text: Although in former literature a height around 7,320 m was traditionally given, the mountain is more likely to be around 7,150 m high. The Russian military 1:100,000 topographical map shows a height of 7,120 m. The currently most accurate map of the region probably is that in the series of "Maps of Snow Mountains in China", which gives a height of 7,147 m. On this map the pass connecting to Gasherbrum III is 6,493 m high (654 m prominence).

text: Although in former literature a height around 7,320 m was traditionally given, the mountain is more likely to be around 7,150 m high. The Russian military 1:100,000 topographical map shows a height of 7,120 m. The currently most accurate map of the region probably is that in the series of "Maps of Snow Mountains in China", which gives a height of 7,147 m. On this map the pass connecting to Gasherbrum III is 6,493 m high (654 m prominence).

answers: NDQ_001586

answers: None

answers: NDQ_001587

answers: How many meters is the pass connecting to Gasherbrum III?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: height of 7,120 m

answers: NDQ_001590

answers: The Russian military 1:100,000 topographical map

answers: NDQ_001591

answers: height

answers: NDQ_001592

answers: height

answers: NDQ_001593

answers: What is the slope of the land?

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or sedimentary?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

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

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is drawn on the hatch marks?

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: pass

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: 7120 m

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: pass

answers: NDQ_001623

answers: prominence

answers: NDQ_001624

answers: pass

answers: NDQ_001625

answers: 7,120 m

answer_match: Using FLAN-T5-Large with this prompt: For the question "{question}" the correct answer is "{correct_answer}". Is "{answer}" an equally correct response to this question? Answer yes or no.

orig_prompt_class: QuestionPromptWithChoices

prompt_style: context: question:

answers: NDQ_001586

answers: 7,120 m.

answers: NDQ_001587

answers: 6,493 m high (654 m prominence).

answers: NDQ_001588

answers: 7,120

answers: NDQ_001589

answers: 7,120 m.

answers: NDQ_001590

answers: 7,150

answers: NDQ_001591

answers: 7,150 m high.

answers: NDQ_001592

answers: height around 7,320 m was traditionally given,

answers: NDQ_001593

answers: 7,150 m high. The Russian military 1:100,000

answers: NDQ_001594

answers: 7,120 m.

answers: NDQ_001595

answers: 7,150 m high. The Russian military 1:100,000

answers: NDQ_001597

answers: 7,120 m.

answers: NDQ_001598

answers: 7,120 m.

answers: NDQ_001600

answers: "Maps of Snow Mountains

answers: NDQ_001603

answers: topographical map

answers: NDQ_001605

answers: "Maps of Snow Mountains in China",

answers: NDQ_001606

answers: 7,150

answers: NDQ_001608

answers: topographical map

answers: NDQ_001611

answers: 7,150 m high.

answers: NDQ_001613

answers: 7,120 m.

answers: NDQ_001614

answers: 7,120 m.

answers: NDQ_001618

answers: Snow Mountains

answers: NDQ_001619

answers: 7,120 m.

answers: NDQ_001620

answers: 7,120 m.

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: Gasherbrum III

answers: NDQ_001623

answers: prominence).

answers: NDQ_001624

answers: pass connecting to Gasherbrum III

answers: NDQ_001625

answers: 1:100,000

text: "EX1201" was the first expedition of the 2012 field season for NOAA Ship Okeanos Explorer. The primary objective of this shakedown cruise was to operationally test the vessel, its systems, and all mission equipment. A secondary objective of the expedition was to use the ship’s technologically advanced multibeam sonar to map three Northeast and Mid-Atlantic canyon areas in support of the benthic habitat identification and management efforts of NOAA's Northeast Fisheries Science Center (NEFSC).After departing its homeport of Davisville, Rhode Island, on February 14, Okeanos Explorer proceeded offshore to Veatch Canyon where a sonar patch test was conducted to ensure the proper calibration of the vessel’s multibeam echosounder. As part of successful patch test operations, approximately 280 square kilometers of Veatch Canyon were bathymetrically mapped, including the majority of the first priority area identified by NEFSC.  Later in the cruise, focused survey operations conducted at Block, Ryan, and McMaster Canyons mapped approximately 900 square kilometers of seafloor, including 65 percent of the second NEFSC priority area.Focused mapping operations at Hendrickson, Toms, and Berkeley Canyons covered approximately 1,400 square kilometers of seafloor. Finally, focused mapping operations at Hendrickson, Toms, and Berkeley Canyons covered approximately 1400 square kilometers of seafloor, including 85 percent of the third NEFSC priority area.While transiting along the continental shelf break between focused mapping areas, multibeam, single beam, and sub-bottom sonar data was collected, adding to the seafloor mapping coverage established on Okeanos Explorer cruise EX1106. In addition to successful shakedown testing and mapping operations, EX1201 also yielded a number of positive educational outcomes. During the cruise, two graduate interns were trained in seafloor mapping operations as part of the Okeanos Explorer internship program. Additionally, approximately 50 high school students, educators, and local media toured the vessel and learned about its mission at the conclusion of the expedition, in Charleston, South Carolina.

method: UNH-qee

method: Bert-DRMMTKS

answers: NDQ_001586

answers: How many square kilometers of seafloor were mapped?

answers: NDQ_001587

answers: How many square kilometers of seafloor did focused mapping operations at Hendrickson and Toms cover?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: block, Ryan, and McMaster Canyons

answers: NDQ_001590

answers: How many square kilometers of seafloor were mapped?

answers: NDQ_001591

answers: Veatch Canyon

answers: NDQ_001592

answers: sonar patch test

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: What is the first priority area identified by NEFSC?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: slopes

answers: NDQ_001600

answers: How many square kilometers of seafloor were mapped

answers: NDQ_001603

answers: Which of the following is not true?

answers: NDQ_001605

answers: What is the primary objective of the expedition?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What helps us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: Which of the following is not a canyon?

answers: NDQ_001613

answers: Which canyon did Block, Ryan, and McMaster Canyons map?

answers: NDQ_001614

answers: What is the difference between a bathymetric and a topographic map?

answers: NDQ_001618

answers: Veatch Canyon

answers: NDQ_001619

answers: bathymetrically

answers: NDQ_001620

answers: What is the elevation difference between adjacent contour lines on a topographic map

answers: NDQ_001621

answers: bathymetrically

answers: NDQ_001622

answers: Veatch Canyon

answers: NDQ_001623

answers: parallel line

answers: NDQ_001624

answers: Veatch Canyon

answers: NDQ_001625

answers: 280 square kilometers

answers: NDQ_001586

answers: 1,400

answers: NDQ_001587

answers: continental shelf break

answers: NDQ_001588

answers: 1,400 square kilometers

answers: NDQ_001589

answers: percent of the second NEFSC priority area.Focused

answers: NDQ_001590

answers: 1,400 square kilometers

answers: NDQ_001591

answers: continental shelf break

answers: NDQ_001592

answers: habitat identification

answers: NDQ_001593

answers: 1,400 square kilometers of seafloor.

answers: NDQ_001594

answers: 1,400

answers: NDQ_001595

answers: 900

answers: NDQ_001597

answers: 1,400 square kilometers of seafloor.

answers: NDQ_001598

answers: 1,400 square kilometers

answers: NDQ_001600

answers: 1,400

answers: NDQ_001603

answers: 1,400 square kilometers of seafloor.

answers: NDQ_001605

answers: 85 percent of the third NEFSC priority area.While

answers: NDQ_001606

answers: 85 percent

answers: NDQ_001608

answers: 1,400 square kilometers of seafloor.

answers: NDQ_001611

answers: 1,400 square kilometers of seafloor.

answers: NDQ_001613

answers: 1,400 square kilometers of seafloor.

answers: NDQ_001614

answers: 1,400 square kilometers

answers: NDQ_001618

answers: Veatch Canyon

answers: NDQ_001619

answers: bathymetrically

answers: NDQ_001620

answers: 85 percent of the third NEFSC priority area.While

answers: NDQ_001621

answers: bathymetrically mapped,

answers: NDQ_001622

answers: Veatch Canyon

answers: NDQ_001623

answers: continental shelf break

answers: NDQ_001624

answers: Veatch Canyon

answers: NDQ_001625

answers: 280 square kilometers

text: Villa del Sol is located northwest of the center of Cameron County at  (26.191502, -97.576620). It is on Texas State Highway 345, encompassing an area shown as "Lantana" on federal topographic maps. TX 345 leads southwest  to the center of San Benito.

text: Villa del Sol is located northwest of the center of Cameron County at  (26.191502, -97.576620). It is on

entity_name: Texas State Highway 345

text: Texas State Highway 345

text: , encompassing an area shown as "Lantana" on federal topographic maps. TX 345 leads southwest  to the center of

entity_name: San Benito, Texas

text: San Benito

answers: NDQ_001586

answers: None

answers: NDQ_001587

answers: How many miles is the distance from Villa del Sol to San Benito?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Villa del Sol is located northwest of the center of Cameron County

answers: NDQ_001590

answers: (26.191502, -97.576620)

answers: NDQ_001591

answers: Lantana

answers: NDQ_001592

answers: center of San Benito

answers: NDQ_001593

answers: (26.191502, -97.576620)

answers: NDQ_001594

answers: (26.191502, -97.576620)

answers: NDQ_001595

answers: 1000

answers: NDQ_001597

answers: northwest

answers: NDQ_001598

answers: northwest

answers: NDQ_001600

answers: What is the area shown on federal topographic maps?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: Texas State Highway 345, Lantana, or San Benito?

answers: NDQ_001606

answers: (26.191502, -97.576620)

answers: NDQ_001608

answers: How would you describe Villa del Sol?

answers: NDQ_001611

answers: How would you describe Villa del Sol?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is Villa del Sol?

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: Lantana

answers: NDQ_001619

answers: NDQ_001620

answers: -97.576620

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Lantana

answers: NDQ_001623

answers: -7.576620

answers: NDQ_001624

answers: Lantana

answers: NDQ_001625

answers: -97.576620

answers: NDQ_001586

answers: -97.576620).

answers: NDQ_001587

answers: -97.576620).

answers: NDQ_001588

answers: -97.576620).

answers: NDQ_001589

answers: -97.576620).

answers: NDQ_001590

answers: (26.191502, -97.576620).

answers: NDQ_001591

answers: "Lantana"

answers: NDQ_001592

answers: "Lantana"

answers: NDQ_001593

answers: -97.576620).

answers: NDQ_001594

answers: -97.576620).

answers: NDQ_001595

answers: -97.576620).

answers: NDQ_001597

answers: southwest

answers: NDQ_001598

answers: northwest

answers: NDQ_001600

answers: -97.576620).

answers: NDQ_001603

answers: federal topographic maps.

answers: NDQ_001605

answers: "Lantana" on federal topographic maps.

answers: NDQ_001606

answers: -97.576620).

answers: NDQ_001608

answers: topographic maps.

answers: NDQ_001611

answers: -97.576620).

answers: NDQ_001613

answers: -97.576620). It is on Texas State Highway 345,

answers: NDQ_001614

answers: "Lantana" on federal topographic maps.

answers: NDQ_001618

answers: "Lantana"

answers: NDQ_001619

answers: -97.576620).

answers: NDQ_001620

answers: -97.576620).

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: "Lantana"

answers: NDQ_001623

answers: Texas State Highway 345,

answers: NDQ_001624

answers: "Lantana"

answers: NDQ_001625

answers: (26.191502, -97.576620).

text: This method can be used to estimate the depth of the magnetic materials beneath the earth. The magnetic data is processed by the spectral methods such as Fourier transforms. The FFT algorithm makes the spectral analysis of signals fast, easy and efficient.The FFT computations can be performed in the machines which allow us to perform contour mapping. The upward continuation method attenuates the wave number anomalies associated with the shallow magnetic sources. Thus the signal components contain the information about the objects situated deep beneath the earth.

text: This method can be used to estimate the depth of the magnetic materials beneath the earth. The magnetic data is processed by the spectral methods such as Fourier transforms. The FFT algorithm makes the spectral analysis of signals fast, easy and efficient.The FFT computations can be performed in the machines which allow us to perform

entity_name: Contour line

text: contour mapping.

text: The upward continuation method attenuates the wave number anomalies associated with the shallow magnetic sources. Thus the signal components contain the information about the objects situated deep beneath the earth.

answers: NDQ_001586

answers: What is the upward continuation method attenuates?

answers: NDQ_001587

answers: What can be used to estimate the depth of the magnetic materials beneath the earth?

answers: NDQ_001588

answers: Which of the following is not a type of contour line?

answers: NDQ_001589

answers: wave number anomalies associated with the shallow magnetic sources

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: the shallow magnetic sources

answers: NDQ_001592

answers: Fourier transforms

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: The upward continuation method attenuates the wave number anomalies

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: The FFT computations can be performed in the machines which allow us to perform contour mapping

answers: NDQ_001598

answers: contour mapping

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a valley

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the term for the difference between two contour lines?

answers: NDQ_001608

answers: What can contour mapping help us to do?

answers: NDQ_001611

answers: Which of the following is an example of a concentric line?

answers: NDQ_001613

answers: What does the upward continuation method attenuate?

answers: NDQ_001614

answers: Which of the following is not true of topographic maps?

answers: NDQ_001618

answers: contour mapping

answers: NDQ_001619

answers: contour mapping

answers: NDQ_001620

answers: upward continuation

answers: NDQ_001621

answers: contour mapping

answers: NDQ_001622

answers: The upward continuation

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: spectral

answers: NDQ_001625

answers: upward continuation

answers: NDQ_001586

answers: contour mapping.

answers: NDQ_001587

answers: contour mapping.

answers: NDQ_001588

answers: contour mapping.

answers: NDQ_001589

answers: contour mapping.

answers: NDQ_001590

answers: contour mapping.

answers: NDQ_001591

answers: depth of the magnetic materials

answers: NDQ_001592

answers: contour mapping.

answers: NDQ_001593

answers: contour mapping.

answers: NDQ_001594

answers: contour mapping.

answers: NDQ_001595

answers: contour mapping.

answers: NDQ_001597

answers: contour mapping.

answers: NDQ_001598

answers: contour mapping.

answers: NDQ_001600

answers: contour mapping.

answers: NDQ_001603

answers: contour mapping.

answers: NDQ_001605

answers: contour mapping.

answers: NDQ_001606

answers: contour mapping.

answers: NDQ_001608

answers: contour mapping.

answers: NDQ_001611

answers: contour mapping.

answers: NDQ_001613

answers: The upward continuation method

answers: NDQ_001614

answers: contour mapping.

answers: NDQ_001618

answers: contour mapping.

answers: NDQ_001619

answers: contour mapping.

answers: NDQ_001620

answers: The upward continuation

answers: NDQ_001621

answers: contour mapping.

answers: NDQ_001622

answers: depth of the magnetic materials

answers: NDQ_001623

answers: contour mapping.

answers: NDQ_001624

answers: objects situated deep beneath the earth.

answers: NDQ_001625

answers: contour mapping. The upward continuation method

text: An isopycnal is a line connecting points of a specific density or potential density. Isopycnals are often displayed graphically to help visualize "layers" of water in the ocean or gasses in the atmosphere in a similar manner to how contour lines are used in topographic maps to help visualize topography.

text: An isopycnal is a line connecting points of a specific

entity_name: Density

text: density

text: or

entity_name: Potential density

text: potential density

text: . Isopycnals are often displayed graphically to help visualize "layers" of water in the ocean or gasses in the atmosphere in a similar manner to how

text: contour lines

text: are used in topographic maps to help visualize

entity_name: Topography

text: topography

answers: NDQ_001586

answers: None of the above choices.

answers: NDQ_001587

answers: can be used to help visualize what?

answers: NDQ_001588

answers: They may intersect each other

answers: NDQ_001589

answers: isopycnals are often displayed graphically

answers: NDQ_001590

answers: What is an isopycnal?

answers: NDQ_001591

answers: topography

answers: NDQ_001592

answers: isopycnals

answers: NDQ_001593

answers: What is an isopycnal?

answers: NDQ_001594

answers: What is an isopycnal?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a valley

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not an example of an isopycnal?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: How do contour lines help visualize topography?

answers: NDQ_001611

answers: How would you describe an isopycnal?

answers: NDQ_001613

answers: Which of the following is not an example of an isopycnal?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: isopycnals

answers: NDQ_001619

answers: isopycnals

answers: NDQ_001620

answers: are often displayed graphically

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: layer of water in the ocean

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: isopycnals

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: contour lines are used in topographic maps to help visualize topography.

answers: NDQ_001587

answers: contour lines are used in topographic maps to help visualize topography.

answers: NDQ_001588

answers: contour lines

answers: NDQ_001589

answers: isopycnal

answers: NDQ_001590

answers: contour lines

answers: NDQ_001591

answers: topography.

answers: NDQ_001592

answers: isopycnal

answers: NDQ_001593

answers: contour lines

answers: NDQ_001594

answers: contour lines are used in topographic maps to help visualize topography.

answers: NDQ_001595

answers: contour lines

answers: NDQ_001597

answers: contour lines

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: contour lines

answers: NDQ_001603

answers: contour lines are used in topographic maps

answers: NDQ_001605

answers: An isopycnal

answers: NDQ_001606

answers: isopycnal

answers: NDQ_001608

answers: topographic maps to help visualize topography.

answers: NDQ_001611

answers: contour lines

answers: NDQ_001613

answers: contour lines

answers: NDQ_001614

answers: isopycnal

answers: NDQ_001618

answers: topography.

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: topography.

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: topography.

answers: NDQ_001625

answers: contour lines

text: A topographic map is the ordered projection of a sensory surface, like the retina or the skin, or an effector system, like the musculature, to one or more structures of the central nervous system.  Topographic maps can be found in all sensory systems and in many motor systems.

text: A topographic map is the ordered projection of a sensory surface, like the retina or the skin, or an effector system, like the musculature, to one or more structures of the

entity_name: Central nervous system

text: central nervous system

text: .  Topographic maps can be found in all

entity_name: Sensory system

text: sensory system

text: s and in many

entity_name: Motor system

text: motor system

text: s.

answers: NDQ_001586

answers: NDQ_001587

answers: can be used to describe what?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the ordered projection of a sensory surface

answers: NDQ_001590

answers: What is the contour interval of a topographic map?

answers: NDQ_001591

answers: a sensory surface

answers: NDQ_001592

answers: musculature

answers: NDQ_001593

answers: It can be used to determine the slope of the land

answers: NDQ_001594

answers: contour lines

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: NDQ_001598

answers: the left

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: Which of the following is not a type of map: Geologic maps or topographic maps?

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: are very far apart

answers: NDQ_001613

answers: What is the opposite of the circle with the higher elevation?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: isobath

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: isolines

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: Topographic maps

answers: NDQ_001587

answers: topographic map

answers: NDQ_001588

answers: Topographic maps

answers: NDQ_001589

answers: topographic map

answers: NDQ_001590

answers: Topographic maps can be found in all sensory systems and in many motor systems.

answers: NDQ_001591

answers: musculature,

answers: NDQ_001592

answers: projection of a sensory surface,

answers: NDQ_001593

answers: Topographic maps

answers: NDQ_001594

answers: Topographic maps

answers: NDQ_001595

answers: A topographic map

answers: NDQ_001597

answers: Topographic maps

answers: NDQ_001598

answers: Topographic maps

answers: NDQ_001600

answers: Topographic maps

answers: NDQ_001603

answers: topographic map

answers: NDQ_001605

answers: Topographic maps

answers: NDQ_001606

answers: topographic map

answers: NDQ_001608

answers: topographic map

answers: NDQ_001611

answers: A topographic map

answers: NDQ_001613

answers: Topographic maps can be found in all sensory systems and in many motor systems.

answers: NDQ_001614

answers: Topographic maps

answers: NDQ_001618

answers: a sensory surface,

answers: NDQ_001619

answers: topographic map

answers: NDQ_001620

answers: Topographic maps

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: musculature,

answers: NDQ_001623

answers: musculature, to one or more structures of the central nervous system.

answers: NDQ_001624

answers: musculature,

answers: NDQ_001625

answers: musculature, to one or more structures of the central nervous system.

text: USGS topographical maps show a common  elevation contour line running throughout a ridge along old Hwy 90 (Old Spanish Trail) on the western edge of the city. It was primarily this area which did not see the surge inundation of Hurricane Katrina.

text: USGS topographical maps show a common  elevation contour line running throughout a ridge along old Hwy 90 (

entity_name: Old Spanish Trail (auto trail)

text: Old Spanish Trail

text: ) on the western edge of the city. It was primarily this area which did not see the surge inundation of Hurricane Katrina.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: Which of the following is not a USGS topographic map: old Spanish Trail, USGS topographic maps, or USGS topographic maps?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a common elevation contour line running throughout a ridge

answers: NDQ_001590

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

answers: NDQ_001591

answers: elevation

answers: NDQ_001592

answers: show a common elevation contour line

answers: NDQ_001593

answers: Yes

answers: NDQ_001594

answers: no

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices.

answers: NDQ_001598

answers: elevation contour line

answers: NDQ_001600

answers: None of the above choices

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Yes

answers: NDQ_001611

answers: None of the above choices.

answers: NDQ_001613

answers: Which of the following is not a type of hatch mark?

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: elevation contour line

answers: NDQ_001619

answers: is not the same thing

answers: NDQ_001620

answers: elevation contour line

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: Old Spanish Trail

answers: NDQ_001623

answers: elevation contour line

answers: NDQ_001624

answers: ridge

answers: NDQ_001625

answers: 1 mile

answers: NDQ_001586

answers: USGS topographical maps show a common elevation contour line

answers: NDQ_001587

answers: a ridge along old Hwy 90 (Old Spanish Trail)

answers: NDQ_001588

answers: common elevation contour line running throughout a ridge along old Hwy 90

answers: NDQ_001589

answers: a common elevation contour line

answers: NDQ_001590

answers: contour line

answers: NDQ_001591

answers: elevation

answers: NDQ_001592

answers: surge inundation of Hurricane Katrina.

answers: NDQ_001593

answers: elevation contour line

answers: NDQ_001594

answers: elevation contour line

answers: NDQ_001595

answers: 90

answers: NDQ_001597

answers: western

answers: NDQ_001598

answers: elevation contour line

answers: NDQ_001600

answers: ridge

answers: NDQ_001603

answers: topographical maps

answers: NDQ_001605

answers: USGS topographical maps

answers: NDQ_001606

answers: contour line

answers: NDQ_001608

answers: elevation contour line

answers: NDQ_001611

answers: ridge

answers: NDQ_001613

answers: ridge

answers: NDQ_001614

answers: topographical maps

answers: NDQ_001618

answers: a ridge along old Hwy 90 (Old Spanish Trail)

answers: NDQ_001619

answers: elevation contour line

answers: NDQ_001620

answers: common elevation

answers: NDQ_001621

answers: topographical maps

answers: NDQ_001622

answers: a ridge along old Hwy 90 (Old Spanish Trail)

answers: NDQ_001623

answers: common elevation contour line

answers: NDQ_001624

answers: ridge along old Hwy 90 (Old Spanish Trail)

answers: NDQ_001625

answers: elevation

text: The Coordinates provided above were taken from the most current satellite photographs(Google Earth Pro) and as such represent the most accurate representation of the location of the boundary peak. Topographic maps of this area are dated (see USGS Historical Topographic maps) and do not provide the accuracy of the Global Positioning System that recent Satellite photographs have. Boundary Peaks 87-91 and 112-117 are not actually summits, but monuments (survey markers) placed by the USGS Geodetic Survey.

text: The Coordinates provided above were taken from the most current satellite photographs(Google Earth Pro) and as such represent the most accurate representation of the location of the boundary peak. Topographic maps of this area are dated (see

entity_name: Geospatial summary of the High Peaks/Summits of the Juneau Icefield

entity_section: USGS Historical Topographic Maps for the Juneau Icefield area

text: USGS Historical Topographic maps

text: ) and do not provide the accuracy of the

entity_name: Global Positioning System

text: Global Positioning System

text: that recent Satellite photographs have. Boundary Peaks 87-91 and 112-117 are not actually summits, but monuments (

entity_name: Survey marker

text: survey marker

text: s) placed by the

entity_name: U.S. National Geodetic Survey

text: USGS Geodetic Survey

answers: NDQ_001586

answers: What is the most accurate representation of the location of the boundary peak?

answers: NDQ_001587

answers: What is the distance between Boundary Peaks 87-91 and 112-117?

answers: NDQ_001588

answers: What is the opposite of parallel?

answers: NDQ_001589

answers: accurate representation of the location of the boundary peak

answers: NDQ_001590

answers: What is the horizontal distance between contour lines on a topographic map?

answers: NDQ_001591

answers: boundary peak

answers: NDQ_001592

answers: provide the accuracy of the Global Positioning System

answers: NDQ_001593

answers: What is the slope of the land?

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

answers: What is the most accurate representation of the location of the boundary peak?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What is the most accurate representation of the location of the boundary peak?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: How would you describe a hill that is very far apart?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is drawn on the side of the hatch marks?

answers: NDQ_001614

answers: What is the most accurate representation of the location of the boundary peak?

answers: NDQ_001618

answers: boundary peak

answers: NDQ_001619

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: Topographic maps

answers: NDQ_001622

answers: boundary peak

answers: NDQ_001623

answers: boundary peak

answers: NDQ_001624

answers: boundary peak

answers: NDQ_001625

answers: 112-117

answers: NDQ_001586

answers: dated (see USGS Historical Topographic maps)

answers: NDQ_001587

answers: Boundary Peaks 87-91 and 112-117

answers: NDQ_001588

answers: dated (see USGS Historical Topographic maps)

answers: NDQ_001589

answers: dated

answers: NDQ_001590

answers: dated (see USGS Historical Topographic maps)

answers: NDQ_001591

answers: location of the boundary peak.

answers: NDQ_001592

answers: accuracy of the Global Positioning System

answers: NDQ_001593

answers: USGS Historical Topographic maps)

answers: NDQ_001594

answers: dated (see USGS Historical Topographic maps)

answers: NDQ_001595

answers: 87-91 and 112-117

answers: NDQ_001597

answers: Topographic maps

answers: NDQ_001598

answers: dated (see USGS Historical Topographic maps)

answers: NDQ_001600

answers: dated (see USGS Historical Topographic maps)

answers: NDQ_001603

answers: Topographic maps of this area are dated

answers: NDQ_001605

answers: dated (see USGS Historical Topographic maps)

answers: NDQ_001606

answers: dated (see USGS Historical Topographic maps)

answers: NDQ_001608

answers: Topographic maps

answers: NDQ_001611

answers: Boundary Peaks 87-91 and 112-117

answers: NDQ_001613

answers: Boundary Peaks 87-91 and 112-117

answers: NDQ_001614

answers: Topographic maps of this area are dated

answers: NDQ_001618

answers: Boundary Peaks

answers: NDQ_001619

answers: Topographic maps

answers: NDQ_001620

answers: dated (see USGS Historical Topographic maps)

answers: NDQ_001621

answers: Topographic maps

answers: NDQ_001622

answers: Boundary Peaks

answers: NDQ_001623

answers: Boundary Peaks

answers: NDQ_001624

answers: Boundary Peaks

answers: NDQ_001625

answers: 87-91 and 112-117

text: The ring-like nature of this feature was first observed by Thomas A. Edsall in 1990. It was first mapped in detail as part of a bathymetric map of Lake Ontario that was compiled from historic data sets by the National Oceanic and Atmospheric Administration’s (NOAA) National Geophysical Data Center, the NOAA Great Lakes Environmental Research Laboratory, and the Canadian Hydrographic Service. Based on this bathymetric map and field investigations, it was first proposed that Charity Creek Crater is an impact crater in 2001. In November 2010 and May 2011, high-resolution bathymetric and acoustic backscatter data were collected from the area of Charity Shoal and a 1 by 1 m grid model of its bathymetry was assembled by the Canadian Hydrographic Service. In July 2012, detailed magnetic and bathymetric surveys were conducted across a  area over Charity Shoal.

text: The ring-like nature of this feature was first observed by Thomas A. Edsall in 1990. It was first mapped in detail as part of a bathymetric map of Lake Ontario that was compiled from historic data sets by the

entity_name: National Oceanic and Atmospheric Administration

text: National Oceanic and Atmospheric Administration

text: ’s (NOAA)

entity_name: National Geophysical Data Center

text: National Geophysical Data Center

text: , the NOAA

entity_name: Great Lakes Environmental Research Laboratory

text: Great Lakes Environmental Research Laboratory

text: , and the

entity_name: Canadian Hydrographic Service

text: Canadian Hydrographic Service

text: . Based on this bathymetric map and field investigations, it was first proposed that Charity Creek Crater is an impact crater in 2001. In November 2010 and May 2011, high-resolution

entity_name: Bathymetry

text: bathymetric

text: and acoustic backscatter data were collected from the area of Charity Shoal and a 1 by 1 m grid model of its

text: bathymetry

text: was assembled by the Canadian Hydrographic Service. In July 2012, detailed

entity_name: Magnetic anomaly

text: magnetic

text: and bathymetric surveys were conducted across a  area over Charity Shoal.

answers: NDQ_001586

answers: How many contour lines are numbered?

answers: NDQ_001587

answers: How many years did it take for Charity Creek Crater to be mapped?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: it was first proposed that Charity Creek Crater is an impact crater in 2001

answers: NDQ_001590

answers: What is the horizontal distance between contour lines on a topographic map?

answers: NDQ_001591

answers: impact crater

answers: NDQ_001592

answers: bathymetric

answers: NDQ_001593

answers: unanswerable

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: Bathymetric

answers: NDQ_001600

answers: How many contour lines are so close together that they almost touch?

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: What type of rocks is Charity Creek Crater?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: What was first proposed that Charity Creek Crater is an impact crater?

answers: NDQ_001613

answers: Which side of the circle has the higher elevation?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: Charity Shoal

answers: NDQ_001619

answers: bathymetric map

answers: NDQ_001620

answers: m

answers: NDQ_001621

answers: bathymetric map

answers: NDQ_001622

answers: Charity Shoal

answers: NDQ_001623

answers: grid

answers: NDQ_001624

answers: Charity Shoal

answers: NDQ_001625

answers: 1 m

answers: NDQ_001586

answers: Charity Creek Crater

answers: NDQ_001587

answers: 1 by 1 m grid model of its bathymetry

answers: NDQ_001588

answers: Charity Creek Crater

answers: NDQ_001589

answers: impact crater

answers: NDQ_001590

answers: Charity Creek Crater

answers: NDQ_001591

answers: impact crater

answers: NDQ_001592

answers: bathymetric map

answers: NDQ_001593

answers: bathymetric map of Lake Ontario

answers: NDQ_001594

answers: Charity Creek Crater

answers: NDQ_001595

answers: 1990.

answers: NDQ_001597

answers: bathymetric map of Lake Ontario

answers: NDQ_001598

answers: Charity Creek Crater

answers: NDQ_001600

answers: Charity Creek Crater

answers: NDQ_001603

answers: Charity Creek Crater

answers: NDQ_001605

answers: bathymetric map of Lake Ontario

answers: NDQ_001606

answers: Charity Creek Crater

answers: NDQ_001608

answers: 1 by 1 m grid model of its bathymetry

answers: NDQ_001611

answers: Charity Creek Crater

answers: NDQ_001613

answers: Charity Creek Crater

answers: NDQ_001614

answers: Charity Creek Crater

answers: NDQ_001618

answers: Charity Creek Crater

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: bathymetric map of Lake Ontario

answers: NDQ_001621

answers: bathymetric

answers: NDQ_001622

answers: Charity Creek Crater

answers: NDQ_001623

answers: grid

answers: NDQ_001624

answers: Charity Creek Crater

answers: NDQ_001625

answers: 1 by 1 m

text: TERCOM – Terrain Contour Matching. A digital representation of an area of terrain is mapped based on digital terrain elevation data or stereo imagery. This map is then inserted into a TLAM mission which is then loaded onto the missile. When the missile is in flight it compares the stored map data with radar altimeter data collected as the missile overflies the map. Based on comparison results the missile's inertial navigation system is updated and the missile corrects its course. TERCOM was based on, and was a significant improvement on, "Fingerprint," a technology developed in 1964 for the SLAM.

entity_name: TERCOM

text: TERCOM

text: – Terrain Contour Matching. A digital representation of an area of terrain is mapped based on digital terrain elevation data or stereo imagery. This map is then inserted into a TLAM mission which is then loaded onto the missile. When the missile is in flight it compares the stored map data with radar altimeter data collected as the missile overflies the map. Based on comparison results the missile's inertial navigation system is updated and the missile corrects its course. TERCOM was based on, and was a significant improvement on, "Fingerprint," a technology developed in 1964 for the

entity_name: Supersonic Low Altitude Missile

text: SLAM

answers: NDQ_001586

answers: The missile's inertial navigation system is updated

answers: NDQ_001587

answers: What is the difference between a TLAM and a SLAM?

answers: NDQ_001588

answers: What is the difference between parallel and intersect?

answers: NDQ_001589

answers: the missile's inertial navigation system is updated and the missile corrects its course

answers: NDQ_001590

answers: What is the name of the technology developed in 1964 for the SLAM?

answers: NDQ_001591

answers: terrain elevation

answers: NDQ_001592

answers: TERCOM

answers: NDQ_001593

answers: what is the first technology mentioned?

answers: NDQ_001594

answers: What was a significant improvement on, "Fingerprint"?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: digital terrain elevation data

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a plain or plateau

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Concentric lines that are very close together show a low, steep hill.

