser

answers: NDQ_000654

answers: Tallest cold-water geyser

answers: NDQ_000655

answers: Tallest cold-water geyser

text: The KGS recently completed a modeling study of the High Plains aquifer in southwestern Kansas for the area in GMD 3, one of the state's five Groundwater Management Districts. The model is used by Kansas water agencies to assess the impact of pumping reductions on groundwater availability in that portion of the aquifer. The U.S. Department of Energy is funding another KGS project on the integrated use of surface and subsurface nuclear magnetic resonance (NMR) for measuring and mapping saturated hydraulic conductivity in three dimensions. The U.S. Geological Survey helped fund a KGS study on aquifer storage and recovery in near-surface aquifers through the development of a new recharge approach using small-diameter low-cost wells. The KGS also continues work with Michigan State University and others as part of an NSF-funded study to model the entire High Plains aquifer.

text: The KGS recently completed a modeling study of the High Plains aquifer in southwestern Kansas for the area in GMD 3, one of the state's five Groundwater Management Districts. The model is used by Kansas water agencies to assess the impact of pumping reductions on groundwater availability in that portion of the aquifer. The U.S. Department of Energy is funding another KGS project on the integrated use of surface and subsurface nuclear magnetic resonance (NMR) for measuring and mapping saturated hydraulic conductivity in three dimensions. The

text: U.S. Geological Survey

text: helped fund a KGS study on aquifer storage and recovery in near-surface aquifers through the development of a new recharge approach using small-diameter low-cost wells. The KGS also continues work with Michigan State University and others as part of an NSF-funded study to model the entire High Plains aquifer.

answers: NDQ_000611

answers: aquifers

answers: NDQ_000613

answers: low-cost wells

answers: NDQ_000615

answers: aquifer

answers: NDQ_000616

answers: low-cost wells

answers: NDQ_000619

answers: nuclear magnetic resonance is used to measure and map saturated hydraulic conductivity in three dimensions

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Where is the High Plains aquifer located?

answers: NDQ_000629

answers: Which of the following is not a type of rock layer below an aquifer: permeable rock or nonpermeable rock?

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: None of the above choices are true

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the impact of pumping reductions on groundwater availability?

answers: NDQ_000636

answers: None of the above choices.

answers: NDQ_000637

answers: Which of the following is NOT true of the High Plains aquifer?

answers: NDQ_000638

answers: What is impermeable rock?

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot spring, mineral spring or aquifer?

answers: NDQ_000640

answers: What keeps water in an aquifer from seeping deeper underground

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: The KGS recently completed a modeling study

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is the aquifer located?

answers: NDQ_000650

answers: pumping increases

answers: NDQ_000651

answers: Kansas

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: low-cost wells

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: pumping reductions on groundwater

answers: NDQ_000613

answers: aquifer storage and recovery

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: small-diameter low-cost wells.

answers: NDQ_000619

answers: pumping reductions

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: Kansas

answers: NDQ_000629

answers: saturated hydraulic conductivity

answers: NDQ_000630

answers: nuclear magnetic resonance

answers: NDQ_000631

answers: High Plains aquifer

answers: NDQ_000632

answers: near-surface

answers: NDQ_000633

answers: High Plains aquifer

answers: NDQ_000634

answers: High Plains aquifer

answers: NDQ_000635

answers: pumping reductions

answers: NDQ_000636

answers: High Plains aquifer in southwestern Kansas

answers: NDQ_000637

answers: aquifer

answers: NDQ_000638

answers: subsurface nuclear magnetic resonance

answers: NDQ_000639

answers: nuclear magnetic resonance

answers: NDQ_000640

answers: near-surface

answers: NDQ_000641

answers: hydraulic conductivity

answers: NDQ_000642

answers: small-diameter low-cost wells.

answers: NDQ_000643

answers: hydraulic conductivity

answers: NDQ_000644

answers: wells.

answers: NDQ_000645

answers: hydraulic conductivity

answers: NDQ_000646

answers: wells.

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: subsurface

answers: NDQ_000650

answers: pumping reductions

answers: NDQ_000651

answers: High Plains aquifer in southwestern Kansas

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: High Plains aquifer

answers: NDQ_000654

answers: small-diameter low-cost wells.

answers: NDQ_000655

answers: aquifer storage

text: Fountain Geyser is a geyser in the Lower Geyser Basin of Yellowstone National Park in the United States.

text: Fountain Geyser is a

text: geyser

text: in the

text: Lower Geyser Basin

text: of

text: Yellowstone National Park

text: in the

text: United States

answers: NDQ_000611

answers: causes geysers to erupt

answers: NDQ_000613

answers: good aquifers contain water

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: Yellowstone National Park

answers: NDQ_000619

answers: geothermal energy is released

answers: NDQ_000624

answers: What can happen to the water table?

answers: NDQ_000627

answers: Where does an aquifer usually form?

answers: NDQ_000629

answers: It does not.

answers: NDQ_000630

answers: What is the source of Fountain Geyser?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: Where is Fountain Geyser located?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: The amount of land used in an area can affect the amount of water that is available to enter groundwater.

answers: NDQ_000636

answers: None of the above choices are available

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: It is not possible to tell

answers: NDQ_000639

answers: What type of spring is Fountain Geyser?

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping deeper underground

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: does not mean that it is not a geyser

answers: NDQ_000643

answers: geyser basin

answers: NDQ_000644

answers: is a geyser

answers: NDQ_000645

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: geyser

answers: NDQ_000648

answers: is aquifer

answers: NDQ_000649

answers: In the Lower Geyser Basin

answers: NDQ_000650

answers: is near a large source of pollution

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: evaporation

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: Fountain Geyser

answers: NDQ_000613

answers: Lower Geyser Basin

answers: NDQ_000615

answers: Fountain Geyser

answers: NDQ_000616

answers: Fountain Geyser

answers: NDQ_000619

answers: Geyser Basin of Yellowstone National Park

answers: NDQ_000624

answers: Lower Geyser Basin

answers: NDQ_000627

answers: Fountain Geyser

answers: NDQ_000629

answers: Fountain Geyser

answers: NDQ_000630

answers: Fountain Geyser

answers: NDQ_000631

answers: Yellowstone National Park in the United States.

answers: NDQ_000632

answers: Fountain Geyser

answers: NDQ_000633

answers: Fountain Geyser

answers: NDQ_000634

answers: Fountain Geyser

answers: NDQ_000635

answers: Fountain Geyser

answers: NDQ_000636

answers: Fountain Geyser

answers: NDQ_000637

answers: Fountain Geyser

answers: NDQ_000638

answers: Fountain Geyser

answers: NDQ_000639

answers: Fountain Geyser

answers: NDQ_000640

answers: Fountain Geyser

answers: NDQ_000641

answers: Fountain Geyser

answers: NDQ_000642

answers: Fountain Geyser

answers: NDQ_000643

answers: Lower Geyser Basin

answers: NDQ_000644

answers: Fountain Geyser

answers: NDQ_000645

answers: Fountain Geyser

answers: NDQ_000646

answers: Fountain Geyser

answers: NDQ_000647

answers: Lower Geyser Basin

answers: NDQ_000648

answers: Fountain Geyser

answers: NDQ_000649

answers: Fountain Geyser

answers: NDQ_000650

answers: Yellowstone National Park

answers: NDQ_000651

answers: Yellowstone National Park in the United States.

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: geyser in the Lower Geyser Basin

answers: NDQ_000654

answers: Fountain Geyser

answers: NDQ_000655

answers: geyser

text: Hunter's Hot Springs (renamed Geyser Hot Springs in 2000) are natural geothermal springs located in Lake County, Oregon, United States,  north of Lakeview.  The springs are named after Harry Hunter, who bought the springs in 1923.  The best known feature within the geothermal area is Old Perpetual, which was once Oregon's only continuously erupting geyser. The geyser was formed as a result of a well drilling attempt while Hunter was developing a health resort at the springs.

text: Hunter's Hot Springs (renamed Geyser Hot Springs in 2000) are natural

text: geothermal

text: springs located in

text: Lake County

text: Oregon

text: , United States,  north of

text: Lakeview

text: .  The springs are named after Harry Hunter, who bought the springs in 1923.  The best known feature within the geothermal area is Old Perpetual, which was once Oregon's only continuously erupting

text: geyser

text: . The geyser was formed as a result of a well drilling attempt while Hunter was developing a health resort at the springs.

answers: NDQ_000611

answers: erupts from the ground

answers: NDQ_000613

answers: continuously erupting geyser

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: Geyser

answers: NDQ_000619

answers: geothermal springs

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Where is Hunter's Hot Springs located?

answers: NDQ_000629

answers: What is the best known feature within the geothermal area?

answers: NDQ_000630

answers: What type of water is heated in hot springs?

answers: NDQ_000631

answers: What is the best known feature within the geothermal area?

answers: NDQ_000632

answers: How deep are Hunter's Hot Springs?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the best known feature within the geothermal area?

answers: NDQ_000636

answers: None of the above choices are true

answers: NDQ_000637

answers: What is the best known feature within the geothermal area?

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: What type of spring is Hunter's Hot Springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: geothermal

answers: NDQ_000644

answers: geothermal

answers: NDQ_000645

answers: geothermal

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: geothermal

answers: NDQ_000648

answers: geothermal

answers: NDQ_000649

answers: Where is Hunter's Hot Springs located?

answers: NDQ_000650

answers: is irrigated

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geothermal source

answers: NDQ_000653

answers: geothermal areas

answers: NDQ_000654

answers: geothermal activity

answers: NDQ_000655

answers: geothermal

answers: NDQ_000611

answers: well drilling

answers: NDQ_000613

answers: continuously erupting geyser.

answers: NDQ_000615

answers: Old Perpetual,

answers: NDQ_000616

answers: geothermal springs

answers: NDQ_000619

answers: a well drilling attempt

answers: NDQ_000624

answers: geothermal springs

answers: NDQ_000627

answers: geothermal springs

answers: NDQ_000629

answers: 1923.

answers: NDQ_000630

answers: geothermal springs

answers: NDQ_000631

answers: geothermal springs

answers: NDQ_000632

answers: 1923.

answers: NDQ_000633

answers: continuously erupting geyser.

answers: NDQ_000634

answers: Oregon, United States,

answers: NDQ_000635

answers: a health resort

answers: NDQ_000636

answers: 1923.

answers: NDQ_000637

answers: geothermal springs

answers: NDQ_000638

answers: 1923.

answers: NDQ_000639

answers: geothermal springs

answers: NDQ_000640

answers: Old Perpetual,

answers: NDQ_000641

answers: The geyser

answers: NDQ_000642

answers: well drilling

answers: NDQ_000643

answers: geothermal springs

answers: NDQ_000644

answers: well

answers: NDQ_000645

answers: geothermal springs

answers: NDQ_000646

answers: well drilling

answers: NDQ_000647

answers: geothermal springs

answers: NDQ_000648

answers: geothermal springs

answers: NDQ_000649

answers: geothermal springs

answers: NDQ_000650

answers: health resort

answers: NDQ_000651

answers: Oregon,

answers: NDQ_000652

answers: geothermal

answers: NDQ_000653

answers: geothermal springs

answers: NDQ_000654

answers: geothermal springs

answers: NDQ_000655

answers: geothermal springs

text: The available space for air and moisture in wood depends on the density and porosity of wood. Porosity is the volume fraction of void space in a solid. The porosity is reported to be 1.2 to 4.6% of dry volume of wood cell wall (Siau, 1984). On the other hand, permeability is a measure of the ease with which fluids are transported through a porous solid under the influence of some driving forces, e.g. capillary pressure gradient or moisture gradient. It is clear that solids must be porous to be permeable, but it does not necessarily follow that all porous bodies are permeable. Permeability can only exist if the void spaces are interconnected by openings. For example, a hardwood may be permeable because there is intervessel pitting with openings in the membranes (Keey et al., 2000). If these membranes are occluded or encrusted, or if the pits are aspirated, the wood assumes a closed-cell structure and may be virtually impermeable. The density is also important for impermeable hardwoods because more cell-wall material is traversed per unit distance, which offers increased resistance to diffusion (Keey et al., 2000). Hence lighter woods, in general, dry more rapidly than do the heavier woods. The transport of fluids is often bulk flow (momentum transfer) for permeable softwoods at high temperature while diffusion occurs for impermeable hardwoods (Siau, 1984). These mechanisms are discussed below.

answers: NDQ_000611

answers: Porosity is reported to be 1.2 to 4.6%

answers: NDQ_000613

answers: density and porosity

answers: NDQ_000615

answers: be higher in the wood.

answers: NDQ_000616

answers: evaporation

answers: NDQ_000619

answers: Porosity is less than 4.6%.

answers: NDQ_000624

answers: What is the difference between a rise and a fall?

answers: NDQ_000627

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

answers: NDQ_000629

answers: It is clear that solids must be porous to be permeable

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: aquifers beneath them

answers: NDQ_000632

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

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: What is the largest aquifer in the world?

answers: NDQ_000635

answers: How can land use affect the amount of water that enters groundwater?

answers: NDQ_000636

answers: agricultural uses

answers: NDQ_000637

answers: What is an example of a good aquifer?

answers: NDQ_000638

answers: Why is it impermeable?

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: water in an aquifer

answers: NDQ_000641

answers: how does gravity work?

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: impermeable

answers: NDQ_000644

answers: Porosity

answers: NDQ_000645

answers: sedimentary rock

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: aquifers

answers: NDQ_000648

answers: fluids

answers: NDQ_000649

answers: in the ground

answers: NDQ_000650

answers: is surrounded by a dense forest.

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: wood

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: aqueducts

answers: NDQ_000655

answers: Porosity

answers: NDQ_000611

answers: 1.2 to 4.6%

answers: NDQ_000613

answers: density and porosity

answers: NDQ_000615

answers: moisture gradient.

answers: NDQ_000616

answers: wood

answers: NDQ_000619

answers: high temperature

answers: NDQ_000624

answers: The available space for air and moisture

answers: NDQ_000627

answers: openings.

answers: NDQ_000629

answers: permeable softwoods

answers: NDQ_000630

answers: permeability

answers: NDQ_000631

answers: 1.2 to 4.6%

answers: NDQ_000632

answers: 1.2 to 4.6%

answers: NDQ_000633

answers: permeability

answers: NDQ_000634

answers: impermeable.

answers: NDQ_000635

answers: hardwoods

answers: NDQ_000636

answers: impermeable.

answers: NDQ_000637

answers: permeable softwoods

answers: NDQ_000638

answers: impermeable.

answers: NDQ_000639

answers: 1.2 to 4.6%

answers: NDQ_000640

answers: permeability

answers: NDQ_000641

answers: forces,

answers: NDQ_000642

answers: impermeable.

answers: NDQ_000643

answers: permeability

answers: NDQ_000644

answers: Permeability

answers: NDQ_000645

answers: permeability

answers: NDQ_000646

answers: 1.2 to 4.6% of dry volume of wood cell wall

answers: NDQ_000647

answers: 1.2 to 4.6%

answers: NDQ_000648

answers: permeability

answers: NDQ_000649

answers: openings.

answers: NDQ_000650

answers: impermeable hardwoods

answers: NDQ_000651

answers: s a closed-cell structure and may be virtually impermeable.

answers: NDQ_000652

answers: openings.

answers: NDQ_000653

answers: wood

answers: NDQ_000654

answers: permeability

answers: NDQ_000655

answers: impermeable.

text: The pollutant creates a contaminant plume within an aquifer. Movement of water and dispersion within the aquifer spreads the pollutant over a wider area. Its advancing boundary, often called a plume edge, can intersect with groundwater wells or daylight into surface water such as seeps and spring, making the water supplies unsafe for humans and wildlife. The movement of the plume, called a plume front, may be analyzed through a hydrological transport model or groundwater model. Analysis of groundwater pollution may focus on soil characteristics and site geology, hydrogeology, hydrology, and the nature of the contaminants.

text: The pollutant creates a contaminant

text: plume

text: within an

text: aquifer

text: . Movement of water and dispersion within the aquifer spreads the pollutant over a wider area. Its advancing boundary, often called a plume edge, can intersect with

text: groundwater wells

text: or daylight into surface water such as seeps and spring, making the water supplies unsafe for humans and wildlife. The movement of the plume, called a plume front, may be analyzed through a

text: hydrological transport model

text: or

text: groundwater model

text: . Analysis of groundwater pollution may focus on

text: soil

text: characteristics and site geology,

text: hydrogeology

text: hydrology

text: , and the nature of the contaminants.

answers: NDQ_000611

answers: can be analyzed through what?

answers: NDQ_000613

answers: movement of water and dispersion

answers: NDQ_000615

answers: move upwards

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater pollution

answers: NDQ_000624

answers: What is the plume front?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: What is the source of water in hot springs?

answers: NDQ_000631

answers: None of the above choices

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: Its advancing boundary

answers: NDQ_000635

answers: Which of the following is not an example of groundwater pollution?

answers: NDQ_000636

answers: humans

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a source of contaminants: hot springs, mineral springs, or aquifers?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: seeps

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: aquifer

answers: NDQ_000648

answers: contaminant plume

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: plume front intersects with groundwater

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater well

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: wells

answers: NDQ_000613

answers: Movement of water and dispersion

answers: NDQ_000615

answers: seeps and spring,

answers: NDQ_000616

answers: groundwater wells

answers: NDQ_000619

answers: pollutant

answers: NDQ_000624

answers: groundwater wells

answers: NDQ_000627

answers: soil

answers: NDQ_000629

answers: contaminant plume within an aquifer.

answers: NDQ_000630

answers: groundwater wells or daylight into surface water

answers: NDQ_000631

answers: aquifer.

answers: NDQ_000632

answers: aquifer.

answers: NDQ_000633

answers: aquifer.

answers: NDQ_000634

answers: contaminant plume within an aquifer.

answers: NDQ_000635

answers: soil characteristics and site geology,

answers: NDQ_000636

answers: contaminant plume

answers: NDQ_000637

answers: aquifer.

answers: NDQ_000638

answers: water

answers: NDQ_000639

answers: groundwater wells or daylight into surface water

answers: NDQ_000640

answers: seeps and spring,

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: soil

answers: NDQ_000643

answers: aquifer.

answers: NDQ_000644

answers: soil

answers: NDQ_000645

answers: aquifer.

answers: NDQ_000646

answers: groundwater wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: Movement of water

answers: NDQ_000649

answers: soil characteristics and site geology,

answers: NDQ_000650

answers: spreads the pollutant over a wider area.

answers: NDQ_000651

answers: wildlife.

answers: NDQ_000652

answers: groundwater wells

answers: NDQ_000653

answers: aquifer.

answers: NDQ_000654

answers: groundwater wells

answers: NDQ_000655

answers: contaminant plume within an aquifer.

text: The Nubian Sandstone Aquifer System (NSAS) is the world’s largest known fossil water aquifer system. It is located underground in the Eastern end of the Sahara Desert and spans the political boundaries of four countries in north-eastern Africa. NSAS covers a land area spanning just over two million km, including north-western Sudan, north-eastern Chad, south-eastern Libya, and most of Egypt. Containing an estimated 150,000 km of groundwater, the significance of the NSAS as a potential water resource for future development programs in these countries is extraordinary. Recently the Great Man-made River Project (GMMR) in Libya began extracting substantial amounts of water from this aquifer, removing an estimated 2.4 km per year. This system is primarily used to supply water in the Kufra oasis.

text: The Nubian Sandstone Aquifer System (NSAS) is the world’s largest known

text: fossil water

text: aquifer

text: system. It is located underground in the Eastern end of the

text: Sahara Desert

text: and spans the political boundaries of four countries in north-eastern

text: Africa

text: . NSAS covers a land area spanning just over two million km, including north-western

text: Sudan

text: , north-eastern

text: Chad

text: , south-eastern

text: Libya

text: , and most of

text: Egypt

text: . Containing an estimated 150,000 km of

text: groundwater

text: , the significance of the NSAS as a potential

text: water resource

text: for future development programs in these countries is extraordinary. Recently the

text: Great Man-made River Project (GMMR)

text: in Libya began extracting substantial amounts of water from this aquifer, removing an estimated 2.4 km per year. This system is primarily used to supply water in the

text: Kufra

text: oasis.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: Containing an estimated 150,000 km

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Sahara Desert

answers: NDQ_000619

answers: Nubian Sandstone Aquifer System is located underground

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: Which of the following is not a type of rock: permeable rock, sandstone, or sedimentary rock?

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: Why is the significance of the NSAS as a potential water resource extraordinary?

answers: NDQ_000632

answers: It is not possible to tell

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: Which aquifer is not located in the Eastern end of the Sahara Desert?

answers: NDQ_000635

answers: How does the Great Man-made River Project affect the Nubian Sandstone Aquifer?

answers: NDQ_000636

answers: Which of the following is not a country: Sudan, Chad, or Libya?

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: Which of the following is not a mineral spring: Nubian Sandstone Aquifer System, Great Man-made River Project, or Kufra oasis?

answers: NDQ_000640

answers: What keeps water from seeping deeper underground?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: sandstone

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: sandstone

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: underground

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is the NSAS located?

answers: NDQ_000650

answers: Man-made River Project

answers: NDQ_000651

answers: unanswerable

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: Sahara Desert

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: primarily used to supply water in the Kufra oasis.

answers: NDQ_000613

answers: Containing an estimated 150,000 km of groundwater,

answers: NDQ_000615

answers: 2.4 km per year.

answers: NDQ_000616

answers: Kufra oasis.

answers: NDQ_000619

answers: fossil water

answers: NDQ_000624

answers: groundwater,

answers: NDQ_000627

answers: Sandstone

answers: NDQ_000629

answers: 150,000 km of groundwater,

answers: NDQ_000630

answers: The Nubian Sandstone Aquifer System

answers: NDQ_000631

answers: The Nubian Sandstone Aquifer System

answers: NDQ_000632

answers: underground in the Eastern end of the Sahara Desert

answers: NDQ_000633

answers: 150,000 km of groundwater,

answers: NDQ_000634

answers: Nubian Sandstone Aquifer System

answers: NDQ_000635

answers: Great Man-made River Project

answers: NDQ_000636

answers: Kufra oasis.

answers: NDQ_000637

answers: aquifer

answers: NDQ_000638

answers: The Nubian Sandstone

answers: NDQ_000639

answers: fossil water

answers: NDQ_000640

answers: Nubian Sandstone Aquifer System

answers: NDQ_000641

answers: groundwater,

answers: NDQ_000642

answers: Sandstone

answers: NDQ_000643

answers: Nubian Sandstone Aquifer System

answers: NDQ_000644

answers: Sandstone

answers: NDQ_000645

answers: Nubian Sandstone Aquifer System

answers: NDQ_000646

answers: groundwater,

answers: NDQ_000647

answers: groundwater,

answers: NDQ_000648

answers: groundwater,

answers: NDQ_000649

answers: groundwater,

answers: NDQ_000650

answers: Man-made River Project

answers: NDQ_000651

answers: Great Man-made River Project

answers: NDQ_000652

answers: groundwater,

answers: NDQ_000653

answers: Sahara Desert

answers: NDQ_000654

answers: Man-made River Project

answers: NDQ_000655

answers: fossil water aquifer system.

text: [[File:Monticello, Arkansas Water Treatment Plant.jpg|right|thumb|Well #3 and water treatment works, Monticello]]The Arkansas Water Well Construction Commission (AWWCC) regulates the development of groundwater supplies to provide safe water for public consumption, and Act 855 of 2003 (ACA §17–50–401 et seq.) provides a means of holding persons who violate Arkansas law regarding water-well construction accountable for their actions. AWWCC licenses water-well contractors and registers drillers, pump installers,and their apprentices. The rules and regulations of the Arkansas Water Well Construction Commission (2011) provide minimum standards for the construction and abandonment of water wells (that is, water supply, geothermal, and monitoring) so that groundwater is protected from contamination. Water-well contractors must file a well-completion report for each well. Well-completion data are maintained in an ANRC database that is linked to the USGS water-use database (http://water.usgs.gov/watuse/).

text: [[File:Monticello, Arkansas Water Treatment Plant.jpg|right|thumb|Well #3 and water treatment works, Monticello]]The Arkansas Water Well Construction Commission (AWWCC) regulates the development of groundwater supplies to provide safe water for public consumption, and Act 855 of 2003 (ACA §17–50–401 et seq.) provides a means of holding persons who violate Arkansas law regarding water-well construction accountable for their actions. AWWCC licenses water-well contractors and registers drillers, pump installers,and their apprentices. The rules and regulations of the Arkansas Water Well Construction Commission (2011) provide minimum standards for the construction and abandonment of water wells (that is, water supply, geothermal, and monitoring) so that groundwater is protected from contamination. Water-well contractors must file a well-completion report for each well. Well-completion data are maintained in an ANRC database that is linked to the USGS water-use database (http://water.usgs.gov/watuse/).

answers: NDQ_000611

answers: is protected from contamination.

answers: NDQ_000613

answers: groundwater is protected from contamination

answers: NDQ_000615

answers: be higher than normal.

answers: NDQ_000616

answers: Arkansas water wells

answers: NDQ_000619

answers: Geysers erupt because of heat

answers: NDQ_000624

answers: The water table in an area may rise or fall.

answers: NDQ_000627

answers: [[An aquifer usually forms in a layer of clay.]]

answers: NDQ_000629

answers: The rock layer below an aquifer always consists of permeable rock.

answers: NDQ_000630

answers: Water in hot springs is heated by hot magma.

answers: NDQ_000631

answers: [[File:Monticello, Arkansas Water Treatment Plant.jpg|right|thumb|Water Treatment Plant]]

answers: NDQ_000632

answers: The Arkansas Water Well Construction Commission (AWWCC) regulates the development of groundwater supplies

answers: NDQ_000633

answers: It is impossible for an aquifer to ever run dry.

answers: NDQ_000634

answers: [[Ogallala aquifer.jpg|right|thumb|Ogallala aquifer]]

answers: NDQ_000635

answers: The Arkansas Water Well Construction Commission (2011) provide minimum standards for the construction and abandonment of water wells (that is, water supply, geothermal, and monitoring so that groundwater is protected from contamination).

answers: NDQ_000636

answers: [[File:Monticello, Arkansas Water Treatment Plant.jpg|right|thumb|Water Treatment Works, Monticello]]

answers: NDQ_000637

answers: [[A good aquifer has rock in it that is porous and permeable.]]

answers: NDQ_000638

answers: The bottom layer of an aquifer has impermeable rock.

answers: NDQ_000639

answers: [[File:Monticello, Arkansas Water Well Construction Commission]]

answers: NDQ_000640

answers: The Arkansas Water Well Construction Commission (2011) provide minimum standards for the construction and abandonment of water wells (that is, water supply, geothermal, and monitoring so that groundwater is protected from contamination).

answers: NDQ_000641

answers: [[Answer:D]]

answers: NDQ_000642

answers: AWWCC licenses water-well contractors and registers drillers

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: water wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: water well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: [[Water infiltrates the ground where rock is]]

answers: NDQ_000650

answers: wells are not properly constructed

answers: NDQ_000651

answers: Arkansas.

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: geothermal activity

answers: NDQ_000655

answers: water-well

answers: NDQ_000611

answers: protected from contamination.

answers: NDQ_000613

answers: protected from contamination.

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: groundwater is protected from contamination.

answers: NDQ_000630

answers: Act 855 of 2003

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: Arkansas Water Treatment Plant.jpg|right|thumb|Well

answers: NDQ_000635

answers: groundwater

answers: NDQ_000636

answers: Act 855 of 2003

answers: NDQ_000637

answers: groundwater supplies to provide safe water for public consumption,

answers: NDQ_000638

answers: contamination.

answers: NDQ_000639

answers: geothermal,

answers: NDQ_000640

answers: groundwater is protected from contamination.

answers: NDQ_000641

answers: groundwater supplies to provide safe water for public consumption,

answers: NDQ_000642

answers: groundwater is protected from contamination.

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: water wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: water wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: construction and abandonment of water wells

answers: NDQ_000651

answers: Arkansas

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: geothermal,

answers: NDQ_000655

answers: geothermal,

text: Due to the very high groundwater fluctuations and despite the lack of space, a sealed ground water lake with a high water table was built. The lakes water-impermeable layers (tertiary) are sealed around and create a dense run off trough. To avoid groundwater damming, three basic water transfers (culverts) were built allow water to transfer from south to north, and in addition to the run off area, the groundwater is pumped out of the ground in the other surrounding areas and flows in to the lake. Through an overflow area at the western end of the lake, the access water is purified in the infiltration basin and fed into the ground water. Through the exchange of water, a consistent water quality can be ensured.

text: Due to the very high

text: groundwater

text: fluctuations and despite the lack of space, a sealed ground water lake with a high water table was built. The lakes water-impermeable layers (

text: tertiary

text: ) are sealed around and create a dense run off trough. To avoid groundwater damming, three basic water transfers (

text: culvert

text: s) were built allow water to transfer from south to north, and in addition to the run off area, the groundwater is pumped out of the ground in the other surrounding areas and flows in to the lake. Through an overflow area at the western end of the lake, the access water is purified in the infiltration basin and fed into the ground water. Through the exchange of water, a consistent water quality can be ensured.

answers: NDQ_000611

answers: is pumped out of the ground where?

answers: NDQ_000613

answers: consistent water quality

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Lake

answers: NDQ_000619

answers: groundwater is pumped out of the ground

answers: NDQ_000624

answers: fluctuate

answers: NDQ_000627

answers: Which of the following is not a layer of clay?

answers: NDQ_000629

answers: Which layer is not water-impermeable?

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

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

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a type of land use?

answers: NDQ_000636

answers: What is the purpose of the lake?

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: tertiary

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: The lakes water-impermeable layers

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: culverts

answers: NDQ_000645

answers: water table

answers: NDQ_000646

answers: culvert

answers: NDQ_000647

answers: ground water

answers: NDQ_000648

answers: run off

answers: NDQ_000649

answers: Where is the lake?

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: lakes

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: dense

answers: NDQ_000611

answers: pumped out of the ground

answers: NDQ_000613

answers: consistent water quality

answers: NDQ_000615

answers: high water table

answers: NDQ_000616

answers: the groundwater is pumped out of the ground in the other surrounding areas

answers: NDQ_000619

answers: groundwater fluctuations

answers: NDQ_000624

answers: fluctuations

answers: NDQ_000627

answers: water-impermeable layers

answers: NDQ_000629

answers: water-impermeable layers (tertiary)

answers: NDQ_000630

answers: groundwater

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: high water table

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: a sealed ground water lake with a high water table

answers: NDQ_000635

answers: space,

answers: NDQ_000636

answers: a sealed ground water lake

answers: NDQ_000637

answers: a consistent water quality can be ensured.

answers: NDQ_000638

answers: (tertiary)

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: high water table

answers: NDQ_000641

answers: pumped

answers: NDQ_000642

answers: water-impermeable layers

answers: NDQ_000643

answers: (tertiary)

answers: NDQ_000644

answers: (culverts)

answers: NDQ_000645

answers: high water table

answers: NDQ_000646

answers: (culverts)

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: the access water is purified in the infiltration basin

answers: NDQ_000649

answers: water-impermeable layers

answers: NDQ_000650

answers: high groundwater fluctuations

answers: NDQ_000651

answers: a sealed ground water lake with a high water table

answers: NDQ_000652

answers: groundwater is pumped out of the ground

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater is pumped out of the ground

answers: NDQ_000655

answers: dense run off trough. To avoid groundwater damming,

text: According to Cherry, "the biggest cause of groundwater pollution and of water use not being sustainable is agriculture". Out of concern for environmental sustainability, he became a vegan in 2010. Noting that 80 percent of all freshwater is used for food production, Cherry said in his acceptance speech of the Lee Kuan Yew Water Prize that “eating meat is the largest single contributor to the global water crisis. Diet changes could reduce per capita water consumption in the industrialized countries by up to 40 percent.” He also noted that 50 percent of drinking water supplies globally depend on groundwater.” Cherry has also urged governments to devote more of their budget to groundwater monitoring, noting that unlike sewage treatment, it is not as politically popular because its benefits appear only over the long term.

text: According to Cherry, "the biggest cause of groundwater pollution and of water use not being sustainable is agriculture". Out of concern for environmental sustainability, he became a

text: vegan

text: in 2010. Noting that 80 percent of all freshwater is used for food production, Cherry said in his acceptance speech of the Lee Kuan Yew Water Prize that “eating meat is the largest single contributor to the global water crisis. Diet changes could reduce per capita water consumption in the industrialized countries by up to 40 percent.” He also noted that 50 percent of drinking water supplies globally depend on groundwater.” Cherry has also urged governments to devote more of their budget to groundwater monitoring, noting that unlike sewage treatment, it is not as politically popular because its benefits appear only over the long term.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: groundwater monitoring

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is polluted

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: industrialized countries

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: not

answers: NDQ_000635

answers: What is the biggest cause of groundwater pollution?

answers: NDQ_000636

answers: 80 percent

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices are true

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is Cherry?

answers: NDQ_000650

answers: used for food production

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: 50 percent of drinking water supplies globally depend on groundwater.”

answers: NDQ_000613

answers: over the long term.

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: groundwater.”

answers: NDQ_000619

answers: agriculture".

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: 50 percent of drinking water supplies globally depend on groundwater.”

answers: NDQ_000629

answers: 50 percent of drinking water supplies globally depend on groundwater.”

answers: NDQ_000630

answers: 50 percent of drinking water supplies globally depend on groundwater.”

answers: NDQ_000631

answers: 50 percent of drinking water supplies globally depend on groundwater.”

answers: NDQ_000632

answers: 50 percent of drinking water supplies globally depend on groundwater.”

answers: NDQ_000633

answers: 50 percent of drinking water supplies globally depend on groundwater.”

answers: NDQ_000634

answers: 50 percent of drinking water supplies globally depend on groundwater.”

answers: NDQ_000635

answers: agriculture".

answers: NDQ_000636

answers: 80 percent of all freshwater is used for food production,

answers: NDQ_000637

answers: 50 percent of drinking water supplies globally depend on groundwater.”

answers: NDQ_000638

answers: 50 percent of drinking water supplies globally depend on groundwater.”

answers: NDQ_000639

answers: groundwater.”

answers: NDQ_000640

answers: 50 percent of drinking water supplies globally depend on groundwater.”

answers: NDQ_000641

answers: 50 percent of drinking water supplies globally depend on groundwater.”

answers: NDQ_000642

answers: agriculture".

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: agriculture".

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater.”

answers: NDQ_000647

answers: groundwater.”

answers: NDQ_000648

answers: 50 percent of drinking water supplies globally depend on groundwater.”

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: agriculture".

answers: NDQ_000651

answers: 50 percent of drinking water supplies globally depend on groundwater.”

answers: NDQ_000652

answers: groundwater.”

answers: NDQ_000653

answers: groundwater.”

answers: NDQ_000654

answers: sewage treatment,

answers: NDQ_000655

answers: groundwater pollution

text: Flash steam stations pull deep, high-pressure hot water into lower-pressure tanks and use the resulting flashed steam to drive turbines. They require fluid temperatures of at least 180 °C, usually more. This is the most common type of station in operation today. Flash Steam plants use geothermal reservoirs of water with temperatures greater than 360 °F (182). The hot water flows up through wells in the ground under its own pressure. As it flows upward, the pressure decreases and some of the hot water boils into steam. The steam is then separated from the water and used to power a turbine/generator. Any leftover water and condensed steam may be injected back into the reservoir, making this a potentially sustainable resource. At The Geysers in California, twenty years of power production had depleted the groundwater and operations were substantially reduced. To restore some of the former capacity, water injection was developed.

text: Flash steam stations pull deep, high-pressure hot water into lower-pressure tanks and use the resulting flashed steam to drive turbines. They require fluid temperatures of at least 180 °C, usually more. This is the most common type of station in operation today. Flash Steam plants use geothermal reservoirs of water with temperatures greater than 360 °F (182). The hot water flows up through wells in the ground under its own pressure. As it flows upward, the pressure decreases and some of the hot water boils into steam. The steam is then separated from the water and used to power a turbine/generator. Any leftover water and condensed steam may be injected back into the reservoir, making this a potentially sustainable resource. At

text: The Geysers

text: in California, twenty years of power production had depleted the groundwater and operations were substantially reduced. To restore some of the former capacity, water injection was developed.

answers: NDQ_000611

answers: does not have the same temperature as what?

answers: NDQ_000613

answers: temperature greater than 360 °F (182)

answers: NDQ_000615

answers: deplete

answers: NDQ_000616

answers: Flash Steam plants

answers: NDQ_000619

answers: geothermal reservoirs of water with temperatures greater than 360 °F

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Which of the following is not a geothermal reservoir?

answers: NDQ_000629

answers: Which of the following is not a type of station in operation today?

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: What is the most common type of station in operation today?

answers: NDQ_000632

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

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the most common type of station in operation today?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: What is the most common type of station in operation today?

answers: NDQ_000638

answers: What is the most common type of station in operation today?

answers: NDQ_000639

answers: Which of the following is not a type of spring: geothermal or mineral?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: yes

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: geothermal

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: geothermal

answers: NDQ_000649

answers: Where does water infiltrate the ground where rock is?

answers: NDQ_000650

answers: depletes

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geothermal reservoir

answers: NDQ_000653

answers: geothermal

answers: NDQ_000654

answers: Flash Steam plants

answers: NDQ_000655

answers: geothermal

answers: NDQ_000611

answers: wells

answers: NDQ_000613

answers: The hot water flows up through wells in the ground under its own pressure.

answers: NDQ_000615

answers: up through wells

answers: NDQ_000616

answers: depleted the groundwater

answers: NDQ_000619

answers: twenty years of power production had depleted the groundwater

answers: NDQ_000624

answers: upward,

answers: NDQ_000627

answers: wells

answers: NDQ_000629

answers: wells in the ground under its own pressure.

answers: NDQ_000630

answers: Flash steam stations

answers: NDQ_000631

answers: wells

answers: NDQ_000632

answers: wells

answers: NDQ_000633

answers: twenty years of power production had depleted the groundwater

answers: NDQ_000634

answers: The Geysers in California,

answers: NDQ_000635

answers: wells

answers: NDQ_000636

answers: Flash steam stations

answers: NDQ_000637

answers: wells

answers: NDQ_000638

answers: wells

answers: NDQ_000639

answers: geothermal

answers: NDQ_000640

answers: Flash steam stations

answers: NDQ_000641

answers: The hot water flows up through wells in the ground under its own pressure.

answers: NDQ_000642

answers: wells

answers: NDQ_000643

answers: wells

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: wells

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: geothermal reservoirs

answers: NDQ_000648

answers: The hot water flows up through wells

answers: NDQ_000649

answers: wells

answers: NDQ_000650

answers: power production

answers: NDQ_000651

answers: California,

answers: NDQ_000652

answers: wells

answers: NDQ_000653

answers: geothermal reservoirs

answers: NDQ_000654

answers: water injection

answers: NDQ_000655

answers: geothermal reservoirs

text: Petroleum or crude oil is a naturally occurring, flammable liquid consisting of a complex mixture of hydrocarbons of various molecular weights, and other organic compounds, that are found in geologic formations beneath the Earth's surface. Because most hydrocarbons are lighter than rock or water, they often migrate upward and occasionally laterally through adjacent rock layers until either reaching the surface or becoming trapped within porous rocks (known as reservoirs) by impermeable rocks above. When hydrocarbons are concentrated in a trap, an oil field forms, from which the liquid can be extracted by drilling and pumping. The down hole pressure in the rock structures changes depending upon the depth and the characteristic of the source rock. Natural gas (mostly methane) may be present also, usually above the oil within the reservoir, but sometimes dissolved in the oil at reservoir pressure and temperature.  This dissolved gas often evolves as free gas as the pressure is reduced either under controlled production operations or in a kick or in an uncontrolled blowout.  The hydrocarbon in some reservoirs may be essentially all natural gas.

text: Petroleum

text: or crude oil is a naturally occurring, flammable liquid consisting of a complex mixture of

text: hydrocarbons

text: of various molecular weights, and other organic compounds, that are found in

text: geologic formation

text: s beneath the Earth's surface. Because most hydrocarbons are lighter than rock or water, they often migrate upward and occasionally laterally through adjacent rock layers until either reaching the surface or becoming trapped within porous rocks (known as reservoirs) by impermeable rocks above. When hydrocarbons are concentrated in a trap, an oil field forms, from which the liquid can be extracted by drilling and pumping. The down hole pressure in the rock structures changes depending upon the depth and the characteristic of the

text: source rock

text: Natural gas

text: (mostly

text: methane

text: ) may be present also, usually above the oil within the reservoir, but sometimes dissolved in the oil at reservoir pressure and temperature.  This dissolved gas often evolves as free gas as the pressure is reduced either under controlled production operations or in a kick or in an uncontrolled blowout.  The hydrocarbon in some reservoirs may be essentially all natural gas.

answers: NDQ_000611

answers: does not contain what?

answers: NDQ_000613

answers: porous rocks

answers: NDQ_000615

answers: change

answers: NDQ_000616

answers: natural gas

answers: NDQ_000619

answers: natural gas is dissolved in oil

answers: NDQ_000624

answers: depends upon the depth and the characteristic of the source rock

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can be extracted by drilling and pumping?

answers: NDQ_000636

answers: crops

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: impermeable rocks

answers: NDQ_000643

answers: reservoirs

answers: NDQ_000644

answers: porous rocks

answers: NDQ_000645

answers: petroleum

answers: NDQ_000646

answers: down hole

answers: NDQ_000647

answers: unanswerable

answers: NDQ_000648

answers: impermeable rocks above

answers: NDQ_000649

answers: unanswerable

answers: NDQ_000650

answers: oil is trapped

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: oil field

answers: NDQ_000653

answers: reservoirs

answers: NDQ_000654

answers: natural gas

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: impermeable rocks

answers: NDQ_000613

answers: impermeable rocks

answers: NDQ_000615

answers: upward and occasionally laterally through adjacent rock layers

answers: NDQ_000616

answers: Petroleum or crude oil

answers: NDQ_000619

answers: Natural gas

answers: NDQ_000624

answers: upward

answers: NDQ_000627

answers: rocks

answers: NDQ_000629

answers: impermeable rocks

answers: NDQ_000630

answers: Natural gas

answers: NDQ_000631

answers: Petroleum

answers: NDQ_000632

answers: porous rocks

answers: NDQ_000633

answers: trapped within porous rocks

answers: NDQ_000634

answers: Petroleum

answers: NDQ_000635

answers: Petroleum or crude oil

answers: NDQ_000636

answers: Petroleum

answers: NDQ_000637

answers: reservoirs) by impermeable rocks above.

answers: NDQ_000638

answers: impermeable rocks above.

answers: NDQ_000639

answers: Petroleum

answers: NDQ_000640

answers: impermeable rocks

answers: NDQ_000641

answers: down hole pressure

answers: NDQ_000642

answers: impermeable rocks

answers: NDQ_000643

answers: reservoirs) by impermeable rocks

answers: NDQ_000644

answers: porous rocks

answers: NDQ_000645

answers: impermeable rocks

answers: NDQ_000646

answers: The down hole

answers: NDQ_000647

answers: Petroleum or crude oil

answers: NDQ_000648

answers: trapped within porous rocks

answers: NDQ_000649

answers: impermeable rocks

answers: NDQ_000650

answers: hydrocarbons are concentrated in a trap,

answers: NDQ_000651

answers: Petroleum or crude oil

answers: NDQ_000652

answers: porous rocks

answers: NDQ_000653

answers: porous rocks

answers: NDQ_000654

answers: Natural gas

answers: NDQ_000655

answers: porous

text: Water is important in many geological processes. Groundwater is present in most rocks, and the pressure of this groundwater affects patterns of faulting. Water in the mantle is responsible for the melt that produces volcanoes at subduction zones. On the surface of the Earth, water is important in both chemical and physical weathering processes. Water, and to a lesser but still significant extent, ice, are also responsible for a large amount of sediment transport that occurs on the surface of the earth. Deposition of transported sediment forms many types of sedimentary rocks, which make up the geologic record of Earth history.

text: Water is important in many geological processes. Groundwater is present in most

text: rocks

text: , and the pressure of this groundwater affects patterns of

text: faulting

text: . Water in the

text: mantle

text: is responsible for the melt that produces

text: volcano

text: es at

text: subduction zone

text: s. On the surface of the Earth, water is important in both chemical and physical

text: weathering

text: processes. Water, and to a lesser but still significant extent, ice, are also responsible for a large amount of

text: sediment transport

text: that occurs on the surface of the earth.

text: Deposition

text: of transported sediment forms many types of

text: sedimentary rock

text: s, which make up the

text: geologic record

text: of

text: Earth history

answers: NDQ_000611

answers: is present in most rocks

answers: NDQ_000613

answers: groundwater is present in most rocks

answers: NDQ_000615

answers: affect patterns of faulting

answers: NDQ_000616

answers: subduction zones

answers: NDQ_000619

answers: water in the mantle melts

answers: NDQ_000624

answers: What is the pressure of this groundwater?

answers: NDQ_000627

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

answers: NDQ_000629

answers: Which of the following is not responsible for the melt that produces volcanoes at subduction zones?

answers: NDQ_000630

answers: What is responsible for the melt that produces volcanoes at subduction zones?

answers: NDQ_000631

answers: Which of the following is not a geological process?

answers: NDQ_000632

answers: Which of the following is not a geological process?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: None of the above choices.

answers: NDQ_000635

answers: Which of the following is not a type of land use?

answers: NDQ_000636

answers: groundwater

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: Which of the following is not a geological process?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: is important in many geological processes

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: sedimentary rocks

answers: NDQ_000645

answers: mantle

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is groundwater present in most rocks?

answers: NDQ_000650

answers: is irrigated

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: present in most rocks,

answers: NDQ_000613

answers: pressure of this groundwater

answers: NDQ_000615

answers: Groundwater

answers: NDQ_000616

answers: Groundwater

answers: NDQ_000619

answers: Water in the mantle

answers: NDQ_000624

answers: Groundwater

answers: NDQ_000627

answers: Groundwater

answers: NDQ_000629

answers: Groundwater

answers: NDQ_000630

answers: Water in the mantle

answers: NDQ_000631

answers: Groundwater

answers: NDQ_000632

answers: Groundwater

answers: NDQ_000633

answers: Groundwater

answers: NDQ_000634

answers: Water is important in many geological processes. Groundwater

answers: NDQ_000635

answers: Groundwater

answers: NDQ_000636

answers: Water is important in many geological processes.

answers: NDQ_000637

answers: Groundwater

answers: NDQ_000638

answers: Water is important in many geological processes. Groundwater

answers: NDQ_000639

answers: Groundwater

answers: NDQ_000640

answers: Groundwater

answers: NDQ_000641

answers: Groundwater

answers: NDQ_000642

answers: rocks,

answers: NDQ_000643

answers: Groundwater

answers: NDQ_000644

answers: rocks,

answers: NDQ_000645

answers: Groundwater

answers: NDQ_000646

answers: Groundwater

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: Groundwater

answers: NDQ_000649

answers: Groundwater

answers: NDQ_000650

answers: groundwater

answers: NDQ_000651

answers: Groundwater

answers: NDQ_000652

answers: Groundwater

answers: NDQ_000653

answers: Groundwater

answers: NDQ_000654

answers: Water is important in many geological processes. Groundwater

answers: NDQ_000655

answers: Groundwater

text: High concentrations of pesticides and heavy metals found inside the factory as well as in the groundwater outside. Tests showed groundwater in areas even three km from the factory contained almost 40 times more pesticides than Indian standards permitted.

text: High concentrations of

text: pesticides

text: and

text: heavy metals

text: found inside the factory as well as in the groundwater outside. Tests showed groundwater in areas even three km from the factory contained almost 40 times more pesticides than Indian standards permitted.

answers: NDQ_000611

answers: does not contain pesticides

answers: NDQ_000613

answers: pesticides and heavy metals

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: heavy metals are in the water

answers: NDQ_000624

answers: (iii).

answers: NDQ_000627

answers: (iii).

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: None of the above choices.

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: None of the above choices .

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices .

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: None of the above choices .

answers: NDQ_000640

answers: None of the above choices .

answers: NDQ_000641

answers: None of the above choices .

answers: NDQ_000642

answers: is not the same as

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: is not a characteristic of metals

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: in the ground

answers: NDQ_000650

answers: is closer to a factory

answers: NDQ_000651

answers: Indian

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: outside.

answers: NDQ_000613

answers: pesticides and heavy metals

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: pesticides

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: 40 times more pesticides

answers: NDQ_000630

answers: 40 times more pesticides

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: 40 times more pesticides

answers: NDQ_000635

answers: three km from the factory contained almost 40 times more pesticides

answers: NDQ_000636

answers: 40 times more pesticides

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: 40 times more pesticides

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: 40 times more pesticides

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: High concentrations of pesticides and heavy metals

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: inside the factory

answers: NDQ_000651

answers: Indian standards

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

text: The Sustainable Groundwater Management Act is California's first real attempt to regulate and manage the use of groundwater. Groundwater in California is an essential reserve used to alleviate the demand of surface water in drought years. With the reliance of groundwater being heavily demanded by not only California's agricultural industry but also its residents, sustainable management of groundwater is a crucial step in order to further conserve the depleting resource. Support for the act steams from the goal of avoiding negative impacts of lowering the water table and subsidence throughout California with implementing specific measurable objectives. California has had a long history of complex water rights dealing with the ownership and management of surface water. Groundwater has stayed under the regulation radar and California has seen the consequences with the overdraft of vital basins and the subsidence of land taking place throughout the central valley. The Sustainable Groundwater Management Act is giving responsibility to both state authority and local oversight to bring groundwater basins in California to sustainable yields within a given time period.

text: The Sustainable Groundwater Management Act is California's first real attempt to regulate and manage the use of groundwater. Groundwater in California is an essential reserve used to alleviate the demand of surface water in drought years. With the reliance of groundwater being heavily demanded by not only California's agricultural industry but also its residents, sustainable management of groundwater is a crucial step in order to further conserve the depleting resource. Support for the act steams from the goal of avoiding negative impacts of lowering the water table and subsidence throughout California with implementing specific measurable objectives. California has had a long history of complex water rights dealing with the ownership and management of surface water. Groundwater has stayed under the regulation radar and California has seen the consequences with the overdraft of vital basins and the subsidence of land taking place throughout the central valley. The Sustainable Groundwater Management Act is giving responsibility to both state authority and local oversight to bring groundwater basins in California to sustainable yields within a given time period.

answers: NDQ_000611

answers: is used to alleviate the demand of surface water in drought years

answers: NDQ_000613

answers: sustainable yields within a given time period

answers: NDQ_000615

answers: lower

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is depleted

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

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

answers: NDQ_000629

answers: Which of the following is not a reason to support the Sustainable Groundwater Management Act?

answers: NDQ_000630

answers: Which of the following is not a source of groundwater: hot magma or groundwater?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: What is the purpose of the Sustainable Groundwater Management Act?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Why is groundwater an essential reserve used to alleviate the demand of surface water?

answers: NDQ_000636

answers: California's agricultural industry

answers: NDQ_000637

answers: What does the Sustainable Groundwater Management Act do?

answers: NDQ_000638

answers: What is impermeable rock?

answers: NDQ_000639

answers: Which of the following is not a source of groundwater: hot springs, mineral springs or groundwater?

answers: NDQ_000640

answers: What is the Sustainable Groundwater Management Act trying to do?

answers: NDQ_000641

answers: How does the Sustainable Groundwater Management Act work?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where does groundwater come from?

answers: NDQ_000650

answers: is overdrafted

answers: NDQ_000651

answers: California

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: an essential reserve used to alleviate the demand of surface water in drought years.

answers: NDQ_000613

answers: sustainable yields

answers: NDQ_000615

answers: lowering

answers: NDQ_000616

answers: groundwater.

answers: NDQ_000619

answers: drought years.

answers: NDQ_000624

answers: lowering the water table

answers: NDQ_000627

answers: groundwater.

answers: NDQ_000629

answers: lowering the water table

answers: NDQ_000630

answers: The Sustainable Groundwater Management Act

answers: NDQ_000631

answers: groundwater.

answers: NDQ_000632

answers: water table

answers: NDQ_000633

answers: groundwater.

answers: NDQ_000634

answers: The Sustainable Groundwater Management Act

answers: NDQ_000635

answers: subsidence of land

answers: NDQ_000636

answers: California's agricultural industry

answers: NDQ_000637

answers: groundwater.

answers: NDQ_000638

answers: water table

answers: NDQ_000639

answers: groundwater.

answers: NDQ_000640

answers: lowering the water table

answers: NDQ_000641

answers: groundwater.

answers: NDQ_000642

answers: land

answers: NDQ_000643

answers: water table

answers: NDQ_000644

answers: groundwater.

answers: NDQ_000645

answers: water table

answers: NDQ_000646

answers: groundwater.

answers: NDQ_000647

answers: groundwater.

answers: NDQ_000648

answers: groundwater.

answers: NDQ_000649

answers: groundwater.

answers: NDQ_000650

answers: agricultural industry

answers: NDQ_000651

answers: California

answers: NDQ_000652

answers: groundwater.

answers: NDQ_000653

answers: surface water

answers: NDQ_000654

answers: groundwater.

answers: NDQ_000655

answers: groundwater. Groundwater

text: An aquifer, according to the Oxford dictionary is a body of permeable rock that can contain or transmit groundwater. Aquifer Susceptibility is the inherent ability of a formation to accept and transmit liquids (potentially including contaminates). Certain areas of the United States are becoming more reliant on groundwater to meet the needs of the population.

text: An

text: aquifer

text: , according to the Oxford dictionary is a body of

text: permeable

text: rock that can contain or transmit groundwater. Aquifer Susceptibility is the inherent ability of a formation to accept and transmit liquids (potentially including contaminates). Certain areas of the United States are becoming more reliant on groundwater to meet the needs of the population.

answers: NDQ_000611

answers: is a mixture of what?

answers: NDQ_000613

answers: can contain or transmit groundwater

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: Aquifer Susceptibility is the inherent ability of a formation to accept or transmit liquids

answers: NDQ_000624

answers: unanswerable

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: It's impossible to say

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a type of permeable rock that can contain or transmit groundwater?

answers: NDQ_000636

answers: crops

answers: NDQ_000637

answers: yes

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot, mineral, or aquifer?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: permeable rock

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: can contain or transmit groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: permeable

answers: NDQ_000650

answers: transmits liquids

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: aquifer,

answers: NDQ_000613

answers: can contain or transmit groundwater.

answers: NDQ_000615

answers: aquifer,

answers: NDQ_000616

answers: groundwater.

answers: NDQ_000619

answers: groundwater.

answers: NDQ_000624

answers: aquifer,

answers: NDQ_000627

answers: permeable rock

answers: NDQ_000629

answers: aquifer,

answers: NDQ_000630

answers: aquifer,

answers: NDQ_000631

answers: aquifer,

answers: NDQ_000632

answers: aquifer,

answers: NDQ_000633

answers: groundwater.

answers: NDQ_000634

answers: Certain areas of the United States

answers: NDQ_000635

answers: becoming more reliant on groundwater to meet the needs of the population.

answers: NDQ_000636

answers: Certain areas of the United States are becoming more reliant on groundwater

answers: NDQ_000637

answers: a body of permeable rock that can contain or transmit groundwater.

answers: NDQ_000638

answers: permeable rock that can contain or transmit groundwater.

answers: NDQ_000639

answers: aquifer,

answers: NDQ_000640

answers: aquifer,

answers: NDQ_000641

answers: aquifer,

answers: NDQ_000642

answers: contaminates).

answers: NDQ_000643

answers: aquifer,

answers: NDQ_000644

answers: aquifer,

answers: NDQ_000645

answers: aquifer,

answers: NDQ_000646

answers: a body of permeable rock that can contain or transmit groundwater.

answers: NDQ_000647

answers: groundwater.

answers: NDQ_000648

answers: groundwater.

answers: NDQ_000649

answers: permeable

answers: NDQ_000650

answers: accept and transmit liquids

answers: NDQ_000651

answers: Certain areas of the United States are becoming more reliant on groundwater

answers: NDQ_000652

answers: aquifer,

answers: NDQ_000653

answers: aquifer,

answers: NDQ_000654

answers: groundwater.

answers: NDQ_000655

answers: aquifer,

text: Three conditions must be present for oil reservoirs to form: a source rock rich in hydrocarbon material buried deep enough for subterranean heat to cook it into oil, a porous and permeable reservoir rock for it to accumulate in, and a cap rock (seal) or other mechanism that prevents it from escaping to the surface. Within these reservoirs, fluids will typically organize themselves like a three-layer cake with a layer of water below the oil layer and a layer of gas above it, although the different layers vary in size between reservoirs. Because most hydrocarbons are less dense than rock or water, they often migrate upward through adjacent rock layers until either reaching the surface or becoming trapped within porous rocks (known as reservoirs) by impermeable rocks above. However, the process is influenced by underground water flows, causing oil to migrate hundreds of kilometres horizontally or even short distances downward before becoming trapped in a reservoir. When hydrocarbons are concentrated in a trap, an oil field forms, from which the liquid can be extracted by drilling and pumping.

text: Three conditions must be present for oil reservoirs to form: a

text: source rock

text: rich in hydrocarbon material buried deep enough for subterranean heat to cook it into oil, a

text: porous

text: and

text: permeable

text: reservoir rock for it to accumulate in, and a cap rock (seal) or other mechanism that prevents it from escaping to the surface. Within these reservoirs, fluids will typically organize themselves like a three-layer cake with a layer of water below the oil layer and a layer of gas above it, although the different layers vary in size between reservoirs. Because most hydrocarbons are less dense than rock or water, they often migrate upward through adjacent rock layers until either reaching the surface or becoming trapped within porous rocks (known as

text: reservoirs

text: ) by impermeable rocks above. However, the process is influenced by underground water flows, causing oil to migrate hundreds of kilometres horizontally or even short distances downward before becoming trapped in a reservoir. When hydrocarbons are concentrated in a trap, an

text: oil field

text: forms, from which the liquid can be extracted by

text: drill

text: ing and

text: pump

text: ing.

answers: NDQ_000611

answers: does not migrate upward through adjacent rock layers

answers: NDQ_000613

answers: porous and permeable

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: underground water flows

answers: NDQ_000619

answers: hydrocarbons are trapped in a trap

answers: NDQ_000624

answers: underground water flows

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: underground water flows

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: What is the process influenced by underground water flows?

answers: NDQ_000636

answers: not enough information

answers: NDQ_000637

answers: yes

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or oil reservoirs?

answers: NDQ_000640

answers: not enough information

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: impermeable rocks

answers: NDQ_000643

answers: reservoir rock

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: a layer of gas

answers: NDQ_000646

answers: an oil field

answers: NDQ_000647

answers: a layer of water below the oil layer

answers: NDQ_000648

answers: underground water flows

answers: NDQ_000649

answers: Where does water infiltrate?

answers: NDQ_000650

answers: hydrocarbons are concentrated

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: source rock

answers: NDQ_000653

answers: reservoirs

answers: NDQ_000654

answers: underground water flows

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: underground water flows,

answers: NDQ_000613

answers: porous and permeable

answers: NDQ_000615

answers: underground water flows,

answers: NDQ_000616

answers: underground water flows,

answers: NDQ_000619

answers: underground water flows,

answers: NDQ_000624

answers: underground water flows,

answers: NDQ_000627

answers: water

answers: NDQ_000629

answers: porous and permeable reservoir rock

answers: NDQ_000630

answers: oil,

answers: NDQ_000631

answers: underground water flows,

answers: NDQ_000632

answers: three-layer cake with a layer of water

answers: NDQ_000633

answers: underground water

answers: NDQ_000634

answers: oil to migrate hundreds of kilometres

answers: NDQ_000635

answers: underground water flows,

answers: NDQ_000636

answers: Three conditions must be present for oil reservoirs

answers: NDQ_000637

answers: a porous and permeable reservoir rock

answers: NDQ_000638

answers: impermeable rocks

answers: NDQ_000639

answers: oil reservoirs to form: a source rock rich in hydrocarbon material

answers: NDQ_000640

answers: cap rock

answers: NDQ_000641

answers: underground water flows,

answers: NDQ_000642

answers: impermeable rocks

answers: NDQ_000643

answers: layer of water below the oil layer

answers: NDQ_000644

answers: porous rocks

answers: NDQ_000645

answers: oil layer

answers: NDQ_000646

answers: drilling and pumping.

answers: NDQ_000647

answers: water

answers: NDQ_000648

answers: water

answers: NDQ_000649

answers: underground water flows,

answers: NDQ_000650

answers: underground water flows,

answers: NDQ_000651

answers: underground water flows,

answers: NDQ_000652

answers: underground water flows,

answers: NDQ_000653

answers: underground water flows,

answers: NDQ_000654

answers: underground water flows,

answers: NDQ_000655

answers: porous

text: The SGMA determined 43 high priority groundwater basins and 84medium priority groundwater basins, totaling 127 basins and accounting for 96 percent of the groundwater used in the state. These basins must adopt groundwater management plans by 2020 or 2022 (depending on the basin) and have until 2040 or 2042 to attain groundwater sustainability.

text: The SGMA determined 43 high priority groundwater basins and 84medium priority groundwater basins, totaling 127 basins and accounting for 96 percent of the groundwater used in the state. These basins must adopt groundwater management plans by 2020 or 2022 (depending on the basin) and have until 2040 or 2042 to attain groundwater sustainability.

answers: NDQ_000611

answers: accounts for 96 percent of what?

answers: NDQ_000613

answers: sustainability

answers: NDQ_000615

answers: 2022

answers: NDQ_000616

answers: groundwater basins

answers: NDQ_000619

answers: groundwater is too hot

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: Which of the following is not a type of land use: high priority groundwater basins or medium priority groundwater basins?

answers: NDQ_000636

answers: 84medium priority groundwater basins

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: groundwater sustainability

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: unsuitable

answers: NDQ_000650

answers: high priority

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater basins

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: high priority

answers: NDQ_000611

answers: 96 percent of the groundwater used in the state.

answers: NDQ_000613

answers: sustainability.

answers: NDQ_000615

answers: 96 percent of the groundwater

answers: NDQ_000616

answers: groundwater basins

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: 84medium priority groundwater basins,

answers: NDQ_000629

answers: 2022

answers: NDQ_000630

answers: 84medium priority groundwater basins,

answers: NDQ_000631

answers: 96 percent of the groundwater

answers: NDQ_000632

answers: 84medium priority groundwater basins,

answers: NDQ_000633

answers: 2040 or 2042 to attain groundwater sustainability.

answers: NDQ_000634

answers: 84medium priority groundwater basins,

answers: NDQ_000635

answers: 96 percent of the groundwater

answers: NDQ_000636

answers: 96 percent of the groundwater used in the state.

answers: NDQ_000637

answers: 96 percent of the groundwater

answers: NDQ_000638

answers: 96 percent of the groundwater

answers: NDQ_000639

answers: 96 percent of the groundwater

answers: NDQ_000640

answers: 84medium priority groundwater basins,

answers: NDQ_000641

answers: 96 percent of the groundwater

answers: NDQ_000642

answers: 96 percent of the groundwater

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: 96 percent of the groundwater

answers: NDQ_000650

answers: 96 percent of the groundwater used

answers: NDQ_000651

answers: 96 percent of the groundwater used in the state.

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: high priority groundwater

text: Interactions between groundwater and surface water are complex. Consequently, groundwater pollution, sometimes referred to as groundwater contamination, is not as easily classified as surface water pollution. By its very nature, groundwater aquifers are susceptible to contamination from sources that may not directly affect surface water bodies, and the distinction of point vs. non-point source may be irrelevant. A spill or ongoing release of chemical or radionuclide contaminants into soil (located away from a surface water body) may not create point or non-point source pollution but can contaminate the aquifer below, creating a toxic plume.

text: Interactions between

text: groundwater

text: and surface water are complex. Consequently, groundwater pollution, sometimes referred to as groundwater contamination, is not as easily classified as surface

text: water pollution

text: . By its very nature, groundwater

text: aquifer

text: s are susceptible to contamination from sources that may not directly affect surface water bodies, and the distinction of point vs. non-point source may be irrelevant. A spill or ongoing release of chemical or

text: radionuclide

text: contaminants into soil (located away from a surface water body) may not create point or non-point source pollution but can contaminate the aquifer below, creating a toxic

text: plume

answers: NDQ_000611

answers: does not affect surface water bodies

answers: NDQ_000613

answers: non-point source may be irrelevant

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater aquifers are susceptible to contamination

answers: NDQ_000624

answers: fluctuate

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: groundwater pollution

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: non-point source

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: surface water

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: unrelated

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: groundwater pollution

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where rock is

answers: NDQ_000650

answers: non-point source

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: susceptible to contamination from sources that may not directly affect surface water bodies,

answers: NDQ_000613

answers: point vs. non-point source

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: release of chemical or radionuclide contaminants

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: point vs. non-point source may be irrelevant.

answers: NDQ_000630

answers: Interactions between groundwater

answers: NDQ_000631

answers: groundwater aquifers

answers: NDQ_000632

answers: the distinction of point vs. non-point source may be irrelevant.

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: Interactions between groundwater

answers: NDQ_000635

answers: groundwater aquifers

answers: NDQ_000636

answers: Interactions between groundwater and surface water

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: contaminate the aquifer below, creating a toxic plume.

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: susceptible to contamination from sources that may not directly affect surface water bodies,

answers: NDQ_000641

answers: Interactions between groundwater

answers: NDQ_000642

answers: soil

answers: NDQ_000643

answers: groundwater aquifers

answers: NDQ_000644

answers: groundwater aquifers

answers: NDQ_000645

answers: groundwater aquifers

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: sources that may not directly affect surface water bodies,

answers: NDQ_000651

answers: Interactions between groundwater

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: point vs. non-point source

text: Daisy Geyser is a geyser in the Upper Geyser Basin of Yellowstone National Park in the United States.

text: Daisy Geyser is a

text: geyser

text: in the

text: Upper Geyser Basin

text: of

text: Yellowstone National Park

text: in the

text: United States

answers: NDQ_000611

answers: causes geysers to erupt

answers: NDQ_000613

answers: good aquifers contain water

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: Yellowstone National Park

answers: NDQ_000619

answers: geothermal energy is released

answers: NDQ_000624

answers: What can happen to the water table?

answers: NDQ_000627

answers: Where is Daisy Geyser located?

answers: NDQ_000629

answers: None of the above choices.

answers: NDQ_000630

answers: How does Daisy Geyser get its name?

answers: NDQ_000631

answers: In the United States

answers: NDQ_000632

answers: Where is Daisy Geyser located?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: The amount of land used in an area can affect the amount of water that is available to enter groundwater.

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: It does not.

answers: NDQ_000639

answers: What type of spring is Daisy Geyser?

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: Daisy Geyser

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: is a geyser

answers: NDQ_000645

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: geyser

answers: NDQ_000648

answers: is called groundwater

answers: NDQ_000649

answers: a geyser is a source of water

answers: NDQ_000650

answers: is near a large source of pollution.

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: Daisy Geyser

answers: NDQ_000613

answers: Upper Geyser Basin

answers: NDQ_000615

answers: Daisy Geyser

answers: NDQ_000616

answers: Daisy Geyser

answers: NDQ_000619

answers: Geyser Basin of Yellowstone National Park in the United States.

answers: NDQ_000624

answers: Daisy Geyser

answers: NDQ_000627

answers: Daisy Geyser

answers: NDQ_000629

answers: Daisy Geyser

answers: NDQ_000630

answers: Daisy Geyser

answers: NDQ_000631

answers: Daisy Geyser

answers: NDQ_000632

answers: Daisy Geyser

answers: NDQ_000633

answers: Daisy Geyser

answers: NDQ_000634

answers: Daisy Geyser

answers: NDQ_000635

answers: Daisy Geyser

answers: NDQ_000636

answers: Daisy Geyser

answers: NDQ_000637

answers: Daisy Geyser

answers: NDQ_000638

answers: Daisy Geyser

answers: NDQ_000639

answers: Daisy Geyser

answers: NDQ_000640

answers: Daisy Geyser

answers: NDQ_000641

answers: Daisy Geyser

answers: NDQ_000642

answers: Daisy Geyser

answers: NDQ_000643

answers: Upper Geyser Basin

answers: NDQ_000644

answers: Daisy Geyser

answers: NDQ_000645

answers: Daisy Geyser

answers: NDQ_000646

answers: Daisy Geyser

answers: NDQ_000647

answers: Daisy Geyser is a geyser

answers: NDQ_000648

answers: Daisy Geyser

answers: NDQ_000649

answers: Daisy Geyser

answers: NDQ_000650

answers: Yellowstone National Park

answers: NDQ_000651

answers: Daisy Geyser

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: geyser in the Upper Geyser Basin

answers: NDQ_000654

answers: Daisy Geyser

answers: NDQ_000655

answers: geyser

text: The Upper Klamath Watershed lies between the Cascade Range and the Basin and Range Province in southern Oregon and northern California. Bedrock stratigraphy in the area includes volcanic deposits, volcanic ejecta, and fluviolacustrine deposits. This creates three general hydrologic layers: 1) Highly permeable basalt with an older depositional age serving as the principle aquifer, 2) fluvial deposits made up of tuff, shale, agglomerate, sandstone, and volcanic ash that are collectively known as the Yonna Formation and act as a groundwater cap, and 3) more recent eruptive volcanic deposits that overlie the aquifer. Little water is able to permeate through the upper volcanic deposit layers to the principle aquifers. Groundwater is able to move freely throughout the upper basin despite geologic structures that occur due to normal faulting which only confine groundwater on a local scale. Artesian wells discharging into the Upper Klamath Lake are essential for recharge into the lake and Klamath River flow throughout the year. Snowmelt is currently a large contributor of groundwater recharge in the Upper Klamath Basin.

text: The Upper Klamath Watershed lies between the

text: Cascade Range

text: and the

text: Basin and Range Province

text: in southern Oregon and northern California. Bedrock

text: stratigraphy

text: in the area includes volcanic deposits,

text: volcanic ejecta

text: , and fluviolacustrine deposits. This creates three general

text: hydrologic

text: layers: 1) Highly permeable

text: basalt

text: with an older depositional age serving as the principle

text: aquifer

text: , 2)

text: fluvial

text: deposits made up of tuff, shale, agglomerate, sandstone, and volcanic ash that are collectively known as the Yonna Formation and act as a groundwater cap, and 3) more recent eruptive volcanic deposits that overlie the aquifer. Little water is able to permeate through the upper volcanic deposit layers to the principle aquifers. Groundwater is able to move freely throughout the upper basin despite geologic structures that occur due to normal faulting which only confine groundwater on a local scale.

text: Artesian wells

text: discharging into the Upper Klamath Lake are essential for recharge into the lake and

text: Klamath River

text: flow throughout the year. Snowmelt is currently a large contributor of groundwater recharge in the Upper Klamath Basin.

answers: NDQ_000611

answers: is confined on a local scale

answers: NDQ_000613

answers: Highly permeable and older depositional age

answers: NDQ_000615

answers: move freely

answers: NDQ_000616

answers: Artesian wells

answers: NDQ_000619

answers: volcanic deposits overlie the aquifer

answers: NDQ_000624

answers: What can happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: How many general hydrologic layers are there

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: What type of land use does the Upper Klamath Watershed have?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: Yes

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Which of the following is not a mineral spring: Artesian wells discharging into the Upper Klamath Lake

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: Artesian wells

answers: NDQ_000645

answers: groundwater cap

answers: NDQ_000646

answers: Artesian well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: Little water is able to permeate

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: older depositional age

answers: NDQ_000651

answers: California

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: Basin and Range Province

answers: NDQ_000654

answers: Snowmelt

answers: NDQ_000655

answers: Highly permeable

answers: NDQ_000611

answers: Groundwater is able to move freely

answers: NDQ_000613

answers: Highly permeable basalt with an older depositional age

answers: NDQ_000615

answers: Snowmelt

answers: NDQ_000616

answers: Snowmelt

answers: NDQ_000619

answers: volcanic deposits,

answers: NDQ_000624

answers: Groundwater

answers: NDQ_000627

answers: basalt

answers: NDQ_000629

answers: Highly permeable basalt

answers: NDQ_000630

answers: volcanic deposits, volcanic ejecta,

answers: NDQ_000631

answers: Little water is able to permeate through the upper volcanic deposit layers

answers: NDQ_000632

answers: Little water is able to permeate through the upper volcanic deposit layers

answers: NDQ_000633

answers: Groundwater

answers: NDQ_000634

answers: Yonna Formation

answers: NDQ_000635

answers: Little water is able to permeate through the upper volcanic deposit layers

answers: NDQ_000636

answers: Snowmelt

answers: NDQ_000637

answers: Highly permeable basalt

answers: NDQ_000638

answers: Little water is able to permeate through the upper volcanic deposit layers

answers: NDQ_000639

answers: tuff,

answers: NDQ_000640

answers: Little water is able to permeate through the upper volcanic deposit layers

answers: NDQ_000641

answers: Artesian wells

answers: NDQ_000642

answers: Little water is able to permeate through the upper volcanic deposit layers

answers: NDQ_000643

answers: groundwater cap,

answers: NDQ_000644

answers: Little water is able to permeate through the upper volcanic deposit layers

answers: NDQ_000645

answers: groundwater cap,

answers: NDQ_000646

answers: Artesian wells

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: Little water is able to permeate

answers: NDQ_000649

answers: Little water is able to permeate through the upper volcanic deposit layers

answers: NDQ_000650

answers: eruptive volcanic deposits

answers: NDQ_000651

answers: Upper Klamath Watershed

answers: NDQ_000652

answers: Artesian wells

answers: NDQ_000653

answers: aquifer,

answers: NDQ_000654

answers: Snowmelt

answers: NDQ_000655

answers: Highly permeable

text: Although groundwater sources are quite prevalent, one major area of concern is the renewal rate or recharge rate of some groundwater sources. Abstracting from groundwater sources that are non-renewable could lead to exhaustion if not properly monitored and managed. Another concern of increased groundwater usage is the diminished water quality of the source over time. Reduction of natural outflows, decreasing stored volumes, declining water levels and water degradation are commonly observed in groundwater systems. Groundwater depletion may result in many negative effects such as increased cost of groundwater pumping, induced salinity and other water quality changes, land subsidence, degraded springs and reduced baseflows. Human pollution is also harmful to this important resource.

text: Although groundwater sources are quite prevalent, one major area of concern is the renewal rate or recharge rate of some groundwater sources.

text: Abstracting

text: from groundwater sources that are non-renewable could lead to exhaustion if not properly monitored and managed. Another concern of increased groundwater usage is the diminished water quality of the source over time. Reduction of natural outflows, decreasing stored volumes, declining water levels and water degradation are commonly observed in groundwater systems. Groundwater depletion may result in many negative effects such as increased cost of groundwater pumping, induced salinity and other water quality changes, land subsidence, degraded springs and reduced baseflows. Human pollution is also harmful to this important resource.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: non-renewable

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater sources

answers: NDQ_000619

answers: groundwater depletes

answers: NDQ_000624

answers: groundwater depletion

answers: NDQ_000627

answers: Which of the following is not an aquifer?

answers: NDQ_000629

answers: Which of the following is not a concern of increased groundwater usage?

answers: NDQ_000630

answers: groundwater depletion may result in many negative effects

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: What is a concern of increased groundwater usage?

answers: NDQ_000636

answers: groundwater depletion

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a concern of increased groundwater usage?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does the water flow out of the well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: isotopes

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: pumping

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is rock located?

answers: NDQ_000650

answers: human pollutes it

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: non-renewable

answers: NDQ_000611

answers: prevalent,

answers: NDQ_000613

answers: renewal rate or recharge rate

answers: NDQ_000615

answers: declining water levels

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: Human pollution

answers: NDQ_000624

answers: land subsidence,

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: non-renewable

answers: NDQ_000630

answers: degraded springs

answers: NDQ_000631

answers: groundwater sources are quite prevalent,

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: non-renewable could lead to exhaustion

answers: NDQ_000634

answers: groundwater

answers: NDQ_000635

answers: land subsidence,

answers: NDQ_000636

answers: Abstracting from groundwater sources that are non-renewable

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: Human pollution

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: Groundwater depletion

answers: NDQ_000641

answers: outflows,

answers: NDQ_000642

answers: land subsidence, degraded springs

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater pumping,

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: Human pollution

answers: NDQ_000651

answers: groundwater

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: Human pollution

answers: NDQ_000655

answers: non-renewable

text: This philosophy rejects traditional western distinctions between natural and man made environments.Architecture is simply a physical extension of human kind and must, according to Patterson, create or extend the sense of belonging people feel towards what they inhabit, this could be explained as form following whanau.Patterson has been vocal in pushing for greater use of indigenous New Zealand stories and symbols in the design of public buildings.An emphasis on belonging logically creates a sense of identity to a place and, correspondingly, a sense of identity in the users or inhabitants of a place. The Geyser building is an example.Patterson’s uses a pattern derived from the tassles of the korowai or traditional Māori cloak on the façade of the Geyser building. His interest in Māori culture is also evident in the Anvil building which used "cloud forms as conceptual drivers" relating to the Māori creation myth of Ranginui and Papatuanuku.

text: This philosophy rejects traditional western distinctions between natural and

text: man made environments

text: .Architecture is simply a physical extension of human kind and must, according to Patterson, create or extend the sense of belonging people feel towards what they inhabit, this could be explained as form following

text: whanau

text: .Patterson has been vocal in pushing for greater use of

text: indigenous New Zealand

text: stories and

text: symbols

text: in the design of public buildings.An emphasis on belonging logically creates a sense of identity to a place and, correspondingly, a sense of identity in the users or inhabitants of a place. The Geyser building is an example.Patterson’s uses a pattern derived from the tassles of the

text: korowai

text: or traditional Māori cloak on the

text: façade

text: of the Geyser building. His interest in Māori culture is also evident in the Anvil building which used "cloud forms as conceptual drivers" relating to the Māori creation myth of

text: Ranginui and Papatuanuku

answers: NDQ_000611

answers: is a mixture of

answers: NDQ_000613

answers: good aquifer

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: New Zealand

answers: NDQ_000619

answers: M ori culture

answers: NDQ_000624

answers: What is the Geyser building?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: What is the largest aquifer in the world?

answers: NDQ_000635

answers: How does land use affect the amount of water that enters groundwater?

answers: NDQ_000636

answers: what is the name of the aquifer

answers: NDQ_000637

answers: None of the above choices

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: how does the Geyser building work?

answers: NDQ_000642

answers: The Geyser building is an example

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: The Geyser building

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: Geyser

answers: NDQ_000648

answers: aquifer

answers: NDQ_000649

answers: Where does water infiltrate the ground?

answers: NDQ_000650

answers: is located near a construction site

answers: NDQ_000651

answers: New Zealand

answers: NDQ_000652

answers: natural source

answers: NDQ_000653

answers: New Zealand

answers: NDQ_000654

answers: water flowing through it

answers: NDQ_000655

answers: Geyser

answers: NDQ_000611

answers: man made environments.Architecture

answers: NDQ_000613

answers: sense of belonging

answers: NDQ_000615

answers: Geyser

answers: NDQ_000616

answers: man made environments.Architecture

answers: NDQ_000619

answers: man made environments.Architecture

answers: NDQ_000624

answers: Geyser

answers: NDQ_000627

answers: tassles of the korowai

answers: NDQ_000629

answers: This philosophy rejects traditional western distinctions between natural and man made environments.Architecture

answers: NDQ_000630

answers: Geyser

answers: NDQ_000631

answers: western distinctions between natural and man made environments.Architecture

answers: NDQ_000632

answers: western distinctions between natural and man made environments.Architecture

answers: NDQ_000633

answers: Geyser

answers: NDQ_000634

answers: New Zealand

answers: NDQ_000635

answers: man made environments.Architecture

answers: NDQ_000636

answers: indigenous New Zealand

answers: NDQ_000637

answers: This philosophy rejects traditional western distinctions between natural and man made environments.Architecture

answers: NDQ_000638

answers: This philosophy rejects traditional western distinctions between natural and man made environments.Architecture

answers: NDQ_000639

answers: Geyser

answers: NDQ_000640

answers: This philosophy rejects traditional western distinctions between natural and man made environments.Architecture

answers: NDQ_000641

answers: This philosophy rejects traditional western distinctions between natural and man made environments.Architecture

answers: NDQ_000642

answers: environments.Architecture

answers: NDQ_000643

answers: Geyser

answers: NDQ_000644

answers: tassles of the korowai

answers: NDQ_000645

answers: Geyser

answers: NDQ_000646

answers: western distinctions between natural and man made environments.Architecture

answers: NDQ_000647

answers: Geyser

answers: NDQ_000648

answers: natural and man made environments.Architecture

answers: NDQ_000649

answers: natural and man made environments.Architecture

answers: NDQ_000650

answers: man made environments.Architecture

answers: NDQ_000651

answers: New Zealand

answers: NDQ_000652

answers: Geyser

answers: NDQ_000653

answers: natural and man made environments.Architecture

answers: NDQ_000654

answers: man made environments.Architecture

answers: NDQ_000655

answers: Geyser

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_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: The amount of groundwater recharge and abstraction is not well known

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is contaminated

answers: NDQ_000624

answers: What may happen to groundwater?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: groundwater resources

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How is groundwater recharge and abstraction estimated?

answers: NDQ_000636

answers: industries

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: It is expected to increase

answers: NDQ_000639

answers: Which of the following is not a source of groundwater: hot springs, mineral springs or industries?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why is groundwater used by industries?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: Groundwater

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is groundwater used by industries

answers: NDQ_000650

answers: is used by industries

answers: NDQ_000651

answers: groundwater

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: Groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: industries

answers: NDQ_000613

answers: conservation

answers: NDQ_000615

answers: Groundwater

answers: NDQ_000616

answers: Groundwater

answers: NDQ_000619

answers: Groundwater

answers: NDQ_000624

answers: Groundwater

answers: NDQ_000627

answers: Groundwater

answers: NDQ_000629

answers: Groundwater

answers: NDQ_000630

answers: Groundwater

answers: NDQ_000631

answers: Groundwater

answers: NDQ_000632

answers: Groundwater

answers: NDQ_000633

answers: Groundwater

answers: NDQ_000634

answers: Groundwater

answers: NDQ_000635

answers: exacerbates the exploitation of groundwater

answers: NDQ_000636

answers: industries

answers: NDQ_000637

answers: Groundwater

answers: NDQ_000638

answers: Groundwater

answers: NDQ_000639

answers: Groundwater

answers: NDQ_000640

answers: Groundwater

answers: NDQ_000641

answers: Groundwater

answers: NDQ_000642

answers: wells),

answers: NDQ_000643

answers: Groundwater

answers: NDQ_000644

answers: wells),

answers: NDQ_000645

answers: Groundwater

answers: NDQ_000646

answers: wells),

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: Groundwater

answers: NDQ_000649

answers: Groundwater

answers: NDQ_000650

answers: Eastern part of the Alto Tietê.

answers: NDQ_000651

answers: Groundwater

answers: NDQ_000652

answers: Groundwater

answers: NDQ_000653

answers: Groundwater

answers: NDQ_000654

answers: Groundwater

answers: NDQ_000655

answers: Groundwater

text: Because of Hot Springs State Park, tourism is of considerable economic importance to Thermopolis. A state maintained herd of American Bison reside in Hot Springs State Park, which extends into the northeast corner of town. Two hot mineral water concessions with numerous water slides and other attractions, the Teepee Pools, Teepee Fountain and Star Plunge are located within the park. Two hotels, Days Inn-Safari Club and Best Western-Plaza Inn, are also in the park. Other tourism-related businesses in and near the town include the Downtown Thermopolis Historic District, the Hot Springs County Museum and Cultural Center and the Wind River Canyon Whitewater Rafting. Thermopolis (indeed, all of Hot Springs County) levies a 4% lodging tax for boarders in county hotels and motels.

text: Because of Hot Springs State Park, tourism is of considerable economic importance to Thermopolis. A state maintained herd of

text: American Bison

text: reside in

text: Hot Springs State Park

text: , which extends into the northeast corner of town. Two hot mineral water concessions with numerous water slides and other attractions, the Teepee Pools,

text: Teepee Fountain

text: and Star Plunge are located within the park. Two hotels, Days Inn-Safari Club and Best Western-Plaza Inn, are also in the park. Other tourism-related businesses in and near the town include the

text: Downtown Thermopolis Historic District

text: , the Hot Springs County Museum and Cultural Center and the

text: Wind River Canyon Whitewater

text: Rafting. Thermopolis (indeed, all of

text: Hot Springs County

text: ) levies a 4% lodging tax for boarders in county hotels and motels.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: hot mineral water

answers: NDQ_000615

answers: increase by how much?

answers: NDQ_000616

answers: Hot Springs State Park

answers: NDQ_000619

answers: Hot Springs State Park has hot mineral water

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Where does the mineral water come from?

answers: NDQ_000629

answers: Which of the following is not a type of attraction: Teepee Pools, Teepee Fountain and Star Plunge?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: How many mineral water concessions are located within the park?

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the reason for the lodging tax?

answers: NDQ_000636

answers: None of the above choices are available

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: What are mineral springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: does not have tiny holes that water can pass through

answers: NDQ_000643

answers: mineral water

answers: NDQ_000644

answers: What are the Teepee Pools?

answers: NDQ_000645

answers: hot mineral water

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: hot mineral water

answers: NDQ_000648

answers: hot mineral water

answers: NDQ_000649

answers: Which of the following is not a type of attraction: Teepee Pools, Teepee Fountain and Star Plunge?

answers: NDQ_000650

answers: is in a densely populated area

answers: NDQ_000651

answers: Bison

answers: NDQ_000652

answers: spring

answers: NDQ_000653

answers: Hot Springs State Park

answers: NDQ_000654

answers: Wind River Canyon

answers: NDQ_000655

answers: Hot Springs

answers: NDQ_000611

answers: hot mineral water

answers: NDQ_000613

answers: hot mineral water

answers: NDQ_000615

answers: Teepee Pools, Teepee Fountain and Star Plunge

answers: NDQ_000616

answers: Hot Springs State Park,

answers: NDQ_000619

answers: hot mineral water

answers: NDQ_000624

answers: hot mineral water

answers: NDQ_000627

answers: hot mineral water

answers: NDQ_000629

answers: 4%

answers: NDQ_000630

answers: hot mineral water

answers: NDQ_000631

answers: hot mineral water

answers: NDQ_000632

answers: 4%

answers: NDQ_000633

answers: hot mineral water

answers: NDQ_000634

answers: 4%

answers: NDQ_000635

answers: Hot Springs State Park,

answers: NDQ_000636

answers: tourism is of considerable economic importance to Thermopolis.

answers: NDQ_000637

answers: hot mineral water

answers: NDQ_000638

answers: 4%

answers: NDQ_000639

answers: mineral water

answers: NDQ_000640

answers: 4%

answers: NDQ_000641

answers: hot mineral water

answers: NDQ_000642

answers: Bison

answers: NDQ_000643

answers: hot mineral water

answers: NDQ_000644

answers: water slides

answers: NDQ_000645

answers: hot mineral water

answers: NDQ_000646

answers: hot mineral water

answers: NDQ_000647

answers: hot mineral water

answers: NDQ_000648

answers: hot mineral water

answers: NDQ_000649

answers: 4%

answers: NDQ_000650

answers: hot mineral water concessions with numerous water slides

answers: NDQ_000651

answers: Bison

answers: NDQ_000652

answers: hot mineral water

answers: NDQ_000653

answers: Hot Springs State Park,

answers: NDQ_000654

answers: Hot Springs State Park,

answers: NDQ_000655

answers: hot mineral water concessions with numerous water slides

text: Serpentine Hot Springs was originally described by Arthur J. Collier in U.S. Geological Survey Bulletin (1902). Collier noted that Charles McLennan, who with a dog team and Inupiat assistants, was probably the first white man to reach the hot springs in May, 1900. McLennan may have staked a mining claim nearby but left the country by September, 1901. Another miner, John Sirene, built a cabin and maintained a garden at the springs. Miners used the area intermittently until around 1915, when prospectors built a cabin, bathhouse, and a bathing pool that was 10 to 12 feet in diameter nearby. A runway may have been constructed in 1923 and a bunkhouse was dragged in by Alaska Road Commission workers in 1949. In 1953, the nearby village of Shishmaref received $53,000 in state funds to construct a public bath house.

text: Serpentine Hot Springs was originally described by Arthur J. Collier in U.S. Geological Survey Bulletin (1902). Collier noted that Charles McLennan, who with a dog team and Inupiat assistants, was probably the first white man to reach the hot springs in May, 1900. McLennan may have staked a mining claim nearby but left the country by September, 1901. Another miner, John Sirene, built a cabin and maintained a garden at the springs. Miners used the area intermittently until around 1915, when prospectors built a cabin, bathhouse, and a bathing pool that was 10 to 12 feet in diameter nearby. A runway may have been constructed in 1923 and a bunkhouse was dragged in by Alaska Road Commission workers in 1949. In 1953, the nearby village of Shishmaref received $53,000 in state funds to construct a public bath house.

answers: NDQ_000611

answers: infiltrates the ground

answers: NDQ_000613

answers: hot springs

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: mineral deposits

answers: NDQ_000619

answers: Geological Survey Bulletin (1902)

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unknown

answers: NDQ_000635

answers: McLennan may have staked a mining claim

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: What type of springs are mineral springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: how does water flow out of a well

answers: NDQ_000642

answers: unspecified

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: Serpentine Hot Springs

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: a well

answers: NDQ_000647

answers: Hot Springs

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Where is the hot springs located?

answers: NDQ_000650

answers: is polluted

answers: NDQ_000651

answers: Alaska

answers: NDQ_000652

answers: source

answers: NDQ_000653

answers: the oceans

answers: NDQ_000654

answers: unanswerable

answers: NDQ_000655

answers: hot springs

answers: NDQ_000611

answers: Serpentine Hot Springs

answers: NDQ_000613

answers: 10 to 12 feet in diameter

answers: NDQ_000615

answers: Serpentine Hot Springs

answers: NDQ_000616

answers: Serpentine Hot Springs

answers: NDQ_000619

answers: hot springs

answers: NDQ_000624

answers: Geological Survey Bulletin (1902).

answers: NDQ_000627

answers: Serpentine Hot Springs

answers: NDQ_000629

answers: 1900.

answers: NDQ_000630

answers: Serpentine Hot Springs

answers: NDQ_000631

answers: Serpentine Hot Springs

answers: NDQ_000632

answers: 10 to 12 feet in diameter

answers: NDQ_000633

answers: Serpentine Hot Springs

answers: NDQ_000634

answers: 10 to 12 feet in diameter

answers: NDQ_000635

answers: mining claim

answers: NDQ_000636

answers: Serpentine Hot Springs

answers: NDQ_000637

answers: Serpentine Hot Springs

answers: NDQ_000638

answers: 1901.

answers: NDQ_000639

answers: mining

answers: NDQ_000640

answers: 1901.

answers: NDQ_000641

answers: Serpentine Hot Springs

answers: NDQ_000642

answers: 10 to 12 feet in diameter

answers: NDQ_000643

answers: Serpentine Hot Springs

answers: NDQ_000644

answers: Serpentine Hot Springs

answers: NDQ_000645

answers: Serpentine Hot Springs

answers: NDQ_000646

answers: 10 to 12 feet in diameter

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: Serpentine Hot Springs

answers: NDQ_000649

answers: 1900.

answers: NDQ_000650

answers: mining claim

answers: NDQ_000651

answers: Alaska

answers: NDQ_000652

answers: mining claim

answers: NDQ_000653

answers: Serpentine Hot Springs

answers: NDQ_000654

answers: mining

answers: NDQ_000655

answers: Serpentine

text: Rocks normally decrease in porosity with age and depth of burial. Tertiary age Gulf Coast sandstones are in general more porous than Cambrian age sandstones. There are exceptions to this rule, usually because of the depth of burial and thermal history.

text: Rocks normally decrease in porosity with age and depth of burial.

text: Tertiary

text: age

text: Gulf Coast

text: sandstones are in general more porous than

text: Cambrian

text: age sandstones. There are exceptions to this rule, usually because of the depth of burial and thermal history.

answers: NDQ_000611

answers: causes sandstones to increase in porosity

answers: NDQ_000613

answers: porosity with age

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: a lake

answers: NDQ_000619

answers: thermal history is present in the rocks

answers: NDQ_000624

answers: What can happen to the water table in an area?

answers: NDQ_000627

answers: Which of the following is not a type of rock: Tertiary age Gulf Coast sandstones or Cambrian age sandstones?

answers: NDQ_000629

answers: no

answers: NDQ_000630

answers: Which of the following is not a type of rock: Tertiary age, Cambrian, or Cambrian age sandstones?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: How can land use affect the amount of water that can enter groundwater?

answers: NDQ_000636

answers: the depth of burial and thermal history

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: what is the first type of rock mentioned?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: porosity

answers: NDQ_000643

answers: thermal history

answers: NDQ_000644

answers: porosity

answers: NDQ_000645

answers: porosity

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: aquifer

answers: NDQ_000648

answers: can be heated

answers: NDQ_000649

answers: buried

answers: NDQ_000650

answers: depth of burial is higher

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: volcanic eruption

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: thermal history

answers: NDQ_000655

answers: porosity

answers: NDQ_000611

answers: Rocks normally decrease in porosity

answers: NDQ_000613

answers: age and depth of burial.

answers: NDQ_000615

answers: Rocks normally decrease in porosity

answers: NDQ_000616

answers: Rocks normally decrease in porosity with age and depth of burial.

answers: NDQ_000619

answers: thermal history.

answers: NDQ_000624

answers: Rocks normally decrease in porosity with age and depth of burial.

answers: NDQ_000627

answers: Rocks normally decrease in porosity with age and depth of burial.

answers: NDQ_000629

answers: Rocks normally decrease in porosity

answers: NDQ_000630

answers: depth of burial and thermal history.

answers: NDQ_000631

answers: Rocks normally decrease in porosity with age and depth of burial.

answers: NDQ_000632

answers: depth of burial and thermal history.

answers: NDQ_000633

answers: depth of burial and thermal history.

answers: NDQ_000634

answers: Rocks normally decrease in porosity

answers: NDQ_000635

answers: Rocks normally decrease in porosity with age and depth of burial.

answers: NDQ_000636

answers: depth of burial and thermal history.

answers: NDQ_000637

answers: Rocks normally decrease in porosity with age and depth of burial.

answers: NDQ_000638

answers: depth of burial and thermal history.

answers: NDQ_000639

answers: Rocks

answers: NDQ_000640

answers: depth of burial and thermal history.

answers: NDQ_000641

answers: Rocks normally decrease in porosity

answers: NDQ_000642

answers: Rocks normally decrease in porosity

answers: NDQ_000643

answers: thermal history.

answers: NDQ_000644

answers: porosity

answers: NDQ_000645

answers: Tertiary age Gulf Coast sandstones

answers: NDQ_000646

answers: Rocks normally decrease in porosity with age and depth of burial.

answers: NDQ_000647

answers: Rocks normally decrease in porosity with age and depth of burial.

answers: NDQ_000648

answers: thermal history.

answers: NDQ_000649

answers: burial.

answers: NDQ_000650

answers: age and depth of burial.

answers: NDQ_000651

answers: Gulf Coast

answers: NDQ_000652

answers: Rocks normally decrease in porosity with age and depth of burial.

answers: NDQ_000653

answers: Cambrian

answers: NDQ_000654

answers: thermal history.

answers: NDQ_000655

answers: porous

text: and impermeable (closed) otherwise. The sites and bonds may be interpreted as holes and randomly distributed channels of a porous medium.

text: and impermeable (closed) otherwise. The sites and bonds may be interpreted as holes and randomly distributed channels of a porous medium.

answers: NDQ_000611

answers: impermeable (closed) is the opposite of what?

answers: NDQ_000613

answers: holes and randomly distributed channels

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: a lake

answers: NDQ_000619

answers: holes are left in a porous medium

answers: NDQ_000624

answers: What can happen to the water table?

answers: NDQ_000627

answers: What is a porous medium?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: Why is water heated by magma?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: It is impermeable

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: What is impermeable?

answers: NDQ_000636

answers: None of the above choices.

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: None of the above choices.

answers: NDQ_000640

answers: It is impermeable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: is impermeable

answers: NDQ_000643

answers: porous medium

answers: NDQ_000644

answers: a porous medium

answers: NDQ_000645

answers: is impermeable

answers: NDQ_000646

answers: can be interpreted as

answers: NDQ_000647

answers: is impermeable

answers: NDQ_000648

answers: is impermeable

answers: NDQ_000649

answers: porous

answers: NDQ_000650

answers: is open

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: porous medium

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: water flowing through holes

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: impermeable

answers: NDQ_000613

answers: impermeable (closed) otherwise.

answers: NDQ_000615

answers: impermeable

answers: NDQ_000616

answers: holes and randomly distributed channels of a porous medium.

answers: NDQ_000619

answers: holes and randomly distributed channels of a porous medium.

answers: NDQ_000624

answers: holes and randomly distributed channels of a porous medium.

answers: NDQ_000627

answers: porous medium.

answers: NDQ_000629

answers: impermeable (closed) otherwise.

answers: NDQ_000630

answers: holes and randomly distributed channels of a porous medium.

answers: NDQ_000631

answers: impermeable

answers: NDQ_000632

answers: randomly distributed channels

answers: NDQ_000633

answers: impermeable

answers: NDQ_000634

answers: impermeable

answers: NDQ_000635

answers: holes and randomly distributed channels of a porous medium.

answers: NDQ_000636

answers: holes and randomly distributed channels of a porous medium.

answers: NDQ_000637

answers: holes and randomly distributed channels of a porous medium.

answers: NDQ_000638

answers: holes and randomly distributed channels of a porous medium.

answers: NDQ_000639

answers: porous medium.

answers: NDQ_000640

answers: impermeable

answers: NDQ_000641

answers: holes and randomly distributed channels of a porous medium.

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: porous medium.

answers: NDQ_000644

answers: porous medium.

answers: NDQ_000645

answers: holes and randomly distributed channels of a porous medium.

answers: NDQ_000646

answers: holes

answers: NDQ_000647

answers: holes and randomly distributed channels of a porous medium.

answers: NDQ_000648

answers: holes and randomly distributed channels of a porous medium.

answers: NDQ_000649

answers: holes and randomly distributed channels of a porous medium.

answers: NDQ_000650

answers: porous medium.

answers: NDQ_000651

answers: holes and randomly distributed channels of a porous medium.

answers: NDQ_000652

answers: porous medium.

answers: NDQ_000653

answers: porous medium.

answers: NDQ_000654

answers: holes and randomly distributed channels of a porous medium.

answers: NDQ_000655

answers: porous

text: Due to the high rate of volcanic activity in Iceland, it is home to some famous geysers in the world. Geysers and hot springs are distributed all over the island. Many of the geysers are located in Haukadalur. Geysers are known to have existed in at least a dozen other areas on the island. The Great Geysir, which first erupted in the 14th century, gave rise to the word geyser. By 1896, Geysir was almost dormant before an earthquake that year caused eruptions to begin again, occurring several times a day, but in 1916, eruptions all but ceased. Throughout much of the 20th century, eruptions, usually following earthquakes, did happen from time to time. Some man-made improvements were made to the spring and eruptions were forced with soap on special occasions. Earthquakes in June 2000 subsequently reawakened the giant for a time but it is not currently erupting regularly. The nearby Strokkur geyser erupts every 5–8 minutes to a height of some .

text: Due to the high rate of volcanic activity in Iceland, it is home to some famous geysers in the world. Geysers and hot springs are distributed all over the island. Many of the geysers are located in

text: Haukadalur

text: . Geysers are known to have existed in at least a dozen other areas on the island.

text: The Great Geysir

text: , which first erupted in the 14th century, gave rise to the word

text: geyser

text: . By 1896, Geysir was almost dormant before an earthquake that year caused eruptions to begin again, occurring several times a day, but in 1916, eruptions all but ceased. Throughout much of the 20th century, eruptions, usually following earthquakes, did happen from time to time. Some man-made improvements were made to the spring and eruptions were forced with soap on special occasions. Earthquakes in June 2000 subsequently reawakened the giant for a time but it is not currently erupting regularly. The nearby

text: Strokkur

text: geyser erupts every 5–8 minutes to a height of some .

answers: NDQ_000611

answers: geysers and hot springs

answers: NDQ_000613

answers: hot springs

answers: NDQ_000615

answers: erupt more often than not

answers: NDQ_000616

answers: geysers

answers: NDQ_000619

answers: volcanic activity

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Which of the following is not a geyser: Haukadalur, Strokkur, or Geyser?

answers: NDQ_000629

answers: Which of the following is not a geyser?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: Which of the following is not a geyser?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: How many geysers are located in Haukadalur?

answers: NDQ_000635

answers: What can be concluded about Iceland's geysers?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a type of hot spring: mineral springs, geysers or geysers?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: geysers

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: geyser

answers: NDQ_000649

answers: Which of the following is not a type of geyser: hot springs or geysers?

answers: NDQ_000650

answers: man-made

answers: NDQ_000651

answers: Which of the following is not a type of geyser: Geysers or hot springs?

answers: NDQ_000652

answers: volcanic eruption

answers: NDQ_000653

answers: geysers

answers: NDQ_000654

answers: volcanic activity

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: following earthquakes,

answers: NDQ_000613

answers: hot springs

answers: NDQ_000615

answers: hot springs

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: volcanic activity

answers: NDQ_000624

answers: hot springs

answers: NDQ_000627

answers: hot springs

answers: NDQ_000629

answers: hot springs

answers: NDQ_000630

answers: Geysers and hot springs

answers: NDQ_000631

answers: hot springs

answers: NDQ_000632

answers: hot springs

answers: NDQ_000633

answers: hot springs

answers: NDQ_000634

answers: The Great Geysir,

answers: NDQ_000635

answers: man-made improvements

answers: NDQ_000636

answers: The Great Geysir,

answers: NDQ_000637

answers: hot springs

answers: NDQ_000638

answers: hot springs

answers: NDQ_000639

answers: Geysers

answers: NDQ_000640

answers: The Great Geysir,

answers: NDQ_000641

answers: hot springs

answers: NDQ_000642

answers: soap

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: Geysers and hot springs

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: hot springs

answers: NDQ_000649

answers: hot springs

answers: NDQ_000650

answers: volcanic activity

answers: NDQ_000651

answers: Iceland,

answers: NDQ_000652

answers: volcanic activity

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: earthquakes,

answers: NDQ_000655

answers: geyser.

text: Mineral springs in the High Alleghenies attracted Native Americans and 18th century white settlers and provided a modest incentive to the local economy. The spas developing around these geological features include celebrated resorts that continue to cater to an exclusive clientele, such as The Greenbrier (White Sulphur Springs, West Virginia; hotel built 1858) and The Homestead (Hot Springs, Virginia; original lodge built 1766).

text: Mineral springs

text: in the High Alleghenies attracted Native Americans and 18th century white settlers and provided a modest incentive to the local economy. The spas developing around these geological features include celebrated resorts that continue to cater to an exclusive clientele, such as

text: The Greenbrier

text: White Sulphur Springs, West Virginia

text: ; hotel built 1858) and

text: The Homestead

text: Hot Springs, Virginia

text: ; original lodge built 1766).

answers: NDQ_000611

answers: White Sulphur Springs, West Virginia

answers: NDQ_000613

answers: mineral springs

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Mineral springs

answers: NDQ_000619

answers: Mineral springs in the High Alleghenies attract Native Americans

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: The Homestead

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not

answers: NDQ_000635

answers: The Homestead (White Sulphur Springs, West Virginia)

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Why did mineral springs attract Native Americans?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: how does the water flow out of a well

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: mineral spring

answers: NDQ_000644

answers: mineral springs

answers: NDQ_000645

answers: springs

answers: NDQ_000646

answers: mineral springs

answers: NDQ_000647

answers: mineral springs

answers: NDQ_000648

answers: mineral springs

answers: NDQ_000649

answers: Where is the Greenbrier located?

answers: NDQ_000650

answers: white settlers build resorts

answers: NDQ_000651

answers: West Virginia

answers: NDQ_000652

answers: geological feature

answers: NDQ_000653

answers: Mineral springs

answers: NDQ_000654

answers: mineral springs

answers: NDQ_000655

answers: Hot Springs

answers: NDQ_000611

answers: Mineral springs

answers: NDQ_000613

answers: incentive to the local economy.

answers: NDQ_000615

answers: Mineral springs in the High Alleghenies

answers: NDQ_000616

answers: Mineral springs

answers: NDQ_000619

answers: Mineral springs

answers: NDQ_000624

answers: Mineral springs in the High Alleghenies

answers: NDQ_000627

answers: Mineral springs in the High Alleghenies

answers: NDQ_000629

answers: Mineral springs in the High Alleghenies

answers: NDQ_000630

answers: Mineral springs in the High Alleghenies

answers: NDQ_000631

answers: Mineral springs

answers: NDQ_000632

answers: Mineral springs in the High Alleghenies

answers: NDQ_000633

answers: Mineral springs

answers: NDQ_000634

answers: Mineral springs in the High Alleghenies

answers: NDQ_000635

answers: Mineral springs

answers: NDQ_000636

answers: Mineral springs in the High Alleghenies

answers: NDQ_000637

answers: Mineral springs

answers: NDQ_000638

answers: Mineral springs

answers: NDQ_000639

answers: Mineral springs

answers: NDQ_000640

answers: Mineral springs in the High Alleghenies

answers: NDQ_000641

answers: Mineral springs

answers: NDQ_000642

answers: Mineral springs in the High Alleghenies

answers: NDQ_000643

answers: Mineral springs

answers: NDQ_000644

answers: Mineral springs

answers: NDQ_000645

answers: Mineral springs

answers: NDQ_000646

answers: Mineral springs

answers: NDQ_000647

answers: Mineral springs

answers: NDQ_000648

answers: Mineral springs

answers: NDQ_000649

answers: Mineral springs in the High Alleghenies

answers: NDQ_000650

answers: white settlers

answers: NDQ_000651

answers: Mineral springs in the High Alleghenies

answers: NDQ_000652

answers: Mineral springs

answers: NDQ_000653

answers: Mineral springs

answers: NDQ_000654

answers: Mineral springs

answers: NDQ_000655

answers: Mineral springs

text: The strong discharge of groundwater from the spring has created an area of peatland or karst fen. The vast majority of peat is located in the high-rainfall regions of the northern hemisphere and its occurrence in South Africa is rare. The spring is fed by water issuing from a system of interlinked dolomitic aquifers or compartments. Four of the nine compartments which feed the Wonderfonteinspruit are affected by deep level gold mining. Large-scale pumping of water has led to a lowering of the groundwater table by up to 1000 metres, the trapping of uranium-bearing tailings in caves and sinkholes, the discharge of pollutants into the Wonderfonteinspruit, and seepage from tailings into the aquifer beneath.

text: The strong discharge of groundwater from the spring has created an area of peatland or karst fen. The vast majority of peat is located in the high-rainfall regions of the northern hemisphere and its occurrence in South Africa is rare. The spring is fed by water issuing from a system of interlinked dolomitic aquifers or compartments. Four of the nine compartments which feed the Wonderfonteinspruit are affected by deep level gold mining. Large-scale pumping of water has led to a lowering of the groundwater table by up to 1000 metres, the trapping of uranium-bearing tailings in caves and sinkholes, the discharge of pollutants into the Wonderfonteinspruit, and seepage from tailings into the aquifer beneath.

answers: NDQ_000611

answers: does not discharge into the Wonderfonteinspruit

answers: NDQ_000613

answers: dolomitic aquifers

answers: NDQ_000615

answers: lower

answers: NDQ_000616

answers: dolomite

answers: NDQ_000619

answers: dolomitic aquifers or compartments

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Four of the nine compartments which feed the Wonderfonteinspruit

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a mineral spring: peatland or karst fen?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: It's impossible to say

answers: NDQ_000642

answers: karst

answers: NDQ_000643

answers: peatland

answers: NDQ_000644

answers: sinkholes

answers: NDQ_000645

answers: groundwater table

answers: NDQ_000646

answers: sinkhole

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: dolomitic

answers: NDQ_000649

answers: karst

answers: NDQ_000650

answers: deep level gold mining

answers: NDQ_000651

answers: South Africa

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: deep level gold mining

answers: NDQ_000655

answers: karst

answers: NDQ_000611

answers: a system of interlinked dolomitic aquifers

answers: NDQ_000613

answers: interlinked

answers: NDQ_000615

answers: lowering

answers: NDQ_000616

answers: a system of interlinked dolomitic aquifers

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: lowering

answers: NDQ_000627

answers: dolomitic

answers: NDQ_000629

answers: dolomitic

answers: NDQ_000630

answers: a system of interlinked dolomitic aquifers

answers: NDQ_000631

answers: dolomitic aquifers

answers: NDQ_000632

answers: interlinked

answers: NDQ_000633

answers: interlinked dolomitic aquifers

answers: NDQ_000634

answers: a system of interlinked dolomitic aquifers

answers: NDQ_000635

answers: deep level gold mining.

answers: NDQ_000636

answers: Large-scale pumping

answers: NDQ_000637

answers: dolomitic

answers: NDQ_000638

answers: dolomitic

answers: NDQ_000639

answers: gold mining.

answers: NDQ_000640

answers: lowering of the groundwater table by up to 1000 metres,

answers: NDQ_000641

answers: a system of interlinked dolomitic aquifers

answers: NDQ_000642

answers: karst

answers: NDQ_000643

answers: karst

answers: NDQ_000644

answers: sinkholes,

answers: NDQ_000645

answers: karst

answers: NDQ_000646

answers: sinkholes,

answers: NDQ_000647

answers: groundwater table

answers: NDQ_000648

answers: dolomitic aquifers

answers: NDQ_000649

answers: karst

answers: NDQ_000650

answers: Large-scale pumping

answers: NDQ_000651

answers: a system of interlinked dolomitic aquifers

answers: NDQ_000652

answers: a system of interlinked dolomitic aquifers

answers: NDQ_000653

answers: high-rainfall regions of the northern hemisphere

answers: NDQ_000654

answers: tailings

answers: NDQ_000655

answers: karst

text: The rule of capture or  law of capture is common law from England, adopted by a number of U.S. jurisdictions, that establishes a rule of non-liability and ownership of captured natural resources including groundwater, oil, gas, and game animals.  The general rule is that the first person to "capture" such a resource owns that resource. For example, a landowner who extracts or “captures” groundwater, oil, or gas from a well that bottoms within the subsurface of his land acquires absolute ownership of the substance, even if it is drained from the subsurface of another’s land. The landowner that captures the substance owes no duty of care to other landowners. For example, a water well owner may dry up wells owned by adjacent landowners without fear of liability, unless the groundwater was withdrawn for malicious purposes, the groundwater was not put to a beneficial use without waste, or (in Texas) "such conduct is a proximate cause of the subsidence of the land of others". A corollary of this rule is that a person who drills for groundwater, oil, or gas may not extract the substance from a well that bottoms within the subsurface estate of another by drilling on a slant.

text: The rule of capture or  law of capture is common law from England, adopted by a number of U.S. jurisdictions, that establishes a rule of non-liability and ownership of captured natural resources including

text: groundwater

text: oil

text: gas

text: , and

text: game animals

text: .  The general rule is that the first person to "capture" such a resource owns that resource. For example, a landowner who extracts or “captures” groundwater, oil, or gas from a well that bottoms within the subsurface of his land acquires absolute ownership of the substance, even if it is drained from the subsurface of another’s land. The landowner that captures the substance owes no duty of care to other landowners. For example, a water well owner may dry up wells owned by adjacent landowners without fear of liability, unless the groundwater was withdrawn for malicious purposes, the groundwater was not put to a beneficial use without waste, or (in Texas) "such conduct is a proximate cause of the subsidence of the land of others". A corollary of this rule is that a person who drills for groundwater, oil, or gas may not extract the substance from a well that bottoms within the subsurface estate of another by drilling on a slant.

answers: NDQ_000611

answers: is not put to a beneficial use without waste

answers: NDQ_000613

answers: groundwater was not put to a beneficial use without waste

answers: NDQ_000615

answers: subside

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is drained from the subsurface

answers: NDQ_000624

answers: subsidence

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: not enough information

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How does the rule of capture affect groundwater?

answers: NDQ_000636

answers: beneficial use without waste

answers: NDQ_000637

answers: groundwater, oil, or gas

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: It is drained from the subsurface of another’s land

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: well

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater, oil, or gas

answers: NDQ_000650

answers: groundwater was withdrawn for malicious purposes

answers: NDQ_000651

answers: Texas

answers: NDQ_000652

answers: groundwater well

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: withdrawn for malicious purposes,

answers: NDQ_000613

answers: put to a beneficial use without waste,

answers: NDQ_000615

answers: groundwater,

answers: NDQ_000616

answers: drained from the subsurface of another’s land.

answers: NDQ_000619

answers: groundwater,

answers: NDQ_000624

answers: subsidence

answers: NDQ_000627

answers: groundwater,

answers: NDQ_000629

answers: The rule of capture

answers: NDQ_000630

answers: The rule of capture

answers: NDQ_000631

answers: groundwater,

answers: NDQ_000632

answers: subsurface

answers: NDQ_000633

answers: groundwater,

answers: NDQ_000634

answers: The rule of capture

answers: NDQ_000635

answers: a well that bottoms within the subsurface of his land

answers: NDQ_000636

answers: beneficial use

answers: NDQ_000637

answers: groundwater,

answers: NDQ_000638

answers: well that bottoms within the subsurface of his land

answers: NDQ_000639

answers: groundwater,

answers: NDQ_000640

answers: slant.

answers: NDQ_000641

answers: groundwater,

answers: NDQ_000642

answers: drilling on a slant.

answers: NDQ_000643

answers: groundwater,

answers: NDQ_000644

answers: well

answers: NDQ_000645

answers: groundwater,

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater,

answers: NDQ_000648

answers: groundwater,

answers: NDQ_000649

answers: groundwater,

answers: NDQ_000650

answers: malicious purposes,

answers: NDQ_000651

answers: The rule of capture

answers: NDQ_000652

answers: groundwater,

answers: NDQ_000653

answers: groundwater,

answers: NDQ_000654

answers: well

answers: NDQ_000655

answers: groundwater,

text: Pump Geyser is a cone geyser located in the Upper Geyser Basin of Yellowstone National Park. It is in the Geyser Hill Complex which includes Aurum Geyser, Beehive Geyser, Big Cub Geyser. Doublet Pool, Giantess Geyser and Lion Geyser, among others.

text: Pump Geyser is a cone

text: geyser

text: located in the

text: Upper Geyser Basin

text: of

text: Yellowstone National Park

text: . It is in the Geyser Hill Complex which includes

text: Aurum Geyser

text: Beehive Geyser

text: Big Cub Geyser

text: Doublet Pool

text: Giantess Geyser

text: and

text: Lion Geyser

text: , among others.

answers: NDQ_000611

answers: is contained in geysers

answers: NDQ_000613

answers: good aquifer

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: Yellowstone National Park

answers: NDQ_000619

answers: geysers are formed by water vapor condensing

answers: NDQ_000624

answers: What can happen to the water table in an area?

answers: NDQ_000627

answers: Where is Pump Geyser located?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: What type of water is heated by hot magma?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: How deep is Pump Geyser?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: What can be concluded about the Geyser Hill Complex?

answers: NDQ_000636

answers: What is Pump Geyser?

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It does not.

answers: NDQ_000639

answers: Which of the following is not a mineral spring: Aurum Geyser, Beehive Geyser, Big Cub Geyser, Doublet Pool, Giantess Geyser and Lion Geyser

answers: NDQ_000640

answers: What is the water table?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: cones

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: cone geyser

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: Pump Geyser

answers: NDQ_000647

answers: geyser basin

answers: NDQ_000648

answers: pump geyser

answers: NDQ_000649

answers: Where is Pump Geyser located?

answers: NDQ_000650

answers: is located near a major source of pollution

answers: NDQ_000651

answers: Yellowstone

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: beehive

answers: NDQ_000611

answers: cone geyser located in the Upper Geyser Basin

answers: NDQ_000613

answers: Pool,

answers: NDQ_000615

answers: Pump Geyser

answers: NDQ_000616

answers: Pump Geyser

answers: NDQ_000619

answers: cone geyser located in the Upper Geyser Basin

answers: NDQ_000624

answers: Upper Geyser Basin

answers: NDQ_000627

answers: Pump Geyser

answers: NDQ_000629

answers: Pump Geyser

answers: NDQ_000630

answers: Pump Geyser

answers: NDQ_000631

answers: Pump Geyser

answers: NDQ_000632

answers: Pump Geyser is a cone geyser

answers: NDQ_000633

answers: Pump Geyser

answers: NDQ_000634

answers: Big Cub Geyser.

answers: NDQ_000635

answers: Pump Geyser

answers: NDQ_000636

answers: Pump Geyser

answers: NDQ_000637

answers: Pump Geyser

answers: NDQ_000638

answers: Pump Geyser is a cone geyser

answers: NDQ_000639

answers: cone geyser

answers: NDQ_000640

answers: Pump Geyser

answers: NDQ_000641

answers: Pump Geyser

answers: NDQ_000642

answers: cone geyser

answers: NDQ_000643

answers: Upper Geyser Basin

answers: NDQ_000644

answers: cone

answers: NDQ_000645

answers: Upper Geyser Basin

answers: NDQ_000646

answers: Pump Geyser

answers: NDQ_000647

answers: Upper Geyser Basin

answers: NDQ_000648

answers: Pump Geyser is a cone geyser

answers: NDQ_000649

answers: Pump Geyser is a cone geyser

answers: NDQ_000650

answers: Upper Geyser Basin of Yellowstone National Park.

answers: NDQ_000651

answers: Yellowstone National Park.

answers: NDQ_000652

answers: cone geyser

answers: NDQ_000653

answers: Upper Geyser Basin

answers: NDQ_000654

answers: cone geyser

answers: NDQ_000655

answers: cone geyser

text: Chalk is a highly porous and permeable rock and rain falling onto chalk topography percolates directly into the ground, where the chalk acts as an aquifer. The groundwater flows through the chalk bedrock, re-emerging lower down the slope in springs. The chalk acts as a temporary reservoir by regulating the amount of water supplied to the springs. This is why many chalk streams in the UK have stable flow regimes that vary only slightly over time. The temperature of the emerging surface water is fairly stable and rarely deviates from 10°C (50°F). On cold winter mornings, water vapour from the relatively warm stream condenses in the cold air above to form fog.

text: Chalk

text: is a highly

text: porous

text: and

text: permeable

text: rock and

text: rain

text: falling onto chalk topography

text: percolate

text: s directly into the ground, where the chalk acts as an

text: aquifer

text: . The

text: groundwater

text: flows through the chalk bedrock, re-emerging lower down the slope in

text: springs

text: . The chalk acts as a temporary

text: reservoir

text: by regulating the amount of water supplied to the springs. This is why many chalk streams in the UK have stable flow regimes that vary only slightly over time. The

text: temperature

text: of the emerging surface water is fairly stable and rarely deviates from 10°C (50°F). On cold winter mornings, water vapour from the relatively warm stream condenses in the cold air above to form fog.

answers: NDQ_000611

answers: re-emerges in springs

answers: NDQ_000613

answers: highly porous and permeable rock

answers: NDQ_000615

answers: fluctuate

answers: NDQ_000616

answers: chalk

answers: NDQ_000619

answers: water vapour from the relatively warm stream condenses

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Which is not the type of rock that acts as an aquifer?

answers: NDQ_000629

answers: Which of the following is not the type of rock that acts as an aquifer?

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the reason many chalk streams in the UK have stable flow regimes that vary only slightly over time?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: yes

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a mineral spring: chalk, mineral, or aquifer?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: highly porous and permeable rock

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: aquifer

answers: NDQ_000648

answers: rain

answers: NDQ_000649

answers: Yes

answers: NDQ_000650

answers: is not porous

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: chalk bedrock

answers: NDQ_000653

answers: springs

answers: NDQ_000654

answers: rain

answers: NDQ_000655

answers: a reservoir

answers: NDQ_000611

answers: re-emerging lower down the slope in springs.

answers: NDQ_000613

answers: highly porous and permeable

answers: NDQ_000615

answers: re-emerging lower down the slope in springs.

answers: NDQ_000616

answers: rain

answers: NDQ_000619

answers: The groundwater

answers: NDQ_000624

answers: vary only slightly over time.

answers: NDQ_000627

answers: Chalk

answers: NDQ_000629

answers: Chalk

answers: NDQ_000630

answers: 10°C (50°F).

answers: NDQ_000631

answers: Chalk

answers: NDQ_000632

answers: re-emerging lower down the slope in springs.

answers: NDQ_000633

answers: aquifer.

answers: NDQ_000634

answers: Chalk

answers: NDQ_000635

answers: rain falling onto chalk topography

answers: NDQ_000636

answers: Chalk

answers: NDQ_000637

answers: Chalk

answers: NDQ_000638

answers: Chalk

answers: NDQ_000639

answers: Chalk

answers: NDQ_000640

answers: chalk bedrock,

answers: NDQ_000641

answers: re-emerging lower down the slope in springs.

answers: NDQ_000642

answers: Chalk

answers: NDQ_000643

answers: aquifer.

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: aquifer.

answers: NDQ_000646

answers: Chalk

answers: NDQ_000647

answers: The groundwater

answers: NDQ_000648

answers: rain

answers: NDQ_000649

answers: Chalk

answers: NDQ_000650

answers: rain

answers: NDQ_000651

answers: Chalk

answers: NDQ_000652

answers: groundwater flows through the chalk bedrock,

answers: NDQ_000653

answers: Chalk

answers: NDQ_000654

answers: rain

answers: NDQ_000655

answers: temporary reservoir

text: Part of the region was known as Boiling Springs for a powerful and ceaseless spring located in the vicinity. Despite its name, the spring actually consisted of cold groundwater seeps rather than hot springs.

text: Part of the region was known as Boiling Springs for a powerful and ceaseless spring located in the vicinity. Despite its name, the spring actually consisted of cold groundwater seeps rather than hot springs.

answers: NDQ_000611

answers: is cold

answers: NDQ_000613

answers: ceaseless spring

answers: NDQ_000615

answers: rise

answers: NDQ_000616

answers: Boiling Springs

answers: NDQ_000619

answers: cold groundwater seeps

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: Which of the following is not a type of spring: cold groundwater seeps or hot springs?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What can be concluded about the spring?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: It's impossible to say

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: is not the same as

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater seeps

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is the spring located?

answers: NDQ_000650

answers: hot springs are present

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater seeps

answers: NDQ_000655

answers: Boiling

answers: NDQ_000611

answers: cold groundwater seeps

answers: NDQ_000613

answers: powerful and ceaseless

answers: NDQ_000615

answers: Boiling Springs

answers: NDQ_000616

answers: cold groundwater seeps

answers: NDQ_000619

answers: cold groundwater seeps

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: cold groundwater seeps rather than hot springs.

answers: NDQ_000629

answers: cold groundwater seeps

answers: NDQ_000630

answers: cold groundwater seeps rather than hot springs.

answers: NDQ_000631

answers: cold groundwater seeps

answers: NDQ_000632

answers: cold groundwater seeps

answers: NDQ_000633

answers: cold groundwater seeps

answers: NDQ_000634

answers: Boiling Springs

answers: NDQ_000635

answers: cold groundwater seeps rather than hot springs.

answers: NDQ_000636

answers: Boiling Springs

answers: NDQ_000637

answers: cold groundwater seeps

answers: NDQ_000638

answers: cold groundwater seeps

answers: NDQ_000639

answers: cold groundwater seeps

answers: NDQ_000640

answers: cold groundwater seeps rather than hot springs.

answers: NDQ_000641

answers: cold groundwater

answers: NDQ_000642

answers: hot springs.

answers: NDQ_000643

answers: groundwater seeps

answers: NDQ_000644

answers: cold groundwater seeps

answers: NDQ_000645

answers: groundwater seeps

answers: NDQ_000646

answers: spring

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: cold groundwater seeps

answers: NDQ_000650

answers: hot springs.

answers: NDQ_000651

answers: Boiling Springs

answers: NDQ_000652

answers: cold groundwater seeps

answers: NDQ_000653

answers: cold groundwater seeps rather than hot springs.

answers: NDQ_000654

answers: cold groundwater seeps

answers: NDQ_000655

answers: Boiling Springs

text: If no casing is installed and groundwater is permitted to charge the system, this arrangement is no longer a BHT, but rather a standing column well.

text: If no casing is installed and groundwater is permitted to charge the system, this arrangement is no longer a BHT, but rather a

text: standing column well

answers: NDQ_000611

answers: does not charge a well

answers: NDQ_000613

answers: permitted to charge the system

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is allowed to charge the system.

answers: NDQ_000624

answers: What can happen to the water table in an area?

answers: NDQ_000627

answers: Where does the aquifer form?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

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

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: Which of the following is not an example of land use?

answers: NDQ_000636

answers: None of the above choices.

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: What is the purpose of a standing column well?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: is not a casing

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: can be used to make a well

answers: NDQ_000645

answers: is a standing column well

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: is called groundwater

answers: NDQ_000648

answers: is groundwater

answers: NDQ_000649

answers: in the ground

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: standing column well.

answers: NDQ_000613

answers: groundwater is permitted to charge the system,

answers: NDQ_000615

answers: standing column well.

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: If no casing is installed and groundwater

answers: NDQ_000629

answers: If no casing is installed and groundwater

answers: NDQ_000630

answers: standing column well.

answers: NDQ_000631

answers: If no casing is installed and groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: standing column well.

answers: NDQ_000635

answers: If no casing is installed

answers: NDQ_000636

answers: standing column well.

answers: NDQ_000637

answers: standing column well.

answers: NDQ_000638

answers: standing column well.

answers: NDQ_000639

answers: standing column well.

answers: NDQ_000640

answers: BHT,

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: casing

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: casing

answers: NDQ_000645

answers: standing column well.

answers: NDQ_000646

answers: standing column well.

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: no casing is installed and groundwater is permitted to charge the system,

answers: NDQ_000651

answers: standing column well.

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: BHT, but rather a standing column well.

text: Subscribed-members had the option to buy virtual-pets, which could be bought in the "Gushing Geyser" landscape, to care for, and show in-world. Pets were available as a smilodon (misspelled as "slimodon" in the information box in the Pet Shop in the Gushing Geyser and known throughout the world as "Little Fang"), crocodile, porcupine and panda (known throughout the world as "Panda Fang").

text: Subscribed-members had the option to buy virtual-pets, which could be bought in the "Gushing Geyser" landscape, to care for, and show in-world. Pets were available as a

text: smilodon

text: (misspelled as "slimodon" in the information box in the Pet Shop in the Gushing Geyser and known throughout the world as "Little Fang"),

text: crocodile

text: porcupine

text: and

text: panda

text: (known throughout the world as "Panda Fang").

answers: NDQ_000611

answers: Gushing Geyser

answers: NDQ_000613

answers: Gushing Geyser

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: aquifers

answers: NDQ_000619

answers: virtual-pets erupt

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: what is the last word in the passage?

answers: NDQ_000629

answers: Which of the following is not a type of pet: crocodile, porcupine or panda?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: How deep are aquifers generally found?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the purpose of Gushing Geyser?

answers: NDQ_000636

answers: crops

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a hot spring: mineral springs, hot springs or hot springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: crocodile

answers: NDQ_000643

answers: Gushing Geyser

answers: NDQ_000644

answers: porcupine

answers: NDQ_000645

answers: Gushing Geyser

answers: NDQ_000646

answers: Gushing Geyser

answers: NDQ_000647

answers: Gushing Geyser

answers: NDQ_000648

answers: Gushing Geyser

answers: NDQ_000649

answers: Where does the water infiltrate?

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: Geyser

answers: NDQ_000653

answers: Gushing Geyser

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: Gushing Geyser

answers: NDQ_000611

answers: "Gushing Geyser"

answers: NDQ_000613

answers: "Gushing Geyser"

answers: NDQ_000615

answers: "Gushing Geyser"

answers: NDQ_000616

answers: "Gushing Geyser"

answers: NDQ_000619

answers: virtual-pets,

answers: NDQ_000624

answers: "Gushing Geyser"

answers: NDQ_000627

answers: "Gushing Geyser"

answers: NDQ_000629

answers: smilodon

answers: NDQ_000630

answers: "Gushing Geyser"

answers: NDQ_000631

answers: "Gushing Geyser"

answers: NDQ_000632

answers: "Gushing Geyser"

answers: NDQ_000633

answers: "Gushing Geyser"

answers: NDQ_000634

answers: smilodon

answers: NDQ_000635

answers: "Gushing Geyser"

answers: NDQ_000636

answers: smilodon

answers: NDQ_000637

answers: "Gushing Geyser"

answers: NDQ_000638

answers: "Gushing Geyser"

answers: NDQ_000639

answers: "Gushing Geyser"

answers: NDQ_000640

answers: "Gushing Geyser"

answers: NDQ_000641

answers: "Gushing Geyser"

answers: NDQ_000642

answers: smilodon

answers: NDQ_000643

answers: "Gushing Geyser"

answers: NDQ_000644

answers: crocodile, porcupine

answers: NDQ_000645

answers: "Gushing Geyser"

answers: NDQ_000646

answers: "Gushing Geyser"

answers: NDQ_000647

answers: "Gushing Geyser"

answers: NDQ_000648

answers: "Gushing Geyser"

answers: NDQ_000649

answers: "Gushing Geyser"

answers: NDQ_000650

answers: Subscribed-members had the option to buy virtual-pets,

answers: NDQ_000651

answers: "Gushing Geyser"

answers: NDQ_000652

answers: "Gushing Geyser"

answers: NDQ_000653

answers: "Gushing Geyser"

answers: NDQ_000654

answers: "Gushing Geyser"

answers: NDQ_000655

answers: "Gushing Geyser"

text: The Yaqui catfish survived in San Bernardino Creek until spring flows diminished because of groundwater pumping causing the creek dried up. The remaining habitat at San Bernardino Creek was severely trampled by livestock, making it uninhabitable. The catfish were introduced in 1899 into the Santa Cruz River System (in reservoir fed by Monkey Spring) where they persisted until the 1950s. A small population of 350 fish has been re-introduced into the Rio Yaqui on the Northern most portion of the San Bernardino National Wildlife Refuge in November 1997, however outside the San Bernardino refuge the Yaqui catfish have become extinct from United States waters.

text: The Yaqui catfish survived in San Bernardino Creek until spring flows diminished because of groundwater pumping causing the creek dried up. The remaining habitat at San Bernardino Creek was severely trampled by livestock, making it uninhabitable. The catfish were introduced in 1899 into the Santa Cruz River System (in reservoir fed by Monkey Spring) where they persisted until the 1950s. A small population of 350 fish has been re-introduced into the Rio Yaqui on the Northern most portion of the San Bernardino National Wildlife Refuge in November 1997, however outside the San Bernardino refuge the Yaqui catfish have become extinct from United States waters.

answers: NDQ_000611

answers: pumping causes what to happen?

answers: NDQ_000613

answers: pumping causing the creek dried up

answers: NDQ_000615

answers: dry up

answers: NDQ_000616

answers: San Bernardino Creek

answers: NDQ_000619

answers: groundwater pumping causes the creek dried up

answers: NDQ_000624

answers: What may have caused the creek to dry up?

answers: NDQ_000627

answers: Which of the following is not a type of water: groundwater pumping causing the creek dried up

answers: NDQ_000629

answers: Which of the following is not true of the rock layer below an aquifer: permeable rock or nonpermeable rock?

answers: NDQ_000630

answers: What is the source of water in hot springs?

answers: NDQ_000631

answers: None of the above choices are true

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can be concluded about the remaining habitat at San Bernardino Creek?

answers: NDQ_000636

answers: what is the last word in the passage?

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It is impossible to say

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs, or springs?

answers: NDQ_000640

answers: How would you describe the water table?

answers: NDQ_000641

answers: Why did the creek dry up?

answers: NDQ_000642

answers: uninhabitable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: What is a characteristic of the Yaqui catfish?

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: pumping

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Which of the following is not a type of rock: San Bernardino Creek, Monkey Spring, or the Santa Cruz River System?

answers: NDQ_000650

answers: groundwater pumping

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater pumping

answers: NDQ_000655

answers: reservoir

answers: NDQ_000611

answers: spring flows diminished because of groundwater pumping

answers: NDQ_000613

answers: spring flows

answers: NDQ_000615

answers: spring flows diminished because of groundwater pumping

answers: NDQ_000616

answers: Monkey Spring)

answers: NDQ_000619

answers: groundwater pumping

answers: NDQ_000624

answers: groundwater pumping

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: groundwater pumping

answers: NDQ_000630

answers: Monkey Spring)

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: The Yaqui catfish survived in San Bernardino Creek

answers: NDQ_000635

answers: livestock,

answers: NDQ_000636

answers: livestock,

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: groundwater pumping

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: groundwater pumping

answers: NDQ_000641

answers: groundwater pumping

answers: NDQ_000642

answers: livestock,

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: The Yaqui catfish

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater pumping

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: livestock,

answers: NDQ_000651

answers: United States waters.

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater pumping

text: Lone Star Geyser is a cone type geyser located in the Lone Star Geyser Basin of Yellowstone National Park. The basin is a backcountry geyser basin located  southeast of Old Faithful Geyser and the Upper Geyser Basin. The geyser is reached via an old service road open to hikers and biking with the trailhead near Kepler Cascades on the Grand Loop Road.

text: Lone Star Geyser is a cone type geyser located in the Lone Star Geyser Basin of

text: Yellowstone National Park

text: . The basin is a backcountry geyser basin located  southeast of

text: Old Faithful Geyser

text: and the

text: Upper Geyser Basin

text: . The geyser is reached via an old service road open to hikers and biking with the trailhead near

text: Kepler Cascades

text: on the

text: Grand Loop Road

answers: NDQ_000611

answers: comes from the surface of the earth

answers: NDQ_000613

answers: good aquifer

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: Yellowstone National Park

answers: NDQ_000619

answers: Yellowstone is a geologic formation

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Where does Lone Star Geyser Basin lie?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: None of the above choices are available

answers: NDQ_000632

answers: How deep is Lone Star Geyser?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the basin of Lone Star Geyser?

answers: NDQ_000636

answers: What is the name of the aquifer?

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: What type of spring is Lone Star Geyser?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: The cone type geyser

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: cone type

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: Yellowstone National Park

answers: NDQ_000648

answers: geyser

answers: NDQ_000649

answers: Where does the water infiltrate?

answers: NDQ_000650

answers: is located near a large body of water

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: Lone Star Geyser Basin

answers: NDQ_000613

answers: cone type geyser

answers: NDQ_000615

answers: Lone Star Geyser

answers: NDQ_000616

answers: Lone Star Geyser

answers: NDQ_000619

answers: Yellowstone National Park.

answers: NDQ_000624

answers: Lone Star Geyser Basin of Yellowstone National Park.

answers: NDQ_000627

answers: Lone Star Geyser

answers: NDQ_000629

answers: Lone Star Geyser Basin

answers: NDQ_000630

answers: Lone Star Geyser

answers: NDQ_000631

answers: Lone Star Geyser Basin of Yellowstone National Park.

answers: NDQ_000632

answers: Lone Star Geyser Basin of Yellowstone National Park.

answers: NDQ_000633

answers: Lone Star Geyser

answers: NDQ_000634

answers: Lone Star Geyser

answers: NDQ_000635

answers: Lone Star Geyser

answers: NDQ_000636

answers: Lone Star Geyser Basin of Yellowstone National Park.

answers: NDQ_000637

answers: Lone Star Geyser Basin of Yellowstone National Park.

answers: NDQ_000638

answers: Lone Star Geyser

answers: NDQ_000639

answers: Lone Star Geyser

answers: NDQ_000640

answers: Lone Star Geyser

answers: NDQ_000641

answers: Lone Star Geyser

answers: NDQ_000642

answers: cone type geyser

answers: NDQ_000643

answers: Lone Star Geyser Basin

answers: NDQ_000644

answers: cone

answers: NDQ_000645

answers: Lone Star Geyser

answers: NDQ_000646

answers: old service road

answers: NDQ_000647

answers: geyser

answers: NDQ_000648

answers: Lone Star Geyser

answers: NDQ_000649

answers: Lone Star Geyser Basin of Yellowstone National Park.

answers: NDQ_000650

answers: Lone Star Geyser Basin of Yellowstone National Park.

answers: NDQ_000651

answers: Yellowstone National Park.

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: Lone Star Geyser

answers: NDQ_000655

answers: cone type geyser

text: The fish are left over from ancient Lake Bonneville which receded about 14,000 years ago.  Several natural springs feed the wetlands.  These are along a linear path at the range front (i.e. fault controlled), and include North Springs, Deadman Springs, House Springs, Middle Springs, Thomas Springs, South Springs, and Percy Springs.  Fish Springs is thought to be the end of a long flowpath of groundwater, starting in the Schell Creek Range and Snake Range area and flowing along permeable bedrock (e.g. limestones) or faults toward Fish Springs.  This comes from the fact that the annual discharge of the springs is /year, and the annual recharge for the drainage area (the range front and Fish Springs Flat) is about /year, meaning over 6 times more water flows out of the springs than falls in the valley annually by precipitation.  The springs and several wells in the area are monitored by Fish and Wildlife personnel and/or the Utah Geological Survey.  The water of Fish Springs is not suited for human consumption, being warm (~) and highly saline.

text: The fish are left over from ancient

text: Lake Bonneville

text: which receded about 14,000 years ago.  Several natural

text: springs

text: feed the wetlands.  These are along a linear path at the range front (i.e. fault controlled), and include North Springs, Deadman Springs, House Springs, Middle Springs, Thomas Springs, South Springs, and Percy Springs.  Fish Springs is thought to be the end of a long flowpath of

text: groundwater

text: , starting in the

text: Schell Creek Range

text: and

text: Snake Range

text: area and flowing along

text: permeable

text: bedrock (e.g.

text: limestone

text: s) or faults toward Fish Springs.  This comes from the fact that the annual

text: discharge

text: of the springs is /year, and the annual

text: recharge

text: for the drainage area (the range front and

text: Fish Springs Flat

text: ) is about /year, meaning over 6 times more water flows out of the springs than falls in the valley annually by precipitation.  The springs and several wells in the area are monitored by Fish and Wildlife personnel and/or the

text: Utah Geological Survey

text: .  The water of Fish Springs is not suited for human consumption, being warm (~) and highly saline.

answers: NDQ_000611

answers: flowing along permeable bedrock

answers: NDQ_000613

answers: annual discharge of the springs is /year

answers: NDQ_000615

answers: increase by how many

answers: NDQ_000616

answers: Lake Bonneville

answers: NDQ_000619

answers: natural springs feed the wetlands

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: Which of the following is not a type of rock: limestones, faults, or springs?

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: How many natural springs feed the wetlands

answers: NDQ_000632

answers: How deep are the aquifers?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Why is the water of Fish Springs not suited for human consumption?

answers: NDQ_000636

answers: The water of Fish Springs is not suited for human consumption

answers: NDQ_000637

answers: What type of rock is permeable?

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Which of the following is not a mineral spring: limestones, permeable bedrock or faults?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: It is not possible to tell

answers: NDQ_000642

answers: limestones

answers: NDQ_000643

answers: bedrock

answers: NDQ_000644

answers: limestones

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Permeable bedrock

answers: NDQ_000650

answers: is drained

answers: NDQ_000651

answers: Utah Geological Survey

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: Lake Bonneville

answers: NDQ_000654

answers: precipitation

answers: NDQ_000655

answers: permeable

answers: NDQ_000611

answers: permeable bedrock

answers: NDQ_000613

answers: over 6 times more water flows out of the springs

answers: NDQ_000615

answers: /year,

answers: NDQ_000616

answers: precipitation.

answers: NDQ_000619

answers: precipitation.

answers: NDQ_000624

answers: groundwater,

answers: NDQ_000627

answers: permeable bedrock

answers: NDQ_000629

answers: limestones)

answers: NDQ_000630

answers: Fish Springs is not suited for human consumption,

answers: NDQ_000631

answers: permeable bedrock

answers: NDQ_000632

answers: permeable bedrock

answers: NDQ_000633

answers: /year,

answers: NDQ_000634

answers: /year,

answers: NDQ_000635

answers: precipitation.

answers: NDQ_000636

answers: Fish Springs is not suited for human consumption,

answers: NDQ_000637

answers: limestones)

answers: NDQ_000638

answers: permeable bedrock

answers: NDQ_000639

answers: natural springs

answers: NDQ_000640

answers: Fish Springs is not suited for human consumption,

answers: NDQ_000641

answers: precipitation.

answers: NDQ_000642

answers: permeable bedrock

answers: NDQ_000643

answers: permeable bedrock

answers: NDQ_000644

answers: permeable bedrock

answers: NDQ_000645

answers: permeable bedrock

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: groundwater,

answers: NDQ_000648

answers: groundwater,

answers: NDQ_000649

answers: permeable bedrock

answers: NDQ_000650

answers: precipitation.

answers: NDQ_000651

answers: wetlands.

answers: NDQ_000652

answers: groundwater,

answers: NDQ_000653

answers: groundwater,

answers: NDQ_000654

answers: precipitation.

answers: NDQ_000655

answers: permeable

text: At 8 km to the south of Carhuaz the village Marcará is located from where a road of 4 km departs. This road leads to the mineral-medicinal fountains of Chancos which curative virtues have deserved the epithet of <<the Fountain of Youth>>. Other hot springs are the ones from La Merced and La Providencia.

text: At 8 km to the south of Carhuaz the village

text: Marcará

text: is located from where a road of 4 km departs. This road leads to the mineral-medicinal fountains of Chancos which curative virtues have deserved the epithet of <<the Fountain of Youth>>. Other

text: hot springs

text: are the ones from

text: La Merced

text: and La Providencia.

answers: NDQ_000611

answers: is heated by the sun.

answers: NDQ_000613

answers: curative virtues

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: La Providencia

answers: NDQ_000619

answers: hot springs are hot

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What is the most likely reason for the epithet of the Fountain of Youth?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Yes

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: hot spring

answers: NDQ_000644

answers: The fountains of Chancos

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: hot spring

answers: NDQ_000648

answers: hot springs

answers: NDQ_000649

answers: Where is the Fountain of Youth located?

answers: NDQ_000650

answers: is near a city

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: spring

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: hot springs

answers: NDQ_000655

answers: hot springs

answers: NDQ_000611

answers: hot springs

answers: NDQ_000613

answers: curative virtues

answers: NDQ_000615

answers: La Merced and La Providencia.

answers: NDQ_000616

answers: Chancos

answers: NDQ_000619

answers: hot springs

answers: NDQ_000624

answers: mineral-medicinal fountains of Chancos

answers: NDQ_000627

answers: hot springs

answers: NDQ_000629

answers: mineral-medicinal fountains of Chancos

answers: NDQ_000630

answers: La Merced and La Providencia.

answers: NDQ_000631

answers: mineral-medicinal fountains of Chancos

answers: NDQ_000632

answers: mineral-medicinal fountains of Chancos

answers: NDQ_000633

answers: mineral-medicinal fountains of Chancos

answers: NDQ_000634

answers: mineral-medicinal fountains of Chancos

answers: NDQ_000635

answers: mineral-medicinal fountains of Chancos

answers: NDQ_000636

answers: mineral-medicinal fountains of Chancos

answers: NDQ_000637

answers: mineral-medicinal fountains of Chancos

answers: NDQ_000638

answers: mineral-medicinal fountains of Chancos

answers: NDQ_000639

answers: mineral-medicinal fountains of Chancos

answers: NDQ_000640

answers: mineral-medicinal fountains of Chancos

answers: NDQ_000641

answers: hot springs

answers: NDQ_000642

answers: 8 km to the south of Carhuaz

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: hot springs

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: hot springs

answers: NDQ_000649

answers: mineral-medicinal fountains of Chancos

answers: NDQ_000650

answers: hot springs

answers: NDQ_000651

answers: mineral-medicinal fountains of Chancos

answers: NDQ_000652

answers: mineral-medicinal fountains of Chancos

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: hot springs

answers: NDQ_000655

answers: hot springs

text: India's irrigation is mostly groundwater well based. At 39 million hectares (67% of its total irrigation), India has the world's largest groundwater well equipped irrigation system (China with 19 mha is second, USA with 17 mha is third).

text: India's irrigation is mostly groundwater well based. At 39 million hectares (67% of its total irrigation), India has the world's largest groundwater well equipped irrigation system (China with 19 mha is second, USA with 17 mha is third).

answers: NDQ_000611

answers: is used for irrigation

answers: NDQ_000613

answers: groundwater well

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater levels are too low.

answers: NDQ_000624

answers: What can happen to the water table?

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: None of the above choices.

answers: NDQ_000630

answers: None of the above choices.

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: 19 mha

answers: NDQ_000635

answers: How does India's irrigation use groundwater?

answers: NDQ_000636

answers: India

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Which country has the largest groundwater well equipped irrigation system?

answers: NDQ_000640

answers: The water table keeps water from seeping deeper underground.

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: groundwater wells

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: It infiltrates

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: USA

answers: NDQ_000652

answers: groundwater well

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater well

answers: NDQ_000611

answers: irrigation is mostly groundwater well based.

answers: NDQ_000613

answers: groundwater well

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: groundwater well

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: (China

answers: NDQ_000630

answers: (China

answers: NDQ_000631

answers: India's

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: (China

answers: NDQ_000635

answers: 39 million hectares

answers: NDQ_000636

answers: India's

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: (China

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: (China

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: groundwater well based. At 39 million hectares

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater well

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater well based. At 39 million hectares

answers: NDQ_000650

answers: groundwater well based. At 39 million hectares

answers: NDQ_000651

answers: 17 mha is third).

answers: NDQ_000652

answers: groundwater well

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater well

text: During the two years that Isaniwa Yukiya served as a mayor, he changed many things. First, he began charging money fora free outdoor hot spring for cures, because the hot spring was old, it needed to renew. Then he rebuilt the hot spring for cures in 1892. And then he planned to renew the main hot spring. Yukiya planned Dogo Onsen to have third floor which was rare in those days for Japan, Japanese style mixed with European style building, red and blue Giyaman glass (Dutch style glass) used  and looks rich and powerful building, because the main hot spring had good quality, Yukiya  didn't want to Dogo Onsen looks usual type of other buildings. He asked Sakamoto Hachiro, a carpenter for castle, to make it and Sakamoto built it in 1894. It took for 20 months to build. And he also founded Dogo train corporation and he asked to make the train rail to Dogo through Ichiban-cho in 1897, because Yukiya  thought Dogo Onsen station  makes people come and visit to Dogo Yunomachi. And in the same year, he made the park around the Dogo Onsen and for people to enjoy sweets, he made red and white Yuzarashi Dango, today's Botchan Dango. However, most people of the city disagreed with his these ideas until they saw the new Dogo Onsen.

text: During the two years that Isaniwa Yukiya served as a mayor, he changed many things. First, he began charging money fora free outdoor hot spring for cures, because the hot spring was old, it needed to renew. Then he rebuilt the hot spring for cures in 1892. And then he planned to renew the main hot spring. Yukiya planned Dogo Onsen to have third floor which was rare in those days for Japan, Japanese style mixed with European style building, red and blue Giyaman glass (Dutch style glass) used  and looks rich and powerful building, because the main hot spring had good quality, Yukiya  didn't want to Dogo Onsen looks usual type of other buildings. He asked Sakamoto Hachiro, a carpenter for castle, to make it and Sakamoto built it in 1894. It took for 20 months to build. And he also founded Dogo train corporation and he asked to make the train rail to Dogo through Ichiban-cho in 1897, because Yukiya  thought

text: Dogo Onsen station

text: makes people come and visit to Dogo Yunomachi. And in the same year, he made the park around the Dogo Onsen and for people to enjoy sweets, he made red and white Yuzarashi Dango, today's

text: Botchan Dango

text: . However, most people of the city disagreed with his these ideas until they saw the new Dogo Onsen.

answers: NDQ_000611

answers: is a source of water

answers: NDQ_000613

answers: good quality

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: Yukiya was a mayor

answers: NDQ_000624

answers: What may happen if the hot spring was old?

answers: NDQ_000627

answers: Which of the following is not a layer of clay?

answers: NDQ_000629

answers: Which of the following is not true?

answers: NDQ_000630

answers: Which of the following is not true?

answers: NDQ_000631

answers: None of the above choices .

answers: NDQ_000632

answers: Which of the following is true of aquifers?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a type of land use?

answers: NDQ_000636

answers: what is the purpose of the water

answers: NDQ_000637

answers: Which of the following is true of the main hot spring?

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a hot spring?

answers: NDQ_000640

answers: what is the first word in the first paragraph?

answers: NDQ_000641

answers: What is the best title for the passage?

answers: NDQ_000642

answers: Giyaman glass (Dutch style glass) used and looks rich and powerful building

answers: NDQ_000643

answers: hot spring

answers: NDQ_000644

answers: Giyaman glass

answers: NDQ_000645

answers: hot spring

answers: NDQ_000646

answers: hot spring

answers: NDQ_000647

answers: hot spring

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Where does the water infiltrate?

answers: NDQ_000650

answers: is in a city

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: spring

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: water evaporation

answers: NDQ_000655

answers: Giyaman

answers: NDQ_000611

answers: outdoor hot spring

answers: NDQ_000613

answers: rich and powerful building, because the main hot spring had good quality,

answers: NDQ_000615

answers: Dogo Onsen

answers: NDQ_000616

answers: hot spring

answers: NDQ_000619

answers: hot spring

answers: NDQ_000624

answers: 1892.

answers: NDQ_000627

answers: hot spring

answers: NDQ_000629

answers: 1892.

answers: NDQ_000630

answers: free outdoor hot spring for cures,

answers: NDQ_000631

answers: Japan,

answers: NDQ_000632

answers: 1892.

answers: NDQ_000633

answers: hot spring.

answers: NDQ_000634

answers: Japan,

answers: NDQ_000635

answers: Yukiya planned Dogo Onsen

answers: NDQ_000636

answers: cures,

answers: NDQ_000637

answers: hot spring

answers: NDQ_000638

answers: 1892.

answers: NDQ_000639

answers: Japanese style mixed with European style building, red and blue Giyaman glass

answers: NDQ_000640

answers: 1892.

answers: NDQ_000641

answers: 1892.

answers: NDQ_000642

answers: usual type of other buildings.

answers: NDQ_000643

answers: hot spring

answers: NDQ_000644

answers: third floor

answers: NDQ_000645

answers: hot spring

answers: NDQ_000646

answers: hot spring

answers: NDQ_000647

answers: hot spring

answers: NDQ_000648

answers: hot spring

answers: NDQ_000649

answers: Ichiban-cho

answers: NDQ_000650

answers: old,

answers: NDQ_000651

answers: Japan,

answers: NDQ_000652

answers: hot spring

answers: NDQ_000653

answers: hot spring

answers: NDQ_000654

answers: hot spring

answers: NDQ_000655

answers: hot spring

text: Groundwater may have played an important part in forming layers in many locations.  Calculations and simulations show that groundwater carrying dissolved minerals would surface in the same locations that have abundant rock layers.   According to these ideas, deep canyons and large craters would receive water coming from the ground.  Many craters in the Arabia area of Mars contain groups of layers.  Some of these layers may have resulted from climate changes.  The tilt of the rotational axis of Mars has repeatedly changed in the past.  Some changes are large.  Because of these variations of climate, at times the atmosphere of Mars will be much thicker and contain more moisture.  The amount of atmospheric dust also has increased and decreased. It is believed that these frequent changes helped to deposit material in craters and other low places. The rising of mineral-rich ground water cemented these materials. The model also predicts that after a crater is full of layered rocks; additional layers will be laid down in the area around the crater. So, the model predicts that layers may also have formed in intercrater regions, and layers in these regions have been observed.Layers can be hardened by the action of groundwater.  Martian ground water probably moved hundreds of kilometers, and in the process it dissolved many minerals from the rock it passed through.  When ground water surfaces in low areas containing sediments, water evaporates in the thin atmosphere and leaves behind minerals as deposits and/or cementing agents. Consequently, layers of dust could not later easily erode away since they were cemented together. On Earth, mineral-rich waters often evaporate forming large deposits of various types of salts and other minerals. Sometimes water flows through Earth's aquifers, and then evaporates at the surface just as is hypothesed for Mars.  One location this occurs on Earth is the Great Artesian Basin of Australia.  On Earth the hardness of many sedimentary rocks, like sandstone, is largely due to the cement that was put in place as water passed through.

text: salts

text: and other

text: mineral

text: s. Sometimes water flows through Earth's aquifers, and then evaporates at the surface just as is hypothesed for Mars.  One location this occurs on Earth is the

text: Great Artesian Basin

text: of

text: Australia

text: .  On Earth the hardness of many

text: sedimentary rock

text: s, like

text: sandstone

text: , is largely due to the cement that was put in place as water passed through.

answers: NDQ_000611

answers: Where does groundwater come from?

answers: NDQ_000613

answers: groundwater carrying dissolved minerals

answers: NDQ_000615

answers: increase and decrease

answers: NDQ_000616

answers: Earth

answers: NDQ_000619

answers: Earth's aquifers contain salts

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Which of the following is not a type of sedimentary rock: sandstone, sandstone, or limestone?

answers: NDQ_000629

answers: Which of the following is not a type of rock: sedimentary rock, sandstone, or sedimentary rock?

answers: NDQ_000630

answers: Which of the following is not a source of hot magma?

answers: NDQ_000631

answers: Where is the Great Artesian Basin of Australia?

answers: NDQ_000632

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

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: Which of the following is not a location that occurs on Earth: Great Artesian Basin of Australia?

answers: NDQ_000635

answers: Which of the following is not an example of groundwater carrying dissolved minerals?

answers: NDQ_000636

answers: Which of the following is not an example of groundwater carrying dissolved minerals?

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: Which layer of an aquifer has impermeable rock?

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: Which of the following is not a reason for layers of dust to not easily erode away?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: deep canyons and large craters

answers: NDQ_000645

answers: craters

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: aquifers

answers: NDQ_000648

answers: groundwater carrying dissolved minerals

answers: NDQ_000649

answers: Where does groundwater infiltrate the ground?

answers: NDQ_000650

answers: evaporates at the surface

answers: NDQ_000651

answers: region of which country?

answers: NDQ_000652

answers: Earth aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: dissolved minerals would surface in the same locations that have abundant rock layers.

answers: NDQ_000613

answers: abundant rock layers.

answers: NDQ_000615

answers: When ground water surfaces in low areas containing sediments,

answers: NDQ_000616

answers: Earth's aquifer

answers: NDQ_000619

answers: groundwater.

answers: NDQ_000624

answers: rising

answers: NDQ_000627

answers: Earth's aquifers,

answers: NDQ_000629

answers: observed.Layers can be hardened by the action of groundwater.

answers: NDQ_000630

answers: observed.Layers can be hardened by the action of groundwater.

answers: NDQ_000631

answers: Earth's aquifers,

answers: NDQ_000632

answers: deep canyons and large craters would receive water coming from the ground.

answers: NDQ_000633

answers: water flows through Earth's aquifers,

answers: NDQ_000634

answers: intercrater regions,

answers: NDQ_000635

answers: abundant rock layers.

answers: NDQ_000636

answers: observed.Layers can be hardened by the action of groundwater.

answers: NDQ_000637

answers: observed.Layers can be hardened by the action of groundwater.

answers: NDQ_000638

answers: observed.Layers can be hardened by the action of groundwater.

answers: NDQ_000639

answers: mineral-rich waters

answers: NDQ_000640

answers: observed.Layers can be hardened by the action of groundwater.

answers: NDQ_000641

answers: aquifers, and then evaporates at the surface

answers: NDQ_000642

answers: layers of dust

answers: NDQ_000643

answers: Layers can be hardened by the action of groundwater.

answers: NDQ_000644

answers: sandstone,

answers: NDQ_000645

answers: observed.Layers can be hardened by the action of groundwater.

answers: NDQ_000646

answers: deep canyons and large craters would receive water

answers: NDQ_000647

answers: groundwater.

answers: NDQ_000648

answers: Sometimes water flows through Earth's aquifers

answers: NDQ_000649

answers: When ground water surfaces in low areas containing sediments,

answers: NDQ_000650

answers: abundant rock layers.

answers: NDQ_000651

answers: layers in these regions

answers: NDQ_000652

answers: aquifers,

answers: NDQ_000653

answers: aquifers,

answers: NDQ_000654

answers: water flows through Earth's aquifers

answers: NDQ_000655

answers: sandstone,

text: There are some issues that could arise from using this water bank accounting system. These problems were evaluated for the Las Posas Basin groundwater bank and Fox Canyon Groundwater Management Agency (FCGMA) has jurisdiction over the project. FCGMA reported that the accumulation of credits has been increasing for banks. What can happen is the accumulated credits can become greater than the annual abstraction rate. The volume of credits accumulating exceed the amount of water that can be taken out during a short-time period. This will cause a threat to the regional groundwater resource or even depressions in groundwater elevations, land subsidence, and seawater intrusion.

text: There are some issues that could arise from using this water bank accounting system. These problems were evaluated for the Las Posas Basin groundwater bank and Fox Canyon Groundwater Management Agency (FCGMA) has jurisdiction over the project. FCGMA reported that the accumulation of credits has been increasing for banks. What can happen is the accumulated credits can become greater than the annual abstraction rate. The volume of credits accumulating exceed the amount of water that can be taken out during a short-time period. This will cause a threat to the regional groundwater resource or even depressions in groundwater elevations, land subsidence, and seawater intrusion.

answers: NDQ_000611

answers: is a type of what?

answers: NDQ_000613

answers: annual abstraction rate

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater levels are too low.

answers: NDQ_000624

answers: What can happen is the accumulation of credits can become greater than the annual abstraction rate?

answers: NDQ_000627

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

answers: NDQ_000629

answers: Which of the following is not a type of rock: permeable rock, sedimentary rock, or sedimentary rock?

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: What can happen is the accumulation of credits can become greater than the annual abstraction rate?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can happen is the accumulation of credits has been increasing for banks?

answers: NDQ_000636

answers: FCGMA reported that the accumulation of credits has been increasing for banks

answers: NDQ_000637

answers: Which of the following is true of the Las Posas Basin groundwater bank?

answers: NDQ_000638

answers: Which of the following is not a type of rock: impermeable rock, sedimentary rock, or sedimentary rock?

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: What can happen is the accumulation of credits has been increasing for banks

answers: NDQ_000641

answers: What is the best title for this passage?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: is a term used to describe

answers: NDQ_000645

answers: elevations

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is the Las Posas Basin?

answers: NDQ_000650

answers: takes out too much water

answers: NDQ_000651

answers: Basin

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: water bank

answers: NDQ_000611

answers: depressions in groundwater elevations,

answers: NDQ_000613

answers: groundwater elevations,

answers: NDQ_000615

answers: depressions in groundwater elevations,

answers: NDQ_000616

answers: seawater

answers: NDQ_000619

answers: accumulated credits can become greater than the annual abstraction rate.

answers: NDQ_000624

answers: depressions in groundwater elevations,

answers: NDQ_000627

answers: groundwater resource

answers: NDQ_000629

answers: accumulated credits can become greater than the annual abstraction rate.

answers: NDQ_000630

answers: accumulated credits can become greater than the annual abstraction rate.

answers: NDQ_000631

answers: land subsidence,

answers: NDQ_000632

answers: groundwater elevations,

answers: NDQ_000633

answers: accumulated credits can become greater than the annual abstraction rate.

answers: NDQ_000634

answers: accumulated credits can become greater than the annual abstraction rate.

answers: NDQ_000635

answers: land subsidence,

answers: NDQ_000636

answers: accumulated credits can become greater than the annual abstraction rate.

answers: NDQ_000637

answers: accumulated credits can become greater than the annual abstraction rate.

answers: NDQ_000638

answers: seawater intrusion.

answers: NDQ_000639

answers: accumulated credits can become greater than the annual abstraction rate.

answers: NDQ_000640

answers: depressions in groundwater elevations,

answers: NDQ_000641

answers: depressions in groundwater

answers: NDQ_000642

answers: land subsidence,

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: land subsidence, and seawater intrusion.

answers: NDQ_000645

answers: groundwater elevations,

answers: NDQ_000646

answers: Groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: seawater intrusion.

answers: NDQ_000649

answers: land subsidence,

answers: NDQ_000650

answers: accumulated credits can become greater than the annual abstraction rate.

answers: NDQ_000651

answers: regional groundwater resource

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: seawater

answers: NDQ_000655

answers: abstraction rate.

text: Groundwater (or ground water) is the water present beneath Earth's surface in soil pore spaces and in the fractures of rock formations. A unit of rock or an unconsolidated deposit is called an aquifer when it can yield a usable quantity of water. The depth at which soil pore spaces or fractures and voids in rock become completely saturated with water is called the water table. Groundwater is recharged from, and eventually flows to, the surface naturally; natural discharge often occurs at springs and seeps, and can form oases or wetlands. Groundwater is also often withdrawn for agricultural, municipal, and industrial use by constructing and operating extraction wells. The study of the distribution and movement of groundwater is hydrogeology, also called groundwater hydrology.

text: Groundwater (or ground water) is the

text: water

text: present beneath

text: Earth

text: 's surface in

text: soil pore spaces

text: and in the

text: fracture

text: s of

text: rock formations

text: . A unit of rock or an unconsolidated deposit is called an

text: aquifer

text: when it can yield a usable quantity of water. The depth at which

text: soil

text: pore spaces or fractures and voids in rock become completely saturated with water is called the

text: water table

text: Groundwater is recharged

text: from, and eventually flows to, the surface naturally; natural discharge often occurs at

text: springs

text: and

text: seeps

text: , and can form

text: oases

text: or

text: wetland

text: s. Groundwater is also often withdrawn for

text: agricultural

text: municipal

text: , and

text: industrial

text: use by constructing and operating extraction

text: wells

text: . The study of the distribution and movement of groundwater is

text: hydrogeology

text: , also called groundwater

text: hydrology

answers: NDQ_000611

answers: flows to the surface naturally

answers: NDQ_000613

answers: yield a usable quantity of water

answers: NDQ_000615

answers: increase in depth

answers: NDQ_000616

answers: the surface naturally

answers: NDQ_000619

answers: groundwater is saturated with water

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: What is the water table?

answers: NDQ_000635

answers: What is withdrawn for agricultural, municipal, and industrial use?

answers: NDQ_000636

answers: agricultural

answers: NDQ_000637

answers: Yes

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot spring, mineral spring or aquifer?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: unconsolidated

answers: NDQ_000643

answers: water table

answers: NDQ_000644

answers: pore spaces

answers: NDQ_000645

answers: water table

answers: NDQ_000646

answers: extraction wells

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: In the fractures of rock

answers: NDQ_000650

answers: industrial use

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: natural discharge

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: withdrawn for agricultural, municipal, and industrial use

answers: NDQ_000613

answers: it can yield a usable quantity of water.

answers: NDQ_000615

answers: saturated with water

answers: NDQ_000616

answers: the surface naturally;

answers: NDQ_000619

answers: Groundwater

answers: NDQ_000624

answers: The depth

answers: NDQ_000627

answers: rock

answers: NDQ_000629

answers: water table.

answers: NDQ_000630

answers: Groundwater

answers: NDQ_000631

answers: Groundwater

answers: NDQ_000632

answers: water table.

answers: NDQ_000633

answers: aquifer when it can yield a usable quantity of water.

answers: NDQ_000634

answers: Groundwater

answers: NDQ_000635

answers: agricultural, municipal, and industrial use

answers: NDQ_000636

answers: Groundwater is also often withdrawn for agricultural, municipal, and industrial use

answers: NDQ_000637

answers: when it can yield a usable quantity of water.

answers: NDQ_000638

answers: water table.

answers: NDQ_000639

answers: Groundwater

answers: NDQ_000640

answers: the water table.

answers: NDQ_000641

answers: Groundwater

answers: NDQ_000642

answers: soil pore spaces

answers: NDQ_000643

answers: the water table.

answers: NDQ_000644

answers: voids

answers: NDQ_000645

answers: the water table.

answers: NDQ_000646

answers: extraction wells.

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: when it can yield a usable quantity of water.

answers: NDQ_000649

answers: fractures

answers: NDQ_000650

answers: agricultural, municipal, and industrial use

answers: NDQ_000651

answers: agricultural, municipal, and industrial use

answers: NDQ_000652

answers: natural discharge

answers: NDQ_000653

answers: Groundwater

answers: NDQ_000654

answers: natural discharge often occurs at springs and seeps,

answers: NDQ_000655

answers: aquifer

text: Ixtlán de los Hervores is known for its thermal water springs. In Ixtlán de los Hervores one will find three geysers that surges up from the depths of the earth with tremendous pressure. The jet rises more than 30 metres in height and reaches temperatures of 96 degrees Celsius (204.8 degrees Fahrenheit). There are two new geysers, one near the soccer field. A rustic spa has been built near the geyser with services for people who are seeking the healing powers of sulphurous waters found here.

text: Ixtlán de los Hervores is known for its thermal water springs. In Ixtlán de los Hervores one will find three

text: geyser

text: s that surges up from the depths of the earth with tremendous pressure. The jet rises more than 30 metres in height and reaches temperatures of 96 degrees Celsius (204.8 degrees Fahrenheit). There are two new geysers, one near the

text: soccer field

text: . A rustic

text: spa

text: has been built near the geyser with services for people who are seeking the healing powers of

text: sulphurous waters

text: found here.

answers: NDQ_000611

answers: reaches temperatures higher than 96 degrees Celsius

answers: NDQ_000613

answers: thermal water springs

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: geysers

answers: NDQ_000619

answers: Earth's gravity pulls on them

answers: NDQ_000624

answers: What may be the reason for the spa being built?

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: None of the above choices.

answers: NDQ_000630

answers: Which of the following is not a geyser?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: Which of the following is not a geyser?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: Which of the following is not a type of land use?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a type of spring: mineral springs, geysers, or thermal springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: geysers

answers: NDQ_000643

answers: thermal springs

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: geysers

answers: NDQ_000646

answers: thermal water spring

answers: NDQ_000647

answers: thermal water springs

answers: NDQ_000648

answers: springs

answers: NDQ_000649

answers: Where does the geyser come from?

answers: NDQ_000650

answers: is near a soccer field

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: springs

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: depths of the earth

answers: NDQ_000613

answers: tremendous pressure.

answers: NDQ_000615

answers: two new geysers, one near the soccer field.

answers: NDQ_000616

answers: geysers

answers: NDQ_000619

answers: tremendous pressure.

answers: NDQ_000624

answers: thermal water springs.

answers: NDQ_000627

answers: thermal water springs.

answers: NDQ_000629

answers: 96 degrees Celsius (204.8 degrees Fahrenheit).

answers: NDQ_000630

answers: 96 degrees Celsius

answers: NDQ_000631

answers: thermal water springs.

answers: NDQ_000632

answers: depths of the earth

answers: NDQ_000633

answers: thermal water springs.

answers: NDQ_000634

answers: three geysers

answers: NDQ_000635

answers: soccer field.

answers: NDQ_000636

answers: thermal water springs.

answers: NDQ_000637

answers: thermal water springs.

answers: NDQ_000638

answers: pressure.

answers: NDQ_000639

answers: thermal water

answers: NDQ_000640

answers: three geysers

answers: NDQ_000641

answers: pressure.

answers: NDQ_000642

answers: geysers

answers: NDQ_000643

answers: geysers

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: geysers

answers: NDQ_000646

answers: thermal water springs.

answers: NDQ_000647

answers: geysers

answers: NDQ_000648

answers: thermal water springs.

answers: NDQ_000649

answers: depths of the earth

answers: NDQ_000650

answers: sulphurous

answers: NDQ_000651

answers: Ixtlán de los Hervores

answers: NDQ_000652

answers: geysers

answers: NDQ_000653

answers: thermal water springs.

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geysers

text: Temple Gardens Mineral Spa, Moose JawManitou Hot Springs, Watrous

text: Temple Gardens Mineral Spa, Moose JawManitou Hot Springs, Watrous

answers: NDQ_000611

answers: is a source of water

answers: NDQ_000613

answers: water quality and quantity

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: a mineral spa

answers: NDQ_000619

answers: Watrous is a hot place.

answers: NDQ_000624

answers: The water table in an area may rise or fall.

answers: NDQ_000627

answers: Where would you find an aquifer?

answers: NDQ_000629

answers: The rock layer below an aquifer always consists of sedimentary rock.

answers: NDQ_000630

answers: What is the source of water in a hot spring?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: What is the purpose of aquifers?

answers: NDQ_000633

answers: None of the above choices.

answers: NDQ_000634

answers: The Ogallala Aquifer is one of the biggest aquifers in the world

answers: NDQ_000635

answers: The Temple Gardens Mineral Spa in Moose JawManitou Hot Springs, Watrous.

answers: NDQ_000636

answers: Temple Gardens Mineral Spa, Moose JawManitou Hot Springs

answers: NDQ_000637

answers: A good aquifer has rock in it that is permeable.

answers: NDQ_000638

answers: The bottom layer of an aquifer has impenetable rock.

answers: NDQ_000639

answers: Which of the following is not a mineral spring?

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping deeper underground

answers: NDQ_000641

answers: A well is a source of water.

answers: NDQ_000642

answers: is a bad thing

answers: NDQ_000643

answers: is a spa

answers: NDQ_000644

answers: is a mineral spa

answers: NDQ_000645

answers: a hot spring

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: is a mineral spa

answers: NDQ_000648

answers: can be used for bathing

answers: NDQ_000649

answers: a mineral spa

answers: NDQ_000650

answers: is in a remote area

answers: NDQ_000651

answers: Watrous

answers: NDQ_000652

answers: mineral

answers: NDQ_000653

answers: Watrous

answers: NDQ_000654

answers: a lake

answers: NDQ_000655

answers: a mineral

answers: NDQ_000611

answers: Moose JawManitou Hot Springs, Watrous

answers: NDQ_000613

answers: Hot Springs,

answers: NDQ_000615

answers: Moose JawManitou Hot Springs, Watrous

answers: NDQ_000616

answers: Temple Gardens Mineral Spa, Moose JawManitou Hot Springs,

answers: NDQ_000619

answers: Moose JawManitou Hot Springs,

answers: NDQ_000624

answers: Moose JawManitou Hot Springs, Watrous

answers: NDQ_000627

answers: Moose JawManitou Hot Springs, Watrous

answers: NDQ_000629

answers: Moose JawManitou Hot Springs, Watrous

answers: NDQ_000630

answers: Moose JawManitou Hot Springs, Watrous

answers: NDQ_000631

answers: Moose JawManitou Hot Springs, Watrous

answers: NDQ_000632

answers: Moose JawManitou Hot Springs, Watrous

answers: NDQ_000633

answers: Moose JawManitou Hot Springs, Watrous

answers: NDQ_000634

answers: Moose JawManitou Hot Springs, Watrous

answers: NDQ_000635

answers: Moose JawManitou Hot Springs, Watrous

answers: NDQ_000636

answers: Moose JawManitou Hot Springs, Watrous

answers: NDQ_000637

answers: Moose JawManitou Hot Springs, Watrous

answers: NDQ_000638

answers: Moose JawManitou Hot Springs, Watrous

answers: NDQ_000639

answers: Temple Gardens Mineral Spa,

answers: NDQ_000640

answers: Moose JawManitou Hot Springs, Watrous

answers: NDQ_000641

answers: Moose JawManitou Hot Springs, Watrous

answers: NDQ_000642

answers: Moose JawManitou Hot Springs, Watrous

answers: NDQ_000643

answers: Moose JawManitou Hot Springs,

answers: NDQ_000644

answers: Temple Gardens Mineral Spa,

answers: NDQ_000645

answers: Moose JawManitou Hot Springs,

answers: NDQ_000646

answers: Moose JawManitou Hot Springs,

answers: NDQ_000647

answers: Moose JawManitou Hot Springs,

answers: NDQ_000648

answers: Moose JawManitou Hot Springs,

answers: NDQ_000649

answers: Moose JawManitou Hot Springs, Watrous

answers: NDQ_000650

answers: Moose JawManitou Hot Springs, Watrous

answers: NDQ_000651

answers: Moose JawManitou Hot Springs, Watrous

answers: NDQ_000652

answers: Hot Springs, Watrous

answers: NDQ_000653

answers: Temple Gardens Mineral Spa, Moose JawManitou Hot Springs,

answers: NDQ_000654

answers: Temple Gardens Mineral Spa, Moose JawManitou Hot Springs,

answers: NDQ_000655

answers: Mineral Spa, Moose JawManitou Hot Springs,

text: Pink Geyser is a fountain-type geyser in the Lower Geyser Basin of Yellowstone National Park in the United States.

text: Pink Geyser is a fountain-type

text: geyser

text: in the

text: Lower Geyser Basin

text: of

text: Yellowstone National Park

text: in the

text: United States

answers: NDQ_000611

answers: causes the geysers to form.

answers: NDQ_000613

answers: good aquifers contain water

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: Yellowstone National Park

answers: NDQ_000619

answers: lava from volcanoes is released

answers: NDQ_000624

answers: What can happen to the water table in an area?

answers: NDQ_000627

answers: Where does Pink Geyser occur?

answers: NDQ_000629

answers: None of the above choices.

answers: NDQ_000630

answers: What is the source of Pink Geyser?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: Where is Pink Geyser located?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What is the source of Pink Geyser?

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It is not possible to tell

answers: NDQ_000639

answers: What type of spring is Pink Geyser?

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping deeper underground

answers: NDQ_000641

answers: Why does water flow out of a well

answers: NDQ_000642

answers: does not mean that it is a fountain

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: a geyser

answers: NDQ_000645

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: Yellowstone National Park

answers: NDQ_000648

answers: is called groundwater

answers: NDQ_000649

answers: In the Lower Geyser Basin

answers: NDQ_000650

answers: is located near a large body of water

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: evaporation

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: fountain-type geyser

answers: NDQ_000613

answers: fountain-type

answers: NDQ_000615

answers: Pink Geyser

answers: NDQ_000616

answers: Pink Geyser

answers: NDQ_000619

answers: Geyser Basin of Yellowstone National Park in the United States.

answers: NDQ_000624

answers: Pink Geyser

answers: NDQ_000627

answers: Pink Geyser

answers: NDQ_000629

answers: Pink Geyser

answers: NDQ_000630

answers: Pink Geyser

answers: NDQ_000631

answers: Pink Geyser

answers: NDQ_000632

answers: Pink Geyser

answers: NDQ_000633

answers: Pink Geyser

answers: NDQ_000634

answers: Pink Geyser

answers: NDQ_000635

answers: Pink Geyser

answers: NDQ_000636

answers: Pink Geyser

answers: NDQ_000637

answers: Pink Geyser

answers: NDQ_000638

answers: Pink Geyser

answers: NDQ_000639

answers: Pink Geyser

answers: NDQ_000640

answers: Pink Geyser

answers: NDQ_000641

answers: Pink Geyser

answers: NDQ_000642

answers: Pink Geyser

answers: NDQ_000643

answers: Lower Geyser Basin

answers: NDQ_000644

answers: fountain-type geyser

answers: NDQ_000645

answers: Lower Geyser Basin

answers: NDQ_000646

answers: Pink Geyser

answers: NDQ_000647

answers: Lower Geyser Basin

answers: NDQ_000648

answers: fountain-type geyser

answers: NDQ_000649

answers: Pink Geyser

answers: NDQ_000650

answers: Pink Geyser

answers: NDQ_000651

answers: Yellowstone National Park in the United States.

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Lower Geyser Basin

answers: NDQ_000654

answers: Pink Geyser is a fountain-type geyser

answers: NDQ_000655

answers: fountain-type

text: Geysers are quite rare, requiring a combination of water, heat, and fortuitous plumbing. The combination exists in few places on Earth.

text: Geysers are quite rare, requiring a combination of

text: water

text: heat

text: , and fortuitous

text: plumbing

text: . The combination exists in few places on Earth.

answers: NDQ_000611

answers: does not contain enough heat to cause geysers

answers: NDQ_000613

answers: fortuitous plumbing

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: geysers

answers: NDQ_000619

answers: water and heat collide

answers: NDQ_000624

answers: iii.

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: Which of the following is not true?

answers: NDQ_000630

answers: What is the source of water in geysers?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a type of land use?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: no

answers: NDQ_000642

answers: is not a geyser

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: can be used

answers: NDQ_000647

answers: no

answers: NDQ_000648

answers: can be used to make geysers

answers: NDQ_000649

answers: Where is the most likely place to find a geyser?

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: geysers

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: Geysers

answers: NDQ_000613

answers: water, heat, and fortuitous plumbing.

answers: NDQ_000615

answers: Geysers

answers: NDQ_000616

answers: Geysers

answers: NDQ_000619

answers: water, heat, and fortuitous plumbing.

answers: NDQ_000624

answers: Geysers

answers: NDQ_000627

answers: Geysers

answers: NDQ_000629

answers: Geysers

answers: NDQ_000630

answers: Geysers

answers: NDQ_000631

answers: The combination exists in few places on Earth.

answers: NDQ_000632

answers: Geysers

answers: NDQ_000633

answers: Geysers

answers: NDQ_000634

answers: Geysers

answers: NDQ_000635

answers: Geysers

answers: NDQ_000636

answers: Geysers

answers: NDQ_000637

answers: Geysers

answers: NDQ_000638

answers: Geysers

answers: NDQ_000639

answers: Geysers

answers: NDQ_000640

answers: Geysers

answers: NDQ_000641

answers: Geysers

answers: NDQ_000642

answers: plumbing.

answers: NDQ_000643

answers: Geysers

answers: NDQ_000644

answers: plumbing.

answers: NDQ_000645

answers: Geysers

answers: NDQ_000646

answers: plumbing.

answers: NDQ_000647

answers: Geysers

answers: NDQ_000648

answers: Geysers

answers: NDQ_000649

answers: Geysers

answers: NDQ_000650

answers: heat, and fortuitous plumbing.

answers: NDQ_000651

answers: Geysers

answers: NDQ_000652

answers: Geysers

answers: NDQ_000653

answers: Geysers

answers: NDQ_000654

answers: water, heat,

answers: NDQ_000655

answers: Geysers

text: Mineral Water and Waterfall Bathing Day (งานวันอาบน้ำแร่แช่น้ำตก); held at Hin Dat Hot Spring, at the beginning of November. In the festival, there are booths of agricultural products and tourism exhibition of Amphoe Thong Pha Phum. Visitors watching will have a chance to bath in the Hin Dat Hot Spring and enjoy the view of Namtok Pha Tat.

text: Mineral Water and Waterfall Bathing Day (งานวันอาบน้ำแร่แช่น้ำตก); held at Hin Dat Hot Spring, at the beginning of November. In the festival, there are booths of agricultural products and tourism exhibition of Amphoe Thong Pha Phum. Visitors watching will have a chance to bath in the Hin Dat Hot Spring and enjoy the view of Namtok Pha Tat.

answers: NDQ_000611

answers: Hin Dat Hot Spring

answers: NDQ_000613

answers: mineral water and waterfall bathing day

answers: NDQ_000615

answers: be higher

answers: NDQ_000616

answers: a spring

answers: NDQ_000619

answers: lava from volcanoes melts

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Where does an aquifer usually form?

answers: NDQ_000629

answers: What is the purpose of the aquifer?

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: None of the above choices are true

answers: NDQ_000632

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

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: What is the purpose of the Hin Dat Hot Spring?

answers: NDQ_000636

answers: What is the purpose of the festival?

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: It's impossible to say

answers: NDQ_000640

answers: What is the purpose of the water table?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: None of the above choices.

answers: NDQ_000643

answers: Hot spring

answers: NDQ_000644

answers: waterfalls

answers: NDQ_000645

answers: hot spring

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: mineral water

answers: NDQ_000648

answers: aquifer

answers: NDQ_000649

answers: Where is the Hin Dat Hot Spring?

answers: NDQ_000650

answers: is located near a large body of water

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: spring

answers: NDQ_000653

answers: lakes

answers: NDQ_000654

answers: evaporation

answers: NDQ_000655

answers: watertight

answers: NDQ_000611

answers: agricultural products and tourism exhibition of Amphoe Thong Pha Phum.

answers: NDQ_000613

answers: Waterfall Bathing Day

answers: NDQ_000615

answers: Hin Dat Hot Spring,

answers: NDQ_000616

answers: Hin Dat Hot Spring,

answers: NDQ_000619

answers: Hin Dat Hot Spring,

answers: NDQ_000624

answers: Hin Dat Hot Spring,

answers: NDQ_000627

answers: Amphoe Thong Pha Phum.

answers: NDQ_000629

answers: Amphoe Thong Pha Phum.

answers: NDQ_000630

answers: Hin Dat Hot Spring,

answers: NDQ_000631

answers: agricultural products and tourism exhibition of Amphoe Thong Pha Phum.

answers: NDQ_000632

answers: Amphoe Thong Pha Phum.

answers: NDQ_000633

answers: Hin Dat Hot Spring,

answers: NDQ_000634

answers: Hin Dat Hot Spring,

answers: NDQ_000635

answers: agricultural products and tourism exhibition of Amphoe Thong Pha Phum.

answers: NDQ_000636

answers: agricultural products

answers: NDQ_000637

answers: Amphoe Thong Pha Phum.

answers: NDQ_000638

answers: Amphoe Thong Pha Phum.

answers: NDQ_000639

answers: Mineral Water

answers: NDQ_000640

answers: Amphoe Thong Pha Phum.

answers: NDQ_000641

answers: Hin Dat Hot Spring,

answers: NDQ_000642

answers: Waterfall

answers: NDQ_000643

answers: Hin Dat Hot Spring,

answers: NDQ_000644

answers: Waterfall

answers: NDQ_000645

answers: Hin Dat Hot Spring,

answers: NDQ_000646

answers: Hin Dat Hot Spring,

answers: NDQ_000647

answers: Mineral Water

answers: NDQ_000648

answers: Mineral Water

answers: NDQ_000649

answers: agricultural products and tourism exhibition of Amphoe Thong Pha Phum.

answers: NDQ_000650

answers: agricultural products and tourism exhibition of Amphoe Thong Pha Phum.

answers: NDQ_000651

answers: Hin Dat Hot Spring,

answers: NDQ_000652

answers: Waterfall

answers: NDQ_000653

answers: Hin Dat Hot Spring,

answers: NDQ_000654

answers: Hin Dat Hot Spring,

answers: NDQ_000655

answers: Mineral Water and Waterfall

text: The baths have been modified on several occasions, including the 12th century when John of Tours built a curative bath over the King's Spring reservoir and the 16th century when the city corporation built a new bath (Queen's Bath) to the south of the Spring. The spring is now housed in 18th-century buildings, designed by architects John Wood, the Elder and John Wood, the Younger, father and son. Visitors drank the waters in the Grand Pump Room, a neo-classical salon which remains in use, both for taking the waters and for social functions. Victorian expansion of the baths complex followed the neo-classical tradition established by the Woods. In 1810 the Hot Springs failed and William Smith opened up the Hot Bath Spring to the bottom, where he found that the spring had not failed but had flowed into a new channel. Smith restored the water to its original course and the Baths filled in less time than formerly.

text: The baths have been modified on several occasions, including the 12th century when

text: John of Tours

text: built a curative bath over the King's Spring reservoir and the 16th century when the city corporation built a new bath (Queen's Bath) to the south of the Spring. The spring is now housed in 18th-century buildings, designed by architects

text: John Wood, the Elder

text: and

text: John Wood, the Younger

text: , father and son. Visitors drank the waters in the

text: Grand Pump Room

text: , a

text: neo-classical

text: salon which remains in use, both for taking the waters and for social functions.

text: Victorian

text: expansion of the baths complex followed the neo-classical tradition established by the Woods. In 1810 the Hot Springs failed and

text: William Smith

text: opened up the Hot Bath Spring to the bottom, where he found that the spring had not failed but had flowed into a new channel. Smith restored the water to its original course and the Baths filled in less time than formerly.

answers: NDQ_000611

answers: does not flow into a new channel

answers: NDQ_000613

answers: spring had not failed but had flowed into a new channel

answers: NDQ_000615

answers: fill the baths

answers: NDQ_000616

answers: Hot Springs

answers: NDQ_000619

answers: geysers erupt because

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: How deep is the Hot Bath Spring?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How did the Baths fill in less time than formerly

answers: NDQ_000636

answers: None of the above choices are true

answers: NDQ_000637

answers: What is the purpose of an aquifer?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a hot spring: mineral springs, hot springs or curative baths?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: reservoir

answers: NDQ_000644

answers: The Grand Pump Room

answers: NDQ_000645

answers: Spring reservoir

answers: NDQ_000646

answers: Spring reservoir

answers: NDQ_000647

answers: King's Spring

answers: NDQ_000648

answers: spring

answers: NDQ_000649

answers: Where does water infiltrate the ground?

answers: NDQ_000650

answers: built a curative bath

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: reservoir

answers: NDQ_000653

answers: Hot Springs

answers: NDQ_000654

answers: springs

answers: NDQ_000655

answers: reservoir

answers: NDQ_000611

answers: original course

answers: NDQ_000613

answers: flowed into a new channel.

answers: NDQ_000615

answers: the Baths filled in less time than formerly.

answers: NDQ_000616

answers: Hot Bath Spring

answers: NDQ_000619

answers: flowed into a new channel.

answers: NDQ_000624

answers: King's Spring

answers: NDQ_000627

answers: Hot Bath Spring

answers: NDQ_000629

answers: Hot Bath Spring

answers: NDQ_000630

answers: the Hot Springs failed and William Smith opened up the Hot Bath Spring

answers: NDQ_000631

answers: Hot Bath Spring

answers: NDQ_000632

answers: original course

answers: NDQ_000633

answers: the spring had not failed

answers: NDQ_000634

answers: King's Spring

answers: NDQ_000635

answers: built a new bath

answers: NDQ_000636

answers: King's Spring

answers: NDQ_000637

answers: Hot Bath Spring

answers: NDQ_000638

answers: Hot Bath Spring

answers: NDQ_000639

answers: Hot Bath Spring

answers: NDQ_000640

answers: King's Spring

answers: NDQ_000641

answers: Hot Bath Spring

answers: NDQ_000642

answers: Pump Room,

answers: NDQ_000643

answers: Hot Bath Spring

answers: NDQ_000644

answers: Pump Room,

answers: NDQ_000645

answers: King's Spring

answers: NDQ_000646

answers: Hot Bath Spring

answers: NDQ_000647

answers: Hot Bath Spring

answers: NDQ_000648

answers: Hot Bath Spring

answers: NDQ_000649

answers: Hot Bath Spring

answers: NDQ_000650

answers: built a new bath

answers: NDQ_000651

answers: King's Spring

answers: NDQ_000652

answers: reservoir

answers: NDQ_000653

answers: King's Spring

answers: NDQ_000654

answers: Hot Bath Spring

answers: NDQ_000655

answers: reservoir

text: Alnarpsströmmen is a subterranean aquifer under the Swedish province of Skåne. It has been used for wells since at least the 18th century and as a fresh water source for Malmö since 1901. Several other towns use it today. Due to its artesian character, wells occasionally turn to fountains. About 400 litres of groundwater naturally flow into Öresund from Alnarpsströmmen every second through quaternary moraine. The width of the aquifer is around 20 km, and the flow of the water is just 10 metres a year.

text: Alnarpsströmmen is a subterranean

text: aquifer

text: under the Swedish province of

text: Skåne

text: . It has been used for wells since at least the 18th century and as a fresh water source for

text: Malmö

text: since 1901. Several other towns use it today. Due to its

text: artesian

text: character, wells occasionally turn to fountains. About 400 litres of groundwater naturally flow into

text: Öresund

text: from Alnarpsströmmen every second through

text: quaternary

text: moraine

text: . The width of the aquifer is around 20 km, and the flow of the water is just 10 metres a year.

answers: NDQ_000611

answers: flows into  resund

answers: NDQ_000613

answers: artesian character, wells occasionally turn to fountains

answers: NDQ_000615

answers: turn to fountains

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: artesian character

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It has been used for wells since

answers: NDQ_000630

answers: What is the source of water in Alnarpsströmmen?

answers: NDQ_000631

answers: Yes

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: It has been used for wells since

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: What is the width of the aquifer?

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: Which of the following is not a mineral spring: Alnarpsströmmen or quaternary moraine?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: yes

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: artesian

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: quaternary moraine

answers: NDQ_000650

answers: is used for wells

answers: NDQ_000651

answers: unanswerable

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: artesian

answers: NDQ_000611

answers: 400 litres

answers: NDQ_000613

answers: artesian character,

answers: NDQ_000615

answers: wells occasionally turn to fountains.

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: artesian character,

answers: NDQ_000624

answers: wells occasionally turn to fountains.

answers: NDQ_000627

answers: quaternary moraine.

answers: NDQ_000629

answers: quaternary moraine.

answers: NDQ_000630

answers: Sk<unk>ne.

answers: NDQ_000631

answers: subterranean aquifer

answers: NDQ_000632

answers: 10 metres a year.

answers: NDQ_000633

answers: 10 metres a year.

answers: NDQ_000634

answers: 20 km,

answers: NDQ_000635

answers: quaternary moraine.

answers: NDQ_000636

answers: Alnarpsströmmen

answers: NDQ_000637

answers: quaternary moraine.

answers: NDQ_000638

answers: quaternary moraine.

answers: NDQ_000639

answers: artesian

answers: NDQ_000640

answers: quaternary moraine.

answers: NDQ_000641

answers: artesian character, wells occasionally turn to fountains.

answers: NDQ_000642

answers: quaternary moraine.

answers: NDQ_000643

answers: quaternary moraine.

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: quaternary moraine.

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: quaternary moraine.

answers: NDQ_000650

answers: towns

answers: NDQ_000651

answers: <unk>resund from Alnarpsströmmen

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: quaternary moraine.

answers: NDQ_000655

answers: quaternary moraine.

text: Botryoidal Spring is part of the White Creek Group which includes A-0 Geyser and Spindle Geyser. As its name indicates, Botryoidal Spring was originally a hot spring (and botryoidal means 'bubbly'). In 1996, seismic activity caused to change from a sparkling spring into an explosive geyser.

text: Botryoidal Spring is part of the White Creek Group which includes

text: A-0 Geyser

text: and

text: Spindle Geyser

text: . As its name indicates, Botryoidal Spring was originally a hot spring (and

text: botryoidal

text: means 'bubbly'). In 1996, seismic activity caused to change from a sparkling spring into an explosive geyser.

answers: NDQ_000611

answers: evaporates into the air

answers: NDQ_000613

answers: hot spring

answers: NDQ_000615

answers: be higher than it was

answers: NDQ_000616

answers: a spring

answers: NDQ_000619

answers: seismic activity occurs

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Which of the following is not a geyser: A-0 Geyser or Spindle Geyser?

answers: NDQ_000629

answers: Which of the following is not true of the rock layer below an aquifer?