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is drawn on the hatch marks on a topographic map?

answers: NDQ_001614

answers: What is the difference between TERCOM and SLAM?

answers: NDQ_001618

answers: area of terrain

answers: NDQ_001619

answers: altimeter

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: terrain elevation data

answers: NDQ_001622

answers: area of terrain

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: terrain

answers: NDQ_001625

answers: digital terrain elevation data

answers: NDQ_001586

answers: digital terrain elevation data

answers: NDQ_001587

answers: stereo imagery.

answers: NDQ_001588

answers: TERCOM – Terrain Contour Matching.

answers: NDQ_001589

answers: radar altimeter data

answers: NDQ_001590

answers: TERCOM – Terrain Contour Matching.

answers: NDQ_001591

answers: area of terrain is mapped based on digital terrain elevation data

answers: NDQ_001592

answers: Terrain Contour Matching.

answers: NDQ_001593

answers: elevation data

answers: NDQ_001594

answers: TERCOM – Terrain Contour Matching.

answers: NDQ_001595

answers: TERCOM – Terrain Contour Matching.

answers: NDQ_001597

answers: digital terrain elevation data

answers: NDQ_001598

answers: digital terrain elevation data

answers: NDQ_001600

answers: terrain

answers: NDQ_001603

answers: TERCOM – Terrain Contour Matching.

answers: NDQ_001605

answers: "Fingerprint," a technology developed in 1964 for the SLAM.

answers: NDQ_001606

answers: Contour Matching.

answers: NDQ_001608

answers: stereo imagery.

answers: NDQ_001611

answers: TERCOM – Terrain Contour Matching.

answers: NDQ_001613

answers: "Fingerprint," a technology developed in 1964 for the SLAM.

answers: NDQ_001614

answers: TERCOM

answers: NDQ_001618

answers: Terrain Contour Matching. A digital representation of an area of terrain

answers: NDQ_001619

answers: radar altimeter

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: digital terrain elevation data

answers: NDQ_001622

answers: Terrain Contour Matching. A digital representation of an area of terrain

answers: NDQ_001623

answers: Terrain Contour Matching.

answers: NDQ_001624

answers: Terrain Contour Matching. A digital representation of an area of terrain

answers: NDQ_001625

answers: elevation data

text: In the 1970s, the Hawaiian seafloor was mapped using ship-based sonar. Computed SYNBAPS (Synthetic Bathymetric Profiling System) data filled holes between the ship-based sonar bathymetric measurements. From 1994 to 1998 the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) mapped Hawaii in detail and studied its ocean floor, making it one of the world's best-studied marine features. The JAMSTEC project, a collaboration with USGS and other agencies, utilized manned submersibles, remotely operated underwater vehicles, dredge samples, and core samples. The Simrad EM300 multibeam  side-scanning sonar system collected bathymetry and backscatter data.

text: In the 1970s, the Hawaiian seafloor was mapped using ship-based

entity_name: Sonar

text: sonar

text: . Computed SYNBAPS (Synthetic Bathymetric Profiling System) data filled holes between the ship-based sonar

text: bathymetric

text: measurements. From 1994 to 1998 the

entity_name: Japan Agency for Marine-Earth Science and Technology

text: Japan Agency for Marine-Earth Science and Technology

text: (JAMSTEC) mapped Hawaii in detail and studied its ocean floor, making it one of the world's best-studied marine features. The JAMSTEC project, a collaboration with USGS and other agencies, utilized manned

entity_name: Submersible

text: submersibles

entity_name: Remotely operated underwater vehicle

text: remotely operated underwater vehicle

text: s,

entity_name: Dredging

text: dredge sample

text: s, and

entity_name: Core sample

text: core sample

text: s. The Simrad EM300 multibeam

entity_name: Side-scan sonar

text: side-scanning sonar

text: system collected bathymetry and

entity_name: Backscatter

text: backscatter

text: data.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many years did the JAMSTEC project last?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Computed SYNBAPS (Synthetic Bathymetric Profiling System) data

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: seafloor

answers: NDQ_001592

answers: bathymetric measurements

answers: NDQ_001593

answers: unanswerable

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side-scanning sonar

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What type of rocks were mapped using ship-based sonar?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What helps us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: What is one of the best-studied marine features?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is the hatch marks?

answers: NDQ_001614

answers: Which of the following is not a type of map: topographic maps or sonar?

answers: NDQ_001618

answers: ocean floor

answers: NDQ_001619

answers: bathymetry

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: bathymetry

answers: NDQ_001622

answers: ocean floor

answers: NDQ_001623

answers: bathymetric

answers: NDQ_001624

answers: ocean floor

answers: NDQ_001625

answers: bathymetric

answers: NDQ_001586

answers: In the 1970s,

answers: NDQ_001587

answers: core samples.

answers: NDQ_001588

answers: In the 1970s,

answers: NDQ_001589

answers: ship-based sonar.

answers: NDQ_001590

answers: In the 1970s,

answers: NDQ_001591

answers: Hawaiian seafloor

answers: NDQ_001592

answers: Hawaiian seafloor was mapped using ship-based sonar.

answers: NDQ_001593

answers: In the 1970s,

answers: NDQ_001594

answers: ship-based sonar.

answers: NDQ_001595

answers: 1998

answers: NDQ_001597

answers: In the 1970s,

answers: NDQ_001598

answers: side-scanning sonar system collected bathymetry

answers: NDQ_001600

answers: In the 1970s,

answers: NDQ_001603

answers: In the 1970s,

answers: NDQ_001605

answers: In the 1970s,

answers: NDQ_001606

answers: Computed SYNBAPS

answers: NDQ_001608

answers: Hawaii

answers: NDQ_001611

answers: In the 1970s,

answers: NDQ_001613

answers: ship-based sonar.

answers: NDQ_001614

answers: In the 1970s,

answers: NDQ_001618

answers: Hawaiian seafloor

answers: NDQ_001619

answers: bathymetry

answers: NDQ_001620

answers: Computed SYNBAPS

answers: NDQ_001621

answers: bathymetric measurements.

answers: NDQ_001622

answers: Hawaiian seafloor

answers: NDQ_001623

answers: bathymetric

answers: NDQ_001624

answers: Hawaiian seafloor

answers: NDQ_001625

answers: 1998

text: Topographic maps show the shape of Earth’s surface by using contour lines, the lines on the map that join points of equal elevation. They are among the most well-known symbols on modern maps as they are self-explanatory and accurately represent their phenomena. They make it possible to the depict height, depth, and even slope. Contour lines will be closer together or spaced apart to show the steepness of the area. If the line is spaced closer together, it means that there is a steeper slope. If they are farther apart, the area has a low slope. An area of low slope generally uses contour intervals of 10 feet or less. Areas that contain mountain or other high slope can use an interval of 100 feet.

entity_name: Topographic map

text: Topographic map

text: s show the shape of Earth’s surface by using

text: contour line

text: s, the lines on the map that join points of equal elevation. They are among the most well-known symbols on modern maps as they are self-explanatory and accurately represent their phenomena. They make it possible to the depict height, depth, and even

entity_name: Slope

text: slope

text: . Contour lines will be closer together or spaced apart to show the steepness of the area. If the line is spaced closer together, it means that there is a steeper slope. If they are farther apart, the area has a low slope. An area of low slope generally uses

text: contour interval

text: s of 10 feet or less. Areas that contain mountain or other high slope can use an interval of 100 feet.

answers: NDQ_001586

answers: None of the above choices.

answers: NDQ_001587

answers: is a map that shows the shape of Earth's surface

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the lines on the map that join points of equal elevation

answers: NDQ_001590

answers: How many feet is an interval of 100 feet?

answers: NDQ_001591

answers: steeper slope

answers: NDQ_001592

answers: depict height

answers: NDQ_001593

answers: If the line is spaced apart, it means that there is a steeper slope

answers: NDQ_001594

answers: If they are spaced apart, it means that there is a steeper slope

answers: NDQ_001595

answers: 100 feet

answers: NDQ_001597

answers: If they are closer together, it means that there is a steeper slope. If they are farther apart, it means that there is a low slope.

answers: NDQ_001598

answers: closer together

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a mountain or plateau.

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is not a benefit of contour lines?

answers: NDQ_001611

answers: If they are farther apart, the area has a low slope.

answers: NDQ_001613

answers: If they are farther apart, the area has a low slope

answers: NDQ_001614

answers: Which of the following is not a vertical distance?

answers: NDQ_001618

answers: mountain

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: spaced apart

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: 100 feet

answers: NDQ_001586

answers: contour lines, the lines on the map that join points of equal elevation.

answers: NDQ_001587

answers: contour lines,

answers: NDQ_001588

answers: closer together or spaced apart

answers: NDQ_001589

answers: Topographic maps show the shape of Earth’s surface by using contour lines,

answers: NDQ_001590

answers: 100 feet.

answers: NDQ_001591

answers: there is a steeper slope.

answers: NDQ_001592

answers: height, depth, and even slope.

answers: NDQ_001593

answers: Contour lines will be closer together or spaced apart

answers: NDQ_001594

answers: 100 feet.

answers: NDQ_001595

answers: 100 feet.

answers: NDQ_001597

answers: contour lines,

answers: NDQ_001598

answers: If the line is spaced closer together,

answers: NDQ_001600

answers: steeper slope.

answers: NDQ_001603

answers: contour lines,

answers: NDQ_001605

answers: contour lines,

answers: NDQ_001606

answers: 100 feet.

answers: NDQ_001608

answers: They make it possible to the depict height, depth, and even slope.

answers: NDQ_001611

answers: 100 feet.

answers: NDQ_001613

answers: contour lines,

answers: NDQ_001614

answers: Topographic maps show the shape of Earth’s surface by using contour lines,

answers: NDQ_001618

answers: mountain

answers: NDQ_001619

answers: contour lines,

answers: NDQ_001620

answers: spaced apart

answers: NDQ_001621

answers: Topographic maps show the shape of Earth’s surface by using contour lines,

answers: NDQ_001622

answers: mountain

answers: NDQ_001623

answers: contour lines,

answers: NDQ_001624

answers: mountain

answers: NDQ_001625

answers: 100 feet.

text: In 1890, Peano discovered a continuous curve, now called the Peano curve, that passes through every point of the unit square (). His purpose was to construct a continuous mapping from the unit interval  onto the unit square. Peano was motivated by Georg Cantor's earlier counterintuitive result that the infinite number of points in a unit interval is the same cardinality as the infinite number of points in any finite-dimensional manifold, such as the unit square.  The problem Peano solved was whether such a mapping could be continuous; i.e., a curve that fills a space. Peano's solution does not set up a continuous one-to-one correspondence between the unit interval and the unit square, and indeed such a correspondence does not exist (see below).

text: In 1890,

text: Peano

text: discovered a continuous curve, now called the

text: Peano curve

text: , that passes through every point of the unit square (). His purpose was to construct a

text: continuous mapping

text: from the

text: unit interval

text: onto the

text: unit square

text: . Peano was motivated by

text: Georg Cantor

text: 's earlier counterintuitive result that the infinite number of points in a unit interval is the same

text: cardinality

text: as the infinite number of points in any finite-dimensional

text: manifold

text: , such as the unit square.  The problem Peano solved was whether such a mapping could be continuous; i.e., a curve that fills a space. Peano's solution does not set up a continuous

text: one-to-one correspondence

text: between the unit interval and the unit square, and indeed such a correspondence does not exist (see below).

answers: NDQ_001586

answers: contour lines that are numbered represent changes in elevation

answers: NDQ_001587

answers: How many points does the Peano curve pass through?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: continuous one-to-one correspondence

answers: NDQ_001590

answers: unit interval

answers: NDQ_001591

answers: Peano curve

answers: NDQ_001592

answers: set up a continuous one-to-one correspondence

answers: NDQ_001593

answers: slope of the land

answers: NDQ_001594

answers: Peano

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: the Peano curve

answers: NDQ_001600

answers: Peano discovered a continuous curve

answers: NDQ_001603

answers: unanswerable

answers: NDQ_001605

answers: Peano discovered a continuous curve

answers: NDQ_001606

answers: unit interval

answers: NDQ_001608

answers: Peano discovered a continuous curve

answers: NDQ_001611

answers: concentric lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: side of the circle with the higher elevation

answers: NDQ_001614

answers: vertical distances

answers: NDQ_001618

answers: unit square

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: unit interval

answers: NDQ_001621

answers: unit square

answers: NDQ_001622

answers: Peano curve

answers: NDQ_001623

answers: one-to-one correspondence

answers: NDQ_001624

answers: Peano curve

answers: NDQ_001625

answers: unit interval

answers: NDQ_001586

answers: such a correspondence does not exist

answers: NDQ_001587

answers: Peano curve, that passes through every point of the unit square

answers: NDQ_001588

answers: In 1890, Peano discovered a continuous curve,

answers: NDQ_001589

answers: continuous one-to-one correspondence

answers: NDQ_001590

answers: unit interval

answers: NDQ_001591

answers: Peano curve,

answers: NDQ_001592

answers: continuous one-to-one correspondence

answers: NDQ_001593

answers: Peano curve,

answers: NDQ_001594

answers: such a correspondence does not exist

answers: NDQ_001595

answers: Peano curve, that passes through every point of the unit square

answers: NDQ_001597

answers: such a correspondence does not exist

answers: NDQ_001598

answers: such a correspondence does not exist

answers: NDQ_001600

answers: such a correspondence does not exist

answers: NDQ_001603

answers: such a correspondence does not exist

answers: NDQ_001605

answers: such a correspondence does not exist

answers: NDQ_001606

answers: unit interval

answers: NDQ_001608

answers: such a correspondence does not exist

answers: NDQ_001611

answers: such a correspondence does not exist

answers: NDQ_001613

answers: such a correspondence does not exist

answers: NDQ_001614

answers: such a correspondence does not exist

answers: NDQ_001618

answers: Peano curve,

answers: NDQ_001619

answers: Peano curve,

answers: NDQ_001620

answers: Peano curve,

answers: NDQ_001621

answers: Peano curve,

answers: NDQ_001622

answers: Peano curve,

answers: NDQ_001623

answers: Peano curve,

answers: NDQ_001624

answers: Peano curve, that passes through every point of the unit square

answers: NDQ_001625

answers: unit square

text: Detailed military surveys in Britain (beginning in the late eighteenth century) were called Ordnance Surveys, and this term was used into the 20th century as generic for topographic surveys and maps. The earliest scientific surveys in France were called the Cassini maps after the family who produced them over four generations. The term "topographic surveys" appears to be American in origin. The earliest detailed surveys in the United States were made by the “Topographical Bureau of the Army,” formed during the War of 1812, which became the Corps of Topographical Engineers in 1838. After the work of national mapping was assumed by the U.S. Geological Survey in 1878, the term topographical remained as a general term for detailed surveys and mapping programs, and has been adopted by most other nations as standard.

text: Detailed military surveys in

text: Britain

text: (beginning in the late eighteenth century) were called

text: Ordnance Survey

text: s, and this term was used into the 20th century as generic for topographic surveys and maps. The earliest scientific surveys in France were called the

text: Cassini maps

text: after the family who produced them over four generations. The term "topographic surveys" appears to be American in origin. The earliest detailed surveys in the United States were made by the “Topographical Bureau of the Army,” formed during the

text: War of 1812

text: , which became the

text: Corps of Topographical Engineers

text: in 1838. After the work of national mapping was assumed by the

text: U.S. Geological Survey

text: in 1878, the term topographical remained as a general term for detailed surveys and mapping programs, and has been adopted by most other nations as standard.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: How many years after the formation of the Corps of Topographical Engineers was the U.S. Geological Survey established?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: unanswerable

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: topographic surveys

answers: NDQ_001592

answers: national mapping

answers: NDQ_001593

answers: What is a topographic survey?

answers: NDQ_001594

answers: What is the term topographical?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: How many years after the work of national mapping was assumed by the U.S. Geological Survey did the term topographical remained as a general term for detailed surveys and mapping programs?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What does the term "topographic surveys" appear to be American in origin?

answers: NDQ_001611

answers: What is the term "topographic surveys"?

answers: NDQ_001613

answers: what is the first word in the passage?

answers: NDQ_001614

answers: Which is not true about topographic maps?

answers: NDQ_001618

answers: ordnance

answers: NDQ_001619

answers: Geological Survey

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: V-shaped contour lines

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Ordnance Surveys,

answers: NDQ_001587

answers: Cassini maps after the family who produced them over four generations.

answers: NDQ_001588

answers: Ordnance Surveys,

answers: NDQ_001589

answers: topographic surveys

answers: NDQ_001590

answers: Ordnance Surveys,

answers: NDQ_001591

answers: topographic surveys

answers: NDQ_001592

answers: Detailed military surveys

answers: NDQ_001593

answers: topographic surveys

answers: NDQ_001594

answers: Ordnance Surveys,

answers: NDQ_001595

answers: four generations.

answers: NDQ_001597

answers: "topographic surveys"

answers: NDQ_001598

answers: Ordnance Surveys,

answers: NDQ_001600

answers: Ordnance Surveys,

answers: NDQ_001603

answers: "topographic surveys"

answers: NDQ_001605

answers: Ordnance Surveys,

answers: NDQ_001606

answers: Ordnance Surveys,

answers: NDQ_001608

answers: topographic surveys and maps.

answers: NDQ_001611

answers: Ordnance Surveys,

answers: NDQ_001613

answers: Ordnance Surveys,

answers: NDQ_001614

answers: Ordnance Surveys,

answers: NDQ_001618

answers: Ordnance Surveys,

answers: NDQ_001619

answers: Cassini maps

answers: NDQ_001620

answers: Ordnance Surveys,

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Ordnance Surveys,

answers: NDQ_001623

answers: Ordnance Surveys,

answers: NDQ_001624

answers: Ordnance Surveys,

answers: NDQ_001625

answers: Cassini maps

text: The African superswell is a region including the Southern and Eastern African plateaus and the Southeastern Atlantic basin where exceptional tectonic uplift has occurred, resulting in terrain much higher than its surroundings. The average elevation of cratons is about 400–500 meters above sea level. Southern Africa exceeds these elevations by more than 500 m, and stands at over 1 km above sea level. The Southern and Eastern African plateaus show similar uplift histories, allowing them to be considered as one topographic unit. When considered this way, the swell is one of the largest topographic anomalies observed on any continent, and spans an area of over 10 million km. Uplift extends beyond the continents into the Atlantic ocean, where extremely shallow ocean depths are visible through bathymetric survey.  The region can indeed be considered as one large swell because the bathymetric anomaly to the southwest of Africa is on the same order as the topographic anomaly of the plateaus (approximately 500 m).

text: The African superswell is a region including the Southern and

text: Eastern African

text: plateaus and the Southeastern Atlantic basin where exceptional

text: tectonic uplift

text: has occurred, resulting in

text: terrain

text: much higher than its surroundings. The average elevation of

text: craton

text: s is about 400–500 meters above sea level. Southern Africa exceeds these elevations by more than 500 m, and stands at over 1 km above

text: sea level

text: . The Southern and Eastern African plateaus show similar uplift histories, allowing them to be considered as one

text: topographic

text: unit. When considered this way, the swell is one of the largest topographic anomalies observed on any continent, and spans an area of over 10 million km. Uplift extends beyond the continents into the Atlantic ocean, where extremely shallow ocean depths are visible through

text: bathymetric

text: survey.  The region can indeed be considered as one large swell because the bathymetric anomaly to the southwest of Africa is on the same order as the topographic anomaly of the plateaus (approximately 500 m).

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many meters above sea level is the average elevation of cratons?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: The average elevation of cratons is about 400–500 meters above sea level

answers: NDQ_001590

answers: What is the average elevation of cratons?

answers: NDQ_001591

answers: tectonic uplift

answers: NDQ_001592

answers: bathymetric survey

answers: NDQ_001593

answers: What is the average elevation of cratons?

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: Southern and Eastern African plateaus

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What is the average elevation of cratons?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: What is the average elevation of cratons?

answers: NDQ_001613

answers: What is one of the largest topographic anomalies observed on any continent?

answers: NDQ_001614

answers: What is the average elevation of cratons

answers: NDQ_001618

answers: African superswell

answers: NDQ_001619

answers: bathymetric survey

answers: NDQ_001620

answers: Southern Africa exceeds these elevations by more than 500 m

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: topographic unit

answers: NDQ_001624

answers: The African superswell

answers: NDQ_001625

answers: 500 m

answers: NDQ_001586

answers: 400–500 meters above sea level.

answers: NDQ_001587

answers: The Southern and Eastern African plateaus show similar uplift histories,

answers: NDQ_001588

answers: The Southern and Eastern African plateaus show similar uplift histories,

answers: NDQ_001589

answers: one large swell

answers: NDQ_001590

answers: 400–500 meters above sea level.

answers: NDQ_001591

answers: tectonic uplift

answers: NDQ_001592

answers: one topographic unit.

answers: NDQ_001593

answers: 400–500 meters above sea level.

answers: NDQ_001594

answers: extremely shallow ocean depths

answers: NDQ_001595

answers: 400–500 meters

answers: NDQ_001597

answers: southwest

answers: NDQ_001598

answers: 400–500 meters above sea level.

answers: NDQ_001600

answers: The Southern and Eastern African plateaus

answers: NDQ_001603

answers: topographic unit.

answers: NDQ_001605

answers: cratons

answers: NDQ_001606

answers: 400–500 meters above sea level.

answers: NDQ_001608

answers: topographic unit.

answers: NDQ_001611

answers: terrain much higher than its surroundings.

answers: NDQ_001613

answers: Southern Africa

answers: NDQ_001614

answers: 400–500 meters above sea level.

answers: NDQ_001618

answers: The African superswell

answers: NDQ_001619

answers: bathymetric survey.

answers: NDQ_001620

answers: more than 500 m,

answers: NDQ_001621

answers: 400–500 meters above sea level.

answers: NDQ_001622

answers: African superswell

answers: NDQ_001623

answers: one topographic unit.

answers: NDQ_001624

answers: The African superswell

answers: NDQ_001625

answers: 500 m).

text: The National Map is a significant contribution to the National Spatial Data Infrastructure (NSDI) and currently is being transformed to better serve the geospatial community by providing high quality, integrated geospatial data and improved products and services including new generation digital topographic maps. In addition, the National Map is foundational to implementation of the U.S. Department of the Interior (DOI) Geospatial Modernization Blueprint.

text: The National Map is a significant contribution to the

text: National Spatial Data Infrastructure

text: (NSDI) and currently is being transformed to better serve the

text: geospatial

text: community by providing high quality, integrated geospatial data and improved products and services including new generation digital

text: topographic map

text: s. In addition, the National Map is foundational to implementation of the

entity_name: United States Department of the Interior

text: U.S. Department of the Interior

text: (DOI) Geospatial Modernization Blueprint.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: The National Map is a significant contribution to what?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: National Map is a significant contribution to the National Spatial Data Infrastructure

answers: NDQ_001590

answers: What does NSDI stand for?

answers: NDQ_001591

answers: topographic maps

answers: NDQ_001592

answers: integrate geospatial data

answers: NDQ_001593

answers: What can you use a topographic map for?

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow

answers: NDQ_001598

answers: the National Map

answers: NDQ_001600

answers: What does the N in "NSDI" stand for?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What does the N in "NSDI" stand for?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is being transformed to better serve the geospatial community

answers: NDQ_001611

answers: What is the purpose of the National Map?

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: contour lines

answers: NDQ_001619

answers: topographic

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: new generation digital topographic maps.

answers: NDQ_001587

answers: The National Map

answers: NDQ_001588

answers: new generation digital topographic maps.

answers: NDQ_001589

answers: topographic maps.

answers: NDQ_001590

answers: topographic maps.

answers: NDQ_001591

answers: new generation digital topographic maps.

answers: NDQ_001592

answers: integrated geospatial data

answers: NDQ_001593

answers: new generation digital topographic maps.

answers: NDQ_001594

answers: The National Map is a significant contribution to the National Spatial Data Infrastructure

answers: NDQ_001595

answers: The National Map

answers: NDQ_001597

answers: new generation digital topographic maps.

answers: NDQ_001598

answers: new generation digital topographic maps.

answers: NDQ_001600

answers: new generation digital topographic maps.

answers: NDQ_001603

answers: topographic maps.

answers: NDQ_001605

answers: The National Map

answers: NDQ_001606

answers: The National Map

answers: NDQ_001608

answers: topographic maps.

answers: NDQ_001611

answers: new generation digital topographic maps.

answers: NDQ_001613

answers: new generation digital topographic maps.

answers: NDQ_001614

answers: new generation digital topographic maps.

answers: NDQ_001618

answers: The National Map

answers: NDQ_001619

answers: topographic maps.

answers: NDQ_001620

answers: new generation digital topographic maps.

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: The National Map

answers: NDQ_001623

answers: topographic maps.

answers: NDQ_001624

answers: new generation digital topographic maps.

answers: NDQ_001625

answers: The National Map

text: The Geographic Names Information System lists two sets of coordinates for the Swalley Canal. One is at   in the Bend quadrant of the United States Geological Survey topographic map. The other is at  in the Tumalo quadrant.

text: The

text: Geographic Names Information System

text: lists two sets of coordinates for the Swalley Canal. One is at   in the Bend quadrant of the

text: United States Geological Survey

text: topographic map. The other is at  in the Tumalo quadrant.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: can be used to show the location of the canal.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the Swalley Canal is at in the Tumalo quadrant

answers: NDQ_001590

answers: What is the difference between a contour line and a contour line?

answers: NDQ_001591

answers: the Swalley Canal

answers: NDQ_001592

answers: coordinates

answers: NDQ_001593

answers: What can you do with a topographic map?

answers: NDQ_001594

answers: What is the difference between the two sets of coordinates?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What direction does the Swalley Canal flow?

answers: NDQ_001598

answers: the Tumalo quadrant

answers: NDQ_001600

answers: The Swalley Canal

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: Tumalo, Bend, or Tumalo?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: What would be the best title for this passage?

answers: NDQ_001613

answers: Which side is the circle with the higher elevation?

answers: NDQ_001614

answers: What is the difference between the two sets of coordinates?

answers: NDQ_001618

answers: Swalley Canal

answers: NDQ_001619

answers: NDQ_001620

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: Swalley Canal

answers: NDQ_001623

answers: quadrant

answers: NDQ_001624

answers: Tumalo

answers: NDQ_001625

answers: 0 m

answers: NDQ_001586

answers: Tumalo quadrant.

answers: NDQ_001587

answers: Bend quadrant of the United States Geological Survey topographic map.

answers: NDQ_001588

answers: Bend quadrant

answers: NDQ_001589

answers: Tumalo quadrant.

answers: NDQ_001590

answers: Bend quadrant of the United States Geological Survey topographic map.

answers: NDQ_001591

answers: coordinates for the Swalley Canal.

answers: NDQ_001592

answers: two sets of coordinates

answers: NDQ_001593

answers: Bend quadrant of the United States Geological Survey topographic map.

answers: NDQ_001594

answers: Tumalo quadrant.

answers: NDQ_001595

answers: Bend quadrant of the United States Geological Survey topographic map.

answers: NDQ_001597

answers: Bend quadrant

answers: NDQ_001598

answers: Bend quadrant

answers: NDQ_001600

answers: Bend quadrant of the United States Geological Survey topographic map.

answers: NDQ_001603

answers: United States Geological Survey

answers: NDQ_001605

answers: Bend quadrant of the United States Geological Survey topographic map.

answers: NDQ_001606

answers: Bend quadrant of the United States Geological Survey topographic map.

answers: NDQ_001608

answers: Bend quadrant of the United States Geological Survey topographic map.

answers: NDQ_001611

answers: Bend quadrant of the United States Geological Survey topographic map.

answers: NDQ_001613

answers: Tumalo quadrant.

answers: NDQ_001614

answers: Bend quadrant of the United States Geological Survey topographic map.

answers: NDQ_001618

answers: Swalley Canal.

answers: NDQ_001619

answers: topographic map.

answers: NDQ_001620

answers: Bend quadrant of the United States Geological Survey topographic map.

answers: NDQ_001621

answers: topographic map.

answers: NDQ_001622

answers: Swalley Canal.

answers: NDQ_001623

answers: Bend quadrant

answers: NDQ_001624

answers: Swalley Canal.

answers: NDQ_001625

answers: Bend quadrant of the United States Geological Survey

text: As described above, topographic maps occur when spatial relationships are maintained between neuronal populations and their target fields in another tissue. This is a major feature of nervous system organization, particular in sensory systems. The neurobiologist Roger Sperry proposed a prescient model for topographic mapping mediated by what he called molecular "tags." The relative amounts of these tags would vary in gradients across both tissues. We now think of these tags as ligands (cues) and their axonal receptors. Perhaps the best understood class of tags are the Ephrin ligands and their receptors, the Ephs.

text: As described above, topographic maps occur when spatial relationships are maintained between neuronal populations and their target fields in another tissue. This is a major feature of nervous system organization, particular in sensory systems. The neurobiologist

text: Roger Sperry

text: proposed a prescient model for topographic mapping mediated by what he called molecular "tags." The relative amounts of these tags would vary in gradients across both tissues. We now think of these tags as ligands (cues) and their axonal receptors. Perhaps the best understood class of tags are the Ephrin ligands and their receptors, the Ephs.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: The relative amounts of these tags would vary in gradients across both tissues.

answers: NDQ_001588

answers: What is a major feature of nervous system organization

answers: NDQ_001589

answers: topographic maps occur when spatial relationships are maintained between neuronal populations and their target fields

answers: NDQ_001590

answers: What would vary in gradients across both tissues?

answers: NDQ_001591

answers: axonal receptors

answers: NDQ_001592

answers: Ephs

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: What do contour lines represent on a bathymetric map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices.

answers: NDQ_001598

answers: the left side

answers: NDQ_001600

answers: The relative amounts of these tags would vary in gradients

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: Which of the following is an example of a geologic map?

answers: NDQ_001606

answers: What is the term for the difference between two contour lines?

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: Which of the following is an example of a topographic map?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is the side of the hatch marks on a topographic map?

answers: NDQ_001614

answers: Which of the following is true of topographic maps?

answers: NDQ_001618

answers: the Ephs

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: gradients

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: gradients

answers: NDQ_001624

answers: the Ephs

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: molecular "tags."

answers: NDQ_001587

answers: The relative amounts of these tags would vary in gradients across both tissues.

answers: NDQ_001588

answers: topographic maps

answers: NDQ_001589

answers: topographic maps

answers: NDQ_001590

answers: molecular "tags."

answers: NDQ_001591

answers: spatial relationships are maintained between neuronal populations and their target fields

answers: NDQ_001592

answers: vary in gradients

answers: NDQ_001593

answers: gradients

answers: NDQ_001594

answers: topographic maps

answers: NDQ_001595

answers: topographic maps

answers: NDQ_001597

answers: topographic maps

answers: NDQ_001598

answers: The relative amounts of these tags would vary in gradients

answers: NDQ_001600

answers: topographic maps

answers: NDQ_001603

answers: topographic maps

answers: NDQ_001605

answers: topographic maps

answers: NDQ_001606

answers: topographic maps

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: topographic maps

answers: NDQ_001613

answers: molecular "tags."

answers: NDQ_001614

answers: topographic maps

answers: NDQ_001618

answers: neuronal populations and their target fields in another tissue.

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: gradients

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: target fields

answers: NDQ_001623

answers: gradients

answers: NDQ_001624

answers: neuronal populations and their target fields in another tissue.

answers: NDQ_001625

answers: gradients

text: , at each material point in the body at that time. However, numerical analysis and analytical methods allow only for the calculation of the stress tensor at a certain number of discrete material points. To graphically represent in two dimensions this partial picture of the stress field different sets of contour lines can be used:

text: , at each material point in the body at that time. However, numerical analysis and analytical methods allow only for the calculation of the stress tensor at a certain number of discrete material points. To graphically represent in two dimensions this partial picture of the stress field different sets of

text: contour lines

text: can be used:

answers: NDQ_001586

answers: Which of the following is not a type of contour line?

answers: NDQ_001587

answers: can be used to represent the stress tensor

answers: NDQ_001588

answers: Which of the following is not a type of contour line?

answers: NDQ_001589

answers: the stress tensor at a certain number of discrete material points

answers: NDQ_001590

answers: Which of the following is not a type of contour line?

answers: NDQ_001591

answers: stress tensor

answers: NDQ_001592

answers: calculate the stress tensor

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: Which of the following is not a contour line?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a valley

answers: NDQ_001603

answers: None of the above choices.

answers: NDQ_001605

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

answers: NDQ_001606

answers: Which of the following is an example of a contour interval?

answers: NDQ_001608

answers: Which of the following is not a benefit of contour lines?

answers: NDQ_001611

answers: Which of the following is an example of a contour line?

answers: NDQ_001613

answers: Which of the following is not an example of a contour line?

answers: NDQ_001614

answers: Which of the following is not a feature of topographic maps?

answers: NDQ_001618

answers: mountain

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: 1 meter

answers: NDQ_001586

answers: stress tensor

answers: NDQ_001587

answers: contour lines

answers: NDQ_001588

answers: stress tensor

answers: NDQ_001589

answers: each material point in the body at that time.

answers: NDQ_001590

answers: stress tensor

answers: NDQ_001591

answers: stress field

answers: NDQ_001592

answers: calculation of the stress tensor

answers: NDQ_001593

answers: contour lines

answers: NDQ_001594

answers: contour lines

answers: NDQ_001595

answers: contour lines

answers: NDQ_001597

answers: contour lines

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: stress tensor at a certain number of discrete material points.

answers: NDQ_001603

answers: contour lines

answers: NDQ_001605

answers: contour lines

answers: NDQ_001606

answers: contour lines

answers: NDQ_001608

answers: stress tensor

answers: NDQ_001611

answers: contour lines

answers: NDQ_001613

answers: contour lines

answers: NDQ_001614

answers: contour lines

answers: NDQ_001618

answers: stress tensor

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: stress tensor

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: stress tensor

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: stress field

answers: NDQ_001625

answers: each material point

text: The ship was contracted to conduct a bathymetric survey in the southern Indian Ocean during the search for Malaysia Airlines Flight 370. The survey was needed to produce a bathymetric map of the sea floor of the search area, which was previously poorly mapped and largely uncharted and mountainous, before a phase of the search using a towed side-scan sonar vehicle and autonomous underwater vehicles which need to operate close to the seafloor. In August, it was announced that Fugro had been awarded the contract for that phase of the search and that Fugro Equator and sister ship Fugro Discovery would conduct the search (with some assistance from Malaysian & Chinese naval vessels).

text: The ship was contracted to conduct a bathymetric survey in the southern Indian Ocean during the search for

text: Malaysia Airlines Flight 370

text: . The survey was needed to produce a bathymetric map of the sea floor of the search area, which was previously poorly mapped and largely uncharted and mountainous, before a phase of the search using a towed side-scan sonar vehicle and

text: autonomous underwater vehicle

text: s which need to operate close to the seafloor. In August, it was announced that Fugro had been awarded the contract for that phase of the search and that Fugro Equator and sister ship Fugro Discovery would conduct the search (with some assistance from Malaysian & Chinese naval vessels).

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What was the purpose of the survey?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: uncharted and mountainous

answers: NDQ_001590

answers: What was the purpose of the survey?

answers: NDQ_001591

answers: mountainous

answers: NDQ_001592

answers: bathymetric map

answers: NDQ_001593

answers: uncharted and mountainous

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: uncharted and mountainous

answers: NDQ_001598

answers: uncharted

answers: NDQ_001600

answers: uncharted and mountainous

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What is the purpose of the bathymetric survey?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: uncharted and mountainous

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is the hatch marks?

answers: NDQ_001614

answers: uncharted and mountainous

answers: NDQ_001618

answers: mountainous

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: bathymetric

answers: NDQ_001621

answers: bathymetric

answers: NDQ_001622

answers: uncharted

answers: NDQ_001623

answers: bathymetric

answers: NDQ_001624

answers: mountainous

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: Malaysia Airlines Flight 370.

answers: NDQ_001587

answers: Malaysia Airlines Flight 370.

answers: NDQ_001588

answers: Malaysia Airlines Flight 370.

answers: NDQ_001589

answers: largely uncharted and mountainous,

answers: NDQ_001590

answers: Malaysia Airlines Flight 370.

answers: NDQ_001591

answers: Malaysia Airlines Flight 370.

answers: NDQ_001592

answers: bathymetric map

answers: NDQ_001593

answers: mountainous,

answers: NDQ_001594

answers: sea floor

answers: NDQ_001595

answers: 370.

answers: NDQ_001597

answers: bathymetric map

answers: NDQ_001598

answers: 370.

answers: NDQ_001600

answers: mountainous,

answers: NDQ_001603

answers: bathymetric map

answers: NDQ_001605

answers: bathymetric map

answers: NDQ_001606

answers: Malaysia Airlines Flight 370.

answers: NDQ_001608

answers: Malaysia Airlines Flight 370.

answers: NDQ_001611

answers: mountainous,

answers: NDQ_001613

answers: 370.

answers: NDQ_001614

answers: bathymetric map

answers: NDQ_001618

answers: Malaysia Airlines Flight 370.

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: mountainous,

answers: NDQ_001621

answers: bathymetric

answers: NDQ_001622

answers: Malaysia Airlines Flight 370.

answers: NDQ_001623

answers: bathymetric

answers: NDQ_001624

answers: Malaysia Airlines Flight 370.

answers: NDQ_001625

answers: close to the seafloor.

text: By noting the corresponding compass vector, walking along the contour one can line up a hand held compass aligning the expected direction, and eye-balling the line of contour's estimated level, move up or down along the bearing faster— to closely locate a desired point (planned point) along the hillside. Pragmatically, this can be 'good enough' for rough project landscaping, such as timber clear cutting the work site of a structure like a bridge abutment or connecting ramps. The approximation can then be refined by transit and other surveyor tools to construct on target.

text: By noting the corresponding compass vector, walking along the contour one can line up a hand held compass aligning the expected direction, and eye-balling the line of contour's estimated level, move up or down along the bearing faster— to closely locate a desired point (planned point) along the hillside. Pragmatically, this can be 'good enough' for rough project landscaping, such as timber clear cutting the work site of a structure like a

text: bridge

text: abutment

text: or connecting ramps. The approximation can then be refined by transit and other surveyor tools to construct on target.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: can be used for what purpose?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: can be 'good enough' for rough project landscaping

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: expected direction

answers: NDQ_001592

answers: locate a desired point

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: what can be 'good enough' for rough project landscaping

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction

answers: NDQ_001598

answers: slopes

answers: NDQ_001600

answers: None of the above choices

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: What type of rocks do geologic maps use different colors to represent?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: line of contour's estimated level

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: NDQ_001618

answers: hillside

answers: NDQ_001619

answers: contour

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: contour

answers: NDQ_001622

answers: hillside

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: hills

answers: NDQ_001625

answers: line of contour

answers: NDQ_001586

answers: corresponding compass vector,

answers: NDQ_001587

answers: contour

answers: NDQ_001588

answers: By noting the corresponding compass vector,

answers: NDQ_001589

answers: walking along the contour one can line up a hand held compass

answers: NDQ_001590

answers: compass vector,

answers: NDQ_001591

answers: expected direction,

answers: NDQ_001592

answers: compass aligning the expected direction,

answers: NDQ_001593

answers: hillside.

answers: NDQ_001594

answers: compass vector,

answers: NDQ_001595

answers: contour

answers: NDQ_001597

answers: compass aligning the expected direction,

answers: NDQ_001598

answers: contour

answers: NDQ_001600

answers: hillside.

answers: NDQ_001603

answers: 'good enough' for rough project landscaping,

answers: NDQ_001605

answers: By noting the corresponding compass vector,

answers: NDQ_001606

answers: compass vector,

answers: NDQ_001608

answers: closely locate a desired point (planned point) along the hillside.

answers: NDQ_001611

answers: contour

answers: NDQ_001613

answers: compass vector,

answers: NDQ_001614

answers: compass vector,

answers: NDQ_001618

answers: hillside.

answers: NDQ_001619

answers: contour

answers: NDQ_001620

answers: move up or down

answers: NDQ_001621

answers: contour

answers: NDQ_001622

answers: hillside.

answers: NDQ_001623

answers: line of contour's

answers: NDQ_001624

answers: hillside.

answers: NDQ_001625

answers: up or down

text: Obsolete maps, especially of the 19th century, are often named Topographic Atlases, because their small-sized sheets were also bound into atlases.  An example of such a map series is the Topographic Atlas of the Kingdom of Hanover and the Duchy of Brunswick.

text: Obsolete maps, especially of the 19th century, are often named Topographic Atlases, because their small-sized sheets were also bound into atlases.  An example of such a map series is the

text: Topographic Atlas of the Kingdom of Hanover and the Duchy of Brunswick

answers: NDQ_001586

answers: changes in elevation

answers: NDQ_001587

answers: can be used to measure the length of a line.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: are often named Topographic Atlases

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: topography

answers: NDQ_001592

answers: bound into atlases

answers: NDQ_001593

answers: What is the purpose of a topographic map

answers: NDQ_001594

answers: What is a bathymetric map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can a topographic map be used for?

answers: NDQ_001598

answers: the Duchy of Brunswick

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: The Topographic Atlas of the Kingdom of Hanover

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: unanswerable

answers: NDQ_001619

answers: Topographic Atlas

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: the Duchy of Brunswick

answers: NDQ_001625

answers: 1 m

answers: NDQ_001586

answers: Topographic Atlases,

answers: NDQ_001587

answers: Topographic Atlas of the Kingdom of Hanover and the Duchy of Brunswick.

answers: NDQ_001588

answers: Topographic Atlases,

answers: NDQ_001589

answers: Topographic Atlases,

answers: NDQ_001590

answers: Topographic Atlases,

answers: NDQ_001591

answers: Topographic Atlases,

answers: NDQ_001592

answers: bound into atlases.

answers: NDQ_001593

answers: Topographic Atlases,

answers: NDQ_001594

answers: Topographic Atlases,

answers: NDQ_001595

answers: Topographic Atlas of the Kingdom of Hanover and the Duchy of Brunswick.

answers: NDQ_001597

answers: Topographic Atlases,

answers: NDQ_001598

answers: Topographic Atlases,

answers: NDQ_001600

answers: Topographic Atlases,

answers: NDQ_001603

answers: Topographic Atlases,

answers: NDQ_001605

answers: Topographic Atlases,

answers: NDQ_001606

answers: Topographic Atlases,

answers: NDQ_001608

answers: Topographic Atlases,

answers: NDQ_001611

answers: Topographic Atlases,

answers: NDQ_001613

answers: Topographic Atlases,

answers: NDQ_001614

answers: Topographic Atlases,

answers: NDQ_001618

answers: Topographic Atlases,

answers: NDQ_001619

answers: Topographic Atlases,

answers: NDQ_001620

answers: Topographic Atlases,

answers: NDQ_001621

answers: Topographic Atlases,

answers: NDQ_001622

answers: Topographic Atlases,

answers: NDQ_001623

answers: Topographic Atlases,

answers: NDQ_001624

answers: Topographic Atlases,

answers: NDQ_001625

answers: Topographic Atlas of the Kingdom of Hanover and the Duchy of Brunswick.

text: The fringes in the image above are out-of-plane fringes. The plate has been rotated about a vertical axis and the fringes represent contours of constant displacement.  The contour interval is about 0.3μm since a He-Ne laser was used in the system. As with many interferometric techniques, it is not possible to identify the zero-order fringe without additional information from the system.

text: The fringes in the image above are out-of-plane fringes. The plate has been rotated about a vertical axis and the fringes represent contours of constant displacement.  The contour interval is about 0.3μm since a

text: He-Ne laser

text: was used in the system. As with many interferometric techniques, it is not possible to identify the zero-order fringe without additional information from the system.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: How is the plate rotated?

answers: NDQ_001588

answers: What is the main idea of the passage?

answers: NDQ_001589

answers: it is not possible to identify the zero-order fringe without additional information

answers: NDQ_001590

answers: 0.3 m

answers: NDQ_001591

answers: constant displacement

answers: NDQ_001592

answers: identify the zero-order fringe

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: what is the image above?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: the left side

answers: NDQ_001600

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

answers: NDQ_001603

answers: None of the above choices.

answers: NDQ_001605

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

answers: NDQ_001606

answers: 0.3 m

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: What is the best way to describe a hill?

answers: NDQ_001613

answers: the circle with the higher elevation

answers: NDQ_001614

answers: Which of the following is not a vertical axis?

answers: NDQ_001618

answers: fringes

answers: NDQ_001619

answers: contour map

answers: NDQ_001620

answers: contour interval

answers: NDQ_001621

answers: contours

answers: NDQ_001622

answers: contours of constant displacement

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: out-of-plane

answers: NDQ_001625

answers: 0.3 m

answers: NDQ_001586

answers: 0.3<unk>m

answers: NDQ_001587

answers: The plate has been rotated about a vertical axis

answers: NDQ_001588

answers: 0.3<unk>m

answers: NDQ_001589

answers: zero-order fringe

answers: NDQ_001590

answers: 0.3<unk>m

answers: NDQ_001591

answers: constant displacement.

answers: NDQ_001592

answers: identify the zero-order fringe

answers: NDQ_001593

answers: 0.3<unk>m

answers: NDQ_001594

answers: contours of constant displacement.

answers: NDQ_001595

answers: 0.3<unk>m

answers: NDQ_001597

answers: contours of constant displacement.

answers: NDQ_001598

answers: contours of constant displacement.

answers: NDQ_001600

answers: 0.3<unk>m

answers: NDQ_001603

answers: contours of constant displacement.

answers: NDQ_001605

answers: contours of constant displacement.

answers: NDQ_001606

answers: 0.3<unk>m

answers: NDQ_001608

answers: contours of constant displacement.

answers: NDQ_001611

answers: 0.3<unk>m

answers: NDQ_001613

answers: 0.3<unk>m

answers: NDQ_001614

answers: vertical axis

answers: NDQ_001618

answers: contours of constant displacement.

answers: NDQ_001619

answers: contours of constant displacement.

answers: NDQ_001620

answers: 0.3<unk>m

answers: NDQ_001621

answers: contours of constant displacement.

answers: NDQ_001622

answers: out-of-plane fringes.

answers: NDQ_001623

answers: contour interval

answers: NDQ_001624

answers: out-of-plane fringes.

answers: NDQ_001625

answers: 0.3<unk>m

text: While High Peak is not among the highest Catskill peaks, because of its distance from other major peaks it ranks fourth in topographic prominence, after Slide Mountain, Hunter Mountain and Black Dome. High Peak's summit rises 1,775 feet (541 m) from the lowest elevation contour line that encircles it.

text: While High Peak is not among the highest Catskill peaks, because of its distance from other major peaks it ranks fourth in

text: topographic prominence

text: , after

entity_name: Slide Mountain (Ulster County, New York)

text: Slide Mountain

text: Hunter Mountain

text: and

text: Black Dome

text: . High Peak's summit rises 1,775 feet (541 m) from the lowest elevation

text: contour line

text: that encircles it.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: What is the highest peak in the Catskills?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: it ranks fourth in topographic prominence

answers: NDQ_001590

answers: What is the lowest elevation contour line that encircles it?

answers: NDQ_001591

answers: lowest elevation

answers: NDQ_001592

answers: encircle it

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices.

answers: NDQ_001598

answers: the lowest elevation contour line

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: Slide Mountain, Hunter Mountain or Black Dome?

answers: NDQ_001606

answers: How many feet is the difference between the highest and lowest elevation contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: None of the above choices.

answers: NDQ_001613

answers: Which of the following is not a mountain peak: Slide Mountain, Hunter Mountain or Black Dome?

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: highest elevation contour line

answers: NDQ_001619

answers: contour line

answers: NDQ_001620

answers: elevation contour line

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: highest elevation contour line

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: highest elevation contour line

answers: NDQ_001625

answers: lowest elevation contour line

answers: NDQ_001586

answers: 1,775 feet (541 m) from the lowest elevation contour line

answers: NDQ_001587

answers: lowest elevation contour line

answers: NDQ_001588

answers: lowest elevation contour line

answers: NDQ_001589

answers: High Peak is not among the highest Catskill peaks,

answers: NDQ_001590

answers: 1,775 feet (541 m) from the lowest elevation contour line

answers: NDQ_001591

answers: lowest elevation

answers: NDQ_001592

answers: highest Catskill peaks,

answers: NDQ_001593

answers: lowest elevation contour line

answers: NDQ_001594

answers: lowest elevation contour line

answers: NDQ_001595

answers: 1,775

answers: NDQ_001597

answers: lowest elevation contour line

answers: NDQ_001598

answers: lowest elevation contour line

answers: NDQ_001600

answers: 1,775 feet (541 m) from the lowest elevation contour line

answers: NDQ_001603

answers: High Peak is not among the highest Catskill peaks,

answers: NDQ_001605

answers: Black Dome.

answers: NDQ_001606

answers: 1,775 feet (541 m) from the lowest elevation contour line

answers: NDQ_001608

answers: contour line

answers: NDQ_001611

answers: 1,775 feet (541 m) from the lowest elevation contour line

answers: NDQ_001613

answers: 1,775 feet (541 m) from the lowest elevation contour line

answers: NDQ_001614

answers: High Peak's summit rises 1,775 feet (541 m)

answers: NDQ_001618

answers: High Peak's

answers: NDQ_001619

answers: lowest elevation contour line

answers: NDQ_001620

answers: 1,775 feet (541 m)

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: High Peak

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: High Peak's

answers: NDQ_001625

answers: (541 m)

text: The disastrous flood of the Fraser River in 1948 nearly changed the Clearwater River and Wells Gray Park forever. In November 1947, the Federal Minister of Public Works proposed the creation of a joint federal-provincial committee to study the Fraser’s water resources. The flood made this project all the more urgent and, in late 1948, the Dominion-Provincial Board, Fraser River Basin was established to report on power generation, fisheries, flood control, water supply and recreation. Between 1949 and 1954, the committee of ten collected basic data and filled in the gaps in other government studies. No report was produced, but, in 1953, 12 detailed maps of the Clearwater River between Hemp Creek and the North Thompson River were published. These had a scale of 1 inch = 500 feet and a contour interval of 20 feet. Over 50 years later, these sheets are still the most detailed and accurate topographic maps available of the lower Clearwater, although they are out-of-date regarding human developments.

text: The disastrous

text: flood

text: of the

text: Fraser River

text: in 1948 nearly changed the Clearwater River and Wells Gray Park forever. In November 1947, the Federal Minister of Public Works proposed the creation of a joint federal-provincial committee to study the Fraser’s water resources. The flood made this project all the more urgent and, in late 1948, the Dominion-Provincial Board, Fraser River Basin was established to report on power generation, fisheries, flood control, water supply and recreation. Between 1949 and 1954, the committee of ten collected basic data and filled in the gaps in other government studies. No report was produced, but, in 1953, 12 detailed maps of the Clearwater River between Hemp Creek and the North Thompson River were published. These had a scale of 1 inch = 500 feet and a contour interval of 20 feet. Over 50 years later, these sheets are still the most detailed and accurate topographic maps available of the lower Clearwater, although they are out-of-date regarding human developments.

answers: NDQ_001586

answers: None of the above choices.

answers: NDQ_001587

answers: How many years passed between the creation of the Dominion-Provincial Board, Fraser River Basin and the publication of 12 detailed maps?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: they are out-of-date

answers: NDQ_001590

answers: 20 feet

answers: NDQ_001591

answers: 20 feet

answers: NDQ_001592

answers: out-of-date regarding human developments

answers: NDQ_001593

answers: contour interval of 20 feet

answers: NDQ_001594

answers: 20 feet

answers: NDQ_001595

answers: 20 feet

answers: NDQ_001597

answers: Yes

answers: NDQ_001598

answers: contour interval of 20 feet

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What type of rocks are on the Clearwater River?

answers: NDQ_001606

answers: 20 feet

answers: NDQ_001608

answers: How do contour lines help us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: Which of the following is not a feature of the Clearwater River?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is the hatch marks?

answers: NDQ_001614

answers: Which of the following is not a feature of topographic maps?

answers: NDQ_001618

answers: Clearwater River

answers: NDQ_001619

answers: contour interval

answers: NDQ_001620

answers: 20 feet

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Clearwater River

answers: NDQ_001623

answers: contour interval

answers: NDQ_001624

answers: Clearwater River

answers: NDQ_001625

answers: 20 feet

answers: NDQ_001586

answers: contour interval of 20 feet.

answers: NDQ_001587

answers: a contour interval of 20 feet.

answers: NDQ_001588

answers: 20 feet.

answers: NDQ_001589

answers: human developments.

answers: NDQ_001590

answers: 20 feet.

answers: NDQ_001591

answers: 20 feet.

answers: NDQ_001592

answers: human developments.

answers: NDQ_001593

answers: contour interval of 20 feet.

answers: NDQ_001594

answers: 20 feet.

answers: NDQ_001595

answers: 20 feet.

answers: NDQ_001597

answers: a contour interval of 20 feet.

answers: NDQ_001598

answers: a contour interval of 20 feet.

answers: NDQ_001600

answers: 20 feet.

answers: NDQ_001603

answers: they are out-of-date regarding human developments.

answers: NDQ_001605

answers: out-of-date regarding human developments.

answers: NDQ_001606

answers: 20 feet.

answers: NDQ_001608

answers: contour interval of 20 feet.

answers: NDQ_001611

answers: contour interval of 20 feet.

answers: NDQ_001613

answers: contour interval of 20 feet.

answers: NDQ_001614

answers: they are out-of-date regarding human developments.

answers: NDQ_001618

answers: Clearwater River

answers: NDQ_001619

answers: contour interval

answers: NDQ_001620

answers: 20 feet.

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Clearwater River

answers: NDQ_001623

answers: contour interval

answers: NDQ_001624

answers: Clearwater River

answers: NDQ_001625

answers: 20 feet.

text: The biological and geochemical manifestations of seepage leads to distinct bathymetrical features including positive relief mounds, pinnacles, mud volcanoes and negative relief pockmarks. These features can be detected by multibeam sonar and then sampled by navigated piston coring. Spec and proprietary multibeam seep mapping and core geochemistry by Texas A&M University’s Geochemical & Environmental Research Group and later TDI Brooks demonstrated thermogenic charge in deepwater Angola and deepwater Nigeria leading to an aggressive exploration program by a number of oil companies and subsequent discoveries. The emphasis on, and marketplace acceptance of, multibeam mapping combined with navigated coring as an improvement over grid-based approaches to geochemical exploration is attributed to AOA Geophysics Inc.

text: The biological and geochemical manifestations of seepage leads to distinct bathymetrical features including positive relief mounds, pinnacles,

text: mud volcano

text: es and negative relief

text: pockmark

text: s. These features can be detected by multibeam sonar and then sampled by navigated piston coring. Spec and proprietary multibeam

text: seep

text: mapping and core geochemistry by Texas A&M University’s Geochemical & Environmental Research Group and later TDI Brooks demonstrated thermogenic charge in deepwater

text: Angola

text: and deepwater

text: Nigeria

text: leading to an aggressive exploration program by a number of oil companies and subsequent discoveries. The emphasis on, and marketplace acceptance of, multibeam mapping combined with navigated coring as an improvement over grid-based approaches to geochemical exploration is attributed to AOA Geophysics Inc.

answers: NDQ_001586

answers: None of the above choices.

answers: NDQ_001587

answers: What features can be detected by multibeam sonar?

answers: NDQ_001588

answers: What can be detected by multibeam sonar

answers: NDQ_001589

answers: grid-based approaches to geochemical exploration

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: positive relief mounds

answers: NDQ_001592

answers: seepage

answers: NDQ_001593

answers: unanswerable

answers: NDQ_001594

answers: negative relief pockmarks

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: positive relief mounds

answers: NDQ_001600

answers: negative relief pockmarks

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: positive relief mounds, pinnacles, mud volcanoes or negative relief pockmarks?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What helps us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: What is a negative relief pockmark?

answers: NDQ_001613

answers: Which of the following is not a type of feature: positive relief mounds, pinnacles, mud volcanoes or negative relief pockmarks?

answers: NDQ_001614

answers: What can be detected by multibeam sonar?

answers: NDQ_001618

answers: negative relief pockmarks

answers: NDQ_001619

answers: bathymetrical

answers: NDQ_001620

answers: relief

answers: NDQ_001621

answers: relief

answers: NDQ_001622

answers: positive relief mounds

answers: NDQ_001623

answers: relief

answers: NDQ_001624

answers: negative relief pockmarks

answers: NDQ_001625

answers: positive relief mounds

answers: NDQ_001586

answers: negative relief pockmarks.

answers: NDQ_001587

answers: negative relief pockmarks.

answers: NDQ_001588

answers: positive relief mounds, pinnacles,

answers: NDQ_001589

answers: negative relief pockmarks.

answers: NDQ_001590

answers: mud volcanoes and negative relief pockmarks.

answers: NDQ_001591

answers: mud volcanoes

answers: NDQ_001592

answers: bathymetrical features

answers: NDQ_001593

answers: mud volcanoes and negative relief pockmarks.

answers: NDQ_001594

answers: negative relief pockmarks.

answers: NDQ_001595

answers: mud volcanoes and negative relief pockmarks.

answers: NDQ_001597

answers: mud volcanoes and negative relief pockmarks.

answers: NDQ_001598

answers: positive relief mounds, pinnacles,

answers: NDQ_001600

answers: positive relief mounds, pinnacles,

answers: NDQ_001603

answers: multibeam seep mapping

answers: NDQ_001605

answers: positive relief mounds, pinnacles, mud volcanoes

answers: NDQ_001606

answers: negative relief pockmarks.

answers: NDQ_001608

answers: relief pockmarks.

answers: NDQ_001611

answers: pinnacles,

answers: NDQ_001613

answers: mud volcanoes and negative relief pockmarks.

answers: NDQ_001614

answers: positive relief mounds, pinnacles, mud volcanoes

answers: NDQ_001618

answers: negative relief pockmarks.

answers: NDQ_001619

answers: bathymetrical

answers: NDQ_001620

answers: negative relief pockmarks.

answers: NDQ_001621

answers: bathymetrical

answers: NDQ_001622

answers: negative relief pockmarks.

answers: NDQ_001623

answers: relief

answers: NDQ_001624

answers: negative relief pockmarks.

answers: NDQ_001625

answers: negative relief pockmarks.

text: where the contour must not enclose any of the points

text: where the contour must not enclose any of the points

answers: NDQ_001586

answers: contour lines must not enclose any of the points

answers: NDQ_001587

answers: can be used to measure the distance between two points .

answers: NDQ_001588

answers: None of the above choices .

answers: NDQ_001589

answers: the contour must not enclose any of the points

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: sloping

answers: NDQ_001592

answers: enclose all points

answers: NDQ_001593

answers: The slope of the land can be determined using a topographic map.

answers: NDQ_001594

answers: None of the above choices .

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: A topographic map can be used to determine the direction that rivers and streams flow

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a plain or plateau

answers: NDQ_001603

answers: None of the above choices .

answers: NDQ_001605

answers: None of the above choices .

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: None of the above choices .

answers: NDQ_001611

answers: contour lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: where the contour must not enclose any of the points

answers: NDQ_001614

answers: None of the above choices .

answers: NDQ_001618

answers: ridges

answers: NDQ_001619

answers: is a contour map

answers: NDQ_001620

answers: is a measure of elevation

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: ridges

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: ridges

answers: NDQ_001625

answers: 5 m

answers: NDQ_001586

answers: the contour must not enclose any of the points

answers: NDQ_001587

answers: the contour must not enclose any of the points

answers: NDQ_001588

answers: the contour must not enclose any of the points

answers: NDQ_001589

answers: the contour must not enclose any of the points

answers: NDQ_001590

answers: the contour must not enclose any of the points

answers: NDQ_001591

answers: the contour must not enclose any of the points

answers: NDQ_001592

answers: the contour must not enclose any of the points

answers: NDQ_001593

answers: the contour must not enclose any of the points

answers: NDQ_001594

answers: the contour must not enclose any of the points

answers: NDQ_001595

answers: the contour must not enclose any of the points

answers: NDQ_001597

answers: the contour must not enclose any of the points

answers: NDQ_001598

answers: the contour must not enclose any of the points

answers: NDQ_001600

answers: the contour must not enclose any of the points

answers: NDQ_001603

answers: the contour must not enclose any of the points

answers: NDQ_001605

answers: where the contour must not enclose any of the points

answers: NDQ_001606

answers: the contour must not enclose any of the points

answers: NDQ_001608

answers: the contour must not enclose any of the points

answers: NDQ_001611

answers: the contour must not enclose any of the points

answers: NDQ_001613

answers: the contour must not enclose any of the points

answers: NDQ_001614

answers: the contour must not enclose any of the points

answers: NDQ_001618

answers: the contour must not enclose any of the points

answers: NDQ_001619

answers: the contour

answers: NDQ_001620

answers: the contour must not enclose any of the points

answers: NDQ_001621

answers: the contour must not enclose any of the points

answers: NDQ_001622

answers: the contour must not enclose any of the points

answers: NDQ_001623

answers: the contour

answers: NDQ_001624

answers: the contour must not enclose any of the points

answers: NDQ_001625

answers: the contour must not enclose any of the points

text: A topographical map of Auckland which Kinder drew is now held in the Hocken Library in Dunedin.

text: A topographical map of Auckland which Kinder drew is now held in the

text: Hocken Library

text: in

text: Dunedin

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: can be used to determine the location of an object.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: it is a topographical map

answers: NDQ_001590

answers: The contour interval is the horizontal distance between contour lines.

answers: NDQ_001591

answers: ridges

answers: NDQ_001592

answers: locate a location

answers: NDQ_001593

answers: None of the above choices .

answers: NDQ_001594

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices.

answers: NDQ_001598

answers: The side of the mountain that is steepest.

answers: NDQ_001600

answers: None of the above choices

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices .

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval

answers: NDQ_001608

answers: None of the above choices .

answers: NDQ_001611

answers: None of the above choices .

answers: NDQ_001613

answers: The hatch marks are drawn on the side of the circle with the higher elevation.

answers: NDQ_001614

answers: no

answers: NDQ_001618

answers: NDQ_001619

answers: can not be used

answers: NDQ_001620

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Hocken Library in Dunedin.

answers: NDQ_001587

answers: Kinder drew is now held in the Hocken Library

answers: NDQ_001588

answers: Hocken Library in Dunedin.

answers: NDQ_001589

answers: topographical

answers: NDQ_001590

answers: Hocken Library in Dunedin.

answers: NDQ_001591

answers: Auckland

answers: NDQ_001592

answers: Auckland

answers: NDQ_001593

answers: topographical map

answers: NDQ_001594

answers: Hocken Library in Dunedin.

answers: NDQ_001595

answers: Auckland

answers: NDQ_001597

answers: topographical map of Auckland

answers: NDQ_001598

answers: Hocken Library in Dunedin.

answers: NDQ_001600

answers: Hocken Library in Dunedin.

answers: NDQ_001603

answers: topographical map

answers: NDQ_001605

answers: Hocken Library in Dunedin.

answers: NDQ_001606

answers: Hocken Library in Dunedin.

answers: NDQ_001608

answers: topographical map

answers: NDQ_001611

answers: topographical map

answers: NDQ_001613

answers: Hocken Library in Dunedin.

answers: NDQ_001614

answers: topographical map of Auckland

answers: NDQ_001618

answers: Auckland

answers: NDQ_001619

answers: topographical map

answers: NDQ_001620

answers: Hocken Library in Dunedin.