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: Which of the following is not a geyser?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What may be the reason for the explosive geyser?

answers: NDQ_000636

answers: None of the above choices are available

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: What type of spring is Botryoidal Spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: is botryoidal spring

answers: NDQ_000643

answers: spring

answers: NDQ_000644

answers: is botryoidal spring

answers: NDQ_000645

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: hot spring

answers: NDQ_000648

answers: spring

answers: NDQ_000649

answers: Where is Botryoidal Spring?

answers: NDQ_000650

answers: has a lot of sand

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: White Creek Group

answers: NDQ_000654

answers: seismic activity

answers: NDQ_000655

answers: bubbly

answers: NDQ_000611

answers: hot spring

answers: NDQ_000613

answers: hot spring

answers: NDQ_000615

answers: Botryoidal Spring

answers: NDQ_000616

answers: Botryoidal Spring

answers: NDQ_000619

answers: seismic activity

answers: NDQ_000624

answers: Botryoidal Spring is part of the White Creek Group

answers: NDQ_000627

answers: Botryoidal Spring is part of the White Creek Group

answers: NDQ_000629

answers: Botryoidal Spring

answers: NDQ_000630

answers: explosive geyser.

answers: NDQ_000631

answers: Botryoidal Spring is part of the White Creek Group

answers: NDQ_000632

answers: Botryoidal Spring is part of the White Creek Group

answers: NDQ_000633

answers: explosive geyser.

answers: NDQ_000634

answers: Botryoidal Spring is part of the White Creek Group

answers: NDQ_000635

answers: Botryoidal Spring

answers: NDQ_000636

answers: Botryoidal Spring

answers: NDQ_000637

answers: Botryoidal Spring is part of the White Creek Group

answers: NDQ_000638

answers: Botryoidal Spring

answers: NDQ_000639

answers: explosive geyser.

answers: NDQ_000640

answers: Botryoidal Spring is part of the White Creek Group

answers: NDQ_000641

answers: Botryoidal Spring

answers: NDQ_000642

answers: explosive geyser.

answers: NDQ_000643

answers: hot spring

answers: NDQ_000644

answers: Botryoidal Spring

answers: NDQ_000645

answers: hot spring

answers: NDQ_000646

answers: spring

answers: NDQ_000647

answers: hot spring

answers: NDQ_000648

answers: spring

answers: NDQ_000649

answers: Botryoidal Spring is part of the White Creek Group

answers: NDQ_000650

answers: seismic activity

answers: NDQ_000651

answers: Botryoidal Spring is part of the White Creek Group

answers: NDQ_000652

answers: geyser.

answers: NDQ_000653

answers: hot spring

answers: NDQ_000654

answers: seismic activity

answers: NDQ_000655

answers: botryoidal means 'bubbly').

text: Located in South Central Texas, the Edwards Aquifer incorporates an area of approximately 4,350 square miles that extends into parts of 11 counties. The aquifer's boundaries begin at the groundwater divide in Kinney County, East of Brackettville, and extend Eastward through the San Antonio area and then Northeast where the aquifer boundary ends at the Leon River in Bell County. The aquifer is hydrologically separated into the Austin and San Antonio regions by a groundwater divide near the town of Kyle in Hays County.

text: Located in South Central Texas, the Edwards Aquifer incorporates an area of approximately 4,350 square miles that extends into parts of 11 counties. The aquifer's boundaries begin at the groundwater divide in Kinney County, East of Brackettville, and extend Eastward through the San Antonio area and then Northeast where the aquifer boundary ends at the Leon River in Bell County. The aquifer is hydrologically separated into the Austin and San Antonio regions by a groundwater divide near the town of Kyle in Hays County.

answers: NDQ_000611

answers: is a source of water

answers: NDQ_000613

answers: area of approximately 4,350 square miles that extends into parts of 11 counties

answers: NDQ_000615

answers: extend Eastward

answers: NDQ_000616

answers: the Leon River

answers: NDQ_000619

answers: Edwards Aquifer is hydrologically separated

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: It's impossible to say

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: It's impossible to say

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What can be concluded about the Edwards Aquifer?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: What is the Edwards Aquifer?

answers: NDQ_000640

answers: How does the Edwards Aquifer keep water from seeping deeper underground?

answers: NDQ_000641

answers: How does the Edwards Aquifer work?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: Edwards Aquifer

answers: NDQ_000644

answers: groundwater divide

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater divide

answers: NDQ_000647

answers: Edwards Aquifer

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is the Edwards Aquifer located?

answers: NDQ_000650

answers: is near a river

answers: NDQ_000651

answers: Texas

answers: NDQ_000652

answers: groundwater divide

answers: NDQ_000653

answers: Edwards Aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: groundwater divide

answers: NDQ_000613

answers: hydrologically separated

answers: NDQ_000615

answers: Edwards Aquifer

answers: NDQ_000616

answers: Leon River

answers: NDQ_000619

answers: Edwards Aquifer

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: 4,350 square miles

answers: NDQ_000629

answers: 4,350 square miles

answers: NDQ_000630

answers: Edwards Aquifer

answers: NDQ_000631

answers: the Edwards Aquifer

answers: NDQ_000632

answers: groundwater divide

answers: NDQ_000633

answers: Edwards Aquifer

answers: NDQ_000634

answers: 4,350 square miles

answers: NDQ_000635

answers: Edwards Aquifer

answers: NDQ_000636

answers: Edwards Aquifer

answers: NDQ_000637

answers: the Edwards Aquifer

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: Edwards Aquifer incorporates an area of approximately 4,350 square miles

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: Edwards Aquifer

answers: NDQ_000643

answers: Edwards Aquifer

answers: NDQ_000644

answers: Edwards Aquifer

answers: NDQ_000645

answers: Edwards Aquifer

answers: NDQ_000646

answers: groundwater divide

answers: NDQ_000647

answers: Edwards Aquifer

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater divide in Kinney County, East of Brackettville,

answers: NDQ_000650

answers: 4,350 square miles that extends into parts of 11 counties.

answers: NDQ_000651

answers: Edwards Aquifer

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: Edwards Aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

text: In the north, Murqub has a shoreline on the Mediterranean Sea. On land, it borders Misrata to the east and south, Tripoli to the northwest and Jabal al Gharbi to the west. The region is part of Triplotania geographical region that runs from north to south and has set of coastal oases, plains and limestone plateaus having an elevation of  to . The region receives an annual rainfall of . There are no perennial rivers in the region, but the region is abundant with groundwater aquifers. Most of the major cities of Libya are located in the coastal regions. Libya has mostly a flat undulating plain and occassional plateau, with an average elevation of around . Around 91 per cent of the land is covered by desert, with only 8.8 per cent agricultural land (with only 1 % arable lands) and 0.1 per cent of forests. The major resources are petroleum, gypsum and natural gas. Along the coastal regions, the climate is Mediterranean in coastal areas, while it is desert climate in all other parts. Dust storms lasting four to eight days is pretty common during Spring. Triplotania is the northwest region, while it is Cyrenacia in the east and Fezzen in southwest.

text: In the north, Murqub has a shoreline on the

text: Mediterranean Sea

text: . On land, it borders

text: Misrata

text: to the east and south,

text: Tripoli

text: to the northwest and

text: Jabal al Gharbi

text: to the west. The region is part of Triplotania geographical region that runs from north to south and has set of coastal oases, plains and limestone plateaus having an elevation of  to . The region receives an annual rainfall of . There are no perennial rivers in the region, but the region is abundant with groundwater aquifers. Most of the major cities of Libya are located in the coastal regions. Libya has mostly a flat undulating plain and occassional plateau, with an average elevation of around . Around 91 per cent of the land is covered by desert, with only 8.8 per cent agricultural land (with only 1 % arable lands) and 0.1 per cent of forests. The major resources are petroleum, gypsum and natural gas. Along the coastal regions, the climate is Mediterranean in coastal areas, while it is desert climate in all other parts. Dust storms lasting four to eight days is pretty common during Spring. Triplotania is the northwest region, while it is Cyrenacia in the east and Fezzen in southwest.

answers: NDQ_000611

answers: aquifers are found in

answers: NDQ_000613

answers: groundwater aquifers

answers: NDQ_000615

answers: increase by how much

answers: NDQ_000616

answers: groundwater aquifers

answers: NDQ_000619

answers: groundwater aquifers are plentiful

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Which of the following is not a type of aquifer: groundwater aquifers or limestone plateaus?

answers: NDQ_000629

answers: Which of the following is not a type of rock: limestone or plains?

answers: NDQ_000630

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

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: How many percent of the land is covered by desert?

answers: NDQ_000635

answers: How many percent of the land is covered by desert?

answers: NDQ_000636

answers: 8.8%

answers: NDQ_000637

answers: What type of rock does the region have in abundance?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a major resource: petroleum, gypsum or natural gas?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices are true

answers: NDQ_000642

answers: limestone

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: limestone

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

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

answers: NDQ_000650

answers: is located near a major city

answers: NDQ_000651

answers: unanswerable

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: the region is abundant with groundwater aquifers.

answers: NDQ_000613

answers: groundwater

answers: NDQ_000615

answers: groundwater aquifers.

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater aquifers.

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: perennial rivers

answers: NDQ_000630

answers: groundwater aquifers.

answers: NDQ_000631

answers: groundwater aquifers.

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater aquifers.

answers: NDQ_000634

answers: groundwater aquifers.

answers: NDQ_000635

answers: 8.8 per cent agricultural land

answers: NDQ_000636

answers: 8.8 per cent

answers: NDQ_000637

answers: groundwater aquifers.

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: petroleum, gypsum

answers: NDQ_000640

answers: groundwater aquifers.

answers: NDQ_000641

answers: groundwater aquifers.

answers: NDQ_000642

answers: perennial rivers

answers: NDQ_000643

answers: groundwater aquifers.

answers: NDQ_000644

answers: groundwater aquifers.

answers: NDQ_000645

answers: groundwater aquifers.

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater aquifers.

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater aquifers.

answers: NDQ_000650

answers: rivers

answers: NDQ_000651

answers: groundwater aquifers.

answers: NDQ_000652

answers: groundwater aquifers.

answers: NDQ_000653

answers: groundwater aquifers.

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater aquifers.

text: Used in hydrogeology, the groundwater flow equation is the mathematical relationship which is used to describe the flow of groundwater through an aquifer. The transient flow of groundwater is described by a form of the diffusion equation, similar to that used in heat transfer to describe the flow of heat in a solid (heat conduction). The steady-state flow of groundwater is described by a form of the Laplace equation, which is a form of potential flow and has analogs in numerous fields.

text: Used in

text: hydrogeology

text: , the groundwater flow equation is the

text: mathematical

text: relationship which is used to describe the flow of

text: groundwater

text: through an

text: aquifer

text: . The

text: transient

text: flow of groundwater is described by a form of the

text: diffusion equation

text: , similar to that used in

text: heat transfer

text: to describe the flow of heat in a solid (

text: heat conduction

text: ). The steady-state flow of groundwater is described by a form of the

text: Laplace equation

text: , which is a form of

text: potential flow

text: and has analogs in numerous fields.

answers: NDQ_000611

answers: flows through an aquifer

answers: NDQ_000613

answers: steady-state flow of groundwater

answers: NDQ_000615

answers: fluctuate

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater flows through an aquifer

answers: NDQ_000624

answers: fluctuate

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: None of the above choices

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the Laplace equation used for?

answers: NDQ_000636

answers: the Laplace equation

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: the Laplace equation

answers: NDQ_000642

answers: solid

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: groundwater is contaminated

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: aquifer.

answers: NDQ_000613

answers: flow of groundwater

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: heat

answers: NDQ_000624

answers: groundwater through an aquifer.

answers: NDQ_000627

answers: the groundwater flow equation

answers: NDQ_000629

answers: flow of groundwater

answers: NDQ_000630

answers: diffusion equation,

answers: NDQ_000631

answers: aquifer.

answers: NDQ_000632

answers: aquifer.

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: Used in hydrogeology,

answers: NDQ_000635

answers: Used in hydrogeology,

answers: NDQ_000636

answers: Used in hydrogeology,

answers: NDQ_000637

answers: groundwater through an aquifer.

answers: NDQ_000638

answers: flow of groundwater

answers: NDQ_000639

answers: heat in a solid

answers: NDQ_000640

answers: groundwater flow equation

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: solid

answers: NDQ_000643

answers: aquifer.

answers: NDQ_000644

answers: aquifer.

answers: NDQ_000645

answers: aquifer.

answers: NDQ_000646

answers: groundwater through an aquifer.

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifer.

answers: NDQ_000650

answers: flow of groundwater

answers: NDQ_000651

answers: Used in hydrogeology,

answers: NDQ_000652

answers: aquifer.

answers: NDQ_000653

answers: aquifer.

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer.

text: In addition to the fresh-water creeks that flow into the Warner Lakes, there are a number of hot springs that drain into them.  The hot springs originate in fractures within Miocene and Oligocene basalt layers below the valley floor.  Their water temperature can be as hot as .  Bacterial mats of green algae are common in the hot springs, the algae environments are segregated by temperature and water chemistry.  The hot springs introduce minerals that change the water chemistry of the lakes.  From late spring through summer the lakes are concentrated by evaporation.  This produces moderate to high alkaline content in some areas of the lakes.

text: In addition to the fresh-water creeks that flow into the Warner Lakes, there are a number of

text: hot springs

text: that drain into them.  The hot springs originate in fractures within

text: Miocene

text: and

text: Oligocene

text: basalt layers below the valley floor.  Their water temperature can be as hot as .

text: Bacterial mats

text: of

text: green algae

text: are common in the hot springs, the algae environments are segregated by temperature and water chemistry.  The hot springs introduce minerals that change the water chemistry of the lakes.  From late spring through summer the lakes are concentrated by

text: evaporation

text: .  This produces moderate to high

text: alkaline

text: content in some areas of the lakes.

answers: NDQ_000611

answers: is what type of water?

answers: NDQ_000613

answers: water temperature can be as hot as

answers: NDQ_000615

answers: evaporate

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: water temperature is too hot

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Which of the following is not a layer of clay: Miocene or Oligocene?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It can be as hot as

answers: NDQ_000631

answers: Which of the following is not a type of aquifer: Miocene or Oligocene?

answers: NDQ_000632

answers: Which of the following is not true of the hot springs?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a source of fresh-water creeks that flow into the Warner Lakes?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: Which of the following is not a good aquifer: Miocene or Oligocene?

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs or mineral springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: basalt

answers: NDQ_000644

answers: fractures

answers: NDQ_000645

answers: valley floor

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: hot springs

answers: NDQ_000649

answers: Where are the hot springs located?

answers: NDQ_000650

answers: hot springs are present

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: Basalt layer

answers: NDQ_000653

answers: Lakes

answers: NDQ_000654

answers: hot springs

answers: NDQ_000655

answers: basalt

answers: NDQ_000611

answers: hot springs

answers: NDQ_000613

answers: temperature and water chemistry.

answers: NDQ_000615

answers: evaporation.

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: hot springs

answers: NDQ_000624

answers: moderate to high alkaline

answers: NDQ_000627

answers: Miocene and Oligocene basalt layers

answers: NDQ_000629

answers: Miocene and Oligocene basalt layers

answers: NDQ_000630

answers: Their water temperature can be as hot as.

answers: NDQ_000631

answers: hot springs that drain into them. The hot springs

answers: NDQ_000632

answers: Miocene and Oligocene basalt layers

answers: NDQ_000633

answers: hot springs

answers: NDQ_000634

answers: The hot springs

answers: NDQ_000635

answers: hot springs

answers: NDQ_000636

answers: hot springs

answers: NDQ_000637

answers: The hot springs originate in fractures

answers: NDQ_000638

answers: Miocene and Oligocene basalt

answers: NDQ_000639

answers: The hot springs introduce minerals

answers: NDQ_000640

answers: hot springs that drain into them. The hot springs

answers: NDQ_000641

answers: hot springs

answers: NDQ_000642

answers: Bacterial mats

answers: NDQ_000643

answers: basalt

answers: NDQ_000644

answers: Bacterial mats

answers: NDQ_000645

answers: Miocene and Oligocene basalt

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: fresh-water creeks that flow into the Warner Lakes,

answers: NDQ_000648

answers: hot springs

answers: NDQ_000649

answers: Miocene and Oligocene basalt layers

answers: NDQ_000650

answers: The hot springs

answers: NDQ_000651

answers: Warner Lakes,

answers: NDQ_000652

answers: fractures

answers: NDQ_000653

answers: Warner Lakes,

answers: NDQ_000654

answers: hot springs

answers: NDQ_000655

answers: hot springs that drain into them. The hot springs

text: While the dam is being filled, the surrounding groundwater level rises. The dam failure may trigger further catastrophic processes. As the water level rapidly drops, the uncompensated groundwater hydraulic pressure may initiate additional landslides. Those that fall into the dam reservoir may lead to further catastrophic spillages.  Moreover, the resulting flood may undercut the sides of the river valley to further produce landslides downstream.

text: While the dam is being filled, the surrounding

text: groundwater

text: level rises. The dam failure may trigger further catastrophic processes. As the water level rapidly drops, the uncompensated groundwater

text: hydraulic pressure

text: may initiate additional landslides. Those that fall into the dam reservoir may lead to further catastrophic spillages.  Moreover, the resulting

text: flood

text: may undercut the sides of the river

text: valley

text: to further produce landslides downstream.

answers: NDQ_000611

answers: causes landslides

answers: NDQ_000613

answers: groundwater hydraulic pressure

answers: NDQ_000615

answers: rise

answers: NDQ_000616

answers: a dam

answers: NDQ_000619

answers: groundwater levels are too high

answers: NDQ_000624

answers: rise

answers: NDQ_000627

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

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How does the dam fail?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: It is not possible to tell

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does the dam fail?

answers: NDQ_000642

answers: is not the same as

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: dams

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is the dam being filled?

answers: NDQ_000650

answers: dam fails

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: dam

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: reservoir

answers: NDQ_000611

answers: uncompensated groundwater hydraulic pressure

answers: NDQ_000613

answers: uncompensated groundwater hydraulic pressure

answers: NDQ_000615

answers: rises.

answers: NDQ_000616

answers: dam is being filled, the surrounding groundwater level rises.

answers: NDQ_000619

answers: The dam failure

answers: NDQ_000624

answers: groundwater level rises.

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: While the dam is being filled, the surrounding groundwater level rises.

answers: NDQ_000630

answers: While the dam is being filled,

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: While the dam is being filled, the surrounding groundwater level rises.

answers: NDQ_000635

answers: landslides.

answers: NDQ_000636

answers: While the dam is being filled, the surrounding groundwater level rises.

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: landslides.

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: While the dam is being filled, the surrounding groundwater level rises.

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: The dam failure

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: dam reservoir

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: landslides.

answers: NDQ_000650

answers: dam is being filled,

answers: NDQ_000651

answers: While the dam is being filled, the surrounding groundwater level rises.

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: dam is being filled, the surrounding groundwater level rises.

answers: NDQ_000655

answers: dam reservoir

text: However, caliche also forms in other ways. It can form when water rises through capillary action. In an arid region, rainwater sinks into the ground very quickly. Later, as the surface dries out, the water below the surface rises, carrying up dissolved minerals from lower layers. This water movement forms a caliche that tends to grow thinner and branch out as it nears the surface. Plants can contribute to the formation of caliche, as well. Plant roots take up water through transpiration, and leave behind the dissolved calcium carbonate, which precipitates to form caliche. It can also form on outcrops of porous rocks or in rock fissures where water is trapped and evaporates. In general, caliche deposition is a slow process, but if enough moisture is present in an otherwise arid site, it can accumulate fast enough to block a drain pipe.

text: However, caliche also forms in other ways. It can form when water rises through

text: capillary action

text: . In an arid region, rainwater sinks into the ground very quickly. Later, as the surface dries out, the water below the surface rises, carrying up dissolved minerals from lower layers. This water movement forms a caliche that tends to grow thinner and branch out as it nears the surface. Plants can contribute to the formation of caliche, as well. Plant roots take up water through

text: transpiration

text: , and leave behind the dissolved calcium carbonate, which precipitates to form caliche. It can also form on outcrops of

text: porous

text: rocks or in rock fissures where water is trapped and evaporates. In general, caliche deposition is a slow process, but if enough moisture is present in an otherwise arid site, it can accumulate fast enough to block a drain pipe.

answers: NDQ_000611

answers: carries up dissolved minerals from lower layers

answers: NDQ_000613

answers: water rises through capillary action

answers: NDQ_000615

answers: rise

answers: NDQ_000616

answers: precipitation

answers: NDQ_000619

answers: water rises through capillary action

answers: NDQ_000624

answers: as the surface dries out

answers: NDQ_000627

answers: What can form when water rises through capillary action?

answers: NDQ_000629

answers: It can also form on outcrops of porous rocks

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

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

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How can plants contribute to the formation of caliche?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: What does the water below the surface rises, carrying up dissolved minerals from lower layers?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: caliche

answers: NDQ_000644

answers: capillary

answers: NDQ_000645

answers: caliche

answers: NDQ_000646

answers: caliche

answers: NDQ_000647

answers: dissolved minerals from lower layers

answers: NDQ_000648

answers: rainwater

answers: NDQ_000649

answers: Where is caliche formed?

answers: NDQ_000650

answers: dries out

answers: NDQ_000651

answers: arid

answers: NDQ_000652

answers: raindrop

answers: NDQ_000653

answers: arid regions

answers: NDQ_000654

answers: rainwater

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: caliche deposition is a slow process,

answers: NDQ_000613

answers: rainwater sinks into the ground very quickly.

answers: NDQ_000615

answers: rainwater sinks into the ground very quickly.

answers: NDQ_000616

answers: rainwater

answers: NDQ_000619

answers: water rises through capillary action.

answers: NDQ_000624

answers: rises,

answers: NDQ_000627

answers: porous rocks

answers: NDQ_000629

answers: porous

answers: NDQ_000630

answers: capillary action.

answers: NDQ_000631

answers: arid region,

answers: NDQ_000632

answers: dissolved minerals from lower layers.

answers: NDQ_000633

answers: the surface dries out,

answers: NDQ_000634

answers: Plant roots take up water through transpiration,

answers: NDQ_000635

answers: arid region, rainwater

answers: NDQ_000636

answers: Plant roots take up water through transpiration,

answers: NDQ_000637

answers: rock fissures where water is trapped and evaporates.

answers: NDQ_000638

answers: porous rocks

answers: NDQ_000639

answers: dissolved minerals

answers: NDQ_000640

answers: block a drain pipe.

answers: NDQ_000641

answers: water rises through capillary action.

answers: NDQ_000642

answers: porous rocks

answers: NDQ_000643

answers: caliche

answers: NDQ_000644

answers: capillary action.

answers: NDQ_000645

answers: outcrops

answers: NDQ_000646

answers: drain pipe.

answers: NDQ_000647

answers: the water below the surface rises,

answers: NDQ_000648

answers: rainwater

answers: NDQ_000649

answers: porous

answers: NDQ_000650

answers: if enough moisture is present in an otherwise arid site,

answers: NDQ_000651

answers: arid region,

answers: NDQ_000652

answers: rainwater

answers: NDQ_000653

answers: arid region,

answers: NDQ_000654

answers: rainwater

answers: NDQ_000655

answers: porous

text: The nuances of the SP log are still being researched.  In theory, almost all porous rocks contain water.  Some pores are completely filled with water.  Others have a thin layer of water molecules wetting the surface of the rock, with gas or oil filling the rest of the pore.  In sandstones and porous limestones there is a continuous layer of water throughout the formation.  If there is even a little permeability to water, ions can move through the rock and decrease the voltage difference with the mud nearby.  Shales do not allow water or ion movement.  Although they may have a large water content, it is bound to the surface of the flat clay crystals comprising the shale.  Thus mud opposite shale sections maintains its voltage difference with the surrounding rock.  As the SP logging tool is drawn up the hole it measures the voltage difference between the reference stake and the mud opposite shale and sandstone or limestone sections.  The resulting log curve reflects the permeability of the rocks and, indirectly, their lithology.  SP curves degrade over time, as the ions diffuse up and down the mud column.  It also can suffer from stray voltages caused by other logging tools that are run with it.  Older, simpler logs often have better SP curves than more modern logs for this reason.  With experience in an area, a good SP curve can even allow a skilled interpreter to infer sedimentary environments such as deltas, point bars or offshore tidal deposits.

text: sedimentary environments

text: such as deltas, point bars or offshore tidal deposits.

answers: NDQ_000611

answers: can be found in what type of rock formation?

answers: NDQ_000613

answers: permeability to water

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: shale

answers: NDQ_000619

answers: ions diffuse up and down the mud column

answers: NDQ_000624

answers: If there is even a little permeability to water

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: In theory, almost all porous rocks contain water

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: In theory, almost all porous rocks contain water

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How can land use affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: Shales do not allow water or ion movement

answers: NDQ_000637

answers: In theory, almost all porous rocks contain water

answers: NDQ_000638

answers: Shales

answers: NDQ_000639

answers: Which of the following is not a mineral spring: shale, sandstone or limestone?

answers: NDQ_000640

answers: Shales

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: Shales do not allow water or ion movement

answers: NDQ_000643

answers: shale

answers: NDQ_000644

answers: porous rocks

answers: NDQ_000645

answers: mud column

answers: NDQ_000646

answers: hole

answers: NDQ_000647

answers: almost all porous rocks contain water

answers: NDQ_000648

answers: In theory, almost all porous rocks contain water

answers: NDQ_000649

answers: In theory, almost all porous rocks contain water

answers: NDQ_000650

answers: gas or oil fills the rest

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: porous rock

answers: NDQ_000653

answers: sedimentary environments

answers: NDQ_000654

answers: sedimentary environments

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: almost all porous rocks contain water.

answers: NDQ_000613

answers: permeability of the rocks and, indirectly, their lithology.

answers: NDQ_000615

answers: decrease the voltage difference with the mud nearby.

answers: NDQ_000616

answers: mud

answers: NDQ_000619

answers: ions can move through the rock and decrease the voltage difference

answers: NDQ_000624

answers: water.

answers: NDQ_000627

answers: shale.

answers: NDQ_000629

answers: almost all porous rocks contain water.

answers: NDQ_000630

answers: water.

answers: NDQ_000631

answers: almost all porous rocks contain water.

answers: NDQ_000632

answers: mud opposite shale sections maintains its voltage difference

answers: NDQ_000633

answers: water.

answers: NDQ_000634

answers: shale.

answers: NDQ_000635

answers: permeability of the rocks and, indirectly, their lithology.

answers: NDQ_000636

answers: SP log are still being researched.

answers: NDQ_000637

answers: almost all porous rocks contain water.

answers: NDQ_000638

answers: Shales

answers: NDQ_000639

answers: porous rocks contain water.

answers: NDQ_000640

answers: Shales

answers: NDQ_000641

answers: water.

answers: NDQ_000642

answers: Shales

answers: NDQ_000643

answers: sandstones and porous limestones

answers: NDQ_000644

answers: If there is even a little permeability

answers: NDQ_000645

answers: sandstones and porous limestones

answers: NDQ_000646

answers: SP logging tool is drawn up the hole

answers: NDQ_000647

answers: almost all porous rocks contain water.

answers: NDQ_000648

answers: ions can move through the rock and decrease the voltage difference with the mud

answers: NDQ_000649

answers: mud

answers: NDQ_000650

answers: If there is even a little permeability to water,

answers: NDQ_000651

answers: almost all porous rocks contain water.

answers: NDQ_000652

answers: porous rocks

answers: NDQ_000653

answers: porous rocks

answers: NDQ_000654

answers: tidal deposits.

answers: NDQ_000655

answers: porous

text: Other early descriptions of Colter's Hell date back to the trapper Joseph Meek in the year of 1830 as well as to Plenty Coups, a chief of the Absarokee Indians, who camped with his tribe at the thermal area in 1840. Meek had seen geyser basin in Yellowstone and described Colter's Hell in similar terms, implying that there were active geysers at his visit.  Today the area consists of hot springs and steam vents. Several extinct geyser or hot spring cones stand up to  high on the riverbank. Other hot springs were located near the confluence of the north and south forks of the Shoshone, now drowned under the reservoir created by Buffalo Bill Dam.

text: Other early descriptions of Colter's Hell date back to the trapper

text: Joseph Meek

text: in the year of 1830 as well as to

text: Plenty Coups

text: , a chief of the

text: Absarokee

text: Indians

text: , who camped with his tribe at the thermal area in 1840. Meek had seen geyser basin in Yellowstone and described Colter's Hell in similar terms, implying that there were active geysers at his visit.  Today the area consists of hot springs and steam vents. Several extinct geyser or hot spring cones stand up to  high on the riverbank. Other hot springs were located near the confluence of the north and south forks of the Shoshone, now drowned under the reservoir created by

text: Buffalo Bill Dam

answers: NDQ_000611

answers: is a mixture of

answers: NDQ_000613

answers: active geysers

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Buffalo Bill Dam

answers: NDQ_000619

answers: hot springs and steam vents

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Which of the following is not a type of spring: aquifer, geyser, or reservoir?

answers: NDQ_000629

answers: Which is not the type of rock layer below an aquifer?

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: Buffalo Bill Dam

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: Which of the following is not a good aquifer: rock in it that is porous and permeable?

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: Buffalo Bill Dam

answers: NDQ_000643

answers: thermal area

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: under the reservoir created by Buffalo Bill Dam

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Which of the following is not a type of geyser: hot springs or steam vents?

answers: NDQ_000650

answers: dam is built

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: hot springs

answers: NDQ_000655

answers: Reservoir

answers: NDQ_000611

answers: hot springs and steam vents.

answers: NDQ_000613

answers: hot springs and steam vents.

answers: NDQ_000615

answers: Buffalo Bill Dam.

answers: NDQ_000616

answers: Buffalo Bill Dam.

answers: NDQ_000619

answers: hot springs and steam vents.

answers: NDQ_000624

answers: hot springs and steam vents.

answers: NDQ_000627

answers: hot springs and steam vents.

answers: NDQ_000629

answers: hot springs and steam vents.

answers: NDQ_000630

answers: hot springs and steam vents.

answers: NDQ_000631

answers: Buffalo Bill Dam.

answers: NDQ_000632

answers: north and south forks of the Shoshone,

answers: NDQ_000633

answers: hot springs

answers: NDQ_000634

answers: Buffalo Bill Dam.

answers: NDQ_000635

answers: Buffalo Bill Dam.

answers: NDQ_000636

answers: Buffalo Bill Dam.

answers: NDQ_000637

answers: 1830

answers: NDQ_000638

answers: Buffalo Bill Dam.

answers: NDQ_000639

answers: steam vents.

answers: NDQ_000640

answers: Buffalo Bill Dam.

answers: NDQ_000641

answers: hot springs

answers: NDQ_000642

answers: Buffalo Bill Dam.

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: hot spring cones

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: Buffalo Bill Dam.

answers: NDQ_000648

answers: hot springs and steam vents.

answers: NDQ_000649

answers: hot springs and steam vents.

answers: NDQ_000650

answers: Buffalo Bill Dam.

answers: NDQ_000651

answers: Buffalo Bill Dam.

answers: NDQ_000652

answers: geysers

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: Buffalo Bill Dam.

text: Information from the US Groundwater Protection Council shows that there is a failure rate of around 1 every 3500 wells, or 0.03%.

text: Information from the US Groundwater Protection Council shows that there is a failure rate of around 1 every 3500 wells, or 0.03%.

answers: NDQ_000611

answers: has a high turbidity

answers: NDQ_000613

answers: groundwater protection

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: wells

answers: NDQ_000619

answers: the groundwater is too acidic

answers: NDQ_000624

answers: ii.

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: None of the above choices.

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: It can affect the amount of water that can enter groundwater.

answers: NDQ_000636

answers: 0.03%

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: The water table keeps water from seeping deeper underground

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: can cause a well to fail

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: can be described as

answers: NDQ_000645

answers: can be found

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: is groundwater

answers: NDQ_000648

answers: is groundwater

answers: NDQ_000649

answers: in the ground

answers: NDQ_000650

answers: fails

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: 1 every 3500 wells,

answers: NDQ_000613

answers: failure rate

answers: NDQ_000615

answers: 1 every 3500 wells,

answers: NDQ_000616

answers: 1 every 3500 wells,

answers: NDQ_000619

answers: failure rate

answers: NDQ_000624

answers: Groundwater

answers: NDQ_000627

answers: 0.03%.

answers: NDQ_000629

answers: 0.03%.

answers: NDQ_000630

answers: 0.03%.

answers: NDQ_000631

answers: 0.03%.

answers: NDQ_000632

answers: 1 every 3500 wells, or 0.03%.

answers: NDQ_000633

answers: 0.03%.

answers: NDQ_000634

answers: 1 every 3500 wells, or 0.03%.

answers: NDQ_000635

answers: 1 every 3500 wells, or 0.03%.

answers: NDQ_000636

answers: 0.03%.

answers: NDQ_000637

answers: 0.03%.

answers: NDQ_000638

answers: 0.03%.

answers: NDQ_000639

answers: 1 every 3500 wells, or 0.03%.

answers: NDQ_000640

answers: 0.03%.

answers: NDQ_000641

answers: 0.03%.

answers: NDQ_000642

answers: wells,

answers: NDQ_000643

answers: Groundwater

answers: NDQ_000644

answers: wells,

answers: NDQ_000645

answers: Groundwater

answers: NDQ_000646

answers: wells,

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: Groundwater

answers: NDQ_000649

answers: 0.03%.

answers: NDQ_000650

answers: failure rate of around 1 every 3500 wells,

answers: NDQ_000651

answers: 1 every 3500 wells, or 0.03%.

answers: NDQ_000652

answers: wells,

answers: NDQ_000653

answers: Groundwater

answers: NDQ_000654

answers: wells,

answers: NDQ_000655

answers: Groundwater

text: Rick Sugarek, project manager for the Superfund site told the Lake County News in 2009 that the EPA has been working with the state on a cleanup plan, but a main sticking point has been the need to run a treatment plant to deal with the water in the Herman Pit. "We need to stop that flow, and that's why we need the treatment plant. " The question then is where should the water from the pit be discharged? There is no good answer to that, he said. "One of the options was piping the water to The Geysers for injection." Sugarek added, " there are legal and technical problems with that plan." The total cost estimates to build a treatment plant and remove all of the mine waste could run between $30 million and $40 million. The Geysers are already receiving treated wastewater from both Lake County and Santa Rosa, in Sonoma County.

text: Rick Sugarek, project manager for the Superfund site told the Lake County News in 2009 that the EPA has been working with the state on a cleanup plan, but a main sticking point has been the need to run a

text: treatment plant

text: to deal with the water in the Herman Pit. "We need to stop that flow, and that's why we need the treatment plant. " The question then is where should the water from the pit be discharged? There is no good answer to that, he said. "One of the options was piping the water to

text: The Geysers

text: for injection." Sugarek added, " there are legal and technical problems with that plan." The total cost estimates to build a treatment plant and remove all of the mine waste could run between $30 million and $40 million. The Geysers are already receiving treated wastewater from both Lake County and Santa Rosa, in Sonoma County.

answers: NDQ_000611

answers: Treatment Plants are used to treat what?

answers: NDQ_000613

answers: no good answer

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: Lake County

answers: NDQ_000619

answers: water from the pit is injected

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: where does the water from the pit be discharged?

answers: NDQ_000629

answers: no

answers: NDQ_000630

answers: no

answers: NDQ_000631

answers: Lake County

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What is the purpose of the Geysers for injection?

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: None of the above choices

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: mine waste

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices are true

answers: NDQ_000642

answers: The Geysers

answers: NDQ_000643

answers: Herman Pit

answers: NDQ_000644

answers: Herman Pit

answers: NDQ_000645

answers: Herman Pit

answers: NDQ_000646

answers: Herman Pit

answers: NDQ_000647

answers: no good answer

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: The Geysers are already receiving treated wastewater

answers: NDQ_000650

answers: Superfund site

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: pit

answers: NDQ_000653

answers: Lake County

answers: NDQ_000654

answers: untreated wastewater

answers: NDQ_000655

answers: Superfund

answers: NDQ_000611

answers: piping the water to The Geysers

answers: NDQ_000613

answers: treatment plant

answers: NDQ_000615

answers: The Geysers

answers: NDQ_000616

answers: Herman Pit.

answers: NDQ_000619

answers: treated wastewater

answers: NDQ_000624

answers: water in the Herman Pit.

answers: NDQ_000627

answers: piping the water to The Geysers

answers: NDQ_000629

answers: piping the water to The Geysers

answers: NDQ_000630

answers: The Geysers

answers: NDQ_000631

answers: piping the water to The Geysers

answers: NDQ_000632

answers: piping the water to The Geysers

answers: NDQ_000633

answers: no good answer

answers: NDQ_000634

answers: The Geysers

answers: NDQ_000635

answers: piping the water to The Geysers for injection."

answers: NDQ_000636

answers: The Geysers

answers: NDQ_000637

answers: The Geysers

answers: NDQ_000638

answers: piping the water to The Geysers

answers: NDQ_000639

answers: mine waste

answers: NDQ_000640

answers: The Geysers

answers: NDQ_000641

answers: piping the water to The Geysers

answers: NDQ_000642

answers: Herman Pit.

answers: NDQ_000643

answers: Herman Pit.

answers: NDQ_000644

answers: Herman Pit.

answers: NDQ_000645

answers: Herman Pit.

answers: NDQ_000646

answers: piping the water to The Geysers for injection."

answers: NDQ_000647

answers: The Geysers

answers: NDQ_000648

answers: The Geysers for injection."

answers: NDQ_000649

answers: Herman Pit.

answers: NDQ_000650

answers: mine waste

answers: NDQ_000651

answers: The Geysers

answers: NDQ_000652

answers: Herman Pit.

answers: NDQ_000653

answers: The Geysers

answers: NDQ_000654

answers: treated wastewater

answers: NDQ_000655

answers: Herman Pit.

text: On November 30, 1937, a well drilling operation while attempting to build a natural hot springs swimming pool was surprised when it unintentionally released Soda Springs’s famous captive geyser, which surprised everyone by shooting 100 feet into the air. It has been capped and a timer activates it once every hour on the hour. The water is approximately 72 degrees Fahrenheit.  There is now a park and a visitor center at the site. In addition to its captive geyser, Soda Springs also boasts a man-made lava flow, from the dumping of molten rock left over from Monsanto's phosphate mining and manufacturing process one mile north of the town.

text: On November 30, 1937, a well drilling operation while attempting to build a natural hot springs swimming pool was surprised when it unintentionally released Soda Springs’s famous captive geyser, which surprised everyone by shooting 100 feet into the air. It has been capped and a timer activates it once every hour on the hour. The water is approximately 72 degrees Fahrenheit.  There is now a park and a visitor center at the site. In addition to its captive geyser, Soda Springs also boasts a man-made lava flow, from the dumping of molten rock left over from Monsanto's phosphate mining and manufacturing process one mile north of the town.

answers: NDQ_000611

answers: has a temperature of what?

answers: NDQ_000613

answers: water is approximately 72 degrees Fahrenheit

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: Soda Springs

answers: NDQ_000619

answers: molten rock is left over from mining

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It has been capped and a timer activates it

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: What is the temperature of the water?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What can be concluded about the man-made lava flow?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It has been capped

answers: NDQ_000639

answers: Which of the following is not a hot spring: natural hot springs, mineral springs, or man-made lava flow?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: It is impossible to say

answers: NDQ_000642

answers: a man-made lava flow

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: What is a well

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: 72 degrees Fahrenheit

answers: NDQ_000648

answers: natural hot springs

answers: NDQ_000649

answers: Where is the man-made lava flow?

answers: NDQ_000650

answers: man-made

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: lava flow

answers: NDQ_000655

answers: captive

answers: NDQ_000611

answers: natural hot springs swimming pool

answers: NDQ_000613

answers: 72 degrees Fahrenheit.

answers: NDQ_000615

answers: captive geyser,

answers: NDQ_000616

answers: Soda Springs’s famous captive geyser,

answers: NDQ_000619

answers: molten rock

answers: NDQ_000624

answers: 1937,

answers: NDQ_000627

answers: molten rock

answers: NDQ_000629

answers: man-made lava flow,

answers: NDQ_000630

answers: 72 degrees Fahrenheit.

answers: NDQ_000631

answers: natural hot springs swimming pool

answers: NDQ_000632

answers: 72 degrees Fahrenheit.

answers: NDQ_000633

answers: captive geyser,

answers: NDQ_000634

answers: man-made lava flow,

answers: NDQ_000635

answers: phosphate mining

answers: NDQ_000636

answers: Monsanto's

answers: NDQ_000637

answers: 72 degrees Fahrenheit.

answers: NDQ_000638

answers: molten rock

answers: NDQ_000639

answers: molten rock

answers: NDQ_000640

answers: man-made lava flow,

answers: NDQ_000641

answers: geyser,

answers: NDQ_000642

answers: well drilling

answers: NDQ_000643

answers: lava flow,

answers: NDQ_000644

answers: well drilling

answers: NDQ_000645

answers: lava flow,

answers: NDQ_000646

answers: well drilling

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: 72 degrees Fahrenheit.

answers: NDQ_000649

answers: molten rock

answers: NDQ_000650

answers: Monsanto's phosphate mining and manufacturing process

answers: NDQ_000651

answers: Soda Springs’s famous captive geyser,

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: natural hot springs

answers: NDQ_000654

answers: molten rock

answers: NDQ_000655

answers: captive geyser,

text: Not soon after, a Shadow Geyser rises from Gruk's mushfarm, severely hurting her in the process. Motash realizes that Tony is the great Magus Kyros, and implores him to destroy the Geyser and then leave the Underneath. Tony once again picks his way through this Geyser, and after a battle with the Dark Magi Ogar, he receives another Core Stone and destroys the dark tower. However, he arrives back to town to see that the entire place has been destroyed by Morag and his Dark Magi. Morag turns Motash into a worm, and easily defeats Tony when he is approached. Tony is saved at the last moment by Wence, who shoots an arrow at Morag and scares him away.

text: Not soon after, a Shadow Geyser rises from Gruk's mushfarm, severely hurting her in the process. Motash realizes that Tony is the great Magus Kyros, and implores him to destroy the Geyser and then leave the Underneath. Tony once again picks his way through this Geyser, and after a battle with the Dark Magi Ogar, he receives another Core Stone and destroys the dark tower. However, he arrives back to town to see that the entire place has been destroyed by Morag and his Dark Magi. Morag turns Motash into a worm, and easily defeats Tony when he is approached. Tony is saved at the last moment by Wence, who shoots an arrow at Morag and scares him away.

answers: NDQ_000611

answers: does what to Morag?

answers: NDQ_000613

answers: a good aquifer

answers: NDQ_000615

answers: rise

answers: NDQ_000616

answers: Earth's surface

answers: NDQ_000619

answers: Morag is a Dark Magi

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

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

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: What kind of water is heated by hot magma?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: How deep is the Geyser?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the Shadow Geyser?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: It does not say.

answers: NDQ_000639

answers: What is the name of the Geyser?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does the story end?

answers: NDQ_000642

answers: Morag turns Motash into a worm

answers: NDQ_000643

answers: Underneath

answers: NDQ_000644

answers: What does the worm look like?

answers: NDQ_000645

answers: The Underneath

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: Underneath

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Where does the water infiltrate?

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: Geyser

answers: NDQ_000653

answers: Geysers

answers: NDQ_000654

answers: Geysers

answers: NDQ_000655

answers: Geyser

answers: NDQ_000611

answers: Shadow Geyser

answers: NDQ_000613

answers: Shadow Geyser

answers: NDQ_000615

answers: Shadow Geyser

answers: NDQ_000616

answers: Shadow Geyser

answers: NDQ_000619

answers: Gruk's mushfarm,

answers: NDQ_000624

answers: Shadow Geyser

answers: NDQ_000627

answers: Shadow Geyser

answers: NDQ_000629

answers: Shadow Geyser

answers: NDQ_000630

answers: Shadow Geyser

answers: NDQ_000631

answers: Underneath.

answers: NDQ_000632

answers: Underneath.

answers: NDQ_000633

answers: Shadow Geyser

answers: NDQ_000634

answers: Shadow Geyser

answers: NDQ_000635

answers: mushfarm,

answers: NDQ_000636

answers: mushfarm,

answers: NDQ_000637

answers: Shadow Geyser

answers: NDQ_000638

answers: Wence,

answers: NDQ_000639

answers: Core Stone

answers: NDQ_000640

answers: Shadow Geyser

answers: NDQ_000641

answers: Shadow Geyser

answers: NDQ_000642

answers: mushfarm,

answers: NDQ_000643

answers: Underneath.

answers: NDQ_000644

answers: mushfarm,

answers: NDQ_000645

answers: Shadow Geyser

answers: NDQ_000646

answers: Shadow Geyser

answers: NDQ_000647

answers: Underneath.

answers: NDQ_000648

answers: Shadow Geyser

answers: NDQ_000649

answers: Underneath.

answers: NDQ_000650

answers: mushfarm,

answers: NDQ_000651

answers: Shadow Geyser

answers: NDQ_000652

answers: mushfarm,

answers: NDQ_000653

answers: Shadow Geyser

answers: NDQ_000654

answers: Shadow Geyser

answers: NDQ_000655

answers: Shadow Geyser

text: This is a list of Hot Springs and Mineral Springs in the Himalayan kingdom of Bhutan..

text: This is a list of Hot Springs and Mineral Springs in the Himalayan kingdom of

text: Bhutan

answers: NDQ_000611

answers: is a source of hot springs

answers: NDQ_000613

answers: water quality and quantity

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: a spring

answers: NDQ_000619

answers: lava from volcanoes melts

answers: NDQ_000624

answers: The water table may rise or fall.

answers: NDQ_000627

answers: What is an aquifer?

answers: NDQ_000629

answers: The rock layer below an aquifer always consists of permeable rock.

answers: NDQ_000630

answers: br>br>

answers: NDQ_000631

answers: aquifers

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: None of the above choices.

answers: NDQ_000634

answers: Ogallala aquifer

answers: NDQ_000635

answers: It can affect the amount of water that is available to enter groundwater.

answers: NDQ_000636

answers: Ogallala

answers: NDQ_000637

answers: A good aquifer has rock in it that is porous and permeable.

answers: NDQ_000638

answers: The bottom layer of an aquifer has permeability

answers: NDQ_000639

answers: It is not possible to tell.

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping deeper underground.

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: no

answers: NDQ_000643

answers: shale

answers: NDQ_000644

answers: sandstone

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: can be found in lakes

answers: NDQ_000648

answers: aquifer

answers: NDQ_000649

answers: insoluble

answers: NDQ_000650

answers: has a lot of sand

answers: NDQ_000651

answers: United States.

answers: NDQ_000652

answers: source

answers: NDQ_000653

answers: lakes and rivers

answers: NDQ_000654

answers: evaporation

answers: NDQ_000655

answers: watertight

answers: NDQ_000611

answers: Hot Springs and Mineral Springs

answers: NDQ_000613

answers: Hot Springs and Mineral Springs

answers: NDQ_000615

answers: Bhutan..

answers: NDQ_000616

answers: Hot Springs and Mineral Springs

answers: NDQ_000619

answers: Hot Springs and Mineral Springs in the Himalayan

answers: NDQ_000624

answers: Hot Springs and Mineral Springs in the Himalayan kingdom of Bhutan..

answers: NDQ_000627

answers: Hot Springs and Mineral Springs in the Himalayan kingdom of Bhutan..

answers: NDQ_000629

answers: Hot Springs and Mineral Springs in the Himalayan kingdom of Bhutan..

answers: NDQ_000630

answers: Hot Springs and Mineral Springs in the Himalayan kingdom of Bhutan..

answers: NDQ_000631

answers: Bhutan..

answers: NDQ_000632

answers: Hot Springs and Mineral Springs in the Himalayan kingdom of Bhutan..

answers: NDQ_000633

answers: Hot Springs and Mineral Springs

answers: NDQ_000634

answers: Bhutan..

answers: NDQ_000635

answers: Hot Springs and Mineral Springs

answers: NDQ_000636

answers: Bhutan..

answers: NDQ_000637

answers: Hot Springs and Mineral Springs

answers: NDQ_000638

answers: Hot Springs and Mineral Springs

answers: NDQ_000639

answers: Hot Springs and Mineral Springs in the Himalayan kingdom of Bhutan..

answers: NDQ_000640

answers: Hot Springs and Mineral Springs in the Himalayan kingdom of Bhutan..

answers: NDQ_000641

answers: Hot Springs and Mineral Springs

answers: NDQ_000642

answers: Hot Springs and Mineral Springs

answers: NDQ_000643

answers: Hot Springs

answers: NDQ_000644

answers: Hot Springs and Mineral Springs

answers: NDQ_000645

answers: Hot Springs

answers: NDQ_000646

answers: Hot Springs and Mineral Springs

answers: NDQ_000647

answers: Hot Springs and Mineral Springs

answers: NDQ_000648

answers: Hot Springs and Mineral Springs

answers: NDQ_000649

answers: Hot Springs and Mineral Springs

answers: NDQ_000650

answers: Hot Springs and Mineral Springs in the Himalayan kingdom of Bhutan..

answers: NDQ_000651

answers: Bhutan..

answers: NDQ_000652

answers: Mineral Springs in the Himalayan

answers: NDQ_000653

answers: Himalayan

answers: NDQ_000654

answers: Hot Springs and Mineral Springs

answers: NDQ_000655

answers: Hot Springs

text: Darcy's law is a constitutive equation, empirically derived by Henry Darcy in 1856, which states that the amount of groundwater discharging through a given portion of aquifer is proportional to the cross-sectional area of flow, the hydraulic gradient, and the hydraulic conductivity.

text: Darcy's law is a

text: constitutive equation

text: , empirically derived by

text: Henry Darcy

text: in 1856, which states that the amount of

text: groundwater

text: discharging through a given portion of

text: aquifer

text: is proportional to the cross-sectional area of flow, the

text: hydraulic gradient

text: , and the

text: hydraulic conductivity

answers: NDQ_000611

answers: discharges into aquifers

answers: NDQ_000613

answers: hydraulic gradient, and the hydraulic conductivity

answers: NDQ_000615

answers: rise

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: Darcy's law is wrong

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: no

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the cross-sectional area of flow?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: no

answers: NDQ_000642

answers: aquifer

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: dense

answers: NDQ_000650

answers: has a higher hydraulic gradient

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: discharging through a given portion of aquifer

answers: NDQ_000613

answers: hydraulic gradient, and the hydraulic conductivity.

answers: NDQ_000615

answers: groundwater discharging through a given portion of aquifer

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: Darcy's law

answers: NDQ_000627

answers: Darcy's law

answers: NDQ_000629

answers: Darcy's law

answers: NDQ_000630

answers: Darcy's law

answers: NDQ_000631

answers: Darcy's

answers: NDQ_000632

answers: Darcy's law

answers: NDQ_000633

answers: Darcy's law

answers: NDQ_000634

answers: Darcy's law

answers: NDQ_000635

answers: Darcy's

answers: NDQ_000636

answers: Darcy's

answers: NDQ_000637

answers: Darcy's law

answers: NDQ_000638

answers: Darcy's law

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: Darcy's law

answers: NDQ_000641

answers: hydraulic gradient,

answers: NDQ_000642

answers: aquifer

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater discharging through a given portion of aquifer

answers: NDQ_000650

answers: hydraulic gradient, and the hydraulic conductivity.

answers: NDQ_000651

answers: Darcy's

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater discharging through a given portion of aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

text: Comet Geyser is a geyser in the Upper Geyser Basin of Yellowstone National Park in the United States.

text: Comet Geyser is a

text: geyser

text: in the

text: Upper Geyser Basin

text: of

text: Yellowstone National Park

text: in the

text: United States

answers: NDQ_000611

answers: comes from the surface of the earth

answers: NDQ_000613

answers: good aquifers contain water

answers: NDQ_000615

answers: increase in the basin

answers: NDQ_000616

answers: Yellowstone National Park

answers: NDQ_000619

answers: rocks collide with each other

answers: NDQ_000624

answers: What can happen to the water table in an area?

answers: NDQ_000627

answers: Where does an aquifer usually form?

answers: NDQ_000629

answers: None of the above choices.

answers: NDQ_000630

answers: What is the source of Comet Geyser?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: Where is Comet Geyser located?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: The amount of land used in an area can affect the amount of water that can enter groundwater.

answers: NDQ_000636

answers: None of the above choices.

answers: NDQ_000637

answers: What is an example of a good aquifer?

answers: NDQ_000638

answers: It does not.

answers: NDQ_000639

answers: What type of spring is Comet Geyser?

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: can not be described as

answers: NDQ_000643

answers: geyser basin

answers: NDQ_000644

answers: comet geyser

answers: NDQ_000645

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: geyser

answers: NDQ_000648

answers: can be used for drinking

answers: NDQ_000649

answers: In the Upper Geyser Basin

answers: NDQ_000650

answers: is located near a large body of water

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: evaporation

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: Comet Geyser

answers: NDQ_000613

answers: Upper Geyser Basin

answers: NDQ_000615

answers: Comet Geyser

answers: NDQ_000616

answers: Comet Geyser

answers: NDQ_000619

answers: Comet Geyser

answers: NDQ_000624

answers: Upper Geyser Basin

answers: NDQ_000627

answers: Comet Geyser

answers: NDQ_000629

answers: Comet Geyser

answers: NDQ_000630

answers: Comet Geyser

answers: NDQ_000631

answers: Yellowstone National Park in the United States.

answers: NDQ_000632

answers: Comet Geyser

answers: NDQ_000633

answers: Comet Geyser

answers: NDQ_000634

answers: Comet Geyser

answers: NDQ_000635

answers: Comet Geyser

answers: NDQ_000636

answers: Comet Geyser

answers: NDQ_000637

answers: Comet Geyser

answers: NDQ_000638

answers: Comet Geyser

answers: NDQ_000639

answers: Comet Geyser is a geyser

answers: NDQ_000640

answers: Comet Geyser

answers: NDQ_000641

answers: Comet Geyser

answers: NDQ_000642

answers: Comet Geyser

answers: NDQ_000643

answers: Upper Geyser Basin

answers: NDQ_000644

answers: Comet Geyser is a geyser

answers: NDQ_000645

answers: Upper Geyser Basin

answers: NDQ_000646

answers: Comet Geyser

answers: NDQ_000647

answers: Comet Geyser is a geyser

answers: NDQ_000648

answers: Comet Geyser

answers: NDQ_000649

answers: Comet Geyser is a geyser

answers: NDQ_000650

answers: Yellowstone National Park

answers: NDQ_000651

answers: United States.

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: Comet Geyser

answers: NDQ_000655

answers: geyser

text: Aquifer thermal energy storage (ATES) is the storage and recovery of thermal energy in the subsurface. ATES is applied to provide heating and cooling to buildings.Storage and recovery of thermal energy is achieved by extraction and injection of groundwater from aquifers using groundwater wells. Systems commonly operate in a seasonal mode. The groundwater that is extracted in summer, is used for cooling by transferring heat from the building to the groundwater by means of a heat exchanger. Subsequently, the heated groundwater is injected back into the aquifer, which creates a storage of heated groundwater. In wintertime, the flow direction is reversed such that the heated groundwater is extracted and can be used for heating (often in combination with a heat pump).Therefore, operating an ATES system uses the subsurface as a temporal storage to buffer seasonal variations in heating and cooling demand.When replacing traditional fossil fuel dependent heating and cooling systems, ATES can serve as a cost-effective technology to reduce the primary energy consumption of a building and the associated CO2 emissions.

text: Aquifer thermal energy storage (ATES) is the storage and recovery of thermal energy in the subsurface. ATES is applied to provide heating and cooling to buildings.Storage and recovery of thermal energy is achieved by extraction and injection of groundwater from

text: aquifer

text: s using groundwater wells. Systems commonly operate in a seasonal mode. The groundwater that is extracted in summer, is used for cooling by transferring heat from the building to the groundwater by means of a

text: heat exchanger

text: . Subsequently, the heated groundwater is injected back into the aquifer, which creates a storage of heated groundwater. In wintertime, the flow direction is reversed such that the heated groundwater is extracted and can be used for heating (often in combination with a

text: heat pump

text: ).Therefore, operating an ATES system uses the subsurface as a temporal storage to buffer seasonal variations in heating and cooling demand.When replacing traditional fossil fuel dependent heating and cooling systems, ATES can serve as a cost-effective technology to reduce the primary energy consumption of a building and the associated CO2 emissions.

answers: NDQ_000611

answers: is used for cooling by transferring heat from the building to what?

answers: NDQ_000613

answers: storage and recovery of thermal energy

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater wells

answers: NDQ_000619

answers: thermal energy is stored in the subsurface

answers: NDQ_000624

answers: seasonal variations

answers: NDQ_000627

answers: Which of the following is not an aquifer: groundwater wells or clay?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: Which of the following is not a source of thermal energy: hot magma or groundwater?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: What is the largest aquifer in the world?

answers: NDQ_000635

answers: Which of the following is not a type of groundwater well: groundwater wells or aquifers?

answers: NDQ_000636

answers: groundwater that is extracted in summer

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a source of thermal energy: aquifers or mineral springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does groundwater flow out of a well

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: groundwater wells

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: groundwater wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: is used for cooling

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater well

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: groundwater wells

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: seasonal mode.

answers: NDQ_000613

answers: seasonal mode.

answers: NDQ_000615

answers: groundwater wells.

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: aquifers using groundwater wells.

answers: NDQ_000629

answers: groundwater

answers: NDQ_000630

answers: groundwater wells.

answers: NDQ_000631

answers: aquifers

answers: NDQ_000632

answers: groundwater wells. Systems commonly operate in a seasonal mode.

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: Aquifer thermal energy storage (ATES)

answers: NDQ_000635

answers: aquifers using groundwater wells.

answers: NDQ_000636

answers: The groundwater

answers: NDQ_000637

answers: groundwater wells.

answers: NDQ_000638

answers: groundwater wells.

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: groundwater wells.

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: groundwater wells.

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: groundwater wells.

answers: NDQ_000645

answers: aquifers

answers: NDQ_000646

answers: groundwater wells.

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: fossil fuel

answers: NDQ_000651

answers: groundwater wells.

answers: NDQ_000652

answers: aquifers

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: extraction and injection of groundwater

answers: NDQ_000655

answers: Aquifer thermal energy storage

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_000611

answers: aquifers

answers: NDQ_000613

answers: appropriate treatment

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is not treated

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can be used for landscaping, irrigation or industrial use?

answers: NDQ_000636

answers: irrigation

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: impermeable rock

answers: NDQ_000639

answers: groundwater (aquifers)

answers: NDQ_000640

answers: water supply systems

answers: NDQ_000641

answers: Treated water

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: fluoridation

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: unanswerable

answers: NDQ_000650

answers: wastewater is discharged

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: reservoirs

answers: NDQ_000611

answers: (aquifers),

answers: NDQ_000613

answers: appropriate treatment,

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: groundwater

answers: NDQ_000630

answers: groundwater

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: groundwater

answers: NDQ_000635

answers: landscaping, irrigation or industrial use

answers: NDQ_000636

answers: reused for landscaping, irrigation or industrial use

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: groundwater

answers: NDQ_000641

answers: Treated water

answers: NDQ_000642

answers: water towers

answers: NDQ_000643

answers: (aquifers),

answers: NDQ_000644

answers: water towers

answers: NDQ_000645

answers: (aquifers),

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: (aquifers),

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: groundwater

answers: NDQ_000651

answers: groundwater

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: reservoirs,

text: Geysers are used for various activities such as electricity generation, heating and tourism. Many geothermal reserves are found all around the world. The geyser fields in Iceland are some of the most commercially viable geyser locations in the world. Since the 1920s hot water directed from the geysers has been used to heat greenhouses and to grow food that otherwise could not have been cultivated in Iceland's inhospitable climate. Steam and hot water from the geysers has also been used for heating homes since 1943 in Iceland. In 1979 the U.S. Department of Energy (DOE) actively promoted development of geothermal energy in the "Geysers-Calistoga Known Geothermal Resource Area" (KGRA) near Calistoga, California through a variety of research programs and the Geothermal Loan Guarantee Program. The Department is obligated by law to assess the potential environmental impacts of geothermal development.

text: Geysers are used for various activities such as

text: electricity

text: generation, heating and

text: tourism

text: . Many geothermal reserves are found all around the world. The geyser fields in Iceland are some of the most commercially viable geyser locations in the world. Since the 1920s hot water directed from the geysers has been used to heat greenhouses and to grow food that otherwise could not have been cultivated in Iceland's inhospitable climate. Steam and hot water from the geysers has also been used for heating homes since 1943 in Iceland. In 1979 the U.S. Department of Energy (DOE) actively promoted development of geothermal energy in the "Geysers-Calistoga Known Geothermal Resource Area" (KGRA) near

text: Calistoga, California

text: through a variety of research programs and the Geothermal Loan Guarantee Program. The Department is obligated by law to assess the potential environmental impacts of geothermal development.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: commercially viable geyser locations

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: geysers

answers: NDQ_000619

answers: geothermal energy

answers: NDQ_000624

answers: What can geysers be used for?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: Which of the following is not a geyser location: Iceland or California?

answers: NDQ_000630

answers: Which of the following is not a geyser activity: electricity generation, heating and tourism?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: Which of the following is not a type of geyser: geyser fields or geyser locations?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not used for heating homes since 1943 in Iceland?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a mineral spring: geysers, geothermal energy, or mineral springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well

answers: NDQ_000642

answers: geysers

answers: NDQ_000643

answers: geothermal

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: geothermal

answers: NDQ_000646

answers: geothermal

answers: NDQ_000647

answers: geothermal

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Which of the following is not a geothermal resource area?

answers: NDQ_000650

answers: geyser fields in Iceland are used

answers: NDQ_000651

answers: California

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: geysers

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geothermal

answers: NDQ_000611

answers: hot water

answers: NDQ_000613

answers: hot water

answers: NDQ_000615

answers: Geysers

answers: NDQ_000616

answers: geysers

answers: NDQ_000619

answers: climate.

answers: NDQ_000624

answers: Geysers

answers: NDQ_000627

answers: Geysers

answers: NDQ_000629

answers: Geysers

answers: NDQ_000630

answers: Geysers

answers: NDQ_000631

answers: Many geothermal reserves are found all around the world.

answers: NDQ_000632

answers: Geysers

answers: NDQ_000633

answers: Geysers

answers: NDQ_000634

answers: The geyser fields in Iceland

answers: NDQ_000635

answers: Geysers

answers: NDQ_000636

answers: heat greenhouses

answers: NDQ_000637

answers: hot water

answers: NDQ_000638

answers: Geysers

answers: NDQ_000639

answers: Geysers

answers: NDQ_000640

answers: Geysers

answers: NDQ_000641

answers: Geysers

answers: NDQ_000642

answers: Geysers

answers: NDQ_000643

answers: Geysers

answers: NDQ_000644

answers: Geysers

answers: NDQ_000645

answers: Geysers

answers: NDQ_000646

answers: Geysers

answers: NDQ_000647

answers: Geysers

answers: NDQ_000648

answers: hot water

answers: NDQ_000649

answers: Geysers

answers: NDQ_000650

answers: geothermal development.

answers: NDQ_000651

answers: California

answers: NDQ_000652

answers: Geysers

answers: NDQ_000653

answers: Geysers

answers: NDQ_000654

answers: Geysers

answers: NDQ_000655

answers: Geysers

text: 6 km inland from Noboribetsu City in the river valley is the smaller town of Noboribetsu-onsen (登別温泉, Noboribetsu hot-spring). The town has a range of onsen for bathing as well as other hot springs formed from different minerals for scenic viewing and is also known for its bear park. Noboribetsu-onsen is one of many well-known resorts in Japan, with many hotels and ryokan, and is the largest "hot spring town" in Hokkaido.

text: 6 km inland from Noboribetsu City in the river valley is the smaller town of Noboribetsu-

text: onsen

text: (登別温泉, Noboribetsu

text: hot-spring

text: ). The town has a range of onsen for bathing as well as other hot springs formed from different minerals for scenic viewing and is also known for its bear park. Noboribetsu-onsen is one of many well-known resorts in Japan, with many hotels and

text: ryokan

text: , and is the largest "hot spring town" in Hokkaido.

answers: NDQ_000611

answers: is formed from different minerals

answers: NDQ_000613

answers: hot springs

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: hot springs formed from different minerals

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: It's impossible to say

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Yes

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: It's impossible to say

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: onsen

answers: NDQ_000644

answers: onsen

answers: NDQ_000645

answers: onsen

answers: NDQ_000646

answers: onsen

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: onsen

answers: NDQ_000649

answers: Where is the river valley?

answers: NDQ_000650

answers: has many hotels and ryokan

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: minerals

answers: NDQ_000653

answers: rivers

answers: NDQ_000654

answers: river

answers: NDQ_000655

answers: onsen

answers: NDQ_000611

answers: hot springs formed from different minerals

answers: NDQ_000613

answers: different minerals

answers: NDQ_000615

answers: Noboribetsu-onsen

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: different minerals

answers: NDQ_000624

answers: river valley

answers: NDQ_000627

answers: minerals

answers: NDQ_000629

answers: hot springs formed from different minerals

answers: NDQ_000630

answers: different minerals

answers: NDQ_000631

answers: hot springs

answers: NDQ_000632

answers: different minerals

answers: NDQ_000633

answers: hot springs

answers: NDQ_000634

answers: Noboribetsu-onsen

answers: NDQ_000635

answers: Noboribetsu-onsen

answers: NDQ_000636

answers: Noboribetsu-onsen

answers: NDQ_000637

answers: hot springs formed from different minerals

answers: NDQ_000638

answers: hot springs

answers: NDQ_000639

answers: minerals

answers: NDQ_000640

answers: Noboribetsu-onsen

answers: NDQ_000641

answers: hot springs

answers: NDQ_000642

answers: bear

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: bear park.

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: hot springs

answers: NDQ_000649

answers: river valley

answers: NDQ_000650

answers: many hotels

answers: NDQ_000651

answers: Japan,

answers: NDQ_000652

answers: different minerals

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: river valley

answers: NDQ_000655

answers: hot springs

text: Near Mess Lake, inactive hot springs can be found and are most likely associated with the most recent eruptive activity in the Mess Lake Lava Field. Hot springs are closely associated with fumaroles, which are vents in an active volcanic area releasing steam and hot gases, such as sulfur dioxide. In general, the water is rotating groundwater that comes into contact with rocks heated by magma and finds openings to the surface. The formation of the springs depends both on the rocks the water has passed through and the profusion of volcanic discharges mixed with the groundwater. Iron oxide, iron sulfides and other substances usually color pools of boiling mud brilliant yellow, red, brown or green. Hot springs comprising significantly softened silica may deposit it to form siliceous sinter, whereas those comprising softened calcium carbonate deposit spongy-looking calcareous rock called tufa. Overflow of the springs can build masses, spires or stepped terraces of sinter or tufa.

text: Near

text: Mess Lake

text: , inactive

text: hot spring

text: s can be found and are most likely associated with the most recent eruptive activity in the Mess Lake Lava Field. Hot springs are closely associated with

text: fumarole

text: s, which are vents in an active volcanic area releasing steam and hot gases, such as

text: sulfur dioxide

text: . In general, the water is rotating groundwater that comes into contact with rocks heated by magma and finds openings to the surface. The formation of the springs depends both on the rocks the water has passed through and the profusion of volcanic discharges mixed with the groundwater.

text: Iron oxide

text: iron sulfide

text: s and other substances usually color pools of boiling mud brilliant yellow, red, brown or green. Hot springs comprising significantly softened silica may deposit it to form

text: siliceous sinter

text: , whereas those comprising softened

text: calcium carbonate

text: deposit spongy-looking calcareous rock called

text: tufa

text: . Overflow of the springs can build masses, spires or stepped terraces of

text: sinter

text: or tufa.

answers: NDQ_000611

answers: comes into contact with rocks heated by magma

answers: NDQ_000613

answers: rotating groundwater that comes into contact with rocks heated by magma and finds openings to the surface

answers: NDQ_000615

answers: overflow

answers: NDQ_000616

answers: volcanic discharges

answers: NDQ_000619

answers: magma heats rocks

answers: NDQ_000624

answers: fluctuate

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: Which of the following is not a type of rock: spongy-looking calcareous rock called tufa?

answers: NDQ_000630

answers: no

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: not

answers: NDQ_000635

answers: What is the most recent eruptive activity in the Mess Lake Lava Field?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: rocks heated by magma and finds openings

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: openings

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: a well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: rotating groundwater that comes into contact with rocks heated by magma

answers: NDQ_000649

answers: Where does water infiltrate the ground?

answers: NDQ_000650

answers: rocks heated by magma

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: lakes

answers: NDQ_000654

answers: magma

answers: NDQ_000655

answers: tufa

answers: NDQ_000611

answers: rotating groundwater that comes into contact with rocks heated by magma

answers: NDQ_000613

answers: rotating groundwater that comes into contact with rocks heated by magma

answers: NDQ_000615

answers: rotating groundwater

answers: NDQ_000616

answers: groundwater that comes into contact with rocks heated by magma

answers: NDQ_000619

answers: magma

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: mud

answers: NDQ_000629

answers: rocks heated by magma

answers: NDQ_000630

answers: rotating groundwater that comes into contact with rocks heated by magma

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: Near Mess Lake,

answers: NDQ_000635

answers: rocks heated by magma and finds openings to the surface.

answers: NDQ_000636

answers: inactive hot springs

answers: NDQ_000637

answers: groundwater that comes into contact with rocks heated by magma

answers: NDQ_000638

answers: rocks heated by magma

answers: NDQ_000639

answers: silica

answers: NDQ_000640

answers: rotating groundwater that comes into contact with rocks heated by magma

answers: NDQ_000641

answers: rotating groundwater

answers: NDQ_000642

answers: rocks

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: rocks heated by magma and finds openings

answers: NDQ_000645

answers: rotating groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: rotating groundwater

answers: NDQ_000649

answers: groundwater that comes into contact with rocks heated by magma

answers: NDQ_000650

answers: rocks heated by magma

answers: NDQ_000651

answers: hot springs

answers: NDQ_000652

answers: rotating groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: rotating groundwater that comes into contact with rocks heated by magma

answers: NDQ_000655

answers: tufa.

text: Currently, the in-situ process is the most attractive proposition due to the reduction in standard surface environmental problems. However, in-situ processes do involve possible significant environmental costs to aquifers, especially since in-situ methods may require ice-capping or some other form of barrier to restrict the flow of the newly gained oil into the groundwater aquifers. However, after the removal of the freeze wall these methods can still cause groundwater contamination as the hydraulic conductivity of the remaining shale increases allowing groundwater to flow through and leach salts from the newly toxic aquifer.

text: Currently, the

text: in-situ

text: process is the most attractive proposition due to the reduction in standard surface environmental problems. However, in-situ processes do involve possible significant environmental costs to

text: aquifer

text: s, especially since in-situ methods may require ice-capping or some other form of barrier to restrict the flow of the newly gained oil into the groundwater aquifers. However, after the removal of the freeze wall these methods can still cause groundwater contamination as the hydraulic conductivity of the remaining shale increases allowing groundwater to flow through and leach salts from the newly toxic aquifer.

answers: NDQ_000611

answers: aquifers

answers: NDQ_000613

answers: reduction in standard surface environmental problems

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater leaches salts from the newly toxic aquifer

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: not enough information

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What is the most attractive proposition due to the reduction in standard surface environmental problems?

answers: NDQ_000636

answers: in-situ

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: salts

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: shale

answers: NDQ_000645

answers: aquifers

answers: NDQ_000646

answers: in-situ

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: shale

answers: NDQ_000650

answers: in-situ

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: shale

answers: NDQ_000611

answers: leach salts

answers: NDQ_000613

answers: reduction in standard surface environmental problems.

answers: NDQ_000615

answers: groundwater to flow through and leach salts

answers: NDQ_000616

answers: oil

answers: NDQ_000619

answers: groundwater to flow through and leach salts

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: shale

answers: NDQ_000629

answers: shale

answers: NDQ_000630

answers: in-situ process

answers: NDQ_000631

answers: aquifers,

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: Currently,

answers: NDQ_000635

answers: shale

answers: NDQ_000636

answers: in-situ processes do involve possible significant environmental costs

answers: NDQ_000637

answers: shale increases allowing groundwater

answers: NDQ_000638

answers: shale

answers: NDQ_000639

answers: shale

answers: NDQ_000640

answers: ice-capping

answers: NDQ_000641

answers: allowing groundwater

answers: NDQ_000642

answers: shale

answers: NDQ_000643

answers: aquifers,

answers: NDQ_000644

answers: freeze wall

answers: NDQ_000645

answers: groundwater aquifers.

answers: NDQ_000646

answers: in-situ

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: oil into the groundwater

answers: NDQ_000649

answers: shale

answers: NDQ_000650

answers: toxic

answers: NDQ_000651

answers: toxic aquifer.

answers: NDQ_000652

answers: aquifers,

answers: NDQ_000653

answers: aquifers,

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: shale

text: As white settlers began to come to Big Bend in the 1860s, few Madesi were left in the area, and the newcomers began to claim the stolen land as their own. By the 1890s, Big Bend was becoming a small quiet town of white settlers, centered around the hot springs. It was originally called "Elena" (1890) by the Euro-Americans settlers, and then changed to "Henderson", (1906) before they began calling it "Big Bend" (1922). Early white settlers built a log hotel with a post office and a saloon just above the main hot springs. Many visitors around the turn of the 20th-century came to Big Bend to soak in the hot springs, seeking the reputed healing qualities of the hot mineral water baths. Big Bend grew slowly until the late 1930s, when Pacific Gas and Electric Company began construction on the Pit Five Hydroelectric Dam and Pit Five Power House. The dam construction brought thousands of jobs and people to Big Bend. This included engineers, builders, tunnel diggers (around 2000 hard-rock miners), and service workers to the area.  Big Bend saw a "boom and bust" cycle, and the population was declining by the late 1940s, after the dam work was completed. Although the maintenance of the hydroelectric facilities and a large commercial logging industry still require numerous employees, almost all of the people working in such jobs live outside of Big Bend, contributing further to the population decline.  The population of Big Bend was only 102 people in the 2010 census, apparently the lowest number of residents since the 1860s.

text: As white settlers began to come to Big Bend in the 1860s, few Madesi were left in the area, and the newcomers began to claim the stolen land as their own. By the 1890s, Big Bend was becoming a small quiet town of white settlers, centered around the hot springs. It was originally called "Elena" (1890) by the Euro-Americans settlers, and then changed to "Henderson", (1906) before they began calling it "Big Bend" (1922). Early white settlers built a log hotel with a post office and a saloon just above the main hot springs. Many visitors around the turn of the 20th-century came to Big Bend to soak in the hot springs, seeking the reputed healing qualities of the hot mineral water baths. Big Bend grew slowly until the late 1930s, when

text: Pacific Gas and Electric Company

text: began construction on the

text: Pit Five Hydroelectric Dam

text: and Pit Five Power House. The dam construction brought thousands of jobs and people to Big Bend. This included engineers, builders, tunnel diggers (around 2000 hard-rock miners), and service workers to the area.  Big Bend saw a "boom and bust" cycle, and the population was declining by the late 1940s, after the dam work was completed. Although the maintenance of the hydroelectric facilities and a large commercial logging industry still require numerous employees, almost all of the people working in such jobs live outside of Big Bend, contributing further to the population decline.  The population of Big Bend was only 102 people in the 2010 census, apparently the lowest number of residents since the 1860s.

answers: NDQ_000611

answers: is a source of what?

answers: NDQ_000613

answers: hot mineral water baths

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Big Bend

answers: NDQ_000619

answers: hot mineral water baths

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Which happened first, the population was declining by the late 1940s, or the population was declining by the late 1940s?

answers: NDQ_000629

answers: Which happened first, the population was declining by the late 1940s, or the population was declining by the late 1940s?

answers: NDQ_000630

answers: Which happened first, the population of Big Bend was only 102 people in the 2010 census, or the population was declining by the late 1940s?

answers: NDQ_000631

answers: How many madesi were left in the area?

answers: NDQ_000632

answers: How deep are the aquifers?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How did the newcomers claim the stolen land as their own?

answers: NDQ_000636

answers: the population was declining by the late 1940s

answers: NDQ_000637

answers: What was the population of Big Bend in the 2010 census?

answers: NDQ_000638

answers: Which of the following is not an aquifer: Pit Five Hydroelectric Dam or Pit Five Power House?

answers: NDQ_000639

answers: How many people lived in Big Bend in the 2010 census?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: tunnel diggers

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: tunnel diggers

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: tunnel diggers

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: hot mineral water baths

answers: NDQ_000649

answers: Which of the following is not a type of rock: limestone, sandstone, or limestone?

answers: NDQ_000650

answers: hydroelectric dam is built

answers: NDQ_000651

answers: Big Bend

answers: NDQ_000652

answers: dam

answers: NDQ_000653

answers: Big Bend

answers: NDQ_000654

answers: hydroelectric dams

answers: NDQ_000655

answers: Hydroelectric

answers: NDQ_000611

answers: hot springs.

answers: NDQ_000613

answers: hot mineral water

answers: NDQ_000615

answers: hot springs.

answers: NDQ_000616

answers: hot springs,

answers: NDQ_000619

answers: hot springs.

answers: NDQ_000624

answers: hot springs.

answers: NDQ_000627

answers: hot springs.

answers: NDQ_000629

answers: 102

answers: NDQ_000630

answers: hot mineral water

answers: NDQ_000631

answers: hot mineral water

answers: NDQ_000632

answers: 102

answers: NDQ_000633

answers: hot springs,

answers: NDQ_000634

answers: 102

answers: NDQ_000635

answers: the newcomers began to claim the stolen land

answers: NDQ_000636

answers: Pit Five Hydroelectric Dam and Pit Five Power House.

answers: NDQ_000637

answers: hot springs,

answers: NDQ_000638

answers: 102

answers: NDQ_000639

answers: mineral water baths.

answers: NDQ_000640

answers: 102

answers: NDQ_000641

answers: Pit Five Hydroelectric Dam

answers: NDQ_000642

answers: tunnel diggers

answers: NDQ_000643

answers: hot springs.

answers: NDQ_000644

answers: tunnel diggers

answers: NDQ_000645

answers: hot springs.

answers: NDQ_000646

answers: tunnel diggers

answers: NDQ_000647

answers: hot springs,

answers: NDQ_000648

answers: hot mineral water

answers: NDQ_000649

answers: tunnel diggers

answers: NDQ_000650

answers: Pit Five Hydroelectric Dam

answers: NDQ_000651

answers: Big Bend

answers: NDQ_000652

answers: Pit Five Hydroelectric Dam

answers: NDQ_000653

answers: hot springs.

answers: NDQ_000654

answers: Pit Five Hydroelectric Dam

answers: NDQ_000655

answers: hard-rock

text: Mineral spas are resorts that have developed around mineral springs, where (often wealthy) patrons would repair to “take the waters” — meaning that they would drink (see hydrotherapy and water cure) or bathe in (see balneotherapy) the mineral water.

text: Mineral spa

text: s are resorts that have developed around mineral springs, where (often wealthy) patrons would repair to “take the waters” — meaning that they would drink (see

text: hydrotherapy

text: and

text: water cure

text: ) or bathe in (see

text: balneotherapy

text: ) the mineral water.

answers: NDQ_000611

answers: is a source of what?

answers: NDQ_000613

answers: mineral water

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: mineral springs

answers: NDQ_000619

answers: geothermal energy is released into the air

answers: NDQ_000624

answers: What is a mineral spa?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: What is the difference between aquifers and springs?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is a mineral spa?

answers: NDQ_000636

answers: mineral spas

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: What are mineral spas?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: is not the same as

answers: NDQ_000643

answers: mineral spring

answers: NDQ_000644

answers: is a term used to describe

answers: NDQ_000645

answers: springs

answers: NDQ_000646

answers: mineral spring

answers: NDQ_000647

answers: mineral springs

answers: NDQ_000648

answers: mineral springs

answers: NDQ_000649

answers: Where is the mineral spa located?

answers: NDQ_000650

answers: has been flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: mineral

answers: NDQ_000653

answers: mineral springs

answers: NDQ_000654

answers: mineral springs

answers: NDQ_000655

answers: mineral

answers: NDQ_000611

answers: mineral springs,

answers: NDQ_000613

answers: hydrotherapy and water cure)

answers: NDQ_000615

answers: Mineral spas are resorts that have developed around mineral springs,

answers: NDQ_000616

answers: mineral springs,

answers: NDQ_000619

answers: mineral springs,

answers: NDQ_000624

answers: Mineral spas are resorts that have developed around mineral springs,

answers: NDQ_000627

answers: Mineral spas are resorts that have developed around mineral springs,

answers: NDQ_000629

answers: Mineral spas are resorts that have developed around mineral springs,

answers: NDQ_000630

answers: Mineral spas are resorts that have developed around mineral springs,

answers: NDQ_000631

answers: Mineral spas are resorts that have developed around mineral springs,

answers: NDQ_000632

answers: Mineral spas are resorts that have developed around mineral springs,

answers: NDQ_000633

answers: mineral springs,

answers: NDQ_000634

answers: Mineral spas

answers: NDQ_000635

answers: Mineral spas are resorts that have developed around mineral springs,

answers: NDQ_000636

answers: Mineral spas

answers: NDQ_000637

answers: Mineral spas are resorts that have developed around mineral springs,

answers: NDQ_000638

answers: Mineral spas are resorts that have developed around mineral springs,

answers: NDQ_000639

answers: Mineral spas are resorts that have developed around mineral springs,

answers: NDQ_000640

answers: Mineral spas are resorts that have developed around mineral springs,

answers: NDQ_000641

answers: Mineral spas are resorts that have developed around mineral springs,

answers: NDQ_000642

answers: Mineral spas are resorts that have developed around mineral springs,

answers: NDQ_000643

answers: mineral springs,

answers: NDQ_000644

answers: mineral springs,

answers: NDQ_000645

answers: mineral springs,

answers: NDQ_000646

answers: mineral springs,

answers: NDQ_000647

answers: mineral springs,

answers: NDQ_000648

answers: mineral springs,

answers: NDQ_000649

answers: mineral springs,

answers: NDQ_000650

answers: wealthy)

answers: NDQ_000651

answers: Mineral spas are resorts that have developed around mineral springs,

answers: NDQ_000652

answers: mineral springs,

answers: NDQ_000653

answers: mineral springs,

answers: NDQ_000654

answers: mineral springs,

answers: NDQ_000655

answers: Mineral spas are resorts that have developed around mineral springs,

text: The following is a partial list of aquifers around the world.  A category-based list of aquifers is also available.

text: The following is a partial list of aquifers around the world.  A

text: category-based list

text: of

text: aquifer

text: s is also available.

answers: NDQ_000611

answers: is contained in aquifers

answers: NDQ_000613

answers: aquifers

answers: NDQ_000615

answers: be higher than normal.

answers: NDQ_000616

answers: Earth's surface

answers: NDQ_000619

answers: lava from volcanoes burns

answers: NDQ_000624

answers: aquifers

answers: NDQ_000627

answers: What is the most common aquifer type?

answers: NDQ_000629

answers: The rock layer below an aquifer always consists of permeable rock.

answers: NDQ_000630

answers: List of aquifers

answers: NDQ_000631

answers: None

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: List of aquifers

answers: NDQ_000635

answers: What is an example of land use that can affect the amount of water that enters groundwater?

answers: NDQ_000636

answers: Ogallala aquifer

answers: NDQ_000637

answers: List of aquifers

answers: NDQ_000638

answers: aquifers

answers: NDQ_000639

answers: aquifers

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping deeper

answers: NDQ_000641

answers: aquifers

answers: NDQ_000642

answers: aquifers

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: aquifers

answers: NDQ_000648

answers: can be used for drinking water

answers: NDQ_000649

answers: aquifers

answers: NDQ_000650

answers: is located in an urban area

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: Aquifers

answers: NDQ_000654

answers: water from the ocean

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: aquifers

answers: NDQ_000613

answers: aquifers around the world.

answers: NDQ_000615

answers: aquifers

answers: NDQ_000616

answers: aquifers around the world.

answers: NDQ_000619

answers: aquifers

answers: NDQ_000624

answers: aquifers

answers: NDQ_000627

answers: aquifers around the world.

answers: NDQ_000629

answers: aquifers around the world.

answers: NDQ_000630

answers: aquifers around the world.

answers: NDQ_000631

answers: aquifers

answers: NDQ_000632

answers: aquifers around the world.

answers: NDQ_000633

answers: aquifers around the world.

answers: NDQ_000634

answers: aquifers around the world.

answers: NDQ_000635

answers: aquifers

answers: NDQ_000636

answers: aquifers around the world.

answers: NDQ_000637

answers: aquifers

answers: NDQ_000638

answers: aquifers around the world.

answers: NDQ_000639

answers: aquifers

answers: NDQ_000640

answers: aquifers around the world.

answers: NDQ_000641

answers: aquifers

answers: NDQ_000642

answers: aquifers

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifers

answers: NDQ_000646

answers: aquifers

answers: NDQ_000647

answers: aquifers

answers: NDQ_000648

answers: aquifers around the world.

answers: NDQ_000649

answers: aquifers

answers: NDQ_000650

answers: aquifers around the world.

answers: NDQ_000651

answers: aquifers around the world.

answers: NDQ_000652

answers: aquifers

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: aquifers around the world.

answers: NDQ_000655

answers: aquifers

text: Crested Pool is a hot spring in the Upper Geyser Basin in Yellowstone National Park. The spring is 42 feet (12.8 m) deep. It is named for the "crest" which surrounds the pool. Although it is considered a spring, Crested Pool sometimes erupts like a geyser.

text: Crested Pool is a

text: hot spring

text: in the

text: Upper Geyser Basin

text: in

text: Yellowstone National Park

text: . The spring is 42 feet (12.8 m) deep. It is named for the "crest" which surrounds the pool. Although it is considered a spring, Crested Pool sometimes erupts like a geyser.

answers: NDQ_000611

answers: erupts like a geyser

answers: NDQ_000613

answers: hot spring

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: Crested Pool

answers: NDQ_000619

answers: Crested Pool is a hot spring

answers: NDQ_000624

answers: What can happen to the water table in an area?

answers: NDQ_000627

answers: Which of the following is not a type of spring: Crested Pool, Geyser Basin, or Clay?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: What is the source of the water in Crested Pool?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: How deep is Crested Pool?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can be concluded about Crested Pool?

answers: NDQ_000636

answers: None of the above choices are available

answers: NDQ_000637

answers: What does Crested Pool have in common with an aquifer?

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a mineral spring?

answers: NDQ_000640

answers: Which of the following is not an aquifer: Crested Pool, Upper Geyser Basin, or Yellowstone?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: crests

answers: NDQ_000643

answers: Geyser Basin

answers: NDQ_000644

answers: is a geyser

answers: NDQ_000645

answers: NDQ_000646

answers: Aquifer

answers: NDQ_000647

answers: hot water

answers: NDQ_000648

answers: spring

answers: NDQ_000649

answers: Where is Crested Pool?

answers: NDQ_000650

answers: is located near a large body of water

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: Crested Pool is a hot spring

answers: NDQ_000613

answers: hot

answers: NDQ_000615

answers: Crested Pool sometimes erupts like a geyser.

answers: NDQ_000616

answers: Crested Pool

answers: NDQ_000619

answers: hot spring

answers: NDQ_000624

answers: spring,

answers: NDQ_000627

answers: Crested Pool

answers: NDQ_000629

answers: Crested Pool sometimes erupts like a geyser.

answers: NDQ_000630

answers: Crested Pool

answers: NDQ_000631

answers: Upper Geyser Basin in Yellowstone National Park.

answers: NDQ_000632

answers: 42 feet (12.8 m)

answers: NDQ_000633

answers: hot spring

answers: NDQ_000634

answers: Upper Geyser Basin in Yellowstone

answers: NDQ_000635

answers: Crested Pool

answers: NDQ_000636

answers: Crested Pool

answers: NDQ_000637

answers: Crested Pool

answers: NDQ_000638

answers: Crested Pool is a hot spring

answers: NDQ_000639

answers: geyser.

answers: NDQ_000640

answers: Crested Pool

answers: NDQ_000641

answers: Crested Pool is a hot spring

answers: NDQ_000642

answers: "crest"

answers: NDQ_000643

answers: hot spring

answers: NDQ_000644

answers: Crested Pool

answers: NDQ_000645

answers: hot spring

answers: NDQ_000646

answers: hot spring

answers: NDQ_000647

answers: hot spring

answers: NDQ_000648

answers: hot spring

answers: NDQ_000649

answers: Upper Geyser Basin

answers: NDQ_000650

answers: hot spring

answers: NDQ_000651

answers: Yellowstone National Park.

answers: NDQ_000652

answers: geyser.

answers: NDQ_000653

answers: hot spring in the Upper Geyser Basin

answers: NDQ_000654

answers: hot spring

answers: NDQ_000655

answers: geyser.

text: According to the DEQ's 2007 factsheet, water testing results had revealed a subsurface plume extending about 2000' to the north-northwest of the dumpsite and covering at least  has contaminated the shallow groundwater aquifer at the site, but according to the DEQ, it has not expanded since their assessment of the area began in 1991. The area is polluted with dioxins: the soil contains up to 100 parts per trillion, and nearby groundwater is about 0.4 parts per trillion. A  fence was installed to prevent grazing cattle from entering the area.  The endangered Hutton Springs tui chub are only known to live at Hutton Spring,  away. According to the United States Fish and Wildlife Service, "The DEQ has determined that the contaminated plume is spreading from east to west, away from Hutton Spring and thus does not currently constitute a threat to the water quality in Hutton Spring".  Threatened western snowy plovers have also been observed at the lake, feeding on brine shrimp. A low-temperature methanogen extremophile, Methanohalophilus oregonense, was found at the dump site in 1989 by David Boone, an Oregon Graduate Institute scientist.

text: According to the DEQ's 2007 factsheet, water testing results had revealed a subsurface

text: plume

text: extending about 2000' to the north-northwest of the dumpsite and covering at least  has contaminated the shallow

text: groundwater

text: aquifer

text: at the site, but according to the DEQ, it has not expanded since their assessment of the area began in 1991. The area is polluted with

text: dioxins

text: : the soil contains up to 100 parts per trillion, and nearby groundwater is about 0.4 parts per trillion. A  fence was installed to prevent grazing

text: cattle

text: from entering the area.  The endangered

text: Hutton Springs tui chub

text: are only known to live at

text: Hutton Spring

text: ,  away. According to the

text: United States Fish and Wildlife Service

text: , "The DEQ has determined that the contaminated plume is spreading from east to west, away from Hutton Spring and thus does not currently constitute a threat to the water quality in Hutton Spring".  Threatened

text: western snowy plover

text: s have also been observed at the lake, feeding on

text: brine shrimp

text: . A low-temperature

text: methanogen

text: extremophile

text: Methanohalophilus oregonense

text: , was found at the dump site in 1989 by David Boone, an

text: Oregon Graduate Institute

text: scientist.

answers: NDQ_000611

answers: is about how many parts per trillion?

answers: NDQ_000613

answers: shallow groundwater

answers: NDQ_000615

answers: increase by how much?

answers: NDQ_000616

answers: Hutton Spring

answers: NDQ_000619

answers: dioxins are in the soil

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How does water in hot springs get heated?

answers: NDQ_000631

answers: How many parts per trillion is the soil?

answers: NDQ_000632

answers: How deep is the aquifer?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How is the area polluted with dioxins?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or hot springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater aquifer

answers: NDQ_000644

answers: groundwater aquifer

answers: NDQ_000645

answers: groundwater aquifer

answers: NDQ_000646

answers: subsurface plume

answers: NDQ_000647

answers: groundwater aquifer

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where does the plume extend?

answers: NDQ_000650

answers: soil contains up to 100 parts per trillion

answers: NDQ_000651

answers: How many parts per trillion does the soil contain?

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: extremeophile

answers: NDQ_000611

answers: 0.4 parts per trillion.

answers: NDQ_000613

answers: 0.4 parts per trillion.

answers: NDQ_000615

answers: 0.4 parts per trillion.

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: dioxins:

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: shallow groundwater

answers: NDQ_000629

answers: shallow groundwater aquifer

answers: NDQ_000630

answers: Hutton Spring,

answers: NDQ_000631

answers: groundwater aquifer

answers: NDQ_000632

answers: shallow groundwater aquifer

answers: NDQ_000633

answers: groundwater aquifer

answers: NDQ_000634

answers: 0.4 parts per trillion.

answers: NDQ_000635

answers: grazing cattle

answers: NDQ_000636

answers: grazing cattle

answers: NDQ_000637

answers: shallow groundwater aquifer

answers: NDQ_000638

answers: shallow groundwater

answers: NDQ_000639

answers: soil

answers: NDQ_000640

answers: shallow groundwater aquifer

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: soil

answers: NDQ_000643

answers: groundwater aquifer

answers: NDQ_000644

answers: soil

answers: NDQ_000645

answers: groundwater aquifer

answers: NDQ_000646

answers: groundwater aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: the soil

answers: NDQ_000650

answers: shallow groundwater

answers: NDQ_000651

answers: shallow groundwater aquifer

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: the soil contains up to 100 parts per trillion,

text: Water can be considered a renewable material when carefully controlled usage, treatment, and release are followed. If not, it would become a non-renewable resource at that location. For example, groundwater is usually removed from an aquifer at a rate much greater than its very slow natural recharge, and so groundwater is considered non-renewable. Removal of water from the pore spaces may cause permanent compaction (subsidence) that cannot be renewed. 97.5% of the water on the Earth is salt water, and 3% is fresh water; slightly over two thirds of this is frozen in glaciers and polar ice caps. The remaining unfrozen freshwater is found mainly as groundwater, with only a small fraction (0.008%) present above ground or in the air.

text: Water

text: can be considered a renewable material when carefully controlled usage, treatment, and release are followed. If not, it would become a non-renewable resource at that location. For example,

text: groundwater

text: is usually removed from an

text: aquifer

text: at a rate much greater than its very slow natural recharge, and so groundwater is considered non-renewable. Removal of water from the pore spaces may cause permanent compaction (

text: subsidence

text: ) that cannot be renewed. 97.5% of the water on the Earth is salt water, and 3% is

text: fresh water

text: ; slightly over two thirds of this is frozen in

text: glacier

text: s and

text: polar

text: ice cap

text: s. The remaining unfrozen freshwater is found mainly as groundwater, with only a small fraction (0.008%) present above ground or in the air.

answers: NDQ_000611

answers: is removed from an aquifer at a rate much greater than its very slow natural

answers: NDQ_000613

answers: very slow natural recharge

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is removed from the pore spaces

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: If not, it would become a non-renewable resource

answers: NDQ_000636

answers: non-renewable

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: pores

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: 3%

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: unanswerable

answers: NDQ_000650

answers: groundwater is removed

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: non-renewable

answers: NDQ_000611

answers: removed from an aquifer

answers: NDQ_000613

answers: very slow natural recharge,

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: groundwater

answers: NDQ_000630

answers: groundwater

answers: NDQ_000631

answers: (0.008%)

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: 97.5%

answers: NDQ_000635

answers: it would become a non-renewable resource

answers: NDQ_000636

answers: groundwater

answers: NDQ_000637

answers: Removal of water from the pore spaces

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: groundwater

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: pore spaces

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: pore spaces

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: The remaining unfrozen freshwater is found mainly as groundwater,

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: groundwater

answers: NDQ_000651

answers: groundwater

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater,

answers: NDQ_000654

answers: natural recharge,

answers: NDQ_000655

answers: aquifer

text: Most land areas on Earth have some form of aquifer underlying them, sometimes at significant depths. In some cases, these aquifers are rapidly being depleted by the human population.

text: Most land areas on

text: Earth

text: have some form of aquifer underlying them, sometimes at significant depths. In some cases, these aquifers are rapidly being depleted by the human population.

answers: NDQ_000611

answers: is a source of water

answers: NDQ_000613

answers: significant depths

answers: NDQ_000615

answers: deplete

answers: NDQ_000616

answers: Earth's surface

answers: NDQ_000619

answers: aquifers are being depleted

answers: NDQ_000624

answers: iii.

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: no

answers: NDQ_000630

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

answers: NDQ_000631

answers: No

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: significant depths

answers: NDQ_000635

answers: How can humans affect the amount of water that can enter groundwater?

answers: NDQ_000636

answers: depleted

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: The water table keeps water from seeping deeper underground

answers: NDQ_000641

answers: How does gravity work?

answers: NDQ_000642

answers: is not the same as

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: aquifer

answers: NDQ_000648

answers: can be used for drinking water

answers: NDQ_000649

answers: in aquifer

answers: NDQ_000650

answers: depletes

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: land areas

answers: NDQ_000654

answers: water flowing through it

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: aquifer underlying them, sometimes at significant depths.

answers: NDQ_000613

answers: significant depths.

answers: NDQ_000615

answers: significant depths.

answers: NDQ_000616

answers: human population.

answers: NDQ_000619

answers: aquifers are rapidly being depleted by the human population.

answers: NDQ_000624

answers: aquifer underlying them, sometimes at significant depths.

answers: NDQ_000627

answers: aquifer underlying them, sometimes at significant depths.

answers: NDQ_000629

answers: aquifer underlying them, sometimes at significant depths.

answers: NDQ_000630

answers: aquifer underlying them, sometimes at significant depths.

answers: NDQ_000631

answers: Most land areas on Earth have some form of aquifer

answers: NDQ_000632

answers: significant depths.

answers: NDQ_000633

answers: depleted by the human population.

answers: NDQ_000634

answers: significant depths.

answers: NDQ_000635

answers: human population.

answers: NDQ_000636

answers: rapidly being depleted by the human population.

answers: NDQ_000637

answers: aquifer underlying them, sometimes at significant depths.

answers: NDQ_000638

answers: aquifers are rapidly being depleted by the human population.

answers: NDQ_000639

answers: aquifer

answers: NDQ_000640

answers: aquifers are rapidly being depleted by the human population.

answers: NDQ_000641

answers: aquifer underlying them, sometimes at significant depths.

answers: NDQ_000642

answers: human population.

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: aquifer underlying them, sometimes at significant depths.

answers: NDQ_000647

answers: aquifer

answers: NDQ_000648

answers: human population.

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: human population.

answers: NDQ_000651

answers: rapidly being depleted by the human population.

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: human population.

answers: NDQ_000655

answers: aquifer

text: Haukadalur geothermal area was first mentioned in written sources going back to 1294, when the local hot springs were activated by an earthquake. Earthquakes are also known to have activated local geysers in the recent past, including the earthquake that occurred on the 17th and 21 July 2000. Due to the geysers the valley has been a popular tourist attraction since the 18th century.

text: Haukadalur geothermal area was first mentioned in written sources going back to 1294, when the local hot springs were activated by an earthquake. Earthquakes are also known to have activated local geysers in the recent past, including the earthquake that occurred on the 17th and 21 July 2000. Due to the geysers the valley has been a popular tourist attraction since the 18th century.

answers: NDQ_000611

answers: erupts from geysers

answers: NDQ_000613

answers: hot springs and geysers

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: Earthquakes occur

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What may be the reason for the valley being popular with tourists?

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: What type of spring is Haukadalur geothermal area?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: geothermal

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: geothermal

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: geysers

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Where is the geothermal area?

answers: NDQ_000650

answers: has been activated by an earthquake

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: geysers

answers: NDQ_000654

answers: earthquakes

answers: NDQ_000655

answers: geothermal

answers: NDQ_000611

answers: hot springs

answers: NDQ_000613

answers: hot springs

answers: NDQ_000615

answers: earthquake. Earthquakes

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: Earthquakes

answers: NDQ_000624

answers: earthquake.

answers: NDQ_000627

answers: earthquake.

answers: NDQ_000629

answers: earthquake.

answers: NDQ_000630

answers: earthquake.

answers: NDQ_000631

answers: Haukadalur

answers: NDQ_000632

answers: earthquake.

answers: NDQ_000633

answers: earthquake.

answers: NDQ_000634

answers: Haukadalur

answers: NDQ_000635

answers: Earthquakes

answers: NDQ_000636

answers: earthquake.

answers: NDQ_000637

answers: hot springs

answers: NDQ_000638

answers: earthquake.

answers: NDQ_000639

answers: geothermal

answers: NDQ_000640

answers: earthquake.

answers: NDQ_000641

answers: earthquake.

answers: NDQ_000642

answers: Haukadalur geothermal area

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: hot springs

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: hot springs

answers: NDQ_000649

answers: earthquake.

answers: NDQ_000650

answers: earthquake.

answers: NDQ_000651

answers: earthquake.

answers: NDQ_000652

answers: earthquake.

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: earthquake.

answers: NDQ_000655

answers: geothermal

text: Pavel Banya is most known for its natural mineral springs.  Mineral water in Pavel Banya is used in paid public and private baths for healing. Pavel Banya has nine hot springs with temperatures of around 50 degrees Celsius (122 degrees Fahrenheit). Two of the hot springs serve strictly for medical purposes and frequently admit patients suffering from bone and joint disorders, orthopedic trauma, and central nervous system problems. The mineral water of Pavel Banya is characterized by weak mineralization (low quantity of dry matter per liter, about 2 grams) and hyperthermality – 57 to 59 degrees Celsius at the spring. The water is rich of hydrocarbon, metasilicon, radon, and fluorine. The mineral water in Pavel Banya is a large reason for nearby country-inhabitants to visit.

text: Pavel Banya is most known for its natural mineral springs.  Mineral water in Pavel Banya is used in paid public and private baths for healing. Pavel Banya has nine hot springs with temperatures of around 50 degrees Celsius (122 degrees Fahrenheit). Two of the hot springs serve strictly for medical purposes and frequently admit patients suffering from bone and joint disorders, orthopedic trauma, and central nervous system problems. The mineral water of Pavel Banya is characterized by weak mineralization (low quantity of dry matter per liter, about 2 grams) and hyperthermality – 57 to 59 degrees Celsius at the spring. The water is rich of hydrocarbon, metasilicon, radon, and fluorine. The mineral water in Pavel Banya is a large reason for nearby country-inhabitants to visit.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: low quantity of dry matter per liter

answers: NDQ_000615

answers: increase by how many degrees

answers: NDQ_000616

answers: mineral springs

answers: NDQ_000619

answers: hydrocarbon, metasilicon, radon, and fluorine are present

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Where does the mineral water of Pavel Banya come from?

answers: NDQ_000629

answers: Which of the following is not a reason for nearby country-inhabitants to visit?

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: How many hot springs serve strictly for medical purposes?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How many hot springs are there in Pavel Banya?

answers: NDQ_000636

answers: None

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: The mineral water of Pavel Banya is characterized by weak mineralization

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: The mineral water of Pavel Banya

answers: NDQ_000645

answers: hyperthermality

answers: NDQ_000646

answers: spring

answers: NDQ_000647

answers: mineral water

answers: NDQ_000648

answers: mineral water

answers: NDQ_000649

answers: Where is Pavel Banya?

answers: NDQ_000650

answers: rich of hydrocarbon

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: natural source

answers: NDQ_000653

answers: mineral springs

answers: NDQ_000654

answers: mineral water

answers: NDQ_000655

answers: hyperthermality

answers: NDQ_000611

answers: natural mineral springs.

answers: NDQ_000613

answers: hyperthermality

answers: NDQ_000615

answers: 50 degrees Celsius (122 degrees Fahrenheit).

answers: NDQ_000616

answers: mineral springs.

answers: NDQ_000619

answers: natural mineral springs.

answers: NDQ_000624

answers: natural mineral springs.

answers: NDQ_000627

answers: Pavel Banya is most known for its natural mineral springs.

answers: NDQ_000629

answers: 50 degrees Celsius (122 degrees Fahrenheit).

answers: NDQ_000630

answers: 50 degrees Celsius

answers: NDQ_000631

answers: natural mineral springs.

answers: NDQ_000632

answers: 57 to 59 degrees Celsius

answers: NDQ_000633

answers: mineral springs.

answers: NDQ_000634

answers: Pavel Banya is most known for its natural mineral springs.

answers: NDQ_000635

answers: Pavel Banya is most known for its natural mineral springs.

answers: NDQ_000636

answers: nine hot springs

answers: NDQ_000637

answers: Pavel Banya is most known for its natural mineral springs.

answers: NDQ_000638

answers: 50 degrees Celsius (122 degrees Fahrenheit).

answers: NDQ_000639

answers: Mineral water

answers: NDQ_000640

answers: 50 degrees Celsius (122 degrees Fahrenheit).

answers: NDQ_000641

answers: Pavel Banya is most known for its natural mineral springs.

answers: NDQ_000642

answers: weak mineralization

answers: NDQ_000643

answers: mineral springs.

answers: NDQ_000644

answers: hot springs

answers: NDQ_000645

answers: mineral springs.

answers: NDQ_000646

answers: mineral springs.

answers: NDQ_000647

answers: mineral springs.

answers: NDQ_000648

answers: mineral springs.

answers: NDQ_000649

answers: 50 degrees Celsius (122 degrees Fahrenheit).

answers: NDQ_000650

answers: hydrocarbon, metasilicon, radon, and fluorine.

answers: NDQ_000651

answers: (122 degrees Fahrenheit).

answers: NDQ_000652

answers: natural mineral springs.

answers: NDQ_000653

answers: mineral springs.

answers: NDQ_000654

answers: hot springs

answers: NDQ_000655

answers: mineral springs.

text: The rate at which recharge water enters the aquifer is limited by several factors. Much of the plains region is semiarid, with steady winds that hasten evaporation of surface water and precipitation. In many locations, the aquifer is overlain, in the vadose zone, with a shallow layer of caliche that is practically impermeable; this limits the amount of water able to recharge the aquifer from the land surface. However, the soil of the playa lakes is different and not lined with caliche, making these some of the few areas where the aquifer can recharge. The destruction of playas by farmers and development decreases the available recharge area. The prevalence of the caliche is partly due to the ready evaporation of soil moisture and the semiarid climate; the aridity increases the amount of evaporation, which in turn increases the amount of caliche in the soil. Both mechanisms reduce the amount of recharge water that reaches the water table.

text: The rate at which recharge water enters the aquifer is limited by several factors. Much of the plains region is

text: semiarid

text: , with steady winds that hasten evaporation of surface water and precipitation. In many locations, the aquifer is overlain, in the

text: vadose zone

text: , with a shallow layer of

text: caliche

text: that is practically

text: impermeable

text: ; this limits the amount of water able to recharge the aquifer from the land surface. However, the soil of the

text: playa lakes

text: is different and not lined with caliche, making these some of the few areas where the aquifer can recharge. The destruction of playas by farmers and development decreases the available recharge area. The prevalence of the caliche is partly due to the ready evaporation of soil moisture and the semiarid climate; the aridity increases the amount of evaporation, which in turn increases the amount of caliche in the soil. Both mechanisms reduce the amount of recharge water that reaches the water table.

answers: NDQ_000611

answers: reaches the water table

answers: NDQ_000613

answers: soil of the playa lakes is different and not lined with caliche

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: land surface

answers: NDQ_000619

answers: caliche is impermeable

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: destruction of playas by farmers and development

answers: NDQ_000636

answers: destruction of playas by farmers

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: caliche

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: water table

answers: NDQ_000647

answers: aquifer

answers: NDQ_000648

answers: recharge water

answers: NDQ_000649

answers: Where is the vadose zone

answers: NDQ_000650

answers: is overlain with a shallow layer of caliche

answers: NDQ_000651

answers: Plains region

answers: NDQ_000652

answers: Aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: water that reaches the water table

answers: NDQ_000655

answers: caliche

answers: NDQ_000611

answers: water table.

answers: NDQ_000613

answers: the soil of the playa lakes is different and not lined with caliche,

answers: NDQ_000615

answers: recharge water

answers: NDQ_000616

answers: land surface.

answers: NDQ_000619

answers: evaporation of soil moisture

answers: NDQ_000624

answers: reduce the amount of recharge water that reaches the water table.

answers: NDQ_000627

answers: caliche that is practically impermeable;

answers: NDQ_000629

answers: playa lakes is different and not lined with caliche,

answers: NDQ_000630

answers: The rate at which recharge water enters the aquifer

answers: NDQ_000631

answers: playa lakes

answers: NDQ_000632

answers: aquifer is overlain, in the vadose zone,

answers: NDQ_000633

answers: a shallow layer of caliche that is practically impermeable;

answers: NDQ_000634

answers: a shallow layer of caliche that is practically impermeable;

answers: NDQ_000635

answers: The destruction of playas by farmers and development

answers: NDQ_000636

answers: farmers

answers: NDQ_000637

answers: caliche

answers: NDQ_000638

answers: caliche

answers: NDQ_000639

answers: The rate at which recharge water enters the aquifer

answers: NDQ_000640

answers: Both mechanisms reduce the amount of recharge water that reaches the water table.

answers: NDQ_000641

answers: The rate at which recharge water enters the aquifer

answers: NDQ_000642

answers: soil of the playa lakes is different and not lined with caliche,

answers: NDQ_000643

answers: caliche

answers: NDQ_000644

answers: caliche that is practically impermeable;

answers: NDQ_000645

answers: caliche

answers: NDQ_000646

answers: recharge water

answers: NDQ_000647

answers: water table.

answers: NDQ_000648

answers: recharge water

answers: NDQ_000649

answers: caliche

answers: NDQ_000650

answers: The destruction of playas by farmers and development

answers: NDQ_000651

answers: plains region is semiarid,

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: water

answers: NDQ_000655

answers: impermeable;

text: Waterloo Hydrogeologic is a company that specializes with groundwater modelling software, training, and consulting services. The company was started by Nilson Guiguer and Thomas Franz, who were developing software for their research at the University of Waterloo in 1988. The company was later founded in 1989 as Waterloo Hydrogeologic Software (WHS). The company first released FLOWPATH, which—at the time—was the first fully integrated graphical groundwater modelling software. In the fall of 1993, Waterloo Hydrogeologic became incorporated (changing their name to Waterloo Hydrogeologic Inc or WHI) and started with the development of Visual MODFLOW. The company diversified into groundwater software training and consulting services, as it expanded.

text: Waterloo Hydrogeologic is a company that specializes with

text: groundwater

text: modelling software, training, and consulting services. The company was started by Nilson Guiguer and Thomas Franz, who were developing software for their research at the

text: University of Waterloo

text: in 1988. The company was later founded in 1989 as Waterloo Hydrogeologic Software (WHS). The company first released FLOWPATH, which—at the time—was the first fully integrated graphical groundwater modelling software. In the fall of 1993, Waterloo Hydrogeologic became incorporated (changing their name to Waterloo Hydrogeologic Inc or WHI) and started with the development of

text: Visual MODFLOW

text: . The company diversified into groundwater software training and consulting services, as it expanded.

answers: NDQ_000611

answers: is a mixture of

answers: NDQ_000613

answers: groundwater modelling software

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is too hot

answers: NDQ_000624

answers: may rise or fall

answers: NDQ_000627

answers: Where does an aquifer usually form?

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What was the first fully integrated graphical groundwater modelling software?

answers: NDQ_000636

answers: None of the above choices

answers: NDQ_000637

answers: Waterloo Hydrogeologic

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or groundwater?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: is a term used to describe

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is Waterloo Hydrogeologic located?

answers: NDQ_000650

answers: is located near a source of pollution

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: groundwater

answers: NDQ_000613

answers: first fully integrated graphical groundwater modelling software.

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: 1988.

answers: NDQ_000630

answers: 1988.

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: Waterloo Hydrogeologic

answers: NDQ_000635

answers: groundwater

answers: NDQ_000636

answers: Waterloo Hydrogeologic

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: groundwater

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: groundwater

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: Waterloo in 1988.

answers: NDQ_000651

answers: Waterloo Hydrogeologic

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

text: Originally developed for cleaning closed systems as described above, CIP has more recently been applied to groundwater source boreholes used for high end-uses such as natural mineral / spring waters, food production and carbonated soft drinks (CSD).

text: Originally developed for cleaning closed systems as described above, CIP has more recently been applied to

text: groundwater

text: source

text: borehole

text: s used for high end-uses such as natural mineral / spring waters, food production and carbonated soft drinks (CSD).

answers: NDQ_000611

answers: CIP is used to clean

answers: NDQ_000613

answers: mineral / spring waters

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: CIP is used to clean closed systems.

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: None of the above choices.

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: CIP has more recently been applied to groundwater source boreholes

answers: NDQ_000636

answers: CSD

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: CIP has more recently been applied to groundwater source boreholes used for high end-uses such as natural mineral

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: closed systems

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: boreholes

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: borehole

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: in the ground

answers: NDQ_000650

answers: carbonated soft drinks are used

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: borehole

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: natural mineral / spring waters,

answers: NDQ_000613

answers: natural mineral / spring waters,

answers: NDQ_000615

answers: groundwater source boreholes

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: CIP

answers: NDQ_000630

answers: CIP

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: natural mineral / spring waters,

answers: NDQ_000635

answers: CIP has more recently been applied to groundwater source boreholes

answers: NDQ_000636

answers: food production

answers: NDQ_000637

answers: CIP has more recently been applied to groundwater source boreholes

answers: NDQ_000638

answers: CIP has more recently been applied to groundwater

answers: NDQ_000639

answers: mineral / spring waters,

answers: NDQ_000640

answers: CIP has more recently been applied to groundwater source boreholes

answers: NDQ_000641

answers: CIP has more recently been applied to groundwater

answers: NDQ_000642

answers: CIP has more recently been applied to groundwater source boreholes

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: boreholes

answers: NDQ_000645

answers: groundwater source boreholes

answers: NDQ_000646

answers: boreholes

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater source boreholes

answers: NDQ_000650

answers: food production and carbonated soft drinks

answers: NDQ_000651

answers: natural mineral / spring waters, food production and carbonated soft drinks

answers: NDQ_000652

answers: groundwater source boreholes

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater source boreholes

answers: NDQ_000655

answers: natural mineral

text: Hydrogen and oxygen isotopes also work as tracers for water budget in terrestrial reservoirs, including lakes, rivers, groundwater and soil water. For a lake, both the amount of water in the lake and the isotopic composition of the water are determined by a balance between inputs (precipitation, stream and ground water inflow) and outputs (evaporation, stream and ground water outflow). The isotopic composition of lake water can often be used to track evaporation, which causes isotope enrichment in the lake water, as well as a δD-δO slope that is shallower than the meteoric water line. The isotopic composition of river water is highly variable and have complicated sources over different timescales, but can generally be treated as a two-endmember mixing problem, a base-flow endmember (mainly ground water recharge) and an overland-flow endmember (mainly storm events). The isotope data suggest that the long-term integrated base-flow endmember is more important in most rivers, even during peak flows in summer. Systematic river isotope data were collected across the world by the Global Network of Isotopes in Rivers (GNIR).The isotopic composition of groundwater can also be used to trace its sources and flow paths. An example is a groundwater isotope mapping study in Sacramento, California, which showed lateral flow of river water with a distinct isotope composition into the groundwater that developed a significant water table depression due to pumping for human use. The same study also showed an isotopic signal of agricultural water being recharged into the giant alluvial aquifer in California's Central Valley. Finally, the isotopic composition of soil water is important for the study of plants. Below the water table, the soil has a relatively constant source of water with a certain isotopic composition. Above the water table, the isotopic composition of soil water is enriched by evaporation until a maximum at the surface. The vertical profile of isotopic composition of soil water is maintained by the diffusion of both liquid and vapor water. A comparison of soil water and plant xylem water δD can be used to infer the depth at which plant roots get water from the soil.

text: Sacramento

text: , California, which showed lateral flow of river water with a distinct isotope composition into the groundwater that developed a significant water table depression due to pumping for human use. The same study also showed an isotopic signal of agricultural water being recharged into the giant alluvial aquifer in California's Central Valley. Finally, the isotopic composition of soil water is important for the study of plants. Below the water table, the soil has a relatively constant source of water with a certain isotopic composition. Above the water table, the isotopic composition of soil water is enriched by evaporation until a maximum at the surface. The vertical profile of isotopic composition of soil water is maintained by the diffusion of both liquid and vapor water. A comparison of soil water and plant xylem water δD can be used to infer the depth at which plant roots get water from the soil.

answers: NDQ_000611

answers: pumps for human use

answers: NDQ_000613

answers: long-term integrated base-flow endmember

answers: NDQ_000615

answers: depression

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater isotopes are enriched

answers: NDQ_000624

answers: due to pumping for human use

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: geothermal energy

answers: NDQ_000631

answers: California's Central Valley

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: California's Central Valley

answers: NDQ_000635

answers: A comparison of soil water and plant xy

answers: NDQ_000636

answers: groundwater can also be used to trace its sources and flow paths

answers: NDQ_000637

answers: no

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: Plant xylem

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: xylem

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: pumping

answers: NDQ_000647

answers: isotopic composition

answers: NDQ_000648

answers: isotopic composition

answers: NDQ_000649

answers: unsuitable

answers: NDQ_000650

answers: isotopic composition of soil water is enriched

answers: NDQ_000651

answers: Central Valley

answers: NDQ_000652

answers: groundwater recharge

answers: NDQ_000653

answers: lakes

answers: NDQ_000654

answers: agricultural water

answers: NDQ_000655

answers: reservoir

answers: NDQ_000611

answers: trace its sources and flow paths.

answers: NDQ_000613

answers: long-term integrated base-flow endmember

answers: NDQ_000615

answers: depression

answers: NDQ_000616

answers: agricultural water

answers: NDQ_000619

answers: evaporation,

answers: NDQ_000624

answers: depression

answers: NDQ_000627

answers: plants.

answers: NDQ_000629

answers: water table,

answers: NDQ_000630

answers: the isotopic composition of soil water is important for the study of plants.

answers: NDQ_000631

answers: alluvial aquifer

answers: NDQ_000632

answers: Below the water table,

answers: NDQ_000633

answers: Below the water table, the soil has a relatively constant source of water

answers: NDQ_000634

answers: lateral flow of river water

answers: NDQ_000635

answers: agricultural water

answers: NDQ_000636

answers: lateral flow of river water

answers: NDQ_000637

answers: alluvial aquifer

answers: NDQ_000638

answers: plants.

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: pumping for human use.

answers: NDQ_000641

answers: summer.

answers: NDQ_000642

answers: soil

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: soil water.

answers: NDQ_000645

answers: Below the water table,

answers: NDQ_000646

answers: pumping

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: agricultural water

answers: NDQ_000649

answers: peak flows in summer.

answers: NDQ_000650

answers: pumping for human use.

answers: NDQ_000651

answers: groundwater

answers: NDQ_000652

answers: stream

answers: NDQ_000653

answers: lakes,

answers: NDQ_000654

answers: agricultural water

answers: NDQ_000655

answers: reservoirs,

text: Dewes returned to the East Cape area in 1976, where in 1987 he helped form Te Runanga o Ngati Porou, an organisation which has championed and facilitated a strategic vision for the Ngāti Porou.

text: Dewes returned to the

text: East Cape

text: area in 1976, where in 1987 he helped form

text: Te Runanga o Ngati Porou

text: , an organisation which has championed and facilitated a strategic vision for the Ngāti Porou.

answers: NDQ_000611

answers: is a source of drinking water

answers: NDQ_000613

answers: aquifer

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Earth's surface

answers: NDQ_000619

answers: volcanoes are active

answers: NDQ_000624

answers: None of the above choices.

answers: NDQ_000627

answers: what is the last word in the passage?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: Te Runanga o Ngati Porou

answers: NDQ_000636

answers: None of the above choices are available

answers: NDQ_000637

answers: None of the above choices are available

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: sedimentary rock

answers: NDQ_000644

answers: is a term used to describe

answers: NDQ_000645

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: can be found

answers: NDQ_000648

answers: is aquifer

answers: NDQ_000649

answers: in the ground

answers: NDQ_000650

answers: is in a remote area

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: source

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: water

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: Te Runanga o Ngati Porou,

answers: NDQ_000613

answers: championed and facilitated a strategic vision

answers: NDQ_000615

answers: Ng<unk>ti Porou.

answers: NDQ_000616

answers: East Cape area

answers: NDQ_000619

answers: Ng<unk>ti Porou.

answers: NDQ_000624

answers: Ng<unk>ti Porou.

answers: NDQ_000627

answers: Ng<unk>ti Porou.

answers: NDQ_000629

answers: Te Runanga o Ngati Porou,

answers: NDQ_000630

answers: Te Runanga o Ngati Porou,

answers: NDQ_000631

answers: Ng<unk>ti Porou.

answers: NDQ_000632

answers: Ng<unk>ti Porou.

answers: NDQ_000633

answers: Ng<unk>ti Porou.

answers: NDQ_000634

answers: Te Runanga o Ngati Porou,

answers: NDQ_000635

answers: Te Runanga o Ngati Porou,

answers: NDQ_000636

answers: Te Runanga o Ngati Porou,

answers: NDQ_000637

answers: Ng<unk>ti Porou.

answers: NDQ_000638

answers: Ng<unk>ti Porou.

answers: NDQ_000639

answers: Ng<unk>ti Porou.

answers: NDQ_000640

answers: Te Runanga o Ngati Porou,

answers: NDQ_000641

answers: Ng<unk>ti Porou.

answers: NDQ_000642

answers: Ng<unk>ti Porou.

answers: NDQ_000643

answers: Ng<unk>ti Porou.

answers: NDQ_000644

answers: Ng<unk>ti Porou.

answers: NDQ_000645

answers: Ng<unk>ti Porou.

answers: NDQ_000646

answers: Ng<unk>ti Porou.

answers: NDQ_000647

answers: Ng<unk>ti Porou.

answers: NDQ_000648

answers: Ng<unk>ti Porou.

answers: NDQ_000649

answers: Ng<unk>ti Porou.

answers: NDQ_000650

answers: Ng<unk>ti Porou.

answers: NDQ_000651

answers: Ng<unk>ti Porou.

answers: NDQ_000652

answers: Ng<unk>ti Porou.

answers: NDQ_000653

answers: East Cape

answers: NDQ_000654

answers: Te Runanga o Ngati Porou,

answers: NDQ_000655

answers: Ng<unk>ti Porou.

text: The species lives only in subterranean waters and can be encountered in caves and wells. In Mexico, it is known from several locations. It is threatened by pollution of the groundwater and groundwater extraction.

text: The species lives only in subterranean waters and can be encountered in caves and wells. In Mexico, it is known from several locations. It is threatened by pollution of the groundwater and groundwater extraction.

answers: NDQ_000611

answers: is contaminated with pollutants

answers: NDQ_000613

answers: groundwater extraction

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: pollution of the groundwater and groundwater extraction

answers: NDQ_000624

answers: What may happen to the species?

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: None of the above choices.

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: Which of the following is not a source of groundwater extraction: pollution of the groundwater or groundwater extraction?

answers: NDQ_000636

answers: groundwater extraction

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: no

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: can be described as

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: It can be found in caves

answers: NDQ_000650

answers: extracts more water

answers: NDQ_000651

answers: Mexico

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: subterranean

answers: NDQ_000611

answers: subterranean waters

answers: NDQ_000613

answers: lives only in subterranean waters

answers: NDQ_000615

answers: subterranean waters

answers: NDQ_000616

answers: caves and wells.

answers: NDQ_000619

answers: subterranean waters

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: caves and wells.

answers: NDQ_000629

answers: The species lives only in subterranean waters

answers: NDQ_000630

answers: subterranean waters

answers: NDQ_000631

answers: The species lives only in subterranean waters

answers: NDQ_000632

answers: caves and wells.

answers: NDQ_000633

answers: subterranean waters

answers: NDQ_000634

answers: species lives only in subterranean waters

answers: NDQ_000635

answers: groundwater extraction.

answers: NDQ_000636

answers: groundwater extraction.

answers: NDQ_000637

answers: wells.

answers: NDQ_000638

answers: The species lives only in subterranean waters

answers: NDQ_000639

answers: subterranean waters

answers: NDQ_000640

answers: The species lives only in subterranean waters

answers: NDQ_000641

answers: The species lives only in subterranean waters

answers: NDQ_000642

answers: The species lives only in subterranean waters

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: caves and wells.

answers: NDQ_000645

answers: caves and wells.

answers: NDQ_000646

answers: wells.

answers: NDQ_000647

answers: subterranean waters

answers: NDQ_000648

answers: wells.

answers: NDQ_000649

answers: caves and wells.

answers: NDQ_000650

answers: groundwater extraction.

answers: NDQ_000651

answers: Mexico,

answers: NDQ_000652

answers: caves and wells.

answers: NDQ_000653

answers: subterranean waters

answers: NDQ_000654

answers: subterranean waters

answers: NDQ_000655

answers: caves and wells.

text: Sapping typically occurs in permeable sandstones associated with high water tables underlain by an impermeable layer. Limited in its ability to travel vertically, water is forced to travel laterally where it eventually seeps out of the ground. Limestones, siltstones, and shales can be found in valleys created by groundwater sapping as well.

text: Sapping typically occurs in permeable sandstones associated with high water tables underlain by an impermeable layer. Limited in its ability to travel vertically, water is forced to travel laterally where it eventually seeps out of the ground.

text: Limestone

text: s,

text: siltstone

text: s, and

text: shale

text: s can be found in valleys created by groundwater sapping as well.

answers: NDQ_000611

answers: sapping

answers: NDQ_000613

answers: high water tables underlain by an impermeable layer

answers: NDQ_000615

answers: seep out

answers: NDQ_000616

answers: sapping

answers: NDQ_000619

answers: water seeps out of the ground

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the most common type of land use in an area?

answers: NDQ_000636

answers: not enough information

answers: NDQ_000637

answers: yes

answers: NDQ_000638

answers: yes

answers: NDQ_000639

answers: What can be found in valleys created by groundwater sapping?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: no

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: impermeable layer

answers: NDQ_000644

answers: permeable

answers: NDQ_000645

answers: impermeable layer

answers: NDQ_000646

answers: sapping

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: permeable

answers: NDQ_000650

answers: sapping

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: impermeable layer

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: sapping

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: laterally where it eventually seeps out of the ground.

answers: NDQ_000613

answers: high water tables underlain by an impermeable layer.

answers: NDQ_000615

answers: laterally where it eventually seeps out of the ground.

answers: NDQ_000616

answers: Sapping

answers: NDQ_000619

answers: groundwater sapping

answers: NDQ_000624

answers: high water tables

answers: NDQ_000627

answers: permeable sandstones

answers: NDQ_000629

answers: permeable sandstones

answers: NDQ_000630

answers: high water tables underlain by an impermeable layer.

answers: NDQ_000631

answers: high water tables

answers: NDQ_000632

answers: high water tables

answers: NDQ_000633

answers: high water tables underlain by an impermeable layer.

answers: NDQ_000634

answers: high water tables

answers: NDQ_000635

answers: high water tables

answers: NDQ_000636

answers: Sapping typically occurs in permeable sandstones

answers: NDQ_000637

answers: sandstones

answers: NDQ_000638

answers: impermeable layer.

answers: NDQ_000639

answers: Limestones, siltstones, and shales

answers: NDQ_000640

answers: Limited in its ability to travel vertically,

answers: NDQ_000641

answers: vertically,

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: impermeable

answers: NDQ_000644

answers: permeable sandstones

answers: NDQ_000645

answers: impermeable layer.

answers: NDQ_000646

answers: Sapping

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: laterally where it eventually seeps out of the ground.

answers: NDQ_000649

answers: permeable sandstones

answers: NDQ_000650

answers: high water tables underlain by an impermeable layer.

answers: NDQ_000651

answers: Sapping typically occurs in permeable sandstones

answers: NDQ_000652

answers: seeps out of the ground.

answers: NDQ_000653

answers: permeable sandstones associated with high water tables

answers: NDQ_000654

answers: groundwater sapping

answers: NDQ_000655

answers: impermeable

text: The primary source for municipal water is groundwater pumped from a deep aquifer, part of the Puget-Willamette Trough regional aquifer system.  Above the drinking water aquifer, a shallow water table produces numerous springs and seeps at surface level.

text: The primary source for

text: municipal water

text: is

text: groundwater

text: pumped from a deep

text: aquifer

text: , part of the Puget-Willamette Trough regional aquifer system.  Above the drinking water aquifer, a shallow

text: water table

text: produces numerous springs and seeps at surface level.

answers: NDQ_000611

answers: is pumped from where?

answers: NDQ_000613

answers: deep aquifer

answers: NDQ_000615

answers: produce springs

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is pumped from a deep aquifer

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: It's impossible to say

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What does the Puget-Willamette Trough region contain?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or groundwater?

answers: NDQ_000640

answers: Why is the water table shallow?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer

answers: NDQ_000645

answers: Aquifer

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: aquifer

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: is shallow

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: Aquifer

answers: NDQ_000611

answers: pumped from a deep aquifer,

answers: NDQ_000613

answers: deep

answers: NDQ_000615

answers: shallow water table produces numerous springs and seeps at surface level.

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: a shallow water table

answers: NDQ_000624

answers: shallow

answers: NDQ_000627

answers: deep aquifer,

answers: NDQ_000629

answers: shallow water table produces numerous springs and seeps at surface level.

answers: NDQ_000630

answers: a shallow water table produces numerous springs and seeps at surface level.

answers: NDQ_000631

answers: deep aquifer,

answers: NDQ_000632

answers: deep aquifer,

answers: NDQ_000633

answers: deep aquifer,

answers: NDQ_000634

answers: Puget-Willamette Trough

answers: NDQ_000635

answers: shallow water table produces numerous springs and seeps at surface level.

answers: NDQ_000636

answers: Puget-Willamette Trough regional aquifer system.

answers: NDQ_000637

answers: deep aquifer,

answers: NDQ_000638

answers: deep aquifer,

answers: NDQ_000639

answers: a shallow water table produces numerous springs

answers: NDQ_000640

answers: shallow water table produces numerous springs and seeps at surface level.

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: shallow water table

answers: NDQ_000643

answers: aquifer,

answers: NDQ_000644

answers: shallow water table

answers: NDQ_000645

answers: a shallow water table

answers: NDQ_000646

answers: deep aquifer,

answers: NDQ_000647

answers: deep aquifer,

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: deep

answers: NDQ_000651

answers: Puget-Willamette Trough regional aquifer system.

answers: NDQ_000652

answers: a shallow water table

answers: NDQ_000653

answers: groundwater pumped from a deep aquifer,

answers: NDQ_000654

answers: springs

answers: NDQ_000655

answers: deep aquifer,

text: A link exists between ZOOMQ3D and the geogical modelling software GSI3D. The link facilitates the transfer of the structure of a geological model into a ZOOMQ3D groundwater model. After a GSI3D geological model is constructed it can be used to create a hydrogeological model of an aquifer.  This is achieved by assigning hydrogeological parameters, such as hydraulic conductivity, to the geological units.  Once this has been completed the resulting hydrogeological model can then be converted to a layered ZOOMQ3D groundwater model.

text: A link exists between ZOOMQ3D and the geogical modelling software

text: . The link facilitates the transfer of the structure of a geological model into a ZOOMQ3D groundwater model. After a

text: geological model is constructed it can be used to create a

text: hydrogeological

text: model of an

text: aquifer

text: .  This is achieved by assigning hydrogeological parameters, such as

text: hydraulic conductivity

text: , to the geological units.  Once this has been completed the resulting hydrogeological model can then be converted to a layered ZOOMQ3D groundwater model.

answers: NDQ_000611

answers: aquifers are

answers: NDQ_000613

answers: hydraulic conductivity

answers: NDQ_000615

answers: be higher than normal.

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: Geysers erupt because of lava.

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Which of the following is not a geological unit?

answers: NDQ_000629

answers: What type of rock does the rock layer below an aquifer consist of?

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: Which of the following is true of aquifers?

answers: NDQ_000632

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

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: hydrogeological parameters

answers: NDQ_000635

answers: Which of the following is not an example of land use?

answers: NDQ_000636

answers: hydrogeological parameters

answers: NDQ_000637

answers: Which of the following is not a characteristic of a good aquifer?

answers: NDQ_000638

answers: What is the bottom layer of an aquifer made of?

answers: NDQ_000639

answers: Which of the following is not a mineral spring?

answers: NDQ_000640

answers: What keeps water in an aquifer from seeping deeper underground?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: aquifer

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: groundwater model

answers: NDQ_000647

answers: aquifer

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: groundwater model is not accurate

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: Aquifer

answers: NDQ_000611

answers: aquifer.

answers: NDQ_000613

answers: hydraulic conductivity,

answers: NDQ_000615

answers: aquifer.

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: hydraulic conductivity,

answers: NDQ_000624

answers: aquifer.

answers: NDQ_000627

answers: hydraulic conductivity,

answers: NDQ_000629

answers: hydraulic conductivity,

answers: NDQ_000630

answers: GSI3D.

answers: NDQ_000631

answers: aquifer.

answers: NDQ_000632

answers: hydraulic conductivity,

answers: NDQ_000633

answers: hydraulic conductivity,

answers: NDQ_000634

answers: A link exists between ZOOMQ3D

answers: NDQ_000635

answers: aquifer.

answers: NDQ_000636

answers: hydraulic conductivity,

answers: NDQ_000637

answers: hydraulic conductivity,

answers: NDQ_000638

answers: hydraulic conductivity,

answers: NDQ_000639

answers: hydraulic conductivity,

answers: NDQ_000640

answers: hydraulic conductivity,

answers: NDQ_000641

answers: hydraulic conductivity,

answers: NDQ_000642

answers: aquifer.

answers: NDQ_000643

answers: aquifer.

answers: NDQ_000644

answers: aquifer.

answers: NDQ_000645

answers: aquifer.

answers: NDQ_000646

answers: hydrogeological model of an aquifer.

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: hydraulic conductivity,

answers: NDQ_000649

answers: aquifer.

answers: NDQ_000650

answers: hydraulic conductivity, to the geological units.

answers: NDQ_000651

answers: aquifer.

answers: NDQ_000652

answers: aquifer.

answers: NDQ_000653

answers: aquifer.

answers: NDQ_000654

answers: hydraulic conductivity,

answers: NDQ_000655

answers: aquifer.

text: Recent extensions include the idea of a "soft" paywall, one that is relatively porous, with the New York Times version noted as "so porous that it can be considered to be a genuinely freemium model."  In such cases the difference between a paywall and a Freemium model disappears.

text: Recent extensions include the idea of a "soft" paywall, one that is relatively porous, with the New York Times version noted as "so porous that it can be considered to be a genuinely freemium model."  In such cases the difference between a paywall and a

text: Freemium

text: model disappears.

answers: NDQ_000611

answers: can be found in what type of environment?

answers: NDQ_000613

answers: relatively porous

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: a lake

answers: NDQ_000619

answers: a paywall is relatively porous

answers: NDQ_000624

answers: unanswerable

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: no

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does the difference between a paywall and a Freemium model disappear?

answers: NDQ_000642

answers: is not having tiny holes that water can pass through

answers: NDQ_000643

answers: porous

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: unanswerable

answers: NDQ_000648

answers: does not enter an aquifer

answers: NDQ_000649

answers: porous

answers: NDQ_000650

answers: porous

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: unnamed source

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: water flowing through it

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: porous,

answers: NDQ_000613

answers: porous,

answers: NDQ_000615

answers: difference between a paywall and a Freemium model disappears.

answers: NDQ_000616

answers: "soft" paywall,

answers: NDQ_000619

answers: "soft" paywall,

answers: NDQ_000624

answers: Recent extensions include the idea of a "soft" paywall,

answers: NDQ_000627

answers: porous,

answers: NDQ_000629

answers: porous,

answers: NDQ_000630

answers: freemium model."

answers: NDQ_000631

answers: Recent extensions include the idea of a "soft" paywall,

answers: NDQ_000632

answers: difference between a paywall and a Freemium model disappears.

answers: NDQ_000633

answers: porous,

answers: NDQ_000634

answers: Recent extensions include the idea of a "soft" paywall,

answers: NDQ_000635

answers: porous,

answers: NDQ_000636

answers: Recent extensions include the idea of a "soft" paywall,

answers: NDQ_000637

answers: "soft" paywall,

answers: NDQ_000638

answers: porous,

answers: NDQ_000639

answers: difference between a paywall and a Freemium model disappears.

answers: NDQ_000640

answers: "soft" paywall,

answers: NDQ_000641

answers: Recent extensions include the idea of a "soft" paywall,

answers: NDQ_000642

answers: "soft" paywall,

answers: NDQ_000643

answers: porous,

answers: NDQ_000644

answers: porous,

answers: NDQ_000645

answers: porous,

answers: NDQ_000646

answers: "soft" paywall,

answers: NDQ_000647

answers: a "soft" paywall,

answers: NDQ_000648

answers: porous,

answers: NDQ_000649

answers: porous,

answers: NDQ_000650

answers: porous,

answers: NDQ_000651

answers: New York Times

answers: NDQ_000652

answers: porous, with the New York Times

answers: NDQ_000653

answers: "soft" paywall,

answers: NDQ_000654

answers: "soft" paywall,

answers: NDQ_000655

answers: porous,

text: The first soldier cabins were built in 1886 as part of Camp Sheridan and all of these were later removed. Cabins were also built at the Lower Geyser Basin, Upper Geyser Basin, Grand Canyon of the Yellowstone, Riverside and at Soda Butte. As more outposts were needed over the years cabins were constructed at Lake Outlet (1887), Snake River (Polecat Creek), West Thumb and Riverside (1892), Mud Geyser (1895), Norris and Thumb Bay (1897), Lake (1899), Snake River (1902), Gardiner (1903), West Thumb, Syvan Pass and Soda Butte (1904), Tower (1907), Crevice Mountain (1912), Snake River (1914), and Aster Creek, Cabin Creek, Harebell, and Thorofare (1915). Snowshoe cabins in existence in 1899 included small structures at Astringent Creek, Bartlet, Boundary Creek, Coulter Creek, Hellroaring Creek, Lewis River, Park Point, Proposition, Trappers Creek, Trout Creek and Willow Creek. While none of the aforementioned structures are still in existence, four remote structures remain. They include the Buffalo Lake snowshoe cabin (Bldg 234) and the Norris and Bechler River soldier stations (Bldgs 111 and 231). The Norris soldier station currently houses the Museum of the National Park Ranger. Additionally, the Bechler River barn (Bldg 232) is still in existence.

text: The first soldier cabins were built in 1886 as part of Camp Sheridan and all of these were later removed. Cabins were also built at the Lower Geyser Basin, Upper Geyser Basin,

text: Grand Canyon of the Yellowstone

text: , Riverside and at

text: Soda Butte

text: . As more outposts were needed over the years cabins were constructed at Lake Outlet (1887), Snake River (Polecat Creek), West Thumb and Riverside (1892), Mud Geyser (1895), Norris and Thumb Bay (1897), Lake (1899), Snake River (1902), Gardiner (1903), West Thumb, Syvan Pass and Soda Butte (1904), Tower (1907), Crevice Mountain (1912), Snake River (1914), and Aster Creek, Cabin Creek, Harebell, and Thorofare (1915). Snowshoe cabins in existence in 1899 included small structures at Astringent Creek, Bartlet, Boundary Creek, Coulter Creek, Hellroaring Creek, Lewis River, Park Point, Proposition, Trappers Creek, Trout Creek and Willow Creek. While none of the aforementioned structures are still in existence, four remote structures remain. They include the Buffalo Lake snowshoe cabin (Bldg 234) and the Norris and Bechler River soldier stations (Bldgs 111 and 231). The Norris soldier station currently houses the

text: Museum of the National Park Ranger

text: . Additionally, the Bechler River barn (Bldg 232) is still in existence.

answers: NDQ_000611

answers: How many years did it take for the first soldier cabins to be removed?

answers: NDQ_000613

answers: good aquifer

answers: NDQ_000615

answers: increase by how much?

answers: NDQ_000616

answers: Snake River

answers: NDQ_000619

answers: Geysers erupt because

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: what is the first word in the passage?

answers: NDQ_000629

answers: Which rock layer below an aquifer always consists of permeable rock

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: How many years after the first soldier cabins were built were the first soldier cabins removed?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: None of the aforementioned structures are still in existence

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which is not a type of spring: mineral or hot?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: snowshoes

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: snowshoes

answers: NDQ_000645

answers: Lower Geyser Basin

answers: NDQ_000646

answers: Snake River

answers: NDQ_000647

answers: Buffalo Lake

answers: NDQ_000648

answers: Snake River

answers: NDQ_000649

answers: Where is the Lower Geyser Basin?

answers: NDQ_000650

answers: is polluted

answers: NDQ_000651

answers: Yellowstone

answers: NDQ_000652

answers: Creek

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: Snake River

answers: NDQ_000655

answers: Mud

answers: NDQ_000611

answers: none of the aforementioned structures are still in existence,

answers: NDQ_000613

answers: Snake River (Polecat Creek),

answers: NDQ_000615

answers: Mud Geyser

answers: NDQ_000616

answers: Snake River

answers: NDQ_000619

answers: Yellowstone,

answers: NDQ_000624

answers: Snake River (Polecat Creek),

answers: NDQ_000627

answers: Snake River (Polecat Creek),

answers: NDQ_000629

answers: Norris and Thumb Bay (1897),

answers: NDQ_000630

answers: Lower Geyser Basin,

answers: NDQ_000631

answers: Snake River (Polecat Creek),

answers: NDQ_000632

answers: Snake River (Polecat Creek),

answers: NDQ_000633

answers: Lake Outlet (1887), Snake River (Polecat Creek),

answers: NDQ_000634

answers: Grand Canyon of the Yellowstone,

answers: NDQ_000635

answers: As more outposts

answers: NDQ_000636

answers: Norris and Bechler River soldier stations

answers: NDQ_000637

answers: Snake River

answers: NDQ_000638

answers: Lake Outlet (1887), Snake River (Polecat Creek),

answers: NDQ_000639

answers: Snake River (Polecat Creek),

answers: NDQ_000640

answers: Snake River (Polecat Creek), West Thumb and Riverside (1892),

answers: NDQ_000641

answers: Snake River (Polecat Creek),

answers: NDQ_000642

answers: Snowshoe cabins in existence in 1899

answers: NDQ_000643

answers: Mud Geyser

answers: NDQ_000644

answers: Snowshoe cabins

answers: NDQ_000645

answers: Mud Geyser

answers: NDQ_000646

answers: Snake River (Polecat Creek),

answers: NDQ_000647

answers: Lower Geyser Basin,

answers: NDQ_000648

answers: Snake River (Polecat Creek),

answers: NDQ_000649

answers: Snake River (Polecat Creek),

answers: NDQ_000650

answers: constructed

answers: NDQ_000651

answers: Yellowstone,

answers: NDQ_000652

answers: Lewis River,

answers: NDQ_000653

answers: Snake River

answers: NDQ_000654

answers: Snake River (Polecat Creek),

answers: NDQ_000655

answers: Crevice Mountain

text: Baby Daisy Geyser is a geyser in the Upper Geyser Basin of Yellowstone National Park in the United States. It is part of the Old Road group of geysers.

text: Baby Daisy Geyser is a

text: geyser

text: in the

text: Upper Geyser Basin

text: of

text: Yellowstone National Park

text: in the

text: United States

text: . It is part of the Old Road group of geysers.

answers: NDQ_000611

answers: causes geysers to erupt

answers: NDQ_000613

answers: good aquifer

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: Yellowstone National Park

answers: NDQ_000619

answers: geothermal energy is released from the Earth's crust

answers: NDQ_000624

answers: What can happen to the water table in an area?

answers: NDQ_000627

answers: Where is Baby Daisy Geyser located?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: What is the source of Baby Daisy Geyser?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: How deep is Baby Daisy Geyser?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the most common type of land use in Yellowstone National Park?

answers: NDQ_000636

answers: It's impossible to say

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: It does not.

answers: NDQ_000639

answers: What type of spring is Baby Daisy Geyser?

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: no

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: Geyser Basin

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: geysers

answers: NDQ_000648

answers: is aquifer

answers: NDQ_000649

answers: Where is Baby Daisy Geyser?

answers: NDQ_000650

answers: is located near a large body of water

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: Upper Geyser Basin

answers: NDQ_000613

answers: Upper Geyser Basin

answers: NDQ_000615

answers: Baby Daisy Geyser

answers: NDQ_000616

answers: Baby Daisy Geyser

answers: NDQ_000619

answers: Geyser Basin

answers: NDQ_000624

answers: Upper Geyser Basin

answers: NDQ_000627

answers: Baby Daisy Geyser

answers: NDQ_000629

answers: Baby Daisy Geyser

answers: NDQ_000630

answers: Baby Daisy Geyser

answers: NDQ_000631

answers: Yellowstone National Park in the United States.

answers: NDQ_000632

answers: Baby Daisy Geyser

answers: NDQ_000633

answers: Baby Daisy Geyser

answers: NDQ_000634

answers: Baby Daisy Geyser

answers: NDQ_000635

answers: Baby Daisy Geyser

answers: NDQ_000636

answers: Baby Daisy Geyser

answers: NDQ_000637

answers: Baby Daisy Geyser

answers: NDQ_000638

answers: Baby Daisy Geyser

answers: NDQ_000639

answers: Baby Daisy Geyser

answers: NDQ_000640

answers: Baby Daisy Geyser

answers: NDQ_000641

answers: Baby Daisy Geyser

answers: NDQ_000642

answers: Baby Daisy Geyser

answers: NDQ_000643

answers: Upper Geyser Basin

answers: NDQ_000644

answers: Baby Daisy Geyser

answers: NDQ_000645

answers: Upper Geyser Basin

answers: NDQ_000646

answers: Baby Daisy Geyser

answers: NDQ_000647

answers: geysers.

answers: NDQ_000648

answers: Baby Daisy Geyser is a geyser

answers: NDQ_000649

answers: Baby Daisy Geyser

answers: NDQ_000650

answers: Yellowstone National Park

answers: NDQ_000651

answers: Yellowstone National Park in the United States.

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: geysers.

answers: NDQ_000655

answers: geyser

text: Wells was from New Jersey and New York, and owned the Wells Rustless Iron Company. Wells managed a pineapple plantation on the beach. He also donated the land for a local park named Wells Park.

text: Wells was from New Jersey and New York, and owned the Wells Rustless Iron Company. Wells managed a pineapple plantation on the beach. He also donated the land for a local park named Wells Park.

answers: NDQ_000611

answers: is found in the soil

answers: NDQ_000613

answers: good aquifer

answers: NDQ_000615

answers: increase in the area

answers: NDQ_000616

answers: New Jersey

answers: NDQ_000619

answers: Wells donated a lot of money to the park

answers: NDQ_000624

answers: How would you describe Wells?

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How is water heated in a hot spring?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: What is the difference between aquifers and lakes?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How would you describe Wells?

answers: NDQ_000636

answers: None of the above choices.

answers: NDQ_000637

answers: None of the above choices .

answers: NDQ_000638

answers: It does not.

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot, mineral or pineapple?

answers: NDQ_000640

answers: How would you describe Wells?

answers: NDQ_000641

answers: None of the above choices .

answers: NDQ_000642

answers: is rustless iron

answers: NDQ_000643

answers: sand

answers: NDQ_000644

answers: is rustless iron

answers: NDQ_000645

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: ice

answers: NDQ_000648

answers: can be used for irrigation

answers: NDQ_000649

answers: Where is the pineapple plantation located?

answers: NDQ_000650

answers: is near a plantation

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: plantation

answers: NDQ_000653

answers: Pineapples

answers: NDQ_000654

answers: water from the ocean

answers: NDQ_000655

answers: Rustless

answers: NDQ_000611

answers: pineapple plantation

answers: NDQ_000613

answers: Rustless Iron Company.

answers: NDQ_000615

answers: Wells managed a pineapple plantation on the beach.

answers: NDQ_000616

answers: pineapple plantation

answers: NDQ_000619

answers: Wells Rustless Iron Company.

answers: NDQ_000624

answers: beach.

answers: NDQ_000627

answers: pineapple plantation on the beach.

answers: NDQ_000629

answers: Wells Rustless Iron Company.

answers: NDQ_000630

answers: Wells Park.

answers: NDQ_000631

answers: Wells managed a pineapple plantation on the beach.

answers: NDQ_000632

answers: Wells managed a pineapple plantation on the beach.

answers: NDQ_000633

answers: Wells Rustless Iron Company.

answers: NDQ_000634

answers: Wells Rustless Iron Company.

answers: NDQ_000635

answers: Wells managed a pineapple plantation

answers: NDQ_000636

answers: Wells managed a pineapple plantation

answers: NDQ_000637

answers: Wells was from New Jersey and New York,

answers: NDQ_000638

answers: Wells Rustless Iron Company.

answers: NDQ_000639

answers: Iron

answers: NDQ_000640

answers: Wells Rustless Iron Company.

answers: NDQ_000641

answers: Wells was from New Jersey and New York,

answers: NDQ_000642

answers: Iron

answers: NDQ_000643

answers: pineapple plantation on the beach.

answers: NDQ_000644

answers: Iron Company.

answers: NDQ_000645

answers: pineapple plantation on the beach.

answers: NDQ_000646

answers: Wells was from New Jersey

answers: NDQ_000647

answers: beach.

answers: NDQ_000648

answers: pineapple plantation on the beach.

answers: NDQ_000649

answers: pineapple plantation on the beach.

answers: NDQ_000650

answers: pineapple plantation on the beach.

answers: NDQ_000651

answers: Wells was from New Jersey and New York,

answers: NDQ_000652

answers: pineapple plantation

answers: NDQ_000653

answers: pineapple plantation on the beach.

answers: NDQ_000654

answers: pineapple plantation

answers: NDQ_000655

answers: pineapple plantation

text: Besides using flint with the steel, many other hard, non-porous rocks can be used, that can take a sharp edge, such as chert, jasper or chalcedony.

text: Besides using flint with the steel, many other hard, non-porous rocks can be used, that can take a sharp edge, such as chert, jasper or chalcedony.

answers: NDQ_000611

answers: can be used as a source of heat for cooking.

answers: NDQ_000613

answers: non-porous rocks

answers: NDQ_000615

answers: be higher than normal.

answers: NDQ_000616

answers: a lake

answers: NDQ_000619

answers: lava from a volcano is heated too quickly.

answers: NDQ_000624

answers: What will happen to the water table?

answers: NDQ_000627

answers: Which of the following is not a type of rock: chert, jasper or clay?

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not an example of land use?

answers: NDQ_000636

answers: not enough information

answers: NDQ_000637

answers: no

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well

answers: NDQ_000642

answers: non-porous rocks

answers: NDQ_000643

answers: sand

answers: NDQ_000644

answers: porous rocks

answers: NDQ_000645

answers: flint

answers: NDQ_000646

answers: can be drilled

answers: NDQ_000647

answers: can be found in the ocean

answers: NDQ_000648

answers: can be used for drinking

answers: NDQ_000649

answers: in contact with it.

answers: NDQ_000650

answers: is contaminated with flint

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: rock

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: flint

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: steel, many other hard, non-porous

answers: NDQ_000613

answers: hard, non-porous

answers: NDQ_000615

answers: chert, jasper or chalcedony.

answers: NDQ_000616

answers: flint

answers: NDQ_000619

answers: steel,

answers: NDQ_000624

answers: Besides using flint with the steel,

answers: NDQ_000627

answers: Besides using flint

answers: NDQ_000629

answers: Besides using flint

answers: NDQ_000630

answers: steel,

answers: NDQ_000631

answers: Besides using flint with the steel,

answers: NDQ_000632

answers: steel,

answers: NDQ_000633

answers: steel,

answers: NDQ_000634

answers: Besides using flint with the steel,

answers: NDQ_000635

answers: chert, jasper or chalcedony.

answers: NDQ_000636

answers: flint with the steel,

answers: NDQ_000637

answers: Besides using flint

answers: NDQ_000638

answers: chert, jasper or chalcedony.

answers: NDQ_000639

answers: chert, jasper or chalcedony.

answers: NDQ_000640

answers: flint with the steel,

answers: NDQ_000641

answers: Besides using flint with the steel,

answers: NDQ_000642

answers: non-porous

answers: NDQ_000643

answers: chert, jasper or chalcedony.

answers: NDQ_000644

answers: non-porous

answers: NDQ_000645

answers: chert, jasper or chalcedony.

answers: NDQ_000646

answers: flint

answers: NDQ_000647

answers: Besides using flint with the steel,

answers: NDQ_000648

answers: Besides using flint with the steel,

answers: NDQ_000649

answers: chert, jasper or chalcedony.

answers: NDQ_000650

answers: sharp edge,

answers: NDQ_000651

answers: Besides using flint with the steel,

answers: NDQ_000652

answers: flint

answers: NDQ_000653

answers: flint

answers: NDQ_000654

answers: flint

answers: NDQ_000655

answers: non-porous

text: |- bgcolor=#fefefe| 35001 ||  || November 7, 1978 || Palomar || E. F. Helin, S. J. Bus ||  —|-id=002 bgcolor=#d6d6d6| 35002 ||  || November 7, 1978 || Palomar || E. F. Helin, S. J. Bus ||  —|-id=003 bgcolor=#fefefe| 35003 ||  || June 25, 1979 || Siding Spring || E. F. Helin, S. J. Bus ||  —|-id=004 bgcolor=#E9E9E9| 35004 ||  || June 25, 1979 || Siding Spring || E. F. Helin, S. J. Bus ||  —|-id=005 bgcolor=#E9E9E9| 35005 ||  || June 25, 1979 || Siding Spring || E. F. Helin, S. J. Bus ||  —|-id=006 bgcolor=#E9E9E9| 35006 ||  || July 24, 1979 || Siding Spring || S. J. Bus ||  —|-id=007 bgcolor=#E9E9E9| 35007 ||  || July 24, 1979 || Siding Spring || S. J. Bus ||  —|-id=008 bgcolor=#d6d6d6| 35008 ||  || March 16, 1980 || La Silla || C.-I. Lagerkvist ||  —|-id=009 bgcolor=#fefefe| 35009 ||  || October 31, 1980 || Palomar || S. J. Bus ||  —|-id=010 bgcolor=#d6d6d6| 35010 ||  || February 28, 1981 || Siding Spring || S. J. Bus ||  —|-id=011 bgcolor=#E9E9E9| 35011 ||  || February 28, 1981 || Siding Spring || S. J. Bus ||  —|-id=012 bgcolor=#d6d6d6| 35012 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=013 bgcolor=#E9E9E9| 35013 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=014 bgcolor=#d6d6d6| 35014 ||  || March 7, 1981 || Siding Spring || S. J. Bus ||  —|-id=015 bgcolor=#E9E9E9| 35015 ||  || March 6, 1981 || Siding Spring || S. J. Bus ||  —|-id=016 bgcolor=#d6d6d6| 35016 ||  || March 6, 1981 || Siding Spring || S. J. Bus ||  —|-id=017 bgcolor=#fefefe| 35017 ||  || March 6, 1981 || Siding Spring || S. J. Bus ||  —|-id=018 bgcolor=#d6d6d6| 35018 ||  || March 1, 1981 || Siding Spring || S. J. Bus ||  —|-id=019 bgcolor=#fefefe| 35019 ||  || March 1, 1981 || Siding Spring || S. J. Bus ||  —|-id=020 bgcolor=#d6d6d6| 35020 ||  || March 1, 1981 || Siding Spring || S. J. Bus ||  —|-id=021 bgcolor=#d6d6d6| 35021 ||  || March 1, 1981 || Siding Spring || S. J. Bus ||  —|-id=022 bgcolor=#fefefe| 35022 ||  || March 1, 1981 || Siding Spring || S. J. Bus ||  —|-id=023 bgcolor=#E9E9E9| 35023 ||  || March 1, 1981 || Siding Spring || S. J. Bus ||  —|-id=024 bgcolor=#d6d6d6| 35024 ||  || March 1, 1981 || Siding Spring || S. J. Bus ||  —|-id=025 bgcolor=#d6d6d6| 35025 ||  || March 1, 1981 || Siding Spring || S. J. Bus ||  —|-id=026 bgcolor=#d6d6d6| 35026 ||  || March 6, 1981 || Siding Spring || S. J. Bus ||  —|-id=027 bgcolor=#E9E9E9| 35027 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=028 bgcolor=#E9E9E9| 35028 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=029 bgcolor=#fefefe| 35029 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=030 bgcolor=#d6d6d6| 35030 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=031 bgcolor=#E9E9E9| 35031 ||  || March 3, 1981 || Siding Spring || S. J. Bus ||  —|-id=032 bgcolor=#fefefe| 35032 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=033 bgcolor=#d6d6d6| 35033 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=034 bgcolor=#E9E9E9| 35034 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=035 bgcolor=#E9E9E9| 35035 ||  || March 1, 1981 || Siding Spring || S. J. Bus ||  —|-id=036 bgcolor=#d6d6d6| 35036 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=037 bgcolor=#d6d6d6| 35037 ||  || March 6, 1981 || Siding Spring || S. J. Bus ||  —|-id=038 bgcolor=#E9E9E9| 35038 ||  || March 7, 1981 || Siding Spring || S. J. Bus ||  —|-id=039 bgcolor=#E9E9E9| 35039 ||  || March 1, 1981 || Siding Spring || S. J. Bus ||  —|-id=040 bgcolor=#E9E9E9| 35040 ||  || March 1, 1981 || Siding Spring || S. J. Bus ||  —|-id=041 bgcolor=#d6d6d6| 35041 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=042 bgcolor=#fefefe| 35042 ||  || March 7, 1981 || Siding Spring || S. J. Bus ||  —|-id=043 bgcolor=#fefefe| 35043 ||  || March 1, 1981 || Siding Spring || S. J. Bus ||  —|-id=044 bgcolor=#E9E9E9| 35044 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=045 bgcolor=#d6d6d6| 35045 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=046 bgcolor=#E9E9E9| 35046 ||  || March 3, 1981 || Siding Spring || S. J. Bus ||  —|-id=047 bgcolor=#d6d6d6| 35047 ||  || March 6, 1981 || Siding Spring || S. J. Bus ||  —|-id=048 bgcolor=#d6d6d6| 35048 ||  || March 15, 1981 || Siding Spring || S. J. Bus ||  —|-id=049 bgcolor=#d6d6d6| 35049 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=050 bgcolor=#fefefe| 35050 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=051 bgcolor=#fefefe| 35051 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=052 bgcolor=#d6d6d6| 35052 ||  || May 15, 1982 || Palomar || Palomar Obs. ||  —|-id=053 bgcolor=#fefefe| 35053 ||  || October 25, 1982 || Nauchnij || L. V. Zhuravleva ||  —|-id=054 bgcolor=#E9E9E9| 35054 || 1983 WK || November 28, 1983 || Anderson Mesa || E. Bowell ||  —|-id=055 bgcolor=#fefefe| 35055 || 1984 RB || September 2, 1984 || Palomar || E. F. Helin ||  —|-id=056 bgcolor=#FA8072| 35056 Cullers || 1984 ST || September 28, 1984 || Palomar || C. S. Shoemaker, E. M. Shoemaker || |-id=057 bgcolor=#E9E9E9| 35057 ||  || September 23, 1984 || La Silla || H. Debehogne ||  —|-id=058 bgcolor=#fefefe| 35058 ||  || September 12, 1985 || La Silla || H. Debehogne ||  —|-id=059 bgcolor=#fefefe| 35059 ||  || August 27, 1986 || La Silla || H. Debehogne ||  —|-id=060 bgcolor=#E9E9E9| 35060 ||  || August 29, 1986 || La Silla || H. Debehogne ||  —|-id=061 bgcolor=#E9E9E9| 35061 ||  || August 29, 1986 || La Silla || H. Debehogne ||  —|-id=062 bgcolor=#fefefe| 35062 Sakuranosyou || 1988 EP || March 12, 1988 || Kobuchizawa || M. Inoue, O. Muramatsu || |-id=063 bgcolor=#fefefe| 35063 || 1988 FD || March 16, 1988 || Kushiro || S. Ueda, H. Kaneda ||  —|-id=064 bgcolor=#E9E9E9| 35064 ||  || September 14, 1988 || Cerro Tololo || S. J. Bus ||  —|-id=065 bgcolor=#d6d6d6| 35065 ||  || September 16, 1988 || Cerro Tololo || S. J. Bus ||  —|-id=066 bgcolor=#E9E9E9| 35066 ||  || September 16, 1988 || Cerro Tololo || S. J. Bus ||  —|-id=067 bgcolor=#fefefe| 35067 || 1989 LL || June 4, 1989 || Palomar || E. F. Helin ||  —|-id=068 bgcolor=#d6d6d6| 35068 ||  || September 26, 1989 || La Silla || E. W. Elst ||  —|-id=069 bgcolor=#fefefe| 35069 ||  || September 26, 1989 || La Silla || E. W. Elst ||  —|-id=070 bgcolor=#d6d6d6| 35070 ||  || October 7, 1989 || La Silla || E. W. Elst ||  —|-id=071 bgcolor=#fefefe| 35071 ||  || October 7, 1989 || La Silla || E. W. Elst ||  —|-id=072 bgcolor=#fefefe| 35072 ||  || October 7, 1989 || La Silla || E. W. Elst ||  —|-id=073 bgcolor=#fefefe| 35073 ||  || October 4, 1989 || La Silla || H. Debehogne ||  —|-id=074 bgcolor=#fefefe| 35074 ||  || October 25, 1989 || Gekko || Y. Oshima ||  —|-id=075 bgcolor=#d6d6d6| 35075 ||  || December 2, 1989 || La Silla || E. W. Elst ||  —|-id=076 bgcolor=#E9E9E9| 35076 Yataro ||  || January 21, 1990 || Geisei || T. Seki || |-id=077 bgcolor=#fefefe| 35077 ||  || July 30, 1990 || Palomar || H. E. Holt ||  —|-id=078 bgcolor=#fefefe| 35078 ||  || August 20, 1990 || La Silla || E. W. Elst ||  —|-id=079 bgcolor=#fefefe| 35079 ||  || August 16, 1990 || La Silla || E. W. Elst ||  —|-id=080 bgcolor=#fefefe| 35080 ||  || August 16, 1990 || La Silla || E. W. Elst ||  —|-id=081 bgcolor=#fefefe| 35081 ||  || August 16, 1990 || La Silla || E. W. Elst ||  —|-id=082 bgcolor=#fefefe| 35082 ||  || September 14, 1990 || Palomar || H. E. Holt ||  —|-id=083 bgcolor=#fefefe| 35083 ||  || September 22, 1990 || La Silla || E. W. Elst ||  —|-id=084 bgcolor=#fefefe| 35084 ||  || September 22, 1990 || La Silla || E. W. Elst ||  —|-id=085 bgcolor=#fefefe| 35085 ||  || September 16, 1990 || Palomar || H. E. Holt ||  —|-id=086 bgcolor=#fefefe| 35086 ||  || October 14, 1990 || Kleť || A. Mrkos ||  —|-id=087 bgcolor=#fefefe| 35087 von Sydow ||  || October 16, 1990 || La Silla || E. W. Elst || |-id=088 bgcolor=#fefefe| 35088 ||  || November 15, 1990 || La Silla || E. W. Elst ||  —|-id=089 bgcolor=#fefefe| 35089 ||  || November 18, 1990 || La Silla || E. W. Elst ||  —|-id=090 bgcolor=#fefefe| 35090 ||  || November 18, 1990 || La Silla || E. W. Elst ||  —|-id=091 bgcolor=#d6d6d6| 35091 ||  || November 18, 1990 || La Silla || E. W. Elst ||  —|-id=092 bgcolor=#fefefe| 35092 ||  || November 21, 1990 || La Silla || E. W. Elst ||  —|-id=093 bgcolor=#d6d6d6| 35093 Akicity ||  || March 14, 1991 || Geisei || T. Seki || |-id=094 bgcolor=#d6d6d6| 35094 ||  || April 8, 1991 || La Silla || E. W. Elst ||  —|-id=095 bgcolor=#fefefe| 35095 ||  || April 8, 1991 || La Silla || E. W. Elst ||  —|-id=096 bgcolor=#fefefe| 35096 ||  || April 8, 1991 || La Silla || E. W. Elst ||  —|-id=097 bgcolor=#E9E9E9| 35097 ||  || April 8, 1991 || La Silla || E. W. Elst ||  —|-id=098 bgcolor=#d6d6d6| 35098 ||  || April 8, 1991 || La Silla || E. W. Elst ||  —|-id=099 bgcolor=#fefefe| 35099 ||  || April 8, 1991 || La Silla || E. W. Elst ||  —|-id=100 bgcolor=#E9E9E9| 35100 || 1991 NK || July 8, 1991 || Palomar || E. F. Helin ||  —|}

text: |- bgcolor=#fefefe| 35001 ||  || November 7, 1978 ||

text: Palomar

text: E. F. Helin

text: S. J. Bus

text: ||  —|-id=002 bgcolor=#d6d6d6| 35002 ||  || November 7, 1978 || Palomar || E. F. Helin, S. J. Bus ||  —|-id=003 bgcolor=#fefefe| 35003 ||  || June 25, 1979 ||

text: Siding Spring

text: || E. F. Helin, S. J. Bus ||  —|-id=004 bgcolor=#E9E9E9| 35004 ||  || June 25, 1979 || Siding Spring || E. F. Helin, S. J. Bus ||  —|-id=005 bgcolor=#E9E9E9| 35005 ||  || June 25, 1979 || Siding Spring || E. F. Helin, S. J. Bus ||  —|-id=006 bgcolor=#E9E9E9| 35006 ||  || July 24, 1979 || Siding Spring || S. J. Bus ||  —|-id=007 bgcolor=#E9E9E9| 35007 ||  || July 24, 1979 || Siding Spring || S. J. Bus ||  —|-id=008 bgcolor=#d6d6d6| 35008 ||  || March 16, 1980 ||

text: La Silla

text: C.-I. Lagerkvist

text: ||  —|-id=009 bgcolor=#fefefe| 35009 ||  || October 31, 1980 ||

text: Palomar

text: S. J. Bus

text: ||  —|-id=010 bgcolor=#d6d6d6| 35010 ||  || February 28, 1981 ||

text: Siding Spring

text: Palomar

text: Palomar Obs.

text: ||  —|-id=053 bgcolor=#fefefe| 35053 ||  || October 25, 1982 ||

text: Nauchnij

text: L. V. Zhuravleva

text: ||  —|-id=054 bgcolor=#E9E9E9| 35054 || 1983 WK || November 28, 1983 ||

text: Anderson Mesa

text: E. Bowell

text: ||  —|-id=055 bgcolor=#fefefe| 35055 || 1984 RB || September 2, 1984 ||

text: Palomar

text: E. F. Helin

text: ||  —|-id=056 bgcolor=#FA8072| 35056 Cullers || 1984 ST || September 28, 1984 || Palomar ||

text: C. S. Shoemaker

text: E. M. Shoemaker

text: || |-id=057 bgcolor=#E9E9E9| 35057 ||  || September 23, 1984 ||

text: La Silla

text: H. Debehogne

text: ||  —|-id=058 bgcolor=#fefefe| 35058 ||  || September 12, 1985 || La Silla || H. Debehogne ||  —|-id=059 bgcolor=#fefefe| 35059 ||  || August 27, 1986 || La Silla || H. Debehogne ||  —|-id=060 bgcolor=#E9E9E9| 35060 ||  || August 29, 1986 || La Silla || H. Debehogne ||  —|-id=061 bgcolor=#E9E9E9| 35061 ||  || August 29, 1986 || La Silla || H. Debehogne ||  —|-id=062 bgcolor=#fefefe| 35062 Sakuranosyou || 1988 EP || March 12, 1988 ||

entity_name: List of asteroid-discovering observatories

text: Kobuchizawa

text: M. Inoue

text: O. Muramatsu

text: || |-id=063 bgcolor=#fefefe| 35063 || 1988 FD || March 16, 1988 ||

text: Kushiro

text: S. Ueda

text: H. Kaneda

text: ||  —|-id=064 bgcolor=#E9E9E9| 35064 ||  || September 14, 1988 ||

text: Cerro Tololo

text: S. J. Bus

text: ||  —|-id=065 bgcolor=#d6d6d6| 35065 ||  || September 16, 1988 || Cerro Tololo || S. J. Bus ||  —|-id=066 bgcolor=#E9E9E9| 35066 ||  || September 16, 1988 || Cerro Tololo || S. J. Bus ||  —|-id=067 bgcolor=#fefefe| 35067 || 1989 LL || June 4, 1989 ||

text: Palomar

text: E. F. Helin

text: ||  —|-id=068 bgcolor=#d6d6d6| 35068 ||  || September 26, 1989 ||

text: La Silla

text: E. W. Elst

text: ||  —|-id=069 bgcolor=#fefefe| 35069 ||  || September 26, 1989 || La Silla || E. W. Elst ||  —|-id=070 bgcolor=#d6d6d6| 35070 ||  || October 7, 1989 || La Silla || E. W. Elst ||  —|-id=071 bgcolor=#fefefe| 35071 ||  || October 7, 1989 || La Silla || E. W. Elst ||  —|-id=072 bgcolor=#fefefe| 35072 ||  || October 7, 1989 || La Silla || E. W. Elst ||  —|-id=073 bgcolor=#fefefe| 35073 ||  || October 4, 1989 || La Silla ||

text: H. Debehogne

text: ||  —|-id=074 bgcolor=#fefefe| 35074 ||  || October 25, 1989 ||

text: Gekko

text: Y. Oshima

text: ||  —|-id=075 bgcolor=#d6d6d6| 35075 ||  || December 2, 1989 ||

text: La Silla

text: E. W. Elst

text: ||  —|-id=076 bgcolor=#E9E9E9| 35076 Yataro ||  || January 21, 1990 ||

text: Geisei

text: T. Seki

text: || |-id=077 bgcolor=#fefefe| 35077 ||  || July 30, 1990 ||

text: Palomar

text: H. E. Holt

text: ||  —|-id=078 bgcolor=#fefefe| 35078 ||  || August 20, 1990 ||

text: La Silla

text: E. W. Elst

text: ||  —|-id=079 bgcolor=#fefefe| 35079 ||  || August 16, 1990 || La Silla || E. W. Elst ||  —|-id=080 bgcolor=#fefefe| 35080 ||  || August 16, 1990 || La Silla || E. W. Elst ||  —|-id=081 bgcolor=#fefefe| 35081 ||  || August 16, 1990 || La Silla || E. W. Elst ||  —|-id=082 bgcolor=#fefefe| 35082 ||  || September 14, 1990 ||

text: Palomar

text: H. E. Holt

text: ||  —|-id=083 bgcolor=#fefefe| 35083 ||  || September 22, 1990 ||

text: La Silla

text: E. W. Elst

text: ||  —|-id=084 bgcolor=#fefefe| 35084 ||  || September 22, 1990 || La Silla || E. W. Elst ||  —|-id=085 bgcolor=#fefefe| 35085 ||  || September 16, 1990 ||

text: Palomar

text: H. E. Holt

text: ||  —|-id=086 bgcolor=#fefefe| 35086 ||  || October 14, 1990 ||

text: Kleť

text: A. Mrkos

text: ||  —|-id=087 bgcolor=#fefefe| 35087 von Sydow ||  || October 16, 1990 ||

text: La Silla

text: E. W. Elst

text: || |-id=088 bgcolor=#fefefe| 35088 ||  || November 15, 1990 || La Silla || E. W. Elst ||  —|-id=089 bgcolor=#fefefe| 35089 ||  || November 18, 1990 || La Silla || E. W. Elst ||  —|-id=090 bgcolor=#fefefe| 35090 ||  || November 18, 1990 || La Silla || E. W. Elst ||  —|-id=091 bgcolor=#d6d6d6| 35091 ||  || November 18, 1990 || La Silla || E. W. Elst ||  —|-id=092 bgcolor=#fefefe| 35092 ||  || November 21, 1990 || La Silla || E. W. Elst ||  —|-id=093 bgcolor=#d6d6d6| 35093 Akicity ||  || March 14, 1991 ||

text: Geisei

text: T. Seki

text: || |-id=094 bgcolor=#d6d6d6| 35094 ||  || April 8, 1991 ||

text: La Silla

text: E. W. Elst

text: ||  —|-id=095 bgcolor=#fefefe| 35095 ||  || April 8, 1991 || La Silla || E. W. Elst ||  —|-id=096 bgcolor=#fefefe| 35096 ||  || April 8, 1991 || La Silla || E. W. Elst ||  —|-id=097 bgcolor=#E9E9E9| 35097 ||  || April 8, 1991 || La Silla || E. W. Elst ||  —|-id=098 bgcolor=#d6d6d6| 35098 ||  || April 8, 1991 || La Silla || E. W. Elst ||  —|-id=099 bgcolor=#fefefe| 35099 ||  || April 8, 1991 || La Silla || E. W. Elst ||  —|-id=100 bgcolor=#E9E9E9| 35100 || 1991 NK || July 8, 1991 ||

text: Palomar

text: E. F. Helin

answers: NDQ_000611

answers: carries a lot of salt, but it can also carry a lot of dissolved oxygen.

answers: NDQ_000613

answers: —|-|-id=002 bgcolor=#fefefe| 35001 || || November 7, 1978 || Palomar || E. F. Helin, S. J. Bus

answers: NDQ_000615

answers: swell.

answers: NDQ_000616

answers: California's deserts.

answers: NDQ_000619

answers: Geysers erupt because...

answers: NDQ_000624

answers: The water table in an area may rise or fall.

answers: NDQ_000627

answers: An aquifer usually forms in a layer of clay.

answers: NDQ_000629

answers: The rock layer below an aquifer always consists of permeable rock.

answers: NDQ_000630

answers: Water in hot springs is heated by hot magma.

answers: NDQ_000631

answers: Aquifers are a major source of water in many parts of the world.

answers: NDQ_000632

answers: Aquifers are generally found at the same depths.

answers: NDQ_000633

answers: It is impossible for an aquifer to ever run dry. It is impossible for an aquifer to ever run dry.

answers: NDQ_000634

answers: ||||| The Ogallala aquifer is one of the biggest aquifers in the world. ||||| The Ogallala aquifer is one of the biggest aquifers in the world.

answers: NDQ_000635

answers: Land use in an area can affect the amount of water that is available to enter groundwater.

answers: NDQ_000636

answers: NDQ_000637

answers: A good aquifer has rock in it that is porous and permeable.

answers: NDQ_000638

answers: The bottom layer of an aquifer has impermeable rock.

answers: NDQ_000639

answers: Many hot springs are also mineral springs.

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping deeper underground. ||||| The water table keeps water in an aquifer from seeping deeper underground.

answers: NDQ_000641

answers: Water flows out of a well due to gravity.

answers: NDQ_000642

answers: NDQ_000643

answers: a geologic formation

answers: NDQ_000644

answers: is a term used to describe the structure of a mineral.

answers: NDQ_000645

answers: the top of an underground rock layer that is

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: Earth's surface

answers: NDQ_000648

answers: water that enters an aquifer

answers: NDQ_000649

answers: Water infiltrates the ground where rock is

answers: NDQ_000650

answers: is located near a major source of pollution, such as an oil refinery.

answers: NDQ_000651

answers: State of Oklahoma.

answers: NDQ_000652

answers: Earthquake

answers: NDQ_000653

answers: Earth's oceans

answers: NDQ_000654

answers: An aquifer is recharged by

answers: NDQ_000655

answers: saline

answers: NDQ_000611

answers: Siding Spring

answers: NDQ_000613

answers: 35008

answers: NDQ_000615

answers: 35007

answers: NDQ_000616

answers: Siding Spring

answers: NDQ_000619

answers: 35008

answers: NDQ_000624

answers: 35004

answers: NDQ_000627

answers: 35008

answers: NDQ_000629

answers: March 16, 1980

answers: NDQ_000630

answers: Siding Spring

answers: NDQ_000631

answers: Siding Spring

answers: NDQ_000632

answers: Siding Spring

answers: NDQ_000633

answers: 35008

answers: NDQ_000634

answers: Bus

answers: NDQ_000635

answers: bgcolor=#E9E9E9| 35004

answers: NDQ_000636

answers: Bus

answers: NDQ_000637

answers: bgcolor=#E9E9E9| 35004

answers: NDQ_000638

answers: La Silla

answers: NDQ_000639

answers: Siding Spring

answers: NDQ_000640

answers: La Silla

answers: NDQ_000641

answers: 35004

answers: NDQ_000642

answers: F. Helin, S. J. Bus

answers: NDQ_000643

answers: La Silla

answers: NDQ_000644

answers: 35007

answers: NDQ_000645

answers: Siding Spring

answers: NDQ_000646

answers: Siding Spring

answers: NDQ_000647

answers: bgcolor=#d6d6d6| 35008

answers: NDQ_000648

answers: Siding Spring

answers: NDQ_000649

answers: 35004

answers: NDQ_000650

answers: Bus

answers: NDQ_000651

answers: July 24, 1979

answers: NDQ_000652

answers: Siding Spring

answers: NDQ_000653

answers: Siding Spring

answers: NDQ_000654

answers: Siding Spring

answers: NDQ_000655

answers: La Silla

text: 70% of Gujarat's area is classified as semi-arid to arid climatically, thus the demand on water from various economic activities puts a strain on the supply. Of the total gross irrigated area, 16–17% is irrigated by government-owned canals and 83–84% by privately owned tube wells and other wells extracting groundwater, which is the predominant source of irrigation and water supply to the agricultural areas. As a result, Gujarat has faced problems with groundwater depletion, especially after demand for water went up in the 1960s. As access to electricity in rural areas increased, subermersible electric pumps became more popular in the 1980s and 1990s. However, the Gujarat Electricity Board switched to flat tariff rates linked to the horsepower of pumps, which increased tubewell irrigation again and decreased the use of electric pumps. By the 1990s, groundwater abstraction rates exceeded groundwater recharge rate in many districts, whilst only 37.5% of all districts has "safe" recharge rates. Groundwater maintenance and preventing unnecessary loss of the available water supplies is now an issue faced by the state. The Sardar Sarovar Project, a debated dam project in the Narmada valley consisting of a network of canals, has significantly increased irrigation in the region. However, its impact on communities who were displaced is still a contested issue. Recently, in 2012, Gujarat began an experiment to reduce water loss due to evaporation in canals and to increase sustainability in the area by constructing solar panels over the canals. A one megawatt (MW) solar power project set up at Chandrasan, Gujarat uses solar panels fixed over a 750-metre stretch of an irrigation canal. Unlike many solar power projects, this one does not take up large amounts of land since the panels are constructed over the canals, and not on additional land. This results in lower upfront costs since land does not need to be acquired, cleared or modified to set up the panels. The Chandrasan project is projected to save 9 million litres of water per year.

answers: NDQ_000611

answers: is the predominant source of irrigation and water supply to what?

answers: NDQ_000613

answers: groundwater abstraction rates exceeded groundwater recharge rate

answers: NDQ_000615

answers: increase by how much?

answers: NDQ_000616

answers: groundwater abstraction

answers: NDQ_000619

answers: groundwater is depleted

answers: NDQ_000624

answers: groundwater depletion

answers: NDQ_000627

answers: What is the predominant source of irrigation and water supply to the agricultural areas?

answers: NDQ_000629

answers: What is the predominant source of irrigation and water supply to the agricultural areas?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: What is the predominant source of irrigation and water supply to the agricultural areas?

answers: NDQ_000632

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

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: Which aquifer is one of the biggest in the world?

answers: NDQ_000635

answers: What is the predominant source of irrigation and water supply to the agricultural areas?

answers: NDQ_000636

answers: 83–84% by privately owned tube wells

answers: NDQ_000637

answers: What is the predominant source of irrigation and water supply to the agricultural areas?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: What is the predominant source of irrigation and water supply to the agricultural areas?

answers: NDQ_000640

answers: What is the predominant source of irrigation and water supply to the agricultural areas?

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: tube wells

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: tube wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: tube wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: What is the predominant source of irrigation and water supply to the agricultural areas?

answers: NDQ_000650

answers: demand for water goes up in the 1960s

answers: NDQ_000651

answers: Gujarat

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater abstraction

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: the predominant source of irrigation and water supply to the agricultural areas.

answers: NDQ_000613

answers: Groundwater maintenance and preventing unnecessary loss of the available water supplies

answers: NDQ_000615

answers: evaporation

answers: NDQ_000616

answers: groundwater,

answers: NDQ_000619

answers: evaporation

answers: NDQ_000624

answers: groundwater,

answers: NDQ_000627

answers: groundwater,

answers: NDQ_000629

answers: solar panels

answers: NDQ_000630

answers: canals.

answers: NDQ_000631

answers: groundwater,

answers: NDQ_000632

answers: canals.

answers: NDQ_000633

answers: evaporation

answers: NDQ_000634

answers: 9 million litres of water per year.

answers: NDQ_000635

answers: the demand on water from various economic activities

answers: NDQ_000636

answers: groundwater,

answers: NDQ_000637

answers: groundwater,

answers: NDQ_000638

answers: evaporation

answers: NDQ_000639

answers: groundwater,

answers: NDQ_000640

answers: solar panels

answers: NDQ_000641

answers: 750

answers: NDQ_000642

answers: the panels are constructed over the canals, and not on additional land.

answers: NDQ_000643

answers: groundwater,

answers: NDQ_000644

answers: tube wells

answers: NDQ_000645

answers: groundwater,

answers: NDQ_000646

answers: tube wells

answers: NDQ_000647

answers: groundwater,

answers: NDQ_000648

answers: groundwater,

answers: NDQ_000649

answers: groundwater,

answers: NDQ_000650

answers: evaporation

answers: NDQ_000651

answers: groundwater,

answers: NDQ_000652

answers: groundwater,

answers: NDQ_000653

answers: groundwater,

answers: NDQ_000654

answers: groundwater,

answers: NDQ_000655

answers: groundwater,

text: Underneath several hundred feet of Holocene-age alluvium, deposited by thousands of years of runoff from the mountains that ring the Central Valley, is the Pleistocene Tulare Formation, which forms an impermeable cap to the underlying San Joaquin Clay, the principal gas-bearing unit.  This unit varies in thickness from 2,200 to , and has an average porosity of 28%.  Drillers of early boreholes had determined that deeper formations contained oil, but since it never flowed, those prospectors guessed that the permeability of the units was insufficient for the field ever to be commercially viable.  Wells drilled in 1956 and subsequent years, however, proved this wrong.  Underneath the San Joaquin Clay is the Etchegoin Formation, which contains the Randolph Pool, a unit which turned out to be moderately productive.  Its average depth is  and the oil-bearing, highly porous subunit has a thickness of about .  Beneath this unit are several other rock units with no oil, including  of the Monterey Formation; but underneath several other rock layers yet another oil pool was found in the Oligocene-age Vedder Sands, at a depth of .  This unit produced from only a single well, from 1975 until it was abandoned in 1977, and was the deepest oil-producing unit ever exploited in California.  Oil from this depth was light, with an API gravity of 42, and came up with a temperature of , along with a reservoir pressure of 8,200 psi.

text: Underneath several hundred feet of

text: Holocene

text: -age alluvium, deposited by thousands of years of runoff from the mountains that ring the Central Valley, is the

text: Pleistocene

text: Tulare Formation, which forms an impermeable cap to the underlying San Joaquin Clay, the principal gas-bearing unit.  This unit varies in thickness from 2,200 to , and has an average porosity of 28%.  Drillers of early boreholes had determined that deeper formations contained oil, but since it never flowed, those prospectors guessed that the permeability of the units was insufficient for the field ever to be commercially viable.  Wells drilled in 1956 and subsequent years, however, proved this wrong.  Underneath the San Joaquin Clay is the Etchegoin Formation, which contains the Randolph Pool, a unit which turned out to be moderately productive.  Its average depth is  and the oil-bearing, highly porous subunit has a thickness of about .  Beneath this unit are several other rock units with no oil, including  of the

text: Monterey Formation

text: ; but underneath several other rock layers yet another oil pool was found in the

text: Oligocene

text: -age Vedder Sands, at a depth of .  This unit produced from only a single well, from 1975 until it was abandoned in 1977, and was the deepest oil-producing unit ever exploited in California.  Oil from this depth was light, with an

text: API gravity

text: of 42, and came up with a temperature of , along with a reservoir pressure of 8,200 psi.

answers: NDQ_000611

answers: What is the primary gas-bearing unit?

answers: NDQ_000613

answers: impermeable cap

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: runoff

answers: NDQ_000619

answers: runoff from the mountains

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: No

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How does the Central Valley get its water?

answers: NDQ_000636

answers: What is the average depth of the Randolph Pool?

answers: NDQ_000637

answers: Yes

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: Which of the following is not a mineral spring: Holocene-age alluvium, deposited by thousands of years of runoff

answers: NDQ_000640

answers: impermeable

answers: NDQ_000641

answers: no

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: San Joaquin Clay

answers: NDQ_000644

answers: porosity

answers: NDQ_000645

answers: San Joaquin Clay

answers: NDQ_000646

answers: borehole

answers: NDQ_000647

answers: under the San Joaquin Clay

answers: NDQ_000648

answers: runoff

answers: NDQ_000649

answers: deposited by thousands of years

answers: NDQ_000650

answers: has a thicker layer

answers: NDQ_000651

answers: Central Valley

answers: NDQ_000652

answers: alluvium

answers: NDQ_000653

answers: Vedder Sands

answers: NDQ_000654

answers: runoff

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: runoff

answers: NDQ_000613

answers: impermeable

answers: NDQ_000615

answers: runoff

answers: NDQ_000616

answers: runoff

answers: NDQ_000619

answers: runoff

answers: NDQ_000624

answers: runoff

answers: NDQ_000627

answers: San Joaquin Clay,

answers: NDQ_000629

answers: Oligocene-age

answers: NDQ_000630

answers: Randolph Pool,

answers: NDQ_000631

answers: San Joaquin Clay,

answers: NDQ_000632

answers: 2,200 to, and has an average porosity of 28%.

answers: NDQ_000633

answers: oil, but since it never flowed,

answers: NDQ_000634

answers: about.

answers: NDQ_000635

answers: runoff

answers: NDQ_000636

answers: about.

answers: NDQ_000637

answers: oil-bearing,

answers: NDQ_000638

answers: Pleistocene Tulare Formation,

answers: NDQ_000639

answers: gas-bearing

answers: NDQ_000640

answers: impermeable cap

answers: NDQ_000641

answers: oil, but since it never flowed,

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: San Joaquin Clay,

answers: NDQ_000644

answers: porosity

answers: NDQ_000645

answers: Pleistocene Tulare Formation,

answers: NDQ_000646

answers: boreholes

answers: NDQ_000647

answers: runoff

answers: NDQ_000648

answers: runoff

answers: NDQ_000649

answers: runoff

answers: NDQ_000650

answers: runoff

answers: NDQ_000651

answers: California.

answers: NDQ_000652

answers: runoff

answers: NDQ_000653

answers: runoff

answers: NDQ_000654

answers: runoff

answers: NDQ_000655

answers: highly porous

text: The surface water which is the water visibly seen in wetland systems only represents a portion of the overall water cycle which also includes atmospheric water and groundwater. Wetland systems are directly linked to groundwater and a crucial regulator of both the quantity and quality of water found below the ground. Wetland systems that are made of permeable sediments like limestone or occur in areas with highly variable and fluctuating water tables especially have a role in groundwater replenishment or water recharge. Sediments that are porous allow water to filter down through the soil and overlying rock into aquifers which are the source of 95% of the world's drinking water. Wetlands can also act as recharge areas when the surrounding water table is low and as a discharge zone when it is too high. Karst (cave) systems are a unique example of this system and are a connection of underground rivers influenced by rain and other forms of precipitation. These wetland systems are capable of regulating changes in the water table on upwards of .

text: The

text: surface water

text: which is the water visibly seen in wetland systems only represents a portion of the overall water cycle which also includes

text: atmospheric water

text: and

text: groundwater

text: . Wetland systems are directly linked to groundwater and a crucial regulator of both the quantity and

text: quality of water

text: found below the ground. Wetland systems that are made of

text: permeable

text: sediment

text: s like

text: limestone

text: or occur in areas with highly variable and fluctuating water tables especially have a role in

text: groundwater replenishment

text: or

text: water recharge

text: . Sediments that are

text: porous

text: allow water to filter down through the soil and overlying rock into

text: aquifers

text: which are the source of 95% of the world's drinking water. Wetlands can also act as recharge areas when the surrounding water table is low and as a discharge zone when it is too high.

text: Karst

text: (cave) systems are a unique example of this system and are a connection of underground rivers influenced by rain and other forms of

text: precipitation

text: . These wetland systems are capable of regulating changes in the water table on upwards of .

answers: NDQ_000611

answers: is found below the earth's surface

answers: NDQ_000613

answers: sediments that are porous

answers: NDQ_000615

answers: lower

answers: NDQ_000616

answers: Wetlands

answers: NDQ_000619

answers: groundwater levels are too high.

answers: NDQ_000624

answers: fluctuate

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: 95%

answers: NDQ_000635

answers: What is a crucial regulator of both the quantity and quality of water found below the ground?

answers: NDQ_000636

answers: 95%

answers: NDQ_000637

answers: yes

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: What is the source of 95% of the world's drinking water?

answers: NDQ_000640

answers: when it is too high

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unpermeable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: Aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: Sediments that are porous

answers: NDQ_000649

answers: aquifers

answers: NDQ_000650

answers: discharge zone is too high

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: Aquifers

answers: NDQ_000654

answers: Wetland

answers: NDQ_000655

answers: Karst

answers: NDQ_000611

answers: below the ground.

answers: NDQ_000613

answers: Sediments that are porous

answers: NDQ_000615

answers: discharge zone

answers: NDQ_000616

answers: Sediments

answers: NDQ_000619

answers: rain and other forms of precipitation.

answers: NDQ_000624

answers: fluctuating water tables

answers: NDQ_000627

answers: rock

answers: NDQ_000629

answers: Sediments that are porous

answers: NDQ_000630

answers: Wetland systems are directly linked to groundwater

answers: NDQ_000631

answers: 95% of the world's drinking water.

answers: NDQ_000632

answers: aquifers

answers: NDQ_000633

answers: 95% of the world's drinking water.

answers: NDQ_000634

answers: 95% of the world's drinking water.

answers: NDQ_000635

answers: Wetland systems

answers: NDQ_000636

answers: 95% of the world's drinking water.

answers: NDQ_000637

answers: 95% of the world's drinking water.

answers: NDQ_000638

answers: 95% of the world's drinking water.

answers: NDQ_000639

answers: limestone

answers: NDQ_000640

answers: high.

answers: NDQ_000641

answers: 95% of the world's drinking water.

answers: NDQ_000642

answers: Sediments

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: aquifers

answers: NDQ_000646

answers: aquifers

answers: NDQ_000647

answers: groundwater.

answers: NDQ_000648

answers: water to filter down through the soil and overlying rock

answers: NDQ_000649

answers: overlying rock into aquifers

answers: NDQ_000650

answers: too high.

answers: NDQ_000651

answers: 95% of the world's drinking water.

answers: NDQ_000652

answers: aquifers

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: water to filter down through the soil and overlying rock

answers: NDQ_000655

answers: porous

text: A Guinness World Record of 2,865 simultaneous geysers was set on 17 October 2010, in an event organized by Perfetti Van Melle (Philippines) at the SM Mall of Asia Complex, in Manila, Philippines. This record was afterwards beaten in November 2014 by another event organized by Perfetti Van Melle and Chupa Chups in Leon, Guanajuato, Mexico where 4,334 Mentos and soda fountains were set off simultaneously.

text: A

text: Guinness World Record

text: of 2,865 simultaneous geysers was set on 17 October 2010, in an event organized by

text: Perfetti Van Melle

text: (Philippines) at the

text: SM Mall of Asia

text: Complex, in

text: Manila

text: , Philippines. This record was afterwards beaten in November 2014 by another event organized by

text: Perfetti Van Melle

text: and

text: Chupa Chups

text: in

text: Leon, Guanajuato

text: , Mexico where 4,334 Mentos and soda fountains were set off simultaneously.

answers: NDQ_000611

answers: causes geysers

answers: NDQ_000613

answers: 2,865 simultaneous geysers

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: evaporation

answers: NDQ_000619

answers: Earth's magnetic field is too strong

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: geysers

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: Can land use affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: the Ogallala aquifer

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: geysers

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: how does gravity work

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: ice

answers: NDQ_000648

answers: aquifer

answers: NDQ_000649

answers: infiltrates

answers: NDQ_000650

answers: has a large amount of industry

answers: NDQ_000651

answers: Mexico

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: geysers

answers: NDQ_000613

answers: 2,865 simultaneous geysers

answers: NDQ_000615

answers: 2,865 simultaneous geysers

answers: NDQ_000616

answers: geysers

answers: NDQ_000619

answers: 4,334 Mentos and soda fountains

answers: NDQ_000624

answers: SM Mall of Asia Complex,

answers: NDQ_000627

answers: SM Mall of Asia Complex,

answers: NDQ_000629

answers: 2,865 simultaneous geysers

answers: NDQ_000630

answers: 2,865 simultaneous geysers

answers: NDQ_000631

answers: SM Mall of Asia Complex, in Manila, Philippines.

answers: NDQ_000632

answers: simultaneously.

answers: NDQ_000633

answers: 2,865 simultaneous geysers

answers: NDQ_000634

answers: 2,865 simultaneous geysers

answers: NDQ_000635

answers: SM Mall of Asia Complex,

answers: NDQ_000636

answers: SM Mall of Asia Complex, in Manila, Philippines.

answers: NDQ_000637

answers: 2,865 simultaneous geysers was set on 17 October 2010,

answers: NDQ_000638

answers: 4,334

answers: NDQ_000639

answers: geysers

answers: NDQ_000640

answers: 2,865 simultaneous geysers

answers: NDQ_000641

answers: geysers

answers: NDQ_000642

answers: soda fountains

answers: NDQ_000643

answers: geysers

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: geysers

answers: NDQ_000646

answers: 2,865 simultaneous geysers was set on 17 October 2010,

answers: NDQ_000647

answers: geysers

answers: NDQ_000648

answers: geysers

answers: NDQ_000649

answers: 2,865 simultaneous geysers

answers: NDQ_000650

answers: 4,334 Mentos and soda fountains

answers: NDQ_000651

answers: Philippines.

answers: NDQ_000652

answers: geysers

answers: NDQ_000653

answers: Philippines.

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geysers

text: Deep wells are also used for aquifer testing and for groundwater drainage by wells.

text: Deep wells

text: are also used for

text: aquifer test

text: ing and for groundwater

text: drainage by wells

answers: NDQ_000611

answers: is drained from the surface of the earth.

answers: NDQ_000613

answers: deep wells

answers: NDQ_000615

answers: be higher than normal.

answers: NDQ_000616

answers: groundwater drainage

answers: NDQ_000619

answers: groundwater is drained from the ground.

answers: NDQ_000624

answers: What will happen to the water table?

answers: NDQ_000627

answers: (iii).

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: Which of the following is not a source of heat in a hot spring?

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: It's impossible to say

answers: NDQ_000636

answers: None of the above choices.