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: Auckland

answers: NDQ_001623

answers: topographical map

answers: NDQ_001624

answers: Auckland

answers: NDQ_001625

answers: Auckland

text: By the 17th century, private map collections were often the basis for public map collections. As early as 1571, for example, the Court Library in Munich, Bavaria, (now the Bavarian State Library) became the owner of the Fugger collection.  In 1823, the British Museum in London acquired the King's Library, which had been inherited and greatly enlarged by George III of the United Kingdom, and donated to the Museum by his heir, George IV of the United Kingdom.  The King's Library included a collection of approximately 50,000 maps, plans and views, which are now housed at the British Library and known as the King's Topographical Collection.

text: By the 17th century,

text: private

text: map collections were often the basis for public map collections. As early as 1571, for example, the Court Library in

text: Munich

text: Bavaria

text: , (now the

text: Bavarian State Library

text: ) became the owner of the

text: Fugger

text: collection.  In 1823, the

text: British Museum

text: in

text: London

text: acquired the

text: King's Library

text: , which had been inherited and greatly enlarged by

text: George III of the United Kingdom

text: , and donated to the Museum by his heir,

text: George IV of the United Kingdom

text: .  The King's Library included a collection of approximately 50,000 maps, plans and views, which are now housed at the

text: British Library

text: and known as the King's Topographical Collection.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many years after the acquisition of the King's Library did the British Museum in London acquire the King's Library?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: private map collections were often the basis for public map collections

answers: NDQ_001590

answers: The King's Topographical Collection

answers: NDQ_001591

answers: views

answers: NDQ_001592

answers: plan and view

answers: NDQ_001593

answers: The King's Topographical Collection

answers: NDQ_001594

answers: The King's Topographical Collection

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: the King's Topographical Collection

answers: NDQ_001600

answers: The King's Topographical Collection

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What is the King's Topographical Collection?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What helps us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: The King's Topographical Collection

answers: NDQ_001613

answers: side of the circle with the higher elevation

answers: NDQ_001614

answers: What is the King's Topographical Collection?

answers: NDQ_001618

answers: mountain ranges

answers: NDQ_001619

answers: topographical collection

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: Topographical

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: The King's

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: King's Topographical Collection.

answers: NDQ_001587

answers: private map collections were often the basis for public map collections.

answers: NDQ_001588

answers: King's Topographical Collection.

answers: NDQ_001589

answers: private map collections were often the basis for public map collections.

answers: NDQ_001590

answers: King's Topographical Collection.

answers: NDQ_001591

answers: private map collections

answers: NDQ_001592

answers: views,

answers: NDQ_001593

answers: King's Topographical Collection.

answers: NDQ_001594

answers: King's Topographical Collection.

answers: NDQ_001595

answers: 50,000

answers: NDQ_001597

answers: King's Topographical Collection.

answers: NDQ_001598

answers: King's Topographical Collection.

answers: NDQ_001600

answers: King's Topographical Collection.

answers: NDQ_001603

answers: King's Topographical Collection.

answers: NDQ_001605

answers: King's Topographical Collection.

answers: NDQ_001606

answers: 17th century, private map collections were often the basis for public map collections.

answers: NDQ_001608

answers: King's Topographical Collection.

answers: NDQ_001611

answers: King's Topographical Collection.

answers: NDQ_001613

answers: King's Topographical Collection.

answers: NDQ_001614

answers: King's Topographical Collection.

answers: NDQ_001618

answers: King's Topographical Collection.

answers: NDQ_001619

answers: maps,

answers: NDQ_001620

answers: King's Topographical Collection.

answers: NDQ_001621

answers: views,

answers: NDQ_001622

answers: King's Topographical Collection.

answers: NDQ_001623

answers: King's Topographical Collection.

answers: NDQ_001624

answers: King's Topographical Collection.

answers: NDQ_001625

answers: 50,000

text: Some high end keyboards such as the Kinesis Advantage contoured keyboard allow users total flexibility to reprogram keyboard mappings at the hardware level.

text: Some high end keyboards such as the

text: Kinesis Advantage contoured keyboard

text: allow users total flexibility to reprogram keyboard mappings at the hardware level.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: can be used to measure the length of a cylinder.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map cannot be reprogrammed

answers: NDQ_001590

answers: unanswerable

answers: NDQ_001591

answers: mappings

answers: NDQ_001592

answers: reprogramme keyboard mappings

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: no

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: no

answers: NDQ_001611

answers: None of the above choices.

answers: NDQ_001613

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

answers: NDQ_001614

answers: NDQ_001618

answers: contour lines

answers: NDQ_001619

answers: can be used to measure depths

answers: NDQ_001620

answers: NDQ_001621

answers: isotope

answers: NDQ_001622

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: NDQ_001625

answers: 0

answers: NDQ_001586

answers: Kinesis Advantage contoured keyboard

answers: NDQ_001587

answers: Kinesis Advantage contoured

answers: NDQ_001588

answers: Kinesis Advantage contoured keyboard

answers: NDQ_001589

answers: flexibility to reprogram keyboard mappings at the hardware level.

answers: NDQ_001590

answers: Kinesis Advantage contoured keyboard

answers: NDQ_001591

answers: flexibility to reprogram keyboard mappings

answers: NDQ_001592

answers: reprogram keyboard mappings

answers: NDQ_001593

answers: Some high end keyboards

answers: NDQ_001594

answers: Kinesis Advantage contoured keyboard

answers: NDQ_001595

answers: Kinesis Advantage contoured keyboard

answers: NDQ_001597

answers: Some high end keyboards

answers: NDQ_001598

answers: Some high end keyboards

answers: NDQ_001600

answers: Kinesis Advantage contoured keyboard

answers: NDQ_001603

answers: Kinesis Advantage contoured keyboard

answers: NDQ_001605

answers: Kinesis Advantage contoured keyboard

answers: NDQ_001606

answers: Kinesis Advantage contoured keyboard

answers: NDQ_001608

answers: Some high end keyboards

answers: NDQ_001611

answers: Kinesis Advantage contoured keyboard

answers: NDQ_001613

answers: Kinesis Advantage contoured keyboard

answers: NDQ_001614

answers: Kinesis Advantage contoured keyboard

answers: NDQ_001618

answers: Kinesis Advantage contoured keyboard

answers: NDQ_001619

answers: Kinesis Advantage contoured keyboard

answers: NDQ_001620

answers: Kinesis Advantage contoured keyboard

answers: NDQ_001621

answers: Kinesis Advantage contoured

answers: NDQ_001622

answers: Kinesis Advantage contoured keyboard

answers: NDQ_001623

answers: Kinesis Advantage contoured keyboard

answers: NDQ_001624

answers: Kinesis Advantage contoured keyboard

answers: NDQ_001625

answers: Kinesis Advantage

text: Wilson Ridge () is a prominent razorback ridge 6 nautical miles (11 km) north of Mount Harding in the Grove Mountains. Mapped by ANARE (Australian National Antarctic Research Expeditions) from air photos, 1956-60. Named by Antarctic Names Committee of Australia (ANCA) for R.R. Wilson, topographic draftsman, Division of National Mapping, Australian Dept. of National Development, who has contributed substantially to the compilation of Antarctic maps.

text: Wilson Ridge () is a prominent razorback ridge 6 nautical miles (11 km) north of

text: Mount Harding

text: in the

text: Grove Mountains

text: . Mapped by ANARE (

entity_name: Australian National Antarctic Research Expeditions

text: Australian National Antarctic Research Expeditions

text: ) from air photos, 1956-60. Named by

entity_name: Australian Antarctic Names and Medals Committee

text: Antarctic Names Committee of Australia

text: (ANCA) for

text: R.R. Wilson

text: , topographic draftsman, Division of

text: National Mapping

text: Australian Dept

text: . of

text: National Development

text: , who has contributed substantially to the compilation of Antarctic maps.

answers: NDQ_001586

answers: What is the purpose of the contour lines?

answers: NDQ_001587

answers: What is the elevation of Wilson Ridge?

answers: NDQ_001588

answers: How many nautical miles is Wilson Ridge?

answers: NDQ_001589

answers: ANCA has contributed substantially to the compilation of Antarctic maps

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: razorback ridge

answers: NDQ_001592

answers: Antarctic Research Expeditions

answers: NDQ_001593

answers: Yes

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: How would you describe Wilson Ridge?

answers: NDQ_001598

answers: razorback ridge

answers: NDQ_001600

answers: What is a razorback ridge?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What type of rocks does Wilson Ridge represent?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: How would you describe Wilson Ridge?

answers: NDQ_001613

answers: How many nautical miles is Wilson Ridge 6 nautical miles north of Mount Harding in the Grove Mountains?

answers: NDQ_001614

answers: How many nautical miles is Wilson Ridge?

answers: NDQ_001618

answers: razorback

answers: NDQ_001619

answers: nautical miles

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: razorback

answers: NDQ_001623

answers: Wilson Ridge

answers: NDQ_001624

answers: razorback

answers: NDQ_001625

answers: 11 km

answers: NDQ_001586

answers: Wilson Ridge

answers: NDQ_001587

answers: (11 km) north of Mount Harding

answers: NDQ_001588

answers: Wilson Ridge

answers: NDQ_001589

answers: air photos,

answers: NDQ_001590

answers: (11 km) north of Mount Harding in the Grove Mountains.

answers: NDQ_001591

answers: razorback ridge

answers: NDQ_001592

answers: Antarctic maps.

answers: NDQ_001593

answers: air photos,

answers: NDQ_001594

answers: Wilson Ridge () is a prominent razorback ridge 6 nautical miles

answers: NDQ_001595

answers: Wilson Ridge

answers: NDQ_001597

answers: Antarctic maps.

answers: NDQ_001598

answers: air photos,

answers: NDQ_001600

answers: Wilson Ridge () is a prominent razorback ridge

answers: NDQ_001603

answers: Antarctic maps.

answers: NDQ_001605

answers: Antarctic maps.

answers: NDQ_001606

answers: Wilson Ridge

answers: NDQ_001608

answers: topographic

answers: NDQ_001611

answers: Wilson Ridge () is a prominent razorback ridge

answers: NDQ_001613

answers: Wilson Ridge

answers: NDQ_001614

answers: Wilson Ridge

answers: NDQ_001618

answers: Wilson Ridge

answers: NDQ_001619

answers: nautical miles

answers: NDQ_001620

answers: Wilson Ridge

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Wilson Ridge

answers: NDQ_001623

answers: ridge

answers: NDQ_001624

answers: Wilson Ridge

answers: NDQ_001625

answers: (11 km)

text: Let Δh be the uniform interval of altitude between contours on the contour map, and let Δx be the distance between two contours.  Then

text: Let Δh be the uniform interval of altitude between contours on the contour map, and let Δx be the distance between two contours.  Then

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h  x  h

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: bathymetric map is not a contour map

answers: NDQ_001590

answers: h  x

answers: NDQ_001591

answers: altitude

answers: NDQ_001592

answers: x be the distance between two contours

answers: NDQ_001593

answers: h is the slope of the land

answers: NDQ_001594

answers: x

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: h  x

answers: NDQ_001598

answers: h  x

answers: NDQ_001600

answers: contour lines are so close together that they almost touch

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: h  x

answers: NDQ_001608

answers: The contour lines help us to see the three-dimensional shape of the land.

answers: NDQ_001611

answers: h  x

answers: NDQ_001613

answers: The circle with the higher elevation is the circle with the lowest elevation

answers: NDQ_001614

answers: h

answers: NDQ_001618

answers: contours

answers: NDQ_001619

answers: h

answers: NDQ_001620

answers: h

answers: NDQ_001621

answers: contour map

answers: NDQ_001622

answers: contours

answers: NDQ_001623

answers: h

answers: NDQ_001624

answers: h

answers: NDQ_001625

answers: h

answers: NDQ_001586

answers: <unk>h

answers: NDQ_001587

answers: <unk>x be the distance between two contours.

answers: NDQ_001588

answers: <unk>h

answers: NDQ_001589

answers: h be the uniform interval of altitude

answers: NDQ_001590

answers: <unk>h

answers: NDQ_001591

answers: uniform interval of altitude

answers: NDQ_001592

answers: uniform interval of altitude between contours

answers: NDQ_001593

answers: <unk>h

answers: NDQ_001594

answers: <unk>h

answers: NDQ_001595

answers: h

answers: NDQ_001597

answers: <unk>h

answers: NDQ_001598

answers: <unk>h

answers: NDQ_001600

answers: h

answers: NDQ_001603

answers: h

answers: NDQ_001605

answers: h

answers: NDQ_001606

answers: <unk>x

answers: NDQ_001608

answers: <unk>h

answers: NDQ_001611

answers: h

answers: NDQ_001613

answers: <unk>h

answers: NDQ_001614

answers: h

answers: NDQ_001618

answers: <unk>h be the uniform interval of altitude between contours

answers: NDQ_001619

answers: contour map,

answers: NDQ_001620

answers: <unk>h

answers: NDQ_001621

answers: contour map,

answers: NDQ_001622

answers: <unk>h be the uniform interval of altitude

answers: NDQ_001623

answers: <unk>h

answers: NDQ_001624

answers: <unk>h

answers: NDQ_001625

answers: <unk>h

text: The National Wetlands Inventory (NWI) was established by the United States Fish and Wildlife Service (FWS) to conduct a nationwide inventory of U.S. wetlands to provide biologists and others with information on the distribution and type of wetlands to aid in conservation efforts. To do this, the NWI developed a wetland classification system (Cowardin et al. 1979) that is now the official FWS wetland classification system and the Federal standard for wetland classification (adopted by the Federal Geographic Data Committee on July 29, 1996: 61 Federal Register 39465). The NWI also developed techniques for mapping and recording the inventory findings. The NWI relies on trained image analysts to identify and classify wetlands and deepwater habitats from aerial imagery. NWI started mapping wetlands at a small scale (1:250,000 map which covers an area the size of 128-1:24,000 USGS topographic maps or approximately 7,400 square miles). Eventually, large-scale (1:24K scale) maps became the standard product delivered by NWI. As computerized mapping and geospatial technology evolved,  NWI discontinued production of paper maps in favor of distributing  data via online "mapping tools" where information can be viewed and downloaded. Today, FWS serves its data  via an on-line data discovery "Wetlands Mapper". GIS users can access wetlands data through an online wetland mapping service or download data for various applications (maps, data analyses, and reports). The techniques used by  NWI have recently been adopted by the Federal Geographic Data Committee as the federal wetland mapping standard (FGDC Wetlands Subcommittee 2009). This standard applies to all federal grants involving wetland mapping to insure the data  can be added to the Wetlands Layer of the National Spatial Data Infrastructure. NWI also produces national wetlands status and trends reports required by the United States Congress.

text: The National Wetlands Inventory (NWI) was established by the

text: United States Fish and Wildlife Service

text: (FWS) to conduct a nationwide inventory of U.S. wetlands to provide biologists and others with information on the distribution and type of wetlands to aid in conservation efforts. To do this, the NWI developed a wetland classification system (Cowardin et al. 1979) that is now the official FWS wetland classification system and the Federal standard for wetland classification (adopted by the

text: Federal Geographic Data Committee

text: United States Congress

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: Which of the following is not a wetland: wetlands, deepwater habitats, or USGS topographic maps?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: NWI discontinued production of paper maps

answers: NDQ_001590

answers: What does NWI stand for?

answers: NDQ_001591

answers: wetlands

answers: NDQ_001592

answers: classify wetlands

answers: NDQ_001593

answers: unanswerable

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What is the purpose of the NWI?

answers: NDQ_001598

answers: 1:24K

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: Which of the following is not a type of rock: geologic, topographic, or wetlands?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Which of the following is not an example of a concentration line?

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: How many square miles does a USGS topographic map cover?

answers: NDQ_001618

answers: Wetlands

answers: NDQ_001619

answers: deepwater

answers: NDQ_001620

answers: unanswerable

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Wetlands

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: Wetlands

answers: NDQ_001625

answers: 1:24,000

answers: NDQ_001586

answers: distributing data via online "mapping tools"

answers: NDQ_001587

answers: 7,400 square miles).

answers: NDQ_001588

answers: NWI discontinued production of paper maps

answers: NDQ_001589

answers: paper maps

answers: NDQ_001590

answers: NWI

answers: NDQ_001591

answers: distribution and type of wetlands

answers: NDQ_001592

answers: wetlands

answers: NDQ_001593

answers: NWI discontinued production of paper maps

answers: NDQ_001594

answers: online "mapping tools"

answers: NDQ_001595

answers: paper maps

answers: NDQ_001597

answers: NWI discontinued production of paper maps

answers: NDQ_001598

answers: NWI discontinued production of paper maps

answers: NDQ_001600

answers: NWI discontinued production of paper maps

answers: NDQ_001603

answers: paper maps

answers: NDQ_001605

answers: NWI discontinued production of paper maps

answers: NDQ_001606

answers: NWI discontinued production of paper maps

answers: NDQ_001608

answers: NWI discontinued production of paper maps

answers: NDQ_001611

answers: NWI discontinued production of paper maps

answers: NDQ_001613

answers: federal wetland mapping standard

answers: NDQ_001614

answers: NWI discontinued production of paper maps

answers: NDQ_001618

answers: wetlands

answers: NDQ_001619

answers: deepwater habitats

answers: NDQ_001620

answers: NWI discontinued production of paper maps

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: wetlands

answers: NDQ_001623

answers: Wetlands Layer

answers: NDQ_001624

answers: wetlands

answers: NDQ_001625

answers: 128-1:24,000

text: Generally contour plots of 2D spectra are oriented with rising axes from left to right and top to down. Other orientations are possible, but interpretation has to be adapted accordingly.

text: Generally contour plots of 2D spectra are oriented with rising axes from left to right and top to down. Other orientations are possible, but interpretation has to be adapted accordingly.

answers: NDQ_001586

answers: NDQ_001587

answers: is a type of what?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: rising axes from left to right and top to down

answers: NDQ_001590

answers: unanswerable

answers: NDQ_001591

answers: 2D spectra

answers: NDQ_001592

answers: 2D spectra

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: left to right

answers: NDQ_001598

answers: left

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch

answers: NDQ_001603

answers: no

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: no

answers: NDQ_001611

answers: that are very close together

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: Which of the following is not true?

answers: NDQ_001618

answers: mountain

answers: NDQ_001619

answers: contour plot

answers: NDQ_001620

answers: NDQ_001621

answers: contour plot

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: 2D

answers: NDQ_001586

answers: rising axes from left to right and top to down.

answers: NDQ_001587

answers: rising axes

answers: NDQ_001588

answers: oriented with rising axes from left to right and top to down.

answers: NDQ_001589

answers: rising axes from left to right and top to down.

answers: NDQ_001590

answers: rising axes

answers: NDQ_001591

answers: rising axes

answers: NDQ_001592

answers: oriented with rising axes

answers: NDQ_001593

answers: rising axes

answers: NDQ_001594

answers: rising axes from left to right and top to down.

answers: NDQ_001595

answers: rising axes from left to right and top to down.

answers: NDQ_001597

answers: rising axes from left to right

answers: NDQ_001598

answers: rising axes from left to right

answers: NDQ_001600

answers: rising axes

answers: NDQ_001603

answers: rising axes

answers: NDQ_001605

answers: rising axes from left to right and top to down.

answers: NDQ_001606

answers: rising axes

answers: NDQ_001608

answers: rising axes

answers: NDQ_001611

answers: rising axes from left to right and top to down.

answers: NDQ_001613

answers: rising axes from left to right and top to down.

answers: NDQ_001614

answers: rising axes from left to right and top to down.

answers: NDQ_001618

answers: contour plots of 2D spectra

answers: NDQ_001619

answers: contour plots

answers: NDQ_001620

answers: rising axes from left to right and top to down.

answers: NDQ_001621

answers: contour plots

answers: NDQ_001622

answers: Generally contour plots of 2D spectra

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: rising axes

answers: NDQ_001625

answers: rising axes from left to right and top to down.

text: In 1910, the Map Reproduction Plant was given warehouse space at Ft. McNair, to accommodate the map reproduction unit of the Corps of Engineers. Ultimately named the Central Map Reproduction unit, it incorporated a lithographic school and 18 assigned military personnel. After World War I, this would be renamed the Engineer Reproduction Plant. The ERP was noted for experimentation on cartographic and photolithographic processes and media. They also experimentation in aerial photogrammetry.A number of US Geological Survey employees were assigned to the US Army Corps of Engineers 29th Engineers, a map organization, during World War I. Major G.S. Smith commanded part of the 29th Engineers, a map making and topographical unit, with 53 officers and 146 men transferred from the US Geological Survey. Thirteen additional USGS topographers were assigned to the Coast Artillery of the US Army as "orienteur officers." When the 2nd Brigade of Coast Artillery was formed, the military made a similar request for more USGS personnel, but the order was denied as these men were needed for the US Army Corps of Engineers.

text: In 1910, the

text: Map Reproduction Plant

text: was given warehouse space at

text: Ft. McNair

text: , to accommodate the map reproduction unit of the Corps of Engineers. Ultimately named the

text: Central Map Reproduction

text: unit, it incorporated a

text: lithographic

text: school and 18 assigned military personnel. After World War I, this would be renamed the

text: Engineer Reproduction Plant

text: . The ERP was noted for experimentation on cartographic and

text: photolithographic processes

text: and media. They also experimentation in aerial

text: photogrammetry

text: .A number of

text: US Geological Survey

text: employees were assigned to the US

text: Army Corps of Engineers

text: 29th Engineers, a map organization, during World War I. Major

text: G.S. Smith

text: commanded part of the 29th Engineers, a map making and topographical unit, with 53 officers and 146 men transferred from the US Geological Survey. Thirteen additional USGS

text: topographers

text: were assigned to the

text: Coast Artillery of the US Army

text: as "orienteur officers." When the

text: 2nd Brigade of Coast Artillery

text: was formed, the military made a similar request for more USGS personnel, but the order was denied as these men were needed for the US Army Corps of Engineers.

answers: NDQ_001586

answers: What was the Central Map Reproduction unit?

answers: NDQ_001587

answers: How many officers and 146 men were transferred from the US Geological Survey to the US Army Corps of Engineers 29th Engineers?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: aerial photogrammetry

answers: NDQ_001590

answers: What was given warehouse space at Ft. McNair?

answers: NDQ_001591

answers: orienteur officers

answers: NDQ_001592

answers: orienteur officers

answers: NDQ_001593

answers: What did Major G.S. Smith commanded?

answers: NDQ_001594

answers: What was given warehouse space at Ft. McNair

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: What would be renamed the Engineer Reproduction Plant?

answers: NDQ_001603

answers: Which of the following is not useful to geologists and other Earth scientists?

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What did Major G.S. Smith commanded?

answers: NDQ_001611

answers: What would be renamed the Engineer Reproduction Plant?

answers: NDQ_001613

answers: How many officers and 146 men transferred from the US Geological Survey?

answers: NDQ_001614

answers: How many officers and 146 men transferred from the US Geological Survey?

answers: NDQ_001618

answers: Coast Artillery

answers: NDQ_001619

answers: topographical

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: Coast Artillery

answers: NDQ_001623

answers: orienteur

answers: NDQ_001624

answers: Coast

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: 53 officers and 146 men transferred from the US Geological Survey.

answers: NDQ_001587

answers: 53 officers and 146 men transferred from the US Geological Survey.

answers: NDQ_001588

answers: World War I.

answers: NDQ_001589

answers: aerial photogrammetry.A

answers: NDQ_001590

answers: 53 officers and 146 men transferred from the US Geological Survey.

answers: NDQ_001591

answers: topographical unit,

answers: NDQ_001592

answers: aerial photogrammetry.A

answers: NDQ_001593

answers: aerial photogrammetry.A

answers: NDQ_001594

answers: 53 officers and 146 men transferred from the US Geological Survey.

answers: NDQ_001595

answers: 53 officers and 146 men transferred from the US Geological Survey.

answers: NDQ_001597

answers: "orienteur officers."

answers: NDQ_001598

answers: 53 officers and 146 men transferred from the US Geological Survey.

answers: NDQ_001600

answers: 53 officers and 146 men transferred from the US Geological Survey.

answers: NDQ_001603

answers: US Geological Survey

answers: NDQ_001605

answers: 53 officers and 146 men transferred from the US Geological Survey.

answers: NDQ_001606

answers: Map Reproduction Plant was given warehouse space at Ft. McNair,

answers: NDQ_001608

answers: topographical

answers: NDQ_001611

answers: aerial photogrammetry.A

answers: NDQ_001613

answers: aerial photogrammetry.A

answers: NDQ_001614

answers: World War I.

answers: NDQ_001618

answers: aerial photogrammetry.A

answers: NDQ_001619

answers: topographical

answers: NDQ_001620

answers: aerial photogrammetry.A

answers: NDQ_001621

answers: aerial photogrammetry.A

answers: NDQ_001622

answers: aerial photogrammetry.A

answers: NDQ_001623

answers: aerial photogrammetry.A

answers: NDQ_001624

answers: aerial photogrammetry.A

answers: NDQ_001625

answers: aerial photogrammetry.A

text: The South Burying Ground occupies a roughly rectangular  on the west side of Winchester Street, a short way south of Massachusetts Route 9 in Newton Highlands.  The cemetery's primary topographical features are two knolls, which flank the main entrance.  The street-facing front and parts of the sides of the cemetery are lined by a stone wall that is probably of 19th century origin.  A chain link fence is mounted on the wall, and encircles the rest of the property.  The main entrance is secured by a chain-link gate.  The cemetery has no paved lanes, although early 20th century maps show a rectilinear grid of them.

text: The South Burying Ground occupies a roughly rectangular  on the west side of Winchester Street, a short way south of

text: Massachusetts Route 9

text: in Newton Highlands.  The cemetery's primary topographical features are two knolls, which flank the main entrance.  The street-facing front and parts of the sides of the cemetery are lined by a stone wall that is probably of 19th century origin.  A chain link fence is mounted on the wall, and encircles the rest of the property.  The main entrance is secured by a chain-link gate.  The cemetery has no paved lanes, although early 20th century maps show a rectilinear grid of them.

answers: NDQ_001586

answers: What is the cemetery's primary topographical features?

answers: NDQ_001587

answers: How long is the chain link fence?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: paved lanes

answers: NDQ_001590

answers: What is the cemetery's primary topographical features?

answers: NDQ_001591

answers: paved lanes

answers: NDQ_001592

answers: paved lanes

answers: NDQ_001593

answers: What is the cemetery's primary topographical features?

answers: NDQ_001594

answers: What is the main entrance secured by a chain link gate?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: knolls

answers: NDQ_001600

answers: How many paved lanes does the cemetery have?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What color is the cemetery's primary topographical features?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the main entrance secured by a chain link gate?

answers: NDQ_001611

answers: How many paved lanes does the cemetery have?

answers: NDQ_001613

answers: Which side of the circle has the higher elevation?