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: The water table keeps water from seeping deeper underground.

answers: NDQ_000641

answers: It is not possible to tell

answers: NDQ_000642

answers: can not be used for aquifer testing

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: can be used for aquifer testing

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: is a well

answers: NDQ_000647

answers: is aquifer

answers: NDQ_000648

answers: is groundwater

answers: NDQ_000649

answers: softer

answers: NDQ_000650

answers: drains

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: groundwater drainage

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: groundwater drainage by wells.

answers: NDQ_000613

answers: Deep wells

answers: NDQ_000615

answers: groundwater drainage

answers: NDQ_000616

answers: Deep wells

answers: NDQ_000619

answers: Deep wells

answers: NDQ_000624

answers: Deep wells

answers: NDQ_000627

answers: Deep wells

answers: NDQ_000629

answers: Deep wells

answers: NDQ_000630

answers: Deep wells

answers: NDQ_000631

answers: Deep wells

answers: NDQ_000632

answers: Deep wells

answers: NDQ_000633

answers: Deep wells

answers: NDQ_000634

answers: Deep wells

answers: NDQ_000635

answers: Deep wells

answers: NDQ_000636

answers: Deep wells

answers: NDQ_000637

answers: Deep wells

answers: NDQ_000638

answers: Deep wells

answers: NDQ_000639

answers: Deep wells

answers: NDQ_000640

answers: Deep wells

answers: NDQ_000641

answers: Deep wells

answers: NDQ_000642

answers: Deep wells

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: Deep wells

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: Deep wells

answers: NDQ_000647

answers: aquifer testing and for groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Deep wells

answers: NDQ_000650

answers: Deep wells

answers: NDQ_000651

answers: Deep wells

answers: NDQ_000652

answers: Deep wells

answers: NDQ_000653

answers: Deep wells

answers: NDQ_000654

answers: Deep wells

answers: NDQ_000655

answers: Deep wells are also used for aquifer

text: Malvern is a city in and the county seat of Hot Spring County, Arkansas. Founded as a railroad stop within the Ouachita Mountains, the community's history and economy have been tied to available agricultural and mineral resources. Specifically, the production of bricks from locally available clay has earned the city the nickname, "The Brick Capital of the World". The city had a population of 10,318 at the time of the 2010 census.

text: Malvern is a city in and the

text: county seat

text: of

text: Hot Spring County

text: Arkansas

text: . Founded as a railroad stop within the

text: Ouachita Mountains

text: , the community's history and economy have been tied to available agricultural and mineral resources. Specifically, the production of

text: brick

text: s from locally available clay has earned the city the nickname, "The Brick Capital of the World". The city had a population of 10,318 at the time of the

text: 2010 census

answers: NDQ_000611

answers: is a source of water

answers: NDQ_000613

answers: aquifer

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Ouachita Mountains

answers: NDQ_000619

answers: Hot Spring County, Arkansas is located in a mountainous area

answers: NDQ_000624

answers: What is the nickname of the Brick Capital of the World?

answers: NDQ_000627

answers: What is the nickname of the Brick Capital of the World?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: How many people live in Malvern?

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the reason for the nickname, "The Brick Capital of the World"?

answers: NDQ_000636

answers: How many people live in Malvern?

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a mineral spring: hot springs, clay or mineral springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: clay

answers: NDQ_000644

answers: bricks

answers: NDQ_000645

answers: Hot Spring County

answers: NDQ_000646

answers: Hot Spring

answers: NDQ_000647

answers: Hot Spring

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: The brick capital of the world

answers: NDQ_000650

answers: has been polluted

answers: NDQ_000651

answers: Arkansas

answers: NDQ_000652

answers: Mountains

answers: NDQ_000653

answers: the oceans

answers: NDQ_000654

answers: water

answers: NDQ_000655

answers: saline

answers: NDQ_000611

answers: Ouachita Mountains,

answers: NDQ_000613

answers: agricultural and mineral resources.

answers: NDQ_000615

answers: Hot Spring County,

answers: NDQ_000616

answers: Ouachita Mountains,

answers: NDQ_000619

answers: Ouachita Mountains,

answers: NDQ_000624

answers: Ouachita Mountains,

answers: NDQ_000627

answers: "The Brick Capital of the World".

answers: NDQ_000629

answers: 10,318

answers: NDQ_000630

answers: Hot Spring County,

answers: NDQ_000631

answers: Ouachita Mountains,

answers: NDQ_000632

answers: Ouachita Mountains,

answers: NDQ_000633

answers: 10,318

answers: NDQ_000634

answers: "The Brick Capital of the World".

answers: NDQ_000635

answers: agricultural and mineral resources.

answers: NDQ_000636

answers: agricultural

answers: NDQ_000637

answers: Ouachita Mountains,

answers: NDQ_000638

answers: 10,318

answers: NDQ_000639

answers: mineral resources.

answers: NDQ_000640

answers: 10,318

answers: NDQ_000641

answers: 10,318

answers: NDQ_000642

answers: bricks

answers: NDQ_000643

answers: Ouachita Mountains,

answers: NDQ_000644

answers: bricks

answers: NDQ_000645

answers: Ouachita Mountains,

answers: NDQ_000646

answers: Hot Spring County,

answers: NDQ_000647

answers: Ouachita Mountains,

answers: NDQ_000648

answers: Ouachita Mountains,

answers: NDQ_000649

answers: clay

answers: NDQ_000650

answers: agricultural and mineral resources.

answers: NDQ_000651

answers: Arkansas.

answers: NDQ_000652

answers: Ouachita Mountains,

answers: NDQ_000653

answers: Ouachita Mountains,

answers: NDQ_000654

answers: Ouachita Mountains,

answers: NDQ_000655

answers: "The Brick Capital of the World".

text: |- bgcolor=#d6d6d6| 99901 ||  || August 29, 2002 || Palomar || NEAT ||  —|-id=902 bgcolor=#fefefe| 99902 ||  || August 18, 2002 || Palomar || S. F. Hönig ||  —|-id=903 bgcolor=#E9E9E9| 99903 ||  || August 17, 2002 || Palomar || S. F. Hönig ||  —|-id=904 bgcolor=#d6d6d6| 99904 ||  || August 27, 2002 || Palomar || S. F. Hönig ||  —|-id=905 bgcolor=#d6d6d6| 99905 Jeffgrossman ||  || August 27, 2002 || Palomar || R. Matson || |-id=906 bgcolor=#d6d6d6| 99906 Uofalberta ||  || August 17, 2002 || Palomar || A. Lowe || |-id=907 bgcolor=#FFC2E0| 99907 || 1989 VA || November 2, 1989 || Palomar || C. S. Shoemaker ||  —|-id=908 bgcolor=#E9E9E9| 99908 ||  || July 20, 1990 || Palomar || A. Lowe ||  —|-id=909 bgcolor=#E9E9E9| 99909 ||  || August 10, 1994 || La Silla || E. W. Elst ||  —|-id=910 bgcolor=#E9E9E9| 99910 ||  || October 2, 1994 || Kitt Peak || Spacewatch ||  —|-id=911 bgcolor=#fefefe| 99911 ||  || September 28, 1995 || Xinglong || SCAP ||  —|-id=912 bgcolor=#fefefe| 99912 ||  || October 31, 1995 || Modra || A. Galád, A. Pravda ||  —|-id=913 bgcolor=#FA8072| 99913 ||  || February 7, 1997 || Haleakala || NEAT ||  —|-id=914 bgcolor=#d6d6d6| 99914 ||  || September 30, 1997 || Kitt Peak || Spacewatch ||  —|-id=915 bgcolor=#FA8072| 99915 ||  || October 2, 1997 || Caussols || ODAS ||  —|-id=916 bgcolor=#E9E9E9| 99916 ||  || January 3, 1998 || Woomera || F. B. Zoltowski ||  —|-id=917 bgcolor=#fefefe| 99917 ||  || April 18, 1998 || Socorro || LINEAR ||  —|-id=918 bgcolor=#E9E9E9| 99918 ||  || September 18, 1998 || Catalina || CSS ||  —|-id=919 bgcolor=#fefefe| 99919 ||  || September 8, 1999 || Ondřejov || L. Kotková ||  —|-id=920 bgcolor=#E9E9E9| 99920 ||  || September 7, 1999 || Socorro || LINEAR ||  —|-id=921 bgcolor=#fefefe| 99921 ||  || September 15, 1999 || Ondřejov || P. Pravec, P. Kušnirák ||  —|-id=922 bgcolor=#fefefe| 99922 ||  || September 13, 1999 || Socorro || LINEAR ||  —|-id=923 bgcolor=#fefefe| 99923 ||  || December 4, 1999 || Catalina || CSS ||  —|-id=924 bgcolor=#E9E9E9| 99924 ||  || January 4, 2000 || Socorro || LINEAR ||  —|-id=925 bgcolor=#E9E9E9| 99925 ||  || February 4, 2000 || Socorro || LINEAR ||  —|-id=926 bgcolor=#E9E9E9| 99926 ||  || February 8, 2000 || Socorro || LINEAR ||  —|-id=927 bgcolor=#E9E9E9| 99927 ||  || March 9, 2000 || Socorro || LINEAR ||  —|-id=928 bgcolor=#d6d6d6| 99928 Brainard ||  || March 4, 2000 || Catalina || CSS || |-id=929 bgcolor=#E9E9E9| 99929 ||  || March 29, 2000 || Socorro || LINEAR ||  —|-id=930 bgcolor=#d6d6d6| 99930 ||  || April 4, 2000 || Socorro || LINEAR ||  —|-id=931 bgcolor=#fefefe| 99931 ||  || September 24, 2000 || Socorro || LINEAR ||  —|-id=932 bgcolor=#fefefe| 99932 ||  || November 1, 2000 || Socorro || LINEAR ||  —|-id=933 bgcolor=#fefefe| 99933 ||  || December 30, 2000 || Socorro || LINEAR ||  —|-id=934 bgcolor=#fefefe| 99934 ||  || February 16, 2001 || Socorro || LINEAR ||  —|-id=935 bgcolor=#FFC2E0| 99935 ||  || January 8, 2002 || Socorro || LINEAR ||  —|-id=936 bgcolor=#d6d6d6| 99936 ||  || September 11, 2002 || Palomar || NEAT ||  —|-id=937 bgcolor=#d6d6d6| 99937 ||  || August 25, 2003 || Socorro || LINEAR ||  —|-id=938 bgcolor=#E9E9E9| 99938 ||  || October 19, 2003 || Palomar || NEAT ||  —|-id=939 bgcolor=#d6d6d6| 99939 ||  || October 20, 2003 || Socorro || LINEAR ||  —|-id=940 bgcolor=#fefefe| 99940 ||  || October 27, 2003 || Socorro || LINEAR ||  —|-id=941 bgcolor=#E9E9E9| 99941 ||  || November 23, 2003 || Catalina || CSS ||  —|-id=942 bgcolor=#FFC2E0| 99942 Apophis ||  || June 19, 2004 || Kitt Peak || R. A. Tucker, D. J. Tholen, F. Bernardi || |-id=943 bgcolor=#C2FFFF| 99943 ||  || January 6, 2005 || Catalina || CSS ||  —|-id=944 bgcolor=#d6d6d6| 99944 || 2710 P-L || September 24, 1960 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=945 bgcolor=#fefefe| 99945 || 4589 P-L || September 24, 1960 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=946 bgcolor=#fefefe| 99946 || 4134 T-1 || March 26, 1971 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=947 bgcolor=#E9E9E9| 99947 || 4220 T-2 || September 29, 1973 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=948 bgcolor=#E9E9E9| 99948 ||  || September 23, 1952 || Mount Wilson || L. E. Cunningham ||  —|-id=949 bgcolor=#E9E9E9| 99949 Miepgies || 1972 FD || March 16, 1972 || Palomar || T. Gehrels || |-id=950 bgcolor=#C2FFFF| 99950 Euchenor ||  || September 19, 1973 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels || |-id=951 bgcolor=#d6d6d6| 99951 ||  || September 30, 1975 || Palomar || S. J. Bus ||  —|-id=952 bgcolor=#fefefe| 99952 ||  || September 30, 1975 || Palomar || S. J. Bus ||  —|-id=953 bgcolor=#E9E9E9| 99953 || 1978 ND || July 7, 1978 || Palomar || C. T. Kowal ||  —|-id=954 bgcolor=#d6d6d6| 99954 || 1978 NH || July 10, 1978 || Palomar || E. F. Helin, E. M. Shoemaker ||  —|-id=955 bgcolor=#E9E9E9| 99955 ||  || October 27, 1978 || Palomar || C. M. Olmstead ||  —|-id=956 bgcolor=#E9E9E9| 99956 || 1978 VA || November 5, 1978 || Palomar || E. F. Helin ||  —|-id=957 bgcolor=#E9E9E9| 99957 ||  || November 7, 1978 || Palomar || E. F. Helin, S. J. Bus ||  —|-id=958 bgcolor=#fefefe| 99958 ||  || November 6, 1978 || Palomar || E. F. Helin, S. J. Bus ||  —|-id=959 bgcolor=#E9E9E9| 99959 ||  || November 7, 1978 || Palomar || E. F. Helin, S. J. Bus ||  —|-id=960 bgcolor=#E9E9E9| 99960 ||  || November 6, 1978 || Palomar || E. F. Helin, S. J. Bus ||  —|-id=961 bgcolor=#d6d6d6| 99961 ||  || June 25, 1979 || Siding Spring || E. F. Helin, S. J. Bus ||  —|-id=962 bgcolor=#E9E9E9| 99962 ||  || June 25, 1979 || Siding Spring || E. F. Helin, S. J. Bus ||  —|-id=963 bgcolor=#fefefe| 99963 ||  || June 25, 1979 || Siding Spring || E. F. Helin, S. J. Bus ||  —|-id=964 bgcolor=#fefefe| 99964 ||  || June 25, 1979 || Siding Spring || E. F. Helin, S. J. Bus ||  —|-id=965 bgcolor=#fefefe| 99965 ||  || June 25, 1979 || Siding Spring || E. F. Helin, S. J. Bus ||  —|-id=966 bgcolor=#fefefe| 99966 ||  || June 25, 1979 || Siding Spring || E. F. Helin, S. J. Bus ||  —|-id=967 bgcolor=#FA8072| 99967 ||  || July 24, 1979 || Siding Spring || S. J. Bus ||  —|-id=968 bgcolor=#E9E9E9| 99968 ||  || August 22, 1979 || La Silla || C.-I. Lagerkvist ||  —|-id=969 bgcolor=#d6d6d6| 99969 ||  || February 28, 1981 || Siding Spring || S. J. Bus ||  —|-id=970 bgcolor=#E9E9E9| 99970 ||  || February 28, 1981 || Siding Spring || S. J. Bus ||  —|-id=971 bgcolor=#E9E9E9| 99971 ||  || February 28, 1981 || Siding Spring || S. J. Bus ||  —|-id=972 bgcolor=#d6d6d6| 99972 ||  || March 7, 1981 || Siding Spring || S. J. Bus ||  —|-id=973 bgcolor=#d6d6d6| 99973 ||  || March 7, 1981 || Siding Spring || S. J. Bus ||  —|-id=974 bgcolor=#d6d6d6| 99974 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=975 bgcolor=#d6d6d6| 99975 ||  || March 6, 1981 || Siding Spring || S. J. Bus ||  —|-id=976 bgcolor=#fefefe| 99976 ||  || March 6, 1981 || Siding Spring || S. J. Bus ||  —|-id=977 bgcolor=#fefefe| 99977 ||  || March 1, 1981 || Siding Spring || S. J. Bus ||  —|-id=978 bgcolor=#E9E9E9| 99978 ||  || March 1, 1981 || Siding Spring || S. J. Bus ||  —|-id=979 bgcolor=#E9E9E9| 99979 ||  || March 1, 1981 || Siding Spring || S. J. Bus ||  —|-id=980 bgcolor=#E9E9E9| 99980 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=981 bgcolor=#E9E9E9| 99981 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=982 bgcolor=#d6d6d6| 99982 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=983 bgcolor=#fefefe| 99983 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=984 bgcolor=#E9E9E9| 99984 ||  || March 3, 1981 || Siding Spring || S. J. Bus ||  —|-id=985 bgcolor=#fefefe| 99985 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=986 bgcolor=#E9E9E9| 99986 ||  || March 1, 1981 || Siding Spring || S. J. Bus ||  —|-id=987 bgcolor=#E9E9E9| 99987 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=988 bgcolor=#d6d6d6| 99988 ||  || March 1, 1981 || Siding Spring || S. J. Bus ||  —|-id=989 bgcolor=#d6d6d6| 99989 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=990 bgcolor=#fefefe| 99990 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=991 bgcolor=#fefefe| 99991 ||  || March 1, 1981 || Siding Spring || S. J. Bus ||  —|-id=992 bgcolor=#d6d6d6| 99992 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=993 bgcolor=#d6d6d6| 99993 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=994 bgcolor=#fefefe| 99994 ||  || March 7, 1981 || Siding Spring || S. J. Bus ||  —|-id=995 bgcolor=#fefefe| 99995 ||  || March 7, 1981 || Siding Spring || S. J. Bus ||  —|-id=996 bgcolor=#d6d6d6| 99996 ||  || March 1, 1981 || Siding Spring || S. J. Bus ||  —|-id=997 bgcolor=#fefefe| 99997 ||  || March 1, 1981 || Siding Spring || S. J. Bus ||  —|-id=998 bgcolor=#E9E9E9| 99998 ||  || March 6, 1981 || Siding Spring || S. J. Bus ||  —|-id=999 bgcolor=#fefefe| 99999 || 1981 FP || March 28, 1981 || Harvard Observatory || Harvard Obs. ||  —|-id=000 bgcolor=#fefefe| 100000 Astronautica ||  || September 28, 1982 || Palomar || J. Gibson || |}

text: |- bgcolor=#d6d6d6| 99901 ||  || August 29, 2002 ||

text: Palomar

text: NEAT

text: ||  —|-id=902 bgcolor=#fefefe| 99902 ||  || August 18, 2002 || Palomar ||

text: S. F. Hönig

text: ||  —|-id=903 bgcolor=#E9E9E9| 99903 ||  || August 17, 2002 || Palomar || S. F. Hönig ||  —|-id=904 bgcolor=#d6d6d6| 99904 ||  || August 27, 2002 || Palomar || S. F. Hönig ||  —|-id=905 bgcolor=#d6d6d6| 99905 Jeffgrossman ||  || August 27, 2002 || Palomar ||

text: R. Matson

text: || |-id=906 bgcolor=#d6d6d6|

text: 99906 Uofalberta

text: ||  || August 17, 2002 || Palomar ||

text: A. Lowe

text: || |-id=907 bgcolor=#FFC2E0|

text: || 1989 VA || November 2, 1989 || Palomar ||

text: C. S. Shoemaker

text: ||  —|-id=908 bgcolor=#E9E9E9| 99908 ||  || July 20, 1990 || Palomar ||

text: A. Lowe

text: ||  —|-id=909 bgcolor=#E9E9E9| 99909 ||  || August 10, 1994 ||

text: La Silla

text: E. W. Elst

text: ||  —|-id=910 bgcolor=#E9E9E9| 99910 ||  || October 2, 1994 ||

text: Kitt Peak

text: Spacewatch

text: ||  —|-id=911 bgcolor=#fefefe| 99911 ||  || September 28, 1995 ||

text: Xinglong

text: SCAP

text: ||  —|-id=912 bgcolor=#fefefe| 99912 ||  || October 31, 1995 ||

text: Modra

text: A. Galád

text: A. Pravda

text: ||  —|-id=913 bgcolor=#FA8072| 99913 ||  || February 7, 1997 ||

text: Haleakala

text: NEAT

text: ||  —|-id=914 bgcolor=#d6d6d6| 99914 ||  || September 30, 1997 ||

text: Kitt Peak

text: Spacewatch

text: ||  —|-id=915 bgcolor=#FA8072| 99915 ||  || October 2, 1997 ||

text: Caussols

text: ODAS

text: ||  —|-id=916 bgcolor=#E9E9E9| 99916 ||  || January 3, 1998 ||

text: Woomera

text: F. B. Zoltowski

text: ||  —|-id=917 bgcolor=#fefefe| 99917 ||  || April 18, 1998 ||

text: Socorro

text: LINEAR

text: ||  —|-id=918 bgcolor=#E9E9E9| 99918 ||  || September 18, 1998 ||

text: Catalina

text: CSS

text: ||  —|-id=919 bgcolor=#fefefe| 99919 ||  || September 8, 1999 ||

text: Ondřejov

text: L. Kotková

text: ||  —|-id=920 bgcolor=#E9E9E9| 99920 ||  || September 7, 1999 ||

text: Socorro

text: LINEAR

text: ||  —|-id=921 bgcolor=#fefefe| 99921 ||  || September 15, 1999 ||

text: Ondřejov

text: P. Pravec

text: P. Kušnirák

text: ||  —|-id=922 bgcolor=#fefefe| 99922 ||  || September 13, 1999 ||

text: Socorro

text: LINEAR

text: ||  —|-id=923 bgcolor=#fefefe| 99923 ||  || December 4, 1999 ||

text: Catalina

text: CSS

text: ||  —|-id=924 bgcolor=#E9E9E9| 99924 ||  || January 4, 2000 ||

text: Socorro

text: LINEAR

text: ||  —|-id=925 bgcolor=#E9E9E9| 99925 ||  || February 4, 2000 || Socorro || LINEAR ||  —|-id=926 bgcolor=#E9E9E9| 99926 ||  || February 8, 2000 || Socorro || LINEAR ||  —|-id=927 bgcolor=#E9E9E9| 99927 ||  || March 9, 2000 || Socorro || LINEAR ||  —|-id=928 bgcolor=#d6d6d6| 99928 Brainard ||  || March 4, 2000 ||

text: Catalina

text: CSS

text: || |-id=929 bgcolor=#E9E9E9| 99929 ||  || March 29, 2000 ||

text: Socorro

text: LINEAR

text: ||  —|-id=930 bgcolor=#d6d6d6| 99930 ||  || April 4, 2000 || Socorro || LINEAR ||  —|-id=931 bgcolor=#fefefe| 99931 ||  || September 24, 2000 || Socorro || LINEAR ||  —|-id=932 bgcolor=#fefefe| 99932 ||  || November 1, 2000 || Socorro || LINEAR ||  —|-id=933 bgcolor=#fefefe| 99933 ||  || December 30, 2000 || Socorro || LINEAR ||  —|-id=934 bgcolor=#fefefe| 99934 ||  || February 16, 2001 || Socorro || LINEAR ||  —|-id=935 bgcolor=#FFC2E0| 99935 ||  || January 8, 2002 || Socorro || LINEAR ||  —|-id=936 bgcolor=#d6d6d6| 99936 ||  || September 11, 2002 ||

text: Palomar

text: NEAT

text: ||  —|-id=937 bgcolor=#d6d6d6| 99937 ||  || August 25, 2003 ||

text: Socorro

text: LINEAR

text: ||  —|-id=938 bgcolor=#E9E9E9| 99938 ||  || October 19, 2003 ||

text: Palomar

text: NEAT

text: ||  —|-id=939 bgcolor=#d6d6d6| 99939 ||  || October 20, 2003 ||

text: Socorro

text: LINEAR

text: ||  —|-id=940 bgcolor=#fefefe| 99940 ||  || October 27, 2003 || Socorro || LINEAR ||  —|-id=941 bgcolor=#E9E9E9| 99941 ||  || November 23, 2003 ||

text: Catalina

text: CSS

text: ||  —|-id=942 bgcolor=#FFC2E0|

text: 99942 Apophis

text: ||  || June 19, 2004 ||

text: Kitt Peak

text: R. A. Tucker

text: D. J. Tholen

text: F. Bernardi

text: || |-id=943 bgcolor=#C2FFFF| 99943 ||  || January 6, 2005 ||

text: Catalina

text: CSS

text: ||  —|-id=944 bgcolor=#d6d6d6| 99944 || 2710 P-L || September 24, 1960 ||

text: Palomar

text: C. J. van Houten

text: I. van Houten-Groeneveld

text: T. Gehrels

text: ||  —|-id=945 bgcolor=#fefefe| 99945 || 4589 P-L || September 24, 1960 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=946 bgcolor=#fefefe| 99946 || 4134 T-1 || March 26, 1971 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=947 bgcolor=#E9E9E9| 99947 || 4220 T-2 || September 29, 1973 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=948 bgcolor=#E9E9E9| 99948 ||  || September 23, 1952 ||

text: Mount Wilson

text: L. E. Cunningham

text: ||  —|-id=949 bgcolor=#E9E9E9|

text: 99949 Miepgies

text: || 1972 FD || March 16, 1972 ||

text: Palomar

text: T. Gehrels

text: || |-id=950 bgcolor=#C2FFFF| 99950 Euchenor ||  || September 19, 1973 || Palomar ||

text: C. J. van Houten

text: I. van Houten-Groeneveld

text: , T. Gehrels || |-id=951 bgcolor=#d6d6d6| 99951 ||  || September 30, 1975 || Palomar ||

text: S. J. Bus

text: ||  —|-id=952 bgcolor=#fefefe| 99952 ||  || September 30, 1975 || Palomar || S. J. Bus ||  —|-id=953 bgcolor=#E9E9E9| 99953 || 1978 ND || July 7, 1978 || Palomar ||

text: C. T. Kowal

text: ||  —|-id=954 bgcolor=#d6d6d6| 99954 || 1978 NH || July 10, 1978 || Palomar ||

text: E. F. Helin

text: E. M. Shoemaker

text: ||  —|-id=955 bgcolor=#E9E9E9| 99955 ||  || October 27, 1978 || Palomar ||

text: C. M. Olmstead

text: ||  —|-id=956 bgcolor=#E9E9E9| 99956 || 1978 VA || November 5, 1978 || Palomar ||

text: E. F. Helin

text: ||  —|-id=957 bgcolor=#E9E9E9| 99957 ||  || November 7, 1978 || Palomar || E. F. Helin,

text: S. J. Bus

text: ||  —|-id=958 bgcolor=#fefefe| 99958 ||  || November 6, 1978 || Palomar || E. F. Helin, S. J. Bus ||  —|-id=959 bgcolor=#E9E9E9| 99959 ||  || November 7, 1978 || Palomar || E. F. Helin, S. J. Bus ||  —|-id=960 bgcolor=#E9E9E9| 99960 ||  || November 6, 1978 || Palomar || E. F. Helin, S. J. Bus ||  —|-id=961 bgcolor=#d6d6d6| 99961 ||  || June 25, 1979 ||

text: Siding Spring

text: || E. F. Helin, S. J. Bus ||  —|-id=962 bgcolor=#E9E9E9| 99962 ||  || June 25, 1979 || Siding Spring || E. F. Helin, S. J. Bus ||  —|-id=963 bgcolor=#fefefe| 99963 ||  || June 25, 1979 || Siding Spring || E. F. Helin, S. J. Bus ||  —|-id=964 bgcolor=#fefefe| 99964 ||  || June 25, 1979 || Siding Spring || E. F. Helin, S. J. Bus ||  —|-id=965 bgcolor=#fefefe| 99965 ||  || June 25, 1979 || Siding Spring || E. F. Helin, S. J. Bus ||  —|-id=966 bgcolor=#fefefe| 99966 ||  || June 25, 1979 || Siding Spring || E. F. Helin, S. J. Bus ||  —|-id=967 bgcolor=#FA8072| 99967 ||  || July 24, 1979 || Siding Spring || S. J. Bus ||  —|-id=968 bgcolor=#E9E9E9| 99968 ||  || August 22, 1979 ||

text: La Silla

text: C.-I. Lagerkvist

text: ||  —|-id=969 bgcolor=#d6d6d6| 99969 ||  || February 28, 1981 ||

text: Siding Spring

text: S. J. Bus

text: Harvard Observatory

text: Harvard Obs.

text: ||  —|-id=000 bgcolor=#fefefe|

text: 100000 Astronautica

text: ||  || September 28, 1982 ||

text: Palomar

text: J. Gibson

answers: NDQ_000611

answers: carries dissolved oxygen from the air to the Earth's surface.

answers: NDQ_000613

answers: A good aquifer should be able to hold water for a long period of time and be able to hold water for a long period of time.

answers: NDQ_000615

answers: revert to a normal level.

answers: NDQ_000616

answers: Earth's crust.

answers: NDQ_000619

answers: Geysers erupt because...

answers: NDQ_000624

answers: The water table in an area may rise or fall.

answers: NDQ_000627

answers: An aquifer usually forms in a layer of clay.

answers: NDQ_000629

answers: The rock layer below an aquifer always consists of permeable rock.

answers: NDQ_000630

answers: The water in hot springs is heated by hot magma. The water in hot springs is heated by hot magma.

answers: NDQ_000631

answers: Aquifers are a major source of water in many parts of the world.

answers: NDQ_000632

answers: Aquifers are generally found at the same depths.

answers: NDQ_000633

answers: It is impossible for an aquifer to ever run dry. It is impossible for an aquifer to ever run dry.

answers: NDQ_000634

answers: || || The Ogallala aquifer is one of the biggest aquifers in the world. || || The Ogallala aquifer is one of the biggest aquifers in the world.

answers: NDQ_000635

answers: ||||| Land use in an area can affect the amount of water that is available to enter groundwater. ||||

answers: NDQ_000636

answers: || Ogallala Aquifer || Ogallala Aquifer || Ogallala Aquifer || Ogallala Aquifer || Ogallala Aquifer || Ogallala Aquifer || Ogallala Aquifer || Ogallala Aquifer

answers: NDQ_000637

answers: A good aquifer has rock in it that is porous and permeable.

answers: NDQ_000638

answers: The bottom layer of an aquifer has impermeable rock.

answers: NDQ_000639

answers: Many hot springs are also mineral springs.

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping deeper underground. The water table keeps water in an aquifer from seeping deeper underground.

answers: NDQ_000641

answers: A well is a source of water.

answers: NDQ_000642

answers: NDQ_000643

answers: a geologic formation

answers: NDQ_000644

answers: is a term used to describe

answers: NDQ_000645

answers: the top of an underground rock layer that is saturated with water

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: Earth's surface.

answers: NDQ_000648

answers: water that enters an aquifer

answers: NDQ_000649

answers: Water infiltrates the ground where rock is.

answers: NDQ_000650

answers: is located near a source of pollution.

answers: NDQ_000651

answers: State of Oklahoma. The Ogallala aquifer is a major source of water in Oklahoma.

answers: NDQ_000652

answers: Earthquake

answers: NDQ_000653

answers: Earth's oceans.

answers: NDQ_000654

answers: An aquifer is recharged by aquifers.

answers: NDQ_000655

answers: Palomar.

answers: NDQ_000611

answers: Xinglong

answers: NDQ_000613

answers: Uofalberta

answers: NDQ_000615

answers: Kitt Peak

answers: NDQ_000616

answers: Kitt Peak

answers: NDQ_000619

answers: Uofalberta

answers: NDQ_000624

answers: Kitt Peak

answers: NDQ_000627

answers: Lowe

answers: NDQ_000629

answers: La Silla

answers: NDQ_000630

answers: Kitt Peak

answers: NDQ_000631

answers: Palomar

answers: NDQ_000632

answers: Kitt Peak

answers: NDQ_000633

answers: 1994 || La Silla

answers: NDQ_000634

answers: Palomar

answers: NDQ_000635

answers: La Silla

answers: NDQ_000636

answers: Palomar

answers: NDQ_000637

answers: La Silla

answers: NDQ_000638

answers: La Silla

answers: NDQ_000639

answers: Kitt Peak

answers: NDQ_000640

answers: Kitt Peak

answers: NDQ_000641

answers: La Silla

answers: NDQ_000642

answers: La Silla

answers: NDQ_000643

answers: 99908

answers: NDQ_000644

answers: Palomar || C. S. Shoemaker

answers: NDQ_000645

answers: Kitt Peak

answers: NDQ_000646

answers: Uofalberta

answers: NDQ_000647

answers: Xinglong

answers: NDQ_000648

answers: La Silla

answers: NDQ_000649

answers: Kitt Peak

answers: NDQ_000650

answers: Palomar

answers: NDQ_000651

answers: VA

answers: NDQ_000652

answers: Kitt Peak

answers: NDQ_000653

answers: Kitt Peak

answers: NDQ_000654

answers: Kitt Peak

answers: NDQ_000655

answers: La Silla

text: Groundwater is estimated to account for approximately 47 percent of the DRC's internal renewable water resources. Springs located in dense forests are the main source of water supply for the majority of the population. However, information on extent and quality of groundwater resources and springs in the DRC is scarce. Simple, capped springheads are commonly used for water supply in dispersed villages and peri-urban areas. Large-scale water supply from springs through distribution networks is used in many cities, including Beni, Bunia, Lisala, Lubumbashi, Kisingani and Mbuji-Mayi. Water supply from deep-drilled wells is limited to a small percentage of the population. Most of the approximately 1,000 wells were constructed between 1960s and 1990s and have yields between 15 and 80 m³/h. Hand and mechanical pump wells and dug wells account for around 10 percent of the drinking water supply.

text: Groundwater

text: is estimated to account for approximately 47 percent of the DRC's internal renewable water resources. Springs located in dense forests are the main source of water supply for the majority of the population. However, information on extent and quality of groundwater resources and springs in the DRC is scarce. Simple, capped springheads are commonly used for

text: water supply

text: in dispersed villages and

text: peri-urban areas

text: . Large-scale water supply from springs through distribution networks is used in many cities, including Beni,

text: Bunia

text: Lisala

text: Lubumbashi

text: Kisingani

text: and

text: Mbuji-Mayi

text: . Water supply from deep-drilled wells is limited to a small percentage of the population. Most of the approximately 1,000 wells were constructed between 1960s and 1990s and have yields between 15 and 80 m³/h. Hand and mechanical pump wells and dug wells account for around 10 percent of the drinking water supply.

answers: NDQ_000611

answers: has yields between 15 and 80 m3/h

answers: NDQ_000613

answers: information on extent and quality of groundwater resources

answers: NDQ_000615

answers: be higher than average

answers: NDQ_000616

answers: springs

answers: NDQ_000619

answers: groundwater is a renewable resource

answers: NDQ_000624

answers: may rise or fall

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: Springs located in dense forests are the main source

answers: NDQ_000636

answers: DRC's internal renewable water resources

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: What is the main source of water supply for the majority of the population?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: Groundwater

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: Groundwater

answers: NDQ_000649

answers: What is the main source of water supply for the majority of the population

answers: NDQ_000650

answers: peri-urban areas

answers: NDQ_000651

answers: DRC

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: Springs located in dense forests

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: Springs located in dense forests

answers: NDQ_000613

answers: capped springheads

answers: NDQ_000615

answers: Groundwater

answers: NDQ_000616

answers: Springs

answers: NDQ_000619

answers: Groundwater

answers: NDQ_000624

answers: Groundwater

answers: NDQ_000627

answers: Groundwater

answers: NDQ_000629

answers: Groundwater

answers: NDQ_000630

answers: Large-scale water supply from springs

answers: NDQ_000631

answers: Groundwater

answers: NDQ_000632

answers: Groundwater

answers: NDQ_000633

answers: Groundwater

answers: NDQ_000634

answers: 47 percent of the DRC's

answers: NDQ_000635

answers: Springs located in dense forests

answers: NDQ_000636

answers: Springs

answers: NDQ_000637

answers: Groundwater

answers: NDQ_000638

answers: Groundwater

answers: NDQ_000639

answers: Groundwater

answers: NDQ_000640

answers: Groundwater

answers: NDQ_000641

answers: 15 and 80 m3/h.

answers: NDQ_000642

answers: capped springheads

answers: NDQ_000643

answers: Groundwater

answers: NDQ_000644

answers: deep-drilled wells

answers: NDQ_000645

answers: Groundwater

answers: NDQ_000646

answers: deep-drilled wells

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: Groundwater

answers: NDQ_000649

answers: Groundwater

answers: NDQ_000650

answers: peri-urban areas.

answers: NDQ_000651

answers: Groundwater is estimated to account for approximately 47 percent of the DRC's

answers: NDQ_000652

answers: dense forests

answers: NDQ_000653

answers: Groundwater

answers: NDQ_000654

answers: Groundwater

answers: NDQ_000655

answers: deep-drilled wells

text: The Santa Clara valley aquifer is a groundwater aquifer located in the southern San Francisco Bay Area.  The geology of the Santa Clara valley aquifer consists of a complex stratigraphy of permeable and impermeable units.  Management of aquifer resources is associated with the Santa Clara Valley Water District.

text: The Santa Clara valley aquifer is a groundwater

text: aquifer

text: located in the southern

text: San Francisco Bay Area

text: .  The geology of the Santa Clara valley aquifer consists of a complex

text: stratigraphy

text: of permeable and impermeable units.  Management of aquifer resources is associated with the

text: Santa Clara Valley Water District

answers: NDQ_000611

answers: impermeable

answers: NDQ_000613

answers: permeable and impermeable

answers: NDQ_000615

answers: aquifer

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater in the aquifer freezes

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Where is the Santa Clara valley aquifer located?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: What does the Santa Clara valley aquifer consist of?

answers: NDQ_000631

answers: It's impossible to say

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a type of unit: permeable or impermeable?

answers: NDQ_000636

answers: None of the above choices.

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or aquifers?

answers: NDQ_000640

answers: What is impermeable?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: permeable

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Permeable units

answers: NDQ_000650

answers: impermeable

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: permeable and impermeable

answers: NDQ_000613

answers: permeable and impermeable

answers: NDQ_000615

answers: Santa Clara Valley Water District.

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater aquifer

answers: NDQ_000627

answers: permeable and impermeable units.

answers: NDQ_000629

answers: permeable and impermeable units.

answers: NDQ_000630

answers: Santa Clara Valley Water District.

answers: NDQ_000631

answers: groundwater aquifer

answers: NDQ_000632

answers: permeable and impermeable units.

answers: NDQ_000633

answers: impermeable units.

answers: NDQ_000634

answers: Santa Clara valley aquifer

answers: NDQ_000635

answers: Santa Clara Valley Water District.

answers: NDQ_000636

answers: The Santa Clara valley aquifer

answers: NDQ_000637

answers: permeable and impermeable units.

answers: NDQ_000638

answers: permeable and impermeable units.

answers: NDQ_000639

answers: permeable and impermeable units.

answers: NDQ_000640

answers: impermeable units.

answers: NDQ_000641

answers: The Santa Clara valley aquifer

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: groundwater aquifer

answers: NDQ_000644

answers: permeable and impermeable

answers: NDQ_000645

answers: permeable

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: permeable and impermeable units.

answers: NDQ_000650

answers: permeable and impermeable units.

answers: NDQ_000651

answers: San Francisco Bay Area.

answers: NDQ_000652

answers: groundwater aquifer

answers: NDQ_000653

answers: groundwater aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: impermeable

text: = depth of the bottom of the well equal to the depth of the impermeable base (m),

text: = depth of the bottom of the well equal to the depth of the impermeable base (m),

answers: NDQ_000611

answers: reaches the surface of the earth

answers: NDQ_000613

answers: depth of the bottom of the well and the depth of the impermeable base

answers: NDQ_000615

answers: increase in depth

answers: NDQ_000616

answers: a well

answers: NDQ_000619

answers: the water in the bottom of the well is too deep

answers: NDQ_000624

answers: The water table in an area may rise

answers: NDQ_000627

answers: The aquifer is made of clay.

answers: NDQ_000629

answers: None of the above choices .

answers: NDQ_000630

answers: The water is heated by magma

answers: NDQ_000631

answers: an aquifer is a source of water

answers: NDQ_000632

answers: The same depth

answers: NDQ_000633

answers: It is impossible for an aquifer to ever run dry.

answers: NDQ_000634

answers: it is one of the biggest aquifers

answers: NDQ_000635

answers: The depth of the bottom of the well is equal to the depth of the impermeable base.

answers: NDQ_000636

answers: m

answers: NDQ_000637

answers: A good aquifer has rock in it that is porous and permeable.

answers: NDQ_000638

answers: It is impermeable.

answers: NDQ_000639

answers: The depth of the bottom of the well equals the depth of the impermeable base

answers: NDQ_000640

answers: The water table keeps water from seeping deeper underground

answers: NDQ_000641

answers: The water flows out of the well due to gravity.

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: impermeable base

answers: NDQ_000644

answers: impermeable base

answers: NDQ_000645

answers: is impermeable

answers: NDQ_000646

answers: is a well

answers: NDQ_000647

answers: can be drained from a well

answers: NDQ_000648

answers: can be used for drinking

answers: NDQ_000649

answers: impermeable

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: impermeable base

answers: NDQ_000653

answers: the ocean

answers: NDQ_000654

answers: water flowing through it.

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: impermeable base

answers: NDQ_000613

answers: impermeable base

answers: NDQ_000615

answers: impermeable base

answers: NDQ_000616

answers: impermeable base

answers: NDQ_000619

answers: impermeable base

answers: NDQ_000624

answers: depth of the impermeable base

answers: NDQ_000627

answers: impermeable base

answers: NDQ_000629

answers: impermeable base

answers: NDQ_000630

answers: depth of the impermeable base

answers: NDQ_000631

answers: well equal to the depth of the impermeable base

answers: NDQ_000632

answers: equal to the depth of the impermeable base

answers: NDQ_000633

answers: impermeable base

answers: NDQ_000634

answers: depth of the impermeable base (m),

answers: NDQ_000635

answers: impermeable base

answers: NDQ_000636

answers: depth of the impermeable base

answers: NDQ_000637

answers: impermeable base

answers: NDQ_000638

answers: impermeable base

answers: NDQ_000639

answers: impermeable base

answers: NDQ_000640

answers: impermeable base

answers: NDQ_000641

answers: depth of the impermeable base

answers: NDQ_000642

answers: impermeable base

answers: NDQ_000643

answers: impermeable base

answers: NDQ_000644

answers: well equal to the depth of the impermeable base

answers: NDQ_000645

answers: impermeable base

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: impermeable base

answers: NDQ_000648

answers: impermeable base

answers: NDQ_000649

answers: impermeable base

answers: NDQ_000650

answers: impermeable base

answers: NDQ_000651

answers: depth of the impermeable base

answers: NDQ_000652

answers: well equal to the depth of the impermeable base

answers: NDQ_000653

answers: well

answers: NDQ_000654

answers: impermeable base

answers: NDQ_000655

answers: impermeable

text: Surfactant enhanced recovery increases the mobility and solubility of the  contaminants absorbed to the saturated soil matrix or present as dense non-aqueous phase liquid. Surfactant-enhanced recovery injects surfactants (surface-active agents that are primary ingredient in soap and detergent) into contaminated  groundwater. A typical system uses an extraction pump to remove groundwater downstream from the injection point. The extracted groundwater is treated aboveground to separate the injected surfactants from the contaminants and groundwater. Once the surfactants have separated from the groundwater they are re-used. The surfactants used are non-toxic, food-grade, and biodegradable. Surfactant enhanced recovery is used most often when the groundwater is contaminated by dense non-aqueous phase liquids (DNAPLs). These dense compounds, such as trichloroethylene (TCE), sink in groundwater because they have a higher density than water. They then act as a continuous source for contaminant plumes that can stretch for miles within an aquifer. These compounds may biodegrade very slowly. They are commonly found in the vicinity of the original spill or leak where capillary forces have trapped them.

text: Surfactant enhanced recovery increases the mobility and solubility of the  contaminants absorbed to the saturated soil matrix or present as

text: dense non-aqueous phase liquid

text: . Surfactant-enhanced recovery injects

text: surfactant

text: s (surface-active agents that are primary ingredient in soap and detergent) into contaminated  groundwater. A typical system uses an extraction pump to remove groundwater downstream from the injection point. The extracted groundwater is treated aboveground to separate the injected surfactants from the contaminants and groundwater. Once the surfactants have separated from the groundwater they are re-used. The surfactants used are non-toxic, food-grade, and biodegradable. Surfactant enhanced recovery is used most often when the groundwater is contaminated by

text: dense non-aqueous phase liquids

text: (DNAPLs). These dense compounds, such as

text: trichloroethylene

text: (TCE), sink in groundwater because they have a higher density than water. They then act as a continuous source for

text: contaminant plume

text: s that can stretch for miles within an aquifer. These compounds may biodegrade very slowly. They are commonly found in the vicinity of the original spill or leak where capillary forces have trapped them.

answers: NDQ_000611

answers: is treated aboveground to separate the injected surfactants from what?

answers: NDQ_000613

answers: biodegradable

answers: NDQ_000615

answers: re-establish

answers: NDQ_000616

answers: contaminated groundwater

answers: NDQ_000619

answers: TCE has a higher density than water.

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Which of the following is not a source for contaminant plumes that can stretch for miles within an aquifer?

answers: NDQ_000629

answers: Which of the following is not the type of rock layer below an aquifer?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: None of the above choices

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is trichloroethylene?

answers: NDQ_000636

answers: The surfactants used are non-toxic, food-grade, and biodegradable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a source for contaminant plumes that can stretch for miles within an aquifer

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: soil matrix

answers: NDQ_000644

answers: capillaries

answers: NDQ_000645

answers: soil matrix

answers: NDQ_000646

answers: extraction pump

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: contaminated groundwater

answers: NDQ_000649

answers: Where does water infiltrate?

answers: NDQ_000650

answers: is contaminated by DNAPLs

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: dense non-aqueous phase liquids

answers: NDQ_000655

answers: dense

answers: NDQ_000611

answers: dense non-aqueous phase liquids

answers: NDQ_000613

answers: mobility and solubility

answers: NDQ_000615

answers: extraction pump to remove groundwater

answers: NDQ_000616

answers: contaminant plumes

answers: NDQ_000619

answers: capillary forces

answers: NDQ_000624

answers: groundwater.

answers: NDQ_000627

answers: soil matrix

answers: NDQ_000629

answers: dense non-aqueous phase liquids

answers: NDQ_000630

answers: contaminated groundwater.

answers: NDQ_000631

answers: groundwater.

answers: NDQ_000632

answers: miles

answers: NDQ_000633

answers: contaminant plumes that can stretch for miles

answers: NDQ_000634

answers: miles

answers: NDQ_000635

answers: saturated soil

answers: NDQ_000636

answers: Surfactant enhanced recovery

answers: NDQ_000637

answers: contaminant plumes that can stretch for miles within an aquifer.

answers: NDQ_000638

answers: contaminant plumes that can stretch for miles

answers: NDQ_000639

answers: groundwater.

answers: NDQ_000640

answers: contaminant plumes that can stretch for miles

answers: NDQ_000641

answers: extraction pump to remove groundwater

answers: NDQ_000642

answers: soil matrix

answers: NDQ_000643

answers: soil matrix

answers: NDQ_000644

answers: capillary forces

answers: NDQ_000645

answers: soil matrix

answers: NDQ_000646

answers: extraction pump to remove groundwater downstream from the injection point.

answers: NDQ_000647

answers: groundwater.

answers: NDQ_000648

answers: contaminant plumes

answers: NDQ_000649

answers: soil matrix

answers: NDQ_000650

answers: dense non-aqueous phase liquids (DNAPLs).

answers: NDQ_000651

answers: contaminant plumes that can stretch for miles within an aquifer.

answers: NDQ_000652

answers: aquifer.

answers: NDQ_000653

answers: aquifer.

answers: NDQ_000654

answers: Surfactant enhanced recovery

answers: NDQ_000655

answers: dense

text: Bead Geyser is part of the Pink Cone Group. Other geysers in this groups are Box Spring, Dilemma Geyser, Labial Geyser, Narcissus Geyser, Pink Geyser, and Pink Cone Geyser. Eruptions of Bead Geyser last about 2½ minutes and are  high. Bead is an extremely regular geyser. The interval between eruptions is 28–36 minutes. This changes with time but the average for any given time hardly varies. The duration is also highly regular at about 150 seconds.

text: Bead Geyser is part of the Pink Cone Group. Other geysers in this groups are

text: Box Spring

text: Dilemma Geyser

text: Labial Geyser

text: Narcissus Geyser

text: Pink Geyser

text: , and

text: Pink Cone Geyser

text: . Eruptions of Bead Geyser last about 2½ minutes and are  high. Bead is an extremely regular geyser. The interval between eruptions is 28–36 minutes. This changes with time but the average for any given time hardly varies. The duration is also highly regular at about 150 seconds.

answers: NDQ_000611

answers: does not affect the geyser's activity.

answers: NDQ_000613

answers: Eruptions of Bead Geyser last about 21 2 minutes and are high

answers: NDQ_000615

answers: hardly fluctuate

answers: NDQ_000616

answers: geysers

answers: NDQ_000619

answers: Geysers erupt because of

answers: NDQ_000624

answers: What can happen to the water table in an area?

answers: NDQ_000627

answers: Which of the following is not a type of geyser: Box Spring, Dilemma Geyser, Labial Geyser, Narcissus Geyser, Pink Geyser, or Pink Cone Geyser?

answers: NDQ_000629

answers: Which of the following is not a geyser: Bead Geyser, Dilemma Geyser, Labial Geyser, Narcissus Geyser, Pink Geyser, or Pink Cone Geyser?

answers: NDQ_000630

answers: Which of the following is not a geyser: Pink Cone Geyser, Dilemma Geyser, Labial Geyser, Narcissus Geyser, or Bead Geyser?

answers: NDQ_000631

answers: How many geysers are part of the Pink Cone Group?

answers: NDQ_000632

answers: Which of the following is not a geyser: Box Spring, Dilemma Geyser, Labial Geyser, Narcissus Geyser, Pink Geyser, or Pink Cone Geyser?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How does land use affect the amount of water that enters groundwater?

answers: NDQ_000636

answers: what is the last group mentioned?

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: Which is not a geyser?

answers: NDQ_000639

answers: Which of the following is not a mineral spring: Bead Geyser, Labial Geyser, Narcissus Geyser, or Pink Cone Geyser?

answers: NDQ_000640

answers: what is the first group mentioned?

answers: NDQ_000641

answers: What is the best title for this passage?

answers: NDQ_000642

answers: bead geyser

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: bead

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: bead geyser

answers: NDQ_000648

answers: geyser

answers: NDQ_000649

answers: Where is Bead Geyser located?

answers: NDQ_000650

answers: has a lot of sand

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Geysers

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: Geyser

answers: NDQ_000611

answers: the average for any given time hardly varies.

answers: NDQ_000613

answers: the average for any given time hardly varies.

answers: NDQ_000615

answers: the average for any given time hardly varies.

answers: NDQ_000616

answers: Bead Geyser

answers: NDQ_000619

answers: high. Bead is an extremely regular geyser.

answers: NDQ_000624

answers: the average for any given time hardly varies.

answers: NDQ_000627

answers: Bead Geyser is part of the Pink Cone Group.

answers: NDQ_000629

answers: Pink Cone Group.

answers: NDQ_000630

answers: Bead Geyser is part of the Pink Cone Group.

answers: NDQ_000631

answers: Bead Geyser is part of the Pink Cone Group.

answers: NDQ_000632

answers: the average for any given time hardly varies.

answers: NDQ_000633

answers: high. Bead is an extremely regular geyser.

answers: NDQ_000634

answers: Bead Geyser is part of the Pink Cone Group.

answers: NDQ_000635

answers: Bead Geyser is part of the Pink Cone Group.

answers: NDQ_000636

answers: Bead Geyser is part of the Pink Cone Group.

answers: NDQ_000637

answers: Bead Geyser is part of the Pink Cone Group.

answers: NDQ_000638

answers: Bead Geyser is part of the Pink Cone Group.

answers: NDQ_000639

answers: Bead Geyser is part of the Pink Cone Group.

answers: NDQ_000640

answers: Bead Geyser is part of the Pink Cone Group.

answers: NDQ_000641

answers: Bead Geyser is part of the Pink Cone Group.

answers: NDQ_000642

answers: Bead Geyser is part of the Pink Cone Group.

answers: NDQ_000643

answers: Bead Geyser

answers: NDQ_000644

answers: Bead Geyser is part of the Pink Cone

answers: NDQ_000645

answers: Bead Geyser

answers: NDQ_000646

answers: Bead Geyser is part of the Pink Cone Group.

answers: NDQ_000647

answers: Bead Geyser

answers: NDQ_000648

answers: Bead Geyser

answers: NDQ_000649

answers: Bead Geyser is part of the Pink Cone Group.

answers: NDQ_000650

answers: Bead Geyser is part of the Pink Cone Group.

answers: NDQ_000651

answers: Bead Geyser is part of the Pink Cone Group.

answers: NDQ_000652

answers: geyser.

answers: NDQ_000653

answers: Bead Geyser

answers: NDQ_000654

answers: Bead Geyser

answers: NDQ_000655

answers: high. Bead is an extremely regular geyser.

text: Wells began 2010 at a promising pace, hitting four home runs with eight RBI in the first series. He continued to play well, hitting .337 with eight home runs and 16 RBI in April. On April 7 he had a multi-home run game against the Rangers, his first since September 28, 2008. On June 27, Wells hit a two-run home run that made Jamie Moyer of the Philadelphia Phillies, Major League Baseball's all-time leader in home runs allowed, with 506. On July 5, 2010, Wells was named a reserve for the 2010 MLB All-Star Game, along with teammates José Bautista and John Buck. Wells was also a participant in the Home Run Derby, when Chris Berman predicted that Wells, whom he nicknamed the "Canadian Breeze", would carry away the title. Wells ended up hitting two home runs in the first round.

text: Wells began 2010 at a promising pace, hitting four home runs with eight RBI in the first series. He continued to play well, hitting .337 with eight home runs and 16 RBI in April. On April 7 he had a multi-home run game against the Rangers, his first since September 28, 2008. On June 27, Wells hit a two-run home run that made

text: Jamie Moyer

text: of the

text: Philadelphia Phillies

text: , Major League Baseball's all-time leader in home runs allowed, with 506. On July 5, 2010, Wells was named a reserve for the

entity_name: 2010 Major League Baseball All-Star Game

text: 2010 MLB All-Star Game

text: , along with teammates

text: José Bautista

text: and

text: John Buck

text: . Wells was also a participant in the

text: Home Run Derby

text: , when

text: Chris Berman

text: predicted that Wells, whom he nicknamed the "Canadian Breeze", would carry away the title. Wells ended up hitting two home runs in the first round.

answers: NDQ_000611

answers: How many home runs did Wells hit?

answers: NDQ_000613

answers: home runs allowed, with 506

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: aquifers

answers: NDQ_000619

answers: Wells hit a two-run home run

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: Where does an aquifer usually form?

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: How does water in hot springs get heated?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: How many home runs did Wells have in April?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How many home runs did Wells have in April?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a hot spring: mineral springs, hot springs or hot springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: does not have tiny holes that water can pass through

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: What is the definition of RBI?

answers: NDQ_000645

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: ice

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

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

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: spring

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: aquifers

answers: NDQ_000655

answers: igneous

answers: NDQ_000611

answers: 506.

answers: NDQ_000613

answers: eight RBI

answers: NDQ_000615

answers: 506.

answers: NDQ_000616

answers: 506.

answers: NDQ_000619

answers: Wells hit a two-run home run

answers: NDQ_000624

answers: 2010 MLB All-Star Game,

answers: NDQ_000627

answers: 2010 MLB All-Star Game,

answers: NDQ_000629

answers: 506.

answers: NDQ_000630

answers: 506.

answers: NDQ_000631

answers: 506.

answers: NDQ_000632

answers: 506.

answers: NDQ_000633

answers: 506.

answers: NDQ_000634

answers: 506.

answers: NDQ_000635

answers: 506.

answers: NDQ_000636

answers: 2010 MLB All-Star Game,

answers: NDQ_000637

answers: 506.

answers: NDQ_000638

answers: 506.

answers: NDQ_000639

answers: Home Run Derby,

answers: NDQ_000640

answers: 506.

answers: NDQ_000641

answers: 506.

answers: NDQ_000642

answers: "Canadian Breeze",

answers: NDQ_000643

answers: 2010 MLB All-Star Game,

answers: NDQ_000644

answers: "Canadian Breeze",

answers: NDQ_000645

answers: 2010 MLB All-Star Game,

answers: NDQ_000646

answers: 2010 MLB All-Star Game,

answers: NDQ_000647

answers: 506.

answers: NDQ_000648

answers: 506.

answers: NDQ_000649

answers: 506.

answers: NDQ_000650

answers: Major League Baseball's

answers: NDQ_000651

answers: Major League Baseball's

answers: NDQ_000652

answers: 506.

answers: NDQ_000653

answers: "Canadian Breeze",

answers: NDQ_000654

answers: Home Run Derby,

answers: NDQ_000655

answers: "Canadian Breeze",

text: Trace elements from buried sediments, percolating rain water, and trapped sea water meant various inorganic ions were present within the porous rock, among them chlorine, fluorine, sulphate, calcium, barium, lead, zinc and even uranium. Organic material from the decomposing bodies of marine animals in the sediments formed hydrocarbons, precursors of oil and gas. At high pressure a hot mineralised fluid formed and was forced into fractures and other voids in the rock. From this fluid, catalysed by the hydrocarbons, compounds such as galena (lead sulphide, PbS), sphalerite (zinc sulphide, ZnS), baryte (barium sulphate, BaSO) and fluorspar (calcium fluoride, CaF) were precipitated as solid crystals. At Treak Cliff the mineralised fluid was particularly rich in fluorine and 99% of the deposited mineral is fluorspar (technically, fluorite is the pure crystal and fluorspar the industrial name for the impure substance as mined). The exploitable deposits of fluorspar are known as "rakes", "scrins", "flats" or "pipes" depending on the size and shape of the voids in which the crystals were deposited.

text: Trace elements from buried sediments, percolating rain water, and trapped sea water meant various inorganic ions were present within the porous rock, among them chlorine, fluorine, sulphate, calcium, barium, lead, zinc and even uranium. Organic material from the decomposing bodies of marine animals in the sediments formed hydrocarbons, precursors of oil and gas. At high pressure a hot mineralised fluid formed and was forced into fractures and other voids in the rock. From this fluid, catalysed by the hydrocarbons, compounds such as

text: galena

text: (lead sulphide, PbS),

text: sphalerite

text: (zinc sulphide, ZnS),

text: baryte

text: (barium sulphate, BaSO) and

text: fluorspar

text: (calcium fluoride, CaF) were precipitated as solid crystals. At Treak Cliff the mineralised fluid was particularly rich in fluorine and 99% of the deposited mineral is fluorspar (technically, fluorite is the pure crystal and fluorspar the industrial name for the impure substance as mined). The exploitable deposits of fluorspar are known as "rakes", "scrins", "flats" or "pipes" depending on the size and shape of the voids in which the crystals were deposited.

answers: NDQ_000611

answers: Percolating rain water, and trapped sea water

answers: NDQ_000613

answers: percolating rain water, and trapped sea water

answers: NDQ_000615

answers: percolate

answers: NDQ_000616

answers: precipitation

answers: NDQ_000619

answers: high pressure a hot mineralised fluid formed

answers: NDQ_000624

answers: depending on the size and shape of the voids

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: Which of the following is not a type of rock: percolating rain water, or trapped sea water?

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Which of the following is not a mineral spring: galena, sphalerite or fluorspar?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: voids in the rock

answers: NDQ_000643

answers: sea water

answers: NDQ_000644

answers: porous rock

answers: NDQ_000645

answers: Treak Cliff

answers: NDQ_000646

answers: Treak Cliff

answers: NDQ_000647

answers: trapped sea water

answers: NDQ_000648

answers: rain water

answers: NDQ_000649

answers: percolating rain water

answers: NDQ_000650

answers: percolating rain water

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: precipitation

answers: NDQ_000653

answers: sediments

answers: NDQ_000654

answers: rain water

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: rain water,

answers: NDQ_000613

answers: various inorganic ions were present within the porous rock,

answers: NDQ_000615

answers: rain water, and trapped sea water

answers: NDQ_000616

answers: rain water, and trapped sea water

answers: NDQ_000619

answers: At high pressure

answers: NDQ_000624

answers: Trace elements from buried sediments, percolating rain water,

answers: NDQ_000627

answers: buried sediments, percolating rain water, and trapped sea water

answers: NDQ_000629

answers: porous rock,

answers: NDQ_000630

answers: mineralised fluid

answers: NDQ_000631

answers: buried sediments, percolating rain water, and trapped sea water

answers: NDQ_000632

answers: buried sediments, percolating rain water, and trapped sea water

answers: NDQ_000633

answers: Trace elements from buried sediments, percolating rain water,

answers: NDQ_000634

answers: Treak Cliff

answers: NDQ_000635

answers: rain water,

answers: NDQ_000636

answers: 99% of the deposited mineral is fluorspar

answers: NDQ_000637

answers: various inorganic ions were present within the porous rock,

answers: NDQ_000638

answers: buried sediments, percolating rain water, and trapped sea water

answers: NDQ_000639

answers: mineralised fluid

answers: NDQ_000640

answers: Trace elements from buried sediments, percolating rain water,

answers: NDQ_000641

answers: Trace elements from buried sediments, percolating rain water,

answers: NDQ_000642

answers: porous rock,

answers: NDQ_000643

answers: trapped sea water

answers: NDQ_000644

answers: porous rock,

answers: NDQ_000645

answers: trapped sea water

answers: NDQ_000646

answers: buried sediments, percolating rain water,

answers: NDQ_000647

answers: rain water,

answers: NDQ_000648

answers: rain water,

answers: NDQ_000649

answers: percolating rain water, and trapped sea water

answers: NDQ_000650

answers: buried sediments, percolating rain water, and trapped sea water

answers: NDQ_000651

answers: Trace elements from buried sediments, percolating rain water,

answers: NDQ_000652

answers: rain water, and trapped sea water

answers: NDQ_000653

answers: buried sediments, percolating rain water, and trapped sea water

answers: NDQ_000654

answers: rain water,

answers: NDQ_000655

answers: porous

text: In Slovakia about  1300 mineral sources providing curative water and high quality mineral water for drinking are registered. There are 21 thermal spa towns built on these mineral springs. The most visited are Piešťany, Trenčianske Teplicie, Bardejov and Dudince.

text: In

text: Slovakia

text: about  1300 mineral sources providing

text: curative water

text: and high quality

text: mineral water

text: for drinking are registered. There are 21 thermal

text: spa town

text: s built on these mineral springs. The most visited are Piešťany, Trenčianske Teplicie, Bardejov and Dudince.

answers: NDQ_000611

answers: is a source of curative water

answers: NDQ_000613

answers: curative water

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: mineral springs

answers: NDQ_000619

answers: mineral sources provide curative water

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: It's impossible to say

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the most visited thermal spa town in Slovakia?

answers: NDQ_000636

answers: It's impossible to say

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: It's impossible to say

answers: NDQ_000640

answers: what is the first place mentioned?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: thermal springs

answers: NDQ_000644

answers: thermal springs

answers: NDQ_000645

answers: mineral springs

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: mineral springs

answers: NDQ_000648

answers: mineral water

answers: NDQ_000649

answers: The mineral springs provide curative water

answers: NDQ_000650

answers: built on mineral springs

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: mineral source

answers: NDQ_000653

answers: mineral sources

answers: NDQ_000654

answers: mineral springs

answers: NDQ_000655

answers: thermal

answers: NDQ_000611

answers: mineral springs.

answers: NDQ_000613

answers: curative water and high quality mineral water for drinking

answers: NDQ_000615

answers: 21 thermal spa towns built on these mineral springs.

answers: NDQ_000616

answers: mineral sources

answers: NDQ_000619

answers: mineral sources providing curative water

answers: NDQ_000624

answers: 21 thermal spa towns built on these mineral springs.

answers: NDQ_000627

answers: In Slovakia

answers: NDQ_000629

answers: 1300 mineral sources providing curative water and high quality mineral water for drinking

answers: NDQ_000630

answers: thermal spa towns built on these mineral springs.

answers: NDQ_000631

answers: Slovakia

answers: NDQ_000632

answers: 1300

answers: NDQ_000633

answers: 1300 mineral sources providing curative water

answers: NDQ_000634

answers: 1300

answers: NDQ_000635

answers: 21 thermal spa towns built on these mineral springs.

answers: NDQ_000636

answers: 1300 mineral sources providing curative water and high quality mineral water for drinking

answers: NDQ_000637

answers: high quality mineral water for drinking

answers: NDQ_000638

answers: 1300 mineral sources providing curative water and high quality mineral water for drinking

answers: NDQ_000639

answers: thermal spa towns built on these mineral springs.

answers: NDQ_000640

answers: 1300 mineral sources providing curative water and high quality mineral water

answers: NDQ_000641

answers: 1300 mineral sources providing curative water and high quality mineral water

answers: NDQ_000642

answers: thermal spa towns built on these mineral springs.

answers: NDQ_000643

answers: thermal spa towns built on these mineral springs.

answers: NDQ_000644

answers: thermal spa towns built on these mineral springs.

answers: NDQ_000645

answers: mineral springs.

answers: NDQ_000646

answers: mineral sources providing curative water and high quality mineral water

answers: NDQ_000647

answers: mineral springs.

answers: NDQ_000648

answers: curative water

answers: NDQ_000649

answers: 21 thermal spa towns built on these mineral springs.

answers: NDQ_000650

answers: 21 thermal spa towns built on these mineral springs.

answers: NDQ_000651

answers: Slovakia

answers: NDQ_000652

answers: mineral sources

answers: NDQ_000653

answers: Slovakia

answers: NDQ_000654

answers: mineral springs.

answers: NDQ_000655

answers: thermal spa towns built on these mineral springs.

text: Pink Cone Geyser was named by the Hayden Survey. The geyser's sinter cone is a shell-pink caused by the presence of manganese and iron oxides. The same color marks other geysers in the immediate area, including Pink Geyser and Narcissus Geyser, indicating some communality but they do not seem to interact.

text: Pink Cone Geyser was named by the

text: Hayden Survey

text: . The geyser's

text: sinter

text: cone is a shell-pink caused by the presence of manganese and iron oxides. The same color marks other geysers in the immediate area, including Pink Geyser and Narcissus Geyser, indicating some communality but they do not seem to interact.

answers: NDQ_000611

answers: does not interact with other geysers

answers: NDQ_000613

answers: presence of manganese and iron oxides

answers: NDQ_000615

answers: sinter

answers: NDQ_000616

answers: aquifers

answers: NDQ_000619

answers: Manganese and iron oxides are present

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What does the presence of manganese and iron oxides indicate?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: What is the geyser's sinter cone caused by the presence of?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: sinter cone

answers: NDQ_000645

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: Pink Cone Geyser

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Where is the Pink Cone Geyser?

answers: NDQ_000650

answers: manganese and iron oxides are present

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Geysers

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: manganese and iron oxides.

answers: NDQ_000613

answers: manganese and iron oxides.

answers: NDQ_000615

answers: Pink Cone Geyser

answers: NDQ_000616

answers: Pink Cone Geyser

answers: NDQ_000619

answers: presence of manganese and iron oxides.

answers: NDQ_000624

answers: Pink Cone Geyser

answers: NDQ_000627

answers: Pink Cone Geyser

answers: NDQ_000629

answers: manganese and iron oxides.

answers: NDQ_000630

answers: Pink Cone Geyser

answers: NDQ_000631

answers: Pink Cone Geyser was named by the Hayden Survey.

answers: NDQ_000632

answers: communality but they do not seem to interact.

answers: NDQ_000633

answers: indicating some communality but they do not seem to interact.

answers: NDQ_000634

answers: Pink Cone Geyser was named by the Hayden Survey.

answers: NDQ_000635

answers: Pink Cone Geyser

answers: NDQ_000636

answers: Pink Cone Geyser

answers: NDQ_000637

answers: manganese and iron oxides.

answers: NDQ_000638

answers: indicating some communality but they do not seem to interact.

answers: NDQ_000639

answers: manganese and iron oxides.

answers: NDQ_000640

answers: Pink Cone Geyser

answers: NDQ_000641

answers: Pink Cone Geyser

answers: NDQ_000642

answers: they do not seem to interact.

answers: NDQ_000643

answers: Pink Cone Geyser

answers: NDQ_000644

answers: sinter cone

answers: NDQ_000645

answers: Pink Cone Geyser

answers: NDQ_000646

answers: Pink Cone Geyser

answers: NDQ_000647

answers: manganese and iron oxides.

answers: NDQ_000648

answers: manganese and iron oxides.

answers: NDQ_000649

answers: Pink Cone Geyser

answers: NDQ_000650

answers: manganese and iron oxides.

answers: NDQ_000651

answers: Pink Cone Geyser

answers: NDQ_000652

answers: geysers

answers: NDQ_000653

answers: Pink Cone Geyser

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geysers

text: Aram Chaos measures about  across, and lies in a region called Margaritifer Terra, where many water-carved channels show that floods poured out of the highlands onto the northern lowlands ages ago.  The Thermal Emission Imaging System (THEMIS) on the orbiter Mars Odyssey found gray crystalline hematite on the floor of Aram. CRISM, the spectroscope on the MRO, found hyrdrated sulfates, jarosite, and hematite.  Hematite is an iron-oxide mineral that can precipitate when ground water circulates through iron-rich rocks, whether at normal temperatures or in hot springs.  The floor of Aram contains huge blocks of collapsed, or chaotic, terrain that formed when water or ice was catastrophically removed. Elsewhere on Mars, the release of groundwater produced massive floods that eroded the large channels seen in Ares Vallis and similar outflow valleys. In Aram Chaos, however, the released water stayed mostly within the crater's ramparts, eroding only a small, shallow outlet channel in the eastern wall. Several minerals including hematite sulfate minerals, and water-altered silicates in Aram suggests that a lake probably once existed within the crater.  Because forming hematite requires liquid water, which could not long exist without a thick atmosphere, Mars must have had a much thicker atmosphere at some time in the past.

text: Aram Chaos measures about  across, and lies in a region called

text: Margaritifer Terra

text: , where many water-carved channels show that floods poured out of the highlands onto the northern lowlands ages ago.  The Thermal Emission Imaging System (

text: THEMIS

text: ) on the

text: orbiter

text: Mars Odyssey

text: found

text: gray crystalline hematite

text: on the floor of Aram. CRISM, the spectroscope on the

text: MRO

text: , found hyrdrated sulfates,

text: jarosite

text: , and hematite.  Hematite is an

text: iron-oxide

text: mineral

text: that can precipitate when ground water circulates through iron-rich rocks, whether at normal temperatures or in hot springs.  The floor of Aram contains huge blocks of collapsed, or chaotic, terrain that formed when water or ice was catastrophically removed. Elsewhere on Mars, the release of groundwater produced massive floods that eroded the large channels seen in Ares Vallis and similar outflow valleys. In Aram Chaos, however, the released water stayed mostly within the crater's ramparts, eroding only a small, shallow outlet channel in the eastern wall. Several minerals including hematite sulfate minerals, and water-altered silicates in Aram suggests that a lake probably once existed within the crater.  Because forming hematite requires liquid water, which could not long exist without a thick atmosphere, Mars must have had a much thicker atmosphere at some time in the past.

answers: NDQ_000611

answers: causes what to occur?

answers: NDQ_000613

answers: water-carved channels

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: ground water circulates through iron-rich rocks

answers: NDQ_000624

answers: What can precipitate when ground water circulates through iron-rich rocks

answers: NDQ_000627

answers: Which of the following is not a type of rock: iron-rich rocks, jarosite, or hematite?

answers: NDQ_000629

answers: What is the mineral that can precipitate when ground water circulates through iron-rich rocks, whether at normal temperatures or in hot springs?

answers: NDQ_000630

answers: Which of the following is not a type of mineral: iron-oxide mineral, jarosite, or water-altered silicates?

answers: NDQ_000631

answers: Which of the following is not a type of mineral: iron-oxide mineral, jarosite, or hematite?

answers: NDQ_000632

answers: Which of the following is not a mineral: hematite, jarosite, or water-altered silicates?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can precipitate when ground water circulates through iron-rich rocks

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: What is hematite?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: Margaritifer Terra

answers: NDQ_000644

answers: water-carved channels

answers: NDQ_000645

answers: Margaritifer Terra

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: ground water

answers: NDQ_000649

answers: When ground water circulates through iron-rich rocks

answers: NDQ_000650

answers: iron-rich rocks

answers: NDQ_000651

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

answers: NDQ_000652

answers: iron-rich rocks

answers: NDQ_000653

answers: highlands

answers: NDQ_000654

answers: ground water

answers: NDQ_000655

answers: Hematite

answers: NDQ_000611

answers: normal temperatures or in hot springs.

answers: NDQ_000613

answers: hot springs.

answers: NDQ_000615

answers: floods poured out of the highlands onto the northern lowlands

answers: NDQ_000616

answers: ground water circulates through iron-rich rocks,

answers: NDQ_000619

answers: ground water circulates through iron-rich rocks,

answers: NDQ_000624

answers: ground water

answers: NDQ_000627

answers: iron-rich rocks,

answers: NDQ_000629

answers: iron-rich

answers: NDQ_000630

answers: Hematite

answers: NDQ_000631

answers: ground water

answers: NDQ_000632

answers: Mars must have had a much thicker atmosphere

answers: NDQ_000633

answers: forming hematite requires liquid water,

answers: NDQ_000634

answers: Aram Chaos measures about across,

answers: NDQ_000635

answers: highlands

answers: NDQ_000636

answers: Aram Chaos

answers: NDQ_000637

answers: iron-rich rocks,

answers: NDQ_000638

answers: ground water circulates through iron-rich

answers: NDQ_000639

answers: Hematite

answers: NDQ_000640

answers: Mars must have had a much thicker atmosphere

answers: NDQ_000641

answers: ground water circulates through iron-rich rocks,

answers: NDQ_000642

answers: eroding only a small, shallow outlet channel

answers: NDQ_000643

answers: iron-rich rocks,

answers: NDQ_000644

answers: water-carved channels

answers: NDQ_000645

answers: iron-rich rocks,

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: ground water

answers: NDQ_000648

answers: ground water circulates through iron-rich rocks,

answers: NDQ_000649

answers: iron-rich rocks,

answers: NDQ_000650

answers: ground water circulates through iron-rich rocks,

answers: NDQ_000651

answers: Aram Chaos

answers: NDQ_000652

answers: ground water circulates through iron-rich rocks,

answers: NDQ_000653

answers: thick atmosphere,

answers: NDQ_000654

answers: hot springs.

answers: NDQ_000655

answers: iron-rich

text: Guatemala is blessed with ample amounts of rainwater, surface and groundwater. While surface water is abundant, they are seasonal and often polluted. Groundwater from wells and springs is important to the national supply resource meeting demands for potable water for public and domestic needs. Groundwater is also used for the agricultural and industrial sectors as well. Hydroelectricity output is the key component (92%) of Guatemala's electricity generation and is highlighted by the Chixoy hydroelectric project. The National Institute of Electricity (INDE) (El Instituto Nacional de Electrificacion) oversees and implements hydroelectric projects in Guatemala.

text: Guatemala is blessed with ample amounts of

text: rainwater

text: , surface and

text: groundwater

text: . While surface water is abundant, they are seasonal and often polluted. Groundwater from wells and springs is important to the national supply resource meeting demands for potable water for public and domestic needs. Groundwater is also used for the agricultural and industrial sectors as well.

text: Hydroelectricity

text: output is the key component (92%) of Guatemala's electricity generation and is highlighted by the Chixoy hydroelectric project. The National Institute of Electricity (INDE) (El Instituto Nacional de Electrificacion) oversees and implements hydroelectric projects in Guatemala.

answers: NDQ_000611

answers: is used for agricultural and industrial

answers: NDQ_000613

answers: potable water for public and domestic needs

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater from wells and springs is important

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Where does groundwater from wells and springs come from?

answers: NDQ_000629

answers: What type of rock does the rock layer below an aquifer always consist of?

answers: NDQ_000630

answers: Which of the following is not a source of groundwater: wells or springs?

answers: NDQ_000631

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

answers: NDQ_000632

answers: Which of the following is not a source of groundwater: wells or springs?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: What is one of the biggest aquifers in the world?

answers: NDQ_000635

answers: How is groundwater used for the agricultural sector?

answers: NDQ_000636

answers: Groundwater is also used for the agricultural and industrial sectors

answers: NDQ_000637

answers: Which of the following is not a type of aquifer: wells or springs?

answers: NDQ_000638

answers: What is the bottom layer of an aquifer made of?

answers: NDQ_000639

answers: Which of the following is not a source of groundwater: hot springs, mineral springs, or surface water?

answers: NDQ_000640

answers: How is groundwater used for the agricultural and industrial sectors as well?

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Which of the following is not a source of groundwater: wells or springs?

answers: NDQ_000650

answers: surface water is abundant

answers: NDQ_000651

answers: Guatemala

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: surface water

answers: NDQ_000654

answers: rain

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: wells and springs

answers: NDQ_000613

answers: potable water

answers: NDQ_000615

answers: Groundwater

answers: NDQ_000616

answers: Groundwater from wells and springs

answers: NDQ_000619

answers: rainwater,

answers: NDQ_000624

answers: Groundwater

answers: NDQ_000627

answers: Groundwater

answers: NDQ_000629

answers: Groundwater

answers: NDQ_000630

answers: Groundwater

answers: NDQ_000631

answers: Groundwater

answers: NDQ_000632

answers: Groundwater

answers: NDQ_000633

answers: Groundwater

answers: NDQ_000634

answers: Groundwater

answers: NDQ_000635

answers: polluted.

answers: NDQ_000636

answers: Groundwater

answers: NDQ_000637

answers: Groundwater

answers: NDQ_000638

answers: Groundwater

answers: NDQ_000639

answers: Groundwater

answers: NDQ_000640

answers: Groundwater

answers: NDQ_000641

answers: Groundwater

answers: NDQ_000642

answers: wells and springs

answers: NDQ_000643

answers: Groundwater

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: Groundwater

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: groundwater.

answers: NDQ_000648

answers: Groundwater

answers: NDQ_000649

answers: Groundwater

answers: NDQ_000650

answers: seasonal

answers: NDQ_000651

answers: Groundwater

answers: NDQ_000652

answers: wells

answers: NDQ_000653

answers: rainwater, surface and groundwater.

answers: NDQ_000654

answers: rainwater,

answers: NDQ_000655

answers: Groundwater

text: Water from the dams is released into flood-control channels and some is diverted into spreading basins where it percolates into the ground and recharges the groundwater. The surface water is not used directly as it requires more cleaning than groundwater. Near the coast, the department has constructed sea water barriers that use injection wells to create a fresh water barrier to prevent salt water intrusion from the ocean into the groundwater.

text: Water from the dams is released into flood-control channels and some is diverted into spreading basins where it percolates into the ground and recharges the

text: groundwater

text: . The surface water is not used directly as it requires more cleaning than groundwater. Near the coast, the department has constructed sea water barriers that use injection wells to create a fresh water barrier to prevent

text: salt water

text: intrusion from the

text: ocean

text: into the groundwater.

answers: NDQ_000611

answers: does not require as much cleaning as surface water

answers: NDQ_000613

answers: percolates into the ground and recharges the groundwater

answers: NDQ_000615

answers: recharge the groundwater

answers: NDQ_000616

answers: spreading basins

answers: NDQ_000619

answers: salt water enters the groundwater

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What can be concluded from the passage?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

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

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: It's impossible to say

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: injection wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: injection wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: percolates

answers: NDQ_000649

answers: Yes

answers: NDQ_000650

answers: salt water intrusion from the ocean

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: dam

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: water

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: recharges the groundwater.

answers: NDQ_000613

answers: it percolates into the ground and recharges the groundwater.

answers: NDQ_000615

answers: recharges the groundwater.

answers: NDQ_000616

answers: dams

answers: NDQ_000619

answers: Water

answers: NDQ_000624

answers: groundwater.

answers: NDQ_000627

answers: groundwater.

answers: NDQ_000629

answers: percolates into the ground and recharges the groundwater.

answers: NDQ_000630

answers: Water from the dams is released into flood-control channels

answers: NDQ_000631

answers: groundwater.

answers: NDQ_000632

answers: groundwater.

answers: NDQ_000633

answers: recharges the groundwater.

answers: NDQ_000634

answers: Water from the dams is released into flood-control channels

answers: NDQ_000635

answers: The surface water is not used directly as it requires more cleaning than groundwater.

answers: NDQ_000636

answers: The surface water is not used directly as it requires more cleaning than groundwater.

answers: NDQ_000637

answers: recharges the groundwater.

answers: NDQ_000638

answers: salt water intrusion from the ocean into the groundwater.

answers: NDQ_000639

answers: Water from the dams is released into flood-control channels

answers: NDQ_000640

answers: sea water barriers

answers: NDQ_000641

answers: injection wells

answers: NDQ_000642

answers: injection wells

answers: NDQ_000643

answers: groundwater.

answers: NDQ_000644

answers: injection wells

answers: NDQ_000645

answers: groundwater.

answers: NDQ_000646

answers: injection wells

answers: NDQ_000647

answers: groundwater.

answers: NDQ_000648

answers: percolates into the ground and recharges the groundwater.

answers: NDQ_000649

answers: percolates into the ground and recharges the groundwater.

answers: NDQ_000650

answers: The surface water

answers: NDQ_000651

answers: recharges the groundwater.

answers: NDQ_000652

answers: dams

answers: NDQ_000653

answers: groundwater.

answers: NDQ_000654

answers: it percolates into the ground

answers: NDQ_000655

answers: groundwater.

text: The main findings of the study were that the majority of the area was not irrigated due to depletion in the groundwater table. Farmers were exploiting the groundwater with the help of tube well having average depth of 300 feet. There was nobody thinking about the groundwater recharge. There was no groundwater, and farmers were wasting their money by digging tube wells. Before starting the work of deep CCT, Gramsabha passed the resolution of the ‘Groundwater Regulation and Management’ which prohibited the villagers from digging tube wells (the main cause of the groundwater depletion). These helped to recharge the groundwater. It was found that due to Deep CCT structures water availability became major asset in the village which result in increase in the crop production and productivity. And farmers are shift toward cultivation of cash crops. Similarly due to availability of the water for the cultivation of fodder crops, dairy became a profitable enterprise. Thus a deep CCT structure has great success in the transformation of village Pimpari Gavali in very short span. It is definitely a replicable model.

text: The main findings of the study were that the majority of the area was not irrigated due to depletion in the groundwater table. Farmers were exploiting the groundwater with the help of tube well having average depth of 300 feet. There was nobody thinking about the groundwater recharge. There was no groundwater, and farmers were wasting their money by digging tube wells. Before starting the work of deep CCT, Gramsabha passed the resolution of the ‘Groundwater Regulation and Management’ which prohibited the villagers from digging tube wells (the main cause of the groundwater depletion). These helped to recharge the groundwater. It was found that due to Deep CCT structures water availability became major asset in the village which result in increase in the crop production and productivity. And farmers are shift toward cultivation of cash crops. Similarly due to availability of the water for the cultivation of fodder crops, dairy became a profitable enterprise. Thus a deep CCT structure has great success in the transformation of village Pimpari Gavali in very short span. It is definitely a replicable model.

answers: NDQ_000611

answers: depletes due to what?

answers: NDQ_000613

answers: average depth of 300 feet

answers: NDQ_000615

answers: deplete

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: Earth's magnetic field is too strong.

answers: NDQ_000624

answers: depletion

answers: NDQ_000627

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

answers: NDQ_000629

answers: What is the main cause of the groundwater depletion?

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: None of the above choices

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Why was the majority of the area not irrigated?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: What is the main cause of groundwater depletion?

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not true?

answers: NDQ_000640

answers: depletion in the groundwater

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: tube well

answers: NDQ_000643

answers: groundwater table

answers: NDQ_000644

answers: tube well

answers: NDQ_000645

answers: groundwater table

answers: NDQ_000646

answers: tube well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is rock located?

answers: NDQ_000650

answers: depletes

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: digging tube wells

answers: NDQ_000655

answers: depleted

answers: NDQ_000611

answers: 300 feet.

answers: NDQ_000613

answers: increase in the crop production and productivity.

answers: NDQ_000615

answers: depletion

answers: NDQ_000616

answers: groundwater depletion). These helped to recharge the groundwater.

answers: NDQ_000619

answers: depletion in the groundwater table.

answers: NDQ_000624

answers: depletion

answers: NDQ_000627

answers: groundwater table. Farmers were exploiting the groundwater

answers: NDQ_000629

answers: recharge the groundwater.

answers: NDQ_000630

answers: tube well having average depth of 300 feet.

answers: NDQ_000631

answers: groundwater table.

answers: NDQ_000632

answers: 300 feet.

answers: NDQ_000633

answers: recharge the groundwater.

answers: NDQ_000634

answers: 300 feet.

answers: NDQ_000635

answers: depletion in the groundwater table.

answers: NDQ_000636

answers: cash crops.

answers: NDQ_000637

answers: recharge the groundwater.

answers: NDQ_000638

answers: 300 feet.

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: groundwater table.

answers: NDQ_000641

answers: tube well having average depth of 300 feet.

answers: NDQ_000642

answers: tube well having average depth of 300 feet.

answers: NDQ_000643

answers: groundwater table.

answers: NDQ_000644

answers: tube well

answers: NDQ_000645

answers: groundwater table.

answers: NDQ_000646

answers: tube well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: tube well having average depth of 300 feet.

answers: NDQ_000651

answers: tube well having average depth of 300 feet.

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: tube wells

answers: NDQ_000655

answers: deep CCT,

text: Fan and Mortar Geysers are two geysers in the Upper Geyser Basin in Yellowstone National Park. For the past several decades, they have erupted in concert with one another and are generally talked about together. The records detailing these geysers' known eruptive history shows that they have been infrequent and irregular performers.

text: Fan and Mortar Geysers are two

text: geyser

text: s in the

text: Upper Geyser Basin

text: in

text: Yellowstone National Park

text: . For the past several decades, they have erupted in concert with one another and are generally talked about together. The records detailing these geysers' known eruptive history shows that they have been infrequent and irregular performers.

answers: NDQ_000611

answers: causes the geysers to erupt

answers: NDQ_000613

answers: infrequent and irregular performers

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: Yellowstone National Park

answers: NDQ_000619

answers: Geysers erupt because

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

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

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What is the reason for the infrequent and irregular performers of Fan and Mortar Geysers?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: What type of springs are Fan and Mortar Geysers?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: geysers

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: geysers

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Where does the water infiltrate?

answers: NDQ_000650

answers: is near a source of pollution

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: infrequent and irregular performers.

answers: NDQ_000613

answers: infrequent and irregular performers.

answers: NDQ_000615

answers: infrequent and irregular performers.

answers: NDQ_000616

answers: Fan and Mortar Geysers

answers: NDQ_000619

answers: in concert

answers: NDQ_000624

answers: Upper Geyser Basin in Yellowstone National Park.

answers: NDQ_000627

answers: Fan and Mortar Geysers

answers: NDQ_000629

answers: infrequent and irregular performers.

answers: NDQ_000630

answers: Fan and Mortar Geysers

answers: NDQ_000631

answers: infrequent and irregular performers.

answers: NDQ_000632

answers: talked about together.

answers: NDQ_000633

answers: infrequent and irregular performers.

answers: NDQ_000634

answers: Yellowstone National Park.

answers: NDQ_000635

answers: infrequent and irregular performers.

answers: NDQ_000636

answers: infrequent and irregular performers.

answers: NDQ_000637

answers: infrequent and irregular performers.

answers: NDQ_000638

answers: infrequent and irregular performers.

answers: NDQ_000639

answers: Fan and Mortar Geysers

answers: NDQ_000640

answers: infrequent and irregular performers.

answers: NDQ_000641

answers: Fan and Mortar Geysers

answers: NDQ_000642

answers: infrequent and irregular performers.

answers: NDQ_000643

answers: Upper Geyser Basin

answers: NDQ_000644

answers: Fan and Mortar Geysers

answers: NDQ_000645

answers: Upper Geyser Basin

answers: NDQ_000646

answers: Upper Geyser Basin in Yellowstone National Park.

answers: NDQ_000647

answers: Upper Geyser Basin

answers: NDQ_000648

answers: Fan and Mortar Geysers

answers: NDQ_000649

answers: Fan and Mortar Geysers

answers: NDQ_000650

answers: concert with one another

answers: NDQ_000651

answers: Yellowstone National Park.

answers: NDQ_000652

answers: geysers in the Upper Geyser Basin

answers: NDQ_000653

answers: Yellowstone National Park.

answers: NDQ_000654

answers: Fan and Mortar Geysers

answers: NDQ_000655

answers: geysers

text: Edwards AquiferAuthority regulates withdrawal permits, transfers, and groundwater conservationplans under authority granted by the Texas legislature. Groundwater law in thestate of Texas is governed by the Rule of Capture, which gives landowners theright to pump groundwater beneath their land, with the exception of drilling alateral well extending under a neighbor’s property, wasting water, or pumpingwith the intention of causing harm to a neighbor’s well. In order to construct a well to withdraw water from the Edwards Aquifer, however,a user requires a permit that is granted by the Edwards Aquifer Authority. Permitsfor existing users are determined by maximum historical use, taking intoconsideration the overall availability of water in the aquifer.

text: Edwards AquiferAuthority regulates withdrawal permits, transfers, and groundwater conservationplans under authority granted by the Texas legislature. Groundwater law in thestate of Texas is governed by the Rule of Capture, which gives landowners theright to pump groundwater beneath their land, with the exception of drilling alateral well extending under a neighbor’s property, wasting water, or pumpingwith the intention of causing harm to a neighbor’s well. In order to construct a well to withdraw water from the Edwards Aquifer, however,a user requires a permit that is granted by the Edwards Aquifer Authority. Permitsfor existing users are determined by maximum historical use, taking intoconsideration the overall availability of water in the aquifer.

answers: NDQ_000611

answers: can be pumped from where?

answers: NDQ_000613

answers: overall availability of water in the aquifer

answers: NDQ_000615

answers: aquifer

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: Edwards AquiferAuthority regulates withdrawal

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: What does the Edwards Aquifer Authority regulate?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: It's impossible to say

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: What does the Rule of Capture give landowners?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Which of the following is not a type of spring: hot springs, mineral springs, or groundwater?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is the Edwards Aquifer?

answers: NDQ_000650

answers: pumpingwith the intention of causing harm to a neighbor’s well

answers: NDQ_000651

answers: Texas

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: Edwards Aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: Captured

answers: NDQ_000611

answers: pump groundwater beneath their land,

answers: NDQ_000613

answers: overall availability of water

answers: NDQ_000615

answers: withdraw water from the Edwards Aquifer,

answers: NDQ_000616

answers: withdraw water from the Edwards Aquifer,

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: Edwards Aquifer,

answers: NDQ_000629

answers: Rule of Capture,

answers: NDQ_000630

answers: Edwards Aquifer Authority.

answers: NDQ_000631

answers: Edwards Aquifer,

answers: NDQ_000632

answers: overall availability of water in the aquifer.

answers: NDQ_000633

answers: Edwards Aquifer,

answers: NDQ_000634

answers: Edwards Aquifer,

answers: NDQ_000635

answers: overall availability of water in the aquifer.

answers: NDQ_000636

answers: Edwards Aquifer,

answers: NDQ_000637

answers: Edwards Aquifer,

answers: NDQ_000638

answers: Edwards Aquifer,

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: Edwards Aquifer,

answers: NDQ_000641

answers: water from the Edwards Aquifer,

answers: NDQ_000642

answers: causing harm to a neighbor’s well.

answers: NDQ_000643

answers: Edwards Aquifer,

answers: NDQ_000644

answers: well

answers: NDQ_000645

answers: Edwards Aquifer,

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: Edwards Aquifer,

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: pump groundwater

answers: NDQ_000651

answers: Edwards Aquifer,

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: pump groundwater

answers: NDQ_000655

answers: wasting water,

text: A-0 Geyser is a geyser in the Lower Geyser Basin of Yellowstone National Park in the United States.

text: A-0 Geyser is a

text: geyser

text: in the

text: Lower Geyser Basin

text: of

text: Yellowstone National Park

text: in the

text: United States

answers: NDQ_000611

answers: causes geysers to erupt

answers: NDQ_000613

answers: good aquifers contain water

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: a lake

answers: NDQ_000619

answers: geothermal energy is released

answers: NDQ_000624

answers: What can happen to the water table?

answers: NDQ_000627

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

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How is water heated in a geyser?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: Where is A-0 Geyser located?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: A-0 Geyser is a geyser in Yellowstone National Park.

answers: NDQ_000636

answers: None of the above choices are available

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: It is not possible to tell

answers: NDQ_000639

answers: What type of spring is A-0 Geyser?

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping deeper underground

answers: NDQ_000641

answers: It is not possible to tell.

answers: NDQ_000642

answers: A-0 Geyser

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: is a geyser

answers: NDQ_000645

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: Geyser Basin

answers: NDQ_000648

answers: is called groundwater

answers: NDQ_000649

answers: In the Lower Geyser Basin

answers: NDQ_000650

answers: is located near a large body of water

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: evaporation

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: Lower Geyser Basin

answers: NDQ_000613

answers: Lower Geyser Basin

answers: NDQ_000615

answers: A-0 Geyser

answers: NDQ_000616

answers: A-0 Geyser

answers: NDQ_000619

answers: Geyser Basin of Yellowstone National Park in the United States.

answers: NDQ_000624

answers: Lower Geyser Basin

answers: NDQ_000627

answers: A-0 Geyser

answers: NDQ_000629

answers: A-0 Geyser

answers: NDQ_000630

answers: A-0 Geyser

answers: NDQ_000631

answers: United States.

answers: NDQ_000632

answers: A-0 Geyser

answers: NDQ_000633

answers: A-0 Geyser

answers: NDQ_000634

answers: United States.

answers: NDQ_000635

answers: A-0 Geyser

answers: NDQ_000636

answers: A-0 Geyser

answers: NDQ_000637

answers: A-0 Geyser

answers: NDQ_000638

answers: A-0 Geyser is a geyser

answers: NDQ_000639

answers: geyser

answers: NDQ_000640

answers: A-0 Geyser

answers: NDQ_000641

answers: A-0 Geyser

answers: NDQ_000642

answers: A-0 Geyser

answers: NDQ_000643

answers: Lower Geyser Basin

answers: NDQ_000644

answers: geyser

answers: NDQ_000645

answers: Lower Geyser Basin

answers: NDQ_000646

answers: A-0 Geyser

answers: NDQ_000647

answers: Lower Geyser Basin

answers: NDQ_000648

answers: A-0 Geyser is a geyser

answers: NDQ_000649

answers: A-0 Geyser is a geyser

answers: NDQ_000650

answers: Lower Geyser Basin of Yellowstone National Park

answers: NDQ_000651

answers: Yellowstone National Park in the United States.

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: geyser in the Lower Geyser Basin

answers: NDQ_000654

answers: geyser

answers: NDQ_000655

answers: geyser

text: Tequisquiapan is the second most important tourist destination in the state of Querétaro. The major tourist attractions for the town and municipality include the food, the hot springs, the crafts and the climate. It has had a reputation as a place to visit for its thermal and fresh water springs since the pre Hispanic era. However, many of these springs have dried up due to the pumping of groundwater, requiring spas and hotels to pump the spring and thermal water from below ground as well. Today, other attractions of the town include its climate, the layout of its streets, the traditional facades of its houses and the variety of handcrafts and folk art available in its markets. Spas and water parks include Balneario La Vega, Parque Acuático El Oasis, Parque Acuático Termas del Rey, Fantasía Acuática and Balneario San Joaquín.  Some of the water parks feature thermal springs and other have water slides and other rides for children.

text: Tequisquiapan is the second most important tourist destination in the state of Querétaro. The major tourist attractions for the town and municipality include the food, the hot springs, the crafts and the climate. It has had a reputation as a place to visit for its thermal and fresh water springs since the

text: pre Hispanic era

text: . However, many of these springs have dried up due to the pumping of groundwater, requiring spas and hotels to pump the spring and thermal water from below ground as well. Today, other attractions of the town include its climate, the layout of its streets, the traditional facades of its houses and the variety of handcrafts and folk art available in its markets. Spas and water parks include Balneario La Vega, Parque Acuático El Oasis, Parque Acuático Termas del Rey, Fantasía Acuática and Balneario San Joaquín.  Some of the water parks feature thermal springs and other have water slides and other rides for children.

answers: NDQ_000611

answers: is pumped from where?

answers: NDQ_000613

answers: fresh water springs

answers: NDQ_000615

answers: dry up

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: thermal water is pumped from below ground

answers: NDQ_000624

answers: What may have caused the springs to dry up?

answers: NDQ_000627

answers: Which of the following is not a type of spring: thermal or fresh water springs?

answers: NDQ_000629

answers: Which of the following is not true of the rock layer below an aquifer?

answers: NDQ_000630

answers: It has had a reputation as a place to visit for its thermal and fresh water springs since the pre

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

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

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a type of spring: thermal or fresh water springs?

answers: NDQ_000636

answers: None of the above choices

answers: NDQ_000637

answers: None of the above choices .

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of spring: thermal, fresh water or mineral?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: What is a characteristic of thermal springs

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Which of the following is not a type of spring: fresh water springs, thermal water springs or groundwater?

answers: NDQ_000650

answers: pumping of groundwater

answers: NDQ_000651

answers: Querétaro

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: hot springs

answers: NDQ_000611

answers: pumping of groundwater,

answers: NDQ_000613

answers: thermal and fresh water springs

answers: NDQ_000615

answers: dried up due to the pumping of groundwater,

answers: NDQ_000616

answers: groundwater,

answers: NDQ_000619

answers: pumping of groundwater,

answers: NDQ_000624

answers: groundwater,

answers: NDQ_000627

answers: groundwater,

answers: NDQ_000629

answers: pumping of groundwater,

answers: NDQ_000630

answers: thermal springs

answers: NDQ_000631

answers: groundwater,

answers: NDQ_000632

answers: pumping of groundwater,

answers: NDQ_000633

answers: pumping of groundwater,

answers: NDQ_000634

answers: thermal and fresh water springs

answers: NDQ_000635

answers: pumping of groundwater,

answers: NDQ_000636

answers: pumping of groundwater,

answers: NDQ_000637

answers: pumping of groundwater,

answers: NDQ_000638

answers: groundwater,

answers: NDQ_000639

answers: thermal and fresh water springs

answers: NDQ_000640

answers: pumping of groundwater,

answers: NDQ_000641

answers: groundwater,

answers: NDQ_000642

answers: houses

answers: NDQ_000643

answers: groundwater,

answers: NDQ_000644

answers: water slides

answers: NDQ_000645

answers: groundwater,

answers: NDQ_000646

answers: pumping of groundwater,

answers: NDQ_000647

answers: groundwater,

answers: NDQ_000648

answers: groundwater,

answers: NDQ_000649

answers: groundwater,

answers: NDQ_000650

answers: pumping of groundwater,

answers: NDQ_000651

answers: thermal and fresh water springs

answers: NDQ_000652

answers: groundwater,

answers: NDQ_000653

answers: groundwater,

answers: NDQ_000654

answers: pumping of groundwater,

answers: NDQ_000655

answers: thermal and fresh water springs

text: Until recent history, groundwater was not a highly utilized resource. In the 1960s, more and more groundwater aquifers developed. Changes in knowledge, technology and funding have allowed for focused development into abstracting water from groundwater resources away from surface water resources. These changes allowed for progress in society such as the "agricultural groundwater revolution", expanding the irrigation sector allowing for increased food production and development in rural areas. Groundwater supplies nearly half of all drinking water in the world. The large volumes of water stored underground in most aquifers have a considerable buffer capacity allowing for water to be withdrawn during periods of drought or little rainfall. This is crucial for people that live in regions that cannot depend on precipitation or surface water as a supply alone, instead providing reliable access to water all year round. As of 2010, the world's aggregated groundwater abstraction is estimated at approximately 1,000 kmper year, with 67% used for irrigation, 22% used for domestic purposes and 11% used for industrial purposes. The top ten major consumers of abstracted water (India, China, United States of America, Pakistan, Iran, Bangladesh, Mexico, Saudi Arabia, Indonesia, and Italy) make up 72% of all abstracted water use worldwide. Groundwater has become crucial for the livelihoods and food security of 1.2 to 1.5 billion rural households in the poorer regions of Africa and Asia.

text: Until recent history, groundwater was not a highly utilized resource. In the 1960s, more and more groundwater aquifers developed. Changes in knowledge, technology and funding have allowed for focused development into abstracting water from groundwater resources away from surface water resources. These changes allowed for progress in society such as the "agricultural groundwater revolution", expanding the irrigation sector allowing for increased food production and development in rural areas. Groundwater supplies nearly half of all drinking water in the world. The large volumes of water stored underground in most aquifers have a considerable

text: buffer capacity

text: allowing for water to be withdrawn during periods of drought or little rainfall. This is crucial for people that live in regions that cannot depend on

text: precipitation

text: or surface water as a supply alone, instead providing reliable access to water all year round. As of 2010, the world's aggregated groundwater abstraction is estimated at approximately 1,000 kmper year, with 67% used for irrigation, 22% used for domestic purposes and 11% used for industrial purposes. The top ten major consumers of abstracted water (India, China, United States of America, Pakistan, Iran, Bangladesh, Mexico, Saudi Arabia, Indonesia, and Italy) make up 72% of all abstracted water use worldwide. Groundwater has become crucial for the livelihoods and food security of 1.2 to 1.5 billion rural households in the poorer regions of Africa and Asia.

answers: NDQ_000611

answers: supplies nearly half of all drinking water in the world

answers: NDQ_000613

answers: buffer capacity allowing for water to be withdrawn during periods of drought or little rainfall

answers: NDQ_000615

answers: aquifer

answers: NDQ_000616

answers: precipitation or little rainfall

answers: NDQ_000619

answers: groundwater supplies nearly half of all drinking water in the world

answers: NDQ_000624

answers: What may happen during periods of drought or little rainfall

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: Which of the following is not a type of rock layer below an aquifer: permeable rock, sedimentary rock or sedimentary rock?

answers: NDQ_000630

answers: Which of the following is not a source of groundwater: groundwater aquifers or surface water?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: What is the largest aquifer in the world?

answers: NDQ_000635

answers: Which of the following is not used for irrigation: domestic purposes or industrial purposes?

answers: NDQ_000636

answers: 67%

answers: NDQ_000637

answers: groundwater supplies nearly half of all drinking water in the world

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or aquifers?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater supplies nearly half of all drinking water

answers: NDQ_000649

answers: Where is groundwater aquifers developed?

answers: NDQ_000650

answers: industrial

answers: NDQ_000651

answers: United States of America

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: precipitation

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: Groundwater supplies nearly half of all drinking water

answers: NDQ_000613

answers: a considerable buffer capacity

answers: NDQ_000615

answers: withdrawn

answers: NDQ_000616

answers: rainfall.

answers: NDQ_000619

answers: drought or little rainfall.

answers: NDQ_000624

answers: drought or little rainfall.

answers: NDQ_000627

answers: groundwater aquifers

answers: NDQ_000629

answers: rainfall.

answers: NDQ_000630

answers: Groundwater supplies nearly half of all drinking water

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: most aquifers have a considerable buffer capacity

answers: NDQ_000633

answers: buffer capacity

answers: NDQ_000634

answers: Groundwater supplies nearly half of all drinking water

answers: NDQ_000635

answers: drought or little rainfall.

answers: NDQ_000636

answers: 67%

answers: NDQ_000637

answers: aquifers have a considerable buffer capacity

answers: NDQ_000638

answers: withdrawn during periods of drought or little rainfall.

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: withdrawn during periods of drought or little rainfall.

answers: NDQ_000641

answers: Groundwater supplies nearly half of all drinking water

answers: NDQ_000642

answers: aquifers

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifers

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: rainfall.

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: drought or little rainfall.

answers: NDQ_000651

answers: Groundwater supplies nearly half of all drinking water in the world.

answers: NDQ_000652

answers: groundwater aquifers

answers: NDQ_000653

answers: Groundwater

answers: NDQ_000654

answers: rainfall.

answers: NDQ_000655

answers: aquifers

text: It is clear that variation of the groundwater levels have significant power at the ocean tidal frequencies. To estimate the extent at which the groundwater levels are influenced by the ocean surface levels, we compute the coherence between them. Let us assume that there is a linear relationship between the ocean surface height and the groundwater levels. We further assume that the ocean surface height controls the groundwater levels so that we take the ocean surface height as the input variable, and the groundwater well height as the output variable.

text: It is clear that variation of the groundwater levels have significant power at the ocean tidal frequencies. To estimate the extent at which the groundwater levels are influenced by the ocean surface levels, we compute the coherence between them. Let us assume that there is a linear relationship between the ocean surface height and the groundwater levels. We further assume that the ocean surface height controls the groundwater levels so that we take the ocean surface height as the input variable, and the groundwater well height as the output variable.

answers: NDQ_000611

answers: is influenced by the ocean surface

answers: NDQ_000613

answers: groundwater well height

answers: NDQ_000615

answers: be higher than it is during very dry times

answers: NDQ_000616

answers: Earth's surface.

answers: NDQ_000619

answers: Earth's magnetic field is too strong.

answers: NDQ_000624

answers: The water table in an area may rise or fall.

answers: NDQ_000627

answers: The aquifer is surrounded by a layer of what?

answers: NDQ_000629

answers: The rock layer below an aquifer always consists of permeable rock.

answers: NDQ_000630

answers: Convection is the process by which water is heated by hot magma.

answers: NDQ_000631

answers: Context: How many aquifers are beneath the earth?

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: It is impossible for an aquifer to ever run dry

answers: NDQ_000634

answers: The size of the Ogallala aquifer is .

answers: NDQ_000635

answers: Context: How can land use affect the amount of water that enters groundwater?

answers: NDQ_000636

answers: Context: The Ogallala aquifer is a groundwater aquifer in the United States. The aquifer is located in the central part of the state. The aquifer has a total area of , of which is water. The aquifer has a net area of , of which is water. The aquifer has a net area of , of which is water. The aquifer has a net area of , of which is water. The aquifer has a net area of , of which is water.

answers: NDQ_000637

answers: Context: A good aquifer has rock in it that is porous and permeable. The answer: rock.

answers: NDQ_000638

answers: If the rock is impermeable, then the water in the aquifer will not be able to escape.

answers: NDQ_000639

answers: Context: Many hot springs are also mineral springs. Many hot springs are also mineral springs.

answers: NDQ_000640

answers: If the water table is too low, the water in the aquifer will seep deeper underground.

answers: NDQ_000641

answers: If the water flows out of a well due to gravity, what is the source of the water?

answers: NDQ_000642

answers: is not having tiny holes

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater wells

answers: NDQ_000645

answers: groundwater well

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: in the ground

answers: NDQ_000650

answers: is closer to the ocean.

answers: NDQ_000651

answers: United States.

answers: NDQ_000652

answers: groundwater source.

answers: NDQ_000653

answers: oceans.

answers: NDQ_000654

answers: Earth's oceans.

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: groundwater well height

answers: NDQ_000613

answers: variation of the groundwater levels

answers: NDQ_000615

answers: groundwater levels have significant power at the ocean tidal frequencies.

answers: NDQ_000616

answers: groundwater levels have significant power at the ocean tidal frequencies.

answers: NDQ_000619

answers: groundwater levels have significant power at the ocean tidal frequencies.

answers: NDQ_000624

answers: groundwater levels

answers: NDQ_000627

answers: groundwater levels have significant power at the ocean tidal frequencies.

answers: NDQ_000629

answers: ocean tidal frequencies.

answers: NDQ_000630

answers: ocean surface height

answers: NDQ_000631

answers: groundwater levels have significant power at the ocean tidal frequencies.

answers: NDQ_000632

answers: groundwater levels have significant power at the ocean tidal frequencies.

answers: NDQ_000633

answers: groundwater levels have significant power at the ocean tidal frequencies.

answers: NDQ_000634

answers: ocean surface height

answers: NDQ_000635

answers: groundwater levels have significant power at the ocean tidal frequencies.

answers: NDQ_000636

answers: ocean surface height

answers: NDQ_000637

answers: groundwater levels have significant power at the ocean tidal frequencies.

answers: NDQ_000638

answers: groundwater levels have significant power at the ocean tidal frequencies.

answers: NDQ_000639

answers: groundwater levels have significant power at the ocean tidal frequencies.

answers: NDQ_000640

answers: ocean surface height

answers: NDQ_000641

answers: the groundwater well height

answers: NDQ_000642

answers: groundwater well

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater well

answers: NDQ_000645

answers: groundwater well height

answers: NDQ_000646

answers: groundwater well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater levels have significant power at the ocean tidal frequencies.

answers: NDQ_000650

answers: ocean surface levels,

answers: NDQ_000651

answers: groundwater levels have significant power at the ocean tidal frequencies.

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: ocean tidal frequencies.

answers: NDQ_000655

answers: groundwater

text: A GSA is the primary entity responsible for reaching groundwater sustainability. A GSA is  required to develop and implement a groundwater sustainability plan (GSP) to consider the interests of all beneficial users and the users of high-to medium-priority groundwater basins.

text: A GSA is the primary entity responsible for reaching groundwater sustainability. A GSA is  required to develop and implement a groundwater sustainability plan (GSP) to consider the interests of all beneficial users and the users of high-to medium-priority groundwater basins.

answers: NDQ_000611

answers: is a source of water

answers: NDQ_000613

answers: consider the interests of all beneficial users

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is too hot

answers: NDQ_000624

answers: The water table in an area may rise or fall

answers: NDQ_000627

answers: What is the primary entity responsible for reaching groundwater sustainability?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: What is the primary entity responsible for reaching groundwater sustainability?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: GSP

answers: NDQ_000635

answers: What is the primary entity responsible for reaching groundwater sustainability?

answers: NDQ_000636

answers: GSP

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It does not.

answers: NDQ_000639

answers: What is the primary entity responsible for reaching groundwater sustainability?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: can be described as

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: in the ground

answers: NDQ_000650

answers: GSA fails to develop a groundwater sustainability plan

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: groundwater sustainability.

answers: NDQ_000613

answers: sustainability.

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: groundwater sustainability.

answers: NDQ_000630

answers: groundwater sustainability.

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: groundwater sustainability.

answers: NDQ_000635

answers: groundwater

answers: NDQ_000636

answers: GSA is required to develop and implement a groundwater sustainability plan

answers: NDQ_000637

answers: groundwater sustainability.

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: A GSA is the primary entity responsible for reaching groundwater sustainability.

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: groundwater

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: beneficial users

answers: NDQ_000651

answers: groundwater sustainability.

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater sustainability.

text: Hronovka and Regnerka (collectively known as Prdlavka) are a pair of mineral springs located in Hronov, Bohemia, Czech Republic.  The springs were discovered in 1865 by Regner Havlovický near the home of Czech writer Alois Jirásek.  Deeming that the water had curative properties, Jirásek's father (owner of the property on which the springs were discovered) had, by 1869, built a spa with bathing facilities filled with water from the springs.  The spa soon went defunct, but since 1946, new facilities have been built, with a remodel in 1977, and full reconstruction in 2013.

text: Hronovka and Regnerka (collectively known as Prdlavka) are a pair of

text: mineral springs

text: located in

text: Hronov

text: Bohemia

text: Czech Republic

text: .  The springs were discovered in 1865 by

text: Regner Havlovický

text: near the home of Czech writer

text: Alois Jirásek

text: .  Deeming that the water had curative properties, Jirásek's father (owner of the property on which the springs were discovered) had, by 1869, built a spa with bathing facilities filled with water from the springs.  The spa soon went defunct, but since 1946, new facilities have been built, with a remodel in 1977, and full reconstruction in 2013.

answers: NDQ_000611

answers: has curative properties

answers: NDQ_000613

answers: curative properties

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: mineral springs

answers: NDQ_000619

answers: water from the springs evaporates

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Where does an aquifer usually form?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: How many mineral springs are located in Hronov?

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: What is the largest aquifer in the world?

answers: NDQ_000635

answers: How does land use affect the amount of water that enters groundwater?

answers: NDQ_000636

answers: How many springs are located in Hronov?

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: It does not.

answers: NDQ_000639

answers: What type of springs are mineral springs?

answers: NDQ_000640

answers: What is the purpose of the water table?

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: None of the above choices .

answers: NDQ_000643

answers: mineral springs

answers: NDQ_000644

answers: What are the springs made of?

answers: NDQ_000645

answers: mineral springs

answers: NDQ_000646

answers: Aquifer

answers: NDQ_000647

answers: mineral springs

answers: NDQ_000648

answers: mineral springs

answers: NDQ_000649

answers: Where is the springs located?

answers: NDQ_000650

answers: built a spa

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: mineral source

answers: NDQ_000653

answers: Bohemia

answers: NDQ_000654

answers: mineral springs

answers: NDQ_000655

answers: saline

answers: NDQ_000611

answers: mineral springs

answers: NDQ_000613

answers: curative

answers: NDQ_000615

answers: Prdlavka) are a pair of mineral springs

answers: NDQ_000616

answers: Hronovka and Regnerka

answers: NDQ_000619

answers: mineral springs

answers: NDQ_000624

answers: 1865

answers: NDQ_000627

answers: mineral springs

answers: NDQ_000629

answers: 1865

answers: NDQ_000630

answers: 1865

answers: NDQ_000631

answers: mineral springs

answers: NDQ_000632

answers: 1865

answers: NDQ_000633

answers: mineral springs

answers: NDQ_000634

answers: Hronovka and Regnerka

answers: NDQ_000635

answers: built a spa with bathing facilities filled with water from the springs.

answers: NDQ_000636

answers: Deeming that the water had curative properties,

answers: NDQ_000637

answers: mineral springs

answers: NDQ_000638

answers: 1865

answers: NDQ_000639

answers: mineral springs

answers: NDQ_000640

answers: 1865

answers: NDQ_000641

answers: mineral springs

answers: NDQ_000642

answers: Prdlavka) are a pair of mineral springs

answers: NDQ_000643

answers: mineral springs

answers: NDQ_000644

answers: mineral springs

answers: NDQ_000645

answers: mineral springs

answers: NDQ_000646

answers: mineral springs

answers: NDQ_000647

answers: mineral springs

answers: NDQ_000648

answers: mineral springs

answers: NDQ_000649

answers: mineral springs

answers: NDQ_000650

answers: built a spa with bathing facilities

answers: NDQ_000651

answers: Czech Republic.

answers: NDQ_000652

answers: mineral springs

answers: NDQ_000653

answers: mineral springs

answers: NDQ_000654

answers: mineral springs

answers: NDQ_000655

answers: mineral springs

text: The civil parish of Wells was formed in 1933 upon the merger of Wells St Cuthbert In and Wells St Andrew (the latter being the historic liberty of the cathedral, the bishop's palace, etc., amounting to just ). Wells is the successor parish for Wells Municipal Borough, which existed from the creation of municipal boroughs in 1835 to their abolition in 1974. The parish has held the city status of Wells since 1 April 1974 (previously held by the municipal borough) and the member of the City Council who chairs the council holds the historic office of Mayor of Wells, typically for one year. The current mayor (for the 2014-15 municipal year) is Councillor Chris Briton, who is the 641st Mayor of Wells. Another historic position is that of the Town Crier.

text: The

text: civil parish

text: of Wells was formed in 1933 upon the merger of

text: Wells St Cuthbert In

text: and

text: Wells St Andrew

text: (the latter being the historic liberty of the cathedral, the bishop's palace, etc., amounting to just ). Wells is the

text: successor parish

text: for Wells Municipal Borough, which existed from the creation of

text: municipal borough

text: s in 1835 to their abolition in 1974. The parish has held the

text: city status

text: of Wells since 1 April 1974 (previously held by the municipal borough) and the member of the City Council who chairs the council holds the historic office of Mayor of Wells, typically for one year. The current mayor (for the 2014-15 municipal year) is Councillor Chris Briton, who is the 641st Mayor of Wells. Another historic position is that of the

text: Town Crier

answers: NDQ_000611

answers: is a source of water

answers: NDQ_000613

answers: good aquifer

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Wells

answers: NDQ_000619

answers: Wells was formed

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: How many years after the creation of municipal boroughs did Wells Municipal Borough exist?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unknown

answers: NDQ_000635

answers: The parish has held the city status of Wells since 1 April 1974

answers: NDQ_000636

answers: used to irrigate crops

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: wells

answers: NDQ_000644

answers: can be used to describe

answers: NDQ_000645

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: ice

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: infiltrates the ground

answers: NDQ_000650

answers: is in a densely populated area

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: Wells

answers: NDQ_000654

answers: water

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: one year.

answers: NDQ_000613

answers: NDQ_000615

answers: Wells

answers: NDQ_000616

answers: Wells

answers: NDQ_000619

answers: 1933

answers: NDQ_000624

answers: The civil parish of Wells was formed in 1933

answers: NDQ_000627

answers: 1933

answers: NDQ_000629

answers: 1933

answers: NDQ_000630

answers: ). Wells is the successor parish for Wells Municipal Borough,

answers: NDQ_000631

answers: NDQ_000632

answers: NDQ_000633

answers: NDQ_000634

answers: NDQ_000635

answers: The civil parish of Wells

answers: NDQ_000636

answers: Wells

answers: NDQ_000637

answers: The civil parish of Wells was formed in 1933

answers: NDQ_000638

answers: 1835

answers: NDQ_000639

answers: ). Wells is the successor parish for Wells Municipal Borough,

answers: NDQ_000640

answers: 1933

answers: NDQ_000641

answers: 1835

answers: NDQ_000642

answers: ). Wells is the successor parish for Wells Municipal Borough,

answers: NDQ_000643

answers: NDQ_000644

answers: NDQ_000645

answers: NDQ_000646

answers: NDQ_000647

answers: NDQ_000648

answers: NDQ_000649

answers: 1835

answers: NDQ_000650

answers: creation of municipal boroughs in 1835

answers: NDQ_000651

answers: Wells

answers: NDQ_000652

answers: Wells St Cuthbert In and Wells St Andrew

answers: NDQ_000653

answers: NDQ_000654

answers: creation of municipal boroughs in 1835

answers: NDQ_000655

answers: Town Crier.

text: The geyser phenomenon occurs following an extended period of complete darkness, and the geysers themselves occur at the beginning of polar spring, when temperatures are in the range of , and the sun angle is only a few degrees above the horizon. The extreme environment, low Sun angles during the geyser occurrence, and the fact that it would be desirable to emplace the probe well before the occurrence of the geysers, during a period of no sunlight, makes this a difficult environment for the use of solar arrays as the primary power source. Thus, this is an attractive mission for use of the Advanced Stirling Radioisotope Generator (ASRG) with a mass of  including a Li-ion battery for use during Entry/Descent/Landing (EDL) as well as during the hops when there is a short duration requirement for additional power.<ref name='Geyser Hopper'/> However, the ASRG development was cancelled by NASA in 2013.

text: The geyser phenomenon occurs following an extended period of complete darkness, and the geysers themselves occur at the beginning of polar spring, when temperatures are in the range of , and the sun angle is only a few degrees above the horizon. The extreme environment, low Sun angles during the geyser occurrence, and the fact that it would be desirable to emplace the probe well before the occurrence of the geysers, during a period of no sunlight, makes this a difficult environment for the use of

text: solar array

text: s as the primary power source. Thus, this is an attractive mission for use of the

entity_name: Advanced Stirling radioisotope generator

text: Advanced Stirling Radioisotope Generator

text: (ASRG) with a mass of  including a

text: Li-ion battery

text: for use during Entry/Descent/Landing (EDL) as well as during the hops when there is a short duration requirement for additional power.<ref name='Geyser Hopper'/> However, the ASRG development was cancelled by NASA in 2013.

answers: NDQ_000611

answers: causes geysers

answers: NDQ_000613

answers: low Sun angles during the geyser occurrence

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Earth's surface

answers: NDQ_000619

answers: temperatures are in the range of

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Where does an aquifer usually form?

answers: NDQ_000629

answers: It does not.

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: How many aquifers are beneath the earth?

answers: NDQ_000632

answers: How deep are aquifers generally found?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It is not possible to tell

answers: NDQ_000635

answers: What can affect the amount of water that enters groundwater?

answers: NDQ_000636

answers: What is the purpose of the water?

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: What is impermeable?

answers: NDQ_000639

answers: Which of the following is not a type of hot spring: mineral springs, hot springs or geysers?

answers: NDQ_000640

answers: what is the first word in the first paragraph?

answers: NDQ_000641

answers: How does gravity work?

answers: NDQ_000642

answers: does not have tiny holes that water can pass through

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: geysers

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: geysers

answers: NDQ_000648

answers: aquifer

answers: NDQ_000649

answers: Where is water infiltrated

answers: NDQ_000650

answers: is located near a source of pollution

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: polar spring,

answers: NDQ_000613

answers: the sun angle is only a few degrees above the horizon.

answers: NDQ_000615

answers: the ASRG development was cancelled by NASA in 2013.

answers: NDQ_000616

answers: geyser

answers: NDQ_000619

answers: an extended period of complete darkness,

answers: NDQ_000624

answers: The geyser phenomenon occurs following an extended period of complete darkness,

answers: NDQ_000627

answers: the ASRG development was cancelled by NASA in 2013.

answers: NDQ_000629

answers: the ASRG development was cancelled by NASA in 2013.

answers: NDQ_000630

answers: the ASRG development was cancelled by NASA in 2013.

answers: NDQ_000631

answers: the ASRG development was cancelled by NASA in 2013.

answers: NDQ_000632

answers: the ASRG development was cancelled by NASA in 2013.

answers: NDQ_000633

answers: the ASRG development was cancelled by NASA in 2013.

answers: NDQ_000634

answers: the ASRG development was cancelled by NASA in 2013.

answers: NDQ_000635

answers: the ASRG development was cancelled by NASA in 2013.

answers: NDQ_000636

answers: the ASRG development was cancelled by NASA in 2013.

answers: NDQ_000637

answers: the ASRG development was cancelled by NASA in 2013.

answers: NDQ_000638

answers: the ASRG development was cancelled by NASA in 2013.

answers: NDQ_000639

answers: polar spring,

answers: NDQ_000640

answers: the ASRG development was cancelled by NASA in 2013.

answers: NDQ_000641

answers: the ASRG development was cancelled by NASA in 2013.

answers: NDQ_000642

answers: the ASRG development was cancelled by NASA in 2013.

answers: NDQ_000643

answers: The geyser

answers: NDQ_000644

answers: name='Geyser Hopper'/>

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: the ASRG development was cancelled by NASA in 2013.

answers: NDQ_000647

answers: of, and the sun angle is only a few degrees above the horizon.

answers: NDQ_000648

answers: The geyser

answers: NDQ_000649

answers: the ASRG development was cancelled by NASA in 2013.

answers: NDQ_000650

answers: darkness,

answers: NDQ_000651

answers: the ASRG development was cancelled by NASA in 2013.

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: polar spring,

answers: NDQ_000654

answers: geyser

answers: NDQ_000655

answers: geyser

text: In June 1991, the WWF UK lodged a complaint against the project with the European Commission. It was later joined by An Taisce. They argued that the project would be in violation of Community law regarding the protection of groundwater. In February 1992, OPW published an environmental impact assessment, at the request of the Commission. This, as well as a follow-up study, were criticized by the WWF.

text: In June 1991, the

text: WWF

text: UK lodged a complaint against the project with the

text: European Commission

text: . It was later joined by

text: An Taisce

text: . They argued that the project would be in violation of Community law regarding the protection of groundwater. In February 1992, OPW published an environmental impact assessment, at the request of the Commission. This, as well as a follow-up study, were criticized by the WWF.

answers: NDQ_000611

answers: protects the environment

answers: NDQ_000613

answers: protection of groundwater

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: geysers are made of gas

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What did the WWF UK lodge a complaint against?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Which of the following is not a type of spring: mineral springs, hot springs, or groundwater?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: how does water flow out of a well

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: project would be in violation

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: groundwater.

answers: NDQ_000613

answers: protection of groundwater.

answers: NDQ_000615

answers: groundwater.

answers: NDQ_000616

answers: groundwater.

answers: NDQ_000619

answers: groundwater.

answers: NDQ_000624

answers: groundwater.

answers: NDQ_000627

answers: groundwater.

answers: NDQ_000629

answers: groundwater.

answers: NDQ_000630

answers: groundwater.

answers: NDQ_000631

answers: groundwater.

answers: NDQ_000632

answers: groundwater.

answers: NDQ_000633

answers: groundwater.

answers: NDQ_000634

answers: WWF UK lodged a complaint against the project with the European Commission.

answers: NDQ_000635

answers: groundwater.

answers: NDQ_000636

answers: WWF UK lodged a complaint against the project with the European Commission.

answers: NDQ_000637

answers: groundwater.

answers: NDQ_000638

answers: groundwater.

answers: NDQ_000639

answers: groundwater.

answers: NDQ_000640

answers: protection of groundwater.

answers: NDQ_000641

answers: groundwater.

answers: NDQ_000642

answers: groundwater.

answers: NDQ_000643

answers: groundwater.

answers: NDQ_000644

answers: groundwater.

answers: NDQ_000645

answers: groundwater.

answers: NDQ_000646

answers: groundwater.

answers: NDQ_000647

answers: groundwater.

answers: NDQ_000648

answers: groundwater.

answers: NDQ_000649

answers: groundwater.

answers: NDQ_000650

answers: the project would be in violation of Community law regarding the protection of groundwater.

answers: NDQ_000651

answers: groundwater.

answers: NDQ_000652

answers: groundwater.

answers: NDQ_000653

answers: groundwater.

answers: NDQ_000654

answers: groundwater.

answers: NDQ_000655

answers: groundwater.

text: The porous carbonate units of the Muskeg Formation contain important oil and natural gas reservoirs in the Zama and Rainbow Lake areas of northwestern Alberta. The impermeable anhydrite and halite beds of the formation act to seal the reservoirs.

text: The porous carbonate units of the Muskeg Formation contain important oil and natural gas reservoirs in the Zama and Rainbow Lake areas of northwestern Alberta. The

text: impermeable

text: anhydrite and halite beds of the formation act to seal the reservoirs.

answers: NDQ_000611

answers: is pumped out of the reservoirs

answers: NDQ_000613

answers: impermeable anhydrite and halite beds

answers: NDQ_000615

answers: lower in the formation

answers: NDQ_000616

answers: Rainbow Lake

answers: NDQ_000619

answers: anhydrite and halite act to seal the reservoirs

answers: NDQ_000624

answers: None of the above choices.

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a type of land use?

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: no

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: anhydrite

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: Halite beds

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: Rainbow Lake

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: impermeable

answers: NDQ_000650

answers: contains oil and natural gas

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: reservoir

answers: NDQ_000653

answers: Rainbow Lake

answers: NDQ_000654

answers: natural gas

answers: NDQ_000655

answers: reservoirs

answers: NDQ_000611

answers: impermeable

answers: NDQ_000613

answers: impermeable anhydrite and halite beds

answers: NDQ_000615

answers: Rainbow Lake

answers: NDQ_000616

answers: oil and natural gas reservoirs in the Zama and Rainbow Lake

answers: NDQ_000619

answers: oil and natural gas reservoirs

answers: NDQ_000624

answers: Rainbow Lake

answers: NDQ_000627

answers: anhydrite

answers: NDQ_000629

answers: impermeable anhydrite

answers: NDQ_000630

answers: oil and natural gas reservoirs in the Zama and Rainbow Lake

answers: NDQ_000631

answers: oil and natural gas reservoirs in the Zama and Rainbow Lake

answers: NDQ_000632

answers: The impermeable anhydrite

answers: NDQ_000633

answers: impermeable anhydrite

answers: NDQ_000634

answers: Muskeg Formation

answers: NDQ_000635

answers: oil and natural gas reservoirs

answers: NDQ_000636

answers: Alberta.

answers: NDQ_000637

answers: The impermeable anhydrite

answers: NDQ_000638

answers: anhydrite and halite beds

answers: NDQ_000639

answers: oil and natural gas

answers: NDQ_000640

answers: The impermeable anhydrite

answers: NDQ_000641

answers: oil

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: anhydrite

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: anhydrite

answers: NDQ_000646

answers: Lake

answers: NDQ_000647

answers: Lake

answers: NDQ_000648

answers: The impermeable anhydrite

answers: NDQ_000649

answers: The impermeable anhydrite

answers: NDQ_000650

answers: oil and natural gas reservoirs

answers: NDQ_000651

answers: Alberta.

answers: NDQ_000652

answers: Rainbow Lake

answers: NDQ_000653

answers: Lake

answers: NDQ_000654

answers: oil and natural gas reservoirs in the Zama and Rainbow Lake

answers: NDQ_000655

answers: impermeable

text: Through the use of pozzolans in concrete, porous (reactive) Portlandite can be transformed into hard and impermeable (relatively non-reactive) compounds, rather than the porous and soft relatively reactive calcium carbonate produced using ordinary cement. Many of the end products of pozzolanic chemistry exhibit a hardness greater than 7.0 on the Mohs scale.

text: Through the use of pozzolans in concrete, porous (reactive) Portlandite can be transformed into hard and impermeable (relatively non-reactive) compounds, rather than the porous and soft relatively reactive calcium carbonate produced using ordinary cement. Many of the end products of pozzolanic chemistry exhibit a hardness greater than 7.0 on the

text: Mohs scale

answers: NDQ_000611

answers: impermeable

answers: NDQ_000613

answers: impermeable

answers: NDQ_000615

answers: 7.0

answers: NDQ_000616

answers: unanswerable

answers: NDQ_000619

answers: pozzolans in concrete can be transformed into hard

answers: NDQ_000624

answers: no

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: no

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: not

answers: NDQ_000635

answers: What is pozzolanic chemistry?

answers: NDQ_000636

answers: 7.0

answers: NDQ_000637

answers: no

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: not enough information

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: impermeable

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: unanswerable

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: unanswerable

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: impermeable

answers: NDQ_000650

answers: cement is used

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: unanswerable

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: water vapor

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: porous and soft relatively reactive calcium carbonate

answers: NDQ_000613

answers: hard and impermeable

answers: NDQ_000615

answers: 7.0

answers: NDQ_000616

answers: pozzolans

answers: NDQ_000619

answers: pozzolans

answers: NDQ_000624

answers: Through the use of pozzolans

answers: NDQ_000627

answers: 7.0

answers: NDQ_000629

answers: Through the use of pozzolans

answers: NDQ_000630

answers: 7.0

answers: NDQ_000631

answers: 7.0

answers: NDQ_000632

answers: 7.0

answers: NDQ_000633

answers: impermeable

answers: NDQ_000634

answers: 7.0

answers: NDQ_000635

answers: Through the use of pozzolans

answers: NDQ_000636

answers: 7.0

answers: NDQ_000637

answers: 7.0

answers: NDQ_000638

answers: 7.0

answers: NDQ_000639

answers: Portlandite

answers: NDQ_000640

answers: pozzolans

answers: NDQ_000641

answers: Through the use of pozzolans

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: impermeable

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: impermeable

answers: NDQ_000646

answers: pozzolans

answers: NDQ_000647

answers: 7.0

answers: NDQ_000648

answers: impermeable

answers: NDQ_000649

answers: pozzolans

answers: NDQ_000650

answers: porous (reactive) Portlandite

answers: NDQ_000651

answers: 7.0

answers: NDQ_000652

answers: Through the use of pozzolans

answers: NDQ_000653

answers: concrete,

answers: NDQ_000654

answers: pozzolans

answers: NDQ_000655

answers: impermeable

text: Groundwater-dependent ecosystems (GDEs) are a vital yet poorly understood component of the natural environment. An ecosystem is when living organisms benefit from one another via symbiotic relationships. A groundwater-dependent ecosystems is when its nourishment relies on groundwater input. Typical examples of these systems are springs and wetlands ecosystems where groundwater reaches the earth's surface. These ecosystems emerge from aquifers and water tables. In some cases, the water emerging in the form of a springs or wetland area have traveled immense distances, over the course of tens, hundreds, and thousands of years. Because springs systems contain high levels of water nutrients and biological diversity, they act as windows into the earth. They are incredibly sensitive ecosystems and indicators of global climate change and the health of groundwater ecosystems.

text: Groundwater-dependent ecosystems (GDEs) are a vital yet poorly understood component of the

text: natural environment

text: . An ecosystem is when living organisms benefit from one another via symbiotic relationships. A groundwater-dependent ecosystems is when its nourishment relies on groundwater input. Typical examples of these systems are

text: springs

text: and

text: wetlands

text: ecosystems where

text: groundwater

text: reaches the earth's surface. These ecosystems emerge from aquifers and water tables. In some cases, the water emerging in the form of a springs or wetland area have traveled immense distances, over the course of tens, hundreds, and thousands of years. Because springs systems contain high levels of water nutrients and

text: biological diversity

text: , they act as windows into the earth. They are incredibly sensitive ecosystems and indicators of global climate change and the health of groundwater ecosystems.

answers: NDQ_000611

answers: reaches the earth's surface

answers: NDQ_000613

answers: high levels of water nutrients and biological diversity

answers: NDQ_000615

answers: reaches the surface

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater reaches the earth's surface

answers: NDQ_000624

answers: fluctuate

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: None of the above choices.

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: crops

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not an example of a groundwater-dependent ecosystems?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: groundwater-dependent ecosystems

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: springs

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifers

answers: NDQ_000650

answers: groundwater is polluted

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: wetlands

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: reaches the earth's surface.

answers: NDQ_000613

answers: high levels of water nutrients and biological diversity,

answers: NDQ_000615

answers: aquifers and water tables.

answers: NDQ_000616

answers: water tables.

answers: NDQ_000619

answers: groundwater input.

answers: NDQ_000624

answers: aquifers and water tables.

answers: NDQ_000627

answers: aquifers and water tables.

answers: NDQ_000629

answers: aquifers and water tables.

answers: NDQ_000630

answers: springs systems contain high levels of water nutrients and biological diversity,

answers: NDQ_000631

answers: aquifers and water tables.

answers: NDQ_000632

answers: water tables.

answers: NDQ_000633

answers: aquifers and water tables.

answers: NDQ_000634

answers: tens, hundreds, and thousands of years.

answers: NDQ_000635

answers: springs and wetlands ecosystems

answers: NDQ_000636

answers: springs and wetlands ecosystems

answers: NDQ_000637

answers: aquifers and water tables.

answers: NDQ_000638

answers: aquifers and water tables.

answers: NDQ_000639

answers: springs systems contain high levels of water nutrients and biological diversity,

answers: NDQ_000640

answers: aquifers and water tables.

answers: NDQ_000641

answers: aquifers and water tables.

answers: NDQ_000642

answers: incredibly sensitive ecosystems

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: they act as windows into the earth.

answers: NDQ_000645

answers: aquifers and water tables.

answers: NDQ_000646

answers: aquifers and water tables.

answers: NDQ_000647

answers: aquifers and water tables.

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifers and water tables.

answers: NDQ_000650

answers: tens, hundreds, and thousands of years.

answers: NDQ_000651

answers: springs or wetland area have traveled immense distances,

answers: NDQ_000652

answers: aquifers and water tables.

answers: NDQ_000653

answers: aquifers and water tables.

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifers

text: Rock formations that are primarily composed of sandstone usually allow percolation of water and other fluids and are porous enough to store large quantities, making them valuable aquifers and petroleum reservoirs. Fine-grained aquifers, such as sandstones, are better able to filter out pollutants from the surface than are rocks with cracks and crevices, such as limestone or other rocks fractured by seismic activity.

text: Rock formations that are primarily composed of sandstone usually allow

text: percolation

text: of water and other fluids and are

text: porous

text: enough to store large quantities, making them valuable

text: aquifer

text: s and

text: petroleum reservoir

text: s. Fine-grained aquifers, such as sandstones, are better able to filter out pollutants from the surface than are rocks with cracks and crevices, such as

text: limestone

text: or other rocks fractured by

text: seismic activity

answers: NDQ_000611

answers: allows percolation of water

answers: NDQ_000613

answers: allow percolation of water and other fluids

answers: NDQ_000615

answers: percolate

answers: NDQ_000616

answers: sandstone

answers: NDQ_000619

answers: rocks with cracks and crevices are broken

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: no

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: not

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What type of rocks are better able to filter out pollutants from the surface?

answers: NDQ_000636

answers: oil reservoirs

answers: NDQ_000637

answers: yes

answers: NDQ_000638

answers: limestone

answers: NDQ_000639

answers: what is the first type of spring mentioned?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: limestone

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: sandstone

answers: NDQ_000646

answers: percolation

answers: NDQ_000647

answers: aquifers

answers: NDQ_000648

answers: percolation

answers: NDQ_000649

answers: sandstone

answers: NDQ_000650

answers: cracks and crevices

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: rock formation

answers: NDQ_000653

answers: sandstone

answers: NDQ_000654

answers: water and other fluids

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: aquifers and petroleum reservoirs.

answers: NDQ_000613

answers: porous enough to store large quantities,

answers: NDQ_000615

answers: percolation

answers: NDQ_000616

answers: pollutants from the surface

answers: NDQ_000619

answers: seismic activity.

answers: NDQ_000624

answers: aquifers

answers: NDQ_000627

answers: sandstone

answers: NDQ_000629

answers: sandstone

answers: NDQ_000630

answers: aquifers and petroleum reservoirs.

answers: NDQ_000631

answers: aquifers

answers: NDQ_000632

answers: rocks with cracks and crevices,

answers: NDQ_000633

answers: water

answers: NDQ_000634

answers: Rock formations that are primarily composed of sandstone

answers: NDQ_000635

answers: aquifers and petroleum reservoirs.

answers: NDQ_000636

answers: valuable aquifers and petroleum reservoirs.

answers: NDQ_000637

answers: sandstone

answers: NDQ_000638

answers: limestone

answers: NDQ_000639

answers: sandstone

answers: NDQ_000640

answers: rocks with cracks and crevices,

answers: NDQ_000641

answers: aquifers

answers: NDQ_000642

answers: cracks and crevices,

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: aquifers

answers: NDQ_000646

answers: aquifers and petroleum reservoirs.

answers: NDQ_000647

answers: aquifers

answers: NDQ_000648

answers: percolation

answers: NDQ_000649

answers: percolation

answers: NDQ_000650

answers: cracks and crevices,

answers: NDQ_000651

answers: valuable aquifers and petroleum reservoirs.

answers: NDQ_000652

answers: Rock formations

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: seismic activity.

answers: NDQ_000655

answers: aquifers and petroleum reservoirs.

text: Mono Hot Springs (formerly Lower Hot Springs and Lower Mineral Hot Springs) is a summer resort, campground,   unincorporated community, and a group of hot springs in Fresno County, central California. It is located within the Sierra National Forest,  northeast of Fresno via California State Route 168.

text: Mono Hot Springs (formerly Lower Hot Springs and Lower Mineral Hot Springs) is a summer resort, campground,

text: unincorporated community

text: , and a group of

text: hot spring

text: s in

text: Fresno County

text: , central

text: California

text: . It is located within the

text: Sierra National Forest

text: ,  northeast of

text: Fresno

text: via

text: California State Route 168

answers: NDQ_000611

answers: Lower Mineral Hot Springs

answers: NDQ_000613

answers: hot springs

answers: NDQ_000615

answers: lower

answers: NDQ_000616

answers: Sierra National Forest

answers: NDQ_000619

answers: hot water is drawn into the ground

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: None of the above choices are true

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: None of the above choices

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: It is located within the Sierra National Forest

answers: NDQ_000636

answers: California State Route 168

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: It is unknown

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: It is not possible to tell

answers: NDQ_000642

answers: unincorporated community

answers: NDQ_000643

answers: mineral

answers: NDQ_000644

answers: Lower Mineral Hot Springs

answers: NDQ_000645

answers: NDQ_000646

answers: Aquifer

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Water infiltrates the ground where rock is

answers: NDQ_000650

answers: is located near a large body of water

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: source

answers: NDQ_000653

answers: Sierra National Forest

answers: NDQ_000654

answers: water

answers: NDQ_000655

answers: Hot Springs

answers: NDQ_000611

answers: hot springs

answers: NDQ_000613

answers: hot springs

answers: NDQ_000615

answers: Mono Hot Springs

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: hot springs

answers: NDQ_000624

answers: Mono Hot Springs

answers: NDQ_000627

answers: hot springs

answers: NDQ_000629

answers: Mono Hot Springs (formerly Lower Hot Springs and Lower Mineral Hot Springs)

answers: NDQ_000630

answers: Mono Hot Springs

answers: NDQ_000631

answers: hot springs

answers: NDQ_000632

answers: 168.

answers: NDQ_000633

answers: hot springs

answers: NDQ_000634

answers: Mono Hot Springs

answers: NDQ_000635

answers: Sierra National Forest,

answers: NDQ_000636

answers: Mono Hot Springs

answers: NDQ_000637

answers: hot springs

answers: NDQ_000638

answers: hot springs

answers: NDQ_000639

answers: Mineral Hot Springs)

answers: NDQ_000640

answers: 168.

answers: NDQ_000641

answers: Mono Hot Springs

answers: NDQ_000642

answers: 168.

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: hot springs

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: hot springs

answers: NDQ_000649

answers: 168.

answers: NDQ_000650

answers: California State Route 168.

answers: NDQ_000651

answers: California.

answers: NDQ_000652

answers: Sierra National Forest,

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: hot springs

answers: NDQ_000655

answers: hot springs

text: Prehistorically, Native Americans valued the hot springs and regarded them therapeutically. According to The Montezuma (New Mexico) Story, the site was initially commercialized in 1840, when a man named McDonald petitioned the Mexican government for the land, and was granted it on the condition he became a Mexican citizen. He then set up a house by the hot springs and charged for admission to the springs. In 1846, after the territory of New Mexico was conquered by the U.S. Army and taken from Mexico, a military hospital was established near the hot springs. This was converted into a hotel in 1862, and replaced by a stone building in 1879.  This was originally called the "Hot Springs Hotel" and is now called "the old stone hotel". Jesse James is among the visitors who stayed there. This building remains extant and is used as an administration building by the United World College- USA.

text: Prehistorically, Native Americans valued the hot springs and regarded them therapeutically. According to The Montezuma (New Mexico) Story, the site was initially commercialized in 1840, when a man named McDonald petitioned the Mexican government for the land, and was granted it on the condition he became a Mexican citizen. He then set up a house by the hot springs and charged for admission to the springs. In 1846, after the territory of New Mexico was conquered by the U.S. Army and taken from

text: Mexico

text: , a military hospital was established near the hot springs. This was converted into a hotel in 1862, and replaced by a stone building in 1879.  This was originally called the "Hot Springs Hotel" and is now called "the old stone hotel".

text: Jesse James

text: is among the visitors who stayed there. This building remains extant and is used as an administration building by the United World College- USA.

answers: NDQ_000611

answers: is heated by a heat source

answers: NDQ_000613

answers: hot springs

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: hot springs are filled with water

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: What was originally called the "Hot Springs Hotel" and is now called "the old stone hotel"

answers: NDQ_000629

answers: What was originally called the "Hot Springs Hotel" and is now called "the old stone hotel"?

answers: NDQ_000630

answers: According to The Montezuma (New Mexico) Story, the site was initially commercialized

answers: NDQ_000631

answers: What was originally called the "Hot Springs Hotel" and is now called "the old stone hotel"

answers: NDQ_000632

answers: What was originally called the "Hot Springs Hotel" and is now called "the old stone hotel"

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: How many years after McDonald petitioned the Mexican government for the land was granted it on the condition he became a Mexican citizen?

answers: NDQ_000635

answers: What can be concluded about the commercialization of the site?

answers: NDQ_000636

answers: the United World College- USA

answers: NDQ_000637

answers: What was originally called the "Hot Springs Hotel" and is now called "the old stone hotel"

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: What was originally called the "Hot Springs Hotel" and is now called "the old stone hotel"

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: how does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: What kind of springs are hot springs?

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: Hot Springs

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Which of the following is not a type of rock: hot springs, hotel, or military hospital?

answers: NDQ_000650

answers: commercialized

answers: NDQ_000651

answers: New Mexico

answers: NDQ_000652

answers: hot spring

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: hot springs

answers: NDQ_000655

answers: hot springs

answers: NDQ_000611

answers: hot springs

answers: NDQ_000613

answers: hot springs

answers: NDQ_000615

answers: hot springs

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: hot springs

answers: NDQ_000624

answers: hot springs

answers: NDQ_000627

answers: stone building in 1879.

answers: NDQ_000629

answers: 1840,

answers: NDQ_000630

answers: commercialized in 1840,

answers: NDQ_000631

answers: hot springs

answers: NDQ_000632

answers: hot springs

answers: NDQ_000633

answers: hot springs

answers: NDQ_000634

answers: 1840,

answers: NDQ_000635

answers: commercialized in 1840,

answers: NDQ_000636

answers: commercialized in 1840,

answers: NDQ_000637

answers: hot springs

answers: NDQ_000638

answers: hot springs

answers: NDQ_000639

answers: stone

answers: NDQ_000640

answers: commercialized in 1840,

answers: NDQ_000641

answers: hot springs

answers: NDQ_000642

answers: hot springs

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: hot springs

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: hot springs

answers: NDQ_000649

answers: stone building in 1879.

answers: NDQ_000650

answers: a military hospital was established near the hot springs.

answers: NDQ_000651

answers: New Mexico

answers: NDQ_000652

answers: hot springs

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: hot springs

answers: NDQ_000655

answers: hot springs

text: Air stripping is the  transferring of volatile components of a liquid into an air stream. It is an environmental engineering technology used for the purification of groundwaters and wastewaters containing volatile compounds.

text: Air stripping is the  transferring of

text: volatile

text: components of a liquid into an air stream. It is an

text: environmental engineering

text: technology used for the purification of groundwaters and wastewaters containing volatile compounds.

answers: NDQ_000611

answers: air stripping is used for?

answers: NDQ_000613

answers: purification

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: air stripping

answers: NDQ_000619

answers: air is drawn in from the ground

answers: NDQ_000624

answers: None of the above choices.

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the purpose of air stripping?

answers: NDQ_000636

answers: air stripping

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: is not the same as

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: is not the same as

answers: NDQ_000645

answers: air stripping

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: Air stripping is the transferring of volatile components of a liquid into an air stream

answers: NDQ_000649

answers: Where is air stripping used?

answers: NDQ_000650

answers: air stripping is not used

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: air stripping

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: Air stripping

answers: NDQ_000613

answers: purification

answers: NDQ_000615

answers: Air stripping

answers: NDQ_000616

answers: Air stripping

answers: NDQ_000619

answers: Air stripping

answers: NDQ_000624

answers: groundwaters

answers: NDQ_000627

answers: Air stripping

answers: NDQ_000629

answers: Air stripping

answers: NDQ_000630

answers: Air stripping

answers: NDQ_000631

answers: Air stripping

answers: NDQ_000632

answers: Air stripping

answers: NDQ_000633

answers: Air stripping

answers: NDQ_000634

answers: Air stripping

answers: NDQ_000635

answers: Air stripping

answers: NDQ_000636

answers: Air stripping

answers: NDQ_000637

answers: Air stripping

answers: NDQ_000638

answers: Air stripping

answers: NDQ_000639

answers: Air stripping

answers: NDQ_000640

answers: Air stripping

answers: NDQ_000641

answers: Air stripping

answers: NDQ_000642

answers: Air stripping

answers: NDQ_000643

answers: groundwaters

answers: NDQ_000644

answers: Air stripping

answers: NDQ_000645

answers: Air stripping

answers: NDQ_000646

answers: Air stripping

answers: NDQ_000647

answers: groundwaters

answers: NDQ_000648

answers: groundwaters

answers: NDQ_000649

answers: Air stripping

answers: NDQ_000650

answers: Air stripping

answers: NDQ_000651

answers: Air stripping

answers: NDQ_000652

answers: groundwaters

answers: NDQ_000653

answers: groundwaters

answers: NDQ_000654

answers: Air stripping

answers: NDQ_000655

answers: Air stripping

text: A well constructed for pumping groundwater can be used passively as a monitoring well and a small diameter well can be pumped, but this distinction by use is common.

text: A well constructed for pumping groundwater can be used passively as a monitoring well and a small diameter well can be pumped, but this distinction by use is common.

answers: NDQ_000611

answers: is pumped out of a well when it is flooded.

answers: NDQ_000613

answers: passively as a monitoring well

answers: NDQ_000615

answers: pump out of the well

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: Earth's temperature is too low.

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: no

answers: NDQ_000629

answers: no

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: It's impossible to say

answers: NDQ_000636

answers: small diameter well

answers: NDQ_000637

answers: no

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: no

answers: NDQ_000641

answers: no

answers: NDQ_000642

answers: can be used passively

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: can be used to pump groundwater

answers: NDQ_000645

answers: can be used

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: can be pumped

answers: NDQ_000648

answers: can be pumped

answers: NDQ_000649

answers: in the ground

answers: NDQ_000650

answers: is used for pumping

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: a reservoir

answers: NDQ_000611

answers: passively as a monitoring well

answers: NDQ_000613

answers: small diameter well can be pumped,

answers: NDQ_000615

answers: A well constructed for pumping groundwater

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: A well constructed for pumping groundwater

answers: NDQ_000629

answers: pumped,

answers: NDQ_000630

answers: A well constructed for pumping groundwater

answers: NDQ_000631

answers: A well constructed for pumping groundwater

answers: NDQ_000632

answers: this distinction by use is common.

answers: NDQ_000633

answers: A well constructed for pumping groundwater

answers: NDQ_000634

answers: a small diameter well can be pumped,

answers: NDQ_000635

answers: A well constructed for pumping groundwater

answers: NDQ_000636

answers: A well constructed for pumping groundwater

answers: NDQ_000637

answers: A well constructed for pumping groundwater

answers: NDQ_000638

answers: A well constructed for pumping groundwater

answers: NDQ_000639

answers: this distinction by use is common.

answers: NDQ_000640

answers: A well constructed for pumping groundwater

answers: NDQ_000641

answers: A well constructed for pumping groundwater

answers: NDQ_000642

answers: small diameter well can be pumped,

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: small diameter well

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: pumping groundwater

answers: NDQ_000651

answers: A well constructed for pumping groundwater

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: pumping groundwater

answers: NDQ_000655

answers: groundwater

text: Castle Geyser is a cone geyser in the Upper Geyser Basin of Yellowstone National Park. It is noted for the particularly large geyserite sinter deposits, which form its cone. These deposits have been likened in appearance to a castle.

text: Castle Geyser is a cone

text: geyser

text: in the

text: Upper Geyser Basin

text: of

text: Yellowstone National Park

text: . It is noted for the particularly large

text: geyserite

text: sinter

text: deposits, which form its cone. These deposits have been likened in appearance to a castle.

answers: NDQ_000611

answers: is a source of heat

answers: NDQ_000613

answers: large geyserrite sinter deposits

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: Yellowstone National Park

answers: NDQ_000619

answers: geyserite sinter deposits form

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Which of the following is not a type of geyser: Castle Geyser or Geyser Basin?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How does Castle Geyser get its name?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

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

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can be concluded about the amount of water available to enter groundwater?

answers: NDQ_000636

answers: What is the purpose of the water used to irrigate crops?

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a mineral spring: geyserite sinter deposits or mineral springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: does not describe the geyser

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: geyser

answers: NDQ_000645

answers: geyser basin

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: geyser basin

answers: NDQ_000648

answers: is aquifer

answers: NDQ_000649

answers: Where is Castle Geyser located?

answers: NDQ_000650

answers: is in an area with a lot of pollutants

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: Castle Geyser

answers: NDQ_000611

answers: Castle Geyser

answers: NDQ_000613

answers: large geyserite sinter deposits,

answers: NDQ_000615

answers: Castle Geyser

answers: NDQ_000616

answers: Castle Geyser

answers: NDQ_000619

answers: geyserite sinter deposits,

answers: NDQ_000624

answers: Upper Geyser Basin of Yellowstone National Park.

answers: NDQ_000627

answers: geyserite sinter deposits,

answers: NDQ_000629

answers: Castle Geyser

answers: NDQ_000630

answers: Castle Geyser

answers: NDQ_000631

answers: Castle Geyser

answers: NDQ_000632

answers: Upper Geyser Basin

answers: NDQ_000633

answers: Castle Geyser is a cone geyser

answers: NDQ_000634

answers: Castle Geyser

answers: NDQ_000635

answers: Castle Geyser

answers: NDQ_000636

answers: Castle Geyser

answers: NDQ_000637

answers: Castle Geyser

answers: NDQ_000638

answers: Castle Geyser

answers: NDQ_000639

answers: geyserite

answers: NDQ_000640

answers: Castle Geyser

answers: NDQ_000641

answers: Castle Geyser

answers: NDQ_000642

answers: Castle Geyser is a cone geyser

answers: NDQ_000643

answers: geyserite sinter deposits,

answers: NDQ_000644

answers: cone.

answers: NDQ_000645

answers: Upper Geyser Basin

answers: NDQ_000646

answers: Castle Geyser

answers: NDQ_000647

answers: Upper Geyser Basin

answers: NDQ_000648

answers: Castle Geyser is a cone geyser

answers: NDQ_000649

answers: geyserite sinter deposits,

answers: NDQ_000650

answers: large geyserite sinter deposits,

answers: NDQ_000651

answers: Yellowstone National Park.

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Upper Geyser Basin

answers: NDQ_000654

answers: geyser

answers: NDQ_000655

answers: geyserite

text: Pollutants released to the ground can work their way down into the groundwater, leading to groundwater pollution. The resulting body of polluted water within an aquifer is called a plume, with its migrating edges called plume fronts. Plumes are used to locate, map, and measure water pollution within the aquifer's total body of water, and plume fronts to determine directions and speed of the contamination's spreading in it.

text: Pollutants

text: released to the ground can work their way down into the

text: groundwater

text: , leading to

text: groundwater pollution

text: . The resulting body of polluted water within an

text: aquifer

text: is called a plume, with its migrating edges called plume fronts. Plumes are used to locate, map, and measure

text: water pollution

text: within the aquifer's total body of water, and plume fronts to determine directions and speed of the contamination's spreading in it.

answers: NDQ_000611

answers: Pollutants released to the ground can work their way down into what?

answers: NDQ_000613

answers: Pollutants released to the ground

answers: NDQ_000615

answers: fluctuate

answers: NDQ_000616

answers: unanswerable

answers: NDQ_000619

answers: Pollutants are released into the ground

answers: NDQ_000624

answers: what is the last word in the passage?

answers: NDQ_000627

answers: It's impossible to say

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: It's impossible to say

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

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

answers: NDQ_000636

answers: None of the above choices.

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: plume fronts

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: polluted water

answers: NDQ_000649

answers: Where is rock?

answers: NDQ_000650

answers: releases pollutants

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: unanswerable

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: groundwater pollution.

answers: NDQ_000613

answers: Plumes are used to locate, map, and measure water pollution

answers: NDQ_000615

answers: groundwater pollution.

answers: NDQ_000616

answers: plume,

answers: NDQ_000619

answers: Pollutants

answers: NDQ_000624

answers: Pollutants released to the ground

answers: NDQ_000627

answers: plume, with its migrating edges called plume fronts.

answers: NDQ_000629

answers: plume,

answers: NDQ_000630

answers: plume,

answers: NDQ_000631

answers: aquifer

answers: NDQ_000632

answers: plume,

answers: NDQ_000633

answers: plume,

answers: NDQ_000634

answers: a plume, with its migrating edges called plume fronts.

answers: NDQ_000635

answers: Pollutants

answers: NDQ_000636

answers: a plume,

answers: NDQ_000637

answers: Pollutants

answers: NDQ_000638

answers: Pollutants

answers: NDQ_000639

answers: Pollutants

answers: NDQ_000640

answers: plume,

answers: NDQ_000641

answers: Pollutants

answers: NDQ_000642

answers: Pollutants released to the ground

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: groundwater,

answers: NDQ_000647

answers: groundwater,

answers: NDQ_000648

answers: a plume,

answers: NDQ_000649

answers: groundwater pollution.

answers: NDQ_000650

answers: Pollutants released to the ground

answers: NDQ_000651

answers: Pollutants

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: Pollutants

answers: NDQ_000655

answers: aquifer

text: , and Shoshone Geyser Basins

text: , and Shoshone Geyser Basins

answers: NDQ_000611

answers: is a source of water

answers: NDQ_000613

answers: aquifers that contain water

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: evaporation

answers: NDQ_000619

answers: lava erupts

answers: NDQ_000624

answers: The water table may rise or fall.

answers: NDQ_000627

answers: None of the above choices .

answers: NDQ_000629

answers: None of the above choices.

answers: NDQ_000630

answers: What is a geyser?

answers: NDQ_000631

answers: It's unlikely

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It is not possible to tell

answers: NDQ_000635

answers: It can affect the amount of water that is available to enter groundwater.

answers: NDQ_000636

answers: None of the above choices .

answers: NDQ_000637

answers: None of the above choices .

answers: NDQ_000638

answers: None of the above choices .

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: The water table keeps water from seeping deeper underground.

answers: NDQ_000641

answers: It is a natural process

answers: NDQ_000642

answers: is not the same as

answers: NDQ_000643

answers: geyser basin

answers: NDQ_000644

answers: is a geyser

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: can be found

answers: NDQ_000648

answers: is aquifer

answers: NDQ_000649

answers: in a basin

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: the oceans

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: igneous

answers: NDQ_000611

answers: Shoshone Geyser Basins

answers: NDQ_000613

answers: Shoshone Geyser Basins

answers: NDQ_000615

answers: Shoshone Geyser Basins

answers: NDQ_000616

answers: Shoshone Geyser Basins

answers: NDQ_000619

answers: Shoshone Geyser Basins

answers: NDQ_000624

answers: Shoshone Geyser Basins

answers: NDQ_000627

answers: Shoshone Geyser Basins

answers: NDQ_000629

answers: Shoshone Geyser Basins

answers: NDQ_000630

answers: Shoshone Geyser Basins

answers: NDQ_000631

answers: Shoshone Geyser Basins

answers: NDQ_000632

answers: Shoshone Geyser Basins

answers: NDQ_000633

answers: Shoshone Geyser Basins

answers: NDQ_000634

answers: Shoshone Geyser Basins

answers: NDQ_000635

answers: Shoshone Geyser Basins

answers: NDQ_000636

answers: Shoshone Geyser Basins

answers: NDQ_000637

answers: Shoshone Geyser Basins

answers: NDQ_000638

answers: Shoshone Geyser Basins

answers: NDQ_000639

answers: Shoshone Geyser Basins

answers: NDQ_000640

answers: Shoshone Geyser Basins

answers: NDQ_000641

answers: Shoshone Geyser Basins

answers: NDQ_000642

answers: Shoshone Geyser Basins

answers: NDQ_000643

answers: Shoshone Geyser Basins

answers: NDQ_000644

answers: Shoshone Geyser Basins

answers: NDQ_000645

answers: Shoshone Geyser Basins

answers: NDQ_000646

answers: Shoshone Geyser Basins

answers: NDQ_000647

answers: Shoshone Geyser Basins

answers: NDQ_000648

answers: Shoshone Geyser Basins

answers: NDQ_000649

answers: Shoshone Geyser Basins

answers: NDQ_000650

answers: Shoshone Geyser Basins

answers: NDQ_000651

answers: Shoshone Geyser Basins

answers: NDQ_000652

answers: Shoshone Geyser Basins

answers: NDQ_000653

answers: Shoshone Geyser Basins

answers: NDQ_000654

answers: Shoshone Geyser Basins

answers: NDQ_000655

answers: Shoshone Geyser Basins

text: Near Chilly Buttes of Thousand Springs Valley, a series of artesian fountains/sand blows erupted immediately after the main shock. Groundwater gushed from these fountains forming small craters and depositing aprons of light-colored sandy sediment around each crater.

text: Near Chilly Buttes of Thousand Springs Valley, a series of artesian fountains/sand blows erupted immediately after the main shock. Groundwater gushed from these fountains forming small craters and depositing aprons of light-colored sandy sediment around each crater.

answers: NDQ_000611

answers: gushed from these fountains

answers: NDQ_000613

answers: groundwater gushed from these fountains

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: artesian fountains

answers: NDQ_000619

answers: Groundwater gushed from these fountains

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: It's impossible to say

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can be concluded about the amount of water gushed from these fountains?

answers: NDQ_000636

answers: None of the above choices are available

answers: NDQ_000637

answers: None of the above choices .

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: What does the water table do to keep water from seeping deeper underground?

answers: NDQ_000641

answers: it is not possible to tell

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: Groundwater

answers: NDQ_000644

answers: small craters

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: artesian

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where does the water infiltrate?

answers: NDQ_000650

answers: has a lot of craters

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: artesian

answers: NDQ_000611

answers: gushed from these fountains

answers: NDQ_000613

answers: light-colored sandy sediment

answers: NDQ_000615

answers: Groundwater

answers: NDQ_000616

answers: Groundwater gushed from these fountains

answers: NDQ_000619

answers: Groundwater

answers: NDQ_000624

answers: Groundwater

answers: NDQ_000627

answers: Groundwater

answers: NDQ_000629

answers: Groundwater

answers: NDQ_000630

answers: Groundwater

answers: NDQ_000631

answers: Groundwater

answers: NDQ_000632

answers: Groundwater

answers: NDQ_000633

answers: Groundwater

answers: NDQ_000634

answers: Near Chilly Buttes of Thousand Springs Valley,

answers: NDQ_000635

answers: Groundwater

answers: NDQ_000636

answers: Groundwater

answers: NDQ_000637

answers: Groundwater

answers: NDQ_000638

answers: Groundwater

answers: NDQ_000639

answers: artesian

answers: NDQ_000640

answers: artesian fountains/sand blows

answers: NDQ_000641

answers: Groundwater

answers: NDQ_000642

answers: Groundwater gushed from these fountains forming small craters

answers: NDQ_000643

answers: Groundwater

answers: NDQ_000644

answers: craters

answers: NDQ_000645

answers: Groundwater

answers: NDQ_000646

answers: Groundwater

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: Groundwater

answers: NDQ_000649

answers: Groundwater

answers: NDQ_000650

answers: Groundwater

answers: NDQ_000651

answers: Thousand Springs Valley,

answers: NDQ_000652

answers: Groundwater

answers: NDQ_000653

answers: Groundwater

answers: NDQ_000654

answers: Groundwater

answers: NDQ_000655

answers: artesian fountains/sand

text: Kali Bein plays a key role in recharging the water table and in flood management in its watershed. It is also a key source of irrigation for the agricultural fields there. The Kanjli Wetland, a Ramsar site (a wetland site designated of international importance under the Ramsar Convention), is supported by the Kali Bein. As a result of the Green Revolution, the use of industrial and agricultural chemicals and the exploitation of groundwater led to the drying up of the Kali Bein along parts of its course and the contamination of groundwater leading to diseases and the drying up of farmlands.

text: Kali Bein plays a key role in recharging the

text: water table

text: and in flood management in its watershed. It is also a key source of irrigation for the agricultural fields there. The

text: Kanjli Wetland

text: , a

text: Ramsar site

text: (a wetland site designated of international importance under the

text: Ramsar Convention

text: ), is supported by the Kali Bein. As a result of the Green Revolution, the use of industrial and agricultural chemicals and the exploitation of groundwater led to the drying up of the Kali Bein along parts of its course and the contamination of groundwater leading to diseases and the drying up of farmlands.

answers: NDQ_000611

answers: causes diseases and the drying up of farmlands

answers: NDQ_000613

answers: recharging the water table

answers: NDQ_000615

answers: dry up

answers: NDQ_000616

answers: Kali Bein

answers: NDQ_000619

answers: groundwater is too hot

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It is also a key source of irrigation for the agricultural fields there

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: How deep is the Kali Bein?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: What is a result of the Green Revolution?

answers: NDQ_000636

answers: It is also a key source of irrigation

answers: NDQ_000637

answers: What does the Kali Bein play a key role in?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a source of irrigation for the agricultural fields there?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: What is a Ramsar?

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: What does the Kali Bein play a key role in?

answers: NDQ_000650

answers: uses industrial and agricultural chemicals

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: Kali Bein

answers: NDQ_000655

answers: Ramsar

answers: NDQ_000611

answers: diseases and the drying up of farmlands.

answers: NDQ_000613

answers: recharging the water table and in flood management

answers: NDQ_000615

answers: flood management

answers: NDQ_000616

answers: Kali Bein

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: flood management

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: Kali Bein

answers: NDQ_000630

answers: Kali Bein

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: water table

answers: NDQ_000633

answers: Kali Bein

answers: NDQ_000634

answers: Kali Bein

answers: NDQ_000635

answers: drying up of farmlands.

answers: NDQ_000636

answers: Kali Bein

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: Kali Bein

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: Kali Bein

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: Kali Bein

answers: NDQ_000645

answers: water table

answers: NDQ_000646

answers: irrigation

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: use of industrial and agricultural chemicals

answers: NDQ_000651

answers: agricultural fields

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: Kali Bein

answers: NDQ_000655

answers: flood management

text: Scientists with the United States Geologic Survey have developed numerical groundwater flow models for the San Antonio and Barton Springs aquifer segments to determine the amount of water in the aquifer, the direction it is flowing, and its velocity. These are used to estimate the sustainable levels of groundwater withdrawal throughout the aquifer. Given ample data is needed for numerical simulations, yet often lacking, regional modeling of large aquifers is difficult, but modeling segments within an aquifer is common and provides useful information for water users throughout the aquifer.

text: Scientists with the United States Geologic Survey have developed numerical groundwater flow models for the San Antonio and Barton Springs aquifer segments to determine the amount of water in the aquifer, the direction it is flowing, and its velocity. These are used to estimate the sustainable levels of groundwater withdrawal throughout the aquifer. Given ample data is needed for numerical simulations, yet often lacking, regional modeling of large aquifers is difficult, but modeling segments within an aquifer is common and provides useful information for water users throughout the aquifer.

answers: NDQ_000611

answers: flows in what direction?

answers: NDQ_000613

answers: sustainable levels of groundwater withdrawal throughout the aquifer

answers: NDQ_000615

answers: aquifer

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is withdrawn from the ground

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: regional modeling of large aquifers

answers: NDQ_000635

answers: What is the purpose of the San Antonio and Barton Springs aquifer segments

answers: NDQ_000636

answers: water users throughout the aquifer

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It is impossible to say

answers: NDQ_000639

answers: Which of the following is not a type of spring: hot springs, mineral springs or aquifers?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: The direction it is flowing, and its velocity

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater withdrawal

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: groundwater withdrawal increases

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: modeling segments within an aquifer

answers: NDQ_000613

answers: the direction it is flowing, and its velocity.

answers: NDQ_000615

answers: groundwater withdrawal

answers: NDQ_000616

answers: groundwater withdrawal

answers: NDQ_000619

answers: water

answers: NDQ_000624

answers: groundwater flow models

answers: NDQ_000627

answers: groundwater flow models

answers: NDQ_000629

answers: groundwater flow models

answers: NDQ_000630

answers: groundwater flow models

answers: NDQ_000631

answers: regional modeling of large aquifers

answers: NDQ_000632

answers: modeling segments within an aquifer

answers: NDQ_000633

answers: water

answers: NDQ_000634

answers: regional modeling of large aquifers

answers: NDQ_000635

answers: groundwater flow models

answers: NDQ_000636

answers: water users

answers: NDQ_000637

answers: water in the aquifer,

answers: NDQ_000638

answers: water

answers: NDQ_000639

answers: Scientists with the United States Geologic Survey have developed numerical groundwater

answers: NDQ_000640

answers: numerical groundwater flow models

answers: NDQ_000641

answers: groundwater flow models

answers: NDQ_000642

answers: aquifer,

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer,

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: groundwater withdrawal

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: groundwater withdrawal

answers: NDQ_000651

answers: water users

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifers

text: MOHID Land is the hydrology module within the three-dimensional MOHID Water Modelling System. MOHID is an integrated system for water flow, consisting of three main modules: Water for three-dimensional fluid dynamics, Land for hydrology and Soil for groundwater flow. The MOHID Land module is a watershed mathematical model — or hydrological transport model — designed to simulate the flow of water in a drainage basin and aquifer. The processes which are simulated include two-dimensional overland runoff, infiltration into the ground, one-dimensional drainage network flow through rivers and canals, as well as (saturated and unsaturated) porous medium transport. The interactions between the different processes (like water exchange between aquifer and river) are calculated dynamically by the model, using the hydraulic gradients. The different processes occurring in a basin are programmed in different modules. The user can choose which modules to activate, allowing simulation of the desired ones only.

text: MOHID Land is the

text: hydrology

text: module within the three-dimensional

text: MOHID Water Modelling System

text: . MOHID is an integrated system for water flow, consisting of three main modules: Water for three-dimensional

text: fluid dynamics

text: , Land for

text: hydrology

text: and Soil for

text: groundwater flow

text: . The MOHID Land module is a watershed

text: mathematical model

text: — or

text: hydrological transport model

text: — designed to simulate the flow of water in a

text: drainage basin

text: and

text: aquifer

text: . The processes which are simulated include two-dimensional

text: overland runoff

text: infiltration

text: into the ground, one-dimensional

text: drainage network

text: flow through rivers and canals, as well as (saturated and unsaturated)

text: porous medium

text: transport. The interactions between the different processes (like water exchange between aquifer and river) are calculated dynamically by the model, using the

text: hydraulic gradients

text: . The different processes occurring in a basin are programmed in different modules. The user can choose which modules to activate, allowing simulation of the desired ones only.

answers: NDQ_000611

answers: Soil is used for what purpose?

answers: NDQ_000613

answers: saturated and unsaturated

answers: NDQ_000615

answers: Infiltration into the ground

answers: NDQ_000616

answers: drainage basin

answers: NDQ_000619

answers: MOHID Land is a watershed mathematical model

answers: NDQ_000624

answers: Soil for groundwater flow

answers: NDQ_000627

answers: What type of layer usually forms in aquifer?

answers: NDQ_000629

answers: Which of the following is not a type of rock layer below an aquifer?

answers: NDQ_000630

answers: What is the source of water in hot springs?

answers: NDQ_000631

answers: What is the purpose of the MOHID Land module?

answers: NDQ_000632

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

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: MOHID Land

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater

answers: NDQ_000636

answers: MOHID Land

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: What is impermeable rock?

answers: NDQ_000639

answers: What is the MOHID Land module?

answers: NDQ_000640

answers: Soil

answers: NDQ_000641

answers: Soil

answers: NDQ_000642

answers: porous medium transport

answers: NDQ_000643

answers: Soil

answers: NDQ_000644

answers: porous medium transport

answers: NDQ_000645

answers: Soil

answers: NDQ_000646

answers: drainage basin

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: infiltration into the ground

answers: NDQ_000649

answers: Infiltration into the ground where rock is

answers: NDQ_000650

answers: overland runoff

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: drainage basin

answers: NDQ_000653

answers: Aquifer

answers: NDQ_000654

answers: overland runoff

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: Soil

answers: NDQ_000613

answers: (saturated and unsaturated)

answers: NDQ_000615

answers: infiltration into the ground,

answers: NDQ_000616

answers: river)

answers: NDQ_000619

answers: water

answers: NDQ_000624

answers: aquifer.

answers: NDQ_000627

answers: aquifer.

answers: NDQ_000629

answers: (saturated and unsaturated)

answers: NDQ_000630

answers: water in a drainage basin and aquifer.

answers: NDQ_000631

answers: aquifer.

answers: NDQ_000632

answers: hydraulic gradients.

answers: NDQ_000633

answers: water

answers: NDQ_000634

answers: aquifer.

answers: NDQ_000635

answers: infiltration into the ground,

answers: NDQ_000636

answers: two-dimensional overland runoff,

answers: NDQ_000637

answers: (saturated and unsaturated)

answers: NDQ_000638

answers: two-dimensional overland runoff, infiltration into the ground,

answers: NDQ_000639

answers: aquifer.

answers: NDQ_000640

answers: two-dimensional overland runoff, infiltration into the ground,

answers: NDQ_000641

answers: aquifer.

answers: NDQ_000642

answers: Soil

answers: NDQ_000643

answers: aquifer.

answers: NDQ_000644

answers: porous medium

answers: NDQ_000645

answers: aquifer.

answers: NDQ_000646

answers: infiltration

answers: NDQ_000647

answers: aquifer.

answers: NDQ_000648

answers: infiltration into the ground,

answers: NDQ_000649

answers: ground,

answers: NDQ_000650

answers: overland runoff,

answers: NDQ_000651

answers: aquifer.

answers: NDQ_000652

answers: aquifer.

answers: NDQ_000653

answers: aquifer.

answers: NDQ_000654

answers: river)

answers: NDQ_000655

answers: (saturated and unsaturated)

text: An aquifer is a geologic layer of porous and permeable material such as sand and gravel, limestone, or sandstone, through which water flows and is stored. An artesian aquifer is confined between impermeable rocks or clay which causes this positive pressure. Not all the aquifers are artesian, because the water table must reach the surface (not the case for underground groundwater such as, for example, the Nubian Sandstone Aquifer System). The recharging of aquifers happens when the water table at its recharge zone is at a higher elevation than the head of the well.

text: An aquifer is a

text: geologic

text: layer of porous and permeable material such as sand and gravel,

text: limestone

text: , or

text: sandstone

text: , through which water flows and is stored. An artesian aquifer is confined between

text: impermeable

text: rocks or clay which causes this positive pressure. Not all the aquifers are artesian, because the

text: water table

text: must reach the surface (not the case for underground

text: groundwater

text: such as, for example, the

text: Nubian Sandstone Aquifer System

text: ). The recharging of aquifers happens when the water table at its recharge zone is at a higher

text: elevation

text: than the head of the

text: well

answers: NDQ_000611

answers: does not have to reach the surface

answers: NDQ_000613

answers: porous and permeable material

answers: NDQ_000615

answers: reach the surface

answers: NDQ_000616

answers: higher elevation than the head of the well

answers: NDQ_000619

answers: positive pressure is present in the aquifer

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: no

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is an example of an artesian aquifer?

answers: NDQ_000636

answers: crop

answers: NDQ_000637

answers: yes

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: Which of the following is not a mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: impermeable rocks or clay

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: the water table

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: underground groundwater

answers: NDQ_000648

answers: through which water flows

answers: NDQ_000649

answers: impermeable

answers: NDQ_000650

answers: is confined between impermeable rocks or clay

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: when the water table at its recharge zone is at a higher elevation

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: underground

answers: NDQ_000613

answers: porous and permeable

answers: NDQ_000615

answers: reach the surface

answers: NDQ_000616

answers: the water table at its recharge zone is at a higher elevation

answers: NDQ_000619

answers: positive pressure.

answers: NDQ_000624

answers: higher elevation

answers: NDQ_000627

answers: artesian

answers: NDQ_000629

answers: sand and gravel, limestone, or sandstone,

answers: NDQ_000630

answers: aquifer

answers: NDQ_000631

answers: Not all the aquifers are artesian,

answers: NDQ_000632

answers: artesian

answers: NDQ_000633

answers: recharging

answers: NDQ_000634

answers: Nubian Sandstone Aquifer System).

answers: NDQ_000635

answers: aquifer

answers: NDQ_000636

answers: An aquifer

answers: NDQ_000637

answers: sand and gravel, limestone, or sandstone,

answers: NDQ_000638

answers: An artesian

answers: NDQ_000639

answers: aquifer

answers: NDQ_000640

answers: the water table must reach the surface

answers: NDQ_000641

answers: aquifer

answers: NDQ_000642

answers: impermeable rocks

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: well.

answers: NDQ_000647

answers: underground groundwater

answers: NDQ_000648

answers: water flows and is stored.

answers: NDQ_000649

answers: impermeable

answers: NDQ_000650

answers: water table must reach the surface

answers: NDQ_000651

answers: Nubian Sandstone Aquifer System).

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: the water table at its recharge zone is at a higher elevation

answers: NDQ_000655

answers: artesian

text: A 1993 report  states that shallow groundwater in the area was contaminated but local drinking water wells were apparently unaffected at that time. Chemicals could be detected in water up to 60 feet below the surface, but drinking water in this area comes from deep reservoirs 500 feet below the surface and was therefore considered safe to drink. However, recent data from the EPA’s Second Five Year Review indicates that volatile contaminants were migrating from the soil to groundwater reservoirs including reservoirs that are used for domestic water. Groundwater in the area may also contain contaminants from another nearby Superfund site (Montrose Superfund Site). Past and current reports indicate that steps need to be taken to ensure that shallow groundwater contamination does not seep to deeper levels.

text: A 1993 report  states that shallow groundwater in the area was contaminated but local drinking water wells were apparently unaffected at that time. Chemicals could be detected in water up to 60 feet below the surface, but drinking water in this area comes from deep reservoirs 500 feet below the surface and was therefore considered safe to drink. However, recent data from the EPA’s Second Five Year Review indicates that volatile contaminants were migrating from the soil to groundwater reservoirs including reservoirs that are used for domestic water. Groundwater in the area may also contain contaminants from another nearby Superfund site (Montrose Superfund Site). Past and current reports indicate that steps need to be taken to ensure that shallow groundwater contamination does not seep to deeper levels.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: deep reservoirs

answers: NDQ_000615

answers: lower than 500 feet

answers: NDQ_000616

answers: groundwater reservoirs

answers: NDQ_000619

answers: volatile contaminants are migrating from the soil

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: Which of the following is not a source of volatile contaminants: soil, drinking water, or contaminated groundwater?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: unaffected at that time

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: shallow groundwater

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: 500 feet below the surface

answers: NDQ_000648

answers: shallow groundwater

answers: NDQ_000649

answers: Where does the water infiltrate?

answers: NDQ_000650

answers: shallow

answers: NDQ_000651

answers: area

answers: NDQ_000652

answers: groundwater reservoir

answers: NDQ_000653

answers: deep reservoirs

answers: NDQ_000654

answers: soil

answers: NDQ_000655

answers: Superfund

answers: NDQ_000611

answers: deep reservoirs 500 feet below the surface

answers: NDQ_000613

answers: deep reservoirs 500 feet below the surface

answers: NDQ_000615

answers: shallow groundwater

answers: NDQ_000616

answers: drinking water in this area comes from deep reservoirs

answers: NDQ_000619

answers: shallow groundwater

answers: NDQ_000624

answers: shallow groundwater

answers: NDQ_000627

answers: soil

answers: NDQ_000629

answers: 60 feet below the surface,

answers: NDQ_000630

answers: shallow groundwater

answers: NDQ_000631

answers: shallow groundwater

answers: NDQ_000632

answers: 60 feet below the surface,

answers: NDQ_000633

answers: shallow groundwater

answers: NDQ_000634

answers: drinking water in this area comes from deep reservoirs 500 feet below the surface

answers: NDQ_000635

answers: soil

answers: NDQ_000636

answers: local drinking water wells

answers: NDQ_000637

answers: shallow groundwater

answers: NDQ_000638

answers: deep reservoirs

answers: NDQ_000639

answers: shallow groundwater

answers: NDQ_000640

answers: shallow groundwater contamination does not seep to deeper levels.

answers: NDQ_000641

answers: shallow groundwater

answers: NDQ_000642

answers: shallow groundwater contamination does not seep to deeper levels.

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: shallow groundwater in the area was contaminated but local drinking water wells

answers: NDQ_000645

answers: 60 feet below the surface,

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: 500 feet

answers: NDQ_000648

answers: shallow groundwater

answers: NDQ_000649

answers: soil

answers: NDQ_000650

answers: shallow groundwater

answers: NDQ_000651

answers: drinking water in this area comes from deep reservoirs 500 feet below the surface

answers: NDQ_000652

answers: wells

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: soil

answers: NDQ_000655

answers: deep reservoirs

text: A seep is a moist or wet place where water, usually groundwater, reaches the earth's surface from an underground aquifer.

text: A seep is a moist or wet place where

text: water

text: , usually

text: groundwater

text: , reaches the earth's surface from an underground

text: aquifer

answers: NDQ_000611

answers: reaches the surface from an underground aquifer

answers: NDQ_000613

answers: moist or wet

answers: NDQ_000615

answers: reach the surface

answers: NDQ_000616

answers: seeps

answers: NDQ_000619

answers: water from an underground aquifer reaches the surface.

answers: NDQ_000624

answers: What can happen to the water table?

answers: NDQ_000627

answers: It's impossible to say

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: What is the source of water in a hot spring?

answers: NDQ_000631

answers: It's impossible to say

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's not possible to tell

answers: NDQ_000635

answers: How does land use affect the amount of water that can enter groundwater?

answers: NDQ_000636

answers: aquifer

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It is not possible to tell

answers: NDQ_000639

answers: None of the above choices.

answers: NDQ_000640

answers: It keeps water from seeping deeper underground

answers: NDQ_000641

answers: It is a natural process.

answers: NDQ_000642

answers: can not be a seep

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: is a term used to describe

answers: NDQ_000645

answers: seep

answers: NDQ_000646

answers: is a seep

answers: NDQ_000647

answers: aquifer

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: eroded

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: seeps

answers: NDQ_000654

answers: evaporation

answers: NDQ_000655

answers: wet

answers: NDQ_000611

answers: underground aquifer.

answers: NDQ_000613

answers: moist or wet

answers: NDQ_000615

answers: seep

answers: NDQ_000616

answers: A seep

answers: NDQ_000619

answers: water, usually groundwater,

answers: NDQ_000624

answers: underground aquifer.

answers: NDQ_000627

answers: underground

answers: NDQ_000629

answers: A seep

answers: NDQ_000630

answers: underground aquifer.

answers: NDQ_000631

answers: underground aquifer.

answers: NDQ_000632

answers: underground aquifer.

answers: NDQ_000633

answers: underground aquifer.

answers: NDQ_000634

answers: A seep

answers: NDQ_000635

answers: A seep

answers: NDQ_000636

answers: A seep

answers: NDQ_000637

answers: underground aquifer.

answers: NDQ_000638

answers: A seep

answers: NDQ_000639

answers: seep

answers: NDQ_000640

answers: A seep

answers: NDQ_000641

answers: A seep

answers: NDQ_000642

answers: underground aquifer.

answers: NDQ_000643

answers: aquifer.

answers: NDQ_000644

answers: aquifer.

answers: NDQ_000645

answers: seep

answers: NDQ_000646

answers: seep

answers: NDQ_000647

answers: groundwater,

answers: NDQ_000648

answers: groundwater,

answers: NDQ_000649

answers: underground aquifer.

answers: NDQ_000650

answers: seep

answers: NDQ_000651

answers: A seep

answers: NDQ_000652

answers: underground aquifer.

answers: NDQ_000653

answers: underground aquifer.

answers: NDQ_000654

answers: seep

answers: NDQ_000655

answers: aquifer.

text: Siliceous sinter is a deposit of opaline or amorphous silica which appears as incrustations near hot springs and geysers. It sometimes forms conical mounds, called geyser cones, but can also form as a terrace. The main agents responsible for the deposition of siliceous sinter are algae and other vegetation in the water. Altering of wall rocks can also form sinters near fumaroles and in the deeper channels of hot springs. Examples of siliceous sinter are geyserite and fiorite. They can be found in many places, including  Iceland, El Tatio geothermal field in Chile, New Zealand, and Yellowstone National Park and Steamboat Springs in the USA.

text: Siliceous sinter

text: is a deposit of

text: opal

text: ine or

text: amorphous

text: silica

text: which appears as incrustations near

text: hot spring

text: s and

text: geyser

text: s. It sometimes forms conical mounds, called geyser cones, but can also form as a

text: terrace

text: . The main agents responsible for the deposition of siliceous sinter are

text: algae

text: and other vegetation in the water. Altering of wall rocks can also form sinters near

text: fumarole

text: s and in the deeper channels of

text: hot spring

text: s. Examples of siliceous sinter are

text: geyserite

text: and

text: fiorite

text: . They can be found in many places, including

text: Iceland

text: El Tatio

text: geothermal field in

text: Chile

text: New Zealand

text: , and

text: Yellowstone National Park

text: and

text: Steamboat Springs

text: in the USA.

answers: NDQ_000611

answers: algae and other vegetation in the water

answers: NDQ_000613

answers: algae and other vegetation in the water

answers: NDQ_000615

answers: sinter

answers: NDQ_000616

answers: algae and other vegetation

answers: NDQ_000619

answers: siliceous sinter

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the main agent responsible for the deposition of siliceous sinter?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Why is siliceous sinter a deposit of opaline or amorphous silica

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: sinter

answers: NDQ_000643

answers: sinter

answers: NDQ_000644

answers: geyser cones

answers: NDQ_000645

answers: terrace

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: algae

answers: NDQ_000649

answers: Where does the water infiltrate?

answers: NDQ_000650

answers: algae and other vegetation are present

answers: NDQ_000651

answers: Steamboat Springs

answers: NDQ_000652

answers: geothermal field

answers: NDQ_000653

answers: geysers

answers: NDQ_000654

answers: algae and other vegetation

answers: NDQ_000655

answers: sinter

answers: NDQ_000611

answers: algae and other vegetation in the water.

answers: NDQ_000613

answers: algae and other vegetation in the water.

answers: NDQ_000615

answers: algae and other vegetation

answers: NDQ_000616

answers: algae and other vegetation

answers: NDQ_000619

answers: algae and other vegetation in the water.

answers: NDQ_000624

answers: hot springs

answers: NDQ_000627

answers: algae and other vegetation in the water. Altering of wall rocks

answers: NDQ_000629

answers: algae and other vegetation in the water. Altering of wall rocks

answers: NDQ_000630

answers: fumaroles

answers: NDQ_000631

answers: hot springs.

answers: NDQ_000632

answers: deeper channels

answers: NDQ_000633

answers: algae and other vegetation in the water.

answers: NDQ_000634

answers: Iceland, El Tatio geothermal field in Chile,

answers: NDQ_000635

answers: Altering of wall rocks

answers: NDQ_000636

answers: Siliceous sinter

answers: NDQ_000637

answers: siliceous sinter are algae and other vegetation in the water.

answers: NDQ_000638

answers: Altering of wall rocks

answers: NDQ_000639

answers: Siliceous sinter

answers: NDQ_000640

answers: hot springs and geysers.

answers: NDQ_000641

answers: hot springs

answers: NDQ_000642

answers: algae and other vegetation in the water. Altering of wall rocks

answers: NDQ_000643

answers: Siliceous sinter

answers: NDQ_000644

answers: Siliceous sinter

answers: NDQ_000645

answers: siliceous sinter

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: algae and other vegetation in the water.

answers: NDQ_000648

answers: algae and other vegetation in the water.

answers: NDQ_000649

answers: algae and other vegetation

answers: NDQ_000650

answers: algae and other vegetation

answers: NDQ_000651

answers: Steamboat Springs

answers: NDQ_000652

answers: hot springs

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: algae and other vegetation in the water.

answers: NDQ_000655

answers: siliceous sinter

text: Within an aquifer, the water table is rarely horizontal, but reflects the surface relief due to the capillary effect in soils, sediments and other porous media. In the aquifer, groundwater flows from points of higher pressure to points of lower pressure, and the direction of groundwater flow typically has both a horizontal and a vertical component. The slope of the water table is known as the hydraulic gradient, which depends on the rate at which water is added to and removed from the aquifer and the permeability of the material. The water table does not always mimic the topography due to variations in the underlying geological structure (e.g., folded, faulted, fractured bedrock)

text: Within an aquifer, the water table is rarely horizontal, but reflects the surface relief due to the capillary effect in

text: soil

text: s,

text: sediment

text: s and other

text: porous media

text: . In the aquifer, groundwater flows from points of higher pressure to points of lower pressure, and the direction of groundwater flow typically has both a horizontal and a vertical component. The slope of the water table is known as the hydraulic gradient, which depends on the rate at which water is added to and removed from the aquifer and the permeability of the material. The water table does not always mimic the topography due to variations in the underlying geological structure (e.g., folded, faulted, fractured bedrock)

answers: NDQ_000611

answers: flows from points of higher pressure to points of lower pressure

answers: NDQ_000613

answers: the direction of groundwater flow typically has both a horizontal and a vertical component

answers: NDQ_000615

answers: horizontal

answers: NDQ_000616

answers: higher pressure to points of lower pressure

answers: NDQ_000619

answers: groundwater flows from higher pressure to lower pressure

answers: NDQ_000624

answers: may rise or fall

answers: NDQ_000627

answers: Which of the following is not a layer of clay?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: Which of the following is not a source of hot magma?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: What is the slope of the water table known as?

answers: NDQ_000636

answers: the slope of the water table

answers: NDQ_000637

answers: Why is the water table rarely horizontal?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: Why is the water table rarely horizontal?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: porous media

answers: NDQ_000645

answers: water table

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: unanswerable

answers: NDQ_000650

answers: water is added to and removed

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: typically has both a horizontal and a vertical component.

answers: NDQ_000613

answers: groundwater flows from points of higher pressure to points of lower pressure,

answers: NDQ_000615

answers: horizontal,

answers: NDQ_000616

answers: groundwater flows from points of higher pressure to points of lower pressure,

answers: NDQ_000619

answers: groundwater flows from points of higher pressure

answers: NDQ_000624

answers: The water table does not always mimic the topography

answers: NDQ_000627

answers: soils, sediments and other porous media.

answers: NDQ_000629

answers: folded, faulted, fractured bedrock)

answers: NDQ_000630

answers: Within an aquifer,

answers: NDQ_000631

answers: aquifer,

answers: NDQ_000632

answers: horizontal,

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: horizontal, but reflects the surface relief due to the capillary effect

answers: NDQ_000635

answers: surface relief due to the capillary effect in soils,

answers: NDQ_000636

answers: horizontal, but reflects the surface relief due to the capillary effect

answers: NDQ_000637

answers: capillary effect in soils, sediments and other porous media.

answers: NDQ_000638

answers: fractured bedrock)

answers: NDQ_000639

answers: Within an aquifer,

answers: NDQ_000640

answers: reflects the surface relief

answers: NDQ_000641

answers: groundwater flows from points of higher pressure to points of lower pressure,

answers: NDQ_000642

answers: soils, sediments and other porous media.

answers: NDQ_000643

answers: aquifer,

answers: NDQ_000644

answers: porous media.

answers: NDQ_000645

answers: the water table

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: fractured bedrock)

answers: NDQ_000650

answers: water is added to and removed from the aquifer

answers: NDQ_000651

answers: groundwater flows from points of higher pressure to points of lower pressure,

answers: NDQ_000652

answers: aquifer,

answers: NDQ_000653

answers: aquifer,

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: fractured bedrock)

text: Carbon dioxide (chemical formula CO) is a colorless and odorless gas that is vital to life on Earth. This naturally occurring chemical compound is made up of a carbon atom covalently double bonded to two oxygen atoms. Carbon dioxide exists in Earth's atmosphere as a trace gas at a concentration of about 0.04 percent (400 ppm) by volume. Natural sources include volcanoes, hot springs and geysers, and it is freed from carbonate rocks by dissolution in water and acids. Because carbon dioxide is soluble in water, it occurs naturally in groundwater, rivers and lakes, in ice caps and glaciers and also in seawater. It is present in deposits of petroleum and natural gas.

text: Carbon dioxide (

text: chemical formula

text: CO) is a colorless and odorless

text: gas

text: that is vital to

text: life on Earth

text: . This naturally occurring

text: chemical compound

text: is made up of a

text: carbon

text: atom

text: covalently

text: double bond

text: ed to two

text: oxygen

text: atoms. Carbon dioxide exists in

text: Earth's atmosphere

text: as a

text: trace gas

text: at a concentration of about 0.04 percent (400

text: ppm

text: ) by volume. Natural sources include

text: volcano

text: es,

text: hot spring

text: s and

text: geyser

text: s, and it is freed from

text: carbonate rock

text: s by

text: dissolution

text: in water and acids. Because carbon dioxide is soluble in water, it occurs naturally in

text: groundwater

text: river

text: s and

text: lake

text: s, in

text: ice cap

text: s and

text: glacier

text: s and also in

text: seawater

text: . It is present in deposits of

text: petroleum

text: and

text: natural gas

answers: NDQ_000611

answers: Carbon dioxide is dissolved in what?

answers: NDQ_000613

answers: soluble in water

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: carbonate rocks

answers: NDQ_000619

answers: carbon dioxide is released

answers: NDQ_000624

answers: Which of the following is not a source of carbon dioxide: volcanoes, hot springs and geysers

answers: NDQ_000627

answers: Which of the following is not a source of carbon dioxide: volcanoes, hot springs and geysers

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: Which of the following is not a source of carbon dioxide: volcanoes, hot springs or geysers?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: None of the above choices.

answers: NDQ_000635

answers: Which of the following is not a source of carbon dioxide: volcanoes, hot springs, or glaciers?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: Which of the following is not a source of carbon dioxide?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a source of carbon dioxide: volcanoes, hot springs or mineral springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: ice caps and glaciers

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Why is carbon dioxide present in deposits of petroleum and natural gas?

answers: NDQ_000650

answers: deposits of petroleum

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: volcano

answers: NDQ_000653

answers: rivers and lakes

answers: NDQ_000654

answers: carbon dioxide

answers: NDQ_000655

answers: carbonate

answers: NDQ_000611

answers: carbon dioxide is soluble in water, it occurs naturally in groundwater,

answers: NDQ_000613

answers: soluble in water,

answers: NDQ_000615

answers: groundwater,

answers: NDQ_000616

answers: carbonate rocks

answers: NDQ_000619

answers: Carbon dioxide

answers: NDQ_000624

answers: groundwater,

answers: NDQ_000627

answers: groundwater,

answers: NDQ_000629

answers: carbonate rocks

answers: NDQ_000630

answers: volcanoes, hot springs and geysers,

answers: NDQ_000631

answers: groundwater,

answers: NDQ_000632

answers: groundwater,

answers: NDQ_000633

answers: groundwater,

answers: NDQ_000634

answers: Carbon dioxide

answers: NDQ_000635

answers: Carbon dioxide

answers: NDQ_000636

answers: Carbon dioxide

answers: NDQ_000637

answers: carbonate rocks

answers: NDQ_000638

answers: carbonate rocks

answers: NDQ_000639

answers: carbonate rocks

answers: NDQ_000640

answers: carbon dioxide is soluble in water, it occurs naturally in groundwater,

answers: NDQ_000641

answers: groundwater,

answers: NDQ_000642

answers: carbonate rocks

answers: NDQ_000643

answers: groundwater,

answers: NDQ_000644

answers: ice caps and glaciers

answers: NDQ_000645

answers: groundwater,

answers: NDQ_000646

answers: groundwater,

answers: NDQ_000647

answers: groundwater,

answers: NDQ_000648

answers: groundwater,

answers: NDQ_000649

answers: carbonate rocks

answers: NDQ_000650

answers: petroleum and natural gas.

answers: NDQ_000651

answers: groundwater,

answers: NDQ_000652

answers: hot springs

answers: NDQ_000653

answers: groundwater, rivers and lakes,

answers: NDQ_000654

answers: volcanoes, hot springs and geysers,

answers: NDQ_000655

answers: carbonate

text: A stratigraphic column at the Mount Bonnell location starts with the Lower Cretaceous Trinity Group overlain by the Edwards Group and the Georgetown Formation.  Upper Cretaceous formations follow, starting with the Del Rio Clay, Buda Limestone, and then the Eagle Ford Group.  Formations within the Trinity Group include the Hammett Formation, Cow Creek Formation, Hensel Formation, and Lower and Upper Glen Rose Formation.  The Hammett and the lower portion of the Upper Glen Rose act as confining units (or aquitard) for the Middle Trinity Aquifer.  The Upper Glen Rose contains the Upper Trinity Aquifer, which appears to have intra-aquifer groundwater flow with the Edwards Aquifer as water levels are at the same elevation.  Formations within the Edwards Group include the Kainier Formation and the Person Formation.  The Upper Cretaceous rock units confine the Edwards Aquifer within the Edwards Group and the Georgetown Formation.

text: A

text: stratigraphic column

text: at the

text: Mount Bonnell

text: location starts with the

text: Lower Cretaceous

text: Trinity Group

text: overlain by the

text: Edwards Group

text: and the Georgetown Formation.

text: Upper Cretaceous

text: formations

text: follow, starting with the

text: Del Rio Clay

text: Buda Limestone

text: , and then the

text: Eagle Ford Group

text: .  Formations within the Trinity Group include the

text: Hammett Formation

text: , Cow Creek Formation,

text: Hensel Formation

text: , and Lower and Upper

text: Glen Rose Formation

text: .  The Hammett and the lower portion of the Upper Glen Rose act as confining units (or

text: aquitard

text: ) for the Middle Trinity

text: Aquifer

text: .  The Upper Glen Rose contains the Upper Trinity Aquifer, which appears to have intra-aquifer

text: groundwater

text: flow with the Edwards Aquifer as water levels are at the same elevation.  Formations within the Edwards Group include the Kainier Formation and the Person Formation.  The Upper Cretaceous rock units confine the

text: Edwards Aquifer

text: within the Edwards Group and the Georgetown Formation.

answers: NDQ_000611

answers: flows with the Edwards Aquifer

answers: NDQ_000613

answers: water levels are at the same elevation

answers: NDQ_000615

answers: be at the same elevation

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: water levels are at the same elevation

answers: NDQ_000624

answers: What is the Upper Glen Rose?

answers: NDQ_000627

answers: What formations follow, starting with the Del Rio Clay?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: It's impossible to say

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: How does land use affect groundwater?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: What does the Hammett and the lower portion of the Upper Glen Rose act as confining units (or aquitard) for?