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: paved lanes

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: knolls

answers: NDQ_001621

answers: early 20th century maps

answers: NDQ_001622

answers: paved lanes

answers: NDQ_001623

answers: rectilinear grid

answers: NDQ_001624

answers: paved lanes

answers: NDQ_001625

answers: 0

answers: NDQ_001586

answers: paved lanes,

answers: NDQ_001587

answers: rectangular

answers: NDQ_001588

answers: two knolls,

answers: NDQ_001589

answers: paved lanes,

answers: NDQ_001590

answers: paved lanes,

answers: NDQ_001591

answers: paved lanes,

answers: NDQ_001592

answers: paved lanes,

answers: NDQ_001593

answers: The cemetery has no paved lanes,

answers: NDQ_001594

answers: paved lanes,

answers: NDQ_001595

answers: 9

answers: NDQ_001597

answers: paved lanes,

answers: NDQ_001598

answers: paved lanes,

answers: NDQ_001600

answers: knolls,

answers: NDQ_001603

answers: paved lanes,

answers: NDQ_001605

answers: paved lanes,

answers: NDQ_001606

answers: 9

answers: NDQ_001608

answers: early 20th century maps show a rectilinear grid

answers: NDQ_001611

answers: paved lanes,

answers: NDQ_001613

answers: paved lanes,

answers: NDQ_001614

answers: paved lanes,

answers: NDQ_001618

answers: paved lanes,

answers: NDQ_001619

answers: early 20th century

answers: NDQ_001620

answers: knolls,

answers: NDQ_001621

answers: early 20th century maps

answers: NDQ_001622

answers: paved lanes,

answers: NDQ_001623

answers: rectilinear grid

answers: NDQ_001624

answers: paved lanes,

answers: NDQ_001625

answers: 9

text: Charles Logasa was born in Davenport, Iowa, United States, on  July 14, 1883 to Sephardic Jewish parents and Ukrainian immigrants. His father was Seth Moses Logasa. He had two sisters, Jeanie Deana Bogen née Logasa, and Hannah Logasa He came with his parents to Omaha, Nebraska between the ages of three and five years old.   As a boy he became a pupil of J. Laurie Wallace who was a pupil of Thomas Eakins. As a young man he studied drafting and engineering and around 1905 was employed as a draftsman for the City of Omaha in the Engineer's Office drawing maps.  At the age of 22 he turned to oil painting. About 1910 or 1911 he left Omaha. He entered the service of the United States Geological Survey as a topographic draftsman in Washington D. C.  Logasa continued his art education with Messer and Brooke as a part-time student at the Corcoran College of Art and Design. In 1913 he took a year's leave of absence from his duties as topographic draftsman for the United States Geological Survey and went to Paris where he entered the Acadamie Julien studying under Paul Laurens.

text: Charles Logasa was born in Davenport, Iowa, United States, on  July 14, 1883 to

text: Sephardic

text: Jewish parents and Ukrainian immigrants. His father was Seth Moses Logasa. He had two sisters, Jeanie Deana Bogen née Logasa, and

text: Hannah Logasa

text: He came with his parents to Omaha, Nebraska between the ages of three and five years old.   As a boy he became a pupil of

text: J. Laurie Wallace

text: who was a pupil of

text: Thomas Eakins

text: . As a young man he studied drafting and engineering and around 1905 was employed as a draftsman for the City of Omaha in the Engineer's Office drawing maps.  At the age of 22 he turned to oil painting. About 1910 or 1911 he left Omaha. He entered the service of the United States Geological Survey as a topographic draftsman in Washington D. C.  Logasa continued his art education with Messer and Brooke as a part-time student at the

text: Corcoran College of Art and Design

text: . In 1913 he took a year's leave of absence from his duties as topographic draftsman for the United States Geological Survey and went to Paris where he entered the

text: Acadamie Julien

text: studying under

text: Paul Laurens

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many years after Charles Logasa was born did he enter the service of the United States Geological Survey?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: topographic draftsman in Washington D. C

answers: NDQ_001590

answers: How many years did Logasa work for the United States Geological Survey?

answers: NDQ_001591

answers: topographic

answers: NDQ_001592

answers: oil painting

answers: NDQ_001593

answers: How did Logasa learn to draw maps?

answers: NDQ_001594

answers: what is the first occupation mentioned?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: the steepest

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What type of map did Logasa draw?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

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

answers: NDQ_001611

answers: Which of the following is true of Logasa?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is Logasa?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: the United States Geological Survey

answers: NDQ_001619

answers: topographic

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: unnamed

answers: NDQ_001623

answers: elevation

answers: NDQ_001624

answers: unanswerable

answers: NDQ_001625

answers: 0 m

answers: NDQ_001586

answers: United States Geological Survey

answers: NDQ_001587

answers: Sephardic Jewish parents

answers: NDQ_001588

answers: Charles Logasa

answers: NDQ_001589

answers: maps. At the age of 22 he turned to oil painting.

answers: NDQ_001590

answers: 1913

answers: NDQ_001591

answers: topographic

answers: NDQ_001592

answers: painting.

answers: NDQ_001593

answers: United States Geological Survey

answers: NDQ_001594

answers: 1913

answers: NDQ_001595

answers: 1883

answers: NDQ_001597

answers: United States Geological Survey

answers: NDQ_001598

answers: United States Geological Survey

answers: NDQ_001600

answers: July 14, 1883

answers: NDQ_001603

answers: United States Geological Survey

answers: NDQ_001605

answers: United States Geological Survey

answers: NDQ_001606

answers: Charles Logasa

answers: NDQ_001608

answers: maps.

answers: NDQ_001611

answers: 1883

answers: NDQ_001613

answers: United States Geological Survey

answers: NDQ_001614

answers: United States Geological Survey

answers: NDQ_001618

answers: United States Geological Survey

answers: NDQ_001619

answers: topographic

answers: NDQ_001620

answers: 1913

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: United States Geological Survey

answers: NDQ_001623

answers: United States Geological Survey

answers: NDQ_001624

answers: United States Geological Survey

answers: NDQ_001625

answers: 1883

text: The first phase of the programme was set up in 2006, with an initial grant of £7.2 million from the Department for Environment, Food and Rural Affairs (DEFRA). The funding was split into two with £4.1 million used by Teignbridge to deliver, Bathymetric and Topographic, Hydrographic surveys and £3.1 million managed by the Environment Agency to deliver Aerial photography, LiDAR and Ecological mapping. Phase 2 of the programme commenced in 2011 with 100% DEFRA funding, and will run until 2016. Phase 2 of the Programme is solely managed by Teignbridge District Council.

text: The first phase of the programme was set up in 2006, with an initial grant of £7.2 million from the

entity_name: Department for Environment, Food and Rural Affairs

text: Department for Environment, Food and Rural Affairs

text: (DEFRA). The funding was split into two with £4.1 million used by

text: Teignbridge

text: to deliver,

text: Bathymetric

text: and

text: Topographic

text: Hydrographic surveys

text: and £3.1 million managed by the

text: Environment Agency

text: to deliver

text: Aerial photography

text: LiDAR

text: and Ecological mapping. Phase 2 of the programme commenced in 2011 with 100% DEFRA funding, and will run until 2016. Phase 2 of the Programme is solely managed by Teignbridge District Council.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many million pounds was the first phase of the programme set up with?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: LiDAR and Ecological mapping

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: Ecological mapping

answers: NDQ_001592

answers: Ecological mapping

answers: NDQ_001593

answers: what is the first phase of the programme

answers: NDQ_001594

answers: Bathymetric and Topographic, Hydrographic surveys

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

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

answers: NDQ_001598

answers: steepest

answers: NDQ_001600

answers: what is the first phase of the programme

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: what is the first phase of the programme

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: what is the first phase of the programme

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: Bathymetric

answers: NDQ_001619

answers: Hydrographic surveys

answers: NDQ_001620

answers: LiDAR

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Bathymetric

answers: NDQ_001623

answers: LiDAR

answers: NDQ_001624

answers: Bathymetric

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Bathymetric and Topographic, Hydrographic surveys

answers: NDQ_001587

answers: Bathymetric and Topographic, Hydrographic surveys

answers: NDQ_001588

answers: £7.2 million from the Department for Environment, Food and Rural Affairs

answers: NDQ_001589

answers: Aerial photography,

answers: NDQ_001590

answers: Bathymetric and Topographic,

answers: NDQ_001591

answers: Hydrographic surveys

answers: NDQ_001592

answers: Hydrographic surveys

answers: NDQ_001593

answers: Topographic,

answers: NDQ_001594

answers: Bathymetric and Topographic, Hydrographic surveys

answers: NDQ_001595

answers: £7.2 million

answers: NDQ_001597

answers: Hydrographic surveys

answers: NDQ_001598

answers: Bathymetric and Topographic,

answers: NDQ_001600

answers: Bathymetric and Topographic,

answers: NDQ_001603

answers: Topographic,

answers: NDQ_001605

answers: Ecological mapping.

answers: NDQ_001606

answers: £7.2 million from the Department for Environment, Food and Rural Affairs

answers: NDQ_001608

answers: Topographic,

answers: NDQ_001611

answers: Aerial photography, LiDAR

answers: NDQ_001613

answers: Bathymetric and Topographic, Hydrographic surveys

answers: NDQ_001614

answers: Bathymetric and Topographic,

answers: NDQ_001618

answers: Bathymetric and Topographic, Hydrographic surveys

answers: NDQ_001619

answers: Bathymetric

answers: NDQ_001620

answers: Bathymetric and Topographic,

answers: NDQ_001621

answers: Topographic,

answers: NDQ_001622

answers: Hydrographic surveys

answers: NDQ_001623

answers: LiDAR

answers: NDQ_001624

answers: Hydrographic surveys

answers: NDQ_001625

answers: £7.2 million

text: A contour line (also isoline, isopleth, or isarithm) of a function of two variables is a  curve along which the function has a constant value. It is a cross-section of the three-dimensional graph of the function f(x, y) parallel to the x, y plane. In cartography, a contour line (often just called a "contour") joins points of equal elevation (height) above a given level, such as mean sea level. A contour map is a map illustrated with contour lines, for example a topographic map, which thus shows valleys and hills, and the steepness of slopes. The contour interval of a contour map is the difference in elevation between successive contour lines.

text: A contour line (also isoline, isopleth, or isarithm) of a

text: function

text: of two variables is a

text: curve

text: along which the function has a constant value. It is a

text: cross-section

text: of the

text: three-dimensional graph

text: of the function f(x, y) parallel to the x, y plane. In

text: cartography

text: , a contour line (often just called a "contour") joins points of equal

text: elevation

text: (height) above a given level, such as

text: mean sea level

text: . A contour map is a

text: map

text: illustrated with contour lines, for example a

text: topographic map

text: , which thus shows valleys and hills, and the steepness of slopes. The contour interval of a contour map is the difference in elevation between successive contour lines.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What is a contour line?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: contour map is a map illustrated with contour lines

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: valleys and hills

answers: NDQ_001592

answers: shows valleys and hills

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: What is a contour line?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: slopes

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not an example of a contour map: topographic map, geologic map, or contour map?

answers: NDQ_001606

answers: What is the difference between successive contour lines?

answers: NDQ_001608

answers: Why is a contour map illustrated with contour lines?

answers: NDQ_001611

answers: What is the difference in elevation between successive contour lines

answers: NDQ_001613

answers: What is the difference in elevation between successive contour lines?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: valleys

answers: NDQ_001619

answers: contour map

answers: NDQ_001620

answers: The contour interval

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: valleys

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: valleys

answers: NDQ_001625

answers: difference in elevation between successive contour lines

answers: NDQ_001586

answers: The contour interval

answers: NDQ_001587

answers: three-dimensional graph of the function f(x, y)

answers: NDQ_001588

answers: parallel to the x, y plane.

answers: NDQ_001589

answers: contour map is a map illustrated with contour lines,

answers: NDQ_001590

answers: difference in elevation between successive contour lines.

answers: NDQ_001591

answers: valleys

answers: NDQ_001592

answers: contour map

answers: NDQ_001593

answers: valleys and hills, and the steepness of slopes.

answers: NDQ_001594

answers: joins points of equal elevation (height) above a given level,

answers: NDQ_001595

answers: difference in elevation between successive contour lines.

answers: NDQ_001597

answers: valleys and hills, and the steepness of slopes.

answers: NDQ_001598

answers: the steepness of slopes.

answers: NDQ_001600

answers: valleys and hills,

answers: NDQ_001603

answers: valleys and hills, and the steepness of slopes.

answers: NDQ_001605

answers: valleys and hills, and the steepness of slopes.

answers: NDQ_001606

answers: the difference in elevation

answers: NDQ_001608

answers: valleys and hills, and the steepness of slopes.

answers: NDQ_001611

answers: contour map

answers: NDQ_001613

answers: contour interval

answers: NDQ_001614

answers: contour map

answers: NDQ_001618

answers: valleys and hills,

answers: NDQ_001619

answers: contour map

answers: NDQ_001620

answers: The contour interval

answers: NDQ_001621

answers: topographic map,

answers: NDQ_001622

answers: valleys and hills,

answers: NDQ_001623

answers: a contour line

answers: NDQ_001624

answers: valleys and hills,

answers: NDQ_001625

answers: difference in elevation between successive contour lines.

text: From 1870, a map series in the 1:25,000 scale of the original Dufour Map images was published under the official name Topographic Atlas of Switzerland (German: Topographischer Atlas der Schweiz), and also known as the Siegfried Atlas or Siegfried Map (German: Siegfriedkarte; French: Carte Siegfried).

text: From 1870, a map series in the 1:25,000 scale of the original Dufour Map images was published under the official name

text: Topographic Atlas of Switzerland

text: (German: Topographischer Atlas der Schweiz), and also known as the Siegfried Atlas or

text: Siegfried Map

text: (German: Siegfriedkarte; French: Carte Siegfried).

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: Topographic Atlas of Switzerland was published under the official name Topographic Atlas of Switzerland.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a map series in the 1:25,000 scale

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: topographic features

answers: NDQ_001592

answers: unambiguous

answers: NDQ_001593

answers: Yes

answers: NDQ_001594

answers: What is a bathymetric map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Yes

answers: NDQ_001598

answers: the Siegfried Atlas

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: What is the most common color used on geologic maps?

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Topographic Atlas of Switzerland

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is the hatch mark?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: NDQ_001619

answers: NDQ_001620

answers: NDQ_001621

answers: Topographic Atlas

answers: NDQ_001622

answers: NDQ_001623

answers: parallel line

answers: NDQ_001624

answers: NDQ_001625

answers: 1:25,000

answers: NDQ_001586

answers: Topographic Atlas of Switzerland

answers: NDQ_001587

answers: 1:25,000 scale

answers: NDQ_001588

answers: Topographic Atlas of Switzerland

answers: NDQ_001589

answers: 1:25,000 scale

answers: NDQ_001590

answers: Topographic Atlas of Switzerland

answers: NDQ_001591

answers: Topographic Atlas of Switzerland

answers: NDQ_001592

answers: 1:25,000 scale

answers: NDQ_001593

answers: Topographic Atlas of Switzerland

answers: NDQ_001594

answers: From 1870,

answers: NDQ_001595

answers: 1:25,000

answers: NDQ_001597

answers: Topographic Atlas of Switzerland

answers: NDQ_001598

answers: Siegfried Atlas or Siegfried Map

answers: NDQ_001600

answers: Topographic Atlas of Switzerland

answers: NDQ_001603

answers: Topographic Atlas of Switzerland

answers: NDQ_001605

answers: Siegfried Atlas or Siegfried Map

answers: NDQ_001606

answers: From 1870,

answers: NDQ_001608

answers: Topographic Atlas of Switzerland

answers: NDQ_001611

answers: Dufour Map images was published under the official name Topographic Atlas of Switzerland

answers: NDQ_001613

answers: Topographic Atlas of Switzerland

answers: NDQ_001614

answers: Topographic Atlas of Switzerland

answers: NDQ_001618

answers: Topographic Atlas of Switzerland

answers: NDQ_001619

answers: 1:25,000

answers: NDQ_001620

answers: 1:25,000

answers: NDQ_001621

answers: 1:25,000 scale

answers: NDQ_001622

answers: Topographic Atlas of Switzerland

answers: NDQ_001623

answers: 1:25,000

answers: NDQ_001624

answers: Topographic Atlas of Switzerland

answers: NDQ_001625

answers: 1:25,000

text: Finally, many height indications on these maps are from quite old measurements, while glacier and firn melt has decreased the height of both peaks and key cols, sometimes quite dramatically. For example, in 1930, glacier-capped Cima Tosa was the highest mountain of the Brenta Dolomites at 3,173 m, but now is around 3,140 m high and some 10 m lower than its rocky neighbor Cima Brenta (3,151 m). Most maps and guides still report Cima Tosa's old height. On the other hand, in the 1930s, when the current Italian 1:25.000 topographic map of the region was created, the Passo del Vannino, northwest of the Ofenhorn, was covered by the Lebendun glacier and was measured to be 2,754 m, while the much more recent Swisstopo map shows it to be bare and 2,717 m high. This is the key col for Corno di Ban (3,028 m), which, thanks to the retreat of the glacier, now appears on the list with a prominence of 311 m.

text: Finally, many height indications on these maps are from quite old measurements, while glacier and

text: firn

text: melt has decreased the height of both peaks and key cols, sometimes quite dramatically. For example, in 1930, glacier-capped

text: Cima Tosa

text: was the highest mountain of the

text: Brenta Dolomites

text: at 3,173 m, but now is around 3,140 m high and some 10 m lower than its rocky neighbor

text: Cima Brenta

text: (3,151 m). Most maps and guides still report Cima Tosa's old height. On the other hand, in the 1930s, when the current Italian 1:25.000 topographic map of the region was created, the Passo del Vannino, northwest of the

text: Ofenhorn

text: , was covered by the Lebendun glacier and was measured to be 2,754 m, while the much more recent Swisstopo map shows it to be bare and 2,717 m high. This is the key col for

text: Corno di Ban

text: (3,028 m), which, thanks to the retreat of the glacier, now appears on the list with a prominence of 311 m.

answers: NDQ_001586

answers: yes

answers: NDQ_001587

answers: What is the highest mountain of the Brenta Dolomites?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: many height indications on these maps are from quite old measurements

answers: NDQ_001590

answers: What is a contour interval?

answers: NDQ_001591

answers: old measurements

answers: NDQ_001592

answers: report Cima Tosa's old height

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: no

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: yes

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

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

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: Swisstopo

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: 10 m

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Passo del Vannino

answers: NDQ_001623

answers: col

answers: NDQ_001624

answers: glacier and firn melt

answers: NDQ_001625

answers: 1:25.000

answers: NDQ_001586

answers: many height indications on these maps are from quite old measurements,

answers: NDQ_001587

answers: the Passo del Vannino,

answers: NDQ_001588

answers: the Passo del Vannino,

answers: NDQ_001589

answers: many height indications on these maps are from quite old measurements,

answers: NDQ_001590

answers: 1:25.000

answers: NDQ_001591

answers: height of both peaks and key cols,

answers: NDQ_001592

answers: height indications on these maps are from quite old measurements,

answers: NDQ_001593

answers: 1:25.000

answers: NDQ_001594

answers: many height indications on these maps are from quite old measurements,

answers: NDQ_001595

answers: 1:25.000

answers: NDQ_001597

answers: northwest of the Ofenhorn,

answers: NDQ_001598

answers: height indications on these maps are from quite old measurements,

answers: NDQ_001600

answers: bare

answers: NDQ_001603

answers: many height indications on these maps are from quite old measurements,

answers: NDQ_001605

answers: bare

answers: NDQ_001606

answers: old measurements,

answers: NDQ_001608

answers: topographic map

answers: NDQ_001611

answers: glacier and firn melt has decreased the height of both peaks

answers: NDQ_001613

answers: the Passo del Vannino,

answers: NDQ_001614

answers: many height indications on these maps are from quite old measurements,

answers: NDQ_001618

answers: Passo del Vannino,

answers: NDQ_001619

answers: Swisstopo map

answers: NDQ_001620

answers: 10 m lower

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Passo del Vannino,

answers: NDQ_001623

answers: cols,

answers: NDQ_001624

answers: Passo del Vannino,

answers: NDQ_001625

answers: 1:25.000

text: For 113 years of colonisation after the arrival of the First Fleet, much of the mapping of Australia, mainly for exploration, settlement and development, was supervised and conducted by naval and military officers. These officers included the well known explorers and surveyors: Captain Matthew Flinders, Royal Navy; Lieutenant William Dawes (Royal Marines officer), (New South Wales); Lieutenant Philip Parker King, Royal Navy (mainly Tasmania, Western Australia and Northern Territory), Lieutenant John Oxley, Royal Navy, (New South Wales); Lieutenant Colonel Sir Thomas Mitchell (New South Wales, Victoria and Queensland); Captain Charles Sturt (New South Wales and South Australia); Lieutenant John Septimus Roe, Royal Navy (Western Australia), and Colonel William Light (South Australia). After 100 years of settlement some topographic maps had been produced for both public and private use but only a few maps were of any real military utility. The colonial part-time Defence Forces prepared small-area training manoeuvre maps and some colonies had produced small systematic topographic surveys for defence of the main ports of trade and commerce in the 1880s and 1890s. That is not to say that the need for topographic mapping was not a government and public concern but there were only minor attempts to allocate appropriate public resources.

text: For 113 years of colonisation after the arrival of the First Fleet, much of the mapping of Australia, mainly for exploration, settlement and development, was supervised and conducted by naval and military officers. These officers included the well known explorers and surveyors: Captain

text: Matthew Flinders

text: , Royal Navy; Lieutenant

text: William Dawes (Royal Marines officer)

text: , (New South Wales); Lieutenant

text: Philip Parker King

text: , Royal Navy (mainly Tasmania, Western Australia and Northern Territory), Lieutenant

text: John Oxley

text: , Royal Navy, (New South Wales); Lieutenant Colonel Sir

text: Thomas Mitchell

text: (New South Wales, Victoria and Queensland); Captain

text: Charles Sturt

text: (New South Wales and South Australia); Lieutenant

text: John Septimus Roe

text: , Royal Navy (Western Australia), and Colonel

text: William Light

text: (South Australia). After 100 years of settlement some topographic maps had been produced for both public and private use but only a few maps were of any real military utility. The colonial part-time Defence Forces prepared small-area training manoeuvre maps and some colonies had produced small systematic topographic surveys for defence of the main ports of trade and commerce in the 1880s and 1890s. That is not to say that the need for topographic mapping was not a government and public concern but there were only minor attempts to allocate appropriate public resources.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many years after the arrival of the First Fleet was much of the mapping of Australia supervised and conducted by naval and military officers?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: were supervised and conducted by naval and military officers

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: settlement and development

answers: NDQ_001592

answers: allocate appropriate public resources

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can topographic maps be used for?

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: What did the colonial part-time Defence Forces prepare

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What helps us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: Which of the following is not a surveyor: Captain Matthew Flinders, Royal Navy; Lieutenant William Dawes (Royal Marines officer), (New South Wales);

answers: NDQ_001613

answers: what is the second to last group mentioned?

answers: NDQ_001614

answers: Which of the following is not true of topographic maps?

answers: NDQ_001618

answers: Tasmania

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: unanswerable

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Tasmania

answers: NDQ_001623

answers: topographic

answers: NDQ_001624

answers: Tasmania

answers: NDQ_001625

answers: small-area

answers: NDQ_001586

answers: only a few maps were of any real military utility.

answers: NDQ_001587

answers: only a few maps were of any real military utility.

answers: NDQ_001588

answers: only a few maps were of any real military utility.

answers: NDQ_001589

answers: military utility.

answers: NDQ_001590

answers: only a few maps were of any real military utility.

answers: NDQ_001591

answers: exploration, settlement and development,

answers: NDQ_001592

answers: military utility.

answers: NDQ_001593

answers: only a few maps were of any real military utility.

answers: NDQ_001594

answers: only a few maps were of any real military utility.

answers: NDQ_001595

answers: 113 years of colonisation after the arrival of the First Fleet,

answers: NDQ_001597

answers: only a few maps were of any real military utility.

answers: NDQ_001598

answers: only a few maps were of any real military utility.

answers: NDQ_001600

answers: (New South Wales);

answers: NDQ_001603

answers: only a few maps were of any real military utility.

answers: NDQ_001605

answers: only a few maps were of any real military utility.

answers: NDQ_001606

answers: (New South Wales);

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: Tasmania, Western Australia and Northern Territory),

answers: NDQ_001613

answers: only a few maps were of any real military utility.

answers: NDQ_001614

answers: only a few maps were of any real military utility.

answers: NDQ_001618

answers: Tasmania, Western Australia and Northern Territory),

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: only a few maps were of any real military utility.

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Tasmania, Western Australia and Northern Territory),

answers: NDQ_001623

answers: small-area training manoeuvre maps

answers: NDQ_001624

answers: training manoeuvre maps

answers: NDQ_001625

answers: small-area training manoeuvre maps

text: Switzerland has had its current boundaries since 1815, but maps of the Old Swiss Confederacy were drawn since the 16th century. The first topographical survey on a federal level began in 1809, resulting in the Topographic Map of Switzerland (German: Topographische Karte der Schweiz) or Dufour Map (German: Dufourkarte; French: Carte Dufour). From 1869 to 1901, this map was replaced by the Topographic Atlas of Switzerland (German: Topographischer Atlas der Schweiz) or Siegfried Map (German: Siegfriedkarte; French: Carte Siegfried).

text: Switzerland

text: has had its current boundaries since 1815, but maps of the

text: Old Swiss Confederacy

text: were drawn since the 16th century. The first topographical survey on a federal level began in 1809, resulting in the

text: Topographic Map of Switzerland

text: German

text: : Topographische Karte der Schweiz) or

text: Dufour Map

text: (German: Dufourkarte;

text: French

text: : Carte Dufour). From 1869 to 1901, this map was replaced by the

text: Topographic Atlas of Switzerland

text: (German: Topographischer Atlas der Schweiz) or

text: Siegfried Map

text: (German: Siegfriedkarte; French: Carte Siegfried).

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: The Old Swiss Confederacy was drawn since the 16th century.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Topographic Survey on a Federal Level began in 1809

answers: NDQ_001590

answers: The contour interval of a topographic map represents the horizontal distance between

answers: NDQ_001591

answers: borders

answers: NDQ_001592

answers: draw its current boundaries

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: What is a bathymetric map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: The first topographic survey on a federal level began in 1809

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, metamorphic, or metamorphic?

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What helps us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill.

answers: NDQ_001613

answers: The first topographical survey on a federal level began in 1809

answers: NDQ_001614

answers: Which of the following is not a vertical distance?

answers: NDQ_001618

answers: Topographic Atlas

answers: NDQ_001619

answers: Topographic Map

answers: NDQ_001620

answers: The difference in elevation

answers: NDQ_001621

answers: Topographic Map

answers: NDQ_001622

answers: Dufour Map

answers: NDQ_001623

answers: Topographic map

answers: NDQ_001624

answers: Dufour Map

answers: NDQ_001625

answers: 100 m

answers: NDQ_001586

answers: Topographic Map of Switzerland

answers: NDQ_001587

answers: The first topographical survey on a federal level began in 1809,

answers: NDQ_001588

answers: Topographic Map of Switzerland

answers: NDQ_001589

answers: topographical survey on a federal level began in 1809,

answers: NDQ_001590

answers: Topographic Map of Switzerland

answers: NDQ_001591

answers: boundaries

answers: NDQ_001592

answers: boundaries

answers: NDQ_001593

answers: Topographic Map of Switzerland

answers: NDQ_001594

answers: Topographic Map of Switzerland

answers: NDQ_001595

answers: 1815,

answers: NDQ_001597

answers: Topographic Map of Switzerland

answers: NDQ_001598

answers: Topographic Map of Switzerland

answers: NDQ_001600

answers: Topographic Map of Switzerland

answers: NDQ_001603

answers: Topographic Map of Switzerland

answers: NDQ_001605

answers: Topographic Map of Switzerland

answers: NDQ_001606

answers: 1809,

answers: NDQ_001608

answers: Topographic Map of Switzerland

answers: NDQ_001611

answers: Topographic Map of Switzerland

answers: NDQ_001613

answers: Topographic Map of Switzerland

answers: NDQ_001614

answers: Topographic Map of Switzerland

answers: NDQ_001618

answers: Old Swiss Confederacy

answers: NDQ_001619

answers: Dufour Map

answers: NDQ_001620

answers: Topographic Map of Switzerland

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: Old Swiss Confederacy

answers: NDQ_001623

answers: Dufour Map

answers: NDQ_001624

answers: Dufour Map

answers: NDQ_001625

answers: Topographic Map of Switzerland

text: inside the contour

text: inside the contour

answers: NDQ_001586

answers: contour lines that are numbered represent changes in elevation

answers: NDQ_001587

answers: can be used to show if a rock is inside the contour

answers: NDQ_001588

answers: intersect each other

answers: NDQ_001589

answers: a contour is a line drawn on a surface

answers: NDQ_001590

answers: The contour interval is the horizontal distance between contour lines

answers: NDQ_001591

answers: ridges

answers: NDQ_001592

answers: make a straight line

answers: NDQ_001593

answers: The slope of the land inside the contour is .

answers: NDQ_001594

answers: contour lines represent the distance to the bottom of the water

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: The water flows in a straight line.

answers: NDQ_001598

answers: a contour is a line drawn on a map

answers: NDQ_001600

answers: contour lines are so close together that they almost touch

answers: NDQ_001603

answers: The contour lines on the map are not useful to anyone else.

answers: NDQ_001605

answers: The color of a rock is represented by a contour.

answers: NDQ_001606

answers: The contour line is a straight line.

answers: NDQ_001608

answers: How do contour lines help us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: contour lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: The hatch marks are drawn on the side of the circle with the higher elevation

answers: NDQ_001614

answers: a contour is a line drawn on a map

answers: NDQ_001618

answers: a hill

answers: NDQ_001619

answers: is a contour

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: contour

answers: NDQ_001622

answers: ridges

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: a ridge

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: inside the contour

answers: NDQ_001587

answers: inside the contour

answers: NDQ_001588

answers: inside

answers: NDQ_001589

answers: inside the contour

answers: NDQ_001590

answers: inside the contour

answers: NDQ_001591

answers: inside

answers: NDQ_001592

answers: inside the contour

answers: NDQ_001593

answers: inside the contour

answers: NDQ_001594

answers: inside the contour

answers: NDQ_001595

answers: inside

answers: NDQ_001597

answers: inside the contour

answers: NDQ_001598

answers: inside the contour

answers: NDQ_001600

answers: inside the contour

answers: NDQ_001603

answers: inside the contour

answers: NDQ_001605

answers: inside the contour

answers: NDQ_001606

answers: inside

answers: NDQ_001608

answers: inside the contour

answers: NDQ_001611

answers: inside the contour

answers: NDQ_001613

answers: inside the contour

answers: NDQ_001614

answers: inside the contour

answers: NDQ_001618

answers: inside the contour

answers: NDQ_001619

answers: inside the contour

answers: NDQ_001620

answers: inside the contour

answers: NDQ_001621

answers: contour

answers: NDQ_001622

answers: inside the contour

answers: NDQ_001623

answers: inside the contour

answers: NDQ_001624

answers: inside the contour

answers: NDQ_001625

answers: inside the contour

text: Dutch Topographic map of Boxtel (place), March 2014.

text: Dutch Topographic map of Boxtel (place), March 2014.

answers: NDQ_001586

answers: change in elevation

answers: NDQ_001587

answers: Boxtel (place)

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is a non-topographic map

answers: NDQ_001590

answers: The contour interval is the horizontal distance between contour lines.

answers: NDQ_001591

answers: ridges

answers: NDQ_001592

answers: Identify landmarks

answers: NDQ_001593

answers: How does a topographic map work?

answers: NDQ_001594

answers: contour lines represent the distance to the bottom

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that streams flow

answers: NDQ_001598

answers: side of mountain is steepest

answers: NDQ_001600

answers: contour lines are so close together that they almost touch

answers: NDQ_001603

answers: What is the purpose of this map?

answers: NDQ_001605

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

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval.

answers: NDQ_001608

answers: How do contour lines help us to see the shape of the land?

answers: NDQ_001611

answers: Concentric lines that are very close together show a low hill.

answers: NDQ_001613

answers: The hatch marks are drawn on the side of the circle with the higher elevation

answers: NDQ_001614

answers: Which of the following is true of a topographic map?

answers: NDQ_001618

answers: boxtel

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: boxtel

answers: NDQ_001623

answers: parallel lines

answers: NDQ_001624

answers: boxtel

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Dutch Topographic map of Boxtel

answers: NDQ_001587

answers: Boxtel

answers: NDQ_001588

answers: Boxtel

answers: NDQ_001589

answers: Topographic

answers: NDQ_001590

answers: Dutch Topographic map of Boxtel (place), March 2014.

answers: NDQ_001591

answers: Boxtel

answers: NDQ_001592

answers: Boxtel

answers: NDQ_001593

answers: Topographic map of Boxtel

answers: NDQ_001594

answers: Dutch Topographic map of Boxtel (place), March 2014.

answers: NDQ_001595

answers: 2014.

answers: NDQ_001597

answers: Dutch Topographic map of Boxtel

answers: NDQ_001598

answers: Dutch Topographic map of Boxtel (place), March 2014.

answers: NDQ_001600

answers: Dutch Topographic map of Boxtel

answers: NDQ_001603

answers: Boxtel

answers: NDQ_001605

answers: Boxtel

answers: NDQ_001606

answers: Boxtel

answers: NDQ_001608

answers: Dutch Topographic map of Boxtel

answers: NDQ_001611

answers: Dutch Topographic map of Boxtel

answers: NDQ_001613

answers: Dutch Topographic map of Boxtel

answers: NDQ_001614

answers: Dutch Topographic map of Boxtel (place), March 2014.

answers: NDQ_001618

answers: Boxtel

answers: NDQ_001619

answers: Dutch Topographic map

answers: NDQ_001620

answers: Dutch Topographic map of Boxtel (place), March 2014.

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Boxtel

answers: NDQ_001623

answers: Dutch Topographic map

answers: NDQ_001624

answers: Boxtel

answers: NDQ_001625

answers: 2014.

text: Topographic maps have multiple uses in the present day: any type of geographic planning or large-scale architecture; earth sciences and many other geographic disciplines; mining and other earth-based endeavours; civil engineering and recreational uses such as hiking and orienteering.

text: Topographic maps have multiple uses in the present day: any type of geographic

text: planning

text: or large-scale

text: architecture

text: earth sciences

text: and many other

text: geographic

text: disciplines;

text: mining

text: and other earth-based endeavours;

text: civil engineering

text: and recreational uses such as

text: hiking

text: and

text: orienteering

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: can be used to measure the distance between two points.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: it has multiple uses

answers: NDQ_001590

answers: The contour interval of a topographic map represents the horizontal distance between contour lines

answers: NDQ_001591

answers: large-scale architecture

answers: NDQ_001592

answers: mining

answers: NDQ_001593

answers: orienteering

answers: NDQ_001594

answers: recreational uses

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: civil engineering

answers: NDQ_001598

answers: orienteering

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: Which of the following is not a use of topographic maps?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: topographic maps

answers: NDQ_001613

answers: the side of the circle with the higher elevation

answers: NDQ_001614

answers: None of the above choices.