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: What type of springs are mineral springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well

answers: NDQ_000642

answers: The upper Glen Rose contains the Upper Trinity Aquifer

answers: NDQ_000643

answers: Aquifer

answers: NDQ_000644

answers: Clay

answers: NDQ_000645

answers: Middle Trinity Aquifer

answers: NDQ_000646

answers: aquitard

answers: NDQ_000647

answers: Middle Trinity Aquifer

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where does groundwater infiltrate?

answers: NDQ_000650

answers: groundwater levels are at the same elevation

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: Middle Trinity Aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquitard

answers: NDQ_000611

answers: intra-aquifer groundwater flow with the Edwards Aquifer

answers: NDQ_000613

answers: water levels are at the same elevation.

answers: NDQ_000615

answers: water levels are at the same elevation.

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: intra-aquifer groundwater

answers: NDQ_000624

answers: water levels are at the same elevation.

answers: NDQ_000627

answers: Del Rio Clay, Buda Limestone,

answers: NDQ_000629

answers: intra-aquifer groundwater

answers: NDQ_000630

answers: Middle Trinity Aquifer.

answers: NDQ_000631

answers: Middle Trinity Aquifer.

answers: NDQ_000632

answers: same elevation.

answers: NDQ_000633

answers: water levels are at the same elevation.

answers: NDQ_000634

answers: Mount Bonnell

answers: NDQ_000635

answers: Middle Trinity Aquifer.

answers: NDQ_000636

answers: Edwards Aquifer

answers: NDQ_000637

answers: intra-aquifer groundwater

answers: NDQ_000638

answers: Lower Cretaceous Trinity Group

answers: NDQ_000639

answers: Clay, Buda Limestone,

answers: NDQ_000640

answers: water levels are at the same elevation.

answers: NDQ_000641

answers: intra-aquifer groundwater

answers: NDQ_000642

answers: intra-aquifer groundwater flow with the Edwards Aquifer

answers: NDQ_000643

answers: Middle Trinity Aquifer.

answers: NDQ_000644

answers: intra-aquifer groundwater flow with the Edwards Aquifer

answers: NDQ_000645

answers: Middle Trinity Aquifer.

answers: NDQ_000646

answers: intra-aquifer groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: water levels are at the same elevation.

answers: NDQ_000651

answers: Edwards Aquifer

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: Middle Trinity Aquifer.

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquitard)

text: Groundwater accounts for 64% of the volume for public water supply, 33% of all water used for agriculture and livestock, and 24% of water utilized by self-supplied industry. There are 653 groundwater aquifers in Mexico. CONAGUA estimates the total amount of groundwater recharge to be around  per year, 36.4% of which, (around  per year) are actually used. This average rate does not fully represent the situation of the arid region, where a negative balance is threatening the sustainable use of groundwater resources.

text: Groundwater

text: accounts for 64% of the volume for public water supply, 33% of all water used for agriculture and livestock, and 24% of water utilized by self-supplied industry. There are 653 groundwater aquifers in Mexico. CONAGUA estimates the total amount of groundwater recharge to be around  per year, 36.4% of which, (around  per year) are actually used. This average rate does not fully represent the situation of the arid region, where a negative balance is threatening the sustainable use of groundwater resources.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: sustainable use of groundwater resources

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater aquifers are full

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How is the situation of the arid region?

answers: NDQ_000636

answers: 33%

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It does not say

answers: NDQ_000639

answers: Which of the following is not a source of groundwater: hot springs, mineral springs, or public water supply?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: how does water flow out of a well

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifers

answers: NDQ_000650

answers: arid region

answers: NDQ_000651

answers: Mexico

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: public water supply,

answers: NDQ_000613

answers: sustainable use of groundwater

answers: NDQ_000615

answers: Groundwater

answers: NDQ_000616

answers: Groundwater

answers: NDQ_000619

answers: Groundwater

answers: NDQ_000624

answers: Groundwater

answers: NDQ_000627

answers: 653 groundwater aquifers in Mexico.

answers: NDQ_000629

answers: 653 groundwater aquifers in Mexico.

answers: NDQ_000630

answers: Groundwater

answers: NDQ_000631

answers: arid region,

answers: NDQ_000632

answers: 653 groundwater aquifers

answers: NDQ_000633

answers: 653 groundwater aquifers in Mexico.

answers: NDQ_000634

answers: 653

answers: NDQ_000635

answers: agriculture and livestock,

answers: NDQ_000636

answers: 33% of all water used for agriculture and livestock,

answers: NDQ_000637

answers: Groundwater

answers: NDQ_000638

answers: Groundwater

answers: NDQ_000639

answers: Groundwater

answers: NDQ_000640

answers: Groundwater

answers: NDQ_000641

answers: Groundwater

answers: NDQ_000642

answers: Groundwater

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifers

answers: NDQ_000646

answers: Groundwater

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: Groundwater

answers: NDQ_000649

answers: Groundwater

answers: NDQ_000650

answers: a negative balance

answers: NDQ_000651

answers: Groundwater accounts for 64% of the volume for public water supply,

answers: NDQ_000652

answers: Groundwater

answers: NDQ_000653

answers: Groundwater

answers: NDQ_000654

answers: Groundwater

answers: NDQ_000655

answers: aquifers

text: Aquifers in Western Australia are of saprolite grit. Poorly weathered saprolite grit aquifers are capable of producing groundwater, often suitable for livestock. Yields depend on the texture of the materials and their depth from which the aquifer is derived.

text: Aquifer

text: s in

text: Western Australia

text: are of saprolite grit. Poorly weathered saprolite grit aquifers are capable of producing groundwater, often suitable for livestock. Yields depend on the texture of the materials and their depth from which the aquifer is derived.

answers: NDQ_000611

answers: can be used for what purpose?

answers: NDQ_000613

answers: depth from which the aquifer is derived

answers: NDQ_000615

answers: increase in depth

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: geothermal energy is released into the air.

answers: NDQ_000624

answers: What can happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: It's impossible to say

answers: NDQ_000632

answers: No

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a type of aquifer: saprolite grit aquifers or livestock?

answers: NDQ_000636

answers: not enough information

answers: NDQ_000637

answers: Yes

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a mineral spring: saprolite grit aquifers or groundwater?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: saprolite grit

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: saprolite grit

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: unsuitable

answers: NDQ_000650

answers: is poorly weathered

answers: NDQ_000651

answers: Western Australia

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: Aquifers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: saprolite

answers: NDQ_000611

answers: suitable for livestock.

answers: NDQ_000613

answers: texture of the materials and their depth

answers: NDQ_000615

answers: groundwater,

answers: NDQ_000616

answers: groundwater,

answers: NDQ_000619

answers: depth from which the aquifer is derived.

answers: NDQ_000624

answers: groundwater,

answers: NDQ_000627

answers: saprolite grit.

answers: NDQ_000629

answers: saprolite grit.

answers: NDQ_000630

answers: groundwater,

answers: NDQ_000631

answers: Aquifers

answers: NDQ_000632

answers: Yields depend on the texture of the materials and their depth

answers: NDQ_000633

answers: groundwater,

answers: NDQ_000634

answers: Aquifers in Western Australia

answers: NDQ_000635

answers: livestock.

answers: NDQ_000636

answers: livestock.

answers: NDQ_000637

answers: saprolite grit.

answers: NDQ_000638

answers: saprolite grit.

answers: NDQ_000639

answers: saprolite grit.

answers: NDQ_000640

answers: saprolite grit.

answers: NDQ_000641

answers: groundwater,

answers: NDQ_000642

answers: saprolite grit.

answers: NDQ_000643

answers: groundwater,

answers: NDQ_000644

answers: saprolite grit.

answers: NDQ_000645

answers: groundwater,

answers: NDQ_000646

answers: groundwater,

answers: NDQ_000647

answers: groundwater,

answers: NDQ_000648

answers: groundwater,

answers: NDQ_000649

answers: groundwater,

answers: NDQ_000650

answers: Poorly weathered

answers: NDQ_000651

answers: livestock.

answers: NDQ_000652

answers: groundwater,

answers: NDQ_000653

answers: groundwater,

answers: NDQ_000654

answers: groundwater,

answers: NDQ_000655

answers: saprolite grit.

text: is an hot spring resort district in northern Japan about  to the north-west of downtown Sendai, Miyagi Prefecture. The Sakunami Onsen hot spring was discovered 1300 years ago and is now one of the very widely used spring resorts in Sendai, Japan. Where you can experience the seasonal changes while enjoying the spring. Sakunami has a number of hotels and ryokan, including Ichinobo and Iwamatsu Ryokan. These onsen cluster around the same Hirosegawa river that eventually flows through downtown Sendai. Trains on the Senzan Line from Sendai Station to Yamagata Station stop at Sakunami Station, a trip that takes roughly 40 minutes from Sendai.

text: is an

text: hot spring resort

text: district in northern Japan about  to the north-west of downtown

text: Sendai

text: Miyagi Prefecture

text: . The Sakunami Onsen hot spring was discovered 1300 years ago and is now one of the very widely used spring resorts in Sendai, Japan. Where you can experience the seasonal changes while enjoying the spring. Sakunami has a number of hotels and

text: ryokan

text: , including Ichinobo and Iwamatsu Ryokan. These onsen cluster around the same Hirosegawa river that eventually flows through downtown Sendai. Trains on the

text: Senzan Line

text: from

text: Sendai Station

text: to

text: Yamagata Station

text: stop at

text: Sakunami Station

text: , a trip that takes roughly 40 minutes from Sendai.

answers: NDQ_000611

answers: Sakunami Onsen

answers: NDQ_000613

answers: hot spring

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Hirosegawa river

answers: NDQ_000619

answers: Sakunami Onsen is a hot spring

answers: NDQ_000624

answers: How would you describe Sakunami Onsen?

answers: NDQ_000627

answers: What is an aquifer?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: What type of water is heated in hot springs?

answers: NDQ_000631

answers: None of the above choices are true

answers: NDQ_000632

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

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How does land use affect the amount of water that enters groundwater?

answers: NDQ_000636

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It does not.

answers: NDQ_000639

answers: Which of the following is not a mineral spring: Sakunami Onsen, Hirosegawa river or Sendai?

answers: NDQ_000640

answers: What is the purpose of the water table?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: is not having tiny holes that can pass through

answers: NDQ_000643

answers: hot spring

answers: NDQ_000644

answers: Sakunami Onsen hot springs

answers: NDQ_000645

answers: hot spring

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: is called groundwater

answers: NDQ_000649

answers: The Sakunami Onsen hot spring

answers: NDQ_000650

answers: is near a river

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: river

answers: NDQ_000653

answers: rivers

answers: NDQ_000654

answers: rivers

answers: NDQ_000655

answers: Sakunami

answers: NDQ_000611

answers: Hirosegawa river

answers: NDQ_000613

answers: seasonal changes

answers: NDQ_000615

answers: Sakunami

answers: NDQ_000616

answers: Hirosegawa river

answers: NDQ_000619

answers: Sakunami Onsen hot spring

answers: NDQ_000624

answers: seasonal changes

answers: NDQ_000627

answers: Sakunami

answers: NDQ_000629

answers: Sakunami

answers: NDQ_000630

answers: Sakunami Onsen

answers: NDQ_000631

answers: Sakunami

answers: NDQ_000632

answers: Hirosegawa river

answers: NDQ_000633

answers: Sakunami Onsen hot spring

answers: NDQ_000634

answers: Sendai, Miyagi Prefecture.

answers: NDQ_000635

answers: The Sakunami

answers: NDQ_000636

answers: Sakunami

answers: NDQ_000637

answers: Sakunami

answers: NDQ_000638

answers: Sakunami

answers: NDQ_000639

answers: The Sakunami Onsen

answers: NDQ_000640

answers: Sakunami

answers: NDQ_000641

answers: Sakunami

answers: NDQ_000642

answers: Sakunami

answers: NDQ_000643

answers: Sakunami Onsen hot spring

answers: NDQ_000644

answers: Sakunami Onsen hot spring

answers: NDQ_000645

answers: Sakunami Onsen hot spring

answers: NDQ_000646

answers: Sakunami Onsen hot spring

answers: NDQ_000647

answers: Sakunami Onsen hot spring

answers: NDQ_000648

answers: Hirosegawa river

answers: NDQ_000649

answers: Hirosegawa river

answers: NDQ_000650

answers: Hirosegawa river

answers: NDQ_000651

answers: Japan

answers: NDQ_000652

answers: Hirosegawa river

answers: NDQ_000653

answers: Hirosegawa river

answers: NDQ_000654

answers: Hirosegawa river

answers: NDQ_000655

answers: Sakunami Onsen hot spring

text: Mineral Hot Springs is a platted subdivision but nearly all lots are now owned by the owner of "Joyful Journey", a destination spa. In addition to the spa there are a couple of private homes on the lots of the subdivision. Mineral Hot Springs is located on Highway 17 about a mile south of its junction with U.S. 285 about 6 miles south of Villa Grove, Colorado. Mineral Hot Springs had a post office from 1911 to 1946.

text: Mineral Hot Springs is a platted subdivision but nearly all lots are now owned by the owner of "Joyful Journey", a

text: destination spa

text: . In addition to the spa there are a couple of private homes on the lots of the subdivision. Mineral Hot Springs is located on

text: Highway 17

text: about a mile south of its junction with

text: U.S. 285

text: about 6 miles south of

text: Villa Grove, Colorado

text: . Mineral Hot Springs had a post office from 1911 to 1946.

answers: NDQ_000611

answers: is pumped out of the ground.

answers: NDQ_000613

answers: hot springs

answers: NDQ_000615

answers: be what?

answers: NDQ_000616

answers: Mineral Hot Springs

answers: NDQ_000619

answers: Mineral Hot Springs is a hot springs

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: What is Mineral Hot Springs located on?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: How many miles south of Villa Grove, Colorado?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the purpose of the spa?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: How many miles south of Villa Grove, Colorado is Mineral Hot Springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: Hot Springs

answers: NDQ_000644

answers: mineral springs

answers: NDQ_000645

answers: Mineral Hot Springs

answers: NDQ_000646

answers: Mineral Hot Springs

answers: NDQ_000647

answers: Mineral Hot Springs

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Where is Mineral Hot Springs located?

answers: NDQ_000650

answers: has a spa

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: spring

answers: NDQ_000653

answers: Mineral Hot Springs

answers: NDQ_000654

answers: water flowing through it

answers: NDQ_000655

answers: Mineral

answers: NDQ_000611

answers: a mile south of its junction with U.S. 285

answers: NDQ_000613

answers: Mineral Hot Springs

answers: NDQ_000615

answers: Mineral Hot Springs

answers: NDQ_000616

answers: Mineral Hot Springs

answers: NDQ_000619

answers: Mineral Hot Springs

answers: NDQ_000624

answers: Mineral Hot Springs

answers: NDQ_000627

answers: Colorado.

answers: NDQ_000629

answers: Mineral Hot Springs had a post office from 1911 to 1946.

answers: NDQ_000630

answers: Mineral Hot Springs had a post office from 1911 to 1946.

answers: NDQ_000631

answers: Mineral Hot Springs

answers: NDQ_000632

answers: a mile south of its junction with U.S. 285

answers: NDQ_000633

answers: Mineral Hot Springs

answers: NDQ_000634

answers: Colorado.

answers: NDQ_000635

answers: platted subdivision

answers: NDQ_000636

answers: Mineral Hot Springs had a post office from 1911 to 1946.

answers: NDQ_000637

answers: Mineral Hot Springs

answers: NDQ_000638

answers: 1946.

answers: NDQ_000639

answers: Mineral Hot Springs

answers: NDQ_000640

answers: Mineral Hot Springs had a post office from 1911 to 1946.

answers: NDQ_000641

answers: Mineral Hot Springs

answers: NDQ_000642

answers: Mineral Hot Springs

answers: NDQ_000643

answers: Mineral Hot Springs

answers: NDQ_000644

answers: Mineral Hot Springs

answers: NDQ_000645

answers: Mineral Hot Springs

answers: NDQ_000646

answers: Mineral Hot Springs

answers: NDQ_000647

answers: Mineral Hot Springs

answers: NDQ_000648

answers: Mineral Hot Springs

answers: NDQ_000649

answers: Colorado.

answers: NDQ_000650

answers: private homes

answers: NDQ_000651

answers: Colorado.

answers: NDQ_000652

answers: Mineral Hot Springs is a platted subdivision

answers: NDQ_000653

answers: Mineral Hot Springs

answers: NDQ_000654

answers: Mineral Hot Springs

answers: NDQ_000655

answers: Mineral Hot Springs

text: These aquifers are close to the surface, and have a high hydraulic conductivity, so they are at a high risk for pollution. Known pollutants in this area are arsenic, cadmium, copper, lead, and zinc due to mining activities coupled with elevated levels of phosphorus and nitrogen due to agriculture activities.Water withdrawals from the aquifer region are derived 80% from surface water, 20% groundwater; however 60% of domestic, commercial and municipal water supply comes from groundwater. Wells range from 50 to 1,125 feet deep. This region of the United States is not heavily populated, but more than half the population relies on these aquifers for drinking water, and the aquifers are highly susceptible for pollution.

text: These aquifers are close to the surface, and have a high hydraulic conductivity, so they are at a high risk for pollution. Known pollutants in this area are arsenic, cadmium, copper, lead, and zinc due to mining activities coupled with elevated levels of phosphorus and nitrogen due to agriculture activities.Water withdrawals from the aquifer region are derived 80% from surface water, 20% groundwater; however 60% of domestic, commercial and municipal water supply comes from groundwater. Wells range from 50 to 1,125 feet deep. This region of the United States is not heavily populated, but more than half the population relies on these aquifers for drinking water, and the aquifers are highly susceptible for pollution.

answers: NDQ_000611

answers: is a source of water for what purpose?

answers: NDQ_000613

answers: high hydraulic conductivity

answers: NDQ_000615

answers: aquifer

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: aquifers are at a high risk

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: No

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Why are elevated levels of phosphorus and nitrogen due to agriculture activities?

answers: NDQ_000636

answers: elevated levels of phosphorus and nitrogen

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a mineral spring: copper, lead, or zinc?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: Wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: surface water

answers: NDQ_000649

answers: aquifers

answers: NDQ_000650

answers: close to the surface

answers: NDQ_000651

answers: Why is the aquifer important?

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: surface water

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: 60% of domestic, commercial and municipal water supply comes from groundwater.

answers: NDQ_000613

answers: high hydraulic conductivity,

answers: NDQ_000615

answers: Wells range from 50 to 1,125 feet deep.

answers: NDQ_000616

answers: surface water, 20% groundwater;

answers: NDQ_000619

answers: mining activities

answers: NDQ_000624

answers: Wells range from 50 to 1,125 feet deep.

answers: NDQ_000627

answers: 60% of domestic, commercial and municipal water supply comes from groundwater.

answers: NDQ_000629

answers: 60% of domestic, commercial and municipal water supply comes from groundwater.

answers: NDQ_000630

answers: 60% of domestic, commercial and municipal water supply comes from groundwater.

answers: NDQ_000631

answers: heavily populated,

answers: NDQ_000632

answers: Wells range from 50 to 1,125 feet

answers: NDQ_000633

answers: 60% of domestic, commercial and municipal water supply comes from groundwater.

answers: NDQ_000634

answers: 50 to 1,125 feet deep. This region of the United States

answers: NDQ_000635

answers: agriculture

answers: NDQ_000636

answers: agriculture

answers: NDQ_000637

answers: high hydraulic conductivity,

answers: NDQ_000638

answers: 60% of domestic, commercial and municipal water supply comes from groundwater.

answers: NDQ_000639

answers: mining activities

answers: NDQ_000640

answers: 60% of domestic, commercial and municipal water supply comes from groundwater.

answers: NDQ_000641

answers: 60% of domestic, commercial and municipal water supply comes from groundwater.

answers: NDQ_000642

answers: Wells

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: Wells

answers: NDQ_000645

answers: Wells

answers: NDQ_000646

answers: Wells

answers: NDQ_000647

answers: groundwater;

answers: NDQ_000648

answers: 80% from surface water, 20% groundwater;

answers: NDQ_000649

answers: 60% of domestic, commercial and municipal water supply comes from groundwater.

answers: NDQ_000650

answers: close to the surface,

answers: NDQ_000651

answers: more than half the population

answers: NDQ_000652

answers: Wells

answers: NDQ_000653

answers: surface water, 20% groundwater;

answers: NDQ_000654

answers: surface water, 20% groundwater;

answers: NDQ_000655

answers: groundwater;

text: The Geyser was a steam powered fireboat built for Chicago, Illinois in 1886.Chicago had operated three earlier vessels, as fireboats, but they had all been retrofits.  The Geyser was specifically designed as a fireboat, after Fire Marshall Denis J. Swenie visited eastern cities to learn from their purpose-built fireboats.

text: The Geyser was a

text: steam powered

text: fireboat

text: built for

text: Chicago, Illinois

text: in 1886.Chicago had operated three earlier vessels, as fireboats, but they had all been retrofits.  The Geyser was specifically designed as a fireboat, after Fire Marshall

text: Denis J. Swenie

text: visited eastern cities to learn from their purpose-built fireboats.

answers: NDQ_000611

answers: erupts from the surface

answers: NDQ_000613

answers: purpose-built fireboat

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: a lake

answers: NDQ_000619

answers: they are powered by steam

answers: NDQ_000624

answers: What may happen to the Geyser?

answers: NDQ_000627

answers: Where does an aquifer usually form?

answers: NDQ_000629

answers: Which of the following is not true of the rock layer below an aquifer?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: What can be concluded about aquifers?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It is not possible to tell

answers: NDQ_000635

answers: How does land use affect the amount of water that enters groundwater?

answers: NDQ_000636

answers: the Ogallala aquifer

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It does not.

answers: NDQ_000639

answers: What type of spring is the Geyser?

answers: NDQ_000640

answers: what is the first word in the first paragraph?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: The Geyser was specifically designed as a fireboat

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: The Geyser was a fireboat

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: Geyser

answers: NDQ_000648

answers: is aquifer

answers: NDQ_000649

answers: Where is the Geyser located?

answers: NDQ_000650

answers: is near a large city

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: lakes

answers: NDQ_000654

answers: water evaporation

answers: NDQ_000655

answers: Geyser

answers: NDQ_000611

answers: The Geyser

answers: NDQ_000613

answers: purpose-built

answers: NDQ_000615

answers: Chicago, Illinois in 1886.Chicago

answers: NDQ_000616

answers: The Geyser

answers: NDQ_000619

answers: steam powered fireboat

answers: NDQ_000624

answers: Chicago, Illinois in 1886.Chicago

answers: NDQ_000627

answers: The Geyser

answers: NDQ_000629

answers: 1886.Chicago

answers: NDQ_000630

answers: The Geyser

answers: NDQ_000631

answers: Chicago, Illinois in 1886.Chicago

answers: NDQ_000632

answers: The Geyser was a steam powered fireboat

answers: NDQ_000633

answers: The Geyser

answers: NDQ_000634

answers: The Geyser was a steam powered fireboat

answers: NDQ_000635

answers: retrofits.

answers: NDQ_000636

answers: 1886.Chicago

answers: NDQ_000637

answers: The Geyser

answers: NDQ_000638

answers: The Geyser was a steam powered fireboat

answers: NDQ_000639

answers: The Geyser

answers: NDQ_000640

answers: 1886.Chicago

answers: NDQ_000641

answers: The Geyser

answers: NDQ_000642

answers: retrofits.

answers: NDQ_000643

answers: The Geyser

answers: NDQ_000644

answers: The Geyser was specifically designed as a fireboat,

answers: NDQ_000645

answers: The Geyser

answers: NDQ_000646

answers: 1886.Chicago

answers: NDQ_000647

answers: The Geyser

answers: NDQ_000648

answers: The Geyser

answers: NDQ_000649

answers: 1886.Chicago

answers: NDQ_000650

answers: retrofits.

answers: NDQ_000651

answers: Illinois

answers: NDQ_000652

answers: The Geyser

answers: NDQ_000653

answers: eastern cities

answers: NDQ_000654

answers: steam powered fireboat

answers: NDQ_000655

answers: The Geyser

text: Arc Hydro Groundwater allows for managing groundwater and subsurface data within ArcGIS. The software was created in cooperation with ESRI to allow groundwater and subsurface analysis, as well as using MODFLOW to analyze results.

text: Arc Hydro Groundwater allows for managing groundwater and subsurface data within

text: ArcGIS

text: . The software was created in cooperation with

text: ESRI

text: to allow groundwater and subsurface analysis, as well as using MODFLOW to analyze results.

answers: NDQ_000611

answers: is a type of

answers: NDQ_000613

answers: groundwater and subsurface analysis

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: Arc Hydro Groundwater is used to manage groundwater.

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: MODFLOW

answers: NDQ_000635

answers: What is the purpose of Arc Hydro Groundwater?

answers: NDQ_000636

answers: MODFLOW

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of spring: mineral springs or hot springs?

answers: NDQ_000640

answers: What is the purpose of the water table?

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: is not having tiny holes that can pass through

answers: NDQ_000643

answers: subsurface

answers: NDQ_000644

answers: subsurface

answers: NDQ_000645

answers: subsurface

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Infiltrate the ground where rock is

answers: NDQ_000650

answers: is located near a source of pollution

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: subsurface

answers: NDQ_000611

answers: groundwater

answers: NDQ_000613

answers: managing groundwater

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: Arc Hydro Groundwater allows for managing groundwater

answers: NDQ_000629

answers: MODFLOW

answers: NDQ_000630

answers: MODFLOW

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: MODFLOW

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: Arc Hydro Groundwater

answers: NDQ_000635

answers: Arc Hydro Groundwater allows for managing groundwater

answers: NDQ_000636

answers: Arc Hydro Groundwater

answers: NDQ_000637

answers: Arc Hydro Groundwater allows for managing groundwater

answers: NDQ_000638

answers: Arc Hydro Groundwater allows for managing groundwater

answers: NDQ_000639

answers: Arc Hydro Groundwater allows for managing groundwater

answers: NDQ_000640

answers: Arc Hydro Groundwater

answers: NDQ_000641

answers: MODFLOW

answers: NDQ_000642

answers: groundwater and subsurface

answers: NDQ_000643

answers: subsurface

answers: NDQ_000644

answers: groundwater

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: subsurface

answers: NDQ_000650

answers: ArcGIS.

answers: NDQ_000651

answers: Arc Hydro Groundwater allows for managing groundwater

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

text: Groundwater is located beneath the ground surface in soil pore spaces and in the fractures of rock formations. A unit of rock or an unconsolidated deposit is called an aquifer when it can yield a usable quantity of water. The depth at which soil pore spaces or fractures and voids in rock become completely saturated with water is called the water table. There are two broad types of aquifers: confined and unconfined. An unconfined aquifer is where the surface is not restricted by impervious rocks, so the water table is at atmospheric pressure. In a confined aquifer, the upper surface of water is overlain by a layer of impervious rock, so the groundwater is stored under pressure.

text: Groundwater

text: is located beneath the ground surface in

text: soil pore

text: spaces and in the

text: fracture

text: s of

text: rock formation

text: s. A unit of rock or an unconsolidated deposit is called an

text: aquifer

text: when it can yield a usable quantity of water. The depth at which soil pore spaces or fractures and voids in rock become completely saturated with water is called the

text: water table

text: . There are two broad types of aquifers: confined and unconfined. An unconfined aquifer is where the surface is not restricted by impervious rocks, so the water table is at atmospheric pressure. In a confined aquifer, the upper surface of water is overlain by a layer of impervious rock, so the groundwater is stored under pressure.

answers: NDQ_000611

answers: Where is groundwater located?

answers: NDQ_000613

answers: yield a usable quantity of water

answers: NDQ_000615

answers: be at atmospheric pressure

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: unconfined aquifers are at atmospheric pressure

answers: NDQ_000624

answers: How does the water table in an area change?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

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

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: Which is not a type of aquifer?

answers: NDQ_000635

answers: Which of the following is not a type of aquifer: confined or unconfined?

answers: NDQ_000636

answers: unconfined

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

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

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: impervious rocks

answers: NDQ_000643

answers: water table

answers: NDQ_000644

answers: pore spaces

answers: NDQ_000645

answers: water table

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: can yield a usable quantity of water

answers: NDQ_000649

answers: In a confined aquifer

answers: NDQ_000650

answers: unconfined

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: beneath the ground surface

answers: NDQ_000613

answers: it can yield a usable quantity of water.

answers: NDQ_000615

answers: atmospheric pressure.

answers: NDQ_000616

answers: water table.

answers: NDQ_000619

answers: Groundwater

answers: NDQ_000624

answers: The depth

answers: NDQ_000627

answers: rock

answers: NDQ_000629

answers: impervious rocks,

answers: NDQ_000630

answers: Groundwater

answers: NDQ_000631

answers: Groundwater

answers: NDQ_000632

answers: confined and unconfined.

answers: NDQ_000633

answers: aquifer when it can yield a usable quantity of water.

answers: NDQ_000634

answers: aquifer when it can yield a usable quantity of water.

answers: NDQ_000635

answers: Groundwater

answers: NDQ_000636

answers: Groundwater

answers: NDQ_000637

answers: it can yield a usable quantity of water.

answers: NDQ_000638

answers: confined

answers: NDQ_000639

answers: aquifer

answers: NDQ_000640

answers: the water table.

answers: NDQ_000641

answers: Groundwater

answers: NDQ_000642

answers: impervious rocks,

answers: NDQ_000643

answers: the water table.

answers: NDQ_000644

answers: voids

answers: NDQ_000645

answers: the water table.

answers: NDQ_000646

answers: water table.

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: A unit of rock or an unconsolidated deposit

answers: NDQ_000649

answers: fractures

answers: NDQ_000650

answers: the surface is not restricted by impervious rocks,

answers: NDQ_000651

answers: Groundwater

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: Groundwater

answers: NDQ_000654

answers: water.

answers: NDQ_000655

answers: aquifer

text: The "pulsating" geysers of Kamchatka were discovered by a local scientist, Tatyana Ustinova, in 1941. She published her findings fourteen years later, but there was little exploration of the area until 1972. A systematic survey was undertaken in the mid-1970s, and an automatic monitoring system was introduced in 1990. Over thirty geysers were given names; among these was the Giant geyser (Velikan), capable of producing a jet of water reaching up to . From the 1980s, the area was promoted across the USSR as one of the tourist magnets of Kamchatka and the Russian Far East. Foreign tourists were allowed into the valley in 1991. About 3,000 tourists visited the site annually.

text: The "pulsating" geysers of Kamchatka were discovered by a local scientist,

text: Tatyana Ustinova

text: , in 1941. She published her findings fourteen years later, but there was little exploration of the area until 1972. A systematic survey was undertaken in the mid-1970s, and an automatic monitoring system was introduced in 1990. Over thirty geysers were given names; among these was the Giant geyser (Velikan), capable of producing a jet of water reaching up to . From the 1980s, the area was promoted across the

text: USSR

text: as one of the tourist magnets of Kamchatka and the

text: Russian Far East

text: . Foreign tourists were allowed into the valley in 1991. About 3,000 tourists visited the site annually.

answers: NDQ_000611

answers: reaches up to

answers: NDQ_000613

answers: pulsating

answers: NDQ_000615

answers: reaches up to

answers: NDQ_000616

answers: geysers

answers: NDQ_000619

answers: Geysers erupt because

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: How many geysers were given names?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: How many geysers were given names?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How was the area promoted across the USSR?

answers: NDQ_000636

answers: agricultural

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a mineral spring: hot springs, geysers, or mineral springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: valley

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: geysers

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: geysers

answers: NDQ_000648

answers: geyser

answers: NDQ_000649

answers: Where is the Giant geyser located?

answers: NDQ_000650

answers: tourist magnets

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: geysers

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: The "pulsating" geysers of Kamchatka

answers: NDQ_000613

answers: automatic monitoring system

answers: NDQ_000615

answers: 3,000 tourists visited the site annually.

answers: NDQ_000616

answers: geysers of Kamchatka

answers: NDQ_000619

answers: water

answers: NDQ_000624

answers: The "pulsating" geysers of Kamchatka

answers: NDQ_000627

answers: The "pulsating" geysers of Kamchatka

answers: NDQ_000629

answers: 3,000 tourists visited the site annually.

answers: NDQ_000630

answers: geysers of Kamchatka

answers: NDQ_000631

answers: The "pulsating" geysers of Kamchatka

answers: NDQ_000632

answers: 3,000

answers: NDQ_000633

answers: 3,000

answers: NDQ_000634

answers: Giant geyser

answers: NDQ_000635

answers: tourist magnets of Kamchatka

answers: NDQ_000636

answers: 3,000 tourists visited the site annually.

answers: NDQ_000637

answers: The "pulsating" geysers of Kamchatka

answers: NDQ_000638

answers: 3,000

answers: NDQ_000639

answers: geysers of Kamchatka

answers: NDQ_000640

answers: Foreign tourists were allowed into the valley in 1991.

answers: NDQ_000641

answers: 3,000

answers: NDQ_000642

answers: The "pulsating" geysers of Kamchatka

answers: NDQ_000643

answers: geysers of Kamchatka

answers: NDQ_000644

answers: Over thirty geysers

answers: NDQ_000645

answers: geysers of Kamchatka

answers: NDQ_000646

answers: geysers of Kamchatka

answers: NDQ_000647

answers: water

answers: NDQ_000648

answers: jet of water

answers: NDQ_000649

answers: Foreign tourists were allowed into the valley in 1991.

answers: NDQ_000650

answers: Foreign tourists

answers: NDQ_000651

answers: USSR

answers: NDQ_000652

answers: geysers

answers: NDQ_000653

answers: geysers of Kamchatka

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: Giant geyser

text: For almost three years after the departure of Gygax from TSR, no new material about Greyhawk was published other than the "joke" adventure module Castle Greyhawk. In 1988 Greyhawk Adventures by Jim Ward appeared, the thirteenth and final hardcover book published for the 1st edition Advanced Dungeons & Dragons rules. The contents were designed to give Dungeon Masters ideas and play opportunities unique to the Greyhawk world, and included six plot outlines that could be inserted into a Greyhawk campaign. One of these was "Csipros Erd—Geysers of Death", set in the borderlands of Ket: 65 years before (510 CY), the young Lord of Polvar, Sandor the Headstrong, pursued a band of orcs carrying a great store of treasure into the Yatil Mountains. There the Ketites cornered the orcs in a geyser-filled valley, but suddenly orcs and humans alike were overcome by a mysterious vapour issuing from the geysers. The only survivors were Sandor and a few men who had been observing from a nearby hilltop. Sandor and his men returned to Ket for reinforcements, disappeared back into the Yatils to recover the treasure, and were never seen again. To common knowledge, the geyser-filled valley and its lost treasure have not been re-discovered since.

text: For almost three years after the departure of Gygax from TSR, no new material about Greyhawk was published other than the "joke" adventure module

text: Castle Greyhawk

text: . In 1988

text: Greyhawk Adventures

text: by

text: Jim Ward

text: appeared, the thirteenth and final hardcover book published for the 1st edition Advanced Dungeons & Dragons rules. The contents were designed to give Dungeon Masters ideas and play opportunities unique to the Greyhawk world, and included six plot outlines that could be inserted into a Greyhawk campaign. One of these was "Csipros Erd—Geysers of Death", set in the borderlands of Ket: 65 years before (510 CY), the young Lord of Polvar, Sandor the Headstrong, pursued a band of orcs carrying a great store of treasure into the Yatil Mountains. There the Ketites cornered the orcs in a geyser-filled valley, but suddenly orcs and humans alike were overcome by a mysterious vapour issuing from the geysers. The only survivors were Sandor and a few men who had been observing from a nearby hilltop. Sandor and his men returned to Ket for reinforcements, disappeared back into the Yatils to recover the treasure, and were never seen again. To common knowledge, the geyser-filled valley and its lost treasure have not been re-discovered since.

answers: NDQ_000611

answers: What is the name of the geyser?

answers: NDQ_000613

answers: geyser-filled

answers: NDQ_000615

answers: reappear

answers: NDQ_000616

answers: geysers

answers: NDQ_000619

answers: orcs cornered the orcs

answers: NDQ_000624

answers: geyser-filled valley

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: geysers

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: geysers

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: geysers of Death

answers: NDQ_000643

answers: geyser-filled valley

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: hilltop

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: geysers

answers: NDQ_000648

answers: geyser

answers: NDQ_000649

answers: Where does water infiltrate the ground?

answers: NDQ_000650

answers: geyser-filled valley

answers: NDQ_000651

answers: How many years before (510 CY)

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yatil Mountains

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: hilltop.

answers: NDQ_000613

answers: geyser-filled

answers: NDQ_000615

answers: geyser-filled

answers: NDQ_000616

answers: geysers.

answers: NDQ_000619

answers: orcs and humans alike were overcome by a mysterious vapour

answers: NDQ_000624

answers: geyser-filled

answers: NDQ_000627

answers: geyser-filled

answers: NDQ_000629

answers: vapour

answers: NDQ_000630

answers: geyser-filled

answers: NDQ_000631

answers: geyser-filled valley,

answers: NDQ_000632

answers: 1st edition Advanced Dungeons & Dragons

answers: NDQ_000633

answers: geyser-filled

answers: NDQ_000634

answers: Yatil Mountains.

answers: NDQ_000635

answers: hilltop.

answers: NDQ_000636

answers: Greyhawk Adventures

answers: NDQ_000637

answers: For almost three years after the departure of Gygax

answers: NDQ_000638

answers: vapour

answers: NDQ_000639

answers: geyser-filled

answers: NDQ_000640

answers: Greyhawk Adventures

answers: NDQ_000641

answers: geyser-filled

answers: NDQ_000642

answers: Castle Greyhawk.

answers: NDQ_000643

answers: geyser-filled

answers: NDQ_000644

answers: geyser-filled

answers: NDQ_000645

answers: hilltop.

answers: NDQ_000646

answers: treasure into the Yatil Mountains.

answers: NDQ_000647

answers: geyser-filled

answers: NDQ_000648

answers: vapour

answers: NDQ_000649

answers: hilltop.

answers: NDQ_000650

answers: geysers.

answers: NDQ_000651

answers: Yatil Mountains.

answers: NDQ_000652

answers: geysers.

answers: NDQ_000653

answers: geyser-filled

answers: NDQ_000654

answers: geysers.

answers: NDQ_000655

answers: geyser-filled

text: Military operations in the early years at Otis AFB included the use of petroleum products and other hazardous materials such as fuels, motor oils, and cleaning solvents and the generation of associated wastes. Consistent with practices of other industries at the time, it was common practice for many years to dispose of such wastes in landfills, dry wells, sumps, and the sewage treatment plant. Spills and leaks also occurred.  These activities have resulted in serious impacts to the Upper Cape’s groundwater resources.  As a direct result of the threats from waste plumes in the groundwater, much of the water supply in the surrounding area was converted from wells to municipal water sources.

text: Military operations in the early years at Otis AFB included the use of petroleum products and other hazardous materials such as fuels, motor oils, and cleaning solvents and the generation of associated wastes. Consistent with practices of other industries at the time, it was common practice for many years to dispose of such wastes in landfills, dry wells, sumps, and the sewage treatment plant. Spills and leaks also occurred.  These activities have resulted in serious impacts to the Upper Cape’s groundwater resources.  As a direct result of the threats from waste

text: plumes

text: in the groundwater, much of the water supply in the surrounding area was converted from wells to municipal water sources.

answers: NDQ_000611

answers: dry wells are a type of

answers: NDQ_000613

answers: dry wells

answers: NDQ_000615

answers: lower

answers: NDQ_000616

answers: wells

answers: NDQ_000619

answers: waste plumes in the groundwater

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It was common practice for many years to dispose of such wastes in landfills

answers: NDQ_000630

answers: Which of the following is not a source of groundwater: dry wells, sumps, or sewage treatment plant?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

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

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the main reason for the conversion of water supply in the surrounding area to municipal water sources?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: What is the Upper Cape’s groundwater resources?

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a source of groundwater: dry wells, sumps, or the sewage treatment plant?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: how does water flow out of a well

answers: NDQ_000642

answers: dry wells

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: dry wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: dry wells

answers: NDQ_000649

answers: Which of the following is not a type of well: dry wells, sumps, or municipal water sources?

answers: NDQ_000650

answers: spills and leaks

answers: NDQ_000651

answers: Upper Cape

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: waste plumes

answers: NDQ_000655

answers: landfills

answers: NDQ_000611

answers: dry wells,

answers: NDQ_000613

answers: dry wells,

answers: NDQ_000615

answers: converted from wells to municipal water sources.

answers: NDQ_000616

answers: wells

answers: NDQ_000619

answers: wastes.

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: dry wells,

answers: NDQ_000629

answers: dry wells,

answers: NDQ_000630

answers: wells to municipal water sources.

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: dry wells,

answers: NDQ_000634

answers: converted from wells to municipal water sources.

answers: NDQ_000635

answers: converted from wells to municipal water sources.

answers: NDQ_000636

answers: converted from wells to municipal water sources.

answers: NDQ_000637

answers: dry wells,

answers: NDQ_000638

answers: wells to municipal water sources.

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: municipal water sources.

answers: NDQ_000641

answers: dry wells,

answers: NDQ_000642

answers: dry wells,

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: dry wells,

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: dry wells,

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: waste plumes

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: waste plumes

answers: NDQ_000651

answers: Upper Cape’s

answers: NDQ_000652

answers: wells

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: waste plumes

answers: NDQ_000655

answers: waste plumes

text: Near the railroad, in the 1890s, a lodge known as Madison Hot Springs, was built to accommodate visitors to these mineral baths who arrived by train from Seattle. The name was later changed to Scenic Hot Springs and it survived as a commercial venture until 1928. Construction by the Great Northern Railway of an 8-mile tunnel under Stevens Pass dumped rubble into the front yard of the lodge and effected its destruction. Largely forgotten until the 1980s, it then became a popular gathering spot for mineral water bathers who constructed several tubs of various temperatures.

text: Near the railroad, in the 1890s, a lodge known as Madison Hot Springs, was built to accommodate visitors to these mineral baths who arrived by train from

text: Seattle

text: . The name was later changed to Scenic Hot Springs and it survived as a commercial venture until 1928. Construction by the

text: Great Northern Railway

text: of an 8-mile

text: tunnel

text: under Stevens Pass dumped rubble into the front yard of the lodge and effected its destruction. Largely forgotten until the 1980s, it then became a popular gathering spot for

text: mineral water

text: bathers who constructed several tubs of various temperatures.

answers: NDQ_000611

answers: has a higher temperature than surface water

answers: NDQ_000613

answers: mineral baths

answers: NDQ_000615

answers: be what?

answers: NDQ_000616

answers: Madison Hot Springs

answers: NDQ_000619

answers: mineral water is too hot

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Which of the following is not a type of water: aquifer, lake, or spring?

answers: NDQ_000629

answers: Which of the following is not true of the rock layer below an aquifer: permeable rock or nonpermeable rock?

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs: magma or water?

answers: NDQ_000631

answers: How many miles did the tunnel dumped into the front yard of the lodge?

answers: NDQ_000632

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

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How did construction by the Great Northern Railway of an 8-mile tunnel under Stevens Pass affect Madison Hot Springs?

answers: NDQ_000636

answers: what is the last word in the passage?

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: Why did construction by the Great Northern Railway of an 8-mile tunnel under Stevens Pass dumped rubble into the front yard?

answers: NDQ_000639

answers: Which of the following is true of Madison Hot Springs?

answers: NDQ_000640

answers: Which of the following is not a reason the lodge was destroyed?

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: The name was later changed to Scenic Hot Springs

answers: NDQ_000643

answers: Hot Springs

answers: NDQ_000644

answers: What is a mineral bath?

answers: NDQ_000645

answers: Hot Springs

answers: NDQ_000646

answers: tunnel

answers: NDQ_000647

answers: mineral water

answers: NDQ_000648

answers: mineral water

answers: NDQ_000649

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

answers: NDQ_000650

answers: tunnel is built near the lodge

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: source other than the lodge

answers: NDQ_000653

answers: Madison Hot Springs

answers: NDQ_000654

answers: minerals

answers: NDQ_000655

answers: Hot Springs

answers: NDQ_000611

answers: mineral water bathers who constructed several tubs of various temperatures.

answers: NDQ_000613

answers: various temperatures.

answers: NDQ_000615

answers: Madison Hot Springs,

answers: NDQ_000616

answers: Madison Hot Springs,

answers: NDQ_000619

answers: Construction by the Great Northern Railway

answers: NDQ_000624

answers: Madison Hot Springs,

answers: NDQ_000627

answers: 8-mile tunnel under Stevens Pass dumped rubble

answers: NDQ_000629

answers: 8-mile tunnel under Stevens Pass

answers: NDQ_000630

answers: mineral baths who arrived by train from Seattle.

answers: NDQ_000631

answers: 8-mile tunnel under Stevens Pass

answers: NDQ_000632

answers: various temperatures.

answers: NDQ_000633

answers: Hot Springs,

answers: NDQ_000634

answers: Madison Hot Springs,

answers: NDQ_000635

answers: rubble

answers: NDQ_000636

answers: Madison Hot Springs,

answers: NDQ_000637

answers: Madison Hot Springs,

answers: NDQ_000638

answers: 8-mile tunnel under Stevens Pass

answers: NDQ_000639

answers: mineral baths

answers: NDQ_000640

answers: 8-mile tunnel under Stevens Pass

answers: NDQ_000641

answers: Madison Hot Springs,

answers: NDQ_000642

answers: tubs

answers: NDQ_000643

answers: Hot Springs,

answers: NDQ_000644

answers: tubs

answers: NDQ_000645

answers: Madison Hot Springs,

answers: NDQ_000646

answers: tunnel

answers: NDQ_000647

answers: Madison Hot Springs,

answers: NDQ_000648

answers: mineral water

answers: NDQ_000649

answers: rubble

answers: NDQ_000650

answers: Construction by the Great Northern Railway

answers: NDQ_000651

answers: Madison Hot Springs,

answers: NDQ_000652

answers: mineral baths

answers: NDQ_000653

answers: Madison Hot Springs,

answers: NDQ_000654

answers: Great Northern Railway

answers: NDQ_000655

answers: mineral baths

text: A Sole Source Aquifer (SSA) is an aquifer that has been designated by the United States Environmental Protection Agency (EPA) as the sole or principal source of drinking water for an area. By definition, SSA is an aquifer that supplies at least 50% of the drinking water consumed in the area overlying the aquifer. There may be other factors to designate SSA. For example, in New York City, Kings and Queens Counties are designated as SSA not because the aquifer of these areas are the sole or principal sources of drinking water for these counties;  they are designated as SSA because  the geographic boundaries of Kings and Queens Counties are within the recharge zone for the aquifers underlying the southeastern portion of Queens County. Groundwater beneath Manhattan and the Bronx is not used for drinking or non-potable purposes.

text: A Sole Source Aquifer (SSA) is an

text: aquifer

text: that has been designated by the United States

text: Environmental Protection Agency

text: (EPA) as the sole or principal source of drinking water for an area. By definition, SSA is an aquifer that supplies at least 50% of the drinking water consumed in the area overlying the aquifer. There may be other factors to designate SSA. For example, in

text: New York City

text: Kings

text: and

text: Queens

text: Counties are designated as SSA not because the aquifer of these areas are the sole or principal sources of drinking water for these counties;  they are designated as SSA because  the geographic boundaries of Kings and Queens Counties are within the recharge zone for the aquifers underlying the southeastern portion of Queens County. Groundwater beneath Manhattan and the Bronx is not used for drinking or non-potable purposes.

answers: NDQ_000611

answers: is used for drinking or non-potable purposes

answers: NDQ_000613

answers: supplies at least 50% of the drinking water consumed in the area overlying the aquifer

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: aquifer supplies at least 50% of the drinking water

answers: NDQ_000624

answers: groundwater beneath Manhattan and the Bronx

answers: NDQ_000627

answers: Where does an aquifer usually form?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: What is a Sole Source Aquifer?

answers: NDQ_000636

answers: the Ogallala aquifer

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: Groundwater

answers: NDQ_000644

answers: aquifer

answers: NDQ_000645

answers: Groundwater

answers: NDQ_000646

answers: Groundwater

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: supplies at least 50% of the drinking water consumed in the area

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: not used for drinking or non-potable purposes.

answers: NDQ_000613

answers: supplies at least 50% of the drinking water

answers: NDQ_000615

answers: Groundwater

answers: NDQ_000616

answers: Groundwater

answers: NDQ_000619

answers: Groundwater

answers: NDQ_000624

answers: Groundwater

answers: NDQ_000627

answers: Groundwater

answers: NDQ_000629

answers: Groundwater

answers: NDQ_000630

answers: A Sole Source Aquifer

answers: NDQ_000631

answers: Groundwater

answers: NDQ_000632

answers: Groundwater

answers: NDQ_000633

answers: Sole Source Aquifer

answers: NDQ_000634

answers: A Sole Source Aquifer

answers: NDQ_000635

answers: recharge zone

answers: NDQ_000636

answers: A Sole Source Aquifer

answers: NDQ_000637

answers: A Sole Source Aquifer

answers: NDQ_000638

answers: Groundwater

answers: NDQ_000639

answers: Groundwater

answers: NDQ_000640

answers: Groundwater

answers: NDQ_000641

answers: Groundwater

answers: NDQ_000642

answers: Groundwater

answers: NDQ_000643

answers: Groundwater

answers: NDQ_000644

answers: A Sole Source Aquifer

answers: NDQ_000645

answers: Groundwater

answers: NDQ_000646

answers: Groundwater

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: drinking water

answers: NDQ_000649

answers: Groundwater

answers: NDQ_000650

answers: drinking water consumed in the area overlying the aquifer.

answers: NDQ_000651

answers: Sole Source Aquifer

answers: NDQ_000652

answers: Sole Source Aquifer

answers: NDQ_000653

answers: Sole Source Aquifer

answers: NDQ_000654

answers: Groundwater

answers: NDQ_000655

answers: Groundwater

text: The average temperature at Taff's Well spring, 21.6 °C is over 10 °C warmer than the average groundwater temperature of 11.3 °C in Wales

text: The average temperature at

text: Taff's Well

text: spring, 21.6 °C is over 10 °C warmer than the average groundwater temperature of 11.3 °C in Wales

answers: NDQ_000611

answers: warms up in the summer

answers: NDQ_000613

answers: temperature and depth

answers: NDQ_000615

answers: increase in temperature

answers: NDQ_000616

answers: Taff's Well

answers: NDQ_000619

answers: Taff's Well spring has a higher temperature

answers: NDQ_000624

answers: The temperature of groundwater may rise or fall.

answers: NDQ_000627

answers: None of the above choices .

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It is not possible to tell

answers: NDQ_000635

answers: The average temperature at Taff's Well spring is over 10 °C warmer than the average groundwater temperature in Wales.

answers: NDQ_000636

answers: Taff's Well spring

answers: NDQ_000637

answers: None of the above choices .

answers: NDQ_000638

answers: None of the above choices .

answers: NDQ_000639

answers: It's impossible to say

answers: NDQ_000640

answers: The average temperature at Taff's Well spring is higher than the average groundwater temperature in Wales.

answers: NDQ_000641

answers: None of the above choices .

answers: NDQ_000642

answers: is not the same as

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: taff's well spring

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: can be used

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: can be heated

answers: NDQ_000649

answers: softer

answers: NDQ_000650

answers: temperature is higher

answers: NDQ_000651

answers: Wales

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: water vapor

answers: NDQ_000655

answers: watertight

answers: NDQ_000611

answers: 11.3 °C in Wales

answers: NDQ_000613

answers: groundwater temperature

answers: NDQ_000615

answers: 11.3 °C in Wales

answers: NDQ_000616

answers: spring,

answers: NDQ_000619

answers: temperature

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: 11.3 °C in Wales

answers: NDQ_000629

answers: 11.3 °C in Wales

answers: NDQ_000630

answers: 11.3 °C in Wales

answers: NDQ_000631

answers: 11.3 °C in Wales

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: 11.3 °C in Wales

answers: NDQ_000634

answers: 11.3 °C in Wales

answers: NDQ_000635

answers: 11.3 °C in Wales

answers: NDQ_000636

answers: 11.3 °C in Wales

answers: NDQ_000637

answers: 11.3 °C in Wales

answers: NDQ_000638

answers: 11.3 °C in Wales

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: 11.3 °C in Wales

answers: NDQ_000641

answers: 11.3 °C in Wales

answers: NDQ_000642

answers: groundwater temperature of 11.3 °C in Wales

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: spring,

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: spring,

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater temperature of 11.3 °C in Wales

answers: NDQ_000650

answers: 21.6 °C is over 10 °C warmer

answers: NDQ_000651

answers: Wales

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: spring,

answers: NDQ_000655

answers: groundwater

text: Wells is the home of "Wells Kernel Days", held every year in late August. Wells also has their own Fire Department, Community Ambulance Service, and Police Department. Wells Concrete Products (WCP) is in Wells, MN, Forks, and Albany, MN. All three specialize in beams made of prestressed concrete. Cemstone a the new ready mix company in Wells, MN, Blue Earth, MN, Mapleton, MN, Mankato, MN, and Medford, MN. Cemstone bought out the ready mix division of Wells Concrete Products.The current mayor of Wells is Ron Gaines.

text: Wells is the home of "Wells Kernel Days", held every year in late August. Wells also has their own Fire Department, Community Ambulance Service, and Police Department. Wells Concrete Products (WCP) is in Wells, MN, Forks, and Albany, MN. All three specialize in beams made of

text: prestressed concrete

text: . Cemstone a the new ready mix company in Wells, MN, Blue Earth, MN, Mapleton, MN, Mankato, MN, and Medford, MN. Cemstone bought out the ready mix division of Wells Concrete Products.The current mayor of Wells is Ron Gaines.

answers: NDQ_000611

answers: Wells Kernel

answers: NDQ_000613

answers: wells Kernel Days

answers: NDQ_000615

answers: wells

answers: NDQ_000616

answers: Wells

answers: NDQ_000619

answers: Wells Kernel Days is held in late August

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: What is the name of the city where Wells Kernel Days are held?

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: What does the M in "WCP" stand for?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How does land use affect the amount of water that enters groundwater?

answers: NDQ_000636

answers: wells kernel days

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: What does WCP stand for?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: prestressed concrete

answers: NDQ_000643

answers: Blue Earth

answers: NDQ_000644

answers: prestressed concrete

answers: NDQ_000645

answers: blue earth

answers: NDQ_000646

answers: Wells Kernel

answers: NDQ_000647

answers: ice

answers: NDQ_000648

answers: wells kernel days

answers: NDQ_000649

answers: Wells Kernel Days

answers: NDQ_000650

answers: is near a construction site

answers: NDQ_000651

answers: Wells

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: Blue Earth

answers: NDQ_000654

answers: wells

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: prestressed concrete.

answers: NDQ_000613

answers: prestressed

answers: NDQ_000615

answers: "Wells Kernel Days",

answers: NDQ_000616

answers: Wells is the home of "Wells Kernel Days",

answers: NDQ_000619

answers: prestressed concrete.

answers: NDQ_000624

answers: Wells, MN,

answers: NDQ_000627

answers: concrete.

answers: NDQ_000629

answers: Wells, MN, Forks, and Albany, MN.

answers: NDQ_000630

answers: "Wells Kernel Days",

answers: NDQ_000631

answers: Wells, MN,

answers: NDQ_000632

answers: "Wells Kernel Days", held every year in late August.

answers: NDQ_000633

answers: Wells, MN,

answers: NDQ_000634

answers: Wells, MN,

answers: NDQ_000635

answers: Wells, MN, Forks, and Albany, MN.

answers: NDQ_000636

answers: "Wells Kernel Days",

answers: NDQ_000637

answers: "Wells Kernel Days",

answers: NDQ_000638

answers: Wells, MN, Forks, and Albany, MN.

answers: NDQ_000639

answers: "Wells Kernel Days",

answers: NDQ_000640

answers: "Wells Kernel Days", held every year in late August.

answers: NDQ_000641

answers: "Wells Kernel Days",

answers: NDQ_000642

answers: concrete.

answers: NDQ_000643

answers: "Wells Kernel Days",

answers: NDQ_000644

answers: prestressed concrete.

answers: NDQ_000645

answers: "Wells Kernel Days",

answers: NDQ_000646

answers: "Wells Kernel Days",

answers: NDQ_000647

answers: Wells, MN,

answers: NDQ_000648

answers: "Wells Kernel Days",

answers: NDQ_000649

answers: concrete.

answers: NDQ_000650

answers: concrete.

answers: NDQ_000651

answers: Wells, MN,

answers: NDQ_000652

answers: "Wells Kernel

answers: NDQ_000653

answers: Wells, MN,

answers: NDQ_000654

answers: "Wells Kernel Days",

answers: NDQ_000655

answers: prestressed concrete. Cemstone

text: Many of these UDDTs serve indigenous communities who live along small rivers as well as ecotourism operations in the Amazonian part of the country. In these regions, piped water supply is often lacking, clay-rich soils do not permit infiltration of wastewater, and the groundwater level is usually high. These factors make other types of toilets or other forms of excreta management problematic. For example, local governments and ecotourism operations often install flush toilets that drain straight into rivers or into holes in the ground, where the water is intended to drain but cannot, since the soil is mostly impermeable clay. Coupled with the abundant local rainfall, these pits tend to fill very fast and overflow into the nearest streams. The streams get easily contaminated with fecal matter, as they are often quite small and there is not much dilution with clean river water. This leads to health hazards for the communities who use these rivers for drinking water, washing, swimming, and fishing.

text: Many of these UDDTs serve

text: indigenous communities

text: who live along small rivers as well as

text: ecotourism

text: operations in the Amazonian part of the country. In these regions, piped

text: water supply

text: is often lacking, clay-rich soils do not permit infiltration of wastewater, and the

text: groundwater

text: level is usually high. These factors make other types of toilets or other forms of excreta management problematic. For example, local governments and ecotourism operations often install flush toilets that drain straight into rivers or into holes in the ground, where the water is intended to drain but cannot, since the soil is mostly impermeable clay. Coupled with the abundant local rainfall, these pits tend to fill very fast and overflow into the nearest streams. The streams get easily contaminated with fecal matter, as they are often quite small and there is not much dilution with clean river water. This leads to health hazards for the communities who use these rivers for drinking water, washing, swimming, and fishing.

answers: NDQ_000611

answers: is usually high

answers: NDQ_000613

answers: infiltration of wastewater

answers: NDQ_000615

answers: overflow

answers: NDQ_000616

answers: rivers

answers: NDQ_000619

answers: clay-rich soils do not permit infiltration

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unknown

answers: NDQ_000635

answers: Clay-rich soils do not permit infiltration

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: high

answers: NDQ_000641

answers: Why does the water flow out of a well?

answers: NDQ_000642

answers: impermeable clay

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: unanswerable

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: infiltration of wastewater

answers: NDQ_000649

answers: unanswerable

answers: NDQ_000650

answers: level is usually high

answers: NDQ_000651

answers: Amazon

answers: NDQ_000652

answers: local rainfall

answers: NDQ_000653

answers: rivers

answers: NDQ_000654

answers: rainfall

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: high.

answers: NDQ_000613

answers: infiltration of wastewater,

answers: NDQ_000615

answers: overflow into the nearest streams.

answers: NDQ_000616

answers: streams.

answers: NDQ_000619

answers: rainfall,

answers: NDQ_000624

answers: high.

answers: NDQ_000627

answers: clay-rich soils

answers: NDQ_000629

answers: impermeable clay.

answers: NDQ_000630

answers: clay-rich soils do not permit infiltration of wastewater,

answers: NDQ_000631

answers: the groundwater level is usually high.

answers: NDQ_000632

answers: high.

answers: NDQ_000633

answers: the groundwater

answers: NDQ_000634

answers: Amazonian part of the country.

answers: NDQ_000635

answers: clay-rich soils

answers: NDQ_000636

answers: ecotourism operations

answers: NDQ_000637

answers: clay-rich soils do not permit infiltration of wastewater,

answers: NDQ_000638

answers: clay.

answers: NDQ_000639

answers: clay-rich soils

answers: NDQ_000640

answers: high.

answers: NDQ_000641

answers: holes in the ground,

answers: NDQ_000642

answers: cannot,

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: flush toilets that drain straight into rivers or into holes in the ground,

answers: NDQ_000645

answers: groundwater level is usually high.

answers: NDQ_000646

answers: holes

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: infiltration of wastewater,

answers: NDQ_000649

answers: impermeable clay.

answers: NDQ_000650

answers: abundant local rainfall,

answers: NDQ_000651

answers: Amazonian

answers: NDQ_000652

answers: rainfall,

answers: NDQ_000653

answers: streams.

answers: NDQ_000654

answers: rainfall,

answers: NDQ_000655

answers: impermeable

text: The geothermal areas of Yellowstone include several geyser basins in Yellowstone National Park as well as other geothermal features such as hot springs, mud pots, and fumaroles. The number of thermal features in Yellowstone is estimated at 10,000.  A study that was completed in 2011 found that a total of 1283 geysers have erupted in Yellowstone, 465 of which are active during an average year.  These are distributed among nine geyser basins, with a few geysers found in smaller thermal areas throughout the Park.  The number of geysers in each geyser basin are as follows: Upper Geyser Basin (410), Midway Geyser Basin (59), Lower Geyser Basin (283), Norris Geyser Basin (193), West Thumb Geyser Basin (84), Gibbon Geyser Basin (24), Lone Star Geyser Basin (21), Shoshone Geyser Basin (107), Heart Lake Geyser Basin (69), other areas (33).  Although famous large geysers like Old Faithful are part of the total, most of Yellowstone's geysers are small, erupting to only a foot or two.  The hydrothermal system that supplies the geysers with hot water sits within an ancient active caldera.  Many of the thermal features in Yellowstone build up sinter, geyserite, or travertine deposits around and within them.

text: The geothermal areas of Yellowstone include several

text: geyser

text: basins in

text: Yellowstone National Park

text: as well as other

text: geothermal

text: features such as

text: hot spring

text: s,

text: mud pot

text: s, and

text: fumarole

text: s. The number of thermal features in Yellowstone is estimated at 10,000.  A study that was completed in 2011 found that a total of 1283 geysers have erupted in Yellowstone, 465 of which are active during an average year.  These are distributed among nine geyser basins, with a few geysers found in smaller thermal areas throughout the Park.  The number of geysers in each geyser basin are as follows: Upper Geyser Basin (410), Midway Geyser Basin (59), Lower Geyser Basin (283), Norris Geyser Basin (193), West Thumb Geyser Basin (84), Gibbon Geyser Basin (24), Lone Star Geyser Basin (21), Shoshone Geyser Basin (107), Heart Lake Geyser Basin (69), other areas (33).  Although famous large geysers like Old Faithful are part of the total, most of Yellowstone's geysers are small, erupting to only a foot or two.  The hydrothermal system that supplies the geysers with hot water sits within an ancient active

text: caldera

text: .  Many of the thermal features in Yellowstone build up

text: sinter

text: geyserite

text: , or

text: travertine

text: deposits around and within them.

answers: NDQ_000611

answers: supplies the geysers with what?

answers: NDQ_000613

answers: hot water sits within an ancient active caldera

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: geysers

answers: NDQ_000619

answers: hydrothermal system supplies them with hot water

answers: NDQ_000624

answers: What does the hydrothermal system supply the geysers with?

answers: NDQ_000627

answers: What does the hydrothermal system that supplies the geysers with hot water sits within?

answers: NDQ_000629

answers: Which of the following is not a geyser basin: Upper Geyser Basin, Midway Geyser Basin, or Lower Geyser Basin?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: Which of the following is not a geyser basin?

answers: NDQ_000632

answers: How many geysers have erupted in Yellowstone, 465 of which are active during an average year

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a geyser basin: Upper Geyser Basin, Midway Geyser Basin, Lower Geyser Basin, or Norris Geyser Basin?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: What does the hydrothermal system that supplies the geysers with hot water sits within?

answers: NDQ_000638

answers: What does the hydrothermal system that supplies the geysers with hot water sits within?

answers: NDQ_000639

answers: Which of the following is not a mineral spring: sinter, geyserite, or travertine?

answers: NDQ_000640

answers: What keeps water in an aquifer from seeping deeper underground?

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: travertine deposits

answers: NDQ_000643

answers: caldera

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: caldera

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: geothermal

answers: NDQ_000648

answers: hydrothermal system

answers: NDQ_000649

answers: What does the hydrothermal system that supplies the geysers with hot water sits within?

answers: NDQ_000650

answers: is in an active caldera

answers: NDQ_000651

answers: Yellowstone

answers: NDQ_000652

answers: hydrothermal system

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: hydrothermal system

answers: NDQ_000655

answers: mud pots

answers: NDQ_000611

answers: hot water sits within an ancient active caldera.

answers: NDQ_000613

answers: hot water sits within an ancient active caldera.

answers: NDQ_000615

answers: hot water sits within an ancient active caldera.

answers: NDQ_000616

answers: hot water sits within an ancient active caldera.

answers: NDQ_000619

answers: The hydrothermal system that supplies the geysers with hot water

answers: NDQ_000624

answers: hot water sits within an ancient active caldera.

answers: NDQ_000627

answers: sinter, geyserite, or travertine

answers: NDQ_000629

answers: sinter, geyserite, or travertine

answers: NDQ_000630

answers: The hydrothermal system

answers: NDQ_000631

answers: hot water sits within an ancient active caldera.

answers: NDQ_000632

answers: ancient active caldera.

answers: NDQ_000633

answers: hot water

answers: NDQ_000634

answers: 1283 geysers have erupted in Yellowstone,

answers: NDQ_000635

answers: ancient active caldera.

answers: NDQ_000636

answers: 1283 geysers have erupted in Yellowstone,

answers: NDQ_000637

answers: sinter, geyserite, or travertine

answers: NDQ_000638

answers: sinter, geyserite, or travertine

answers: NDQ_000639

answers: sinter, geyserite, or travertine

answers: NDQ_000640

answers: ancient active caldera.

answers: NDQ_000641

answers: hot water

answers: NDQ_000642

answers: a foot or two.

answers: NDQ_000643

answers: caldera.

answers: NDQ_000644

answers: erupting to only a foot or two.

answers: NDQ_000645

answers: caldera.

answers: NDQ_000646

answers: hot springs,

answers: NDQ_000647

answers: hot water

answers: NDQ_000648

answers: hot water

answers: NDQ_000649

answers: sinter, geyserite, or travertine

answers: NDQ_000650

answers: sinter, geyserite, or travertine

answers: NDQ_000651

answers: Yellowstone

answers: NDQ_000652

answers: The hydrothermal system

answers: NDQ_000653

answers: ancient active caldera.

answers: NDQ_000654

answers: hydrothermal system

answers: NDQ_000655

answers: travertine

text: Liquids leach from the pit and pass the unsaturated soil zone (which is not completely filled with water). Subsequently, these liquids from the pit enter the groundwater where they may lead to groundwater pollution. This is a problem if a nearby water well is used to supply groundwater for drinking water purposes. During the passage in the soil, pathogens can die off or be adsorbed significantly, mostly depending on the travel time between the pit and the well. Most, but not all pathogens die within 50 days of travel through the subsurface.

text: Liquids leach from the pit and pass the unsaturated soil zone (which is not completely filled with water). Subsequently, these liquids from the pit enter the groundwater where they may lead to groundwater pollution. This is a problem if a nearby

text: water well

text: is used to supply groundwater for

text: drinking water

text: purposes. During the passage in the soil, pathogens can die off or be adsorbed significantly, mostly depending on the travel time between the pit and the well. Most, but not all pathogens die within 50 days of travel through the subsurface.

answers: NDQ_000611

answers: is contaminated with what?

answers: NDQ_000613

answers: pathogens can die off or be adsorbed significantly

answers: NDQ_000615

answers: pass through the pit

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: liquids leach from the pit

answers: NDQ_000624

answers: What may lead to groundwater pollution

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: Which of the following is not a problem if a nearby water well is used to supply groundwater for drinking water purposes

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the problem if a nearby water well is used to supply groundwater for drinking water purposes

answers: NDQ_000636

answers: groundwater pollution

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: is not completely filled with water

answers: NDQ_000643

answers: unanswerable

answers: NDQ_000644

answers: groundwater

answers: NDQ_000645

answers: unsaturated soil zone

answers: NDQ_000646

answers: water well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: unsuitable

answers: NDQ_000650

answers: is used to supply groundwater for drinking water purposes

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: pit

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: unsaturated

answers: NDQ_000611

answers: drinking water purposes.

answers: NDQ_000613

answers: completely filled with water).

answers: NDQ_000615

answers: unsaturated soil zone

answers: NDQ_000616

answers: pit and pass the unsaturated soil zone

answers: NDQ_000619

answers: Liquids

answers: NDQ_000624

answers: nearby water well is used to supply groundwater

answers: NDQ_000627

answers: unsaturated soil zone

answers: NDQ_000629

answers: unsaturated soil zone

answers: NDQ_000630

answers: Liquids leach from the pit

answers: NDQ_000631

answers: unsaturated soil zone

answers: NDQ_000632

answers: unsaturated soil zone

answers: NDQ_000633

answers: unsaturated soil zone

answers: NDQ_000634

answers: unsaturated soil zone

answers: NDQ_000635

answers: unsaturated soil zone

answers: NDQ_000636

answers: drinking water purposes.

answers: NDQ_000637

answers: unsaturated soil zone

answers: NDQ_000638

answers: unsaturated soil zone

answers: NDQ_000639

answers: Liquids leach from the pit

answers: NDQ_000640

answers: unsaturated soil zone

answers: NDQ_000641

answers: Liquids leach from the pit

answers: NDQ_000642

answers: soil zone

answers: NDQ_000643

answers: soil zone

answers: NDQ_000644

answers: pit and pass the unsaturated soil zone

answers: NDQ_000645

answers: soil zone

answers: NDQ_000646

answers: water well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: liquids from the pit enter the groundwater

answers: NDQ_000649

answers: unsaturated soil zone

answers: NDQ_000650

answers: a nearby water well is used to supply groundwater for drinking water purposes.

answers: NDQ_000651

answers: drinking water purposes.

answers: NDQ_000652

answers: pit

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: pit and pass the unsaturated soil zone

answers: NDQ_000655

answers: unsaturated soil zone

text: Ngāti Porou ki Hauraki or Ngāti Porou ki Harataunga ki Mataora is a Māori iwi of New Zealand.

text: Ngāti Porou ki Hauraki or Ngāti Porou ki Harataunga ki Mataora is a

text: Māori

text: iwi

text: of

text: New Zealand

answers: NDQ_000611

answers: is a source of drinking water

answers: NDQ_000613

answers: good aquifer

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: a lake

answers: NDQ_000619

answers: volcanoes are too hot

answers: NDQ_000624

answers: What is the reason for the water table to rise?

answers: NDQ_000627

answers: What is the most common type of aquifer?

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What does Ng ti Porou ki Hauraki mean?

answers: NDQ_000636

answers: None of the above choices are relevant

answers: NDQ_000637

answers: What kind of rock is an aquifer?

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: What is the purpose of the water table?

answers: NDQ_000641

answers: What is the best title for this passage?

answers: NDQ_000642

answers: can not pass through

answers: NDQ_000643

answers: Harataunga

answers: NDQ_000644

answers: is a term used to describe

answers: NDQ_000645

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: ice

answers: NDQ_000648

answers: is aquifer

answers: NDQ_000649

answers: Where is the rock located?

answers: NDQ_000650

answers: is in a poorer area

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: source

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: water evaporation

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: Ng<unk>ti Porou ki Hauraki

answers: NDQ_000613

answers: Ng<unk>ti Porou ki Hauraki

answers: NDQ_000615

answers: Ng<unk>ti Porou ki Hauraki

answers: NDQ_000616

answers: Ng<unk>ti Porou ki Hauraki

answers: NDQ_000619

answers: Ng<unk>ti Porou ki Hauraki

answers: NDQ_000624

answers: Ng<unk>ti Porou ki Hauraki

answers: NDQ_000627

answers: Ng<unk>ti Porou ki Hauraki

answers: NDQ_000629

answers: Ng<unk>ti Porou ki Hauraki

answers: NDQ_000630

answers: Ng<unk>ti Porou ki Hauraki

answers: NDQ_000631

answers: New Zealand.

answers: NDQ_000632

answers: Ng<unk>ti Porou ki Hauraki

answers: NDQ_000633

answers: Ng<unk>ti Porou ki Hauraki

answers: NDQ_000634

answers: Ng<unk>ti Porou ki Hauraki

answers: NDQ_000635

answers: Ng<unk>ti Porou ki Hauraki

answers: NDQ_000636

answers: New Zealand.

answers: NDQ_000637

answers: Ng<unk>ti Porou ki Hauraki

answers: NDQ_000638

answers: Ng<unk>ti Porou ki Hauraki

answers: NDQ_000639

answers: Ng<unk>ti Porou ki Hauraki

answers: NDQ_000640

answers: Ng<unk>ti Porou ki Hauraki

answers: NDQ_000641

answers: Ng<unk>ti Porou ki Hauraki

answers: NDQ_000642

answers: Ng<unk>ti Porou ki Hauraki

answers: NDQ_000643

answers: Harataunga ki Mataora

answers: NDQ_000644

answers: Harataunga ki Mataora

answers: NDQ_000645

answers: Harataunga ki Mataora

answers: NDQ_000646

answers: Harataunga ki Mataora

answers: NDQ_000647

answers: Ng<unk>ti Porou ki Hauraki

answers: NDQ_000648

answers: Ng<unk>ti Porou ki Hauraki

answers: NDQ_000649

answers: Ng<unk>ti Porou ki Hauraki

answers: NDQ_000650

answers: Ng<unk>ti Porou ki Hauraki

answers: NDQ_000651

answers: New Zealand.

answers: NDQ_000652

answers: Ng<unk>ti Porou ki Hauraki

answers: NDQ_000653

answers: New Zealand.

answers: NDQ_000654

answers: Ng<unk>ti Porou ki Hauraki

answers: NDQ_000655

answers: Harataunga ki Mataora

text: Thermal pollution from runoff can be controlled by storm water management facilities that absorb the runoff or direct it into groundwater, such as bioretention systems and infiltration basins. Retention basins tend to be less effective at reducing temperature, as the water may be heated by the sun before being discharged to a receiving stream.

text: Thermal pollution from runoff can be controlled by storm water management facilities that absorb the runoff or direct it into

text: groundwater

text: , such as bioretention systems and infiltration basins. Retention basins tend to be less effective at reducing temperature, as the water may be heated by the sun before being discharged to a receiving stream.

answers: NDQ_000611

answers: is a type of what?

answers: NDQ_000613

answers: bioretention systems and infiltration basins

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: runoff

answers: NDQ_000619

answers: water is heated by the sun

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: no

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What can be done to control thermal pollution from runoff?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: infiltration basins

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: infiltration basin

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: runoff

answers: NDQ_000649

answers: no

answers: NDQ_000650

answers: thermal pollution from runoff

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: runoff

answers: NDQ_000655

answers: bioretention

answers: NDQ_000611

answers: groundwater,

answers: NDQ_000613

answers: absorb the runoff or direct it into groundwater,

answers: NDQ_000615

answers: groundwater,

answers: NDQ_000616

answers: runoff

answers: NDQ_000619

answers: heated by the sun

answers: NDQ_000624

answers: groundwater,

answers: NDQ_000627

answers: groundwater,

answers: NDQ_000629

answers: bioretention systems and infiltration basins.

answers: NDQ_000630

answers: the sun

answers: NDQ_000631

answers: groundwater,

answers: NDQ_000632

answers: groundwater,

answers: NDQ_000633

answers: groundwater,

answers: NDQ_000634

answers: groundwater,

answers: NDQ_000635

answers: storm water management facilities that absorb the runoff or direct it into groundwater,

answers: NDQ_000636

answers: bioretention systems and infiltration basins.

answers: NDQ_000637

answers: groundwater,

answers: NDQ_000638

answers: groundwater,

answers: NDQ_000639

answers: groundwater,

answers: NDQ_000640

answers: bioretention systems and infiltration basins.

answers: NDQ_000641

answers: groundwater,

answers: NDQ_000642

answers: Retention basins

answers: NDQ_000643

answers: groundwater,

answers: NDQ_000644

answers: infiltration basins.

answers: NDQ_000645

answers: infiltration basins.

answers: NDQ_000646

answers: groundwater,

answers: NDQ_000647

answers: groundwater,

answers: NDQ_000648

answers: groundwater,

answers: NDQ_000649

answers: infiltration basins.

answers: NDQ_000650

answers: runoff

answers: NDQ_000651

answers: groundwater,

answers: NDQ_000652

answers: groundwater,

answers: NDQ_000653

answers: groundwater,

answers: NDQ_000654

answers: runoff

answers: NDQ_000655

answers: bioretention

text: Bulgaria is rich in mineral waters, with 225 mineral springs and a total discharge of 5000 l/s, mainly in the south-western and central parts of the country along the faults between the mountains. Most of them, 148, are situated in southern Bulgaria, while the other 77 are in the northern part of the country. The springs in the north tend to be with cool water, while those to the south are mainly warm and hot. The hottest spring in Bulgaria and the Balkans is situated in Sapareva Banya and reaches 101.4 °C. The Bulgarian word for spa, баня, transliterated as banya, appears in some of the names of more than 50 spa towns and resorts. They are located in several zones: Balkan Mountains zone (Varshets, Shipkovo, Voneshta Voda), Srednogorie zone (Sofia, Ovcha kupel, Bankya, Pancharevo, Strelcha, Hisarya, Banya, Pavel Banya), Maritsa zone (Kostenets (town), Kostenets (village), Dolna Banya, Momin Prohod), Rilo-Rhodope zone (Devin, Velingrad, Banite, Beden, Mihalkovo, Sapareva Banya), Struma zone (Kyustendil, Sandanski, Ognyanovo, Marikostinovo, Dobrinishte).

text: Bulgaria is rich in

text: mineral water

text: s, with 225 mineral springs and a total discharge of 5000 l/s, mainly in the south-western and central parts of the country along the faults between the mountains. Most of them, 148, are situated in southern Bulgaria, while the other 77 are in the northern part of the country. The springs in the north tend to be with cool water, while those to the south are mainly warm and hot. The hottest spring in Bulgaria and the Balkans is situated in

text: Sapareva Banya

text: and reaches 101.4 °C. The Bulgarian word for spa, баня, transliterated as banya, appears in some of the names of more than 50

text: spa town

text: s and resorts. They are located in several zones: Balkan Mountains zone (

text: Varshets

text: Shipkovo

text: Voneshta Voda

text: ), Srednogorie zone (Sofia,

text: Ovcha kupel

text: Bankya

text: Pancharevo

text: Strelcha

text: Hisarya

text: Banya

text: Pavel Banya

text: ), Maritsa zone (

text: Kostenets (town)

text: Kostenets (village)

text: Dolna Banya

text: Momin Prohod

text: ), Rilo-Rhodope zone (

text: Devin

text: Velingrad

text: Banite

text: Beden

text: Mihalkovo

text: , Sapareva Banya), Struma zone (

text: Kyustendil

text: Sandanski

text: Ognyanovo

text: Marikostinovo

text: Dobrinishte

answers: NDQ_000611

answers: warm and hot

answers: NDQ_000613

answers: springs in the north tend to be with cool water

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: mineral springs

answers: NDQ_000619

answers: mineral springs in the south tend to be with cool water

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: How many mineral springs are situated in the southern part of the country?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the hottest spring in Bulgaria?

answers: NDQ_000636

answers: 177 are in the northern part of the country

answers: NDQ_000637

answers: None of the above choices

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is NOT true?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: mineral spring

answers: NDQ_000644

answers: mineral springs

answers: NDQ_000645

answers: mineral springs

answers: NDQ_000646

answers: mineral spring

answers: NDQ_000647

answers: Voda

answers: NDQ_000648

answers: mineral springs

answers: NDQ_000649

answers: Where is the hottest spring in Bulgaria?

answers: NDQ_000650

answers: discharge is greater than 5000 l/s

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: mountain

answers: NDQ_000653

answers: Balkan Mountains

answers: NDQ_000654

answers: mineral springs

answers: NDQ_000655

answers: mineral

answers: NDQ_000611

answers: cool water, while those to the south are mainly warm and hot.

answers: NDQ_000613

answers: cool water, while those to the south are mainly warm and hot.

answers: NDQ_000615

answers: 5000 l/s,

answers: NDQ_000616

answers: 225 mineral springs

answers: NDQ_000619

answers: faults between the mountains.

answers: NDQ_000624

answers: cool water,

answers: NDQ_000627

answers: 225 mineral springs

answers: NDQ_000629

answers: 5000 l/s,

answers: NDQ_000630

answers: 101.4 °C.

answers: NDQ_000631

answers: 225 mineral springs

answers: NDQ_000632

answers: cool water,

answers: NDQ_000633

answers: 225 mineral springs

answers: NDQ_000634

answers: Maritsa zone

answers: NDQ_000635

answers: The springs in the north tend to be with cool water,

answers: NDQ_000636

answers: Maritsa zone

answers: NDQ_000637

answers: 225 mineral springs

answers: NDQ_000638

answers: 5000 l/s,

answers: NDQ_000639

answers: 225 mineral springs

answers: NDQ_000640

answers: 5000 l/s,

answers: NDQ_000641

answers: 5000 l/s,

answers: NDQ_000642

answers: 5000 l/s,

answers: NDQ_000643

answers: 225 mineral springs

answers: NDQ_000644

answers: 225 mineral springs

answers: NDQ_000645

answers: 225 mineral springs

answers: NDQ_000646

answers: 225 mineral springs

answers: NDQ_000647

answers: 5000 l/s,

answers: NDQ_000648

answers: 5000 l/s,

answers: NDQ_000649

answers: 5000 l/s,

answers: NDQ_000650

answers: Maritsa zone

answers: NDQ_000651

answers: Bulgaria

answers: NDQ_000652

answers: mineral

answers: NDQ_000653

answers: Bulgaria is rich in mineral waters, with 225 mineral springs

answers: NDQ_000654

answers: faults between the mountains.

answers: NDQ_000655

answers: mineral waters, with 225 mineral springs

text: "The remediation system consists of approximately 5 pumping wells that penetrate the contamination.  Special chemical resistant pumps pump the contaminated groundwater to a treatment building above ground.  Air Stripping is the primary form of treatment of the contaminated groundwater.  Once treated, water is pumped to the sewer system for disposal."

text: "The remediation system consists of approximately 5 pumping wells that penetrate the contamination.  Special chemical resistant pumps pump the contaminated groundwater to a treatment building above ground.  Air Stripping is the primary form of treatment of the contaminated groundwater.  Once treated, water is pumped to the sewer system for disposal."

answers: NDQ_000611

answers: is pumped to the sewer system for disposal

answers: NDQ_000613

answers: penetrate the contamination

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is contaminated

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: None of the above choices.

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: None of the above choices.

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: None of the above choices.

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: no

answers: NDQ_000642

answers: air stripping

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: pumping wells

answers: NDQ_000645

answers: contaminated groundwater

answers: NDQ_000646

answers: pumping well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: no

answers: NDQ_000650

answers: groundwater is contaminated

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: pumping well

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: contaminated

answers: NDQ_000611

answers: sewer system for disposal."

answers: NDQ_000613

answers: Special chemical resistant pumps

answers: NDQ_000615

answers: contaminated groundwater to a treatment building above ground. Air Stripping

answers: NDQ_000616

answers: contaminated groundwater

answers: NDQ_000619

answers: contaminated groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: contaminated groundwater

answers: NDQ_000629

answers: 5 pumping wells that penetrate the contamination.

answers: NDQ_000630

answers: Air Stripping

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: contaminated groundwater

answers: NDQ_000633

answers: contaminated groundwater

answers: NDQ_000634

answers: 5

answers: NDQ_000635

answers: contaminated groundwater

answers: NDQ_000636

answers: Air Stripping

answers: NDQ_000637

answers: 5 pumping wells that penetrate the contamination.

answers: NDQ_000638

answers: contaminated groundwater

answers: NDQ_000639

answers: contaminated groundwater

answers: NDQ_000640

answers: contaminated groundwater

answers: NDQ_000641

answers: contaminated groundwater

answers: NDQ_000642

answers: Air Stripping

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: pumping wells

answers: NDQ_000645

answers: contaminated groundwater

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: contaminated groundwater

answers: NDQ_000649

answers: 5 pumping wells that penetrate the contamination.

answers: NDQ_000650

answers: contaminated groundwater

answers: NDQ_000651

answers: contaminated groundwater

answers: NDQ_000652

answers: wells

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: contaminated groundwater

answers: NDQ_000655

answers: groundwater

text: Groundwater in Wichita Falls is drawn from  the Seymour aquifer or from alluvial aquifers associated with local streams.  Groundwater withdrawals are limited to individual property owners and do not feed into the municipal supply for the city of Wichita Falls.  However, the nearby city of  Burkburnett, located 15 miles north of (and down hydraulic gradient from) Wichita Falls relies in part on this aquifer for municipal supply.

text: Groundwater in Wichita Falls is drawn from  the Seymour aquifer or from alluvial aquifers associated with local streams.  Groundwater withdrawals are limited to individual property owners and do not feed into the municipal supply for the city of Wichita Falls.  However, the nearby city of

text: Burkburnett

text: , located 15 miles north of (and down hydraulic gradient from) Wichita Falls relies in part on this aquifer for municipal supply.

answers: NDQ_000611

answers: is drawn from where?

answers: NDQ_000613

answers: groundwater withdrawals are limited to individual property owners and do not feed into the municipal supply

answers: NDQ_000615

answers: aquifer

answers: NDQ_000616

answers: local streams

answers: NDQ_000619

answers: groundwater is drawn from the Seymour aquifer

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: Groundwater withdrawals are limited to individual property owners

answers: NDQ_000636

answers: None

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a source of groundwater: Seymour aquifer or alluvial aquifers?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater withdrawals

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is the Seymour aquifer?

answers: NDQ_000650

answers: groundwater withdrawals are limited

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: local streams

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: alluvial aquifers associated with local streams.

answers: NDQ_000613

answers: local streams.

answers: NDQ_000615

answers: Groundwater

answers: NDQ_000616

answers: local streams.

answers: NDQ_000619

answers: Groundwater

answers: NDQ_000624

answers: Groundwater

answers: NDQ_000627

answers: alluvial aquifers associated with local streams.

answers: NDQ_000629

answers: alluvial aquifers associated with local streams.

answers: NDQ_000630

answers: Groundwater

answers: NDQ_000631

answers: Groundwater

answers: NDQ_000632

answers: alluvial aquifers associated with local streams.

answers: NDQ_000633

answers: Seymour aquifer

answers: NDQ_000634

answers: Seymour aquifer

answers: NDQ_000635

answers: property owners

answers: NDQ_000636

answers: Burkburnett,

answers: NDQ_000637

answers: alluvial aquifers associated with local streams.

answers: NDQ_000638

answers: alluvial aquifers associated with local streams.

answers: NDQ_000639

answers: Groundwater

answers: NDQ_000640

answers: Seymour aquifer

answers: NDQ_000641

answers: Groundwater

answers: NDQ_000642

answers: streams.

answers: NDQ_000643

answers: Groundwater

answers: NDQ_000644

answers: streams.

answers: NDQ_000645

answers: Groundwater

answers: NDQ_000646

answers: Groundwater

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: streams.

answers: NDQ_000649

answers: Groundwater

answers: NDQ_000650

answers: local streams.

answers: NDQ_000651

answers: Seymour aquifer

answers: NDQ_000652

answers: streams.

answers: NDQ_000653

answers: streams.

answers: NDQ_000654

answers: streams.

answers: NDQ_000655

answers: Groundwater

text: The park borders the Semuliki and Lamia Rivers, which are watering places for many animals. The park has two hot springs in a hot mineral encrusted swamp. One of the springs - Mumbuga spring - resembles a geyser by forming a 0.5 m high fountain. These hot springs attract a large number of shorebirds and they are a source of salt for many animals.

text: The park borders the

text: Semuliki

text: and

text: Lamia

text: Rivers, which are watering places for many animals. The park has two

text: hot spring

text: s in a hot mineral encrusted

text: swamp

text: . One of the springs - Mumbuga spring - resembles a

text: geyser

text: by forming a 0.5 m high fountain. These hot springs attract a large number of shorebirds and they are a

text: source of salt

text: for many animals.

answers: NDQ_000611

answers: is a source of what for animals?

answers: NDQ_000613

answers: hot mineral encrusted swamp

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: Lamia Rivers

answers: NDQ_000619

answers: hot mineral encrusted swamps contain hot minerals

answers: NDQ_000624

answers: What may be the reason for the hot springs?

answers: NDQ_000627

answers: Which of the following is not a source of salt for many animals?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

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

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What can be concluded about the hot springs?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: It's impossible to say

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: encrusted

answers: NDQ_000643

answers: swamp

answers: NDQ_000644

answers: What is a geyser?

answers: NDQ_000645

answers: swamp

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Which of the following is not a source of salt for animals?

answers: NDQ_000650

answers: is near a river

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: swamp

answers: NDQ_000653

answers: rivers

answers: NDQ_000654

answers: hot springs

answers: NDQ_000655

answers: encrusted

answers: NDQ_000611

answers: hot springs in a hot mineral encrusted swamp.

answers: NDQ_000613

answers: watering places for many animals.

answers: NDQ_000615

answers: Semuliki and Lamia Rivers,

answers: NDQ_000616

answers: Semuliki and Lamia Rivers,

answers: NDQ_000619

answers: hot springs in a hot mineral

answers: NDQ_000624

answers: salt

answers: NDQ_000627

answers: hot mineral encrusted swamp.

answers: NDQ_000629

answers: hot mineral encrusted swamp.

answers: NDQ_000630

answers: hot mineral encrusted swamp.

answers: NDQ_000631

answers: hot springs in a hot mineral encrusted swamp.

answers: NDQ_000632

answers: hot springs in a hot mineral encrusted swamp.

answers: NDQ_000633

answers: hot springs

answers: NDQ_000634

answers: hot springs in a hot mineral encrusted swamp.

answers: NDQ_000635

answers: Semuliki and Lamia Rivers,

answers: NDQ_000636

answers: animals.

answers: NDQ_000637

answers: hot springs in a hot mineral encrusted swamp.

answers: NDQ_000638

answers: hot mineral encrusted swamp.

answers: NDQ_000639

answers: mineral encrusted swamp.

answers: NDQ_000640

answers: hot springs in a hot mineral encrusted swamp.

answers: NDQ_000641

answers: hot springs

answers: NDQ_000642

answers: swamp.

answers: NDQ_000643

answers: swamp.

answers: NDQ_000644

answers: swamp.

answers: NDQ_000645

answers: hot mineral encrusted swamp.

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: salt

answers: NDQ_000649

answers: hot mineral encrusted swamp.

answers: NDQ_000650

answers: animals.

answers: NDQ_000651

answers: The park borders the Semuliki and Lamia Rivers,

answers: NDQ_000652

answers: hot mineral encrusted swamp.

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: hot springs

answers: NDQ_000655

answers: geyser

text: Methylocystis hirsuta is a Gram-negative, aerobic and methanotroph bacterium species from the genus of Methylocystis which has been isolated from a groundwater aquifer from Mountain View in California in the United States

text: Methylocystis hirsuta is a

text: Gram-negative

text: aerobic

text: and

text: methanotroph

text: bacterium species from the genus of

text: Methylocystis

text: which has been isolated from a

text: groundwater aquifer

text: from

text: Mountain View

text: in

text: California

text: in the United States

answers: NDQ_000611

answers: aquifers in the United States

answers: NDQ_000613

answers: aerobic and methanotroph

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: Mountain View

answers: NDQ_000619

answers: Methylocystis hirsuta is in the groundwater aquifer

answers: NDQ_000624

answers: What is the name of the organism that has been isolated from a groundwater aquifer?

answers: NDQ_000627

answers: It's impossible to say

answers: NDQ_000629

answers: no

answers: NDQ_000630

answers: What is the source of water in hot springs?

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: It can affect the amount of water that is available to enter groundwater.

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: None of the above choices.

answers: NDQ_000640

answers: It keeps water in an aquifer from seeping deeper underground

answers: NDQ_000641

answers: None of the above choices .

answers: NDQ_000642

answers: Gram-negative

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: Gram-negative bacteria

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: is located in a country with a large population

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: aquifer

answers: NDQ_000613

answers: aerobic and methanotroph

answers: NDQ_000615

answers: groundwater aquifer

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater aquifer

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: groundwater aquifer from Mountain View in California in the United States

answers: NDQ_000630

answers: groundwater aquifer from Mountain View in California in the United States

answers: NDQ_000631

answers: groundwater aquifer from Mountain View in California in the United States

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: California in the United States

answers: NDQ_000635

answers: groundwater aquifer from Mountain View in California in the United States

answers: NDQ_000636

answers: California in the United States

answers: NDQ_000637

answers: groundwater aquifer

answers: NDQ_000638

answers: groundwater aquifer from Mountain View in California in the United States

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: groundwater aquifer from Mountain View in California in the United States

answers: NDQ_000641

answers: groundwater aquifer

answers: NDQ_000642

answers: Gram-negative,

answers: NDQ_000643

answers: groundwater aquifer

answers: NDQ_000644

answers: Gram-negative,

answers: NDQ_000645

answers: groundwater aquifer

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater aquifer

answers: NDQ_000650

answers: Mountain View in California in the United States

answers: NDQ_000651

answers: California

answers: NDQ_000652

answers: groundwater aquifer

answers: NDQ_000653

answers: groundwater aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

text: Due to the expanding human population, competition for water is growing such that many of the world's major aquifers are becoming depleted. This is due both for direct human consumption as well as agricultural irrigation by groundwater. Millions of pumps of all sizes are currently extracting groundwater throughout the world. Irrigation in dry areas such as northern China, Nepal and India is supplied by groundwater, and is being extracted at an unsustainable rate.Cities that have experienced aquifer drops between 10 and 50 meters include Mexico City, Bangkok,  Beijing, Madras and Shanghai.

text: Due to the

text: expanding human population

text: , competition for water is growing such that many of the world's major aquifers are becoming depleted. This is due both for direct human consumption as well as agricultural irrigation by groundwater. Millions of

text: pumps

text: of all sizes are currently extracting groundwater throughout the world. Irrigation in dry areas such as northern

text: China

text: , Nepal and

text: India

text: is supplied by groundwater, and is being extracted at an unsustainable rate.Cities that have experienced aquifer drops between 10 and 50 meters include

text: Mexico City

text: Bangkok

text: Beijing

text: Madras

text: and

text: Shanghai

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: direct human consumption as well as agricultural irrigation

answers: NDQ_000615

answers: aquifer drops

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: competition for water is growing

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs: hot magma or groundwater?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is being extracted at an unsustainable rate?

answers: NDQ_000636

answers: agricultural irrigation

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or aquifers?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: is being extracted at an unsustainable rate

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: pump

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where does water infiltrate the ground?

answers: NDQ_000650

answers: is depleted

answers: NDQ_000651

answers: Mexico City

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: agricultural irrigation

answers: NDQ_000613

answers: direct human consumption as well as agricultural irrigation by groundwater.

answers: NDQ_000615

answers: aquifer drops between 10 and 50 meters

answers: NDQ_000616

answers: groundwater.

answers: NDQ_000619

answers: direct human consumption as well as agricultural irrigation by groundwater.

answers: NDQ_000624

answers: drops

answers: NDQ_000627

answers: groundwater.

answers: NDQ_000629

answers: direct human consumption as well as agricultural irrigation by groundwater.

answers: NDQ_000630

answers: groundwater.

answers: NDQ_000631

answers: dry areas such as northern China, Nepal and India is supplied by groundwater,

answers: NDQ_000632

answers: 10 and 50 meters

answers: NDQ_000633

answers: aquifers are becoming depleted.

answers: NDQ_000634

answers: many of the world's major aquifers

answers: NDQ_000635

answers: agricultural irrigation

answers: NDQ_000636

answers: agricultural irrigation by groundwater.

answers: NDQ_000637

answers: groundwater.

answers: NDQ_000638

answers: direct human consumption as well as agricultural irrigation by groundwater.

answers: NDQ_000639

answers: groundwater.

answers: NDQ_000640

answers: direct human consumption as well as agricultural irrigation by groundwater.

answers: NDQ_000641

answers: groundwater.

answers: NDQ_000642

answers: aquifers

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifers

answers: NDQ_000646

answers: pumps of all sizes are currently extracting groundwater

answers: NDQ_000647

answers: groundwater.

answers: NDQ_000648

answers: groundwater.

answers: NDQ_000649

answers: groundwater.

answers: NDQ_000650

answers: human population,

answers: NDQ_000651

answers: agricultural irrigation by groundwater.

answers: NDQ_000652

answers: aquifers

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: groundwater.

answers: NDQ_000655

answers: aquifers

text: This is a natural hot spring that spouts water constantly without stopping for recharge. Some of these are incorrectly called geysers, but because they are not periodic in nature they are not considered true geysers.

text: This is a natural hot spring that spouts water constantly without stopping for recharge. Some of these are incorrectly called geysers, but because they are not periodic in nature they are not considered true geysers.

answers: NDQ_000611

answers: spouts from the surface of the earth

answers: NDQ_000613

answers: natural hot spring that spouts water constantly without stopping for recharge

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: geysers

answers: NDQ_000619

answers: natural hot springs spout water

answers: NDQ_000624

answers: It may rise because of a geyser

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: It can affect the amount of water that can enter groundwater.

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: None of the above choices.

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: can not be considered true geysers

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: geysers

answers: NDQ_000648

answers: can be recharged

answers: NDQ_000649

answers: a geyser

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: geysers

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: geysers,

answers: NDQ_000613

answers: spouts water constantly without stopping for recharge.

answers: NDQ_000615

answers: recharge.

answers: NDQ_000616

answers: hot spring

answers: NDQ_000619

answers: periodic in nature

answers: NDQ_000624

answers: geysers,

answers: NDQ_000627

answers: geysers,

answers: NDQ_000629

answers: geysers,

answers: NDQ_000630

answers: geysers,

answers: NDQ_000631

answers: geysers,

answers: NDQ_000632

answers: geysers,

answers: NDQ_000633

answers: geysers,

answers: NDQ_000634

answers: geysers,

answers: NDQ_000635

answers: geysers,

answers: NDQ_000636

answers: hot spring that spouts water constantly without stopping for recharge.

answers: NDQ_000637

answers: geysers,

answers: NDQ_000638

answers: geysers,

answers: NDQ_000639

answers: geysers,

answers: NDQ_000640

answers: geysers,

answers: NDQ_000641

answers: geysers,

answers: NDQ_000642

answers: geysers.

answers: NDQ_000643

answers: geysers,

answers: NDQ_000644

answers: geysers,

answers: NDQ_000645

answers: hot spring

answers: NDQ_000646

answers: hot spring that spouts water constantly without stopping for recharge.

answers: NDQ_000647

answers: hot spring

answers: NDQ_000648

answers: recharge.

answers: NDQ_000649

answers: geysers,

answers: NDQ_000650

answers: constantly without stopping for recharge.

answers: NDQ_000651

answers: hot spring that spouts water constantly without stopping for recharge.

answers: NDQ_000652

answers: geysers,

answers: NDQ_000653

answers: geysers,

answers: NDQ_000654

answers: geysers,

answers: NDQ_000655

answers: geysers,

text: In July 2013, it was revealed TEPCO had been aware that radioactive water has been leaking into the ocean for 2 years, but that problems regarding radioactive groundwater have been ignored.  In August, TEPCO admitted that up to 400 tons of contaminated water flows into the Pacific Ocean every day and that an estimated 20 to 40 terabecquerels of tritium was lost into the sea since May 2011. Under its safety regulations and normal circumstances, TEPCO was allowed to dump 22 terabecquerels per year, but TEPCO admitted that there was no control and it was unknown when the tritium loss had started. TEPCO had built an underground wall using liquid glass to make the soil impermeable to water, although the NRA had some doubts about the plan. The groundwater level was rising fast, and the amount of water flowing in the direction of the ocean was still the same. Measurements showed that deeper layers of groundwater contained more radioactivity. On 10 August 2013, TEPCO revealed that although the underground wall was completed on 9 August, radioactive water was "probably" flowing over the top of the underground wall (on 1.8 meters under the surface). This was proven by measurements in both sea and groundwater. TEPCO started pumping groundwater, although this did not stop the leakage. The total groundwater flow was estimated at about 1000 tons, about 400 tons of this was flowing into the reactor buildings, and from there the water could still leak into the ground from a maze of pipes and tunnels.

answers: NDQ_000611

answers: flows in the direction of the ocean

answers: NDQ_000613

answers: soil impermeable to water

answers: NDQ_000615

answers: rise fast

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: radioactive water leaks into the ocean

answers: NDQ_000624

answers: What may happen to the groundwater level?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: Which is not the type of rock layer below an aquifer?

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: How deep is the underground wall?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How did TEPCO build an underground wall using liquid glass?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a source of water: hot springs, mineral springs or groundwater?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: It is not possible to tell

answers: NDQ_000642

answers: impermeable to water

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: unanswerable

answers: NDQ_000645

answers: 1.8 meters under the surface

answers: NDQ_000646

answers: underground wall

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: radioactive water

answers: NDQ_000649

answers: 1.8 meters under the surface

answers: NDQ_000650

answers: deeper layers contain more radioactivity

answers: NDQ_000651

answers: Pacific Ocean

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: Pacific Ocean

answers: NDQ_000654

answers: radioactive water

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: deeper layers of groundwater contained more radioactivity.

answers: NDQ_000613

answers: impermeable to water,

answers: NDQ_000615

answers: The groundwater level was rising

answers: NDQ_000616

answers: radioactive groundwater

answers: NDQ_000619

answers: deeper layers of groundwater contained more radioactivity.

answers: NDQ_000624

answers: rising

answers: NDQ_000627

answers: liquid glass

answers: NDQ_000629

answers: liquid glass to make the soil impermeable to water,

answers: NDQ_000630

answers: radioactive groundwater

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: deeper layers of groundwater contained more radioactivity.

answers: NDQ_000633

answers: The groundwater

answers: NDQ_000634

answers: 1000

answers: NDQ_000635

answers: deeper layers of groundwater contained more radioactivity.

answers: NDQ_000636

answers: up to 400 tons of contaminated water flows into the Pacific Ocean every day

answers: NDQ_000637

answers: liquid glass to make the soil impermeable to water,

answers: NDQ_000638

answers: liquid glass

answers: NDQ_000639

answers: liquid glass

answers: NDQ_000640

answers: underground wall using liquid glass

answers: NDQ_000641

answers: in the direction of the ocean

answers: NDQ_000642

answers: liquid glass to make the soil impermeable to water,

answers: NDQ_000643

answers: liquid glass

answers: NDQ_000644

answers: pipes and tunnels.

answers: NDQ_000645

answers: radioactive water was "probably" flowing over the top of the underground wall

answers: NDQ_000646

answers: pumping groundwater,

answers: NDQ_000647

answers: 1.8 meters

answers: NDQ_000648

answers: radioactive groundwater

answers: NDQ_000649

answers: deeper layers of groundwater contained more radioactivity.

answers: NDQ_000650

answers: deeper layers of groundwater contained more radioactivity.

answers: NDQ_000651

answers: up to 400 tons of contaminated water flows into the Pacific Ocean every day

answers: NDQ_000652

answers: groundwater,

answers: NDQ_000653

answers: Pacific Ocean

answers: NDQ_000654

answers: pumping groundwater,

answers: NDQ_000655

answers: impermeable to water,

text: As a fairly rare phenomenon, the formation of geysers is due to particular hydrogeological conditions that exist in only a few places on Earth. Generally all geyser field sites are located near active volcanic areas, and the geyser effect is due to the proximity of magma. Generally, surface water works its way down to an average depth of around  where it contacts hot rocks. The resultant boiling of the pressurized water results in the geyser effect of hot water and steam spraying out of the geyser's surface vent (a hydrothermal explosion).

text: As a fairly rare phenomenon, the formation of geysers is due to particular

text: hydrogeological

text: conditions that exist in only a few places on Earth. Generally all geyser field sites are located near active

text: volcanic

text: areas, and the geyser effect is due to the proximity of

text: magma

text: . Generally, surface water works its way down to an average depth of around  where it contacts hot rocks. The resultant boiling of the pressurized water results in the geyser effect of hot water and steam spraying out of the geyser's surface vent (a

text: hydrothermal explosion

answers: NDQ_000611

answers: works its way down to an average depth

answers: NDQ_000613

answers: hydrogeological conditions that exist in only a few places on Earth

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: geysers

answers: NDQ_000619

answers: surface water contacts hot rocks

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: geysers

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the geyser effect?

answers: NDQ_000636

answers: geyser

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: geysers, mineral springs, or hot rocks?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices are true

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: an average depth of where it contacts hot rocks

answers: NDQ_000648

answers: surface water

answers: NDQ_000649

answers: It contacts hot rocks

answers: NDQ_000650

answers: is located near active volcanic areas

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: hot rock

answers: NDQ_000653

answers: geysers

answers: NDQ_000654

answers: surface water

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: surface water works its way down to an average depth

answers: NDQ_000613

answers: hot rocks.

answers: NDQ_000615

answers: surface water works its way down to an average depth

answers: NDQ_000616

answers: hot rocks.

answers: NDQ_000619

answers: the proximity of magma.

answers: NDQ_000624

answers: surface water

answers: NDQ_000627

answers: hot rocks.

answers: NDQ_000629

answers: hot rocks.

answers: NDQ_000630

answers: hot rocks.

answers: NDQ_000631

answers: geysers is due to particular hydrogeological conditions

answers: NDQ_000632

answers: average depth of around where it contacts hot rocks.

answers: NDQ_000633

answers: surface water

answers: NDQ_000634

answers: Generally all geyser field sites are located near active volcanic areas,

answers: NDQ_000635

answers: surface water

answers: NDQ_000636

answers: geyser field sites are located near active volcanic areas,

answers: NDQ_000637

answers: hot rocks.

answers: NDQ_000638

answers: hot rocks.

answers: NDQ_000639

answers: hot rocks.

answers: NDQ_000640

answers: surface water

answers: NDQ_000641

answers: surface water works its way down to an average depth

answers: NDQ_000642

answers: rocks.

answers: NDQ_000643

answers: hot rocks.

answers: NDQ_000644

answers: hot rocks.

answers: NDQ_000645

answers: hot rocks.

answers: NDQ_000646

answers: average depth of around where it contacts hot rocks.

answers: NDQ_000647

answers: surface water

answers: NDQ_000648

answers: surface water

answers: NDQ_000649

answers: hot rocks.

answers: NDQ_000650

answers: hot rocks.

answers: NDQ_000651

answers: geyser field sites are located near active volcanic areas,

answers: NDQ_000652

answers: hot rocks.

answers: NDQ_000653

answers: surface water

answers: NDQ_000654

answers: hot rocks.

answers: NDQ_000655

answers: hot rocks.

text: The northeast flank of Recheshnoi has one of the hottest and most extensive thermal areas in Alaska.  The Geyser Bight geothermal area consists of six zones of thermal springs and two fumarolic areas along upper Geyser Creek and contains the only known geysers in the state. In three locations in 1988 here have been found 5 active geysers up to 2 m high and 9 natural fountains up to 0.7 m high. Other thermal areas occur at Hot Springs Cove and Partov Cove on the isthmus between Recheshnoi and Mount Okmok.

text: The northeast flank of Recheshnoi has one of the hottest and most extensive thermal areas in Alaska.  The Geyser Bight

text: geothermal

text: area consists of six zones of thermal springs and two

text: fumarolic

text: areas along upper Geyser Creek and contains the only known

text: geyser

text: s in the state. In three locations in 1988 here have been found 5 active geysers up to 2 m high and 9 natural fountains up to 0.7 m high. Other thermal areas occur at Hot Springs Cove and Partov Cove on the isthmus between Recheshnoi and

text: Mount Okmok

answers: NDQ_000611

answers: geysers and natural fountains

answers: NDQ_000613

answers: hottest and most extensive thermal areas in Alaska

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Geyser Creek

answers: NDQ_000619

answers: geothermal energy

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Where is the Geyser Bight geothermal area

answers: NDQ_000629

answers: Which is not the type of rock layer below an aquifer?

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: None of the above choices are true

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unknown

answers: NDQ_000635

answers: What can be concluded about the geothermal area?

answers: NDQ_000636

answers: None of the above choices

answers: NDQ_000637

answers: What type of rock is the Geyser Bight geothermal area consists of?

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a type of spring: mineral springs, geothermal springs or springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: geysers

answers: NDQ_000643

answers: geothermal

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: geothermal

answers: NDQ_000646

answers: geothermal

answers: NDQ_000647

answers: geothermal

answers: NDQ_000648

answers: springs

answers: NDQ_000649

answers: Where is Recheshnoi?

answers: NDQ_000650

answers: is located near a major source of pollution

answers: NDQ_000651

answers: Alaska

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: geothermal areas

answers: NDQ_000654

answers: geothermal activity

answers: NDQ_000655

answers: geothermal

answers: NDQ_000611

answers: thermal springs

answers: NDQ_000613

answers: hottest and most extensive thermal areas

answers: NDQ_000615

answers: Geyser Creek

answers: NDQ_000616

answers: thermal springs

answers: NDQ_000619

answers: thermal springs

answers: NDQ_000624

answers: hottest and most extensive thermal areas in Alaska.

answers: NDQ_000627

answers: thermal springs

answers: NDQ_000629

answers: 0.7 m high.

answers: NDQ_000630

answers: The Geyser Bight

answers: NDQ_000631

answers: Alaska.

answers: NDQ_000632

answers: 0.7 m high.

answers: NDQ_000633

answers: thermal springs

answers: NDQ_000634

answers: Alaska.

answers: NDQ_000635

answers: hottest and most extensive thermal areas in Alaska.

answers: NDQ_000636

answers: Alaska.

answers: NDQ_000637

answers: hottest and most extensive thermal areas in Alaska.

answers: NDQ_000638

answers: 0.7 m high.

answers: NDQ_000639

answers: thermal springs and two fumarolic

answers: NDQ_000640

answers: 0.7 m high.

answers: NDQ_000641

answers: 0.7 m high.

answers: NDQ_000642

answers: 0.7 m high.

answers: NDQ_000643

answers: geothermal

answers: NDQ_000644

answers: 9 natural fountains

answers: NDQ_000645

answers: geothermal

answers: NDQ_000646

answers: thermal springs

answers: NDQ_000647

answers: geothermal

answers: NDQ_000648

answers: thermal springs

answers: NDQ_000649

answers: 0.7 m high.

answers: NDQ_000650

answers: hottest and most extensive thermal areas

answers: NDQ_000651

answers: Alaska.

answers: NDQ_000652

answers: Geyser Creek

answers: NDQ_000653

answers: thermal springs

answers: NDQ_000654

answers: thermal springs

answers: NDQ_000655

answers: fumarolic

text: After the divisive war, the name of the Inn was changed to Hale Springs Hotel, and it began to serve as a stopping point for tourists who were on their way to see nearby Hale Springs Resort, a famous hot mineral springs near Rogersville.

text: After the divisive war, the name of the Inn was changed to Hale Springs Hotel, and it began to serve as a stopping point for tourists who were on their way to see nearby Hale Springs Resort, a famous hot

text: mineral springs

text: near Rogersville.

answers: NDQ_000611

answers: is heated by the sun.

answers: NDQ_000613

answers: hot mineral springs

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: a lake

answers: NDQ_000619

answers: minerals are in the water

answers: NDQ_000624

answers: What will happen to the mineral springs?

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: Hale Springs Resort

answers: NDQ_000636

answers: Hale Springs

answers: NDQ_000637

answers: None of the above choices .

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: It's impossible to say

answers: NDQ_000640

answers: What is the purpose of the water table?

answers: NDQ_000641

answers: It is not possible to tell

answers: NDQ_000642

answers: is not the same as

answers: NDQ_000643

answers: mineral springs

answers: NDQ_000644

answers: a mineral spring

answers: NDQ_000645

answers: springs

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: mineral springs

answers: NDQ_000648

answers: can be used for drinking

answers: NDQ_000649

answers: in contact with it

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: mineral

answers: NDQ_000653

answers: springs

answers: NDQ_000654

answers: water evaporation

answers: NDQ_000655

answers: mineral springs

answers: NDQ_000611

answers: hot mineral springs

answers: NDQ_000613

answers: hot mineral springs

answers: NDQ_000615

answers: Hale Springs Resort, a famous hot mineral springs

answers: NDQ_000616

answers: hot mineral springs

answers: NDQ_000619

answers: hot mineral springs

answers: NDQ_000624

answers: Hale Springs Resort,

answers: NDQ_000627

answers: hot mineral springs

answers: NDQ_000629

answers: Hale Springs Resort,

answers: NDQ_000630

answers: Hale Springs Resort,

answers: NDQ_000631

answers: hot mineral springs

answers: NDQ_000632

answers: Hale Springs Resort,

answers: NDQ_000633

answers: hot mineral springs

answers: NDQ_000634

answers: Hale Springs Resort,

answers: NDQ_000635

answers: Hale Springs Resort,

answers: NDQ_000636

answers: Hale Springs Resort,

answers: NDQ_000637

answers: hot mineral springs

answers: NDQ_000638

answers: Hale Springs Resort, a famous hot mineral springs

answers: NDQ_000639

answers: mineral springs

answers: NDQ_000640

answers: Hale Springs Resort,

answers: NDQ_000641

answers: hot mineral springs

answers: NDQ_000642

answers: Hale Springs Resort,

answers: NDQ_000643

answers: hot mineral springs

answers: NDQ_000644

answers: hot mineral springs

answers: NDQ_000645

answers: hot mineral springs

answers: NDQ_000646

answers: hot mineral springs

answers: NDQ_000647

answers: hot mineral springs

answers: NDQ_000648

answers: hot mineral springs

answers: NDQ_000649

answers: hot mineral springs

answers: NDQ_000650

answers: divisive war,

answers: NDQ_000651

answers: Hale Springs Resort, a famous hot mineral springs near Rogersville.

answers: NDQ_000652

answers: mineral springs

answers: NDQ_000653

answers: hot mineral springs

answers: NDQ_000654

answers: hot mineral springs

answers: NDQ_000655

answers: hot mineral springs

text: A geyser (;  or ) is a spring characterized by intermittent discharge of water ejected turbulently and accompanied by steam.

text: A geyser (;  or ) is a

text: spring

text: characterized by intermittent discharge of water ejected turbulently and accompanied by steam.

answers: NDQ_000611

answers: ejects steam from a geyser

answers: NDQ_000613

answers: intermittent discharge of water ejected turbulently

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: geysers

answers: NDQ_000619

answers: water is ejected into the air

answers: NDQ_000624

answers: What is a geyser?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: How is water heated in geysers?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: Which of the following is not a geyser?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: geyser

answers: NDQ_000635

answers: What is a geyser?

answers: NDQ_000636

answers: geyser

answers: NDQ_000637

answers: no

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: What is a geyser?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: no

answers: NDQ_000642

answers: is not a geyser

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: a geyser

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: geyser

answers: NDQ_000648

answers: geyser

answers: NDQ_000649

answers: in a geyser

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: glaciers

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: intermittent discharge of water ejected turbulently

answers: NDQ_000613

answers: intermittent discharge of water ejected turbulently and accompanied by steam.

answers: NDQ_000615

answers: geyser

answers: NDQ_000616

answers: geyser

answers: NDQ_000619

answers: intermittent discharge of water ejected turbulently and accompanied by steam.

answers: NDQ_000624

answers: geyser

answers: NDQ_000627

answers: A geyser

answers: NDQ_000629

answers: steam.

answers: NDQ_000630

answers: steam.

answers: NDQ_000631

answers: A geyser

answers: NDQ_000632

answers: A geyser

answers: NDQ_000633

answers: geyser

answers: NDQ_000634

answers: A geyser

answers: NDQ_000635

answers: geyser

answers: NDQ_000636

answers: geyser

answers: NDQ_000637

answers: geyser

answers: NDQ_000638

answers: steam.

answers: NDQ_000639

answers: geyser

answers: NDQ_000640

answers: geyser

answers: NDQ_000641

answers: geyser

answers: NDQ_000642

answers: geyser

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: geyser

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: A geyser

answers: NDQ_000648

answers: steam.

answers: NDQ_000649

answers: geyser

answers: NDQ_000650

answers: geyser

answers: NDQ_000651

answers: geyser

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: geyser

answers: NDQ_000654

answers: geyser

answers: NDQ_000655

answers: geyser

text: The hydraulic conductivity of aquifers is often anisotropic for the same reason. When calculating groundwater flow to drains or to wells, the difference between horizontal and vertical permeability must be taken into account, otherwise the results may be subject to error.

text: The

text: hydraulic conductivity

text: of

text: aquifer

text: s is often anisotropic for the same reason. When calculating groundwater flow to

text: drains

text: or to

text: wells

text: , the difference between horizontal and vertical permeability must be taken into account, otherwise the results may be subject to error.

answers: NDQ_000611

answers: flows to drains or to wells

answers: NDQ_000613

answers: difference between horizontal and vertical permeability

answers: NDQ_000615

answers: rise

answers: NDQ_000616

answers: wells

answers: NDQ_000619

answers: aquifers have a high permeability

answers: NDQ_000624

answers: fluctuate

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: What is the difference between horizontal and vertical permeability?

answers: NDQ_000636

answers: agricultural

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: not enough information

answers: NDQ_000641

answers: no

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: permeability

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: unsuitable

answers: NDQ_000650

answers: drains

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: the difference between horizontal and vertical permeability

answers: NDQ_000613

answers: hydraulic conductivity of aquifers is often anisotropic

answers: NDQ_000615

answers: anisotropic

answers: NDQ_000616

answers: drains

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: anisotropic

answers: NDQ_000629

answers: the difference between horizontal and vertical permeability

answers: NDQ_000630

answers: anisotropic

answers: NDQ_000631

answers: aquifers

answers: NDQ_000632

answers: anisotropic

answers: NDQ_000633

answers: anisotropic

answers: NDQ_000634

answers: hydraulic conductivity of aquifers is often anisotropic

answers: NDQ_000635

answers: the difference between horizontal and vertical permeability must be taken into account,

answers: NDQ_000636

answers: anisotropic

answers: NDQ_000637

answers: hydraulic conductivity of aquifers is often anisotropic

answers: NDQ_000638

answers: anisotropic

answers: NDQ_000639

answers: aquifers is often anisotropic

answers: NDQ_000640

answers: hydraulic conductivity of aquifers is often anisotropic

answers: NDQ_000641

answers: When calculating groundwater flow to drains

answers: NDQ_000642

answers: aquifers

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: wells,

answers: NDQ_000645

answers: aquifers

answers: NDQ_000646

answers: wells,

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifers is often anisotropic

answers: NDQ_000650

answers: anisotropic

answers: NDQ_000651

answers: The hydraulic conductivity

answers: NDQ_000652

answers: aquifers

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifers is often anisotropic

text: Surprise Pool is a hot spring pool in the Lower Geyser Basin of Yellowstone National Park in the United States.  It is located near Great Fountain Geyser and A-0 Geyser.

text: Surprise Pool is a

text: hot spring

text: pool in the

text: Lower Geyser Basin

text: of

text: Yellowstone National Park

text: in the

text: United States

text: .  It is located near

text: Great Fountain Geyser

text: and

text: A-0 Geyser

answers: NDQ_000611

answers: is heated by the sun.

answers: NDQ_000613

answers: hot springs

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: Yellowstone National Park

answers: NDQ_000619

answers: geothermal energy is released

answers: NDQ_000624

answers: What can happen to the water table in an area?

answers: NDQ_000627

answers: Where is Surprise Pool located?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: What is the source of the water in Surprise Pool?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How can land use affect the amount of water that enters groundwater?

answers: NDQ_000636

answers: It's impossible to say

answers: NDQ_000637

answers: What does Surprise Pool have in common with an aquifer?

answers: NDQ_000638

answers: It does not.

answers: NDQ_000639

answers: It's impossible to say

answers: NDQ_000640

answers: What is the purpose of the water table?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: is not the same as not having holes

answers: NDQ_000643

answers: Geyser Basin

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: aquifer

answers: NDQ_000649

answers: In the Lower Geyser Basin of Yellowstone

answers: NDQ_000650

answers: is located near a hot spring

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: water evaporation

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: hot spring pool in the Lower Geyser Basin

answers: NDQ_000613

answers: hot spring pool

answers: NDQ_000615

answers: Surprise Pool

answers: NDQ_000616

answers: Surprise Pool is a hot spring pool

answers: NDQ_000619

answers: hot spring

answers: NDQ_000624

answers: Lower Geyser Basin

answers: NDQ_000627

answers: Surprise Pool

answers: NDQ_000629

answers: Surprise Pool

answers: NDQ_000630

answers: Surprise Pool

answers: NDQ_000631

answers: United States.

answers: NDQ_000632

answers: Lower Geyser Basin

answers: NDQ_000633

answers: hot spring pool

answers: NDQ_000634

answers: Surprise Pool

answers: NDQ_000635

answers: Surprise Pool

answers: NDQ_000636

answers: Surprise Pool

answers: NDQ_000637

answers: Surprise Pool

answers: NDQ_000638

answers: Surprise Pool is a hot spring pool

answers: NDQ_000639

answers: Surprise Pool

answers: NDQ_000640

answers: Surprise Pool

answers: NDQ_000641

answers: Surprise Pool

answers: NDQ_000642

answers: Surprise Pool is a hot spring pool

answers: NDQ_000643

answers: Lower Geyser Basin

answers: NDQ_000644

answers: Surprise Pool is a hot spring pool

answers: NDQ_000645

answers: hot spring pool in the Lower Geyser Basin

answers: NDQ_000646

answers: hot spring pool

answers: NDQ_000647

answers: hot spring pool

answers: NDQ_000648

answers: hot spring pool

answers: NDQ_000649

answers: Surprise Pool

answers: NDQ_000650

answers: Lower Geyser Basin of Yellowstone National Park

answers: NDQ_000651

answers: Yellowstone National Park

answers: NDQ_000652

answers: spring pool in the Lower Geyser Basin

answers: NDQ_000653

answers: Lower Geyser Basin

answers: NDQ_000654

answers: hot spring pool

answers: NDQ_000655

answers: hot spring pool

text: Narcissus Geyser is a geyser in the Lower Geyser Basin of Yellowstone National Park in the United States. Narcissus Geyser is part of the Pink Cone Group. Other geysers in this group are Bead Geyser, Box Spring, Dilemma Geyser, Labial Geyser, Pink Geyser, and Pink Cone Geyser.

text: Narcissus Geyser is a

text: geyser

text: in the

text: Lower Geyser Basin

text: of

text: Yellowstone National Park

text: in the

text: United States

text: . Narcissus Geyser is part of the Pink Cone Group. Other geysers in this group are

text: Bead Geyser

text: Box Spring

text: Dilemma Geyser

text: Labial Geyser

text: Pink Geyser

text: , and

text: Pink Cone Geyser

answers: NDQ_000611

answers: Geyser Basin

answers: NDQ_000613

answers: good aquifer

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: Yellowstone National Park

answers: NDQ_000619

answers: Yellowstone is a geological formation

answers: NDQ_000624

answers: What can happen to the water table in an area?

answers: NDQ_000627

answers: Which of the following is not a geyser: Pink Cone Geyser, Lower Geyser Basin, or Yellowstone National Park?

answers: NDQ_000629

answers: Which of the following is not a geyser: Pink Cone Geyser, Dilemma Geyser, or Pink Geyser?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: How many aquifers are beneath Yellowstone National Park?

answers: NDQ_000632

answers: How deep is the Lower Geyser Basin?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: How many geysers are part of this group?

answers: NDQ_000635

answers: What can be concluded about the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: How many geysers are in the Pink Cone Group?

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: It is not possible to tell

answers: NDQ_000639

answers: Which of the following is not a mineral spring: Pink Cone Geyser, Bead Geyser, Dilemma Geyser, Labial Geyser, or Pink Geyser?

answers: NDQ_000640

answers: what is the first group mentioned?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: None of the above choices

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: Geyser Basin

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: Geyser Basin

answers: NDQ_000648

answers: geyser

answers: NDQ_000649

answers: Where is Narcissus Geyser located?

answers: NDQ_000650

answers: is located near a large population center

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: Geyser

answers: NDQ_000653

answers: Geyser Basin

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: Geyser

answers: NDQ_000611

answers: Lower Geyser Basin

answers: NDQ_000613

answers: Lower Geyser Basin

answers: NDQ_000615

answers: Narcissus Geyser

answers: NDQ_000616

answers: Narcissus Geyser

answers: NDQ_000619

answers: Pink Cone Group.

answers: NDQ_000624

answers: Lower Geyser Basin

answers: NDQ_000627

answers: Pink Cone Group.

answers: NDQ_000629

answers: Pink Cone Group.

answers: NDQ_000630

answers: Pink Cone Group.

answers: NDQ_000631

answers: Yellowstone National Park in the United States.

answers: NDQ_000632

answers: Pink Cone Group.

answers: NDQ_000633

answers: Pink Cone Group.

answers: NDQ_000634

answers: Pink Cone Group.

answers: NDQ_000635

answers: Narcissus Geyser is part of the Pink Cone Group.

answers: NDQ_000636

answers: Pink Cone Group.

answers: NDQ_000637

answers: Pink Cone Group.

answers: NDQ_000638

answers: Pink Cone Group.

answers: NDQ_000639

answers: geyser

answers: NDQ_000640

answers: Pink Cone Group.

answers: NDQ_000641

answers: Narcissus Geyser is a geyser

answers: NDQ_000642

answers: Pink Cone Group.

answers: NDQ_000643

answers: Lower Geyser Basin

answers: NDQ_000644

answers: geyser

answers: NDQ_000645

answers: Lower Geyser Basin

answers: NDQ_000646

answers: geyser in the Lower Geyser Basin

answers: NDQ_000647

answers: geyser

answers: NDQ_000648

answers: geyser

answers: NDQ_000649

answers: Narcissus Geyser is a geyser

answers: NDQ_000650

answers: Yellowstone National Park

answers: NDQ_000651

answers: Yellowstone National Park

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: geyser in the Lower Geyser Basin

answers: NDQ_000654

answers: geyser

answers: NDQ_000655

answers: geyser

text: Steamboat's major eruptions last from 3 to 40 minutes, and are followed by powerful jets of steam. Steamboat does not erupt on a predictable schedule, with recorded intervals between major eruptions ranging from four days to fifty years.  The geyser was dormant from 1911 to 1961. Minor eruptions of 10 to 15 feet (3–5 m) are much more frequent. After an eruption, the geyser often vents large amounts of steam for up to 48 hours. Cistern Spring, located nearby, will drain completely during a major eruption of the geyser; the spring refills within a few days.

text: Steamboat's major eruptions last from 3 to 40 minutes, and are followed by powerful jets of steam. Steamboat does not erupt on a predictable schedule, with recorded intervals between major eruptions ranging from four days to fifty years.  The geyser was dormant from 1911 to 1961. Minor eruptions of 10 to 15 feet (3–5 m) are much more frequent. After an eruption, the geyser often vents large amounts of steam for up to 48 hours. Cistern Spring, located nearby, will drain completely during a major eruption of the geyser; the spring refills within a few days.

answers: NDQ_000611

answers: erupts after a major eruption

answers: NDQ_000613

answers: spring refills within a few days

answers: NDQ_000615

answers: drain completely

answers: NDQ_000616

answers: Cistern Spring

answers: NDQ_000619

answers: steam is released

answers: NDQ_000624

answers: What may happen during a major eruption?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs: hot magma or water?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: How does land use affect groundwater?

answers: NDQ_000636

answers: Cistern Spring

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a type of hot spring: mineral springs, hot springs or geysers?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: how does water flow out of a well?

answers: NDQ_000642

answers: is not having tiny holes that water can pass through

answers: NDQ_000643

answers: Spring

answers: NDQ_000644

answers: What is a geyser?

answers: NDQ_000645

answers: Spring

answers: NDQ_000646

answers: Cistern Spring

answers: NDQ_000647

answers: Cistern Spring

answers: NDQ_000648

answers: Spring

answers: NDQ_000649

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

answers: NDQ_000650

answers: has a geyser

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Spring

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: the spring refills within a few days.

answers: NDQ_000613

answers: the spring refills within a few days.

answers: NDQ_000615

answers: Cistern Spring,

answers: NDQ_000616

answers: Cistern Spring,

answers: NDQ_000619

answers: steam

answers: NDQ_000624

answers: Cistern Spring,

answers: NDQ_000627

answers: Cistern Spring,

answers: NDQ_000629

answers: four days to fifty years.

answers: NDQ_000630

answers: Cistern Spring,

answers: NDQ_000631

answers: Cistern Spring,

answers: NDQ_000632

answers: four days to fifty years.

answers: NDQ_000633

answers: Cistern Spring,

answers: NDQ_000634

answers: Cistern Spring,

answers: NDQ_000635

answers: Cistern Spring,

answers: NDQ_000636

answers: Cistern Spring,

answers: NDQ_000637

answers: Cistern Spring,

answers: NDQ_000638

answers: Cistern Spring,

answers: NDQ_000639

answers: Cistern Spring,

answers: NDQ_000640

answers: Cistern Spring,

answers: NDQ_000641

answers: Cistern Spring,

answers: NDQ_000642

answers: Steamboat does not erupt on a predictable schedule,

answers: NDQ_000643

answers: Cistern Spring,

answers: NDQ_000644

answers: Cistern Spring,

answers: NDQ_000645

answers: Cistern Spring,

answers: NDQ_000646

answers: Cistern Spring,

answers: NDQ_000647

answers: Cistern Spring,

answers: NDQ_000648

answers: Cistern Spring,

answers: NDQ_000649

answers: Cistern Spring,

answers: NDQ_000650

answers: major eruption

answers: NDQ_000651

answers: Cistern Spring,

answers: NDQ_000652

answers: Cistern Spring,

answers: NDQ_000653

answers: Cistern Spring,

answers: NDQ_000654

answers: Cistern Spring,

answers: NDQ_000655

answers: Cistern Spring,

text: Mineral springs are naturally occurring springs that produce water containing minerals, or other dissolved substances, that alter its taste or give it a purported therapeutic value. Salts, sulfur compounds, and gases are among the substances that can be dissolved in the spring water during its passage underground.

text: Mineral springs are naturally occurring

text: spring

text: s that produce water containing

text: mineral

text: s, or other dissolved substances, that alter its taste or give it a purported

text: therapeutic

text: value.

text: Salts

text: sulfur compounds

text: , and

text: gases

text: are among the substances that can be dissolved in the spring water during its passage underground.

answers: NDQ_000611

answers: contains salts and sulfur compounds

answers: NDQ_000613

answers: mineral springs are naturally occurring springs that produce water containing minerals

answers: NDQ_000615

answers: be higher

answers: NDQ_000616

answers: mineral springs

answers: NDQ_000619

answers: minerals are dissolved in the water

answers: NDQ_000624

answers: It may rise or fall.

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: mineral springs

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: What is the purpose of mineral springs?

answers: NDQ_000636

answers: salts

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a mineral spring: salts, sulfur compounds, or gases?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: is not the same as

answers: NDQ_000643

answers: mineral spring

answers: NDQ_000644

answers: underground

answers: NDQ_000645

answers: mineral spring

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: minerals

answers: NDQ_000648

answers: minerals

answers: NDQ_000649

answers: Where is rock?

answers: NDQ_000650

answers: minerals are dissolved

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: underground source

answers: NDQ_000653

answers: mineral springs

answers: NDQ_000654

answers: minerals

answers: NDQ_000655

answers: mineral

answers: NDQ_000611

answers: Mineral springs

answers: NDQ_000613

answers: minerals,

answers: NDQ_000615

answers: Mineral springs

answers: NDQ_000616

answers: Mineral springs

answers: NDQ_000619

answers: minerals, or other dissolved substances,

answers: NDQ_000624

answers: Mineral springs

answers: NDQ_000627

answers: Mineral springs

answers: NDQ_000629

answers: Mineral springs

answers: NDQ_000630

answers: Mineral springs

answers: NDQ_000631

answers: Mineral springs

answers: NDQ_000632

answers: Mineral springs

answers: NDQ_000633

answers: Mineral springs

answers: NDQ_000634

answers: Mineral springs

answers: NDQ_000635

answers: Mineral springs

answers: NDQ_000636

answers: Mineral springs

answers: NDQ_000637

answers: Mineral springs

answers: NDQ_000638

answers: Mineral springs

answers: NDQ_000639

answers: Mineral springs

answers: NDQ_000640

answers: Mineral springs

answers: NDQ_000641

answers: Mineral springs

answers: NDQ_000642

answers: Mineral springs

answers: NDQ_000643

answers: Mineral springs

answers: NDQ_000644

answers: Mineral springs

answers: NDQ_000645

answers: Mineral springs

answers: NDQ_000646

answers: Mineral springs

answers: NDQ_000647

answers: Mineral springs

answers: NDQ_000648

answers: spring water

answers: NDQ_000649

answers: underground.

answers: NDQ_000650

answers: Salts, sulfur compounds, and gases

answers: NDQ_000651

answers: Mineral springs

answers: NDQ_000652

answers: Mineral springs

answers: NDQ_000653

answers: Mineral springs

answers: NDQ_000654

answers: Mineral springs

answers: NDQ_000655

answers: Mineral springs

text: The word geyser comes from Geysir, the name of an erupting spring at Haukadalur, Iceland; that name, in turn, comes from the Icelandic verb geysa, "to gush", the verb itself from Old Norse.

text: The word

text: geyser

text: comes from

text: Geysir

text: , the name of an erupting spring at

text: Haukadalur

text: Iceland

text: ; that name, in turn, comes from the

text: Icelandic

text: verb

text: geysa

text: , "to gush", the verb itself from

text: Old Norse

answers: NDQ_000611

answers: erupts from a geyser

answers: NDQ_000613

answers: erupting spring

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: a geyser

answers: NDQ_000619

answers: Icelandic verb geysa, "to gush"

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Where does the word geyser come from?

answers: NDQ_000629

answers: None of the above choices.

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: What is the difference between geyser and aquifer?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: None of the above choices are available

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: geyser, mineral, or spring?

answers: NDQ_000640

answers: what is the first word in the first paragraph?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: is not the same as

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: a geyser

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: geyser

answers: NDQ_000648

answers: geyser

answers: NDQ_000649

answers: It is a geyser

answers: NDQ_000650

answers: is located in a densely populated area

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: glaciers

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: geyser

answers: NDQ_000613

answers: erupting spring

answers: NDQ_000615

answers: geyser

answers: NDQ_000616

answers: geyser

answers: NDQ_000619

answers: "to gush",

answers: NDQ_000624

answers: The word geyser

answers: NDQ_000627

answers: The word geyser comes from Geysir,

answers: NDQ_000629

answers: The word geyser comes from Geysir,

answers: NDQ_000630

answers: geyser

answers: NDQ_000631

answers: The word geyser comes from Geysir,

answers: NDQ_000632

answers: The word geyser comes from Geysir,

answers: NDQ_000633

answers: geyser comes from Geysir,

answers: NDQ_000634

answers: The word geyser comes from Geysir,

answers: NDQ_000635

answers: The word geyser

answers: NDQ_000636

answers: The word geyser comes from Geysir,

answers: NDQ_000637

answers: The word geyser comes from Geysir,

answers: NDQ_000638

answers: The word geyser comes from Geysir,

answers: NDQ_000639

answers: The word geyser

answers: NDQ_000640

answers: word geyser comes from Geysir,

answers: NDQ_000641

answers: The word geyser

answers: NDQ_000642

answers: The word geyser comes from Geysir,

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: geyser

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: geyser

answers: NDQ_000648

answers: geyser

answers: NDQ_000649

answers: The word geyser comes from Geysir,

answers: NDQ_000650

answers: erupting spring

answers: NDQ_000651

answers: Iceland;

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Iceland;

answers: NDQ_000654

answers: geyser

answers: NDQ_000655

answers: geyser

text: An aquifer is a groundwater storage reservoir in the water cycle. While groundwater is a renewable source, reserves replenish relatively slowly. The USGS has performed several studies of the aquifer, to determine what is coming in (groundwater recharge from the surface), what is leaving (water pumped out and baseflow to streams), and what the net changes in storage are (rise, fall or no change).

text: An aquifer is a groundwater storage reservoir in the

text: water cycle

text: . While groundwater is a renewable source, reserves replenish relatively slowly. The

text: USGS

text: has performed several studies of the aquifer, to determine what is coming in (groundwater recharge from the surface), what is leaving (water pumped out and

text: baseflow

text: to streams), and what the net changes in storage are (rise, fall or no change).

answers: NDQ_000611

answers: replenishes relatively slowly

answers: NDQ_000613

answers: groundwater is a renewable source

answers: NDQ_000615

answers: rise

answers: NDQ_000616

answers: the surface

answers: NDQ_000619

answers: groundwater is pumped out of the aquifer

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: It's impossible to say

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: What is a renewable source in the water cycle?

answers: NDQ_000636

answers: no change

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

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

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater recharge

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: pumped out

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater reservoir

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: reserves replenish relatively slowly.

answers: NDQ_000613

answers: reserves replenish relatively slowly.

answers: NDQ_000615

answers: (rise, fall

answers: NDQ_000616

answers: the surface),

answers: NDQ_000619

answers: (groundwater recharge from the surface),

answers: NDQ_000624

answers: (rise,

answers: NDQ_000627

answers: groundwater storage reservoir in the water cycle.

answers: NDQ_000629

answers: aquifer

answers: NDQ_000630

answers: An aquifer

answers: NDQ_000631

answers: aquifer

answers: NDQ_000632

answers: aquifer

answers: NDQ_000633

answers: reserves replenish relatively slowly.

answers: NDQ_000634

answers: The USGS has performed several studies of the aquifer,

answers: NDQ_000635

answers: (groundwater recharge from the surface),

answers: NDQ_000636

answers: The USGS has performed several studies of the aquifer,

answers: NDQ_000637

answers: aquifer

answers: NDQ_000638

answers: An aquifer is a groundwater

answers: NDQ_000639

answers: aquifer

answers: NDQ_000640

answers: reserves replenish relatively slowly.

answers: NDQ_000641

answers: (water pumped out and baseflow to streams),

answers: NDQ_000642

answers: aquifer

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: (groundwater recharge from the surface),

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: (water pumped out and baseflow to streams),

answers: NDQ_000651

answers: groundwater storage reservoir in the water cycle.

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: (groundwater recharge from the surface),

answers: NDQ_000655

answers: aquifer

text: During the Pahlavi period, the process of qanat construction and maintenance continued. A council that was responsible for the qanats was set up by the government. At that time most of the qanats belonged to landlords. In fact, feudalism was the prevailing system in the rural regions. The peasants were not entitled to the lands they worked on, but were considered only as the users of the lands. They had to pay rent for land and water to the landlords who could afford to finance all the proceedings required to maintain the qanats, for they were relatively wealthy. According to the report of Safi Asfiya, who was in charge of supervising the qanats of Iran in the former regime, in the year 1942 Iran had 40,000 qanats with a total discharge of 600,000 liters per second or 18.2 billion cubic meters per year. In 1961, another report was published revealing that in Iran there were 30,000 qanats of which just 20,000 were still in use, with a total output of 560,000 lit/se or 17.3 billion cubic meters per year. In 1959 a reforme program named as the White Revolution was declared by the former Shah. One of the articles of this program addressed the land reform that let peasants take ownership of part of the landlords’ lands. In fact, the land reform meant that the landlords lost their motivation for investing more money in constructing or repairing the qanats which were subject to the Lnd Reform Law. On the other hand, the peasants could not come up with the money to maintain the qanats, so many qanats were gradually abandoned. The introduction of modern devices, that made it possible to drill many deep wells and extract groundwater much more quickly, accelerated the qanats’ destruction. The pumped wells had a negative impact on the qanats due to their overexploitation of the groundwater. These changes, that occurred in Mohammad Reza Shah’s reign, inflicted great damage on the qanats of the country so that many qanats vanished forever. The statistics related to 14,778 qanats estimates the overall discharge of these qanats to be 6.2 billion cubic meters per year between the years 1972 and 1973. If we assume the total number of the qanats at that time to be 32,000, their annual discharge would have amounted to 12 billion cubic meters.In 1963, the Ministry of Water and Electricity was established in order to provide the rural and urban areas of the country with sufficient water and electricity. Later, this Ministry was renamed the Ministry of Energy. Three years later, in 1966, the parliament passed a law protecting groundwater resources. According to this law, the Ministry of Water and Electricity was allowed to ban drilling any deep or semi-deep wells wherever surveys showed that the water table was dropping because of overpumping. In fact, this law was passed only after the growing number of the pumped wells sounded the alarm about overpumping and depletion of groundwater leading to the decline in qanat’ flow all over the country. This law, as well as the Law of Water Nationalization that was approved in 1968, and eventually the Law of Fair Distribution of water passed (in 1981) after the Islamic revolution emphasized the definition of restricted and free areas for drilling. In the restricted areas, drilling any wells (except for drinking and industry) was prohibited in order to prevent the continuous depletion of groundwater. So the rest of the qanats had a better chance to survive.

answers: NDQ_000611

answers: pumped wells

answers: NDQ_000613

answers: deep wells and extract groundwater much more quickly

answers: NDQ_000615

answers: pumped wells

answers: NDQ_000616

answers: deep wells

answers: NDQ_000619

answers: overexploitation of the groundwater

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: Which of the following is not a layer of clay?

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: 17.3 billion cubic meters per year

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: not enough information

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: Land use can affect the amount of water that is available to enter groundwater

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: mineral springs

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: 182 billion cubic meters per year

answers: NDQ_000642

answers: qanats

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: Qanats

answers: NDQ_000645

answers: in Iran there were 30,000 qanats

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: infiltrates the ground where rock is

answers: NDQ_000650

answers: overexploited

answers: NDQ_000651

answers: country

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: qanat

answers: NDQ_000611

answers: deep wells

answers: NDQ_000613

answers: deep wells

answers: NDQ_000615

answers: 560,000 lit/se or 17.3 billion cubic meters per year.

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: overexploitation of the groundwater.

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: qanats

answers: NDQ_000629

answers: 20,000

answers: NDQ_000630

answers: qanats

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: deep wells

answers: NDQ_000633

answers: many qanats were gradually abandoned.

answers: NDQ_000634

answers: 20,000

answers: NDQ_000635

answers: qanats

answers: NDQ_000636

answers: 20,000 were still in use,

answers: NDQ_000637

answers: 20,000

answers: NDQ_000638

answers: 20,000

answers: NDQ_000639

answers: constructing or repairing the qanats

answers: NDQ_000640

answers: 20,000

answers: NDQ_000641

answers: pumped wells

answers: NDQ_000642

answers: 17.3 billion cubic meters per year.

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: qanats,

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: modern devices, that made it possible to drill many deep wells

answers: NDQ_000651

answers: 20,000 were still in use,

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: drill many deep wells

answers: NDQ_000655

answers: deep wells

text: P. fragilis was the first species to be described, when Charles Chilton named it Gammarus fragilis in 1882; it was moved to the genus Phreatogammarus by T. R. R. Stebbing in 1899, becoming the type species for the group. It lives in wells and groundwater, mainly in Canterbury and Nelson, and is not known to occur on the North Island.

text: P. fragilis was the first species to be described, when

text: Charles Chilton

text: named it Gammarus fragilis in 1882; it was moved to the genus Phreatogammarus by

text: T. R. R. Stebbing

text: in 1899, becoming the

text: type species

text: for the group. It lives in

text: wells

text: and

text: groundwater

text: , mainly in

text: Canterbury

text: and

text: Nelson

text: , and is not known to occur on the

text: North Island

answers: NDQ_000611

answers: does not contain P. fragilis

answers: NDQ_000613

answers: wells and groundwater

answers: NDQ_000615

answers: fluctuate

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is too hot

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It is not possible to tell

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Why did Chilton name it Gammarus fragilis?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a mineral spring: groundwater, wells and groundwater

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: It is impossible to say

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: It lives in wells

answers: NDQ_000650

answers: groundwater is polluted

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: Fragile

answers: NDQ_000611

answers: mainly in Canterbury and Nelson,

answers: NDQ_000613

answers: wells and groundwater,

answers: NDQ_000615

answers: wells and groundwater,

answers: NDQ_000616

answers: groundwater,

answers: NDQ_000619

answers: groundwater,

answers: NDQ_000624

answers: groundwater,

answers: NDQ_000627

answers: wells and groundwater,

answers: NDQ_000629

answers: North Island.

answers: NDQ_000630

answers: wells and groundwater,

answers: NDQ_000631

answers: North Island.

answers: NDQ_000632

answers: wells and groundwater,

answers: NDQ_000633

answers: wells and groundwater,

answers: NDQ_000634

answers: Canterbury and Nelson, and is not known to occur on the North Island.

answers: NDQ_000635

answers: North Island.

answers: NDQ_000636

answers: Canterbury and Nelson, and is not known to occur on the North Island.

answers: NDQ_000637

answers: wells and groundwater,

answers: NDQ_000638

answers: wells and groundwater,

answers: NDQ_000639

answers: groundwater,

answers: NDQ_000640

answers: North Island.

answers: NDQ_000641

answers: groundwater,

answers: NDQ_000642

answers: North Island.

answers: NDQ_000643

answers: groundwater,

answers: NDQ_000644

answers: wells and groundwater,

answers: NDQ_000645

answers: wells

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: groundwater,

answers: NDQ_000648

answers: groundwater,

answers: NDQ_000649

answers: groundwater,

answers: NDQ_000650

answers: wells and groundwater,

answers: NDQ_000651

answers: Canterbury and Nelson, and is not known to occur on the North Island.

answers: NDQ_000652

answers: wells and groundwater,

answers: NDQ_000653

answers: wells and groundwater,

answers: NDQ_000654

answers: groundwater,

answers: NDQ_000655

answers: wells

text: Tony meets with Jaela, but the conversation is interrupted by the appearance of Morag, who has a small scuffle with the queen before Agram appears himself and causes Jaela to vanish. Agram attempts to explain himself to Tony, who angrily vows that he will stop Agram no matter what. Intrigued, Agram tells Tony that if he can defeated Morag in the Arderial Shadow Geyser, Agram will be waiting in the Core for Tony. Tony enters the Shadow Geyser and defeats Morag, gaining a fifth Core Stone.

text: Tony meets with Jaela, but the conversation is interrupted by the appearance of Morag, who has a small scuffle with the queen before Agram appears himself and causes Jaela to vanish. Agram attempts to explain himself to Tony, who angrily vows that he will stop Agram no matter what. Intrigued, Agram tells Tony that if he can defeated Morag in the Arderial Shadow Geyser, Agram will be waiting in the Core for Tony. Tony enters the Shadow Geyser and defeats Morag, gaining a fifth Core Stone.

answers: NDQ_000611

answers: is contaminated with what?

answers: NDQ_000613

answers: good aquifer

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: a lake

answers: NDQ_000619

answers: Agram tries to explain himself

answers: NDQ_000624

answers: What may the water table in an area do?

answers: NDQ_000627

answers: Where does an aquifer usually form?

answers: NDQ_000629

answers: What type of rock is below an aquifer?

answers: NDQ_000630

answers: How does water in hot springs get heated?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: How deep is the Shadow Geyser?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: How many Core Stones does Tony gain?

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: used to irrigate crops

answers: NDQ_000637

answers: What kind of rock is an aquifer?

answers: NDQ_000638

answers: It does not.

answers: NDQ_000639

answers: What kind of springs are hot springs?

answers: NDQ_000640

answers: How does the water table work?

answers: NDQ_000641

answers: How does gravity work?

answers: NDQ_000642

answers: The core stone

answers: NDQ_000643

answers: Arderial Shadow Geyser

answers: NDQ_000644

answers: What does the core stone look like?

answers: NDQ_000645

answers: Arderial

answers: NDQ_000646

answers: Aquifer

answers: NDQ_000647

answers: Arderial

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Where does water infiltrate?

answers: NDQ_000650

answers: is overgrown

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: water evaporation

answers: NDQ_000655

answers: Core

answers: NDQ_000611

answers: Tony meets with Jaela,

answers: NDQ_000613

answers: Arderial Shadow Geyser,

answers: NDQ_000615

answers: Arderial Shadow Geyser,

answers: NDQ_000616

answers: Arderial Shadow Geyser,

answers: NDQ_000619

answers: Agram

answers: NDQ_000624

answers: Arderial Shadow Geyser,

answers: NDQ_000627

answers: Arderial Shadow Geyser,

answers: NDQ_000629

answers: Morag,

answers: NDQ_000630

answers: Arderial Shadow Geyser,

answers: NDQ_000631

answers: Tony meets with Jaela,

answers: NDQ_000632

answers: Arderial Shadow Geyser,

answers: NDQ_000633

answers: Arderial Shadow Geyser,

answers: NDQ_000634

answers: Tony meets with Jaela,

answers: NDQ_000635

answers: Morag,

answers: NDQ_000636

answers: Tony meets with Jaela,

answers: NDQ_000637

answers: Tony meets with Jaela,

answers: NDQ_000638

answers: Arderial Shadow Geyser,

answers: NDQ_000639

answers: Arderial Shadow Geyser,

answers: NDQ_000640

answers: Morag,

answers: NDQ_000641

answers: Tony meets with Jaela,

answers: NDQ_000642

answers: Core Stone.

answers: NDQ_000643

answers: Arderial Shadow Geyser,

answers: NDQ_000644

answers: Core Stone.

answers: NDQ_000645

answers: Arderial Shadow Geyser,

answers: NDQ_000646

answers: Tony meets with Jaela,

answers: NDQ_000647

answers: Arderial Shadow Geyser,

answers: NDQ_000648

answers: Arderial Shadow Geyser,

answers: NDQ_000649

answers: Arderial Shadow Geyser,

answers: NDQ_000650

answers: Morag,

answers: NDQ_000651

answers: Tony meets with Jaela,

answers: NDQ_000652

answers: Shadow Geyser,

answers: NDQ_000653

answers: Arderial Shadow Geyser,

answers: NDQ_000654

answers: Arderial Shadow Geyser,

answers: NDQ_000655

answers: Core Stone.

text: An example of a significant and sustainable carbonate aquifer is the Edwards Aquifer in central Texas.  This carbonate aquifer has historically been providing high quality water for nearly 2 million people, and even today, is completely full because of tremendous recharge from a number of area streams, rivers and lakes.  The primary risk to this resource is human development over the recharge areas.

text: An example of a significant and sustainable carbonate aquifer is the

text: Edwards Aquifer

text: in central

text: Texas

text: .  This carbonate aquifer has historically been providing high quality water for nearly 2 million people, and even today, is completely full because of tremendous recharge from a number of area streams, rivers and

text: lake

text: s.  The primary risk to this resource is human development over the recharge areas.

answers: NDQ_000611

answers: is a source of water

answers: NDQ_000613

answers: significant and sustainable

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: streams, rivers and lakes

answers: NDQ_000619

answers: carbonate aquifers are full

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What is the primary risk to this resource?

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: Yes

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Which of the following is not an example of a significant and sustainable carbonate aquifer?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: carbonate aquifer

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: Edwards Aquifer

answers: NDQ_000647

answers: aquifer

answers: NDQ_000648

answers: streams, rivers and lakes

answers: NDQ_000649

answers: Where is the Edwards Aquifer?

answers: NDQ_000650

answers: is overcharged

answers: NDQ_000651

answers: Texas

answers: NDQ_000652

answers: carbonate aquifer

answers: NDQ_000653

answers: lakes

answers: NDQ_000654

answers: streams, rivers and lakes

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: streams, rivers and lakes.

answers: NDQ_000613

answers: sustainable

answers: NDQ_000615

answers: full

answers: NDQ_000616

answers: streams, rivers and lakes.

answers: NDQ_000619

answers: recharge

answers: NDQ_000624

answers: carbonate aquifer

answers: NDQ_000627

answers: carbonate aquifer

answers: NDQ_000629

answers: carbonate aquifer

answers: NDQ_000630

answers: Edwards Aquifer

answers: NDQ_000631

answers: carbonate aquifer

answers: NDQ_000632

answers: carbonate aquifer

answers: NDQ_000633

answers: completely full

answers: NDQ_000634

answers: Edwards Aquifer

answers: NDQ_000635

answers: human development over the recharge areas.

answers: NDQ_000636

answers: Edwards Aquifer in central Texas.

answers: NDQ_000637

answers: carbonate aquifer

answers: NDQ_000638

answers: carbonate aquifer

answers: NDQ_000639

answers: carbonate aquifer

answers: NDQ_000640

answers: human development

answers: NDQ_000641

answers: An example of a significant and sustainable carbonate aquifer

answers: NDQ_000642

answers: carbonate aquifer

answers: NDQ_000643

answers: carbonate aquifer

answers: NDQ_000644

answers: carbonate aquifer

answers: NDQ_000645

answers: carbonate aquifer

answers: NDQ_000646

answers: carbonate aquifer is the Edwards Aquifer

answers: NDQ_000647

answers: carbonate aquifer

answers: NDQ_000648

answers: streams, rivers and lakes.

answers: NDQ_000649

answers: carbonate aquifer

answers: NDQ_000650

answers: human development

answers: NDQ_000651

answers: Edwards Aquifer in central Texas.

answers: NDQ_000652

answers: carbonate aquifer

answers: NDQ_000653

answers: carbonate aquifer

answers: NDQ_000654

answers: streams, rivers and lakes.

answers: NDQ_000655

answers: carbonate aquifer

text: This trap is formed by the movement of permeable and impermeable layers of rock along a fault line.  The permeable reservoir rock faults such that it is now adjacent to an impermeable rock, preventing hydrocarbons from further migration.  In some cases, there can be an impermeable substance smeared along the fault line (such as clay) that also acts to prevent migration.  This is known as clay smear.

text: This trap is formed by the movement of

text: permeable

text: and impermeable layers of rock along a fault line.  The permeable reservoir rock faults such that it is now adjacent to an impermeable rock, preventing hydrocarbons from further migration.  In some cases, there can be an impermeable substance smeared along the fault line (such as clay) that also acts to prevent migration.  This is known as

text: clay smear

answers: NDQ_000611

answers: does not migrate along a fault line

answers: NDQ_000613

answers: permeable and impermeable layers

answers: NDQ_000615

answers: smear

answers: NDQ_000616

answers: Permeable reservoir rock

answers: NDQ_000619

answers: clay smear acts as a barrier

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: What type of land use can affect groundwater?

answers: NDQ_000636

answers: clay smear

answers: NDQ_000637

answers: yes

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: Which of the following is not an impermeable substance smeared along the fault line?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: reservoir rock

answers: NDQ_000644

answers: impermeable

answers: NDQ_000645

answers: impermeable rock

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: cannot be drained

answers: NDQ_000648

answers: impermeable rock

answers: NDQ_000649

answers: permeable

answers: NDQ_000650

answers: impermeable

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: fault line

answers: NDQ_000653

answers: reservoir rock

answers: NDQ_000654

answers: hydrocarbons

answers: NDQ_000655

answers: permeable

answers: NDQ_000611

answers: preventing hydrocarbons from further migration.

answers: NDQ_000613

answers: permeable and impermeable

answers: NDQ_000615

answers: clay smear.

answers: NDQ_000616

answers: hydrocarbons from further migration.

answers: NDQ_000619

answers: fault line.

answers: NDQ_000624

answers: fault line.

answers: NDQ_000627

answers: clay smear.

answers: NDQ_000629

answers: The permeable reservoir rock

answers: NDQ_000630

answers: clay smear.

answers: NDQ_000631

answers: impermeable layers of rock along a fault line.

answers: NDQ_000632

answers: permeable and impermeable layers of rock

answers: NDQ_000633

answers: impermeable layers of rock along a fault line.

answers: NDQ_000634

answers: clay smear.

answers: NDQ_000635

answers: clay)

answers: NDQ_000636

answers: clay smear.

answers: NDQ_000637

answers: The permeable reservoir rock

answers: NDQ_000638

answers: The permeable reservoir rock

answers: NDQ_000639

answers: clay)

answers: NDQ_000640

answers: impermeable layers of rock along a fault line.

answers: NDQ_000641

answers: This

answers: NDQ_000642

answers: clay)

answers: NDQ_000643

answers: clay smear.

answers: NDQ_000644

answers: clay)

answers: NDQ_000645

answers: clay smear.

answers: NDQ_000646

answers: fault line.

answers: NDQ_000647

answers: permeable and impermeable layers of rock

answers: NDQ_000648

answers: hydrocarbons

answers: NDQ_000649

answers: permeable and impermeable layers

answers: NDQ_000650

answers: hydrocarbons

answers: NDQ_000651

answers: fault line.

answers: NDQ_000652

answers: fault line.

answers: NDQ_000653

answers: The permeable reservoir rock

answers: NDQ_000654

answers: a fault line.

answers: NDQ_000655

answers: permeable reservoir

text: Several technologies are related to soil vapor extraction.  As noted above, various soil-heating remediation technologies (e.g., electrical resistive heating, in situ vitrification) require a soil gas collection component, which may take the form of SVE and/or a surface barrier (i.e., hood).  Bioventing is a related technology, the goal of which is to introduce additional oxygen (or possibly other reactive gases) into the subsurface to stimulate biological degradation of the contamination.  In situ air sparging is a remediation technology for treating contamination in groundwater.  Air is injected and "sparged" through the groundwater and then collected via soil vapor extraction wells.

text: Several technologies are related to soil vapor extraction.  As noted above, various soil-heating remediation technologies (e.g., electrical resistive heating, in situ vitrification) require a soil gas collection component, which may take the form of SVE and/or a surface barrier (i.e., hood).  Bioventing is a related technology, the goal of which is to introduce additional oxygen (or possibly other reactive gases) into the subsurface to stimulate biological degradation of the contamination.  In situ air sparging is a remediation technology for treating contamination in groundwater.  Air is injected and "sparged" through the groundwater and then collected via soil vapor extraction wells.

answers: NDQ_000611

answers: What is injected and "sparged" through the groundwater?

answers: NDQ_000613

answers: soil vapor extraction wells

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: air is injected into the groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: Where does an aquifer usually form?

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: How deep are aquifers generally found?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: How many technologies are related to soil vapor extraction?

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: In situ air sparging

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: What is a related technology, the goal of which is to introduce additional oxygen (or possibly other reactive gases) into the subsurface

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: surface barrier

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: vitrification

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: In situ air sparging

answers: NDQ_000650

answers: air is sparged

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: air sparging

answers: NDQ_000655

answers: Vitrification

answers: NDQ_000611

answers: soil vapor extraction wells.

answers: NDQ_000613

answers: biological degradation of the contamination.

answers: NDQ_000615

answers: groundwater.

answers: NDQ_000616

answers: groundwater.

answers: NDQ_000619

answers: oxygen

answers: NDQ_000624

answers: groundwater.

answers: NDQ_000627

answers: groundwater.

answers: NDQ_000629

answers: Several technologies are related to soil vapor extraction.

answers: NDQ_000630

answers: air sparging

answers: NDQ_000631

answers: groundwater.

answers: NDQ_000632

answers: groundwater.

answers: NDQ_000633

answers: groundwater.

answers: NDQ_000634

answers: Several technologies are related to soil vapor extraction.

answers: NDQ_000635

answers: Several technologies are related to soil vapor extraction.

answers: NDQ_000636

answers: Several technologies are related to soil vapor extraction.

answers: NDQ_000637

answers: groundwater.

answers: NDQ_000638

answers: Air is injected and "sparged" through the groundwater

answers: NDQ_000639

answers: Several technologies are related to soil vapor extraction.

answers: NDQ_000640

answers: a surface barrier

answers: NDQ_000641

answers: soil vapor extraction

answers: NDQ_000642

answers: surface barrier

answers: NDQ_000643

answers: groundwater.

answers: NDQ_000644

answers: hood).

answers: NDQ_000645

answers: groundwater.

answers: NDQ_000646

answers: wells.

answers: NDQ_000647

answers: groundwater.

answers: NDQ_000648

answers: groundwater.

answers: NDQ_000649

answers: groundwater.

answers: NDQ_000650

answers: soil vapor extraction.

answers: NDQ_000651

answers: Several technologies are related to soil vapor extraction.

answers: NDQ_000652

answers: groundwater.

answers: NDQ_000653

answers: groundwater.

answers: NDQ_000654

answers: air sparging

answers: NDQ_000655

answers: groundwater.

text: Economic Geyser is a geyser in the Upper Geyser Basin of Yellowstone National Park in the United States.

text: Economic Geyser is a

text: geyser

text: in the

text: Upper Geyser Basin

text: of

text: Yellowstone National Park

text: in the

text: United States

answers: NDQ_000611

answers: evaporates from the surface of the earth

answers: NDQ_000613

answers: good aquifer

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: Yellowstone National Park

answers: NDQ_000619

answers: geothermal energy is released

answers: NDQ_000624

answers: What can happen to the water table?

answers: NDQ_000627

answers: Where does an aquifer usually form?

answers: NDQ_000629

answers: It does not.

answers: NDQ_000630

answers: What is the source of water in hot springs?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: How deep is the geyser?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: The amount of water that is available to enter groundwater can affect the amount of economic geysers.

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It is not possible to tell

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping deeper underground

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: is not a geyser

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: Geyser Basin

answers: NDQ_000648

answers: is called groundwater

answers: NDQ_000649

answers: In the Upper Geyser Basin

answers: NDQ_000650

answers: is near a large source of pollution

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: Economic Geyser

answers: NDQ_000613

answers: Upper Geyser Basin

answers: NDQ_000615

answers: Economic Geyser

answers: NDQ_000616

answers: Economic Geyser

answers: NDQ_000619

answers: Geyser Basin of Yellowstone National Park in the United States.

answers: NDQ_000624

answers: Upper Geyser Basin

answers: NDQ_000627

answers: Economic Geyser

answers: NDQ_000629

answers: Economic Geyser

answers: NDQ_000630

answers: Economic Geyser

answers: NDQ_000631

answers: United States.

answers: NDQ_000632

answers: United States.

answers: NDQ_000633

answers: Economic Geyser

answers: NDQ_000634

answers: United States.

answers: NDQ_000635

answers: Economic Geyser

answers: NDQ_000636

answers: Economic Geyser

answers: NDQ_000637

answers: Economic Geyser

answers: NDQ_000638

answers: Economic Geyser

answers: NDQ_000639

answers: Economic Geyser

answers: NDQ_000640

answers: Economic Geyser

answers: NDQ_000641

answers: Economic Geyser

answers: NDQ_000642

answers: Economic Geyser

answers: NDQ_000643

answers: Upper Geyser Basin

answers: NDQ_000644

answers: geyser

answers: NDQ_000645

answers: Upper Geyser Basin

answers: NDQ_000646

answers: Economic Geyser

answers: NDQ_000647

answers: geyser

answers: NDQ_000648

answers: Economic Geyser

answers: NDQ_000649

answers: Economic Geyser

answers: NDQ_000650

answers: Yellowstone National Park

answers: NDQ_000651

answers: Yellowstone National Park in the United States.

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: geyser in the Upper Geyser Basin

answers: NDQ_000654

answers: geyser

answers: NDQ_000655

answers: geyser

text: Among the geysers is the Velikan (giant) Geyser, which erupts with tons of water that shoot more than 25 metres into the air during a minute-long eruption approximately every six hours or so. At least 20 such geysers erupt on a stretch of the Geysernaya River Basin in the Valley of Geysers, along with dozens of smaller gushing vents and hundreds of hot springs. The largest of these geysers erupts with 60 tons of water once or twice a year.

text: Among the geysers is the Velikan (giant) Geyser, which erupts with tons of water that shoot more than 25 metres into the air during a minute-long eruption approximately every six hours or so. At least 20 such geysers erupt on a stretch of the Geysernaya River Basin in the Valley of Geysers, along with dozens of smaller gushing vents and hundreds of hot springs. The largest of these geysers erupts with 60 tons of water once or twice a year.

answers: NDQ_000611

answers: erupts with what amount of water?

answers: NDQ_000613

answers: hot springs

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: geysers

answers: NDQ_000619

answers: water shoots into the air

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What is the largest of these geysers?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: It's impossible to say

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: vents

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: hot springs

answers: NDQ_000649

answers: Where is the Valley of Geysers?

answers: NDQ_000650

answers: erupts with tons of water

answers: NDQ_000651

answers: Geysers

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: geysers

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: hot springs.

answers: NDQ_000613

answers: hot springs.

answers: NDQ_000615

answers: dozens of smaller gushing vents and hundreds of hot springs.

answers: NDQ_000616

answers: hot springs.

answers: NDQ_000619

answers: tons of water

answers: NDQ_000624

answers: Geysernaya River Basin

answers: NDQ_000627

answers: hot springs.

answers: NDQ_000629

answers: dozens of smaller gushing vents and hundreds of hot springs.

answers: NDQ_000630

answers: dozens of smaller gushing vents and hundreds of hot springs.

answers: NDQ_000631

answers: hot springs.

answers: NDQ_000632

answers: dozens of smaller gushing vents and hundreds of hot springs.

answers: NDQ_000633

answers: dozens of smaller gushing vents and hundreds of hot springs.

answers: NDQ_000634

answers: 60 tons of water once or twice a year.

answers: NDQ_000635

answers: Geysernaya River Basin

answers: NDQ_000636

answers: 60 tons of water once or twice a year.

answers: NDQ_000637

answers: hot springs.

answers: NDQ_000638

answers: dozens of smaller gushing vents and hundreds of hot springs.

answers: NDQ_000639

answers: dozens of smaller gushing vents and hundreds of hot springs.

answers: NDQ_000640

answers: dozens of smaller gushing vents and hundreds of hot springs.

answers: NDQ_000641

answers: hot springs.

answers: NDQ_000642

answers: dozens of smaller gushing vents and hundreds of hot springs.

answers: NDQ_000643

answers: Geysernaya River Basin

answers: NDQ_000644

answers: gushing vents

answers: NDQ_000645

answers: Geysernaya River Basin

answers: NDQ_000646

answers: hot springs.

answers: NDQ_000647

answers: hot springs.

answers: NDQ_000648

answers: hot springs.

answers: NDQ_000649

answers: dozens of smaller gushing vents and hundreds of hot springs.

answers: NDQ_000650

answers: geysers

answers: NDQ_000651

answers: Valley of Geysers,

answers: NDQ_000652

answers: hot springs.

answers: NDQ_000653

answers: hot springs.

answers: NDQ_000654

answers: hot springs.

answers: NDQ_000655

answers: geysers

text: In the West Bank, the main groundwater resource is the Mountain Aquifer, which consists of three aquifers:

text: In the West Bank, the main groundwater resource is the Mountain Aquifer, which consists of three

text: aquifer

text: s:

answers: NDQ_000611

answers: carries water from the surface to the underground

answers: NDQ_000613

answers: good aquifer

answers: NDQ_000615

answers: increase in the Mountain Aquifer

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: the water in the aquifer is too cold.

answers: NDQ_000624

answers: What can happen to the water table?

answers: NDQ_000627

answers: (iv)

answers: NDQ_000629

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

answers: NDQ_000630

answers: What is the source of the water?

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: The West Bank has a lot of agricultural land.

answers: NDQ_000636

answers: Ogallala aquifer

answers: NDQ_000637

answers: The Mountain Aquifer

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a mineral spring?

answers: NDQ_000640

answers: The water table keeps water from seeping deeper

answers: NDQ_000641

answers: d).

answers: NDQ_000642

answers: can be described as

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: is groundwater

answers: NDQ_000648

answers: is groundwater

answers: NDQ_000649

answers: softer

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: the oceans

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: Mountain Aquifer,

answers: NDQ_000613

answers: three

answers: NDQ_000615

answers: Mountain Aquifer,

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: Mountain Aquifer,

answers: NDQ_000629

answers: three

answers: NDQ_000630

answers: Mountain Aquifer,

answers: NDQ_000631

answers: West Bank,

answers: NDQ_000632

answers: three

answers: NDQ_000633

answers: Mountain Aquifer,

answers: NDQ_000634

answers: Mountain Aquifer,

answers: NDQ_000635

answers: West Bank,

answers: NDQ_000636

answers: Mountain Aquifer,

answers: NDQ_000637

answers: Mountain Aquifer,

answers: NDQ_000638

answers: Mountain Aquifer,

answers: NDQ_000639

answers: In the West Bank, the main groundwater

answers: NDQ_000640

answers: Mountain Aquifer,

answers: NDQ_000641

answers: In the West Bank, the main groundwater

answers: NDQ_000642

answers: groundwater resource is the Mountain Aquifer,

answers: NDQ_000643

answers: groundwater resource is the Mountain Aquifer,

answers: NDQ_000644

answers: groundwater resource is the Mountain Aquifer,

answers: NDQ_000645

answers: Mountain Aquifer,

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater resource is the Mountain Aquifer,

answers: NDQ_000650

answers: three

answers: NDQ_000651

answers: West Bank, the main groundwater resource is the Mountain Aquifer,

answers: NDQ_000652

answers: groundwater resource is the Mountain Aquifer,

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater resource is the Mountain Aquifer,

text: The Milltown Reservoir Sediments Superfund Site is part of the largest Superfund complex in the western United States. Situated in the Clark Fork River Basin, the complex stretches from the Warm Spring Ponds area near Butte to the Milltown Dam site east of Missoula. It was added to the National Priorities List in 1983 when arsenic groundwater contamination was found in the Milltown area. The contamination resulted from a massive flood in 1908 which washed millions of tons of mine waste into the Clark Fork River, ultimately ending up behind the Milltown Dam.  The additional designation of the Clark Fork River between Milltown and Warm Springs Ponds in the Deerlodge Valley came in 1992.

text: The Milltown Reservoir Sediments Superfund Site is part of the largest

text: Superfund

text: complex in the western United States. Situated in the Clark Fork River Basin, the complex stretches from the Warm Spring Ponds area near

text: Butte

text: to the Milltown Dam site east of

text: Missoula

text: . It was added to the

text: National Priorities List

text: in 1983 when arsenic groundwater contamination was found in the Milltown area. The contamination resulted from a massive flood in 1908 which washed millions of tons of mine waste into the Clark Fork River, ultimately ending up behind the Milltown Dam.  The additional designation of the Clark Fork River between Milltown and Warm Springs Ponds in the Deerlodge Valley came in 1992.

answers: NDQ_000611

answers: washed into the river

answers: NDQ_000613

answers: arsenic

answers: NDQ_000615

answers: increase by how much

answers: NDQ_000616

answers: Clark Fork River

answers: NDQ_000619

answers: arsenic groundwater contamination

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Where is the Milltown Reservoir Sediments Superfund Site?

answers: NDQ_000629

answers: It was added to the National Priorities List in what year?

answers: NDQ_000630

answers: What type of water is heated by hot magma?

answers: NDQ_000631

answers: Why is the Milltown Reservoir Sediments Superfund Site part of the largest Superfund complex in the western United States?

answers: NDQ_000632

answers: How deep is the Clark Fork River Basin?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What was the result of the massive flood in 1908?

answers: NDQ_000636

answers: What was added to the National Priorities List in 1983?

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: It was added to the National Priorities List in 1983

answers: NDQ_000639

answers: What type of spring is the Milltown Reservoir Sediments Superfund Site?

answers: NDQ_000640

answers: What prevents water from seeping deeper underground?

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: What is the problem with dams?

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: What is a dam?

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: Milltown Dam

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is the Clark Fork River Basin?

answers: NDQ_000650

answers: arsenic is present

answers: NDQ_000651

answers: Western United States

answers: NDQ_000652

answers: Groundwater

answers: NDQ_000653

answers: Clark Fork River

answers: NDQ_000654

answers: mining waste

answers: NDQ_000655

answers: Superfund

answers: NDQ_000611

answers: arsenic

answers: NDQ_000613

answers: arsenic groundwater

answers: NDQ_000615

answers: flood in 1908

answers: NDQ_000616

answers: mine waste

answers: NDQ_000619

answers: a massive flood

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: arsenic groundwater

answers: NDQ_000629

answers: a massive flood in 1908

answers: NDQ_000630

answers: Warm Spring Ponds

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: 1983 when arsenic groundwater

answers: NDQ_000633

answers: flood in 1908

answers: NDQ_000634

answers: largest Superfund complex in the western United States.

answers: NDQ_000635

answers: flood

answers: NDQ_000636

answers: a massive flood in 1908

answers: NDQ_000637

answers: arsenic groundwater

answers: NDQ_000638

answers: arsenic groundwater

answers: NDQ_000639

answers: mine waste

answers: NDQ_000640

answers: arsenic groundwater

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: Dam.

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: Dam.

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: mine waste

answers: NDQ_000650

answers: a massive flood

answers: NDQ_000651

answers: western United States.

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: Clark Fork River Basin,

answers: NDQ_000654

answers: flood in 1908 which washed millions of tons of mine waste

answers: NDQ_000655

answers: Dam.

text: The Province of Prince Edward Island is totally dependent on groundwater for its source of drinking water.  As groundwater flows through an aquifer it is naturally filtered.  The water for City of Charlottetown is extracted from thirteen wells in three wellfields and distributed to customers.  The water removed is replenished by precipitation.

text: The Province of Prince Edward Island is totally dependent on groundwater for its source of drinking water.  As groundwater flows through an aquifer it is naturally filtered.  The water for City of Charlottetown is extracted from thirteen wells in three wellfields and distributed to customers.  The water removed is replenished by precipitation.

answers: NDQ_000611

answers: is filtered by what?

answers: NDQ_000613

answers: naturally filtered

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: precipitation

answers: NDQ_000619

answers: groundwater is filtered

answers: NDQ_000624

answers: What can happen to the water table?

answers: NDQ_000627

answers: It's impossible to say

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: Which of the following is not a source of drinking water: groundwater or magma?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a source of drinking water: groundwater or precipitation?

answers: NDQ_000636

answers: None of the above choices.

answers: NDQ_000637

answers: Yes

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Which of the following is not a source of drinking water: groundwater or precipitation?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: yes

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: is overused

answers: NDQ_000651

answers: unanswerable

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: precipitation

answers: NDQ_000654

answers: precipitation

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: naturally filtered.

answers: NDQ_000613

answers: naturally filtered.

answers: NDQ_000615

answers: The water removed is replenished by precipitation.

answers: NDQ_000616

answers: precipitation.

answers: NDQ_000619

answers: filtered.

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: precipitation.

answers: NDQ_000629

answers: filtered.

answers: NDQ_000630

answers: The Province of Prince Edward Island is totally dependent on groundwater

answers: NDQ_000631

answers: aquifer

answers: NDQ_000632

answers: thirteen wells in three wellfields

answers: NDQ_000633

answers: precipitation.

answers: NDQ_000634

answers: The Province of Prince Edward Island

answers: NDQ_000635

answers: precipitation.

answers: NDQ_000636

answers: The water removed is replenished by precipitation.

answers: NDQ_000637

answers: As groundwater flows through an aquifer it is naturally filtered.

answers: NDQ_000638

answers: filtered.

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: filtered.

answers: NDQ_000641

answers: filtered.

answers: NDQ_000642

answers: filtered. The water for City of Charlottetown is extracted from thirteen wells

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: it is naturally filtered.

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: The water removed is replenished by precipitation.

answers: NDQ_000651

answers: The Province of Prince Edward Island

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: precipitation.

answers: NDQ_000654

answers: precipitation.

answers: NDQ_000655

answers: aquifer

text: Geyser is a small census-designated place in central Judith Basin County, Montana, United States, approximately 50 miles from Great Falls along US-87. Geyser's population is at 505 people as of the 2010 Census.

text: Geyser is a small

text: census-designated place

text: in central

text: Judith Basin County

text: Montana

text: United States

text: , approximately 50 miles from

text: Great Falls

text: along US-87. Geyser's population is at 505 people as of the

text: 2010 Census

answers: NDQ_000611

answers: Geyser's

answers: NDQ_000613

answers: good aquifer

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: Judith Basin

answers: NDQ_000619

answers: Geyser's population is at 505 people

answers: NDQ_000624

answers: What is Geyser?

answers: NDQ_000627

answers: What is Geyser?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: geyser

answers: NDQ_000631

answers: Geyser

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Geyser is a small census-designated place

answers: NDQ_000636

answers: It's impossible to say

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: None of the above choices.

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: geyser

answers: NDQ_000643

answers: Geyser

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: Geyser

answers: NDQ_000646

answers: Geyser

answers: NDQ_000647

answers: Geyser

answers: NDQ_000648

answers: Geyser

answers: NDQ_000649

answers: Geyser's population is 505 people

answers: NDQ_000650

answers: is located near a large population center

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: Geyser

answers: NDQ_000653

answers: glaciers

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: Geyser

answers: NDQ_000611

answers: Geyser

answers: NDQ_000613

answers: 50 miles from Great Falls

answers: NDQ_000615

answers: Geyser

answers: NDQ_000616

answers: Geyser

answers: NDQ_000619

answers: Judith Basin County,

answers: NDQ_000624

answers: Geyser

answers: NDQ_000627

answers: US-87.

answers: NDQ_000629

answers: 505

answers: NDQ_000630

answers: Geyser

answers: NDQ_000631

answers: Geyser

answers: NDQ_000632

answers: 50 miles from Great Falls along US-87.

answers: NDQ_000633

answers: 505

answers: NDQ_000634

answers: 50 miles from Great Falls along US-87.

answers: NDQ_000635

answers: US-87.

answers: NDQ_000636

answers: US-87.

answers: NDQ_000637

answers: 50 miles from Great Falls along US-87.

answers: NDQ_000638

answers: 50 miles from Great Falls along US-87.

answers: NDQ_000639

answers: Geyser

answers: NDQ_000640

answers: 505

answers: NDQ_000641

answers: 50 miles from Great Falls along US-87.

answers: NDQ_000642

answers: Geyser

answers: NDQ_000643

answers: Geyser

answers: NDQ_000644

answers: Geyser

answers: NDQ_000645

answers: Geyser

answers: NDQ_000646

answers: Geyser

answers: NDQ_000647

answers: Geyser

answers: NDQ_000648

answers: Geyser

answers: NDQ_000649

answers: 50 miles from Great Falls along US-87.

answers: NDQ_000650

answers: US-87.

answers: NDQ_000651

answers: Montana, United States, approximately 50 miles from Great Falls along US-87.

answers: NDQ_000652

answers: Judith Basin County,

answers: NDQ_000653

answers: Geyser

answers: NDQ_000654

answers: Geyser

answers: NDQ_000655

answers: Geyser

text: The first piezometers in geotechnical engineering were open wells or standpipes (sometimes called Casagrande piezometers)  installed into an aquifer. A Casagrande piezometer will typically have a solid casing down to the depth of interest, and a slotted or screened casing within the zone where water pressure is being measured. The casing is sealed into the drillhole with clay, bentonite or concrete to prevent surface water from contaminating the groundwater supply. In an unconfined aquifer, the water level in the piezometer would not be exactly coincident with the water table, especially when the vertical component of flow velocity is significant. In a confined aquifer under artesian conditions, the water level in the piezometer indicates the pressure in the aquifer, but not necessarily the water table. Piezometer wells can be much smaller in diameter than production wells, and a 5 cm diameter standpipe is common.

text: The first piezometers in

text: geotechnical engineering

text: were open wells or standpipes (sometimes called Casagrande piezometers)  installed into an

text: aquifer

text: . A Casagrande piezometer will typically have a solid casing down to the depth of interest, and a slotted or screened casing within the zone where water pressure is being measured. The casing is sealed into the drillhole with clay, bentonite or concrete to prevent surface water from contaminating the groundwater supply. In an unconfined aquifer, the water level in the piezometer would not be exactly coincident with the

text: water table

text: , especially when the vertical component of flow velocity is significant. In a

text: confined aquifer under artesian conditions

text: , the water level in the piezometer indicates the pressure in the aquifer, but not necessarily the water table. Piezometer wells can be much smaller in diameter than production wells, and a 5 cm diameter standpipe is common.

answers: NDQ_000611

answers: is not contaminated by surface water

answers: NDQ_000613

answers: Piezometer wells can be much smaller in diameter than production wells, and a 5 cm diameter standpipe is common

answers: NDQ_000615

answers: not be exactly coincident with

answers: NDQ_000616

answers: surface water

answers: NDQ_000619

answers: artesian conditions

answers: NDQ_000624

answers: In an unconfined aquifer

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: not enough information

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: not

answers: NDQ_000635

answers: surface water from contaminating the groundwater supply

answers: NDQ_000636

answers: crop

answers: NDQ_000637

answers: unconfined aquifer

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: What is the vertical component of flow velocity?

answers: NDQ_000642

answers: The casing is sealed into the drillhole with clay, bentonite or concrete

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: piezometers

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: open wells

answers: NDQ_000647

answers: aquifer

answers: NDQ_000648

answers: surface water

answers: NDQ_000649

answers: unconfined aquifer

answers: NDQ_000650

answers: unconfined

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: surface water

answers: NDQ_000655

answers: unconfined

answers: NDQ_000611

answers: contaminating the groundwater supply.

answers: NDQ_000613

answers: solid casing down to the depth of interest,

answers: NDQ_000615

answers: the water level in the piezometer would not be exactly coincident

answers: NDQ_000616

answers: surface water

answers: NDQ_000619

answers: pressure in the aquifer,

answers: NDQ_000624

answers: In an unconfined aquifer,

answers: NDQ_000627

answers: clay, bentonite or concrete

answers: NDQ_000629

answers: unconfined aquifer,

answers: NDQ_000630

answers: aquifer.

answers: NDQ_000631

answers: aquifer.

answers: NDQ_000632

answers: water table,

answers: NDQ_000633

answers: water table,

answers: NDQ_000634

answers: 5 cm diameter standpipe is common.

answers: NDQ_000635

answers: surface water

answers: NDQ_000636

answers: 5 cm diameter standpipe is common.

answers: NDQ_000637

answers: confined aquifer under artesian conditions,

answers: NDQ_000638

answers: solid casing

answers: NDQ_000639

answers: aquifer.

answers: NDQ_000640

answers: In a confined aquifer under artesian conditions,

answers: NDQ_000641

answers: vertical component of flow velocity

answers: NDQ_000642

answers: production wells,

answers: NDQ_000643

answers: aquifer.

answers: NDQ_000644

answers: slotted or screened casing

answers: NDQ_000645

answers: water table,

answers: NDQ_000646

answers: drillhole

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: surface water from contaminating the groundwater supply.

answers: NDQ_000649

answers: aquifer.

answers: NDQ_000650

answers: unconfined aquifer,

answers: NDQ_000651

answers: first piezometers in geotechnical engineering

answers: NDQ_000652

answers: open wells

answers: NDQ_000653

answers: aquifer.

answers: NDQ_000654

answers: surface water

answers: NDQ_000655

answers: unconfined aquifer,

text: Giant Geyser is a cone-type geyser in the Upper Geyser Basin of Yellowstone National Park in the United States. Giant Geyser is the namesake for the Giant Group of geysers, which includes Bijou Geyser, Giant Geyser, and Mastiff Geyser. Giant Geyser is also the namesake for the Giant Platform, a raised stone structure incorporating all these geysers. Giant is notable for its spectacular, but sporadic eruptions, as well as for its very large cone of geyserite, which stands about 12 feet tall.

text: Giant Geyser is a cone-type

text: geyser

text: in the

text: Upper Geyser Basin

text: of

text: Yellowstone National Park

text: in the

text: United States

text: . Giant Geyser is the namesake for the Giant Group of geysers, which includes

text: Bijou Geyser

text: , Giant Geyser, and

text: Mastiff Geyser

text: . Giant Geyser is also the namesake for the Giant Platform, a raised stone structure incorporating all these geysers. Giant is notable for its spectacular, but sporadic eruptions, as well as for its very large cone of

text: geyserite

text: , which stands about 12 feet tall.

answers: NDQ_000611

answers: Geyser Group of geysers

answers: NDQ_000613

answers: spectacular, but sporadic eruptions

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Yellowstone National Park

answers: NDQ_000619

answers: Geyser Basin

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Which of the following is not a geyser: Bijou Geyser, Giant Geyser, or Mastiff Geyser?

answers: NDQ_000629

answers: Which of the following is not a geyser: Bijou Geyser, Giant Geyser, or Mastiff Geyser?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: How many land areas have aquifers beneath them?

answers: NDQ_000632

answers: How deep is the Upper Geyser Basin?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is a raised stone structure incorporating all these geysers?

answers: NDQ_000636

answers: None of the above choices are available

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a mineral spring: geyserite, hot spring, or mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: Giant Geyser is a cone-type geyser

answers: NDQ_000643

answers: Geyser Basin

answers: NDQ_000644

answers: cone-type

answers: NDQ_000645

answers: Geyser Basin

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: geysers

answers: NDQ_000648

answers: geyser

answers: NDQ_000649

answers: Where is Giant Geyser located?

answers: NDQ_000650

answers: is located near a large body of water

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Geyser Basin

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: Geyser

answers: NDQ_000611

answers: sporadic eruptions,

answers: NDQ_000613

answers: sporadic eruptions,

answers: NDQ_000615

answers: sporadic eruptions,

answers: NDQ_000616

answers: Giant Geyser

answers: NDQ_000619

answers: geyserite,

answers: NDQ_000624

answers: Upper Geyser Basin

answers: NDQ_000627

answers: Giant Geyser

answers: NDQ_000629

answers: sporadic eruptions,

answers: NDQ_000630

answers: Giant Geyser

answers: NDQ_000631

answers: Yellowstone National Park in the United States.

answers: NDQ_000632

answers: sporadic eruptions,

answers: NDQ_000633

answers: sporadic eruptions,

answers: NDQ_000634

answers: Giant Geyser

answers: NDQ_000635

answers: raised stone structure

answers: NDQ_000636

answers: sporadic eruptions,

answers: NDQ_000637

answers: Giant Geyser

answers: NDQ_000638

answers: Giant Geyser

answers: NDQ_000639

answers: geyserite,

answers: NDQ_000640

answers: Giant Geyser

answers: NDQ_000641

answers: Giant Geyser

answers: NDQ_000642

answers: cone of geyserite,

answers: NDQ_000643

answers: Upper Geyser Basin

answers: NDQ_000644

answers: cone of geyserite,

answers: NDQ_000645

answers: Upper Geyser Basin

answers: NDQ_000646

answers: Giant Geyser

answers: NDQ_000647

answers: Upper Geyser Basin

answers: NDQ_000648

answers: geyserite,

answers: NDQ_000649

answers: geyserite,

answers: NDQ_000650

answers: sporadic eruptions,

answers: NDQ_000651

answers: Yellowstone National Park in the United States.

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: geysers,

answers: NDQ_000655

answers: geyserite,

text: A very large amount of data from wells is available such as location, depth to water, stratigraphy, water quality and chemistry, aquifer characteristics, and the list goes on.  The volume of data can be managed in a GIS and manipulated to display spatial characteristics for analysis and water resource planning.  For example, in a simple application of GIS, the effect of a new well can be studied on the existing groundwater and surface water.  The results of such a study can be used by decision makers to determine whether or not to proceed with drilling.

text: A very large amount of data from wells is available such as location, depth to water,

text: stratigraphy

text: , water quality and chemistry, aquifer characteristics, and the list goes on.  The volume of data can be managed in a GIS and manipulated to display spatial characteristics for analysis and water resource planning.  For example, in a simple application of GIS, the effect of a new well can be studied on the existing groundwater and surface water.  The results of such a study can be used by decision makers to determine whether or not to proceed with drilling.

answers: NDQ_000611

answers: is a mixture of

answers: NDQ_000613

answers: depth to water

answers: NDQ_000615

answers: increase in depth

answers: NDQ_000616

answers: wells

answers: NDQ_000619

answers: Geysers are formed by lava from volcanoes.

answers: NDQ_000624

answers: may rise or fall

answers: NDQ_000627

answers: Where does an aquifer usually form?

answers: NDQ_000629

answers: Which of the following is not a characteristic of an aquifer?

answers: NDQ_000630

answers: What is the source of water in hot springs?

answers: NDQ_000631

answers: None of the above choices

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: depth to water

answers: NDQ_000635

answers: What can be used to determine whether or not to proceed with drilling?

answers: NDQ_000636

answers: GIS

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: The bottom layer of an aquifer

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: depth to water

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: aquifer characteristics

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: Aquifer

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: wells

answers: NDQ_000649

answers: aquifer characteristics

answers: NDQ_000650

answers: new wells are drilled

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: wells

answers: NDQ_000613

answers: water quality and chemistry,

answers: NDQ_000615

answers: groundwater and surface water.

answers: NDQ_000616

answers: wells

answers: NDQ_000619

answers: chemistry,

answers: NDQ_000624

answers: aquifer characteristics,

answers: NDQ_000627

answers: GIS

answers: NDQ_000629

answers: GIS

answers: NDQ_000630

answers: GIS

answers: NDQ_000631

answers: A very large amount of data from wells

answers: NDQ_000632

answers: depth to water,

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: GIS and manipulated to display spatial characteristics for analysis and water resource planning.

answers: NDQ_000635

answers: a new well can be studied on the existing groundwater and surface water.

answers: NDQ_000636

answers: chemistry,

answers: NDQ_000637

answers: aquifer characteristics,

answers: NDQ_000638

answers: depth to water,

answers: NDQ_000639

answers: chemistry,

answers: NDQ_000640

answers: surface water.

answers: NDQ_000641

answers: depth to water,

answers: NDQ_000642

answers: wells

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: wells

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: a new well

answers: NDQ_000651

answers: water resource planning.

answers: NDQ_000652

answers: wells

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: wells

answers: NDQ_000655

answers: aquifer

text: The term DNAPL is used primarily by environmental engineers and hydrogeologists to describe contaminants in groundwater, surface water and sediments. DNAPLs tends to sink below the water table when spilled in significant quantities and only stop when they reach impermeable bedrock. Their penetration into an aquifer makes them difficult to locate and remediate.

text: The term DNAPL is used primarily by environmental engineers and

text: hydrogeologist

text: s to describe contaminants in

text: groundwater

text: , surface water and sediments. DNAPLs tends to sink below the

text: water table

text: when spilled in significant quantities and only stop when they reach impermeable bedrock. Their penetration into an aquifer makes them difficult to locate and remediate.

answers: NDQ_000611

answers: sinks below the water table

answers: NDQ_000613

answers: impermeable

answers: NDQ_000615

answers: sink below

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: DNAPLs reach impermeable bedrock

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is impermeable bedrock?

answers: NDQ_000636

answers: soil

answers: NDQ_000637

answers: no

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: DNAPLs

answers: NDQ_000645

answers: the water table

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: DNAPLs

answers: NDQ_000649

answers: impermeable

answers: NDQ_000650

answers: DNAPLs sink below the water table

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: unanswerable

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: DNAPLs tends to sink below the water table

answers: NDQ_000613

answers: impermeable bedrock.

answers: NDQ_000615

answers: DNAPLs tends to sink below the water table

answers: NDQ_000616

answers: DNAPLs

answers: NDQ_000619

answers: impermeable bedrock.

answers: NDQ_000624

answers: DNAPLs tends to sink below the water table

answers: NDQ_000627

answers: bedrock.

answers: NDQ_000629

answers: impermeable bedrock.

answers: NDQ_000630

answers: impermeable bedrock.

answers: NDQ_000631

answers: aquifer

answers: NDQ_000632

answers: water table

answers: NDQ_000633

answers: impermeable bedrock.

answers: NDQ_000634

answers: term DNAPL

answers: NDQ_000635

answers: The term DNAPL

answers: NDQ_000636

answers: DNAPL

answers: NDQ_000637

answers: impermeable bedrock.

answers: NDQ_000638

answers: impermeable bedrock.

answers: NDQ_000639

answers: DNAPL

answers: NDQ_000640

answers: impermeable bedrock.

answers: NDQ_000641

answers: groundwater,

answers: NDQ_000642

answers: impermeable bedrock.

answers: NDQ_000643

answers: impermeable bedrock.

answers: NDQ_000644

answers: impermeable bedrock.

answers: NDQ_000645

answers: impermeable bedrock.

answers: NDQ_000646

answers: Their penetration into an aquifer

answers: NDQ_000647

answers: water table

answers: NDQ_000648

answers: DNAPLs

answers: NDQ_000649

answers: impermeable bedrock.

answers: NDQ_000650

answers: DNAPLs

answers: NDQ_000651

answers: term DNAPL

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater,

answers: NDQ_000654

answers: groundwater,

answers: NDQ_000655

answers: impermeable

text: Echinus Geyser is a geyser in the Norris Geyser Basin of Yellowstone National Park in the United States.

text: Echinus Geyser is a

text: geyser

text: in the

text: Norris Geyser Basin

text: of

text: Yellowstone National Park

text: in the

text: United States

answers: NDQ_000611

answers: causes geysers to erupt

answers: NDQ_000613

answers: good aquifers contain water

answers: NDQ_000615

answers: increase in the basin

answers: NDQ_000616

answers: Yellowstone National Park

answers: NDQ_000619

answers: Earth's gravity pulls on them

answers: NDQ_000624

answers: What can happen to the water table in an area?

answers: NDQ_000627

answers: Where does Echinus Geyser lie?

answers: NDQ_000629

answers: None of the above choices.

answers: NDQ_000630

answers: What is the source of Echinus Geyser?

answers: NDQ_000631

answers: In the United States

answers: NDQ_000632

answers: Where is Echinus Geyser located?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: Echinus Geyser is a geyser in Yellowstone National Park.

answers: NDQ_000636

answers: None of the above choices.

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It does not.

answers: NDQ_000639

answers: What type of spring is Echinus Geyser?

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping deeper underground.

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: is echinus geyser

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: is a geyser

answers: NDQ_000645

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: geyser

answers: NDQ_000648

answers: is called groundwater

answers: NDQ_000649

answers: a geyser

answers: NDQ_000650

answers: is near a large source of pollution.

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: water evaporation

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: Echinus Geyser

answers: NDQ_000613

answers: Norris Geyser Basin

answers: NDQ_000615

answers: Echinus Geyser

answers: NDQ_000616

answers: Echinus Geyser

answers: NDQ_000619

answers: Yellowstone National Park in the United States.

answers: NDQ_000624

answers: Echinus Geyser

answers: NDQ_000627

answers: Echinus Geyser is a geyser

answers: NDQ_000629

answers: Echinus Geyser

answers: NDQ_000630

answers: Echinus Geyser

answers: NDQ_000631

answers: Yellowstone National Park in the United States.

answers: NDQ_000632

answers: Echinus Geyser

answers: NDQ_000633

answers: Echinus Geyser

answers: NDQ_000634

answers: Yellowstone National Park in the United States.

answers: NDQ_000635

answers: Echinus Geyser

answers: NDQ_000636

answers: Echinus Geyser

answers: NDQ_000637

answers: Echinus Geyser

answers: NDQ_000638

answers: Echinus Geyser

answers: NDQ_000639

answers: geyser

answers: NDQ_000640

answers: Echinus Geyser

answers: NDQ_000641

answers: Echinus Geyser

answers: NDQ_000642

answers: Echinus Geyser

answers: NDQ_000643

answers: Norris Geyser Basin

answers: NDQ_000644

answers: Echinus Geyser is a geyser

answers: NDQ_000645

answers: Echinus Geyser

answers: NDQ_000646

answers: Echinus Geyser

answers: NDQ_000647

answers: Echinus Geyser is a geyser

answers: NDQ_000648

answers: Echinus Geyser

answers: NDQ_000649

answers: Echinus Geyser

answers: NDQ_000650

answers: Yellowstone National Park

answers: NDQ_000651

answers: Yellowstone National Park in the United States.

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: geyser

answers: NDQ_000655

answers: geyser

text: |- bgcolor=#fefefe| 27601 ||  || March 19, 2001 || Socorro || LINEAR ||  —|-id=602 bgcolor=#fefefe| 27602 Chaselewis ||  || March 18, 2001 || Socorro || LINEAR || |-id=603 bgcolor=#fefefe| 27603 ||  || March 30, 2001 || Haleakala || NEAT ||  —|-id=604 bgcolor=#fefefe| 27604 ||  || March 19, 2001 || Anderson Mesa || LONEOS ||  —|-id=605 bgcolor=#d6d6d6| 27605 ||  || April 16, 2001 || Socorro || LINEAR ||  —|-id=606 bgcolor=#d6d6d6| 27606 Davidli || 2001 KW || May 17, 2001 || Socorro || LINEAR || |-id=607 bgcolor=#fefefe| 27607 ||  || May 17, 2001 || Socorro || LINEAR ||  —|-id=608 bgcolor=#d6d6d6| 27608 ||  || May 18, 2001 || Socorro || LINEAR ||  —|-id=609 bgcolor=#E9E9E9| 27609 ||  || May 18, 2001 || Socorro || LINEAR ||  —|-id=610 bgcolor=#E9E9E9| 27610 Shixuanli ||  || May 18, 2001 || Socorro || LINEAR || |-id=611 bgcolor=#d6d6d6| 27611 ||  || May 18, 2001 || Socorro || LINEAR ||  —|-id=612 bgcolor=#fefefe| 27612 ||  || May 17, 2001 || Socorro || LINEAR ||  —|-id=613 bgcolor=#fefefe| 27613 Annalou ||  || May 21, 2001 || Socorro || LINEAR || |-id=614 bgcolor=#E9E9E9| 27614 ||  || May 18, 2001 || Socorro || LINEAR ||  —|-id=615 bgcolor=#fefefe| 27615 Daniellu ||  || May 22, 2001 || Socorro || LINEAR || |-id=616 bgcolor=#E9E9E9| 27616 ||  || May 22, 2001 || Socorro || LINEAR ||  —|-id=617 bgcolor=#E9E9E9| 27617 ||  || May 22, 2001 || Socorro || LINEAR ||  —|-id=618 bgcolor=#fefefe| 27618 Ceilierin ||  || May 22, 2001 || Socorro || LINEAR || |-id=619 bgcolor=#fefefe| 27619 Ethanmessier ||  || May 25, 2001 || Socorro || LINEAR || |-id=620 bgcolor=#d6d6d6| 27620 ||  || May 18, 2001 || Anderson Mesa || LONEOS ||  —|-id=621 bgcolor=#d6d6d6| 27621 ||  || May 26, 2001 || Palomar || NEAT ||  —|-id=622 bgcolor=#E9E9E9| 27622 ||  || May 24, 2001 || Anderson Mesa || LONEOS ||  —|-id=623 bgcolor=#E9E9E9| 27623 || 2001 LE || June 3, 2001 || Haleakala || NEAT ||  —|-id=624 bgcolor=#d6d6d6| 27624 ||  || June 19, 2001 || Palomar || NEAT ||  —|-id=625 bgcolor=#E9E9E9| 27625 ||  || June 16, 2001 || Socorro || LINEAR ||  —|-id=626 bgcolor=#E9E9E9| 27626 || 2001 NA || July 1, 2001 || Reedy Creek || J. Broughton ||  —|-id=627 bgcolor=#fefefe| 27627 || 2038 P-L || September 24, 1960 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=628 bgcolor=#E9E9E9| 27628 || 2041 P-L || September 24, 1960 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=629 bgcolor=#fefefe| 27629 || 2054 P-L || September 26, 1960 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=630 bgcolor=#fefefe| 27630 || 2228 P-L || October 17, 1960 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=631 bgcolor=#d6d6d6| 27631 || 3106 P-L || September 24, 1960 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=632 bgcolor=#fefefe| 27632 || 3539 P-L || October 17, 1960 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=633 bgcolor=#d6d6d6| 27633 || 4005 P-L || September 24, 1960 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=634 bgcolor=#fefefe| 27634 || 4200 P-L || September 24, 1960 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=635 bgcolor=#fefefe| 27635 || 4528 P-L || September 24, 1960 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=636 bgcolor=#fefefe| 27636 || 4778 P-L || September 24, 1960 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=637 bgcolor=#E9E9E9| 27637 || 2070 T-1 || March 25, 1971 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=638 bgcolor=#fefefe| 27638 || 2287 T-1 || March 25, 1971 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=639 bgcolor=#E9E9E9| 27639 || 3156 T-1 || March 26, 1971 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=640 bgcolor=#fefefe| 27640 || 3273 T-1 || March 26, 1971 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=641 bgcolor=#fefefe| 27641 || 4131 T-1 || March 26, 1971 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=642 bgcolor=#E9E9E9| 27642 || 4281 T-1 || March 26, 1971 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=643 bgcolor=#fefefe| 27643 || 1093 T-2 || September 29, 1973 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=644 bgcolor=#fefefe| 27644 || 1343 T-2 || September 29, 1973 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=645 bgcolor=#d6d6d6| 27645 || 2074 T-2 || September 29, 1973 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=646 bgcolor=#fefefe| 27646 || 2266 T-2 || September 29, 1973 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=647 bgcolor=#E9E9E9| 27647 || 2312 T-2 || September 29, 1973 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=648 bgcolor=#fefefe| 27648 || 3222 T-2 || September 30, 1973 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=649 bgcolor=#d6d6d6| 27649 || 3327 T-2 || September 25, 1973 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=650 bgcolor=#E9E9E9| 27650 || 5137 T-2 || September 25, 1973 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=651 bgcolor=#fefefe| 27651 || 2025 T-3 || October 16, 1977 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=652 bgcolor=#fefefe| 27652 || 2462 T-3 || October 16, 1977 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=653 bgcolor=#E9E9E9| 27653 || 4208 T-3 || October 16, 1977 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=654 bgcolor=#E9E9E9| 27654 || 5739 T-3 || October 16, 1977 || Palomar || C. J. van Houten, I. van Houten-Groeneveld, T. Gehrels ||  —|-id=655 bgcolor=#E9E9E9| 27655 || 1968 OK || July 18, 1968 || Cerro El Roble || C. Torres, S. Cofré ||  —|-id=656 bgcolor=#d6d6d6| 27656 ||  || July 26, 1974 || El Leoncito || M. R. Cesco ||  —|-id=657 bgcolor=#FA8072| 27657 Berkhey || 1974 PC || August 12, 1974 || Palomar || T. Gehrels || |-id=658 bgcolor=#E9E9E9| 27658 Dmitrijbagalej || 1978 RV || September 1, 1978 || Nauchnij || N. S. Chernykh || |-id=659 bgcolor=#fefefe| 27659 Dolsky ||  || September 26, 1978 || Nauchnij || L. V. Zhuravleva || |-id=660 bgcolor=#E9E9E9| 27660 Waterwayuni ||  || October 2, 1978 || Nauchnij || L. V. Zhuravleva || |-id=661 bgcolor=#fefefe| 27661 ||  || October 27, 1978 || Palomar || C. M. Olmstead ||  —|-id=662 bgcolor=#fefefe| 27662 ||  || October 27, 1978 || Palomar || C. M. Olmstead ||  —|-id=663 bgcolor=#d6d6d6| 27663 ||  || November 7, 1978 || Palomar || E. F. Helin, S. J. Bus ||  —|-id=664 bgcolor=#fefefe| 27664 ||  || November 6, 1978 || Palomar || E. F. Helin, S. J. Bus ||  —|-id=665 bgcolor=#d6d6d6| 27665 ||  || November 7, 1978 || Palomar || E. F. Helin, S. J. Bus ||  —|-id=666 bgcolor=#fefefe| 27666 ||  || November 7, 1978 || Palomar || E. F. Helin, S. J. Bus ||  —|-id=667 bgcolor=#d6d6d6| 27667 || 1979 KJ || May 19, 1979 || La Silla || R. M. West ||  —|-id=668 bgcolor=#E9E9E9| 27668 ||  || June 25, 1979 || Siding Spring || E. F. Helin, S. J. Bus ||  —|-id=669 bgcolor=#d6d6d6| 27669 ||  || June 25, 1979 || Siding Spring || E. F. Helin, S. J. Bus ||  —|-id=670 bgcolor=#fefefe| 27670 ||  || June 25, 1979 || Siding Spring || E. F. Helin, S. J. Bus ||  —|-id=671 bgcolor=#E9E9E9| 27671 ||  || June 25, 1979 || Siding Spring || E. F. Helin, S. J. Bus ||  —|-id=672 bgcolor=#fefefe| 27672 ||  || March 16, 1980 || La Silla || C.-I. Lagerkvist ||  —|-id=673 bgcolor=#E9E9E9| 27673 ||  || October 31, 1980 || Palomar || S. J. Bus ||  —|-id=674 bgcolor=#fefefe| 27674 ||  || October 31, 1980 || Palomar || S. J. Bus ||  —|-id=675 bgcolor=#fefefe| 27675 || 1981 CH || February 2, 1981 || Kleť || L. Brožek ||  —|-id=676 bgcolor=#fefefe| 27676 ||  || February 28, 1981 || Siding Spring || S. J. Bus ||  —|-id=677 bgcolor=#fefefe| 27677 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=678 bgcolor=#E9E9E9| 27678 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=679 bgcolor=#E9E9E9| 27679 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=680 bgcolor=#E9E9E9| 27680 ||  || March 1, 1981 || Siding Spring || S. J. Bus ||  —|-id=681 bgcolor=#E9E9E9| 27681 ||  || March 1, 1981 || Siding Spring || S. J. Bus ||  —|-id=682 bgcolor=#fefefe| 27682 ||  || March 6, 1981 || Siding Spring || S. J. Bus ||  —|-id=683 bgcolor=#fefefe| 27683 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=684 bgcolor=#E9E9E9| 27684 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=685 bgcolor=#E9E9E9| 27685 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=686 bgcolor=#E9E9E9| 27686 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=687 bgcolor=#d6d6d6| 27687 ||  || March 3, 1981 || Siding Spring || S. J. Bus ||  —|-id=688 bgcolor=#E9E9E9| 27688 ||  || March 7, 1981 || Siding Spring || S. J. Bus ||  —|-id=689 bgcolor=#fefefe| 27689 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=690 bgcolor=#E9E9E9| 27690 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=691 bgcolor=#E9E9E9| 27691 ||  || March 1, 1981 || Siding Spring || S. J. Bus ||  —|-id=692 bgcolor=#E9E9E9| 27692 ||  || March 1, 1981 || Siding Spring || S. J. Bus ||  —|-id=693 bgcolor=#fefefe| 27693 ||  || March 1, 1981 || Siding Spring || S. J. Bus ||  —|-id=694 bgcolor=#E9E9E9| 27694 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=695 bgcolor=#E9E9E9| 27695 ||  || March 7, 1981 || Siding Spring || S. J. Bus ||  —|-id=696 bgcolor=#d6d6d6| 27696 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=697 bgcolor=#E9E9E9| 27697 ||  || March 1, 1981 || Siding Spring || S. J. Bus ||  —|-id=698 bgcolor=#fefefe| 27698 ||  || March 2, 1981 || Siding Spring || S. J. Bus ||  —|-id=699 bgcolor=#fefefe| 27699 ||  || May 15, 1982 || Palomar || Palomar Obs. ||  —|-id=700 bgcolor=#fefefe| 27700 ||  || September 28, 1982 || Palomar || J. Gibson ||  —|}

text: |- bgcolor=#fefefe| 27601 ||  || March 19, 2001 ||

text: Socorro

text: LINEAR

text: ||  —|-id=602 bgcolor=#fefefe| 27602 Chaselewis ||  || March 18, 2001 || Socorro || LINEAR || |-id=603 bgcolor=#fefefe| 27603 ||  || March 30, 2001 ||

text: Haleakala

text: NEAT

text: ||  —|-id=604 bgcolor=#fefefe| 27604 ||  || March 19, 2001 ||

text: Anderson Mesa

entity_name: Lowell Observatory Near-Earth-Object Search

text: LONEOS

text: ||  —|-id=605 bgcolor=#d6d6d6| 27605 ||  || April 16, 2001 ||

text: Socorro

text: LINEAR

text: Anderson Mesa

text: LONEOS

text: ||  —|-id=621 bgcolor=#d6d6d6| 27621 ||  || May 26, 2001 ||

text: Palomar

text: NEAT

text: ||  —|-id=622 bgcolor=#E9E9E9| 27622 ||  || May 24, 2001 ||

text: Anderson Mesa

text: LONEOS

text: ||  —|-id=623 bgcolor=#E9E9E9| 27623 || 2001 LE || June 3, 2001 ||

text: Haleakala

text: NEAT

text: ||  —|-id=624 bgcolor=#d6d6d6| 27624 ||  || June 19, 2001 ||

text: Palomar

text: || NEAT ||  —|-id=625 bgcolor=#E9E9E9| 27625 ||  || June 16, 2001 ||

text: Socorro

text: LINEAR

text: ||  —|-id=626 bgcolor=#E9E9E9| 27626 || 2001 NA || July 1, 2001 ||

text: Reedy Creek

text: J. Broughton

text: ||  —|-id=627 bgcolor=#fefefe| 27627 || 2038 P-L || September 24, 1960 ||

text: Palomar

text: C. J. van Houten

text: I. van Houten-Groeneveld

text: T. Gehrels

entity_name: National Astronomical Observatory (Chile)

text: Cerro El Roble

text: C. Torres

text: S. Cofré

text: ||  —|-id=656 bgcolor=#d6d6d6| 27656 ||  || July 26, 1974 ||

text: El Leoncito

text: M. R. Cesco

text: ||  —|-id=657 bgcolor=#FA8072| 27657 Berkhey || 1974 PC || August 12, 1974 ||

text: Palomar

text: T. Gehrels

text: || |-id=658 bgcolor=#E9E9E9| 27658 Dmitrijbagalej || 1978 RV || September 1, 1978 ||

text: Nauchnij

text: N. S. Chernykh

text: || |-id=659 bgcolor=#fefefe| 27659 Dolsky ||  || September 26, 1978 || Nauchnij ||

text: L. V. Zhuravleva

text: || |-id=660 bgcolor=#E9E9E9| 27660 Waterwayuni ||  || October 2, 1978 || Nauchnij || L. V. Zhuravleva || |-id=661 bgcolor=#fefefe| 27661 ||  || October 27, 1978 ||

text: Palomar

text: C. M. Olmstead

text: ||  —|-id=662 bgcolor=#fefefe| 27662 ||  || October 27, 1978 || Palomar || C. M. Olmstead ||  —|-id=663 bgcolor=#d6d6d6| 27663 ||  || November 7, 1978 || Palomar ||

text: E. F. Helin

text: S. J. Bus

text: ||  —|-id=664 bgcolor=#fefefe| 27664 ||  || November 6, 1978 || Palomar || E. F. Helin, S. J. Bus ||  —|-id=665 bgcolor=#d6d6d6| 27665 ||  || November 7, 1978 || Palomar || E. F. Helin, S. J. Bus ||  —|-id=666 bgcolor=#fefefe| 27666 ||  || November 7, 1978 || Palomar || E. F. Helin, S. J. Bus ||  —|-id=667 bgcolor=#d6d6d6| 27667 || 1979 KJ || May 19, 1979 ||

text: La Silla

text: R. M. West

text: ||  —|-id=668 bgcolor=#E9E9E9| 27668 ||  || June 25, 1979 ||

text: Siding Spring

text: E. F. Helin

text: S. J. Bus

text: ||  —|-id=669 bgcolor=#d6d6d6| 27669 ||  || June 25, 1979 || Siding Spring || E. F. Helin, S. J. Bus ||  —|-id=670 bgcolor=#fefefe| 27670 ||  || June 25, 1979 || Siding Spring || E. F. Helin, S. J. Bus ||  —|-id=671 bgcolor=#E9E9E9| 27671 ||  || June 25, 1979 || Siding Spring || E. F. Helin, S. J. Bus ||  —|-id=672 bgcolor=#fefefe| 27672 ||  || March 16, 1980 ||

text: La Silla

text: C.-I. Lagerkvist

text: ||  —|-id=673 bgcolor=#E9E9E9| 27673 ||  || October 31, 1980 ||

text: Palomar

text: S. J. Bus

text: ||  —|-id=674 bgcolor=#fefefe| 27674 ||  || October 31, 1980 || Palomar || S. J. Bus ||  —|-id=675 bgcolor=#fefefe| 27675 || 1981 CH || February 2, 1981 ||

text: Kleť

text: L. Brožek

text: ||  —|-id=676 bgcolor=#fefefe| 27676 ||  || February 28, 1981 ||

text: Siding Spring

text: S. J. Bus

text: Palomar

text: Palomar Obs.

text: ||  —|-id=700 bgcolor=#fefefe| 27700 ||  || September 28, 1982 || Palomar ||

text: J. Gibson

answers: NDQ_000611

answers: carries salts from the soil to the surface of the earth.

answers: NDQ_000613

answers: a good aquifer is a good aquifer is a good aquifer is a good aquifer

answers: NDQ_000615

answers: revert to a normal level.

answers: NDQ_000616

answers: Water replenishes an aquifer

answers: NDQ_000619

answers: Geysers erupt because...

answers: NDQ_000624

answers: The water table in an area may rise or fall.

answers: NDQ_000627

answers: An aquifer usually forms in a layer of clay.

answers: NDQ_000629

answers: The rock layer below an aquifer always consists of permeable rock.

answers: NDQ_000630

answers: Water in hot springs is heated by hot magma.

answers: NDQ_000631

answers: Aquifers are a major source of water in many parts of the world.

answers: NDQ_000632

answers: Aquifers are generally found at the same depths.

answers: NDQ_000633

answers: It is impossible for an aquifer to ever run dry. It is impossible for an aquifer to ever run dry. It is impossible for an aquifer to ever run dry.

answers: NDQ_000634

answers: ||||| The Ogallala aquifer is one of the biggest aquifers in the world. |||||

answers: NDQ_000635

answers: || —|-id=612 b

answers: NDQ_000636

answers: ||||| The Ogallala aquifer is one of the largest aquifers in the United States. The aquifer is located in Oklahoma and is used to irrigate crops and livestock. The aquifer is located in Oklahoma and is used to irrigate crops and livestock. Much of the water taken from the Ogallala aquifer is used to irrigate crops and livestock.

answers: NDQ_000637

answers: A good aquifer has rock in it that is porous and permeable.

answers: NDQ_000638

answers: The bottom layer of an aquifer has impermeable rock.

answers: NDQ_000639

answers: Many hot springs are also mineral springs.

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping deeper underground. ||||| The water table keeps water in an aquifer from seeping deeper underground. |||||

answers: NDQ_000641

answers: Water flows out of a well due to gravity.

answers: NDQ_000642

answers: || || May 18, 2001 || Socorro || LINEAR || || May 18, 2001 || Socorro || LINEAR || || May 18, 2001 || Socorro || LINEAR ||

answers: NDQ_000643

answers: a layer of sedimentary rock

answers: NDQ_000644

answers: NDQ_000645

answers: the top of an underground rock layer that is

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: Earth's surface

answers: NDQ_000648

answers: water that enters an aquifer

answers: NDQ_000649

answers: Water infiltrates the ground where rock is

answers: NDQ_000650

answers: is located near a major source of pollution.

answers: NDQ_000651

answers: State of Oklahoma.

answers: NDQ_000652

answers: Earthquake

answers: NDQ_000653

answers: Earth's oceans.

answers: NDQ_000654

answers: An aquifer is recharged by:

answers: NDQ_000655

answers: saline

answers: NDQ_000611

answers: Shixuanli

answers: NDQ_000613

answers: LONEOS

answers: NDQ_000615

answers: 27611

answers: NDQ_000616

answers: Shixuanli

answers: NDQ_000619

answers: Shixuanli

answers: NDQ_000624

answers: 27611

answers: NDQ_000627

answers: 27608

answers: NDQ_000629

answers: —|-id=609

answers: NDQ_000630

answers: 27611

answers: NDQ_000631

answers: 27611

answers: NDQ_000632

answers: 27608

answers: NDQ_000633

answers: 27609

answers: NDQ_000634

answers: 27608

answers: NDQ_000635

answers: —|-id=609

answers: NDQ_000636

answers: 27608

answers: NDQ_000637

answers: —|-id=609

answers: NDQ_000638

answers: bgcolor=#fefefe| 27602

answers: NDQ_000639

answers: Shixuanli

answers: NDQ_000640

answers: 27607

answers: NDQ_000641

answers: 27611

answers: NDQ_000642

answers: Shixuanli

answers: NDQ_000643

answers: Shixuanli

answers: NDQ_000644

answers: Shixuanli

answers: NDQ_000645

answers: 27611

answers: NDQ_000646

answers: bgcolor=#fefefe| 27602

answers: NDQ_000647

answers: 27607

answers: NDQ_000648

answers: Shixuanli

answers: NDQ_000649

answers: 27611

answers: NDQ_000650

answers: 27608

answers: NDQ_000651

answers: —|-id=609

answers: NDQ_000652

answers: Shixuanli

answers: NDQ_000653

answers: Socorro

answers: NDQ_000654

answers: Shixuanli

answers: NDQ_000655

answers: 27611

text: Grotto Geyser's eruptions are usually preceded by an eruption from Grotto Fountain Geyser. After it has a short mode eruption, which lasts about 1 to 2 hours, Rocket Geyser usually has a major eruption. Approximately three-quarters of Grotto's eruptions are short mode. Grotto Geyser and Rocket Geyser erupt together. When Grotto Geyser has a long mode eruption, which lasts from 6 to 12 hours, Spa Geyser, instead of Rocket Geyser, erupts.

text: Grotto Geyser's eruptions are usually preceded by an eruption from Grotto Fountain Geyser. After it has a short mode eruption, which lasts about 1 to 2 hours, Rocket Geyser usually has a major eruption. Approximately three-quarters of Grotto's eruptions are short mode. Grotto Geyser and Rocket Geyser erupt together. When Grotto Geyser has a long mode eruption, which lasts from 6 to 12 hours, Spa Geyser, instead of Rocket Geyser, erupts.

answers: NDQ_000611

answers: has a short mode eruption for how many hours?

answers: NDQ_000613

answers: long mode eruption, which lasts from 6 to 12 hours

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: geysers

answers: NDQ_000619

answers: Geysers erupt because

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

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

answers: NDQ_000629

answers: Which is not the type of rock layer below an aquifer?

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: Which of the following is not a geyser?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can be concluded about the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: what is the last word in the passage?

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: It is impossible to say

answers: NDQ_000639

answers: Which of the following is not a mineral spring: Grotto Geyser, Rocket Geyser or Spa Geyser?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well

answers: NDQ_000642

answers: does not have holes

answers: NDQ_000643

answers: Spa Geyser

answers: NDQ_000644

answers: Rocket Geyser

answers: NDQ_000645

answers: Spa Geyser

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: Geyser

answers: NDQ_000648

answers: geyser

answers: NDQ_000649

answers: Which of the following is not a geyser?

answers: NDQ_000650

answers: has a long mode eruption

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Geysers

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: Spa Geyser

answers: NDQ_000611

answers: Grotto Fountain Geyser.

answers: NDQ_000613

answers: preceded by an eruption from Grotto Fountain Geyser.

answers: NDQ_000615

answers: Grotto Fountain Geyser.

answers: NDQ_000616

answers: Grotto Geyser's

answers: NDQ_000619

answers: Grotto Fountain Geyser.

answers: NDQ_000624

answers: Grotto Geyser's

answers: NDQ_000627

answers: Grotto Fountain Geyser.

answers: NDQ_000629

answers: Grotto Fountain Geyser.

answers: NDQ_000630

answers: Grotto Fountain Geyser.

answers: NDQ_000631

answers: Grotto Geyser's

answers: NDQ_000632

answers: Grotto Fountain Geyser.

answers: NDQ_000633

answers: Grotto Fountain Geyser.

answers: NDQ_000634

answers: Grotto Fountain Geyser.

answers: NDQ_000635

answers: Grotto

answers: NDQ_000636

answers: Approximately three-quarters

answers: NDQ_000637

answers: Grotto Fountain Geyser.

answers: NDQ_000638

answers: Grotto Fountain Geyser.

answers: NDQ_000639

answers: Grotto Fountain Geyser.

answers: NDQ_000640

answers: Grotto Fountain Geyser.

answers: NDQ_000641

answers: Grotto Geyser's

answers: NDQ_000642

answers: Rocket Geyser

answers: NDQ_000643

answers: Grotto Fountain Geyser.

answers: NDQ_000644

answers: Rocket Geyser

answers: NDQ_000645

answers: Grotto Fountain Geyser.

answers: NDQ_000646

answers: Grotto Fountain Geyser.

answers: NDQ_000647

answers: Grotto Fountain Geyser.

answers: NDQ_000648

answers: Grotto Fountain Geyser.

answers: NDQ_000649

answers: Grotto Fountain Geyser.

answers: NDQ_000650

answers: Rocket Geyser usually has a major eruption.

answers: NDQ_000651

answers: Grotto Geyser's

answers: NDQ_000652

answers: Grotto Geyser's

answers: NDQ_000653

answers: Grotto Geyser's

answers: NDQ_000654

answers: Grotto Fountain Geyser.

answers: NDQ_000655

answers: Rocket

text: Whitchurch–Stouffville's water supply system is both groundwater-based with five municipal wells and since 2009 lake-based (Lake Ontario) as well. 5,500 cubic metres of water are withdrawn from the Oak Ridges Aquifer and the Thorncliffe Aquifer daily. Stouffville's well-water is chlorinated for disinfection, and sodium silicate is added to keep iron from staining plumbing fixtures and laundry. Two wells receive additional disinfection through an ultraviolet (UV) system. Three groundwater wells are in close proximity to the settlement area of Stouffville (Main Street, east of 10th Line); consequently 239 "significant drinking water threats" have been identified.

text: Whitchurch–Stouffville's water supply system is both groundwater-based with five municipal wells and since 2009 lake-based (

text: Lake Ontario

text: ) as well. 5,500 cubic metres of water are withdrawn from the Oak Ridges Aquifer and the Thorncliffe Aquifer daily. Stouffville's well-water is chlorinated for disinfection, and sodium silicate is added to keep iron from staining plumbing fixtures and laundry. Two wells receive additional disinfection through an ultraviolet (UV) system. Three groundwater wells are in close proximity to the settlement area of Stouffville (Main Street, east of 10th Line); consequently 239 "significant drinking water threats" have been identified.

answers: NDQ_000611

answers: is chlorinated for disinfection

answers: NDQ_000613

answers: disinfection, and sodium silicate

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Lake Ontario

answers: NDQ_000619

answers: groundwater is chlorinated

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: How many groundwater wells are in close proximity to the settlement area?

answers: NDQ_000636

answers: unknown

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: How many groundwater wells are in close proximity to the settlement area of Stouffville?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: yes

answers: NDQ_000642

answers: iron from staining plumbing fixtures and laundry

answers: NDQ_000643

answers: Aquifer

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: Aquifer

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: 5,500 cubic metres of water

answers: NDQ_000649

answers: Where is the Oak Ridges Aquifer?

answers: NDQ_000650

answers: in close proximity to the settlement area

answers: NDQ_000651

answers: unanswerable

answers: NDQ_000652

answers: Aquifer

answers: NDQ_000653

answers: Lake Ontario

answers: NDQ_000654

answers: Lake Ontario

answers: NDQ_000655

answers: Aquifer

answers: NDQ_000611

answers: groundwater-based with five municipal wells

answers: NDQ_000613

answers: chlorinated for disinfection,

answers: NDQ_000615

answers: withdrawn from the Oak Ridges Aquifer

answers: NDQ_000616

answers: (Lake Ontario)

answers: NDQ_000619

answers: groundwater-based

answers: NDQ_000624

answers: groundwater-based

answers: NDQ_000627

answers: Oak Ridges Aquifer and the Thorncliffe Aquifer

answers: NDQ_000629

answers: Oak Ridges Aquifer

answers: NDQ_000630

answers: Oak Ridges Aquifer and the Thorncliffe Aquifer

answers: NDQ_000631

answers: groundwater-based

answers: NDQ_000632

answers: Oak Ridges Aquifer and the Thorncliffe Aquifer

answers: NDQ_000633

answers: Oak Ridges Aquifer

answers: NDQ_000634

answers: Oak Ridges Aquifer

answers: NDQ_000635

answers: Three groundwater wells are in close proximity to the settlement area

answers: NDQ_000636

answers: Oak Ridges Aquifer and the Thorncliffe Aquifer

answers: NDQ_000637

answers: Oak Ridges Aquifer and the Thorncliffe Aquifer

answers: NDQ_000638

answers: Oak Ridges Aquifer

answers: NDQ_000639

answers: groundwater-based

answers: NDQ_000640

answers: Oak Ridges Aquifer

answers: NDQ_000641

answers: groundwater-based

answers: NDQ_000642

answers: iron from staining plumbing fixtures

answers: NDQ_000643

answers: Oak Ridges Aquifer

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: Oak Ridges Aquifer

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: groundwater-based

answers: NDQ_000648

answers: Oak Ridges Aquifer and the Thorncliffe Aquifer

answers: NDQ_000649

answers: Oak Ridges Aquifer

answers: NDQ_000650

answers: in close proximity to the settlement area

answers: NDQ_000651

answers: Oak Ridges Aquifer

answers: NDQ_000652

answers: groundwater-based

answers: NDQ_000653

answers: groundwater-based

answers: NDQ_000654

answers: lake-based (Lake Ontario)

answers: NDQ_000655

answers: groundwater-based

text: The oil field is located in the northeastern extreme of the Ventura Basin Province, a petroleum-rich sedimentary basin with a long history of oil and gas production. Overall, the structure of the oil field is a plunging anticline oriented northwest to southeast, dipping to the southeast; most of the hydrocarbon accumulation is along the southwest flank of this structure,(1959) which resembles a southwest-dipping homocline. One stratigraphic unit, the Miocene-age Modelo Formation, contains oil and gas accumulations. To the northeast, the San Gabriel Fault closes the structure, trapping hydrocarbons with an approximate 500-foot offset, placing impermeable rock units adjacent to the petroleum-bearing Modelo formation. The other sides of the field are sealed stratrigraphically, specifically by permeability changes in the rock preventing hydrocarbon movement.

text: The oil field is located in the northeastern extreme of the Ventura Basin Province, a petroleum-rich sedimentary basin with a long history of oil and gas production. Overall, the structure of the oil field is a plunging anticline oriented northwest to southeast, dipping to the southeast; most of the hydrocarbon accumulation is along the southwest flank of this structure,(1959) which resembles a southwest-dipping homocline. One stratigraphic unit, the

text: Miocene

text: -age

text: Modelo Formation

text: , contains oil and gas accumulations. To the northeast, the San Gabriel Fault closes the structure, trapping hydrocarbons with an approximate 500-foot offset, placing impermeable rock units adjacent to the petroleum-bearing Modelo formation. The other sides of the field are sealed stratrigraphically, specifically by permeability changes in the rock preventing hydrocarbon movement.

answers: NDQ_000611

answers: does not enter the oil field

answers: NDQ_000613

answers: impermeable rock units

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: San Gabriel Fault

answers: NDQ_000619

answers: hydrocarbons are trapped in the rock

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Which of the following is not a stratigraphic unit, the Miocene-age Modelo Formation?

answers: NDQ_000629

answers: What is the opposite of impermeable rock units?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: What type of formation is the Miocene-age Modelo Formation?

answers: NDQ_000632

answers: What type of formation is the Miocene-age Modelo Formation?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: How can land use affect the amount of water that can enter groundwater?

answers: NDQ_000636

answers: What is the purpose of the oil field?

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: Which of the following is not a mineral spring: oil or gas?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: impermeable rock units

answers: NDQ_000643

answers: sedimentary basin

answers: NDQ_000644

answers: impermeable

answers: NDQ_000645

answers: Ventura Basin Province

answers: NDQ_000646

answers: Aquifer

answers: NDQ_000647

answers: Ventura Basin Province

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: impermeable

answers: NDQ_000650

answers: petroleum-rich

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: oil field

answers: NDQ_000653

answers: Ventura Basin Province

answers: NDQ_000654

answers: oil

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: permeability changes in the rock preventing hydrocarbon movement.

answers: NDQ_000613

answers: permeability changes in the rock preventing hydrocarbon movement.

answers: NDQ_000615

answers: Ventura Basin Province,

answers: NDQ_000616

answers: oil and gas production.

answers: NDQ_000619

answers: permeability changes in the rock preventing hydrocarbon movement.

answers: NDQ_000624

answers: southeast;

answers: NDQ_000627

answers: southwest-dipping homocline.

answers: NDQ_000629

answers: impermeable

answers: NDQ_000630

answers: Ventura Basin Province,

answers: NDQ_000631

answers: Ventura Basin Province,

answers: NDQ_000632

answers: southwest-dipping homocline.

answers: NDQ_000633

answers: impermeable rock units

answers: NDQ_000634

answers: Ventura Basin Province,

answers: NDQ_000635

answers: impermeable rock units

answers: NDQ_000636

answers: most of the hydrocarbon accumulation

answers: NDQ_000637

answers: permeability changes in the rock preventing hydrocarbon movement.

answers: NDQ_000638

answers: impermeable rock units

answers: NDQ_000639

answers: petroleum-rich sedimentary basin with a long history of oil and gas

answers: NDQ_000640

answers: permeability changes in the rock preventing hydrocarbon movement.

answers: NDQ_000641

answers: plunging anticline

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: impermeable

answers: NDQ_000644

answers: impermeable

answers: NDQ_000645

answers: impermeable

answers: NDQ_000646

answers: 500-foot offset,

answers: NDQ_000647

answers: Ventura Basin Province,

answers: NDQ_000648

answers: hydrocarbons

answers: NDQ_000649

answers: impermeable

answers: NDQ_000650

answers: oil and gas production.

answers: NDQ_000651

answers: Ventura Basin Province,

answers: NDQ_000652

answers: sedimentary basin

answers: NDQ_000653

answers: Ventura Basin Province,

answers: NDQ_000654

answers: San Gabriel Fault closes the structure, trapping hydrocarbons

answers: NDQ_000655

answers: impermeable

text: Hot Springs is located at the confluence of the French Broad River and Spring Creek. A natural hot spring is also located here, the only such spring known in North Carolina and in much of the southeastern United States. Thus, this area has long since been a destination for those looking for therapeutic relief from their ailments. Native Americans were the first to discover the 100°+ Fahrenheit (about 37° Celsius) mineral waters, and European immigrants settled the area over 200 years ago. It is reported that people were visiting the springs by 1778 for the waters' reported healing properties. In 1828, a major road was constructed through the current town, the Buncombe Turnpike, making the area more accessible.

text: Hot Springs is located at the confluence of the

text: French Broad River

text: and

entity_name: Spring Creek, Madison County, North Carolina

text: Spring Creek

text: . A natural hot spring is also located here, the only such spring known in North Carolina and in much of the southeastern United States. Thus, this area has long since been a destination for those looking for therapeutic relief from their ailments. Native Americans were the first to discover the 100°+ Fahrenheit (about 37° Celsius) mineral waters, and European immigrants settled the area over 200 years ago. It is reported that people were visiting the springs by 1778 for the waters' reported healing properties. In 1828, a major road was constructed through the current town, the Buncombe Turnpike, making the area more accessible.

answers: NDQ_000611

answers: is heated by the sun

answers: NDQ_000613

answers: 100°+ Fahrenheit

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: French Broad River

answers: NDQ_000619

answers: geothermal energy is released

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It is reported that people were visiting the springs by 1778 for the waters' reported healing properties

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: What is the temperature of the mineral waters?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unknown

answers: NDQ_000635

answers: What can be concluded from the passage of time?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: Which of the following is not a good aquifer: French Broad River or Spring Creek?

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: It's impossible to say

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: natural hot spring

answers: NDQ_000644

answers: What is a mineral spring?

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: natural hot springs

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Where is Hot Springs located?

answers: NDQ_000650

answers: major road is constructed

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: river

answers: NDQ_000653

answers: rivers

answers: NDQ_000654

answers: Rivers

answers: NDQ_000655

answers: mineral

answers: NDQ_000611

answers: 100°+ Fahrenheit (about 37° Celsius)

answers: NDQ_000613

answers: 100°+ Fahrenheit

answers: NDQ_000615

answers: French Broad River and Spring Creek.

answers: NDQ_000616

answers: French Broad River and Spring Creek.

answers: NDQ_000619

answers: hot spring

answers: NDQ_000624

answers: 100°+ Fahrenheit (about 37° Celsius)

answers: NDQ_000627

answers: Buncombe Turnpike,

answers: NDQ_000629

answers: 100°+ Fahrenheit (about 37° Celsius)

answers: NDQ_000630

answers: 100°+ Fahrenheit

answers: NDQ_000631

answers: southeastern United States.

answers: NDQ_000632

answers: 37° Celsius)

answers: NDQ_000633

answers: 100°+ Fahrenheit

answers: NDQ_000634

answers: 100°+ Fahrenheit

answers: NDQ_000635

answers: European immigrants settled the area over 200 years ago.

answers: NDQ_000636

answers: Hot Springs

answers: NDQ_000637

answers: 100°+ Fahrenheit (about 37° Celsius)

answers: NDQ_000638

answers: 100°+ Fahrenheit (about 37° Celsius)

answers: NDQ_000639

answers: mineral waters,

answers: NDQ_000640

answers: Buncombe Turnpike,

answers: NDQ_000641

answers: hot spring

answers: NDQ_000642

answers: Buncombe Turnpike,

answers: NDQ_000643

answers: 100°+ Fahrenheit (about 37° Celsius) mineral waters,

answers: NDQ_000644

answers: hot spring

answers: NDQ_000645

answers: hot spring

answers: NDQ_000646

answers: hot spring

answers: NDQ_000647

answers: 37° Celsius)

answers: NDQ_000648

answers: 100°+ Fahrenheit (about 37° Celsius)

answers: NDQ_000649

answers: French Broad River and Spring Creek.

answers: NDQ_000650

answers: a major road

answers: NDQ_000651

answers: southeastern United States.

answers: NDQ_000652

answers: French Broad River

answers: NDQ_000653

answers: French Broad River

answers: NDQ_000654

answers: French Broad River

answers: NDQ_000655

answers: hot spring

text: Anticlines, structural domes, fault zones and stratigraphic traps are very favorable locations for oil and natural gas drilling.  About 80 percent of the world’s petroleum has been found in anticlinal traps.  The low density of petroleum causes oil to buoyantly migrate out of its source rock and upward toward the surface until it is trapped and stored in reservoir rock such as sandstone or porous limestone.  The oil becomes trapped along with water and natural gas by a caprock that is made up of impermeable barrier such as an impermeable stratum or fault zone. Examples of low-permeability seals that contain the hydrocarbons, oil and gas, in the ground include shale, limestone, sandstone, and even salt domes. The actual type of stratum does not matter as long as it has low permeability.

text: Anticlines, structural domes, fault zones and stratigraphic traps are very favorable locations for

text: oil

text: and

text: natural gas

text: drilling.  About 80 percent of the world’s petroleum has been found in anticlinal traps.  The low density of petroleum causes oil to buoyantly migrate out of its source rock and upward toward the surface until it is trapped and stored in reservoir rock such as sandstone or porous limestone.  The oil becomes trapped along with water and natural gas by a caprock that is made up of impermeable barrier such as an impermeable stratum or fault zone. Examples of low-permeability seals that contain the hydrocarbons, oil and gas, in the ground include shale, limestone, sandstone, and even salt domes. The actual type of stratum does not matter as long as it has low permeability.

answers: NDQ_000611

answers: is trapped in a caprock that is made up of what?

answers: NDQ_000613

answers: low permeability

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: natural gas

answers: NDQ_000619

answers: natural gas is trapped in a low-permeability seal

answers: NDQ_000624

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

answers: NDQ_000627

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

answers: NDQ_000629

answers: Which of the following is not a type of stratum: impermeable stratum or fault zone?

answers: NDQ_000630

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

answers: NDQ_000631

answers: Which of the following is not a favorable location for oil and natural gas drilling?

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: about 80 percent of the world’s petroleum

answers: NDQ_000635

answers: Which of the following is not a type of caprock that contains the hydrocarbons, oil and gas, in the ground?

answers: NDQ_000636

answers: oil and natural gas

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: impermeable barrier

answers: NDQ_000643

answers: salt domes

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: salt domes

answers: NDQ_000646

answers: natural gas drilling

answers: NDQ_000647

answers: salt domes

answers: NDQ_000648

answers: impermeable barrier

answers: NDQ_000649

answers: impermeable barrier

answers: NDQ_000650

answers: oil and natural gas is drilled

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: source rock

answers: NDQ_000653

answers: salt domes

answers: NDQ_000654

answers: natural gas

answers: NDQ_000655

answers: reservoir

answers: NDQ_000611

answers: The oil becomes trapped along with water and natural gas by a caprock

answers: NDQ_000613

answers: impermeable barrier

answers: NDQ_000615

answers: impermeable stratum

answers: NDQ_000616

answers: reservoir rock

answers: NDQ_000619

answers: low density of petroleum

answers: NDQ_000624

answers: water

answers: NDQ_000627

answers: shale,

answers: NDQ_000629

answers: oil becomes trapped along with water and natural gas by a caprock

answers: NDQ_000630

answers: water and natural gas by a caprock

answers: NDQ_000631

answers: water

answers: NDQ_000632

answers: water

answers: NDQ_000633

answers: water

answers: NDQ_000634

answers: 80

answers: NDQ_000635

answers: Anticlines,

answers: NDQ_000636

answers: Anticlines,

answers: NDQ_000637

answers: low permeability.

answers: NDQ_000638

answers: impermeable stratum

answers: NDQ_000639

answers: salt domes.

answers: NDQ_000640

answers: impermeable stratum

answers: NDQ_000641

answers: water

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: salt domes.

answers: NDQ_000644

answers: low-permeability

answers: NDQ_000645

answers: caprock

answers: NDQ_000646

answers: drilling.

answers: NDQ_000647

answers: water

answers: NDQ_000648

answers: The oil becomes trapped along with water

answers: NDQ_000649

answers: impermeable stratum

answers: NDQ_000650

answers: oil and natural gas drilling.

answers: NDQ_000651

answers: Anticlines,

answers: NDQ_000652

answers: Anticlines,

answers: NDQ_000653

answers: anticlinal traps.

answers: NDQ_000654

answers: water and natural gas

answers: NDQ_000655

answers: salt domes.

text: In May 2008, groundwater contamination was reported to the Environment Protection Authority (EPA) following detection at Santos' Port Bonython site, Spencer Gulf, South Australia. Hydrocarbons were found floating on and in the groundwater. 150 inspection wells were later established, and a 450m long cement bentonite wall was constructed 'to stop the further spread of contamination off-site' including to the marine environment. In May 2012, Santos reported declining rates of hydrocarbon recovery from groundwater extraction wells and claimed that their remediation efforts were working.

text: In May 2008, groundwater contamination was reported to the Environment Protection Authority (EPA) following detection at Santos' Port Bonython site,

text: Spencer Gulf

text: , South Australia. Hydrocarbons were found floating on and in the groundwater. 150 inspection wells were later established, and a 450m long cement

text: bentonite

text: wall was constructed 'to stop the further spread of contamination off-site' including to the marine environment. In May 2012, Santos reported declining rates of hydrocarbon recovery from groundwater extraction wells and claimed that their remediation efforts were working.

answers: NDQ_000611

answers: contains hydrocarbons

answers: NDQ_000613

answers: hydrocarbon recovery

answers: NDQ_000615

answers: float

answers: NDQ_000616

answers: Spencer Gulf

answers: NDQ_000619

answers: hydrocarbons are in the groundwater

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: How did the contamination affect the marine environment?

answers: NDQ_000636

answers: 450m long cement bentonite wall

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well

answers: NDQ_000642

answers: 450m long cement bentonite wall

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where does water infiltrate the ground

answers: NDQ_000650

answers: groundwater extraction wells are used

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: Spencer Gulf

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: bentonite

answers: NDQ_000611

answers: Hydrocarbons were found floating on and in the groundwater.

answers: NDQ_000613

answers: inspection wells

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: Hydrocarbons

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: cement bentonite

answers: NDQ_000629

answers: cement bentonite wall

answers: NDQ_000630

answers: Hydrocarbons were found floating on and in the groundwater.

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: 450m long cement bentonite wall

answers: NDQ_000635

answers: 450m long cement bentonite wall

answers: NDQ_000636

answers: South Australia.

answers: NDQ_000637

answers: cement bentonite

answers: NDQ_000638

answers: cement bentonite

answers: NDQ_000639

answers: cement bentonite

answers: NDQ_000640

answers: cement bentonite wall

answers: NDQ_000641

answers: groundwater extraction wells

answers: NDQ_000642

answers: cement bentonite wall

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: cement bentonite wall

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: Hydrocarbons were found floating on and in the groundwater.

answers: NDQ_000651

answers: South Australia.

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: bentonite

text: The relief is dominated by the Serra de Água de Pau, which includes a caldeira occupied by the Lagoa do Fogo (Lake of Fire). The highest elevation is Pico da Barrosa at  (overlooking Lagoa do Fogo) or Monte Escuro at ; this volcanic massif also extends to the plateau of Graminhais, by the eastern border with Nordeste, where the Pico do Salto do Cavalo  has a well known lookout. The volcanic geology, associated to the occurrence of many springs in the foothills, have been responsible for the fast creeks flowing in deep ravines, one of which gave its name to the town. Other volcanic manifestations in the area are fumaroles, such as Caldeira Velha or Caldeiras, and mineral hot springs at Lombadas, Gramas and Ladeira da Velha.

text: The relief is dominated by the Serra de

text: Água de Pau

text: , which includes a

text: caldeira

text: occupied by the Lagoa do Fogo (Lake of Fire). The highest elevation is Pico da Barrosa at  (overlooking Lagoa do Fogo) or Monte Escuro at ; this volcanic massif also extends to the plateau of Graminhais, by the eastern border with Nordeste, where the Pico do Salto do Cavalo  has a well known lookout. The volcanic geology, associated to the occurrence of many springs in the foothills, have been responsible for the fast creeks flowing in deep ravines, one of which gave its name to the town. Other volcanic manifestations in the area are fumaroles, such as Caldeira Velha or Caldeiras, and mineral hot springs at Lombadas, Gramas and Ladeira da Velha.

answers: NDQ_000611

answers: Lagoa do Fogo

answers: NDQ_000613

answers: fast creeks flowing in deep ravines

answers: NDQ_000615

answers: be higher than

answers: NDQ_000616

answers: volcanic eruptions

answers: NDQ_000619

answers: mineral hot springs

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: What is the name of the town?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unknown

answers: NDQ_000635

answers: What is the highest elevation of Pico da Barrosa?

answers: NDQ_000636

answers: It's impossible to say

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Why are mineral hot springs at Lombadas, Gramas and Ladeira da Velha

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: caldeira

answers: NDQ_000644

answers: Caldeiras

answers: NDQ_000645

answers: caldeira

answers: NDQ_000646

answers: Aquifer

answers: NDQ_000647

answers: mineral hot springs

answers: NDQ_000648

answers: springs

answers: NDQ_000649

answers: Where does water infiltrate the ground?

answers: NDQ_000650

answers: is located near a source of pollution

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: volcanic eruption

answers: NDQ_000653

answers: Lake Fogo

answers: NDQ_000654

answers: volcanic eruptions

answers: NDQ_000655

answers: Lake of Fire

answers: NDQ_000611

answers: fast creeks flowing in deep ravines,

answers: NDQ_000613

answers: fast creeks flowing in deep ravines,

answers: NDQ_000615

answers: fast creeks flowing in deep ravines,

answers: NDQ_000616

answers: mineral hot springs

answers: NDQ_000619

answers: volcanic geology,

answers: NDQ_000624

answers: springs

answers: NDQ_000627

answers: springs

answers: NDQ_000629

answers: fumaroles,

answers: NDQ_000630

answers: mineral hot springs

answers: NDQ_000631

answers: springs

answers: NDQ_000632

answers: deep ravines,

answers: NDQ_000633

answers: springs

answers: NDQ_000634

answers: Lagoa do Fogo

answers: NDQ_000635

answers: springs

answers: NDQ_000636

answers: Lagoa do Fogo

answers: NDQ_000637

answers: springs

answers: NDQ_000638

answers: springs

answers: NDQ_000639

answers: mineral hot springs

answers: NDQ_000640

answers: Lagoa do Fogo

answers: NDQ_000641

answers: springs

answers: NDQ_000642

answers: <unk>gua de Pau,

answers: NDQ_000643

answers: fumaroles,

answers: NDQ_000644

answers: fast creeks flowing in deep ravines,

answers: NDQ_000645

answers: mineral hot springs

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: fast creeks flowing in deep ravines,

answers: NDQ_000648

answers: fast creeks

answers: NDQ_000649

answers: fast creeks flowing in deep ravines,

answers: NDQ_000650

answers: springs

answers: NDQ_000651

answers: mineral hot springs

answers: NDQ_000652

answers: mineral hot springs

answers: NDQ_000653

answers: springs

answers: NDQ_000654

answers: springs

answers: NDQ_000655

answers: fumaroles,

text: Rainfall in Southern Sudan is highly seasonal, with a rainy season between July and October. In the extreme South of the country there is also a second rainy season from March to May. Groundwater is an important source of water supply for people and livestock, especially during the dry season. In some areas groundwater is brackish, groundwater yields are low and the success rate for well drilling is low.

text: Rainfall in Southern Sudan is highly seasonal, with a rainy season between July and October. In the extreme South of the country there is also a second rainy season from March to May. Groundwater is an important source of water supply for people and livestock, especially during the dry season. In some areas groundwater is brackish, groundwater yields are low and the success rate for well drilling is low.

answers: NDQ_000611

answers: is an important source of water supply for people

answers: NDQ_000613

answers: groundwater yields are low

answers: NDQ_000615

answers: dry out

answers: NDQ_000616

answers: Southern Sudan

answers: NDQ_000619

answers: groundwater is brackish

answers: NDQ_000624

answers: in some areas

answers: NDQ_000627

answers: Which of the following is not a source of groundwater: brackish, groundwater yields are low or groundwater is brackish?

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: Which of the following is not a source of groundwater: brackish, groundwater yields are low, or hot magma?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: Which of the following is not a source of water supply for people and livestock, especially during the dry season?

answers: NDQ_000636

answers: groundwater yields are low

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a source of water supply for people and livestock, especially during the dry season?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: Groundwater

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where does groundwater infiltrate?

answers: NDQ_000650

answers: is brackish

answers: NDQ_000651

answers: unanswerable

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: rain

answers: NDQ_000655

answers: brackish

answers: NDQ_000611

answers: Groundwater is an important source of water supply for people and livestock,

answers: NDQ_000613

answers: groundwater yields are low and the success rate for well drilling

answers: NDQ_000615

answers: Groundwater

answers: NDQ_000616

answers: Groundwater

answers: NDQ_000619

answers: Groundwater

answers: NDQ_000624

answers: Groundwater

answers: NDQ_000627

answers: Groundwater

answers: NDQ_000629

answers: Groundwater

answers: NDQ_000630

answers: Groundwater

answers: NDQ_000631

answers: Groundwater

answers: NDQ_000632

answers: Groundwater

answers: NDQ_000633

answers: Groundwater

answers: NDQ_000634

answers: Groundwater

answers: NDQ_000635

answers: Groundwater

answers: NDQ_000636

answers: Groundwater is an important source of water supply for people and livestock,

answers: NDQ_000637

answers: Groundwater

answers: NDQ_000638

answers: Groundwater

answers: NDQ_000639

answers: Groundwater

answers: NDQ_000640

answers: Groundwater

answers: NDQ_000641

answers: Groundwater

answers: NDQ_000642

answers: well drilling

answers: NDQ_000643

answers: Groundwater

answers: NDQ_000644

answers: well drilling

answers: NDQ_000645

answers: Groundwater

answers: NDQ_000646

answers: well drilling

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: Groundwater

answers: NDQ_000649

answers: Groundwater

answers: NDQ_000650

answers: In some areas groundwater is brackish,

answers: NDQ_000651

answers: Groundwater

answers: NDQ_000652

answers: Groundwater

answers: NDQ_000653

answers: Groundwater

answers: NDQ_000654

answers: Groundwater

answers: NDQ_000655

answers: Groundwater

text: Water infrastructure in Rwanda consisted of 15 urban and about 796 rural water systems in 2002. Urban water systems are fed by water from 17 water treatment plants. Rural water systems feed mostly standpipes. Handpumps using groundwater and managed springs provide water separately from water systems.

text: Water infrastructure in Rwanda consisted of 15 urban and about 796 rural water systems in 2002. Urban water systems are fed by water from 17 water treatment plants. Rural water systems feed mostly standpipes. Handpumps using groundwater and managed springs provide water separately from water systems.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: managed springs

answers: NDQ_000615

answers: be higher than average

answers: NDQ_000616

answers: handpumps

answers: NDQ_000619

answers: water from a water treatment plant is contaminated.

answers: NDQ_000624

answers: What can happen to the water table in an area?

answers: NDQ_000627

answers: Which of the following is not a source of groundwater: aquifers or springs?

answers: NDQ_000629

answers: None of the above choices.

answers: NDQ_000630

answers: Which of the following is not a source of hot magma: hot magma or groundwater?

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can be concluded from the information in the passage?

answers: NDQ_000636

answers: about 796 rural water systems

answers: NDQ_000637

answers: None of the above choices .

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a source of water: groundwater or mineral springs?

answers: NDQ_000640

answers: The water table keeps water from seeping deeper underground.

answers: NDQ_000641

answers: how does water flow out of a well

answers: NDQ_000642

answers: standpipes

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: standpipes

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where does the water infiltrate?

answers: NDQ_000650

answers: is irrigated

answers: NDQ_000651

answers: Rwanda

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: Handpumps

answers: NDQ_000613

answers: managed springs

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: groundwater and managed springs

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: Handpumps using groundwater and managed springs

answers: NDQ_000630

answers: Handpumps using groundwater and managed springs

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: Handpumps using groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: 796 rural water systems in 2002.

answers: NDQ_000635

answers: Handpumps using groundwater

answers: NDQ_000636

answers: Rural water systems feed mostly standpipes.

answers: NDQ_000637

answers: Handpumps using groundwater and managed springs

answers: NDQ_000638

answers: Handpumps using groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: Handpumps using groundwater

answers: NDQ_000641

answers: Handpumps using groundwater

answers: NDQ_000642

answers: standpipes.

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: standpipes.

answers: NDQ_000645

answers: Handpumps using groundwater and managed springs

answers: NDQ_000646

answers: Handpumps using groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: Handpumps using groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: Urban water systems are fed by water from 17 water treatment plants.

answers: NDQ_000651

answers: Rwanda

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater and managed springs

text: There are two types of geysers: fountain geysers which erupt from pools of water, typically in a series of intense, even violent, bursts; and cone geysers which erupt from cones or mounds of siliceous sinter (including geyserite), usually in steady jets that last anywhere from a few seconds to several minutes. Old Faithful, perhaps the best-known geyser at Yellowstone National Park, is an example of a cone geyser. Grand Geyser, the tallest predictable geyser on earth, (although Geysir in Iceland is taller, it is not predictable), also at Yellowstone National Park, is an example of a fountain geyser.

text: There are two types of geysers: fountain geysers which erupt from pools of water, typically in a series of intense, even violent, bursts; and cone geysers which erupt from cones or mounds of

text: siliceous sinter

text: (including

text: geyserite

text: ), usually in steady jets that last anywhere from a few seconds to several minutes.

text: Old Faithful

text: , perhaps the best-known geyser at Yellowstone National Park, is an example of a cone geyser.

text: Grand Geyser

text: , the tallest predictable geyser on earth, (although Geysir in Iceland is taller, it is not predictable), also at Yellowstone National Park, is an example of a fountain geyser.

answers: NDQ_000611

answers: erupts from cones or mounds

answers: NDQ_000613

answers: fountain geysers

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: fountain geysers

answers: NDQ_000619

answers: pools of water

answers: NDQ_000624

answers: What type of geyser is Old Faithful?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How can land use affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: fountain geysers

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

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

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: cones

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: cones

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: pools of water

answers: NDQ_000648

answers: geyser

answers: NDQ_000649

answers: Where does water infiltrate?

answers: NDQ_000650

answers: fountain geysers

answers: NDQ_000651

answers: Yellowstone

answers: NDQ_000652

answers: fountain geyser

answers: NDQ_000653

answers: geysers

answers: NDQ_000654

answers: fountain geysers

answers: NDQ_000655

answers: fountain geyser

answers: NDQ_000611

answers: steady jets

answers: NDQ_000613

answers: a series of intense, even violent, bursts;

answers: NDQ_000615

answers: fountain geysers which erupt from pools of water,

answers: NDQ_000616

answers: fountain geysers which erupt from pools of water,

answers: NDQ_000619

answers: pools of water,

answers: NDQ_000624

answers: two types of geysers:

answers: NDQ_000627

answers: water,

answers: NDQ_000629

answers: fountain geysers which erupt from pools of water,

answers: NDQ_000630

answers: fountain geysers which erupt from pools of water,

answers: NDQ_000631

answers: water,

answers: NDQ_000632

answers: water,

answers: NDQ_000633

answers: fountain geysers which erupt from pools of water,

answers: NDQ_000634

answers: Grand Geyser,

answers: NDQ_000635

answers: fountain geysers which erupt from pools of water,

answers: NDQ_000636

answers: fountain geyser.

answers: NDQ_000637

answers: water,

answers: NDQ_000638

answers: water,

answers: NDQ_000639

answers: siliceous sinter

answers: NDQ_000640

answers: fountain geysers which erupt from pools of water,

answers: NDQ_000641

answers: fountain geysers which erupt from pools of water,

answers: NDQ_000642

answers: cones or mounds of siliceous sinter

answers: NDQ_000643

answers: siliceous sinter

answers: NDQ_000644

answers: cone geysers which erupt from cones

answers: NDQ_000645

answers: fountain geysers

answers: NDQ_000646

answers: water,

answers: NDQ_000647

answers: pools of water,

answers: NDQ_000648

answers: pools of water,

answers: NDQ_000649

answers: sinter

answers: NDQ_000650

answers: intense, even violent, bursts;

answers: NDQ_000651

answers: Yellowstone National Park,

answers: NDQ_000652

answers: pools

answers: NDQ_000653

answers: pools of water,

answers: NDQ_000654

answers: geysers:

answers: NDQ_000655

answers: fountain geysers

text: Groundwater in California is used by 85% of the population, mostly used by the multi-billion agriculture industry as the main water source for crops. For years groundwater use has been poorly managed and under regulated to a point where now the state is facing a major depletion of this important water source. In California, groundwater is used a crucial reserve for the lack of surface water during drought periods. Groundwater is being pumped in excess of the natural rate of replenishment which in return is lowering the groundwater table. This is known as overdraft and can cause severe subsidence in the land. In 1980 the Department of Water Resources judged that out of the 450 groundwater basins in California 40 of them were in overdraft, 11 more were identified as being in "critical" conditions.  the Department of Water Resources reported that across California the groundwater levels have dropped to 50 feet below historic levels, and up to 100 feet below in the San Joaquin Valley. This report has not been updated in almost thirty years. Knowing how much groundwater is being taken out and used is difficult because there is no requirement for the users to report the amount used. There are a few exceptions that require basins that operate under government regulations and special state legislation. There are some however some methods used to estimate the amount of groundwater being applied to crops, the most conventional being measuring the acreage of the crop and figuring out the amount of water necessary for these crops to grow. Managing groundwater can be a challenge since it does not adhere to property lines and freely moves underground. With few incentives and fewer regulations to conserve groundwater in California higher value crops that require year round irrigation have been planted and deeper wells to retrieve groundwater from sinking aquifers have been drilled. Agricultural uses and even urban use to an extent are depleting California's groundwater basins and aquifers. The current drought conditions in California are only pushing for a more heavily regulated groundwater management to be implemented now.

answers: NDQ_000611

answers: does not adhere to property lines and freely moves underground.

answers: NDQ_000613

answers: natural rate of replenishment

answers: NDQ_000615

answers: __

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is being pumped in excess

answers: NDQ_000624

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

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: Which of the following is not a type of rock layer below an aquifer: permeable rock, sedimentary rock, or sedimentary rock?

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: Which of the following is not true?

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: What is one of the biggest aquifers in the world?

answers: NDQ_000635

answers: Why is groundwater being pumped in excess of the natural rate of replenishment?

answers: NDQ_000636

answers: groundwater is being pumped in excess of the natural rate of replenishment

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: It does not adhere to property lines and freely moves underground.

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or hot springs?

answers: NDQ_000640

answers: What keeps water in an aquifer from seeping deeper underground?

answers: NDQ_000641

answers: How does groundwater move underground?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: What is a well?

answers: NDQ_000645

answers: groundwater table

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

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

answers: NDQ_000650

answers: overdraft

answers: NDQ_000651

answers: Which state is facing a major depletion of this important water source?

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: overdraft

answers: NDQ_000611

answers: freely moves underground.

answers: NDQ_000613

answers: government regulations and special state legislation.

answers: NDQ_000615

answers: drought

answers: NDQ_000616

answers: deeper wells

answers: NDQ_000619

answers: Managing groundwater

answers: NDQ_000624

answers: lowering the groundwater table.

answers: NDQ_000627

answers: no requirement for the users to report the amount used.

answers: NDQ_000629

answers: Managing groundwater

answers: NDQ_000630

answers: deeper wells

answers: NDQ_000631

answers: Managing groundwater

answers: NDQ_000632

answers: deeper wells

answers: NDQ_000633

answers: natural rate of replenishment

answers: NDQ_000634

answers: Managing groundwater

answers: NDQ_000635

answers: Agricultural uses and even urban use

answers: NDQ_000636

answers: Managing groundwater

answers: NDQ_000637

answers: Managing groundwater

answers: NDQ_000638

answers: Managing groundwater

answers: NDQ_000639

answers: government regulations and special state legislation.

answers: NDQ_000640

answers: Managing groundwater

answers: NDQ_000641

answers: Managing groundwater

answers: NDQ_000642

answers: it does not adhere to property lines and freely moves underground.

answers: NDQ_000643

answers: groundwater table.

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: groundwater table.

answers: NDQ_000646

answers: deeper wells

answers: NDQ_000647

answers: groundwater table.

answers: NDQ_000648

answers: Groundwater

answers: NDQ_000649

answers: it does not adhere to property lines and freely moves underground.

answers: NDQ_000650

answers: Agricultural uses and even urban use

answers: NDQ_000651

answers: Managing groundwater

answers: NDQ_000652

answers: Groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: deeper wells

answers: NDQ_000655

answers: overdraft

text: Photos of hot springs and fumaroles - photos '9-67' (1931) and '9-56' (date unknown) - show hydrothermal activity prior to power-generation. It is unknown if those smaller hydrothermal surface features are still active as of 2015, post-power plant development; field reconnaissance would be required to assess the activity of the hydrothermal features. Photos '9-69' (close-up, date unknown) and '9-108' (distant, 1971) show the uncapped well that is not a natural geyser, which was active prior to power-production. Geyser activity at the wellhead ceased circa 1985/1986 as the local dual-flash geothermal power plant began operations.

text: Photos of hot springs and fumaroles - photos '9-67' (1931) and '9-56' (date unknown) - show hydrothermal activity prior to power-generation. It is unknown if those smaller hydrothermal surface features are still active as of 2015, post-power plant development; field reconnaissance would be required to assess the activity of the hydrothermal features. Photos '9-69' (close-up, date unknown) and '9-108' (distant, 1971) show the uncapped well that is not a natural geyser, which was active prior to power-production. Geyser activity at the wellhead ceased circa 1985/1986 as the local dual-flash geothermal power plant began operations.

answers: NDQ_000611

answers: geyser activity at the wellhead

answers: NDQ_000613

answers: hydrothermal activity

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: hydrothermal activity

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It is unknown if those smaller hydrothermal surface features are still active

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: Where are aquifers generally found?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What type of land use is discussed in the text?

answers: NDQ_000636

answers: None of the above choices

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: It is unknown if those smaller hydrothermal surface features are still active

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: It is not possible to tell

answers: NDQ_000642

answers: capped well

answers: NDQ_000643

answers: hydrothermal

answers: NDQ_000644

answers: geyser

answers: NDQ_000645

answers: geothermal

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: hydrothermal

answers: NDQ_000648

answers: hydrothermal

answers: NDQ_000649

answers: Where does water infiltrate the ground

answers: NDQ_000650

answers: power plant began operations

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: hydrothermal activity

answers: NDQ_000655

answers: hydrothermal

answers: NDQ_000611

answers: hydrothermal activity prior to power-generation.

answers: NDQ_000613

answers: hot springs and fumaroles

answers: NDQ_000615

answers: hot springs and fumaroles

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: hydrothermal activity

answers: NDQ_000624

answers: hydrothermal activity prior to power-generation.

answers: NDQ_000627

answers: hydrothermal activity prior to power-generation.

answers: NDQ_000629

answers: hydrothermal activity prior to power-generation.

answers: NDQ_000630

answers: hydrothermal activity prior to power-generation.

answers: NDQ_000631

answers: hydrothermal activity prior to power-generation.

answers: NDQ_000632

answers: hydrothermal activity prior to power-generation.

answers: NDQ_000633

answers: hydrothermal activity prior to power-generation.

answers: NDQ_000634

answers: 2015,

answers: NDQ_000635

answers: hydrothermal activity prior to power-generation.

answers: NDQ_000636

answers: hydrothermal activity prior to power-generation.

answers: NDQ_000637

answers: hydrothermal activity prior to power-generation.

answers: NDQ_000638

answers: hydrothermal activity prior to power-generation.

answers: NDQ_000639

answers: fumaroles

answers: NDQ_000640

answers: Geyser activity at the wellhead ceased circa 1985/1986

answers: NDQ_000641

answers: Geyser

answers: NDQ_000642

answers: uncapped well that is not a natural geyser,

answers: NDQ_000643

answers: hydrothermal

answers: NDQ_000644

answers: hydrothermal surface features

answers: NDQ_000645

answers: well

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: hydrothermal

answers: NDQ_000648

answers: hydrothermal activity prior to power-generation.

answers: NDQ_000649

answers: hydrothermal activity prior to power-generation.

answers: NDQ_000650

answers: dual-flash geothermal power plant

answers: NDQ_000651

answers: hydrothermal activity prior to power-generation.

answers: NDQ_000652

answers: well that is not a natural geyser,

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: hot springs

answers: NDQ_000655

answers: natural geyser,

text: Factors such as climate, features of landscape, soils, drainage, aspect and the effects of human activities; all impact on the severity and occurrence of dryland salinity. Dryland salinity effects human and natural resources, such as native vegetation and crops, animals, infrastructure, agricultural inputs, biodiversity, aquatic ecosystems and water supply quality in the environment. Understanding dryland salinity requires a look at the water cycle.Water enters the soil from precipitation – this is called Infiltration; water may remain indefinitely within the spaces or pores between soil particles as soil moisture. Soil moisture may be lost to the surface or atmosphere directly, or through plant uptake – this is called evapotranspiration. Soil moisture may also continue to move downward to join the groundwater—this is called groundwater recharge. Recharge is most likely to occur when the amount of water that is available to the soil exceeds the soil’s capacity to store it (field capacity). Recharge may also occur by saturated flow when water bypasses the soil matrix as it moves to depth in macropores (e.g. root holes, fractures).Excessive recharge may raise the water table locally, or at a landscape scale. When brackish to saline groundwater intersects the ground surface and discharges, this is termed saline discharge. Areas of discharge are called saline seeps (when groundwater intersects the soil surface) or saline scalds (where water is lost by evaporation only). Groundwater discharge manifests in such problems as: reduced agricultural production, degradation of natural environment, reduced surface water quality, damage to infrastructure including roads, as well as soil erosion and denudation of land.

text: Factors such as climate, features of landscape, soils, drainage, aspect and the effects of human activities; all impact on the severity and occurrence of dryland salinity. Dryland salinity effects human and natural resources, such as native vegetation and crops, animals, infrastructure, agricultural inputs, biodiversity, aquatic ecosystems and water supply quality in the environment. Understanding dryland salinity requires a look at the

text: water cycle

text: .Water enters the soil from precipitation – this is called

text: Infiltration

text: ; water may remain indefinitely within the spaces or pores between soil particles as soil moisture. Soil moisture may be lost to the surface or atmosphere directly, or through plant uptake – this is called evapotranspiration.

text: Soil moisture

text: may also continue to move downward to join the groundwater—this is called

text: groundwater recharge

text: . Recharge is most likely to occur when the amount of water that is available to the soil exceeds the soil’s capacity to store it (field capacity). Recharge may also occur by saturated flow when water bypasses the soil matrix as it moves to depth in macropores (e.g. root holes, fractures).Excessive recharge may raise the water table locally, or at a landscape scale. When brackish to saline groundwater intersects the ground surface and discharges, this is termed saline

text: discharge

text: . Areas of discharge are called saline seeps (when groundwater intersects the soil surface) or saline scalds (where water is lost by evaporation only). Groundwater discharge manifests in such problems as: reduced agricultural production, degradation of natural environment, reduced surface water quality, damage to infrastructure including roads, as well as

text: soil erosion

text: and denudation of land.

answers: NDQ_000611

answers: is what type of water?

answers: NDQ_000613

answers: water enters the soil from precipitation

answers: NDQ_000615

answers: raise

answers: NDQ_000616

answers: soil moisture

answers: NDQ_000619

answers: groundwater enters the soil

answers: NDQ_000624

answers: How does groundwater recharge affect the water table in an area?

answers: NDQ_000627

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

answers: NDQ_000629

answers: Which of the following is not a type of rock layer below an aquifer: permeable rock, sedimentary rock or sedimentary rock?

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: How is groundwater recharge different from evapotranspiration?

answers: NDQ_000632

answers: Which of the following is not a source of groundwater: brackish to saline groundwater

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: What is one of the biggest aquifers in the world?

answers: NDQ_000635

answers: What can affect the amount of water that is available to the soil?

answers: NDQ_000636

answers: groundwater recharge

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: Which of the following is not a source of groundwater: brackish to saline?

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: Which of the following is not a function of the water table?

answers: NDQ_000641

answers: How does groundwater recharge occur?

answers: NDQ_000642

answers: What causes dryland salinity?

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: macropores

answers: NDQ_000645

answers: groundwater recharge

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: Infiltration

answers: NDQ_000649

answers: unanswerable

answers: NDQ_000650

answers: human activities occur

answers: NDQ_000651

answers: environment

answers: NDQ_000652

answers: groundwater recharge

answers: NDQ_000653

answers: brackish water

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: Soil

answers: NDQ_000611

answers: brackish to saline

answers: NDQ_000613

answers: macropores

answers: NDQ_000615

answers: raise the water table

answers: NDQ_000616

answers: groundwater recharge.

answers: NDQ_000619

answers: fractures).Excessive recharge

answers: NDQ_000624

answers: raise the water table locally, or at a landscape scale.

answers: NDQ_000627

answers: root holes, fractures).Excessive

answers: NDQ_000629

answers: macropores

answers: NDQ_000630

answers: saline discharge.

answers: NDQ_000631

answers: pores (e.g. root holes, fractures).Excessive

answers: NDQ_000632

answers: root holes, fractures).Excessive

answers: NDQ_000633

answers: fractures).Excessive recharge

answers: NDQ_000634

answers: recharge may raise the water table

answers: NDQ_000635

answers: recharge

answers: NDQ_000636

answers: Groundwater discharge manifests in such problems as: reduced agricultural production,

answers: NDQ_000637

answers: macropores

answers: NDQ_000638

answers: macropores

answers: NDQ_000639

answers: brackish to saline groundwater

answers: NDQ_000640

answers: fractures).Excessive recharge may raise the water table

answers: NDQ_000641

answers: groundwater recharge.

answers: NDQ_000642

answers: root holes, fractures).Excessive

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: root holes,

answers: NDQ_000645

answers: water table

answers: NDQ_000646

answers: root holes,

answers: NDQ_000647

answers: brackish to saline groundwater

answers: NDQ_000648

answers: Infiltration;

answers: NDQ_000649

answers: root holes, fractures).Excessive

answers: NDQ_000650

answers: human activities;

answers: NDQ_000651

answers: moves to depth in macropores

answers: NDQ_000652

answers: precipitation

answers: NDQ_000653

answers: brackish to saline groundwater

answers: NDQ_000654

answers: Soil moisture may also continue to move downward to join the groundwater—this

answers: NDQ_000655

answers: (field capacity).

text: The propagation of seismic waves in porous rocks is associated with a small transient deformation of rock matrix and pore space which can cause electromagnetic fields of observable amplitude if the pores are saturated. Seismoelectric field measurements are expected to help localize permeable layers in porous rocks and provide information about anelastic properties. This theoretical potential for hydrogeological applications, however, is so far confirmed only by a very limited number of successful field studies. As a consequence, the seismoelectric method is still far from being routinely used.

text: The propagation of seismic waves in porous rocks is associated with a small transient deformation of

text: rock matrix

text: and pore space which can cause electromagnetic fields of observable amplitude if the pores are saturated. Seismoelectric field measurements are expected to help localize permeable layers in porous rocks and provide information about

text: anelastic

text: properties. This theoretical potential for hydrogeological applications, however, is so far confirmed only by a very limited number of successful field studies. As a consequence, the seismoelectric method is still far from being routinely used.

answers: NDQ_000611

answers: is not used for what purpose?

answers: NDQ_000613

answers: porous rocks and provide information about anelastic properties

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: permeable layers

answers: NDQ_000619

answers: seismic waves in porous rocks

answers: NDQ_000624

answers: hydrogeological applications

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not

answers: NDQ_000635

answers: Permeable layers in porous rocks and provide information about anelastic properties

answers: NDQ_000636

answers: theoretical potential for hydrogeological applications

answers: NDQ_000637

answers: yes

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: porous rocks

answers: NDQ_000644

answers: porous rocks

answers: NDQ_000645

answers: pore space

answers: NDQ_000646

answers: hydrogeological applications

answers: NDQ_000647

answers: hydrogeological applications

answers: NDQ_000648

answers: permeable layers

answers: NDQ_000649

answers: permeable

answers: NDQ_000650

answers: pores are saturated

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: porous rock

answers: NDQ_000653

answers: porous rocks

answers: NDQ_000654

answers: seismic waves

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: saturated.

answers: NDQ_000613

answers: permeable layers

answers: NDQ_000615

answers: saturated.

answers: NDQ_000616

answers: saturated.

answers: NDQ_000619

answers: if the pores are saturated.

answers: NDQ_000624

answers: hydrogeological

answers: NDQ_000627

answers: porous rocks

answers: NDQ_000629

answers: permeable layers in porous rocks

answers: NDQ_000630

answers: the seismoelectric method

answers: NDQ_000631

answers: hydrogeological applications,

answers: NDQ_000632

answers: The propagation of seismic waves in porous rocks

answers: NDQ_000633

answers: saturated.

answers: NDQ_000634

answers: The propagation of seismic waves

answers: NDQ_000635

answers: if the pores are saturated.

answers: NDQ_000636

answers: the seismoelectric method is still far from being routinely used.

answers: NDQ_000637

answers: if the pores are saturated.

answers: NDQ_000638

answers: permeable layers in porous rocks

answers: NDQ_000639

answers: porous rocks

answers: NDQ_000640

answers: propagation of seismic waves

answers: NDQ_000641

answers: The propagation of seismic waves

answers: NDQ_000642

answers: saturated.

answers: NDQ_000643

answers: pores

answers: NDQ_000644

answers: porous rocks

answers: NDQ_000645

answers: pore space which can cause electromagnetic fields of observable amplitude

answers: NDQ_000646

answers: seismic waves

answers: NDQ_000647

answers: hydrogeological applications,

answers: NDQ_000648

answers: if the pores are saturated.

answers: NDQ_000649

answers: porous rocks

answers: NDQ_000650

answers: the pores are saturated.

answers: NDQ_000651

answers: The propagation of seismic waves

answers: NDQ_000652

answers: porous rocks

answers: NDQ_000653

answers: porous rocks

answers: NDQ_000654

answers: seismic waves

answers: NDQ_000655

answers: porous

text: Two of the most visited springs today are Geyser Island Spouter and Orenda Spring, along Geyser Creek. Geyser Island Spouter, which sends a narrow plume of water  into the air, first emerged in the early 1900s. Since that time, it has deposited minerals which grow a tufa deposit at the rate of  per year. Orenda Spring has created a massive tufa dome, which continues to fossilize leaves and other debris as it grows.

text: Two of the most visited springs today are Geyser Island Spouter and Orenda Spring, along Geyser Creek. Geyser Island Spouter, which sends a narrow plume of water  into the air, first emerged in the early 1900s. Since that time, it has deposited minerals which grow a

text: tufa

text: deposit at the rate of  per year. Orenda Spring has created a massive tufa dome, which continues to fossilize leaves and other debris as it grows.

answers: NDQ_000611

answers: is a source of what?

answers: NDQ_000613

answers: tufa deposit at the rate of per year

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: Geyser Creek

answers: NDQ_000619

answers: Geyser Island Spouter deposits minerals

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

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

answers: NDQ_000629

answers: None of the above choices.

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

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

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can be concluded about Geyser Island Spouter?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: What does Geyser Island Spouter have in common with a good aquifer?

answers: NDQ_000638

answers: It is impossible to say

answers: NDQ_000639

answers: Which of the following is true of Geyser Island Spouter?

answers: NDQ_000640

answers: Which of the following is not a type of spring: Geyser Island Spouter or Orenda Spring?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: tufa

answers: NDQ_000643

answers: Tufa deposit

answers: NDQ_000644

answers: tufa

answers: NDQ_000645

answers: geyser creek

answers: NDQ_000646

answers: spring

answers: NDQ_000647

answers: geyser

answers: NDQ_000648

answers: springs

answers: NDQ_000649

answers: Which of the following is true of Geyser Island Spouter?

answers: NDQ_000650

answers: has been flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Geyser Creek

answers: NDQ_000654

answers: minerals

answers: NDQ_000655

answers: tufa

answers: NDQ_000611

answers: Geyser Creek.

answers: NDQ_000613

answers: deposited minerals

answers: NDQ_000615

answers: Geyser Creek.

answers: NDQ_000616

answers: springs

answers: NDQ_000619

answers: minerals

answers: NDQ_000624

answers: Geyser Creek.

answers: NDQ_000627

answers: tufa

answers: NDQ_000629

answers: tufa deposit at the rate of per year.

answers: NDQ_000630

answers: Geyser Island Spouter and Orenda Spring,

answers: NDQ_000631

answers: Geyser Island Spouter and Orenda Spring,

answers: NDQ_000632

answers: water into the air, first emerged in the early 1900s.

answers: NDQ_000633

answers: year.

answers: NDQ_000634

answers: Geyser Island Spouter and Orenda Spring,

answers: NDQ_000635

answers: Geyser Island Spouter and Orenda Spring,

answers: NDQ_000636

answers: Geyser Island Spouter and Orenda Spring,

answers: NDQ_000637

answers: tufa deposit at the rate of per year.

answers: NDQ_000638

answers: tufa deposit at the rate of per year.

answers: NDQ_000639

answers: minerals

answers: NDQ_000640

answers: Geyser Island Spouter and Orenda Spring,

answers: NDQ_000641

answers: springs

answers: NDQ_000642

answers: Orenda Spring has created a massive tufa dome,

answers: NDQ_000643

answers: tufa

answers: NDQ_000644

answers: narrow plume

answers: NDQ_000645

answers: tufa

answers: NDQ_000646

answers: springs today are Geyser Island Spouter

answers: NDQ_000647

answers: water

answers: NDQ_000648

answers: water

answers: NDQ_000649

answers: minerals

answers: NDQ_000650

answers: visited

answers: NDQ_000651

answers: Geyser Creek.

answers: NDQ_000652

answers: Geyser Creek.

answers: NDQ_000653

answers: springs

answers: NDQ_000654

answers: springs

answers: NDQ_000655

answers: tufa dome,

text: Emerald Spring is a hot spring located in Norris Geyser Basin of Yellowstone National Park.

text: Emerald Spring is a

text: hot spring

text: located in

text: Norris Geyser Basin

text: of

text: Yellowstone National Park

answers: NDQ_000611

answers: vaporizes from the ground.

answers: NDQ_000613

answers: hot springs and cold water

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: a hot spring

answers: NDQ_000619

answers: the water in the spring is too hot

answers: NDQ_000624

answers: What will happen to the water table?

answers: NDQ_000627

answers: Where would you find an aquifer?

answers: NDQ_000629

answers: None of the above choices.

answers: NDQ_000630

answers: What is the source of the water in the spring?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: in the same areas

answers: NDQ_000633

answers: None of the above choices.

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: The amount of land used in an area can affect the amount of water that can enter groundwater.

answers: NDQ_000636

answers: None of the above choices.

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: It's impossible to say

answers: NDQ_000640

answers: The water table keeps water from seeping deeper underground.

answers: NDQ_000641

answers: It is a natural process.

answers: NDQ_000642

answers: can be a bad thing

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: a geyser

answers: NDQ_000645

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: emerald spring

answers: NDQ_000648

answers: can be used for drinking

answers: NDQ_000649

answers: a source of heat

answers: NDQ_000650

answers: is located near a large body of water

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: the oceans

answers: NDQ_000654

answers: water evaporation

answers: NDQ_000655

answers: hydrated

answers: NDQ_000611

answers: Emerald Spring

answers: NDQ_000613

answers: hot

answers: NDQ_000615

answers: Emerald Spring

answers: NDQ_000616

answers: Emerald Spring

answers: NDQ_000619

answers: hot spring

answers: NDQ_000624

answers: Norris Geyser Basin

answers: NDQ_000627

answers: Emerald Spring

answers: NDQ_000629

answers: Emerald Spring

answers: NDQ_000630

answers: Emerald Spring

answers: NDQ_000631

answers: Emerald Spring

answers: NDQ_000632

answers: Emerald Spring

answers: NDQ_000633

answers: Emerald Spring is a hot spring

answers: NDQ_000634

answers: Emerald Spring

answers: NDQ_000635

answers: Emerald Spring

answers: NDQ_000636

answers: Emerald Spring

answers: NDQ_000637

answers: Emerald Spring

answers: NDQ_000638

answers: Emerald Spring

answers: NDQ_000639

answers: Emerald Spring

answers: NDQ_000640

answers: Emerald Spring

answers: NDQ_000641

answers: Emerald Spring

answers: NDQ_000642

answers: Emerald Spring

answers: NDQ_000643

answers: hot spring

answers: NDQ_000644

answers: Emerald Spring

answers: NDQ_000645

answers: Emerald Spring

answers: NDQ_000646

answers: hot spring

answers: NDQ_000647

answers: hot spring

answers: NDQ_000648

answers: hot spring

answers: NDQ_000649

answers: Emerald Spring is a hot spring

answers: NDQ_000650

answers: hot spring

answers: NDQ_000651

answers: Yellowstone National Park.

answers: NDQ_000652

answers: hot spring located in Norris Geyser Basin

answers: NDQ_000653

answers: hot spring located in Norris Geyser Basin

answers: NDQ_000654

answers: hot spring

answers: NDQ_000655

answers: hot spring

text: The mineral-rich mountain springs of the Appalachians—which for many years were thought to have health-restoring qualities—were drawing visitors to the region as early as the 18th century with the establishment of resorts at Hot Springs, Virginia and what is now Hot Springs, North Carolina.  Along with the mineral springs, the cool and clear air of the range's high elevations provided an escape for lowland elites, and elaborate hotels—such as The Greenbrier in West Virginia and the Balsam Mountain Inn in North Carolina—were built throughout the region's remote valleys and mountain slopes.  The end of World War I (which opened up travel opportunities to Europe) and the arrival of the automobile (which changed the nation's vacation habits) led to the demise of all but a few of the region's spa resorts.  The establishment of national parks in the 1930s brought an explosion of tourist traffic to the region, but created problems with urban sprawl in the various host communities.  In the late 20th and early 21st centuries, states have placed greater focus on sustaining tourism while preserving host communities.

text: The mineral-rich mountain springs of the Appalachians—which for many years were thought to have health-restoring qualities—were drawing visitors to the region as early as the 18th century with the establishment of resorts at

text: Hot Springs, Virginia

text: and what is now

text: Hot Springs, North Carolina

text: .  Along with the mineral springs, the cool and clear air of the range's high elevations provided an escape for lowland elites, and elaborate hotels—such as

text: The Greenbrier

text: in West Virginia and the

text: Balsam Mountain Inn

text: in North Carolina—were built throughout the region's remote valleys and mountain slopes.  The end of World War I (which opened up travel opportunities to Europe) and the arrival of the automobile (which changed the nation's vacation habits) led to the demise of all but a few of the region's spa resorts.  The establishment of national parks in the 1930s brought an explosion of tourist traffic to the region, but created problems with

text: urban sprawl

text: in the various host communities.  In the late 20th and early 21st centuries, states have placed greater focus on sustaining tourism while preserving host communities.

answers: NDQ_000611

answers: is found in what type of environment?

answers: NDQ_000613

answers: mineral-rich

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Appalachians

answers: NDQ_000619

answers: mineral-rich mountain springs

answers: NDQ_000624

answers: what is now Hot Springs, North Carolina

answers: NDQ_000627

answers: what is now Hot Springs, North Carolina

answers: NDQ_000629

answers: What is now Hot Springs, North Carolina

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: The establishment of national parks in the 1930s brought an explosion of tourist traffic to the region

answers: NDQ_000636

answers: the establishment of national parks

answers: NDQ_000637

answers: what is now Hot Springs, North Carolina

answers: NDQ_000638

answers: What is now Hot Springs, North Carolina

answers: NDQ_000639

answers: mineral-rich mountain springs

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: what is now Hot Springs, North Carolina

answers: NDQ_000642

answers: What made the mineral springs of the Appalachians thought to have health-restoring qualities

answers: NDQ_000643

answers: mineral springs

answers: NDQ_000644

answers: mineral springs of the Appalachians

answers: NDQ_000645

answers: mineral springs

answers: NDQ_000646

answers: mineral springs

answers: NDQ_000647

answers: mineral springs

answers: NDQ_000648

answers: mineral springs

answers: NDQ_000649

answers: Where is the Greenbrier located?

answers: NDQ_000650

answers: urbanized

answers: NDQ_000651

answers: Appalaches

answers: NDQ_000652

answers: mountain

answers: NDQ_000653

answers: Appalachians

answers: NDQ_000654

answers: minerals

answers: NDQ_000655

answers: mineral-rich

answers: NDQ_000611

answers: mountain springs

answers: NDQ_000613

answers: mineral-rich

answers: NDQ_000615

answers: Appalachians—which

answers: NDQ_000616

answers: mountain springs

answers: NDQ_000619

answers: mineral-rich mountain springs

answers: NDQ_000624

answers: The mineral-rich mountain springs

answers: NDQ_000627

answers: The mineral-rich mountain springs of the Appalachians—which

answers: NDQ_000629

answers: The mineral-rich mountain springs of the Appalachians—which

answers: NDQ_000630

answers: Hot Springs, North Carolina.

answers: NDQ_000631

answers: The mineral-rich mountain springs

answers: NDQ_000632

answers: springs of the Appalachians—which

answers: NDQ_000633

answers: The mineral-rich mountain springs

answers: NDQ_000634

answers: The mineral-rich mountain springs of the Appalachians—which

answers: NDQ_000635

answers: urban sprawl

answers: NDQ_000636

answers: The mineral-rich mountain springs of the Appalachians—which

answers: NDQ_000637

answers: The mineral-rich mountain springs

answers: NDQ_000638

answers: The mineral-rich mountain springs

answers: NDQ_000639

answers: mineral-rich mountain springs

answers: NDQ_000640

answers: The mineral-rich mountain springs of the Appalachians—which

answers: NDQ_000641

answers: The mineral-rich mountain springs of the Appalachians—which

answers: NDQ_000642

answers: automobile

answers: NDQ_000643

answers: mountain springs

answers: NDQ_000644

answers: mountain springs

answers: NDQ_000645

answers: mountain springs

answers: NDQ_000646

answers: The mineral-rich mountain springs

answers: NDQ_000647

answers: mountain springs

answers: NDQ_000648

answers: mountain springs

answers: NDQ_000649

answers: valleys and mountain slopes.

answers: NDQ_000650

answers: urban sprawl

answers: NDQ_000651

answers: mineral-rich mountain springs of the Appalachians—which

answers: NDQ_000652

answers: mineral-rich mountain

answers: NDQ_000653

answers: mountain springs of the Appalachians—which

answers: NDQ_000654

answers: mountain springs

answers: NDQ_000655

answers: mineral-rich mountain springs

text: Comet Geyser was named by the Hague Party in 1904.

text: Comet Geyser was named by the

text: Hague Party

text: in 1904.

answers: NDQ_000611

answers: evaporates from the surface of the earth.

answers: NDQ_000613

answers: aquifers should be deep enough to store water

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: evaporation

answers: NDQ_000619

answers: a comet collides with an object

answers: NDQ_000624

answers: How would you describe the Hague Party?

answers: NDQ_000627

answers: What does Comet Geyser mean?

answers: NDQ_000629

answers: Which of the following is not true of Comet Geyser?

answers: NDQ_000630

answers: How does magma heat water in a hot spring?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: The Hague Party named Comet Geyser in 1904.

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: Which of the following is not the type of rock in an aquifer?

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping deeper.

answers: NDQ_000641

answers: It is impossible for a person to get water from a well.

answers: NDQ_000642

answers: can cause a comet to erupt

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: is a characteristic of comets

answers: NDQ_000645

answers: is a geyser

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: no

answers: NDQ_000648

answers: can be used for drinking

answers: NDQ_000649

answers: insoluble

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: the oceans

answers: NDQ_000654

answers: evaporation

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: Comet Geyser

answers: NDQ_000613

answers: Comet Geyser

answers: NDQ_000615

answers: Comet Geyser

answers: NDQ_000616

answers: Comet Geyser

answers: NDQ_000619

answers: Comet

answers: NDQ_000624

answers: 1904.

answers: NDQ_000627

answers: 1904.

answers: NDQ_000629

answers: 1904.

answers: NDQ_000630

answers: Comet Geyser

answers: NDQ_000631

answers: Comet Geyser

answers: NDQ_000632

answers: 1904.

answers: NDQ_000633

answers: Comet Geyser

answers: NDQ_000634

answers: 1904.

answers: NDQ_000635

answers: 1904.

answers: NDQ_000636

answers: 1904.

answers: NDQ_000637

answers: Comet Geyser was named by the Hague Party

answers: NDQ_000638

answers: Comet Geyser was named by the Hague Party

answers: NDQ_000639

answers: Comet Geyser

answers: NDQ_000640

answers: 1904.

answers: NDQ_000641

answers: Comet Geyser

answers: NDQ_000642

answers: Comet Geyser

answers: NDQ_000643

answers: Comet Geyser

answers: NDQ_000644

answers: Comet Geyser

answers: NDQ_000645

answers: Comet Geyser

answers: NDQ_000646

answers: Comet Geyser

answers: NDQ_000647

answers: Comet Geyser

answers: NDQ_000648

answers: Comet Geyser

answers: NDQ_000649

answers: Comet Geyser

answers: NDQ_000650

answers: Hague Party in 1904.

answers: NDQ_000651

answers: 1904.

answers: NDQ_000652

answers: Comet Geyser

answers: NDQ_000653

answers: Comet Geyser

answers: NDQ_000654

answers: Comet Geyser

answers: NDQ_000655

answers: Comet Geyser

text: Groundwater can either be privately owned or publicly owned. Groundwater owned by the State is usually distributed through an appropriation system. Privately owned groundwater may allow unlimited production or limited production rights based on land ownership or liability rules. It is possible to regulate the spacing of wells and groundwater production under any of these systems, but the methods, effectiveness and results of that regulation varies greatly from one system to the next depending on the type of aquifer to be regulated. Effective regulation is tailored to both the hydrology and economics of the region to be regulated. Below is a short discussion of each system and the advantages and disadvantages of each.

text: Groundwater can either be privately owned or publicly owned. Groundwater owned by the State is usually distributed through an appropriation system. Privately owned groundwater may allow unlimited production or limited production rights based on land ownership or liability rules. It is possible to regulate the spacing of wells and groundwater production under any of these systems, but the methods, effectiveness and results of that regulation varies greatly from one system to the next depending on the type of

text: aquifer

text: to be regulated. Effective regulation is tailored to both the

text: hydrology

text: and

text: economics

text: of the region to be regulated. Below is a short discussion of each system and the advantages and disadvantages of each.

answers: NDQ_000611

answers: is distributed through an appropriation system

answers: NDQ_000613

answers: hydrology and economics

answers: NDQ_000615

answers: increase in the aquifer

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: Geysers are formed when magma freezes.

answers: NDQ_000624

answers: Context: The water table in an area may rise or fall.

answers: NDQ_000627

answers: Context: An aquifer usually forms in a layer of clay.

answers: NDQ_000629

answers: Context: The rock layer below an aquifer always consists of what?

answers: NDQ_000630

answers: context: Water in hot springs is heated by hot magma.

answers: NDQ_000631

answers: Privately owned groundwater may allow unlimited production or limited production rights based on land ownership or liability rules.

answers: NDQ_000632

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

answers: NDQ_000633

answers: Context: Groundwater can either be privately owned or publicly owned

answers: NDQ_000634

answers: Privately owned groundwater may allow unlimited production or limited production rights based on land ownership or liability rules

answers: NDQ_000635

answers: Context: Groundwater can either be privately owned or publicly owned. Groundwater owned by the State is usually distributed through an appropriation

answers: NDQ_000636

answers: Publicly owned groundwater can allow unlimited production or limited production rights based on land ownership or liability rules

answers: NDQ_000637

answers: Context: A good aquifer has rock in it that is porous and permeable.

answers: NDQ_000638

answers: The bottom layer of an aquifer has impermeable rock.

answers: NDQ_000639

answers: Context: Groundwater can either be privately owned or publicly owned

answers: NDQ_000640

answers: Context: Groundwater can either be privately owned or publicly owned. Groundwater owned by the State is usually distributed through an appropriation system

answers: NDQ_000641

answers: Context: Groundwater can either be privately owned or publicly owned. Groundwater owned by the State is usually distributed through an appropriation system.

answers: NDQ_000642

answers: aquifer

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Water infiltrates ground where rock is

answers: NDQ_000650

answers: privately owned

answers: NDQ_000651

answers: United States.

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: Aquifers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: Groundwater owned by the State is usually distributed through an appropriation system.

answers: NDQ_000613

answers: Effective regulation is tailored to both the hydrology and economics

answers: NDQ_000615

answers: Groundwater

answers: NDQ_000616

answers: Groundwater

answers: NDQ_000619

answers: Groundwater

answers: NDQ_000624

answers: Groundwater

answers: NDQ_000627

answers: Groundwater

answers: NDQ_000629

answers: Groundwater owned by the State is usually distributed through an appropriation system.

answers: NDQ_000630

answers: Groundwater

answers: NDQ_000631

answers: Groundwater

answers: NDQ_000632

answers: Groundwater owned by the State is usually distributed through an appropriation system.

answers: NDQ_000633

answers: Groundwater owned by the State is usually distributed through an appropriation system.

answers: NDQ_000634

answers: Groundwater can either be privately owned or publicly owned.

answers: NDQ_000635

answers: land ownership or liability rules.

answers: NDQ_000636

answers: Groundwater owned by the State is usually distributed through an appropriation system.

answers: NDQ_000637

answers: Groundwater

answers: NDQ_000638

answers: Groundwater

answers: NDQ_000639

answers: Groundwater

answers: NDQ_000640

answers: Groundwater

answers: NDQ_000641

answers: Groundwater

answers: NDQ_000642

answers: wells

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: Groundwater

answers: NDQ_000649

answers: Groundwater

answers: NDQ_000650

answers: privately owned or publicly owned.

answers: NDQ_000651

answers: Groundwater can either be privately owned or publicly owned.

answers: NDQ_000652

answers: Groundwater

answers: NDQ_000653

answers: Groundwater

answers: NDQ_000654

answers: Groundwater

answers: NDQ_000655

answers: unlimited production

text: The Geysers is the world's largest geothermal field, containing a complex of 22 geothermal power plants, drawing steam from more than 350 wells, located in the Mayacamas Mountains approximately  north of San Francisco, California.

text: The Geysers is the world's largest geothermal field, containing a complex of 22

text: geothermal power

text: plants, drawing steam from more than 350 wells, located in the

text: Mayacamas Mountains

text: approximately  north of

text: San Francisco

text: California

answers: NDQ_000611

answers: is drawn from the ground

answers: NDQ_000613

answers: more than 350 wells

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: Mayacamas Mountains

answers: NDQ_000619

answers: geothermal energy is released

answers: NDQ_000624

answers: in a geothermal field

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: geothermal field

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: The Geysers is a complex of 22 geothermal power plants, drawing steam from more than 350 wells

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a source of steam: geothermal power plants, mineral springs or wells?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: it is not possible to tell

answers: NDQ_000642

answers: does not apply to geysers

answers: NDQ_000643

answers: geothermal field

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: geothermal field

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: geothermal

answers: NDQ_000648

answers: wells

answers: NDQ_000649

answers: Where is the Geysers located?

answers: NDQ_000650

answers: draws steam from more than 350 wells

answers: NDQ_000651

answers: California

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: the oceans

answers: NDQ_000654

answers: geothermal energy

answers: NDQ_000655

answers: geothermal

answers: NDQ_000611

answers: wells,

answers: NDQ_000613

answers: drawing steam from more than 350 wells,

answers: NDQ_000615

answers: 350 wells,

answers: NDQ_000616

answers: 350 wells,

answers: NDQ_000619

answers: steam from more than 350 wells,

answers: NDQ_000624

answers: 350 wells,

answers: NDQ_000627

answers: 350 wells,

answers: NDQ_000629

answers: 350 wells,

answers: NDQ_000630

answers: The Geysers

answers: NDQ_000631

answers: 350 wells,

answers: NDQ_000632

answers: 350 wells,

answers: NDQ_000633

answers: 350 wells,

answers: NDQ_000634

answers: The Geysers

answers: NDQ_000635

answers: 350 wells, located in the Mayacamas Mountains

answers: NDQ_000636

answers: 350 wells,

answers: NDQ_000637

answers: 350 wells,

answers: NDQ_000638

answers: 350 wells,

answers: NDQ_000639

answers: 350 wells,

answers: NDQ_000640

answers: 350

answers: NDQ_000641

answers: steam

answers: NDQ_000642

answers: 350 wells,

answers: NDQ_000643

answers: geothermal

answers: NDQ_000644

answers: wells,

answers: NDQ_000645

answers: 350 wells,

answers: NDQ_000646

answers: wells,

answers: NDQ_000647

answers: 350 wells,

answers: NDQ_000648

answers: steam from more than 350 wells,

answers: NDQ_000649

answers: 350 wells,

answers: NDQ_000650

answers: geothermal power plants,

answers: NDQ_000651

answers: California.

answers: NDQ_000652

answers: wells,

answers: NDQ_000653

answers: geothermal field,

answers: NDQ_000654

answers: steam from more than 350 wells,

answers: NDQ_000655

answers: geothermal

text: Labial Geyser is a cone-type geyser in the Lower Geyser Basin of Yellowstone National Park in the United States. It is part of the Pink Cone Group. Other geysers in this groups are Bead Geyser, Box Spring, Dilemma Geyser, Narcissus Geyser, Pink Geyser, and Pink Cone Geyser.

text: Labial Geyser is a cone-type

text: geyser

text: in the

text: Lower Geyser Basin

text: of

text: Yellowstone National Park

text: in the

text: United States

text: . It is part of the Pink Cone Group. Other geysers in this groups are

text: Bead Geyser

text: Box Spring

text: Dilemma Geyser

text: Narcissus Geyser

text: Pink Geyser

text: , and

text: Pink Cone Geyser

answers: NDQ_000611

answers: Labial Geyser

answers: NDQ_000613

answers: good aquifer

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: Yellowstone National Park

answers: NDQ_000619

answers: Geysers erupt because of

answers: NDQ_000624

answers: What is Labial Geyser?

answers: NDQ_000627

answers: Where is Labial Geyser located?

answers: NDQ_000629

answers: What is Labial Geyser part of?

answers: NDQ_000630

answers: How does Labial Geyser get its name?

answers: NDQ_000631

answers: How many aquifers are beneath Yellowstone National Park?

answers: NDQ_000632

answers: How deep is Labial Geyser?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: How many geysers are in this groups?

answers: NDQ_000635

answers: What is Labial Geyser part of?

answers: NDQ_000636

answers: What is Labial Geyser?

answers: NDQ_000637

answers: What is Labial Geyser?

answers: NDQ_000638

answers: It is part of the Pink Cone Group

answers: NDQ_000639

answers: Which of the following is not a mineral spring: Labial Geyser, Pink Cone Geyser, or Bead Geyser?

answers: NDQ_000640

answers: What is Labial Geyser?

answers: NDQ_000641

answers: How would you describe Labial Geyser?

answers: NDQ_000642

answers: cone-type

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: cone-type

answers: NDQ_000645

answers: Geyser Basin

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: Geyser Basin

answers: NDQ_000648

answers: geyser

answers: NDQ_000649

answers: Where is Labial Geyser located?

answers: NDQ_000650

answers: is located near a large body of water

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: Geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: Geyser

answers: NDQ_000611

answers: cone-type geyser

answers: NDQ_000613

answers: cone-type geyser

answers: NDQ_000615

answers: Labial Geyser

answers: NDQ_000616

answers: Labial Geyser

answers: NDQ_000619

answers: Pink Cone Group.

answers: NDQ_000624

answers: Lower Geyser Basin

answers: NDQ_000627

answers: Labial Geyser

answers: NDQ_000629

answers: Pink Cone Group.

answers: NDQ_000630

answers: Pink Cone Group.

answers: NDQ_000631

answers: Labial Geyser

answers: NDQ_000632

answers: Pink Cone Group.

answers: NDQ_000633

answers: Labial Geyser

answers: NDQ_000634

answers: Yellowstone National Park in the United States.

answers: NDQ_000635

answers: Labial Geyser

answers: NDQ_000636

answers: Labial Geyser

answers: NDQ_000637

answers: Pink Cone Group.

answers: NDQ_000638

answers: Labial Geyser

answers: NDQ_000639

answers: cone-type geyser

answers: NDQ_000640

answers: Labial Geyser

answers: NDQ_000641

answers: Labial Geyser

answers: NDQ_000642

answers: cone-type

answers: NDQ_000643

answers: Lower Geyser Basin

answers: NDQ_000644

answers: cone-type

answers: NDQ_000645

answers: Lower Geyser Basin

answers: NDQ_000646

answers: Labial Geyser

answers: NDQ_000647

answers: Lower Geyser Basin

answers: NDQ_000648

answers: cone-type geyser

answers: NDQ_000649

answers: Labial Geyser

answers: NDQ_000650

answers: Yellowstone National Park

answers: NDQ_000651

answers: Yellowstone National Park

answers: NDQ_000652

answers: cone-type geyser

answers: NDQ_000653

answers: Lower Geyser Basin

answers: NDQ_000654

answers: geyser

answers: NDQ_000655

answers: cone-type geyser

text: Cities on top of the aquifer include Gary, Hammond, and East Chicago.  The aquifer sits in unconsolidated deposits of fine sand and glacial till in the Calumet Lacustrine Plain, with some occasional lenses of peat and gravel and areas of slag fill. As a result, it is especially vulnerable to contamination from surface sources.  The aquifer has never been extensively used as a source of water, local communities instead drawing water from Lake Michigan.

text: Cities on top of the aquifer include

text: Gary

text: Hammond

text: , and

text: East Chicago

text: .  The aquifer sits in unconsolidated deposits of fine sand and

text: glacial till

text: in the

text: Calumet Lacustrine Plain

text: , with some occasional lenses of

text: peat

text: and gravel and areas of

text: slag

text: fill. As a result, it is especially vulnerable to contamination from surface sources.  The aquifer has never been extensively used as a source of water, local communities instead drawing water from Lake Michigan.

answers: NDQ_000611

answers: is contaminated from surface sources

answers: NDQ_000613

answers: The aquifer has never been extensively used as a source of water

answers: NDQ_000615

answers: aquifer

answers: NDQ_000616

answers: Lake Michigan

answers: NDQ_000619

answers: aquifer sits in unconsolidated deposits

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: It's impossible to say

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Why is the aquifer vulnerable to contamination from surface sources?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: no

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Which of the following is not a mineral spring: peat and gravel or slag fill?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: is especially vulnerable to contamination from surface sources

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: Lacustrine

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: aquifer

answers: NDQ_000648

answers: surface sources

answers: NDQ_000649

answers: Where is the aquifer located?

answers: NDQ_000650

answers: surface sources are present

answers: NDQ_000651

answers: No

answers: NDQ_000652

answers: surface source

answers: NDQ_000653

answers: Lake Michigan

answers: NDQ_000654

answers: surface sources

answers: NDQ_000655

answers: unconsolidated

answers: NDQ_000611

answers: Lake Michigan.

answers: NDQ_000613

answers: never been extensively used as a source of water,

answers: NDQ_000615

answers: Lake Michigan.

answers: NDQ_000616

answers: Lake Michigan.

answers: NDQ_000619

answers: contamination from surface sources.

answers: NDQ_000624

answers: aquifer

answers: NDQ_000627

answers: fine sand and glacial till

answers: NDQ_000629

answers: fine sand and glacial till

answers: NDQ_000630

answers: Lake Michigan.

answers: NDQ_000631

answers: Calumet Lacustrine Plain,

answers: NDQ_000632

answers: unconsolidated deposits of fine sand and glacial till

answers: NDQ_000633

answers: Lake Michigan.

answers: NDQ_000634

answers: Lake Michigan.

answers: NDQ_000635

answers: surface sources.

answers: NDQ_000636

answers: Lake Michigan.

answers: NDQ_000637

answers: fine sand and glacial till

answers: NDQ_000638

answers: unconsolidated deposits of fine sand and glacial till

answers: NDQ_000639

answers: peat and gravel

answers: NDQ_000640

answers: Lake Michigan.

answers: NDQ_000641

answers: Lake Michigan.

answers: NDQ_000642

answers: The aquifer

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: The aquifer

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: Lake Michigan.

answers: NDQ_000647

answers: aquifer

answers: NDQ_000648

answers: Lake Michigan.

answers: NDQ_000649

answers: peat and gravel and areas of slag fill.

answers: NDQ_000650

answers: surface sources.

answers: NDQ_000651

answers: Lake Michigan.

answers: NDQ_000652

answers: Lake Michigan.

answers: NDQ_000653

answers: Lake Michigan.

answers: NDQ_000654

answers: Lake Michigan.

answers: NDQ_000655

answers: unconsolidated

text: Radio Ngāti Porou is the official station of Ngāti Porou. It is based in Ruatoria and broadcasts on  in Tikitiki,  at Tolaga Bay,  in Gisborne,  in Ruatoria, and  at Hicks Bay.

entity_name: Te Whakaruruhau o Nga Reo Irirangi Māori

text: Radio Ngāti Porou

text: is the official station of Ngāti Porou. It is based in Ruatoria and broadcasts on  in

text: Tikitiki

text: ,  at

text: Tolaga Bay

text: ,  in

text: Gisborne

text: ,  in Ruatoria, and  at

text: Hicks Bay

answers: NDQ_000611

answers: Tolaga Bay

answers: NDQ_000613

answers: unanswerable

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: Tolaga Bay

answers: NDQ_000619

answers: Radio Ng ti Porou is a radio station

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: What is aquifer?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: Gisborne

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater

answers: NDQ_000636

answers: Tolaga Bay

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: Tikitiki

answers: NDQ_000644

answers: Tikitiki

answers: NDQ_000645

answers: Tolaga Bay

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: ice

answers: NDQ_000648

answers: Tolaga Bay

answers: NDQ_000649

answers: It is not possible to infiltrate the ground where rock is

answers: NDQ_000650

answers: is located near a large body of water

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: source

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: Tolaga Bay

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: Radio Ng<unk>ti Porou

answers: NDQ_000613

answers: Radio Ng<unk>ti Porou

answers: NDQ_000615

answers: Tolaga Bay, in Gisborne,

answers: NDQ_000616

answers: Tolaga Bay,

answers: NDQ_000619

answers: Radio Ng<unk>ti Porou

answers: NDQ_000624

answers: Radio Ng<unk>ti Porou

answers: NDQ_000627

answers: Radio Ng<unk>ti Porou

answers: NDQ_000629

answers: Radio Ng<unk>ti Porou

answers: NDQ_000630

answers: Radio Ng<unk>ti Porou

answers: NDQ_000631

answers: Radio Ng<unk>ti Porou

answers: NDQ_000632

answers: Radio Ng<unk>ti Porou

answers: NDQ_000633

answers: Radio Ng<unk>ti Porou

answers: NDQ_000634

answers: Radio Ng<unk>ti Porou

answers: NDQ_000635

answers: Radio Ng<unk>ti Porou

answers: NDQ_000636

answers: Radio Ng<unk>ti Porou

answers: NDQ_000637

answers: Radio Ng<unk>ti Porou

answers: NDQ_000638

answers: Radio Ng<unk>ti Porou

answers: NDQ_000639

answers: Radio Ng<unk>ti Porou

answers: NDQ_000640

answers: Radio Ng<unk>ti Porou

answers: NDQ_000641

answers: Radio Ng<unk>ti Porou

answers: NDQ_000642

answers: Radio Ng<unk>ti Porou

answers: NDQ_000643

answers: Radio Ng<unk>ti Porou

answers: NDQ_000644

answers: Radio Ng<unk>ti Porou

answers: NDQ_000645

answers: Radio Ng<unk>ti Porou

answers: NDQ_000646

answers: Radio Ng<unk>ti Porou

answers: NDQ_000647

answers: Radio Ng<unk>ti Porou

answers: NDQ_000648

answers: Radio Ng<unk>ti Porou

answers: NDQ_000649

answers: Radio Ng<unk>ti Porou

answers: NDQ_000650

answers: Radio Ng<unk>ti Porou

answers: NDQ_000651

answers: Radio Ng<unk>ti Porou

answers: NDQ_000652

answers: Tolaga Bay,

answers: NDQ_000653

answers: Tolaga Bay,

answers: NDQ_000654

answers: Tolaga Bay,

answers: NDQ_000655

answers: Radio Ng<unk>ti Porou

text: There is evidence for both theories.  Most of the gully alcove heads occur at the same level, just as one would expect of an aquifer.  Various measurements and calculations show that liquid water could exist in an aquifer at the usual depths where the gullies begin. One variation of this model is that rising hot magma could have melted ice in the ground and caused water to flow in aquifers.  Aquifers are layer that allow water to flow.  They may consist of porous sandstone.  This layer would be perched on top of another layer that prevents water from going down (in geological terms it would be called impermeable).  The only direction the trapped water can flow is horizontally.  The water could then flow out onto the surface when it reaches a break, like a crater wall.  Aquifers are quite common on Earth.  A good example is "Weeping Rock" in Zion National Park Utah.

text: There is evidence for both theories.  Most of the gully alcove heads occur at the same level, just as one would expect of an aquifer.  Various measurements and calculations show that liquid water could exist in an aquifer at the usual depths where the gullies begin. One variation of this model is that rising hot magma could have melted ice in the ground and caused water to flow in aquifers.  Aquifers are layer that allow water to flow.  They may consist of porous sandstone.  This layer would be perched on top of another layer that prevents water from going down (in geological terms it would be called impermeable).  The only direction the trapped water can flow is horizontally.  The water could then flow out onto the surface when it reaches a break, like a crater wall.  Aquifers are quite common on Earth.  A good example is "Weeping Rock" in Zion National Park Utah.

answers: NDQ_000611

answers: reaches the surface when it reaches

answers: NDQ_000613

answers: layer that allow water to flow

answers: NDQ_000615

answers: increase in depth

answers: NDQ_000616

answers: gullies

answers: NDQ_000619

answers: rising hot magma

answers: NDQ_000624

answers: What is a variation of this model?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: Which layer would be perched on top of another layer that prevents water from going down

answers: NDQ_000630

answers: What is the only direction the trapped water can flow is horizontal?

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: yes

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a type of layer that allow water to flow?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: yes

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: Aquifers, gully alcove heads, or magma?

answers: NDQ_000640

answers: layer that prevents water from going down

answers: NDQ_000641

answers: no

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: impermeable

answers: NDQ_000646

answers: gully

answers: NDQ_000647

answers: aquifers

answers: NDQ_000648

answers: liquid water

answers: NDQ_000649

answers: What is the only direction the trapped water can flow is horizontal

answers: NDQ_000650

answers: reaches a break

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: gullies

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: aquifer.

answers: NDQ_000613

answers: layer that allow water to flow.

answers: NDQ_000615

answers: aquifer.

answers: NDQ_000616

answers: liquid water could exist in an aquifer at the usual depths

answers: NDQ_000619

answers: rising hot magma

answers: NDQ_000624

answers: aquifer.

answers: NDQ_000627

answers: porous sandstone.

answers: NDQ_000629

answers: impermeable).

answers: NDQ_000630

answers: melted ice

answers: NDQ_000631

answers: Aquifers are quite common

answers: NDQ_000632

answers: just as one would expect of an aquifer.

answers: NDQ_000633

answers: impermeable).

answers: NDQ_000634

answers: "Weeping Rock" in Zion National Park Utah.

answers: NDQ_000635

answers: Aquifers

answers: NDQ_000636

answers: Aquifers

answers: NDQ_000637

answers: sandstone.

answers: NDQ_000638

answers: another layer that prevents water from going down

answers: NDQ_000639

answers: aquifer.

answers: NDQ_000640

answers: impermeable).

answers: NDQ_000641

answers: horizontally.

answers: NDQ_000642

answers: impermeable).

answers: NDQ_000643

answers: Aquifers

answers: NDQ_000644

answers: porous sandstone.

answers: NDQ_000645

answers: Aquifers

answers: NDQ_000646

answers: Aquifers are layer that allow water to flow.

answers: NDQ_000647

answers: liquid water could exist in an aquifer

answers: NDQ_000648

answers: liquid water

answers: NDQ_000649

answers: porous sandstone.

answers: NDQ_000650

answers: rising hot magma

answers: NDQ_000651

answers: Utah.

answers: NDQ_000652

answers: aquifer.

answers: NDQ_000653

answers: aquifer.

answers: NDQ_000654

answers: rising hot magma

answers: NDQ_000655

answers: impermeable).

text: Convection of the churning brine and conduction from surrounding rock transfers heat to an overlaying layer of fresh groundwater. Movement of the two liquids is facilitated by the highly fractured and porous nature of the rocks under the Yellowstone Plateau.  Some silica is dissolved from the fractured rhyolite into the hot water as it travels through the fractured rock. Part of this hard mineral is later redeposited on the walls of the cracks and fissures to make a nearly pressure-tight system. Silica precipitates at the surface to form either geyserite or sinter, creating the massive geyser cones, the scalloped edges of hot springs, and the seemingly barren landscape of geyser basins.

text: Convection

text: of the churning brine and

text: conduction

text: from surrounding rock transfers heat to an overlaying layer of fresh

text: groundwater

text: . Movement of the two liquids is facilitated by the highly fractured and porous nature of the rocks under the Yellowstone Plateau.  Some

text: silica

text: is dissolved from the fractured rhyolite into the hot water as it travels through the fractured rock. Part of this hard mineral is later redeposited on the walls of the cracks and fissures to make a nearly pressure-tight system. Silica precipitates at the surface to form either geyserite or sinter, creating the massive geyser cones, the scalloped edges of hot springs, and the seemingly barren landscape of geyser basins.

answers: NDQ_000611

answers: does not contain silica

answers: NDQ_000613

answers: highly fractured and porous

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Yellowstone Plateau

answers: NDQ_000619

answers: silica is dissolved

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: What is the Yellowstone Plateau?

answers: NDQ_000632

answers: Which of the following is not an aquifer?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is facilitated by the highly fractured and porous nature of the rocks

answers: NDQ_000636

answers: What is the purpose of the water taken from the Ogallala aquifer

answers: NDQ_000637

answers: yes

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: fresh groundwater

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: fresh groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where does water infiltrate?

answers: NDQ_000650

answers: is highly fractured and porous

answers: NDQ_000651

answers: Yellowstone

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: heat

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: fresh

answers: NDQ_000613

answers: highly fractured and porous

answers: NDQ_000615

answers: fresh groundwater.

answers: NDQ_000616

answers: heat to an overlaying layer of fresh groundwater.

answers: NDQ_000619

answers: heat

answers: NDQ_000624

answers: groundwater.

answers: NDQ_000627

answers: fresh groundwater.

answers: NDQ_000629

answers: highly fractured and porous

answers: NDQ_000630

answers: Silica

answers: NDQ_000631

answers: groundwater.

answers: NDQ_000632

answers: fresh groundwater.

answers: NDQ_000633

answers: groundwater.

answers: NDQ_000634

answers: Yellowstone Plateau.

answers: NDQ_000635

answers: barren landscape

answers: NDQ_000636

answers: heat to an overlaying layer of fresh groundwater.

answers: NDQ_000637

answers: highly fractured

answers: NDQ_000638

answers: Yellowstone Plateau.

answers: NDQ_000639

answers: geyserite or sinter,

answers: NDQ_000640

answers: heat to an overlaying layer of fresh groundwater.

answers: NDQ_000641

answers: groundwater.

answers: NDQ_000642

answers: rocks under the Yellowstone Plateau.

answers: NDQ_000643

answers: groundwater.

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: overlaying layer of fresh groundwater.

answers: NDQ_000646

answers: groundwater.

answers: NDQ_000647

answers: groundwater.

answers: NDQ_000648

answers: fresh groundwater.

answers: NDQ_000649

answers: groundwater.

answers: NDQ_000650

answers: highly fractured and porous nature of the rocks

answers: NDQ_000651

answers: Yellowstone Plateau.

answers: NDQ_000652

answers: groundwater.

answers: NDQ_000653

answers: groundwater.

answers: NDQ_000654

answers: heat

answers: NDQ_000655

answers: highly fractured and porous

text: Several rivers, such as the Platte, run below the water level of the aquifer. Because of this, the rivers receive groundwater flow (baseflow), carrying it out of the region rather than recharging the aquifer.

text: Several rivers, such as the

text: Platte

text: , run below the water level of the aquifer. Because of this, the rivers receive groundwater flow (baseflow), carrying it out of the region rather than recharging the aquifer.

answers: NDQ_000611

answers: runs below the water level of what?

answers: NDQ_000613

answers: water level

answers: NDQ_000615

answers: lower

answers: NDQ_000616

answers: rivers

answers: NDQ_000619

answers: water from the aquifer evaporates

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: It's impossible to say

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a type of land use?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Which of the following is not a mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: is not the same as

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater flow

answers: NDQ_000649

answers: Yes

answers: NDQ_000650

answers: runs below the water level

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: Aquifer

answers: NDQ_000654

answers: groundwater flow

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: recharging the aquifer.

answers: NDQ_000613

answers: water level

answers: NDQ_000615

answers: below the water level of the aquifer.

answers: NDQ_000616

answers: rivers,

answers: NDQ_000619

answers: groundwater flow

answers: NDQ_000624

answers: below the water level of the aquifer.

answers: NDQ_000627

answers: Several rivers, such as the Platte, run below the water level

answers: NDQ_000629

answers: the rivers receive groundwater

answers: NDQ_000630

answers: aquifer.

answers: NDQ_000631

answers: aquifer.

answers: NDQ_000632

answers: Several rivers, such as the Platte, run below the water level

answers: NDQ_000633

answers: Several rivers, such as the Platte, run below the water level

answers: NDQ_000634

answers: Several rivers, such as the Platte, run below the water level

answers: NDQ_000635

answers: aquifer.

answers: NDQ_000636

answers: recharging the aquifer.

answers: NDQ_000637

answers: aquifer.

answers: NDQ_000638

answers: the rivers receive groundwater flow

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: recharging the aquifer.

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: aquifer.

answers: NDQ_000643

answers: aquifer.

answers: NDQ_000644

answers: aquifer.

answers: NDQ_000645

answers: aquifer.

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater flow (baseflow),

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: rivers,

answers: NDQ_000651

answers: Several rivers, such as the Platte, run below the water level

answers: NDQ_000652

answers: aquifer.

answers: NDQ_000653

answers: aquifer.

answers: NDQ_000654

answers: rivers,

answers: NDQ_000655

answers: aquifer.

text: The EPA created the National Priorities List in 1982 to identify and prioritize hazardous waste sites and facilities that warrant remedial actions. On September 8, 1983, the site was first proposed for placement on the National Priorities List. The site was designated as a Superfund site on September 21, 1984. Groundwater monitoring was initiated in September 1984, and the in June 1985 the use of PCP in wood treatment was phased out. In April 1987, the EPA issued a unilateral removal order to conduct cleanup, removal of contaminated soil. A temporary chip-seal cap was constructed in order to stop leaking of contaminants through the soil and into the groundwater. In May 1989 a record of decision for cleanup of groundwater and soil was issued for the site. Four specified soil units were removed and landfilled. Extraction wells and treatment plants were installed to treat contaminated groundwater by carbon adsorption for both on and off-property sites. In March 1993 groundwater remediation began. Treatment of groundwater was augmented to include bioremediation to treat PCP. Contaminated soil removal began in 1995 and completed in 2002. The second five-year review was completed in February 2003. The remedial actions were deemed protective and was stated in the third five-year report released in 2008. The next five-year review was expected to be released in July 2013. The site is still on the National Priorities List due to contaminated groundwater. The estimated date of cleanup completion and removal from the National Priorities List is September 2025.

text: The

text: EPA

text: created the

text: National Priorities List

text: in 1982 to identify and prioritize hazardous waste sites and facilities that warrant remedial actions. On September 8, 1983, the site was first proposed for placement on the National Priorities List. The site was designated as a Superfund site on September 21, 1984. Groundwater monitoring was initiated in September 1984, and the in June 1985 the use of PCP in wood treatment was phased out. In April 1987, the EPA issued a unilateral removal order to conduct cleanup, removal of contaminated soil. A temporary chip-seal cap was constructed in order to stop leaking of contaminants through the soil and into the groundwater. In May 1989 a

text: record of decision

text: for cleanup of groundwater and soil was issued for the site. Four specified soil units were removed and landfilled. Extraction wells and treatment plants were installed to treat contaminated groundwater by carbon adsorption for both on and off-property sites. In March 1993 groundwater remediation began. Treatment of groundwater was augmented to include

text: bioremediation

text: to treat PCP. Contaminated soil removal began in 1995 and completed in 2002. The second five-year review was completed in February 2003. The remedial actions were deemed protective and was stated in the third five-year report released in 2008. The next five-year review was expected to be released in July 2013. The site is still on the National Priorities List due to contaminated groundwater. The estimated date of cleanup completion and removal from the National Priorities List is September 2025.

answers: NDQ_000611

answers: How many years after the site was first proposed for placement on the National Priorities List was it designated as a Superfund site?

answers: NDQ_000613

answers: groundwater monitoring was initiated in September 1984

answers: NDQ_000615

answers: increase by how much

answers: NDQ_000616

answers: Superfund site

answers: NDQ_000619

answers: groundwater is contaminated

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Which of the following is not a type of soil: clay, sand, or soil?

answers: NDQ_000629

answers: Which happened first, the use of PCP in wood treatment was phased out or the site was designated as a Superfund site?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: What is the estimated date of cleanup completion and removal from the National Priorities List?

answers: NDQ_000632

answers: How deep are the aquifers?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: How big is the Ogallala aquifer?

answers: NDQ_000635

answers: How many years after the site was first proposed for placement on the National Priorities List was it designated as a Superfund site?

answers: NDQ_000636

answers: What is the estimated date of cleanup completion and removal from the National Priorities List?

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: What is impermeable rock?

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or hot springs?

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: chip-seal cap

answers: NDQ_000643

answers: contaminated soil

answers: NDQ_000644

answers: chip-seal cap

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: Extraction well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is the site still on the National Priorities List due to contaminated groundwater

answers: NDQ_000650

answers: Superfund site

answers: NDQ_000651

answers: What is the estimated date of cleanup completion and removal from the National Priorities List?

answers: NDQ_000652

answers: Extraction well

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: soil

answers: NDQ_000655

answers: Superfund

answers: NDQ_000611

answers: contaminated groundwater by carbon adsorption

answers: NDQ_000613

answers: Extraction wells and treatment plants

answers: NDQ_000615

answers: Groundwater

answers: NDQ_000616

answers: contaminated groundwater

answers: NDQ_000619

answers: contaminants through the soil and into the groundwater.

answers: NDQ_000624

answers: Groundwater

answers: NDQ_000627

answers: soil and into the groundwater.

answers: NDQ_000629

answers: soil and into the groundwater.

answers: NDQ_000630

answers: 2025.

answers: NDQ_000631

answers: contaminated groundwater

answers: NDQ_000632

answers: groundwater.

answers: NDQ_000633

answers: contaminated groundwater

answers: NDQ_000634

answers: 2025.

answers: NDQ_000635

answers: on and off-property

answers: NDQ_000636

answers: Superfund site on September 21, 1984.

answers: NDQ_000637

answers: contaminated groundwater

answers: NDQ_000638

answers: leaking of contaminants through the soil and into the groundwater.

answers: NDQ_000639

answers: soil.

answers: NDQ_000640

answers: chip-seal cap

answers: NDQ_000641

answers: Extraction wells

answers: NDQ_000642

answers: chip-seal cap

answers: NDQ_000643

answers: contaminated soil.

answers: NDQ_000644

answers: Extraction wells

answers: NDQ_000645

answers: contaminated soil.

answers: NDQ_000646

answers: Extraction wells

answers: NDQ_000647

answers: groundwater.

answers: NDQ_000648

answers: groundwater.

answers: NDQ_000649

answers: soil.

answers: NDQ_000650

answers: contaminated soil.

answers: NDQ_000651

answers: September 2025.

answers: NDQ_000652

answers: Extraction wells

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: Extraction wells

answers: NDQ_000655

answers: Superfund

text: Abandonment of multi-aquifer wells was completed in 1984. There had previously been 44 multi-aquifer wells identified within the groundwater plume. Of these 44 wells, 39 were abandoned, 3 were added to the monitoring well network, and 2 were found to be single aquifer wells completed within an unaffected aquifer. Wells were abandoned in accordance with the Minnesota Department of Health Water Well Construction Code.

text: Abandonment of multi-aquifer wells was completed in 1984. There had previously been 44 multi-aquifer wells identified within the groundwater plume. Of these 44 wells, 39 were abandoned, 3 were added to the monitoring well network, and 2 were found to be single aquifer wells completed within an unaffected aquifer. Wells were abandoned in accordance with the

text: Minnesota Department of Health

text: Water Well Construction Code.

answers: NDQ_000611

answers: does not affect the wells

answers: NDQ_000613

answers: unaffected aquifer

answers: NDQ_000615

answers: be higher than

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: geysers are made of gas.

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: It's impossible to say

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: What is the source of water in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: It's impossible to say

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: How many multi-aquifer wells were identified within the groundwater plume?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: it is not possible to tell

answers: NDQ_000642

answers: unaffected aquifer

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: groundwater plume

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: multi-aquifer

answers: NDQ_000651

answers: Minnesota

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: multi-aquifer

answers: NDQ_000611

answers: groundwater plume.

answers: NDQ_000613

answers: unaffected

answers: NDQ_000615

answers: 44 multi-aquifer wells identified within the groundwater plume.

answers: NDQ_000616

answers: groundwater plume.

answers: NDQ_000619

answers: groundwater plume.

answers: NDQ_000624

answers: groundwater plume.

answers: NDQ_000627

answers: 44 multi-aquifer wells identified within the groundwater plume.

answers: NDQ_000629

answers: 44 multi-aquifer wells identified within the groundwater plume.

answers: NDQ_000630

answers: 44 multi-aquifer wells identified within the groundwater plume.

answers: NDQ_000631

answers: 44 multi-aquifer wells identified within the groundwater plume.

answers: NDQ_000632

answers: 2 were found to be single aquifer wells

answers: NDQ_000633

answers: unaffected aquifer.

answers: NDQ_000634

answers: 44 multi-aquifer wells identified within the groundwater plume.

answers: NDQ_000635

answers: Abandonment of multi-aquifer wells

answers: NDQ_000636

answers: 44 multi-aquifer wells identified within the groundwater plume.

answers: NDQ_000637

answers: 44 multi-aquifer wells identified within the groundwater plume.

answers: NDQ_000638

answers: 44 multi-aquifer wells identified within the groundwater plume.

answers: NDQ_000639

answers: multi-aquifer wells

answers: NDQ_000640

answers: 44 multi-aquifer wells identified within the groundwater plume.

answers: NDQ_000641

answers: 44 multi-aquifer wells identified within the groundwater plume.

answers: NDQ_000642

answers: Water Well Construction Code.

answers: NDQ_000643

answers: groundwater plume.

answers: NDQ_000644

answers: multi-aquifer wells

answers: NDQ_000645

answers: groundwater plume.

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: groundwater plume.

answers: NDQ_000648

answers: groundwater plume.

answers: NDQ_000649

answers: groundwater plume.

answers: NDQ_000650

answers: multi-aquifer wells

answers: NDQ_000651

answers: Minnesota Department of Health Water Well Construction Code.

answers: NDQ_000652

answers: aquifer.

answers: NDQ_000653

answers: groundwater plume.

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: multi-aquifer

text: There are more than 90 mineral water springs with curative and preventive properties in and around the town. The mineral waters (from springs and wells) vary considerably in temperature, mineralization, radon, silicic acid and fluorine content, and are suitable for treatment of a wide range of diseases. 9000 litres of water per minute spring from the five thermal and mineral deposits in Ladzhene, Kamenitsa, Chepino, Rakitovo and Kostandovo.

text: There are more than 90 mineral water springs with curative and preventive properties in and around the town. The mineral waters (from springs and wells) vary considerably in temperature, mineralization, radon, silicic acid and fluorine content, and are suitable for treatment of a wide range of diseases. 9000 litres of water per minute spring from the five thermal and mineral deposits in Ladzhene, Kamenitsa, Chepino, Rakitovo and Kostandovo.

answers: NDQ_000611

answers: does not contain fluorine

answers: NDQ_000613

answers: temperature, mineralization

answers: NDQ_000615

answers: fluctuate

answers: NDQ_000616

answers: springs

answers: NDQ_000619

answers: radon is present in the water

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: How does the town's land use affect the amount of water that can enter groundwater?

answers: NDQ_000636

answers: It's impossible to say

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which springs are mineral springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: springs

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: springs

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: mineral water

answers: NDQ_000648

answers: springs

answers: NDQ_000649

answers: Where does the water come from?

answers: NDQ_000650

answers: radon is present

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: springs

answers: NDQ_000654

answers: mineral deposits

answers: NDQ_000655

answers: mineral

answers: NDQ_000611

answers: wells)

answers: NDQ_000613

answers: curative and preventive

answers: NDQ_000615

answers: 9000 litres

answers: NDQ_000616

answers: five thermal and mineral deposits

answers: NDQ_000619

answers: radon,

answers: NDQ_000624

answers: wells)

answers: NDQ_000627

answers: 90 mineral water springs

answers: NDQ_000629

answers: 90 mineral water springs with curative and preventive properties

answers: NDQ_000630

answers: 90 mineral water springs

answers: NDQ_000631

answers: 90 mineral water springs

answers: NDQ_000632

answers: wells)

answers: NDQ_000633

answers: 90 mineral water springs

answers: NDQ_000634

answers: 90 mineral water springs

answers: NDQ_000635

answers: five thermal and mineral deposits

answers: NDQ_000636

answers: 9000 litres of water per minute

answers: NDQ_000637

answers: The mineral waters (from springs and wells)

answers: NDQ_000638

answers: 90 mineral water springs with curative and preventive properties

answers: NDQ_000639

answers: thermal

answers: NDQ_000640

answers: 90 mineral water springs

answers: NDQ_000641

answers: The mineral waters

answers: NDQ_000642

answers: wells)

answers: NDQ_000643

answers: wells)

answers: NDQ_000644

answers: wells)

answers: NDQ_000645

answers: wells)

answers: NDQ_000646

answers: wells)

answers: NDQ_000647

answers: wells)

answers: NDQ_000648

answers: wells)

answers: NDQ_000649

answers: wells)

answers: NDQ_000650

answers: radon,

answers: NDQ_000651

answers: 9000 litres of water per minute spring from the five

answers: NDQ_000652

answers: wells)

answers: NDQ_000653

answers: thermal and mineral deposits

answers: NDQ_000654

answers: springs and wells)

answers: NDQ_000655

answers: wells)

text: Poring is known for its hot springs and the popular recreation and tourist complex is known as Poring Hot Springs. The springs are known for their therapeutic properties and the waters with their sulphuric minerals are reputed to ease aching muscles. The baths are favoured by returned climbers of Mount Kinabalu.

text: Poring is known for its

text: hot springs

text: and the popular recreation and tourist complex is known as Poring Hot Springs. The springs are known for their

text: therapeutic

text: properties and the waters with their

text: sulphur

text: ic

text: minerals

text: are reputed to ease aching muscles. The baths are favoured by returned climbers of

text: Mount Kinabalu

answers: NDQ_000611

answers: does not contain sulphuric minerals

answers: NDQ_000613

answers: sulphuric minerals

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: Poring Hot Springs

answers: NDQ_000619

answers: sulphuric minerals are in the water

answers: NDQ_000624

answers: What may be the reason for the hot springs?

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: Which of the following is not a type of land use?

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: It's impossible to say

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices .

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: springs

answers: NDQ_000644

answers: sulphuric minerals

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: a well

answers: NDQ_000647

answers: no

answers: NDQ_000648

answers: sulphuric minerals

answers: NDQ_000649

answers: Where is Poring Hot Springs?

answers: NDQ_000650

answers: is used for recreation and tourism

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: source

answers: NDQ_000653

answers: the oceans

answers: NDQ_000654

answers: water from the ground

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: hot springs

answers: NDQ_000613

answers: sulphuric minerals

answers: NDQ_000615

answers: Poring Hot Springs.

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: hot springs

answers: NDQ_000624

answers: hot springs

answers: NDQ_000627

answers: Poring Hot Springs.

answers: NDQ_000629

answers: Poring Hot Springs.

answers: NDQ_000630

answers: sulphuric minerals are reputed to ease aching muscles.

answers: NDQ_000631

answers: hot springs

answers: NDQ_000632

answers: sulphuric minerals are reputed to ease aching muscles.

answers: NDQ_000633

answers: hot springs

answers: NDQ_000634

answers: Poring Hot Springs.

answers: NDQ_000635

answers: Poring Hot Springs.

answers: NDQ_000636

answers: Poring Hot Springs.

answers: NDQ_000637

answers: Poring Hot Springs.

answers: NDQ_000638

answers: Poring Hot Springs.

answers: NDQ_000639

answers: sulphuric minerals

answers: NDQ_000640

answers: Poring Hot Springs.

answers: NDQ_000641

answers: Poring is known for its hot springs

answers: NDQ_000642

answers: hot springs

answers: NDQ_000643

answers: sulphuric minerals

answers: NDQ_000644

answers: hot springs

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: sulphuric minerals

answers: NDQ_000649

answers: sulphuric minerals

answers: NDQ_000650

answers: hot springs

answers: NDQ_000651

answers: Poring Hot Springs.

answers: NDQ_000652

answers: sulphuric minerals

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: hot springs

answers: NDQ_000655

answers: hot springs

text: There is evidence for all three theories. Most of the gully alcove heads occur at the same level, just as one would expect of an aquifer. Various measurements and calculations show that liquid water could exist in aquifers at the usual depths where gullies begin. One variation of this model is that rising hot magma could have melted ice in the ground and caused water to flow in aquifers. Aquifers are layer that allow water to flow. They may consist of porous sandstone. The aquifer layer would be perched on top of another layer that prevents water from going down (in geological terms it would be called impermeable). Because water in an aquifer is prevented from going down, the only direction the trapped water can flow is horizontally. Eventually, water could flow out onto the surface when the aquifer reaches a break—like a crater wall. The resulting flow of water could erode the wall to create gullies. Aquifers are quite common on Earth. A good example is "Weeping Rock" in Zion National Park Utah.

text: There is evidence for all three theories. Most of the gully alcove heads occur at the same level, just as one would expect of an

text: aquifer

text: . Various measurements and calculations show that liquid water could exist in aquifers at the usual depths where gullies begin. One variation of this model is that rising hot

text: magma

text: could have melted ice in the ground and caused water to flow in aquifers. Aquifers are layer that allow water to flow. They may consist of porous sandstone. The aquifer layer would be perched on top of another layer that prevents water from going down (in geological terms it would be called impermeable). Because water in an aquifer is prevented from going down, the only direction the trapped water can flow is horizontally. Eventually, water could flow out onto the surface when the aquifer reaches a break—like a crater wall. The resulting flow of water could erode the wall to create gullies. Aquifers are quite common on Earth. A good example is "Weeping Rock" in

text: Zion National Park

text: Utah

answers: NDQ_000611

answers: is trapped in aquifers

answers: NDQ_000613

answers: layer that allow water to flow

answers: NDQ_000615

answers: increase in depth

answers: NDQ_000616

answers: gullies

answers: NDQ_000619

answers: rising hot magma

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: yes

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a type of aquifer: aquifers, crater walls, or gullies?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: aquifers or gullies?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: porous sandstone

answers: NDQ_000645

answers: impermeable

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: aquifers

answers: NDQ_000648

answers: water in an aquifer is prevented from going down

answers: NDQ_000649

answers: aquifers are layer that allow water to flow

answers: NDQ_000650

answers: reaches a break

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: Aquifers

answers: NDQ_000654

answers: gullies

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: aquifer.

answers: NDQ_000613

answers: layer that allow water to flow.

answers: NDQ_000615

answers: flow out onto the surface

answers: NDQ_000616

answers: water could flow out onto the surface

answers: NDQ_000619

answers: rising hot magma

answers: NDQ_000624

answers: aquifer.

answers: NDQ_000627

answers: porous sandstone.

answers: NDQ_000629

answers: impermeable).

answers: NDQ_000630

answers: melted ice

answers: NDQ_000631

answers: Aquifers are quite common

answers: NDQ_000632

answers: just as one would expect of an aquifer.

answers: NDQ_000633

answers: impermeable).

answers: NDQ_000634

answers: "Weeping Rock" in Zion National Park Utah.

answers: NDQ_000635

answers: Aquifers

answers: NDQ_000636

answers: Aquifers

answers: NDQ_000637

answers: sandstone.

answers: NDQ_000638

answers: another layer that prevents water from going down

answers: NDQ_000639

answers: Aquifers

answers: NDQ_000640

answers: the only direction the trapped water can flow is horizontally.

answers: NDQ_000641

answers: horizontally.

answers: NDQ_000642

answers: impermeable).

answers: NDQ_000643

answers: Aquifers

answers: NDQ_000644

answers: Aquifers

answers: NDQ_000645

answers: impermeable).

answers: NDQ_000646

answers: Aquifers are layer that allow water to flow.

answers: NDQ_000647

answers: liquid water could exist in aquifers

answers: NDQ_000648

answers: Because water in an aquifer is prevented from going down,

answers: NDQ_000649

answers: Aquifers

answers: NDQ_000650

answers: crater wall.

answers: NDQ_000651

answers: Utah.

answers: NDQ_000652

answers: aquifer.

answers: NDQ_000653

answers: aquifer.

answers: NDQ_000654

answers: rising hot magma

answers: NDQ_000655

answers: impermeable).

text: If there is an impermeable separation layer between the food and the porous pots, undrinkable water such as seawater can be used to drive the cooling process, without contaminating the food. This is useful in arid locations near the ocean where drinkable water is a limited commodity, and can be accomplished by using a pot that has waterproof glaze or cement  applied to the inner wall where the food is stored.

text: If there is an

text: impermeable

text: separation layer between the food and the porous pots, undrinkable water such as

text: seawater

text: can be used to drive the cooling process, without contaminating the food. This is useful in arid locations near the ocean where drinkable water is a limited commodity, and can be accomplished by using a pot that has waterproof

text: glaze

text: or cement  applied to the inner wall where the food is stored.

answers: NDQ_000611

answers: can be used for what purpose?

answers: NDQ_000613

answers: impermeable separation layer

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Earth's surface

answers: NDQ_000619

answers: water vapor condenses into gas

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: What is the source of water in hot springs?

answers: NDQ_000631

answers: drinkable water

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: What can be accomplished by using waterproof glaze or cement applied to the inner wall where the food is stored?

answers: NDQ_000636

answers: crop

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: no

answers: NDQ_000641

answers: Why does water flow out of a well

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: arid

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: seawater

answers: NDQ_000648

answers: drinkable water

answers: NDQ_000649

answers: in the ground

answers: NDQ_000650

answers: is near the ocean

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: Earthquake

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: seawater

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: drinkable water is a limited commodity,

answers: NDQ_000613

answers: impermeable separation layer

answers: NDQ_000615

answers: seawater

answers: NDQ_000616

answers: seawater

answers: NDQ_000619

answers: water

answers: NDQ_000624

answers: arid locations near the ocean where drinkable water

answers: NDQ_000627

answers: cement

answers: NDQ_000629

answers: impermeable

answers: NDQ_000630

answers: drinkable water is a limited commodity,

answers: NDQ_000631

answers: arid locations near the ocean where drinkable water is a limited commodity,

answers: NDQ_000632

answers: arid locations near the ocean where drinkable water is a limited commodity,

answers: NDQ_000633

answers: drinkable water

answers: NDQ_000634

answers: arid locations near the ocean where drinkable water is a limited commodity,

answers: NDQ_000635

answers: arid locations near the ocean where drinkable water is a limited commodity,

answers: NDQ_000636

answers: arid locations near the ocean where drinkable water is a limited commodity,

answers: NDQ_000637

answers: arid locations near the ocean where drinkable water is a limited commodity,

answers: NDQ_000638

answers: impermeable separation layer

answers: NDQ_000639

answers: seawater

answers: NDQ_000640

answers: arid locations near the ocean where drinkable water is a limited commodity,

answers: NDQ_000641

answers: seawater

answers: NDQ_000642

answers: impermeable separation layer between the food and the porous pots,

answers: NDQ_000643

answers: seawater

answers: NDQ_000644

answers: porous pots,

answers: NDQ_000645

answers: seawater

answers: NDQ_000646

answers: drinkable water

answers: NDQ_000647

answers: seawater

answers: NDQ_000648

answers: seawater

answers: NDQ_000649

answers: arid locations near the ocean where drinkable water is a limited commodity,

answers: NDQ_000650

answers: arid locations near the ocean

answers: NDQ_000651

answers: arid locations near the ocean where drinkable water is a limited commodity,

answers: NDQ_000652

answers: seawater

answers: NDQ_000653

answers: seawater

answers: NDQ_000654

answers: seawater

answers: NDQ_000655

answers: impermeable

text: Spindle Geyser is part of the White Creek Group which includes A-0 Geyser and Botryoidal Spring.  It is found along the bank of White Creek about ⁄ mile (0.8 km) southeast of the Surprise Pool parking area.

text: Spindle Geyser is part of the White Creek Group which includes

text: A-0 Geyser

text: and

text: Botryoidal Spring

text: .  It is found along the bank of White Creek about ⁄ mile (0.8 km) southeast of the

text: Surprise Pool

text: parking area.

answers: NDQ_000611

answers: comes from the surface of the earth

answers: NDQ_000613

answers: good aquifer

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: White Creek

answers: NDQ_000619

answers: geothermal energy is released

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Where does Spindle Geyser lie?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: What is the source of Spindle Geyser?

answers: NDQ_000631

answers: None of the above choices

answers: NDQ_000632

answers: How deep is Spindle Geyser?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What can be concluded about Spindle Geyser?

answers: NDQ_000636

answers: It's impossible to say

answers: NDQ_000637

answers: What is Spindle Geyser?

answers: NDQ_000638

answers: It is impossible to say

answers: NDQ_000639

answers: What is Spindle Geyser?

answers: NDQ_000640

answers: What is Spindle Geyser?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: None of the above choices

answers: NDQ_000643

answers: bank

answers: NDQ_000644

answers: Spindle Geyser

answers: NDQ_000645

answers: bank

answers: NDQ_000646

answers: spring

answers: NDQ_000647

answers: White Creek

answers: NDQ_000648

answers: White Creek

answers: NDQ_000649

answers: Water infiltrates the ground where rock is

answers: NDQ_000650

answers: is near a source that is polluted

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: lakes

answers: NDQ_000654

answers: White Creek

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: White Creek

answers: NDQ_000613

answers: Spring.

answers: NDQ_000615

answers: Spindle Geyser

answers: NDQ_000616

answers: Spindle Geyser

answers: NDQ_000619

answers: White Creek

answers: NDQ_000624

answers: Spring.

answers: NDQ_000627

answers: Spring.

answers: NDQ_000629

answers: Spring.

answers: NDQ_000630

answers: A-0 Geyser and Botryoidal Spring.

answers: NDQ_000631

answers: Spindle Geyser is part of the White Creek Group

answers: NDQ_000632

answers: (0.8 km)

answers: NDQ_000633

answers: Spring.

answers: NDQ_000634

answers: A-0 Geyser and Botryoidal Spring.

answers: NDQ_000635

answers: Spindle Geyser is part of the White Creek Group

answers: NDQ_000636

answers: A-0 Geyser and Botryoidal Spring.

answers: NDQ_000637

answers: A-0 Geyser and Botryoidal Spring.

answers: NDQ_000638

answers: Spring.

answers: NDQ_000639

answers: A-0 Geyser and Botryoidal Spring.

answers: NDQ_000640

answers: A-0 Geyser and Botryoidal Spring.

answers: NDQ_000641

answers: Spring.

answers: NDQ_000642

answers: Spindle Geyser

answers: NDQ_000643

answers: Spring.

answers: NDQ_000644

answers: Spindle Geyser

answers: NDQ_000645

answers: White Creek

answers: NDQ_000646

answers: Spring.

answers: NDQ_000647

answers: Spring.

answers: NDQ_000648

answers: Spring.

answers: NDQ_000649

answers: Spring.

answers: NDQ_000650

answers: White Creek

answers: NDQ_000651

answers: Spindle Geyser is part of the White Creek Group

answers: NDQ_000652

answers: White Creek

answers: NDQ_000653

answers: White Creek

answers: NDQ_000654

answers: White Creek

answers: NDQ_000655

answers: Botryoidal Spring.

text: Senegal has about 3 billion cubic meters per year of renewable groundwater resources, excluding those groundwater resources that overlap with surface water. Total water withdrawals in 1987 were 1.4 billion cubic meter, of which 92% is for agriculture, 3% for industry and 5% for domestic uses. Groundwater reserves include shallow aquifers which are 0–20 m deep in the Casamance and  deep in Kaolack and Tamba, as well as crop-outs in the area of Dakar and Thiès. They also include deep aquifers at a depth of . Groundwater stocks are estimated at 7 billion cubic meters.

text: Senegal has about 3 billion cubic meters per year of renewable groundwater resources, excluding those groundwater resources that overlap with surface water. Total water withdrawals in 1987 were 1.4 billion cubic meter, of which 92% is for agriculture, 3% for industry and 5% for domestic uses. Groundwater reserves include shallow aquifers which are 0–20 m deep in the

text: Casamance

text: and  deep in

text: Kaolack

text: and

text: Tamba

text: , as well as crop-outs in the area of

text: Dakar

text: and

text: Thiès

text: . They also include deep aquifers at a depth of . Groundwater stocks are estimated at 7 billion cubic meters.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: 0–20 m deep

answers: NDQ_000615

answers: aquifers

answers: NDQ_000616

answers: surface water

answers: NDQ_000619

answers: Groundwater reserves are shallow aquifers

answers: NDQ_000624

answers: 0–20 m

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a source of groundwater: crop-outs, groundwater reserves, or surface water?

answers: NDQ_000636

answers: 92%

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a groundwater resource: groundwater reserves, shallow aquifers or mineral springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: groundwater reserves include shallow aquifers

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: shallow aquifers

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: shallow aquifers

answers: NDQ_000649

answers: 0–20 m

answers: NDQ_000650

answers: is shallow

answers: NDQ_000651

answers: Senegal

answers: NDQ_000652

answers: groundwater resource

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: shallow aquifers

answers: NDQ_000613

answers: 0–20 m deep

answers: NDQ_000615

answers: 0–20 m deep in the Casamance

answers: NDQ_000616

answers: crop-outs

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: 0–20 m deep in the Casamance

answers: NDQ_000629

answers: 0–20 m deep in the Casamance

answers: NDQ_000630

answers: 0–20 m deep in the Casamance

answers: NDQ_000631

answers: 0–20 m deep in the Casamance

answers: NDQ_000632

answers: 0–20

answers: NDQ_000633

answers: deep aquifers

answers: NDQ_000634

answers: Senegal

answers: NDQ_000635

answers: crop-outs

answers: NDQ_000636

answers: 92%

answers: NDQ_000637

answers: deep aquifers

answers: NDQ_000638

answers: deep aquifers

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: 0–20 m deep in the Casamance

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: groundwater resources, excluding those groundwater resources that overlap with surface water.

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifers

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: crop-outs

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: agriculture,

answers: NDQ_000651

answers: Senegal

answers: NDQ_000652

answers: aquifers

answers: NDQ_000653

answers: surface water.

answers: NDQ_000654

answers: crop-outs

answers: NDQ_000655

answers: deep aquifers

text: A hot spring is a spring produced by the emergence of geothermally heated groundwater that rises from the Earth's crust. There are geothermal hot springs in many locations all over the crust of the earth. While some of these springs contain water that is a safe temperature for bathing, others are so hot that immersion can result in injury or death.

text: A hot spring is a

text: spring

text: produced by the emergence of

text: geothermally heated

text: groundwater

text: that rises from the Earth's

text: crust

text: . There are geothermal hot springs in many locations all over the crust of the

text: earth

text: . While some of these springs contain water that is a safe temperature for bathing, others are so hot that immersion can result in injury or death.

answers: NDQ_000611

answers: rises from where?

answers: NDQ_000613

answers: safe temperature for bathing

answers: NDQ_000615

answers: rise

answers: NDQ_000616

answers: Earth's crust

answers: NDQ_000619

answers: groundwater rises from the Earth's crust

answers: NDQ_000624

answers: rise

answers: NDQ_000627

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

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: None of the above choices.

answers: NDQ_000635

answers: Which of the following is not a type of groundwater: geothermal hot springs or groundwater?

answers: NDQ_000636

answers: crops

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a type of hot spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices are true

answers: NDQ_000642

answers: can result in injury or death

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: geothermal hot springs

answers: NDQ_000645

answers: geothermal

answers: NDQ_000646

answers: geothermal

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is the Earth's crust?

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: Earth's crust

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: geothermal heat

answers: NDQ_000655

answers: geothermal

answers: NDQ_000611

answers: geothermally heated groundwater that rises from the Earth's crust.

answers: NDQ_000613

answers: safe temperature for bathing,

answers: NDQ_000615

answers: hot spring

answers: NDQ_000616

answers: Earth's crust.

answers: NDQ_000619

answers: geothermally heated groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: geothermally heated groundwater

answers: NDQ_000629

answers: geothermally heated groundwater

answers: NDQ_000630

answers: geothermally heated groundwater

answers: NDQ_000631

answers: geothermal hot springs

answers: NDQ_000632

answers: Earth's crust.

answers: NDQ_000633

answers: geothermally heated groundwater

answers: NDQ_000634

answers: geothermal hot springs

answers: NDQ_000635

answers: A hot spring

answers: NDQ_000636

answers: hot spring

answers: NDQ_000637

answers: hot spring

answers: NDQ_000638

answers: geothermally heated groundwater

answers: NDQ_000639

answers: geothermal hot springs

answers: NDQ_000640

answers: A hot spring

answers: NDQ_000641

answers: geothermally heated groundwater

answers: NDQ_000642

answers: death.

answers: NDQ_000643

answers: hot spring

answers: NDQ_000644

answers: hot spring

answers: NDQ_000645

answers: hot spring

answers: NDQ_000646

answers: hot spring

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: geothermally heated groundwater

answers: NDQ_000649

answers: Earth's crust.

answers: NDQ_000650

answers: geothermally heated groundwater

answers: NDQ_000651

answers: hot spring

answers: NDQ_000652

answers: Earth's crust.

answers: NDQ_000653

answers: geothermally heated groundwater

answers: NDQ_000654

answers: geothermally heated groundwater

answers: NDQ_000655

answers: hot spring

text: Mineral hot springs are mainly located on the volcano's flanks and at the base, giving evidence of volcanic heat comparatively near the surface of the earth. While no historic eruptions have been recorded, hot springs at the base and on the flanks, and fumaroles and solfatara near the summit, indicate a hot or cooling magma body still present beneath the volcano.

text: Mineral hot springs are mainly located on the volcano's flanks and at the base, giving evidence of volcanic heat comparatively near the surface of the earth. While no historic eruptions have been recorded,

text: hot springs

text: at the base and on the flanks, and

text: fumaroles

text: and

text: solfatara

text: near the summit, indicate a hot or cooling magma body still present beneath the volcano.

answers: NDQ_000611

answers: evaporates from volcanoes

answers: NDQ_000613

answers: hot or cooling magma body still present beneath the volcano

answers: NDQ_000615

answers: be higher

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: magma is still present

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: not

answers: NDQ_000635

answers: What is the main reason that mineral hot springs are mainly located on the volcano's flanks?

answers: NDQ_000636

answers: not enough information

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Yes

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: undefined

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: fumaroles

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: mineral hot springs

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Where does water infiltrate?

answers: NDQ_000650

answers: is near a volcano

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: magma body

answers: NDQ_000653

answers: mineral hot springs

answers: NDQ_000654

answers: magma

answers: NDQ_000655

answers: hot springs

answers: NDQ_000611

answers: Mineral hot springs

answers: NDQ_000613

answers: Mineral hot springs

answers: NDQ_000615

answers: Mineral hot springs

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: a hot or cooling magma body

answers: NDQ_000624

answers: Mineral hot springs

answers: NDQ_000627

answers: Mineral hot springs

answers: NDQ_000629

answers: Mineral hot springs

answers: NDQ_000630

answers: hot springs

answers: NDQ_000631

answers: comparatively near the surface of the earth.

answers: NDQ_000632

answers: comparatively near the surface of the earth.

answers: NDQ_000633

answers: hot springs

answers: NDQ_000634

answers: Mineral hot springs

answers: NDQ_000635

answers: Mineral hot springs

answers: NDQ_000636

answers: hot springs

answers: NDQ_000637

answers: Mineral hot springs

answers: NDQ_000638

answers: Mineral hot springs

answers: NDQ_000639

answers: Mineral hot springs

answers: NDQ_000640

answers: Mineral hot springs

answers: NDQ_000641

answers: Mineral hot springs

answers: NDQ_000642

answers: volcanic heat comparatively near the surface of the earth.

answers: NDQ_000643

answers: Mineral hot springs

answers: NDQ_000644

answers: Mineral hot springs

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: Mineral hot springs

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: Mineral hot springs

answers: NDQ_000649

answers: Mineral hot springs

answers: NDQ_000650

answers: volcanic heat

answers: NDQ_000651

answers: hot springs

answers: NDQ_000652

answers: magma body

answers: NDQ_000653

answers: near the surface of the earth.

answers: NDQ_000654

answers: Mineral hot springs

answers: NDQ_000655

answers: Mineral hot springs

text: The Monterey Peninsula Water Project (MWPW) is a water management project seeking to meet water demands of Monterey residents. The major water source for Monterey is powered by the Carmel River, which is precipitation influenced and does not receive water perennially. In addition to the Carmel River, the Seaside Groundwater Basin is the only other form of water supply.  Both watersheds have been protected under stiff regulation to significantly reduce water diversion, especially the Carmel River which has been severely affected by California's drought. The MPWP is the proposed answer to help meet current and future water demands, while dealing with these reductions from the Carmel River and Seaside Groundwater Basin. The main features of this project will include a desalination plant, slant wells that will draw water from underneath the sea floor along the coastline, and a 10-mile pipeline extending through the north part of Monterey to supply water to its residents.  The goal throughout the planning of this new infrastructure is to protect ocean wildlife, while excess brine will be handled by the area's water pollution control agency.  The total cost of this project is estimated to be 322 million dollars with 79 million coming from subsurface intake, 115 million from the desalination plant, and 128 million from the pipelines. The MPWP is divided into three main aspects which include desalination, aquifer storage and recovery, and groundwater replenishment.

text: The Monterey Peninsula Water Project (MWPW) is a

text: water management

text: project seeking to meet water demands of

text: Monterey

text: residents. The major water source for Monterey is powered by the

text: Carmel River

answers: NDQ_000611

answers: does not receive water perennially

answers: NDQ_000613

answers: storage and recovery

answers: NDQ_000615

answers: slant

answers: NDQ_000616

answers: Seaside Groundwater Basin

answers: NDQ_000619

answers: Carmel River is influenced by precipitation

answers: NDQ_000624

answers: What is the main feature of this project?

answers: NDQ_000627

answers: Which of the following is not a type of groundwater: aquifer, seaside, or groundwater?

answers: NDQ_000629

answers: Which of the following is not a type of rock: slant wells that will draw water from underneath the sea floor along the coastline, or groundwater?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: What is the only other form of water supply?

answers: NDQ_000632

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

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: What is the largest aquifer in the world?

answers: NDQ_000635

answers: What is the main feature of the MPWP?

answers: NDQ_000636

answers: What is the main feature of this project?

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: Which of the following is not an aquifer: Seaside Groundwater Basin, Carmel River, or Seaside Groundwater?

answers: NDQ_000639

answers: Which of the following is not a source of water: hot springs or mineral springs?

answers: NDQ_000640

answers: What keeps water from seeping deeper underground?

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: Slant wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: slant well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: slant wells

answers: NDQ_000649

answers: What is the main feature of this project?

answers: NDQ_000650

answers: is drained

answers: NDQ_000651

answers: California

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: slant wells that will draw water from underneath the sea floor

answers: NDQ_000613

answers: storage and recovery,

answers: NDQ_000615

answers: slant wells

answers: NDQ_000616

answers: underneath the sea floor

answers: NDQ_000619

answers: precipitation

answers: NDQ_000624

answers: underneath the sea floor

answers: NDQ_000627

answers: aquifer storage and recovery,

answers: NDQ_000629

answers: slant wells

answers: NDQ_000630

answers: slant wells

answers: NDQ_000631

answers: underneath the sea floor

answers: NDQ_000632

answers: slant wells that will draw water from underneath the sea floor

answers: NDQ_000633

answers: aquifer storage and recovery, and groundwater replenishment.

answers: NDQ_000634

answers: aquifer storage and recovery, and groundwater replenishment.

answers: NDQ_000635

answers: water diversion,

answers: NDQ_000636

answers: aquifer storage and recovery, and groundwater replenishment.

answers: NDQ_000637

answers: aquifer storage and recovery,

answers: NDQ_000638

answers: slant wells that will draw water from underneath the sea floor

answers: NDQ_000639

answers: slant wells that will draw water from underneath the sea floor

answers: NDQ_000640

answers: slant wells that will draw water from underneath the sea floor

answers: NDQ_000641

answers: slant wells

answers: NDQ_000642

answers: slant wells

answers: NDQ_000643

answers: slant wells that will draw water from underneath the sea floor

answers: NDQ_000644

answers: slant wells

answers: NDQ_000645

answers: slant wells

answers: NDQ_000646

answers: slant wells

answers: NDQ_000647

answers: slant wells that will draw water from underneath the sea floor

answers: NDQ_000648

answers: aquifer storage and recovery,

answers: NDQ_000649

answers: slant wells that will draw water from underneath the sea floor

answers: NDQ_000650

answers: drought.

answers: NDQ_000651

answers: Carmel River,

answers: NDQ_000652

answers: slant wells that will draw water from underneath the sea floor

answers: NDQ_000653

answers: sea floor

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

text: Oil in the South Cuyama Basin comes from two primary pools, the Miocene-age Dibblee Sand and the Colgrove Sand, porous units in the Vaqueros Formation underneath the largely impermeable Monterey Formation.  The sedimentary Cuyama Basin is cut by many small faults, and the oil exists in a series of stratigraphic traps, where it is in most cases blocked in its upward motion by impermeable blocks of Monterey, often offset by faults.  The average depth of oil in the field is about  below ground surface, and the thickness of the oil-bearing units rarely exceeds ; in the separate southeastern area of the field, where the Colgrove sand is  below ground surface, the oil bearing rock is only  thick.  The source rock for the South Cuyama oil is most likely the Soda Lake Shale member of the Vaqueros Formation.

text: Oil in the South Cuyama Basin comes from two primary pools, the

text: Miocene

text: -age Dibblee Sand and the Colgrove Sand, porous units in the Vaqueros Formation underneath the largely impermeable

text: Monterey Formation

text: .  The sedimentary Cuyama Basin is cut by many small faults, and the oil exists in a series of

text: stratigraphic trap

text: s, where it is in most cases blocked in its upward motion by impermeable blocks of Monterey, often offset by faults.  The average depth of oil in the field is about  below ground surface, and the thickness of the oil-bearing units rarely exceeds ; in the separate southeastern area of the field, where the Colgrove sand is  below ground surface, the oil bearing rock is only  thick.  The

text: source rock

text: for the South Cuyama oil is most likely the Soda Lake Shale member of the Vaqueros Formation.

answers: NDQ_000611

answers: below ground surface

answers: NDQ_000613

answers: impermeable Monterey Formation

answers: NDQ_000615

answers: increase in depth

answers: NDQ_000616

answers: Monterey Formation

answers: NDQ_000619

answers: Fossils

answers: NDQ_000624

answers: below ground surface

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: No

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: What is the average depth of oil in the field?

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What is the average depth of oil in the field?

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: yes

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: What is the source rock for the South Cuyama oil?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: It is in most cases blocked in its upward motion

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: Monterey Formation

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: Monterey Formation

answers: NDQ_000646

answers: Deep well

answers: NDQ_000647

answers: water below ground surface

answers: NDQ_000648

answers: primary pools

answers: NDQ_000649

answers: impermeable

answers: NDQ_000650

answers: oil is present

answers: NDQ_000651

answers: Basin

answers: NDQ_000652

answers: source rock

answers: NDQ_000653

answers: South Cuyama Basin

answers: NDQ_000654

answers: oil

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: below ground surface,

answers: NDQ_000613

answers: impermeable

answers: NDQ_000615

answers: Oil in the South Cuyama Basin

answers: NDQ_000616

answers: Oil in the South Cuyama Basin comes from two primary pools,

answers: NDQ_000619

answers: faults.

answers: NDQ_000624

answers: upward

answers: NDQ_000627

answers: largely impermeable Monterey Formation.

answers: NDQ_000629

answers: largely impermeable Monterey Formation.

answers: NDQ_000630

answers: Vaqueros Formation

answers: NDQ_000631

answers: largely impermeable Monterey Formation.

answers: NDQ_000632

answers: below ground surface,

answers: NDQ_000633

answers: largely impermeable Monterey Formation.

answers: NDQ_000634

answers: Oil in the South Cuyama Basin

answers: NDQ_000635

answers: impermeable blocks of Monterey, often offset by faults.

answers: NDQ_000636

answers: Oil in the South Cuyama Basin

answers: NDQ_000637

answers: largely impermeable Monterey Formation.

answers: NDQ_000638

answers: Monterey Formation.

answers: NDQ_000639

answers: porous units in the Vaqueros Formation

answers: NDQ_000640

answers: impermeable blocks of Monterey,

answers: NDQ_000641

answers: upward motion

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: impermeable Monterey Formation.

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: Monterey Formation.

answers: NDQ_000646

answers: below ground surface,

answers: NDQ_000647

answers: oil

answers: NDQ_000648

answers: Oil in the South Cuyama Basin comes from two primary pools,

answers: NDQ_000649

answers: porous units

answers: NDQ_000650

answers: cut by many small faults,

answers: NDQ_000651

answers: Oil in the South Cuyama Basin

answers: NDQ_000652

answers: pools,

answers: NDQ_000653

answers: Monterey Formation.

answers: NDQ_000654

answers: faults.

answers: NDQ_000655

answers: impermeable

text: Groundwater within the Ogallala generally flows from west to east at an average rate of a foot per day. Hydraulic conductivity, or the ability for a fluid (water) to move through porous material, ranges from 25 to 300 feet per day. Water quality within the Ogallala varies with the highest quality for drinking and irrigation in the northern region while the southern region had the poorest. Human and natural processes over the past 60 to 70 years, including irrigation density, climate, and nitrogen applications, have caused higher concentrations of contaminants including nitrates. Nitrate levels generally meet USGS water quality standards, but continue to gradually increase over time. This trend can impact the future groundwater sustainability for portions of the aquifer.

text: Groundwater within the Ogallala generally flows from west to east at an average rate of a foot per day.

text: Hydraulic conductivity

text: , or the ability for a fluid (water) to move through porous material, ranges from 25 to 300 feet per day. Water quality within the Ogallala varies with the highest quality for drinking and irrigation in the northern region while the southern region had the poorest. Human and natural processes over the past 60 to 70 years, including irrigation density, climate, and nitrogen applications, have caused higher concentrations of contaminants including nitrates. Nitrate levels generally meet USGS water quality standards, but continue to gradually increase over time. This trend can impact the future groundwater sustainability for portions of the aquifer.

answers: NDQ_000611

answers: flows from west to east at an average rate of what?

answers: NDQ_000613

answers: groundwater sustainability for portions of the aquifer

answers: NDQ_000615

answers: a foot per day

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: nitrates are too high

answers: NDQ_000624

answers: fluctuate

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: It does not say

answers: NDQ_000635

answers: What is the highest quality for drinking and irrigation in the northern region

answers: NDQ_000636

answers: highest quality for drinking and irrigation

answers: NDQ_000637

answers: Hydraulic conductivity

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: What is the highest quality for drinking and irrigation in the northern region while the southern region had the poorest?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: Groundwater

answers: NDQ_000649

answers: porous

answers: NDQ_000650

answers: southern region had the poorest

answers: NDQ_000651

answers: Why is the aquifer important?

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: Ogallala

answers: NDQ_000654

answers: human and natural processes

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: flows from west to east at an average rate of a foot per day.

answers: NDQ_000613

answers: Hydraulic conductivity,

answers: NDQ_000615

answers: a foot per day.

answers: NDQ_000616

answers: Groundwater

answers: NDQ_000619

answers: natural processes

answers: NDQ_000624

answers: Groundwater

answers: NDQ_000627

answers: a foot per day. Hydraulic conductivity,

answers: NDQ_000629

answers: Hydraulic conductivity,

answers: NDQ_000630

answers: a foot per day. Hydraulic conductivity,

answers: NDQ_000631

answers: Groundwater within the Ogallala

answers: NDQ_000632

answers: a foot per day.

answers: NDQ_000633

answers: a foot per day. Hydraulic conductivity,

answers: NDQ_000634

answers: a foot per day.

answers: NDQ_000635

answers: irrigation density,

answers: NDQ_000636

answers: irrigation

answers: NDQ_000637

answers: Hydraulic conductivity,

answers: NDQ_000638

answers: Hydraulic conductivity,

answers: NDQ_000639

answers: Groundwater

answers: NDQ_000640

answers: a foot per day. Hydraulic conductivity,

answers: NDQ_000641

answers: a foot per day.

answers: NDQ_000642

answers: porous material,

answers: NDQ_000643

answers: aquifer.

answers: NDQ_000644

answers: porous material,

answers: NDQ_000645

answers: aquifer.

answers: NDQ_000646

answers: Groundwater

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: Groundwater

answers: NDQ_000649

answers: porous material,

answers: NDQ_000650

answers: Human and natural processes

answers: NDQ_000651

answers: drinking and irrigation

answers: NDQ_000652

answers: aquifer.

answers: NDQ_000653

answers: Groundwater within the Ogallala

answers: NDQ_000654

answers: Human and natural processes

answers: NDQ_000655

answers: porous

text: The groundwater may be from precipitation or from groundwater flowing into the aquifer. In areas with sufficient precipitation, water infiltrates through pore spaces in the soil, passing through the unsaturated zone . At increasing depths water fills in more of the pore spaces in the soils, until a zone of saturation is reached. Below the water table, in the phreatic zone (zone of saturation), layers of permeable rock that yield groundwater are called aquifers. In less permeable soils, such as tight bedrock formations and historic lakebed deposits, the water table may be more difficult to define.

text: The groundwater may be from precipitation or from groundwater flowing into the aquifer. In areas with sufficient precipitation, water infiltrates through pore spaces in the soil, passing through the unsaturated zone . At increasing depths water fills in more of the pore spaces in the soils, until a zone of saturation is reached. Below the water table, in the

text: phreatic zone

text: (zone of saturation), layers of permeable rock that yield groundwater are called

text: aquifers.

text: In less permeable soils, such as tight bedrock formations and historic lakebed deposits, the water table may be more difficult to define.

answers: NDQ_000611

answers: passes through the unsaturated zone

answers: NDQ_000613

answers: permeable rock that yield groundwater

answers: NDQ_000615

answers: be more difficult to define

answers: NDQ_000616

answers: precipitation

answers: NDQ_000619

answers: water fills in more of the pore spaces in the soil

answers: NDQ_000624

answers: may be more difficult to define

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: no

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: In areas with sufficient precipitation

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: In less permeable soils

answers: NDQ_000636

answers: crops

answers: NDQ_000637

answers: yes

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: aquifers

answers: NDQ_000646

answers: water table

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater flowing

answers: NDQ_000649

answers: permeable

answers: NDQ_000650

answers: less permeable soils

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: precipitation

answers: NDQ_000655

answers: permeable

answers: NDQ_000611

answers: precipitation or from groundwater flowing into the aquifer.

answers: NDQ_000613

answers: permeable rock

answers: NDQ_000615

answers: more difficult to define.

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: more difficult to define.

answers: NDQ_000627

answers: permeable rock

answers: NDQ_000629

answers: aquifers.

answers: NDQ_000630

answers: The groundwater may be from precipitation or from groundwater

answers: NDQ_000631

answers: less permeable soils,

answers: NDQ_000632

answers: Below the water table,

answers: NDQ_000633

answers: phreatic zone

answers: NDQ_000634

answers: The groundwater

answers: NDQ_000635

answers: precipitation,

answers: NDQ_000636

answers: The groundwater

answers: NDQ_000637

answers: layers of permeable rock that yield groundwater

answers: NDQ_000638

answers: aquifers. In less permeable soils,

answers: NDQ_000639

answers: aquifers.

answers: NDQ_000640

answers: phreatic zone

answers: NDQ_000641

answers: groundwater flowing into the aquifer.

answers: NDQ_000642

answers: tight bedrock

answers: NDQ_000643

answers: aquifers.

answers: NDQ_000644

answers: pore spaces

answers: NDQ_000645

answers: Below the water table,

answers: NDQ_000646

answers: Below the water table,

answers: NDQ_000647

answers: Below the water table,

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifers.

answers: NDQ_000650

answers: less permeable soils,

answers: NDQ_000651

answers: The groundwater

answers: NDQ_000652

answers: precipitation or from groundwater flowing into the aquifer.

answers: NDQ_000653

answers: aquifer.

answers: NDQ_000654

answers: precipitation

answers: NDQ_000655

answers: aquifers.

text: Surface water and groundwater can be studied and managed as separate resources as a single resource in multiple forms. Jurisdictions typically distinguish three recognized groundwater classifications: subterranean streams, underflow of surface waters, and percolating groundwater.

text: Surface water and groundwater can be studied and managed as separate resources as a single resource in multiple forms. Jurisdictions typically distinguish three recognized groundwater classifications: subterranean streams, underflow of surface waters, and percolating groundwater.

answers: NDQ_000611

answers: underflow of surface waters

answers: NDQ_000613

answers: percolating groundwater

answers: NDQ_000615

answers: underflow of surface waters

answers: NDQ_000616

answers: surface waters

answers: NDQ_000619

answers: subterranean streams flow into the groundwater

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: percolating groundwater

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: percolating groundwater

answers: NDQ_000631

answers: underflow of surface waters

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: percolating groundwater

answers: NDQ_000635

answers: What can be studied and managed as separate resources as a single resource in multiple forms?

answers: NDQ_000636

answers: percolating groundwater

answers: NDQ_000637

answers: percolating groundwater

answers: NDQ_000638

answers: percolating groundwater

answers: NDQ_000639

answers: Percolating groundwater

answers: NDQ_000640

answers: underflow of surface waters

answers: NDQ_000641

answers: percolating groundwater

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: percolating groundwater

answers: NDQ_000645

answers: percolating groundwater

answers: NDQ_000646

answers: percolating groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: percolating groundwater

answers: NDQ_000649

answers: percolating groundwater

answers: NDQ_000650

answers: underflow of surface waters

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: Jurisdictions typically distinguish three recognized groundwater classifications:

answers: NDQ_000613

answers: percolating groundwater.

answers: NDQ_000615

answers: underflow

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: Surface water and groundwater

answers: NDQ_000629

answers: percolating groundwater.

answers: NDQ_000630

answers: groundwater

answers: NDQ_000631

answers: Surface water and groundwater

answers: NDQ_000632

answers: Surface water and groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: Surface water and groundwater

answers: NDQ_000635

answers: Surface water

answers: NDQ_000636

answers: Surface water and groundwater

answers: NDQ_000637

answers: Surface water and groundwater

answers: NDQ_000638

answers: Surface water and groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: Surface water

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: Surface water and groundwater

answers: NDQ_000643

answers: percolating groundwater.

answers: NDQ_000644

answers: groundwater

answers: NDQ_000645

answers: percolating groundwater.

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: percolating groundwater.

answers: NDQ_000649

answers: percolating groundwater.

answers: NDQ_000650

answers: Surface water and groundwater

answers: NDQ_000651

answers: groundwater

answers: NDQ_000652

answers: subterranean streams,

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: subterranean streams,

answers: NDQ_000655

answers: groundwater

text: It is located above the Yarragadee Aquifer, and beneath two superficial aquifers known as the Gnangara Mound and Jandakot Mound. These aquifers are separated by impervious layers with no groundwater called aquitards.

text: It is located above the

text: Yarragadee Aquifer

text: , and beneath two superficial aquifers known as the

text: Gnangara Mound

text: and

text: Jandakot Mound

text: . These aquifers are separated by impervious layers with no groundwater called

text: aquitard

text: s.

answers: NDQ_000611

answers: aquifers

answers: NDQ_000613

answers: impervious layers with no groundwater

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: impervious layers with no groundwater

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: no

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: No

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: It is located above the Yarragadee Aquifer

answers: NDQ_000636

answers: None of the above choices

answers: NDQ_000637

answers: no

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: It is located above the Yarragadee Aquifer

answers: NDQ_000640

answers: impervious layers with no groundwater

answers: NDQ_000641

answers: It is not possible to tell

answers: NDQ_000642

answers: impervious layers

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: impervious layers

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: no

answers: NDQ_000650

answers: impervious

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: impervious

answers: NDQ_000611

answers: groundwater

answers: NDQ_000613

answers: separated by impervious layers with no groundwater

answers: NDQ_000615

answers: aquitards.

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: impervious layers with no groundwater

answers: NDQ_000629

answers: impervious layers with no groundwater

answers: NDQ_000630

answers: Yarragadee Aquifer,

answers: NDQ_000631

answers: superficial aquifers

answers: NDQ_000632

answers: separated by impervious layers with no groundwater

answers: NDQ_000633

answers: impervious layers with no groundwater

answers: NDQ_000634

answers: Yarragadee Aquifer,

answers: NDQ_000635

answers: aquitards.

answers: NDQ_000636

answers: Yarragadee Aquifer,

answers: NDQ_000637

answers: aquifers are separated by impervious layers with no groundwater

answers: NDQ_000638

answers: aquitards.

answers: NDQ_000639

answers: Yarragadee Aquifer,

answers: NDQ_000640

answers: impervious layers with no groundwater

answers: NDQ_000641

answers: Yarragadee Aquifer,

answers: NDQ_000642

answers: aquitards.

answers: NDQ_000643

answers: aquitards.

answers: NDQ_000644

answers: aquitards.

answers: NDQ_000645

answers: Yarragadee Aquifer,

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: impervious layers with no groundwater

answers: NDQ_000650

answers: impervious layers with no groundwater

answers: NDQ_000651

answers: Yarragadee Aquifer,

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: Yarragadee Aquifer,

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquitards.

text: A deep well typically consists of a boreholes fitted with a slotted liner and an electric submersible pump. As water is pumped from a deep well, a hydraulic gradient is formed and water flows into the well forming a cone of depression around the well in which there is little or no water remaining in the pore spaces of the surrounding soil. Deep wells work best in soils with a permeability of k =  m/s to  m/s; the amount of drawdown that a well can achieve is limited only by the size of the fish pump.

text: A deep well typically consists of a boreholes fitted with a slotted liner and an electric submersible pump. As water is pumped from a deep well, a

text: hydraulic gradient

text: is formed and water flows into the well forming a

text: cone of depression

text: around the well in which there is little or no water remaining in the

text: pore space

text: s of the surrounding soil. Deep wells work best in soils with a permeability of k =  m/s to  m/s; the amount of

text: drawdown

text: that a well can achieve is limited only by the size of the fish pump.

answers: NDQ_000611

answers: is pumped from a deep well

answers: NDQ_000613

answers: soils with a permeability of k = m/s to m/s

answers: NDQ_000615

answers: drawdown

answers: NDQ_000616

answers: deep wells

answers: NDQ_000619

answers: water is pumped from a deep well

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: deep wells

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unknown

answers: NDQ_000635

answers: What is the purpose of a deep well?

answers: NDQ_000636

answers: deep wells

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: no

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: deep well

answers: NDQ_000644

answers: boreholes

answers: NDQ_000645

answers: pore spaces

answers: NDQ_000646

answers: boreholes

answers: NDQ_000647

answers: deep well

answers: NDQ_000648

answers: deep well

answers: NDQ_000649

answers: unsuitable

answers: NDQ_000650

answers: is surrounded by a thick layer of soil

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: deep well

answers: NDQ_000653

answers: deep wells

answers: NDQ_000654

answers: deep wells

answers: NDQ_000655

answers: deep

answers: NDQ_000611

answers: little or no water remaining in the pore spaces of the surrounding soil.

answers: NDQ_000613

answers: permeability of k = m/s to m/s;

answers: NDQ_000615

answers: drawdown

answers: NDQ_000616

answers: deep well,

answers: NDQ_000619

answers: water

answers: NDQ_000624

answers: depression

answers: NDQ_000627

answers: k = m/s to m/s;

answers: NDQ_000629

answers: k = m/s to m/s;

answers: NDQ_000630

answers: A deep well

answers: NDQ_000631

answers: A deep well

answers: NDQ_000632

answers: k = m/s to m/s;

answers: NDQ_000633

answers: little or no water remaining in the pore spaces of the surrounding soil.

answers: NDQ_000634

answers: k = m/s to m/s;

answers: NDQ_000635

answers: Deep wells

answers: NDQ_000636

answers: A deep well

answers: NDQ_000637

answers: k = m/s to m/s;

answers: NDQ_000638

answers: k = m/s to m/s;

answers: NDQ_000639

answers: deep well

answers: NDQ_000640

answers: a cone of depression

answers: NDQ_000641

answers: pumped

answers: NDQ_000642

answers: pore spaces of the surrounding soil.

answers: NDQ_000643

answers: pore spaces of the surrounding soil.

answers: NDQ_000644

answers: boreholes

answers: NDQ_000645

answers: pore spaces of the surrounding soil.

answers: NDQ_000646

answers: deep well

answers: NDQ_000647

answers: little or no water remaining in the pore spaces of the surrounding soil.

answers: NDQ_000648

answers: water flows into the well forming a cone of depression

answers: NDQ_000649

answers: soil.

answers: NDQ_000650

answers: soil.

answers: NDQ_000651

answers: A deep well

answers: NDQ_000652

answers: deep well

answers: NDQ_000653

answers: deep well

answers: NDQ_000654

answers: deep well,

answers: NDQ_000655

answers: deep well

text: Water quality. Poor water quality is a concern both at the source and at the point of use. Groundwater below Mexico City was initially believed to be protected from contamination by a thick impervious layer. However, this layer has fractured due to land subsidence. Furthermore, the natural upward flow of water in the artesian aquifer has now been reversed due to groundwater depletion. The Groundwater under Mexico City thus is believed to be increasingly vulnerable to contaminants from waste dumps and industrial sites leaching to the aquifer. Furthermore, the deep drainage system penetrates below the clay aquitard in some places into the main aquifer. During periods of heavy rain, waste water seeps out from the deep tunnels into the surrounding subsoil contaminating the aquifer.

text: Water quality. Poor water quality is a concern both at the source and at the point of use. Groundwater below Mexico City was initially believed to be protected from contamination by a thick impervious layer. However, this layer has fractured due to land subsidence. Furthermore, the natural upward flow of water in the

text: artesian aquifer

text: has now been reversed due to groundwater depletion. The Groundwater under Mexico City thus is believed to be increasingly vulnerable to contaminants from waste dumps and industrial sites leaching to the aquifer. Furthermore, the deep drainage system penetrates below the clay

text: aquitard

text: in some places into the main aquifer. During periods of heavy rain, waste water seeps out from the deep tunnels into the surrounding subsoil contaminating the aquifer.

answers: NDQ_000611

answers: depletes due to what?

answers: NDQ_000613

answers: impervious layer

answers: NDQ_000615

answers: contaminate the aquifer

answers: NDQ_000616

answers: Artesian

answers: NDQ_000619

answers: groundwater depletion

answers: NDQ_000624

answers: due to land subsidence

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: What is the source of water in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Why is groundwater under Mexico City believed to be increasingly vulnerable to contaminants?

answers: NDQ_000636

answers: groundwater under Mexico City

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: What is the natural upward flow of water in the artesian aquifer?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does the water flow out of a well?

answers: NDQ_000642

answers: impervious layer

answers: NDQ_000643

answers: subsoil

answers: NDQ_000644

answers: tunnels

answers: NDQ_000645

answers: subsoil

answers: NDQ_000646

answers: deep tunnels

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: waste water

answers: NDQ_000649

answers: Where is the impervious layer

answers: NDQ_000650

answers: is depleted

answers: NDQ_000651

answers: Mexico

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: heavy rain

answers: NDQ_000655

answers: impervious

answers: NDQ_000611

answers: a thick impervious layer.

answers: NDQ_000613

answers: a thick impervious layer.

answers: NDQ_000615

answers: waste water seeps out from the deep tunnels

answers: NDQ_000616

answers: groundwater depletion.

answers: NDQ_000619

answers: heavy rain,

answers: NDQ_000624

answers: land subsidence.

answers: NDQ_000627

answers: clay aquitard

answers: NDQ_000629

answers: impervious layer.

answers: NDQ_000630

answers: Poor water quality

answers: NDQ_000631

answers: Groundwater

answers: NDQ_000632

answers: artesian aquifer

answers: NDQ_000633

answers: groundwater depletion.

answers: NDQ_000634

answers: artesian aquifer

answers: NDQ_000635

answers: waste dumps and industrial sites leaching to the aquifer.

answers: NDQ_000636

answers: Poor water quality

answers: NDQ_000637

answers: artesian aquifer

answers: NDQ_000638

answers: a thick impervious layer.

answers: NDQ_000639

answers: clay aquitard

answers: NDQ_000640

answers: a thick impervious layer.

answers: NDQ_000641

answers: upward flow of water

answers: NDQ_000642

answers: clay aquitard

answers: NDQ_000643

answers: clay aquitard

answers: NDQ_000644

answers: deep tunnels

answers: NDQ_000645

answers: clay aquitard

answers: NDQ_000646

answers: deep drainage system

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: deep drainage system

answers: NDQ_000649

answers: clay aquitard

answers: NDQ_000650

answers: During periods of heavy rain,

answers: NDQ_000651

answers: Mexico City

answers: NDQ_000652

answers: artesian aquifer

answers: NDQ_000653

answers: artesian aquifer

answers: NDQ_000654

answers: rain,

answers: NDQ_000655

answers: clay aquitard

text: Spasmodic Geyser is a geyser located in the Upper Geyser Basin in Yellowstone National Park in the United States.

text: Spasmodic Geyser is a

text: geyser

text: located in the Upper Geyser Basin in

text: Yellowstone National Park

text: in the

text: United States

answers: NDQ_000611

answers: causes geysers to form.

answers: NDQ_000613

answers: good aquifers contain water

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: Yellowstone National Park

answers: NDQ_000619

answers: geothermal energy is released

answers: NDQ_000624

answers: What can happen to the water table in an area?

answers: NDQ_000627

answers: Where is Spasmodic Geyser located?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: what is spasmodic geyser?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: Where is Spasmodic Geyser located?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: The amount of water that is available to enter groundwater can affect the amount of water that is available to enter spasmodic geyser.

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: It is not possible to tell

answers: NDQ_000639

answers: What type of spring is Spasmodic Geyser?

answers: NDQ_000640

answers: The water table keeps water from seeping deeper underground.

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: spasmodic geyser

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: spasmodic geyser

answers: NDQ_000645

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: geyser

answers: NDQ_000648

answers: is aquifer

answers: NDQ_000649

answers: In the Upper Geyser Basin

answers: NDQ_000650

answers: is located in a country with a large population

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: evaporation

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: Upper Geyser Basin

answers: NDQ_000613

answers: Upper Geyser Basin

answers: NDQ_000615

answers: Spasmodic Geyser

answers: NDQ_000616

answers: Spasmodic Geyser

answers: NDQ_000619

answers: Geyser Basin

answers: NDQ_000624

answers: Upper Geyser Basin

answers: NDQ_000627

answers: Spasmodic Geyser

answers: NDQ_000629

answers: Spasmodic Geyser

answers: NDQ_000630

answers: Spasmodic Geyser

answers: NDQ_000631

answers: Yellowstone National Park in the United States.

answers: NDQ_000632

answers: Spasmodic Geyser

answers: NDQ_000633

answers: Spasmodic Geyser

answers: NDQ_000634

answers: Yellowstone National Park in the United States.

answers: NDQ_000635

answers: Spasmodic Geyser

answers: NDQ_000636

answers: Spasmodic Geyser

answers: NDQ_000637

answers: Spasmodic Geyser

answers: NDQ_000638

answers: Spasmodic Geyser

answers: NDQ_000639

answers: Spasmodic Geyser

answers: NDQ_000640

answers: Spasmodic Geyser

answers: NDQ_000641

answers: Spasmodic Geyser

answers: NDQ_000642

answers: Spasmodic Geyser

answers: NDQ_000643

answers: Upper Geyser Basin

answers: NDQ_000644

answers: Spasmodic Geyser

answers: NDQ_000645

answers: Upper Geyser Basin

answers: NDQ_000646

answers: Spasmodic Geyser

answers: NDQ_000647

answers: geyser

answers: NDQ_000648

answers: Spasmodic Geyser is a geyser

answers: NDQ_000649

answers: Spasmodic Geyser

answers: NDQ_000650

answers: Upper Geyser Basin in Yellowstone National Park

answers: NDQ_000651

answers: Yellowstone National Park in the United States.