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: can be used to orienteer

answers: NDQ_001620

answers: isosceles

answers: NDQ_001621

answers: Topographic maps

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: recreational uses such as hiking and orienteering.

answers: NDQ_001587

answers: Topographic maps

answers: NDQ_001588

answers: Topographic maps

answers: NDQ_001589

answers: Topographic maps

answers: NDQ_001590

answers: Topographic maps

answers: NDQ_001591

answers: large-scale architecture;

answers: NDQ_001592

answers: large-scale architecture;

answers: NDQ_001593

answers: civil engineering and recreational uses such as hiking and orienteering.

answers: NDQ_001594

answers: Topographic maps

answers: NDQ_001595

answers: Topographic maps

answers: NDQ_001597

answers: orienteering.

answers: NDQ_001598

answers: recreational uses such as hiking and orienteering.

answers: NDQ_001600

answers: Topographic maps

answers: NDQ_001603

answers: Topographic maps have multiple uses

answers: NDQ_001605

answers: Topographic maps

answers: NDQ_001606

answers: Topographic maps

answers: NDQ_001608

answers: Topographic maps

answers: NDQ_001611

answers: Topographic maps

answers: NDQ_001613

answers: recreational uses such as hiking and orienteering.

answers: NDQ_001614

answers: Topographic maps

answers: NDQ_001618

answers: large-scale architecture;

answers: NDQ_001619

answers: Topographic maps

answers: NDQ_001620

answers: Topographic maps

answers: NDQ_001621

answers: Topographic maps

answers: NDQ_001622

answers: large-scale architecture;

answers: NDQ_001623

answers: orienteering.

answers: NDQ_001624

answers: large-scale architecture;

answers: NDQ_001625

answers: large-scale

text: Of course, to determine differences in elevation between two points, the contour interval, or distance in altitude between two adjacent contour lines, must be known, and this is given at the bottom of the map. Usually contour intervals are consistent throughout a map, but there are exceptions. Sometimes intermediate contours are present in flatter areas; these can be dashed or dotted lines at half the noted contour interval. When contours are used with hypsometric tints on a small-scale map that includes mountains and flatter low-lying areas, it is common to have smaller intervals at lower elevations so that detail is shown in all areas. Conversely, for an island which consists of a plateau surrounded by steep cliffs, it is possible to use smaller intervals as the height increases.

text: Of course, to determine differences in elevation between two points, the contour interval, or distance in altitude between two adjacent contour lines, must be known, and this is given at the bottom of the map. Usually contour intervals are consistent throughout a map, but there are exceptions. Sometimes intermediate contours are present in flatter areas; these can be dashed or dotted lines at half the noted contour interval. When contours are used with hypsometric tints on a small-scale map that includes mountains and flatter low-lying areas, it is common to have smaller intervals at lower elevations so that detail is shown in all areas. Conversely, for an island which consists of a plateau surrounded by steep cliffs, it is possible to use smaller intervals as the height increases.

answers: NDQ_001586

answers: NDQ_001587

answers: can be used for what purpose?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: it is possible to use smaller intervals as the height increases.

answers: NDQ_001590

answers: altitude between two adjacent contour lines

answers: NDQ_001591

answers: differences in elevation

answers: NDQ_001592

answers: determine differences in elevation between two points

answers: NDQ_001593

answers: slope of the land

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: smaller intervals as the height increases

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: the contour interval

answers: NDQ_001608

answers: Why do contour lines help to see the three-dimensional shape of the land

answers: NDQ_001611

answers: contour lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is drawn on the hatch marks?

answers: NDQ_001614

answers: Which of the following is true of topographic maps?

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: contours

answers: NDQ_001620

answers: contour interval

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: island

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: intermediate contours

answers: NDQ_001625

answers: half the noted contour interval

answers: NDQ_001586

answers: the contour interval, or distance in altitude between two adjacent contour lines,

answers: NDQ_001587

answers: island which consists of a plateau surrounded by steep cliffs,

answers: NDQ_001588

answers: adjacent contour lines,

answers: NDQ_001589

answers: smaller intervals at lower elevations so that detail is shown in all areas.

answers: NDQ_001590

answers: distance in altitude

answers: NDQ_001591

answers: differences in elevation between two points,

answers: NDQ_001592

answers: determine differences in elevation between two points,

answers: NDQ_001593

answers: differences in elevation between two points,

answers: NDQ_001594

answers: the contour interval, or distance in altitude between two adjacent contour lines,

answers: NDQ_001595

answers: half

answers: NDQ_001597

answers: contour interval,

answers: NDQ_001598

answers: steep cliffs,

answers: NDQ_001600

answers: plateau

answers: NDQ_001603

answers: contour interval, or distance in altitude between two adjacent contour lines,

answers: NDQ_001605

answers: hypsometric tints

answers: NDQ_001606

answers: distance in altitude

answers: NDQ_001608

answers: detail is shown in all areas.

answers: NDQ_001611

answers: steep cliffs,

answers: NDQ_001613

answers: hypsometric tints

answers: NDQ_001614

answers: contour interval, or distance in altitude between two adjacent contour lines,

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: contour interval, or distance in altitude between two adjacent contour lines,

answers: NDQ_001620

answers: the contour interval,

answers: NDQ_001621

answers: contour interval, or distance in altitude between two adjacent contour lines,

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: contour interval,

answers: NDQ_001624

answers: hypsometric tints

answers: NDQ_001625

answers: distance in altitude between two adjacent contour lines,

text: TopoQuest is a free web mapping service built on open source software that provides internet-based topographic maps for most of the United States.

text: TopoQuest is a free

text: web mapping

text: service built on

text: open source

text: software that provides internet-based

text: topographic maps

text: for most of the

text: United States

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: can be used to measure distance between two objects.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: TopoQuest is a free web mapping service

answers: NDQ_001590

answers: The contour interval of a topographic map represents the horizontal distance between contour lines

answers: NDQ_001591

answers: ridges

answers: NDQ_001592

answers: enlarge

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: contour lines represent the distance to the bottom

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: It can be used to determine the direction that streams flow.

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: contour lines are so close together that they almost touch

answers: NDQ_001603

answers: No

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Concentric lines that are very close together show a low, steep hill.

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: None of the above choices

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: topoquest

answers: NDQ_001620

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: TopoQuest

answers: NDQ_001587

answers: most of the United States.

answers: NDQ_001588

answers: TopoQuest

answers: NDQ_001589

answers: topographic maps

answers: NDQ_001590

answers: TopoQuest

answers: NDQ_001591

answers: topographic maps

answers: NDQ_001592

answers: mapping

answers: NDQ_001593

answers: topographic maps

answers: NDQ_001594

answers: TopoQuest

answers: NDQ_001595

answers: maps for most of the United States.

answers: NDQ_001597

answers: TopoQuest

answers: NDQ_001598

answers: TopoQuest

answers: NDQ_001600

answers: TopoQuest

answers: NDQ_001603

answers: topographic maps

answers: NDQ_001605

answers: topographic maps for most of the United States.

answers: NDQ_001606

answers: TopoQuest

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: TopoQuest

answers: NDQ_001613

answers: TopoQuest

answers: NDQ_001614

answers: TopoQuest

answers: NDQ_001618

answers: topographic maps for most of the United States.

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: topographic maps

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: topographic maps for most of the United States.

answers: NDQ_001623

answers: topographic maps

answers: NDQ_001624

answers: topographic maps for most of the United States.

answers: NDQ_001625

answers: TopoQuest

text: The Kloppstert is a hill, roughly 553 metres high, in the southwestern Harz in Lower Saxony, Germany. In the topographical map printed in 1978 it can only be made out with difficulty that the third letter is an o and the penultimate one an r. Unfortunately a contour line runs over the letter r so that it looks like a p. In the digitalised  1:25,000 topographic map, the hill is wrongly named as the Klappstept.

text: The Kloppstert is a hill, roughly 553 metres high, in the southwestern

text: Harz

text: in

text: Lower Saxony

text: Germany

text: . In the topographical map printed in 1978 it can only be made out with difficulty that the third letter is an o and the penultimate one an r. Unfortunately a contour line runs over the letter r so that it looks like a p. In the digitalised  1:25,000 topographic map, the hill is wrongly named as the Klappstept.

answers: NDQ_001586

answers: yes

answers: NDQ_001587

answers: How many letters does the Kloppstert have?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the hill is wrongly named as the Klappstept

answers: NDQ_001590

answers: What is the Kloppstert hill?

answers: NDQ_001591

answers: runs over the letter r

answers: NDQ_001592

answers: make out that the third letter is an o

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices

answers: NDQ_001598

answers: contour line

answers: NDQ_001600

answers: None of the above choices

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What is the color of the Kloppstert?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Yes

answers: NDQ_001611

answers: Which of the following is true of the Kloppstert?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is Kloppstert?

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: hill

answers: NDQ_001619

answers: contour line

answers: NDQ_001620

answers: 553 metres

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: Kloppstert

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: a contour line

answers: NDQ_001625

answers: 1:25,000

answers: NDQ_001586

answers: a contour line runs over the letter r

answers: NDQ_001587

answers: contour line

answers: NDQ_001588

answers: runs over the letter r

answers: NDQ_001589

answers: p.

answers: NDQ_001590

answers: contour line runs over the letter r

answers: NDQ_001591

answers: p.

answers: NDQ_001592

answers: made out with difficulty that the third letter is an o

answers: NDQ_001593

answers: contour line

answers: NDQ_001594

answers: contour line runs over the letter r

answers: NDQ_001595

answers: 553 metres

answers: NDQ_001597

answers: contour line

answers: NDQ_001598

answers: contour line

answers: NDQ_001600

answers: contour line runs over the letter r

answers: NDQ_001603

answers: topographical map

answers: NDQ_001605

answers: o

answers: NDQ_001606

answers: contour line runs over the letter r

answers: NDQ_001608

answers: contour line runs over the letter r

answers: NDQ_001611

answers: contour line runs over the letter r

answers: NDQ_001613

answers: contour line runs over the letter r

answers: NDQ_001614

answers: topographical map printed in 1978

answers: NDQ_001618

answers: a contour line runs over the letter r

answers: NDQ_001619

answers: contour line

answers: NDQ_001620

answers: 553 metres

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: letter r

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: a contour line runs over the letter r

answers: NDQ_001625

answers: 1:25,000

text: Dutch Topographic map of Dronten (town), March 2014.

text: Dutch Topographic map of Dronten (town), March 2014.

answers: NDQ_001586

answers: change in elevation

answers: NDQ_001587

answers: Dronten (town)

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is a map of the ocean

answers: NDQ_001590

answers: The contour interval of a topographic map represents the horizontal distance between contour lines

answers: NDQ_001591

answers: elevation change

answers: NDQ_001592

answers: change direction

answers: NDQ_001593

answers: How does a topographic map work?

answers: NDQ_001594

answers: What are contour lines used for?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that streams flow

answers: NDQ_001598

answers: The side of the mountain that is steepest

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a valley

answers: NDQ_001603

answers: What is Dronten?

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: How do contour lines help us to see the shape of the land?

answers: NDQ_001611

answers: How would you describe Dronten (town)?

answers: NDQ_001613

answers: the side with the lower elevation

answers: NDQ_001614

answers: Which of the following is true of a topographic map?

answers: NDQ_001618

answers: concentric contour lines

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Dronten

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: contour lines

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Dutch Topographic map of Dronten

answers: NDQ_001587

answers: Dronten (town), March 2014.

answers: NDQ_001588

answers: Dutch Topographic map of Dronten (town), March 2014.

answers: NDQ_001589

answers: Topographic

answers: NDQ_001590

answers: Dutch Topographic map of Dronten (town), March 2014.

answers: NDQ_001591

answers: Topographic map

answers: NDQ_001592

answers: Dronten (town), March 2014.

answers: NDQ_001593

answers: Topographic map of Dronten (town), March 2014.

answers: NDQ_001594

answers: Dutch Topographic map of Dronten (town), March 2014.

answers: NDQ_001595

answers: 2014.

answers: NDQ_001597

answers: Topographic map of Dronten (town), March 2014.

answers: NDQ_001598

answers: Dutch Topographic map of Dronten (town), March 2014.

answers: NDQ_001600

answers: Dutch Topographic map of Dronten (town), March 2014.

answers: NDQ_001603

answers: Dutch Topographic map of Dronten (town), March 2014.

answers: NDQ_001605

answers: Dronten (town), March 2014.

answers: NDQ_001606

answers: Dutch Topographic map of Dronten

answers: NDQ_001608

answers: Dutch Topographic map of Dronten (town), March 2014.

answers: NDQ_001611

answers: Dutch Topographic map of Dronten

answers: NDQ_001613

answers: Dutch Topographic map of Dronten (town), March 2014.

answers: NDQ_001614

answers: Dutch Topographic map of Dronten (town), March 2014.

answers: NDQ_001618

answers: Dronten

answers: NDQ_001619

answers: Dutch Topographic map

answers: NDQ_001620

answers: Dutch Topographic map of Dronten (town), March 2014.

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Dronten

answers: NDQ_001623

answers: Dutch Topographic map of Dronten

answers: NDQ_001624

answers: Dronten

answers: NDQ_001625

answers: 2014.

text: U.S. Forest Service maps, Bureau of Land Management maps, and U.S. Geological Survey (USGS) 1-24,000 scale topographic hard copy maps or topographic software such as National Geographic TOPO! are recommended for planning and on-trail use. A trail map is available for digital download in seventy-six separate PDF files at the Idaho Parks and Recreation Department Web site (see links section below). The link below does not lead to the PDF files but they can be found by searching the Idaho Parks and Recreation Web site.

text: U.S. Forest Service maps, Bureau of Land Management maps, and U.S. Geological Survey (USGS) 1-24,000 scale topographic hard copy maps or topographic software such as National Geographic TOPO! are recommended for planning and on-trail use. A trail map is available for digital download in seventy-six separate PDF files at the Idaho Parks and Recreation Department Web site (see links section below). The link below does not lead to the PDF files but they can be found by searching the Idaho Parks and Recreation Web site.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What is the main idea of the passage?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: are recommended for planning and on-trail use

answers: NDQ_001590

answers: What is the horizontal distance between contour lines

answers: NDQ_001591

answers: topographic

answers: NDQ_001592

answers: lead to the PDF files

answers: NDQ_001593

answers: unanswerable

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: yes

answers: NDQ_001598

answers: steepest

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: What does the USGS use to represent different types of rocks?

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: contour lines

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: 1-24,000 scale

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: mountain

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: 1-24,000

answers: NDQ_001586

answers: 1-24,000 scale topographic hard copy maps

answers: NDQ_001587

answers: links

answers: NDQ_001588

answers: 1-24,000 scale topographic hard copy maps

answers: NDQ_001589

answers: 1-24,000 scale topographic

answers: NDQ_001590

answers: 1-24,000

answers: NDQ_001591

answers: on-trail

answers: NDQ_001592

answers: planning and on-trail use.

answers: NDQ_001593

answers: 1-24,000 scale topographic hard copy maps

answers: NDQ_001594

answers: 1-24,000 scale topographic hard copy maps

answers: NDQ_001595

answers: 1-24,000

answers: NDQ_001597

answers: 1-24,000 scale topographic hard copy maps

answers: NDQ_001598

answers: 1-24,000 scale topographic hard copy maps

answers: NDQ_001600

answers: 1-24,000 scale topographic hard copy maps

answers: NDQ_001603

answers: 1-24,000 scale topographic hard copy maps

answers: NDQ_001605

answers: 1-24,000 scale topographic hard copy maps

answers: NDQ_001606

answers: 1-24,000

answers: NDQ_001608

answers: topographic hard copy maps

answers: NDQ_001611

answers: 1-24,000 scale topographic hard copy maps or topographic software

answers: NDQ_001613

answers: 1-24,000 scale topographic hard copy maps

answers: NDQ_001614

answers: 1-24,000 scale topographic hard copy maps

answers: NDQ_001618

answers: on-trail

answers: NDQ_001619

answers: 1-24,000

answers: NDQ_001620

answers: 1-24,000

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: on-trail

answers: NDQ_001623

answers: 1-24,000 scale topographic hard copy maps

answers: NDQ_001624

answers: on-trail

answers: NDQ_001625

answers: 1-24,000

text: Based on the survey, some 150 geographical features were mapped for the first time and a new 1:100000 topographic map of the two islands was published in 2005.  Data from the topographic survey Tangra 2004/05 was used also in the 2008 Bulgarian map of Livingston, Greenwich, Robert, Snow, and Smith Islands.

text: Based on the survey, some 150 geographical features were mapped for the first time and a new 1:100000

text: topographic map

text: of the two islands was published in 2005.  Data from the topographic survey Tangra 2004/05 was used also in the 2008 Bulgarian map of Livingston, Greenwich,

text: Robert

text: Snow

text: , and

text: Smith

text: Islands.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: How many years after the survey was Tangra 2004/05 published?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: 1:100000 topographic map

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: geographical features

answers: NDQ_001592

answers: survey

answers: NDQ_001593

answers: Yes

answers: NDQ_001594

answers: What is a bathymetric map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow

answers: NDQ_001598

answers: the steepest

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: It's impossible to say

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: How would you describe a hill?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is the hatch mark?

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: NDQ_001619

answers: NDQ_001620

answers: NDQ_001621

answers: 1:100000 topographic map

answers: NDQ_001622

answers: NDQ_001623

answers: isoline

answers: NDQ_001624

answers: NDQ_001625

answers: 1:100000

answers: NDQ_001586

answers: 1:100000

answers: NDQ_001587

answers: 150 geographical features

answers: NDQ_001588

answers: 1:100000 topographic map of the two islands was published in 2005.

answers: NDQ_001589

answers: 1:100000

answers: NDQ_001590

answers: 1:100000

answers: NDQ_001591

answers: geographical features

answers: NDQ_001592

answers: mapped

answers: NDQ_001593

answers: 1:100000

answers: NDQ_001594

answers: 1:100000

answers: NDQ_001595

answers: 1:100000

answers: NDQ_001597

answers: 1:100000

answers: NDQ_001598

answers: 1:100000

answers: NDQ_001600

answers: 1:100000

answers: NDQ_001603

answers: 1:100000 topographic map

answers: NDQ_001605

answers: 2005.

answers: NDQ_001606

answers: 1:100000

answers: NDQ_001608

answers: topographic map

answers: NDQ_001611

answers: topographic survey Tangra 2004/05

answers: NDQ_001613

answers: 1:100000

answers: NDQ_001614

answers: 1:100000 topographic map of the two islands was published in 2005.

answers: NDQ_001618

answers: geographical features

answers: NDQ_001619

answers: 1:100000

answers: NDQ_001620

answers: 1:100000

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: islands

answers: NDQ_001623

answers: 1:100000

answers: NDQ_001624

answers: islands

answers: NDQ_001625

answers: 1:100000

text: Björn Gunnlaugsson (25 September 1788 – 17 March 1876) was an Icelandic mathematician and cartographer. For the Icelandic Literary Society, he surveyed the country from 1831 to 1843. The results of his work were published in a topographic map of Iceland at a scale of 1:480,000 on four sheets. It was the first complete map of Iceland and, although generally dated to 1844, was not completed until 1848. It was published under the direction of Olaf Nikolas Olsen in Copenhagen. In 1849, a smaller edition on one sheet at a scale of 1:960,000 appeared. For his survey work, Björn received the Order of the Dannebrog in 1846 and the French Légion d'honneur in 1859.

text: Björn Gunnlaugsson (25 September 1788 – 17 March 1876) was an

text: Iceland

text: ic

text: mathematician

text: and

text: cartographer

text: . For the

text: Icelandic Literary Society

text: , he surveyed the country from 1831 to 1843. The results of his work were published in a

text: topographic

text: map of Iceland at a scale of 1:480,000 on four sheets. It was the first complete map of Iceland and, although generally dated to 1844, was not completed until 1848. It was published under the direction of

text: Olaf Nikolas Olsen

text: in

text: Copenhagen

text: . In 1849, a smaller edition on one sheet at a scale of 1:960,000 appeared. For his survey work, Björn received the

text: Order of the Dannebrog

text: in 1846 and the French

text: Légion d'honneur

text: in 1859.

answers: NDQ_001586

answers: What was the first complete map of Iceland?

answers: NDQ_001587

answers: How many years did Björn Gunnlaugsson survey?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: 1:480,000 on four sheets

answers: NDQ_001590

answers: What was the first complete map of Iceland?

answers: NDQ_001591

answers: topographic map

answers: NDQ_001592

answers: scale

answers: NDQ_001593

answers: What was the first complete map of Iceland?

answers: NDQ_001594

answers: What was the first complete map of Iceland?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: How would you describe Björn Gunnlaugsson?

answers: NDQ_001598

answers: scale of 1:480,000

answers: NDQ_001600

answers: What was the first complete map of Iceland?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What was the color of the first complete map of Iceland?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What did Björn receive for his survey work?

answers: NDQ_001611

answers: How many sheets did the map of Iceland have?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is drawn on the hatch marks?

answers: NDQ_001614

answers: What was the first complete map of Iceland?

answers: NDQ_001618

answers: Icelandic Literary Society

answers: NDQ_001619

answers: 1:960,000

answers: NDQ_001620

answers: 1:480,000

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Icelandic Literary Society

answers: NDQ_001623

answers: scale of 1:480,000

answers: NDQ_001624

answers: Icelandic Literary Society

answers: NDQ_001625

answers: 1:480,000

answers: NDQ_001586

answers: 1:480,000

answers: NDQ_001587

answers: 1831 to 1843.

answers: NDQ_001588

answers: Björn Gunnlaugsson

answers: NDQ_001589

answers: topographic map of Iceland at a scale of 1:480,000

answers: NDQ_001590

answers: 1:480,000

answers: NDQ_001591

answers: Iceland

answers: NDQ_001592

answers: surveyed the country from 1831 to 1843.

answers: NDQ_001593

answers: 1:480,000

answers: NDQ_001594

answers: 1:480,000

answers: NDQ_001595

answers: 1:480,000

answers: NDQ_001597

answers: topographic map of Iceland at a scale of 1:480,000

answers: NDQ_001598

answers: 1:480,000

answers: NDQ_001600

answers: 1:480,000

answers: NDQ_001603

answers: topographic map of Iceland at a scale of 1:480,000

answers: NDQ_001605

answers: French Légion d'honneur in 1859.

answers: NDQ_001606

answers: 1:480,000

answers: NDQ_001608

answers: topographic map of Iceland at a scale of 1:480,000

answers: NDQ_001611

answers: Björn Gunnlaugsson

answers: NDQ_001613

answers: 1:480,000

answers: NDQ_001614

answers: 1:480,000

answers: NDQ_001618

answers: Iceland

answers: NDQ_001619

answers: 1:960,000

answers: NDQ_001620

answers: 1:480,000

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Iceland

answers: NDQ_001623

answers: 1:480,000

answers: NDQ_001624

answers: Iceland

answers: NDQ_001625

answers: 1:480,000

text: Topographic maps for Taiwan had long been kept as confidential information due to security concerns. It has only been recently made available to public from the National Land Surveying and Mapping Center, the government agency responsible for surveying and publishing various maps. Topographic maps of up to 1:25,000 is now available in digital and printed format.

text: Topographic maps for Taiwan had long been kept as confidential information due to security concerns. It has only been recently made available to public from the National Land Surveying and Mapping Center, the government agency responsible for surveying and publishing various maps. Topographic maps of up to 1:25,000 is now available in digital and printed format.

answers: NDQ_001586

answers: changes in elevation

answers: NDQ_001587

answers: Which of the following is not a government agency: National Land Surveying and Mapping Center, the government agency responsible for surveying and publishing various maps or Taiwan?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the government agency responsible for surveying and publishing various maps

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: Taiwan

answers: NDQ_001592

answers: survey

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: The National Land Surveying and Mapping Center

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: None of the above choices.

answers: NDQ_001613

answers: Which of the following is not a side of the circle with the higher elevation?

answers: NDQ_001614

answers: Which of the following is not true of topographic maps?

answers: NDQ_001618

answers: Taiwan

answers: NDQ_001619

answers: cannot be used to answer this question

answers: NDQ_001620

answers: is the difference in elevation

answers: NDQ_001621

answers: Topographic maps

answers: NDQ_001622

answers: Taiwan

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: Taiwan

answers: NDQ_001625

answers: 1:25,000

answers: NDQ_001586

answers: Topographic maps of up to 1:25,000

answers: NDQ_001587

answers: Topographic maps of up to 1:25,000

answers: NDQ_001588

answers: Topographic maps of up to 1:25,000

answers: NDQ_001589

answers: Topographic maps of up to 1:25,000

answers: NDQ_001590

answers: Topographic maps of up to 1:25,000

answers: NDQ_001591

answers: security concerns.

answers: NDQ_001592

answers: confidential information due to security concerns.

answers: NDQ_001593

answers: Topographic maps of up to 1:25,000

answers: NDQ_001594

answers: Topographic maps of up to 1:25,000

answers: NDQ_001595

answers: 1:25,000

answers: NDQ_001597

answers: Topographic maps of up to 1:25,000

answers: NDQ_001598

answers: Topographic maps of up to 1:25,000

answers: NDQ_001600

answers: Topographic maps of up to 1:25,000

answers: NDQ_001603

answers: Topographic maps

answers: NDQ_001605

answers: Topographic maps

answers: NDQ_001606

answers: Topographic maps

answers: NDQ_001608

answers: Topographic maps

answers: NDQ_001611

answers: Topographic maps of up to 1:25,000

answers: NDQ_001613

answers: Topographic maps of up to 1:25,000

answers: NDQ_001614

answers: Topographic maps of up to 1:25,000

answers: NDQ_001618

answers: Taiwan

answers: NDQ_001619

answers: Topographic maps of up to 1:25,000

answers: NDQ_001620

answers: 1:25,000

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Taiwan

answers: NDQ_001623

answers: Topographic maps of up to 1:25,000

answers: NDQ_001624

answers: Taiwan

answers: NDQ_001625

answers: 1:25,000

text: The Wei (220–265) and Jin Dynasty (265–420) cartographer and official Pei Xiu (224–271) was the first in China to describe in full the geometric grid reference for maps that allowed for precise measurements using a graduated scale, as well as topographical elevation. However, map-making in China had existed since at least the 4th century BC with the Qin state maps found in Gansu in 1986. Pinpointed accuracy of the winding courses of rivers and familiarity with scaled distance had been known since the Qin and Han Dynasty, respectively, as evidenced by their existing maps, while the use of a rectangular grid had been known in China since the Han as well. Historian Howard Nelson states that, although the accounts of Zhang Heng's work in cartography are somewhat vague and sketchy, there is ample written evidence that Pei Xiu derived the use of the rectangular grid reference from the maps of Zhang Heng. Rafe de Crespigny asserts that it was Zhang who established the rectangular grid system in Chinese cartography. Needham points out that the title of his book Flying Bird Calendar may have been a mistake, and that the book is more accurately entitled Bird's Eye Map. Historian Florian C. Reiter notes that Zhang's narrative "Guitian fu" contains a phrase about applauding the maps and documents of Confucius of the Zhou Dynasty, which Reiter suggests places maps (tu) on a same level of importance with documents (shu). It is documented that a physical geography map was first presented by Zhang Heng in 116 AD, called a Ti Hsing Thu.

text: The

text: Wei

text: (220–265) and

text: Jin Dynasty

text: cartographer

text: and official

text: Pei Xiu

text: (224–271) was the first in China to describe in full the geometric

text: grid reference

text: for maps that allowed for precise measurements

text: using a graduated scale

text: , as well as topographical

text: elevation

text: . However, map-making in China had existed since at least the 4th century BC with the

text: Qin state

text: maps found in

text: Gansu

text: in 1986. Pinpointed accuracy of the winding courses of rivers and familiarity with scaled distance had been known since the

text: Qin

text: and Han Dynasty, respectively, as evidenced by their existing maps, while the use of a rectangular

text: grid

text: had been known in China since the Han as well. Historian Howard Nelson states that, although the accounts of Zhang Heng's work in cartography are somewhat vague and sketchy, there is ample written evidence that Pei Xiu derived the use of the rectangular grid reference from the maps of Zhang Heng. Rafe de Crespigny asserts that it was Zhang who established the rectangular grid system in Chinese cartography. Needham points out that the title of his book Flying Bird Calendar may have been a mistake, and that the book is more accurately entitled Bird's Eye Map. Historian Florian C. Reiter notes that Zhang's narrative "Guitian fu" contains a phrase about applauding the maps and documents of

text: Confucius

text: of the Zhou Dynasty, which Reiter suggests places maps (tu) on a same level of importance with documents (shu). It is documented that a physical geography map was first presented by Zhang Heng in 116 AD, called a Ti Hsing Thu.

answers: NDQ_001586

answers: Pei Xiu

answers: NDQ_001587

answers: How many years after the Qin state maps were found in Gansu in 1986?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Pinpointed accuracy of the winding courses of rivers

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: winding courses

answers: NDQ_001592

answers: precise measurements using a graduated scale

answers: NDQ_001593

answers: elevation

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: winding courses

answers: NDQ_001598

answers: elevation

answers: NDQ_001600

answers: Pei Xiu

answers: NDQ_001603

answers: What does the title Bird's Eye Map refer to?

answers: NDQ_001605

answers: How many years did Pei Xiu work in cartography?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What allows for precise measurements using a graduated scale?

answers: NDQ_001611

answers: what is the first in China to describe in full the geometric grid reference for maps

answers: NDQ_001613

answers: the Jin Dynasty

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: elevation

answers: NDQ_001619

answers: graduated scale

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: elevation

answers: NDQ_001623

answers: graduated scale

answers: NDQ_001624

answers: winding courses of rivers

answers: NDQ_001625

answers: 220–265

answers: NDQ_001586

answers: Zhang who established the rectangular grid system in Chinese cartography.

answers: NDQ_001587

answers: Florian C. Reiter

answers: NDQ_001588

answers: Zhang who established the rectangular grid system in Chinese cartography.

answers: NDQ_001589

answers: grid system

answers: NDQ_001590

answers: 4th century BC

answers: NDQ_001591

answers: grid system

answers: NDQ_001592

answers: precise measurements using a graduated scale,

answers: NDQ_001593

answers: elevation.

answers: NDQ_001594

answers: Zhang who established the rectangular grid system in Chinese cartography.

answers: NDQ_001595

answers: Bird's Eye Map.

answers: NDQ_001597

answers: winding courses of rivers

answers: NDQ_001598

answers: Zhang who established the rectangular grid system in Chinese cartography.

answers: NDQ_001600

answers: Zhang who established the rectangular grid system in Chinese cartography.

answers: NDQ_001603

answers: (tu) on a same level of importance with documents (shu).

answers: NDQ_001605

answers: Zhang Heng

answers: NDQ_001606

answers: Chinese cartography.

answers: NDQ_001608

answers: Zhang Heng

answers: NDQ_001611

answers: Pei Xiu

answers: NDQ_001613

answers: geometric grid reference for maps that allowed for precise measurements using a graduated scale,

answers: NDQ_001614

answers: 4th century BC

answers: NDQ_001618

answers: elevation.

answers: NDQ_001619

answers: graduated scale,

answers: NDQ_001620

answers: elevation.

answers: NDQ_001621

answers: topographical elevation.

answers: NDQ_001622

answers: elevation.

answers: NDQ_001623

answers: geometric grid reference

answers: NDQ_001624

answers: elevation.

answers: NDQ_001625

answers: Ti Hsing Thu.

text: The first officer appointed to the position Lieutenant Survey Section RAE (Permanent) was Lieutenant William Lawrence Whitham, a licensed surveyor from South Australia, having been highly recommended by the Surveyor-General South Australia. He assumed his appointment on 1 July 1910 at which time there were seven members of the Section. All men were professional surveyors and draftsman. CMF officers of the AIC in the Military District Headquarters supervised the work of the Section. In 1912 the Queensland, New South Wales, Victoria and South Australia State Governments each agreed to loan a Lands Department Survey Officer to the Survey Section RAE for two years to supervise the work of the Section in each State. Each Survey Officer was a militia officer in the AIC. The Section was divided into two sub-sections and employed in New South Wales, Victoria, South Australia and Western Australia producing scale 1 inch to 1 mile military maps ('1 mile' map) mainly of areas around cities and key infrastructure. By mid-1913 the Section had completed topographic field sheets by plane-tabling for eight maps around Newcastle, Melbourne and Canberra. The initial method of using parish plans to position the topographic detail was soon found to be inadequate and a geodetic subsection was established in 1914 to provide surveys by geodetic triangulation as spatial frameworks for the field sheets produced by the topographers. The triangulation work started at Werribee south-west of Melbourne and proceeded west along the coast to Warrnambool. This work included the 1860 Geodetic Survey of Victoria where appropriate – much of which was produced by Royal Engineer officers. The AIC was disbanded in 1914 but the work of the Survey Section continued under the supervision and control of the Intelligence Section of the General Staff under the general direction of the Chief of the General Staff (CGS).