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Upper Geyser Basin

answers: NDQ_000654

answers: geyser

answers: NDQ_000655

answers: geyser

text: Brezovica pri Predgradu is located on the upper rim of the Poljane Valley () along the road from Kočevje to Črnomelj. It includes the hamlet of Zaderc () half a kilometer south of the main settlement. There are several springs and caves in the area. Brezovica Spring (''Brezoviški studenec'') is below Straža Hill, and Klinlehl Cave stands above it. West of this is Miner's Cave (''Rudniška jama''), from which a spring feeds the creek in the Vimolj Gully (''Vimoljski jarek''). Miner's Cave was a source of coal before the Second World War. The Vidmar Spring (''Vidmarski studenec'') flows into the Vimolj Gully between Brezovica and the hamlet of Videm in Knežja Lipa. The Zaderc Spring (''Zaderški studenec'') is located 1 km southwest of Zaderc.

text: Brezovica pri Predgradu is located on the upper rim of the Poljane Valley () along the road from

text: Kočevje

text: to

text: Črnomelj

text: . It includes the hamlet of

text: Zaderc

text: () half a kilometer south of the main settlement. There are several springs and caves in the area. Brezovica Spring (''Brezoviški studenec'') is below Straža Hill, and Klinlehl Cave stands above it. West of this is Miner's Cave (''Rudniška jama''), from which a spring feeds the creek in the Vimolj Gully (''Vimoljski jarek''). Miner's Cave was a source of coal before the Second World War. The Vidmar Spring (''Vidmarski studenec'') flows into the Vimolj Gully between Brezovica and the hamlet of Videm in

text: Knežja Lipa

text: . The Zaderc Spring (''Zaderški studenec'') is located 1 km southwest of Zaderc.

answers: NDQ_000611

answers: is a source of coal

answers: NDQ_000613

answers: springs and caves

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: Brezovica Spring

answers: NDQ_000619

answers: Brezovica Spring is below Stra a Hill

answers: NDQ_000624

answers: How would you describe Brezovica Spring?

answers: NDQ_000627

answers: What does Brezovica Spring feed the creek in?

answers: NDQ_000629

answers: It includes the hamlet of Zaderc

answers: NDQ_000630

answers: What type of water is heated by hot magma?

answers: NDQ_000631

answers: How many springs and caves in the area?

answers: NDQ_000632

answers: How deep is Brezovica Spring?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is a source of coal before the Second World War?

answers: NDQ_000636

answers: Ogallala aquifer

answers: NDQ_000637

answers: What is a source of coal before the Second World War?

answers: NDQ_000638

answers: It is not possible to tell

answers: NDQ_000639

answers: Which of the following is not a source of coal before the Second World War: Miner's Cave or Vimolj Gully?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How would you describe Brezovica Spring?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: Vimolj Gully

answers: NDQ_000644

answers: caves

answers: NDQ_000645

answers: Klinlehl Cave

answers: NDQ_000646

answers: cave

answers: NDQ_000647

answers: Brezovica Spring

answers: NDQ_000648

answers: spring

answers: NDQ_000649

answers: Where is Brezovica Spring located?

answers: NDQ_000650

answers: is near a source of coal

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: Cave

answers: NDQ_000653

answers: Poljane Valley

answers: NDQ_000654

answers: springs

answers: NDQ_000655

answers: Vimolj

answers: NDQ_000611

answers: springs and caves

answers: NDQ_000613

answers: springs and caves

answers: NDQ_000615

answers: Vimolj Gully

answers: NDQ_000616

answers: Miner's Cave

answers: NDQ_000619

answers: springs

answers: NDQ_000624

answers: springs and caves in the area. Brezovica Spring

answers: NDQ_000627

answers: springs and caves in the area. Brezovica Spring

answers: NDQ_000629

answers: Brezovica Spring

answers: NDQ_000630

answers: Brezovica Spring

answers: NDQ_000631

answers: springs and caves in the area. Brezovica Spring

answers: NDQ_000632

answers: Brezovica Spring

answers: NDQ_000633

answers: springs

answers: NDQ_000634

answers: Ko<unk>evje to <unk>rnomelj.

answers: NDQ_000635

answers: springs and caves

answers: NDQ_000636

answers: Brezovica Spring

answers: NDQ_000637

answers: springs and caves in the area. Brezovica Spring

answers: NDQ_000638

answers: Stra<unk>a Hill,

answers: NDQ_000639

answers: Miner's Cave was a source of coal

answers: NDQ_000640

answers: Brezovica Spring

answers: NDQ_000641

answers: springs and caves in the area. Brezovica Spring

answers: NDQ_000642

answers: Ko<unk>evje to <unk>rnomelj.

answers: NDQ_000643

answers: Vimolj Gully

answers: NDQ_000644

answers: caves

answers: NDQ_000645

answers: Stra<unk>a Hill,

answers: NDQ_000646

answers: springs and caves

answers: NDQ_000647

answers: springs and caves in the area. Brezovica Spring

answers: NDQ_000648

answers: a spring feeds the creek in the Vimolj Gully

answers: NDQ_000649

answers: springs and caves in the area. Brezovica Spring

answers: NDQ_000650

answers: coal before the Second World War.

answers: NDQ_000651

answers: Vimolj Gully

answers: NDQ_000652

answers: Miner's Cave

answers: NDQ_000653

answers: Poljane Valley

answers: NDQ_000654

answers: springs and caves

answers: NDQ_000655

answers: springs and caves

text: The main water source for agriculture and drinking water in the region comes from groundwater. The three primary aquifers in the Pajaro Watershed are the Alluvial, the Aromas, and the Purisma aquifers. All three suffer from seawater intrusion due to groundwater overdraft, the worst affected being the Aromas aquifer.The Alluvial aquifer is heavily polluted by agricultural runoff.

text: The main water source for agriculture and drinking water in the region comes from groundwater. The three primary aquifers in the Pajaro Watershed are the Alluvial, the Aromas, and the Purisma aquifers. All three suffer from seawater intrusion due to groundwater overdraft, the worst affected being the Aromas aquifer.The Alluvial aquifer is heavily polluted by agricultural runoff.

answers: NDQ_000611

answers: is what type of water source?

answers: NDQ_000613

answers: groundwater overdraft

answers: NDQ_000615

answers: overdraft

answers: NDQ_000616

answers: Alluvial

answers: NDQ_000619

answers: Alluvial aquifer is heavily polluted

answers: NDQ_000624

answers: What can happen to the water table?

answers: NDQ_000627

answers: It's impossible to say

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: What is the main source of drinking water in the region?

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Why is the Alluvial aquifer heavily polluted?

answers: NDQ_000636

answers: None of the above choices.

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It is impossible to say

answers: NDQ_000639

answers: Which of the following is not a mineral spring: Alluvial, Aromas, or Purisma?

answers: NDQ_000640

answers: What is the water source for agriculture and drinking water in the region?

answers: NDQ_000641

answers: Why does the water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: What is the main water source for agriculture?

answers: NDQ_000650

answers: is overdraft

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: The main water source for agriculture and drinking water

answers: NDQ_000613

answers: drinking water

answers: NDQ_000615

answers: groundwater overdraft,

answers: NDQ_000616

answers: agricultural runoff.

answers: NDQ_000619

answers: seawater intrusion due to groundwater overdraft,

answers: NDQ_000624

answers: groundwater.

answers: NDQ_000627

answers: groundwater.

answers: NDQ_000629

answers: seawater intrusion

answers: NDQ_000630

answers: groundwater.

answers: NDQ_000631

answers: groundwater.

answers: NDQ_000632

answers: seawater intrusion due to groundwater overdraft,

answers: NDQ_000633

answers: seawater intrusion due to groundwater overdraft,

answers: NDQ_000634

answers: Alluvial,

answers: NDQ_000635

answers: agricultural runoff.

answers: NDQ_000636

answers: agricultural runoff.

answers: NDQ_000637

answers: groundwater.

answers: NDQ_000638

answers: seawater intrusion

answers: NDQ_000639

answers: groundwater.

answers: NDQ_000640

answers: seawater intrusion due to groundwater overdraft,

answers: NDQ_000641

answers: groundwater.

answers: NDQ_000642

answers: groundwater.

answers: NDQ_000643

answers: groundwater.

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifers

answers: NDQ_000646

answers: groundwater.

answers: NDQ_000647

answers: groundwater.

answers: NDQ_000648

answers: agricultural runoff.

answers: NDQ_000649

answers: groundwater.

answers: NDQ_000650

answers: agricultural runoff.

answers: NDQ_000651

answers: agriculture and drinking water in the region comes from groundwater.

answers: NDQ_000652

answers: groundwater.

answers: NDQ_000653

answers: groundwater.

answers: NDQ_000654

answers: groundwater.

answers: NDQ_000655

answers: groundwater.

text: Before the arrival of Europeans, Mount Hikurangi was within Ngāti Porou's territory. Ngāti Porou believe they are descendants of Māui, and thus have had a connection with the mountain since it arose from the sea. In the 1870s, the Crown acquired the mountain and turned it into a state forest park. In November 1990, ownership of Mount Hikurangi was returned to Ngāti Porou, who now manage the mountain, and facilitate the public's access to it.

text: Before the arrival of Europeans, Mount Hikurangi was within Ngāti Porou's territory. Ngāti Porou believe they are descendants of Māui, and thus have had a connection with the mountain since it arose from the sea. In the 1870s, the Crown acquired the mountain and turned it into a state forest park. In November 1990, ownership of Mount Hikurangi was returned to Ngāti Porou, who now manage the mountain, and facilitate the public's access to it.

answers: NDQ_000611

answers: has a higher salinity than surface water

answers: NDQ_000613

answers: good aquifer

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: the sea

answers: NDQ_000619

answers: Mount Hikurangi is hot

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: Which of the following is not a type of aquifer: clay, aquifer, or sea?

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: What is Mount Hikurangi?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unknown

answers: NDQ_000635

answers: The Crown acquired the mountain and turned it into a state forest park

answers: NDQ_000636

answers: used to irrigate crops

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a hot spring: mineral springs, hot springs or sea springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: sea

answers: NDQ_000644

answers: Mount Hikurangi

answers: NDQ_000645

answers: sea

answers: NDQ_000646

answers: Aquifer

answers: NDQ_000647

answers: sea

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Where is Mount Hikurangi?

answers: NDQ_000650

answers: is in a state forest park

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: mountain

answers: NDQ_000653

answers: sea

answers: NDQ_000654

answers: water

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: sea.

answers: NDQ_000613

answers: sea.

answers: NDQ_000615

answers: Mount Hikurangi

answers: NDQ_000616

answers: Mount Hikurangi

answers: NDQ_000619

answers: the sea.

answers: NDQ_000624

answers: Mount Hikurangi was within Ng<unk>ti Porou's

answers: NDQ_000627

answers: sea.

answers: NDQ_000629

answers: Before the arrival of Europeans,

answers: NDQ_000630

answers: Mount Hikurangi

answers: NDQ_000631

answers: Mount Hikurangi

answers: NDQ_000632

answers: sea.

answers: NDQ_000633

answers: 1990,

answers: NDQ_000634

answers: Mount Hikurangi

answers: NDQ_000635

answers: a state forest park.

answers: NDQ_000636

answers: Mount Hikurangi

answers: NDQ_000637

answers: Before the arrival of Europeans,

answers: NDQ_000638

answers: Before the arrival of Europeans,

answers: NDQ_000639

answers: sea.

answers: NDQ_000640

answers: Before the arrival of Europeans, Mount Hikurangi

answers: NDQ_000641

answers: Before the arrival of Europeans,

answers: NDQ_000642

answers: Mount Hikurangi

answers: NDQ_000643

answers: sea.

answers: NDQ_000644

answers: Mount Hikurangi

answers: NDQ_000645

answers: sea.

answers: NDQ_000646

answers: Before the arrival of Europeans,

answers: NDQ_000647

answers: sea.

answers: NDQ_000648

answers: Before the arrival of Europeans, Mount Hikurangi

answers: NDQ_000649

answers: sea.

answers: NDQ_000650

answers: Europeans,

answers: NDQ_000651

answers: Europeans,

answers: NDQ_000652

answers: sea.

answers: NDQ_000653

answers: sea.

answers: NDQ_000654

answers: Mount Hikurangi

answers: NDQ_000655

answers: sea.

text: The porous pot version of the Daniell cell was invented by John Dancer, a Liverpool instrument maker, in 1838. It consists of a central zinc anode dipped into a porous earthenware pot containing a zinc sulfate solution. The porous pot is, in turn, immersed in a solution of copper sulfate contained in a copper can, which acts as the cell's cathode. The use of a porous barrier allows ions to pass through but keeps the solutions from mixing. Without this barrier, when no current was drawn the copper ions would drift to the zinc anode and undergo reduction without producing a current, which would destroy the battery's life.

text: The porous pot version of the Daniell cell was invented by

text: John Dancer

text: , a Liverpool instrument maker, in 1838. It consists of a central

text: zinc

text: anode

text: dipped into a porous earthenware pot containing a

text: zinc sulfate

text: solution. The

text: porous

text: pot is, in turn, immersed in a solution of

text: copper sulfate

text: contained in a

text: copper

text: can, which acts as the cell's

text: cathode

text: . The use of a porous barrier allows ions to pass through but keeps the solutions from mixing. Without this barrier, when no current was drawn the copper ions would drift to the zinc anode and undergo

text: reduction

text: without producing a current, which would destroy the battery's life.

answers: NDQ_000611

answers: is a solution of what?

answers: NDQ_000613

answers: allows ions to pass through but keeps the solutions from mixing

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Earth's surface

answers: NDQ_000619

answers: copper ions would drift to the zinc anode

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: not enough information

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater

answers: NDQ_000636

answers: used to irrigate crops

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: earthenware

answers: NDQ_000644

answers: porous barrier

answers: NDQ_000645

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: Earthenware pot

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: a porous barrier

answers: NDQ_000650

answers: is drained

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: earthenware pot

answers: NDQ_000653

answers: Earthenware

answers: NDQ_000654

answers: copper ions

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: zinc sulfate solution.

answers: NDQ_000613

answers: porous barrier allows ions to pass through but keeps the solutions from mixing.

answers: NDQ_000615

answers: 1838.

answers: NDQ_000616

answers: Daniell cell

answers: NDQ_000619

answers: copper ions

answers: NDQ_000624

answers: 1838.

answers: NDQ_000627

answers: 1838.

answers: NDQ_000629

answers: porous barrier allows ions to pass through but keeps the solutions from mixing.

answers: NDQ_000630

answers: 1838.

answers: NDQ_000631

answers: 1838.

answers: NDQ_000632

answers: mixing.

answers: NDQ_000633

answers: zinc sulfate

answers: NDQ_000634

answers: 1838.

answers: NDQ_000635

answers: The porous pot version of the Daniell cell

answers: NDQ_000636

answers: The porous pot version of the Daniell cell

answers: NDQ_000637

answers: porous barrier allows ions to pass through but keeps the solutions from mixing.

answers: NDQ_000638

answers: ions to pass through but keeps the solutions from mixing.

answers: NDQ_000639

answers: copper sulfate

answers: NDQ_000640

answers: mixing.

answers: NDQ_000641

answers: 1838.

answers: NDQ_000642

answers: keeps the solutions from mixing.

answers: NDQ_000643

answers: zinc sulfate solution.

answers: NDQ_000644

answers: porous barrier

answers: NDQ_000645

answers: zinc sulfate solution.

answers: NDQ_000646

answers: 1838.

answers: NDQ_000647

answers: zinc sulfate

answers: NDQ_000648

answers: copper sulfate

answers: NDQ_000649

answers: 1838.

answers: NDQ_000650

answers: copper sulfate

answers: NDQ_000651

answers: The porous pot version of the Daniell cell

answers: NDQ_000652

answers: copper can,

answers: NDQ_000653

answers: copper sulfate

answers: NDQ_000654

answers: copper sulfate

answers: NDQ_000655

answers: porous

text: Since surface water was unable to sustain the cattle herds, the ranchers turned to groundwater, and the easily reachable aquifer of 'sweet water' was pumped out and depleted from under the basin, leaving only brackish water.  Applying the groundwater to the surface resulted in additional salts being dissolved and transported back down by groundwater recharge into the aquifer, increasing its salinity. By 2000, salts in the aquifer were recognized to be needed to be significantly reduced if existing levels of water use were to continue. Therefore, in 2004, the Tularosa Basin National Desalination Research Facility was established in the basin at Alamogordo, as a joint project of the Federal Bureau of Reclamation and Sandia National Laboratories. It is a national center for researching procedures to reduce brackish water creation and to develop new technologies for its desalination, as it is increasingly found in present-day inland basin aquifers with agricultural irrigation and potable water withdrawal demands.

text: Since surface water was unable to sustain the cattle herds, the ranchers turned to

text: groundwater

text: , and the easily reachable

text: aquifer

text: of 'sweet water' was pumped out and depleted from under the basin, leaving only

text: brackish water

text: .  Applying the groundwater to the surface resulted in additional salts being dissolved and transported back down by

text: groundwater recharge

text: into the aquifer, increasing its salinity. By 2000, salts in the aquifer were recognized to be needed to be significantly reduced if existing levels of water use were to continue. Therefore, in 2004, the Tularosa Basin National Desalination Research Facility was established in the basin at

text: Alamogordo

text: , as a joint project of the

text: Federal Bureau of Reclamation

text: and

text: Sandia National Laboratories

text: . It is a national center for researching procedures to reduce brackish water creation and to develop new technologies for its desalination, as it is increasingly found in present-day inland basin aquifers with agricultural irrigation and potable water withdrawal demands.

answers: NDQ_000611

answers: was pumped out and depleted

answers: NDQ_000613

answers: salinity

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: salts are dissolved in water

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: agricultural irrigation and potable water withdrawal demands

answers: NDQ_000636

answers: agricultural irrigation

answers: NDQ_000637

answers: no

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: salts

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why did the ranchers turn to groundwater

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: pumped

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is groundwater recharge

answers: NDQ_000650

answers: groundwater is pumped out

answers: NDQ_000651

answers: Basin

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: brackish water

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: brackish water.

answers: NDQ_000613

answers: easily reachable aquifer of'sweet water'

answers: NDQ_000615

answers: brackish water.

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: salts

answers: NDQ_000624

answers: groundwater,

answers: NDQ_000627

answers: groundwater,

answers: NDQ_000629

answers: groundwater,

answers: NDQ_000630

answers: groundwater,

answers: NDQ_000631

answers: groundwater,

answers: NDQ_000632

answers: groundwater,

answers: NDQ_000633

answers: of'sweet water'

answers: NDQ_000634

answers: Tularosa Basin National Desalination Research Facility

answers: NDQ_000635

answers: agricultural irrigation

answers: NDQ_000636

answers: agricultural irrigation

answers: NDQ_000637

answers: groundwater,

answers: NDQ_000638

answers: groundwater,

answers: NDQ_000639

answers: groundwater,

answers: NDQ_000640

answers: groundwater,

answers: NDQ_000641

answers: groundwater,

answers: NDQ_000642

answers: surface water was unable to sustain the cattle herds,

answers: NDQ_000643

answers: groundwater,

answers: NDQ_000644

answers: groundwater,

answers: NDQ_000645

answers: groundwater,

answers: NDQ_000646

answers: groundwater,

answers: NDQ_000647

answers: groundwater,

answers: NDQ_000648

answers: groundwater recharge

answers: NDQ_000649

answers: groundwater,

answers: NDQ_000650

answers: agricultural irrigation

answers: NDQ_000651

answers: agricultural irrigation

answers: NDQ_000652

answers: groundwater,

answers: NDQ_000653

answers: surface water

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater,

text: The track "23" was also used in a trailer for the British TV series Skins in February 2008, an ad for Crystal Geyser in May 2008 in Japan, and an episode of Grey's Anatomy. The song "Spring and by Summer Fall" was used in the introduction to an October 2007 episode of the CBS series Numb3rs. "23" also appeared on the internet and television commercials for the 2009 Pontiac promotion entitled "Experience Pontiac."

text: The track "23" was also used in a trailer for the British TV series

text: Skins

text: in February 2008, an ad for

text: Crystal Geyser

text: in May 2008 in

text: Japan

text: , and an episode of

text: Grey's Anatomy

text: . The song "Spring and by Summer Fall" was used in the introduction to an October 2007 episode of the

text: CBS

text: series

text: . "23" also appeared on the internet and television commercials for the 2009

text: Pontiac

text: promotion entitled "Experience Pontiac."

answers: NDQ_000611

answers: is contaminated with bacteria and viruses

answers: NDQ_000613

answers: spring and by Summer Fall

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Earth's surface

answers: NDQ_000619

answers: Crystal Geyser

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: no

answers: NDQ_000631

answers: unknown

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: crops

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: mineral springs

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: yes

answers: NDQ_000642

answers: does not have tiny holes that water can pass through

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: Skins

answers: NDQ_000645

answers: Crystal Geyser

answers: NDQ_000646

answers: Crystal Geyser

answers: NDQ_000647

answers: Crystal Geyser

answers: NDQ_000648

answers: Crystal Geyser

answers: NDQ_000649

answers: infiltrates

answers: NDQ_000650

answers: is located near a large body of water

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: Geyser

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: aquifer

answers: NDQ_000655

answers: Geyser

answers: NDQ_000611

answers: Crystal Geyser

answers: NDQ_000613

answers: Crystal Geyser

answers: NDQ_000615

answers: Crystal Geyser

answers: NDQ_000616

answers: Crystal Geyser

answers: NDQ_000619

answers: Crystal Geyser

answers: NDQ_000624

answers: Fall"

answers: NDQ_000627

answers: Crystal Geyser

answers: NDQ_000629

answers: Grey's Anatomy.

answers: NDQ_000630

answers: Crystal Geyser

answers: NDQ_000631

answers: Crystal Geyser

answers: NDQ_000632

answers: Crystal Geyser

answers: NDQ_000633

answers: Crystal Geyser

answers: NDQ_000634

answers: Japan,

answers: NDQ_000635

answers: Grey's Anatomy.

answers: NDQ_000636

answers: Grey's Anatomy.

answers: NDQ_000637

answers: Crystal Geyser

answers: NDQ_000638

answers: Japan,

answers: NDQ_000639

answers: Crystal Geyser

answers: NDQ_000640

answers: Grey's Anatomy.

answers: NDQ_000641

answers: Grey's Anatomy.

answers: NDQ_000642

answers: Crystal Geyser

answers: NDQ_000643

answers: Crystal Geyser

answers: NDQ_000644

answers: Crystal Geyser

answers: NDQ_000645

answers: Crystal Geyser

answers: NDQ_000646

answers: Crystal Geyser

answers: NDQ_000647

answers: Crystal Geyser

answers: NDQ_000648

answers: Crystal Geyser

answers: NDQ_000649

answers: 2008, an ad for Crystal Geyser

answers: NDQ_000650

answers: 2008,

answers: NDQ_000651

answers: Japan,

answers: NDQ_000652

answers: Crystal Geyser

answers: NDQ_000653

answers: Crystal Geyser

answers: NDQ_000654

answers: Crystal Geyser

answers: NDQ_000655

answers: Crystal Geyser

text: The town is named for the sulfur springs located there, including the world's deepest geothermal hot spring. This "Mother Spring" feeds the pools hosted by three local hot spring soaking locations within town. The largest is at The Springs Resort & Spa which hosts the mother spring. Other hot springs facilities in town are the Healing Waters Resort and Spa and the Overlook Hot Springs Spa. The mineral-rich water continues to be celebrated for its therapeutic powers. The Utes called the sulfur-rich mineral springs Pah gosah, which is commonly translated in modern documents as "healing waters"; a Ute elder once translated the phrase as "water (pah) that has a bad smell (gosah)."

text: The town is named for the sulfur springs located there, including the world's deepest geothermal hot spring. This "Mother Spring" feeds the pools hosted by three local hot spring soaking locations within town. The largest is at The Springs Resort & Spa which hosts the mother spring. Other hot springs facilities in town are the Healing Waters Resort and Spa and the Overlook Hot Springs Spa. The mineral-rich water continues to be celebrated for its therapeutic powers. The Utes called the sulfur-rich mineral springs Pah gosah, which is commonly translated in modern documents as "healing waters"; a Ute elder once translated the phrase as "water (pah) that has a bad smell (gosah)."

answers: NDQ_000611

answers: has a bad smell

answers: NDQ_000613

answers: mineral-rich water

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: The Springs Resort and Spa

answers: NDQ_000619

answers: geothermal hot springs

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: It's impossible to say

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: How does land use affect the amount of water that enters groundwater?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: It's impossible to say

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: It's impossible to say

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: It is impossible to say

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: geothermal hot spring

answers: NDQ_000644

answers: geothermal

answers: NDQ_000645

answers: geothermal

answers: NDQ_000646

answers: geothermal

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: mineral-rich water

answers: NDQ_000649

answers: Where is the mother spring located?

answers: NDQ_000650

answers: has a bad smell

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geothermal

answers: NDQ_000653

answers: The Springs Resort & Spa

answers: NDQ_000654

answers: sulfur springs

answers: NDQ_000655

answers: geothermal

answers: NDQ_000611

answers: "water (pah) that has a bad smell

answers: NDQ_000613

answers: therapeutic powers.

answers: NDQ_000615

answers: The mineral-rich water continues to be celebrated for its therapeutic powers.

answers: NDQ_000616

answers: sulfur springs

answers: NDQ_000619

answers: sulfur springs

answers: NDQ_000624

answers: world's deepest geothermal hot spring.

answers: NDQ_000627

answers: world's deepest geothermal hot spring.

answers: NDQ_000629

answers: world's deepest geothermal hot spring.

answers: NDQ_000630

answers: world's deepest geothermal hot spring.

answers: NDQ_000631

answers: world's deepest geothermal hot spring.

answers: NDQ_000632

answers: world's deepest geothermal hot spring.

answers: NDQ_000633

answers: world's deepest geothermal hot spring.

answers: NDQ_000634

answers: world's deepest geothermal hot spring.

answers: NDQ_000635

answers: world's deepest geothermal hot spring.

answers: NDQ_000636

answers: The mineral-rich water continues to be celebrated for its therapeutic powers.

answers: NDQ_000637

answers: The mineral-rich water continues to be celebrated for its therapeutic powers.

answers: NDQ_000638

answers: world's deepest geothermal hot spring.

answers: NDQ_000639

answers: The mineral-rich water

answers: NDQ_000640

answers: world's deepest geothermal hot spring.

answers: NDQ_000641

answers: world's deepest geothermal hot spring.

answers: NDQ_000642

answers: pools

answers: NDQ_000643

answers: geothermal hot spring.

answers: NDQ_000644

answers: pools

answers: NDQ_000645

answers: geothermal hot spring.

answers: NDQ_000646

answers: geothermal hot spring.

answers: NDQ_000647

answers: world's deepest geothermal hot spring.

answers: NDQ_000648

answers: geothermal hot spring.

answers: NDQ_000649

answers: world's deepest geothermal hot spring.

answers: NDQ_000650

answers: bad smell

answers: NDQ_000651

answers: world's deepest geothermal hot spring.

answers: NDQ_000652

answers: mineral-rich

answers: NDQ_000653

answers: sulfur springs

answers: NDQ_000654

answers: sulfur springs

answers: NDQ_000655

answers: Pah gosah,

text: As part of its implementation, DWR has developed a Strategic Plan to document its Sustainable Groundwater Management (SGM) Program, which expands on its responsibilities in SGMA. The Strategic Plan describes the current groundwater conditions of the state, identifies legislation and other related policies, identifies success factors in addressing the challenges of groundwater management, describes the goals and objectives of DWR actions, and presents the plan for DWR communication and outreach with stakeholders and other agencies.

text: As part of its implementation, DWR has developed a Strategic Plan to document its Sustainable Groundwater Management (SGM) Program, which expands on its responsibilities in SGMA. The Strategic Plan describes the current groundwater conditions of the state, identifies legislation and other related policies, identifies success factors in addressing the challenges of groundwater management, describes the goals and objectives of DWR actions, and presents the plan for DWR communication and outreach with stakeholders and other agencies.

answers: NDQ_000611

answers: is a source of water

answers: NDQ_000613

answers: Sustainable Groundwater Management

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: DWR has developed a Sustainable Groundwater Management Program

answers: NDQ_000624

answers: What may the water table in an area do?

answers: NDQ_000627

answers: Where does an aquifer usually form?

answers: NDQ_000629

answers: What type of rock does the rock layer below an aquifer always consist of?

answers: NDQ_000630

answers: What type of water is heated in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: How are aquifers generally found?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: The Strategic Plan describes the current groundwater conditions of the state

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: What is impermeable rock?

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or hot springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: is not having tiny holes

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: Groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: where rock is

answers: NDQ_000650

answers: is not managed

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: Sustainable

answers: NDQ_000611

answers: Sustainable Groundwater Management

answers: NDQ_000613

answers: Sustainable Groundwater Management

answers: NDQ_000615

answers: Groundwater

answers: NDQ_000616

answers: Groundwater

answers: NDQ_000619

answers: Groundwater

answers: NDQ_000624

answers: Groundwater

answers: NDQ_000627

answers: Groundwater

answers: NDQ_000629

answers: DWR has developed a Strategic Plan to document its Sustainable Groundwater Management

answers: NDQ_000630

answers: Groundwater Management

answers: NDQ_000631

answers: Groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: Groundwater

answers: NDQ_000634

answers: DWR has developed a Strategic Plan to document its Sustainable Groundwater Management

answers: NDQ_000635

answers: DWR has developed a Strategic Plan to document its Sustainable Groundwater Management

answers: NDQ_000636

answers: DWR has developed a Strategic Plan to document its Sustainable Groundwater Management

answers: NDQ_000637

answers: Sustainable Groundwater

answers: NDQ_000638

answers: Groundwater

answers: NDQ_000639

answers: Groundwater

answers: NDQ_000640

answers: Groundwater Management

answers: NDQ_000641

answers: Groundwater

answers: NDQ_000642

answers: Groundwater

answers: NDQ_000643

answers: Groundwater

answers: NDQ_000644

answers: Groundwater

answers: NDQ_000645

answers: Groundwater

answers: NDQ_000646

answers: Groundwater

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: Groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: current groundwater conditions

answers: NDQ_000651

answers: DWR has developed a Strategic Plan to document its Sustainable Groundwater Management

answers: NDQ_000652

answers: Groundwater

answers: NDQ_000653

answers: Groundwater

answers: NDQ_000654

answers: Groundwater

answers: NDQ_000655

answers: Sustainable Groundwater

text: Hydraulic fracturing is used to increase the rate at which fluids, such as petroleum, water, or natural gas can be recovered from subterranean natural reservoirs.  Reservoirs are typically porous sandstones, limestones or dolomite rocks, but also include "unconventional reservoirs" such as shale rock or coal beds. Hydraulic fracturing enables the extraction of natural gas and oil from rock formations deep below the earth's surface (generally ), which is greatly below typical groundwater reservoir levels.  At such depth, there may be insufficient permeability or reservoir pressure to allow natural gas and oil to flow from the rock into the wellbore at high economic return. Thus, creating conductive fractures in the rock is instrumental in extraction from naturally impermeable shale reservoirs.  Permeability is measured in the microdarcy to nanodarcy range. Fractures are a conductive path connecting a larger volume of reservoir to the well. So-called "super fracking," creates cracks deeper in the rock formation to release more oil and gas, and increases efficiency.  The yield for typical shale bores generally falls off after the first year or two, but the peak producing life of a well can be extended to several decades.

text: Hydraulic fracturing is used to increase the rate at which fluids, such as petroleum, water, or natural gas can be recovered from subterranean natural reservoirs.  Reservoirs are typically porous

text: sandstone

text: s,

text: limestone

text: s or

text: dolomite

text: rocks, but also include "unconventional reservoirs" such as

text: shale

text: rock or

text: coal

text: beds. Hydraulic fracturing enables the extraction of natural gas and oil from rock formations deep below the earth's surface (generally ), which is greatly below typical groundwater reservoir levels.  At such depth, there may be insufficient

text: permeability

text: or reservoir pressure to allow natural gas and oil to flow from the rock into the wellbore at high economic return. Thus, creating conductive fractures in the rock is instrumental in extraction from naturally impermeable shale reservoirs.  Permeability is measured in the micro

text: darcy

text: to nanodarcy range. Fractures are a conductive path connecting a larger volume of reservoir to the well. So-called "super fracking," creates cracks deeper in the rock formation to release more oil and gas, and increases efficiency.  The yield for typical shale bores generally falls off after the first year or two, but the peak producing life of a well can be extended to several decades.

answers: NDQ_000611

answers: What does hydraulic fracturing remove from reservoirs?

answers: NDQ_000613

answers: Permeability is measured in the microdarcy to nanodarcy range

answers: NDQ_000615

answers: generally fall off

answers: NDQ_000616

answers: unanswerable

answers: NDQ_000619

answers: Hydraulic fracturing is used

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: unknown

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: What can be extracted from subterranean natural reservoirs?

answers: NDQ_000636

answers: None

answers: NDQ_000637

answers: yes

answers: NDQ_000638

answers: not enough information

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: groundwater reservoir

answers: NDQ_000644

answers: Permeability

answers: NDQ_000645

answers: groundwater reservoir

answers: NDQ_000646

answers: wellbore

answers: NDQ_000647

answers: unanswerable

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: unanswerable

answers: NDQ_000650

answers: natural gas and oil are extracted

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: reservoir

answers: NDQ_000653

answers: groundwater reservoir levels

answers: NDQ_000654

answers: unanswerable

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: reservoir levels.

answers: NDQ_000613

answers: porous

answers: NDQ_000615

answers: groundwater reservoir levels.

answers: NDQ_000616

answers: Hydraulic fracturing

answers: NDQ_000619

answers: Hydraulic fracturing

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: sandstones, limestones or dolomite rocks,

answers: NDQ_000629

answers: microdarcy to nanodarcy range.

answers: NDQ_000630

answers: Hydraulic fracturing

answers: NDQ_000631

answers: groundwater reservoir levels.

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: decades.

answers: NDQ_000634

answers: Hydraulic fracturing

answers: NDQ_000635

answers: permeability

answers: NDQ_000636

answers: Hydraulic fracturing

answers: NDQ_000637

answers: Reservoirs

answers: NDQ_000638

answers: shale reservoirs.

answers: NDQ_000639

answers: Hydraulic fracturing

answers: NDQ_000640

answers: Hydraulic fracturing

answers: NDQ_000641

answers: reservoir pressure

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: Permeability

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: wellbore

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: Hydraulic fracturing

answers: NDQ_000651

answers: Hydraulic fracturing

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: Hydraulic fracturing

answers: NDQ_000655

answers: impermeable

text: Godwin was able to build wealth on cattle, timber, real estate and mining in Northern California. In 1854, he was residing at Godwin's Place west of the Russian River in the Sonoma County, present-day Geyserville. He owned 640 acres of nearby land and was engaged in mercantile and livestock business. Since approximately 150 Native Americans lived on the Russian River, the Federal government appointed the 6'6" Godwin as an Indian agent, and Charles F. Winslow after visiting the area wrote that they were "under Mr. Godwin's complete control." There were hot springs on the property which later became known as The Geysers, and Godwin built The Geysers Resort Hotel to encourage visitors. He discovered that his land possessed rich cinnabar ore deposits and in 1859 filed mining claims, which he had to defend in court as others disputed his right to mine quicksilver. Godwin obtained a legal license after passing exams and successfully represented himself in court in Santa Rosa. He became involved in local politics, and was elected a Justice of the Piece in 1855. He served on the Board of Directors of the Geyser Road committee. There are accounts that in 1860 Godwin lost the Democratic Party nomination for governor of California by one vote that are not confirmed by documents. After Virginia seceded from the Union, Godwin placed an advertisement in Petaluma Journal looking for a renter of his business interests in The Geysers, and turned his other property holdings to friends.

text: Godwin was able to build wealth on cattle, timber, real estate and mining in Northern California. In 1854, he was residing at Godwin's Place west of the

text: Russian River

text: in the

text: Sonoma County

text: , present-day

text: Geyserville

text: . He owned 640 acres of nearby land and was engaged in mercantile and livestock business. Since approximately 150 Native Americans lived on the Russian River, the Federal government appointed the 6'6" Godwin as an Indian agent, and

text: Charles F. Winslow

text: after visiting the area wrote that they were "under Mr. Godwin's complete control." There were hot springs on the property which later became known as

text: The Geysers

text: , and Godwin built The Geysers Resort Hotel to encourage visitors. He discovered that his land possessed rich cinnabar ore deposits and in 1859 filed mining claims, which he had to defend in court as others disputed his right to mine

text: quicksilver

text: . Godwin obtained a legal license after passing exams and successfully represented himself in court in

text: Santa Rosa

text: . He became involved in local politics, and was elected a Justice of the Piece in 1855. He served on the Board of Directors of the Geyser Road committee. There are accounts that in 1860 Godwin lost the

text: Democratic Party

text: nomination for governor of California by one vote that are not confirmed by documents. After Virginia seceded from the Union, Godwin placed an advertisement in Petaluma Journal looking for a renter of his business interests in The Geysers, and turned his other property holdings to friends.

answers: NDQ_000611

answers: is a source of water

answers: NDQ_000613

answers: hot springs

answers: NDQ_000615

answers: be higher than

answers: NDQ_000616

answers: Russian River

answers: NDQ_000619

answers: hot springs

answers: NDQ_000624

answers: What may be the reason for the hot springs?

answers: NDQ_000627

answers: Where did hot springs form?

answers: NDQ_000629

answers: Which happened first, Virginia seceded from the Union, Godwin placed an advertisement in Petaluma Journal looking for a renter of his business interests in The Geysers

answers: NDQ_000630

answers: What type of water is heated in hot springs?

answers: NDQ_000631

answers: How many hot springs were on the property?

answers: NDQ_000632

answers: How many years did Godwin live in Sonoma County?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How did Godwin's Place affect the Russian River?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: Which of the following is not true of the Geysers Resort Hotel:

answers: NDQ_000639

answers: Which of the following is not a mineral spring: cinnabar ore deposits or mineral springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: The Geysers Resort Hotel

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: hot springs

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: hot springs

answers: NDQ_000649

answers: Which of the following is not a type of mineral: cinnabar ore deposits

answers: NDQ_000650

answers: is polluted with chemicals

answers: NDQ_000651

answers: Northern California

answers: NDQ_000652

answers: hot spring

answers: NDQ_000653

answers: Russian River

answers: NDQ_000654

answers: hot springs

answers: NDQ_000655

answers: hot springs

answers: NDQ_000611

answers: hot springs

answers: NDQ_000613

answers: hot springs

answers: NDQ_000615

answers: hot springs

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: hot springs

answers: NDQ_000624

answers: hot springs

answers: NDQ_000627

answers: hot springs

answers: NDQ_000629

answers: hot springs

answers: NDQ_000630

answers: hot springs

answers: NDQ_000631

answers: hot springs

answers: NDQ_000632

answers: hot springs

answers: NDQ_000633

answers: hot springs

answers: NDQ_000634

answers: hot springs

answers: NDQ_000635

answers: hot springs

answers: NDQ_000636

answers: hot springs

answers: NDQ_000637

answers: hot springs

answers: NDQ_000638

answers: hot springs

answers: NDQ_000639

answers: cinnabar ore

answers: NDQ_000640

answers: hot springs

answers: NDQ_000641

answers: hot springs

answers: NDQ_000642

answers: hot springs

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: hot springs

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: hot springs

answers: NDQ_000649

answers: hot springs

answers: NDQ_000650

answers: 150 Native Americans lived on the Russian River, the Federal government

answers: NDQ_000651

answers: California.

answers: NDQ_000652

answers: hot springs

answers: NDQ_000653

answers: Russian River

answers: NDQ_000654

answers: hot springs

answers: NDQ_000655

answers: hot springs

text: Salt Mineral Hot Springs[咸水矿温泉]

text: Salt Mineral Hot Springs[咸水矿温泉]

answers: NDQ_000611

answers: contains salts

answers: NDQ_000613

answers: good aquifers contain water

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: Salt Mineral Hot Springs

answers: NDQ_000619

answers: Salt Mineral Hot Springs are hot

answers: NDQ_000624

answers: The water table in an area may rise or fall.

answers: NDQ_000627

answers: What is an aquifer?

answers: NDQ_000629

answers: The rock layer below an aquifer always consists of permeable rock

answers: NDQ_000630

answers: How does water in hot springs get heated?

answers: NDQ_000631

answers: Aquifers are a source of water.

answers: NDQ_000632

answers: What is the purpose of aquifers?

answers: NDQ_000633

answers: It is impossible for an aquifer to ever run dry

answers: NDQ_000634

answers: Salt Mineral Hot Springs

answers: NDQ_000635

answers: can affect the amount of water that can enter groundwater

answers: NDQ_000636

answers: Salt Mineral Hot Springs

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: The water in the aquifer is salty.

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: Salt mineral hot springs

answers: NDQ_000641

answers: A well is a source of water.

answers: NDQ_000642

answers: can be used as a source of water

answers: NDQ_000643

answers: a geologic formation

answers: NDQ_000644

answers: is a type of spring

answers: NDQ_000645

answers: can be found

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: is salty

answers: NDQ_000648

answers: can be used for cooking

answers: NDQ_000649

answers: a hot spring

answers: NDQ_000650

answers: is in a desert

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: mineral

answers: NDQ_000653

answers: Salt Mineral Hot Springs

answers: NDQ_000654

answers: salt water

answers: NDQ_000655

answers: salty

answers: NDQ_000611

answers: Salt Mineral Hot Springs[

answers: NDQ_000613

answers: Salt Mineral Hot Springs[

answers: NDQ_000615

answers: Salt Mineral Hot Springs[

answers: NDQ_000616

answers: Salt Mineral Hot Springs[

answers: NDQ_000619

answers: Salt Mineral Hot Springs[

answers: NDQ_000624

answers: Salt Mineral Hot Springs[

answers: NDQ_000627

answers: Salt Mineral Hot Springs[

answers: NDQ_000629

answers: Salt Mineral Hot Springs[

answers: NDQ_000630

answers: Salt Mineral Hot Springs[

answers: NDQ_000631

answers: Salt Mineral Hot Springs[

answers: NDQ_000632

answers: Salt Mineral Hot Springs[

answers: NDQ_000633

answers: Salt Mineral Hot Springs[

answers: NDQ_000634

answers: Salt Mineral Hot Springs[

answers: NDQ_000635

answers: Salt Mineral Hot Springs[

answers: NDQ_000636

answers: Salt Mineral Hot Springs[

answers: NDQ_000637

answers: Salt Mineral Hot Springs[

answers: NDQ_000638

answers: Salt Mineral Hot Springs[

answers: NDQ_000639

answers: Salt Mineral Hot Springs[

answers: NDQ_000640

answers: Salt Mineral Hot Springs[

answers: NDQ_000641

answers: Salt Mineral Hot Springs[

answers: NDQ_000642

answers: Salt Mineral Hot Springs[

answers: NDQ_000643

answers: Salt Mineral Hot Springs[

answers: NDQ_000644

answers: Salt Mineral Hot Springs[

answers: NDQ_000645

answers: Salt Mineral Hot Springs[

answers: NDQ_000646

answers: Salt Mineral Hot Springs[

answers: NDQ_000647

answers: Salt Mineral Hot Springs[

answers: NDQ_000648

answers: Salt Mineral Hot Springs[

answers: NDQ_000649

answers: Salt Mineral Hot Springs[

answers: NDQ_000650

answers: Salt Mineral Hot Springs[

answers: NDQ_000651

answers: Salt Mineral Hot Springs[

answers: NDQ_000652

answers: Salt Mineral Hot Springs[

answers: NDQ_000653

answers: Salt Mineral Hot Springs[

answers: NDQ_000654

answers: Salt Mineral Hot Springs[

answers: NDQ_000655

answers: Salt Mineral Hot Springs[

text: Groundwater models are computer models of groundwater flow systems, and are used by hydrogeologists. Groundwater models are used to simulate and predict aquifer conditions.

text: Groundwater models are

text: computer models

text: of

text: groundwater

text: flow systems, and are used by

text: hydrogeologist

text: s. Groundwater models are used to simulate and predict

text: aquifer

text: conditions.

answers: NDQ_000611

answers: carries water from the surface to the underground

answers: NDQ_000613

answers: groundwater model

answers: NDQ_000615

answers: be higher than normal.

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater levels are too low

answers: NDQ_000624

answers: What can happen to the water table in an area?

answers: NDQ_000627

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

answers: NDQ_000629

answers: Which of the following is not a permeable rock?

answers: NDQ_000630

answers: Groundwater models are used to simulate and predict aquifer conditions

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: None of the above choices.

answers: NDQ_000635

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

answers: NDQ_000636

answers: groundwater models

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It does not.

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: The water table keeps water from seeping deeper underground.

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: is not the same as not having holes

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: aquifer

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: softer

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater model

answers: NDQ_000653

answers: Aquifers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: aquifer conditions.

answers: NDQ_000613

answers: groundwater flow systems,

answers: NDQ_000615

answers: Groundwater models are computer models of groundwater flow systems,

answers: NDQ_000616

answers: Groundwater models

answers: NDQ_000619

answers: Groundwater models

answers: NDQ_000624

answers: Groundwater models are used to simulate and predict aquifer conditions.

answers: NDQ_000627

answers: Groundwater models

answers: NDQ_000629

answers: Groundwater models

answers: NDQ_000630

answers: Groundwater models

answers: NDQ_000631

answers: Groundwater models

answers: NDQ_000632

answers: Groundwater models

answers: NDQ_000633

answers: Groundwater models

answers: NDQ_000634

answers: Groundwater models

answers: NDQ_000635

answers: Groundwater models

answers: NDQ_000636

answers: Groundwater models

answers: NDQ_000637

answers: Groundwater models are used to simulate and predict aquifer conditions.

answers: NDQ_000638

answers: Groundwater models

answers: NDQ_000639

answers: Groundwater models

answers: NDQ_000640

answers: Groundwater models

answers: NDQ_000641

answers: Groundwater models

answers: NDQ_000642

answers: aquifer

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: Groundwater models

answers: NDQ_000647

answers: aquifer

answers: NDQ_000648

answers: Groundwater

answers: NDQ_000649

answers: Groundwater models

answers: NDQ_000650

answers: Groundwater models

answers: NDQ_000651

answers: Groundwater models

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: Groundwater models are computer models of groundwater

answers: NDQ_000655

answers: aquifer

text: Some European colonists brought with them knowledge of the hot water therapy for medicinal purposes, and others learned the benefits of hot springs from the Native Americans. Europeans gradually obtained many of the hot and cold springs from the various Indian tribes. They then developed the spring to suit European tastes. By the 1760s, British colonists were traveling to hot and cold springs in Connecticut, Pennsylvania, New York, and Virginia in search of water cures.  Among the more frequently visited of these springs were Bath, Yellow, and Bristol Springs in Pennsylvania; and Warm Springs, Hot Springs, and White Sulphur Springs, West Virginia (now in West Virginia) in Virginia. In the last decade of the 1700s, New York spas were beginning to be frequented by intrepid travelers, most notably  Ballston Spa. Nearby Saratoga Springs and Kinderhook were yet to be discovered.

text: Some European colonists brought with them knowledge of the hot water therapy for medicinal purposes, and others learned the benefits of hot springs from the Native Americans. Europeans gradually obtained many of the hot and cold springs from the various Indian tribes. They then developed the spring to suit European tastes. By the 1760s, British colonists were traveling to hot and cold springs in Connecticut, Pennsylvania, New York, and Virginia in search of water cures.  Among the more frequently visited of these springs were

text: Bath

text: Yellow

text: , and

entity_name: Bristol Township, Bucks County, Pennsylvania

text: Bristol Springs

text: in Pennsylvania; and

text: Warm Springs

text: Hot Springs

text: , and

text: White Sulphur Springs, West Virginia

text: (now in West Virginia) in Virginia. In the last decade of the 1700s, New York spas were beginning to be frequented by intrepid travelers, most notably

text: Ballston Spa

text: . Nearby

text: Saratoga Springs

text: and

text: Kinderhook

text: were yet to be discovered.

answers: NDQ_000611

answers: is found in what state?

answers: NDQ_000613

answers: hot and cold springs

answers: NDQ_000615

answers: be higher

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: hot water is too hot

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Which of the following is not a layer of clay: Pennsylvania, New York, or Virginia?

answers: NDQ_000629

answers: Which of the following is not a spring: Bath, Yellow, and Bristol Springs in Pennsylvania; or Warm Springs, Hot Springs, and White Sulphur Springs, West Virginia?

answers: NDQ_000630

answers: Which of the following is not a type of spring: Bath, Yellow, and Bristol Springs in Pennsylvania; or Warm Springs, Hot Springs, and White Sulphur Springs, West Virginia?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: Which of the following is not a state: Pennsylvania, New York, or Virginia?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a type of spring: Bath, Yellow, and Bristol Springs?

answers: NDQ_000636

answers: West Virginia

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: Which of the following is not true of the bottom layer of an aquifer?

answers: NDQ_000639

answers: Which of the following is not a mineral spring: White Sulphur Springs, West Virginia, or Saratoga Springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: what is the first group mentioned?

answers: NDQ_000642

answers: Indians developed the spring to suit European tastes

answers: NDQ_000643

answers: springs

answers: NDQ_000644

answers: What is a characteristic of springs?

answers: NDQ_000645

answers: springs

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: springs

answers: NDQ_000648

answers: springs

answers: NDQ_000649

answers: Which of the following is not a type of spring: Bath, Yellow, or Bristol Springs?

answers: NDQ_000650

answers: is near a hot spring

answers: NDQ_000651

answers: West Virginia

answers: NDQ_000652

answers: Indian tribe

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: hot springs

answers: NDQ_000655

answers: Hot Springs

answers: NDQ_000611

answers: hot and cold springs from the various Indian tribes.

answers: NDQ_000613

answers: European tastes.

answers: NDQ_000615

answers: Warm Springs, Hot Springs, and White Sulphur Springs,

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: hot water

answers: NDQ_000624

answers: hot and cold springs

answers: NDQ_000627

answers: hot and cold springs from the various Indian tribes.

answers: NDQ_000629

answers: hot and cold springs from the various Indian tribes.

answers: NDQ_000630

answers: Warm Springs, Hot Springs, and White Sulphur Springs,

answers: NDQ_000631

answers: hot and cold springs

answers: NDQ_000632

answers: hot and cold springs from the various Indian tribes.

answers: NDQ_000633

answers: hot and cold springs

answers: NDQ_000634

answers: hot and cold springs

answers: NDQ_000635

answers: hot and cold springs

answers: NDQ_000636

answers: medicinal purposes,

answers: NDQ_000637

answers: hot and cold springs

answers: NDQ_000638

answers: hot and cold springs from the various Indian tribes.

answers: NDQ_000639

answers: White Sulphur

answers: NDQ_000640

answers: hot and cold springs

answers: NDQ_000641

answers: hot springs from the Native Americans.

answers: NDQ_000642

answers: spring to suit European tastes.

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: hot springs

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: hot and cold springs

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: hot springs

answers: NDQ_000649

answers: hot springs from the Native Americans.

answers: NDQ_000650

answers: European colonists

answers: NDQ_000651

answers: hot and cold springs in Connecticut, Pennsylvania, New York, and Virginia

answers: NDQ_000652

answers: Indian tribes.

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: hot springs

answers: NDQ_000655

answers: hot springs

text: Not all groundwater is used when sold. Some groundwater is being studied for its benefits. Groundwater banking and aquifer storage systems are being explored to control flooding during times of high precipitation.

text: Not all groundwater is used when sold. Some groundwater is being studied for its benefits. Groundwater banking and aquifer storage systems are being explored to control flooding during times of high precipitation.

answers: NDQ_000611

answers: sells for what price?

answers: NDQ_000613

answers: aquifer storage systems

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater levels are too low.

answers: NDQ_000624

answers: What can happen to the water table?

answers: NDQ_000627

answers: Which of the following is not an aquifer?

answers: NDQ_000629

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

answers: NDQ_000630

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

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

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

answers: NDQ_000636

answers: None of the above choices

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

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

answers: NDQ_000640

answers: Which of the following is not a benefit of groundwater banking?

answers: NDQ_000641

answers: Why does the water flow out of a well?

answers: NDQ_000642

answers: is not the same as

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: softer

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: precipitation

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: sold.

answers: NDQ_000613

answers: storage systems are being explored to control flooding during times of high precipitation.

answers: NDQ_000615

answers: flooding

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: high precipitation.

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: Not all groundwater

answers: NDQ_000630

answers: Not all groundwater

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: aquifer storage systems

answers: NDQ_000633

answers: aquifer storage systems

answers: NDQ_000634

answers: Not all groundwater

answers: NDQ_000635

answers: Not all groundwater

answers: NDQ_000636

answers: Some groundwater is being studied for its benefits.

answers: NDQ_000637

answers: Some groundwater

answers: NDQ_000638

answers: flooding

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: Groundwater banking and aquifer storage systems

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: groundwater

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: high precipitation.

answers: NDQ_000651

answers: groundwater

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: precipitation.

answers: NDQ_000655

answers: aquifer storage

text: The Romans probably began building a formal temple complex at Aquae Sulis in the AD 60s.  The Romans had probably arrived in the area shortly after their arrival in Britain in AD 43 and there is evidence that their military road, the Fosse Way, crossed the river Avon at Bath.  An early Roman military presence has been found just to the North-East of the bath complex in the Walcot area of modern Bath.  Not far from the crossing point of their road, they would have been attracted by the large natural hot spring which had been a shrine of the Celtic Brythons, dedicated to their goddess, Sulis. This spring is a natural mineral spring found in the valley of the Avon River in Southwest England, it is the only spring in Britain officially designated as hot. The name is Latin for "the waters of Sulis." The Romans identified the goddess with their goddess Minerva and encouraged her worship. The similarities between Minerva and Sulis helped the Celts adapt to Roman culture. The spring was built up into a major Roman Baths complex associated with an adjoining temple. About 130 messages to Sulis scratched onto lead curse tablets (defixiones) have been recovered from the Sacred Spring by archaeologists. Most of them were written in Latin, although one discovered was in Brythonic and usually laid curses upon those whom the writer felt had done them wrong. This collection is the most important found in Britain.

text: The Romans probably began building a formal temple complex at Aquae Sulis in the AD 60s.  The Romans had probably arrived in the area shortly after their arrival in Britain in AD 43 and there is evidence that their military road, the

text: Fosse Way

text: , crossed the

text: river Avon

text: at Bath.  An early Roman military presence has been found just to the North-East of the bath complex in the Walcot area of modern Bath.  Not far from the crossing point of their road, they would have been attracted by the large natural hot spring which had been a shrine of the

text: Celt

text: ic

text: Brython

text: s, dedicated to their goddess,

text: Sulis

text: . This spring is a natural mineral spring found in the valley of the Avon River in Southwest England, it is the only spring in Britain officially designated as hot. The name is Latin for "the waters of Sulis." The Romans identified the goddess with their goddess Minerva and encouraged her worship. The similarities between Minerva and Sulis helped the Celts adapt to Roman culture. The spring was built up into a major

text: Roman Baths

text: complex associated with an adjoining

text: temple

text: . About 130 messages to Sulis scratched onto lead

text: curse tablets (defixiones)

text: have been recovered from the Sacred Spring by archaeologists. Most of them were written in

text: Latin

text: , although one discovered was in

text: Brythonic

text: and usually laid curses upon those whom the writer felt had done them wrong. This collection is the most important found in Britain.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: natural mineral spring

answers: NDQ_000615

answers: increase in the spring

answers: NDQ_000616

answers: Avon River

answers: NDQ_000619

answers: natural mineral springs are hot

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: What is the name of the only spring in Britain officially designated as hot?

answers: NDQ_000629

answers: Which of the following is not a natural mineral spring found in the valley of the Avon River in Southwest England?

answers: NDQ_000630

answers: What is the name of the only spring in Britain officially designated as hot?

answers: NDQ_000631

answers: What is the only spring in Britain officially designated as hot?

answers: NDQ_000632

answers: What is the name of the natural mineral spring?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: What is the name of the only spring in Britain officially designated as hot

answers: NDQ_000635

answers: What is the name of the only spring in Britain officially designated as hot?

answers: NDQ_000636

answers: What is the only spring in Britain officially designated as hot?

answers: NDQ_000637

answers: What is the name of the only spring in Britain officially designated as hot?

answers: NDQ_000638

answers: Which of the following is not true of aquifers:

answers: NDQ_000639

answers: Which spring is the only spring in Britain officially designated as hot?

answers: NDQ_000640

answers: What is the name of the only spring in Britain officially designated as hot?

answers: NDQ_000641

answers: How would the Romans have been attracted by the large natural hot spring?

answers: NDQ_000642

answers: lead curse tablets

answers: NDQ_000643

answers: hot spring

answers: NDQ_000644

answers: lead curse tablets

answers: NDQ_000645

answers: hot spring

answers: NDQ_000646

answers: natural mineral spring

answers: NDQ_000647

answers: natural mineral spring

answers: NDQ_000648

answers: natural mineral spring

answers: NDQ_000649

answers: What does the name "the waters of Sulis" mean?

answers: NDQ_000650

answers: is near a river

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: river

answers: NDQ_000653

answers: Avon River

answers: NDQ_000654

answers: Avon River

answers: NDQ_000655

answers: hot

answers: NDQ_000611

answers: hot spring

answers: NDQ_000613

answers: hot spring

answers: NDQ_000615

answers: hot spring

answers: NDQ_000616

answers: Avon River

answers: NDQ_000619

answers: hot spring

answers: NDQ_000624

answers: hot spring

answers: NDQ_000627

answers: hot spring

answers: NDQ_000629

answers: hot spring

answers: NDQ_000630

answers: Sacred Spring

answers: NDQ_000631

answers: it is the only spring in Britain officially designated as hot.

answers: NDQ_000632

answers: Avon River

answers: NDQ_000633

answers: hot.

answers: NDQ_000634

answers: England,

answers: NDQ_000635

answers: natural hot spring

answers: NDQ_000636

answers: Sacred Spring

answers: NDQ_000637

answers: hot spring

answers: NDQ_000638

answers: hot spring

answers: NDQ_000639

answers: mineral spring

answers: NDQ_000640

answers: 130 messages to Sulis scratched onto lead curse tablets

answers: NDQ_000641

answers: hot spring

answers: NDQ_000642

answers: lead curse tablets

answers: NDQ_000643

answers: hot spring

answers: NDQ_000644

answers: lead curse tablets

answers: NDQ_000645

answers: hot spring

answers: NDQ_000646

answers: hot spring

answers: NDQ_000647

answers: hot spring

answers: NDQ_000648

answers: hot spring

answers: NDQ_000649

answers: Avon River

answers: NDQ_000650

answers: Avon River

answers: NDQ_000651

answers: Avon River in Southwest England,

answers: NDQ_000652

answers: Avon River

answers: NDQ_000653

answers: Avon River

answers: NDQ_000654

answers: Avon River

answers: NDQ_000655

answers: hot.

text: Depending on aquifer connectivity, water withdrawal may depress aquifers over a large area and affect groundwater flows. In Australia, the CBM industry estimates extraction of  to  of groundwater per year; while the National Water Commission estimates extraction above  a year.

text: Depending on aquifer connectivity, water withdrawal may depress aquifers over a large area and affect groundwater flows. In Australia, the CBM industry estimates extraction of  to  of groundwater per year; while the

text: National Water Commission

text: estimates extraction above  a year.

answers: NDQ_000611

answers: excavated from the ground

answers: NDQ_000613

answers: connectivity

answers: NDQ_000615

answers: depress

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: water is drawn from the ground

answers: NDQ_000624

answers: aquifer

answers: NDQ_000627

answers: no

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What is the CBM industry?

answers: NDQ_000636

answers: to of groundwater per year

answers: NDQ_000637

answers: no

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: no

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: extraction

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: unsuitable

answers: NDQ_000650

answers: extraction exceeds a year

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: water withdrawal

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: to of groundwater per year;

answers: NDQ_000613

answers: connectivity,

answers: NDQ_000615

answers: depress aquifers

answers: NDQ_000616

answers: water withdrawal

answers: NDQ_000619

answers: water withdrawal

answers: NDQ_000624

answers: groundwater flows.

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: Depending on aquifer connectivity,

answers: NDQ_000630

answers: groundwater

answers: NDQ_000631

answers: aquifers over a large area

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: Australia,

answers: NDQ_000635

answers: water withdrawal may depress aquifers

answers: NDQ_000636

answers: In Australia,

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: water withdrawal may depress aquifers

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: water withdrawal may depress aquifers over a large area

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: aquifer connectivity, water withdrawal may depress aquifers

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer connectivity, water withdrawal may depress aquifers

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: water withdrawal

answers: NDQ_000651

answers: Australia, the CBM industry estimates extraction of to of groundwater per year;

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: water withdrawal

answers: NDQ_000655

answers: aquifer connectivity, water withdrawal may depress aquifers

text: Additional aquifer characteristics which are sometimes evaluated, depending on the type of aquifer, include:

text: Additional aquifer characteristics which are sometimes evaluated, depending on the type of aquifer, include:

answers: NDQ_000611

answers: aquifer characteristics are evaluated depending on the type of

answers: NDQ_000613

answers: unanswerable

answers: NDQ_000615

answers: increase in the aquifer

answers: NDQ_000616

answers: evaporation

answers: NDQ_000619

answers: lava from a volcano is released into the air.

answers: NDQ_000624

answers: The water table may rise or fall

answers: NDQ_000627

answers: layer of clay

answers: NDQ_000629

answers: The rock layer below an aquifer always consists of permeable rock.

answers: NDQ_000630

answers: Magma is a source of heat.

answers: NDQ_000631

answers: aquifers

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: aquifer characteristics

answers: NDQ_000635

answers: Aquifer characteristics can be evaluated depending on the type of aquifer

answers: NDQ_000636

answers: crops

answers: NDQ_000637

answers: The rock in the aquifer has to be permeable.

answers: NDQ_000638

answers: impermeable rock

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: The water table keeps water from seeping deeper underground.

answers: NDQ_000641

answers: gravity is a force

answers: NDQ_000642

answers: sand

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: is aquifer

answers: NDQ_000648

answers: can be used for irrigation

answers: NDQ_000649

answers: softer.

answers: NDQ_000650

answers: is located near a source of pollution

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: oceans.

answers: NDQ_000654

answers: water from the surface

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: aquifer characteristics

answers: NDQ_000613

answers: Additional aquifer characteristics

answers: NDQ_000615

answers: aquifer characteristics

answers: NDQ_000616

answers: Additional aquifer characteristics

answers: NDQ_000619

answers: aquifer characteristics

answers: NDQ_000624

answers: aquifer characteristics

answers: NDQ_000627

answers: Additional aquifer characteristics

answers: NDQ_000629

answers: Additional aquifer characteristics

answers: NDQ_000630

answers: aquifer characteristics

answers: NDQ_000631

answers: aquifer characteristics

answers: NDQ_000632

answers: Additional aquifer characteristics

answers: NDQ_000633

answers: Additional aquifer characteristics which are sometimes evaluated,

answers: NDQ_000634

answers: Additional aquifer characteristics

answers: NDQ_000635

answers: aquifer characteristics

answers: NDQ_000636

answers: aquifer characteristics

answers: NDQ_000637

answers: Additional aquifer characteristics

answers: NDQ_000638

answers: Additional aquifer characteristics

answers: NDQ_000639

answers: Additional aquifer characteristics

answers: NDQ_000640

answers: aquifer characteristics

answers: NDQ_000641

answers: Additional aquifer characteristics

answers: NDQ_000642

answers: aquifer characteristics

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: aquifer characteristics

answers: NDQ_000647

answers: aquifer

answers: NDQ_000648

answers: aquifer characteristics

answers: NDQ_000649

answers: aquifer characteristics

answers: NDQ_000650

answers: type of aquifer,

answers: NDQ_000651

answers: Additional aquifer characteristics

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: Additional aquifer characteristics

answers: NDQ_000655

answers: aquifer

text: The Great Fountain Geyser is a fountain-type geyser located in the Firehole Lake area of Lower Geyser Basin of Yellowstone National Park, Wyoming. It is the only predictable geyser in the Lower Geyser Basin.

text: The Great Fountain Geyser is a fountain-type geyser located in the Firehole Lake area of Lower Geyser Basin of

text: Yellowstone National Park

text: , Wyoming. It is the only predictable geyser in the Lower Geyser Basin.

answers: NDQ_000611

answers: causes the geysers to form

answers: NDQ_000613

answers: predictable geyser

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: Yellowstone National Park

answers: NDQ_000619

answers: lava from volcanoes is released

answers: NDQ_000624

answers: What can happen to the water table in an area?

answers: NDQ_000627

answers: Where does the water in Lower Geyser Basin come from?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How is water heated in a geyser?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: How deep is the Great Fountain Geyser?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: The Great Fountain Geyser is located in an area of what?

answers: NDQ_000636

answers: None of the above choices are available

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It is impossible to say

answers: NDQ_000639

answers: What type of spring is the Great Fountain Geyser?

answers: NDQ_000640

answers: What is the purpose of the water table?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: is not the same as

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: NDQ_000646

answers: Firehole

answers: NDQ_000647

answers: Lake

answers: NDQ_000648

answers: is aquifer

answers: NDQ_000649

answers: Where is the Great Fountain Geyser located?

answers: NDQ_000650

answers: is near a lake

answers: NDQ_000651

answers: Yellowstone

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: Lakes

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: predictable geyser

answers: NDQ_000613

answers: predictable

answers: NDQ_000615

answers: The Great Fountain Geyser

answers: NDQ_000616

answers: Firehole Lake

answers: NDQ_000619

answers: predictable geyser in the Lower Geyser Basin.

answers: NDQ_000624

answers: Lower Geyser Basin

answers: NDQ_000627

answers: The Great Fountain Geyser

answers: NDQ_000629

answers: The Great Fountain Geyser

answers: NDQ_000630

answers: The Great Fountain Geyser

answers: NDQ_000631

answers: The Great Fountain Geyser

answers: NDQ_000632

answers: predictable

answers: NDQ_000633

answers: Great Fountain Geyser

answers: NDQ_000634

answers: Great Fountain Geyser

answers: NDQ_000635

answers: The Great Fountain Geyser

answers: NDQ_000636

answers: The Great Fountain Geyser

answers: NDQ_000637

answers: The Great Fountain Geyser

answers: NDQ_000638

answers: The Great Fountain Geyser

answers: NDQ_000639

answers: The Great Fountain Geyser

answers: NDQ_000640

answers: The Great Fountain Geyser

answers: NDQ_000641

answers: The Great Fountain Geyser

answers: NDQ_000642

answers: The Great Fountain Geyser

answers: NDQ_000643

answers: Lower Geyser Basin

answers: NDQ_000644

answers: fountain-type geyser

answers: NDQ_000645

answers: Firehole Lake

answers: NDQ_000646

answers: Firehole Lake

answers: NDQ_000647

answers: Lower Geyser Basin

answers: NDQ_000648

answers: fountain-type geyser located in the Firehole Lake

answers: NDQ_000649

answers: The Great Fountain Geyser

answers: NDQ_000650

answers: Firehole Lake

answers: NDQ_000651

answers: Wyoming.

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Lake

answers: NDQ_000654

answers: Lake

answers: NDQ_000655

answers: fountain-type geyser

text: OneGeology is an international collaborative project in the field of geology supported by 113 countries, UNESCO and major global geoscience bodies. It is an International Year of Planet Earth flagship initiative that aims to enable online access to dynamic digital geological map of the world for everyone. The project uses the newly introduced GeoSciML markup language and initially targets a scale of approximately 1:1 million. Downstream uses could be to identify areas suitable for mining, oil and gas exploration or areas at risk from landslides or earthquakes, to help understanding of formations which store groundwater for drinking or irrigation, and to help locate porous rocks suitable for burying emissions of greenhouse gases. The project portal was launched on August 6, 2008 at the 33rd International Geological Congress (IGC) in Oslo, Norway.

text: OneGeology is an international

text: collaborative project

text: in the field of

text: geology

text: supported by 113 countries,

text: UNESCO

text: and major global

text: geoscience bodies

text: . It is an

text: International Year of Planet Earth

text: flagship initiative that aims to enable online access to dynamic digital

text: geological map

text: of the world for everyone. The project uses the newly introduced

text: GeoSciML

text: markup language and initially targets a

text: scale

text: of approximately 1:1 million. Downstream uses could be to identify areas suitable for mining,

text: oil and gas exploration

text: or areas at risk from

text: landslide

text: s or

text: earthquake

text: s, to help understanding of formations which store

text: groundwater

text: for drinking or irrigation, and to help locate

text: porous

text: rocks suitable for burying emissions of

text: greenhouse gas

text: es. The project portal was launched on August 6, 2008 at the 33rd

entity_name: International Union of Geological Sciences

text: International Geological Congress

text: (IGC) in

text: Oslo, Norway

answers: NDQ_000611

answers: drinking or irrigation

answers: NDQ_000613

answers: store groundwater for drinking or irrigation

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater for drinking or irrigation

answers: NDQ_000624

answers: formations which store groundwater for drinking or irrigation

answers: NDQ_000627

answers: formations which store groundwater for drinking

answers: NDQ_000629

answers: Which formations which store groundwater for drinking or irrigation

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: groundwater for drinking or irrigation

answers: NDQ_000632

answers: What formations store groundwater for drinking or irrigation

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: What formations which store groundwater for drinking or irrigation?

answers: NDQ_000635

answers: To help understand of formations which store groundwater for drinking or irrigation

answers: NDQ_000636

answers: formations which store groundwater

answers: NDQ_000637

answers: groundwater for drinking or irrigation

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Oil and gas exploration

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: formations which store groundwater

answers: NDQ_000642

answers: unsuitable

answers: NDQ_000643

answers: formations which store groundwater

answers: NDQ_000644

answers: porous rocks

answers: NDQ_000645

answers: formations which store groundwater for drinking or irrigation

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: buried emissions of greenhouse gases

answers: NDQ_000650

answers: mining

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: formation

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: drinking or irrigation,

answers: NDQ_000613

answers: store groundwater for drinking or irrigation,

answers: NDQ_000615

answers: groundwater for drinking or irrigation,

answers: NDQ_000616

answers: groundwater for drinking or irrigation,

answers: NDQ_000619

answers: greenhouse gases.

answers: NDQ_000624

answers: groundwater for drinking or irrigation,

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: porous rocks suitable for burying emissions of greenhouse gases.

answers: NDQ_000630

answers: groundwater

answers: NDQ_000631

answers: groundwater for drinking or irrigation,

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: 1:1 million.

answers: NDQ_000635

answers: formations which store groundwater for drinking or irrigation,

answers: NDQ_000636

answers: irrigation,

answers: NDQ_000637

answers: groundwater for drinking or irrigation,

answers: NDQ_000638

answers: porous rocks suitable for burying emissions of greenhouse gases.

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: irrigation,

answers: NDQ_000641

answers: groundwater for drinking or irrigation,

answers: NDQ_000642

answers: porous rocks suitable for burying emissions of greenhouse gases.

answers: NDQ_000643

answers: groundwater for drinking or irrigation,

answers: NDQ_000644

answers: porous rocks

answers: NDQ_000645

answers: groundwater for drinking or irrigation,

answers: NDQ_000646

answers: groundwater for drinking or irrigation,

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater for drinking or irrigation,

answers: NDQ_000649

answers: porous rocks

answers: NDQ_000650

answers: mining, oil and gas exploration

answers: NDQ_000651

answers: drinking or irrigation,

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: landslides or earthquakes,

answers: NDQ_000655

answers: groundwater for drinking or irrigation,

text: Economic Geyser is a small, usually inactive geyser located between the Giant Geyser group and the Grand Geyser group. Economic Geyser was once a popular, frequently-erupting geyser until it became essentially dormant in the 1920s.

text: Economic Geyser is a small, usually inactive geyser located between the

text: Giant Geyser

text: group and the

text: Grand Geyser

text: group. Economic Geyser was once a popular, frequently-erupting geyser until it became essentially dormant in the 1920s.

answers: NDQ_000611

answers: inactivates geysers

answers: NDQ_000613

answers: usually inactive geyser

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: geysers

answers: NDQ_000619

answers: Geysers erupt because of heat

answers: NDQ_000624

answers: How would you describe Economic Geyser?

answers: NDQ_000627

answers: Where does an aquifer usually form?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: Which of the following is not a geyser?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What can be concluded about Economic Geyser?

answers: NDQ_000636

answers: None of the above choices.

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot, mineral, or geyser?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: does not describe the geyser

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: Geyser

answers: NDQ_000648

answers: geyser

answers: NDQ_000649

answers: Where is Economic Geyser located?

answers: NDQ_000650

answers: has a large amount of sand

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Geysers

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: inactive

answers: NDQ_000613

answers: frequently-erupting

answers: NDQ_000615

answers: dormant

answers: NDQ_000616

answers: Economic Geyser

answers: NDQ_000619

answers: inactive

answers: NDQ_000624

answers: dormant in the 1920s.

answers: NDQ_000627

answers: Economic Geyser

answers: NDQ_000629

answers: Giant Geyser group and the Grand Geyser group.

answers: NDQ_000630

answers: Economic Geyser

answers: NDQ_000631

answers: Economic Geyser

answers: NDQ_000632

answers: Giant Geyser group and the Grand Geyser group.

answers: NDQ_000633

answers: dormant in the 1920s.

answers: NDQ_000634

answers: Giant Geyser group

answers: NDQ_000635

answers: dormant in the 1920s.

answers: NDQ_000636

answers: Economic Geyser

answers: NDQ_000637

answers: Economic Geyser

answers: NDQ_000638

answers: Economic Geyser

answers: NDQ_000639

answers: Economic Geyser

answers: NDQ_000640

answers: Economic Geyser

answers: NDQ_000641

answers: Economic Geyser

answers: NDQ_000642

answers: Economic Geyser

answers: NDQ_000643

answers: Giant Geyser

answers: NDQ_000644

answers: Economic Geyser

answers: NDQ_000645

answers: Economic Geyser

answers: NDQ_000646

answers: Economic Geyser

answers: NDQ_000647

answers: geyser

answers: NDQ_000648

answers: inactive geyser

answers: NDQ_000649

answers: Giant Geyser group and the Grand Geyser group.

answers: NDQ_000650

answers: frequently-erupting geyser

answers: NDQ_000651

answers: Economic Geyser

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Economic Geyser

answers: NDQ_000654

answers: geyser

answers: NDQ_000655

answers: geyser located between the Giant Geyser

text: This phenomenon takes place in various types of rocks, being notable in porous ones, for example sandstone, quartzite and volcanic ash. The cement effect by silica observed in sandstone and quartzite is prominent. A similar phenomenon is observed in felsic alkaline rocks, such as nepheline syenite, alkaline syenite, phonolite, and trachyte, because of weathering vulnerability of nepheline and alkaline feldspar. The case hardening on trachytic clasts of volcanic breccia shows peculiar fabrics.

text: This phenomenon takes place in various types of rocks, being notable in porous ones, for example sandstone, quartzite and volcanic ash. The cement effect by silica observed in sandstone and quartzite is prominent. A similar phenomenon is observed in felsic

text: alkaline rock

text: s, such as nepheline syenite, alkaline syenite, phonolite, and trachyte, because of weathering vulnerability of nepheline and alkaline feldspar. The case hardening on trachytic clasts of volcanic breccia shows peculiar fabrics.

answers: NDQ_000611

answers: is a source of what?

answers: NDQ_000613

answers: porous ones

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: volcanic ash

answers: NDQ_000619

answers: quartzite is a porous rock

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Where does an aquifer usually form?

answers: NDQ_000629

answers: Which of the following is not a type of rock: sandstone, quartzite and volcanic ash

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater

answers: NDQ_000636

answers: crops

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: quartzite

answers: NDQ_000639

answers: Which of the following is not a mineral spring: sandstone, quartzite or volcanic ash?

answers: NDQ_000640

answers: what is the first type of rock mentioned?

answers: NDQ_000641

answers: How does gravity work?

answers: NDQ_000642

answers: quartzite

answers: NDQ_000643

answers: breccia

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: quartzite

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: can be found

answers: NDQ_000648

answers: can be used for irrigation

answers: NDQ_000649

answers: porous

answers: NDQ_000650

answers: sandstone

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: volcanic ash

answers: NDQ_000653

answers: volcanic ash

answers: NDQ_000654

answers: volcanic ash

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: porous ones,

answers: NDQ_000613

answers: porous

answers: NDQ_000615

answers: sandstone, quartzite and volcanic ash.

answers: NDQ_000616

answers: rocks,

answers: NDQ_000619

answers: weathering vulnerability

answers: NDQ_000624

answers: sandstone, quartzite and volcanic ash.

answers: NDQ_000627

answers: porous ones,

answers: NDQ_000629

answers: porous ones,

answers: NDQ_000630

answers: volcanic ash.

answers: NDQ_000631

answers: sandstone, quartzite and volcanic ash.

answers: NDQ_000632

answers: sandstone, quartzite and volcanic ash.

answers: NDQ_000633

answers: ash.

answers: NDQ_000634

answers: sandstone, quartzite and volcanic ash.

answers: NDQ_000635

answers: porous ones,

answers: NDQ_000636

answers: sandstone, quartzite and volcanic ash.

answers: NDQ_000637

answers: sandstone, quartzite and volcanic ash.

answers: NDQ_000638

answers: volcanic ash.

answers: NDQ_000639

answers: sandstone, quartzite and volcanic ash.

answers: NDQ_000640

answers: sandstone, quartzite and volcanic ash.

answers: NDQ_000641

answers: sandstone, quartzite and volcanic ash.

answers: NDQ_000642

answers: porous ones,

answers: NDQ_000643

answers: volcanic ash.

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: volcanic ash.

answers: NDQ_000646

answers: volcanic ash.

answers: NDQ_000647

answers: volcanic ash.

answers: NDQ_000648

answers: volcanic ash.

answers: NDQ_000649

answers: porous

answers: NDQ_000650

answers: porous

answers: NDQ_000651

answers: sandstone, quartzite and volcanic ash.

answers: NDQ_000652

answers: volcanic ash.

answers: NDQ_000653

answers: sandstone, quartzite and volcanic ash.

answers: NDQ_000654

answers: silica

answers: NDQ_000655

answers: porous

text: The porous pot cell consists of a central zinc anode dipped into a porous earthenware pot containing a zinc sulfate solution. The porous pot is, in turn, immersed in a solution of copper sulfate contained in a copper can, which acts as the cell's cathode. The use of a porous barrier allows ions to pass through but keeps the solutions from mixing. Without this barrier, when no current was drawn the copper ions would drift to the zinc anode and undergo reduction without producing a current, which would destroy the battery's life.

text: The porous pot cell consists of a central zinc anode dipped into a porous earthenware pot containing a zinc sulfate solution. The porous pot is, in turn, immersed in a solution of copper sulfate contained in a copper can, which acts as the cell's cathode. The use of a porous barrier allows ions to pass through but keeps the solutions from mixing. Without this barrier, when no current was drawn the copper ions would drift to the zinc anode and undergo

text: reduction

text: without producing a current, which would destroy the battery's life.

answers: NDQ_000611

answers: is a solution of what?

answers: NDQ_000613

answers: allows ions to pass through but keeps the solutions from mixing

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: aqueducts

answers: NDQ_000619

answers: copper ions drift to the zinc anode

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: not enough information

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: crops

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: how does gravity work?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: earthenware

answers: NDQ_000644

answers: porous barrier

answers: NDQ_000645

answers: NDQ_000646

answers: Aquifer

answers: NDQ_000647

answers: ice

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: in a porous barrier

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: pot

answers: NDQ_000653

answers: Earthenware

answers: NDQ_000654

answers: aqueducts

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: zinc sulfate

answers: NDQ_000613

answers: porous barrier allows ions to pass through but keeps the solutions from mixing.

answers: NDQ_000615

answers: The porous pot cell

answers: NDQ_000616

answers: The porous pot cell

answers: NDQ_000619

answers: copper ions

answers: NDQ_000624

answers: The porous pot cell

answers: NDQ_000627

answers: The porous pot cell

answers: NDQ_000629

answers: porous barrier

answers: NDQ_000630

answers: The porous pot cell

answers: NDQ_000631

answers: The porous pot cell

answers: NDQ_000632

answers: mixing.

answers: NDQ_000633

answers: zinc sulfate solution.

answers: NDQ_000634

answers: The porous pot cell

answers: NDQ_000635

answers: The porous pot cell

answers: NDQ_000636

answers: The porous pot cell

answers: NDQ_000637

answers: The porous pot cell

answers: NDQ_000638

answers: The porous pot cell

answers: NDQ_000639

answers: copper sulfate

answers: NDQ_000640

answers: The porous pot cell

answers: NDQ_000641

answers: The porous pot cell

answers: NDQ_000642

answers: porous barrier allows ions to pass through but keeps the solutions from mixing.

answers: NDQ_000643

answers: zinc sulfate solution.

answers: NDQ_000644

answers: porous barrier

answers: NDQ_000645

answers: zinc sulfate solution.

answers: NDQ_000646

answers: The porous pot cell

answers: NDQ_000647

answers: a zinc sulfate solution.

answers: NDQ_000648

answers: zinc sulfate solution.

answers: NDQ_000649

answers: The porous pot cell

answers: NDQ_000650

answers: copper sulfate

answers: NDQ_000651

answers: The porous pot cell

answers: NDQ_000652

answers: porous earthenware pot

answers: NDQ_000653

answers: porous earthenware pot

answers: NDQ_000654

answers: copper sulfate

answers: NDQ_000655

answers: porous earthenware pot

text: Underneath the alluvial units of the coastal plain are three prominent bedrock units:  the Monterey Formation, the Sisquoc Formation, and the Santa Barbara Formation. This latter unit is the principal groundwater aquifer for the region, and its freshwater wells are protected from seawater intrusion by the uplift along the More Ranch Fault, which has placed relatively impermeable rock units between it and the ocean.

text: Underneath the alluvial units of the coastal plain are three prominent bedrock units:  the

text: Monterey Formation

text: , the

text: Sisquoc Formation

text: , and the

text: Santa Barbara Formation

text: . This latter unit is the principal groundwater aquifer for the region, and its freshwater wells are protected from seawater intrusion by the uplift along the More Ranch Fault, which has placed relatively impermeable rock units between it and the ocean.

answers: NDQ_000611

answers: is contained in aquifers

answers: NDQ_000613

answers: relatively impermeable rock units between it and the ocean

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: impermeable rock units between it and the ocean

answers: NDQ_000624

answers: What is the principal groundwater aquifer

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: No

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the principal groundwater aquifer for the region?

answers: NDQ_000636

answers: It's impossible to say

answers: NDQ_000637

answers: no

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or freshwater wells?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: groundwater aquifer

answers: NDQ_000644

answers: impermeable

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: impermeable

answers: NDQ_000650

answers: seawater intrusion

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: freshwater wells

answers: NDQ_000613

answers: relatively impermeable rock units between it and the ocean.

answers: NDQ_000615

answers: freshwater wells are protected from seawater intrusion

answers: NDQ_000616

answers: seawater

answers: NDQ_000619

answers: uplift

answers: NDQ_000624

answers: groundwater aquifer

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: impermeable

answers: NDQ_000630

answers: groundwater aquifer

answers: NDQ_000631

answers: groundwater aquifer

answers: NDQ_000632

answers: groundwater aquifer

answers: NDQ_000633

answers: impermeable rock units

answers: NDQ_000634

answers: Santa Barbara Formation.

answers: NDQ_000635

answers: relatively impermeable rock units

answers: NDQ_000636

answers: principal groundwater aquifer for the region,

answers: NDQ_000637

answers: relatively impermeable

answers: NDQ_000638

answers: relatively impermeable rock units between it and the ocean.

answers: NDQ_000639

answers: bedrock

answers: NDQ_000640

answers: relatively impermeable rock units between it and the ocean.

answers: NDQ_000641

answers: freshwater wells are protected from seawater intrusion by the uplift

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: groundwater aquifer

answers: NDQ_000644

answers: impermeable

answers: NDQ_000645

answers: groundwater aquifer

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: groundwater aquifer

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: impermeable

answers: NDQ_000650

answers: seawater

answers: NDQ_000651

answers: principal groundwater aquifer for the region,

answers: NDQ_000652

answers: groundwater aquifer

answers: NDQ_000653

answers: groundwater aquifer

answers: NDQ_000654

answers: seawater

answers: NDQ_000655

answers: impermeable

text: The groundwater monitoring system consists of a series of wells placed upgradient and downgradient of the MSWLF. The samples from the upgradient wells shows the background concentrations of constituents in the groundwater while, the downgradient wells show the extent of groundwater contamination caused by the MSWLF. The required number of wells, spacing, and depth of wells is determined on a site-specific basis based on the aquifer thickness, groundwater flow rate and direction, and the other geologic and hydrogeologic characteristics of the site. All groundwater monitoring systems must be certified by a qualified groundwater scientist and must comply with the sampling and analytical procedures outlined in the regulations.

text: The groundwater monitoring system consists of a series of wells placed upgradient and downgradient of the MSWLF. The samples from the upgradient wells shows the background concentrations of constituents in the groundwater while, the downgradient wells show the extent of groundwater contamination caused by the MSWLF. The required number of wells, spacing, and depth of wells is determined on a site-specific basis based on the

text: aquifer

text: thickness, groundwater flow rate and direction, and the other

text: geologic

text: and

text: hydrogeologic

text: characteristics of the site. All groundwater monitoring systems must be certified by a qualified groundwater scientist and must comply with the

text: sampling

text: and analytical procedures outlined in the regulations.

answers: NDQ_000611

answers: downgradient of the MSWLF

answers: NDQ_000613

answers: thickness, groundwater flow rate and direction

answers: NDQ_000615

answers: downgradient

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is contaminated

answers: NDQ_000624

answers: geologic and hydrogeologic characteristics

answers: NDQ_000627

answers: Which of the following is not a geologic characteristic of the site?

answers: NDQ_000629

answers: Which of the following is not true of the rock layer below an aquifer?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: None of the above choices

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: groundwater flow rate and direction

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: It is not possible to tell

answers: NDQ_000639

answers: Which of the following is not a mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: downgradient

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: MSWLF

answers: NDQ_000649

answers: upgradient

answers: NDQ_000650

answers: downgradient

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: aquifer thickness, groundwater flow rate and direction,

answers: NDQ_000613

answers: aquifer thickness, groundwater flow rate and direction,

answers: NDQ_000615

answers: downgradient of the MSWLF.

answers: NDQ_000616

answers: MSWLF.

answers: NDQ_000619

answers: groundwater contamination caused by the MSWLF.

answers: NDQ_000624

answers: aquifer thickness,

answers: NDQ_000627

answers: aquifer thickness,

answers: NDQ_000629

answers: aquifer thickness,

answers: NDQ_000630

answers: wells placed upgradient and downgradient of the MSWLF.

answers: NDQ_000631

answers: aquifer thickness,

answers: NDQ_000632

answers: aquifer thickness,

answers: NDQ_000633

answers: aquifer thickness,

answers: NDQ_000634

answers: MSWLF.

answers: NDQ_000635

answers: aquifer thickness,

answers: NDQ_000636

answers: The groundwater monitoring system

answers: NDQ_000637

answers: aquifer thickness,

answers: NDQ_000638

answers: aquifer thickness,

answers: NDQ_000639

answers: geologic and hydrogeologic characteristics

answers: NDQ_000640

answers: MSWLF.

answers: NDQ_000641

answers: groundwater flow rate and direction,

answers: NDQ_000642

answers: aquifer thickness,

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifer thickness,

answers: NDQ_000650

answers: aquifer thickness,

answers: NDQ_000651

answers: MSWLF.

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: MSWLF.

answers: NDQ_000655

answers: aquifer

text: Riad Alexander Michael, also known as Geyser, is a German electronic musician as well as physician.

text: Riad Alexander Michael, also known as Geyser, is a German

text: electronic

text: musician as well as physician.

answers: NDQ_000611

answers: is contaminated with bacteria and viruses

answers: NDQ_000613

answers: aquifer

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: evaporation

answers: NDQ_000619

answers: Riad Alexander Michael is a musician

answers: NDQ_000624

answers: How would you describe Riad Alexander Michael?

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: geyser

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What is the reason for the change in land use?

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: What kind of spring is Geyser?

answers: NDQ_000640

answers: The water table keeps water from seeping deeper underground.

answers: NDQ_000641

answers: None of the above choices .

answers: NDQ_000642

answers: geyser

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: Geyser can be described as

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: geyser

answers: NDQ_000648

answers: can be used as drinking water

answers: NDQ_000649

answers: insoluble

answers: NDQ_000650

answers: is located near a source of pollution

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: source

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: water evaporation

answers: NDQ_000655

answers: Geyser

answers: NDQ_000611

answers: Geyser,

answers: NDQ_000613

answers: physician.

answers: NDQ_000615

answers: Geyser,

answers: NDQ_000616

answers: Riad Alexander Michael, also known as Geyser,

answers: NDQ_000619

answers: physician.

answers: NDQ_000624

answers: Geyser,

answers: NDQ_000627

answers: Riad Alexander Michael, also known as Geyser,

answers: NDQ_000629

answers: Riad Alexander Michael, also known as Geyser,

answers: NDQ_000630

answers: Geyser,

answers: NDQ_000631

answers: Riad Alexander Michael, also known as Geyser,

answers: NDQ_000632

answers: Riad Alexander Michael, also known as Geyser,

answers: NDQ_000633

answers: Geyser,

answers: NDQ_000634

answers: Geyser,

answers: NDQ_000635

answers: Riad Alexander Michael, also known as Geyser,

answers: NDQ_000636

answers: Geyser,

answers: NDQ_000637

answers: Riad Alexander Michael, also known as Geyser,

answers: NDQ_000638

answers: Geyser,

answers: NDQ_000639

answers: Geyser,

answers: NDQ_000640

answers: Riad Alexander Michael, also known as Geyser,

answers: NDQ_000641

answers: Geyser,

answers: NDQ_000642

answers: Geyser,

answers: NDQ_000643

answers: Geyser,

answers: NDQ_000644

answers: Geyser,

answers: NDQ_000645

answers: Geyser,

answers: NDQ_000646

answers: Geyser,

answers: NDQ_000647

answers: Geyser,

answers: NDQ_000648

answers: Geyser,

answers: NDQ_000649

answers: Geyser,

answers: NDQ_000650

answers: Riad Alexander Michael, also known as Geyser,

answers: NDQ_000651

answers: Geyser,

answers: NDQ_000652

answers: Geyser,

answers: NDQ_000653

answers: Geyser,

answers: NDQ_000654

answers: Riad Alexander Michael, also known as Geyser,

answers: NDQ_000655

answers: Geyser,

text: The hot springs were discovered in 1832 by trappers from the Hudson's Bay Company, who noted in their journal that the water was unbearably hot. They are a small group of alkaline thermal springs in Lake County's Goose Lake Valley,  north of Lakeview.  The temperature of the various springs ranges from .  The spring water is alkaline with a high concentration of sulfate and other minerals.  This environment supports large bacterial mats in the natural channels that drain the springs.  As a result, the bacterial mat communities at the hot springs have been studied and analyzed by microbiologists from around the world.

text: The hot springs were discovered in 1832 by trappers from the

text: Hudson's Bay Company

text: , who noted in their journal that the water was unbearably hot. They are a small group of

text: alkaline

text: thermal springs in Lake County's

text: Goose Lake Valley

text: ,  north of Lakeview.  The temperature of the various springs ranges from .  The spring water is alkaline with a high concentration of

text: sulfate

text: and other minerals.  This environment supports large

text: bacterial mats

text: in the natural channels that drain the springs.  As a result, the bacterial mat communities at the hot springs have been studied and analyzed by

text: microbiologist

text: s from around the world.

answers: NDQ_000611

answers: does not contain sulfate

answers: NDQ_000613

answers: high concentration of sulfate and other minerals

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: Goose Lake Valley

answers: NDQ_000619

answers: alkaline water is too hot

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Where does the water from the springs come from?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: What is the temperature of the various springs?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What is the purpose of the hot springs?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a mineral spring: alkaline thermal springs, mineral springs or mineral springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why did trappers from the Hudson's Bay Company discover the hot springs?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: thermal springs

answers: NDQ_000644

answers: natural channels

answers: NDQ_000645

answers: valley

answers: NDQ_000646

answers: natural channels

answers: NDQ_000647

answers: thermal springs

answers: NDQ_000648

answers: spring water

answers: NDQ_000649

answers: Where is the Hudson's Bay Company?

answers: NDQ_000650

answers: has a high concentration of sulfate

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: natural source

answers: NDQ_000653

answers: Lake County

answers: NDQ_000654

answers: thermal springs

answers: NDQ_000655

answers: alkaline

answers: NDQ_000611

answers: natural channels that drain the springs.

answers: NDQ_000613

answers: high concentration of sulfate and other minerals.

answers: NDQ_000615

answers: bacterial mats in the natural channels that drain the springs.

answers: NDQ_000616

answers: springs.

answers: NDQ_000619

answers: a high concentration of sulfate

answers: NDQ_000624

answers: alkaline

answers: NDQ_000627

answers: The hot springs were discovered in 1832

answers: NDQ_000629

answers: alkaline thermal springs in Lake County's Goose Lake Valley,

answers: NDQ_000630

answers: alkaline thermal springs

answers: NDQ_000631

answers: Goose Lake Valley,

answers: NDQ_000632

answers: sulfate

answers: NDQ_000633

answers: sulfate

answers: NDQ_000634

answers: Goose Lake Valley,

answers: NDQ_000635

answers: Goose Lake Valley,

answers: NDQ_000636

answers: The hot springs were discovered in 1832

answers: NDQ_000637

answers: The hot springs were discovered in 1832

answers: NDQ_000638

answers: The hot springs were discovered in 1832

answers: NDQ_000639

answers: sulfate

answers: NDQ_000640

answers: sulfate

answers: NDQ_000641

answers: The hot springs were discovered in 1832

answers: NDQ_000642

answers: The hot springs were discovered in 1832

answers: NDQ_000643

answers: Goose Lake Valley,

answers: NDQ_000644

answers: channels

answers: NDQ_000645

answers: alkaline thermal springs in Lake County's Goose Lake Valley,

answers: NDQ_000646

answers: 1832

answers: NDQ_000647

answers: alkaline thermal springs

answers: NDQ_000648

answers: alkaline

answers: NDQ_000649

answers: minerals.

answers: NDQ_000650

answers: bacterial mats

answers: NDQ_000651

answers: Lake County's Goose Lake Valley,

answers: NDQ_000652

answers: alkaline

answers: NDQ_000653

answers: alkaline thermal springs

answers: NDQ_000654

answers: bacterial mats

answers: NDQ_000655

answers: alkaline

text: The Geysers is the world's largest geothermal field spanning an area of around  in Sonoma,  Lake and Mendocino counties in California, centered in the area of Geyser Canyon and Cobb Mountain. Power from The Geysers provides electricity to Sonoma, Lake, Mendocino, Marin, and Napa counties.  It is estimated that the development meets 60% of the power demand for the coastal region between the Golden Gate Bridge and the Oregon state line.  Unlike most geothermal resources, the Geysers is a dry steam field which mainly produces superheated steam.

text: The Geysers is the world's largest geothermal field spanning an area of around  in

text: Sonoma

text: Lake

text: and

text: Mendocino

text: counties in California, centered in the area of

text: Geyser Canyon

text: and

text: Cobb Mountain

text: . Power from The Geysers provides electricity to Sonoma, Lake, Mendocino,

text: Marin

text: , and

text: Napa

text: counties.  It is estimated that the development meets 60% of the power demand for the coastal region between the

text: Golden Gate Bridge

text: and the

text: Oregon

text: state line.  Unlike most geothermal resources, the Geysers is a dry steam field which mainly produces

text: superheated

text: steam.

answers: NDQ_000611

answers: is a source of water

answers: NDQ_000613

answers: dry steam field

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: Geysers

answers: NDQ_000619

answers: superheated steam

answers: NDQ_000624

answers: What is the Geysers?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: Which of the following is not a geothermal resource: Geysers, Geyser Canyon, or Mendocino?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: What is the Geysers?

answers: NDQ_000632

answers: How deep is the Geysers?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How does the Geysers affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a mineral spring: Geysers, Geyser Canyon, or Cobb Mountain?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: Dry steam field

answers: NDQ_000643

answers: geothermal field

answers: NDQ_000644

answers: Geysers

answers: NDQ_000645

answers: geothermal field

answers: NDQ_000646

answers: geothermal field

answers: NDQ_000647

answers: Geysers

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Where is the Geysers located?

answers: NDQ_000650

answers: is located near a major source of pollution

answers: NDQ_000651

answers: California

answers: NDQ_000652

answers: geothermal field

answers: NDQ_000653

answers: Geysers

answers: NDQ_000654

answers: Geysers

answers: NDQ_000655

answers: Geothermal

answers: NDQ_000611

answers: dry steam field which mainly produces superheated steam.

answers: NDQ_000613

answers: dry steam field which mainly produces superheated steam.

answers: NDQ_000615

answers: Geyser Canyon and Cobb Mountain.

answers: NDQ_000616

answers: The Geysers

answers: NDQ_000619

answers: dry steam field which mainly produces superheated steam.

answers: NDQ_000624

answers: Geyser Canyon and Cobb Mountain.

answers: NDQ_000627

answers: The Geysers is the world's largest geothermal field

answers: NDQ_000629

answers: The Geysers is the world's largest geothermal field

answers: NDQ_000630

answers: superheated steam.

answers: NDQ_000631

answers: Unlike most geothermal resources,

answers: NDQ_000632

answers: The Geysers is the world's largest geothermal field

answers: NDQ_000633

answers: the Geysers is a dry steam field

answers: NDQ_000634

answers: The Geysers

answers: NDQ_000635

answers: Geyser Canyon and Cobb Mountain.

answers: NDQ_000636

answers: The Geysers

answers: NDQ_000637

answers: The Geysers is the world's largest geothermal field

answers: NDQ_000638

answers: Geyser Canyon and Cobb Mountain.

answers: NDQ_000639

answers: geothermal resources,

answers: NDQ_000640

answers: Geyser Canyon and Cobb Mountain.

answers: NDQ_000641

answers: The Geysers is the world's largest geothermal field

answers: NDQ_000642

answers: Unlike most geothermal resources,

answers: NDQ_000643

answers: geothermal

answers: NDQ_000644

answers: the Geysers is a dry steam field

answers: NDQ_000645

answers: geothermal

answers: NDQ_000646

answers: geothermal field

answers: NDQ_000647

answers: geothermal field

answers: NDQ_000648

answers: The Geysers is the world's largest geothermal field

answers: NDQ_000649

answers: Geyser Canyon and Cobb Mountain.

answers: NDQ_000650

answers: superheated steam.

answers: NDQ_000651

answers: California,

answers: NDQ_000652

answers: geothermal field

answers: NDQ_000653

answers: geothermal resources,

answers: NDQ_000654

answers: geothermal field

answers: NDQ_000655

answers: geothermal

text: For the purpose of administering water rights, California categorizes groundwater as either a subterranean stream flowing through a known and definite channel or percolating groundwater.  Groundwater that is a subterranean stream is subject to the same water right permitting requirements as surface water.  California has no statewide water right permit process for regulating the use of percolating groundwater.  A subterranean stream meets the following four characteristics:  (1) A subsurface channel must be present; (2) The channel must have relatively impermeable bed and banks; (3) The course of the channel must be known or capable of being determined by reasonable inference; and (4) Groundwater must be flowing in the channel.

text: For the purpose of administering water rights, California categorizes

text: groundwater

text: as either a subterranean stream flowing through a known and definite channel or percolating groundwater.  Groundwater that is a subterranean stream is subject to the same water right permitting requirements as surface water.  California has no statewide water right permit process for regulating the use of percolating groundwater.  A subterranean stream meets the following four characteristics:  (1) A subsurface channel must be present; (2) The channel must have relatively impermeable bed and banks; (3) The course of the channel must be known or capable of being determined by reasonable inference; and (4) Groundwater must be flowing in the channel.

answers: NDQ_000611

answers: flows through a known and definite channel

answers: NDQ_000613

answers: relatively impermeable bed and banks

answers: NDQ_000615

answers: percolate

answers: NDQ_000616

answers: percolating groundwater

answers: NDQ_000619

answers: groundwater is flowing in the channel

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: no

answers: NDQ_000630

answers: not enough information

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a subterranean stream?

answers: NDQ_000636

answers: percolating groundwater

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: percolating groundwater

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: percolating groundwater

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: percolating groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Percolating groundwater

answers: NDQ_000650

answers: percolating groundwater

answers: NDQ_000651

answers: California

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: subterranean stream flowing through a known and definite channel

answers: NDQ_000613

answers: The channel must have relatively impermeable bed and banks;

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: Groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: impermeable bed and banks;

answers: NDQ_000629

answers: subterranean stream

answers: NDQ_000630

answers: subterranean stream

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: surface water.

answers: NDQ_000633

answers: subterranean stream

answers: NDQ_000634

answers: subterranean stream

answers: NDQ_000635

answers: surface water.

answers: NDQ_000636

answers: subterranean stream

answers: NDQ_000637

answers: relatively impermeable bed and banks;

answers: NDQ_000638

answers: The channel must have relatively impermeable bed and banks;

answers: NDQ_000639

answers: subterranean stream

answers: NDQ_000640

answers: impermeable bed and banks;

answers: NDQ_000641

answers: subterranean stream flowing through a known and definite channel

answers: NDQ_000642

answers: impermeable bed and banks;

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: impermeable bed and banks;

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: percolating groundwater.

answers: NDQ_000651

answers: California

answers: NDQ_000652

answers: groundwater as either a subterranean stream

answers: NDQ_000653

answers: surface water.

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: percolating groundwater.

text: The Lady Knox Geyser is a geyser in the Waiotapu area of the Taupo Volcanic Zone in New Zealand. It is named after Lady Constance Knox, the second daughter of Uchter Knox, 15th Governor of New Zealand. The geyser is induced to erupt daily at 10:15am by dropping a surfactant into the opening of the vent. Eruptions produce a jet of water reaching up to 20m and can last for over an hour, depending on the weather. The visible spout is made of rocks placed around the base of the spring to enhance the eruption; over the years silica from the eruptions has built up to give a white cone-shaped appearance.

text: The Lady Knox Geyser is a

text: geyser

text: in the

text: Waiotapu

text: area of the

text: Taupo Volcanic Zone

text: in

text: New Zealand

text: . It is named after

text: Lady Constance Knox

text: , the second daughter of

text: Uchter Knox

text: , 15th Governor of New Zealand. The geyser is induced to erupt daily at 10:15am by dropping a

text: surfactant

text: into the opening of the vent. Eruptions produce a jet of water reaching up to 20m and can last for over an hour, depending on the weather. The visible spout is made of rocks placed around the base of the spring to enhance the eruption; over the years silica from the eruptions has built up to give a white cone-shaped appearance.

answers: NDQ_000611

answers: erupts at 10:15am

answers: NDQ_000613

answers: over the years silica from the eruptions has built up to give a white cone-shaped appearance

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: Geyser

answers: NDQ_000619

answers: geysers are active

answers: NDQ_000624

answers: What is the Lady Knox Geyser?

answers: NDQ_000627

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

answers: NDQ_000629

answers: Which of the following is not a type of rock layer below an aquifer: permeable rock, sedimentary rock, or sedimentary rock?

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs: hot magma or water?

answers: NDQ_000631

answers: Where is the Lady Knox Geyser located?

answers: NDQ_000632

answers: How deep is the Lady Knox Geyser?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the Lady Knox Geyser?

answers: NDQ_000636

answers: What is the Lady Knox Geyser?

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: Why is the visible spout made of rocks placed around the base of the spring

answers: NDQ_000639

answers: What type of spring is the Lady Knox Geyser?

answers: NDQ_000640

answers: What is the Lady Knox Geyser?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: spring

answers: NDQ_000644

answers: opening of the vent

answers: NDQ_000645

answers: base

answers: NDQ_000646

answers: spring

answers: NDQ_000647

answers: spring

answers: NDQ_000648

answers: spring

answers: NDQ_000649

answers: Where is the Lady Knox Geyser?

answers: NDQ_000650

answers: has silica from eruptions

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: volcanic eruption

answers: NDQ_000653

answers: the oceans

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: Eruptions produce a jet of water reaching up to 20m

answers: NDQ_000613

answers: jet of water reaching up to 20m and can last for over an hour,

answers: NDQ_000615

answers: Eruptions produce a jet of water reaching up to 20m

answers: NDQ_000616

answers: Lady Knox Geyser

answers: NDQ_000619

answers: dropping a surfactant

answers: NDQ_000624

answers: Taupo Volcanic Zone

answers: NDQ_000627

answers: rocks

answers: NDQ_000629

answers: rocks

answers: NDQ_000630

answers: Eruptions produce a jet of water reaching up to 20m

answers: NDQ_000631

answers: water reaching up to 20m

answers: NDQ_000632

answers: water reaching up to 20m

answers: NDQ_000633

answers: water

answers: NDQ_000634

answers: New Zealand.

answers: NDQ_000635

answers: rocks

answers: NDQ_000636

answers: New Zealand.

answers: NDQ_000637

answers: water

answers: NDQ_000638

answers: rocks

answers: NDQ_000639

answers: silica

answers: NDQ_000640

answers: rocks

answers: NDQ_000641

answers: water reaching up to 20m

answers: NDQ_000642

answers: rocks

answers: NDQ_000643

answers: silica

answers: NDQ_000644

answers: vent.

answers: NDQ_000645

answers: base of the spring

answers: NDQ_000646

answers: spring

answers: NDQ_000647

answers: 20m

answers: NDQ_000648

answers: jet of water reaching up to 20m

answers: NDQ_000649

answers: rocks

answers: NDQ_000650

answers: eruptions

answers: NDQ_000651

answers: New Zealand.

answers: NDQ_000652

answers: Eruptions

answers: NDQ_000653

answers: Taupo Volcanic Zone

answers: NDQ_000654

answers: eruptions

answers: NDQ_000655

answers: rocks placed around the base of the spring to enhance the eruption;

text: A stratigraphic column starts with the Lower Cretaceous Trinity Group overlain by the Edwards Group and the Georgetown Formation.  Upper Cretaceous formations follow, starting with the Del Rio Clay, Buda Limestone, and then the Eagle Ford Group.  Formations within the Trinity Group include the Hammett Formation, Cow Creek Formation, Hensel Formation, and Lower and Upper Glen Rose Formation.  The Hammett and the lower portion of the Upper Glen Rose act as confining units (or aquitard) for the Middle Trinity Aquifer.  The Upper Glen Rose contains the Upper Trinity Aquifer, which appears to have intra-aquifer groundwater flow with the Edwards Aquifer as water levels are at the same elevation.  Formations within the Edwards Group include the Kainier Formation and the Person Formation.  The Upper Cretaceous rock units confine the Edwards Aquifer within the group.

text: A

text: stratigraphic column

text: starts with the

text: Lower Cretaceous

text: Trinity Group

text: overlain by the

text: Edwards Group

text: and the

text: Georgetown Formation

text: Upper Cretaceous

text: formations

text: follow, starting with the

text: Del Rio Clay

text: Buda Limestone

text: , and then the

text: Eagle Ford Group

text: .  Formations within the Trinity Group include the

text: Hammett Formation

text: , Cow Creek Formation,

text: Hensel Formation

text: , and Lower and Upper

text: Glen Rose Formation

text: .  The Hammett and the lower portion of the Upper Glen Rose act as confining units (or

text: aquitard

text: ) for the Middle Trinity

text: Aquifer

text: .  The Upper Glen Rose contains the Upper Trinity Aquifer, which appears to have intra-aquifer

text: groundwater

text: flow with the Edwards Aquifer as water levels are at the same elevation.  Formations within the Edwards Group include the Kainier Formation and the Person Formation.  The Upper Cretaceous rock units confine the

text: Edwards Aquifer

text: within the group.

answers: NDQ_000611

answers: flows with the Edwards Aquifer

answers: NDQ_000613

answers: water levels are at the same elevation

answers: NDQ_000615

answers: be at the same elevation

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: water levels are at the same elevation

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: It's impossible to say

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: How does land use affect the amount of water that enters groundwater?

answers: NDQ_000636

answers: What is the purpose of the Ogallala aquifer?

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: What type of springs are mineral springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: The upper Glen Rose contains the Upper Trinity Aquifer

answers: NDQ_000643

answers: Aquifer

answers: NDQ_000644

answers: Clay

answers: NDQ_000645

answers: Middle Trinity Aquifer

answers: NDQ_000646

answers: aquitard

answers: NDQ_000647

answers: Middle Trinity Aquifer

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is the Edwards Aquifer?

answers: NDQ_000650

answers: groundwater levels are at the same elevation

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: Middle Trinity Aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquitard

answers: NDQ_000611

answers: intra-aquifer groundwater flow with the Edwards Aquifer

answers: NDQ_000613

answers: water levels are at the same elevation.

answers: NDQ_000615

answers: at the same elevation.

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: water levels are at the same elevation.

answers: NDQ_000627

answers: Del Rio Clay, Buda Limestone,

answers: NDQ_000629

answers: intra-aquifer groundwater

answers: NDQ_000630

answers: Middle Trinity Aquifer.

answers: NDQ_000631

answers: Middle Trinity Aquifer.

answers: NDQ_000632

answers: same elevation.

answers: NDQ_000633

answers: water levels are at the same elevation.

answers: NDQ_000634

answers: Middle Trinity Aquifer.

answers: NDQ_000635

answers: Middle Trinity Aquifer.

answers: NDQ_000636

answers: Edwards Aquifer

answers: NDQ_000637

answers: intra-aquifer groundwater

answers: NDQ_000638

answers: Lower Cretaceous Trinity Group

answers: NDQ_000639

answers: Clay, Buda Limestone,

answers: NDQ_000640

answers: water levels are at the same elevation.

answers: NDQ_000641

answers: intra-aquifer groundwater

answers: NDQ_000642

answers: intra-aquifer groundwater flow with the Edwards Aquifer

answers: NDQ_000643

answers: Middle Trinity Aquifer.

answers: NDQ_000644

answers: intra-aquifer groundwater flow with the Edwards Aquifer

answers: NDQ_000645

answers: Middle Trinity Aquifer.

answers: NDQ_000646

answers: intra-aquifer groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: water levels are at the same elevation.

answers: NDQ_000651

answers: Edwards Aquifer

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: Middle Trinity Aquifer.

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquitard)

text: Hot springs range in flow rate from the tiniest "seeps" to veritable rivers of hot water. Sometimes there is enough pressure that the water shoots upward in a geyser, or fountain.

text: Hot springs range in flow rate from the tiniest "seeps" to veritable rivers of hot water. Sometimes there is enough pressure that the water shoots upward in a

text: geyser

text: , or

text: fountain

answers: NDQ_000611

answers: is a source of what?

answers: NDQ_000613

answers: hot water

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: hot water shoots upward

answers: NDQ_000624

answers: in a geyser

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: it is not possible to tell

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a type of land use?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: no

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: a geyser

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: hot water

answers: NDQ_000648

answers: hot water

answers: NDQ_000649

answers: Where does the water infiltrate?

answers: NDQ_000650

answers: has a high flow rate

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: seep

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: Hot springs

answers: NDQ_000613

answers: flow rate

answers: NDQ_000615

answers: Hot springs

answers: NDQ_000616

answers: Hot springs

answers: NDQ_000619

answers: there is enough pressure

answers: NDQ_000624

answers: upward

answers: NDQ_000627

answers: Hot springs

answers: NDQ_000629

answers: Hot springs

answers: NDQ_000630

answers: geyser,

answers: NDQ_000631

answers: Hot springs

answers: NDQ_000632

answers: Hot springs

answers: NDQ_000633

answers: Hot springs

answers: NDQ_000634

answers: Hot springs

answers: NDQ_000635

answers: Hot springs

answers: NDQ_000636

answers: Hot springs

answers: NDQ_000637

answers: Hot springs

answers: NDQ_000638

answers: Hot springs

answers: NDQ_000639

answers: geyser,

answers: NDQ_000640

answers: Hot springs

answers: NDQ_000641

answers: Hot springs

answers: NDQ_000642

answers: Hot springs

answers: NDQ_000643

answers: Hot springs

answers: NDQ_000644

answers: "seeps"

answers: NDQ_000645

answers: Hot springs

answers: NDQ_000646

answers: Hot springs

answers: NDQ_000647

answers: Hot springs

answers: NDQ_000648

answers: hot water.

answers: NDQ_000649

answers: Hot springs

answers: NDQ_000650

answers: hot water.

answers: NDQ_000651

answers: Hot springs

answers: NDQ_000652

answers: "seeps"

answers: NDQ_000653

answers: Hot springs

answers: NDQ_000654

answers: hot water.

answers: NDQ_000655

answers: Hot springs

text: Ojocaliente is a medium-sized town in the Mexican state of Zacatecas. It is similar in appearance with Fresnillo, also having bright-colored houses and a park to serve as a sort of central ornament. It is called "Ojocaliente" (translation: hot eye) because there previously were small "ojos" of water ("Ojo" meaning "pond" or "pool").The town of Ojocaliente, Zacatecas was founded in 1620 and its first name was "Real Villa de Sacramento and Ojocaliente Mina de Bastidas." The name of Ojocaliente was given  because of its hot springs and mineral veins that were exploited in the hills of Santiago.

text: Ojocaliente is a medium-sized town in the

text: Mexican state

text: of

text: Zacatecas

text: . It is similar in appearance with

text: Fresnillo

text: , also having bright-colored houses and a park to serve as a sort of central ornament. It is called "Ojocaliente" (translation: hot eye) because there previously were small "ojos" of water ("Ojo" meaning "pond" or "pool").The town of Ojocaliente, Zacatecas was founded in 1620 and its first name was "Real Villa de Sacramento and Ojocaliente Mina de Bastidas." The name of Ojocaliente was given  because of its

text: hot springs

text: and mineral veins that were exploited in the hills of Santiago.

answers: NDQ_000611

answers: is heated by the sun

answers: NDQ_000613

answers: hot springs

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: hot springs are filled with water

answers: NDQ_000624

answers: How would you describe Ojocaliente?

answers: NDQ_000627

answers: What is the name of Ojocaliente?

answers: NDQ_000629

answers: What is the name of the town of Ojocaliente, Zacatecas?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can be concluded about the name of Ojocaliente, Zacatecas?

answers: NDQ_000636

answers: What is the name of Ojocaliente?

answers: NDQ_000637

answers: How would you describe Ojocaliente?

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Why was the name of Ojocaliente given because of its hot springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How would you describe Ojocaliente?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: "ojos"

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: ojo

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: hot springs

answers: NDQ_000649

answers: Which of the following is not a source of water: hot springs or mineral veins?

answers: NDQ_000650

answers: is located near a large city

answers: NDQ_000651

answers: Mexican

answers: NDQ_000652

answers: mineral vein

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: water

answers: NDQ_000655

answers: ojo

answers: NDQ_000611

answers: hot springs

answers: NDQ_000613

answers: hot springs and mineral veins

answers: NDQ_000615

answers: hot springs

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: hot springs

answers: NDQ_000624

answers: hot springs

answers: NDQ_000627

answers: hot springs and mineral veins

answers: NDQ_000629

answers: hot springs

answers: NDQ_000630

answers: Ojocaliente was given because of its hot springs

answers: NDQ_000631

answers: hot springs

answers: NDQ_000632

answers: hot springs

answers: NDQ_000633

answers: hot springs

answers: NDQ_000634

answers: hot springs

answers: NDQ_000635

answers: hot springs and mineral veins

answers: NDQ_000636

answers: hot springs

answers: NDQ_000637

answers: hot springs and mineral veins

answers: NDQ_000638

answers: hot springs and mineral veins

answers: NDQ_000639

answers: mineral veins

answers: NDQ_000640

answers: hot springs

answers: NDQ_000641

answers: hot springs

answers: NDQ_000642

answers: small "ojos"

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: "ojos"

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: hot springs

answers: NDQ_000649

answers: mineral veins

answers: NDQ_000650

answers: exploited in the hills of Santiago.

answers: NDQ_000651

answers: hot springs

answers: NDQ_000652

answers: mineral veins

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: hot springs

answers: NDQ_000655

answers: "ojos"

text: From veterinary experts to groundwater inspections, EAD's scientific expertise in many fields leads to regulatory and policy implementations as well as the production of books, brochures, technical publications, educational materials and consumer guides that impact perception and improve Abu Dhabi's overall environmental conditions.

text: From veterinary experts to groundwater inspections, EAD's scientific expertise in many fields leads to regulatory and policy implementations as well as the production of books, brochures, technical publications, educational materials and consumer guides that impact perception and improve Abu Dhabi's overall environmental conditions.

answers: NDQ_000611

answers: is found in the ground

answers: NDQ_000613

answers: groundwater inspections

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is too hot

answers: NDQ_000624

answers: unanswerable

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: no

answers: NDQ_000630

answers: not enough information

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: unanswerable

answers: NDQ_000636

answers: Abu Dhabi

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: unsuitable

answers: NDQ_000650

answers: groundwater is not inspected

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: groundwater inspections,

answers: NDQ_000613

answers: groundwater inspections,

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: veterinary experts to groundwater inspections,

answers: NDQ_000630

answers: groundwater inspections,

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: veterinary experts to groundwater inspections,

answers: NDQ_000635

answers: groundwater

answers: NDQ_000636

answers: Abu Dhabi's overall environmental conditions.

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: groundwater inspections,

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: veterinary experts to groundwater inspections,

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: groundwater

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: veterinary experts to groundwater inspections,

answers: NDQ_000651

answers: Abu Dhabi's

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

text: A stratigraphic column at the Mount Bonnell location starts with the Lower Cretaceous Trinity Group overlain by the Edwards Group.  Upper Cretaceous formations follow, starting with the Del Rio Clay, Buda Limestone, and then the Eagle Ford Group.  Formations within the Trinity Group include the Hammett Formation, Cow Creek Formation, Hensel Formation, and Lower and Upper Glen Rose Formation.  The Hammett and the lower portion of the Upper Glen Rose act as confining units (or aquitard) for the Middle Trinity Aquifer.  The Upper Glen Rose contains the Upper Trinity Aquifer, which appears to have intra-aquifer groundwater flow with the Edwards Aquifer as water levels are at the same elevation.

text: A

text: stratigraphic column

text: at the

text: Mount Bonnell

text: location starts with the

text: Lower Cretaceous

text: Trinity Group

text: overlain by the

text: Edwards Group

text: Upper Cretaceous

text: formations

text: follow, starting with the

text: Del Rio Clay

text: Buda Limestone

text: , and then the

text: Eagle Ford Group

text: .  Formations within the Trinity Group include the

text: Hammett Formation

text: , Cow Creek Formation,

text: Hensel Formation

text: , and Lower and Upper Glen Rose Formation.  The Hammett and the lower portion of the Upper Glen Rose act as confining units (or

text: aquitard

text: ) for the Middle Trinity

text: Aquifer

text: .  The Upper Glen Rose contains the Upper Trinity Aquifer, which appears to have intra-aquifer

text: groundwater

text: flow with the

text: Edwards Aquifer

text: as water levels are at the same elevation.

answers: NDQ_000611

answers: flows with the Edwards Aquifer

answers: NDQ_000613

answers: water levels are at the same elevation

answers: NDQ_000615

answers: increase in elevation

answers: NDQ_000616

answers: Upper Glen Rose

answers: NDQ_000619

answers: water levels are at the same elevation

answers: NDQ_000624

answers: may rise or fall

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: It's impossible to say

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the upper portion of the Upper Glen Rose?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: What type of springs are mineral springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: The Del Rio Clay, Buda Limestone

answers: NDQ_000643

answers: Aquifer

answers: NDQ_000644

answers: Clay

answers: NDQ_000645

answers: Middle Trinity Aquifer

answers: NDQ_000646

answers: aquitard

answers: NDQ_000647

answers: Middle Trinity Aquifer

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is the Upper Glen Rose located?

answers: NDQ_000650

answers: levels are at the same elevation

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: Middle Trinity Aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquitard

answers: NDQ_000611

answers: intra-aquifer groundwater flow with the Edwards Aquifer

answers: NDQ_000613

answers: water levels are at the same elevation.

answers: NDQ_000615

answers: at the same elevation.

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: water levels are at the same elevation.

answers: NDQ_000627

answers: Del Rio Clay, Buda Limestone,

answers: NDQ_000629

answers: intra-aquifer groundwater

answers: NDQ_000630

answers: Middle Trinity Aquifer.

answers: NDQ_000631

answers: Middle Trinity Aquifer.

answers: NDQ_000632

answers: same elevation.

answers: NDQ_000633

answers: intra-aquifer groundwater

answers: NDQ_000634

answers: Mount Bonnell

answers: NDQ_000635

answers: Middle Trinity Aquifer.

answers: NDQ_000636

answers: Middle Trinity Aquifer.

answers: NDQ_000637

answers: intra-aquifer groundwater flow with the Edwards Aquifer

answers: NDQ_000638

answers: intra-aquifer groundwater

answers: NDQ_000639

answers: Clay, Buda Limestone,

answers: NDQ_000640

answers: water levels are at the same elevation.

answers: NDQ_000641

answers: intra-aquifer groundwater

answers: NDQ_000642

answers: intra-aquifer groundwater flow with the Edwards Aquifer

answers: NDQ_000643

answers: Middle Trinity Aquifer.

answers: NDQ_000644

answers: intra-aquifer groundwater flow with the Edwards Aquifer

answers: NDQ_000645

answers: Middle Trinity Aquifer.

answers: NDQ_000646

answers: intra-aquifer groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: water levels are at the same elevation.

answers: NDQ_000651

answers: Middle Trinity Aquifer.

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: Middle Trinity Aquifer.

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquitard)

text: Spasm Geyser is a geyser in the Lower Geyser Basin of Yellowstone National Park in the United States.

text: Spasm Geyser is a

text: geyser

text: in the

text: Lower Geyser Basin

text: of

text: Yellowstone National Park

text: in the

text: United States

answers: NDQ_000611

answers: evaporates from the surface.

answers: NDQ_000613

answers: good aquifers contain water

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: a lake

answers: NDQ_000619

answers: lava erupts from the ground

answers: NDQ_000624

answers: What can happen to the water table?

answers: NDQ_000627

answers: Where is Spasm Geyser located?

answers: NDQ_000629

answers: It does not.

answers: NDQ_000630

answers: What is the source of Spasm Geyser?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: Where is Spasm Geyser located?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: Spasm Geyser is a geyser in Yellowstone National Park.

answers: NDQ_000636

answers: None of the above choices are available

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: It is not possible to tell

answers: NDQ_000639

answers: What is Spasm Geyser?

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping deeper underground

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: spasm geyser

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: spasm geyser

answers: NDQ_000645

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: geyser

answers: NDQ_000648

answers: is aquifer

answers: NDQ_000649

answers: In the Lower Geyser Basin

answers: NDQ_000650

answers: is located near a large body of water

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: Lower Geyser Basin

answers: NDQ_000613

answers: Lower Geyser Basin

answers: NDQ_000615

answers: Spasm Geyser

answers: NDQ_000616

answers: Spasm Geyser

answers: NDQ_000619

answers: Geyser Basin of Yellowstone National Park in the United States.

answers: NDQ_000624

answers: Lower Geyser Basin

answers: NDQ_000627

answers: Spasm Geyser

answers: NDQ_000629

answers: Spasm Geyser

answers: NDQ_000630

answers: Spasm Geyser

answers: NDQ_000631

answers: Yellowstone National Park in the United States.

answers: NDQ_000632

answers: Spasm Geyser

answers: NDQ_000633

answers: Spasm Geyser

answers: NDQ_000634

answers: United States.

answers: NDQ_000635

answers: Spasm Geyser

answers: NDQ_000636

answers: Spasm Geyser

answers: NDQ_000637

answers: Spasm Geyser

answers: NDQ_000638

answers: Spasm Geyser

answers: NDQ_000639

answers: Spasm Geyser

answers: NDQ_000640

answers: Spasm Geyser

answers: NDQ_000641

answers: Spasm Geyser

answers: NDQ_000642

answers: Spasm Geyser

answers: NDQ_000643

answers: Lower Geyser Basin

answers: NDQ_000644

answers: Spasm Geyser

answers: NDQ_000645

answers: Lower Geyser Basin

answers: NDQ_000646

answers: Spasm Geyser

answers: NDQ_000647

answers: Lower Geyser Basin

answers: NDQ_000648

answers: Spasm Geyser is a geyser

answers: NDQ_000649

answers: Spasm Geyser

answers: NDQ_000650

answers: Yellowstone National Park

answers: NDQ_000651

answers: Yellowstone National Park in the United States.

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Lower Geyser Basin

answers: NDQ_000654

answers: Spasm Geyser is a geyser

answers: NDQ_000655

answers: geyser

text: Groundwater in the San Juan Creek basin, also referred to as the "San Juan Creek Groundwater Basin", has a total volume of roughly . (California State Water Resources Control Board, 1977.) Natural groundwater recharge in the San Juan basin is estimated to be roughly  per year historically, mostly from precipitation. This amount has been reduced due to extensive development of the lower segment of the watershed, which is continuing to reduce the amount of open ground that can potentially serve in groundwater recharge. Artificially sourced water from irrigation and other uses is responsible for recharging roughly  annually. The watershed is essentially split into half by the Christianitos and Mission Viejo fault zones, which result in the division of the "Upper" and "Lower" groundwater basins. The groundwater mostly lies in alluvium, which ranges from a depth of  in the lower watershed to mostly none in the upper reaches of the watershed.

text: Groundwater

text: in the San Juan Creek basin, also referred to as the "San Juan Creek Groundwater Basin", has a total volume of roughly . (California State Water Resources Control Board, 1977.) Natural groundwater recharge in the San Juan basin is estimated to be roughly  per year historically, mostly from precipitation. This amount has been reduced due to extensive development of the lower segment of the watershed, which is continuing to reduce the amount of open ground that can potentially serve in groundwater recharge. Artificially sourced water from

text: irrigation

text: and other uses is responsible for recharging roughly  annually. The watershed is essentially split into half by the Christianitos and Mission Viejo fault zones, which result in the division of the "Upper" and "Lower" groundwater basins. The groundwater mostly lies in

text: alluvium

text: , which ranges from a depth of  in the lower watershed to mostly none in the upper reaches of the watershed.

answers: NDQ_000611

answers: recharging roughly annually

answers: NDQ_000613

answers: the amount of open ground that can potentially serve in groundwater recharge

answers: NDQ_000615

answers: increase in depth

answers: NDQ_000616

answers: precipitation

answers: NDQ_000619

answers: groundwater recharge in the San Juan basin is estimated to be roughly per year historically

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: None

answers: NDQ_000632

answers: No

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unknown

answers: NDQ_000635

answers: This amount has been reduced due to extensive development

answers: NDQ_000636

answers: artificially sourced water

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: None of the above choices are true

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: alluvium

answers: NDQ_000643

answers: alluvium

answers: NDQ_000644

answers: alluvium

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: alluvium

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Alluvium

answers: NDQ_000650

answers: extensive development

answers: NDQ_000651

answers: California

answers: NDQ_000652

answers: groundwater recharge

answers: NDQ_000653

answers: precipitation

answers: NDQ_000654

answers: precipitation

answers: NDQ_000655

answers: alluvium

answers: NDQ_000611

answers: lies in alluvium,

answers: NDQ_000613

answers: precipitation.

answers: NDQ_000615

answers: precipitation.

answers: NDQ_000616

answers: Artificially sourced water from irrigation and other uses

answers: NDQ_000619

answers: precipitation.

answers: NDQ_000624

answers: Natural groundwater recharge

answers: NDQ_000627

answers: alluvium,

answers: NDQ_000629

answers: alluvium,

answers: NDQ_000630

answers: roughly.

answers: NDQ_000631

answers: alluvium,

answers: NDQ_000632

answers: none

answers: NDQ_000633

answers: none

answers: NDQ_000634

answers: roughly.

answers: NDQ_000635

answers: open ground that can potentially serve in groundwater recharge.

answers: NDQ_000636

answers: Artificially sourced water from irrigation

answers: NDQ_000637

answers: alluvium,

answers: NDQ_000638

answers: alluvium,

answers: NDQ_000639

answers: alluvium,

answers: NDQ_000640

answers: alluvium,

answers: NDQ_000641

answers: Groundwater

answers: NDQ_000642

answers: open ground

answers: NDQ_000643

answers: alluvium,

answers: NDQ_000644

answers: alluvium,

answers: NDQ_000645

answers: alluvium,

answers: NDQ_000646

answers: alluvium,

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: precipitation.

answers: NDQ_000649

answers: alluvium,

answers: NDQ_000650

answers: Artificially sourced water from irrigation and other uses

answers: NDQ_000651

answers: irrigation

answers: NDQ_000652

answers: precipitation.

answers: NDQ_000653

answers: precipitation.

answers: NDQ_000654

answers: precipitation.

answers: NDQ_000655

answers: alluvium,

text: State water-resources protection authority is generally divided among various State agencies. The Arkansas Department of Environmental Quality (ADEQ) has primary water-quality protection authority, and the Arkansas Department of Health (ADH) has authority over public drinking-water-supply programs. The Arkansas Natural Resources Commission (ANRC) has comprehensive planning and water-quantity authority and is responsible for protection of diminishing groundwater supplies in areas where agricultural, public, and industrial needs have placed unsustainable demands on production capacities of certain aquifers. The broad scope of groundwater protection and management activities requires a multiagency approach to address groundwater quantity and quality issues.

text: State water-resources protection authority is generally divided among various State agencies. The

entity_name: Arkansas Department of Environmental Quality

text: Arkansas Department of Environmental Quality

text: (ADEQ) has primary water-quality protection authority, and the

text: Arkansas Department of Health

text: (ADH) has authority over public drinking-water-supply programs. The

text: Arkansas Natural Resources Commission

text: (ANRC) has comprehensive planning and water-quantity authority and is responsible for protection of diminishing groundwater supplies in areas where agricultural, public, and industrial needs have placed unsustainable demands on production capacities of certain aquifers. The broad scope of groundwater protection and management activities requires a multiagency approach to address groundwater quantity and quality issues.

answers: NDQ_000611

answers: aquifers

answers: NDQ_000613

answers: groundwater quantity and quality

answers: NDQ_000615

answers: diminish

answers: NDQ_000616

answers: unsustainable demands

answers: NDQ_000619

answers: unsustainable demands on production capacities of certain aquifers

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: not

answers: NDQ_000635

answers: agricultural, public, and industrial needs

answers: NDQ_000636

answers: agricultural

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: What is the broad scope of groundwater protection and management activities?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does the Arkansas Department of Environmental Quality have primary water-quality protection authority?

answers: NDQ_000642

answers: aquifers

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: unsustainable demands

answers: NDQ_000651

answers: Arkansas

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: agricultural, public, and industrial

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: multiagency approach

answers: NDQ_000613

answers: production capacities

answers: NDQ_000615

answers: diminishing groundwater

answers: NDQ_000616

answers: agricultural, public, and industrial needs

answers: NDQ_000619

answers: agricultural, public, and industrial needs

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: multiagency approach to address groundwater quantity and quality issues.

answers: NDQ_000630

answers: The Arkansas Department of Environmental Quality

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: multiagency approach

answers: NDQ_000633

answers: diminishing groundwater

answers: NDQ_000634

answers: The Arkansas Department of Environmental Quality

answers: NDQ_000635

answers: agricultural, public, and industrial needs

answers: NDQ_000636

answers: agricultural, public, and industrial needs

answers: NDQ_000637

answers: diminishing groundwater

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: diminishing groundwater

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: aquifers.

answers: NDQ_000643

answers: aquifers.

answers: NDQ_000644

answers: aquifers.

answers: NDQ_000645

answers: aquifers.

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifers.

answers: NDQ_000650

answers: agricultural, public, and industrial needs

answers: NDQ_000651

answers: The Arkansas

answers: NDQ_000652

answers: aquifers.

answers: NDQ_000653

answers: aquifers.

answers: NDQ_000654

answers: agricultural, public, and industrial needs

answers: NDQ_000655

answers: aquifers.

text: Aquifers may occur at various depths. Those closer to the surface are not only more likely to be used for water supply and irrigation, but are also more likely to be topped up by the local rainfall. Many desert areas have limestone hills or mountains within them or close to them that can be exploited as groundwater resources. Part of the Atlas Mountains in North Africa, the Lebanon and Anti-Lebanon ranges between Syria and Lebanon, the Jebel Akhdar (Oman) in Oman, parts of the Sierra Nevada and neighboring ranges in the United States' Southwest, have shallow aquifers that are exploited for their water. Overexploitation can lead to the exceeding of the practical sustained yield; i.e., more water is taken out than can be replenished. Along the coastlines of certain countries, such as Libya and Israel, increased water usage associated with population growth has caused a lowering of the water table and the subsequent contamination of the groundwater with saltwater from the sea.

text: Aquifers may occur at various depths. Those closer to the surface are not only more likely to be used for water supply and irrigation, but are also more likely to be topped up by the local rainfall. Many desert areas have limestone hills or mountains within them or close to them that can be exploited as

text: groundwater

text: resources. Part of the

text: Atlas Mountains

text: in

text: North Africa

text: , the

text: Lebanon

text: and

text: Anti-Lebanon

text: ranges between

text: Syria

text: and

text: Lebanon

text: , the

text: Jebel Akhdar (Oman)

text: in

text: Oman

text: , parts of the

text: Sierra Nevada

text: and neighboring ranges in the

text: United States' Southwest

text: , have shallow aquifers that are exploited for their water.

text: Overexploitation

text: can lead to the exceeding of the practical sustained yield; i.e., more water is taken out than can be replenished. Along the coastlines of certain countries, such as

text: Libya

text: and Israel, increased water usage associated with population growth has caused a lowering of the water table and the

text: subsequent contamination

text: of the

text: groundwater

text: with saltwater from the

text: sea

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: closer to the surface are not only more likely to be used for water supply and irrigation

answers: NDQ_000615

answers: lower

answers: NDQ_000616

answers: rainfall

answers: NDQ_000619

answers: water is taken out of the ground

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: desert areas

answers: NDQ_000632

answers: No

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What can be exploited as groundwater resources?

answers: NDQ_000636

answers: more water is taken out than can be replenished

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: limestone hills or mountains within them

answers: NDQ_000640

answers: lowering of the water table

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: Aquifers

answers: NDQ_000644

answers: limestone

answers: NDQ_000645

answers: the water table

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: local rainfall

answers: NDQ_000649

answers: limestone hills or mountains

answers: NDQ_000650

answers: population grows

answers: NDQ_000651

answers: Southwest

answers: NDQ_000652

answers: local rainfall

answers: NDQ_000653

answers: Aquifers

answers: NDQ_000654

answers: local rainfall

answers: NDQ_000655

answers: Aquifers

answers: NDQ_000611

answers: closer to the surface

answers: NDQ_000613

answers: more likely to be topped up by the local rainfall.

answers: NDQ_000615

answers: lowering

answers: NDQ_000616

answers: local rainfall.

answers: NDQ_000619

answers: more water is taken out than can be replenished.

answers: NDQ_000624

answers: lowering

answers: NDQ_000627

answers: Those closer to the surface

answers: NDQ_000629

answers: topped up by the local rainfall.

answers: NDQ_000630

answers: Overexploitation can lead to the exceeding of the practical sustained yield;

answers: NDQ_000631

answers: Many desert areas

answers: NDQ_000632

answers: various depths.

answers: NDQ_000633

answers: topped up by the local rainfall.

answers: NDQ_000634

answers: Atlas Mountains in North Africa,

answers: NDQ_000635

answers: population growth

answers: NDQ_000636

answers: Those closer to the surface

answers: NDQ_000637

answers: Those closer to the surface

answers: NDQ_000638

answers: topped up by the local rainfall.

answers: NDQ_000639

answers: limestone

answers: NDQ_000640

answers: lowering of the water table

answers: NDQ_000641

answers: Aquifers may occur at various depths.

answers: NDQ_000642

answers: Aquifers

answers: NDQ_000643

answers: Aquifers

answers: NDQ_000644

answers: Aquifers

answers: NDQ_000645

answers: Aquifers

answers: NDQ_000646

answers: irrigation,

answers: NDQ_000647

answers: Aquifers

answers: NDQ_000648

answers: local rainfall.

answers: NDQ_000649

answers: limestone hills

answers: NDQ_000650

answers: population growth

answers: NDQ_000651

answers: Southwest,

answers: NDQ_000652

answers: Aquifers

answers: NDQ_000653

answers: Aquifers

answers: NDQ_000654

answers: local rainfall.

answers: NDQ_000655

answers: Overexploitation

text: In some jurisdictions water rights are granted directly to communities and water is reserved to provide sufficient capacity for the future growth of that particular community. For example, California provides communities and other water users within watersheds senior status over appropriative (use-based) water rights solely because they are located where the water originates and naturally flows.A second example of community-based water rights is pueblo water rights. As recognized by California, pueblo water rights are grants to individual settlements (i.e. pueblos) over all streams and rivers flowing through the city and to all groundwater aquifers underlying that particular city. The pueblo's claim expands with the needs of the city and may be used to supply the needs of areas that are later annexed to the city. While California recognizes pueblo water rights, pueblo water rights are controversial. Some modern scholars and courts argue that the pueblo water rights doctrine lacks a historical basis in Spanish or Mexican water law.

text: In some jurisdictions water rights are granted directly to communities and water is reserved to provide sufficient capacity for the future growth of that particular community. For example,

text: California

text: provides communities and other water users within watersheds senior status over appropriative (use-based) water rights solely because they are located where the water originates and naturally flows.A second example of community-based water rights is pueblo water rights. As recognized by

text: California

text: , pueblo water rights are grants to individual settlements (i.e. pueblos) over all streams and rivers flowing through the city and to all groundwater aquifers underlying that particular city. The pueblo's claim expands with the needs of the city and may be used to supply the needs of areas that are later annexed to the city. While California recognizes pueblo water rights, pueblo water rights are controversial. Some modern scholars and courts argue that the pueblo water rights doctrine lacks a historical basis in Spanish or Mexican water law.

answers: NDQ_000611

answers: aquifers underlying that particular city

answers: NDQ_000613

answers: capacity for the future growth of that particular community

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Pueblo water rights

answers: NDQ_000619

answers: groundwater aquifers underlying that particular city

answers: NDQ_000624

answers: groundwater aquifers

answers: NDQ_000627

answers: groundwater aquifers underlying that particular city

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: What is the largest aquifer in the world?

answers: NDQ_000635

answers: Because they are located where the water originates and naturally flows.

answers: NDQ_000636

answers: pueblo water rights

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not an example of community-based water rights?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: how does water flow out of a well

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where does water infiltrate?

answers: NDQ_000650

answers: uses more water than it can use

answers: NDQ_000651

answers: Pueblo

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: aquifers

answers: NDQ_000613

answers: located where the water originates and naturally flows.A

answers: NDQ_000615

answers: groundwater aquifers

answers: NDQ_000616

answers: streams and rivers

answers: NDQ_000619

answers: naturally flows.A

answers: NDQ_000624

answers: groundwater aquifers

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: groundwater

answers: NDQ_000630

answers: pueblo water rights.

answers: NDQ_000631

answers: groundwater aquifers

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: groundwater aquifers

answers: NDQ_000635

answers: they are located where the water originates and naturally flows.A

answers: NDQ_000636

answers: pueblo water rights.

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: groundwater aquifers underlying that particular city.

answers: NDQ_000641

answers: naturally flows.A

answers: NDQ_000642

answers: groundwater aquifers

answers: NDQ_000643

answers: groundwater aquifers

answers: NDQ_000644

answers: groundwater aquifers

answers: NDQ_000645

answers: groundwater aquifers

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater aquifers

answers: NDQ_000650

answers: needs of the city

answers: NDQ_000651

answers: California

answers: NDQ_000652

answers: streams and rivers

answers: NDQ_000653

answers: watersheds

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater aquifers

text: The West Thumb Geyser Basin

text: The West Thumb Geyser Basin

answers: NDQ_000611

answers: erupts from geysers

answers: NDQ_000613

answers: good aquifers are deep and rich in water

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: a lake

answers: NDQ_000619

answers: the water is too cold

answers: NDQ_000624

answers: What can happen to the water table in an area?

answers: NDQ_000627

answers: The West Thumb Geyser Basin is a geyser.

answers: NDQ_000629

answers: The rock layer below an aquifer always consists of sedimentary rock.

answers: NDQ_000630

answers: is a geyser

answers: NDQ_000631

answers: None of the above choices .

answers: NDQ_000632

answers: None of the above choices .

answers: NDQ_000633

answers: None of the above choices.

answers: NDQ_000634

answers: None of the above choices .

answers: NDQ_000635

answers: The West Thumb Geyser Basin is a geyser basin.

answers: NDQ_000636

answers: is a geyser basin

answers: NDQ_000637

answers: The West Thumb Geyser Basin is an aquifer.

answers: NDQ_000638

answers: The West Thumb Geyser Basin is an aquifer.

answers: NDQ_000639

answers: None of the above choices .

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping deeper underground.

answers: NDQ_000641

answers: The West Thumb Geyser Basin

answers: NDQ_000642

answers: can cause a geyser

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: is a geyser

answers: NDQ_000645

answers: is at the

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: can be found there

answers: NDQ_000648

answers: is aquifer water

answers: NDQ_000649

answers: It is a geyser

answers: NDQ_000650

answers: is in a populated area

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Basins

answers: NDQ_000654

answers: a geyser

answers: NDQ_000655

answers: igneous

answers: NDQ_000611

answers: The West Thumb Geyser Basin

answers: NDQ_000613

answers: The West Thumb Geyser Basin

answers: NDQ_000615

answers: The West Thumb Geyser Basin

answers: NDQ_000616

answers: The West Thumb Geyser Basin

answers: NDQ_000619

answers: The West Thumb Geyser Basin

answers: NDQ_000624

answers: The West Thumb Geyser Basin

answers: NDQ_000627

answers: The West Thumb Geyser Basin

answers: NDQ_000629

answers: The West Thumb Geyser Basin

answers: NDQ_000630

answers: The West Thumb Geyser Basin

answers: NDQ_000631

answers: The West Thumb Geyser Basin

answers: NDQ_000632

answers: The West Thumb Geyser Basin

answers: NDQ_000633

answers: The West Thumb Geyser Basin

answers: NDQ_000634

answers: The West Thumb Geyser Basin

answers: NDQ_000635

answers: The West Thumb Geyser Basin

answers: NDQ_000636

answers: The West Thumb Geyser Basin

answers: NDQ_000637

answers: The West Thumb Geyser Basin

answers: NDQ_000638

answers: The West Thumb Geyser Basin

answers: NDQ_000639

answers: The West Thumb Geyser Basin

answers: NDQ_000640

answers: The West Thumb Geyser Basin

answers: NDQ_000641

answers: The West Thumb Geyser Basin

answers: NDQ_000642

answers: The West Thumb Geyser Basin

answers: NDQ_000643

answers: The West Thumb Geyser Basin

answers: NDQ_000644

answers: The West Thumb Geyser Basin

answers: NDQ_000645

answers: The West Thumb Geyser Basin

answers: NDQ_000646

answers: The West Thumb Geyser Basin

answers: NDQ_000647

answers: The West Thumb Geyser Basin

answers: NDQ_000648

answers: The West Thumb Geyser Basin

answers: NDQ_000649

answers: The West Thumb Geyser Basin

answers: NDQ_000650

answers: The West Thumb Geyser Basin

answers: NDQ_000651

answers: The West Thumb Geyser Basin

answers: NDQ_000652

answers: The West Thumb Geyser Basin

answers: NDQ_000653

answers: The West Thumb Geyser Basin

answers: NDQ_000654

answers: The West Thumb Geyser Basin

answers: NDQ_000655

answers: The West Thumb Geyser Basin

text: There used to be two large geysers fields in Nevada—Beowawe and Steamboat Springs—but they were destroyed by the installation of nearby geothermal power plants. At the plants, geothermal drilling reduced the available heat and lowered the local water table to the point that geyser activity could no longer be sustained.

text: There used to be two large geysers fields in

text: Nevada

text: Beowawe

text: and

text: Steamboat Springs

text: —but they were destroyed by the installation of nearby geothermal power plants. At the plants, geothermal drilling reduced the available heat and lowered the local

text: water table

text: to the point that geyser activity could no longer be sustained.

answers: NDQ_000611

answers: lowers the local water table

answers: NDQ_000613

answers: water table

answers: NDQ_000615

answers: lower

answers: NDQ_000616

answers: geothermal drilling

answers: NDQ_000619

answers: geothermal drilling reduced the available heat

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: Why did geothermal drilling reduce the available heat

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: Why was the local water table lowered?

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: None of the above choices.

answers: NDQ_000640

answers: What keeps water from seeping deeper underground?

answers: NDQ_000641

answers: None of the above choices are true

answers: NDQ_000642

answers: does not apply to geysers

answers: NDQ_000643

answers: water table

answers: NDQ_000644

answers: geothermal drilling

answers: NDQ_000645

answers: water table

answers: NDQ_000646

answers: geothermal

answers: NDQ_000647

answers: the local water table

answers: NDQ_000648

answers: geothermal drilling

answers: NDQ_000649

answers: Where is the local water table?

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: Nevada

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: geysers

answers: NDQ_000654

answers: geothermal drilling

answers: NDQ_000655

answers: geothermal

answers: NDQ_000611

answers: local water table

answers: NDQ_000613

answers: local water table

answers: NDQ_000615

answers: lowered the local water table

answers: NDQ_000616

answers: geothermal power plants.

answers: NDQ_000619

answers: heat

answers: NDQ_000624

answers: lowered

answers: NDQ_000627

answers: lowered the local water table

answers: NDQ_000629

answers: lowered the local water table

answers: NDQ_000630

answers: geothermal power plants.

answers: NDQ_000631

answers: water table

answers: NDQ_000632

answers: water table

answers: NDQ_000633

answers: lowered the local water table

answers: NDQ_000634

answers: geothermal power plants.

answers: NDQ_000635

answers: lowered the local water table

answers: NDQ_000636

answers: geothermal power plants.

answers: NDQ_000637

answers: lowered the local water table

answers: NDQ_000638

answers: lowered the local water table

answers: NDQ_000639

answers: geothermal power plants.

answers: NDQ_000640

answers: lowered the local water table

answers: NDQ_000641

answers: lowered the local water table

answers: NDQ_000642

answers: geothermal drilling reduced the available heat and lowered the local water table

answers: NDQ_000643

answers: water table

answers: NDQ_000644

answers: drilling

answers: NDQ_000645

answers: water table

answers: NDQ_000646

answers: drilling

answers: NDQ_000647

answers: water table

answers: NDQ_000648

answers: lowered the local water table

answers: NDQ_000649

answers: water table

answers: NDQ_000650

answers: geothermal power plants.

answers: NDQ_000651

answers: Nevada—Beowawe

answers: NDQ_000652

answers: geysers

answers: NDQ_000653

answers: water table

answers: NDQ_000654

answers: geothermal power plants.

answers: NDQ_000655

answers: water table

text: Geyser served the NHK as minister in Heilbron in the Orange Free State (1941–1943) and Pretoria North-West (1944–1945). He was only 27 years old when in 1946 he became Professor of New Testament Studies in the Faculty of Theology (Section A) at the University of Pretoria. Geyser's first years at the University of Pretoria (i.e. from 1946 until 1952) were characterised by his loyal support of both the policies of the government of the day and of his Church's missionary policy. At the time he endorsed the principle adopted by the NHK that only whites belonged to it. The position of the Church was that missionary work should be aimed at the establishment of separate indigenous churches.

text: Geyser served the NHK as minister in

text: Heilbron

text: in the

text: Orange Free State

text: (1941–1943) and Pretoria North-West (1944–1945). He was only 27 years old when in 1946 he became Professor of New Testament Studies in the Faculty of Theology (Section A) at the University of Pretoria. Geyser's first years at the University of Pretoria (i.e. from 1946 until 1952) were characterised by his loyal support of both the policies of the government of the day and of his Church's missionary policy. At the time he endorsed the principle adopted by the NHK that only whites belonged to it. The position of the Church was that missionary work should be aimed at the establishment of separate indigenous churches.

answers: NDQ_000611

answers: is a source of what?

answers: NDQ_000613

answers: separate indigenous churches

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Pretoria

answers: NDQ_000619

answers: his loyal support of both the policies of the government

answers: NDQ_000624

answers: What was the position of the Church?

answers: NDQ_000627

answers: Where does Geyser live?

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: How many years did Geyser serve as minister in Heilbron in the Orange Free State?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: What was the position of the Church?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which happened first, Geyser served as minister in Heilbron in the Orange Free State (1941–1943) or Pretoria North-West (1944–1945)?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: how does water flow out of a well

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: What does the word "hole" mean in this context?

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: Geyser

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Where is Geyser from?

answers: NDQ_000650

answers: is in an urban area

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: source

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: Geyser

answers: NDQ_000611

answers: (1941–1943) and Pretoria North-West

answers: NDQ_000613

answers: only whites belonged to it.

answers: NDQ_000615

answers: Orange Free State

answers: NDQ_000616

answers: Orange Free State

answers: NDQ_000619

answers: only whites

answers: NDQ_000624

answers: Orange Free State

answers: NDQ_000627

answers: Orange Free State

answers: NDQ_000629

answers: separate indigenous churches.

answers: NDQ_000630

answers: Geyser

answers: NDQ_000631

answers: Heilbron in the Orange Free State

answers: NDQ_000632

answers: separate indigenous churches.

answers: NDQ_000633

answers: (1941–1943)

answers: NDQ_000634

answers: Orange Free State

answers: NDQ_000635

answers: Orange Free State

answers: NDQ_000636

answers: Orange Free State

answers: NDQ_000637

answers: Geyser served the NHK as minister in Heilbron

answers: NDQ_000638

answers: aimed at the establishment of separate indigenous churches.

answers: NDQ_000639

answers: Orange Free State

answers: NDQ_000640

answers: Geyser

answers: NDQ_000641

answers: Geyser

answers: NDQ_000642

answers: whites

answers: NDQ_000643

answers: Orange Free State

answers: NDQ_000644

answers: Geyser served the NHK as minister in Heilbron

answers: NDQ_000645

answers: Geyser

answers: NDQ_000646

answers: Geyser served the NHK

answers: NDQ_000647

answers: Orange Free State (1941–1943)

answers: NDQ_000648

answers: Orange Free State

answers: NDQ_000649

answers: Orange Free State

answers: NDQ_000650

answers: whites

answers: NDQ_000651

answers: Orange Free State

answers: NDQ_000652

answers: Orange Free State

answers: NDQ_000653

answers: Orange Free State

answers: NDQ_000654

answers: whites

answers: NDQ_000655

answers: Geyser

text: Morning Geyser is a fountain-type geyser located in the Fountain Paint Pots area of Lower Geyser Basin of Yellowstone National Park, Wyoming. When active it is the largest geyser in the Fountain Paint Pots area, but in most years it is inactive.

text: Morning Geyser is a fountain-type

text: geyser

text: located in the Fountain Paint Pots area of Lower Geyser Basin of

text: Yellowstone National Park

text: , Wyoming. When active it is the largest geyser in the Fountain Paint Pots area, but in most years it is inactive.

answers: NDQ_000611

answers: infiltrates the geysers

answers: NDQ_000613

answers: fountain-type geyser

answers: NDQ_000615

answers: inactivate

answers: NDQ_000616

answers: Yellowstone National Park

answers: NDQ_000619

answers: lava from volcanoes is released into the air

answers: NDQ_000624

answers: What can happen to the water table?

answers: NDQ_000627

answers: Where does the water from Morning Geyser come from?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: What is the source of the water in Morning Geyser?

answers: NDQ_000631

answers: Yellowstone National Park

answers: NDQ_000632

answers: What does Morning Geyser have in common with Aquifers?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can be concluded about Morning Geyser?

answers: NDQ_000636

answers: None of the above choices are available

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: What type of spring is Morning Geyser?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: None of the above choices

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: is a type of geyser

answers: NDQ_000645

answers: lower geyser basin

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: Geyser Basin

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Where is Morning Geyser located?

answers: NDQ_000650

answers: is located near a major source of pollution

answers: NDQ_000651

answers: Yellowstone

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone National Park

answers: NDQ_000654

answers: Yellowstone National Park

answers: NDQ_000655

answers: Fountain Paint Pots

answers: NDQ_000611

answers: inactive.

answers: NDQ_000613

answers: fountain-type geyser located in the Fountain Paint Pots

answers: NDQ_000615

answers: inactive.

answers: NDQ_000616

answers: Morning Geyser

answers: NDQ_000619

answers: Geyser Basin

answers: NDQ_000624

answers: inactive.

answers: NDQ_000627

answers: Fountain Paint Pots

answers: NDQ_000629

answers: inactive.

answers: NDQ_000630

answers: Morning Geyser

answers: NDQ_000631

answers: Morning Geyser

answers: NDQ_000632

answers: Fountain Paint Pots

answers: NDQ_000633

answers: inactive.

answers: NDQ_000634

answers: Morning Geyser

answers: NDQ_000635

answers: in most years it is inactive.

answers: NDQ_000636

answers: Morning Geyser

answers: NDQ_000637

answers: Morning Geyser

answers: NDQ_000638

answers: Morning Geyser is a fountain-type geyser

answers: NDQ_000639

answers: fountain-type geyser

answers: NDQ_000640

answers: Morning Geyser

answers: NDQ_000641

answers: Morning Geyser

answers: NDQ_000642

answers: Morning Geyser

answers: NDQ_000643

answers: Lower Geyser Basin

answers: NDQ_000644

answers: fountain-type geyser located in the Fountain Paint Pots

answers: NDQ_000645

answers: Fountain Paint Pots

answers: NDQ_000646

answers: Fountain Paint Pots

answers: NDQ_000647

answers: Lower Geyser Basin

answers: NDQ_000648

answers: Fountain Paint Pots

answers: NDQ_000649

answers: Fountain Paint Pots

answers: NDQ_000650

answers: inactive.

answers: NDQ_000651

answers: Wyoming.

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Lower Geyser Basin

answers: NDQ_000654

answers: geyser

answers: NDQ_000655

answers: fountain-type geyser located in the Fountain Paint Pots

text: Well sorted rocks are generally porous, while poorly sorted rocks have low porosity.

text: Well sorted rocks are generally porous, while poorly sorted rocks have low

text: porosity

answers: NDQ_000611

answers: reaches the surface of a well sorted rock.

answers: NDQ_000613

answers: high porosity

answers: NDQ_000615

answers: be higher in a well sorted rock.

answers: NDQ_000616

answers: poorly sorted rocks

answers: NDQ_000619

answers: poorly sorted rocks have a low porosity.

answers: NDQ_000624

answers: if the rocks are poorly sorted

answers: NDQ_000627

answers: poorly sorted rocks

answers: NDQ_000629

answers: It is impossible to say

answers: NDQ_000630

answers: poorly sorted rocks

answers: NDQ_000631

answers: poorly sorted rocks

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: poorly sorted rocks

answers: NDQ_000634

answers: poorly sorted

answers: NDQ_000635

answers: It can affect the amount of water that can enter surface water.

answers: NDQ_000636

answers: poorly sorted rocks

answers: NDQ_000637

answers: well sorted rocks

answers: NDQ_000638

answers: poorly sorted rocks

answers: NDQ_000639

answers: poorly sorted rocks

answers: NDQ_000640

answers: poorly sorted rocks

answers: NDQ_000641

answers: poorly sorted rocks

answers: NDQ_000642

answers: is a bad thing

answers: NDQ_000643

answers: low porosity

answers: NDQ_000644

answers: porosity is a type of

answers: NDQ_000645

answers: poorly sorted rocks

answers: NDQ_000646

answers: can be filled with water

answers: NDQ_000647

answers: can be drained from rocks

answers: NDQ_000648

answers: can be filtered

answers: NDQ_000649

answers: well sorted

answers: NDQ_000650

answers: poorly sorted rocks are not well sorted

answers: NDQ_000651

answers: well sorted rocks

answers: NDQ_000652

answers: well sorted rock

answers: NDQ_000653

answers: poorly sorted rocks

answers: NDQ_000654

answers: rocks that are well sorted.

answers: NDQ_000655

answers: poorly sorted

answers: NDQ_000611

answers: Well sorted rocks are generally porous,

answers: NDQ_000613

answers: porous,

answers: NDQ_000615

answers: poorly sorted rocks have low porosity.

answers: NDQ_000616

answers: Well sorted rocks

answers: NDQ_000619

answers: poorly sorted rocks have low porosity.

answers: NDQ_000624

answers: Well sorted rocks are generally porous, while poorly sorted rocks

answers: NDQ_000627

answers: Well sorted rocks

answers: NDQ_000629

answers: Well sorted rocks are generally porous,

answers: NDQ_000630

answers: poorly sorted rocks have low porosity.

answers: NDQ_000631

answers: Well sorted rocks

answers: NDQ_000632

answers: Well sorted rocks are generally porous,

answers: NDQ_000633

answers: Well sorted rocks are generally porous,

answers: NDQ_000634

answers: poorly sorted rocks have low porosity.

answers: NDQ_000635

answers: poorly sorted rocks have low porosity.

answers: NDQ_000636

answers: poorly sorted rocks have low porosity.

answers: NDQ_000637

answers: Well sorted rocks

answers: NDQ_000638

answers: Well sorted rocks are generally porous,

answers: NDQ_000639

answers: Well sorted rocks

answers: NDQ_000640

answers: poorly sorted rocks have low porosity.

answers: NDQ_000641

answers: Well sorted rocks

answers: NDQ_000642

answers: poorly sorted rocks have low porosity.

answers: NDQ_000643

answers: porous,

answers: NDQ_000644

answers: porous,

answers: NDQ_000645

answers: porous,

answers: NDQ_000646

answers: porous, while poorly sorted rocks have low porosity.

answers: NDQ_000647

answers: Well sorted rocks are generally porous,

answers: NDQ_000648

answers: poorly sorted rocks have low porosity.

answers: NDQ_000649

answers: porous,

answers: NDQ_000650

answers: poorly sorted rocks

answers: NDQ_000651

answers: poorly sorted rocks have low porosity.

answers: NDQ_000652

answers: rocks

answers: NDQ_000653

answers: Well sorted rocks

answers: NDQ_000654

answers: rocks

answers: NDQ_000655

answers: porous,

text: The Shoshone Geyser Basin, reached by hiking or by boat, contains one of the highest concentrations of geysers in the world - more than 80 in an area 1,600 by . Hot springs and mudpots dot the landscape between the geyser basin and Shoshone Lake.

text: The Shoshone Geyser Basin, reached by hiking or by boat, contains one of the highest concentrations of geysers in the world - more than 80 in an area 1,600 by . Hot springs and mudpots dot the landscape between the geyser basin and

text: Shoshone Lake

answers: NDQ_000611

answers: is a source of what?

answers: NDQ_000613

answers: Hot springs and mudpots

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: Hot springs and mudpots are filled with water

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: None of the above choices.

answers: NDQ_000630

answers: Which of the following is not a geyser?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: Which of the following is not a source of groundwater: hot springs or mudpots?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: It's impossible to say

answers: NDQ_000640

answers: Which of the following is not a type of aquifer: aquifers or lakes?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: mud

answers: NDQ_000643

answers: Hot springs

answers: NDQ_000644

answers: mudpots

answers: NDQ_000645

answers: Hot springs

answers: NDQ_000646

answers: Hot springs

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: hot springs

answers: NDQ_000649

answers: Where does water infiltrate the ground?

answers: NDQ_000650

answers: is near a lake

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Lakes

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: Hot springs and mudpots

answers: NDQ_000613

answers: Hot springs and mudpots

answers: NDQ_000615

answers: mudpots

answers: NDQ_000616

answers: Hot springs

answers: NDQ_000619

answers: Hot springs

answers: NDQ_000624

answers: Hot springs and mudpots

answers: NDQ_000627

answers: mudpots

answers: NDQ_000629

answers: mudpots

answers: NDQ_000630

answers: Hot springs

answers: NDQ_000631

answers: Hot springs

answers: NDQ_000632

answers: mudpots

answers: NDQ_000633

answers: Hot springs

answers: NDQ_000634

answers: 80

answers: NDQ_000635

answers: Hot springs and mudpots

answers: NDQ_000636

answers: 80

answers: NDQ_000637

answers: Hot springs

answers: NDQ_000638

answers: mudpots

answers: NDQ_000639

answers: mudpots

answers: NDQ_000640

answers: mudpots

answers: NDQ_000641

answers: Hot springs

answers: NDQ_000642

answers: mudpots

answers: NDQ_000643

answers: mudpots

answers: NDQ_000644

answers: mudpots

answers: NDQ_000645

answers: mudpots

answers: NDQ_000646

answers: Hot springs

answers: NDQ_000647

answers: Hot springs

answers: NDQ_000648

answers: Hot springs

answers: NDQ_000649

answers: mudpots

answers: NDQ_000650

answers: concentrations of geysers

answers: NDQ_000651

answers: one of the highest concentrations of geysers in the world

answers: NDQ_000652

answers: Hot springs

answers: NDQ_000653

answers: Shoshone Lake.

answers: NDQ_000654

answers: Hot springs

answers: NDQ_000655

answers: mudpots

text: The annual total volume of exploitable freshwater in Tunisia is about 4670 hm, out of which about 57% (2700 hm) is surface water and the remaining 43% (1970 hm) groundwater. Tunisia is a water stressed country with per capita renewable water availability of 486 m—well below the average of 1200 m³/capita for the Middle East and North Africa Region (MENA) region. Out of the available surface water resources of 2100 hm, only about 1220 hm are expected to be captured for actual use. Eighteen existing dams, 21 projected dams and 235 hillside dams are expected to augment the available supply but rapid sedimentation of reservoirs will progressively reduce storage capacity and shorten life. Excessive groundwater extraction in the coastal regions of Cap Bon, Soukra and Ariana has resulted in saline intrusion in many areas leading to groundwater being unsuitable for further regions. Only 50% of all water resources have salinity levels lower than 1500 mg/l and can be used without restriction. 84% of all groundwater resources have salinity of more than 1500 mg/l, and 30% of the shallow aquifers more than 4000 mg/l.

text: The annual total volume of exploitable freshwater in Tunisia is about 4670 hm, out of which about 57% (2700 hm) is

text: surface water

text: and the remaining 43% (1970 hm)

text: groundwater

text: . Tunisia is a

text: water stress

text: ed country with per capita renewable water availability of 486 m—well below the average of 1200 m³/capita for the Middle East and North Africa Region (MENA) region. Out of the available surface water resources of 2100 hm, only about 1220 hm are expected to be captured for actual use. Eighteen existing dams, 21 projected dams and 235 hillside dams are expected to augment the available supply but rapid sedimentation of reservoirs will progressively reduce storage capacity and shorten life. Excessive groundwater extraction in the coastal regions of Cap Bon, Soukra and Ariana has resulted in

text: saline intrusion

text: in many areas leading to groundwater being unsuitable for further regions. Only 50% of all water resources have

text: salinity

text: levels lower than 1500 mg/l and can be used without restriction. 84% of all groundwater resources have salinity of more than 1500 mg/l, and 30% of the shallow aquifers more than 4000 mg/l.

answers: NDQ_000611

answers: has a salinity of more than

answers: NDQ_000613

answers: more than 4000 mg/l

answers: NDQ_000615

answers: increase by how much

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: saline intrusion

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: Which of the following is not a type of aquifer: shallow aquifers or groundwater?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: How many groundwater resources have salinity levels lower than 1500 mg/l and can be used without restriction?

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Excessive groundwater extraction in the coastal regions of Cap Bon

answers: NDQ_000636

answers: about 57% (2700 hm)

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of hot spring: mineral springs, hot springs or surface water?

answers: NDQ_000640

answers: How does the water table keep water from seeping deeper underground?

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: aquifers

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: dams

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: groundwater extraction

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifers

answers: NDQ_000650

answers: 4000 mg/l

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: dam

answers: NDQ_000653

answers: surface water

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: reservoirs

answers: NDQ_000611

answers: salinity of more than 1500 mg/l,

answers: NDQ_000613

answers: more than 4000 mg/l.

answers: NDQ_000615

answers: sedimentation

answers: NDQ_000616

answers: 235 hillside dams

answers: NDQ_000619

answers: Excessive groundwater extraction

answers: NDQ_000624

answers: saline intrusion in many areas leading to groundwater

answers: NDQ_000627

answers: shallow aquifers more than 4000 mg/l.

answers: NDQ_000629

answers: 4000 mg/l.

answers: NDQ_000630

answers: 4670 hm,

answers: NDQ_000631

answers: shallow aquifers more than 4000 mg/l.

answers: NDQ_000632

answers: shallow aquifers more than 4000 mg/l.

answers: NDQ_000633

answers: 30%

answers: NDQ_000634

answers: 4000 mg/l.

answers: NDQ_000635

answers: Excessive groundwater extraction

answers: NDQ_000636

answers: Excessive groundwater

answers: NDQ_000637

answers: shallow aquifers more than 4000 mg/l.

answers: NDQ_000638

answers: 30%

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: 4000 mg/l.

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: shallow aquifers more than 4000 mg/l.

answers: NDQ_000643

answers: saline intrusion in many areas leading to groundwater

answers: NDQ_000644

answers: shallow aquifers

answers: NDQ_000645

answers: aquifers

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater.

answers: NDQ_000648

answers: shallow aquifers more than 4000 mg/l.

answers: NDQ_000649

answers: saline intrusion in many areas leading to groundwater

answers: NDQ_000650

answers: shallow aquifers more than 4000 mg/l.

answers: NDQ_000651

answers: 4000 mg/l.

answers: NDQ_000652

answers: aquifers

answers: NDQ_000653

answers: surface water

answers: NDQ_000654

answers: dams, 21 projected dams and 235 hillside dams

answers: NDQ_000655

answers: reservoirs

text: The Guarani aquifer is shared also between Argentina, Uruguay, Brazil, and Paraguay and constitutes one of the largest reservoirs of groundwater in the world. Current water storage is approximately 37.000 km and the aquifer has a natural recharge of 166 km per year. The Environmental Protection and Sustainable Developmentof the Guarani Aquifer System Project was developed to support the four countries to elaborate and implement a shared institutional, legal and technical framework to preserve and manage the Guarani Aquifer and was executed between 2003 and 2007.  Total project cost is US $26.7 million. The General Secretariat executed the project components in coordination with the four national agencies charged with executing the components. External support was provided by the Global Environment Facility (GEF), the World Bank (WB), the Organization of American States (OAS), the Netherlands and German Governments and the International Atomic Energy Agency.

text: The

text: Guarani aquifer

text: is shared also between Argentina, Uruguay, Brazil, and Paraguay and constitutes one of the largest reservoirs of groundwater in the world. Current water storage is approximately 37.000 km and the aquifer has a natural recharge of 166 km per year. The Environmental Protection and Sustainable Developmentof the Guarani Aquifer System Project was developed to support the four countries to elaborate and implement a shared institutional, legal and technical framework to preserve and manage the Guarani Aquifer and was executed between 2003 and 2007.  Total project cost is US $26.7 million. The General Secretariat executed the project components in coordination with the four national agencies charged with executing the components. External support was provided by the

text: Global Environment Facility

text: (GEF), the World Bank (WB), the

text: Organization of American States

text: (OAS), the Netherlands and German Governments and the International Atomic Energy Agency.

answers: NDQ_000611

answers: is pumped out of the ground

answers: NDQ_000613

answers: constitutes one of the largest reservoirs of groundwater in the world

answers: NDQ_000615

answers: 166 km

answers: NDQ_000616

answers: 166 km per year

answers: NDQ_000619

answers: Guarani aquifer has a natural recharge of 166 km per year

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Where does the Guarani aquifer lie?

answers: NDQ_000629

answers: Which of the following is not an aquifer: Guarani, Uruguay, Brazil, or Paraguay?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is one of the largest reservoirs of groundwater in the world?

answers: NDQ_000636

answers: None of the above choices.

answers: NDQ_000637

answers: What kind of rock is the Guarani aquifer?

answers: NDQ_000638

answers: It does not say

answers: NDQ_000639

answers: What is one of the largest reservoirs of groundwater in the world?

answers: NDQ_000640

answers: What keeps water in an aquifer from seeping deeper underground

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: The Guarani aquifer

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer has a natural recharge of 166 km per year

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: The Guarani aquifer

answers: NDQ_000650

answers: has a natural recharge

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: reservoirs

answers: NDQ_000611

answers: 166 km per year.

answers: NDQ_000613

answers: a natural recharge of 166 km per year.

answers: NDQ_000615

answers: 166 km per year.

answers: NDQ_000616

answers: 166 km per year.

answers: NDQ_000619

answers: Atomic Energy

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: 166 km per year.

answers: NDQ_000630

answers: International Atomic Energy Agency.

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: 166 km per year.

answers: NDQ_000634

answers: Guarani aquifer

answers: NDQ_000635

answers: 166 km per year.

answers: NDQ_000636

answers: Guarani aquifer

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: 166 km per year.

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: 166 km per year.

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: The Guarani aquifer

answers: NDQ_000643

answers: Guarani aquifer

answers: NDQ_000644

answers: The Guarani aquifer

answers: NDQ_000645

answers: Guarani aquifer

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: 166 km per year.

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: a natural recharge of 166 km per year.

answers: NDQ_000651

answers: The Guarani aquifer

answers: NDQ_000652

answers: Guarani aquifer

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: natural

answers: NDQ_000655

answers: reservoirs

text: In 1955 Geyser was one of the "notorious" 13 Afrikaans academics who signed a petition condemning the removal of coloureds from Parliament and the stacking of the Senate. Within the Church he set out to refute any biblical justifications for apartheid. The NHK initially tolerated his views. In 1960 he was given an extensive hearing in the distinguished scholarly theological journal of his Church, Hervormde Teologiese Studies, when he launched a scathing attack on a theological justification of apartheid as advocated in a book on "Eiesoortige Ontwikkeling tot Volksdiens" by Professor A. B. du Preez, at the time Professor of Dogmatics in the Faculty of Theology (Section B) at the University of Pretoria. In the same year Geyser co-authored a book titled 'Vertraagde aksie' (Delayed action) which strongly condemned apartheid. For the Broederbond this was the equivalent of waving a red rag to a bull and the organisation led a smear campaign against Geyser and the other authors.

text: In 1955 Geyser was one of the "notorious" 13 Afrikaans academics who signed a petition condemning the removal of

text: coloureds

text: from Parliament and the stacking of the Senate. Within the Church he set out to refute any biblical justifications for apartheid. The NHK initially tolerated his views. In 1960 he was given an extensive hearing in the distinguished scholarly theological journal of his Church, Hervormde Teologiese Studies, when he launched a scathing attack on a theological justification of apartheid as advocated in a book on "Eiesoortige Ontwikkeling tot Volksdiens" by Professor A. B. du Preez, at the time Professor of Dogmatics in the Faculty of Theology (Section B) at the University of Pretoria. In the same year Geyser co-authored a book titled 'Vertraagde aksie' (Delayed action) which strongly condemned apartheid. For the Broederbond this was the equivalent of waving a red rag to a bull and the organisation led a smear campaign against Geyser and the other authors.

answers: NDQ_000611

answers: is contaminated by what?

answers: NDQ_000613

answers: unanswerable

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: unanswerable

answers: NDQ_000619

answers: apartheid

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: Which is not the type of rock layer below an aquifer?

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: How deep are aquifers generally found?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: What was the equivalent of waving a red rag to a bull

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or hot springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: What is a characteristic of geyser?

answers: NDQ_000645

answers: unanswerable

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: What does Geyser mean?

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Which of the following is not true of Geyser:

answers: NDQ_000650

answers: apartheid

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: unnamed source

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: unanswerable

answers: NDQ_000655

answers: Geyser

answers: NDQ_000611

answers: Geyser

answers: NDQ_000613

answers: "Eiesoortige Ontwikkeling

answers: NDQ_000615

answers: University of Pretoria.

answers: NDQ_000616

answers: Geyser

answers: NDQ_000619

answers: apartheid.

answers: NDQ_000624

answers: Geyser

answers: NDQ_000627

answers: Geyser

answers: NDQ_000629

answers: Geyser

answers: NDQ_000630

answers: Geyser

answers: NDQ_000631

answers: Geyser

answers: NDQ_000632

answers: Geyser

answers: NDQ_000633

answers: Geyser

answers: NDQ_000634

answers: Geyser

answers: NDQ_000635

answers: Geyser

answers: NDQ_000636

answers: Geyser

answers: NDQ_000637

answers: Geyser

answers: NDQ_000638

answers: Geyser

answers: NDQ_000639

answers: Geyser

answers: NDQ_000640

answers: Geyser

answers: NDQ_000641

answers: Geyser

answers: NDQ_000642

answers: Geyser

answers: NDQ_000643

answers: Geyser

answers: NDQ_000644

answers: the stacking of the Senate.

answers: NDQ_000645

answers: Geyser

answers: NDQ_000646

answers: Geyser

answers: NDQ_000647

answers: Geyser

answers: NDQ_000648

answers: Geyser

answers: NDQ_000649

answers: Geyser

answers: NDQ_000650

answers: apartheid.

answers: NDQ_000651

answers: Geyser

answers: NDQ_000652

answers: Geyser

answers: NDQ_000653

answers: Geyser

answers: NDQ_000654

answers: Geyser

answers: NDQ_000655

answers: Geyser

text: Vent Geyser is a geyser in the Upper Geyser Basin of Yellowstone National Park in the United States.

text: Vent Geyser is a

text: geyser

text: in the

text: Upper Geyser Basin

text: of

text: Yellowstone National Park

text: in the

text: United States

answers: NDQ_000611

answers: evaporates from the surface of the earth.

answers: NDQ_000613

answers: good aquifers contain water

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: Yellowstone National Park

answers: NDQ_000619

answers: volcanic eruptions occur

answers: NDQ_000624

answers: What can happen to the water table?

answers: NDQ_000627

answers: Where does an aquifer usually form?

answers: NDQ_000629

answers: None of the above choices.

answers: NDQ_000630

answers: What is the source of water in a geyser?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: Where is Vent Geyser located?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: The amount of land used in an area can affect the amount of water that can enter groundwater.

answers: NDQ_000636

answers: None of the above choices.

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It is not possible to tell

answers: NDQ_000639

answers: What type of spring is Vent Geyser?

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping deeper underground.

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: is a geyser

answers: NDQ_000643

answers: geyser basin

answers: NDQ_000644

answers: is a geyser

answers: NDQ_000645

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: Geyser Basin

answers: NDQ_000648

answers: is called groundwater

answers: NDQ_000649

answers: In the Upper Geyser Basin

answers: NDQ_000650

answers: is near a large source of pollution

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: evaporation

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: Vent Geyser

answers: NDQ_000613

answers: Upper Geyser Basin

answers: NDQ_000615

answers: Vent Geyser

answers: NDQ_000616

answers: Vent Geyser

answers: NDQ_000619

answers: Geyser Basin of Yellowstone National Park in the United States.

answers: NDQ_000624

answers: Upper Geyser Basin

answers: NDQ_000627

answers: Vent Geyser

answers: NDQ_000629

answers: Vent Geyser

answers: NDQ_000630

answers: Vent Geyser

answers: NDQ_000631

answers: Yellowstone National Park in the United States.

answers: NDQ_000632

answers: Vent Geyser

answers: NDQ_000633

answers: Vent Geyser

answers: NDQ_000634

answers: United States.

answers: NDQ_000635

answers: Vent Geyser

answers: NDQ_000636

answers: Vent Geyser

answers: NDQ_000637

answers: Vent Geyser

answers: NDQ_000638

answers: Vent Geyser

answers: NDQ_000639

answers: geyser

answers: NDQ_000640

answers: Vent Geyser

answers: NDQ_000641

answers: Vent Geyser

answers: NDQ_000642

answers: Vent Geyser

answers: NDQ_000643

answers: Upper Geyser Basin

answers: NDQ_000644

answers: Vent Geyser

answers: NDQ_000645

answers: Upper Geyser Basin

answers: NDQ_000646

answers: Vent Geyser

answers: NDQ_000647

answers: geyser

answers: NDQ_000648

answers: Vent Geyser is a geyser

answers: NDQ_000649

answers: Vent Geyser

answers: NDQ_000650

answers: Yellowstone National Park

answers: NDQ_000651

answers: Yellowstone National Park in the United States.

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: geyser in the Upper Geyser Basin

answers: NDQ_000654

answers: Vent Geyser is a geyser

answers: NDQ_000655

answers: geyser

text: Groundwater. The source of drinking water in the Coachella Valley is an aquifer from which groundwater is pumped. CVWD serves a population of nearly 320,000 with a total daily demand of 90.4 million gallons.

text: Groundwater. The source of drinking water in the

text: Coachella Valley

text: is an

text: aquifer

text: from which

text: groundwater

text: is pumped. CVWD serves a population of nearly 320,000 with a total daily demand of 90.4 million gallons.

answers: NDQ_000611

answers: is pumped out of the ground

answers: NDQ_000613

answers: groundwater is pumped

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: Coachella Valley

answers: NDQ_000619

answers: groundwater is pumped

answers: NDQ_000624

answers: What is the source of drinking water in the Coachella Valley

answers: NDQ_000627

answers: It's impossible to say

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: What is the source of drinking water in the Coachella Valley?

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: It's impossible to ever run dry

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How is groundwater pumped in the Coachella Valley?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: It's impossible to say

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a source of drinking water in the Coachella Valley?

answers: NDQ_000640

answers: It keeps water from seeping deeper underground

answers: NDQ_000641

answers: It is implied that water flows out of a well

answers: NDQ_000642

answers: aquifer

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: is pumped

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: is pumped

answers: NDQ_000651

answers: Valley

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: Coachella Valley

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: drinking water

answers: NDQ_000613

answers: groundwater is pumped.

answers: NDQ_000615

answers: Groundwater.

answers: NDQ_000616

answers: Groundwater.

answers: NDQ_000619

answers: Groundwater.

answers: NDQ_000624

answers: Groundwater.

answers: NDQ_000627

answers: 320,000

answers: NDQ_000629

answers: 320,000 with a total daily demand of 90.4 million gallons.

answers: NDQ_000630

answers: Groundwater.

answers: NDQ_000631

answers: Groundwater.

answers: NDQ_000632

answers: aquifer from which groundwater is pumped.

answers: NDQ_000633

answers: aquifer from which groundwater is pumped.

answers: NDQ_000634

answers: 90.4 million gallons.

answers: NDQ_000635

answers: 320,000 with a total daily demand of 90.4 million gallons.

answers: NDQ_000636

answers: Groundwater.

answers: NDQ_000637

answers: Groundwater.

answers: NDQ_000638

answers: pumped.

answers: NDQ_000639

answers: Groundwater.

answers: NDQ_000640

answers: pumped.

answers: NDQ_000641

answers: pumped.

answers: NDQ_000642

answers: Groundwater.

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: pumped.

answers: NDQ_000647

answers: Groundwater.

answers: NDQ_000648

answers: Groundwater.

answers: NDQ_000649

answers: Groundwater.

answers: NDQ_000650

answers: groundwater is pumped.

answers: NDQ_000651

answers: Coachella Valley

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: Groundwater.

answers: NDQ_000654

answers: Groundwater.

answers: NDQ_000655

answers: aquifer

text: Towards the northwest you will find Brandvlei Prison, which contains a hot spring with temperatures up to 45 °C, the hottest in South Africa. The Table Mountain Group hot water springs vary between 35 °C and 45 °C. The water at the nearby Goudini and the Brandvlei hot springs is classified as "pure" by virtue of its low content of dissolved mineral matter. You cannot visit this hot spring voluntarily (unfortunately it is situated inside the prison area).

text: Towards the northwest you will find

text: Brandvlei Prison

text: , which contains a hot spring with temperatures up to 45 °C, the hottest in South Africa. The

entity_name: Table Mountain Sandstone (Geological Formation)

text: Table Mountain Group

text: hot water springs vary between 35 °C and 45 °C. The water at the nearby

text: Goudini

text: and the Brandvlei hot springs is classified as "pure" by virtue of its low content of dissolved mineral matter. You cannot visit this hot spring voluntarily (unfortunately it is situated inside the prison area).

answers: NDQ_000611

answers: contains dissolved mineral matter

answers: NDQ_000613

answers: low content of dissolved mineral matter

answers: NDQ_000615

answers: fluctuate

answers: NDQ_000616

answers: Goudini

answers: NDQ_000619

answers: dissolved mineral matter is present in the water

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Where does the water at the nearby Goudini and the Brandvlei hot springs vary?

answers: NDQ_000629

answers: Which of the following is not a type of rock layer below an aquifer?

answers: NDQ_000630

answers: What is the water at the nearby Goudini and the Brandvlei hot springs classified as

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

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

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unknown

answers: NDQ_000635

answers: What is the purpose of the hot springs?

answers: NDQ_000636

answers: the Table Mountain Group hot water springs

answers: NDQ_000637

answers: Which of the following is not a good aquifer: Goudini or Brandvlei?

answers: NDQ_000638

answers: It is classified as "pure"

answers: NDQ_000639

answers: Why is the water at the nearby Goudini and the Brandvlei hot springs classified as "pure"

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: dissolved mineral matter

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: dissolved mineral matter

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: a well

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: dissolved mineral matter

answers: NDQ_000649

answers: Where is Brandvlei Prison?

answers: NDQ_000650

answers: contains more dissolved mineral matter

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: hot spring

answers: NDQ_000653

answers: Table Mountain Group

answers: NDQ_000654

answers: hot springs

answers: NDQ_000655

answers: pure

answers: NDQ_000611

answers: dissolved mineral matter.

answers: NDQ_000613

answers: low content of dissolved mineral matter.

answers: NDQ_000615

answers: 35 °C and 45 °C.

answers: NDQ_000616

answers: hot spring

answers: NDQ_000619

answers: hot spring

answers: NDQ_000624

answers: 35 °C and 45 °C.

answers: NDQ_000627

answers: hot spring with temperatures up to 45 °C,

answers: NDQ_000629

answers: dissolved mineral matter.

answers: NDQ_000630

answers: 35 °C and 45 °C.

answers: NDQ_000631

answers: hot water springs vary between 35 °C and 45 °C.

answers: NDQ_000632

answers: 35 °C and 45 °C.

answers: NDQ_000633

answers: hot spring with temperatures up to 45 °C,

answers: NDQ_000634

answers: hottest in South Africa.

answers: NDQ_000635

answers: dissolved mineral matter.

answers: NDQ_000636

answers: hottest in South Africa.

answers: NDQ_000637

answers: "pure" by virtue of its low content of dissolved mineral matter.

answers: NDQ_000638

answers: "pure" by virtue of its low content of dissolved mineral matter.

answers: NDQ_000639

answers: dissolved mineral matter.

answers: NDQ_000640

answers: 35 °C and 45 °C.

answers: NDQ_000641

answers: hot spring

answers: NDQ_000642

answers: dissolved mineral matter.

answers: NDQ_000643

answers: Goudini

answers: NDQ_000644

answers: dissolved mineral matter.

answers: NDQ_000645

answers: The Table Mountain Group hot water springs

answers: NDQ_000646

answers: hot spring

answers: NDQ_000647

answers: hot spring

answers: NDQ_000648

answers: dissolved mineral matter.

answers: NDQ_000649

answers: dissolved mineral matter.

answers: NDQ_000650

answers: dissolved mineral matter.

answers: NDQ_000651

answers: hottest in South Africa.

answers: NDQ_000652

answers: dissolved mineral matter.

answers: NDQ_000653

answers: hot spring

answers: NDQ_000654

answers: hot spring

answers: NDQ_000655

answers: "pure"

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_000611

answers: is not contaminated by what?

answers: NDQ_000613

answers: odors and heavy metals

answers: NDQ_000615

answers: contaminate

answers: NDQ_000616

answers: groundwater aquifers

answers: NDQ_000619

answers: Chemicals are added to the water

answers: NDQ_000624

answers: depending on the size of the area

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: According to the passage, how much water is injected into the subsurface?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or natural gas?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: fracturing fluid

answers: NDQ_000645

answers: aquifers

answers: NDQ_000646

answers: fracturing

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater aquifers

answers: NDQ_000649

answers: Where is rock?

answers: NDQ_000650

answers: hydraulic fracturing opponents

answers: NDQ_000651

answers: Which of the following is not a source of water in the American:

answers: NDQ_000652

answers: groundwater aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: hydraulic fracturing

answers: NDQ_000655

answers: Fracturing fluid

answers: NDQ_000611

answers: aquifers,

answers: NDQ_000613

answers: killing microorganism).

answers: NDQ_000615

answers: groundwater aquifers,

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: natural gas.

answers: NDQ_000624

answers: groundwater aquifers,

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: Hydraulic fracturing

answers: NDQ_000630

answers: Hydraulic fracturing

answers: NDQ_000631

answers: groundwater aquifers,

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: "highly unlikely".

answers: NDQ_000634

answers: millions of liters of water are used,

answers: NDQ_000635

answers: size of the area)

answers: NDQ_000636

answers: Hydraulic fracturing

answers: NDQ_000637

answers: groundwater aquifers,

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: natural gas.

answers: NDQ_000640

answers: above-ground ponds

answers: NDQ_000641

answers: above-ground ponds

answers: NDQ_000642

answers: groundwater aquifers,

answers: NDQ_000643

answers: groundwater aquifers,

answers: NDQ_000644

answers: Fracturing fluid

answers: NDQ_000645

answers: groundwater aquifers,

answers: NDQ_000646

answers: groundwater aquifers,

answers: NDQ_000647

answers: groundwater aquifers,

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: subsurface.

answers: NDQ_000650

answers: Hydraulic fracturing

answers: NDQ_000651

answers: groundwater aquifers,

answers: NDQ_000652

answers: groundwater aquifers,

answers: NDQ_000653

answers: groundwater aquifers,

answers: NDQ_000654

answers: Hydraulic fracturing

answers: NDQ_000655

answers: fracturing

text: The binary nature of Ceto enables direct calculation of the system mass, allowing estimation of the masses of the components and providing additional constraints on their composition. The estimated density of Ceto is , significantly less than that of the large TNOs (Haumea: 3.0 g/cm, Eris: 2.26, Pluto: 2.03, Charon: 1.65) but significantly more than that of smaller TNOs (e.g. 0.7 g/cm for ). Phorcys has a mass of about 1.67×10 kg. Unless the bodies are porous, the density is consistent with rock–ice composition, with rock content around 50%.

text: The binary nature of Ceto enables direct calculation of the system mass, allowing estimation of the masses of the components and providing additional constraints on their composition. The estimated

text: density

text: of Ceto is , significantly less than that of the large TNOs (

text: Haumea

text: : 3.0 g/cm,

text: Eris

text: : 2.26,

text: Pluto

text: : 2.03,

text: Charon

text: : 1.65) but significantly more than that of smaller TNOs (e.g. 0.7 g/cm for ). Phorcys has a mass of about 1.67×10 kg. Unless the bodies are

text: porous

text: , the density is consistent with rock–ice composition, with rock content around 50%.

answers: NDQ_000611

answers: has a density of about 1.67

answers: NDQ_000613

answers: porous

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: rocks

answers: NDQ_000619

answers: rocks are porous

answers: NDQ_000624

answers: What is the estimated density of Ceto?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: What is the density of Ceto?

answers: NDQ_000630

answers: What is the estimated density of Ceto?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the estimated density of Ceto?

answers: NDQ_000636

answers: used to irrigate crops

answers: NDQ_000637

answers: What is the estimated density of Ceto?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: What is the density of Ceto?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: What is the estimated density of Ceto?

answers: NDQ_000642

answers: Unless the bodies are porous

answers: NDQ_000643

answers: ice

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: ice composition

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: rock–ice

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Yes

answers: NDQ_000650

answers: rocks are porous

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: rock

answers: NDQ_000653

answers: rock

answers: NDQ_000654

answers: rocks

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: porous,

answers: NDQ_000613

answers: rock content around 50%.

answers: NDQ_000615

answers: Phorcys

answers: NDQ_000616

answers: 0.7 g/cm for ). Phorcys

answers: NDQ_000619

answers: rock–ice composition,

answers: NDQ_000624

answers: The binary nature of Ceto enables direct calculation of the system mass,

answers: NDQ_000627

answers: rock–ice composition,

answers: NDQ_000629

answers: Unless the bodies are porous,

answers: NDQ_000630

answers: 1.65)

answers: NDQ_000631

answers: 50%.

answers: NDQ_000632

answers: rock–ice composition,

answers: NDQ_000633

answers: 1.67<unk>10 kg. Unless the bodies are porous,

answers: NDQ_000634

answers: significantly less than that of the large TNOs

answers: NDQ_000635

answers: rock content around 50%.

answers: NDQ_000636

answers: 1.65)

answers: NDQ_000637

answers: rock–ice composition,

answers: NDQ_000638

answers: porous,

answers: NDQ_000639

answers: rock–ice composition, with rock

answers: NDQ_000640

answers: The binary nature of Ceto

answers: NDQ_000641

answers: The binary nature of Ceto enables direct calculation of the system mass,

answers: NDQ_000642

answers: porous,

answers: NDQ_000643

answers: rock–ice

answers: NDQ_000644

answers: porous,

answers: NDQ_000645

answers: rock–ice

answers: NDQ_000646

answers: The binary nature of Ceto enables direct calculation of the system mass,

answers: NDQ_000647

answers: rock–ice

answers: NDQ_000648

answers: 50%.

answers: NDQ_000649

answers: porous,

answers: NDQ_000650

answers: porous,

answers: NDQ_000651

answers: The binary nature of Ceto

answers: NDQ_000652

answers: rock–ice composition, with rock

answers: NDQ_000653

answers: rock–ice

answers: NDQ_000654

answers: rock–ice composition,

answers: NDQ_000655

answers: porous,

text: Groundwater overexploitation is a serious problem in parts of Senegal. For example, Mont Rolland, 70 kilometers from Dakar, used to be famous for its mineral springs. Today, villagers need to drill as deep as 80 meters to pump water. The village's groundwater was seriously depleted by over-extraction by the mineral water company, which closed its doors recently. Almost 80 percent of Senegalese horticulturalists are located around Mont Rolland.

text: Groundwater

text: overexploitation

text: is a serious problem in parts of Senegal. For example,

text: Mont Rolland

text: , 70 kilometers from Dakar, used to be famous for its mineral springs. Today, villagers need to drill as deep as 80 meters to pump water. The village's groundwater was seriously depleted by over-extraction by the mineral water company, which closed its doors recently. Almost 80 percent of Senegalese horticulturalists are located around Mont Rolland.

answers: NDQ_000611

answers: is a source of water

answers: NDQ_000613

answers: mineral springs

answers: NDQ_000615

answers: __

answers: NDQ_000616

answers: Mont Rolland

answers: NDQ_000619

answers: groundwater overexploited

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

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

answers: NDQ_000629

answers: Which of the following is not the type of rock layer below an aquifer?

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: How does the village's groundwater get depleted?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: It's impossible to say

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: drill

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: pump water

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is Mont Rolland?

answers: NDQ_000650

answers: overexploited

answers: NDQ_000651

answers: unanswerable

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: mineral springs

answers: NDQ_000655

answers: over-extracted

answers: NDQ_000611

answers: mineral springs.

answers: NDQ_000613

answers: deep as 80 meters to pump water.

answers: NDQ_000615

answers: villagers need to drill as deep as 80 meters to pump water.

answers: NDQ_000616

answers: mineral springs.

answers: NDQ_000619

answers: Groundwater overexploitation

answers: NDQ_000624

answers: Groundwater

answers: NDQ_000627

answers: mineral springs.

answers: NDQ_000629

answers: 80 meters to pump water.

answers: NDQ_000630

answers: mineral springs.

answers: NDQ_000631

answers: Groundwater overexploitation is a serious problem in parts of Senegal.

answers: NDQ_000632

answers: 80 meters

answers: NDQ_000633

answers: springs.

answers: NDQ_000634

answers: Groundwater overexploitation is a serious problem in parts of Senegal.

answers: NDQ_000635

answers: over-extraction

answers: NDQ_000636

answers: Almost 80 percent of Senegalese horticulturalists

answers: NDQ_000637

answers: Groundwater

answers: NDQ_000638

answers: 80 meters to pump water.

answers: NDQ_000639

answers: mineral springs.

answers: NDQ_000640

answers: Groundwater

answers: NDQ_000641

answers: 80 meters to pump water.

answers: NDQ_000642

answers: mineral springs.

answers: NDQ_000643

answers: mineral springs.

answers: NDQ_000644

answers: drill as deep as 80 meters to pump water.

answers: NDQ_000645

answers: 80 meters to pump water. The village's groundwater

answers: NDQ_000646

answers: drill

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: Groundwater

answers: NDQ_000649

answers: mineral springs.

answers: NDQ_000650

answers: overexploitation

answers: NDQ_000651

answers: Groundwater overexploitation is a serious problem in parts of Senegal.

answers: NDQ_000652

answers: mineral

answers: NDQ_000653

answers: mineral springs.

answers: NDQ_000654

answers: mineral springs.

answers: NDQ_000655

answers: mineral springs.

text: Aquifers are underground, porous and permeable rock formations that act as natural water reservoirs. In some cases they can be used for natural gas storage. Usually these facilities are operated on a single annual cycle as with depleted reservoirs.  The geological and physical characteristics of aquifer formation are not known ahead of time and a significant investment has to go into investigating these and evaluating the aquifer’s suitability for natural gas storage.

text: Aquifer

text: s are underground, porous and permeable rock formations that act as natural water reservoirs. In some cases they can be used for natural gas storage. Usually these facilities are operated on a single annual cycle as with depleted reservoirs.  The geological and physical characteristics of aquifer formation are not known ahead of time and a significant investment has to go into investigating these and evaluating the aquifer’s suitability for natural gas storage.

answers: NDQ_000611

answers: is stored in aquifers

answers: NDQ_000613

answers: permeable

answers: NDQ_000615

answers: deplete

answers: NDQ_000616

answers: natural gas

answers: NDQ_000619

answers: aquifers are permeable

answers: NDQ_000624

answers: What can aquifers be used for?

answers: NDQ_000627

answers: Which of the following is not a layer of clay?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: Which of the following is not a characteristic of aquifers: permeable rock formations that act as natural water reservoirs?

answers: NDQ_000631

answers: Which of the following is true of aquifers?

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: What is the largest aquifer in the world?

answers: NDQ_000635

answers: What can aquifers be used for?

answers: NDQ_000636

answers: natural gas

answers: NDQ_000637

answers: yes

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: aquifers, hot springs or mineral springs?

answers: NDQ_000640

answers: What keeps water in an aquifer from seeping deeper underground?

answers: NDQ_000641

answers: How does gravity work in a well?

answers: NDQ_000642

answers: unpermeable

answers: NDQ_000643

answers: Aquifer

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: Aquifers

answers: NDQ_000648

answers: permeable

answers: NDQ_000649

answers: aquifers

answers: NDQ_000650

answers: is used for natural gas storage

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: Aquifers

answers: NDQ_000654

answers: natural water

answers: NDQ_000655

answers: Aquifers

answers: NDQ_000611

answers: single annual cycle

answers: NDQ_000613

answers: porous and permeable

answers: NDQ_000615

answers: depleted reservoirs.

answers: NDQ_000616

answers: depleted reservoirs.

answers: NDQ_000619

answers: Aquifers

answers: NDQ_000624

answers: Aquifers

answers: NDQ_000627

answers: Aquifers are underground, porous and permeable rock

answers: NDQ_000629

answers: Aquifers are underground, porous

answers: NDQ_000630

answers: Aquifers

answers: NDQ_000631

answers: Aquifers

answers: NDQ_000632

answers: Usually these facilities are operated on a single annual cycle

answers: NDQ_000633

answers: depleted reservoirs.

answers: NDQ_000634

answers: Aquifers

answers: NDQ_000635

answers: Aquifers

answers: NDQ_000636

answers: Aquifers

answers: NDQ_000637

answers: Aquifers

answers: NDQ_000638

answers: permeable

answers: NDQ_000639

answers: Aquifers

answers: NDQ_000640

answers: Aquifers

answers: NDQ_000641

answers: Aquifers

answers: NDQ_000642

answers: Aquifers

answers: NDQ_000643

answers: Aquifers

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: Aquifers

answers: NDQ_000646

answers: Aquifers

answers: NDQ_000647

answers: Aquifers

answers: NDQ_000648

answers: permeable rock formations that act as natural water reservoirs.

answers: NDQ_000649

answers: porous and permeable

answers: NDQ_000650

answers: natural gas storage.

answers: NDQ_000651

answers: Aquifers

answers: NDQ_000652

answers: Aquifers

answers: NDQ_000653

answers: Aquifers

answers: NDQ_000654

answers: water

answers: NDQ_000655

answers: Aquifers

text: As a stratigraphic member of petroleum reservoirs, it can be both a reservoir and a sealing unit.  Sometimes, as in the Lompoc Oil Field, it serves as an impermeable cap rock to an oil-bearing unit, in that case in the Monterey Formation; in other cases, such as in the Casmalia Oil Field and the offshore portion of the Ellwood Oil Field, it is an oil-bearing unit in its own right.  In the Casmalia field, west of Santa Maria, pebbly and high-porosity units contain a considerable amount of oil, while clay-rich and diatomaceous mudstones contain almost none.

text: As a stratigraphic member of petroleum reservoirs, it can be both a reservoir and a sealing unit.  Sometimes, as in the

text: Lompoc Oil Field

text: , it serves as an impermeable cap rock to an oil-bearing unit, in that case in the

text: Monterey Formation

text: ; in other cases, such as in the

text: Casmalia Oil Field

text: and the offshore portion of the

text: Ellwood Oil Field

text: , it is an oil-bearing unit in its own right.  In the Casmalia field, west of

text: Santa Maria

text: , pebbly and high-porosity units contain a considerable amount of oil, while clay-rich and diatomaceous mudstones contain almost none.

answers: NDQ_000611

answers: can be found in

answers: NDQ_000613

answers: high-porosity

answers: NDQ_000615

answers: be higher

answers: NDQ_000616

answers: oil

answers: NDQ_000619

answers: diatomaceous mudstones contain almost none

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: None

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not

answers: NDQ_000635

answers: What can be both a reservoir and a sealing unit?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: mudstones

answers: NDQ_000644

answers: high-porosity

answers: NDQ_000645

answers: unanswerable

answers: NDQ_000646

answers: a well

answers: NDQ_000647

answers: clay-rich

answers: NDQ_000648

answers: impermeable cap rock

answers: NDQ_000649

answers: impermeable

answers: NDQ_000650

answers: contains a considerable amount of oil

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: petroleum reservoir

answers: NDQ_000653

answers: Monterey Formation

answers: NDQ_000654

answers: oil

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: none.

answers: NDQ_000613

answers: high-porosity

answers: NDQ_000615

answers: Lompoc Oil Field,

answers: NDQ_000616

answers: oil,

answers: NDQ_000619

answers: oil,

answers: NDQ_000624

answers: oil-bearing unit,

answers: NDQ_000627

answers: clay-rich

answers: NDQ_000629

answers: none.

answers: NDQ_000630

answers: oil,

answers: NDQ_000631

answers: almost none.

answers: NDQ_000632

answers: none.

answers: NDQ_000633

answers: none.

answers: NDQ_000634

answers: Lompoc Oil Field,

answers: NDQ_000635

answers: a considerable amount of oil,

answers: NDQ_000636

answers: Casmalia Oil Field

answers: NDQ_000637

answers: high-porosity

answers: NDQ_000638

answers: Monterey Formation;

answers: NDQ_000639

answers: oil-bearing unit

answers: NDQ_000640

answers: impermeable cap rock

answers: NDQ_000641

answers: oil-bearing unit,

answers: NDQ_000642

answers: clay-rich and diatomaceous mudstones contain almost none.

answers: NDQ_000643

answers: impermeable

answers: NDQ_000644

answers: high-porosity

answers: NDQ_000645

answers: impermeable cap rock

answers: NDQ_000646

answers: oil-bearing unit,

answers: NDQ_000647

answers: none.

answers: NDQ_000648

answers: impermeable cap rock

answers: NDQ_000649

answers: impermeable cap rock

answers: NDQ_000650

answers: oil,

answers: NDQ_000651

answers: As a stratigraphic member of petroleum reservoirs,

answers: NDQ_000652

answers: oil-bearing unit,

answers: NDQ_000653

answers: clay-rich and diatomaceous mudstones

answers: NDQ_000654

answers: oil-bearing unit,

answers: NDQ_000655

answers: reservoir

text: The above diagram indicates typical flow directions in a cross-sectional view of a simple confined or unconfined aquifer system. The system shows two aquifers with one aquitard (a confining or impermeable layer) between them, surrounded by the bedrock aquiclude, which is in contact with a gaining stream (typical in humid regions). The water table and unsaturated zone are also illustrated. An aquitard is a zone within the earth that restricts the flow of groundwater from one aquifer to another. An aquitard can sometimes, if completely impermeable, be called an aquiclude or aquifuge. Aquitards are composed of layers of either clay or non-porous rock with low hydraulic conductivity.

text: The above diagram indicates typical flow directions in a

text: cross-section

text: al view of a simple confined or unconfined aquifer system. The system shows two aquifers with one aquitard (a confining or impermeable layer) between them, surrounded by the bedrock aquiclude, which is in contact with a gaining

text: stream

text: (typical in

text: humid

text: regions). The water table and

text: unsaturated zone

text: are also illustrated. An aquitard is a zone within the earth that restricts the flow of groundwater from one aquifer to another. An aquitard can sometimes, if completely impermeable, be called an aquiclude or aquifuge. Aquitards are composed of layers of either

text: clay

text: or non-porous

text: rock

text: with low

text: hydraulic conductivity

answers: NDQ_000611

answers: reaches the aquifers from aquiclude

answers: NDQ_000613

answers: impermeable layer

answers: NDQ_000615

answers: be in contact with a gaining stream

answers: NDQ_000616

answers: gaining streams

answers: NDQ_000619

answers: aquifers are surrounded by aquiclude

answers: NDQ_000624

answers: What is the water table in an area?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: Which rock layer below an aquifer always consists of permeable rock?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: None of the above choices

answers: NDQ_000632

answers: What is the water table?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: None of the above choices

answers: NDQ_000635

answers: What is the water table and unsaturated zone?

answers: NDQ_000636

answers: What is the water table and unsaturated zone?

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: aquiclude

answers: NDQ_000639

answers: Which of the following is not a mineral spring: clay or non-porous rock?

answers: NDQ_000640

answers: What keeps water from seeping deeper underground?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: non-porous rock

answers: NDQ_000643

answers: aquiclude

answers: NDQ_000644

answers: porous rock

answers: NDQ_000645

answers: The water table

answers: NDQ_000646

answers: aquiclude

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is the aquiclude?

answers: NDQ_000650

answers: unconfined

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: gaining streams

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: An aquitard

answers: NDQ_000613

answers: The water table and unsaturated zone

answers: NDQ_000615

answers: gaining stream

answers: NDQ_000616

answers: gaining stream

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: The water table

answers: NDQ_000627

answers: clay or non-porous rock with low hydraulic conductivity.

answers: NDQ_000629

answers: clay or non-porous rock

answers: NDQ_000630

answers: aquiclude or aquifuge.

answers: NDQ_000631

answers: humid regions).

answers: NDQ_000632

answers: two

answers: NDQ_000633

answers: unsaturated zone

answers: NDQ_000634

answers: gaining stream

answers: NDQ_000635

answers: gaining stream

answers: NDQ_000636

answers: gaining stream

answers: NDQ_000637

answers: non-porous rock with low hydraulic conductivity.

answers: NDQ_000638

answers: aquiclude,

answers: NDQ_000639

answers: clay or non-porous rock

answers: NDQ_000640

answers: An aquitard

answers: NDQ_000641

answers: The water table

answers: NDQ_000642

answers: non-porous rock

answers: NDQ_000643

answers: aquiclude,

answers: NDQ_000644

answers: non-porous

answers: NDQ_000645

answers: water table

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: non-porous rock

answers: NDQ_000650

answers: gaining stream

answers: NDQ_000651

answers: humid regions).

answers: NDQ_000652

answers: gaining stream

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: gaining stream

answers: NDQ_000655

answers: impermeable,

text: Cold climates may present special challenges. Road salt contains chlorides that could migrate through the porous pavement into groundwater. Snow plow blades could catch block edges and damage surfaces. Sand cannot be used for snow and ice control on perveous asphalt or concrete because it will plug the pores and reduce permeability.  Infiltrating runoff may freeze below the pavement, causing frost heave, though design modifications can reduce this risk. These potential problems do not mean that porous pavement cannot be used in cold climates. Porous pavement designed to reduce frost heave has been used successfully in Norway. Furthermore, experience suggests that rapid drainage below porous surfaces increases the rate of snow melt above.

text: Cold climates may present special challenges. Road salt contains chlorides that could migrate through the porous pavement into groundwater. Snow plow blades could catch block edges and damage surfaces. Sand cannot be used for snow and ice control on perveous asphalt or concrete because it will plug the pores and reduce permeability.  Infiltrating runoff may freeze below the pavement, causing frost heave, though design modifications can reduce this risk. These potential problems do not mean that porous pavement cannot be used in cold climates. Porous pavement designed to reduce frost heave has been used successfully in Norway. Furthermore, experience suggests that rapid drainage below porous surfaces increases the rate of snow melt above.

answers: NDQ_000611

answers: is a mixture of

answers: NDQ_000613

answers: permeability

answers: NDQ_000615

answers: freeze below the pavement

answers: NDQ_000616

answers: runoff

answers: NDQ_000619

answers: groundwater freezes.

answers: NDQ_000624

answers: What may cause frost heave?

answers: NDQ_000627

answers: Which of the following is not a potential problem with porous pavement?

answers: NDQ_000629

answers: Which of the following is not true of perveous asphalt or concrete?

answers: NDQ_000630

answers: Which of the following is not a potential problem with porous pavement?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: Which of the following is not true?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not mentioned

answers: NDQ_000635

answers: Which of the following is not a type of pavement: asphalt or concrete?

answers: NDQ_000636

answers: None of the above choices

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

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

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: porous pavement

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: porous

answers: NDQ_000650

answers: road salt contains chlorides

answers: NDQ_000651

answers: climate

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: runoff

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: groundwater.

answers: NDQ_000613

answers: permeability.

answers: NDQ_000615

answers: rapid drainage

answers: NDQ_000616

answers: snow melt

answers: NDQ_000619

answers: rapid drainage below porous surfaces increases the rate of snow melt

answers: NDQ_000624

answers: groundwater.

answers: NDQ_000627

answers: groundwater.

answers: NDQ_000629

answers: perveous asphalt

answers: NDQ_000630

answers: Cold climates may present special challenges. Road salt contains chlorides

answers: NDQ_000631

answers: groundwater.

answers: NDQ_000632

answers: groundwater.

answers: NDQ_000633

answers: groundwater.

answers: NDQ_000634

answers: Norway.

answers: NDQ_000635

answers: permeability.

answers: NDQ_000636

answers: Norway.

answers: NDQ_000637

answers: groundwater.

answers: NDQ_000638

answers: groundwater.

answers: NDQ_000639

answers: groundwater.

answers: NDQ_000640

answers: frost heave,

answers: NDQ_000641

answers: groundwater.

answers: NDQ_000642

answers: permeability.

answers: NDQ_000643

answers: groundwater.

answers: NDQ_000644

answers: pores

answers: NDQ_000645

answers: groundwater.

answers: NDQ_000646

answers: groundwater.

answers: NDQ_000647

answers: groundwater.

answers: NDQ_000648

answers: runoff

answers: NDQ_000649

answers: frost heave,

answers: NDQ_000650

answers: porous pavement

answers: NDQ_000651

answers: Cold climates

answers: NDQ_000652

answers: groundwater.

answers: NDQ_000653

answers: groundwater.

answers: NDQ_000654

answers: snow melt

answers: NDQ_000655

answers: porous pavement into groundwater.

text: Believed to have healing powers, springs can be found all over town. Most of the springs are covered by small pavilions and marked by plaques; others, however, are less conspicuous, sometimes just a spigot in a rock. The springs are famous for their varied and distinct tastes: some are clear freshwater, others are saltier, and some taste strongly of a certain mineral such as sodium bicarbonate or sodium chloride. There is a sulfur odor, but mineral analysis of the water consistently shows almost no presence of dissolved sulfur. The sulfur is in the form of the gas hydrogen sulfide, which degasses from the water very quickly. Visitors are welcome to bottle the spring water for personal consumption.

text: Believed to have healing powers, springs can be found all over town. Most of the springs are covered by small pavilions and marked by plaques; others, however, are less conspicuous, sometimes just a spigot in a rock. The springs are famous for their varied and distinct tastes: some are clear freshwater, others are saltier, and some taste strongly of a certain mineral such as sodium bicarbonate or sodium chloride. There is a sulfur odor, but mineral analysis of the water consistently shows almost no presence of dissolved sulfur. The sulfur is in the form of the gas

text: hydrogen sulfide

text: , which degasses from the water very quickly. Visitors are welcome to bottle the spring water for personal consumption.

answers: NDQ_000611

answers: saltier than freshwater

answers: NDQ_000613

answers: varied and distinct tastes

answers: NDQ_000615

answers: degass

answers: NDQ_000616

answers: springs

answers: NDQ_000619

answers: hydrogen sulfide degasses from the water

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: None

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not

answers: NDQ_000635

answers: What can be concluded about the springs?

answers: NDQ_000636

answers: not

answers: NDQ_000637

answers: None of the above choices

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is NOT true?

answers: NDQ_000640

answers: not enough information

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: springs

answers: NDQ_000644

answers: spigot

answers: NDQ_000645

answers: NDQ_000646

answers: spigot

answers: NDQ_000647

answers: springs

answers: NDQ_000648

answers: freshwater

answers: NDQ_000649

answers: Where does the water infiltrate?

answers: NDQ_000650

answers: saltier

answers: NDQ_000651

answers: town

answers: NDQ_000652

answers: rock

answers: NDQ_000653

answers: springs

answers: NDQ_000654

answers: springs

answers: NDQ_000655

answers: spigot

answers: NDQ_000611

answers: springs are covered by small pavilions and marked by plaques;

answers: NDQ_000613

answers: varied and distinct tastes:

answers: NDQ_000615

answers: springs

answers: NDQ_000616

answers: springs

answers: NDQ_000619

answers: hydrogen sulfide,

answers: NDQ_000624

answers: springs

answers: NDQ_000627

answers: rock.

answers: NDQ_000629

answers: sulfur.

answers: NDQ_000630

answers: hydrogen sulfide,

answers: NDQ_000631

answers: springs

answers: NDQ_000632

answers: dissolved sulfur.

answers: NDQ_000633

answers: springs

answers: NDQ_000634

answers: spring water for personal consumption.

answers: NDQ_000635

answers: Most of the springs are covered by small pavilions

answers: NDQ_000636

answers: Visitors are welcome to bottle the spring water for personal consumption.

answers: NDQ_000637

answers: a spigot in a rock.

answers: NDQ_000638

answers: spigot in a rock.

answers: NDQ_000639

answers: sodium bicarbonate or sodium chloride.

answers: NDQ_000640

answers: springs are covered by small pavilions and marked by plaques;

answers: NDQ_000641

answers: spigot in a rock.

answers: NDQ_000642

answers: rock.

answers: NDQ_000643

answers: springs

answers: NDQ_000644

answers: spigot

answers: NDQ_000645

answers: spigot in a rock.

answers: NDQ_000646

answers: spigot

answers: NDQ_000647

answers: springs can be found all over town. Most of the springs

answers: NDQ_000648

answers: springs

answers: NDQ_000649

answers: rock.

answers: NDQ_000650

answers: less conspicuous,

answers: NDQ_000651

answers: springs can be found all over town.

answers: NDQ_000652

answers: a spigot in a rock.

answers: NDQ_000653

answers: springs

answers: NDQ_000654

answers: springs

answers: NDQ_000655

answers: springs

text: In public baths, there is a distinction between those with natural hot springs called, onsen (hot), and the other, the sento. Since Japan is located in a volcanically active region, there are many hot springs, of which about 2000 are swimming pools. Most onsen are in the open countryside, but they are also found in cities. In Tokyo, for example, there are about 25 onsen baths. Locations of known mineral springs spas are on the Western model.

text: In public baths, there is a distinction between those with natural hot springs called, onsen (hot), and the other, the

text: sento

text: . Since Japan is located in a volcanically active region, there are many hot springs, of which about 2000 are swimming pools. Most onsen are in the open countryside, but they are also found in cities. In Tokyo, for example, there are about 25 onsen baths. Locations of known mineral springs spas are on the Western model.

answers: NDQ_000611

answers: is found in the open countryside

answers: NDQ_000613

answers: natural hot springs

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: volcanoes are active

answers: NDQ_000624

answers: What is the difference between hot and cold springs?

answers: NDQ_000627

answers: Where does an aquifer usually form?

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: What is the difference between hot and cold springs?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: crops

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Yes

answers: NDQ_000640

answers: What is the water table?

answers: NDQ_000641

answers: how does water flow out of a well

answers: NDQ_000642

answers: The Western model

answers: NDQ_000643

answers: onsen

answers: NDQ_000644

answers: The Western model

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: Aquifer

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: mineral springs

answers: NDQ_000649

answers: Where does the water infiltrate?

answers: NDQ_000650

answers: is in a city

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: volcano

answers: NDQ_000653

answers: onsen

answers: NDQ_000654

answers: volcanic activity

answers: NDQ_000655

answers: onsen

answers: NDQ_000611

answers: Most onsen are in the open countryside,

answers: NDQ_000613

answers: (hot),

answers: NDQ_000615

answers: hot springs,

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: volcanically active region,

answers: NDQ_000624

answers: volcanically active region,

answers: NDQ_000627

answers: hot springs,

answers: NDQ_000629

answers: onsen (hot), and the other, the sento.

answers: NDQ_000630

answers: Japan is located in a volcanically active region,

answers: NDQ_000631

answers: Western model.

answers: NDQ_000632

answers: Western model.

answers: NDQ_000633

answers: hot springs,

answers: NDQ_000634

answers: 2000

answers: NDQ_000635

answers: cities.

answers: NDQ_000636

answers: 2000 are swimming pools.

answers: NDQ_000637

answers: onsen (hot), and the other, the sento.

answers: NDQ_000638

answers: mineral springs spas are on the Western model.

answers: NDQ_000639

answers: mineral springs spas are on the Western model.

answers: NDQ_000640

answers: hot springs,

answers: NDQ_000641

answers: hot springs,

answers: NDQ_000642

answers: mineral springs spas are on the Western model.

answers: NDQ_000643

answers: mineral springs

answers: NDQ_000644

answers: swimming pools.

answers: NDQ_000645

answers: mineral springs

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: mineral springs

answers: NDQ_000648

answers: mineral springs

answers: NDQ_000649

answers: hot springs,

answers: NDQ_000650

answers: volcanically active region,

answers: NDQ_000651

answers: Japan is located in a volcanically active region,

answers: NDQ_000652

answers: volcanically active region,

answers: NDQ_000653

answers: mineral springs

answers: NDQ_000654

answers: volcanically active region,

answers: NDQ_000655

answers: mineral springs

text: To monitor the condition of the High Plains aquifer, the KGS and the Division of Water Resources (DWR) of the Kansas Department of Agriculture measure groundwater levels, with landowner permission, in about 1,400 wells in 47 western and central Kansas counties every January. The results are available online via the WIZARD database. The KGS also provides a Kansas Master Groundwater Well Inventory (MWI)—a central repository that imports and links together the state's primary groundwater well data sets—and continuously monitors and collects data from three western Kansas wells as part of its index-well program. The KGS releases the real-time data from the index wells through the High Plains Aquifer Atlas.

text: To monitor the condition of the High Plains aquifer, the KGS and the Division of Water Resources (DWR) of the Kansas Department of Agriculture measure groundwater levels, with landowner permission, in about 1,400 wells in 47 western and central Kansas counties every January. The results are available online via the WIZARD database. The KGS also provides a Kansas Master Groundwater Well Inventory (MWI)—a central repository that imports and links together the state's primary groundwater well data sets—and continuously monitors and collects data from three western Kansas wells as part of its index-well program. The KGS releases the real-time data from the index wells through the High Plains Aquifer Atlas.

answers: NDQ_000611

answers: is a mixture of

answers: NDQ_000613

answers: groundwater levels, with landowner permission

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater levels are too low

answers: NDQ_000624

answers: groundwater levels

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: What does the KGS and the Division of Water Resources (DWR) of the Kansas Department of Agriculture measure groundwater levels?

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: Kansas Department of Agriculture

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: What keeps water in an aquifer from seeping deeper underground

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where does water infiltrate the ground?

answers: NDQ_000650

answers: groundwater levels, with landowner permission

answers: NDQ_000651

answers: Kansas

answers: NDQ_000652

answers: groundwater well

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: landowner permission,

answers: NDQ_000613

answers: groundwater levels, with landowner permission,

answers: NDQ_000615

answers: groundwater levels,

answers: NDQ_000616

answers: groundwater levels, with landowner permission, in about 1,400 wells

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater levels,

answers: NDQ_000627

answers: Kansas Master Groundwater Well Inventory

answers: NDQ_000629

answers: Kansas Master Groundwater Well Inventory

answers: NDQ_000630

answers: Kansas Master Groundwater Well Inventory

answers: NDQ_000631

answers: High Plains aquifer,

answers: NDQ_000632

answers: groundwater levels,

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: High Plains aquifer,

answers: NDQ_000635

answers: landowner permission,

answers: NDQ_000636

answers: Kansas Department of Agriculture

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: 1,400 wells

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: wells

answers: NDQ_000643

answers: aquifer,

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: aquifer,

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: landowner permission,

answers: NDQ_000651

answers: High Plains aquifer,

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: High Plains aquifer,

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer,

text: The Monument Geyser Basin

text: The Monument Geyser Basin

answers: NDQ_000611

answers: erupts from a volcano

answers: NDQ_000613

answers: good aquifers contain water

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: a hot spring

answers: NDQ_000619

answers: the water is too hot

answers: NDQ_000624

answers: The water table in an area may rise or fall

answers: NDQ_000627

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

answers: NDQ_000629

answers: The rock layer below an aquifer always consists of sedimentary rock.

answers: NDQ_000630

answers: geyser

answers: NDQ_000631

answers: None of the above choices .

answers: NDQ_000632

answers: It is a basin of water

answers: NDQ_000633

answers: None of the above choices.

answers: NDQ_000634

answers: None of the above choices .

answers: NDQ_000635

answers: The amount of land used in an area can affect the amount of water that is available to enter groundwater

answers: NDQ_000636

answers: None of the above choices .

answers: NDQ_000637

answers: A good aquifer has rock in it that is dense and hard.

answers: NDQ_000638

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

answers: NDQ_000639

answers: None of the above choices .

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping

answers: NDQ_000641

answers: It is a geyser

answers: NDQ_000642

answers: can be described as

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: is a geyser

answers: NDQ_000645

answers: is at the

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: can be found

answers: NDQ_000648

answers: can be used for drinking water

answers: NDQ_000649

answers: in a basin

answers: NDQ_000650

answers: is overgrown

answers: NDQ_000651

answers: Basin

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: the ocean

answers: NDQ_000654

answers: water from the ocean

answers: NDQ_000655

answers: watertight

answers: NDQ_000611

answers: The Monument Geyser Basin

answers: NDQ_000613

answers: The Monument Geyser Basin

answers: NDQ_000615

answers: The Monument Geyser Basin

answers: NDQ_000616

answers: The Monument Geyser Basin

answers: NDQ_000619

answers: The Monument Geyser Basin

answers: NDQ_000624

answers: The Monument Geyser Basin

answers: NDQ_000627

answers: The Monument Geyser Basin

answers: NDQ_000629

answers: The Monument Geyser Basin

answers: NDQ_000630

answers: The Monument Geyser Basin

answers: NDQ_000631

answers: The Monument Geyser Basin

answers: NDQ_000632

answers: The Monument Geyser Basin

answers: NDQ_000633

answers: The Monument Geyser Basin

answers: NDQ_000634

answers: The Monument Geyser Basin

answers: NDQ_000635

answers: The Monument Geyser Basin

answers: NDQ_000636

answers: The Monument Geyser Basin

answers: NDQ_000637

answers: The Monument Geyser Basin

answers: NDQ_000638

answers: The Monument Geyser Basin

answers: NDQ_000639

answers: The Monument Geyser Basin

answers: NDQ_000640

answers: The Monument Geyser Basin

answers: NDQ_000641

answers: The Monument Geyser Basin

answers: NDQ_000642

answers: The Monument Geyser Basin

answers: NDQ_000643

answers: The Monument Geyser Basin

answers: NDQ_000644

answers: The Monument Geyser Basin

answers: NDQ_000645

answers: The Monument Geyser Basin

answers: NDQ_000646

answers: The Monument Geyser Basin

answers: NDQ_000647

answers: The Monument Geyser Basin

answers: NDQ_000648

answers: The Monument Geyser Basin

answers: NDQ_000649

answers: The Monument Geyser Basin

answers: NDQ_000650

answers: Monument Geyser Basin

answers: NDQ_000651

answers: The Monument Geyser Basin

answers: NDQ_000652

answers: The Monument Geyser

answers: NDQ_000653

answers: The Monument Geyser Basin

answers: NDQ_000654

answers: The Monument Geyser Basin

answers: NDQ_000655

answers: The Monument Geyser Basin

text: Grotto Geyser is a fountain-type geyser located in the Upper Geyser Basin in Yellowstone National Park in the United States. Grotto Geyser is the namesake for the group of geysers that includes Grotto Fountain Geyser, South Grotto Fountain Geyser, Indicator Spring, Spa Geyser, and Rocket Geyser.

text: Grotto Geyser is a fountain-type geyser located in the

text: Upper Geyser Basin

text: in

text: Yellowstone National Park

text: in the

text: United States

text: . Grotto Geyser is the namesake for the group of geysers that includes Grotto Fountain Geyser, South Grotto Fountain Geyser, Indicator Spring, Spa Geyser, and Rocket Geyser.

answers: NDQ_000611

answers: Geyser Basin

answers: NDQ_000613

answers: fountain-type geyser

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: Yellowstone National Park

answers: NDQ_000619

answers: Geysers erupt because of

answers: NDQ_000624

answers: What can happen to the water table in an area?

answers: NDQ_000627

answers: Where does an aquifer usually form?

answers: NDQ_000629

answers: Which of the following is not a type of geyser: fountain-type geyser, spa geyser, or rocket geyser?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: How many land areas have aquifers beneath them?

answers: NDQ_000632

answers: How deep is the Upper Geyser Basin?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: How many aquifers does the Ogallala aquifer contain?

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: What is the purpose of the water taken from the Ogallala aquifer?

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: It is not possible to tell

answers: NDQ_000639

answers: Which of the following is not a mineral spring: Spa Geyser, Indicator Spring, or Rocket Geyser?

answers: NDQ_000640

answers: How is the water table kept from seeping deeper underground?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: Grotto Geyser

answers: NDQ_000645

answers: Geyser Basin

answers: NDQ_000646

answers: Aquifer

answers: NDQ_000647

answers: geysers

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Where is Grotto Geyser located?

answers: NDQ_000650

answers: is located near a large population center

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: Spa Geyser

answers: NDQ_000611

answers: Upper Geyser Basin

answers: NDQ_000613

answers: fountain-type geyser

answers: NDQ_000615

answers: Grotto Geyser

answers: NDQ_000616

answers: Grotto Geyser

answers: NDQ_000619

answers: Geyser Basin

answers: NDQ_000624

answers: Upper Geyser Basin in Yellowstone National Park

answers: NDQ_000627

answers: Grotto Geyser

answers: NDQ_000629

answers: Grotto Geyser

answers: NDQ_000630

answers: Rocket Geyser.

answers: NDQ_000631

answers: Yellowstone National Park in the United States.

answers: NDQ_000632

answers: Upper Geyser Basin

answers: NDQ_000633

answers: Grotto Geyser

answers: NDQ_000634

answers: Yellowstone National Park in the United States.

answers: NDQ_000635

answers: Grotto Geyser

answers: NDQ_000636

answers: Grotto Geyser

answers: NDQ_000637

answers: Grotto Geyser

answers: NDQ_000638

answers: Grotto Geyser

answers: NDQ_000639

answers: fountain-type geyser

answers: NDQ_000640

answers: Grotto Geyser

answers: NDQ_000641

answers: Grotto Geyser

answers: NDQ_000642

answers: Rocket Geyser.

answers: NDQ_000643

answers: Upper Geyser Basin

answers: NDQ_000644

answers: fountain-type geyser

answers: NDQ_000645

answers: Upper Geyser Basin

answers: NDQ_000646

answers: Spring,

answers: NDQ_000647

answers: geyser

answers: NDQ_000648

answers: Spring,

answers: NDQ_000649

answers: Upper Geyser Basin

answers: NDQ_000650

answers: Yellowstone National Park

answers: NDQ_000651

answers: Yellowstone National Park

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Upper Geyser Basin

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: fountain-type geyser

text: As of 2010, Geyser's population is 505 people. The average household size is 2.8 people.

text: As of 2010, Geyser's population is 505 people. The average household size is 2.8 people.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: average household size is 2.8

answers: NDQ_000615

answers: be higher than average

answers: NDQ_000616

answers: Geyser

answers: NDQ_000619

answers: the population is too small

answers: NDQ_000624

answers: How would you describe Geyser?

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: The average household size in Geyser is 2.8.

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: How many people live in Geyser?

answers: NDQ_000636

answers: 2.8

answers: NDQ_000637

answers: What is the average household size in Geyser?

answers: NDQ_000638

answers: It is not possible to tell

answers: NDQ_000639

answers: How many people live in Geyser?

answers: NDQ_000640

answers: The average household size is 2.8 people.

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: The average household size is 2.8

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: is a term used to describe

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: Geyser

answers: NDQ_000648

answers: can be used for drinking water

answers: NDQ_000649

answers: The average household size is 2.8 people.

answers: NDQ_000650

answers: has a higher population

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: the oceans

answers: NDQ_000654

answers: water from the ocean

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: Geyser's

answers: NDQ_000613

answers: 2.8

answers: NDQ_000615

answers: Geyser's

answers: NDQ_000616

answers: Geyser's

answers: NDQ_000619

answers: 2.8

answers: NDQ_000624

answers: Geyser's

answers: NDQ_000627

answers: Geyser's

answers: NDQ_000629

answers: 2.8

answers: NDQ_000630

answers: 2.8

answers: NDQ_000631

answers: Geyser's

answers: NDQ_000632

answers: 2.8

answers: NDQ_000633

answers: 2.8

answers: NDQ_000634

answers: 2.8

answers: NDQ_000635

answers: The average household size

answers: NDQ_000636

answers: Geyser's population is 505

answers: NDQ_000637

answers: 2.8

answers: NDQ_000638

answers: 2.8

answers: NDQ_000639

answers: Geyser's

answers: NDQ_000640

answers: 2.8

answers: NDQ_000641

answers: Geyser's population is 505

answers: NDQ_000642

answers: Geyser's

answers: NDQ_000643

answers: Geyser's

answers: NDQ_000644

answers: Geyser's

answers: NDQ_000645

answers: Geyser's

answers: NDQ_000646

answers: Geyser's

answers: NDQ_000647

answers: Geyser's

answers: NDQ_000648

answers: Geyser's

answers: NDQ_000649

answers: Geyser's

answers: NDQ_000650

answers: Geyser's population is 505 people.

answers: NDQ_000651

answers: Geyser's

answers: NDQ_000652

answers: Geyser's

answers: NDQ_000653

answers: Geyser's

answers: NDQ_000654

answers: Geyser's

answers: NDQ_000655

answers: Geyser's

text: Much of the eastern part of the county lies within the Triassic Basin, a subregion of the Piedmont. Much of the bedrock in the county is volcanic in origin and formed during the Triassic period (hence the name). The Triassic origins have led to the formation of coal deposits in the southern part of the county. The Boren Clay Products Pit just north of Gulf in extreme southern Chatham County is a place where Triassic flora fossils persist. The volcanic origins also led to the creation of high amounts of metamorphic-based rocks in the county. The county lies on the Carolina Slate Belt. Soils in the county are mostly clay based and have a deep red color, as do most soils in the Piedmont. Groundwater in the county is generally full of minerals and tends to be "hard" if not softened. Mineral-based water was the attraction at Mt. Vernon Springs during the latter part of the 19th century and the early part of the 20th century. A resort spa was established at the mineral springs. Visitors would drink the water in the hopes of curing ailments and diseases. The resort closed in the early 20th century and is now gone. The springs are still there and are maintained by a local church.

text: Much of the eastern part of the county lies within the Triassic Basin, a subregion of the Piedmont. Much of the bedrock in the county is volcanic in origin and formed during the

text: Triassic

text: period (hence the name). The Triassic origins have led to the formation of

text: coal

text: deposits in the southern part of the county. The Boren Clay Products Pit just north of Gulf in extreme southern Chatham County is a place where Triassic flora fossils persist. The volcanic origins also led to the creation of high amounts of

text: metamorphic

text: -based rocks in the county. The county lies on the

text: Carolina Slate Belt

text: . Soils in the county are mostly clay based and have a deep red color, as do most soils in the Piedmont. Groundwater in the county is generally full of minerals and tends to be "hard" if not softened. Mineral-based water was the attraction at

text: Mt. Vernon Springs

text: during the latter part of the 19th century and the early part of the 20th century. A resort spa was established at the mineral springs. Visitors would drink the water in the hopes of curing ailments and diseases. The resort closed in the early 20th century and is now gone. The springs are still there and are maintained by a local church.

answers: NDQ_000611

answers: tends to be "hard" if not softened?

answers: NDQ_000613

answers: tends to be "hard" if not softened

answers: NDQ_000615

answers: soften

answers: NDQ_000616

answers: Mineral-based water

answers: NDQ_000619

answers: volcanic origins

answers: NDQ_000624

answers: What can happen to the water table in an area?

answers: NDQ_000627

answers: Which of the following is not a type of soil: clay based or soils in the Piedmont?

answers: NDQ_000629

answers: Which of the following is not a subregion of the Piedmont: Triassic Basin, Carolina Slate Belt, or Soils?

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: Which of the following is not a subregion of the Piedmont?

answers: NDQ_000632

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

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: What is one of the biggest aquifers in the world?

answers: NDQ_000635

answers: Which of the following is not a type of soil: clay based or slate based?

answers: NDQ_000636

answers: What was the resort spa established at the mineral springs?

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: Which of the following is not a type of rock: volcanic or slate?

answers: NDQ_000639

answers: Which of the following is not a mineral spring: hot springs, mineral springs, or hot springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: What is the name of the place where Triassic flora fossils persist?

answers: NDQ_000642

answers: soils in the Piedmont

answers: NDQ_000643

answers: Groundwater

answers: NDQ_000644

answers: clay based

answers: NDQ_000645

answers: Groundwater

answers: NDQ_000646

answers: Groundwater

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: Groundwater

answers: NDQ_000649

answers: Where is the Triassic Basin?

answers: NDQ_000650

answers: is full of minerals

answers: NDQ_000651

answers: Which of the following is not a source of water in the American: Ogallala aquifer

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: Piedmont

answers: NDQ_000654

answers: minerals

answers: NDQ_000655

answers: "hard"

answers: NDQ_000611

answers: "hard" if not softened.

answers: NDQ_000613

answers: full of minerals

answers: NDQ_000615

answers: "hard" if not softened.

answers: NDQ_000616

answers: minerals

answers: NDQ_000619

answers: volcanic in origin

answers: NDQ_000624

answers: Groundwater

answers: NDQ_000627

answers: Groundwater

answers: NDQ_000629

answers: "hard" if not softened.

answers: NDQ_000630

answers: Mt. Vernon Springs

answers: NDQ_000631

answers: Groundwater

answers: NDQ_000632

answers: "hard" if not softened.

answers: NDQ_000633

answers: Groundwater in the county is generally full of minerals

answers: NDQ_000634

answers: Triassic Basin,

answers: NDQ_000635

answers: minerals and tends to be "hard" if not softened.

answers: NDQ_000636

answers: Triassic Basin,

answers: NDQ_000637

answers: "hard" if not softened.

answers: NDQ_000638

answers: "hard" if not softened.

answers: NDQ_000639

answers: Mineral-based water

answers: NDQ_000640

answers: "hard" if not softened.

answers: NDQ_000641

answers: Groundwater

answers: NDQ_000642

answers: "hard" if not softened.

answers: NDQ_000643

answers: Groundwater

answers: NDQ_000644

answers: Soils

answers: NDQ_000645

answers: Groundwater

answers: NDQ_000646

answers: Groundwater

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: Groundwater

answers: NDQ_000649

answers: Groundwater in the county is generally full of minerals

answers: NDQ_000650

answers: softened.

answers: NDQ_000651

answers: Groundwater in the county is generally full of minerals

answers: NDQ_000652

answers: Groundwater in the county is generally full of minerals

answers: NDQ_000653

answers: Groundwater

answers: NDQ_000654

answers: minerals

answers: NDQ_000655

answers: "hard"

text: Geyser activity, like all hot spring activity, is caused by surface water gradually seeping down through the ground until it meets rock heated by magma. The geothermally heated water then rises back toward the surface by convection through porous and fractured rocks. Geysers differ from non-eruptive hot springs in their subterranean structure; many consist of a small vent at the surface connected to one or more narrow tubes that lead to underground reservoirs of water and pressure tight rock.

text: Geyser activity, like all hot spring activity, is caused by surface water gradually seeping down through the ground until it meets rock heated by

text: magma

text: . The

text: geothermally

text: heated water then rises back toward the surface by

text: convection

text: through porous and fractured rocks. Geysers differ from non-eruptive hot springs in their subterranean structure; many consist of a small vent at the surface connected to one or more narrow tubes that lead to underground reservoirs of water and pressure tight rock.

answers: NDQ_000611

answers: causes geyser activity

answers: NDQ_000613

answers: porous and fractured rocks

answers: NDQ_000615

answers: rise

answers: NDQ_000616

answers: geysers

answers: NDQ_000619

answers: surface water gradually seeping down through the ground

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: no

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: geyser activity

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: reservoirs

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: underground reservoirs of water

answers: NDQ_000648

answers: surface water

answers: NDQ_000649

answers: Where is rock heated by magma

answers: NDQ_000650

answers: geyser activity occurs

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: underground reservoirs

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: pressure tight

answers: NDQ_000611

answers: surface water

answers: NDQ_000613

answers: pressure tight rock.

answers: NDQ_000615

answers: seeping down through the ground until it meets rock heated by magma.

answers: NDQ_000616

answers: Geyser

answers: NDQ_000619

answers: surface water

answers: NDQ_000624

answers: rises back toward the surface

answers: NDQ_000627

answers: porous and fractured rocks.

answers: NDQ_000629

answers: porous and fractured rocks.

answers: NDQ_000630

answers: magma.

answers: NDQ_000631

answers: underground reservoirs of water

answers: NDQ_000632

answers: Geyser

answers: NDQ_000633

answers: water

answers: NDQ_000634

answers: Geyser activity,

answers: NDQ_000635

answers: surface water

answers: NDQ_000636

answers: Geysers differ from non-eruptive hot springs

answers: NDQ_000637

answers: fractured rocks.

answers: NDQ_000638

answers: pressure tight rock.

answers: NDQ_000639

answers: magma.

answers: NDQ_000640

answers: pressure tight rock.

answers: NDQ_000641

answers: convection

answers: NDQ_000642

answers: Geysers differ from non-eruptive hot springs

answers: NDQ_000643

answers: pressure tight rock.

answers: NDQ_000644

answers: narrow tubes

answers: NDQ_000645

answers: pressure tight rock.

answers: NDQ_000646

answers: underground reservoirs of water

answers: NDQ_000647

answers: seeping down through the ground until it meets rock heated by magma.

answers: NDQ_000648

answers: rock heated by magma.

answers: NDQ_000649

answers: heated by magma.

answers: NDQ_000650

answers: rock heated by magma.

answers: NDQ_000651

answers: Geyser activity,

answers: NDQ_000652

answers: rock heated by magma.

answers: NDQ_000653

answers: underground reservoirs

answers: NDQ_000654

answers: magma.

answers: NDQ_000655

answers: pressure tight

text: In an article for Forbes magazine, Dr. Michael Economides, a professor of engineering at the University of Houston and former consultant for energy companies including Chevron, Shell, and Petrobras,  commented on the Gasland scene of "a man lighting his faucet water on fire and making the ridiculous claim that natural gas drilling is responsible for the incident. The clip, though attention-getting, is wildly inaccurate and irresponsible. To begin with, the vertical depth separation between drinking water aquifers and reservoir targets for gas production is several thousand feet of impermeable rock. Any interchange between the two, if it were possible, would have happened already in geologic time, measured in tens of millions of years, not in recent history."

text: In an article for

text: Forbes magazine

text: , Dr. Michael Economides, a professor of engineering at the University of Houston and former consultant for energy companies including Chevron, Shell, and Petrobras,  commented on the Gasland scene of "a man lighting his faucet water on fire and making the ridiculous claim that natural gas drilling is responsible for the incident. The clip, though attention-getting, is wildly inaccurate and irresponsible. To begin with, the vertical depth separation between drinking water aquifers and reservoir targets for gas production is several thousand feet of impermeable rock. Any interchange between the two, if it were possible, would have happened already in geologic time, measured in tens of millions of years, not in recent history."

answers: NDQ_000611

answers: Drinking water aquifers

answers: NDQ_000613

answers: impermeable rock

answers: NDQ_000615

answers: aquifer

answers: NDQ_000616

answers: natural gas

answers: NDQ_000619

answers: impermeable rock

answers: NDQ_000624

answers: aquifers

answers: NDQ_000627

answers: no

answers: NDQ_000629

answers: no

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What is impermeable rock?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: no

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: What is impermeable rock?

answers: NDQ_000640

answers: impermeable rock

answers: NDQ_000641

answers: no

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: impermeable rock

answers: NDQ_000645

answers: aquifers

answers: NDQ_000646

answers: natural gas drilling

answers: NDQ_000647

answers: aquifers

answers: NDQ_000648

answers: drinking water

answers: NDQ_000649

answers: impermeable

answers: NDQ_000650

answers: gas is drilled

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: natural gas

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: drinking water aquifers

answers: NDQ_000613

answers: impermeable rock.

answers: NDQ_000615

answers: gas production is several thousand feet of impermeable rock.

answers: NDQ_000616

answers: gas

answers: NDQ_000619

answers: natural gas drilling

answers: NDQ_000624

answers: vertical depth separation between drinking water aquifers

answers: NDQ_000627

answers: impermeable rock.

answers: NDQ_000629

answers: impermeable rock.

answers: NDQ_000630

answers: tens of millions of years, not in recent history."

answers: NDQ_000631

answers: drinking water aquifers

answers: NDQ_000632

answers: vertical depth separation

answers: NDQ_000633

answers: tens of millions of years, not in recent history."

answers: NDQ_000634

answers: several thousand feet of impermeable rock.

answers: NDQ_000635

answers: gas production

answers: NDQ_000636

answers: tens of millions of years, not in recent history."

answers: NDQ_000637

answers: impermeable rock.

answers: NDQ_000638

answers: several thousand feet

answers: NDQ_000639

answers: rock.

answers: NDQ_000640

answers: impermeable rock.

answers: NDQ_000641

answers: gas production is several thousand feet of impermeable rock.

answers: NDQ_000642

answers: impermeable rock.

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: drinking water aquifers

answers: NDQ_000646

answers: drilling

answers: NDQ_000647

answers: drinking water aquifers

answers: NDQ_000648

answers: drinking water

answers: NDQ_000649

answers: impermeable

answers: NDQ_000650

answers: natural gas drilling

answers: NDQ_000651

answers: drinking water

answers: NDQ_000652

answers: aquifers

answers: NDQ_000653

answers: drinking water aquifers

answers: NDQ_000654

answers: gas production

answers: NDQ_000655

answers: impermeable

text: The town claims the world's largest mineral hot spring as part of Hot Springs State Park. The springs are open to the public for free as part of an 1896 treaty signed with the Shoshone and Arapaho Indian tribes.

text: The town claims the world's largest mineral hot spring as part of

text: Hot Springs State Park

text: . The springs are open to the public for free as part of an 1896

text: treaty

text: signed with the

text: Shoshone

text: and

text: Arapaho

text: Indian tribes.

answers: NDQ_000611

answers: is heated by the sun.

answers: NDQ_000613

answers: mineral hot spring

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Hot Springs State Park

answers: NDQ_000619

answers: Hot Springs is a hot spring

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: The town claims the world's largest mineral hot spring

answers: NDQ_000636

answers: It's impossible to say

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It is not possible to tell

answers: NDQ_000639

answers: It's impossible to say

answers: NDQ_000640

answers: The water table keeps water from seeping deeper underground.

answers: NDQ_000641

answers: It is implied that water flows out of a well due to gravity.

answers: NDQ_000642

answers: is not the same as

answers: NDQ_000643

answers: hot spring

answers: NDQ_000644

answers: is not a characteristic of minerals

answers: NDQ_000645

answers: hot spring

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: aquifer

answers: NDQ_000649

answers: It is a natural process

answers: NDQ_000650

answers: has a large population

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: mineral

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: minerals

answers: NDQ_000655

answers: hot springs

answers: NDQ_000611

answers: hot spring

answers: NDQ_000613

answers: hot spring

answers: NDQ_000615

answers: hot spring as part of Hot Springs State Park.

answers: NDQ_000616

answers: hot spring

answers: NDQ_000619

answers: mineral hot spring

answers: NDQ_000624

answers: hot spring as part of Hot Springs State Park.

answers: NDQ_000627

answers: hot spring as part of Hot Springs State Park.

answers: NDQ_000629

answers: 1896

answers: NDQ_000630

answers: Hot Springs State Park.

answers: NDQ_000631

answers: world's largest mineral hot spring as part of Hot Springs State Park.

answers: NDQ_000632

answers: world's largest mineral hot spring as part of Hot Springs State Park.

answers: NDQ_000633

answers: hot spring

answers: NDQ_000634

answers: world's largest mineral hot spring as part of Hot Springs State Park.

answers: NDQ_000635

answers: Hot Springs State Park.

answers: NDQ_000636

answers: Hot Springs State Park.

answers: NDQ_000637

answers: Hot Springs State Park.

answers: NDQ_000638

answers: 1896

answers: NDQ_000639

answers: mineral hot spring

answers: NDQ_000640

answers: Hot Springs State Park.

answers: NDQ_000641

answers: hot spring

answers: NDQ_000642

answers: 1896 treaty

answers: NDQ_000643

answers: hot spring

answers: NDQ_000644

answers: hot spring

answers: NDQ_000645

answers: hot spring

answers: NDQ_000646

answers: hot spring

answers: NDQ_000647

answers: hot spring

answers: NDQ_000648

answers: hot spring

answers: NDQ_000649

answers: hot spring

answers: NDQ_000650

answers: 1896 treaty

answers: NDQ_000651

answers: world's largest mineral hot spring as part of Hot Springs State Park.

answers: NDQ_000652

answers: mineral

answers: NDQ_000653

answers: hot spring

answers: NDQ_000654

answers: mineral hot spring

answers: NDQ_000655

answers: mineral hot spring

text: When percolating groundwater in the permeable sandstones of the Tunbridge Wells Sands comes into contact with the upper impermeable clay beds of the Wadhurst Clay, it is forced to find alternative migration pathways to the surface. This results in the saturation and weakening of the upper portion of the Wadhurst Clay, increasing the chances of failure.

text: When percolating groundwater in the permeable sandstones of the Tunbridge Wells Sands comes into contact with the upper impermeable clay beds of the

text: Wadhurst Clay

text: , it is forced to find alternative migration pathways to the surface. This results in the saturation and weakening of the upper portion of the Wadhurst Clay, increasing the chances of failure.

answers: NDQ_000611

answers: migrates to the surface

answers: NDQ_000613

answers: permeable sandstones

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: surface

answers: NDQ_000619

answers: percolating groundwater in the Tunbridge Wells Sands comes into contact with the upper impermeable clay beds

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: no

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What is the purpose of the passage?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: yes

answers: NDQ_000638

answers: yes

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: impermeable clay beds

answers: NDQ_000643

answers: Wadhurst Clay

answers: NDQ_000644

answers: sandstones

answers: NDQ_000645

answers: Wadhurst Clay

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: percolating groundwater

answers: NDQ_000649

answers: permeable

answers: NDQ_000650

answers: impermeable

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: migration pathways to the surface.

answers: NDQ_000613

answers: permeable sandstones

answers: NDQ_000615

answers: saturation and weakening of the upper portion of the Wadhurst Clay,

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: impermeable clay beds

answers: NDQ_000629

answers: permeable sandstones

answers: NDQ_000630

answers: When percolating groundwater

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: Tunbridge Wells Sands

answers: NDQ_000635

answers: it is forced to find alternative migration pathways to the surface.

answers: NDQ_000636

answers: When percolating groundwater

answers: NDQ_000637

answers: sandstones

answers: NDQ_000638

answers: clay beds

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: impermeable clay beds

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: impermeable clay beds

answers: NDQ_000643

answers: Wadhurst Clay,

answers: NDQ_000644

answers: permeable sandstones

answers: NDQ_000645

answers: upper portion of the Wadhurst Clay,

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: permeable sandstones

answers: NDQ_000650

answers: impermeable clay beds

answers: NDQ_000651

answers: When percolating groundwater

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: impermeable

text: The temperature of the water in geyser pools and other geothermal features can be judged by the color of the bacteria living in the water. Changes in the size and color of bacteria mats at Economic Geyser imply that the geyser is heating up. Photographs of the geyser vent taken in the 1990s show a quiet pool very dark with algae. Photographs of the vent taken in 2006 show a pool of clear water with traces of the bacterial colors associated with higher temperatures.

text: The temperature of the water in geyser pools and other geothermal features can be judged by the color of the bacteria living in the water. Changes in the size and color of bacteria mats at Economic Geyser imply that the geyser is heating up. Photographs of the geyser vent taken in the 1990s show a quiet pool very dark with algae. Photographs of the vent taken in 2006 show a pool of clear water with traces of the bacterial colors associated with higher temperatures.

answers: NDQ_000611

answers: is a mixture of

answers: NDQ_000613

answers: clear water

answers: NDQ_000615

answers: increase in size

answers: NDQ_000616

answers: geysers

answers: NDQ_000619

answers: geothermal energy is released

answers: NDQ_000624

answers: What may happen if the geyser is heating up?

answers: NDQ_000627

answers: Which of the following is not an aquifer?

answers: NDQ_000629

answers: Which of the following is not true of geyser pools?

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: Which of the following is not true of geyser pools?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What is the most important factor that affects the amount of water that can enter groundwater?

answers: NDQ_000636

answers: crop

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: geyser pools or mineral springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well

answers: NDQ_000642

answers: algae

answers: NDQ_000643

answers: geothermal

answers: NDQ_000644

answers: geyser vent

answers: NDQ_000645

answers: geothermal features

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: geothermal

answers: NDQ_000648

answers: geothermal features

answers: NDQ_000649

answers: Where is the geyser located?

answers: NDQ_000650

answers: dark with algae

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: geysers

answers: NDQ_000654

answers: geothermal activity

answers: NDQ_000655

answers: geothermal

answers: NDQ_000611

answers: algae.

answers: NDQ_000613

answers: clear water

answers: NDQ_000615

answers: algae.

answers: NDQ_000616

answers: geyser pools

answers: NDQ_000619

answers: heating up.

answers: NDQ_000624

answers: The temperature of the water

answers: NDQ_000627

answers: The temperature of the water

answers: NDQ_000629

answers: The temperature of the water in geyser pools

answers: NDQ_000630

answers: geyser pools

answers: NDQ_000631

answers: The temperature of the water in geyser pools

answers: NDQ_000632

answers: The temperature of the water

answers: NDQ_000633

answers: water in geyser pools and other geothermal features

answers: NDQ_000634

answers: temperature

answers: NDQ_000635

answers: algae.

answers: NDQ_000636

answers: Photographs of the geyser vent taken in the 1990s

answers: NDQ_000637

answers: The temperature of the water

answers: NDQ_000638

answers: The temperature of the water in geyser pools

answers: NDQ_000639

answers: geothermal

answers: NDQ_000640

answers: temperature of the water in geyser pools

answers: NDQ_000641

answers: The temperature of the water

answers: NDQ_000642

answers: algae.

answers: NDQ_000643

answers: geothermal

answers: NDQ_000644

answers: bacteria mats

answers: NDQ_000645

answers: geyser pools

answers: NDQ_000646

answers: geothermal features

answers: NDQ_000647

answers: geyser pools

answers: NDQ_000648

answers: The temperature of the water

answers: NDQ_000649

answers: geothermal features

answers: NDQ_000650

answers: higher temperatures.

answers: NDQ_000651

answers: The temperature of the water in geyser pools

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: geyser pools

answers: NDQ_000654

answers: geyser pools

answers: NDQ_000655

answers: geyser pools

text: The rock salt that is found in salt domes is mostly impermeable. As the salt moves up towards the surface, it can penetrate and/or bend strata of existing rock with it. As these strata are penetrated, they are generally bent slightly upwards at the point of contact with the dome, and can form pockets where petroleum and natural gas can collect between impermeable strata of rock and the salt. The strata immediately above the dome that are not penetrated are pushed upward, creating a dome-like reservoir above the salt where petroleum can also gather. These oil pools can eventually be extracted, and indeed form a major source of the petroleum produced along the coast of the Gulf of Mexico.

text: The rock salt that is found in salt domes is mostly impermeable. As the salt moves up towards the surface, it can penetrate and/or bend strata of existing rock with it. As these strata are penetrated, they are generally bent slightly upwards at the point of contact with the dome, and can form pockets where

text: petroleum

text: and

text: natural gas

text: can collect between impermeable strata of rock and the salt. The strata immediately above the dome that are not penetrated are pushed upward, creating a dome-like reservoir above the salt where petroleum can also gather. These oil pools can eventually be extracted, and indeed form a major source of the petroleum produced along the coast of the

text: Gulf of Mexico

answers: NDQ_000611

answers: does not move up towards the surface

answers: NDQ_000613

answers: impermeable

answers: NDQ_000615

answers: move up

answers: NDQ_000616

answers: salt domes

answers: NDQ_000619

answers: rock salt moves up towards the surface

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can petroleum and natural gas collect between impermeable strata of rock?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: What can petroleum and natural gas collect between impermeable strata of rock and the salt?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: salt domes

answers: NDQ_000644

answers: impermeable

answers: NDQ_000645

answers: salt dome

answers: NDQ_000646

answers: salt domes

answers: NDQ_000647

answers: salt

answers: NDQ_000648

answers: salt

answers: NDQ_000649

answers: unanswerable

answers: NDQ_000650

answers: petroleum and natural gas are trapped

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: salt dome

answers: NDQ_000653

answers: salt domes

answers: NDQ_000654

answers: natural gas

answers: NDQ_000655

answers: salty

answers: NDQ_000611

answers: salt domes is mostly impermeable.

answers: NDQ_000613

answers: impermeable.

answers: NDQ_000615

answers: pushed upward,

answers: NDQ_000616

answers: The rock salt

answers: NDQ_000619

answers: rock salt

answers: NDQ_000624

answers: upward,

answers: NDQ_000627

answers: The rock salt

answers: NDQ_000629

answers: impermeable.

answers: NDQ_000630

answers: The rock salt

answers: NDQ_000631

answers: The rock salt that is found in salt domes

answers: NDQ_000632

answers: impermeable.

answers: NDQ_000633

answers: impermeable.

answers: NDQ_000634

answers: Gulf of Mexico.

answers: NDQ_000635

answers: The rock salt

answers: NDQ_000636

answers: petroleum produced along the coast of the Gulf of Mexico.

answers: NDQ_000637

answers: impermeable.

answers: NDQ_000638

answers: salt domes

answers: NDQ_000639

answers: The rock salt

answers: NDQ_000640

answers: rock salt that is found in salt domes is mostly impermeable.

answers: NDQ_000641

answers: pushed upward,

answers: NDQ_000642

answers: impermeable.

answers: NDQ_000643

answers: salt domes

answers: NDQ_000644

answers: salt domes is mostly impermeable.

answers: NDQ_000645

answers: salt domes

answers: NDQ_000646

answers: salt domes

answers: NDQ_000647

answers: The rock salt

answers: NDQ_000648

answers: rock salt that is found in salt domes is mostly impermeable.

answers: NDQ_000649

answers: salt

answers: NDQ_000650

answers: petroleum and natural gas

answers: NDQ_000651

answers: Gulf of Mexico.

answers: NDQ_000652

answers: salt domes

answers: NDQ_000653

answers: salt domes

answers: NDQ_000654

answers: rock salt

answers: NDQ_000655

answers: impermeable.

text: Murwani Dam is a 102 (91 or 101) m tall (height above foundation) and 1,012 m long rock-fill embankment dam with a crest altitude of 251 m. The volume of the dam is 6,000,000 m³. The main dam on the right side has a length of 575 m (height 102 m), the saddle dam on the left of 437 m (height 30 m). The dam features a spillway, which is located between the two dams. Impermeability was achieved by using an asphalt-core, for which 80,000 tons of asphalt were used.

text: Murwani Dam is a 102 (91 or 101) m tall (height above foundation) and 1,012 m long rock-fill embankment dam with a crest altitude of 251 m. The volume of the dam is 6,000,000 m³. The main dam on the right side has a length of 575 m (height 102 m), the saddle dam on the left of 437 m (height 30 m). The dam features a

text: spillway

text: , which is located between the two dams. Impermeability was achieved by using an

text: asphalt

text: -core, for which 80,000 tons of asphalt were used.

answers: NDQ_000611

answers: is pumped out of the dam

answers: NDQ_000613

answers: Impermeability

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: dams

answers: NDQ_000619

answers: geothermal energy is released

answers: NDQ_000624

answers: What is the volume of the dam?

answers: NDQ_000627

answers: What is the volume of the dam?

answers: NDQ_000629

answers: Which is not the type of rock layer below an aquifer?

answers: NDQ_000630

answers: What is the volume of the dam?

answers: NDQ_000631

answers: None of the above choices

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: None

answers: NDQ_000635

answers: What type of dam is Murwani Dam?

answers: NDQ_000636

answers: What is the volume of the dam?

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or dams?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: Impermeability

answers: NDQ_000643

answers: embankment

answers: NDQ_000644

answers: impermeable

answers: NDQ_000645

answers: foundation

answers: NDQ_000646

answers: Asphalt-core

answers: NDQ_000647

answers: m3

answers: NDQ_000648

answers: spillway

answers: NDQ_000649

answers: It is impossible for water to infiltrate the ground where rock is

answers: NDQ_000650

answers: dam is built

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: dam

answers: NDQ_000653

answers: lakes

answers: NDQ_000654

answers: dams

answers: NDQ_000655

answers: impermeability

answers: NDQ_000611

answers: asphalt-core,

answers: NDQ_000613

answers: Impermeability

answers: NDQ_000615

answers: spillway,

answers: NDQ_000616

answers: Murwani Dam

answers: NDQ_000619

answers: Impermeability was achieved by using an asphalt-core,

answers: NDQ_000624

answers: spillway,

answers: NDQ_000627

answers: asphalt-core,

answers: NDQ_000629

answers: Impermeability was achieved by using an asphalt-core,

answers: NDQ_000630

answers: Murwani Dam

answers: NDQ_000631

answers: Murwani Dam

answers: NDQ_000632

answers: asphalt-core,

answers: NDQ_000633

answers: asphalt-core,

answers: NDQ_000634

answers: 6,000,000 m3.

answers: NDQ_000635

answers: asphalt-core,

answers: NDQ_000636

answers: Murwani Dam

answers: NDQ_000637

answers: Impermeability was achieved by using an asphalt-core,

answers: NDQ_000638

answers: asphalt-core,

answers: NDQ_000639

answers: rock-fill

answers: NDQ_000640

answers: Impermeability was achieved by using an asphalt-core,

answers: NDQ_000641

answers: spillway,

answers: NDQ_000642

answers: Impermeability

answers: NDQ_000643

answers: asphalt-core,

answers: NDQ_000644

answers: Impermeability

answers: NDQ_000645

answers: asphalt-core,

answers: NDQ_000646

answers: Impermeability was achieved by using an asphalt-core,

answers: NDQ_000647

answers: 251 m.

answers: NDQ_000648

answers: spillway,

answers: NDQ_000649

answers: asphalt-core,

answers: NDQ_000650

answers: dam

answers: NDQ_000651

answers: Murwani Dam

answers: NDQ_000652

answers: Murwani Dam

answers: NDQ_000653

answers: Murwani Dam

answers: NDQ_000654

answers: Murwani Dam

answers: NDQ_000655

answers: rock-fill

text: Coordinated by the United Nations Children's Fund (UNICEF).  Nearly half of the world's population depends on groundwater sources for drinking water supply and for other uses.  The UN is concerned about three primary gaps in groundwater management which have enormous implications for sustainable development: (1) The accelerated degradation of groundwater systems, through pollution of aquifers. (2) The lack of both professional and public awareness about the sustainable use and economic importance of groundwater resources generally. (3) The economic implications of not resolving groundwater demand and supply management.

text: Coordinated by the United Nations Children's Fund (UNICEF).  Nearly half of the world's population depends on groundwater sources for drinking water supply and for other uses.  The UN is concerned about three primary gaps in groundwater management which have enormous implications for sustainable development: (1) The accelerated degradation of groundwater systems, through pollution of aquifers. (2) The lack of both professional and public awareness about the sustainable use and economic importance of groundwater resources generally. (3) The economic implications of not resolving groundwater demand and supply management.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: sustainable use and economic importance

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: pollution of aquifers

answers: NDQ_000624

answers: accelerated degradation of groundwater systems

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: not enough information

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: None

answers: NDQ_000635

answers: What does the lack of both professional and public awareness about the sustainable use and economic importance of groundwater resources generally mean?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a source of groundwater: hot springs, mineral springs or groundwater?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifers

answers: NDQ_000650

answers: lacks proper management

answers: NDQ_000651

answers: population

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: drinking water supply

answers: NDQ_000613

answers: sustainable use and economic importance

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: pollution of aquifers.

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: pollution of aquifers.

answers: NDQ_000630

answers: Nearly half of the world's population depends on groundwater

answers: NDQ_000631

answers: Nearly half of the world's population depends on groundwater

answers: NDQ_000632

answers: pollution of aquifers.

answers: NDQ_000633

answers: pollution of aquifers.

answers: NDQ_000634

answers: Nearly half of the world's population depends on groundwater

answers: NDQ_000635

answers: pollution of aquifers.

answers: NDQ_000636

answers: Nearly half of the world's population depends on groundwater

answers: NDQ_000637

answers: pollution of aquifers.

answers: NDQ_000638

answers: pollution of aquifers.

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: pollution of aquifers.

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: aquifers.

answers: NDQ_000643

answers: aquifers.

answers: NDQ_000644

answers: aquifers.

answers: NDQ_000645

answers: aquifers.

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: pollution

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: accelerated degradation of groundwater systems,

answers: NDQ_000651

answers: drinking water supply and for other uses.

answers: NDQ_000652

answers: aquifers.

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: pollution

answers: NDQ_000655

answers: aquifers.

text: Large, prolific aquifers (notably the Nubian Sandstone Aquifer System and the Ogallala Aquifer) containing fossil water are of significant socio-economic value. Fossil water is extracted from these aquifers for many human purposes, notably, agriculture, industry, and consumption. In arid regions, some aquifers containing available and usable water receive little to no significant recharge, effectively making groundwater in those aquifers a non-renewable resource. Extraction rates greater than recharge rates result in lowering of the water table and can lead to groundwater depletion. Extraction of non-renewable groundwater resources is referred to as groundwater "mining" because of their finite nature.

text: Large, prolific aquifers (notably the

text: Nubian Sandstone Aquifer System

text: and the

text: Ogallala Aquifer

text: ) containing fossil water are of significant socio-economic value. Fossil water is extracted from these aquifers for many human purposes, notably, agriculture, industry, and consumption. In arid regions, some aquifers containing available and usable water receive little to no significant recharge, effectively making groundwater in those aquifers a

text: non-renewable resource

text: . Extraction rates greater than recharge rates result in lowering of the water table and can lead to groundwater depletion. Extraction of non-renewable groundwater resources is referred to as groundwater "mining" because of their finite nature.

answers: NDQ_000611

answers: is a non-renewable resource

answers: NDQ_000613

answers: prolific aquifers

answers: NDQ_000615

answers: lower

answers: NDQ_000616

answers: unanswerable

answers: NDQ_000619

answers: groundwater depletion

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: What can lead to groundwater depletion?

answers: NDQ_000636

answers: agriculture

answers: NDQ_000637

answers: None of the above choices

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Fossil water is extracted from these aquifers

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: sandstone

answers: NDQ_000645

answers: water table

answers: NDQ_000646

answers: "mining"

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: Fossil

answers: NDQ_000649

answers: Where is the Nubian Sandstone Aquifer System

answers: NDQ_000650

answers: extraction rates greater than recharge rates

answers: NDQ_000651

answers: Yes

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: unanswerable

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: non-renewable

answers: NDQ_000613

answers: Large, prolific

answers: NDQ_000615

answers: lowering

answers: NDQ_000616

answers: usable

answers: NDQ_000619

answers: fossil water

answers: NDQ_000624

answers: lowering

answers: NDQ_000627

answers: Nubian Sandstone

answers: NDQ_000629

answers: recharge,

answers: NDQ_000630

answers: fossil water

answers: NDQ_000631

answers: arid regions,

answers: NDQ_000632

answers: lowering of the water table

answers: NDQ_000633

answers: groundwater depletion.

answers: NDQ_000634

answers: Nubian Sandstone Aquifer System

answers: NDQ_000635

answers: agriculture,

answers: NDQ_000636

answers: agriculture,

answers: NDQ_000637

answers: fossil water

answers: NDQ_000638

answers: non-renewable resource.

answers: NDQ_000639

answers: fossil water

answers: NDQ_000640

answers: Extraction rates greater than recharge rates

answers: NDQ_000641

answers: Extraction rates greater than recharge rates result in lowering of the water table

answers: NDQ_000642

answers: groundwater depletion.

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: water table

answers: NDQ_000646

answers: groundwater "mining"

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: usable

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: Extraction rates greater than recharge rates

answers: NDQ_000651

answers: socio-economic value.

answers: NDQ_000652

answers: aquifers

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: Extraction rates

answers: NDQ_000655

answers: fossil water

text: Parakai is noted for its hot springs with geothermal mineral water occurring naturally.  There is a complex of mineral pools and recreational activities.

text: Parakai is noted for its

text: hot spring

text: s with geothermal

text: mineral water

text: occurring naturally.  There is a complex of mineral pools and recreational activities.

answers: NDQ_000611

answers: geothermal

answers: NDQ_000613

answers: mineral water occurring naturally

answers: NDQ_000615

answers: be high

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: geothermal water is heated too hot

answers: NDQ_000624

answers: iii.

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: None of the above choices.

answers: NDQ_000630

answers: It is not possible to tell

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: not enough information

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: None of the above choices.

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: None of the above choices .

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Yes

answers: NDQ_000640

answers: None of the above choices.

answers: NDQ_000641

answers: None of the above choices .

answers: NDQ_000642

answers: no

answers: NDQ_000643

answers: geothermal

answers: NDQ_000644

answers: geothermal

answers: NDQ_000645

answers: geothermal

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: geothermal

answers: NDQ_000648

answers: geothermal

answers: NDQ_000649

answers: It is a natural process

answers: NDQ_000650

answers: is overused

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geothermal source

answers: NDQ_000653

answers: Parakai

answers: NDQ_000654

answers: geothermal activity

answers: NDQ_000655

answers: geothermal

answers: NDQ_000611

answers: geothermal mineral water occurring naturally.

answers: NDQ_000613

answers: geothermal mineral water occurring naturally.

answers: NDQ_000615

answers: hot springs with geothermal mineral water

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: naturally.

answers: NDQ_000624

answers: geothermal mineral water

answers: NDQ_000627

answers: geothermal mineral water

answers: NDQ_000629

answers: geothermal mineral water

answers: NDQ_000630

answers: geothermal mineral water

answers: NDQ_000631

answers: geothermal mineral water

answers: NDQ_000632

answers: geothermal mineral water

answers: NDQ_000633

answers: geothermal mineral water

answers: NDQ_000634

answers: Parakai

answers: NDQ_000635

answers: Parakai

answers: NDQ_000636

answers: Parakai

answers: NDQ_000637

answers: geothermal mineral water

answers: NDQ_000638

answers: geothermal mineral water

answers: NDQ_000639

answers: geothermal mineral water

answers: NDQ_000640

answers: Parakai

answers: NDQ_000641

answers: geothermal mineral water

answers: NDQ_000642

answers: Parakai

answers: NDQ_000643

answers: geothermal

answers: NDQ_000644

answers: geothermal mineral water

answers: NDQ_000645

answers: geothermal mineral water

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: geothermal

answers: NDQ_000648

answers: geothermal mineral water

answers: NDQ_000649

answers: geothermal mineral water

answers: NDQ_000650

answers: naturally. There is a complex of mineral pools and recreational activities.

answers: NDQ_000651

answers: Parakai

answers: NDQ_000652

answers: geothermal

answers: NDQ_000653

answers: Parakai is noted for its hot springs

answers: NDQ_000654

answers: geothermal mineral water

answers: NDQ_000655

answers: geothermal

text: Lion Geyser is a cone-type geyser  in the Upper Geyser Basin of Yellowstone National Park in the United States. It is located in the Geyser Hill complex.

text: Lion Geyser is a cone-type

text: geyser

text: in the

text: Upper Geyser Basin

text: of

text: Yellowstone National Park

text: in the

text: United States

text: . It is located in the Geyser Hill complex.

answers: NDQ_000611

answers: Geyser Hill complex contains a large number of geysers

answers: NDQ_000613

answers: good aquifer

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: Yellowstone

answers: NDQ_000619

answers: lava from volcanoes is released

answers: NDQ_000624

answers: What can happen to the water table in an area?

answers: NDQ_000627

answers: Where is Lion Geyser located?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

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

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What type of land is used in the Geyser Hill complex?

answers: NDQ_000636

answers: None of the above choices are available

answers: NDQ_000637

answers: Which of the following is not a type of geyser: Lion Geyser or Geyser Hill?

answers: NDQ_000638

answers: It does not.

answers: NDQ_000639

answers: What type of spring is Lion Geyser?

answers: NDQ_000640

answers: What is the purpose of the water table?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: cone-type geyser

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: cone-type

answers: NDQ_000645

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: geyser

answers: NDQ_000648

answers: is aquifer

answers: NDQ_000649

answers: Where is Lion Geyser located?

answers: NDQ_000650

answers: is near a large source of pollution

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: water

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: cone-type geyser

answers: NDQ_000613

answers: cone-type

answers: NDQ_000615

answers: Lion Geyser

answers: NDQ_000616

answers: Lion Geyser

answers: NDQ_000619

answers: cone-type geyser

answers: NDQ_000624

answers: Upper Geyser Basin

answers: NDQ_000627

answers: Lion Geyser is a cone-type geyser

answers: NDQ_000629

answers: Lion Geyser

answers: NDQ_000630

answers: Lion Geyser

answers: NDQ_000631

answers: Yellowstone National Park in the United States.

answers: NDQ_000632

answers: Lion Geyser

answers: NDQ_000633

answers: Lion Geyser

answers: NDQ_000634

answers: Lion Geyser

answers: NDQ_000635

answers: Lion Geyser

answers: NDQ_000636

answers: Lion Geyser

answers: NDQ_000637

answers: Lion Geyser

answers: NDQ_000638

answers: Lion Geyser

answers: NDQ_000639

answers: Lion Geyser

answers: NDQ_000640

answers: Lion Geyser

answers: NDQ_000641

answers: Lion Geyser

answers: NDQ_000642

answers: cone-type geyser

answers: NDQ_000643

answers: Upper Geyser Basin

answers: NDQ_000644

answers: cone-type

answers: NDQ_000645

answers: Upper Geyser Basin

answers: NDQ_000646

answers: Lion Geyser

answers: NDQ_000647

answers: Upper Geyser Basin

answers: NDQ_000648

answers: Lion Geyser is a cone-type geyser

answers: NDQ_000649

answers: Lion Geyser is a cone-type geyser

answers: NDQ_000650

answers: Yellowstone National Park

answers: NDQ_000651

answers: Yellowstone National Park

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Upper Geyser Basin

answers: NDQ_000654

answers: Lion Geyser is a cone-type geyser

answers: NDQ_000655

answers: cone-type geyser

text: The characteristics of aquifers vary with the geology and structure of the substrate and topography in which they occur. In general, the more productive aquifers occur in sedimentary geologic formations. By comparison, weathered and fractured crystalline rocks yield smaller quantities of groundwater in many environments. Unconsolidated to poorly cemented alluvial materials that have accumulated as valley-filling sediments in major river valleys and geologically subsiding structural basins are included among the most productive sources of groundwater.

text: The characteristics of aquifers vary with the geology and structure of the substrate and topography in which they occur. In general, the more productive aquifers occur in sedimentary geologic formations. By comparison, weathered and fractured crystalline rocks yield smaller quantities of groundwater in many environments. Unconsolidated to poorly cemented alluvial materials that have accumulated as

text: valley

text: -filling sediments in major river valleys and geologically subsiding structural basins are included among the most productive sources of groundwater.

answers: NDQ_000611

answers: aquifers

answers: NDQ_000613

answers: in sedimentary geologic formations

answers: NDQ_000615

answers: subside

answers: NDQ_000616

answers: sedimentary geologic formations

answers: NDQ_000619

answers: unconsolidated to poorly cemented materials that have accumulated as valley-filling sediments

answers: NDQ_000624

answers: geologically subsiding

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: It's impossible to say

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: What can affect the amount of water that enters groundwater?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: The characteristics of aquifers

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: cemented

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: sedimentary

answers: NDQ_000650

answers: unconsolidated

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: Aquifers

answers: NDQ_000654

answers: river valleys

answers: NDQ_000655

answers: crystalline

answers: NDQ_000611

answers: more productive aquifers occur in sedimentary geologic formations.

answers: NDQ_000613

answers: geology and structure of the substrate and topography

answers: NDQ_000615

answers: subsiding structural basins

answers: NDQ_000616

answers: Unconsolidated to poorly cemented alluvial materials

answers: NDQ_000619

answers: aquifers vary with the geology

answers: NDQ_000624

answers: subsiding structural basins are included among the most productive sources of groundwater.

answers: NDQ_000627

answers: sedimentary geologic formations.

answers: NDQ_000629

answers: sedimentary geologic formations.

answers: NDQ_000630

answers: sedimentary geologic formations.

answers: NDQ_000631

answers: aquifers

answers: NDQ_000632

answers: sedimentary geologic formations.

answers: NDQ_000633

answers: weathered and fractured crystalline rocks yield smaller quantities of groundwater

answers: NDQ_000634

answers: weathered and fractured crystalline rocks yield smaller quantities of groundwater

answers: NDQ_000635

answers: topography

answers: NDQ_000636

answers: productive aquifers occur in sedimentary geologic formations.

answers: NDQ_000637

answers: sedimentary geologic formations.

answers: NDQ_000638

answers: weathered and fractured crystalline rocks yield smaller quantities of groundwater

answers: NDQ_000639

answers: crystalline rocks

answers: NDQ_000640

answers: weathered and fractured crystalline rocks yield smaller quantities of groundwater

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: Unconsolidated to poorly cemented

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifers

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: aquifers

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: weathered and fractured crystalline rocks yield smaller quantities of groundwater

answers: NDQ_000650

answers: weathered and fractured crystalline rocks

answers: NDQ_000651

answers: major river valleys

answers: NDQ_000652

answers: aquifers

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: river valleys

answers: NDQ_000655

answers: crystalline rocks yield smaller quantities of groundwater in many environments. Unconsolidated

text: The Ogallala Aquifer is a shallow water table aquifer surrounded by sand, silt, clay and gravel located beneath the Great Plains in the United States. One of the world's largest aquifers, it underlies an area of approximately  in portions of eight states (South Dakota, Nebraska, Wyoming, Colorado, Kansas, Oklahoma, New Mexico, and Texas). It was named in 1898 by geologist N. H. Darton from its type locality near the town of Ogallala, Nebraska. The aquifer is part of the High Plains Aquifer System, and rests on the Ogallala Formation, which is the principal geologic unit underlying 80% of the High Plains.

text: The Ogallala Aquifer is a shallow

text: water table

text: aquifer

text: surrounded by sand, silt, clay and gravel located beneath the

text: Great Plains

text: in the

text: United States

text: . One of the world's largest aquifers, it underlies an area of approximately  in portions of eight

text: states

text: South Dakota

text: Nebraska

text: Wyoming

text: Colorado

text: Kansas

text: Oklahoma

text: New Mexico

text: , and

text: Texas

text: ). It was named in 1898 by geologist

text: N. H. Darton

text: from its

text: type locality

text: near the town of

text: Ogallala, Nebraska

text: . The aquifer is part of the High Plains Aquifer System, and rests on the Ogallala Formation, which is the principal geologic unit underlying 80% of the

text: High Plains

answers: NDQ_000611

answers: aquifers are shallow

answers: NDQ_000613

answers: shallow water table

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Ogallala Formation

answers: NDQ_000619

answers: Ogallala Formation rests on the Ogallala Formation

answers: NDQ_000624

answers: may rise or fall

answers: NDQ_000627

answers: It was named in 1898 by geologist N. H. Darton

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: It was named in 1898 by geologist N. H. Darton

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: Yes

answers: NDQ_000635

answers: How many states does the Ogallala Aquifer cover?

answers: NDQ_000636

answers: It was named in 1898

answers: NDQ_000637

answers: What is the Ogallala Aquifer?

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or aquifers?

answers: NDQ_000640

answers: What keeps water from seeping deeper underground?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: What is the Ogallala Aquifer?

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: shallow water table aquifer

answers: NDQ_000645

answers: Aquifer

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: Ogallala Aquifer

answers: NDQ_000648

answers: shallow water table

answers: NDQ_000649

answers: Where is the Ogallala Aquifer located?

answers: NDQ_000650

answers: surrounded by sand, silt, clay and gravel

answers: NDQ_000651

answers: It was named in 1898 by geologist N. H. Darton

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: Ogallala Formation

answers: NDQ_000654

answers: water table

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: shallow water table

answers: NDQ_000613

answers: shallow water table

answers: NDQ_000615

answers: The Ogallala Aquifer

answers: NDQ_000616

answers: water table

answers: NDQ_000619

answers: water table

answers: NDQ_000624

answers: shallow water table

answers: NDQ_000627

answers: sand, silt, clay

answers: NDQ_000629

answers: Ogallala Formation,

answers: NDQ_000630

answers: The Ogallala Aquifer

answers: NDQ_000631

answers: Ogallala Aquifer

answers: NDQ_000632

answers: shallow water table aquifer

answers: NDQ_000633

answers: Ogallala Aquifer

answers: NDQ_000634

answers: One of the world's largest aquifers,

answers: NDQ_000635

answers: The Ogallala Aquifer

answers: NDQ_000636

answers: Kansas, Oklahoma, New Mexico, and Texas).

answers: NDQ_000637

answers: sand, silt, clay and gravel

answers: NDQ_000638

answers: Ogallala Formation,

answers: NDQ_000639

answers: sand, silt, clay and gravel

answers: NDQ_000640

answers: The Ogallala Aquifer is a shallow water table

answers: NDQ_000641

answers: The Ogallala Aquifer

answers: NDQ_000642

answers: The Ogallala Aquifer

answers: NDQ_000643

answers: water table aquifer

answers: NDQ_000644

answers: shallow water table aquifer

answers: NDQ_000645

answers: water table

answers: NDQ_000646

answers: The Ogallala Aquifer

answers: NDQ_000647

answers: water table

answers: NDQ_000648

answers: water table

answers: NDQ_000649

answers: Ogallala Formation,

answers: NDQ_000650

answers: sand, silt, clay and gravel

answers: NDQ_000651

answers: One of the world's largest aquifers,

answers: NDQ_000652

answers: water table

answers: NDQ_000653

answers: Great Plains

answers: NDQ_000654

answers: water table

answers: NDQ_000655

answers: aquifers,

text: Nanjing is endowed with rich natural resources, which include more than 40 kinds of minerals. Among them, iron and sulfur reserves make up 40 percent of those of Jiangsu province. Its reserves of strontium rank first in East Asia and the South East Asia region. Nanjing also possesses abundant water resources, both from the Yangtze River and groundwater. In addition, it has several natural hot springs such as Tangshan Hot Spring in Jiangning and Tangquan Hot Spring in Pukou.

text: Nanjing is endowed with rich natural resources, which include more than 40 kinds of minerals. Among them, iron and

text: sulfur

text: reserves make up 40 percent of those of Jiangsu province. Its reserves of

text: strontium

text: rank first in East Asia and the

text: South East Asia

text: region. Nanjing also possesses abundant water resources, both from the Yangtze River and groundwater. In addition, it has several natural hot springs such as Tangshan Hot Spring in

text: Jiangning

text: and Tangquan Hot Spring in

text: Pukou

answers: NDQ_000611

answers: is a type of

answers: NDQ_000613

answers: abundant water resources

answers: NDQ_000615

answers: increase in Nanjing

answers: NDQ_000616

answers: Yangtze River

answers: NDQ_000619

answers: natural hot springs are a source of heat

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unknown

answers: NDQ_000635

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

answers: NDQ_000636

answers: groundwater

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: no

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: unanswerable

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where does water infiltrate the ground where rock is?

answers: NDQ_000650

answers: groundwater is polluted

answers: NDQ_000651

answers: Nanjing

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: Yangtze River

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: Nanjing also possesses abundant water resources,

answers: NDQ_000613

answers: abundant water resources, both from the Yangtze River and groundwater.

answers: NDQ_000615

answers: groundwater.

answers: NDQ_000616

answers: Yangtze River

answers: NDQ_000619

answers: rich natural resources,

answers: NDQ_000624

answers: groundwater.

answers: NDQ_000627

answers: groundwater.

answers: NDQ_000629

answers: groundwater.

answers: NDQ_000630

answers: Tangquan Hot Spring in Pukou.

answers: NDQ_000631

answers: groundwater.

answers: NDQ_000632

answers: groundwater.

answers: NDQ_000633

answers: groundwater.

answers: NDQ_000634

answers: Its reserves of strontium

answers: NDQ_000635

answers: Yangtze River and groundwater.

answers: NDQ_000636

answers: Yangtze River and groundwater.

answers: NDQ_000637

answers: groundwater.

answers: NDQ_000638

answers: groundwater.

answers: NDQ_000639

answers: natural hot springs

answers: NDQ_000640

answers: Yangtze River and groundwater.

answers: NDQ_000641

answers: groundwater.

answers: NDQ_000642

answers: Nanjing

answers: NDQ_000643

answers: groundwater.

answers: NDQ_000644

answers: groundwater. In addition, it has several natural hot springs

answers: NDQ_000645

answers: groundwater.

answers: NDQ_000646

answers: groundwater.

answers: NDQ_000647

answers: groundwater.

answers: NDQ_000648

answers: groundwater.

answers: NDQ_000649

answers: groundwater.

answers: NDQ_000650

answers: Yangtze River

answers: NDQ_000651

answers: Yangtze River and groundwater.

answers: NDQ_000652

answers: Yangtze River and groundwater.

answers: NDQ_000653

answers: Yangtze River and groundwater.

answers: NDQ_000654

answers: Yangtze River and groundwater.

answers: NDQ_000655

answers: groundwater.

text: Beijing's Tang Shan Hot Springs is situated around thirty km north of BeiJing. There are two Tang Shan hot springs situated between the Tang Shan mountains and they have become an increasingly popular tourist attraction.The two springs are Boiling Spring (Feiquan), and Warm Spring (Wenquan). The two springs are only three meters apart but their water temperatures vary greatly. The spring waters are rich in minerals thought useful in the treatment of skin diseases.

text: Beijing's Tang Shan Hot Springs is situated around thirty km north of BeiJing. There are two Tang Shan hot springs situated between the

text: Tang Shan mountains

text: and they have become an increasingly popular tourist attraction.The two springs are Boiling Spring (Feiquan), and Warm Spring (Wenquan). The two springs are only three meters apart but their water temperatures vary greatly. The spring waters are rich in minerals thought useful in the treatment of skin diseases.

answers: NDQ_000611

answers: Boiling Spring has a higher temperature than Warm Spring

answers: NDQ_000613

answers: rich in minerals

answers: NDQ_000615

answers: be higher in Feiquan

answers: NDQ_000616

answers: Tang Shan Hot Springs

answers: NDQ_000619

answers: Boiling Spring is hotter

answers: NDQ_000624

answers: What may be the reason for the water table fluctuating?

answers: NDQ_000627

answers: Which of the following is not a type of spring: Boiling Spring, Warm Spring, or Clay?

answers: NDQ_000629

answers: Which of the following is not a type of rock: permeable rock, mineral rock, or sedimentary rock?

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: None of the above choices.

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a type of land use?

answers: NDQ_000636

answers: None of the above choices.

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: It's impossible to say

answers: NDQ_000640

answers: Which of the following is not a type of spring: Boiling Spring, Warm Spring or Feiquan?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: The two springs are only three meters apart

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: What is a spring?

answers: NDQ_000645

answers: Tang Shan Hot Springs

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: hot spring

answers: NDQ_000648

answers: springs

answers: NDQ_000649

answers: Where is Tang Shan Hot Springs located?

answers: NDQ_000650

answers: is near a hot spring

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: mountains

answers: NDQ_000653

answers: Tang Shan

answers: NDQ_000654

answers: water from the ground

answers: NDQ_000655

answers: Boiling

answers: NDQ_000611

answers: minerals thought useful in the treatment of skin diseases.

answers: NDQ_000613

answers: rich in minerals

answers: NDQ_000615

answers: Tang Shan Hot Springs is situated around thirty km north of BeiJing.

answers: NDQ_000616

answers: Tang Shan Hot Springs

answers: NDQ_000619

answers: water temperatures

answers: NDQ_000624

answers: vary greatly.

answers: NDQ_000627

answers: Tang Shan Hot Springs is situated around thirty km north of BeiJing.

answers: NDQ_000629

answers: minerals thought useful in the treatment of skin diseases.

answers: NDQ_000630

answers: The spring waters are rich in minerals thought useful in the treatment of skin diseases.

answers: NDQ_000631

answers: thirty km north of BeiJing.

answers: NDQ_000632

answers: three meters apart but their water temperatures vary greatly.

answers: NDQ_000633

answers: hot springs

answers: NDQ_000634

answers: Tang Shan Hot Springs is situated around thirty km north of BeiJing.

answers: NDQ_000635

answers: Tang Shan Hot Springs

answers: NDQ_000636

answers: Tang Shan Hot Springs is situated around thirty km north of BeiJing.

answers: NDQ_000637

answers: rich in minerals thought useful in the treatment of skin diseases.

answers: NDQ_000638

answers: minerals thought useful in the treatment of skin diseases.

answers: NDQ_000639

answers: minerals thought useful in the treatment of skin diseases.

answers: NDQ_000640

answers: rich in minerals thought useful in the treatment of skin diseases.

answers: NDQ_000641

answers: Beijing's Tang Shan Hot Springs

answers: NDQ_000642

answers: mountains

answers: NDQ_000643

answers: Tang Shan hot springs

answers: NDQ_000644

answers: The spring waters are rich in minerals thought useful in the treatment of skin diseases.

answers: NDQ_000645

answers: Tang Shan Hot Springs

answers: NDQ_000646

answers: Tang Shan Hot Springs

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: minerals thought useful in the treatment of skin diseases.

answers: NDQ_000649

answers: Tang Shan mountains

answers: NDQ_000650

answers: popular tourist attraction.The

answers: NDQ_000651

answers: Beijing's Tang Shan Hot Springs

answers: NDQ_000652

answers: Tang Shan mountains

answers: NDQ_000653

answers: Tang Shan mountains

answers: NDQ_000654

answers: Tang Shan mountains

answers: NDQ_000655

answers: hot springs

text: Water falling as rain upstream of the reservoir, together with any groundwater emerging as springs, is stored in the reservoir. Any excess water can be spilled via a specifically designed spillway. Stored water may be piped by gravity for use as drinking water, to generate hydro-electricity or to maintain river flows to support downstream uses. Occasionally reservoirs can be managed to retain water during high rainfall events to prevent or reduce downstream flooding. Some reservoirs support several uses, and the operating rules may be complex.

text: Water falling as rain upstream of the reservoir, together with any

text: groundwater

text: emerging as springs, is stored in the reservoir. Any excess water can be spilled via a specifically designed spillway. Stored water may be piped by

text: gravity

text: for use as

text: drinking water

text: , to generate

text: hydro-electricity

text: or to maintain river flows to support downstream uses. Occasionally reservoirs can be managed to retain water during high rainfall events to prevent or reduce downstream flooding. Some reservoirs support several uses, and the operating rules may be complex.

answers: NDQ_000611

answers: stored in a reservoir is used for what purpose?

answers: NDQ_000613

answers: reservoirs can be managed to retain water during high rainfall events to prevent or prevent downstream flooding

answers: NDQ_000615

answers: spill

answers: NDQ_000616

answers: rain

answers: NDQ_000619

answers: groundwater is trapped in a reservoir

answers: NDQ_000624

answers: What can happen to the water table?

answers: NDQ_000627

answers: Where does groundwater emerge as springs?

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: None of the above choices

answers: NDQ_000635

answers: What can be used as drinking water?

answers: NDQ_000636

answers: stored water may be piped by gravity for use as drinking water

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a source of groundwater: hot springs, mineral springs or reservoirs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does gravity work?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: a spillway

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: spring

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is the reservoir located?

answers: NDQ_000650

answers: spillway is not designed

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater reservoir

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: rain

answers: NDQ_000655

answers: reservoir

answers: NDQ_000611

answers: stored in the reservoir.

answers: NDQ_000613

answers: stored in the reservoir.

answers: NDQ_000615

answers: retain water during high rainfall events to prevent or reduce downstream flooding.

answers: NDQ_000616

answers: rain

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: groundwater emerging as springs,

answers: NDQ_000630

answers: groundwater

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater emerging as springs,

answers: NDQ_000634

answers: spillway.

answers: NDQ_000635

answers: groundwater emerging as springs,

answers: NDQ_000636

answers: Stored water may be piped by gravity for use as drinking water,

answers: NDQ_000637

answers: groundwater emerging as springs,

answers: NDQ_000638

answers: spilled via a specifically designed spillway.

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: a specifically designed spillway.

answers: NDQ_000641

answers: Stored water may be piped by gravity for use as drinking water,

answers: NDQ_000642

answers: spillway.

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: a specifically designed spillway.

answers: NDQ_000645

answers: groundwater emerging as springs,

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater emerging as springs,

answers: NDQ_000650

answers: excess water can be spilled

answers: NDQ_000651

answers: drinking water,

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: rain

answers: NDQ_000655

answers: reservoir,

text: The western of the two calderas is partially filled by a crater lake, Lagoa das Furnas, at an elevation of  and populated by several fumaroles and mud pools are located at the northern part of the lake. In the central part of the village, springs and geysers are prevalent; thirty springs, each of differing temperatures and chemical compositions, including warm iron-rich streams and piped examples of mineral-rich warm and cold water.  The geysers are situated in several basins rich in sodium bicarbonate, boron, fluorine and traces of carbon dioxide. The local inhabitants cook corn-type dishes in the geysers. The installations of hydrotherapy are in the park and were built in the 19th century.

text: The western of the two calderas is partially filled by a

text: crater lake

text: , Lagoa das Furnas, at an elevation of  and populated by several

text: fumarole

text: s and mud pools are located at the northern part of the lake. In the central part of the village, springs and geysers are prevalent; thirty springs, each of differing temperatures and chemical compositions, including warm iron-rich streams and piped examples of mineral-rich warm and cold water.  The geysers are situated in several basins rich in

text: sodium bicarbonate

text: boron

text: fluorine

text: and traces of

text: carbon dioxide

text: . The local inhabitants cook corn-type dishes in the geysers. The installations of

text: hydrotherapy

text: are in the park and were built in the 19th century.

answers: NDQ_000611

answers: is a mixture of what?

answers: NDQ_000613

answers: differing temperatures and chemical compositions

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: springs

answers: NDQ_000619

answers: traces of carbon dioxide

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: How many springs are in the central part of the village?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unknown

answers: NDQ_000635

answers: How many springs are located in the central part of the village?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which springs are mineral springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: springs

answers: NDQ_000644

answers: What do the geysers consist of?

answers: NDQ_000645

answers: springs

answers: NDQ_000646

answers: spring

answers: NDQ_000647

answers: springs

answers: NDQ_000648

answers: springs

answers: NDQ_000649

answers: Where does the water infiltrate the ground?

answers: NDQ_000650

answers: rich in sodium bicarbonate

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: spring

answers: NDQ_000653

answers: springs

answers: NDQ_000654

answers: springs

answers: NDQ_000655

answers: mud pools

answers: NDQ_000611

answers: springs and geysers

answers: NDQ_000613

answers: differing temperatures and chemical compositions,

answers: NDQ_000615

answers: mud pools

answers: NDQ_000616

answers: springs and geysers are prevalent; thirty springs,

answers: NDQ_000619

answers: carbon dioxide.

answers: NDQ_000624

answers: springs and geysers

answers: NDQ_000627

answers: springs and geysers

answers: NDQ_000629

answers: springs and geysers

answers: NDQ_000630

answers: iron-rich streams

answers: NDQ_000631

answers: springs and geysers are prevalent; thirty springs,

answers: NDQ_000632

answers: thirty springs, each of differing temperatures and chemical compositions,

answers: NDQ_000633

answers: springs and geysers are prevalent; thirty springs,

answers: NDQ_000634

answers: thirty springs,

answers: NDQ_000635

answers: crater lake,

answers: NDQ_000636

answers: hydrotherapy

answers: NDQ_000637

answers: springs and geysers are prevalent; thirty springs,

answers: NDQ_000638

answers: springs and geysers

answers: NDQ_000639

answers: warm iron-rich streams

answers: NDQ_000640

answers: thirty springs,

answers: NDQ_000641

answers: springs and geysers

answers: NDQ_000642

answers: piped

answers: NDQ_000643

answers: mud pools

answers: NDQ_000644

answers: mud pools

answers: NDQ_000645

answers: mud pools

answers: NDQ_000646

answers: springs and geysers are prevalent; thirty springs,

answers: NDQ_000647

answers: springs and geysers are prevalent; thirty springs,

answers: NDQ_000648

answers: mineral-rich warm and cold water.

answers: NDQ_000649

answers: iron-rich streams

answers: NDQ_000650

answers: The local inhabitants

answers: NDQ_000651

answers: springs and geysers

answers: NDQ_000652

answers: streams

answers: NDQ_000653

answers: crater lake,

answers: NDQ_000654

answers: springs and geysers

answers: NDQ_000655

answers: crater lake,

text: The most famous geyser in the park, and perhaps the world, is Old Faithful Geyser, located in Upper Geyser Basin. Castle Geyser, Lion Geyser and Beehive Geyser are in the same basin. The park contains the largest active geyser in the world—Steamboat Geyser in the Norris Geyser Basin. A study that was completed in 2011 found that at least 1283 geysers have erupted in Yellowstone.  Of these, an average of 465 are active in a given year.  Yellowstone contains at least 10,000 geothermal features altogether. Half the geothermal features and two-thirds of the world's geysers are concentrated in Yellowstone.

text: The most famous

text: geyser

text: in the park, and perhaps the world, is

text: Old Faithful Geyser

text: , located in

text: Upper Geyser Basin

text: Castle Geyser

text: Lion Geyser

text: and

text: Beehive Geyser

text: are in the same basin. The park contains the largest active geyser in the world—

text: Steamboat Geyser

text: in the

text: Norris Geyser Basin

text: . A study that was completed in 2011 found that at least 1283 geysers have erupted in Yellowstone.  Of these, an average of 465 are active in a given year.  Yellowstone contains at least 10,000 geothermal features altogether. Half the geothermal features and two-thirds of the world's geysers are concentrated in Yellowstone.

answers: NDQ_000611

answers: erupts from geysers

answers: NDQ_000613

answers: active geysers

answers: NDQ_000615

answers: increase by how much?

answers: NDQ_000616

answers: Yellowstone

answers: NDQ_000619

answers: geothermal

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: What is the most famous geyser in the park, and perhaps the world?

answers: NDQ_000629

answers: Which of the following is not a geyser: Castle Geyser, Lion Geyser or Beehive Geyser?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: How many geysers have erupted in Yellowstone?

answers: NDQ_000632

answers: How many geysers are active in a given year?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: What is the most famous geyser in the park, and perhaps the world?

answers: NDQ_000638

answers: How many geysers have erupted in Yellowstone?

answers: NDQ_000639

answers: How many geysers have erupted in Yellowstone?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: geysers

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: geothermal features

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: Geyser Basin

answers: NDQ_000648

answers: geothermal

answers: NDQ_000649

answers: Where is Old Faithful Geyser located?

answers: NDQ_000650

answers: is located near a large population center

answers: NDQ_000651

answers: Yellowstone

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: geothermal features

answers: NDQ_000655

answers: geothermal

answers: NDQ_000611

answers: 465 are active in a given year.

answers: NDQ_000613

answers: Half the geothermal features

answers: NDQ_000615

answers: 465 are active in a given year.

answers: NDQ_000616

answers: Yellowstone.

answers: NDQ_000619

answers: geothermal

answers: NDQ_000624

answers: 1283 geysers have erupted in Yellowstone.

answers: NDQ_000627

answers: 1283 geysers have erupted in Yellowstone.

answers: NDQ_000629

answers: 465 are active in a given year.

answers: NDQ_000630

answers: 1283 geysers have erupted in Yellowstone.

answers: NDQ_000631

answers: 1283 geysers have erupted in Yellowstone.

answers: NDQ_000632

answers: 1283 geysers have erupted in Yellowstone.

answers: NDQ_000633

answers: 1283 geysers have erupted in Yellowstone.

answers: NDQ_000634

answers: world—Steamboat Geyser

answers: NDQ_000635

answers: 1283 geysers have erupted in Yellowstone.

answers: NDQ_000636

answers: 1283 geysers have erupted in Yellowstone.

answers: NDQ_000637

answers: 1283 geysers have erupted in Yellowstone.

answers: NDQ_000638

answers: 1283 geysers have erupted in Yellowstone.

answers: NDQ_000639

answers: geothermal

answers: NDQ_000640

answers: 465 are active in a given year.

answers: NDQ_000641

answers: 1283 geysers have erupted in Yellowstone.

answers: NDQ_000642

answers: 1283 geysers have erupted in Yellowstone.

answers: NDQ_000643

answers: geothermal

answers: NDQ_000644

answers: geyser

answers: NDQ_000645

answers: geothermal

answers: NDQ_000646

answers: geothermal features

answers: NDQ_000647

answers: geothermal

answers: NDQ_000648

answers: 465 are active in a given year.

answers: NDQ_000649

answers: 1283 geysers have erupted in Yellowstone.

answers: NDQ_000650

answers: 465 are active in a given year.

answers: NDQ_000651

answers: Yellowstone.

answers: NDQ_000652

answers: geothermal

answers: NDQ_000653

answers: Yellowstone.

answers: NDQ_000654

answers: geothermal

answers: NDQ_000655

answers: geothermal

text: The Ogallala or High Plains Aquifer sits under 450,000 km of 8 states of the United States of America. It is one of the largest freshwater deposits in the world. The aquifer is composed of unconsolidated alluvial deposits. Groundwater in this aquifer has been dated to have been deposited in the humid time following the last glacial maximum. In much of the aquifer’s area, an impermeable layer of calcrete prevents precipitation from infiltrating. In other regions of the aquifer, some relatively small rates of recharge have been measured.

text: The Ogallala or High Plains Aquifer sits under 450,000 km of 8 states of the United States of America. It is one of the largest

text: freshwater

text: deposits in the world. The aquifer is composed of unconsolidated

text: alluvial

text: deposits. Groundwater in this aquifer has been dated to have been deposited in the humid time following the last glacial maximum. In much of the aquifer’s area, an impermeable layer of calcrete prevents precipitation from infiltrating. In other regions of the aquifer, some relatively small rates of recharge have been measured.

answers: NDQ_000611

answers: infiltrates the aquifer

answers: NDQ_000613

answers: impermeable layer of calcrete

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: precipitation

answers: NDQ_000619

answers: Ogallala or High Plains Aquifer sits under 8 states of the United States

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: No

answers: NDQ_000630

answers: Which of the following is not a type of groundwater: unconsolidated alluvial deposits, calcrete or magma?

answers: NDQ_000631

answers: It is one of the largest freshwater deposits in the world

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: Yes

answers: NDQ_000635

answers: What does the impermeable layer of calcrete prevent from infiltrating?

answers: NDQ_000636

answers: None of the above choices.

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: unconsolidated alluvial deposits or calcrete?

answers: NDQ_000640

answers: What prevents precipitation from infiltrating?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: impermeable layer of calcrete

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: impermeable

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: Groundwater

answers: NDQ_000647

answers: It is one of the largest freshwater deposits in the world

answers: NDQ_000648

answers: Groundwater

answers: NDQ_000649

answers: impermeable

answers: NDQ_000650

answers: unconsolidated

answers: NDQ_000651

answers: Yes

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: Ogallala

answers: NDQ_000654

answers: precipitation

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: humid time following the last glacial maximum.

answers: NDQ_000613

answers: prevents precipitation from infiltrating.

answers: NDQ_000615

answers: deposited in the humid time following the last glacial maximum.

answers: NDQ_000616

answers: precipitation

answers: NDQ_000619

answers: Groundwater

answers: NDQ_000624

answers: Groundwater

answers: NDQ_000627

answers: calcrete

answers: NDQ_000629

answers: impermeable layer of calcrete

answers: NDQ_000630

answers: The Ogallala or High Plains Aquifer

answers: NDQ_000631

answers: 450,000 km of 8 states of the United States of America.

answers: NDQ_000632

answers: impermeable layer of calcrete

answers: NDQ_000633

answers: recharge have been measured.

answers: NDQ_000634

answers: freshwater deposits in the world.

answers: NDQ_000635

answers: calcrete prevents precipitation from infiltrating.

answers: NDQ_000636

answers: 8 states of the United States of America.

answers: NDQ_000637

answers: unconsolidated alluvial

answers: NDQ_000638

answers: calcrete

answers: NDQ_000639

answers: alluvial

answers: NDQ_000640

answers: calcrete

answers: NDQ_000641

answers: Groundwater

answers: NDQ_000642

answers: impermeable layer of calcrete

answers: NDQ_000643

answers: calcrete

answers: NDQ_000644

answers: calcrete

answers: NDQ_000645

answers: calcrete

answers: NDQ_000646

answers: Groundwater

answers: NDQ_000647

answers: It is one of the largest freshwater deposits in the world.

answers: NDQ_000648

answers: precipitation

answers: NDQ_000649

answers: impermeable layer of calcrete

answers: NDQ_000650

answers: unconsolidated alluvial deposits.

answers: NDQ_000651

answers: It is one of the largest freshwater deposits in the world.

answers: NDQ_000652

answers: Groundwater

answers: NDQ_000653

answers: The Ogallala or High Plains Aquifer

answers: NDQ_000654

answers: precipitation

answers: NDQ_000655

answers: unconsolidated

text: Melozitna Hot Springs or Melozi Hot Springs is a mineral hot spring destination located on a tributary of the Melozitna River, known as the Big Melozi.  The hot springs is located  about 10 miles from the main river.  The hot springs are about 16 miles north of the Yukon River 30 miles below Tanana. Melozi Hot Springs is in the course of Hot Springs Creek, 3.5 miles E of its mouth, 26 mi. NNW of Hochandochtia Mtn., Kokrine-Hodzana High.; 65"54'30" N, 154"50'30" W.  The local name was reported by the USGS in 1954.

text: Melozitna Hot Springs or Melozi Hot Springs is a

text: mineral hot spring

text: destination located on a tributary of the Melozitna River, known as the Big Melozi.  The hot springs is located  about 10 miles from the main river.  The hot springs are about 16 miles north of the

text: Yukon River

text: 30 miles below

text: Tanana

text: . Melozi Hot Springs is in the course of Hot Springs Creek, 3.5 miles E of its mouth, 26 mi. NNW of

text: Hochandochtia

text: Mtn., Kokrine-Hodzana High.; 65"54'30" N, 154"50'30" W.  The local name was reported by the USGS in 1954.

answers: NDQ_000611

answers: is pumped out of the ground.

answers: NDQ_000613

answers: mineral hot springs

answers: NDQ_000615

answers: swell to a height of

answers: NDQ_000616

answers: Hot Springs Creek

answers: NDQ_000619

answers: Melozitna Hot Springs is in the course of Hot Springs Creek

answers: NDQ_000624

answers: What may be the reason for the hot springs?

answers: NDQ_000627

answers: Where would you find an aquifer?

answers: NDQ_000629

answers: What is Melozitna Hot Springs located on?

answers: NDQ_000630

answers: What type of water is heated in hot springs?

answers: NDQ_000631

answers: How many miles below Tanana is Melozitna Hot Springs?

answers: NDQ_000632

answers: How many miles below Tanana are the hot springs?

answers: NDQ_000633

answers: It is impossible for an aquifer to ever run dry

answers: NDQ_000634

answers: What is the largest aquifer in the world?

answers: NDQ_000635

answers: What type of land use is Melozi Hot Springs in?

answers: NDQ_000636

answers: What is the purpose of the Ogallala aquifer?

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: It is not possible to tell

answers: NDQ_000639

answers: What type of spring is Melozitna Hot Springs?

answers: NDQ_000640

answers: What is the purpose of the water table?

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: The local name was reported in 1954

answers: NDQ_000643

answers: mineral hot spring

answers: NDQ_000644

answers: mineral

answers: NDQ_000645

answers: NDQ_000646

answers: Aquifer

answers: NDQ_000647

answers: 30 miles below Tanana

answers: NDQ_000648

answers: aquifer

answers: NDQ_000649

answers: Where is Melozi Hot Springs located?

answers: NDQ_000650

answers: is near a river

answers: NDQ_000651

answers: Yukon

answers: NDQ_000652

answers: river

answers: NDQ_000653

answers: lakes

answers: NDQ_000654

answers: rivers

answers: NDQ_000655

answers: a mineral

answers: NDQ_000611

answers: Hot Springs Creek,

answers: NDQ_000613

answers: hot spring

answers: NDQ_000615

answers: Melozitna Hot Springs

answers: NDQ_000616

answers: Melozitna Hot Springs

answers: NDQ_000619

answers: mineral hot spring

answers: NDQ_000624

answers: Melozitna Hot Springs

answers: NDQ_000627

answers: Melozitna Hot Springs

answers: NDQ_000629

answers: Melozitna Hot Springs

answers: NDQ_000630

answers: Melozitna Hot Springs

answers: NDQ_000631

answers: Melozitna Hot Springs

answers: NDQ_000632

answers: 30 miles below Tanana.

answers: NDQ_000633

answers: Melozitna Hot Springs

answers: NDQ_000634

answers: Big Melozi.

answers: NDQ_000635

answers: Melozitna Hot Springs

answers: NDQ_000636

answers: Melozitna Hot Springs

answers: NDQ_000637

answers: Melozitna Hot Springs

answers: NDQ_000638

answers: Melozitna Hot Springs

answers: NDQ_000639

answers: mineral

answers: NDQ_000640

answers: Melozitna Hot Springs

answers: NDQ_000641

answers: Melozitna Hot Springs

answers: NDQ_000642

answers: Melozitna Hot Springs

answers: NDQ_000643

answers: hot spring

answers: NDQ_000644

answers: hot spring

answers: NDQ_000645

answers: hot spring

answers: NDQ_000646

answers: hot spring

answers: NDQ_000647

answers: 30 miles below Tanana.

answers: NDQ_000648

answers: Melozitna River,

answers: NDQ_000649

answers: Melozitna River,

answers: NDQ_000650

answers: river.

answers: NDQ_000651

answers: Melozitna Hot Springs

answers: NDQ_000652

answers: tributary

answers: NDQ_000653

answers: hot spring

answers: NDQ_000654

answers: Melozitna River,

answers: NDQ_000655

answers: mineral hot spring

text: In active volcanic zones such as Yellowstone National Park, water may be heated by coming into contact with magma (molten rock). The high temperature gradient near magma may cause water to be heated enough that it boils or becomes superheated. If the water becomes so hot that it builds steam pressure and erupts in a jet above the surface of the Earth, it is called a geyser. If the water only reaches the surface in the form of steam, it is called a fumarole. If the water is mixed with mud and clay, it is called a mud pot.

text: In active volcanic zones such as

text: Yellowstone National Park

text: , water may be heated by coming into contact with

text: magma

text: (molten rock). The high temperature gradient near magma may cause water to be heated enough that it boils or becomes

text: superheated

text: . If the water becomes so hot that it builds

text: steam

text: pressure and erupts in a jet above the surface of the Earth, it is called a

text: geyser

text: . If the water only reaches the surface in the form of

text: steam

text: , it is called a

text: fumarole

text: . If the water is mixed with mud and

text: clay

text: , it is called a

text: mud pot

answers: NDQ_000611

answers: reaches the surface in the form of what?

answers: NDQ_000613

answers: high temperature gradient near magma

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: mud and clay

answers: NDQ_000619

answers: water comes into contact with magma

answers: NDQ_000624

answers: What is a geyser?

answers: NDQ_000627

answers: Which of the following is not a type of aquifer: mud pot, geyser, or mud pot?

answers: NDQ_000629

answers: Which of the following is not an aquifer?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It is one of the biggest aquifers

answers: NDQ_000635

answers: What is a geyser?

answers: NDQ_000636

answers: used to irrigate crops

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: What is a geyser?

answers: NDQ_000643

answers: mud pot

answers: NDQ_000644

answers: What is a geyser?

answers: NDQ_000645

answers: mud pot

answers: NDQ_000646

answers: mud pot

answers: NDQ_000647

answers: mud pot

answers: NDQ_000648

answers: geyser

answers: NDQ_000649

answers: What is a geyser?

answers: NDQ_000650

answers: reaches the surface in the form of steam

answers: NDQ_000651

answers: Yellowstone

answers: NDQ_000652

answers: magma

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: magma

answers: NDQ_000655

answers: mud pot

answers: NDQ_000611

answers: mud pot.

answers: NDQ_000613

answers: high temperature gradient

answers: NDQ_000615

answers: mud pot.

answers: NDQ_000616

answers: magma

answers: NDQ_000619

answers: the water becomes so hot that it builds steam pressure

answers: NDQ_000624

answers: water may be heated by coming into contact with magma

answers: NDQ_000627

answers: mud pot.

answers: NDQ_000629

answers: water may be heated by coming into contact with magma

answers: NDQ_000630

answers: coming into contact with magma (molten rock).

answers: NDQ_000631

answers: Yellowstone National Park,

answers: NDQ_000632

answers: water may be heated by coming into contact with magma

answers: NDQ_000633

answers: water may be heated by coming into contact with magma

answers: NDQ_000634

answers: Yellowstone National Park,

answers: NDQ_000635

answers: mud

answers: NDQ_000636

answers: mud pot.

answers: NDQ_000637

answers: water may be heated by coming into contact with magma

answers: NDQ_000638

answers: water may be heated by coming into contact with magma

answers: NDQ_000639

answers: mud and clay, it is called a mud pot.

answers: NDQ_000640

answers: mud pot.

answers: NDQ_000641

answers: water may be heated by coming into contact with magma

answers: NDQ_000642

answers: mud and clay,

answers: NDQ_000643

answers: mud pot.

answers: NDQ_000644

answers: mud pot.

answers: NDQ_000645

answers: mud pot.

answers: NDQ_000646

answers: water

answers: NDQ_000647

answers: mud pot.

answers: NDQ_000648

answers: mud pot.

answers: NDQ_000649

answers: mud and clay, it is called a mud pot.

answers: NDQ_000650

answers: mixed with mud and clay,

answers: NDQ_000651

answers: Yellowstone National Park,

answers: NDQ_000652

answers: magma

answers: NDQ_000653

answers: Yellowstone National Park,

answers: NDQ_000654

answers: magma

answers: NDQ_000655

answers: mud pot.

text: De La Torre is a pioneer of Geosynthetics applications in Peru. In 2000, he led along with his company Geoservice Ingeniería the usage of geogrids in roads constructions, Peruvian Transport Ministry as well as the engineering community were adamant to the implementation of geogrids back on those days. However, nowadays geogrids, geotextiles, and groundwater drainage system are a widely utilized in Peruvian roads construction and Peruvian Transport Ministry fully accept the usage of geogrids.

text: De La Torre is a pioneer of

text: Geosynthetics

text: applications in

text: Peru

text: . In 2000, he led along with his company

text: Geoservice Ingeniería

text: the usage of geogrids in roads constructions, Peruvian Transport Ministry as well as the engineering community were adamant to the implementation of

text: geogrid

text: s back on those days. However, nowadays geogrids, geotextiles, and groundwater drainage system are a widely utilized in Peruvian roads construction and Peruvian Transport Ministry fully accept the usage of geogrids.

answers: NDQ_000611

answers: drainage system are a widely utilized in Peruvian roads

answers: NDQ_000613

answers: groundwater drainage system

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: Geysers are made of gas.

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Which of the following is not a type of aquifer: clay, aquifer, or groundwater?

answers: NDQ_000629

answers: Which is not the type of rock layer below an aquifer?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: None of the above choices are true

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: Which of the following is not a type of drainage system: groundwater drainage system, geogrids, or geotextiles?

answers: NDQ_000636

answers: None of the above choices are available

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or groundwater

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How would you describe De La Torre?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: geogrids

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is De La Torre?

answers: NDQ_000650

answers: is not properly drained

answers: NDQ_000651

answers: Peru

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: drainage system

answers: NDQ_000613

answers: groundwater drainage system

answers: NDQ_000615

answers: groundwater drainage

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: geogrids, geotextiles,

answers: NDQ_000630

answers: geogrids,

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: Peru.

answers: NDQ_000635

answers: geogrids

answers: NDQ_000636

answers: Peru.

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: geogrids

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: geotextiles,

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: geogrids

answers: NDQ_000645

answers: groundwater drainage

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: roads constructions, Peruvian Transport Ministry

answers: NDQ_000651

answers: Peru.

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater drainage

text: On the groundwater issue, in May 2002, a study titled "Saligao's water crisis and commercial groundwater extraction" was released. Its summary said: "Extraction of groundwater for commercial sale outside the village has risen sharply in the last five years, to a level of up to 435,000 litres per day. Groundwater levels are falling, and wells for household use and for irrigating farmland are running dry in some parts of Saligao, although other parts of the village are unaffected. The problem is very serious for household wells in Don Vaddo and parts of Sonarbhat, and for farmers in Mollembhat. Enough consumers are suffering serious problems to merit the SCCC (Saligao Civic and Consumers' Cell) taking up commercial groundwater extraction as a community issue."

text: On the groundwater issue, in May 2002, a study titled "Saligao's water crisis and commercial groundwater extraction" was released. Its summary said: "Extraction of groundwater for commercial sale outside the village has risen sharply in the last five years, to a level of up to 435,000 litres per day. Groundwater levels are falling, and wells for household use and for irrigating farmland are running dry in some parts of Saligao, although other parts of the village are unaffected. The problem is very serious for household wells in Don Vaddo and parts of Sonarbhat, and for farmers in Mollembhat. Enough consumers are suffering serious problems to merit the SCCC (Saligao Civic and Consumers' Cell) taking up commercial groundwater extraction as a community issue."

answers: NDQ_000611

answers: wells are used for what purpose?

answers: NDQ_000613

answers: groundwater levels are falling, and wells for household use

answers: NDQ_000615

answers: fall

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater levels are falling

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What is the problem with wells for household use and for irrigating farmland?

answers: NDQ_000636

answers: groundwater levels are falling, and wells for household use

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: groundwater levels

answers: NDQ_000641

answers: how does groundwater flow

answers: NDQ_000642

answers: groundwater extraction

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: commercial groundwater extraction

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: wells for household use and for irrigating farmland

answers: NDQ_000613

answers: irrigating farmland

answers: NDQ_000615

answers: falling,

answers: NDQ_000616

answers: wells

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: Groundwater levels are falling,

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: Groundwater levels are falling,

answers: NDQ_000630

answers: 435,000 litres per day.

answers: NDQ_000631

answers: farmland

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: Groundwater levels are falling,

answers: NDQ_000634

answers: 435,000 litres per day.

answers: NDQ_000635

answers: irrigating farmland

answers: NDQ_000636

answers: wells for household use and for irrigating farmland

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: Groundwater levels are falling,

answers: NDQ_000641

answers: wells

answers: NDQ_000642

answers: wells

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: Groundwater

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: commercial groundwater extraction"

answers: NDQ_000651

answers: 435,000 litres per day.

answers: NDQ_000652

answers: wells

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

text: Drilled wells are usually cased with a factory-made pipe, typically steel (in air rotary or cable tool drilling) or plastic/PVC (in mud rotary wells, also present in wells drilled into solid rock). The casing is constructed by welding, either chemically or thermally, segments of casing together. If the casing is installed during the drilling, most drills will drive the casing into the ground as the bore hole advances, while some newer machines will actually allow for the casing to be rotated and drilled into the formation in a similar manner as the bit advancing just below.  PVC or plastic is typically welded and then lowered into the drilled well, vertically stacked with their ends nested and either glued or splined together. The sections of casing are usually  or more in length, and  in diameter, depending on the intended use of the well and local groundwater conditions.

text: Drilled wells are usually cased with a factory-made pipe, typically

text: steel

text: (in air rotary or cable tool drilling) or

text: plastic

text: PVC

text: (in mud rotary wells, also present in wells drilled into solid rock). The casing is constructed by welding, either chemically or thermally, segments of casing together. If the casing is installed during the drilling, most drills will drive the casing into the ground as the bore hole advances, while some newer machines will actually allow for the casing to be rotated and drilled into the formation in a similar manner as the bit advancing just below.  PVC or plastic is typically welded and then lowered into the drilled well, vertically stacked with their ends nested and either glued or splined together. The sections of casing are usually  or more in length, and  in diameter, depending on the intended use of the well and local groundwater conditions.

answers: NDQ_000611

answers: is pumped out of a well by what method?

answers: NDQ_000613

answers: local groundwater conditions

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: wells

answers: NDQ_000619

answers: local groundwater conditions

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: solid rock

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: solid rock

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: intended use of the well and local groundwater conditions

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: solid rock

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: PVC or plastic is typically welded

answers: NDQ_000643

answers: mud

answers: NDQ_000644

answers: bore hole

answers: NDQ_000645

answers: mud

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is rock?

answers: NDQ_000650

answers: intended use of the well

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: solid rock

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: solid

answers: NDQ_000611

answers: local groundwater conditions.

answers: NDQ_000613

answers: local groundwater conditions.

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: Drilled wells

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: local groundwater conditions.

answers: NDQ_000627

answers: mud

answers: NDQ_000629

answers: mud rotary wells,

answers: NDQ_000630

answers: wells drilled into solid rock).

answers: NDQ_000631

answers: solid rock).

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: steel (in air rotary or cable tool drilling)

answers: NDQ_000635

answers: local groundwater conditions.

answers: NDQ_000636

answers: plastic/PVC

answers: NDQ_000637

answers: mud rotary wells,

answers: NDQ_000638

answers: solid rock).

answers: NDQ_000639

answers: solid rock).

answers: NDQ_000640

answers: Drilled wells

answers: NDQ_000641

answers: vertically stacked

answers: NDQ_000642

answers: glued or splined together. The sections of casing

answers: NDQ_000643

answers: mud

answers: NDQ_000644

answers: bore hole

answers: NDQ_000645

answers: mud rotary wells,

answers: NDQ_000646

answers: Drilled wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: mud

answers: NDQ_000650

answers: local groundwater conditions.

answers: NDQ_000651

answers: Drilled wells

answers: NDQ_000652

answers: Drilled wells

answers: NDQ_000653

answers: solid rock).

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: solid rock).

text: They are often determined using some combination of field tests (e.g., aquifer tests) and laboratory tests on aquifer material samples.

text: They are often determined using some combination of field tests (e.g.,

text: aquifer test

text: s) and laboratory tests on aquifer material samples.

answers: NDQ_000611

answers: carries aquifer material

answers: NDQ_000613

answers: aquifer tests

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: evaporation

answers: NDQ_000619

answers: lava from volcanoes is released into the air.

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: no

answers: NDQ_000630

answers: geothermal energy

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: It can affect the amount of water that is available to enter groundwater

answers: NDQ_000636

answers: agricultural

answers: NDQ_000637

answers: aquifer

answers: NDQ_000638

answers: It does not.

answers: NDQ_000639

answers: minerals

answers: NDQ_000640

answers: It keeps water from seeping deeper underground.

answers: NDQ_000641

answers: aquifers

answers: NDQ_000642

answers: is not the same as not having tiny holes

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: can be used

answers: NDQ_000647

answers: aquifers

answers: NDQ_000648

answers: can be tested

answers: NDQ_000649

answers: in the ground

answers: NDQ_000650

answers: is contaminated with chemicals

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: lakes and rivers

answers: NDQ_000654

answers: aqueducts

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: aquifer tests) and laboratory tests on aquifer material samples.

answers: NDQ_000613

answers: field tests

answers: NDQ_000615

answers: aquifer tests) and laboratory tests on aquifer material samples.

answers: NDQ_000616

answers: field tests

answers: NDQ_000619

answers: aquifer material samples.

answers: NDQ_000624

answers: aquifer tests) and laboratory tests on aquifer material samples.

answers: NDQ_000627

answers: aquifer material samples.

answers: NDQ_000629

answers: aquifer material samples.

answers: NDQ_000630

answers: aquifer tests) and laboratory tests on aquifer material samples.

answers: NDQ_000631

answers: They are often determined using some combination of field tests

answers: NDQ_000632

answers: They are often determined using some combination of field tests

answers: NDQ_000633

answers: aquifer tests) and laboratory tests on aquifer material samples.

answers: NDQ_000634

answers: aquifer material samples.

answers: NDQ_000635

answers: aquifer tests) and laboratory tests on aquifer material samples.

answers: NDQ_000636

answers: aquifer tests) and laboratory tests on aquifer material samples.

answers: NDQ_000637

answers: aquifer tests) and laboratory tests on aquifer material samples.

answers: NDQ_000638

answers: aquifer tests) and laboratory tests on aquifer material samples.

answers: NDQ_000639

answers: aquifer tests) and laboratory tests on aquifer material samples.

answers: NDQ_000640

answers: aquifer tests) and laboratory tests on aquifer material samples.

answers: NDQ_000641

answers: They are often determined using some combination of field tests

answers: NDQ_000642

answers: aquifer material samples.

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: aquifer tests)

answers: NDQ_000647

answers: aquifer

answers: NDQ_000648

answers: aquifer material samples.

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: field tests

answers: NDQ_000651

answers: aquifer tests) and laboratory tests on aquifer material samples.

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: field tests

answers: NDQ_000655

answers: aquifer

text: India experiences an average precipitation of  per year, or about  of rains annually. Some 80 percent of its area experiences rains of  or more a year. However, this rain is not uniform in time or geography. Most of the rains occur during its monsoon seasons (June to September), with the northeast and north receiving far more rains than India's west and south. Other than rains, the melting of snow year round over the Himalayas feeds the northern rivers to varying degrees. The southern rivers, however experience more flow variability over the year. For the Himalayan basin, this leads to flooding in some months and water scarcity in others. Despite extensive river system, safe clean drinking water as well as irrigation water supplies for sustainable agriculture are in shortage across India, in part because it has, as yet, harnessed a small fraction of its available and recoverable surface water resource. India harnessed  (20 percent) of its water resources in 2010, part of which came from unsustainable use of groundwater. Of the water it withdrew from its rivers and groundwater wells, India dedicated about  to irrigation,  to municipal and drinking water applications and  to industry.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: safe clean drinking water

answers: NDQ_000615

answers: __

answers: NDQ_000616

answers: groundwater wells

answers: NDQ_000619

answers: groundwater levels are too low

answers: NDQ_000624

answers: unanswerable

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs: magma, groundwater, or precipitation?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a type of groundwater well: irrigation, to municipal and drinking water applications and to industry?

answers: NDQ_000636

answers: India dedicated about to irrigation

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or groundwater?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unsustainable use of groundwater

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Which of the following is not a source of groundwater: rivers, groundwater wells, or industry?

answers: NDQ_000650

answers: unsustainable

answers: NDQ_000651

answers: Which of the following is not an important source of water in the American?

answers: NDQ_000652

answers: groundwater well

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: precipitation

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: groundwater wells,

answers: NDQ_000613

answers: safe clean drinking water

answers: NDQ_000615

answers: flooding in some months and water scarcity

answers: NDQ_000616

answers: melting of snow year round over the Himalayas

answers: NDQ_000619

answers: melting of snow

answers: NDQ_000624

answers: groundwater.

answers: NDQ_000627

answers: groundwater.

answers: NDQ_000629

answers: 80 percent of its area experiences rains of or more a year.

answers: NDQ_000630

answers: safe clean drinking water

answers: NDQ_000631

answers: groundwater.

answers: NDQ_000632

answers: groundwater.

answers: NDQ_000633

answers: groundwater wells,

answers: NDQ_000634

answers: 80 percent of its area experiences rains of or more a year.

answers: NDQ_000635

answers: unsustainable use of groundwater.

answers: NDQ_000636

answers: India dedicated about to irrigation,

answers: NDQ_000637

answers: safe clean drinking water

answers: NDQ_000638

answers: groundwater.

answers: NDQ_000639

answers: groundwater.

answers: NDQ_000640

answers: India experiences an average precipitation of per year,

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: groundwater wells,

answers: NDQ_000643

answers: groundwater.

answers: NDQ_000644

answers: groundwater wells,

answers: NDQ_000645

answers: groundwater wells,

answers: NDQ_000646

answers: groundwater wells,

answers: NDQ_000647

answers: groundwater.

answers: NDQ_000648

answers: groundwater wells,

answers: NDQ_000649

answers: groundwater.

answers: NDQ_000650

answers: unsustainable use of groundwater.

answers: NDQ_000651

answers: India

answers: NDQ_000652

answers: snow

answers: NDQ_000653

answers: groundwater.

answers: NDQ_000654

answers: melting of snow

answers: NDQ_000655

answers: groundwater.

text: In the days following the slide, scientists questioned whether logging in the area could have been a factor contributing to the hillside collapse. Grandy Lake Forest Associates of Mount Vernon, Washington proposed a 15-acre (6 ha) clearcut at the upper edge of the Oso landslide zone in 2004. Washington state forester Aaron Everett stated in an interview with KUOW that the application was rejected and "The one that was approved in the end eliminated the part of the harvest that would have been inside the groundwater recharge area." Everett further stated the resulting 7-acre (2.8 ha) clearcut operation reached to the edge of the groundwater danger zone. An investigation is being conducted to determine whether Grandy Lake crossed into the restricted area that could theoretically feed groundwater into the landslide zone, affecting it for 16 to 27 years.

text: In the days following the slide, scientists questioned whether logging in the area could have been a factor contributing to the hillside collapse. Grandy Lake Forest Associates of

text: Mount Vernon, Washington

text: proposed a 15-acre (6 ha) clearcut at the upper edge of the Oso landslide zone in 2004. Washington state forester Aaron Everett stated in an interview with

text: KUOW

text: that the application was rejected and "The one that was approved in the end eliminated the part of the harvest that would have been inside the groundwater recharge area." Everett further stated the resulting 7-acre (2.8 ha) clearcut operation reached to the edge of the groundwater danger zone. An investigation is being conducted to determine whether Grandy Lake crossed into the restricted area that could theoretically feed groundwater into the landslide zone, affecting it for 16 to 27 years.

answers: NDQ_000611

answers: reaches the edge of what zone?

answers: NDQ_000613

answers: recharge area

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Grandy Lake

answers: NDQ_000619

answers: Geysers erupt because

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Where does the groundwater recharge area lie?

answers: NDQ_000629

answers: Which of the following is not a type of rock: permeable rock, sedimentary rock, or sedimentary rock?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: How deep are the aquifers?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What could theoretically feed groundwater into the landslide zone?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: What type of aquifer is Grandy Lake?

answers: NDQ_000638

answers: It does not say.

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does the groundwater recharge area work?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater recharge

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater recharge area

answers: NDQ_000650

answers: landslide zone

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: groundwater recharge area."

answers: NDQ_000613

answers: groundwater recharge area."

answers: NDQ_000615

answers: groundwater recharge area."

answers: NDQ_000616

answers: Grandy Lake

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: groundwater recharge area."

answers: NDQ_000630

answers: 16 to 27 years.

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater recharge area."

answers: NDQ_000634

answers: Washington

answers: NDQ_000635

answers: logging

answers: NDQ_000636

answers: Grandy Lake Forest Associates of Mount Vernon, Washington

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: groundwater danger zone.

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: 16 to 27 years.

answers: NDQ_000643

answers: groundwater recharge area."

answers: NDQ_000644

answers: groundwater recharge area."

answers: NDQ_000645

answers: groundwater recharge area."

answers: NDQ_000646

answers: groundwater recharge

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: logging

answers: NDQ_000651

answers: Washington

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater recharge

text: The warmest hot spring in the westward extension at  is the Garam Chashma Hot Springs, which emerge from in post-collisional leucogranites of the Hindu Kush Range that date from  20–18 Ma. Reservoir temperatures may be as high as .It is not clear whether the circulation of deep groundwater in this region is driven by topography or by tectonic lateral stress.

text: The warmest hot spring in the westward extension at  is the

text: Garam Chashma

text: Hot Springs, which emerge from in post-collisional

text: leucogranite

text: s of the

text: Hindu Kush

text: Range that date from  20–18 Ma. Reservoir temperatures may be as high as .It is not clear whether the circulation of deep groundwater in this region is driven by topography or by tectonic lateral stress.

answers: NDQ_000611

answers: is driven by topography

answers: NDQ_000613

answers: reservoir temperatures may be as high

answers: NDQ_000615

answers: rise

answers: NDQ_000616

answers: deep groundwater

answers: NDQ_000619

answers: tectonic lateral stress

answers: NDQ_000624

answers: may rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: no

answers: NDQ_000630

answers: no

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: It is not clear whether the circulation of deep groundwater in this region is driven by topography

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: It is not clear

answers: NDQ_000640

answers: no

answers: NDQ_000641

answers: no

answers: NDQ_000642

answers: leucogranites

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: leucogranites

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: Reservoir

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Yes

answers: NDQ_000650

answers: is in a poorer area

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: topography

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: topography or by tectonic lateral stress.

answers: NDQ_000613

answers: topography or by tectonic lateral stress.

answers: NDQ_000615

answers: tectonic lateral stress.

answers: NDQ_000616

answers: topography or by tectonic lateral stress.

answers: NDQ_000619

answers: topography or by tectonic lateral stress.

answers: NDQ_000624

answers: deep groundwater

answers: NDQ_000627

answers: post-collisional leucogranites

answers: NDQ_000629

answers: post-collisional leucogranites

answers: NDQ_000630

answers: Reservoir temperatures

answers: NDQ_000631

answers: deep groundwater

answers: NDQ_000632

answers: topography or by tectonic lateral stress.

answers: NDQ_000633

answers: not clear whether the circulation of deep groundwater

answers: NDQ_000634

answers: Garam Chashma Hot Springs,

answers: NDQ_000635

answers: topography

answers: NDQ_000636

answers: Garam Chashma Hot Springs,

answers: NDQ_000637

answers: post-collisional leucogranites

answers: NDQ_000638

answers: post-collisional leucogranites

answers: NDQ_000639

answers: leucogranites

answers: NDQ_000640

answers: topography

answers: NDQ_000641

answers: topography or by tectonic lateral stress.

answers: NDQ_000642

answers: leucogranites

answers: NDQ_000643

answers: leucogranites

answers: NDQ_000644

answers: leucogranites

answers: NDQ_000645

answers: leucogranites

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: deep groundwater

answers: NDQ_000649

answers: topography

answers: NDQ_000650

answers: topography

answers: NDQ_000651

answers: tectonic lateral stress.

answers: NDQ_000652

answers: post-collisional leucogranites

answers: NDQ_000653

answers: deep groundwater

answers: NDQ_000654

answers: topography or by tectonic lateral stress.

answers: NDQ_000655

answers: deep groundwater

text: Comet Geyser is part of the Daisy Group which includes Daisy Geyser, Splendid Geyser and Brilliant Pool. As opposed to the other features in this group, Comet erupts almost continuously. Every few minutes it surges to a height of . This constant eruption has led to it having the biggest sinter cone of any of the geysers in this group.

text: Comet Geyser is part of the Daisy Group which includes

text: Daisy Geyser

text: Splendid Geyser

text: and

text: Brilliant Pool

text: . As opposed to the other features in this group, Comet erupts almost continuously. Every few minutes it surges to a height of . This constant eruption has led to it having the biggest

text: sinter

text: cone of any of the geysers in this group.

answers: NDQ_000611

answers: erupts from the ground

answers: NDQ_000613

answers: erupts almost continuously

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: evaporation

answers: NDQ_000619

answers: geysers are a source of energy

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Which of the following is not an aquifer?

answers: NDQ_000629

answers: None of the above choices.

answers: NDQ_000630

answers: How is water heated in a hot spring?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: How does land use affect the amount of water that enters groundwater?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: It is not possible to tell

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well

answers: NDQ_000642

answers: sinter cone

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: sinter cone

answers: NDQ_000645

answers: sinter cone

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: geysers

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Where does the water infiltrate?

answers: NDQ_000650

answers: has a lot of pollutants

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: comet

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: Brilliant Pool

answers: NDQ_000611

answers: Comet erupts almost continuously.

answers: NDQ_000613

answers: erupts almost continuously.

answers: NDQ_000615

answers: Brilliant Pool.

answers: NDQ_000616

answers: Comet Geyser

answers: NDQ_000619

answers: continuously.

answers: NDQ_000624

answers: Pool.

answers: NDQ_000627

answers: Pool.

answers: NDQ_000629

answers: Comet Geyser is part of the Daisy Group

answers: NDQ_000630

answers: Comet Geyser is part of the Daisy Group

answers: NDQ_000631

answers: Comet Geyser is part of the Daisy Group

answers: NDQ_000632

answers: Pool.

answers: NDQ_000633

answers: Comet erupts almost continuously.

answers: NDQ_000634

answers: Comet Geyser is part of the Daisy Group

answers: NDQ_000635

answers: Comet Geyser is part of the Daisy Group

answers: NDQ_000636

answers: Comet Geyser is part of the Daisy Group

answers: NDQ_000637

answers: Pool.

answers: NDQ_000638

answers: Pool.

answers: NDQ_000639

answers: sinter

answers: NDQ_000640

answers: Comet Geyser is part of the Daisy Group

answers: NDQ_000641

answers: Comet Geyser is part of the Daisy Group

answers: NDQ_000642

answers: biggest sinter cone

answers: NDQ_000643

answers: Pool.

answers: NDQ_000644

answers: sinter cone

answers: NDQ_000645

answers: Pool.

answers: NDQ_000646

answers: Pool.

answers: NDQ_000647

answers: Pool.

answers: NDQ_000648

answers: Pool.

answers: NDQ_000649

answers: sinter cone

answers: NDQ_000650

answers: continuously.

answers: NDQ_000651

answers: Comet Geyser is part of the Daisy Group

answers: NDQ_000652

answers: geysers

answers: NDQ_000653

answers: Pool.

answers: NDQ_000654

answers: Comet Geyser

answers: NDQ_000655

answers: Brilliant Pool.

text: Sulphur Springs was named for a mineral spring near the original town site.

text: Sulphur Springs was named for a

text: mineral spring

text: near the original town site.

answers: NDQ_000611

answers: sulphurizes soil

answers: NDQ_000613

answers: water quality and quantity

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: a spring

answers: NDQ_000619

answers: lava from volcanoes melts.

answers: NDQ_000624

answers: How would you describe Sulphur Springs?

answers: NDQ_000627

answers: Which of the following is not an aquifer?

answers: NDQ_000629

answers: None of the above choices.

answers: NDQ_000630

answers: What is the source of sulphur?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: It can affect the amount of water that can enter groundwater.

answers: NDQ_000636

answers: None of the above choices.

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: It's impossible to say

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping deeper.

answers: NDQ_000641

answers: What is the best way to describe gravity?

answers: NDQ_000642

answers: is sulphur springs a mineral

answers: NDQ_000643

answers: sulphur

answers: NDQ_000644

answers: is a mineral spring

answers: NDQ_000645

answers: sulphur

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: is sulphur

answers: NDQ_000648

answers: is sulphur

answers: NDQ_000649

answers: eroded

answers: NDQ_000650

answers: is contaminated by chemicals

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: mineral

answers: NDQ_000653

answers: the oceans

answers: NDQ_000654

answers: water vapor

answers: NDQ_000655

answers: watertight

answers: NDQ_000611

answers: mineral spring

answers: NDQ_000613

answers: mineral spring

answers: NDQ_000615

answers: Sulphur Springs

answers: NDQ_000616

answers: Sulphur Springs

answers: NDQ_000619

answers: mineral spring

answers: NDQ_000624

answers: Sulphur Springs

answers: NDQ_000627

answers: Sulphur Springs

answers: NDQ_000629

answers: Sulphur Springs

answers: NDQ_000630

answers: Sulphur Springs

answers: NDQ_000631

answers: Sulphur Springs

answers: NDQ_000632

answers: Sulphur Springs

answers: NDQ_000633

answers: Sulphur Springs was named for a mineral spring

answers: NDQ_000634

answers: Sulphur Springs

answers: NDQ_000635

answers: Sulphur Springs

answers: NDQ_000636

answers: Sulphur Springs

answers: NDQ_000637

answers: Sulphur Springs

answers: NDQ_000638

answers: Sulphur Springs

answers: NDQ_000639

answers: mineral spring

answers: NDQ_000640

answers: Sulphur Springs

answers: NDQ_000641

answers: Sulphur Springs was named for a mineral spring

answers: NDQ_000642

answers: Sulphur Springs

answers: NDQ_000643

answers: mineral spring

answers: NDQ_000644

answers: Sulphur Springs

answers: NDQ_000645

answers: Sulphur Springs was named for a mineral spring

answers: NDQ_000646

answers: spring

answers: NDQ_000647

answers: spring

answers: NDQ_000648

answers: spring

answers: NDQ_000649

answers: Sulphur Springs was named for a mineral spring

answers: NDQ_000650

answers: original town site.

answers: NDQ_000651

answers: Sulphur Springs

answers: NDQ_000652

answers: mineral

answers: NDQ_000653

answers: mineral spring

answers: NDQ_000654

answers: mineral spring

answers: NDQ_000655

answers: mineral spring

text: United States groundwater law is that area of United States law related to groundwater.

text: United States groundwater law is that area of

text: United States

text: law related to

text: groundwater

answers: NDQ_000611

answers: is a source of water.

answers: NDQ_000613

answers: good aquifers contain water

answers: NDQ_000615

answers: be higher than normal.

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is a source of heat

answers: NDQ_000624

answers: The water in an area may rise or fall.

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: None of the above choices.

answers: NDQ_000630

answers: groundwater law

answers: NDQ_000631

answers: aquifers

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: None of the above choices.

answers: NDQ_000634

answers: None of the above choices.

answers: NDQ_000635

answers: The answer: land use.

answers: NDQ_000636

answers: None of the above choices.

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping deeper underground.

answers: NDQ_000641

answers: The answer is gravity.

answers: NDQ_000642

answers: is not the same as not having tiny holes

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: is a term used to describe underground structures

answers: NDQ_000645

answers: groundwater law

answers: NDQ_000646

answers: can be called a well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: is groundwater

answers: NDQ_000649

answers: in the ground

answers: NDQ_000650

answers: is irrigated.

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: underground source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: water from the surface.

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: United States groundwater law

answers: NDQ_000613

answers: United States groundwater law

answers: NDQ_000615

answers: groundwater.

answers: NDQ_000616

answers: United States groundwater law

answers: NDQ_000619

answers: groundwater.

answers: NDQ_000624

answers: United States groundwater law

answers: NDQ_000627

answers: United States groundwater law

answers: NDQ_000629

answers: United States groundwater law

answers: NDQ_000630

answers: United States groundwater law

answers: NDQ_000631

answers: United States groundwater law

answers: NDQ_000632

answers: United States groundwater law

answers: NDQ_000633

answers: United States groundwater law

answers: NDQ_000634

answers: United States groundwater law

answers: NDQ_000635

answers: United States groundwater law

answers: NDQ_000636

answers: United States groundwater law

answers: NDQ_000637

answers: United States groundwater law

answers: NDQ_000638

answers: United States groundwater law

answers: NDQ_000639

answers: United States groundwater law

answers: NDQ_000640

answers: United States groundwater law

answers: NDQ_000641

answers: United States groundwater law

answers: NDQ_000642

answers: United States groundwater law

answers: NDQ_000643

answers: groundwater.

answers: NDQ_000644

answers: United States groundwater law

answers: NDQ_000645

answers: United States groundwater law

answers: NDQ_000646

answers: groundwater.

answers: NDQ_000647

answers: groundwater.

answers: NDQ_000648

answers: groundwater.

answers: NDQ_000649

answers: United States groundwater law

answers: NDQ_000650

answers: United States groundwater law

answers: NDQ_000651

answers: United States groundwater law

answers: NDQ_000652

answers: groundwater.

answers: NDQ_000653

answers: groundwater.

answers: NDQ_000654

answers: United States groundwater law

answers: NDQ_000655

answers: United States groundwater law

text: Jet Geyser is a geyser in the Lower Geyser Basin of Yellowstone National Park in the United States. Jet Geyser is in the Fountain Group that includes Fountain Geyser, Morning Geyser, Red Spouter and Silex Spring.

text: Jet Geyser is a

text: geyser

text: in the

text: Lower Geyser Basin

text: of

text: Yellowstone National Park

text: in the

text: United States

text: . Jet Geyser is in the Fountain Group that includes

text: Fountain Geyser

text: Morning Geyser

text: , Red Spouter and Silex Spring.

answers: NDQ_000611

answers: causes geysers to form

answers: NDQ_000613

answers: good aquifer

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: Yellowstone National Park

answers: NDQ_000619

answers: Yellowstone is a hot place

answers: NDQ_000624

answers: How would you describe Jet Geyser?

answers: NDQ_000627

answers: Where is Jet Geyser located?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How does Jet Geyser get its name?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: How deep is Jet Geyser?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is Jet Geyser a part of?

answers: NDQ_000636

answers: It's impossible to say

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: What type of spring is Jet Geyser?

answers: NDQ_000640

answers: What is the purpose of the water table?

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: is not the same as

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: geyser

answers: NDQ_000648

answers: is aquifer

answers: NDQ_000649

answers: Where is Jet Geyser located?

answers: NDQ_000650

answers: is located near a large body of water

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: Jet Geyser

answers: NDQ_000613

answers: Lower Geyser Basin

answers: NDQ_000615

answers: Jet Geyser

answers: NDQ_000616

answers: Jet Geyser

answers: NDQ_000619

answers: Geyser Basin of Yellowstone National Park in the United States.

answers: NDQ_000624

answers: Lower Geyser Basin

answers: NDQ_000627

answers: Jet Geyser

answers: NDQ_000629

answers: Jet Geyser

answers: NDQ_000630

answers: Jet Geyser

answers: NDQ_000631

answers: Yellowstone National Park in the United States.

answers: NDQ_000632

answers: Jet Geyser

answers: NDQ_000633

answers: Jet Geyser

answers: NDQ_000634

answers: United States.

answers: NDQ_000635

answers: Jet Geyser

answers: NDQ_000636

answers: Jet Geyser

answers: NDQ_000637

answers: Jet Geyser

answers: NDQ_000638

answers: Jet Geyser is a geyser

answers: NDQ_000639

answers: geyser

answers: NDQ_000640

answers: Jet Geyser

answers: NDQ_000641

answers: Jet Geyser

answers: NDQ_000642

answers: Jet Geyser

answers: NDQ_000643

answers: Lower Geyser Basin

answers: NDQ_000644

answers: Jet Geyser

answers: NDQ_000645

answers: Lower Geyser Basin

answers: NDQ_000646

answers: Jet Geyser

answers: NDQ_000647

answers: Jet Geyser is a geyser

answers: NDQ_000648

answers: Jet Geyser is a geyser

answers: NDQ_000649

answers: Jet Geyser

answers: NDQ_000650

answers: Yellowstone National Park

answers: NDQ_000651

answers: Yellowstone National Park in the United States.

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: geyser in the Lower Geyser Basin

answers: NDQ_000654

answers: geyser

answers: NDQ_000655

answers: geyser

text: Nishiwaga has many natural onsen hot springs ("yukko" in the local dialect). There are several natural hot springs baths operated by the municipality, and inexpensive monthly passes are available to residents. There is also a hot spring heated sand bath ("suna-yukko") at one of the sites. Many traditional bed and breakfast inns operate in these areas, usually with their own private hot spring facilities, some of which are open to day visitors for a fee. The area is also home to rare old-growth beech forests found in few other places in Japan. The Waga River, a major tributary of the Kitakami River and from which the county and current town derive their names, originates high up in the folds of Waga-dake, a 1,440 meter peak along the Ou Range which forms the prefectural boundary between Iwate Prefecture (on the eastern, Nishiwaga side) and Akita Prefecture (to the west). The mountains of Nishiwaga Town have drawn interest from local hikers and outdoors enthusiasts, as well as hikers and ecotourists from as far away as Tokyo. In the southeastern section of Nishiwaga Town the Waga River is restrained by the Yuda Dam, which creates a variable depth man-made lake called Kinshuko Lake.

text: Nishiwaga has many natural

text: onsen

text: hot springs ("yukko" in the local dialect). There are several natural hot springs baths operated by the municipality, and inexpensive monthly passes are available to residents. There is also a hot spring heated sand bath ("suna-yukko") at one of the sites. Many traditional bed and breakfast inns operate in these areas, usually with their own private hot spring facilities, some of which are open to day visitors for a fee. The area is also home to rare old-growth beech forests found in few other places in Japan. The Waga River, a major tributary of the

text: Kitakami River

text: and from which the county and current town derive their names, originates high up in the folds of Waga-dake, a 1,440 meter peak along the Ou Range which forms the prefectural boundary between Iwate Prefecture (on the eastern, Nishiwaga side) and Akita Prefecture (to the west). The mountains of Nishiwaga Town have drawn interest from local hikers and outdoors enthusiasts, as well as hikers and ecotourists from as far away as Tokyo. In the southeastern section of Nishiwaga Town the Waga River is restrained by the Yuda Dam, which creates a variable depth man-made lake called Kinshuko Lake.

answers: NDQ_000611

answers: onsen hot springs

answers: NDQ_000613

answers: natural onsen hot springs

answers: NDQ_000615

answers: fluctuate

answers: NDQ_000616

answers: onsen hot springs

answers: NDQ_000619

answers: natural onsen hot springs

answers: NDQ_000624

answers: variable depth

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: natural onsen hot springs

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unknown

answers: NDQ_000635

answers: What is the area also home to?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which is not a type of hot spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: onsen

answers: NDQ_000644

answers: sand

answers: NDQ_000645

answers: onsen hot springs

answers: NDQ_000646

answers: onsen

answers: NDQ_000647

answers: lake

answers: NDQ_000648

answers: onsen

answers: NDQ_000649

answers: Where does the Waga River originate?

answers: NDQ_000650

answers: dam is built

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: natural source

answers: NDQ_000653

answers: Nishiwaga

answers: NDQ_000654

answers: natural springs

answers: NDQ_000655

answers: variable depth

answers: NDQ_000611

answers: natural onsen hot springs

answers: NDQ_000613

answers: natural onsen hot springs

answers: NDQ_000615

answers: variable depth man-made lake called Kinshuko Lake.

answers: NDQ_000616

answers: Waga River,

answers: NDQ_000619

answers: natural onsen hot springs

answers: NDQ_000624

answers: variable depth

answers: NDQ_000627

answers: hot springs

answers: NDQ_000629

answers: Waga-dake,

answers: NDQ_000630

answers: onsen hot springs

answers: NDQ_000631

answers: Japan.

answers: NDQ_000632

answers: variable depth

answers: NDQ_000633

answers: natural onsen hot springs

answers: NDQ_000634

answers: Nishiwaga has many natural onsen hot springs

answers: NDQ_000635

answers: rare old-growth beech forests

answers: NDQ_000636

answers: The Waga River,

answers: NDQ_000637

answers: onsen hot springs

answers: NDQ_000638

answers: Waga-dake,

answers: NDQ_000639

answers: natural

answers: NDQ_000640

answers: Yuda Dam,

answers: NDQ_000641

answers: The Waga River,

answers: NDQ_000642

answers: sand

answers: NDQ_000643

answers: Waga-dake,

answers: NDQ_000644

answers: sand

answers: NDQ_000645

answers: Waga-dake,

answers: NDQ_000646

answers: natural onsen hot springs

answers: NDQ_000647

answers: variable depth

answers: NDQ_000648

answers: The Waga River,

answers: NDQ_000649

answers: Waga-dake,

answers: NDQ_000650

answers: man-made lake

answers: NDQ_000651

answers: Kitakami River

answers: NDQ_000652

answers: natural onsen hot springs

answers: NDQ_000653

answers: Kitakami River

answers: NDQ_000654

answers: Waga River,

answers: NDQ_000655

answers: variable depth man-made lake

text: Whakarewarewa has some 500 pools, most of which are alkaline chloride hot springs, and at least 65 geyser vents, each with their own name. Seven geysers are currently active. Pohutu Geyser, meaning big splash or explosion, erupts approximately hourly to heights of up to 30 m.

text: Whakarewarewa has some 500 pools, most of which are alkaline chloride

text: hot springs

text: , and at least 65 geyser vents, each with their own name. Seven

text: geysers

text: are currently active. Pohutu Geyser, meaning big splash or explosion, erupts approximately hourly to heights of up to 30 m.

answers: NDQ_000611

answers: erupts to heights of up to what?

answers: NDQ_000613

answers: alkaline chloride hot springs

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: geysers

answers: NDQ_000619

answers: alkaline chloride hot spring

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: It's impossible to say

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the source of water in Whakarewarewa?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: no

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: geyser vents

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: aquifer

answers: NDQ_000649

answers: Where is Pohutu Geyser

answers: NDQ_000650

answers: is contaminated with chemicals

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: alkaline

answers: NDQ_000611

answers: alkaline chloride hot springs,

answers: NDQ_000613

answers: alkaline chloride hot springs,

answers: NDQ_000615

answers: 500 pools, most of which are alkaline chloride hot springs,

answers: NDQ_000616

answers: alkaline chloride hot springs,

answers: NDQ_000619

answers: explosion,

answers: NDQ_000624

answers: Whakarewarewa has some 500 pools,

answers: NDQ_000627

answers: alkaline chloride hot springs,

answers: NDQ_000629

answers: alkaline chloride hot springs,

answers: NDQ_000630

answers: alkaline chloride

answers: NDQ_000631

answers: 500 pools, most of which are alkaline chloride hot springs,

answers: NDQ_000632

answers: alkaline chloride hot springs,

answers: NDQ_000633

answers: 500 pools, most of which are alkaline chloride hot springs,

answers: NDQ_000634

answers: Whakarewarewa has some 500

answers: NDQ_000635

answers: 500

answers: NDQ_000636

answers: alkaline chloride hot springs,

answers: NDQ_000637

answers: alkaline chloride hot springs,

answers: NDQ_000638

answers: 500 pools, most of which are alkaline chloride hot springs,

answers: NDQ_000639

answers: alkaline chloride hot springs,

answers: NDQ_000640

answers: 500 pools, most of which are alkaline chloride hot springs,

answers: NDQ_000641

answers: Whakarewarewa has some 500 pools,

answers: NDQ_000642

answers: pools,

answers: NDQ_000643

answers: alkaline chloride hot springs,

answers: NDQ_000644

answers: pools,

answers: NDQ_000645

answers: alkaline chloride hot springs,

answers: NDQ_000646

answers: hot springs,

answers: NDQ_000647

answers: hot springs,

answers: NDQ_000648

answers: alkaline chloride hot springs,

answers: NDQ_000649

answers: 500 pools, most of which are alkaline chloride hot springs,

answers: NDQ_000650

answers: geyser vents,

answers: NDQ_000651

answers: Whakarewarewa

answers: NDQ_000652

answers: alkaline chloride hot springs,

answers: NDQ_000653

answers: alkaline chloride hot springs,

answers: NDQ_000654

answers: alkaline chloride hot springs,

answers: NDQ_000655

answers: alkaline chloride hot springs,

text: A confined aquifer is an aquifer that is overlain by a relatively impermeable layer of rock or substrate such as an aquiclude or aquitard. If a confined aquifer follows a downward grade from its recharge zone, groundwater can become pressurized as it flows. This can create artesian wells that flow freely without the need of a pump and rise to a higher elevation than the static water table at the above, unconfined, aquifer.

text: A confined aquifer is an aquifer that is overlain by a relatively impermeable layer of rock or substrate such as an aquiclude or aquitard. If a confined aquifer follows a downward grade from its recharge zone, groundwater can become pressurized as it flows. This can create

text: artesian well

text: s that flow freely without the need of a pump and rise to a higher elevation than the static water table at the above, unconfined, aquifer.

answers: NDQ_000611

answers: rises to a higher elevation than the static water table at the above, unconfined, aquifer.

answers: NDQ_000613

answers: groundwater can become pressurized as it flows

answers: NDQ_000615

answers: rise to a higher elevation

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater can become pressurized

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: No

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: None of the above choices

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: What can create artesian wells that flow freely without the need of a pump?

answers: NDQ_000636

answers: crop

answers: NDQ_000637

answers: no

answers: NDQ_000638

answers: Yes

answers: NDQ_000639

answers: Which of the following is not a mineral spring?

answers: NDQ_000640

answers: unconfined, aquifer

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: aquiclude

answers: NDQ_000644

answers: artesian wells

answers: NDQ_000645

answers: unconfined, aquifer

answers: NDQ_000646

answers: artesian well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: impermeable layer

answers: NDQ_000650

answers: unconfined

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: artesian well

answers: NDQ_000653

answers: confined aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: unconfined, aquifer.

answers: NDQ_000613

answers: confined aquifer follows a downward grade from its recharge zone,

answers: NDQ_000615

answers: static

answers: NDQ_000616

answers: recharge zone,

answers: NDQ_000619

answers: groundwater can become pressurized

answers: NDQ_000624

answers: rise to a higher elevation than the static water table

answers: NDQ_000627

answers: rock

answers: NDQ_000629

answers: aquiclude or aquitard.

answers: NDQ_000630

answers: A confined aquifer

answers: NDQ_000631

answers: confined aquifer

answers: NDQ_000632

answers: unconfined, aquifer.

answers: NDQ_000633

answers: confined aquifer follows a downward grade from its recharge zone,

answers: NDQ_000634

answers: A confined aquifer

answers: NDQ_000635

answers: confined aquifer

answers: NDQ_000636

answers: A confined aquifer

answers: NDQ_000637

answers: A confined aquifer

answers: NDQ_000638

answers: aquiclude or aquitard.

answers: NDQ_000639

answers: A confined aquifer

answers: NDQ_000640

answers: static water table

answers: NDQ_000641

answers: artesian wells that flow freely without the need of a pump

answers: NDQ_000642

answers: artesian wells that flow freely without the need of a pump

answers: NDQ_000643

answers: aquiclude or aquitard.

answers: NDQ_000644

answers: artesian wells

answers: NDQ_000645

answers: aquiclude or aquitard.

answers: NDQ_000646

answers: artesian wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: impermeable

answers: NDQ_000650

answers: unconfined,

answers: NDQ_000651

answers: A confined aquifer

answers: NDQ_000652

answers: confined aquifer

answers: NDQ_000653

answers: confined aquifer

answers: NDQ_000654

answers: recharge zone,

answers: NDQ_000655

answers: aquiclude or aquitard.

text: Ngāti Porou is a Māori iwi traditionally located in the East Cape and Gisborne regions of the North Island of New Zealand. Ngāti Porou has the second-largest affiliation of any iwi in New Zealand, with 71,910 registered members in 2006. The traditional tribal boundary of Ngāti Porou extends from Pōtikirua in the north to Te Toka-a-Taiau (a rock that used to sit in the mouth of Gisborne harbour) in the south.

text: Ngāti Porou is a

text: Māori

text: iwi

text: traditionally located in the

text: East Cape

text: and

text: Gisborne

text: regions of the

text: North Island

text: of

text: New Zealand

text: . Ngāti Porou has the second-largest affiliation of any iwi in New Zealand, with 71,910 registered members in 2006. The traditional tribal boundary of Ngāti Porou extends from Pōtikirua in the north to Te Toka-a-Taiau (a rock that used to sit in the mouth of Gisborne harbour) in the south.

answers: NDQ_000611

answers: Gisborne harbour

answers: NDQ_000613

answers: good aquifer

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Gisborne harbour

answers: NDQ_000619

answers: volcanic eruptions occur

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Where does Ng ti Porou extend?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the traditional tribal boundary of Ng ti Porou?

answers: NDQ_000636

answers: How many registered members were there in 2006?

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a mineral spring: hot springs, mineral springs or hot springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: no

answers: NDQ_000643

answers: Gisborne harbour

answers: NDQ_000644

answers: unanswerable

answers: NDQ_000645

answers: Gisborne harbour

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: ice

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Te Toka-a-Taiau

answers: NDQ_000650

answers: is located near a source of pollution

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: rock

answers: NDQ_000653

answers: New Zealand

answers: NDQ_000654

answers: water

answers: NDQ_000655

answers: Te Toka-a-Taiau

answers: NDQ_000611

answers: 71,910 registered members in 2006.

answers: NDQ_000613

answers: East Cape and Gisborne regions of the North Island of New Zealand.

answers: NDQ_000615

answers: East Cape and Gisborne regions of the North Island of New Zealand.

answers: NDQ_000616

answers: Gisborne harbour)

answers: NDQ_000619

answers: North Island of New Zealand.

answers: NDQ_000624

answers: East Cape and Gisborne regions of the North Island of New Zealand.

answers: NDQ_000627

answers: 71,910 registered members in 2006.

answers: NDQ_000629

answers: 71,910 registered members in 2006.

answers: NDQ_000630

answers: 71,910 registered members in 2006.

answers: NDQ_000631

answers: East Cape and Gisborne regions of the North Island of New Zealand.

answers: NDQ_000632

answers: 71,910 registered members in 2006.

answers: NDQ_000633

answers: 71,910 registered members in 2006.

answers: NDQ_000634

answers: New Zealand.

answers: NDQ_000635

answers: East Cape and Gisborne regions of the North Island of New Zealand.

answers: NDQ_000636

answers: 71,910 registered members in 2006.

answers: NDQ_000637

answers: 71,910 registered members in 2006.

answers: NDQ_000638

answers: 71,910 registered members in 2006.

answers: NDQ_000639

answers: 71,910 registered members in 2006.

answers: NDQ_000640

answers: 71,910 registered members in 2006.

answers: NDQ_000641

answers: 71,910 registered members in 2006.

answers: NDQ_000642

answers: 71,910 registered members in 2006.

answers: NDQ_000643

answers: Te Toka-a-Taiau

answers: NDQ_000644

answers: rock

answers: NDQ_000645

answers: Te Toka-a-Taiau

answers: NDQ_000646

answers: 71,910 registered members in 2006.

answers: NDQ_000647

answers: 71,910 registered members in 2006.

answers: NDQ_000648

answers: 71,910 registered members in 2006.

answers: NDQ_000649

answers: Te Toka-a-Taiau

answers: NDQ_000650

answers: harbour)

answers: NDQ_000651

answers: New Zealand.

answers: NDQ_000652

answers: rock that used to sit in the mouth of Gisborne harbour)

answers: NDQ_000653

answers: North Island of New Zealand.

answers: NDQ_000654

answers: rock that used to sit in the mouth of Gisborne harbour)

answers: NDQ_000655

answers: Te Toka-a-Taiau

text: The geyser is located on the Firehole River within the Upper Geyser Basin. The geyser shoots steam and water to heights of 75 feet (23 m) in an arch over the river, sometimes causing brilliant rainbows. The eruptions occur every 5⁄ to 7 hours. As is Daisy, Riverside is one of the most predictable geysers in the park, because it is not located near any other geysers that may disrupt the flow of underground water in the geyser's plumbing. Riverside is unique in its way that eruptions seldom occur at the average interval for any given time. Instead, Riverside is bimodal, meaning it usually erupts 20 minutes before or 25 minutes late for a duration of 20 minutes. The bimodality does not represent a problem for predictions if the previous erupt time is seen. If not, you are predicting on doubles and triples, which leads to a wide range for uncertainty. For an hour or two before the eruption, water pours over the edge of the cone. The geyser was named by the Hayden Geological Survey of 1871.

text: The geyser is located on the

text: Firehole River

text: within the

text: Upper Geyser Basin

text: . The geyser shoots steam and water to heights of 75 feet (23 m) in an arch over the river, sometimes causing brilliant rainbows. The eruptions occur every 5⁄ to 7 hours. As is

text: Daisy

text: , Riverside is one of the most predictable geysers in the park, because it is not located near any other geysers that may disrupt the flow of underground water in the geyser's plumbing. Riverside is unique in its way that eruptions seldom occur at the average interval for any given time. Instead, Riverside is bimodal, meaning it usually erupts 20 minutes before or 25 minutes late for a duration of 20 minutes. The bimodality does not represent a problem for predictions if the previous erupt time is seen. If not, you are predicting on doubles and triples, which leads to a wide range for uncertainty. For an hour or two before the eruption, water pours over the edge of the cone. The geyser was named by the

text: Hayden Geological Survey of 1871

answers: NDQ_000611

answers: erupts 20 minutes before or 25 minutes late

answers: NDQ_000613

answers: predictable geysers

answers: NDQ_000615

answers: pour over the edge

answers: NDQ_000616

answers: Geysers

answers: NDQ_000619

answers: underground water is unable to flow

answers: NDQ_000624

answers: What may cause the water table to rise or fall?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: Which of the following is not a geyser: Daisy, Riverside or Hayden Geological Survey?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: What is unique about Riverside?

answers: NDQ_000632

answers: What is the average interval for any given time?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: What is one of the most predictable geysers?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a hot spring: mineral springs, geysers, or hot springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: The geyser shoots steam and water to heights of 75 feet

answers: NDQ_000643

answers: Upper Geyser Basin

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: Upper Geyser Basin

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: geysers

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Where is the geyser located?

answers: NDQ_000650

answers: is located near other geysers

answers: NDQ_000651

answers: Northern Hemisphere

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Geyser Basin

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: underground water in the geyser's plumbing.

answers: NDQ_000613

answers: eruptions seldom occur at the average interval for any given time.

answers: NDQ_000615

answers: water pours over the edge of the cone.

answers: NDQ_000616

answers: Riverside

answers: NDQ_000619

answers: underground water

answers: NDQ_000624

answers: underground water

answers: NDQ_000627

answers: underground water

answers: NDQ_000629

answers: Riverside

answers: NDQ_000630

answers: Riverside

answers: NDQ_000631

answers: underground water

answers: NDQ_000632

answers: average interval

answers: NDQ_000633

answers: Riverside

answers: NDQ_000634

answers: Riverside

answers: NDQ_000635

answers: Riverside

answers: NDQ_000636

answers: Riverside

answers: NDQ_000637

answers: underground water

answers: NDQ_000638

answers: underground water

answers: NDQ_000639

answers: underground water

answers: NDQ_000640

answers: Riverside

answers: NDQ_000641

answers: underground water

answers: NDQ_000642

answers: cone.

answers: NDQ_000643

answers: underground water

answers: NDQ_000644

answers: cone.

answers: NDQ_000645

answers: cone.

answers: NDQ_000646

answers: underground water

answers: NDQ_000647

answers: underground water

answers: NDQ_000648

answers: underground water

answers: NDQ_000649

answers: underground water

answers: NDQ_000650

answers: other geysers

answers: NDQ_000651

answers: Riverside

answers: NDQ_000652

answers: underground water

answers: NDQ_000653

answers: underground

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: Daisy,

text: Devin is a popular tourist attraction. There is an abundance of hot springs and hence spa resorts in the area. The region was known in antiquity for the healing properties of its mineral springs. The waters have been claimed to treat and heal a variety of maladies: conditions of the skeletal, peripheral nervous, cardiovascular and pulmonary systems, skin disorders and others. In addition to these, the water is drunk or inhaled in the treatment of respiratory diseases, allergies and infections. The conditions available in Devin make it a centre for recovery and stabilising health.

text: Devin is a popular tourist attraction. There is an abundance of

text: hot spring

text: s and hence

text: spa resort

text: s in the area. The region was known in antiquity for the healing properties of its mineral springs. The waters have been claimed to treat and heal a variety of maladies: conditions of the skeletal, peripheral nervous, cardiovascular and pulmonary systems, skin disorders and others. In addition to these, the water is drunk or inhaled in the treatment of respiratory diseases, allergies and infections. The conditions available in Devin make it a centre for recovery and stabilising health.

answers: NDQ_000611

answers: is a source of what?

answers: NDQ_000613

answers: abundance of hot springs

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: hot springs are filled with water

answers: NDQ_000624

answers: What may be the reason for the abundance of hot springs?

answers: NDQ_000627

answers: Which of the following is not a mineral spring?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unknown

answers: NDQ_000635

answers: What may be the reason for the abundance of hot springs?

answers: NDQ_000636

answers: not enough information

answers: NDQ_000637

answers: Which of the following is not a type of spring: mineral springs, hot springs or spa resorts?

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: It's impossible to say

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: how does the water flow out of a well

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: mineral springs

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: mineral springs

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: mineral

answers: NDQ_000649

answers: Which of the following is not a type of spring: mineral springs, mineral springs or hot springs?

answers: NDQ_000650

answers: has a high population

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: mineral source

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: mineral springs

answers: NDQ_000655

answers: hot

answers: NDQ_000611

answers: hot springs

answers: NDQ_000613

answers: abundance of hot springs

answers: NDQ_000615

answers: hot springs

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: hot springs

answers: NDQ_000624

answers: hot springs

answers: NDQ_000627

answers: hot springs

answers: NDQ_000629

answers: hot springs

answers: NDQ_000630

answers: hot springs

answers: NDQ_000631

answers: hot springs

answers: NDQ_000632

answers: hot springs

answers: NDQ_000633

answers: hot springs

answers: NDQ_000634

answers: hot springs

answers: NDQ_000635

answers: abundance of hot springs

answers: NDQ_000636

answers: healing properties of its mineral springs.

answers: NDQ_000637

answers: mineral springs.

answers: NDQ_000638

answers: hot springs

answers: NDQ_000639

answers: mineral springs.

answers: NDQ_000640

answers: hot springs

answers: NDQ_000641

answers: hot springs

answers: NDQ_000642

answers: hot springs

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: hot springs

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: drunk or inhaled

answers: NDQ_000649

answers: mineral springs.

answers: NDQ_000650

answers: hot springs

answers: NDQ_000651

answers: Devin

answers: NDQ_000652

answers: mineral

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: hot springs

answers: NDQ_000655

answers: hot springs

text: The town of Foxborough, initial an agricultural town, grew as an industrial center in the 19th century, specializing in the manufacture of straw hats.  The town's industrial owners and the rise in population led to the need for a reliable public water supply for improved public health and the fire protection of important industrial assets.  After a report on the matter was issued in 1879, it lay dormant until 1889, when proposals were made after the construction of the Foxborough State Hospital renewed calls for improved fire protection.  A proposal for the present siting of the station was approved by the town in 1891.  Ernest Boyden, then already known for his designs of other public water supply pumping stations, was retained to design the new facility.  Twenty-four shallow wells were dug to draw groundwater, which the main pump then distributed.  In 1948 these were replaced by three deep wells, which draw from the aquifer underlying the Neponset Reservoir.  A fourth well was drilled in 1972, replacing the #2 well, whose casing had cracked.

text: The town of Foxborough, initial an agricultural town, grew as an industrial center in the 19th century, specializing in the manufacture of

text: straw hat

text: s.  The town's industrial owners and the rise in population led to the need for a reliable public water supply for improved public health and the fire protection of important industrial assets.  After a report on the matter was issued in 1879, it lay dormant until 1889, when proposals were made after the construction of the

text: Foxborough State Hospital

text: renewed calls for improved fire protection.  A proposal for the present siting of the station was approved by the town in 1891.  Ernest Boyden, then already known for his designs of other public water supply pumping stations, was retained to design the new facility.  Twenty-four shallow wells were dug to draw groundwater, which the main pump then distributed.  In 1948 these were replaced by three deep wells, which draw from the aquifer underlying the Neponset Reservoir.  A fourth well was drilled in 1972, replacing the #2 well, whose casing had cracked.

answers: NDQ_000611

answers: How many years after the construction of the Foxborough State Hospital renewed calls for improved fire protection?

answers: NDQ_000613

answers: reliable public water supply

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Neponset Reservoir

answers: NDQ_000619

answers: groundwater is too cold

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Where is the aquifer underlying the Neponset Reservoir?

answers: NDQ_000629

answers: How many shallow wells were dug to draw groundwater?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: It's impossible to say

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How many shallow wells were dug to draw groundwater?

answers: NDQ_000636

answers: None of the above choices are true

answers: NDQ_000637

answers: What type of rock is the aquifer made of?

answers: NDQ_000638

answers: It is impossible to say

answers: NDQ_000639

answers: Which of the following is not a mineral spring: aquifer underlying the Neponset Reservoir?

answers: NDQ_000640

answers: How many shallow wells were dug?

answers: NDQ_000641

answers: How does water flow from a well?

answers: NDQ_000642

answers: shallow wells were dug

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: shallow wells

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: deep wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: Neponset Reservoir

answers: NDQ_000649

answers: Where is the aquifer underlying the Neponset Reservoir

answers: NDQ_000650

answers: shallow wells were dug

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: Reservoir

answers: NDQ_000611

answers: shallow wells

answers: NDQ_000613

answers: reliable public water supply for improved public health and the fire protection

answers: NDQ_000615

answers: Twenty-four shallow wells were dug to draw groundwater,

answers: NDQ_000616

answers: Neponset Reservoir.

answers: NDQ_000619

answers: groundwater,

answers: NDQ_000624

answers: groundwater,

answers: NDQ_000627

answers: Neponset Reservoir.

answers: NDQ_000629

answers: Neponset Reservoir.

answers: NDQ_000630

answers: Twenty-four shallow wells were dug to draw groundwater,

answers: NDQ_000631

answers: aquifer underlying the Neponset Reservoir.

answers: NDQ_000632

answers: aquifer underlying the Neponset Reservoir.

answers: NDQ_000633

answers: Neponset Reservoir.

answers: NDQ_000634

answers: Neponset Reservoir.

answers: NDQ_000635

answers: agricultural

answers: NDQ_000636

answers: Neponset Reservoir.

answers: NDQ_000637

answers: aquifer underlying the Neponset Reservoir.

answers: NDQ_000638

answers: Neponset Reservoir.

answers: NDQ_000639

answers: groundwater,

answers: NDQ_000640

answers: Neponset Reservoir.

answers: NDQ_000641

answers: Twenty-four shallow wells were dug to draw groundwater,

answers: NDQ_000642

answers: shallow wells

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: shallow wells

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: dug

answers: NDQ_000647

answers: groundwater,

answers: NDQ_000648

answers: Neponset Reservoir.

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: population

answers: NDQ_000651

answers: Neponset Reservoir.

answers: NDQ_000652

answers: groundwater,

answers: NDQ_000653

answers: groundwater,

answers: NDQ_000654

answers: Neponset Reservoir.

answers: NDQ_000655

answers: shallow wells

text: Mining interest in the area decreased drastically after gold was found in the Klondike in 1897, and then in Nome in 1899. A limited number of miners stayed in the area near Circle Hot Spring after the turn of the century, and gold mining continues to be an attraction to this day.

text: Mining interest in the area decreased drastically after gold was found in the

text: Klondike

text: in 1897, and then in

text: Nome

text: in 1899. A limited number of miners stayed in the area near Circle Hot Spring after the turn of the century, and gold mining continues to be an attraction to this day.

answers: NDQ_000611

answers: is contaminated with metals

answers: NDQ_000613

answers: hot spring

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: a spring

answers: NDQ_000619

answers: gold is found in the area

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: None of the above choices.

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What can be concluded about the Klondike and Nome?

answers: NDQ_000636

answers: gold mining

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: What was found in the Klondike in 1897?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: Hot Spring

answers: NDQ_000644

answers: can be described as

answers: NDQ_000645

answers: Hot Spring

answers: NDQ_000646

answers: Circle Hot Spring

answers: NDQ_000647

answers: Circle Hot Spring

answers: NDQ_000648

answers: is aquifer

answers: NDQ_000649

answers: in the ground

answers: NDQ_000650

answers: gold is mined

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: gold mine

answers: NDQ_000653

answers: Nome

answers: NDQ_000654

answers: gold mining

answers: NDQ_000655

answers: Circle Hot Spring

answers: NDQ_000611

answers: Circle Hot Spring

answers: NDQ_000613

answers: Hot Spring

answers: NDQ_000615

answers: Circle Hot Spring

answers: NDQ_000616

answers: Circle Hot Spring

answers: NDQ_000619

answers: gold was found in the Klondike in 1897,

answers: NDQ_000624

answers: gold was found in the Klondike in 1897,

answers: NDQ_000627

answers: gold was found in the Klondike in 1897,

answers: NDQ_000629

answers: gold was found in the Klondike in 1897,

answers: NDQ_000630

answers: Circle Hot Spring

answers: NDQ_000631

answers: Circle Hot Spring

answers: NDQ_000632

answers: gold was found in the Klondike in 1897,

answers: NDQ_000633

answers: Circle Hot Spring

answers: NDQ_000634

answers: gold was found in the Klondike in 1897,

answers: NDQ_000635

answers: gold mining

answers: NDQ_000636

answers: gold was found in the Klondike in 1897,

answers: NDQ_000637

answers: gold was found in the Klondike in 1897,

answers: NDQ_000638

answers: gold was found in the Klondike in 1897,

answers: NDQ_000639

answers: gold

answers: NDQ_000640

answers: gold was found in the Klondike in 1897,

answers: NDQ_000641

answers: gold was found in the Klondike in 1897,

answers: NDQ_000642

answers: Circle Hot Spring

answers: NDQ_000643

answers: Circle Hot Spring

answers: NDQ_000644

answers: Circle Hot Spring

answers: NDQ_000645

answers: Circle Hot Spring

answers: NDQ_000646

answers: Circle Hot Spring

answers: NDQ_000647

answers: Circle Hot Spring

answers: NDQ_000648

answers: Circle Hot Spring

answers: NDQ_000649

answers: gold was found in the Klondike in 1897,

answers: NDQ_000650

answers: gold mining

answers: NDQ_000651

answers: gold mining continues to be an attraction to this day.

answers: NDQ_000652

answers: gold was found in the Klondike

answers: NDQ_000653

answers: Circle Hot Spring

answers: NDQ_000654

answers: gold mining

answers: NDQ_000655

answers: Hot Spring

text: An additional strategy to water conservation is practicing sustainable methods of utilizing groundwater resources.  Groundwater flows due to gravity and eventually discharges into streams. Excess pumping of groundwater leads to a decrease in groundwater levels and if continued it can exhaust the resource. Ground and surface waters are connected and overuse of groundwater can reduce and, in extreme examples, diminish the water supply of lakes, rivers, and streams. In coastal regions, over pumping groundwater can increase saltwater intrusion which results in the contamination of  groundwater water supply. Sustainable use of groundwater is essential in water conservation.

text: An additional strategy to water conservation is practicing sustainable methods of utilizing groundwater resources.  Groundwater flows due to gravity and eventually discharges into streams. Excess pumping of groundwater leads to a decrease in groundwater levels and if continued it can exhaust the resource. Ground and surface waters are connected and overuse of groundwater can reduce and, in extreme examples, diminish the water supply of lakes, rivers, and streams. In coastal regions, over pumping groundwater can increase saltwater intrusion which results in the contamination of  groundwater water supply. Sustainable use of groundwater is essential in water conservation.

answers: NDQ_000611

answers: discharges into streams

answers: NDQ_000613

answers: groundwater flows due to gravity

answers: NDQ_000615

answers: decrease

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater levels are too low

answers: NDQ_000624

answers: What can happen to the water table in an area?

answers: NDQ_000627

answers: Which of the following is not an example of a layer of clay?

answers: NDQ_000629

answers: Which of the following is not a type of rock: permeable rock, sedimentary rock, or sedimentary rock?

answers: NDQ_000630

answers: What is the source of water in hot springs?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: None of the above choices.

answers: NDQ_000635

answers: Which of the following is not a type of land use?

answers: NDQ_000636

answers: sustainable use of groundwater is essential in water conservation

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: Which of the following is not an impermeable rock?

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: Which of the following is not a source of water in an aquifer?

answers: NDQ_000641

answers: Why does groundwater flow?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: can be described as

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: pumping

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where does the water infiltrate?

answers: NDQ_000650

answers: over pumping

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: lakes

answers: NDQ_000654

answers: saltwater intrusion

answers: NDQ_000655

answers: Excessive

answers: NDQ_000611

answers: flows due to gravity and eventually discharges into streams.

answers: NDQ_000613

answers: Groundwater flows due to gravity and eventually discharges into streams.

answers: NDQ_000615

answers: decrease in groundwater levels

answers: NDQ_000616

answers: streams.

answers: NDQ_000619

answers: gravity

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: Groundwater flows due to gravity and eventually discharges into streams.

answers: NDQ_000629

answers: Groundwater flows due to gravity and eventually discharges into streams.

answers: NDQ_000630

answers: Sustainable use of groundwater

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: Groundwater flows due to gravity and eventually discharges into streams.

answers: NDQ_000633

answers: Excess pumping of groundwater

answers: NDQ_000634

answers: Excess pumping of groundwater

answers: NDQ_000635

answers: Ground and surface waters

answers: NDQ_000636

answers: Excess pumping of groundwater

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: Excess pumping of groundwater

answers: NDQ_000639

answers: Groundwater

answers: NDQ_000640

answers: Groundwater flows due to gravity and eventually discharges into streams.

answers: NDQ_000641

answers: Groundwater

answers: NDQ_000642

answers: Groundwater flows due to gravity and eventually discharges into streams.

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: Groundwater flows due to gravity and eventually discharges into streams.

answers: NDQ_000645

answers: Groundwater

answers: NDQ_000646

answers: pumping

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: Groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: over pumping groundwater can increase saltwater intrusion

answers: NDQ_000651

answers: lakes, rivers, and streams.

answers: NDQ_000652

answers: Groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: gravity

answers: NDQ_000655

answers: pumping

text: During the Pahlavi period, the process of qanat construction and maintenance continued. A council that was responsible for the qanats was set up by the government. At that time most of the qanats belonged to landlords. In fact, feudalism was the prevailing system in the rural regions. The peasants were not entitled to the lands they worked on, but were considered only as the users of the lands. They had to pay rent for land and water to the landlords who could afford to finance all the proceedings required to maintain the qanats, for they were relatively wealthy. According to the report of Safi Asfiya, who was in charge of supervising the qanats of Iran in the former regime, in the year 1942 Iran had 40,000 qanats with a total discharge of 600,000 liters per second or 18.2 billion cubic meters per year. In 1961, another report was published revealing that in Iran there were 30,000 qanats of which just 20,000 were still in use, with a total output of 560,000 lit/se or 17.3 billion cubic meters per year. In 1959 a reforme program named as the White Revolution was declared by the former Shah. One of the articles of this program addressed the land reform that let peasants take ownership of part of the landlords’ lands. In fact, the land reform meant that the landlords lost their motivation for investing more money in constructing or repairing the qanats which were subject to the Lnd Reform Law. On the other hand, the peasants could not come up with the money to maintain the qanats, so many qanats were gradually abandoned. The introduction of modern devices, that made it possible to drill many deep wells and extract groundwater much more quickly, accelerated the qanats’ destruction. The pumped wells had a negative impact on the qanats due to their overexploitation of the groundwater. These changes, that occurred in Mohammad Reza Shah’s reign, inflicted great damage on the qanats of the country so that many qanats vanished forever. The statistics related to 14,778 qanats estimates the overall discharge of these qanats to be 6.2 billion cubic meters per year between the years 1972 and 1973. If we assume the total number of the qanats at that time to be 32,000, their annual discharge would have amounted to 12 billion cubic meters.In 1963, the Ministry of Water and Electricity was established in order to provide the rural and urban areas of the country with sufficient water and electricity. Later, this Ministry was renamed the Ministry of Energy. Three years later, in 1966, the parliament passed a law protecting groundwater resources. According to this law, the Ministry of Water and Electricity was allowed to ban drilling any deep or semi-deep wells wherever surveys showed that the water table was dropping because of overpumping. In fact, this law was passed only after the growing number of the pumped wells sounded the alarm about over pumping and depletion of groundwater leading to the decline in qanat’ flow all over the country. This law, as well as the Law of Water Nationalization that was approved in 1968, and eventually the Law of Fair Distribution of water passed (in 1981) after the Islamic revolution emphasized the definition of restricted and free areas for drilling. In the restricted areas, drilling any wells (except for drinking and industry) was prohibited in order to prevent the continuous depletion of groundwater. So the rest of the qanats had a better chance to survive..After the Islamic revolution, a special attention was given to the qanats. For the first time in 1981 a conference on qanat was held in Mashhad during which the different options to mitigate the problem were explored. The organization of Jahad Sazandegi took responsibility for the rehabilitation of qanats, and subsidized their shareholders. Now the same organization which was renamed as “Ministry of Jihad Agriculture” is responsible for the qanats and continues to grant some funds to the stakeholders to maintain their qanats. During the last years, the parliament has allocated an annual budget of 13 million USD to this ministry in order to go to the construction and maintenance of the qanats. Many other qanats may dry up without this budget, because the owners of the qanats do not afford to pay the whole expenses.

answers: NDQ_000611

answers: pumped wells

answers: NDQ_000613

answers: deep wells and extract groundwater much more quickly

answers: NDQ_000615

answers: pumped wells

answers: NDQ_000616

answers: deep wells

answers: NDQ_000619

answers: overexploitation of the groundwater

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: Which of the following is not a layer of clay?

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: 17.3 billion cubic meters per year

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: not enough information

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: Land use can affect the amount of water that is available to enter groundwater

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: mineral springs

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: 182 billion cubic meters per year

answers: NDQ_000642

answers: qanats

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: Qanats

answers: NDQ_000645

answers: in Iran there were 30,000 qanats

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: infiltrates the ground where rock is

answers: NDQ_000650

answers: overexploited

answers: NDQ_000651

answers: country

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: qanat

answers: NDQ_000611

answers: deep wells

answers: NDQ_000613

answers: deep wells

answers: NDQ_000615

answers: 560,000 lit/se or 17.3 billion cubic meters per year.

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: overexploitation of the groundwater.

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: qanats

answers: NDQ_000629

answers: 20,000

answers: NDQ_000630

answers: qanats

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: deep wells

answers: NDQ_000633

answers: many qanats were gradually abandoned.

answers: NDQ_000634

answers: 20,000

answers: NDQ_000635

answers: qanats

answers: NDQ_000636

answers: 20,000 were still in use,

answers: NDQ_000637

answers: 20,000

answers: NDQ_000638

answers: 20,000

answers: NDQ_000639

answers: constructing or repairing the qanats

answers: NDQ_000640

answers: 20,000

answers: NDQ_000641

answers: pumped wells

answers: NDQ_000642

answers: 17.3 billion cubic meters per year.

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: qanats,

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: deep wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: modern devices, that made it possible to drill many deep wells

answers: NDQ_000651

answers: 20,000

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: pumped wells

answers: NDQ_000655

answers: deep wells

text: Aquifers are also an important source for the groundwater that feeds into wells. The groundwater must go through these aquifers to get to the well. However, the well has an effect on the aquifers as well. Pumping through much water through these wells can cause a cone of depression around the well.

text: Aquifers are also an important source for the groundwater that feeds into wells. The groundwater must go through these aquifers to get to the well. However, the well has an effect on the aquifers as well. Pumping through much water through these wells can cause a cone of depression around the well.

answers: NDQ_000611

answers: feeds into wells

answers: NDQ_000613

answers: groundwater that feeds into wells

answers: NDQ_000615

answers: increase in the aquifers

answers: NDQ_000616

answers: wells

answers: NDQ_000619

answers: groundwater is pumped through the aquifers

answers: NDQ_000624

answers: What will happen to the aquifers?

answers: NDQ_000627

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

answers: NDQ_000629

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

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: What can cause a cone of depression around a well?

answers: NDQ_000636

answers: wells

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: What does the water table do?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: aquifers

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifers

answers: NDQ_000650

answers: pumping through much water

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: Aquifer

answers: NDQ_000653

answers: Aquifers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: wells.

answers: NDQ_000613

answers: The groundwater must go through these aquifers

answers: NDQ_000615

answers: depression

answers: NDQ_000616

answers: groundwater that feeds into wells.

answers: NDQ_000619

answers: Pumping through much water

answers: NDQ_000624

answers: depression

answers: NDQ_000627

answers: Aquifers are also an important source for the groundwater

answers: NDQ_000629

answers: Aquifers

answers: NDQ_000630

answers: Aquifers are also an important source for the groundwater

answers: NDQ_000631

answers: Aquifers

answers: NDQ_000632

answers: Aquifers

answers: NDQ_000633

answers: Aquifers

answers: NDQ_000634

answers: Aquifers

answers: NDQ_000635

answers: Aquifers

answers: NDQ_000636

answers: Aquifers are also an important source for the groundwater

answers: NDQ_000637

answers: Aquifers

answers: NDQ_000638

answers: Aquifers are also an important source for the groundwater

answers: NDQ_000639

answers: Aquifers

answers: NDQ_000640

answers: Aquifers

answers: NDQ_000641

answers: depression

answers: NDQ_000642

answers: Aquifers

answers: NDQ_000643

answers: Aquifers

answers: NDQ_000644

answers: Aquifers

answers: NDQ_000645

answers: Aquifers

answers: NDQ_000646

answers: wells.

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: The groundwater

answers: NDQ_000649

answers: Aquifers

answers: NDQ_000650

answers: the well

answers: NDQ_000651

answers: wells.

answers: NDQ_000652

answers: Aquifers

answers: NDQ_000653

answers: Aquifers

answers: NDQ_000654

answers: groundwater that feeds into wells. The groundwater

answers: NDQ_000655

answers: wells.

text: Subsidence occurs when too much water is pumped out from underground, deflating the space below the above-surface, and thus causing the ground to collapse. The result can look like craters on plots of land. This occurs because, in its natural equilibrium state, the hydraulic pressure of groundwater in the pore spaces of the aquifer and the aquitard supports some of the weight of the overlying sediments. When groundwater is removed from aquifers by excessive pumping, pore pressures in the aquifer drop and compression of the aquifer may occur. This compression may be partially recoverable if pressures rebound, but much of it is not. When the aquifer gets compressed, it may cause land subsidence, a drop in the ground surface. The city of New Orleans, Louisiana is actually below sea level today, and its subsidence is partly caused by removal of groundwater from the various aquifer/aquitard systems beneath it. In the first half of the 20th century, the San Joaquin Valley experienced significant subsidence, in some places up to 8.5 metres (28 feet) due to groundwater removal. Cities on river deltas, including Venice in Italy, and Bangkok in Thailand, have experienced surface subsidence; Mexico City, built on a former lake bed, has experienced rates of subsidence of up to 40 cm (1'3") per year.

text: Subsidence occurs when too much water is pumped out from underground, deflating the space below the above-surface, and thus causing the ground to collapse. The result can look like craters on plots of land. This occurs because, in its natural equilibrium state, the

text: hydraulic pressure

text: of groundwater in the pore spaces of the aquifer and the aquitard supports some of the weight of the overlying sediments. When groundwater is removed from aquifers by excessive pumping, pore pressures in the aquifer drop and compression of the aquifer may occur. This compression may be partially recoverable if pressures rebound, but much of it is not. When the aquifer gets compressed, it may cause land subsidence, a drop in the ground surface. The city of

text: New Orleans, Louisiana

text: is actually below sea level today, and its subsidence is partly caused by removal of groundwater from the various aquifer/aquitard systems beneath it. In the first half of the 20th century, the

text: San Joaquin Valley

text: experienced significant subsidence, in some places up to 8.5 metres (28 feet) due to groundwater removal. Cities on river deltas, including Venice in Italy, and Bangkok in Thailand, have experienced surface subsidence; Mexico City, built on a former lake bed, has experienced rates of subsidence of up to 40 cm (1'3") per year.

answers: NDQ_000611

answers: in its natural equilibrium state supports some of the weight of what?

answers: NDQ_000613

answers: hydraulic pressure of groundwater in the pore spaces

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: underground

answers: NDQ_000619

answers: too much water is pumped out from underground

answers: NDQ_000624

answers: when the aquifer gets compressed

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can cause land subsidence, a drop in the ground surface?

answers: NDQ_000636

answers: It may cause land subsidence, a drop in the ground surface

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: What is the natural equilibrium state of groundwater in the pore spaces of the aquifer?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: pore spaces

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: underground

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where does water infiltrate?

answers: NDQ_000650

answers: groundwater is removed

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: natural equilibrium state,

answers: NDQ_000613

answers: hydraulic pressure of groundwater

answers: NDQ_000615

answers: drop in the ground surface.