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: How many members of the Section were professional surveyors and draftsman?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: 1 mile' map mainly of areas around cities and key infrastructure

answers: NDQ_001590

answers: 1 inch to 1 mile

answers: NDQ_001591

answers: triangulation

answers: NDQ_001592

answers: position the topographic detail

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: What was the first officer appointed to the position Lieutenant Survey Section RAE (Permanent)?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: topographic field sheets

answers: NDQ_001600

answers: What was the first officer appointed to the position Lieutenant Survey Section RAE (Permanent)?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What was the first officer appointed to the position?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What was the initial method of using parish plans to position the topographic detail

answers: NDQ_001611

answers: How many members of the Section were professional surveyors and draftsman?

answers: NDQ_001613

answers: How many members of the Section were professional surveyors and draftsman?

answers: NDQ_001614

answers: How many members of the Section were professional surveyors and draftsman?

answers: NDQ_001618

answers: Newcastle, Melbourne and Canberra

answers: NDQ_001619

answers: 1 mile

answers: NDQ_001620

answers: 1 mile

answers: NDQ_001621

answers: 1 mile map

answers: NDQ_001622

answers: '1 mile' map

answers: NDQ_001623

answers: triangulation

answers: NDQ_001624

answers: Werribee

answers: NDQ_001625

answers: 1 mile

answers: NDQ_001586

answers: geodetic triangulation

answers: NDQ_001587

answers: geodetic triangulation

answers: NDQ_001588

answers: Melbourne and Canberra.

answers: NDQ_001589

answers: scale 1 inch to 1 mile military maps

answers: NDQ_001590

answers: a geodetic subsection

answers: NDQ_001591

answers: spatial frameworks

answers: NDQ_001592

answers: position the topographic detail

answers: NDQ_001593

answers: Melbourne

answers: NDQ_001594

answers: Werribee

answers: NDQ_001595

answers: 1 inch to 1 mile

answers: NDQ_001597

answers: a geodetic subsection was established in 1914

answers: NDQ_001598

answers: Werribee

answers: NDQ_001600

answers: Newcastle, Melbourne and Canberra.

answers: NDQ_001603

answers: Survey Section RAE

answers: NDQ_001605

answers: Survey Section RAE

answers: NDQ_001606

answers: 1914 to provide surveys by geodetic triangulation

answers: NDQ_001608

answers: Melbourne and proceeded west along the coast to Warrnambool.

answers: NDQ_001611

answers: Werribee south-west of Melbourne

answers: NDQ_001613

answers: Newcastle, Melbourne and Canberra.

answers: NDQ_001614

answers: a geodetic subsection was established in 1914

answers: NDQ_001618

answers: key infrastructure.

answers: NDQ_001619

answers: ('1 mile'

answers: NDQ_001620

answers: 1 mile

answers: NDQ_001621

answers: 1 mile

answers: NDQ_001622

answers: Melbourne

answers: NDQ_001623

answers: triangulation

answers: NDQ_001624

answers: Canberra.

answers: NDQ_001625

answers: 1 mile

text: CARLA was a customized software program conceived by Beverly Willis and written in house by a Harvard Graduate School of Design student, Jochen Eigen, designed to analyze prospective land parcels for their development potential as large-scale multi-unit complexes. Jochen Eigen wrote the programming scripts that directed CARLA as the managing software to interface a variety of planning unit concepts with a mapping program that could then process a variety of planning proposals against the site’s fixed fields of relevant data. The data was extracted from traditional analog topographical maps soil analysis, and marketing information.

text: CARLA was a customized software program conceived by

text: Beverly Willis

text: and written in house by a

text: Harvard Graduate School of Design

text: student, Jochen Eigen, designed to analyze prospective land parcels for their development potential as large-scale multi-unit complexes. Jochen Eigen wrote the programming scripts that directed CARLA as the managing software to interface a variety of planning unit concepts with a mapping program that could then process a variety of planning proposals against the site’s fixed fields of relevant data. The data was extracted from traditional analog topographical maps soil analysis, and marketing information.

answers: NDQ_001586

answers: The data was extracted from traditional analog topographical maps

answers: NDQ_001587

answers: What was the purpose of CARLA?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: bathymetric map

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: multi-unit complexes

answers: NDQ_001592

answers: marketing information

answers: NDQ_001593

answers: data was extracted from traditional analog topographical maps

answers: NDQ_001594

answers: What is a bathymetric map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow

answers: NDQ_001598

answers: the steepest

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What was extracted from traditional analog topographical maps?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is a contour line?

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: What was the data extracted from traditional analog topographical maps?

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: land parcels for their development potential

answers: NDQ_001619

answers: analog topographical

answers: NDQ_001620

answers: NDQ_001621

answers: topographical maps

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: isosceles

answers: NDQ_001624

answers: v-shaped contour lines

answers: NDQ_001625

answers: 0 m

answers: NDQ_001586

answers: analog topographical maps

answers: NDQ_001587

answers: topographical maps soil analysis, and marketing information.

answers: NDQ_001588

answers: topographical maps

answers: NDQ_001589

answers: analog topographical maps soil analysis,

answers: NDQ_001590

answers: topographical maps

answers: NDQ_001591

answers: development potential as large-scale multi-unit complexes.

answers: NDQ_001592

answers: soil analysis, and marketing information.

answers: NDQ_001593

answers: soil analysis, and marketing information.

answers: NDQ_001594

answers: analog topographical maps

answers: NDQ_001595

answers: CARLA was a customized software program conceived by Beverly Willis

answers: NDQ_001597

answers: topographical maps

answers: NDQ_001598

answers: analog topographical maps

answers: NDQ_001600

answers: large-scale multi-unit complexes.

answers: NDQ_001603

answers: topographical maps

answers: NDQ_001605

answers: analog topographical maps

answers: NDQ_001606

answers: CARLA was a customized software program conceived by Beverly Willis

answers: NDQ_001608

answers: topographical maps

answers: NDQ_001611

answers: CARLA was a customized software program conceived by Beverly Willis

answers: NDQ_001613

answers: analog topographical maps

answers: NDQ_001614

answers: topographical maps

answers: NDQ_001618

answers: soil analysis,

answers: NDQ_001619

answers: analog topographical maps

answers: NDQ_001620

answers: analog topographical maps

answers: NDQ_001621

answers: topographical maps

answers: NDQ_001622

answers: multi-unit complexes.

answers: NDQ_001623

answers: analog topographical maps

answers: NDQ_001624

answers: soil analysis,

answers: NDQ_001625

answers: analog topographical maps

text: Cartographers use a projection to project the curved surface of the earth onto a flat surface. This generates a grid that is used as a base for national topographic mapping. The projection introduces a distortion so that grid north differs from true north; magnetic north is a natural feature that differs from both. As an example: at 52° 35' N 1° 10' E (approx 7 km west of Norwich, England) true north is 2° 33' west of grid north, and magnetic north is about 7° west of grid north. Magnetic north varies continually and in this example (1986) was reducing by about ½° in four years. Orienteering maps are printed using magnetic north and this requires an adjustment to be made to the base map.

text: Cartographers use a

text: projection

text: to project the curved surface of the earth onto a flat surface. This generates a grid that is used as a base for national topographic mapping. The projection introduces a distortion so that grid north differs from true north; magnetic north is a natural feature that differs from both. As an example: at 52° 35' N 1° 10' E (approx 7 km west of Norwich, England) true north is 2° 33' west of grid north, and magnetic north is about 7° west of grid north. Magnetic north varies continually and in this example (1986) was reducing by about ½° in four years. Orienteering maps are printed using magnetic north and this requires an adjustment to be made to the base map.

answers: NDQ_001586

answers: true north is about 7° west of grid north

answers: NDQ_001587

answers: can be used to show

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: true north is about 7° west of grid north

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: magnetic north

answers: NDQ_001592

answers: true north

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: contour lines represent the distance to the bottom of the water

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: true north

answers: NDQ_001600

answers: What is a natural feature that differs from both?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a natural feature that differs from both?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is a natural feature that differs from both?

answers: NDQ_001611

answers: What is a natural feature that differs from both?

answers: NDQ_001613

answers: What is the difference between true north and grid north?

answers: NDQ_001614

answers: Which of the following is not true?

answers: NDQ_001618

answers: magnetic north

answers: NDQ_001619

answers: NDQ_001620

answers: true north

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: true north

answers: NDQ_001623

answers: grid

answers: NDQ_001624

answers: magnetic north

answers: NDQ_001625

answers: 2° 33'

answers: NDQ_001586

answers: magnetic north

answers: NDQ_001587

answers: curved surface of the earth onto a flat surface.

answers: NDQ_001588

answers: grid north differs from true north;

answers: NDQ_001589

answers: grid north differs from true north;

answers: NDQ_001590

answers: grid north differs from true north; magnetic north

answers: NDQ_001591

answers: magnetic north

answers: NDQ_001592

answers: Orienteering maps are printed using magnetic north

answers: NDQ_001593

answers: Orienteering maps are printed using magnetic north

answers: NDQ_001594

answers: magnetic north

answers: NDQ_001595

answers: 2° 33'

answers: NDQ_001597

answers: Orienteering maps are printed using magnetic north

answers: NDQ_001598

answers: magnetic north

answers: NDQ_001600

answers: projection to project the curved surface of the earth onto a flat surface.

answers: NDQ_001603

answers: topographic mapping.

answers: NDQ_001605

answers: magnetic north

answers: NDQ_001606

answers: grid north differs from true north; magnetic north

answers: NDQ_001608

answers: projection

answers: NDQ_001611

answers: magnetic north

answers: NDQ_001613

answers: magnetic north

answers: NDQ_001614

answers: topographic mapping.

answers: NDQ_001618

answers: magnetic north

answers: NDQ_001619

answers: Orienteering maps

answers: NDQ_001620

answers: true north is 2° 33' west of grid north,

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: magnetic north

answers: NDQ_001623

answers: grid

answers: NDQ_001624

answers: magnetic north

answers: NDQ_001625

answers: 52° 35' N 1° 10' E

text: The topographic map revealed in the olfactory system differs in quality from the orderly representation inherent in the retinotopic, tonotopic, or somatotopic sensory maps.  Olfactory neurons differ from one another by the nature of the receptor that they possess. However, the olfactory sensory neurons to which olfactory bulb neurons are connected are also distributed across the receptor sheet (the olfactory epithelium) depending on their chemical preferences. Locations on the olfactory epithelium and the olfactory bulb are correlated  so, as with other sensory systems, the topographic map in the brain is linked to the structure of the peripheral organ. This principle is called rhinotopy.

text: The topographic map revealed in the olfactory system differs in quality from the orderly representation inherent in the retinotopic, tonotopic, or somatotopic sensory maps.  Olfactory neurons differ from one another by the nature of the receptor that they possess. However, the olfactory sensory neurons to which olfactory bulb neurons are connected are also distributed across the receptor sheet (the olfactory epithelium) depending on their chemical preferences. Locations on the olfactory epithelium and the olfactory bulb are correlated  so, as with other sensory systems, the topographic map in the brain is linked to the structure of the peripheral organ. This principle is called rhinotopy.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: Olfactory neurons differ from one another by the nature of the receptor that they possess.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the topographic map in the brain is linked to the structure of the peripheral organ

answers: NDQ_001590

answers: What is the principle called rhinotopy?

answers: NDQ_001591

answers: the structure of the peripheral organ

answers: NDQ_001592

answers: linked to the structure of the peripheral organ

answers: NDQ_001593

answers: unanswerable

answers: NDQ_001594

answers: What principle is called rhinotopy?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: What principle is called rhinotopy?

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: Which of the following is not a type of map: retinotopic, tonotopic, or somatotopic

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What principle is called rhinotopy?

answers: NDQ_001611

answers: None of the above choices.

answers: NDQ_001613

answers: the topographic map revealed in the olfactory system

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: retinotopic

answers: NDQ_001619

answers: topographic map

answers: NDQ_001620

answers: Tonotopic

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: retinotopic

answers: NDQ_001623

answers: Rhinotopy

answers: NDQ_001624

answers: tonotopic

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: rhinotopy.

answers: NDQ_001587

answers: (the olfactory epithelium)

answers: NDQ_001588

answers: rhinotopy.

answers: NDQ_001589

answers: orderly representation

answers: NDQ_001590

answers: rhinotopy.

answers: NDQ_001591

answers: rhinotopy.

answers: NDQ_001592

answers: orderly representation

answers: NDQ_001593

answers: rhinotopy.

answers: NDQ_001594

answers: rhinotopy.

answers: NDQ_001595

answers: The topographic map

answers: NDQ_001597

answers: rhinotopy.

answers: NDQ_001598

answers: rhinotopy.

answers: NDQ_001600

answers: rhinotopy.

answers: NDQ_001603

answers: rhinotopy.

answers: NDQ_001605

answers: retinotopic, tonotopic, or somatotopic

answers: NDQ_001606

answers: The topographic map

answers: NDQ_001608

answers: The topographic map

answers: NDQ_001611

answers: rhinotopy.

answers: NDQ_001613

answers: rhinotopy.

answers: NDQ_001614

answers: The topographic map

answers: NDQ_001618

answers: olfactory system

answers: NDQ_001619

answers: retinotopic, tonotopic, or somatotopic

answers: NDQ_001620

answers: rhinotopy.

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: olfactory system

answers: NDQ_001623

answers: rhinotopy.

answers: NDQ_001624

answers: olfactory bulb

answers: NDQ_001625

answers: olfactory system

text: The GNIS database consistently reports the peak elevation lower than the referenced USGS and/or USFS topographic maps. The topographic maps also report lower elevations than selected GPS measurements conducted by personnel of the Juneau Icefield Research Program, but not to the degree of the GNIS Database.

text: The

text: GNIS

text: database consistently reports the peak elevation lower than the referenced

text: USGS

text: and/or

text: USFS

text: topographic maps. The topographic maps also report lower elevations than selected

text: GPS

text: measurements conducted by personnel of the

text: Juneau Icefield Research Program

text: , but not to the degree of the

text: GNIS

text: Database.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: Which of the following is not a topographic map: USGS, USFS, or GNIS?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the peak elevation lower than the referenced USGS and/or USFS topographic maps

answers: NDQ_001590

answers: What is a contour interval?

answers: NDQ_001591

answers: elevations

answers: NDQ_001592

answers: lower elevations than selected GPS measurements

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: no

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: None of the above choices

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: peak elevation

answers: NDQ_001619

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: icefield

answers: NDQ_001623

answers: peak elevation

answers: NDQ_001624

answers: icefield

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: USGS and/or USFS topographic maps.

answers: NDQ_001587

answers: Juneau Icefield Research Program,

answers: NDQ_001588

answers: USGS and/or USFS topographic maps.

answers: NDQ_001589

answers: peak elevation lower

answers: NDQ_001590

answers: USGS and/or USFS topographic maps.

answers: NDQ_001591

answers: peak elevation lower

answers: NDQ_001592

answers: report lower elevations

answers: NDQ_001593

answers: The topographic maps also report lower elevations

answers: NDQ_001594

answers: USGS and/or USFS topographic maps.

answers: NDQ_001595

answers: GNIS database consistently reports the peak elevation

answers: NDQ_001597

answers: The topographic maps

answers: NDQ_001598

answers: The topographic maps

answers: NDQ_001600

answers: USGS and/or USFS topographic maps.

answers: NDQ_001603

answers: The topographic maps

answers: NDQ_001605

answers: USGS and/or USFS topographic maps.

answers: NDQ_001606

answers: The GNIS database consistently reports the peak elevation

answers: NDQ_001608

answers: topographic maps.

answers: NDQ_001611

answers: The GNIS database consistently reports the peak elevation lower

answers: NDQ_001613

answers: GNIS database consistently reports the peak elevation lower than the referenced USGS

answers: NDQ_001614

answers: The topographic maps

answers: NDQ_001618

answers: Juneau Icefield

answers: NDQ_001619

answers: topographic maps.

answers: NDQ_001620

answers: peak elevation

answers: NDQ_001621

answers: topographic maps.

answers: NDQ_001622

answers: Juneau Icefield

answers: NDQ_001623

answers: peak elevation

answers: NDQ_001624

answers: Juneau Icefield

answers: NDQ_001625

answers: peak elevation

text: RADARSAT-2 is a follow-on to RADARSAT-1 which mission terminated in April 2013. It has the same orbit (798 km altitude sun-synchronous orbit with 6 p.m. ascending node and 6 a.m. descending node). Some of the orbit characteristics are 24 days repeat cycle (=343 orbits), 14.29 orbits per day, each orbit being 100.75 minutes duration. It is filling a wide variety of application, including sea ice mapping and ship routing, iceberg detection, agricultural crop monitoring, marine surveillance for ship and pollution detection, terrestrial defence surveillance and target identification, geological mapping, mine monitoring, land use mapping, wetlands mapping, topographic mapping.

text: RADARSAT-2 is a follow-on to

text: which mission terminated in April 2013. It has the same orbit (798 km altitude

text: sun-synchronous orbit

text: with 6 p.m. ascending node and 6 a.m. descending node). Some of the orbit characteristics are 24 days repeat cycle (=343 orbits), 14.29 orbits per day, each orbit being 100.75 minutes duration. It is filling a wide variety of application, including sea ice mapping and ship routing, iceberg detection, agricultural crop monitoring, marine surveillance for ship and pollution detection, terrestrial defence surveillance and target identification, geological mapping, mine monitoring, land use mapping, wetlands mapping, topographic mapping.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: How many orbits does RADARSAT-2 have?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: land use mapping

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: topographic mapping

answers: NDQ_001592

answers: mine monitoring

answers: NDQ_001593

answers: How can you use a topographic map to determine the slope of the land

answers: NDQ_001594

answers: What is filling a wide variety of application?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: the same orbit

answers: NDQ_001600

answers: How many orbits per day does RADARSAT-2 have?

answers: NDQ_001603

answers: It is filling a wide variety of application, including sea ice mapping

answers: NDQ_001605

answers: Which of the following is not a geologic mapping application: sea ice mapping and ship routing, iceberg detection, agricultural crop monitoring, marine surveillance for ship and pollution detection, terrestrial defence surveillance and target identification, geological mapping

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What does topographic mapping help us to see?

answers: NDQ_001611

answers: How would you describe RADARSAT-2?

answers: NDQ_001613

answers: How many orbits does RADARSAT-2 have?

answers: NDQ_001614

answers: Which of the following is true of topographic maps?

answers: NDQ_001618

answers: wetlands

answers: NDQ_001619

answers: wetlands mapping

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic mapping

answers: NDQ_001622

answers: wetlands

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: wetlands

answers: NDQ_001625

answers: 100.75 m

answers: NDQ_001586

answers: topographic mapping.

answers: NDQ_001587

answers: ascending node and 6 a.m. descending node).

answers: NDQ_001588

answers: topographic mapping.

answers: NDQ_001589

answers: wetlands

answers: NDQ_001590

answers: topographic mapping.

answers: NDQ_001591

answers: topographic mapping.

answers: NDQ_001592

answers: iceberg detection, agricultural crop monitoring, marine surveillance for ship and pollution detection,

answers: NDQ_001593

answers: topographic mapping.

answers: NDQ_001594

answers: wetlands mapping, topographic mapping.

answers: NDQ_001595

answers: 2013.

answers: NDQ_001597

answers: topographic mapping.

answers: NDQ_001598

answers: topographic mapping.

answers: NDQ_001600

answers: topographic mapping.

answers: NDQ_001603

answers: wetlands mapping, topographic mapping.

answers: NDQ_001605

answers: wetlands mapping, topographic mapping.

answers: NDQ_001606

answers: RADARSAT-2

answers: NDQ_001608

answers: topographic mapping.

answers: NDQ_001611

answers: topographic mapping.

answers: NDQ_001613

answers: topographic mapping.

answers: NDQ_001614

answers: topographic mapping.

answers: NDQ_001618

answers: wetlands mapping, topographic mapping.

answers: NDQ_001619

answers: wetlands mapping,

answers: NDQ_001620

answers: topographic mapping.

answers: NDQ_001621

answers: topographic mapping.

answers: NDQ_001622

answers: wetlands

answers: NDQ_001623

answers: topographic mapping.

answers: NDQ_001624

answers: wetlands mapping, topographic mapping.

answers: NDQ_001625

answers: RADARSAT-2

text: The work of the Commission is supported by geographical information and mapping resulting from topographic surveys in Antarctica, such as the 1995/96 survey in Livingston Island, and the topographic survey Tangra 2004/05. Field work carried out during the latter survey has been noted by Discovery Channel as a timeline event in Antarctic exploration.

text: The work of the Commission is supported by

text: geographical information

text: and

text: mapping

text: resulting from

text: topographic

text: surveys

text: in Antarctica, such as the 1995/96 survey in

text: Livingston Island

text: , and the topographic survey

text: Tangra 2004/05

text: . Field work carried out during the latter survey has been noted by

text: Discovery Channel

text: as a timeline event in Antarctic exploration.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: What was the purpose of the surveys in Antarctica?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: topographic surveys in Antarctica

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: Antarctica

answers: NDQ_001592

answers: timeline event in Antarctic exploration

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: unanswerable

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: Livingston Island

answers: NDQ_001619

answers: can not be used

answers: NDQ_001620

answers: unanswerable

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Livingston Island

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: Livingston Island

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: topographic survey Tangra 2004/05.

answers: NDQ_001587

answers: topographic surveys in Antarctica,

answers: NDQ_001588

answers: topographic surveys in Antarctica,

answers: NDQ_001589

answers: topographic surveys in Antarctica,

answers: NDQ_001590

answers: topographic surveys in Antarctica,

answers: NDQ_001591

answers: topographic surveys in Antarctica,

answers: NDQ_001592

answers: timeline event in Antarctic exploration.

answers: NDQ_001593

answers: topographic surveys in Antarctica,

answers: NDQ_001594

answers: topographic surveys in Antarctica,

answers: NDQ_001595

answers: 2004/05.

answers: NDQ_001597

answers: topographic surveys in Antarctica,

answers: NDQ_001598

answers: topographic surveys in Antarctica,

answers: NDQ_001600

answers: topographic surveys in Antarctica,

answers: NDQ_001603

answers: topographic surveys in Antarctica,

answers: NDQ_001605

answers: topographic surveys in Antarctica,

answers: NDQ_001606

answers: topographic surveys in Antarctica,

answers: NDQ_001608

answers: topographic surveys in Antarctica,

answers: NDQ_001611

answers: topographic surveys in Antarctica,

answers: NDQ_001613

answers: topographic surveys in Antarctica,

answers: NDQ_001614

answers: topographic surveys in Antarctica,

answers: NDQ_001618

answers: Livingston Island,

answers: NDQ_001619

answers: topographic surveys

answers: NDQ_001620

answers: topographic surveys in Antarctica,

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Livingston Island,

answers: NDQ_001623

answers: topographic survey Tangra 2004/05.

answers: NDQ_001624

answers: Livingston Island,

answers: NDQ_001625

answers: Tangra 2004/05.

text: Belt is located just to the west of the village of Hippolytushoef. It is named after the small hill ("bult") that it lies on. It is not named on recent topographical maps, where it is considered to be a part of Hippolytushoef.

text: Belt is located just to the west of the village of

text: Hippolytushoef

text: . It is named after the small hill ("bult") that it lies on. It is not named on recent topographical maps, where it is considered to be a part of Hippolytushoef.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: What is Belt located on?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: It is not named on recent topographical maps

answers: NDQ_001590

answers: What is Belt?

answers: NDQ_001591

answers: Belt

answers: NDQ_001592

answers: name Belt

answers: NDQ_001593

answers: How would you describe Belt?

answers: NDQ_001594

answers: What is Belt named after?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: None of the above choices

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is Belt?

answers: NDQ_001608

answers: What is Belt named after?

answers: NDQ_001611

answers: How would you describe Belt?

answers: NDQ_001613

answers: What is Belt located just to the west of?

answers: NDQ_001614

answers: What is Belt located just to the west of?

answers: NDQ_001618

answers: Belt

answers: NDQ_001619

answers: NDQ_001620

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: Belt

answers: NDQ_001623

answers: Belt

answers: NDQ_001624

answers: Belt

answers: NDQ_001625

answers: 0

answers: NDQ_001586

answers: Belt

answers: NDQ_001587

answers: Belt

answers: NDQ_001588

answers: Belt

answers: NDQ_001589

answers: topographical maps,

answers: NDQ_001590

answers: Belt

answers: NDQ_001591

answers: Belt

answers: NDQ_001592

answers: named

answers: NDQ_001593

answers: topographical maps,

answers: NDQ_001594

answers: Belt

answers: NDQ_001595

answers: Hippolytushoef.

answers: NDQ_001597

answers: west

answers: NDQ_001598

answers: It is not named on recent topographical maps,

answers: NDQ_001600

answers: Belt

answers: NDQ_001603

answers: topographical maps,

answers: NDQ_001605

answers: It is not named on recent topographical maps,

answers: NDQ_001606

answers: Belt

answers: NDQ_001608

answers: topographical maps,

answers: NDQ_001611

answers: Belt

answers: NDQ_001613

answers: Belt

answers: NDQ_001614

answers: It is not named on recent topographical maps,

answers: NDQ_001618

answers: Belt

answers: NDQ_001619

answers: topographical maps,

answers: NDQ_001620

answers: Belt

answers: NDQ_001621

answers: topographical maps,

answers: NDQ_001622

answers: Belt

answers: NDQ_001623

answers: hill

answers: NDQ_001624

answers: Belt

answers: NDQ_001625

answers: Hippolytushoef.

text: is the angle which the side makes with North or South directions (the instruments used in traversing include Total Station or Theodolite with stand, Compass with stand, ranging rods and measuring tape). Then in next step RL (reduced level) of each station is determined with reference to permanent benchmark (the instruments used to determine reduced level include Auto Level with stand and Levelling Staff). Then RL of different points keeping specified spacing between them with reference to each station is determined. The points having same RL are joined to form contour lines and thus a topographic map of an area is prepared using AutoCAD or with the help of plane table survey.

text: is the angle which the side makes with North or South directions (the instruments used in traversing include Total Station or Theodolite with stand, Compass with stand, ranging rods and measuring tape). Then in next step

text: RL

text: (reduced level) of each station is determined with reference to permanent

text: benchmark

text: (the instruments used to determine reduced level include Auto Level with stand and Levelling Staff). Then RL of different points keeping specified spacing between them with reference to each station is determined. The points having same RL are joined to form

text: contour lines

text: and thus a topographic map of an area is prepared using AutoCAD or with the help of plane table survey.

answers: NDQ_001586

answers: NDQ_001587

answers: is a way of determining the angle which the side makes

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: The points having same RL are joined to form contour lines

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: a topographic map

answers: NDQ_001592

answers: determine reduced level

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction

answers: NDQ_001598

answers: side of the mountain

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch

answers: NDQ_001603

answers: no

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: It's impossible to say

answers: NDQ_001611

answers: RL of different points keeping specified spacing between them

answers: NDQ_001613

answers: What are hatch marks on a topographic map?

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: area

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: RL

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: area

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: an area

answers: NDQ_001625

answers: spacing between them

answers: NDQ_001586

answers: The points having same RL are joined to form contour lines

answers: NDQ_001587

answers: the angle which the side makes with North or South directions

answers: NDQ_001588

answers: The points having same RL are joined to form contour lines

answers: NDQ_001589

answers: topographic map

answers: NDQ_001590

answers: RL

answers: NDQ_001591

answers: angle which the side makes with North or South directions

answers: NDQ_001592

answers: angle which the side makes with North or South directions

answers: NDQ_001593

answers: plane table survey.

answers: NDQ_001594

answers: The points having same RL are joined to form contour lines

answers: NDQ_001595

answers: RL of different points keeping specified spacing

answers: NDQ_001597

answers: plane table survey.

answers: NDQ_001598

answers: North or South directions

answers: NDQ_001600

answers: RL of different points keeping specified spacing

answers: NDQ_001603

answers: topographic map

answers: NDQ_001605

answers: topographic map

answers: NDQ_001606

answers: RL

answers: NDQ_001608

answers: The points having same RL are joined to form contour lines

answers: NDQ_001611

answers: contour lines

answers: NDQ_001613

answers: North or South directions

answers: NDQ_001614

answers: plane table survey.

answers: NDQ_001618

answers: area

answers: NDQ_001619

answers: (reduced level)

answers: NDQ_001620

answers: spacing

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: plane table survey.

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: plane table survey.

answers: NDQ_001625

answers: spacing

text: The traditional set of Vicmap Topographic maps consist of approximately 850 1:25000 and 1:50000 hardcopy topographic map sheets printed and made available for sale to the general public. These map sheets cover 80% of Victoria. Most of the mapsheets are single format at a scale of 1:25000. Less inhabited areas of the state are covered by double format 1:25000 and 1:50000 mapsheets. All of these maps were produced using traditional cartographic methods, with the majority being last updated in the 1970s and 1980s.

text: The traditional set of Vicmap Topographic maps consist of approximately 850 1:25000 and 1:50000 hardcopy topographic map sheets printed and made available for sale to the general public. These map sheets cover 80% of Victoria. Most of the mapsheets are single format at a scale of 1:25000. Less inhabited areas of the state are covered by double format 1:25000 and 1:50000 mapsheets. All of these maps were produced using traditional cartographic methods, with the majority being last updated in the 1970s and 1980s.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: Which of the following is not a mapsheet: 1:25000 or 1:50000?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the majority being last updated in the 1970s and 1980s

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: less inhabited areas

answers: NDQ_001592

answers: update

answers: NDQ_001593

answers: What can you use a topographic map for?

answers: NDQ_001594

answers: What are contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: steepest

answers: NDQ_001600

answers: Which of the following is not a type of plain or plateau?

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: inhabited areas

answers: NDQ_001619

answers: 1:25000

answers: NDQ_001620

answers: 1:25000

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: uninhabited areas

answers: NDQ_001623

answers: topographic

answers: NDQ_001624

answers: inhabited areas

answers: NDQ_001625

answers: 1:25000

answers: NDQ_001586

answers: 1:25000.

answers: NDQ_001587

answers: 80% of Victoria.

answers: NDQ_001588

answers: single format at a scale of 1:25000.

answers: NDQ_001589

answers: 1:25000.

answers: NDQ_001590

answers: 1:25000.

answers: NDQ_001591

answers: Less inhabited areas

answers: NDQ_001592

answers: sale to the general public.

answers: NDQ_001593

answers: 1:25000.

answers: NDQ_001594

answers: 1:25000.

answers: NDQ_001595

answers: 1:50000

answers: NDQ_001597

answers: topographic map sheets

answers: NDQ_001598

answers: 1:25000.

answers: NDQ_001600

answers: 1:25000.

answers: NDQ_001603

answers: Topographic maps

answers: NDQ_001605

answers: single format at a scale of 1:25000.

answers: NDQ_001606

answers: 1:25000.

answers: NDQ_001608

answers: Vicmap Topographic maps

answers: NDQ_001611

answers: 1:25000.

answers: NDQ_001613

answers: 1:25000.

answers: NDQ_001614

answers: 850 1:25000 and 1:50000

answers: NDQ_001618

answers: 80% of Victoria.

answers: NDQ_001619

answers: maps

answers: NDQ_001620

answers: 1:25000.