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: the hydraulic pressure of groundwater

answers: NDQ_000624

answers: subsidence,

answers: NDQ_000627

answers: aquitard supports some of the weight of the overlying sediments.

answers: NDQ_000629

answers: the hydraulic pressure of groundwater

answers: NDQ_000630

answers: Subsidence

answers: NDQ_000631

answers: aquifer/aquitard systems

answers: NDQ_000632

answers: natural equilibrium state,

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: Subsidence

answers: NDQ_000635

answers: aquifer

answers: NDQ_000636

answers: Subsidence

answers: NDQ_000637

answers: pore spaces of the aquifer

answers: NDQ_000638

answers: aquitard

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: the hydraulic pressure

answers: NDQ_000641

answers: hydraulic pressure of groundwater

answers: NDQ_000642

answers: pore spaces of the aquifer and the aquitard

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: pore spaces

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: excessive pumping,

answers: NDQ_000651

answers: New Orleans, Louisiana

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: pressures rebound,

answers: NDQ_000655

answers: aquifer

text: The hot springs stem from precipitation on the surrounding Cascade Range. Analysis of the mineral and chemical content indicates an average subsurface temperature of  and a migration time of several thousand years.The water's long contact with aquifer rock at such temperatures saturates it with dissolved minerals such as sulfate, calcite, analcime, anhydrite, chalcedony, microcline, muscovite, quartz, wairakite, and the elements potassium, sodium, magnesium, calcium, and lithium. The surface temperature of the springs is about —the lower temperature due to heat transfer to cooler rock near the Earth's surface.

text: The hot springs stem from precipitation on the surrounding

text: Cascade Range

text: . Analysis of the mineral and chemical content indicates an average subsurface temperature of  and a migration time of several thousand years.The water's long contact with aquifer rock at such temperatures saturates it with dissolved minerals such as

text: sulfate

text: calcite

text: analcime

text: anhydrite

text: chalcedony

text: microcline

text: muscovite

text: quartz

text: wairakite

text: , and the elements

text: potassium

text: sodium

text: magnesium

text: calcium

text: , and

text: lithium

text: . The surface temperature of the springs is about —the lower temperature due to heat transfer to cooler rock near the Earth's surface.

answers: NDQ_000611

answers: saturates it with what elements?

answers: NDQ_000613

answers: long contact with aquifer rock at such temperatures

answers: NDQ_000615

answers: increase in temperature

answers: NDQ_000616

answers: precipitation

answers: NDQ_000619

answers: water saturates it with minerals

answers: NDQ_000624

answers: What is the average subsurface temperature of the springs?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: It's impossible to say

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not an element: potassium, sodium, magnesium, calcium, or lithium?

answers: NDQ_000636

answers: It's impossible to say

answers: NDQ_000637

answers: Yes

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Which of the following is not a mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: quartz

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: quartz

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: subsurface

answers: NDQ_000647

answers: aquifer

answers: NDQ_000648

answers: precipitation

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: is closer to the surface

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: Cascade Range

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: precipitation

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: aquifer rock

answers: NDQ_000613

answers: a migration time of several thousand years.The

answers: NDQ_000615

answers: years.The water's long contact with aquifer rock

answers: NDQ_000616

answers: years.The water's long contact with aquifer rock

answers: NDQ_000619

answers: precipitation

answers: NDQ_000624

answers: aquifer rock

answers: NDQ_000627

answers: rock

answers: NDQ_000629

answers: dissolved minerals

answers: NDQ_000630

answers: aquifer rock

answers: NDQ_000631

answers: Cascade Range.

answers: NDQ_000632

answers: average subsurface temperature of and a migration time of several thousand years.The

answers: NDQ_000633

answers: saturates it with dissolved minerals

answers: NDQ_000634

answers: several thousand years.The

answers: NDQ_000635

answers: precipitation on the surrounding Cascade Range.

answers: NDQ_000636

answers: several thousand years.The

answers: NDQ_000637

answers: years.The water's long contact with aquifer rock

answers: NDQ_000638

answers: years.The water's long contact with aquifer rock

answers: NDQ_000639

answers: dissolved minerals

answers: NDQ_000640

answers: cooler rock near the Earth's surface.

answers: NDQ_000641

answers: aquifer rock

answers: NDQ_000642

answers: rock

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer rock

answers: NDQ_000645

answers: aquifer rock

answers: NDQ_000646

answers: aquifer rock

answers: NDQ_000647

answers: aquifer rock

answers: NDQ_000648

answers: years.The water's long contact with aquifer rock

answers: NDQ_000649

answers: aquifer rock

answers: NDQ_000650

answers: long contact with aquifer rock

answers: NDQ_000651

answers: Cascade Range.

answers: NDQ_000652

answers: precipitation

answers: NDQ_000653

answers: aquifer rock

answers: NDQ_000654

answers: years.The water's

answers: NDQ_000655

answers: aquifer

text: If treatment or remediation of the polluted groundwater is deemed to be too difficult or expensive then abandoning the use of this aquifer's groundwater and finding an alternative source of water is the only other option.

text: If treatment or remediation of the polluted groundwater is deemed to be too difficult or expensive then abandoning the use of this aquifer's groundwater and finding an alternative source of water is the only other option.

answers: NDQ_000611

answers: is a source of water

answers: NDQ_000613

answers: difficult or expensive

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is polluted

answers: NDQ_000624

answers: None of the above choices.

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: no

answers: NDQ_000630

answers: None of the above choices.

answers: NDQ_000631

answers: It's impossible to say

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: It can affect the amount of water that can enter groundwater

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: no

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: None of the above choices.

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: It is a natural process

answers: NDQ_000642

answers: is not the same as

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifers are a type of

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: can't be used

answers: NDQ_000647

answers: is aquifer

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: in the ground

answers: NDQ_000650

answers: is used more

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: aquifer's groundwater and finding an alternative source of water

answers: NDQ_000613

answers: difficult or expensive

answers: NDQ_000615

answers: abandoning the use of this aquifer's groundwater

answers: NDQ_000616

answers: polluted groundwater

answers: NDQ_000619

answers: polluted groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: abandoning the use of this aquifer's groundwater

answers: NDQ_000629

answers: abandoning the use of this aquifer's groundwater

answers: NDQ_000630

answers: finding an alternative source of water

answers: NDQ_000631

answers: If treatment or remediation of the polluted groundwater

answers: NDQ_000632

answers: aquifer's groundwater

answers: NDQ_000633

answers: aquifer's groundwater and finding an alternative source of water

answers: NDQ_000634

answers: abandoning the use of this aquifer's groundwater

answers: NDQ_000635

answers: If treatment or remediation of the polluted groundwater

answers: NDQ_000636

answers: abandoning the use of this aquifer's groundwater

answers: NDQ_000637

answers: finding an alternative source of water

answers: NDQ_000638

answers: abandoning the use of this aquifer's groundwater

answers: NDQ_000639

answers: finding an alternative source of water

answers: NDQ_000640

answers: abandoning the use of this aquifer's groundwater

answers: NDQ_000641

answers: If treatment or remediation of the polluted groundwater

answers: NDQ_000642

answers: abandoning the use of this aquifer's groundwater

answers: NDQ_000643

answers: aquifer's

answers: NDQ_000644

answers: aquifer's

answers: NDQ_000645

answers: aquifer's

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: too difficult or expensive

answers: NDQ_000651

answers: abandoning the use of this aquifer's groundwater

answers: NDQ_000652

answers: aquifer's

answers: NDQ_000653

answers: aquifer's

answers: NDQ_000654

answers: treatment or remediation of the polluted groundwater

answers: NDQ_000655

answers: aquifer's

text: A groundwater model may be a scale model or an electric model of a groundwater situation or aquifer. Groundwater models are used to represent the natural groundwater flow in the environment. Some groundwater models include (chemical) quality aspects of the groundwater. Such groundwater models try to predict the fate and movement of the chemical in natural, urban or hypothetical scenario.

text: A

text: groundwater

text: model may be a

text: scale model

text: or an electric model of a groundwater situation or

text: aquifer

text: . Groundwater models are used to represent the natural groundwater flow in the environment. Some groundwater models include (chemical) quality aspects of the groundwater. Such groundwater models try to predict the fate and movement of the chemical in natural, urban or hypothetical scenario.

answers: NDQ_000611

answers: is a mixture of

answers: NDQ_000613

answers: chemical quality

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater levels are too low.

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: Which of the following is not a layer of clay?

answers: NDQ_000629

answers: Which of the following is not a type of rock layer below an aquifer?

answers: NDQ_000630

answers: Groundwater models are used to represent the natural groundwater flow in the environment

answers: NDQ_000631

answers: urban

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: groundwater models

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: crop

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: groundwater models include (chemical) quality aspects of the groundwater

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: how does gravity work

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: urban

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater model

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: natural groundwater flow in the environment.

answers: NDQ_000613

answers: fate and movement

answers: NDQ_000615

answers: aquifer.

answers: NDQ_000616

answers: groundwater model

answers: NDQ_000619

answers: (chemical) quality aspects of the groundwater.

answers: NDQ_000624

answers: aquifer.

answers: NDQ_000627

answers: A groundwater model

answers: NDQ_000629

answers: A groundwater model

answers: NDQ_000630

answers: A groundwater model

answers: NDQ_000631

answers: aquifer.

answers: NDQ_000632

answers: aquifer.

answers: NDQ_000633

answers: aquifer.

answers: NDQ_000634

answers: A groundwater model

answers: NDQ_000635

answers: Groundwater models

answers: NDQ_000636

answers: Groundwater models

answers: NDQ_000637

answers: A groundwater model

answers: NDQ_000638

answers: A groundwater model

answers: NDQ_000639

answers: A groundwater model

answers: NDQ_000640

answers: A groundwater model

answers: NDQ_000641

answers: Groundwater models are used to represent the natural groundwater

answers: NDQ_000642

answers: aquifer.

answers: NDQ_000643

answers: aquifer.

answers: NDQ_000644

answers: aquifer.

answers: NDQ_000645

answers: aquifer.

answers: NDQ_000646

answers: groundwater model

answers: NDQ_000647

answers: aquifer.

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifer.

answers: NDQ_000650

answers: urban

answers: NDQ_000651

answers: A groundwater model

answers: NDQ_000652

answers: aquifer.

answers: NDQ_000653

answers: aquifer.

answers: NDQ_000654

answers: groundwater model

answers: NDQ_000655

answers: aquifer.

text: Geyser Crest is a residential neighborhood in the southwest section of the city of Saratoga Springs, New York and the town of Milton. It is separated from downtown Saratoga Springs by Geyser Road and Route 50. Most of the neighborhood homes were built in the 1970s. Most children attend Geyser Road Elementary School, Maple Avenue Middle School, and Saratoga Springs High School; a small number who live in the far west section attend Ballston Spa Central Schools.Geyser Crest has an elevation of . Geyser Crest appears on the Saratoga Springs U.S.Geological Survey Map and is in the Eastern Time Zone (UTC -5 hours). Geyser Crest also observes daylight saving time.

text: Geyser Crest is a residential

text: neighborhood

text: in the southwest section of the city of

text: Saratoga Springs, New York

text: and the town of

text: Milton

text: . It is separated from

text: downtown

text: Saratoga Springs by Geyser Road and

text: Route 50

text: . Most of the neighborhood homes were built in the 1970s. Most children attend Geyser Road Elementary School, Maple Avenue Middle School, and Saratoga Springs High School; a small number who live in the far west section attend

text: Ballston Spa

text: Central Schools.Geyser Crest has an elevation of . Geyser Crest appears on the Saratoga Springs U.S.Geological Survey Map and is in the

text: Eastern Time Zone

text: (UTC -5 hours). Geyser Crest also observes

text: daylight saving time

answers: NDQ_000611

answers: has a pH of

answers: NDQ_000613

answers: good aquifer

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Geyser Crest

answers: NDQ_000619

answers: geothermal energy

answers: NDQ_000624

answers: What is Geyser Crest?

answers: NDQ_000627

answers: What is Geyser Crest?

answers: NDQ_000629

answers: What is the elevation of Geyser Crest?

answers: NDQ_000630

answers: How would you describe Geyser Crest?

answers: NDQ_000631

answers: Geyser Crest

answers: NDQ_000632

answers: What is the elevation of Geyser Crest?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: How many miles long is Geyser Crest?

answers: NDQ_000635

answers: How would you describe Geyser Crest?

answers: NDQ_000636

answers: What is the elevation of Geyser Crest?

answers: NDQ_000637

answers: What is the elevation of Geyser Crest?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a mineral spring: geyser, mineral, or spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: Geyser

answers: NDQ_000644

answers: geyser

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: Geyser

answers: NDQ_000647

answers: Geyser

answers: NDQ_000648

answers: Geyser Crest

answers: NDQ_000649

answers: Where is Geyser Crest?

answers: NDQ_000650

answers: is in a densely populated area

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: Geyser

answers: NDQ_000653

answers: Geyser

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: Geyser

answers: NDQ_000611

answers: 1970s.

answers: NDQ_000613

answers: daylight saving time.

answers: NDQ_000615

answers: Geyser Crest

answers: NDQ_000616

answers: Geyser Crest

answers: NDQ_000619

answers: -5 hours). Geyser Crest also observes daylight saving time.

answers: NDQ_000624

answers: Geyser Crest

answers: NDQ_000627

answers: -5 hours). Geyser Crest also observes daylight saving time.

answers: NDQ_000629

answers: daylight saving time.

answers: NDQ_000630

answers: -5 hours). Geyser Crest also observes daylight saving time.

answers: NDQ_000631

answers: Geyser Crest also observes daylight saving time.

answers: NDQ_000632

answers: -5 hours). Geyser Crest also observes daylight saving time.

answers: NDQ_000633

answers: -5 hours). Geyser Crest also observes daylight saving time.

answers: NDQ_000634

answers: -5 hours). Geyser Crest also observes daylight saving time.

answers: NDQ_000635

answers: Most of the neighborhood homes were built in the 1970s.

answers: NDQ_000636

answers: Geyser Crest also observes daylight saving time.

answers: NDQ_000637

answers: -5 hours). Geyser Crest also observes daylight saving time.

answers: NDQ_000638

answers: -5 hours). Geyser Crest also observes daylight saving time.

answers: NDQ_000639

answers: U.S.Geological Survey Map and is in the Eastern Time Zone

answers: NDQ_000640

answers: -5 hours). Geyser Crest also observes daylight saving time.

answers: NDQ_000641

answers: -5 hours). Geyser Crest also observes daylight saving time.

answers: NDQ_000642

answers: homes were built in the 1970s.

answers: NDQ_000643

answers: Geyser Crest

answers: NDQ_000644

answers: homes were built in the 1970s.

answers: NDQ_000645

answers: Geyser Crest

answers: NDQ_000646

answers: Geyser Road and Route 50.

answers: NDQ_000647

answers: Geyser Crest

answers: NDQ_000648

answers: -5 hours). Geyser Crest also observes daylight saving time.

answers: NDQ_000649

answers: -5 hours). Geyser Crest also observes daylight saving time.

answers: NDQ_000650

answers: homes were built in the 1970s.

answers: NDQ_000651

answers: New York

answers: NDQ_000652

answers: Geyser Road and Route 50.

answers: NDQ_000653

answers: Saratoga Springs,

answers: NDQ_000654

answers: Geyser Road and Route 50.

answers: NDQ_000655

answers: Geyser

text: Calistoga itself is noted for its hot springs spas such as Calistoga Spa Hot Springs. A local specialty is immersion in hot volcanic ash, known as a mud bath. Nearby attractions include an artificial geothermal geyser known as the "Old Faithful of California" or "Little Old Faithful". The geyser erupts from the casing of a well drilled in the late 19th century. According to Dr. John Rinehart in his book A Guide to Geyser Gazing (1976 p. 49), a man had drilled into the geyser in search for water. He had actually "simply opened up a dead geyser".

text: Calistoga itself is noted for its

text: hot springs

text: spas such as

text: Calistoga Spa Hot Springs

text: . A local specialty is immersion in hot volcanic ash, known as a

text: mud bath

text: . Nearby attractions include an artificial

text: geothermal

text: geyser

text: known as the "

text: Old Faithful of California

text: " or "Little Old Faithful". The geyser erupts from the casing of a well drilled in the late 19th century. According to Dr. John Rinehart in his book A Guide to Geyser Gazing (1976 p. 49), a man had drilled into the geyser in search for water. He had actually "simply opened up a dead geyser".

answers: NDQ_000611

answers: erupts from where?

answers: NDQ_000613

answers: hot springs spas

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Calistoga Spa Hot Springs

answers: NDQ_000619

answers: geothermal energy is released

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It is not mentioned in the text.

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: How deep is the geyser known as the "Old Faithful of California"?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How is the geyser erupting?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Which of the following is not a hot spring: volcanic ash, geothermal geyser or mud bath?

answers: NDQ_000640

answers: How does the water table in an aquifer work?

answers: NDQ_000641

answers: It does not say.

answers: NDQ_000642

answers: mud bath

answers: NDQ_000643

answers: mud bath

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: geothermal

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: geothermal

answers: NDQ_000648

answers: geothermal

answers: NDQ_000649

answers: Where does the geyser erupt?

answers: NDQ_000650

answers: dead

answers: NDQ_000651

answers: Which of the following is not a geyser: Old Faithful of California, Little Old Faithful, or Ogallala aquifer?

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: geysers

answers: NDQ_000654

answers: geothermal activity

answers: NDQ_000655

answers: geothermal

answers: NDQ_000611

answers: well drilled in the late 19th century.

answers: NDQ_000613

answers: drilled

answers: NDQ_000615

answers: hot springs spas such as Calistoga Spa Hot Springs.

answers: NDQ_000616

answers: artificial geothermal geyser

answers: NDQ_000619

answers: the casing of a well drilled in the late 19th century.

answers: NDQ_000624

answers: geothermal geyser

answers: NDQ_000627

answers: well drilled in the late 19th century.

answers: NDQ_000629

answers: water.

answers: NDQ_000630

answers: geothermal geyser

answers: NDQ_000631

answers: water.

answers: NDQ_000632

answers: water.

answers: NDQ_000633

answers: water.

answers: NDQ_000634

answers: "Old Faithful of California"

answers: NDQ_000635

answers: hot springs spas such as Calistoga Spa Hot Springs.

answers: NDQ_000636

answers: "Old Faithful of California"

answers: NDQ_000637

answers: water.

answers: NDQ_000638

answers: water.

answers: NDQ_000639

answers: mud

answers: NDQ_000640

answers: artificial geothermal geyser

answers: NDQ_000641

answers: The geyser

answers: NDQ_000642

answers: well

answers: NDQ_000643

answers: geothermal

answers: NDQ_000644

answers: well

answers: NDQ_000645

answers: geothermal geyser

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: geothermal geyser

answers: NDQ_000648

answers: geothermal geyser

answers: NDQ_000649

answers: water.

answers: NDQ_000650

answers: drilled

answers: NDQ_000651

answers: California"

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: geothermal geyser

answers: NDQ_000654

answers: geothermal geyser

answers: NDQ_000655

answers: artificial geothermal geyser

text: Geyser was broken up in 1866.

text: Geyser was broken up in 1866.

answers: NDQ_000611

answers: oozes out of the geyser

answers: NDQ_000613

answers: good aquifers have good water quality

answers: NDQ_000615

answers: rise

answers: NDQ_000616

answers: geysers

answers: NDQ_000619

answers: lava is released from the volcano

answers: NDQ_000624

answers: if the geyser was broken up in 1866

answers: NDQ_000627

answers: It is likely that the geyser was broken up.

answers: NDQ_000629

answers: None of the above choices.

answers: NDQ_000630

answers: geyser is a hot spring

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: iv.

answers: NDQ_000633

answers: It is impossible for an aquifer to ever run dry

answers: NDQ_000634

answers: it is not possible to tell

answers: NDQ_000635

answers: It can affect the amount of water that is available to enter groundwater.

answers: NDQ_000636

answers: It is impossible to say

answers: NDQ_000637

answers: A good aquifer has rock in it that is porous and permeable.

answers: NDQ_000638

answers: None of the above choices .

answers: NDQ_000639

answers: It's impossible to say

answers: NDQ_000640

answers: The water table keeps water from seeping deeper underground.

answers: NDQ_000641

answers: The geyser was broken up in 1866.

answers: NDQ_000642

answers: can cause geysers

answers: NDQ_000643

answers: is a geyser

answers: NDQ_000644

answers: is a characteristic of geysers

answers: NDQ_000645

answers: can be found

answers: NDQ_000646

answers: can be used for drinking water

answers: NDQ_000647

answers: can be found in geysers

answers: NDQ_000648

answers: can be used for drinking water

answers: NDQ_000649

answers: in a geyser

answers: NDQ_000650

answers: is flooded.

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: glacier

answers: NDQ_000653

answers: oceans.

answers: NDQ_000654

answers: water from the ocean.

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: Geyser was broken up in 1866.

answers: NDQ_000613

answers: Geyser was broken up in 1866.

answers: NDQ_000615

answers: broken up in 1866.

answers: NDQ_000616

answers: Geyser

answers: NDQ_000619

answers: broken up in 1866.

answers: NDQ_000624

answers: Geyser was broken up in 1866.

answers: NDQ_000627

answers: Geyser was broken up in 1866.

answers: NDQ_000629

answers: Geyser was broken up in 1866.

answers: NDQ_000630

answers: Geyser was broken up in 1866.

answers: NDQ_000631

answers: Geyser was broken up in 1866.

answers: NDQ_000632

answers: Geyser was broken up in 1866.

answers: NDQ_000633

answers: Geyser was broken up in 1866.

answers: NDQ_000634

answers: Geyser was broken up in 1866.

answers: NDQ_000635

answers: Geyser was broken up in 1866.

answers: NDQ_000636

answers: Geyser was broken up in 1866.

answers: NDQ_000637

answers: Geyser was broken up in 1866.

answers: NDQ_000638

answers: Geyser was broken up in 1866.

answers: NDQ_000639

answers: Geyser was broken up in 1866.

answers: NDQ_000640

answers: Geyser was broken up in 1866.

answers: NDQ_000641

answers: Geyser was broken up in 1866.

answers: NDQ_000642

answers: Geyser

answers: NDQ_000643

answers: Geyser

answers: NDQ_000644

answers: Geyser

answers: NDQ_000645

answers: Geyser was broken up in 1866.

answers: NDQ_000646

answers: Geyser was broken up in 1866.

answers: NDQ_000647

answers: Geyser

answers: NDQ_000648

answers: Geyser was broken up in 1866.

answers: NDQ_000649

answers: Geyser was broken up in 1866.

answers: NDQ_000650

answers: Geyser was broken up in 1866.

answers: NDQ_000651

answers: Geyser was broken up in 1866.

answers: NDQ_000652

answers: Geyser

answers: NDQ_000653

answers: Geyser

answers: NDQ_000654

answers: Geyser

answers: NDQ_000655

answers: Geyser

text: The aquifer properties of the aquifer essentially depend upon the composition of the aquifer. The most important properties of the aquifer are porosity and specific yield which in turn give its capacity to release the water in the pores and its ability to transmit the flow with ease.

text: The aquifer properties of the aquifer essentially depend upon the composition of the

text: aquifer

text: . The most important properties of the aquifer are

text: porosity

text: and specific yield which in turn give its capacity to release the water in the pores and its ability to transmit the flow with ease.

answers: NDQ_000611

answers: Porosity is a property of what?

answers: NDQ_000613

answers: porosity and specific yield

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: porosity and specific yield are not balanced

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: What is the most important property of the aquifer?

answers: NDQ_000636

answers: porosity

answers: NDQ_000637

answers: yes

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: porosity

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: aquifer

answers: NDQ_000648

answers: its ability to transmit the flow with ease

answers: NDQ_000649

answers: unsuitable

answers: NDQ_000650

answers: porosity is low

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: water flowing through it

answers: NDQ_000655

answers: porosity

answers: NDQ_000611

answers: aquifer essentially depend upon the composition of the aquifer.

answers: NDQ_000613

answers: porosity and specific yield

answers: NDQ_000615

answers: release the water

answers: NDQ_000616

answers: flow

answers: NDQ_000619

answers: capacity to release the water

answers: NDQ_000624

answers: The aquifer properties of the aquifer

answers: NDQ_000627

answers: porosity and specific yield

answers: NDQ_000629

answers: porosity and specific yield

answers: NDQ_000630

answers: porosity and specific yield

answers: NDQ_000631

answers: The aquifer properties of the aquifer

answers: NDQ_000632

answers: aquifer are porosity and specific yield

answers: NDQ_000633

answers: porosity and specific yield

answers: NDQ_000634

answers: porosity and specific yield

answers: NDQ_000635

answers: The aquifer properties of the aquifer

answers: NDQ_000636

answers: porosity and specific yield

answers: NDQ_000637

answers: porosity and specific yield

answers: NDQ_000638

answers: porosity and specific yield

answers: NDQ_000639

answers: composition of the aquifer.

answers: NDQ_000640

answers: porosity and specific yield

answers: NDQ_000641

answers: porosity and specific yield

answers: NDQ_000642

answers: porosity

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: porosity

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: aquifer properties of the aquifer

answers: NDQ_000647

answers: aquifer

answers: NDQ_000648

answers: water in the pores and its ability to transmit the flow

answers: NDQ_000649

answers: The aquifer properties of the aquifer

answers: NDQ_000650

answers: composition of the aquifer.

answers: NDQ_000651

answers: aquifer

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: water

answers: NDQ_000655

answers: porosity

text: The Big Butte Creek watershed experiences a Mediterranean climate. Temperatures range from  in the winter to  in the summer. Precipitation averages between  annually. Most precipitation occurs between November and March. Nine percent of the watershed's surface runoff is collected from rain, 35 percent from rain on snow, and 56 percent from snow. The watershed contains the largest groundwater source in the entire Rogue River basin; one major outlet is at Big Butte Springs.

text: The Big Butte Creek watershed experiences a

text: Mediterranean climate

text: . Temperatures range from  in the winter to  in the summer.

text: Precipitation

text: averages between  annually. Most precipitation occurs between November and March. Nine percent of the watershed's

text: surface runoff

text: is collected from rain, 35 percent from rain on snow, and 56 percent from snow. The watershed contains the largest

text: groundwater

text: source in the entire Rogue River basin; one major outlet is at Big Butte Springs.

answers: NDQ_000611

answers: is a source of what?

answers: NDQ_000613

answers: groundwater source in the entire Rogue River basin

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Big Butte Creek

answers: NDQ_000619

answers: Big Butte Creek watershed experiences a Mediterranean climate

answers: NDQ_000624

answers: What can happen to the water table?

answers: NDQ_000627

answers: Which of the following is not a source of groundwater: rain, snow, or snow?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: What is the source of water in Big Butte Springs?

answers: NDQ_000631

answers: How many percent of the watershed's surface runoff is collected from rain

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How does the Big Butte Creek watershed experience a Mediterranean climate?

answers: NDQ_000636

answers: None of the above choices.

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: It does not say.

answers: NDQ_000639

answers: Which of the following is not a source of groundwater: hot springs or mineral springs?

answers: NDQ_000640

answers: How does the Big Butte Creek watershed experience a Mediterranean climate?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: surface runoff

answers: NDQ_000649

answers: Where is Big Butte Springs?

answers: NDQ_000650

answers: has more surface runoff

answers: NDQ_000651

answers: Rogue River basin

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: precipitation

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: Big Butte Springs.

answers: NDQ_000613

answers: Mediterranean climate. Temperatures range from in the winter to in the summer.

answers: NDQ_000615

answers: Big Butte Springs.

answers: NDQ_000616

answers: Big Butte Springs.

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: Big Butte Springs.

answers: NDQ_000630

answers: Big Butte Springs.

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: Big Butte Springs.

answers: NDQ_000634

answers: Big Butte Springs.

answers: NDQ_000635

answers: Nine percent of the watershed's surface runoff

answers: NDQ_000636

answers: Nine percent of the watershed's surface runoff is collected from rain,

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: Big Butte Springs.

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: Big Butte Springs.

answers: NDQ_000641

answers: Big Butte Springs.

answers: NDQ_000642

answers: Big Butte Springs.

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: Big Butte Springs.

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: rain,

answers: NDQ_000651

answers: largest groundwater source in the entire Rogue River basin;

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: rain, 35 percent from rain on snow, and 56 percent from snow.

answers: NDQ_000655

answers: groundwater

text: Haukadalur is home to some of the most famous sights in Iceland: the geysers and other geothermal features which have developed on the Laugarfjall rhyolitic dome. The biggest geysers of Haukadalur are Strokkur and Geysir itself, which gave us the word 'geyser'. Strokkur is very dependable and erupts every 5 to 10 minutes, whereas the bigger Geysir nowadays erupts very rarely. There are also more than 40 other smaller hot springs, mud pots and fumaroles nearby.

text: Haukadalur is home to some of the most famous sights in Iceland: the

text: geyser

text: s and other geothermal features which have developed on the Laugarfjall

text: rhyolitic

text: dome. The biggest geysers of Haukadalur are

text: Strokkur

text: and

text: Geysir

text: itself, which gave us the word 'geyser'. Strokkur is very dependable and erupts every 5 to 10 minutes, whereas the bigger Geysir nowadays erupts very rarely. There are also more than 40 other smaller

text: hot spring

text: s,

text: mud pot

text: s and

text: fumarole

text: s nearby.

answers: NDQ_000611

answers: erupts

answers: NDQ_000613

answers: hot springs

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: geothermal

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

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

answers: NDQ_000629

answers: Which of the following is not a type of geyser: Strokkur or Geysir?

answers: NDQ_000630

answers: what is the first type of water mentioned?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: Which of the following is not a geyser?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What can be concluded about the amount of water that enters groundwater?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: rhyolitic

answers: NDQ_000643

answers: geothermal

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: geyser

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: hot springs

answers: NDQ_000649

answers: Where does the water infiltrate?

answers: NDQ_000650

answers: is located near a large source of pollutants

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: glaciers

answers: NDQ_000654

answers: geothermal activity

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: rhyolitic dome.

answers: NDQ_000613

answers: dependable and erupts every 5 to 10 minutes,

answers: NDQ_000615

answers: Haukadalur

answers: NDQ_000616

answers: hot springs,

answers: NDQ_000619

answers: geothermal

answers: NDQ_000624

answers: geothermal features which have developed on the Laugarfjall

answers: NDQ_000627

answers: mud pots

answers: NDQ_000629

answers: rhyolitic dome.

answers: NDQ_000630

answers: 40 other smaller hot springs,

answers: NDQ_000631

answers: Haukadalur

answers: NDQ_000632

answers: rhyolitic dome.

answers: NDQ_000633

answers: 40 other smaller hot springs,

answers: NDQ_000634

answers: Haukadalur

answers: NDQ_000635

answers: Haukadalur

answers: NDQ_000636

answers: Haukadalur

answers: NDQ_000637

answers: rhyolitic dome.

answers: NDQ_000638

answers: rhyolitic dome.

answers: NDQ_000639

answers: mud pots and fumaroles

answers: NDQ_000640

answers: rhyolitic dome.

answers: NDQ_000641

answers: 40 other smaller hot springs,

answers: NDQ_000642

answers: rhyolitic dome.

answers: NDQ_000643

answers: rhyolitic dome.

answers: NDQ_000644

answers: mud pots

answers: NDQ_000645

answers: rhyolitic dome.

answers: NDQ_000646

answers: hot springs,

answers: NDQ_000647

answers: hot springs,

answers: NDQ_000648

answers: hot springs,

answers: NDQ_000649

answers: rhyolitic

answers: NDQ_000650

answers: hot springs,

answers: NDQ_000651

answers: Iceland:

answers: NDQ_000652

answers: hot springs,

answers: NDQ_000653

answers: hot springs,

answers: NDQ_000654

answers: hot springs,

answers: NDQ_000655

answers: mud pots

text: The World's natural oil supply is fixed because petroleum is naturally formed far too slowly to be replaced at the rate at which it is being extracted.  Over many millions of years, plankton, bacteria, and other plant and animal matter became buried in sediments on the ocean floor.  When conditions were right – a lack of oxygen for decomposition, and sufficient depth and temperature of burial – these organic remains were converted into petroleum compounds, while the sediment accompanying them was converted into sandstone, siltstone, and other porous sedimentary rock.  When capped by impermeable rocks such as shale, salt, or igneous intrusions, they formed the petroleum reservoirs which are exploited today.

text: The

text: World

text: 's natural oil supply is fixed because petroleum is

text: naturally formed

text: far too slowly to be replaced at the rate at which it is being extracted.  Over many millions of years,

text: plankton

text: bacteria

text: , and other plant and animal matter became buried in sediments on the ocean floor.  When conditions were right – a lack of oxygen for decomposition, and sufficient depth and temperature of burial – these organic remains were converted into petroleum compounds, while the sediment accompanying them was converted into sandstone, siltstone, and other porous sedimentary rock.  When capped by impermeable rocks such as shale, salt, or igneous intrusions, they formed the petroleum reservoirs which are exploited today.

answers: NDQ_000611

answers: is a source of water

answers: NDQ_000613

answers: sufficient depth and temperature of burial

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: shale

answers: NDQ_000619

answers: lack of oxygen for decomposition

answers: NDQ_000624

answers: what is the last word in the passage?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the main idea of the passage?

answers: NDQ_000636

answers: petroleum compounds

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: shale

answers: NDQ_000639

answers: Which of the following is not a mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: impermeable rocks

answers: NDQ_000643

answers: shale

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: salt

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: salt

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: impermeable

answers: NDQ_000650

answers: oil is extracted

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: oil reservoir

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: unanswerable

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: impermeable rocks

answers: NDQ_000613

answers: sufficient depth and temperature of burial

answers: NDQ_000615

answers: impermeable rocks

answers: NDQ_000616

answers: impermeable rocks

answers: NDQ_000619

answers: oxygen

answers: NDQ_000624

answers: shale, salt,

answers: NDQ_000627

answers: shale,

answers: NDQ_000629

answers: impermeable rocks

answers: NDQ_000630

answers: igneous intrusions, they formed the petroleum reservoirs

answers: NDQ_000631

answers: petroleum reservoirs

answers: NDQ_000632

answers: impermeable rocks

answers: NDQ_000633

answers: The World's natural oil supply is fixed

answers: NDQ_000634

answers: The World's

answers: NDQ_000635

answers: impermeable rocks

answers: NDQ_000636

answers: extracted.

answers: NDQ_000637

answers: sandstone, siltstone,

answers: NDQ_000638

answers: shale, salt, or igneous intrusions,

answers: NDQ_000639

answers: petroleum compounds,

answers: NDQ_000640

answers: impermeable rocks

answers: NDQ_000641

answers: The World's natural oil

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: shale, salt,

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: impermeable

answers: NDQ_000646

answers: depth

answers: NDQ_000647

answers: salt,

answers: NDQ_000648

answers: impermeable rocks

answers: NDQ_000649

answers: impermeable rocks

answers: NDQ_000650

answers: plankton, bacteria, and other plant and animal matter

answers: NDQ_000651

answers: The World's

answers: NDQ_000652

answers: impermeable rocks

answers: NDQ_000653

answers: ocean floor.

answers: NDQ_000654

answers: impermeable rocks

answers: NDQ_000655

answers: impermeable

text: Groundwater:Monterrey groundwater is accounted for by 46 deep wells (700 to 1000 m), 74 wells (<100 m), three water tunnels (Cola de Caballo I and II,  San Francisco), and two major springs. The wells are located in the ‘wellfields’ (area with many boreholes) and contribute 40% of the total water that consumed in Monterrey. The three most important ‘wellfields" are the "Metropolitan Area of Monterey Wellfield", "Buenos Aires Wellfield", and "Mina Wellfield". The "Buenos Aires Wellfield" is the most important and contributes nearly half (46%) of the groundwater extracted (~ 1.5 m/s). It is located in a mountainous area of the "Huasteca Canyon" close to Monterrey. These ‘wellfields’ provide high quality water with a low cost of treatment.

text: Groundwater:Monterrey groundwater is accounted for by 46 deep wells (700 to 1000 m), 74 wells (<100 m), three water tunnels (Cola de Caballo I and II,  San Francisco), and two major springs. The wells are located in the ‘wellfields’ (area with many boreholes) and contribute 40% of the total water that consumed in Monterrey. The three most important ‘wellfields" are the "Metropolitan Area of Monterey Wellfield", "Buenos Aires Wellfield", and "Mina Wellfield". The "Buenos Aires Wellfield" is the most important and contributes nearly half (46%) of the groundwater extracted (~ 1.5 m/s). It is located in a mountainous area of the "Huasteca Canyon" close to Monterrey. These ‘wellfields’ provide high quality water with a low cost of treatment.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: high quality water with a low cost of treatment

answers: NDQ_000615

answers: increase by how much

answers: NDQ_000616

answers: Monterrey

answers: NDQ_000619

answers: groundwater is extracted from the ground

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: What is the most important 'wellfield'?

answers: NDQ_000629

answers: What type of rock does the rock layer below an aquifer always consist of?

answers: NDQ_000630

answers: Which of the following is not a source of water in hot springs: hot magma or groundwater?

answers: NDQ_000631

answers: How many major springs are accounted for by 46 deep wells?

answers: NDQ_000632

answers: How many wells are accounted for by deep wells?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the most important 'wellfield'?

answers: NDQ_000636

answers: "Buenos Aires Wellfield" is the most important and contributes nearly half (46%) of the groundwater extracted

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: It is located in a mountainous area

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or groundwater?

answers: NDQ_000640

answers: What keeps water in an aquifer from seeping deeper underground

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: boreholes

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: borehole

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where does water infiltrate the ground?

answers: NDQ_000650

answers: is located in a mountainous area

answers: NDQ_000651

answers: Mexico

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: Monterey

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: wellfields

answers: NDQ_000611

answers: ‘wellfields’ (area with many boreholes)

answers: NDQ_000613

answers: high quality water with a low cost of treatment.

answers: NDQ_000615

answers: 40% of the total water that consumed in Monterrey.

answers: NDQ_000616

answers: springs.

answers: NDQ_000619

answers: springs.

answers: NDQ_000624

answers: Groundwater:Monterrey

answers: NDQ_000627

answers: ‘wellfields’

answers: NDQ_000629

answers: 40% of the total water that consumed in Monterrey.

answers: NDQ_000630

answers: two major springs.

answers: NDQ_000631

answers: mountainous

answers: NDQ_000632

answers: (700 to 1000 m),

answers: NDQ_000633

answers: 46 deep wells (700 to 1000 m),

answers: NDQ_000634

answers: "Huasteca Canyon"

answers: NDQ_000635

answers: mountainous

answers: NDQ_000636

answers: "Buenos Aires Wellfield"

answers: NDQ_000637

answers: high quality water with a low cost of treatment.

answers: NDQ_000638

answers: 46 deep wells

answers: NDQ_000639

answers: Groundwater:Monterrey

answers: NDQ_000640

answers: 46 deep wells

answers: NDQ_000641

answers: 46 deep wells

answers: NDQ_000642

answers: boreholes)

answers: NDQ_000643

answers: Groundwater:Monterrey

answers: NDQ_000644

answers: boreholes)

answers: NDQ_000645

answers: deep wells

answers: NDQ_000646

answers: boreholes)

answers: NDQ_000647

answers: Groundwater:Monterrey

answers: NDQ_000648

answers: Groundwater:Monterrey

answers: NDQ_000649

answers: boreholes)

answers: NDQ_000650

answers: mountainous

answers: NDQ_000651

answers: Monterrey.

answers: NDQ_000652

answers: "Huasteca Canyon"

answers: NDQ_000653

answers: Groundwater:Monterrey

answers: NDQ_000654

answers: springs.

answers: NDQ_000655

answers: ‘wellfields’

text: It is located near several mineral hot springs, from which the town derives its name.

text: It is located near several mineral

text: hot springs

text: , from which the town derives its name.

answers: NDQ_000611

answers: is heated by the sun.

answers: NDQ_000613

answers: mineral hot springs

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: mineral hot springs

answers: NDQ_000619

answers: mineral hot springs are hotter than air

answers: NDQ_000624

answers: It may rise or fall.

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: It's impossible to say

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It's impossible to say

answers: NDQ_000635

answers: It can affect the amount of water that can enter groundwater.

answers: NDQ_000636

answers: It is not possible to tell

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices .

answers: NDQ_000639

answers: Yes

answers: NDQ_000640

answers: It keeps water in an aquifer from seeping deeper.

answers: NDQ_000641

answers: None of the above choices .

answers: NDQ_000642

answers: is not the same as not having holes

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: are mineral springs

answers: NDQ_000645

answers: is hot springs

answers: NDQ_000646

answers: can refer to

answers: NDQ_000647

answers: can be found in springs

answers: NDQ_000648

answers: can be heated

answers: NDQ_000649

answers: softer

answers: NDQ_000650

answers: is located near a large source of pollutants

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: mineral

answers: NDQ_000653

answers: the oceans

answers: NDQ_000654

answers: minerals

answers: NDQ_000655

answers: mineral

answers: NDQ_000611

answers: hot springs,

answers: NDQ_000613

answers: hot springs,

answers: NDQ_000615

answers: hot springs,

answers: NDQ_000616

answers: mineral hot springs,

answers: NDQ_000619

answers: mineral hot springs,

answers: NDQ_000624

answers: hot springs,

answers: NDQ_000627

answers: hot springs,

answers: NDQ_000629

answers: mineral hot springs,

answers: NDQ_000630

answers: mineral hot springs,

answers: NDQ_000631

answers: mineral hot springs,

answers: NDQ_000632

answers: hot springs,

answers: NDQ_000633

answers: hot springs,

answers: NDQ_000634

answers: mineral hot springs,

answers: NDQ_000635

answers: mineral hot springs,

answers: NDQ_000636

answers: mineral hot springs,

answers: NDQ_000637

answers: hot springs,

answers: NDQ_000638

answers: mineral hot springs,

answers: NDQ_000639

answers: mineral hot springs,

answers: NDQ_000640

answers: hot springs,

answers: NDQ_000641

answers: hot springs,

answers: NDQ_000642

answers: mineral hot springs,

answers: NDQ_000643

answers: hot springs,

answers: NDQ_000644

answers: hot springs,

answers: NDQ_000645

answers: hot springs,

answers: NDQ_000646

answers: hot springs,

answers: NDQ_000647

answers: hot springs,

answers: NDQ_000648

answers: hot springs,

answers: NDQ_000649

answers: mineral hot springs,

answers: NDQ_000650

answers: mineral hot springs,

answers: NDQ_000651

answers: mineral hot springs,

answers: NDQ_000652

answers: mineral hot springs,

answers: NDQ_000653

answers: mineral hot springs,

answers: NDQ_000654

answers: mineral hot springs,

answers: NDQ_000655

answers: mineral hot springs,

text: The important parameters in determining a good site for carbon storage are: rock porosity, rock permeability, absence of faults, and geometry of rock layers.  The medium in which the CO is to be stored ideally has a high porosity and permeability, such as sandstone or limestone. Sandstone can have a permeability ranging from 1 to 10 Darcy, and can have a porosity as high as ≈30%. The porous rock must be capped by a layer of low permeability which acts as a seal, or caprock, for the CO.  Shale is an example of a very good caprock, with a permeability of 10 to 10 Darcy. Once injected, the CO plume will rise via buoyant forces, since it is less dense than its surroundings. Once it encounters a caprock, it will spread laterally until it encounters a gap. If there are fault planes near the injection zone, there is a possibility the CO could migrate along the fault to the surface, leaking into the atmosphere, which would be potentially dangerous to life in the surrounding area. Another danger related to carbon sequestration is induced seismicity. If the injection of CO creates pressures that are too high underground, the formation will fracture, causing an earthquake.

text: The important parameters in determining a good site for carbon storage are: rock porosity, rock permeability, absence of faults, and geometry of rock layers.  The medium in which the CO is to be stored ideally has a high porosity and permeability, such as sandstone or limestone. Sandstone can have a permeability ranging from 1 to 10 Darcy, and can have a porosity as high as ≈30%. The porous rock must be capped by a layer of low permeability which acts as a seal, or caprock, for the CO.  Shale is an example of a very good caprock, with a permeability of 10 to 10 Darcy. Once injected, the CO plume will rise via buoyant forces, since it is less dense than its surroundings. Once it encounters a caprock, it will spread laterally until it encounters a gap. If there are fault planes near the injection zone, there is a possibility the CO could migrate along the fault to the surface, leaking into the atmosphere, which would be potentially dangerous to life in the surrounding area. Another danger related to carbon sequestration is induced seismicity. If the injection of CO creates pressures that are too high underground, the formation will fracture, causing an earthquake.

answers: NDQ_000611

answers: does not have a permeability of more than what?

answers: NDQ_000613

answers: high porosity and permeability

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: sandstone

answers: NDQ_000619

answers: carbon is injected into the rock

answers: NDQ_000624

answers: unanswerable

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: What is the medium in which the CO is to be stored ideally has?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the medium in which the CO is to be stored ideally has a high porosity?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: sandstone or limestone?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: limestone

answers: NDQ_000644

answers: porosity

answers: NDQ_000645

answers: Shale

answers: NDQ_000646

answers: injection zone

answers: NDQ_000647

answers: sandstone

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: What is a good caprock?

answers: NDQ_000650

answers: carbon is injected

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: rock

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: carbon

answers: NDQ_000655

answers: sandstone

answers: NDQ_000611

answers: sandstone or limestone.

answers: NDQ_000613

answers: high porosity and permeability,

answers: NDQ_000615

answers: earthquake.

answers: NDQ_000616

answers: CO plume will rise via buoyant forces,

answers: NDQ_000619

answers: pressures

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: Shale

answers: NDQ_000629

answers: capped by a layer of low permeability

answers: NDQ_000630

answers: induced seismicity.

answers: NDQ_000631

answers: induced seismicity.

answers: NDQ_000632

answers: fault planes

answers: NDQ_000633

answers: induced seismicity.

answers: NDQ_000634

answers: 30%.

answers: NDQ_000635

answers: rock porosity, rock permeability, absence of faults,

answers: NDQ_000636

answers: induced seismicity.

answers: NDQ_000637

answers: sandstone or limestone.

answers: NDQ_000638

answers: a layer of low permeability

answers: NDQ_000639

answers: sandstone or limestone.

answers: NDQ_000640

answers: induced seismicity.

answers: NDQ_000641

answers: buoyant forces,

answers: NDQ_000642

answers: faults,

answers: NDQ_000643

answers: Shale

answers: NDQ_000644

answers: porosity

answers: NDQ_000645

answers: caprock,

answers: NDQ_000646

answers: injected,

answers: NDQ_000647

answers: buoyant forces,

answers: NDQ_000648

answers: CO plume will rise via buoyant forces,

answers: NDQ_000649

answers: buoyant forces,

answers: NDQ_000650

answers: fault planes

answers: NDQ_000651

answers: induced seismicity.

answers: NDQ_000652

answers: fault planes

answers: NDQ_000653

answers: sandstone

answers: NDQ_000654

answers: CO plume will rise via buoyant forces,

answers: NDQ_000655

answers: sandstone

text: The groundwater flow equation, in its most general form, describes the movement of groundwater in a porous medium (aquifers and aquitards). It is known in mathematics as the diffusion equation, and has many analogs in other fields. Many solutions for groundwater flow problems were borrowed or adapted from existing heat transfer solutions.

text: The groundwater flow equation, in its most general form, describes the movement of groundwater in a porous medium (aquifers and aquitards). It is known in mathematics as the

text: diffusion equation

text: , and has many analogs in other fields. Many solutions for groundwater flow problems were borrowed or adapted from existing

text: heat transfer

text: solutions.

answers: NDQ_000611

answers: aquifers

answers: NDQ_000613

answers: porous

answers: NDQ_000615

answers: rise

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater flows in a porous medium

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: not enough information

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: What is the most general form of groundwater flow equation?

answers: NDQ_000636

answers: groundwater flow

answers: NDQ_000637

answers: yes

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: porous

answers: NDQ_000650

answers: is contaminated

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: a porous medium

answers: NDQ_000613

answers: porous

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: porous medium

answers: NDQ_000629

answers: porous medium

answers: NDQ_000630

answers: heat transfer solutions.

answers: NDQ_000631

answers: groundwater in a porous medium

answers: NDQ_000632

answers: aquitards).

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: The groundwater flow equation,

answers: NDQ_000635

answers: The groundwater flow equation,

answers: NDQ_000636

answers: The groundwater flow equation,

answers: NDQ_000637

answers: a porous medium

answers: NDQ_000638

answers: a porous medium

answers: NDQ_000639

answers: groundwater in a porous medium

answers: NDQ_000640

answers: The groundwater flow equation,

answers: NDQ_000641

answers: The groundwater flow equation,

answers: NDQ_000642

answers: porous medium

answers: NDQ_000643

answers: (aquifers

answers: NDQ_000644

answers: porous medium

answers: NDQ_000645

answers: (aquifers

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: a porous medium

answers: NDQ_000650

answers: porous medium

answers: NDQ_000651

answers: The groundwater flow equation,

answers: NDQ_000652

answers: groundwater in a porous medium

answers: NDQ_000653

answers: (aquifers and aquitards).

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: (aquifers

text: Xiaotangshan has a long history of geothermal hot spring. The use of hot spring water can be traced back to the Southern and Northern Dynasties period of China, dating back over 1,500 years ago. The Xiaotangshan hot springs has records of early emperors using the springs for medical baths.  The Qianlong Emperor of the Qing dynasty built the Xiaotangshan imperial palace and inscribed "九华兮秀". The hot spring water contains minerals and trace elements such as strontium, lithium, selenium, and other silicic acid mineral elements.

text: Xiaotangshan has a long history of geothermal hot spring. The use of hot spring water can be traced back to the

text: Southern and Northern Dynasties

text: period of China, dating back over 1,500 years ago. The Xiaotangshan hot springs has records of early emperors using the springs for medical baths.  The

text: Qianlong Emperor

text: of the

text: Qing dynasty

text: built the Xiaotangshan imperial palace and inscribed "九华兮秀". The hot spring water contains minerals and trace elements such as strontium, lithium, selenium, and other silicic acid mineral elements.

answers: NDQ_000611

answers: contains minerals and trace elements

answers: NDQ_000613

answers: minerals and trace elements

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: geothermal hot springs

answers: NDQ_000619

answers: hot spring water contains minerals and trace elements

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: Which of the following is not a mineral element: strontium, lithium, selenium, or hot spring water?

answers: NDQ_000629

answers: Which of the following is not a mineral element: strontium, lithium, selenium, or silicic acid?

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

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

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a type of mineral element: strontium, lithium, or selenium?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which is not a mineral element: strontium, lithium, selenium, or silicic acid?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: geothermal

answers: NDQ_000644

answers: geothermal

answers: NDQ_000645

answers: geothermal spring

answers: NDQ_000646

answers: geothermal

answers: NDQ_000647

answers: geothermal

answers: NDQ_000648

answers: geothermal

answers: NDQ_000649

answers: Where does the hot spring water come from?

answers: NDQ_000650

answers: is contaminated with heavy metals

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geothermal source

answers: NDQ_000653

answers: geothermal hot springs

answers: NDQ_000654

answers: geothermal heat

answers: NDQ_000655

answers: geothermal

answers: NDQ_000611

answers: geothermal hot spring.

answers: NDQ_000613

answers: minerals and trace elements

answers: NDQ_000615

answers: geothermal hot spring.

answers: NDQ_000616

answers: geothermal hot spring.

answers: NDQ_000619

answers: geothermal hot spring.

answers: NDQ_000624

answers: geothermal hot spring.

answers: NDQ_000627

answers: geothermal hot spring.

answers: NDQ_000629

answers: 1,500 years ago.

answers: NDQ_000630

answers: geothermal hot spring.

answers: NDQ_000631

answers: geothermal hot spring.

answers: NDQ_000632

answers: minerals and trace elements

answers: NDQ_000633

answers: geothermal hot spring.

answers: NDQ_000634

answers: Xiaotangshan

answers: NDQ_000635

answers: geothermal hot spring.

answers: NDQ_000636

answers: medical baths.

answers: NDQ_000637

answers: geothermal hot spring.

answers: NDQ_000638

answers: geothermal hot spring.

answers: NDQ_000639

answers: The hot spring water contains minerals and trace elements

answers: NDQ_000640

answers: 1,500 years ago.

answers: NDQ_000641

answers: geothermal hot spring.

answers: NDQ_000642

answers: geothermal hot spring.

answers: NDQ_000643

answers: geothermal

answers: NDQ_000644

answers: geothermal hot spring.

answers: NDQ_000645

answers: geothermal hot spring.

answers: NDQ_000646

answers: geothermal hot spring.

answers: NDQ_000647

answers: geothermal hot spring.

answers: NDQ_000648

answers: geothermal hot spring.

answers: NDQ_000649

answers: geothermal hot spring.

answers: NDQ_000650

answers: geothermal hot spring.

answers: NDQ_000651

answers: China,

answers: NDQ_000652

answers: geothermal

answers: NDQ_000653

answers: geothermal hot spring.

answers: NDQ_000654

answers: geothermal hot spring.

answers: NDQ_000655

answers: geothermal hot spring.

text: s; and (iii) overuse of non-renewable groundwater aquifers. Many aquifers have been over-pumped and are not recharging quickly. Although the total freshwater supply is not used up, much has become polluted, salted, unsuitable or otherwise unavailable for drinking, industry and agriculture.

text: s; and (iii) overuse of non-renewable groundwater

text: aquifers

text: . Many aquifers have been over-pumped and are not recharging quickly. Although the total freshwater supply is not used up, much has become polluted, salted, unsuitable or otherwise unavailable for

text: drinking

text: industry

text: and

text: agriculture

answers: NDQ_000611

answers: aquifers

answers: NDQ_000613

answers: unsuitable

answers: NDQ_000615

answers: be higher than normal

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: aquifers are not recharging quickly

answers: NDQ_000624

answers: (iii)

answers: NDQ_000627

answers: (iii)

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: None of the above choices.

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: (iii)

answers: NDQ_000636

answers: unsuitable

answers: NDQ_000637

answers: (iii)

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: None of the above choices.

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: unsuitable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: pumping

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: unsuitable

answers: NDQ_000650

answers: over-pumped

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: salted

answers: NDQ_000611

answers: drinking,

answers: NDQ_000613

answers: recharging quickly.

answers: NDQ_000615

answers: salted,

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: overuse of non-renewable groundwater aquifers.

answers: NDQ_000624

answers: groundwater aquifers.

answers: NDQ_000627

answers: groundwater aquifers.

answers: NDQ_000629

answers: non-renewable groundwater aquifers.

answers: NDQ_000630

answers: (iii)

answers: NDQ_000631

answers: groundwater aquifers.

answers: NDQ_000632

answers: aquifers have been over-pumped

answers: NDQ_000633

answers: the total freshwater supply is not used up,

answers: NDQ_000634

answers: Many aquifers have been over-pumped

answers: NDQ_000635

answers: overuse of non-renewable groundwater aquifers.

answers: NDQ_000636

answers: agriculture.

answers: NDQ_000637

answers: aquifers.

answers: NDQ_000638

answers: Many aquifers have been over-pumped

answers: NDQ_000639

answers: groundwater aquifers.

answers: NDQ_000640

answers: (iii)

answers: NDQ_000641

answers: groundwater aquifers.

answers: NDQ_000642

answers: salted,

answers: NDQ_000643

answers: groundwater aquifers.

answers: NDQ_000644

answers: groundwater aquifers.

answers: NDQ_000645

answers: groundwater aquifers.

answers: NDQ_000646

answers: over-pumped

answers: NDQ_000647

answers: groundwater aquifers.

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater aquifers.

answers: NDQ_000650

answers: over-pumped

answers: NDQ_000651

answers: drinking, industry and agriculture.

answers: NDQ_000652

answers: groundwater aquifers.

answers: NDQ_000653

answers: groundwater aquifers.

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: over-pumped

text: The earthquake originated in an uninhabited desert region. Mines and ore-treating plants were damaged and two cabins, one of stone and one of adobe, were destroyed. Shocks were felt in the Nevada towns of Tonopah, Mina, Nevada, Luning, Nevada and Fallon as well as others. Reports included cracks in the ground (Luning) and downed chimneys (Mineral County, Luning and Mina). Boulders were dislodged from hillsides and cliffs in the area, large landslides were reported and groundwater changes were observed in local springs and wells. No loss of life or injuries were reported.

text: The earthquake originated in an uninhabited desert region. Mines and ore-treating plants were damaged and two cabins, one of stone and one of

text: adobe

text: , were destroyed. Shocks were felt in the Nevada towns of

text: Tonopah

text: Mina, Nevada

text: Luning, Nevada

text: and

text: Fallon

text: as well as others. Reports included cracks in the ground (Luning) and downed chimneys (Mineral County, Luning and Mina). Boulders were dislodged from hillsides and cliffs in the area, large landslides were reported and

text: groundwater

text: changes were observed in local springs and wells. No loss of life or injuries were reported.

answers: NDQ_000611

answers: changes in local springs and wells

answers: NDQ_000613

answers: springs and wells

answers: NDQ_000615

answers: change

answers: NDQ_000616

answers: springs

answers: NDQ_000619

answers: groundwater changes

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Which of the following is not a type of well: springs or wells?

answers: NDQ_000629

answers: Which of the following is not a type of cabin: stone or adobe?

answers: NDQ_000630

answers: Which of the following is not a source of groundwater changes: hot springs or wells?

answers: NDQ_000631

answers: Why did the earthquake occur in a desert region?

answers: NDQ_000632

answers: Which of the following is not a type of aquifer: springs or wells?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a type of land use: mines or ore-treating plants?

answers: NDQ_000636

answers: What is the purpose of the water taken from the Ogallala aquifer

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: Which of the following is not a type of rock: boulders, aquifer, or wells?

answers: NDQ_000639

answers: Which of the following is not a type of spring: mineral springs or hot springs?

answers: NDQ_000640

answers: Which of the following is not a type of well: springs or wells?

answers: NDQ_000641

answers: How does groundwater change in a well?

answers: NDQ_000642

answers: adobe

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: cracks in the ground

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Which of the following is not a type of cabin: stone or adobe?

answers: NDQ_000650

answers: groundwater changes

answers: NDQ_000651

answers: Nevada

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: springs

answers: NDQ_000654

answers: groundwater changes

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: changes were observed in local springs and wells.

answers: NDQ_000613

answers: groundwater changes

answers: NDQ_000615

answers: groundwater changes

answers: NDQ_000616

answers: groundwater changes were observed in local springs and wells.

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater changes

answers: NDQ_000627

answers: groundwater changes were observed in local springs and wells.

answers: NDQ_000629

answers: groundwater changes were observed in local springs and wells.

answers: NDQ_000630

answers: groundwater changes were observed in local springs

answers: NDQ_000631

answers: groundwater changes were observed in local springs and wells.

answers: NDQ_000632

answers: groundwater changes were observed in local springs and wells.

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: groundwater changes were observed in local springs and wells.

answers: NDQ_000635

answers: groundwater changes were observed in local springs and wells.

answers: NDQ_000636

answers: No loss of life or injuries were reported.

answers: NDQ_000637

answers: groundwater changes were observed in local springs and wells.

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: groundwater changes were observed in local springs and wells.

answers: NDQ_000641

answers: groundwater changes were observed in local springs and wells.

answers: NDQ_000642

answers: groundwater changes were observed in local springs and wells.

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: Boulders

answers: NDQ_000645

answers: groundwater changes were observed in local springs and wells.

answers: NDQ_000646

answers: wells.

answers: NDQ_000647

answers: groundwater changes were observed in local springs and wells.

answers: NDQ_000648

answers: groundwater changes were observed in local springs and wells.

answers: NDQ_000649

answers: groundwater changes were observed in local springs and wells.

answers: NDQ_000650

answers: uninhabited desert region.

answers: NDQ_000651

answers: groundwater changes were observed in local springs and wells.

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater changes were observed in local springs and wells.

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

text: MODFLOW is a well-known example of a general finite difference groundwater flow model. It is developed by the US Geological Survey as a modular and extensible simulation tool for modeling groundwater flow. It is free software developed, documented and distributed by the USGS. Many commercial products have grown up around it, providing graphical user interfaces to its input file based interface, and typically incorporating pre- and post-processing of user data. Many other models have been developed to work with MODFLOW input and output, making linked models which simulate several hydrologic processes possible (flow and transport models, surface water and groundwater models and chemical reaction models), because of the simple, well documented nature of MODFLOW.

text: MODFLOW

text: is a well-known example of a general finite difference groundwater flow model. It is developed by the

text: US Geological Survey

text: as a modular and extensible simulation tool for modeling groundwater flow. It is

text: free software

text: developed, documented and distributed by the USGS. Many commercial products have grown up around it, providing

text: graphical user interface

text: s to its input file based interface, and typically incorporating pre- and post-processing of user data. Many other models have been developed to work with MODFLOW input and output, making linked models which simulate several hydrologic processes possible (flow and transport models,

text: surface water

text: and

text: groundwater

text: models and chemical reaction models), because of the simple, well documented nature of MODFLOW.

answers: NDQ_000611

answers: is a mixture of

answers: NDQ_000613

answers: groundwater flow model

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: surface water

answers: NDQ_000619

answers: MODFLOW is a well-known example

answers: NDQ_000624

answers: may rise or fall

answers: NDQ_000627

answers: What is an aquifer?

answers: NDQ_000629

answers: It is developed by the US Geological Survey

answers: NDQ_000630

answers: MODFLOW

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: MODFLOW

answers: NDQ_000635

answers: What can affect the amount of water that enters groundwater?

answers: NDQ_000636

answers: crop

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: It is free software developed, documented and distributed by the USGS

answers: NDQ_000639

answers: mineral springs

answers: NDQ_000640

answers: The water table keeps water from seeping deeper underground.

answers: NDQ_000641

answers: MODFLOW

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater flow model

answers: NDQ_000645

answers: surface water

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: groundwater is contaminated

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: surface water

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: groundwater

answers: NDQ_000613

answers: pre- and post-processing of user data.

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: surface water

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater flow model.

answers: NDQ_000627

answers: MODFLOW

answers: NDQ_000629

answers: MODFLOW

answers: NDQ_000630

answers: MODFLOW

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: MODFLOW

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: MODFLOW

answers: NDQ_000635

answers: MODFLOW

answers: NDQ_000636

answers: MODFLOW

answers: NDQ_000637

answers: MODFLOW

answers: NDQ_000638

answers: MODFLOW

answers: NDQ_000639

answers: MODFLOW

answers: NDQ_000640

answers: MODFLOW

answers: NDQ_000641

answers: MODFLOW

answers: NDQ_000642

answers: MODFLOW

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: MODFLOW

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: surface water

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: MODFLOW

answers: NDQ_000651

answers: MODFLOW

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: surface water and groundwater

answers: NDQ_000654

answers: surface water

answers: NDQ_000655

answers: groundwater

text: Drier than most of the rest of the state, the region is a transition zone between the prairies and the Great Plains.  Once rich in wetlands known as prairie potholes, 90%, or some three million acres (12,000 km²), have been drained for agriculture in the Minnesota River basin.  Most of the prairies are now farm fields. Due to the quaternary and bedrock geology of the region, as well as the reduced precipitation in the region, groundwater resources are neither plentiful, nor widely distributed, unlike most other areas of the state. Given these constraints, this rural area hosts a vast network of water pipelines which transports groundwater from the few localized areas with productive groundwater wells to much of the region's population.

text: Drier than most of the rest of the state, the region is a transition zone between the prairies and the

text: Great Plains

text: .  Once rich in wetlands known as

text: prairie potholes

text: , 90%, or some three million acres (12,000 km²), have been drained for agriculture in the Minnesota River basin.  Most of the prairies are now farm fields. Due to the quaternary and bedrock geology of the region, as well as the reduced precipitation in the region, groundwater resources are neither plentiful, nor widely distributed, unlike most other areas of the state. Given these constraints, this rural area hosts a vast network of water pipelines which transports groundwater from the few localized areas with productive groundwater wells to much of the region's population.

answers: NDQ_000611

answers: is transported from the few localized areas

answers: NDQ_000613

answers: plentiful, nor widely distributed

answers: NDQ_000615

answers: reduce

answers: NDQ_000616

answers: Minnesota River basin

answers: NDQ_000619

answers: groundwater is not plentiful

answers: NDQ_000624

answers: groundwater resources are neither plentiful

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: groundwater resources are neither plentiful

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: 90%, or some three million acres (12,000 km2), have been drained for agriculture

answers: NDQ_000636

answers: 90%

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Why are groundwater resources neither plentiful, nor widely distributed?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: groundwater resources

answers: NDQ_000642

answers: prairie potholes

answers: NDQ_000643

answers: wetlands

answers: NDQ_000644

answers: prairie potholes

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Why are groundwater resources not plentiful?

answers: NDQ_000650

answers: has been drained

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: groundwater well

answers: NDQ_000653

answers: Minnesota River basin

answers: NDQ_000654

answers: precipitation

answers: NDQ_000655

answers: wetlands

answers: NDQ_000611

answers: productive groundwater wells

answers: NDQ_000613

answers: plentiful, nor widely distributed,

answers: NDQ_000615

answers: prairie potholes,

answers: NDQ_000616

answers: groundwater wells

answers: NDQ_000619

answers: reduced precipitation

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: bedrock

answers: NDQ_000629

answers: quaternary

answers: NDQ_000630

answers: groundwater wells

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater resources are neither plentiful, nor widely distributed,

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: three million acres (12,000 km2),

answers: NDQ_000635

answers: groundwater resources are neither plentiful, nor widely distributed,

answers: NDQ_000636

answers: agriculture

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: bedrock

answers: NDQ_000640

answers: groundwater resources are neither plentiful, nor widely distributed,

answers: NDQ_000641

answers: groundwater wells

answers: NDQ_000642

answers: prairie potholes,

answers: NDQ_000643

answers: wetlands

answers: NDQ_000644

answers: prairie potholes,

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: bedrock

answers: NDQ_000650

answers: agriculture

answers: NDQ_000651

answers: groundwater resources are neither plentiful, nor widely distributed,

answers: NDQ_000652

answers: groundwater wells

answers: NDQ_000653

answers: wetlands

answers: NDQ_000654

answers: precipitation

answers: NDQ_000655

answers: bedrock

text: Of the total irrigated area worldwide 38% is equipped for irrigation with groundwater, especially in India (39 million ha), China (19 million ha) and the United States of America (17 million ha). Total consumptive groundwater use for irrigation is estimated as 545 km/year. Groundwater use in irrigation leads in places to exploitation of groundwater at rates above groundwater recharge and depletion of groundwater reservoirs.

text: Of the total irrigated area worldwide 38% is equipped for irrigation with groundwater, especially in India (39 million ha), China (19 million ha) and the United States of America (17 million ha). Total consumptive groundwater use for irrigation is estimated as 545 km/year. Groundwater use in irrigation leads in places to exploitation of groundwater at rates above groundwater recharge and depletion of groundwater reservoirs.

answers: NDQ_000611

answers: is used for irrigation

answers: NDQ_000613

answers: recharge and depletion of groundwater reservoirs

answers: NDQ_000615

answers: deplete

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is depleted

answers: NDQ_000624

answers: depletion

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: How does groundwater use in irrigation affect groundwater reservoirs?

answers: NDQ_000636

answers: 38%

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: how does groundwater flow out of a well

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: unsuitable

answers: NDQ_000650

answers: depletes

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater reservoir

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: irrigation with groundwater,

answers: NDQ_000613

answers: groundwater recharge

answers: NDQ_000615

answers: groundwater,

answers: NDQ_000616

answers: groundwater,

answers: NDQ_000619

answers: depletion of groundwater reservoirs.

answers: NDQ_000624

answers: groundwater,

answers: NDQ_000627

answers: groundwater,

answers: NDQ_000629

answers: 545 km/year.

answers: NDQ_000630

answers: groundwater,

answers: NDQ_000631

answers: groundwater,

answers: NDQ_000632

answers: groundwater,

answers: NDQ_000633

answers: groundwater,

answers: NDQ_000634

answers: (39 million ha), China (19 million ha) and the United States of America

answers: NDQ_000635

answers: depletion of groundwater reservoirs.

answers: NDQ_000636

answers: 38% is equipped for irrigation with groundwater,

answers: NDQ_000637

answers: groundwater,

answers: NDQ_000638

answers: 38% is equipped for irrigation with groundwater,

answers: NDQ_000639

answers: groundwater,

answers: NDQ_000640

answers: Groundwater use in irrigation leads in places to exploitation of groundwater

answers: NDQ_000641

answers: groundwater,

answers: NDQ_000642

answers: groundwater,

answers: NDQ_000643

answers: groundwater,

answers: NDQ_000644

answers: groundwater,

answers: NDQ_000645

answers: groundwater,

answers: NDQ_000646

answers: groundwater,

answers: NDQ_000647

answers: groundwater,

answers: NDQ_000648

answers: groundwater,

answers: NDQ_000649

answers: groundwater,

answers: NDQ_000650

answers: Groundwater use in irrigation

answers: NDQ_000651

answers: (17 million ha).

answers: NDQ_000652

answers: groundwater,

answers: NDQ_000653

answers: groundwater,

answers: NDQ_000654

answers: groundwater,

answers: NDQ_000655

answers: groundwater reservoirs.

text: On the arrival of polar spring, the lander will study the geyser phenomenon from the location selected for optimum viewing. Automated geyser detection on board the spacecraft will scan the environment, although the routine imagery will be buffered on the spacecraft, images will not be relayed to Earth until the spacecraft detects a geyser. This triggers high-speed, high-resolution imagery, including LIDAR characterization of particle motion and infrared spectroscopy. Simultaneously, the science instruments will do chemical analysis of any fallout particles spewed onto the surface of the lander.<ref name='Geyser Hopper'/> Geysers erupt at a rate of about one a day during peak springtime season. If more than one is detected simultaneously, the spacecraft algorithm will focus on the nearest or "best".The lander will continue this primary geyser science for a period of about 90 days. Tens of geyser observations are expected over the spring/summer season. Extended mission operations, if desired, would continue the observation from August 11, 2018 through a full Martian year and into the second Martian summer.<ref name='Geyser Hopper'/>

text: On the arrival of polar spring, the lander will study the geyser phenomenon from the location selected for optimum viewing. Automated geyser detection on board the spacecraft will scan the environment, although the routine imagery will be buffered on the spacecraft, images will not be relayed to Earth until the spacecraft detects a geyser. This triggers high-speed, high-resolution imagery, including

text: LIDAR

text: characterization of particle motion and

text: infrared spectroscopy

text: . Simultaneously, the science instruments will do chemical analysis of any fallout particles spewed onto the surface of the lander.<ref name='Geyser Hopper'/> Geysers erupt at a rate of about one a day during peak springtime season. If more than one is detected simultaneously, the spacecraft algorithm will focus on the nearest or "best".The lander will continue this primary geyser science for a period of about 90 days. Tens of geyser observations are expected over the spring/summer season. Extended mission operations, if desired, would continue the observation from August 11, 2018 through a full Martian year and into the second Martian summer.<ref name='Geyser Hopper'/>

answers: NDQ_000611

answers: erupts at a rate of about one a day during peak

answers: NDQ_000613

answers: If more than one is detected simultaneously, the spacecraft algorithm will focus on the nearest or "best

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: Earth's surface

answers: NDQ_000619

answers: Martian summer

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

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

answers: NDQ_000629

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

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: Earth

answers: NDQ_000632

answers: What is the average depth of an aquifer?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It is one of the biggest aquifers

answers: NDQ_000635

answers: How can land use affect the amount of water that enters groundwater?

answers: NDQ_000636

answers: What is the purpose of the water?

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: What is impermeable rock?

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: What is the purpose of the water table?

answers: NDQ_000641

answers: How does gravity work?

answers: NDQ_000642

answers: Martian soil

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: geyser

answers: NDQ_000648

answers: geyser

answers: NDQ_000649

answers: Where is the geyser located?

answers: NDQ_000650

answers: is located near a source of pollution

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geyser

answers: NDQ_000611

answers: one a day

answers: NDQ_000613

answers: nearest

answers: NDQ_000615

answers: one a day

answers: NDQ_000616

answers: geyser

answers: NDQ_000619

answers: one a day during peak springtime season.

answers: NDQ_000624

answers: polar spring,

answers: NDQ_000627

answers: one a day

answers: NDQ_000629

answers: one a day

answers: NDQ_000630

answers: one a day

answers: NDQ_000631

answers: one a day

answers: NDQ_000632

answers: one a day

answers: NDQ_000633

answers: one a day

answers: NDQ_000634

answers: one a day

answers: NDQ_000635

answers: Geysers

answers: NDQ_000636

answers: one a day

answers: NDQ_000637

answers: Geysers

answers: NDQ_000638

answers: one a day

answers: NDQ_000639

answers: polar spring, the lander will study the geyser

answers: NDQ_000640

answers: one a day

answers: NDQ_000641

answers: Geysers

answers: NDQ_000642

answers: lander.

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: lander.

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: polar spring,

answers: NDQ_000647

answers: Earth until the spacecraft detects a geyser.

answers: NDQ_000648

answers: Geysers

answers: NDQ_000649

answers: Geysers

answers: NDQ_000650

answers: geyser.

answers: NDQ_000651

answers: one a day

answers: NDQ_000652

answers: geyser.

answers: NDQ_000653

answers: polar spring,

answers: NDQ_000654

answers: Geysers

answers: NDQ_000655

answers: "best".The

text: In hydrogeology, groundwater flow is defined as the "...part of streamflow that has infiltrated the ground, has entered the phreatic zone, and has been discharged into a stream channel, via springs or seepage water".  It is governed by the groundwater flow equation.Groundwater is water that is found underground in cracks and spaces in the soil, sand and rocks. An area where water fills these spaces is called a phreatic zone or saturated zone. Groundwater is stored in and moves slowly through the layers of soil, sand and rocks called aquifers. The rate of groundwater flow depends on the permeability (the size of the spaces in the soil or rocks and how well the spaces are connected) and the hydraulic head (water pressure).

text: In

text: hydrogeology

text: , groundwater flow is defined as the "...part of

text: streamflow

text: that has infiltrated the ground, has entered the

text: phreatic zone

text: , and has been discharged into a

text: stream channel

text: , via

text: spring

text: s or

text: seepage water

text: ".  It is governed by the

text: groundwater flow equation

text: .Groundwater is water that is found underground in cracks and spaces in the soil, sand and rocks. An area where water fills these spaces is called a phreatic zone or saturated zone. Groundwater is stored in and moves slowly through the layers of soil, sand and rocks called

text: aquifer

text: s. The rate of groundwater flow depends on the

text: permeability

text: (the size of the spaces in the soil or rocks and how well the spaces are connected) and the

text: hydraulic head

text: (water pressure).

answers: NDQ_000611

answers: is found underground in cracks and spaces in the soil

answers: NDQ_000613

answers: the size of the spaces in the soil or rocks and how well the spaces are connected

answers: NDQ_000615

answers: increase in the phreatic zone

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater fills cracks and spaces in the soil

answers: NDQ_000624

answers: depends on the permeability

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It depends on the permeability

answers: NDQ_000630

answers: What is the source of water in hot springs?

answers: NDQ_000631

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

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It is not possible to tell

answers: NDQ_000635

answers: How does the rate of groundwater flow depend on the permeability?

answers: NDQ_000636

answers: groundwater flow equation

answers: NDQ_000637

answers: The rate of groundwater flow depends on the permeability

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: Which of the following is not an aquifer: soil, sand or rocks?

answers: NDQ_000641

answers: None of the above choices are true

answers: NDQ_000642

answers: aquifers

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: cracks

answers: NDQ_000645

answers: aquifers

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: Groundwater

answers: NDQ_000649

answers: unanswerable

answers: NDQ_000650

answers: has a higher permeability

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: Groundwater is stored in and moves slowly

answers: NDQ_000613

answers: permeability

answers: NDQ_000615

answers: saturated zone.

answers: NDQ_000616

answers: Groundwater

answers: NDQ_000619

answers: (water pressure).

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: Groundwater

answers: NDQ_000629

answers: permeability

answers: NDQ_000630

answers: groundwater flow equation.Groundwater

answers: NDQ_000631

answers: Groundwater

answers: NDQ_000632

answers: Groundwater

answers: NDQ_000633

answers: Groundwater

answers: NDQ_000634

answers: aquifers.

answers: NDQ_000635

answers: permeability

answers: NDQ_000636

answers: Groundwater

answers: NDQ_000637

answers: Groundwater

answers: NDQ_000638

answers: Groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: Groundwater

answers: NDQ_000641

answers: (water pressure).

answers: NDQ_000642

answers: rocks.

answers: NDQ_000643

answers: a phreatic zone

answers: NDQ_000644

answers: cracks and spaces in the soil, sand and rocks.

answers: NDQ_000645

answers: phreatic zone

answers: NDQ_000646

answers: Groundwater

answers: NDQ_000647

answers: equation.Groundwater

answers: NDQ_000648

answers: Groundwater

answers: NDQ_000649

answers: cracks and spaces in the soil, sand and rocks.

answers: NDQ_000650

answers: permeability

answers: NDQ_000651

answers: Groundwater

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: aquifers.

answers: NDQ_000654

answers: Groundwater

answers: NDQ_000655

answers: saturated zone.

text: Groundwater models may be used to predict the effects of hydrological changes (like groundwater abstraction or irrigation developments) on the behavior of the aquifer and are often named groundwater simulation models. Also nowadays the groundwater models are used in various water management plans for urban areas.

text: Groundwater models may be used to predict the effects of hydrological changes (like groundwater abstraction or irrigation developments) on the behavior of the aquifer and are often named groundwater simulation models. Also nowadays the groundwater models are used in various water management plans for urban areas.

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: behavior

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is pumped into the aquifer

answers: NDQ_000624

answers: change

answers: NDQ_000627

answers: no

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: urban areas

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can be used to predict the effects of hydrological changes?

answers: NDQ_000636

answers: groundwater abstraction

answers: NDQ_000637

answers: no

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: urban

answers: NDQ_000651

answers: urban areas

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: hydrological changes

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: aquifer

answers: NDQ_000613

answers: behavior

answers: NDQ_000615

answers: aquifer

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: hydrological changes

answers: NDQ_000624

answers: aquifer

answers: NDQ_000627

answers: groundwater simulation models.

answers: NDQ_000629

answers: Groundwater models may be used to predict the effects of hydrological changes

answers: NDQ_000630

answers: groundwater simulation models.

answers: NDQ_000631

answers: urban areas.

answers: NDQ_000632

answers: Groundwater models may be used to predict the effects of hydrological changes

answers: NDQ_000633

answers: Groundwater

answers: NDQ_000634

answers: Groundwater models

answers: NDQ_000635

answers: irrigation developments)

answers: NDQ_000636

answers: irrigation developments)

answers: NDQ_000637

answers: Groundwater models

answers: NDQ_000638

answers: groundwater simulation models.

answers: NDQ_000639

answers: Groundwater models

answers: NDQ_000640

answers: Groundwater models

answers: NDQ_000641

answers: Groundwater

answers: NDQ_000642

answers: aquifer

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: Groundwater

answers: NDQ_000647

answers: aquifer

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: aquifer

answers: NDQ_000650

answers: hydrological changes (like groundwater abstraction or irrigation developments)

answers: NDQ_000651

answers: urban areas.

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: groundwater abstraction or irrigation developments)

answers: NDQ_000655

answers: groundwater abstraction

text: Groundwater discharge is the volumetric flow rate of groundwater through an aquifer.

text: Groundwater discharge is the

text: volumetric flow rate

text: of

text: groundwater

text: through an

text: aquifer

answers: NDQ_000611

answers: discharges into a lake.

answers: NDQ_000613

answers: volume flow rate

answers: NDQ_000615

answers: increase in the aquifer

answers: NDQ_000616

answers: groundwater discharge

answers: NDQ_000619

answers: groundwater flows through an aquifer.

answers: NDQ_000624

answers: The water table may rise or fall

answers: NDQ_000627

answers: It's impossible to say

answers: NDQ_000629

answers: It does not.

answers: NDQ_000630

answers: The water in hot springs is heated by magma.

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It is one of the biggest aquifers.

answers: NDQ_000635

answers: It can affect the amount of water that is available to enter groundwater.

answers: NDQ_000636

answers: groundwater discharge

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: It keeps water from seeping deeper underground.

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: is not a aquifer

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer is a type of

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: can be aquifer

answers: NDQ_000647

answers: is groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: softer.

answers: NDQ_000650

answers: discharges too much water

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: the oceans.

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: aquifer.

answers: NDQ_000613

answers: Groundwater discharge

answers: NDQ_000615

answers: Groundwater discharge

answers: NDQ_000616

answers: Groundwater discharge

answers: NDQ_000619

answers: Groundwater discharge

answers: NDQ_000624

answers: Groundwater discharge

answers: NDQ_000627

answers: Groundwater discharge

answers: NDQ_000629

answers: Groundwater discharge

answers: NDQ_000630

answers: Groundwater discharge

answers: NDQ_000631

answers: Groundwater discharge

answers: NDQ_000632

answers: Groundwater discharge

answers: NDQ_000633

answers: Groundwater discharge

answers: NDQ_000634

answers: Groundwater discharge

answers: NDQ_000635

answers: Groundwater discharge

answers: NDQ_000636

answers: Groundwater discharge

answers: NDQ_000637

answers: Groundwater discharge

answers: NDQ_000638

answers: Groundwater discharge

answers: NDQ_000639

answers: Groundwater discharge

answers: NDQ_000640

answers: Groundwater discharge

answers: NDQ_000641

answers: Groundwater discharge

answers: NDQ_000642

answers: aquifer.

answers: NDQ_000643

answers: aquifer.

answers: NDQ_000644

answers: aquifer.

answers: NDQ_000645

answers: aquifer.

answers: NDQ_000646

answers: Groundwater discharge

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: Groundwater discharge

answers: NDQ_000649

answers: aquifer.

answers: NDQ_000650

answers: Groundwater discharge

answers: NDQ_000651

answers: Groundwater discharge

answers: NDQ_000652

answers: aquifer.

answers: NDQ_000653

answers: aquifer.

answers: NDQ_000654

answers: Groundwater discharge

answers: NDQ_000655

answers: Groundwater discharge

text: Drilled wells with electric pumps are used throughout the world, typically in rural or sparsely populated areas, though many urban areas are supplied partly by municipal wells. Most shallow well drilling machines are mounted on large trucks, trailers, or tracked vehicle carriages. Water wells typically range from  deep, but in some areas can go deeper than .

text: Drilled wells with electric pumps are used throughout the world, typically in rural or sparsely populated areas, though many urban areas are supplied partly by municipal wells. Most shallow well drilling machines are mounted on large trucks, trailers, or tracked vehicle carriages. Water wells typically range from  deep, but in some areas can go deeper than .

answers: NDQ_000611

answers: is pumped out of the ground.

answers: NDQ_000613

answers: deep, but in some areas can go deeper than

answers: NDQ_000615

answers: go deeper than

answers: NDQ_000616

answers: wells

answers: NDQ_000619

answers: water from a well reaches the surface.

answers: NDQ_000624

answers: fluctuate

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: urban areas

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: deep

answers: NDQ_000635

answers: In some areas can go deeper than

answers: NDQ_000636

answers: wells with electric pumps

answers: NDQ_000637

answers: None of the above choices

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: NDQ_000641

answers: no

answers: NDQ_000642

answers: can go deeper than

answers: NDQ_000643

answers: well

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: wells

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: can go deeper than

answers: NDQ_000648

answers: can go deeper than

answers: NDQ_000649

answers: It does not

answers: NDQ_000650

answers: urban

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: wells

answers: NDQ_000654

answers: water flowing through it

answers: NDQ_000655

answers: deep

answers: NDQ_000611

answers: Water wells typically range from deep,

answers: NDQ_000613

answers: Drilled wells with electric pumps

answers: NDQ_000615

answers: deep,

answers: NDQ_000616

answers: Drilled wells

answers: NDQ_000619

answers: Drilled wells with electric pumps

answers: NDQ_000624

answers: Water wells typically range from deep,

answers: NDQ_000627

answers: Water wells typically range from deep,

answers: NDQ_000629

answers: Water wells typically range from deep,

answers: NDQ_000630

answers: Drilled wells with electric pumps

answers: NDQ_000631

answers: rural or sparsely populated areas,

answers: NDQ_000632

answers: Water wells typically range from deep,

answers: NDQ_000633

answers: Drilled wells with electric pumps

answers: NDQ_000634

answers: Water wells typically range from deep,

answers: NDQ_000635

answers: rural or sparsely populated

answers: NDQ_000636

answers: Drilled wells with electric pumps

answers: NDQ_000637

answers: Drilled wells

answers: NDQ_000638

answers: Water wells typically range from deep,

answers: NDQ_000639

answers: Water wells

answers: NDQ_000640

answers: Water wells typically range from deep,

answers: NDQ_000641

answers: Water wells

answers: NDQ_000642

answers: Water wells typically range from deep,

answers: NDQ_000643

answers: Water wells

answers: NDQ_000644

answers: Drilled wells

answers: NDQ_000645

answers: Water wells

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: Water wells typically range from deep,

answers: NDQ_000648

answers: Water wells

answers: NDQ_000649

answers: Water wells typically range from deep,

answers: NDQ_000650

answers: populated areas,

answers: NDQ_000651

answers: many urban areas are supplied partly by municipal wells.

answers: NDQ_000652

answers: Drilled wells

answers: NDQ_000653

answers: Drilled wells

answers: NDQ_000654

answers: Drilled wells with electric pumps

answers: NDQ_000655

answers: deep,

text: Atrazine remains in soil for a matter of months (although in some soils can persist to at least 4 years) and can migrate from soil to groundwater; once in groundwater, it degrades slowly. It has been detected in groundwater at high levels in some regions of the U.S. where it is used on some crops and turf. The US Environmental Protection Agency expresses concern regarding contamination of surface waters (lakes, rivers, and streams).

text: Atrazine remains in soil for a matter of months (although in some soils can persist to at least 4 years) and can migrate from soil to

text: groundwater

text: ; once in groundwater, it degrades slowly. It has been detected in groundwater at high levels in some regions of the U.S. where it is used on some crops and turf. The US

text: Environmental Protection Agency

text: expresses concern regarding contamination of surface waters (lakes, rivers, and streams).

answers: NDQ_000611

answers: degrades slowly

answers: NDQ_000613

answers: degrades slowly

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: soil

answers: NDQ_000619

answers: Atrazine is in the soil

answers: NDQ_000624

answers: What can cause the water table to rise or fall?

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: Where is Atrazine used on some crops and turf?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs, or soil?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: soil

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where is Atrazine found?

answers: NDQ_000650

answers: is used on some crops and turf

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: lakes

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: it degrades slowly.

answers: NDQ_000613

answers: slowly.

answers: NDQ_000615

answers: groundwater;

answers: NDQ_000616

answers: groundwater;

answers: NDQ_000619

answers: Atrazine

answers: NDQ_000624

answers: groundwater;

answers: NDQ_000627

answers: groundwater;

answers: NDQ_000629

answers: Atrazine

answers: NDQ_000630

answers: Atrazine

answers: NDQ_000631

answers: groundwater;

answers: NDQ_000632

answers: groundwater;

answers: NDQ_000633

answers: 4 years) and can migrate from soil to groundwater;

answers: NDQ_000634

answers: Atrazine

answers: NDQ_000635

answers: crops and turf.

answers: NDQ_000636

answers: crops and turf.

answers: NDQ_000637

answers: groundwater;

answers: NDQ_000638

answers: groundwater;

answers: NDQ_000639

answers: Atrazine

answers: NDQ_000640

answers: Atrazine

answers: NDQ_000641

answers: groundwater;

answers: NDQ_000642

answers: Atrazine remains in soil

answers: NDQ_000643

answers: groundwater;

answers: NDQ_000644

answers: Atrazine remains in soil

answers: NDQ_000645

answers: groundwater;

answers: NDQ_000646

answers: groundwater;

answers: NDQ_000647

answers: groundwater;

answers: NDQ_000648

answers: groundwater;

answers: NDQ_000649

answers: groundwater;

answers: NDQ_000650

answers: Atrazine

answers: NDQ_000651

answers: The US Environmental Protection Agency expresses concern regarding contamination of surface waters

answers: NDQ_000652

answers: (lakes, rivers, and streams).

answers: NDQ_000653

answers: surface waters

answers: NDQ_000654

answers: groundwater;

answers: NDQ_000655

answers: groundwater;

text: A water well is an excavation or structure created in the ground by digging, driving, boring, or drilling to access groundwater in underground aquifers. The well water is drawn by a pump, or using containers, such as buckets, that are raised mechanically or by hand. Wells were first constructed at least eight thousand years ago and historically vary in construction from a simple scoop in the sediment of a dry watercourse to the stepwells of India, the qanats of Iran, and the shadoofs and sakiehs of India. Placing a lining in the well shaft helps create stability and linings of wood or wickerwork date back at least as far as the Iron Age.

text: A water well is an excavation or structure created in the ground by digging, driving, boring, or drilling to access

text: groundwater

text: in underground

text: aquifer

text: s. The well water is drawn by a

text: pump

text: , or using containers, such as buckets, that are raised mechanically or by hand. Wells were first constructed at least eight thousand years ago and historically vary in construction from a simple scoop in the sediment of a dry watercourse to the

text: stepwell

text: s of India, the

text: qanat

text: s of Iran, and the

text: shadoof

text: s and

text: sakiehs

text: of India. Placing a lining in the well shaft helps create stability and linings of wood or wickerwork date back at least as far as the

text: Iron Age

answers: NDQ_000611

answers: is found where?

answers: NDQ_000613

answers: wells were first constructed at least eight thousand years ago

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: water is drawn from underground aquifers

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the purpose of a water well?

answers: NDQ_000636

answers: wells

answers: NDQ_000637

answers: None of the above choices

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot springs, mineral springs or water wells?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: no

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: aquifer

answers: NDQ_000645

answers: aquifers

answers: NDQ_000646

answers: A water well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where does water infiltrate?

answers: NDQ_000650

answers: is polluted

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: unanswerable

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: underground aquifers.

answers: NDQ_000613

answers: stability

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: underground aquifers.

answers: NDQ_000629

answers: groundwater

answers: NDQ_000630

answers: underground aquifers.

answers: NDQ_000631

answers: underground aquifers.

answers: NDQ_000632

answers: underground aquifers.

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: A water well

answers: NDQ_000635

answers: A water well

answers: NDQ_000636

answers: A water well

answers: NDQ_000637

answers: underground aquifers.

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: A water well

answers: NDQ_000641

answers: The well water is drawn by a pump,

answers: NDQ_000642

answers: lining

answers: NDQ_000643

answers: aquifers.

answers: NDQ_000644

answers: water well

answers: NDQ_000645

answers: aquifers.

answers: NDQ_000646

answers: A water well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: sediment

answers: NDQ_000650

answers: A water well

answers: NDQ_000651

answers: A water well

answers: NDQ_000652

answers: groundwater in underground aquifers.

answers: NDQ_000653

answers: underground aquifers.

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: water well

text: Vent Geyser belongs to the Grand Group (or Grand Geyser Complex), and its eruption is tied to Grand Geyser.  Normally, it erupts immediately after Grand and continues to erupt intermittently for about an hour afterward along with Turban Geyser.  On rare occasions, it has erupted before Grand or completely by itself. Its fountain reaches a height of  initially then subsides to 20 to 40 feet (6–12 m).  At times, it is not possible to see Vent erupting through the steam and spray of Grand Geyser.

text: Vent Geyser belongs to the Grand Group (or Grand Geyser Complex), and its eruption is tied to

text: Grand Geyser

text: .  Normally, it erupts immediately after Grand and continues to erupt intermittently for about an hour afterward along with

text: Turban Geyser

text: .  On rare occasions, it has erupted before Grand or completely by itself. Its fountain reaches a height of  initially then subsides to 20 to 40 feet (6–12 m).  At times, it is not possible to see Vent erupting through the steam and spray of Grand Geyser.

answers: NDQ_000611

answers: erupts after Grand Geyser

answers: NDQ_000613

answers: fountain reaches a height

answers: NDQ_000615

answers: erupt

answers: NDQ_000616

answers: Grand Geyser

answers: NDQ_000619

answers: Geysers erupt because

answers: NDQ_000624

answers: may rise or fall

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: What is the difference between Grand and Turban Geyser?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a hot spring: mineral springs, hot springs or hot springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: geyser

answers: NDQ_000644

answers: geyser

answers: NDQ_000645

answers: geyser

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: Geyser

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Where is Vent Geyser located?

answers: NDQ_000650

answers: is located near a source of pollution

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: Geyser

answers: NDQ_000653

answers: Geysers

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: Geyser

answers: NDQ_000611

answers: Normally, it erupts immediately after Grand

answers: NDQ_000613

answers: fountain reaches a height

answers: NDQ_000615

answers: Vent Geyser

answers: NDQ_000616

answers: Vent Geyser

answers: NDQ_000619

answers: Vent Geyser belongs to the Grand Group

answers: NDQ_000624

answers: 20 to 40 feet

answers: NDQ_000627

answers: Vent Geyser belongs to the Grand Group

answers: NDQ_000629

answers: 20 to 40 feet (6–12 m).

answers: NDQ_000630

answers: Vent Geyser

answers: NDQ_000631

answers: Vent Geyser

answers: NDQ_000632

answers: 20 to 40 feet (6–12 m).

answers: NDQ_000633

answers: Vent Geyser

answers: NDQ_000634

answers: Vent Geyser

answers: NDQ_000635

answers: Vent Geyser

answers: NDQ_000636

answers: Vent Geyser

answers: NDQ_000637

answers: Vent Geyser belongs to the Grand Group

answers: NDQ_000638

answers: 20 to 40 feet (6–12 m).

answers: NDQ_000639

answers: Vent Geyser

answers: NDQ_000640

answers: Vent Geyser

answers: NDQ_000641

answers: Vent Geyser

answers: NDQ_000642

answers: Vent Geyser

answers: NDQ_000643

answers: Vent Geyser

answers: NDQ_000644

answers: Vent Geyser

answers: NDQ_000645

answers: Vent Geyser

answers: NDQ_000646

answers: Vent Geyser

answers: NDQ_000647

answers: 20 to 40 feet

answers: NDQ_000648

answers: Vent Geyser

answers: NDQ_000649

answers: Vent Geyser

answers: NDQ_000650

answers: Vent Geyser

answers: NDQ_000651

answers: Vent Geyser

answers: NDQ_000652

answers: Vent Geyser

answers: NDQ_000653

answers: Vent Geyser

answers: NDQ_000654

answers: Vent Geyser

answers: NDQ_000655

answers: Vent Geyser

text: Ferdows Hot Spring or Ferdows Warm Spring ( – Abgarm-e-Ma'dani-e-Ferdows) is a hot mineral spring located about  north of Ferdows in eastern Iran, near an inactive volcano. Its mineral water is useful in healing skin diseases and rheumatism.

text: Ferdows Hot Spring or Ferdows Warm Spring ( – Abgarm-e-Ma'dani-e-Ferdows) is a

text: hot mineral spring

text: located about  north of

text: Ferdows

text: in eastern

text: Iran

text: , near an inactive volcano. Its mineral water is useful in healing

text: skin diseases

text: and

text: rheumatism

answers: NDQ_000611

answers: Ferdows Hot Spring is made of

answers: NDQ_000613

answers: useful in healing skin diseases

answers: NDQ_000615

answers: be higher

answers: NDQ_000616

answers: Ferdows

answers: NDQ_000619

answers: Ferdows Hot Spring is located near a volcano

answers: NDQ_000624

answers: How would you describe Ferdows Hot Spring?

answers: NDQ_000627

answers: Where does Ferdows Hot Spring occur?

answers: NDQ_000629

answers: It is not possible to tell

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It is not possible to tell

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Ferdows Hot Spring

answers: NDQ_000636

answers: None of the above choices are true

answers: NDQ_000637

answers: What does Ferdows Hot Spring have in common with aquifers?

answers: NDQ_000638

answers: It is impossible to say

answers: NDQ_000639

answers: It's impossible to say

answers: NDQ_000640

answers: What is the purpose of the water table?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unspecified

answers: NDQ_000643

answers: mineral spring

answers: NDQ_000644

answers: Ferdows Hot Spring

answers: NDQ_000645

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: hot mineral spring

answers: NDQ_000648

answers: mineral water

answers: NDQ_000649

answers: Where is Ferdows Hot Spring located?

answers: NDQ_000650

answers: is near a volcano

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: volcanic eruption

answers: NDQ_000653

answers: the oceans

answers: NDQ_000654

answers: volcanoes

answers: NDQ_000655

answers: Ferdows

answers: NDQ_000611

answers: inactive volcano.

answers: NDQ_000613

answers: inactive volcano.

answers: NDQ_000615

answers: Ferdows Hot Spring or Ferdows Warm Spring

answers: NDQ_000616

answers: Ferdows Hot Spring

answers: NDQ_000619

answers: inactive volcano.

answers: NDQ_000624

answers: volcano.

answers: NDQ_000627

answers: volcano.

answers: NDQ_000629

answers: Ferdows Hot Spring or Ferdows Warm Spring

answers: NDQ_000630

answers: inactive volcano.

answers: NDQ_000631

answers: Ferdows Hot Spring or Ferdows Warm Spring

answers: NDQ_000632

answers: inactive volcano.

answers: NDQ_000633

answers: inactive volcano.

answers: NDQ_000634

answers: Ferdows Hot Spring or Ferdows Warm Spring

answers: NDQ_000635

answers: Ferdows Hot Spring or Ferdows Warm Spring

answers: NDQ_000636

answers: Ferdows Hot Spring or Ferdows Warm Spring

answers: NDQ_000637

answers: Ferdows Hot Spring or Ferdows Warm Spring

answers: NDQ_000638

answers: volcano.

answers: NDQ_000639

answers: mineral spring

answers: NDQ_000640

answers: inactive volcano.

answers: NDQ_000641

answers: spring

answers: NDQ_000642

answers: inactive volcano.

answers: NDQ_000643

answers: hot mineral spring

answers: NDQ_000644

answers: volcano.

answers: NDQ_000645

answers: hot mineral spring

answers: NDQ_000646

answers: hot mineral spring

answers: NDQ_000647

answers: hot mineral spring

answers: NDQ_000648

answers: hot mineral spring

answers: NDQ_000649

answers: volcano.

answers: NDQ_000650

answers: inactive volcano.

answers: NDQ_000651

answers: Iran,

answers: NDQ_000652

answers: volcano.

answers: NDQ_000653

answers: hot mineral spring

answers: NDQ_000654

answers: volcano.

answers: NDQ_000655

answers: hot mineral spring

text: The site of Wells began as a place called Humboldt Wells along the trail to California. It was subsequently founded as a railroad town along the original Transcontinental Railroad, and was once a stopover for passenger trains. The Humboldt River has its source in springs and a swampy area just west of the city that today is called Humboldt Wells. In the late 19th century, Humboldt Wells was burning down, and in a frantic plea for help, a telegraph was sent that said, "Wells is burning". After this the town was rebuilt and simply referred to as 'Wells'.

text: The site of Wells began as a place called Humboldt Wells along the trail to California. It was subsequently founded as a railroad town along the original

text: Transcontinental Railroad

text: , and was once a stopover for passenger trains. The

text: Humboldt River

text: has its source in springs and a swampy area just west of the city that today is called Humboldt Wells. In the late 19th century, Humboldt Wells was burning down, and in a frantic plea for help, a telegraph was sent that said, "Wells is burning". After this the town was rebuilt and simply referred to as 'Wells'.

answers: NDQ_000611

answers: can be found where?

answers: NDQ_000613

answers: a swampy area

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Humboldt River

answers: NDQ_000619

answers: geothermal energy is released

answers: NDQ_000624

answers: What may be the reason for the town being rebuilt?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: Which of the following is not a type of rock: permeable rock, swampy area or river?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: How deep is the Humboldt River?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How did the town of Wells get its name?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: Which of the following is not an aquifer: Humboldt Wells, Wells, or Humboldt River?

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: What is the source of the Humboldt River?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: swampy

answers: NDQ_000644

answers: springs

answers: NDQ_000645

answers: swampy area

answers: NDQ_000646

answers: springs

answers: NDQ_000647

answers: springs

answers: NDQ_000648

answers: springs

answers: NDQ_000649

answers: Where is the Humboldt River?

answers: NDQ_000650

answers: swampy

answers: NDQ_000651

answers: region

answers: NDQ_000652

answers: spring

answers: NDQ_000653

answers: springs

answers: NDQ_000654

answers: springs

answers: NDQ_000655

answers: swampy

answers: NDQ_000611

answers: springs

answers: NDQ_000613

answers: springs

answers: NDQ_000615

answers: The Humboldt River

answers: NDQ_000616

answers: Humboldt River has its source in springs

answers: NDQ_000619

answers: springs

answers: NDQ_000624

answers: springs

answers: NDQ_000627

answers: swampy area

answers: NDQ_000629

answers: Humboldt River has its source in springs

answers: NDQ_000630

answers: The Humboldt River

answers: NDQ_000631

answers: The Humboldt River has its source in springs

answers: NDQ_000632

answers: springs

answers: NDQ_000633

answers: springs

answers: NDQ_000634

answers: Humboldt River has its source in springs

answers: NDQ_000635

answers: The Humboldt River has its source in springs

answers: NDQ_000636

answers: The Humboldt River

answers: NDQ_000637

answers: The Humboldt River has its source in springs

answers: NDQ_000638

answers: springs

answers: NDQ_000639

answers: Humboldt River has its source in springs

answers: NDQ_000640

answers: The Humboldt River has its source in springs

answers: NDQ_000641

answers: springs

answers: NDQ_000642

answers: trains.

answers: NDQ_000643

answers: swampy

answers: NDQ_000644

answers: The Humboldt River

answers: NDQ_000645

answers: swampy

answers: NDQ_000646

answers: springs

answers: NDQ_000647

answers: springs

answers: NDQ_000648

answers: springs

answers: NDQ_000649

answers: swampy area

answers: NDQ_000650

answers: swampy area

answers: NDQ_000651

answers: The Humboldt River

answers: NDQ_000652

answers: Humboldt River

answers: NDQ_000653

answers: springs

answers: NDQ_000654

answers: springs

answers: NDQ_000655

answers: swampy

text: The aquifer characteristics which are evaluated by most aquifer tests are:

text: The aquifer characteristics which are evaluated by most aquifer tests are:

answers: NDQ_000611

answers: carries salt from the surface to the soil.

answers: NDQ_000613

answers: aquifer characteristics

answers: NDQ_000615

answers: be higher than normal.

answers: NDQ_000616

answers: evaporation

answers: NDQ_000619

answers: geysers are hot.

answers: NDQ_000624

answers: aquifer characteristics

answers: NDQ_000627

answers: iv.

answers: NDQ_000629

answers: (iv)

answers: NDQ_000630

answers: iv.

answers: NDQ_000631

answers: aquifer depth

answers: NDQ_000632

answers: iv.

answers: NDQ_000633

answers: aquifers contain water

answers: NDQ_000634

answers: large

answers: NDQ_000635

answers: Aquifers can be impacted by a variety of factors.

answers: NDQ_000636

answers: aquifer depth

answers: NDQ_000637

answers: The rock in the aquifer must be able to absorb water.

answers: NDQ_000638

answers: impermeable rock

answers: NDQ_000639

answers: iv.

answers: NDQ_000640

answers: The water table keeps water from seeping deeper underground

answers: NDQ_000641

answers: iv.

answers: NDQ_000642

answers: aquifers

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifers

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: can be used for irrigation

answers: NDQ_000648

answers: can be traced back to the source

answers: NDQ_000649

answers: softer.

answers: NDQ_000650

answers: has a lot of sand

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: oceans.

answers: NDQ_000654

answers: aqueducts

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: aquifer

answers: NDQ_000613

answers: are:

answers: NDQ_000615

answers: The aquifer characteristics

answers: NDQ_000616

answers: The aquifer characteristics

answers: NDQ_000619

answers: aquifer characteristics

answers: NDQ_000624

answers: The aquifer characteristics

answers: NDQ_000627

answers: The aquifer characteristics

answers: NDQ_000629

answers: The aquifer characteristics

answers: NDQ_000630

answers: The aquifer characteristics

answers: NDQ_000631

answers: The aquifer characteristics

answers: NDQ_000632

answers: The aquifer characteristics

answers: NDQ_000633

answers: The aquifer characteristics

answers: NDQ_000634

answers: The aquifer characteristics

answers: NDQ_000635

answers: The aquifer characteristics

answers: NDQ_000636

answers: The aquifer characteristics

answers: NDQ_000637

answers: The aquifer characteristics

answers: NDQ_000638

answers: The aquifer characteristics

answers: NDQ_000639

answers: The aquifer characteristics

answers: NDQ_000640

answers: aquifer characteristics

answers: NDQ_000641

answers: The aquifer characteristics

answers: NDQ_000642

answers: The aquifer

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: aquifer

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: The aquifer characteristics

answers: NDQ_000647

answers: aquifer

answers: NDQ_000648

answers: The aquifer characteristics

answers: NDQ_000649

answers: The aquifer characteristics

answers: NDQ_000650

answers: The aquifer characteristics

answers: NDQ_000651

answers: aquifer

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: The aquifer characteristics

answers: NDQ_000655

answers: aquifer

text: The rest 10% of the water in Tallinn comes from 29 groundwater wells, mostly in the outskirts (Nõmme, Pirita, Kakumäe).

text: The rest 10% of the water in Tallinn comes from 29

text: groundwater

text: wells, mostly in the outskirts (

text: Nõmme

text: Pirita

text: Kakumäe

answers: NDQ_000611

answers: is used to supply drinking water

answers: NDQ_000613

answers: groundwater wells

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: groundwater wells

answers: NDQ_000619

answers: groundwater levels are too low

answers: NDQ_000624

answers: It may rise or fall

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: None of the above choices.

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: It can affect the amount of water that can enter groundwater.

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: None of the above choices.

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: It does not say

answers: NDQ_000642

answers: no

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: It does not

answers: NDQ_000650

answers: is closer to a city

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater well

answers: NDQ_000653

answers: the oceans

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: in the outskirts

answers: NDQ_000613

answers: groundwater wells,

answers: NDQ_000615

answers: 29 groundwater wells,

answers: NDQ_000616

answers: 29 groundwater wells,

answers: NDQ_000619

answers: 29 groundwater wells,

answers: NDQ_000624

answers: groundwater wells,

answers: NDQ_000627

answers: groundwater wells,

answers: NDQ_000629

answers: 29 groundwater wells,

answers: NDQ_000630

answers: 29 groundwater wells,

answers: NDQ_000631

answers: groundwater wells, mostly in the outskirts

answers: NDQ_000632

answers: groundwater wells,

answers: NDQ_000633

answers: 29 groundwater wells,

answers: NDQ_000634

answers: 29 groundwater wells,

answers: NDQ_000635

answers: 29 groundwater wells, mostly in the outskirts

answers: NDQ_000636

answers: 29 groundwater wells,

answers: NDQ_000637

answers: groundwater wells,

answers: NDQ_000638

answers: 29 groundwater wells,

answers: NDQ_000639

answers: groundwater wells,

answers: NDQ_000640

answers: 29 groundwater wells,

answers: NDQ_000641

answers: groundwater wells,

answers: NDQ_000642

answers: groundwater wells,

answers: NDQ_000643

answers: groundwater wells,

answers: NDQ_000644

answers: groundwater wells,

answers: NDQ_000645

answers: groundwater wells,

answers: NDQ_000646

answers: groundwater wells,

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater wells,

answers: NDQ_000649

answers: groundwater wells,

answers: NDQ_000650

answers: in the outskirts

answers: NDQ_000651

answers: 29 groundwater wells,

answers: NDQ_000652

answers: groundwater wells,

answers: NDQ_000653

answers: groundwater wells,

answers: NDQ_000654

answers: groundwater wells,

answers: NDQ_000655

answers: groundwater wells,

text: Deformation bands are present in a variety of porous rock types such as sandstones, limestones, siltstones, poorly welded volcanic tuffs, and breccias. The cataclastic and compactional bands often form seals and prevent the flow of groundwater or oil. In their formation grains shift their packing and are crushed.

text: Deformation bands are present in a variety of porous rock types such as

text: sandstone

text: s,

text: limestone

text: s,

text: siltstone

text: s, poorly welded volcanic

text: tuff

text: s, and

text: breccia

text: s. The

text: cataclastic

text: and compactional bands often form seals and prevent the flow of

text: groundwater

text: or

text: oil

text: . In their formation grains shift their packing and are crushed.

answers: NDQ_000611

answers: prevents the flow of oil

answers: NDQ_000613

answers: form seals and prevent the flow of groundwater or oil

answers: NDQ_000615

answers: brecciate

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: deformation bands are present

answers: NDQ_000624

answers: What may cause the water table to rise?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a type of rock: limestones, siltstones, poorly welded volcanic tuffs, or breccias?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: sandstones

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: porous

answers: NDQ_000650

answers: deformation bands are present

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: porous

answers: NDQ_000611

answers: prevent the flow of groundwater

answers: NDQ_000613

answers: form seals and prevent the flow of groundwater

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: volcanic tuffs,

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: sandstones, limestones, siltstones,

answers: NDQ_000630

answers: volcanic tuffs, and breccias.

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: groundwater

answers: NDQ_000635

answers: groundwater

answers: NDQ_000636

answers: groundwater

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: oil.

answers: NDQ_000639

answers: sandstones, limestones, siltstones,

answers: NDQ_000640

answers: The cataclastic and compactional bands

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: welded volcanic tuffs,

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: porous

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: oil.

answers: NDQ_000651

answers: groundwater

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: porous

text: Geology and geologic principles can be applied to various environmental problems such as stream restoration, the restoration of brownfields, and the understanding of the interaction between natural habitat and the geologic environment. Groundwater hydrology, or hydrogeology, is used to locate groundwater, which can often provide a ready supply of uncontaminated water and is especially important in arid regions, and to monitor the spread of contaminants in groundwater wells.

text: Geology and geologic principles can be applied to various environmental problems such as

text: stream restoration

text: , the restoration of

text: brownfields

text: , and the understanding of the interaction between

text: natural habitat

text: and the geologic environment. Groundwater hydrology, or

text: hydrogeology

text: , is used to locate groundwater, which can often provide a ready supply of uncontaminated water and is especially important in arid regions, and to monitor the spread of contaminants in groundwater wells.

answers: NDQ_000611

answers: provides a ready supply of uncontaminated

answers: NDQ_000613

answers: uncontaminated water

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is contaminated

answers: NDQ_000624

answers: What can be used to locate groundwater?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: What can be applied to various environmental problems such as stream restoration?

answers: NDQ_000630

answers: What can be used to monitor the spread of contaminants in groundwater wells?

answers: NDQ_000631

answers: arid regions

answers: NDQ_000632

answers: What can be used to locate groundwater?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: uncontaminated water

answers: NDQ_000635

answers: What can be used to monitor the spread of contaminants in groundwater wells?

answers: NDQ_000636

answers: arid regions

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: What can be used to locate groundwater?

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: uncontaminated water

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater hydrology

answers: NDQ_000650

answers: is in arid regions

answers: NDQ_000651

answers: desert regions

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: uncontaminated water

answers: NDQ_000613

answers: uncontaminated water

answers: NDQ_000615

answers: groundwater wells.

answers: NDQ_000616

answers: groundwater,

answers: NDQ_000619

answers: uncontaminated water

answers: NDQ_000624

answers: Groundwater hydrology,

answers: NDQ_000627

answers: Groundwater hydrology,

answers: NDQ_000629

answers: Groundwater hydrology,

answers: NDQ_000630

answers: Groundwater hydrology,

answers: NDQ_000631

answers: arid regions,

answers: NDQ_000632

answers: Groundwater hydrology,

answers: NDQ_000633

answers: groundwater, which can often provide a ready supply of uncontaminated water

answers: NDQ_000634

answers: Groundwater hydrology,

answers: NDQ_000635

answers: arid regions,

answers: NDQ_000636

answers: Groundwater hydrology,

answers: NDQ_000637

answers: uncontaminated water

answers: NDQ_000638

answers: contaminants in groundwater wells.

answers: NDQ_000639

answers: Groundwater hydrology,

answers: NDQ_000640

answers: Groundwater hydrology,

answers: NDQ_000641

answers: Groundwater hydrology,

answers: NDQ_000642

answers: stream restoration, the restoration of brownfields,

answers: NDQ_000643

answers: Groundwater

answers: NDQ_000644

answers: groundwater wells.

answers: NDQ_000645

answers: Groundwater

answers: NDQ_000646

answers: wells.

answers: NDQ_000647

answers: groundwater,

answers: NDQ_000648

answers: groundwater wells.

answers: NDQ_000649

answers: groundwater,

answers: NDQ_000650

answers: arid regions,

answers: NDQ_000651

answers: arid regions,

answers: NDQ_000652

answers: groundwater,

answers: NDQ_000653

answers: groundwater,

answers: NDQ_000654

answers: Groundwater

answers: NDQ_000655

answers: Groundwater hydrology,

text: In 2005, Strathroy was connected to the Lake Huron Water Pipeline. This ended the town's existing reliance on groundwater and wells.

text: In 2005, Strathroy was connected to the

text: Lake Huron

text: Water Pipeline. This ended the town's existing reliance on

text: groundwater

text: and

text: well

text: s.

answers: NDQ_000611

answers: carries water from the ground to the surface

answers: NDQ_000613

answers: groundwater and wells

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is too cold

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Which of the following is not a type of groundwater: groundwater, aquifer, or well?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: What is different about aquifers?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: Why did Strathroy use groundwater?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Which of the following is not a source of water: groundwater or mineral springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: It's impossible to say

answers: NDQ_000642

answers: is not the same as

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where does the water infiltrate?

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: Lake Huron

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: refractory

answers: NDQ_000611

answers: wells.

answers: NDQ_000613

answers: groundwater

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: Lake Huron Water Pipeline.

answers: NDQ_000630

answers: Lake Huron Water Pipeline.

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: Lake Huron Water Pipeline.

answers: NDQ_000634

answers: Lake Huron Water Pipeline.

answers: NDQ_000635

answers: Strathroy was connected to the Lake Huron Water Pipeline.

answers: NDQ_000636

answers: Lake Huron Water Pipeline.

answers: NDQ_000637

answers: groundwater and wells.

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: Lake Huron Water Pipeline.

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: wells.

answers: NDQ_000643

answers: groundwater and wells.

answers: NDQ_000644

answers: wells.

answers: NDQ_000645

answers: wells.

answers: NDQ_000646

answers: wells.

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater and wells.

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: Lake Huron Water Pipeline.

answers: NDQ_000651

answers: Lake Huron Water Pipeline.

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

text: Groundwater is also ecologically important. The importance of groundwater to ecosystems is often overlooked, even by freshwater biologists and ecologists. Groundwaters sustain rivers, wetlands, and lakes, as well as subterranean ecosystems within karst or alluvial aquifers.

text: Groundwater is also ecologically important. The importance of groundwater to ecosystems is often overlooked, even by freshwater biologists and ecologists. Groundwaters sustain rivers,

text: wetland

text: s, and

text: lake

text: s, as well as subterranean ecosystems within

text: karst

text: or alluvial aquifers.

answers: NDQ_000611

answers: sustains rivers, wetlands and lakes

answers: NDQ_000613

answers: karst or alluvial

answers: NDQ_000615

answers: be higher

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is a source of heat

answers: NDQ_000624

answers: karst

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Which of the following is not a source of groundwater: rivers, wetlands, or lakes?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a subterranean ecosystem?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: karst

answers: NDQ_000643

answers: aquifers

answers: NDQ_000644

answers: karst

answers: NDQ_000645

answers: karst

answers: NDQ_000646

answers: karst

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: karst

answers: NDQ_000650

answers: groundwater is depleted

answers: NDQ_000651

answers: ecosystems

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: lakes

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: karst

answers: NDQ_000611

answers: sustain rivers, wetlands, and lakes,

answers: NDQ_000613

answers: subterranean ecosystems

answers: NDQ_000615

answers: Groundwaters

answers: NDQ_000616

answers: Groundwaters

answers: NDQ_000619

answers: Groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: karst

answers: NDQ_000629

answers: karst or alluvial aquifers.

answers: NDQ_000630

answers: Groundwater is also ecologically important. The importance of groundwater

answers: NDQ_000631

answers: karst or alluvial aquifers.

answers: NDQ_000632

answers: karst or alluvial aquifers.

answers: NDQ_000633

answers: Groundwaters

answers: NDQ_000634

answers: Groundwater

answers: NDQ_000635

answers: Groundwater

answers: NDQ_000636

answers: Groundwater is also ecologically important. The importance of groundwater

answers: NDQ_000637

answers: karst or alluvial aquifers.

answers: NDQ_000638

answers: karst

answers: NDQ_000639

answers: Groundwater

answers: NDQ_000640

answers: Groundwater

answers: NDQ_000641

answers: Groundwater

answers: NDQ_000642

answers: karst

answers: NDQ_000643

answers: karst

answers: NDQ_000644

answers: karst

answers: NDQ_000645

answers: karst

answers: NDQ_000646

answers: karst or alluvial aquifers.

answers: NDQ_000647

answers: Groundwater

answers: NDQ_000648

answers: Groundwaters

answers: NDQ_000649

answers: karst

answers: NDQ_000650

answers: karst

answers: NDQ_000651

answers: Groundwaters sustain rivers, wetlands, and lakes,

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: Groundwater is also ecologically important. The importance of groundwater

answers: NDQ_000654

answers: Groundwaters

answers: NDQ_000655

answers: karst

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_000611

answers: bought from other households that have a connection

answers: NDQ_000613

answers: availability and pressure

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is too hot

answers: NDQ_000624

answers: depends on changes in quality

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: no

answers: NDQ_000630

answers: no

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: not

answers: NDQ_000635

answers: Which of the following is not a source of water: network water and groundwater

answers: NDQ_000636

answers: 43 percent of surveyed households

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: unanswerable

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: well

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: unanswerable

answers: NDQ_000650

answers: groundwater are bought from other households

answers: NDQ_000651

answers: poor households

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: rainwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: bought from other households that have a connection or a well,

answers: NDQ_000613

answers: quality, availability and pressure.

answers: NDQ_000615

answers: pressure. Some households also collect rainwater.

answers: NDQ_000616

answers: rainwater.

answers: NDQ_000619

answers: pressure.

answers: NDQ_000624

answers: groundwater.

answers: NDQ_000627

answers: groundwater.

answers: NDQ_000629

answers: network water, vended water and groundwater.

answers: NDQ_000630

answers: groundwater.

answers: NDQ_000631

answers: groundwater.

answers: NDQ_000632

answers: groundwater.

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: groundwater.

answers: NDQ_000635

answers: rainwater.

answers: NDQ_000636

answers: Some households also collect rainwater.

answers: NDQ_000637

answers: groundwater.

answers: NDQ_000638

answers: groundwater.

answers: NDQ_000639

answers: groundwater.

answers: NDQ_000640

answers: Network water and groundwater

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: hydrants

answers: NDQ_000643

answers: groundwater.

answers: NDQ_000644

answers: a well,

answers: NDQ_000645

answers: groundwater.

answers: NDQ_000646

answers: well,

answers: NDQ_000647

answers: groundwater.

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: changes in quality, availability and pressure.

answers: NDQ_000651

answers: groundwater.

answers: NDQ_000652

answers: well,

answers: NDQ_000653

answers: groundwater.

answers: NDQ_000654

answers: rainwater.

answers: NDQ_000655

answers: groundwater.

text: When studies of biological organisms in hot springs began in the 1960s, scientists thought that the life of thermophilic bacteria could not be sustained in temperatures above about . Soon, however, it was discovered that many bacteria in different springs not only survived, but also thrived in higher temperatures. In 1969, Thomas D. Brock and Hudson Freeze of Indiana University reported a new species of  thermophilic bacteria which they named Thermus aquaticus. The bacterium was first discovered in the Lower Geyser Basin of Yellowstone National Park, near the major  Great Fountain Geyser and White Dome Geyser, and has since been found in similar thermal habitats around the world.

text: When studies of biological organisms in hot springs began in the 1960s, scientists thought that the life of

text: thermophilic bacteria

text: could not be sustained in temperatures above about . Soon, however, it was discovered that many bacteria in different springs not only survived, but also thrived in higher temperatures. In 1969,

text: Thomas D. Brock

text: and Hudson Freeze of

text: Indiana University

text: reported a new

text: species

text: of

text: thermophilic

text: bacteria which they named Thermus aquaticus. The bacterium was first discovered in the

text: Lower Geyser Basin

text: of

text: Yellowstone National Park

text: , near the major

text: Great Fountain Geyser

text: and

text: White Dome Geyser

text: , and has since been found in similar thermal habitats around the world.

answers: NDQ_000611

answers: does not contain dissolved oxygen

answers: NDQ_000613

answers: survive, but also thrive in higher temperatures

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: Thermus aquaticus

answers: NDQ_000624

answers: When studies of biological organisms in hot springs began

answers: NDQ_000627

answers: Where does an aquifer usually form?

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How can land use affect the amount of water that enters groundwater?

answers: NDQ_000636

answers: Thermus aquaticus

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: What kind of springs are mineral springs?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: Thermus aquaticus

answers: NDQ_000643

answers: springs

answers: NDQ_000644

answers: Thermus aquaticus

answers: NDQ_000645

answers: springs

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: springs

answers: NDQ_000649

answers: Where does the water infiltrate?

answers: NDQ_000650

answers: is in a hot spring

answers: NDQ_000651

answers: Yellowstone

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Yellowstone National Park

answers: NDQ_000654

answers: hot springs

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: hot springs

answers: NDQ_000613

answers: survived, but also thrived in higher temperatures.

answers: NDQ_000615

answers: hot springs

answers: NDQ_000616

answers: hot springs

answers: NDQ_000619

answers: hot springs

answers: NDQ_000624

answers: hot springs

answers: NDQ_000627

answers: hot springs

answers: NDQ_000629

answers: When studies of biological organisms in hot springs

answers: NDQ_000630

answers: about.

answers: NDQ_000631

answers: hot springs

answers: NDQ_000632

answers: similar thermal habitats

answers: NDQ_000633

answers: hot springs

answers: NDQ_000634

answers: Yellowstone National Park,

answers: NDQ_000635

answers: When studies of biological organisms in hot springs

answers: NDQ_000636

answers: Yellowstone National Park,

answers: NDQ_000637

answers: hot springs

answers: NDQ_000638

answers: hot springs

answers: NDQ_000639

answers: hot springs

answers: NDQ_000640

answers: hot springs

answers: NDQ_000641

answers: When studies of biological organisms in hot springs

answers: NDQ_000642

answers: thermophilic bacteria

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: bacteria

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: hot springs

answers: NDQ_000649

answers: hot springs

answers: NDQ_000650

answers: hot springs

answers: NDQ_000651

answers: Yellowstone National Park,

answers: NDQ_000652

answers: hot springs

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: hot springs

answers: NDQ_000655

answers: hot springs

text: The promise of the Walla Walla river lies inside its integrated water management strategy using Managed Aquifer Recharge (Or Shallow Aquifer Recharge) to utilise available non-irrigation season water to replenish groundwater supplies and offset the influences of a publicly funding piping scheme and the over allocation of groundwater resources by both state governments.  The Walla Walla partnership along with the WWBWC are setting a national example with this innovative and low cost alternative to surface storage using damns.

text: The promise of the Walla Walla river lies inside its integrated water management strategy using Managed Aquifer Recharge (Or Shallow Aquifer Recharge) to utilise available non-irrigation season water to replenish groundwater supplies and offset the influences of a publicly funding piping scheme and the over allocation of groundwater resources by both state governments.  The Walla Walla partnership along with the WWBWC are setting a national example with this innovative and low cost alternative to surface storage using damns.

answers: NDQ_000611

answers: Shallow Aquifer Recharge is used for what purpose?

answers: NDQ_000613

answers: Shallow

answers: NDQ_000615

answers: Shallow

answers: NDQ_000616

answers: non-irrigation season

answers: NDQ_000619

answers: groundwater levels are too low

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: no

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What is the purpose of the Walla Walla river?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: Which of the following is not a source of groundwater: hot springs, mineral springs or groundwater?

answers: NDQ_000640

answers: What is the purpose of shallow aquifers?

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: Shallow aquifer

answers: NDQ_000643

answers: Aquifer

answers: NDQ_000644

answers: piping

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: non-irrigation season

answers: NDQ_000649

answers: Where is the Walla Walla river located?

answers: NDQ_000650

answers: piping scheme is used

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: non-irrigation

answers: NDQ_000655

answers: Damned

answers: NDQ_000611

answers: non-irrigation season

answers: NDQ_000613

answers: utilise available non-irrigation season water to replenish groundwater supplies

answers: NDQ_000615

answers: Shallow Aquifer Recharge)

answers: NDQ_000616

answers: non-irrigation season

answers: NDQ_000619

answers: over allocation of groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: groundwater

answers: NDQ_000629

answers: Managed Aquifer Recharge

answers: NDQ_000630

answers: Managed Aquifer Recharge

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: Shallow Aquifer Recharge)

answers: NDQ_000633

answers: groundwater

answers: NDQ_000634

answers: Managed Aquifer Recharge

answers: NDQ_000635

answers: non-irrigation

answers: NDQ_000636

answers: non-irrigation season water

answers: NDQ_000637

answers: groundwater

answers: NDQ_000638

answers: groundwater

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: Shallow Aquifer Recharge)

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: damns.

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: damns.

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: non-irrigation season water

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: publicly funding piping scheme

answers: NDQ_000651

answers: groundwater supplies

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: non-irrigation season water

answers: NDQ_000655

answers: damns.

text: As is common with shale units, the formation has a low permeability, and therefore where oil and gas reservoirs occur in the area it serves as the impermeable cap keeping the hydrocarbons in place. Some of these reservoirs include the Ellwood Oil Field, Gaviota Offshore Gas Field, Cuarta Offshore Oil Field, Molino Gas Field, and others.

text: As is common with shale units, the formation has a low permeability, and therefore where oil and gas reservoirs occur in the area it serves as the impermeable cap keeping the hydrocarbons in place. Some of these reservoirs include the

text: Ellwood Oil Field

text: , Gaviota Offshore Gas Field, Cuarta Offshore Oil Field, Molino Gas Field, and others.

answers: NDQ_000611

answers: has a low permeability because

answers: NDQ_000613

answers: impermeable cap

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: oil and gas

answers: NDQ_000619

answers: hydrocarbons are released into the air

answers: NDQ_000624

answers: unanswerable

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: no

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What is the purpose of the Ellwood Oil Field?

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices.

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: Shale

answers: NDQ_000644

answers: permeability

answers: NDQ_000645

answers: shale

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: no

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: impermeable

answers: NDQ_000650

answers: oil and gas reservoirs occur

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: oil and gas field

answers: NDQ_000653

answers: shale

answers: NDQ_000654

answers: oil and gas

answers: NDQ_000655

answers: impermeable

answers: NDQ_000611

answers: shale units, the formation has a low permeability,

answers: NDQ_000613

answers: low permeability,

answers: NDQ_000615

answers: shale units, the formation has a low permeability,

answers: NDQ_000616

answers: oil and gas reservoirs

answers: NDQ_000619

answers: shale units, the formation has a low permeability,

answers: NDQ_000624

answers: shale units, the formation has a low permeability,

answers: NDQ_000627

answers: shale

answers: NDQ_000629

answers: shale units, the formation has a low permeability,

answers: NDQ_000630

answers: shale units, the formation has a low permeability,

answers: NDQ_000631

answers: shale units,

answers: NDQ_000632

answers: shale units, the formation has a low permeability,

answers: NDQ_000633

answers: impermeable cap

answers: NDQ_000634

answers: shale units, the formation has a low permeability,

answers: NDQ_000635

answers: oil and gas reservoirs

answers: NDQ_000636

answers: oil and gas reservoirs

answers: NDQ_000637

answers: shale units,

answers: NDQ_000638

answers: shale units,

answers: NDQ_000639

answers: shale

answers: NDQ_000640

answers: shale units, the formation has a low permeability,

answers: NDQ_000641

answers: shale units, the formation has a low permeability,

answers: NDQ_000642

answers: shale units, the formation has a low permeability,

answers: NDQ_000643

answers: shale

answers: NDQ_000644

answers: shale units, the formation has a low permeability,

answers: NDQ_000645

answers: shale

answers: NDQ_000646

answers: shale units, the formation has a low permeability,

answers: NDQ_000647

answers: shale units, the formation has a low permeability,

answers: NDQ_000648

answers: permeability,

answers: NDQ_000649

answers: shale units, the formation has a low permeability,

answers: NDQ_000650

answers: oil and gas reservoirs

answers: NDQ_000651

answers: shale units,

answers: NDQ_000652

answers: shale units,

answers: NDQ_000653

answers: shale

answers: NDQ_000654

answers: oil and gas reservoirs

answers: NDQ_000655

answers: shale

text: EMWD also relies heavily on local groundwater from the San Jacinto Groundwater Basin. Twelve percent of the District's overall demands are met through groundwater production and another 4 percent are met through groundwater desalination efforts. EMWD currently operates two groundwater desalination facilities in Menifee, which treats brackish groundwater through reverse osmosis.

text: EMWD also relies heavily on local groundwater from the San Jacinto Groundwater Basin. Twelve percent of the District's overall demands are met through groundwater production and another 4 percent are met through groundwater desalination efforts. EMWD currently operates two groundwater desalination facilities in Menifee, which treats brackish groundwater through reverse osmosis.

answers: NDQ_000611

answers: treats brackish groundwater

answers: NDQ_000613

answers: brackish groundwater through reverse osmosis

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: San Jacinto

answers: NDQ_000619

answers: groundwater is contaminated

answers: NDQ_000624

answers: may rise or fall

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How does groundwater desalination affect groundwater?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a type of spring: hot springs, mineral springs or groundwater?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: osmosis

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Where does water infiltrate?

answers: NDQ_000650

answers: desalination efforts

answers: NDQ_000651

answers: EMWD

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: brackish groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

answers: NDQ_000611

answers: brackish groundwater through reverse osmosis.

answers: NDQ_000613

answers: Twelve percent of the District's overall demands are met through groundwater production

answers: NDQ_000615

answers: groundwater

answers: NDQ_000616

answers: San Jacinto Groundwater Basin.

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater

answers: NDQ_000627

answers: San Jacinto Groundwater Basin.

answers: NDQ_000629

answers: San Jacinto Groundwater Basin.

answers: NDQ_000630

answers: San Jacinto Groundwater Basin.

answers: NDQ_000631

answers: groundwater

answers: NDQ_000632

answers: groundwater

answers: NDQ_000633

answers: San Jacinto Groundwater Basin.

answers: NDQ_000634

answers: San Jacinto Groundwater Basin.

answers: NDQ_000635

answers: San Jacinto Groundwater Basin.

answers: NDQ_000636

answers: San Jacinto Groundwater Basin.

answers: NDQ_000637

answers: groundwater from the San Jacinto Groundwater Basin.

answers: NDQ_000638

answers: San Jacinto Groundwater Basin.

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: San Jacinto Groundwater Basin.

answers: NDQ_000641

answers: groundwater

answers: NDQ_000642

answers: San Jacinto Groundwater Basin.

answers: NDQ_000643

answers: brackish groundwater

answers: NDQ_000644

answers: groundwater from the San Jacinto Groundwater Basin.

answers: NDQ_000645

answers: groundwater from the San Jacinto Groundwater Basin.

answers: NDQ_000646

answers: groundwater

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: San Jacinto Groundwater Basin.

answers: NDQ_000651

answers: San Jacinto Groundwater Basin.

answers: NDQ_000652

answers: groundwater from the San Jacinto Groundwater Basin.

answers: NDQ_000653

answers: brackish groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: groundwater

text: Garald G. "Jerry" Parker, Sr. (1905–2000) was a hydrologist and is known as the "Father of Florida groundwater hydrology." Parker also named the principal artesian aquifer the Floridan Aquifer.

text: Garald G. "Jerry" Parker, Sr. (1905–2000) was a

text: hydrologist

text: and is known as the "Father of Florida groundwater hydrology." Parker also named the principal artesian aquifer the

text: Floridan Aquifer

answers: NDQ_000611

answers: carries water from the surface to the underground

answers: NDQ_000613

answers: artesian

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: artesian aquifers contain water

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: What is the name of the principal artesian aquifer?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the principal artesian aquifer?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: what is the first type of spring mentioned?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: how does water flow out of a well?

answers: NDQ_000642

answers: aquifer

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: artesian

answers: NDQ_000645

answers: groundwater

answers: NDQ_000646

answers: artesian

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: The Floridan Aquifer

answers: NDQ_000650

answers: is in a densely populated area

answers: NDQ_000651

answers: Florida

answers: NDQ_000652

answers: groundwater source

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: artesian

answers: NDQ_000611

answers: artesian

answers: NDQ_000613

answers: artesian

answers: NDQ_000615

answers: Floridan Aquifer.

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater hydrology."

answers: NDQ_000627

answers: artesian

answers: NDQ_000629

answers: artesian aquifer the Floridan Aquifer.

answers: NDQ_000630

answers: Floridan Aquifer.

answers: NDQ_000631

answers: Floridan Aquifer.

answers: NDQ_000632

answers: artesian

answers: NDQ_000633

answers: Floridan Aquifer.

answers: NDQ_000634

answers: Floridan Aquifer.

answers: NDQ_000635

answers: Garald G. "Jerry" Parker, Sr.

answers: NDQ_000636

answers: Floridan Aquifer.

answers: NDQ_000637

answers: artesian aquifer the Floridan Aquifer.

answers: NDQ_000638

answers: artesian aquifer the Floridan Aquifer.

answers: NDQ_000639

answers: artesian

answers: NDQ_000640

answers: Floridan Aquifer.

answers: NDQ_000641

answers: groundwater hydrology."

answers: NDQ_000642

answers: artesian aquifer the Floridan Aquifer.

answers: NDQ_000643

answers: artesian aquifer

answers: NDQ_000644

answers: artesian

answers: NDQ_000645

answers: artesian aquifer

answers: NDQ_000646

answers: artesian aquifer the Floridan Aquifer.

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: groundwater

answers: NDQ_000650

answers: artesian aquifer the Floridan Aquifer.

answers: NDQ_000651

answers: Florida

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: artesian aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: artesian

text: In its basic form, an ATES system consists of two wells (called a doublet). One well is used for heat storage, and the other for cold storage. During winter, (warm) groundwater is extracted from the heat storage well and injected in the cold storage well. During summer, the flow direction is reversed such that (cold) groundwater is extracted from the cold storage well and injected in the heat storage well. Because each well serves both as an extraction and injection well, these systems are called bi-directional. There are also mono-directional systems. These systems do not switch pumping direction, such that groundwater is always extracted at the natural aquifer temperature. Although thermal energy is stored in the subsurface, there is usually no intention to retrieve the stored energy.

text: In its basic form, an ATES system consists of two wells (called a doublet). One well is used for heat storage, and the other for cold storage. During winter, (warm) groundwater is extracted from the heat storage well and injected in the cold storage well. During summer, the flow direction is reversed such that (cold) groundwater is extracted from the cold storage well and injected in the heat storage well. Because each well serves both as an extraction and injection well, these systems are called bi-directional. There are also mono-directional systems. These systems do not switch pumping direction, such that groundwater is always extracted at the natural aquifer temperature. Although thermal energy is stored in the subsurface, there is usually no intention to retrieve the stored energy.

answers: NDQ_000611

answers: is always extracted at the natural aquifer temperature

answers: NDQ_000613

answers: groundwater is always extracted at the natural aquifer temperature

answers: NDQ_000615

answers: reverse

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: groundwater is heated too quickly

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: mono-directional systems

answers: NDQ_000634

answers: not enough information

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: mono-directional

answers: NDQ_000637

answers: unanswerable

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: a doublet

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: wells

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: unanswerable

answers: NDQ_000650

answers: mono-directional

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: mono-directional

answers: NDQ_000611

answers: groundwater is always extracted at the natural aquifer temperature.

answers: NDQ_000613

answers: groundwater is always extracted at the natural aquifer temperature.

answers: NDQ_000615

answers: mono-directional systems.

answers: NDQ_000616

answers: heat storage,

answers: NDQ_000619

answers: thermal energy

answers: NDQ_000624

answers: During winter, (warm) groundwater

answers: NDQ_000627

answers: mono-directional systems.

answers: NDQ_000629

answers: mono-directional systems.

answers: NDQ_000630

answers: mono-directional systems.

answers: NDQ_000631

answers: mono-directional systems.

answers: NDQ_000632

answers: mono-directional systems.

answers: NDQ_000633

answers: mono-directional systems.

answers: NDQ_000634

answers: mono-directional systems.

answers: NDQ_000635

answers: mono-directional systems.

answers: NDQ_000636

answers: mono-directional systems.

answers: NDQ_000637

answers: mono-directional systems.

answers: NDQ_000638

answers: thermal energy is stored in the subsurface,

answers: NDQ_000639

answers: mono-directional systems.

answers: NDQ_000640

answers: mono-directional systems.

answers: NDQ_000641

answers: bi-directional.

answers: NDQ_000642

answers: mono-directional systems. These systems do not switch pumping direction,

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: doublet).

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: thermal energy is stored in the subsurface,

answers: NDQ_000650

answers: groundwater is always extracted at the natural aquifer temperature.

answers: NDQ_000651

answers: mono-directional systems.

answers: NDQ_000652

answers: groundwater

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: During winter, (warm) groundwater

answers: NDQ_000655

answers: mono-directional systems.

text: The Norris Geyser Basin

text: The Norris Geyser Basin

answers: NDQ_000611

answers: erupts from volcanoes

answers: NDQ_000613

answers: good aquifers have good water quality

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: a volcano

answers: NDQ_000619

answers: lava erupts

answers: NDQ_000624

answers: What can happen to the water in the basin?

answers: NDQ_000627

answers: The Norris Geyser Basin is a geyser.

answers: NDQ_000629

answers: The rock layer below an aquifer always consists of sedimentary rock.

answers: NDQ_000630

answers: is a geyser

answers: NDQ_000631

answers: None of the above choices .

answers: NDQ_000632

answers: can be found in the same place

answers: NDQ_000633

answers: None of the above choices .

answers: NDQ_000634

answers: None of the above choices .

answers: NDQ_000635

answers: The Norris Geyser Basin is a geyser basin.

answers: NDQ_000636

answers: The Ogallala aquifer

answers: NDQ_000637

answers: The Norris Geyser Basin is an aquifer.

answers: NDQ_000638

answers: None of the above choices .

answers: NDQ_000639

answers: None of the above choices .

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping deeper underground

answers: NDQ_000641

answers: The Norris Geyser Basin

answers: NDQ_000642

answers: is an example of

answers: NDQ_000643

answers: is a basin

answers: NDQ_000644

answers: is a geyser

answers: NDQ_000645

answers: is the

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: can be found

answers: NDQ_000648

answers: can be used for drinking water

answers: NDQ_000649

answers: in a basin

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: the ocean

answers: NDQ_000654

answers: water evaporating

answers: NDQ_000655

answers: igneous

answers: NDQ_000611

answers: The Norris Geyser Basin

answers: NDQ_000613

answers: The Norris Geyser Basin

answers: NDQ_000615

answers: The Norris Geyser Basin

answers: NDQ_000616

answers: The Norris Geyser Basin

answers: NDQ_000619

answers: The Norris Geyser Basin

answers: NDQ_000624

answers: The Norris Geyser Basin

answers: NDQ_000627

answers: The Norris Geyser Basin

answers: NDQ_000629

answers: The Norris Geyser Basin

answers: NDQ_000630

answers: The Norris Geyser Basin

answers: NDQ_000631

answers: The Norris Geyser Basin

answers: NDQ_000632

answers: The Norris Geyser Basin

answers: NDQ_000633

answers: The Norris Geyser Basin

answers: NDQ_000634

answers: The Norris Geyser Basin

answers: NDQ_000635

answers: The Norris Geyser Basin

answers: NDQ_000636

answers: The Norris Geyser Basin

answers: NDQ_000637

answers: The Norris Geyser Basin

answers: NDQ_000638

answers: The Norris Geyser Basin

answers: NDQ_000639

answers: The Norris Geyser Basin

answers: NDQ_000640

answers: The Norris Geyser Basin

answers: NDQ_000641

answers: The Norris Geyser Basin

answers: NDQ_000642

answers: The Norris Geyser Basin

answers: NDQ_000643

answers: The Norris Geyser Basin

answers: NDQ_000644

answers: The Norris Geyser Basin

answers: NDQ_000645

answers: The Norris Geyser Basin

answers: NDQ_000646

answers: The Norris Geyser Basin

answers: NDQ_000647

answers: The Norris Geyser Basin

answers: NDQ_000648

answers: The Norris Geyser Basin

answers: NDQ_000649

answers: The Norris Geyser Basin

answers: NDQ_000650

answers: The Norris Geyser Basin

answers: NDQ_000651

answers: Norris Geyser Basin

answers: NDQ_000652

answers: The Norris Geyser Basin

answers: NDQ_000653

answers: The Norris Geyser Basin

answers: NDQ_000654

answers: The Norris Geyser Basin

answers: NDQ_000655

answers: The Norris Geyser Basin

text: Sawmill is the largest geyser in the Sawmill Complex, a region of geothermal features located in Upper Geyser Basin approximately 10 feet off the path. The geyser has an irregular pattern of eruption due to the underground structural interconnectivity which is characteristic of geyser complexes. Despite this, it tends to have a delay around 1 to 3 hours between eruptions. Often, Sawmill will erupt after the nearby Spasmodic Geyser, but only if Penta Geyser, another significant geyser in the complex, does not erupt first. If Penta erupts before Sawmill, Sawmill is cut off from water, and cannot erupt until the basin is reloaded, indicated by an eruption by Spasmodic. Another eruption indicator is when Sawmill fills with the rest of the geyser's water in the Sawmill Complex or starts to overflow, bubbles tend to rise to the surface. This indicates that an eruption is near. Sawmill drains after its eruptions, and if it had a large eruption prior, unusual behavior can occur in other geysers in the area.

text: Sawmill is the largest geyser in the Sawmill Complex, a region of geothermal features located in

text: Upper Geyser Basin

text: approximately 10 feet off the path. The geyser has an irregular pattern of eruption due to the underground structural interconnectivity which is characteristic of geyser complexes. Despite this, it tends to have a delay around 1 to 3 hours between eruptions. Often, Sawmill will erupt after the nearby

text: Spasmodic Geyser

text: , but only if

text: Penta Geyser

text: , another significant geyser in the complex, does not erupt first. If Penta erupts before Sawmill, Sawmill is cut off from water, and cannot erupt until the basin is reloaded, indicated by an eruption by Spasmodic. Another eruption indicator is when Sawmill fills with the rest of the geyser's water in the Sawmill Complex or starts to overflow, bubbles tend to rise to the surface. This indicates that an eruption is near. Sawmill drains after its eruptions, and if it had a large eruption prior, unusual behavior can occur in other geysers in the area.

answers: NDQ_000611

answers: How long does it take for Sawmill to erupt?

answers: NDQ_000613

answers: underground structural interconnectivity

answers: NDQ_000615

answers: overflow

answers: NDQ_000616

answers: Geyser Complex

answers: NDQ_000619

answers: underground structural interconnectivity

answers: NDQ_000624

answers: What may happen to the water table?

answers: NDQ_000627

answers: Where does Sawmill fill with the rest of the geysers water?

answers: NDQ_000629

answers: Which of the following is not a characteristic of geyser complexes?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: underground structural interconnectivity

answers: NDQ_000632

answers: What is characteristic of geyser complexes?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the reason for the irregular pattern of eruption?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: It is not possible to tell

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot, mineral, or geothermal?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: How does Sawmill fill with the rest of the geyser's water?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: geothermal features

answers: NDQ_000645

answers: Geyser Basin

answers: NDQ_000646

answers: unanswerable

answers: NDQ_000647

answers: geyser

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: What is characteristic of geyser complexes?

answers: NDQ_000650

answers: has a large eruption prior

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Upper Geyser Basin

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: overflowing

answers: NDQ_000611

answers: Sawmill drains after its eruptions,

answers: NDQ_000613

answers: underground structural interconnectivity

answers: NDQ_000615

answers: bubbles tend to rise to the surface.

answers: NDQ_000616

answers: Sawmill

answers: NDQ_000619

answers: underground structural interconnectivity

answers: NDQ_000624

answers: bubbles tend to rise to the surface.

answers: NDQ_000627

answers: water,

answers: NDQ_000629

answers: underground structural interconnectivity

answers: NDQ_000630

answers: bubbles tend to rise to the surface.

answers: NDQ_000631

answers: underground structural interconnectivity

answers: NDQ_000632

answers: underground structural interconnectivity

answers: NDQ_000633

answers: water,

answers: NDQ_000634

answers: Sawmill

answers: NDQ_000635

answers: Sawmill is cut off from water,

answers: NDQ_000636

answers: Sawmill

answers: NDQ_000637

answers: underground structural interconnectivity

answers: NDQ_000638

answers: water,

answers: NDQ_000639

answers: geothermal

answers: NDQ_000640

answers: Sawmill is cut off from water,

answers: NDQ_000641

answers: underground structural interconnectivity

answers: NDQ_000642

answers: Sawmill is cut off from water,

answers: NDQ_000643

answers: underground structural interconnectivity

answers: NDQ_000644

answers: underground structural interconnectivity

answers: NDQ_000645

answers: bubbles tend to rise to the surface.

answers: NDQ_000646

answers: water,

answers: NDQ_000647

answers: underground structural interconnectivity

answers: NDQ_000648

answers: water,

answers: NDQ_000649

answers: underground structural interconnectivity

answers: NDQ_000650

answers: if it had a large eruption prior,

answers: NDQ_000651

answers: Sawmill

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Upper Geyser Basin

answers: NDQ_000654

answers: eruption

answers: NDQ_000655

answers: overflow,

text: Lakeview is also known for the hot water geyser, Old Perpetual, located at Hunter's Hot Springs. The geyser sometimes go "silent" from about the first of September until around mid-October. Some people attributed this to farm irrigation during the spring and summer; others believe it may be caused by geothermal development the City of Lakeview has undertaken to supply the Warner Creek Correctional Facility with water for heating.  However, the city and the Oregon Department of Corrections deny any cause-and-effect relationship between geothermal development and the geyser's periodic dormancy.  To date, there is no evidence available to identify the actual cause(s) of the geyser's dormancy.

text: Lakeview is also known for the hot water

text: geyser

text: , Old Perpetual, located at Hunter's Hot Springs. The geyser sometimes go "silent" from about the first of September until around mid-October. Some people attributed this to farm irrigation during the spring and summer; others believe it may be caused by geothermal development the City of Lakeview has undertaken to supply the Warner Creek Correctional Facility with water for heating.  However, the city and the

text: Oregon Department of Corrections

text: deny any cause-and-effect relationship between geothermal development and the geyser's periodic dormancy.  To date, there is no evidence available to identify the actual cause(s) of the geyser's dormancy.

answers: NDQ_000611

answers: goes "silent" during the spring and summer

answers: NDQ_000613

answers: hot water geyser

answers: NDQ_000615

answers: go up

answers: NDQ_000616

answers: Lakeview

answers: NDQ_000619

answers: geothermal development

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: Some people attributed this to farm irrigation

answers: NDQ_000636

answers: farm irrigation

answers: NDQ_000637

answers: None of the above choices are true

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: Which of the following is not a mineral spring: hot water geyser, Old Perpetual, or Warner Creek Correctional Facility?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: None of the above choices are true

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: geothermal

answers: NDQ_000644

answers: geothermal

answers: NDQ_000645

answers: geothermal

answers: NDQ_000646

answers: geothermal development

answers: NDQ_000647

answers: geothermal

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Where is the geyser located?

answers: NDQ_000650

answers: is irrigated

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geothermal source

answers: NDQ_000653

answers: Lakeview

answers: NDQ_000654

answers: geothermal development

answers: NDQ_000655

answers: geothermal

answers: NDQ_000611

answers: farm irrigation during the spring and summer;

answers: NDQ_000613

answers: cause-and-effect relationship

answers: NDQ_000615

answers: The geyser sometimes go "silent"

answers: NDQ_000616

answers: farm irrigation

answers: NDQ_000619

answers: geothermal development

answers: NDQ_000624

answers: geothermal development

answers: NDQ_000627

answers: geothermal development

answers: NDQ_000629

answers: geothermal development

answers: NDQ_000630

answers: geothermal development

answers: NDQ_000631

answers: geothermal development

answers: NDQ_000632

answers: first of September until around mid-October.

answers: NDQ_000633

answers: mid-October.

answers: NDQ_000634

answers: hot water geyser, Old Perpetual,

answers: NDQ_000635

answers: farm irrigation

answers: NDQ_000636

answers: farm irrigation

answers: NDQ_000637

answers: geothermal development

answers: NDQ_000638

answers: irrigation

answers: NDQ_000639

answers: geothermal

answers: NDQ_000640

answers: geothermal development

answers: NDQ_000641

answers: hot water geyser,

answers: NDQ_000642

answers: The geyser sometimes go "silent"

answers: NDQ_000643

answers: geothermal

answers: NDQ_000644

answers: hot water geyser,

answers: NDQ_000645

answers: geothermal

answers: NDQ_000646

answers: geothermal development

answers: NDQ_000647

answers: geothermal

answers: NDQ_000648

answers: geothermal

answers: NDQ_000649

answers: geothermal development

answers: NDQ_000650

answers: farm irrigation

answers: NDQ_000651

answers: Oregon

answers: NDQ_000652

answers: geyser,

answers: NDQ_000653

answers: geothermal

answers: NDQ_000654

answers: geothermal development

answers: NDQ_000655

answers: geothermal

text: The Stever is a tributary of the Lippe which is fed by water out of the Dortmund-Ems Canal and has a huge meaning for drinking water supply for the northern Ruhr region. To balance the whole system the Stever – after being fed out of the canal in Senden – is backed-up in two water reservoirs (Talsperre Hullern and Halterner Stausee) of 32 Mio. m³ capacity. Two-thirds of the Stever flow is discharged downstream; one-third is used by the drinking water supplier Gelsenwasser AG for drinking water processing via soil infiltration from groundwater wells (of all together approximately 129 Mio. m³/year). Additionally the municipal utilities Stadtwerke Münster use water from the Dortmund-Ems Canal to supply the groundwater wells for drinking water processing. In total, via several water works annually 250 Mio. m³ of water are transported in pipework from the Ruhr to the area at the canals.  The regionally diversified origin and processing of drinking water – pumped water from Rhine and Ruhr, various groundwater wells, replenishment with infiltrated canal water – guarantees constantly the regional supply with water of highest quality in Ruhr and Münsterland region. Hereby it is also possible in case of calamities (like exceeding threshold values at certain groundwater wells) to substitute the water supply from other sources (like the infiltration of canal water).

text: The

text: Stever

text: is a tributary of the Lippe which is fed by water out of the

text: Dortmund-Ems Canal

text: and has a huge meaning for drinking water supply for the northern

text: Ruhr

text: region. To balance the whole system the Stever – after being fed out of the canal in

text: Senden

text: – is backed-up in two water reservoirs (Talsperre Hullern and

text: Haltern

text: er Stausee) of 32 Mio. m³ capacity. Two-thirds of the Stever flow is discharged downstream; one-third is used by the drinking water supplier

text: Gelsenwasser

text: AG for drinking water processing via soil infiltration from groundwater wells (of all together approximately 129 Mio. m³/year). Additionally the municipal utilities Stadtwerke

text: Münster

text: use water from the Dortmund-Ems Canal to supply the groundwater wells for drinking water processing. In total, via several water works annually 250 Mio. m³ of water are transported in pipework from the Ruhr to the area at the canals.  The regionally diversified origin and processing of drinking water – pumped water from

text: Rhine

text: and

text: Ruhr

text: , various groundwater wells, replenishment with infiltrated canal water – guarantees constantly the regional supply with water of highest quality in

text: Ruhr

text: and Münsterland region. Hereby it is also possible in case of calamities (like exceeding threshold values at certain groundwater wells) to substitute the water supply from other sources (like the infiltration of canal water).

answers: NDQ_000611

answers: is used for what purpose?

answers: NDQ_000613

answers: regionally diversified origin and processing of drinking water

answers: NDQ_000615

answers: exceed threshold values at certain groundwater wells

answers: NDQ_000616

answers: Rhine and Ruhr

answers: NDQ_000619

answers: water exceeds threshold values

answers: NDQ_000624

answers: in case of calamities

answers: NDQ_000627

answers: groundwater wells

answers: NDQ_000629

answers: Which of the following is not a source of drinking water: Rhine and Ruhr, various groundwater wells, or groundwater wells?

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: groundwater wells

answers: NDQ_000632

answers: What is the average depth of groundwater wells?

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: How does soil infiltration from groundwater wells affect drinking water supply?

answers: NDQ_000636

answers: Two-thirds of the Stever flow is discharged downstream

answers: NDQ_000637

answers: groundwater wells

answers: NDQ_000638

answers: groundwater wells

answers: NDQ_000639

answers: Which of the following is not a mineral spring: Talsperre Hullern or Halterner Stausee?

answers: NDQ_000640

answers: What keeps water from seeping deeper underground?

answers: NDQ_000641

answers: How does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: groundwater wells

answers: NDQ_000645

answers: soil

answers: NDQ_000646

answers: groundwater well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: soil infiltration

answers: NDQ_000649

answers: Where does water infiltrate?

answers: NDQ_000650

answers: is used for drinking water processing

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: groundwater well

answers: NDQ_000653

answers: Lippe

answers: NDQ_000654

answers: canal water

answers: NDQ_000655

answers: water reservoirs

answers: NDQ_000611

answers: soil infiltration from groundwater wells

answers: NDQ_000613

answers: regionally diversified origin and processing of drinking water

answers: NDQ_000615

answers: exceeding threshold values at certain groundwater wells)

answers: NDQ_000616

answers: infiltrated canal water

answers: NDQ_000619

answers: calamities

answers: NDQ_000624

answers: groundwater wells

answers: NDQ_000627

answers: soil infiltration from groundwater wells

answers: NDQ_000629

answers: groundwater wells

answers: NDQ_000630

answers: The Stever

answers: NDQ_000631

answers: groundwater wells

answers: NDQ_000632

answers: groundwater wells

answers: NDQ_000633

answers: groundwater wells

answers: NDQ_000634

answers: The Stever

answers: NDQ_000635

answers: soil infiltration

answers: NDQ_000636

answers: one-third

answers: NDQ_000637

answers: groundwater wells

answers: NDQ_000638

answers: groundwater wells

answers: NDQ_000639

answers: groundwater

answers: NDQ_000640

answers: groundwater wells

answers: NDQ_000641

answers: groundwater wells

answers: NDQ_000642

answers: soil infiltration from groundwater wells

answers: NDQ_000643

answers: groundwater wells

answers: NDQ_000644

answers: soil infiltration from groundwater wells

answers: NDQ_000645

answers: soil infiltration from groundwater wells

answers: NDQ_000646

answers: groundwater wells

answers: NDQ_000647

answers: groundwater wells

answers: NDQ_000648

answers: soil infiltration from groundwater wells

answers: NDQ_000649

answers: soil

answers: NDQ_000650

answers: calamities

answers: NDQ_000651

answers: The Stever

answers: NDQ_000652

answers: groundwater wells

answers: NDQ_000653

answers: Rhine and Ruhr,

answers: NDQ_000654

answers: infiltrated canal water

answers: NDQ_000655

answers: reservoirs

text: Marlin began to be known by the healing powers of its hot mineral waters by the 1890s. Conrad Hilton built the Falls Hotel, with a tunnel to a mineral bath, to accommodate the business generated by the hot spring.

text: Marlin

text: began to be known by the healing powers of its hot mineral waters by the 1890s.

text: Conrad Hilton

text: built the Falls Hotel, with a tunnel to a mineral bath, to accommodate the business generated by the hot spring.

answers: NDQ_000611

answers: is a source of what?

answers: NDQ_000613

answers: hot mineral waters

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: a hot spring

answers: NDQ_000619

answers: volcanoes are too hot

answers: NDQ_000624

answers: What may happen to the hot mineral waters?

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: no

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: None of the above choices.

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What is the purpose of the Falls Hotel?

answers: NDQ_000636

answers: no

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: It's impossible to say

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why did Conrad Hilton build the Falls Hotel?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: spring

answers: NDQ_000644

answers: a tunnel

answers: NDQ_000645

answers: spring

answers: NDQ_000646

answers: tunnel

answers: NDQ_000647

answers: no

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: in a pond

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: mineral

answers: NDQ_000653

answers: the oceans

answers: NDQ_000654

answers: water that evaporates

answers: NDQ_000655

answers: mineral

answers: NDQ_000611

answers: hot mineral waters

answers: NDQ_000613

answers: hot mineral waters

answers: NDQ_000615

answers: Marlin

answers: NDQ_000616

answers: hot mineral waters

answers: NDQ_000619

answers: hot mineral waters

answers: NDQ_000624

answers: hot mineral waters by the 1890s.

answers: NDQ_000627

answers: hot mineral waters by the 1890s.

answers: NDQ_000629

answers: hot mineral waters by the 1890s.

answers: NDQ_000630

answers: hot mineral waters

answers: NDQ_000631

answers: hot mineral waters by the 1890s.

answers: NDQ_000632

answers: hot mineral waters by the 1890s.

answers: NDQ_000633

answers: hot mineral waters by the 1890s.

answers: NDQ_000634

answers: Marlin

answers: NDQ_000635

answers: hot mineral waters by the 1890s.

answers: NDQ_000636

answers: hot mineral waters by the 1890s.

answers: NDQ_000637

answers: hot mineral waters by the 1890s.

answers: NDQ_000638

answers: hot mineral waters by the 1890s.

answers: NDQ_000639

answers: mineral waters

answers: NDQ_000640

answers: hot mineral waters by the 1890s.

answers: NDQ_000641

answers: hot spring.

answers: NDQ_000642

answers: Marlin

answers: NDQ_000643

answers: hot mineral waters

answers: NDQ_000644

answers: tunnel

answers: NDQ_000645

answers: hot mineral waters

answers: NDQ_000646

answers: tunnel

answers: NDQ_000647

answers: hot spring.

answers: NDQ_000648

answers: hot mineral waters

answers: NDQ_000649

answers: hot mineral waters

answers: NDQ_000650

answers: business generated by the hot spring.

answers: NDQ_000651

answers: Marlin

answers: NDQ_000652

answers: mineral

answers: NDQ_000653

answers: hot mineral waters

answers: NDQ_000654

answers: hot spring.

answers: NDQ_000655

answers: mineral

text: When a post office was established in this locale, it was named for the Rev. Joseph Ritter, a pioneer Baptist minister of the John Day Valley, on whose ranch it was situated. The post office was originally near the mineral hot springs there, formerly known as McDuffee Hot Springs but now known as Ritter Hot Springs. In 1988, the post office had moved to the old schoolhouse across the river. As of 2009, Ritter no longer had its own post office; Ritter's mail is addressed to Long Creek.

text: When a post office was established in this locale, it was named for the Rev. Joseph Ritter, a

text: pioneer

text: Baptist minister of the

text: John Day Valley

text: , on whose ranch it was situated. The post office was originally near the mineral

text: hot spring

text: s there, formerly known as McDuffee Hot Springs but now known as Ritter Hot Springs. In 1988, the post office had moved to the old schoolhouse across the river. As of 2009, Ritter no longer had its own post office; Ritter's mail is addressed to Long Creek.

answers: NDQ_000611

answers: has a lower temperature than surface water.

answers: NDQ_000613

answers: mineral hot springs

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Long Creek

answers: NDQ_000619

answers: mineral hot springs are hotter than air

answers: NDQ_000624

answers: What may be the reason for Ritter's mail being addressed to Long Creek

answers: NDQ_000627

answers: What is the mineral hot springs?

answers: NDQ_000629

answers: Which of the following is not a type of rock: mineral hot springs or permeable rock?

answers: NDQ_000630

answers: It's impossible to say

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: How deep are the mineral hot springs?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What can be concluded about the Rev. Joseph Ritter?

answers: NDQ_000636

answers: What was originally near the mineral hot springs there?

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

answers: It's impossible to say

answers: NDQ_000639

answers: What is Ritter Hot Springs?

answers: NDQ_000640

answers: What is the purpose of the water table?

answers: NDQ_000641

answers: how does water flow out of a well?

answers: NDQ_000642

answers: unanswerable

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: mineral hot springs

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: mineral hot springs

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: unanswerable

answers: NDQ_000649

answers: Where is the post office located?

answers: NDQ_000650

answers: is irrigated

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: mineral

answers: NDQ_000653

answers: the oceans

answers: NDQ_000654

answers: Long Creek

answers: NDQ_000655

answers: mineral

answers: NDQ_000611

answers: mineral hot springs

answers: NDQ_000613

answers: hot springs

answers: NDQ_000615

answers: Ritter Hot Springs.

answers: NDQ_000616

answers: Long Creek.

answers: NDQ_000619

answers: mineral hot springs

answers: NDQ_000624

answers: Ritter Hot Springs.

answers: NDQ_000627

answers: hot springs

answers: NDQ_000629

answers: Ritter Hot Springs.

answers: NDQ_000630

answers: Ritter Hot Springs.

answers: NDQ_000631

answers: mineral hot springs

answers: NDQ_000632

answers: Ritter Hot Springs.

answers: NDQ_000633

answers: hot springs

answers: NDQ_000634

answers: Ritter Hot Springs.

answers: NDQ_000635

answers: The post office was originally near the mineral hot springs

answers: NDQ_000636

answers: Ritter Hot Springs.

answers: NDQ_000637

answers: Ritter Hot Springs.

answers: NDQ_000638

answers: Long Creek.

answers: NDQ_000639

answers: mineral hot springs

answers: NDQ_000640

answers: Ritter Hot Springs.

answers: NDQ_000641

answers: hot springs

answers: NDQ_000642

answers: schoolhouse

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: hot springs

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: hot springs

answers: NDQ_000647

answers: hot springs there, formerly known as McDuffee Hot Springs

answers: NDQ_000648

answers: hot springs

answers: NDQ_000649

answers: McDuffee Hot Springs but now known as Ritter Hot Springs.

answers: NDQ_000650

answers: mineral hot springs

answers: NDQ_000651

answers: John Day Valley,

answers: NDQ_000652

answers: mineral hot springs

answers: NDQ_000653

answers: hot springs

answers: NDQ_000654

answers: mineral hot springs

answers: NDQ_000655

answers: mineral hot springs

text: An aquifer is an underground layer of water-bearing permeable rock, rock fractures or unconsolidated materials (gravel, sand, or silt) from which groundwater can be extracted using a water well. The study of water flow in aquifers and the characterization of aquifers is called hydrogeology. Related terms include aquitard, which is a bed of low permeability along an aquifer, and aquiclude (or aquifuge), which is a solid, impermeable area underlying or overlying an aquifer. If the impermeable area overlies the aquifer, pressure could cause it to become a confined aquifer.

text: An aquifer is an underground layer of

text: water

text: -bearing

text: permeable rock

text: , rock fractures or unconsolidated materials (

text: gravel

text: sand

text: , or

text: silt

text: ) from which

text: groundwater

text: can be extracted using a

text: water well

text: . The study of water flow in aquifers and the characterization of aquifers is called

text: hydrogeology

text: . Related terms include aquitard, which is a bed of low permeability along an aquifer, and aquiclude (or aquifuge), which is a solid, impermeable area underlying or overlying an aquifer. If the impermeable area overlies the aquifer, pressure could cause it to become a confined aquifer.

answers: NDQ_000611

answers: can be extracted using a water well

answers: NDQ_000613

answers: water-bearing permeable rock

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: unconsolidated materials

answers: NDQ_000619

answers: pressure could cause it to become confined aquifer

answers: NDQ_000624

answers: What can happen to the water table?

answers: NDQ_000627

answers: unconsolidated materials

answers: NDQ_000629

answers: No

answers: NDQ_000630

answers: How is water heated in hot springs?

answers: NDQ_000631

answers: How many land areas have aquifers beneath them?

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: How many aquifers are in the world?

answers: NDQ_000635

answers: What is an impermeable area underlying or overlying an aquifer?

answers: NDQ_000636

answers: use

answers: NDQ_000637

answers: Yes

answers: NDQ_000638

answers: no

answers: NDQ_000639

answers: What is an underground layer of water-bearing permeable rock, rock fractures or unconsolidated materials?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: rock fractures

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: water well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: permeable

answers: NDQ_000650

answers: impermeable

answers: NDQ_000651

answers: Oklahoma

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: unconsolidated materials

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: a water well.

answers: NDQ_000613

answers: low permeability

answers: NDQ_000615

answers: aquifer

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: pressure

answers: NDQ_000624

answers: aquifer

answers: NDQ_000627

answers: (gravel, sand, or silt)

answers: NDQ_000629

answers: aquifer

answers: NDQ_000630

answers: aquifer

answers: NDQ_000631

answers: aquifer

answers: NDQ_000632

answers: aquifer

answers: NDQ_000633

answers: aquifer

answers: NDQ_000634

answers: aquitard, which is a bed of low permeability

answers: NDQ_000635

answers: aquifer

answers: NDQ_000636

answers: hydrogeology.

answers: NDQ_000637

answers: water-bearing permeable rock,

answers: NDQ_000638

answers: aquiclude

answers: NDQ_000639

answers: aquifer

answers: NDQ_000640

answers: impermeable

answers: NDQ_000641

answers: hydrogeology.

answers: NDQ_000642

answers: impermeable

answers: NDQ_000643

answers: An aquifer

answers: NDQ_000644

answers: permeability

answers: NDQ_000645

answers: aquifer

answers: NDQ_000646

answers: water well.

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: permeable

answers: NDQ_000650

answers: the impermeable area overlies the aquifer,

answers: NDQ_000651

answers: aquifer

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifer

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

text: Season 2011 was the second one to include teams from N'Djamena only. The participating teams were: ASCOT, DGSSIE, Elect-sport, Foullah, Gazelle, Geyser, Postel 2000, RFC, Toumai and Tourbillon.Foullah Edifice were the champions with 43 points, 8 more than league runners-up Tourbillon.The last placed team (Geyser) was relegated to D2, while the 9th team (Toumai) played relegation playoff. Toumai stayed in the league, however they did not enter the 2012 season, so the next league edition had 9 teams only.

text: Season

entity_name: 2011 Première Division (Ligue de N'Djaména)

text: was the second one to include teams from N'Djamena only. The participating teams were: ASCOT, DGSSIE, Elect-sport, Foullah, Gazelle, Geyser, Postel 2000, RFC, Toumai and Tourbillon.Foullah Edifice were the champions with 43 points, 8 more than league runners-up Tourbillon.The last placed team (Geyser) was relegated to D2, while the 9th team (Toumai) played relegation playoff. Toumai stayed in the league, however they did not enter the 2012 season, so the next league edition had 9 teams only.

answers: NDQ_000611

answers: is found in what type of environment?

answers: NDQ_000613

answers: good aquifer

answers: NDQ_000615

answers: be higher than

answers: NDQ_000616

answers: Geyser

answers: NDQ_000619

answers: Foullah Edifice were the champions with 43 points

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: Where does an aquifer usually form?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: geyser

answers: NDQ_000631

answers: Toumai

answers: NDQ_000632

answers: How deep are aquifers generally found?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: It is one of the biggest aquifers in the world

answers: NDQ_000635

answers: What can affect the amount of water that is available to enter groundwater?

answers: NDQ_000636

answers: used to irrigate crops

answers: NDQ_000637

answers: None of the above choices

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: how does gravity work

answers: NDQ_000642

answers: Gazelle

answers: NDQ_000643

answers: Geyser

answers: NDQ_000644

answers: Gazelle

answers: NDQ_000645

answers: Geyser

answers: NDQ_000646

answers: Geyser

answers: NDQ_000647

answers: Geyser

answers: NDQ_000648

answers: Geyser

answers: NDQ_000649

answers: infiltrates the ground where rock is

answers: NDQ_000650

answers: is located near a source of pollution

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: oceans

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: Geyser

answers: NDQ_000611

answers: Geyser,

answers: NDQ_000613

answers: 43 points,

answers: NDQ_000615

answers: Geyser,

answers: NDQ_000616

answers: N'Djamena

answers: NDQ_000619

answers: relegated to D2,

answers: NDQ_000624

answers: Geyser,

answers: NDQ_000627

answers: Season 2011

answers: NDQ_000629

answers: 9 teams only.

answers: NDQ_000630

answers: 9 teams only.

answers: NDQ_000631

answers: N'Djamena

answers: NDQ_000632

answers: Geyser,

answers: NDQ_000633

answers: 9 teams only.

answers: NDQ_000634

answers: Season 2011

answers: NDQ_000635

answers: Season 2011

answers: NDQ_000636

answers: Season 2011

answers: NDQ_000637

answers: Season 2011

answers: NDQ_000638

answers: 9

answers: NDQ_000639

answers: Geyser,

answers: NDQ_000640

answers: 9 teams only.

answers: NDQ_000641

answers: Season 2011

answers: NDQ_000642

answers: 9 teams only.

answers: NDQ_000643

answers: Geyser,

answers: NDQ_000644

answers: Gazelle,

answers: NDQ_000645

answers: Geyser,

answers: NDQ_000646

answers: Season 2011

answers: NDQ_000647

answers: Geyser,

answers: NDQ_000648

answers: Geyser,

answers: NDQ_000649

answers: 9 teams only.

answers: NDQ_000650

answers: teams from N'Djamena

answers: NDQ_000651

answers: Season 2011

answers: NDQ_000652

answers: Geyser,

answers: NDQ_000653

answers: Geyser,

answers: NDQ_000654

answers: Geyser,

answers: NDQ_000655

answers: Geyser,

text: Aquifers in the United States, groundwater basins in the country.

text: Aquifers

text: in the

text: United States

text: groundwater

text: basins in the country.

answers: NDQ_000611

answers: is pumped out of the ground

answers: NDQ_000613

answers: aquifers in the United States

answers: NDQ_000615

answers: be higher than normal.

answers: NDQ_000616

answers: groundwater

answers: NDQ_000619

answers: aquifers contain a lot of water

answers: NDQ_000624

answers: What can happen to aquifers?

answers: NDQ_000627

answers: What is an aquifer?

answers: NDQ_000629

answers: Which of the following is not true of aquifers in the United States?

answers: NDQ_000630

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

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: It is impossible for an aquifer to ever run dry

answers: NDQ_000634

answers: are groundwater basins

answers: NDQ_000635

answers: can be used for irrigation.

answers: NDQ_000636

answers: are groundwater basins

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: Which of the following is not a type of rock in an aquifer?

answers: NDQ_000639

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

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping deeper underground.

answers: NDQ_000641

answers: What is the source of the water?

answers: NDQ_000642

answers: are aquifers

answers: NDQ_000643

answers: aquifer

answers: NDQ_000644

answers: are aquifers

answers: NDQ_000645

answers: are the

answers: NDQ_000646

answers: can be used for drinking water

answers: NDQ_000647

answers: aquifers

answers: NDQ_000648

answers: is groundwater

answers: NDQ_000649

answers: in the ground

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: aquifer

answers: NDQ_000653

answers: aquifers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: aquifer

answers: NDQ_000611

answers: Aquifers in the United States, groundwater basins

answers: NDQ_000613

answers: groundwater basins

answers: NDQ_000615

answers: groundwater basins

answers: NDQ_000616

answers: groundwater basins

answers: NDQ_000619

answers: groundwater basins

answers: NDQ_000624

answers: groundwater basins

answers: NDQ_000627

answers: Aquifers in the United States, groundwater basins

answers: NDQ_000629

answers: Aquifers in the United States, groundwater basins

answers: NDQ_000630

answers: Aquifers in the United States, groundwater basins

answers: NDQ_000631

answers: Aquifers in the United States,

answers: NDQ_000632

answers: groundwater basins

answers: NDQ_000633

answers: groundwater basins

answers: NDQ_000634

answers: Aquifers in the United States,

answers: NDQ_000635

answers: Aquifers in the United States, groundwater basins

answers: NDQ_000636

answers: groundwater basins

answers: NDQ_000637

answers: Aquifers in the United States, groundwater basins

answers: NDQ_000638

answers: Aquifers in the United States, groundwater basins

answers: NDQ_000639

answers: Aquifers in the United States, groundwater basins

answers: NDQ_000640

answers: Aquifers in the United States, groundwater basins

answers: NDQ_000641

answers: Aquifers in the United States, groundwater basins

answers: NDQ_000642

answers: Aquifers

answers: NDQ_000643

answers: Aquifers

answers: NDQ_000644

answers: Aquifers

answers: NDQ_000645

answers: Aquifers

answers: NDQ_000646

answers: groundwater basins

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: Aquifers

answers: NDQ_000650

answers: Aquifers in the United States,

answers: NDQ_000651

answers: Aquifers in the United States, groundwater basins

answers: NDQ_000652

answers: Aquifers

answers: NDQ_000653

answers: Aquifers

answers: NDQ_000654

answers: groundwater

answers: NDQ_000655

answers: Aquifers

text: Coalinga Mineral Springs (also, Fresno Hot Springs) is a former settlement in Fresno County, California. It was located  west of Coalinga.

text: Coalinga Mineral Springs (also, Fresno Hot Springs) is a former settlement in

text: Fresno County

text: California

text: . It was located  west of

text: Coalinga

answers: NDQ_000611

answers: Coalinga Mineral Springs

answers: NDQ_000613

answers: hot springs

answers: NDQ_000615

answers: rise

answers: NDQ_000616

answers: Fresno

answers: NDQ_000619

answers: geothermal energy is released into the air

answers: NDQ_000624

answers: How would you describe Coalinga Mineral Springs?

answers: NDQ_000627

answers: Where is Coalinga Mineral Springs located?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: What type of water is heated in hot springs?

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: How deep is Coalinga Mineral Springs?

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: Coalinga Mineral Springs is located west of Coalinga

answers: NDQ_000636

answers: Ogallala aquifer

answers: NDQ_000637

answers: What is a good aquifer?

answers: NDQ_000638

answers: None of the above choices.

answers: NDQ_000639

answers: It's impossible to say

answers: NDQ_000640

answers: The water table keeps water from seeping deeper underground.

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: no

answers: NDQ_000643

answers: hot springs

answers: NDQ_000644

answers: Coalinga Mineral Springs

answers: NDQ_000645

answers: hot springs

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: hot springs

answers: NDQ_000648

answers: aquifer

answers: NDQ_000649

answers: Water infiltrates the ground where rock is

answers: NDQ_000650

answers: has been used for farming

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: source

answers: NDQ_000653

answers: the oceans

answers: NDQ_000654

answers: water

answers: NDQ_000655

answers: hot

answers: NDQ_000611

answers: Fresno Hot Springs)

answers: NDQ_000613

answers: Hot Springs)

answers: NDQ_000615

answers: Fresno Hot Springs)

answers: NDQ_000616

answers: Coalinga Mineral Springs

answers: NDQ_000619

answers: Coalinga Mineral Springs (also, Fresno Hot Springs)

answers: NDQ_000624

answers: Coalinga Mineral Springs (also, Fresno Hot Springs)

answers: NDQ_000627

answers: Coalinga Mineral Springs (also, Fresno Hot Springs)

answers: NDQ_000629

answers: Coalinga Mineral Springs

answers: NDQ_000630

answers: Coalinga Mineral Springs

answers: NDQ_000631

answers: Coalinga Mineral Springs

answers: NDQ_000632

answers: Coalinga Mineral Springs

answers: NDQ_000633

answers: Coalinga Mineral Springs (also, Fresno Hot Springs)

answers: NDQ_000634

answers: Coalinga Mineral Springs

answers: NDQ_000635

answers: Coalinga Mineral Springs

answers: NDQ_000636

answers: Coalinga Mineral Springs

answers: NDQ_000637

answers: Coalinga Mineral Springs (also, Fresno Hot Springs)

answers: NDQ_000638

answers: Coalinga Mineral Springs

answers: NDQ_000639

answers: Coalinga Mineral Springs

answers: NDQ_000640

answers: Coalinga Mineral Springs

answers: NDQ_000641

answers: Coalinga Mineral Springs

answers: NDQ_000642

answers: Coalinga Mineral Springs

answers: NDQ_000643

answers: Hot Springs)

answers: NDQ_000644

answers: Hot Springs)

answers: NDQ_000645

answers: Hot Springs)

answers: NDQ_000646

answers: Coalinga Mineral Springs (also, Fresno Hot Springs)

answers: NDQ_000647

answers: Hot Springs)

answers: NDQ_000648

answers: Fresno Hot Springs)

answers: NDQ_000649

answers: Coalinga Mineral Springs (also, Fresno Hot Springs)

answers: NDQ_000650

answers: west

answers: NDQ_000651

answers: California.

answers: NDQ_000652

answers: settlement

answers: NDQ_000653

answers: Coalinga Mineral Springs (also, Fresno Hot Springs)

answers: NDQ_000654

answers: Coalinga Mineral Springs (also, Fresno Hot Springs)

answers: NDQ_000655

answers: Hot Springs)

text: The Hooghoudt equation is a groundwater flow equation applied to subsurface drainage by pipes, tile drains or ditches. An alternative subsurface drainage method is drainage by wells for which groundwater flow equations are also available.

text: The

text: Hooghoudt equation

text: is a groundwater flow equation applied to

text: subsurface drainage

text: by pipes,

text: tile drains

text: or ditches. An alternative subsurface drainage method is

text: drainage by wells

text: for which groundwater flow equations are also available.

answers: NDQ_000611

answers: wells are used to

answers: NDQ_000613

answers: groundwater flow equations are also available

answers: NDQ_000615

answers: rise

answers: NDQ_000616

answers: wells

answers: NDQ_000619

answers: groundwater flow equations are applied to groundwater

answers: NDQ_000624

answers: rise

answers: NDQ_000627

answers: unanswerable

answers: NDQ_000629

answers: unanswerable

answers: NDQ_000630

answers: unanswerable

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: unanswerable

answers: NDQ_000633

answers: unanswerable

answers: NDQ_000634

answers: unanswerable

answers: NDQ_000635

answers: What is the Hooghoudt equation applied to?

answers: NDQ_000636

answers: wells

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: unanswerable

answers: NDQ_000639

answers: unanswerable

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: It is impossible to say

answers: NDQ_000642

answers: tile drains

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: pipes

answers: NDQ_000645

answers: subsurface drainage

answers: NDQ_000646

answers: well

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: subsurface

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: well

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: subsurface drainage

answers: NDQ_000655

answers: subsurface

answers: NDQ_000611

answers: subsurface drainage by pipes, tile drains or ditches.

answers: NDQ_000613

answers: subsurface drainage by pipes, tile drains or ditches.

answers: NDQ_000615

answers: subsurface drainage by pipes, tile drains or ditches.

answers: NDQ_000616

answers: subsurface drainage by pipes, tile drains or ditches.

answers: NDQ_000619

answers: groundwater

answers: NDQ_000624

answers: groundwater flow equation

answers: NDQ_000627

answers: wells

answers: NDQ_000629

answers: pipes, tile drains or ditches.

answers: NDQ_000630

answers: The Hooghoudt equation

answers: NDQ_000631

answers: The Hooghoudt equation is a groundwater

answers: NDQ_000632

answers: The Hooghoudt equation

answers: NDQ_000633

answers: The Hooghoudt equation

answers: NDQ_000634

answers: Hooghoudt equation

answers: NDQ_000635

answers: subsurface drainage by pipes, tile drains or ditches.

answers: NDQ_000636

answers: pipes, tile drains or ditches.

answers: NDQ_000637

answers: The Hooghoudt equation

answers: NDQ_000638

answers: pipes, tile drains or ditches.

answers: NDQ_000639

answers: The Hooghoudt equation

answers: NDQ_000640

answers: Hooghoudt equation

answers: NDQ_000641

answers: wells

answers: NDQ_000642

answers: pipes, tile drains or ditches.

answers: NDQ_000643

answers: groundwater

answers: NDQ_000644

answers: pipes, tile drains or ditches.

answers: NDQ_000645

answers: subsurface drainage by pipes, tile drains or ditches.

answers: NDQ_000646

answers: wells

answers: NDQ_000647

answers: groundwater

answers: NDQ_000648

answers: groundwater

answers: NDQ_000649

answers: subsurface drainage by pipes, tile drains or ditches.

answers: NDQ_000650

answers: subsurface drainage by pipes, tile drains or ditches.

answers: NDQ_000651

answers: Hooghoudt equation

answers: NDQ_000652

answers: wells

answers: NDQ_000653

answers: groundwater

answers: NDQ_000654

answers: subsurface drainage by pipes, tile drains or ditches.

answers: NDQ_000655

answers: subsurface drainage by pipes, tile drains or ditches.

text: Hot Mineral Waters (Springs) : Moil, Qaynarja, Ilando, Shabil, Qotur suyu

text: Hot Mineral Waters (Springs) : Moil, Qaynarja, Ilando, Shabil, Qotur suyu

answers: NDQ_000611

answers: is a source of water

answers: NDQ_000613

answers: hot mineral water

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: hot mineral springs

answers: NDQ_000619

answers: Moil is a hot spring

answers: NDQ_000624

answers: What can happen to the water table?

answers: NDQ_000627

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

answers: NDQ_000629

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

answers: NDQ_000630

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

answers: NDQ_000631

answers: None of the above choices.

answers: NDQ_000632

answers: Which of the following is not an aquifer?

answers: NDQ_000633

answers: None of the above choices.

answers: NDQ_000634

answers: None of the above choices.

answers: NDQ_000635

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

answers: NDQ_000636

answers: Moil

answers: NDQ_000637

answers: Which of the following is not a good aquifer?

answers: NDQ_000638

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

answers: NDQ_000639

answers: Which of the following is not a mineral spring?

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: is not having tiny holes

answers: NDQ_000643

answers: shale

answers: NDQ_000644

answers: a mineral spring

answers: NDQ_000645

answers: qotur

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: hot mineral water

answers: NDQ_000648

answers: can be hot

answers: NDQ_000649

answers: Infiltrate the ground where rock is

answers: NDQ_000650

answers: is in a desert

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: mineral

answers: NDQ_000653

answers: the oceans

answers: NDQ_000654

answers: evaporation

answers: NDQ_000655

answers: Moil

answers: NDQ_000611

answers: Hot Mineral Waters (Springs)

answers: NDQ_000613

answers: Hot Mineral Waters

answers: NDQ_000615

answers: Ilando, Shabil, Qotur suyu

answers: NDQ_000616

answers: (Springs)

answers: NDQ_000619

answers: Hot Mineral Waters

answers: NDQ_000624

answers: Qotur suyu

answers: NDQ_000627

answers: Hot Mineral Waters

answers: NDQ_000629

answers: Qotur suyu

answers: NDQ_000630

answers: Qotur suyu

answers: NDQ_000631

answers: Hot Mineral Waters

answers: NDQ_000632

answers: Moil, Qaynarja,

answers: NDQ_000633

answers: Hot Mineral Waters

answers: NDQ_000634

answers: Moil, Qaynarja, Ilando,

answers: NDQ_000635

answers: Ilando, Shabil, Qotur suyu

answers: NDQ_000636

answers: Qotur suyu

answers: NDQ_000637

answers: Hot Mineral Waters

answers: NDQ_000638

answers: Qotur suyu

answers: NDQ_000639

answers: Hot Mineral Waters

answers: NDQ_000640

answers: Qotur suyu

answers: NDQ_000641

answers: Hot Mineral Waters

answers: NDQ_000642

answers: Hot Mineral Waters (Springs)

answers: NDQ_000643

answers: Hot Mineral Waters

answers: NDQ_000644

answers: (Springs)

answers: NDQ_000645

answers: Hot Mineral Waters

answers: NDQ_000646

answers: Qotur suyu

answers: NDQ_000647

answers: Hot Mineral Waters (Springs)

answers: NDQ_000648

answers: Hot Mineral Waters

answers: NDQ_000649

answers: Ilando, Shabil, Qotur suyu

answers: NDQ_000650

answers: Ilando, Shabil, Qotur suyu

answers: NDQ_000651

answers: Hot Mineral Waters

answers: NDQ_000652

answers: Hot Mineral Waters

answers: NDQ_000653

answers: (Springs)

answers: NDQ_000654

answers: Hot Mineral Waters (Springs)

answers: NDQ_000655

answers: Hot Mineral Waters

text: , which has the highest concentration of geothermal features in the park. This complement of features includes the most famous geyser in the park, Old Faithful Geyser, as well as four other predictable large geysers. One of these large geysers in the area is Castle Geyser which is about  northwest of Old Faithful. Castle Geyser has an interval of approximately 13 hours between major eruptions, but is unpredictable after minor eruptions. The other three predictable geysers are Grand Geyser, Daisy Geyser, and Riverside Geyser. Biscuit Basin and Black Sand Basin are also within the boundaries of Upper Geyser Basin.

text: , which has the highest concentration of geothermal features in the park. This complement of features includes the most famous geyser in the park,

text: Old Faithful Geyser

text: , as well as four other predictable large geysers. One of these large geysers in the area is

text: Castle Geyser

text: which is about  northwest of Old Faithful. Castle Geyser has an interval of approximately 13 hours between major eruptions, but is unpredictable after minor eruptions. The other three predictable geysers are

text: Grand Geyser

text: Daisy Geyser

text: , and

text: Riverside Geyser

text: . Biscuit Basin and Black Sand Basin are also within the boundaries of Upper Geyser Basin.

answers: NDQ_000611

answers: erupts from geysers

answers: NDQ_000613

answers: predictable large geysers

answers: NDQ_000615

answers: increase

answers: NDQ_000616

answers: Biscuit Basin

answers: NDQ_000619

answers: geothermal energy

answers: NDQ_000624

answers: What may happen after minor eruptions?

answers: NDQ_000627

answers: Which of the following is not a geyser?

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: geysers

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What can be concluded about the amount of water that enters groundwater?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.

answers: NDQ_000638

answers: It is impossible to say

answers: NDQ_000639

answers: Which of the following is not a type of mineral spring: hot, mineral, or geothermal?

answers: NDQ_000640

answers: unanswerable

answers: NDQ_000641

answers: Why does water flow out of a well?

answers: NDQ_000642

answers: geysers

answers: NDQ_000643

answers: Basin

answers: NDQ_000644

answers: geysers

answers: NDQ_000645

answers: geothermal features

answers: NDQ_000646

answers: Geyser

answers: NDQ_000647

answers: geothermal

answers: NDQ_000648

answers: geyser

answers: NDQ_000649

answers: Where is Castle Geyser located?

answers: NDQ_000650

answers: has a higher concentration of geysers

answers: NDQ_000651

answers: United States

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: Biscuit Basin

answers: NDQ_000654

answers: geysers

answers: NDQ_000655

answers: geothermal

answers: NDQ_000611

answers: Upper Geyser Basin.

answers: NDQ_000613

answers: predictable large geysers.

answers: NDQ_000615

answers: Upper Geyser Basin.

answers: NDQ_000616

answers: Upper Geyser Basin.

answers: NDQ_000619

answers: geothermal

answers: NDQ_000624

answers: Upper Geyser Basin.

answers: NDQ_000627

answers: Upper Geyser Basin.

answers: NDQ_000629

answers: Upper Geyser Basin.

answers: NDQ_000630

answers: Upper Geyser Basin.

answers: NDQ_000631

answers: Upper Geyser Basin.

answers: NDQ_000632

answers: Upper Geyser Basin.

answers: NDQ_000633

answers: Upper Geyser Basin.

answers: NDQ_000634

answers: Upper Geyser Basin.

answers: NDQ_000635

answers: Upper Geyser Basin.

answers: NDQ_000636

answers: Upper Geyser Basin.

answers: NDQ_000637

answers: Upper Geyser Basin.

answers: NDQ_000638

answers: Upper Geyser Basin.

answers: NDQ_000639

answers: geothermal

answers: NDQ_000640

answers: Upper Geyser Basin.

answers: NDQ_000641

answers: Upper Geyser Basin.

answers: NDQ_000642

answers: unpredictable after minor eruptions.

answers: NDQ_000643

answers: Upper Geyser Basin.

answers: NDQ_000644

answers: Upper Geyser Basin.

answers: NDQ_000645

answers: Upper Geyser Basin.

answers: NDQ_000646

answers: geothermal features

answers: NDQ_000647

answers: geothermal

answers: NDQ_000648

answers: Upper Geyser Basin.

answers: NDQ_000649

answers: Upper Geyser Basin.

answers: NDQ_000650

answers: minor eruptions.

answers: NDQ_000651

answers: Old Faithful Geyser,

answers: NDQ_000652

answers: geothermal

answers: NDQ_000653

answers: Upper Geyser Basin.

answers: NDQ_000654

answers: Upper Geyser Basin.

answers: NDQ_000655

answers: geothermal

text: Midway Geyser Basin

text: Midway Geyser Basin

answers: NDQ_000611

answers: oozes out of the rocks

answers: NDQ_000613

answers: good aquifers contain water

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: a volcano

answers: NDQ_000619

answers: lava erupts

answers: NDQ_000624

answers: What will happen to the water in Midway Geyser Basin

answers: NDQ_000627

answers: The Midway Geyser Basin is a geyser basin.

answers: NDQ_000629

answers: The rock layer below an aquifer always consists of permeable rock.

answers: NDQ_000630

answers: What is a geyser?

answers: NDQ_000631

answers: None of the above choices .

answers: NDQ_000632

answers: The Midway Geyser Basin is located in the Pacific Ocean

answers: NDQ_000633

answers: None of the above choices.

answers: NDQ_000634

answers: None of the above choices .

answers: NDQ_000635

answers: The Midway Geyser Basin is a geyser basin.

answers: NDQ_000636

answers: The Midway Geyser Basin

answers: NDQ_000637

answers: A good aquifer has rock in it that is porous and permeable

answers: NDQ_000638

answers: The Midway Geyser Basin is an aquifer.

answers: NDQ_000639

answers: What type of spring is Midway Geyser Basin?

answers: NDQ_000640

answers: The water table keeps water in an aquifer from seeping deeper underground

answers: NDQ_000641

answers: The Midway Geyser Basin is a geyser.

answers: NDQ_000642

answers: is a good example of

answers: NDQ_000643

answers: a geyser basin

answers: NDQ_000644

answers: is a geyser

answers: NDQ_000645

answers: is a basin

answers: NDQ_000646

answers: aquifer

answers: NDQ_000647

answers: can be found there

answers: NDQ_000648

answers: is aquifer water

answers: NDQ_000649

answers: It is a geyser

answers: NDQ_000650

answers: is flooded

answers: NDQ_000651

answers: Basin

answers: NDQ_000652

answers: geyser

answers: NDQ_000653

answers: the ocean

answers: NDQ_000654

answers: evaporation

answers: NDQ_000655

answers: igneous

answers: NDQ_000611

answers: Midway Geyser Basin

answers: NDQ_000613

answers: Midway Geyser Basin

answers: NDQ_000615

answers: Midway Geyser Basin

answers: NDQ_000616

answers: Midway Geyser Basin

answers: NDQ_000619

answers: Midway Geyser Basin

answers: NDQ_000624

answers: Midway Geyser Basin

answers: NDQ_000627

answers: Midway Geyser Basin

answers: NDQ_000629

answers: Midway Geyser Basin

answers: NDQ_000630

answers: Midway Geyser Basin

answers: NDQ_000631

answers: Midway Geyser Basin

answers: NDQ_000632

answers: Midway Geyser Basin

answers: NDQ_000633

answers: Midway Geyser Basin

answers: NDQ_000634

answers: Midway Geyser Basin

answers: NDQ_000635

answers: Midway Geyser Basin

answers: NDQ_000636

answers: Midway Geyser Basin

answers: NDQ_000637

answers: Midway Geyser Basin

answers: NDQ_000638

answers: Midway Geyser Basin

answers: NDQ_000639

answers: Midway Geyser Basin

answers: NDQ_000640

answers: Midway Geyser Basin

answers: NDQ_000641

answers: Midway Geyser Basin

answers: NDQ_000642

answers: Midway Geyser Basin

answers: NDQ_000643

answers: Midway Geyser Basin

answers: NDQ_000644

answers: Midway Geyser Basin

answers: NDQ_000645

answers: Midway Geyser Basin

answers: NDQ_000646

answers: Midway Geyser Basin

answers: NDQ_000647

answers: Midway Geyser Basin

answers: NDQ_000648

answers: Midway Geyser Basin

answers: NDQ_000649

answers: Midway Geyser Basin

answers: NDQ_000650

answers: Midway Geyser Basin

answers: NDQ_000651

answers: Midway Geyser Basin

answers: NDQ_000652

answers: Midway Geyser Basin

answers: NDQ_000653

answers: Midway Geyser Basin

answers: NDQ_000654

answers: Midway Geyser Basin

answers: NDQ_000655

answers: Midway Geyser Basin

text: A-0 Geyser is part of the White Creek Group which includes Spindle Geyser and Botryoidal Spring. It can be identified by its shallow, round basin with a round vent in the middle found  southeast of the Surprise Pool parking area.

text: A-0 Geyser is part of the White Creek Group which includes

text: Spindle Geyser

text: and

text: Botryoidal Spring

text: . It can be identified by its shallow, round basin with a round vent in the middle found  southeast of the

text: Surprise Pool

text: parking area.

answers: NDQ_000611

answers: evaporates from the surface

answers: NDQ_000613

answers: shallow, round basin

answers: NDQ_000615

answers: swell

answers: NDQ_000616

answers: White Creek

answers: NDQ_000619

answers: volcanic eruptions occur

answers: NDQ_000624

answers: What may happen to the water table in an area?

answers: NDQ_000627

answers: None of the above choices.

answers: NDQ_000629

answers: It's impossible to say

answers: NDQ_000630

answers: What is the source of water in a hot spring?

answers: NDQ_000631

answers: unanswerable

answers: NDQ_000632

answers: It's impossible to say

answers: NDQ_000633

answers: no

answers: NDQ_000634

answers: no

answers: NDQ_000635

answers: What can be concluded about the amount of water that enters groundwater?

answers: NDQ_000636

answers: unanswerable

answers: NDQ_000637

answers: None of the above choices.