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Less inhabited areas

answers: NDQ_001623

answers: double format 1:25000 and 1:50000 mapsheets.

answers: NDQ_001624

answers: 80% of Victoria.

answers: NDQ_001625

answers: 1:25000

text: The contour of the interpolant on an individual triangle is a line segment (it is an interval on the intersection of two planes). The equation for the line can be found, however the points where the line crosses the edges of the triangle are the endpoints of the line segment.

text: The contour of the interpolant on an individual triangle is a line segment (it is an interval on the intersection of two planes). The equation for the line can be found, however the points where the line crosses the edges of the triangle are the endpoints of the line segment.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: can be used to measure the length of a line

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: The contour of the interpolant on an individual triangle is a line segment

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: interpolant

answers: NDQ_001592

answers: the equation for the line

answers: NDQ_001593

answers: How can you determine the slope of the land

answers: NDQ_001594

answers: what is the equation for the line?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: which side of the mountain is flattest

answers: NDQ_001600

answers: Which of the following is not an example of a line segment?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: Why do contour lines help to see the three-dimensional shape of the land

answers: NDQ_001611

answers: What is the best way to describe a high, steep hill?

answers: NDQ_001613

answers: The hatch marks are drawn on the side of the circle with the higher elevation.

answers: NDQ_001614

answers: What is a line segment?

answers: NDQ_001618

answers: interpolant

answers: NDQ_001619

answers: contour

answers: NDQ_001620

answers: can be found

answers: NDQ_001621

answers: contour

answers: NDQ_001622

answers: interpolant

answers: NDQ_001623

answers: is a line segment

answers: NDQ_001624

answers: interpolant

answers: NDQ_001625

answers: interpolant on an individual triangle

answers: NDQ_001586

answers: points where the line crosses the edges of the triangle are the endpoints

answers: NDQ_001587

answers: line segment (it is an interval on the intersection of two planes).

answers: NDQ_001588

answers: crosses the edges of the triangle are the endpoints of the line segment.

answers: NDQ_001589

answers: line segment

answers: NDQ_001590

answers: line segment (it is an interval on the intersection of two planes).

answers: NDQ_001591

answers: endpoints

answers: NDQ_001592

answers: The equation for the line can be found,

answers: NDQ_001593

answers: line segment (it is an interval on the intersection of two planes).

answers: NDQ_001594

answers: interval on the intersection of two planes).

answers: NDQ_001595

answers: line segment

answers: NDQ_001597

answers: points where the line crosses the edges of the triangle are the endpoints

answers: NDQ_001598

answers: points where the line crosses the edges of the triangle are the endpoints

answers: NDQ_001600

answers: interval on the intersection of two planes).

answers: NDQ_001603

answers: line segment (it is an interval on the intersection of two planes).

answers: NDQ_001605

answers: The contour of the interpolant on an individual triangle

answers: NDQ_001606

answers: interval on the intersection of two planes).

answers: NDQ_001608

answers: (it is an interval on the intersection of two planes).

answers: NDQ_001611

answers: line segment

answers: NDQ_001613

answers: line segment (it is an interval on the intersection of two planes).

answers: NDQ_001614

answers: line segment (it is an interval on the intersection of two planes).

answers: NDQ_001618

answers: interpolant

answers: NDQ_001619

answers: line segment

answers: NDQ_001620

answers: interval on the intersection of two planes).

answers: NDQ_001621

answers: line segment

answers: NDQ_001622

answers: interpolant

answers: NDQ_001623

answers: line segment

answers: NDQ_001624

answers: interpolant

answers: NDQ_001625

answers: line segment

text: The computer graphic information reports were represented either in the form of topographical site perspectives, contour maps or as a sequence of numeric values organized within a template matrix that allowed the architect to identify the optimal relationships and planning concept. This work then became the basis for presentation materials that were used to introduce the client/developer to the proposed designs.

text: The computer graphic information reports were represented either in the form of topographical site perspectives, contour maps or as a sequence of numeric values organized within a template matrix that allowed the architect to identify the optimal relationships and planning concept. This work then became the basis for presentation materials that were used to introduce the client/developer to the proposed designs.

answers: NDQ_001586

answers: What is the purpose of contour lines on topographic maps?

answers: NDQ_001587

answers: can be used to represent a topographic site perspective.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: numeric values organized within a template matrix

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: optimal relationships and planning concept

answers: NDQ_001592

answers: identify the optimal relationships and planning concept

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: What are contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: contour maps

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: Which of the following is not a form of topographical site perspectives: contour maps or topographical site perspectives?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill.

answers: NDQ_001613

answers: What are hatch marks on a topographic map?

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: contour maps

answers: NDQ_001619

answers: contour maps

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: contour maps

answers: NDQ_001622

answers: contour maps

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: contour maps

answers: NDQ_001625

answers: 12 mile

answers: NDQ_001586

answers: contour maps or as a sequence of numeric values

answers: NDQ_001587

answers: contour maps

answers: NDQ_001588

answers: contour maps

answers: NDQ_001589

answers: contour maps or as a sequence of numeric values

answers: NDQ_001590

answers: contour maps

answers: NDQ_001591

answers: optimal relationships and planning concept.

answers: NDQ_001592

answers: identify the optimal relationships and planning concept.

answers: NDQ_001593

answers: contour maps

answers: NDQ_001594

answers: contour maps

answers: NDQ_001595

answers: contour maps

answers: NDQ_001597

answers: topographical site perspectives, contour maps

answers: NDQ_001598

answers: contour maps

answers: NDQ_001600

answers: contour maps

answers: NDQ_001603

answers: topographical site perspectives, contour maps

answers: NDQ_001605

answers: contour maps

answers: NDQ_001606

answers: contour maps

answers: NDQ_001608

answers: contour maps

answers: NDQ_001611

answers: contour maps

answers: NDQ_001613

answers: contour maps

answers: NDQ_001614

answers: topographical site perspectives, contour maps

answers: NDQ_001618

answers: site perspectives, contour maps

answers: NDQ_001619

answers: contour maps

answers: NDQ_001620

answers: contour maps

answers: NDQ_001621

answers: contour maps

answers: NDQ_001622

answers: site perspectives,

answers: NDQ_001623

answers: contour maps

answers: NDQ_001624

answers: site perspectives,

answers: NDQ_001625

answers: contour maps or as a sequence of numeric values

text: Official references are the NOAA Coastal pilot, NOAA nautical charts, and USGS topographic maps.<ref name="usgs_topo">USGS topographic maps, 1:24,000 scale, listed from west to east (in a row), then north to south:

text: Official references are the

text: NOAA

text: Coastal pilot, NOAA

text: nautical chart

text: s, and

text: USGS

text: topographic maps.<ref name="usgs_topo">USGS topographic maps, 1:24,000 scale, listed from west to east (in a row), then north to south:

answers: NDQ_001586

answers: USGS topographic maps

answers: NDQ_001587

answers: can be used to determine the location of a body of water.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: 1:24,000 scale, listed from west to east

answers: NDQ_001590

answers: The contour interval of a topographic map represents the horizontal distance between what?

answers: NDQ_001591

answers: north to south

answers: NDQ_001592

answers: NOAA nautical charts

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: bathymetric map

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: the steepest side

answers: NDQ_001600

answers: contour lines are so close together that they almost touch

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: How do geologic maps represent different types of rocks?

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval.

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill.

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: concentric contour lines

answers: NDQ_001619

answers: USGS nautical charts

answers: NDQ_001620

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: Coastal pilot

answers: NDQ_001623

answers: isoline

answers: NDQ_001624

answers: Coastal pilot

answers: NDQ_001625

answers: 1:24,000

answers: NDQ_001586

answers: USGS topographic maps.

answers: NDQ_001587

answers: west to east (in a row), then north to south:

answers: NDQ_001588

answers: USGS topographic maps.

answers: NDQ_001589

answers: west to east (in a row), then north to south:

answers: NDQ_001590

answers: USGS topographic maps.

answers: NDQ_001591

answers: north to south:

answers: NDQ_001592

answers: Coastal pilot,

answers: NDQ_001593

answers: USGS topographic maps.

answers: NDQ_001594

answers: USGS topographic maps.

answers: NDQ_001595

answers: 1:24,000

answers: NDQ_001597

answers: west to east (in a row), then north to south:

answers: NDQ_001598

answers: west to east

answers: NDQ_001600

answers: USGS topographic maps.

answers: NDQ_001603

answers: USGS topographic maps.

answers: NDQ_001605

answers: USGS topographic maps.

answers: NDQ_001606

answers: USGS topographic maps.

answers: NDQ_001608

answers: USGS topographic maps.

answers: NDQ_001611

answers: USGS topographic maps.

answers: NDQ_001613

answers: west to east (in a row), then north to south:

answers: NDQ_001614

answers: USGS topographic maps.

answers: NDQ_001618

answers: Coastal pilot,

answers: NDQ_001619

answers: USGS topographic maps.

answers: NDQ_001620

answers: 1:24,000

answers: NDQ_001621

answers: USGS topographic maps.

answers: NDQ_001622

answers: Coastal pilot,

answers: NDQ_001623

answers: (in a row),

answers: NDQ_001624

answers: Coastal pilot,

answers: NDQ_001625

answers: 1:24,000

text: Because the M tidal constituent dominates in most locations, the stage or phase of a tide, denoted by the time in hours after high water, is a useful concept. Tidal stage is also measured in degrees, with 360° per tidal cycle. Lines of constant tidal phase are called cotidal lines, which are analogous to contour lines of constant altitude on topographical maps. High water is reached simultaneously along the cotidal lines extending from the coast out into the ocean, and cotidal lines (and hence tidal phases) advance along the coast. Semi-diurnal and long phase constituents are measured from high water, diurnal from maximum flood tide. This and the discussion that follows is precisely true only for a single tidal constituent.

text: Because the M tidal constituent dominates in most locations, the stage or phase of a tide, denoted by the time in hours after high water, is a useful concept. Tidal stage is also measured in degrees, with 360° per tidal cycle. Lines of constant tidal phase are called cotidal lines, which are analogous to

text: contour lines

text: of constant altitude on

text: topographical maps

text: . High water is reached simultaneously along the cotidal lines extending from the coast out into the ocean, and cotidal lines (and hence tidal phases) advance along the coast. Semi-diurnal and long phase constituents are measured from high water, diurnal from maximum flood tide. This and the discussion that follows is precisely true only for a single tidal constituent.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: What is a line of constant tidal phase called?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: contour lines of constant altitude

answers: NDQ_001590

answers: line of constant tidal phase

answers: NDQ_001591

answers: constant altitude

answers: NDQ_001592

answers: Tidal stage

answers: NDQ_001593

answers: contour lines of constant altitude

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: contour lines of constant altitude

answers: NDQ_001598

answers: contour lines of constant altitude

answers: NDQ_001600

answers: line of constant tidal phase

answers: NDQ_001603

answers: no

answers: NDQ_001605

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

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: Why are contour lines analogous to cotidal lines?

answers: NDQ_001611

answers: Which of the following is true of cotidal lines?

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: cotidal lines

answers: NDQ_001619

answers: contour lines of constant altitude

answers: NDQ_001620

answers: constant altitude

answers: NDQ_001621

answers: topographical maps

answers: NDQ_001622

answers: cotidal

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: constant altitude

answers: NDQ_001625

answers: constant altitude

answers: NDQ_001586

answers: contour lines of constant altitude

answers: NDQ_001587

answers: cotidal lines,

answers: NDQ_001588

answers: contour lines of constant altitude

answers: NDQ_001589

answers: contour lines of constant altitude

answers: NDQ_001590

answers: constant altitude

answers: NDQ_001591

answers: constant altitude

answers: NDQ_001592

answers: cotidal lines,

answers: NDQ_001593

answers: contour lines of constant altitude

answers: NDQ_001594

answers: constant altitude

answers: NDQ_001595

answers: cotidal lines,

answers: NDQ_001597

answers: contour lines of constant altitude

answers: NDQ_001598

answers: contour lines of constant altitude

answers: NDQ_001600

answers: contour lines of constant altitude

answers: NDQ_001603

answers: contour lines of constant altitude

answers: NDQ_001605

answers: contour lines of constant altitude

answers: NDQ_001606

answers: cotidal lines,

answers: NDQ_001608

answers: contour lines of constant altitude on topographical maps.

answers: NDQ_001611

answers: contour lines of constant altitude

answers: NDQ_001613

answers: contour lines of constant altitude

answers: NDQ_001614

answers: contour lines of constant altitude

answers: NDQ_001618

answers: constant altitude

answers: NDQ_001619

answers: contour lines of constant altitude

answers: NDQ_001620

answers: constant altitude

answers: NDQ_001621

answers: topographical maps.

answers: NDQ_001622

answers: constant altitude

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: constant altitude

answers: NDQ_001625

answers: constant altitude

text: The landmark scientific expedition (December 1872 – May 1876) of the British Royal Navy survey ship HMS Challenger yielded a tremendous amount of bathymetric data, much of which has been confirmed by subsequent researchers. Bathymetric data obtained during the course of the Challenger expedition enabled scientists to draw maps, which provided a rough outline of certain major submarine terrain features, such as the edge of the continental shelves and the Mid-Atlantic Ridge. This discontinuous set of data points was obtained by the simple technique of taking soundings by lowering long lines from the ship to the seabed.

text: The landmark scientific

text: expedition

text: (December 1872 – May 1876) of the British

text: Royal Navy

text: survey ship

text: HMS Challenger

text: yielded a tremendous amount of

text: bathymetric

text: data, much of which has been confirmed by subsequent researchers. Bathymetric data obtained during the course of the Challenger expedition enabled scientists to draw maps, which provided a rough outline of certain major submarine terrain features, such as the edge of the

text: continental shelves

text: and the

text: Mid-Atlantic Ridge

text: . This discontinuous set of data points was obtained by the simple technique of taking

text: soundings

text: by lowering long lines from the ship to the seabed.

answers: NDQ_001586

answers: discontinuous set of data points

answers: NDQ_001587

answers: What did the British Royal Navy survey ship HMS Challenger yield?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: provided a rough outline of certain major submarine terrain features

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: major submarine terrain features

answers: NDQ_001592

answers: provide a rough outline of certain major submarine terrain features

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: long lines from the ship to the seabed

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: the Mid-Atlantic Ridge

answers: NDQ_001600

answers: The Mid-Atlantic Ridge

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: discontinuous set of data points

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: Mid-Atlantic Ridge

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: bathymetric

answers: NDQ_001621

answers: Bathymetric data

answers: NDQ_001622

answers: Submarine terrain features

answers: NDQ_001623

answers: discontinuous

answers: NDQ_001624

answers: Atlantic Ridge

answers: NDQ_001625

answers: discontinuous

answers: NDQ_001586

answers: soundings by lowering long lines from the ship to the seabed.

answers: NDQ_001587

answers: lowering long lines from the ship to the seabed.

answers: NDQ_001588

answers: The landmark scientific expedition (December 1872 – May 1876)

answers: NDQ_001589

answers: a rough outline of certain major submarine terrain features,

answers: NDQ_001590

answers: Mid-Atlantic Ridge.

answers: NDQ_001591

answers: major submarine terrain features,

answers: NDQ_001592

answers: edge of the continental shelves and the Mid-Atlantic Ridge.

answers: NDQ_001593

answers: Bathymetric data

answers: NDQ_001594

answers: lowering long lines from the ship to the seabed.

answers: NDQ_001595

answers: 1876)

answers: NDQ_001597

answers: Bathymetric data

answers: NDQ_001598

answers: Bathymetric data

answers: NDQ_001600

answers: Mid-Atlantic Ridge.

answers: NDQ_001603

answers: rough outline of certain major submarine terrain features,

answers: NDQ_001605

answers: Mid-Atlantic Ridge.

answers: NDQ_001606

answers: (December 1872 – May 1876)

answers: NDQ_001608

answers: maps,

answers: NDQ_001611

answers: long lines from the ship to the seabed.

answers: NDQ_001613

answers: Mid-Atlantic Ridge.

answers: NDQ_001614

answers: Bathymetric data

answers: NDQ_001618

answers: Mid-Atlantic Ridge.

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: lowering long lines from the ship to the seabed.

answers: NDQ_001621

answers: rough outline of certain major submarine terrain features,

answers: NDQ_001622

answers: Mid-Atlantic Ridge.

answers: NDQ_001623

answers: long lines

answers: NDQ_001624

answers: Mid-Atlantic Ridge.

answers: NDQ_001625

answers: Mid-Atlantic Ridge.

text: Contour lines are also used to display non-geographic information in economics. Indifference curves (as shown at left) are used to show bundles of goods to which a person would assign equal utility. An isoquant (in the image at right) is a curve of equal production quantity for alternative combinations of input usages, and an isocost curve (also in the image at right) shows alternative usages having equal production costs.

text: Contour lines are also used to display non-geographic information in economics.

text: Indifference curves

text: (as shown at left) are used to show bundles of goods to which a person would assign equal utility. An

text: isoquant

text: (in the image at right) is a curve of equal production quantity for alternative combinations of

text: input usages

text: , and an

text: isocost curve

text: (also in the image at right) shows alternative usages having equal production costs.

answers: NDQ_001586

answers: changes in elevation

answers: NDQ_001587

answers: can be used to show what kind of information?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: isoquant

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: economics

answers: NDQ_001592

answers: Indifference curves

answers: NDQ_001593

answers: slope of the land

answers: NDQ_001594

answers: What are contour lines used for?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a valley

answers: NDQ_001603

answers: Which of the following is not useful to geologists and other Earth scientists?

answers: NDQ_001605

answers: Which of the following is not used to represent different types of rocks?

answers: NDQ_001606

answers: What is the term for the difference between two contour lines?

answers: NDQ_001608

answers: Why do contour lines help us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: What is the best way to show a hill?

answers: NDQ_001613

answers: the side of the circle with the higher elevation

answers: NDQ_001614

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

answers: NDQ_001618

answers: isoquant

answers: NDQ_001619

answers: isocost curve

answers: NDQ_001620

answers: isoquant

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: isoquant

answers: NDQ_001624

answers: isoquant

answers: NDQ_001625

answers: isoquant

answers: NDQ_001586

answers: Contour lines

answers: NDQ_001587

answers: Contour lines

answers: NDQ_001588

answers: Contour lines

answers: NDQ_001589

answers: equal utility.

answers: NDQ_001590

answers: Contour lines

answers: NDQ_001591

answers: non-geographic information

answers: NDQ_001592

answers: non-geographic information

answers: NDQ_001593

answers: Contour lines

answers: NDQ_001594

answers: Contour lines

answers: NDQ_001595

answers: Contour lines

answers: NDQ_001597

answers: Contour lines

answers: NDQ_001598

answers: Contour lines

answers: NDQ_001600

answers: Contour lines

answers: NDQ_001603

answers: Contour lines

answers: NDQ_001605

answers: Contour lines

answers: NDQ_001606

answers: Contour lines

answers: NDQ_001608

answers: non-geographic information in economics.

answers: NDQ_001611

answers: Contour lines

answers: NDQ_001613

answers: Indifference curves

answers: NDQ_001614

answers: Contour lines

answers: NDQ_001618

answers: Contour lines are also used to display non-geographic information

answers: NDQ_001619

answers: Contour lines

answers: NDQ_001620

answers: Indifference curves

answers: NDQ_001621

answers: Contour lines

answers: NDQ_001622

answers: Contour lines are also used to display non-geographic information

answers: NDQ_001623

answers: Indifference curves

answers: NDQ_001624

answers: Indifference curves

answers: NDQ_001625

answers: Contour lines

text: along the contour

text: along the contour

answers: NDQ_001586

answers: changes in elevation

answers: NDQ_001587

answers: is shown along the contour

answers: NDQ_001588

answers: intersect each other

answers: NDQ_001589

answers: it is a map of the ocean

answers: NDQ_001590

answers: contour lines

answers: NDQ_001591

answers: ridges

answers: NDQ_001592

answers: change direction

answers: NDQ_001593

answers: The map shows the slope of the land.

answers: NDQ_001594

answers: you can see the bottom of the water

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: The slopes of a mountain are marked along the contour.

answers: NDQ_001600

answers: contour lines are so close together

answers: NDQ_001603

answers: The contour lines are drawn on a map.

answers: NDQ_001605

answers: The rocks are all the same color

answers: NDQ_001606

answers: the contour lines are parallel to each other

answers: NDQ_001608

answers: The contour lines help us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: contour lines that are very close together

answers: NDQ_001613

answers: The hatch marks are drawn on the side with the higher elevation

answers: NDQ_001614

answers: The contour lines were drawn on a map

answers: NDQ_001618

answers: contour lines

answers: NDQ_001619

answers: is a contour

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: ridges

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: a valley

answers: NDQ_001625

answers: 14 mile

answers: NDQ_001586

answers: along the contour

answers: NDQ_001587

answers: along the contour

answers: NDQ_001588

answers: along the contour

answers: NDQ_001589

answers: along the contour

answers: NDQ_001590

answers: along the contour

answers: NDQ_001591

answers: along the contour

answers: NDQ_001592

answers: along the contour

answers: NDQ_001593

answers: along the contour

answers: NDQ_001594

answers: along the contour

answers: NDQ_001595

answers: along the contour

answers: NDQ_001597

answers: along the contour

answers: NDQ_001598

answers: along the contour

answers: NDQ_001600

answers: along the contour

answers: NDQ_001603

answers: along the contour

answers: NDQ_001605

answers: along the contour

answers: NDQ_001606

answers: along the contour

answers: NDQ_001608

answers: along the contour

answers: NDQ_001611

answers: along the contour

answers: NDQ_001613

answers: along the contour

answers: NDQ_001614

answers: along the contour

answers: NDQ_001618

answers: along the contour

answers: NDQ_001619

answers: along the contour

answers: NDQ_001620

answers: along the contour

answers: NDQ_001621

answers: contour

answers: NDQ_001622

answers: along the contour

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: along the contour

answers: NDQ_001625

answers: along the contour

text: Contour lines (or isohypses) are isolines showing equal elevation. This is the most common way of numerically showing elevation, and is familiar from topographic maps.

text: Contour lines (or isohypses) are isolines showing equal elevation. This is the most common way of numerically showing elevation, and is familiar from

text: topographic map

text: s.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: can be used to measure the length of a tree.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: isolines showing equal elevation

answers: NDQ_001590

answers: What is the most common way of numerically showing elevation?

answers: NDQ_001591

answers: equal elevation

answers: NDQ_001592

answers: shows equal elevation

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: what is the most common way of numerically showing elevation

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: isolines showing equal elevation

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a valley

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: What is the most common way of numerically showing elevation?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: It's impossible to say

answers: NDQ_001611

answers: What is the most common way of showing elevation?

answers: NDQ_001613

answers: What is the most common way of numerically showing elevation?

answers: NDQ_001614

answers: Which of the following is not true?

answers: NDQ_001618

answers: elevation

answers: NDQ_001619

answers: isolines

answers: NDQ_001620

answers: isohypses

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: elevation

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: isohypses

answers: NDQ_001625

answers: equal elevation

answers: NDQ_001586

answers: Contour lines

answers: NDQ_001587

answers: topographic maps.

answers: NDQ_001588

answers: Contour lines

answers: NDQ_001589

answers: equal elevation.

answers: NDQ_001590

answers: Contour lines

answers: NDQ_001591

answers: equal elevation.

answers: NDQ_001592

answers: equal elevation.

answers: NDQ_001593

answers: Contour lines

answers: NDQ_001594

answers: equal elevation.

answers: NDQ_001595

answers: equal elevation.

answers: NDQ_001597

answers: Contour lines

answers: NDQ_001598

answers: Contour lines

answers: NDQ_001600

answers: equal elevation.

answers: NDQ_001603

answers: topographic maps.

answers: NDQ_001605

answers: Contour lines

answers: NDQ_001606

answers: equal elevation.

answers: NDQ_001608

answers: topographic maps.

answers: NDQ_001611

answers: Contour lines

answers: NDQ_001613

answers: Contour lines

answers: NDQ_001614

answers: Contour lines

answers: NDQ_001618

answers: equal elevation.

answers: NDQ_001619

answers: topographic maps.

answers: NDQ_001620

answers: equal elevation.

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: equal elevation.

answers: NDQ_001623

answers: Contour lines

answers: NDQ_001624

answers: equal elevation.

answers: NDQ_001625

answers: equal elevation.

text: This map is derived from GTOPO30 data that describes the elevation of Earth's terrain at intervals of 30 arcseconds (approximately 1 km).  It uses color and shading instead of contour lines to indicate elevation.

text: This map is derived from

text: data that describes the elevation of Earth's terrain at intervals of 30 arcseconds (approximately 1 km).  It uses color and shading instead of contour lines to indicate elevation.

answers: NDQ_001586

answers: Yes

answers: NDQ_001587

answers: can be used to show the elevation of a mountain.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: contour lines

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: elevation

answers: NDQ_001592

answers: contour lines

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: color and shading

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a plain or plateau

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: Which of the following is true of topographic maps?

answers: NDQ_001618

answers: elevation

answers: NDQ_001619

answers: NDQ_001620

answers: NDQ_001621

answers: GTOPO30

answers: NDQ_001622

answers: color and shading

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: unanswerable

answers: NDQ_001625

answers: 30 arc seconds

answers: NDQ_001586

answers: color and shading

answers: NDQ_001587

answers: contour lines

answers: NDQ_001588

answers: color and shading instead of contour lines

answers: NDQ_001589

answers: contour lines

answers: NDQ_001590

answers: 30 arcseconds

answers: NDQ_001591

answers: elevation.

answers: NDQ_001592

answers: contour lines

answers: NDQ_001593

answers: It uses color and shading instead of contour lines to indicate elevation.

answers: NDQ_001594

answers: color and shading instead of contour lines to indicate elevation.

answers: NDQ_001595

answers: 30 arcseconds

answers: NDQ_001597

answers: elevation of Earth's terrain at intervals of 30 arcseconds

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: contour lines

answers: NDQ_001603

answers: color and shading instead of contour lines

answers: NDQ_001605

answers: color and shading instead of contour lines

answers: NDQ_001606

answers: 30 arcseconds

answers: NDQ_001608

answers: contour lines

answers: NDQ_001611

answers: contour lines

answers: NDQ_001613

answers: contour lines

answers: NDQ_001614

answers: contour lines

answers: NDQ_001618

answers: elevation.

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: 30 arcseconds

answers: NDQ_001621

answers: terrain

answers: NDQ_001622

answers: elevation.

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: elevation.

answers: NDQ_001625

answers: 30 arcseconds

text: The composition ψφ is an order-preserving map from the interval [a ∧ b, b] to itself which also satisfies the inequality ψ(φ(x)) = (x ∨ a) ∧ b ≥ x. The example shows that this inequality can be strict in general. In a modular lattice, however, equality holds. Since the dual of a modular lattice is again modular, φψ is also the identity on [a, a ∨ b], and therefore the two maps φ and ψ are isomorphisms between these two intervals. This result is sometimes called the diamond isomorphism theorem for modular lattices. A lattice is modular if and only if the diamond isomorphism theorem holds for every pair of elements.

text: The composition ψφ is an order-preserving map from the interval [a ∧ b, b] to itself which also satisfies the inequality ψ(φ(x)) = (x ∨ a) ∧ b ≥ x. The example shows that this inequality can be strict in general. In a modular lattice, however, equality holds. Since the dual of a modular lattice is again modular, φψ is also the identity on [a, a ∨ b], and therefore the two maps φ and ψ are isomorphisms between these two intervals. This result is sometimes called the diamond isomorphism theorem for modular lattices. A lattice is modular if and only if the diamond isomorphism theorem holds for every pair of elements.

answers: NDQ_001586

answers: contour lines that are numbered

answers: NDQ_001587

answers: is an order-preserving map from the interval [a  b, b] to itself which also satisfies the inequality

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: modular lattice

answers: NDQ_001590

answers: [a, a  b]

answers: NDQ_001591

answers: modular lattices

answers: NDQ_001592

answers: isomorphism

answers: NDQ_001593

answers: slope of the land

answers: NDQ_001594

answers: contour lines represent the distance to the bottom

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: [a, a  b]

answers: NDQ_001600

answers: [a, b, c]

answers: NDQ_001603

answers: unanswerable

answers: NDQ_001605

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

answers: NDQ_001606

answers: [a  b, b]

answers: NDQ_001608

answers: The composition  is an order-preserving map

answers: NDQ_001611

answers: [a, a  b]

answers: NDQ_001613

answers: side of the circle with the higher elevation

answers: NDQ_001614

answers: order-preserving map

answers: NDQ_001618

answers: [a]

answers: NDQ_001619

answers: order-preserving map

answers: NDQ_001620

answers: contour lines on a topographic map

answers: NDQ_001621

answers: order-preserving map

answers: NDQ_001622

answers: a lattice

answers: NDQ_001623

answers: isomorphism

answers: NDQ_001624

answers: diamond isomorphism

answers: NDQ_001625

answers: [a  b]

answers: NDQ_001586

answers: (x <unk> a) <unk> b <unk> x.

answers: NDQ_001587

answers: (x <unk> a) <unk> b <unk> x.

answers: NDQ_001588

answers: (x <unk> a) <unk> b <unk> x.

answers: NDQ_001589

answers: order-preserving

answers: NDQ_001590

answers: (x <unk> a) <unk> b <unk> x.

answers: NDQ_001591

answers: modular

answers: NDQ_001592

answers: order-preserving

answers: NDQ_001593

answers: (x <unk> a) <unk> b <unk> x.

answers: NDQ_001594

answers: (x <unk> a) <unk> b <unk> x.

answers: NDQ_001595

answers: (x <unk> a) <unk> b <unk> x.

answers: NDQ_001597

answers: (x <unk> a) <unk> b <unk> x.

answers: NDQ_001598

answers: (x <unk> a) <unk> b <unk> x.

answers: NDQ_001600

answers: (x <unk> a) <unk> b <unk> x.

answers: NDQ_001603

answers: (x <unk> a) <unk> b <unk> x.

answers: NDQ_001605

answers: (x <unk> a) <unk> b <unk> x.

answers: NDQ_001606

answers: (x <unk> a) <unk> b <unk> x.

answers: NDQ_001608

answers: (x <unk> a) <unk> b <unk> x.

answers: NDQ_001611

answers: (x <unk> a) <unk> b <unk> x.

answers: NDQ_001613

answers: (x <unk> a) <unk> b <unk> x.

answers: NDQ_001614

answers: (x <unk> a) <unk> b <unk> x.

answers: NDQ_001618

answers: (x <unk> a) <unk> b <unk> x.

answers: NDQ_001619

answers: (x <unk> a) <unk> b <unk> x.

answers: NDQ_001620

answers: (x <unk> a) <unk> b <unk> x.

answers: NDQ_001621

answers: (x <unk> a) <unk> b <unk> x.

answers: NDQ_001622

answers: (x <unk> a) <unk> b <unk> x.

answers: NDQ_001623

answers: (x <unk> a) <unk> b <unk> x.

answers: NDQ_001624

answers: (x <unk> a) <unk> b <unk> x.

answers: NDQ_001625

answers: [a <unk> b, b]

text: When the AIF members returned to Australia in 1919 they were discharged and most were re-appointed to the Survey Section RAE (Permanent) or the Australian Survey Corps (Permanent). Military reorganisation after World War I, and the general reduction in military capability, saw the numbers reduced to fourteen all ranks. In 1920 the Corps was suspended and reverted, in title, to the Survey Section, RAE (Permanent). Mapping continued, mainly the '1 mile' maps, albeit at a reduced rate consistent with the allocated resources, with priority given to areas around Brisbane, Sydney and Melbourne. By 1929 the Section had produced fifty-four '1 mile' maps including five revised maps. Technical developments provided for improved efficiencies. These included use of single photographs and strips of air photographs to supplement ground surveys by plane-table for topographic detail. The first military map produced with a significant component of aerial photography flown by the Royal Australian Air Force was the Albury '1 mile' map published in 1933. Compilation of this map highlighted inconsistencies in State triangulation systems and once again demonstrated the need for a national geodetic survey which had been identified by colonial survey officers in the 1890s.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: How many years after the first military map produced with a significant component of aerial photography was the Albury '1 mile' map published in 1933?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: use of single photographs and strips of air photographs

answers: NDQ_001590

answers: 1 mile

answers: NDQ_001591

answers: inconsistencies in State triangulation systems

answers: NDQ_001592

answers: triangulation

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: what was the first military map produced with a significant component of aerial photography flown by the Royal Australian Air Force

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

answers: 1 mile' maps including five revised maps

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: What type of rocks are represented on the maps?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: what is the second to last word in the passage?

answers: NDQ_001613

answers: what was the first military map produced with a significant component of aerial photography flown by the Royal Australian Air Force

answers: NDQ_001614

answers: Which of the following is not true of topographic maps?

answers: NDQ_001618

answers: aerial photography

answers: NDQ_001619

answers: 1 mile

answers: NDQ_001620

answers: 1 mile

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: 1 mile

answers: NDQ_001623

answers: triangulation

answers: NDQ_001624

answers: Albury

answers: NDQ_001625

answers: 1 mile

answers: NDQ_001586

answers: '1 mile'

answers: NDQ_001587

answers: Survey Section RAE (Permanent)

answers: NDQ_001588

answers: use of single photographs and strips of air photographs

answers: NDQ_001589

answers: topographic detail.

answers: NDQ_001590

answers: '1 mile'

answers: NDQ_001591

answers: inconsistencies in State triangulation systems

answers: NDQ_001592

answers: triangulation systems

answers: NDQ_001593

answers: plane-table

answers: NDQ_001594

answers: '1 mile'

answers: NDQ_001595

answers: '1 mile'

answers: NDQ_001597

answers: topographic detail.

answers: NDQ_001598

answers: topographic detail.

answers: NDQ_001600

answers: '1 mile'

answers: NDQ_001603

answers: topographic detail.

answers: NDQ_001605

answers: topographic detail.

answers: NDQ_001606

answers: '1 mile'

answers: NDQ_001608

answers: topographic detail.

answers: NDQ_001611

answers: Albury '1 mile' map published in 1933.

answers: NDQ_001613

answers: '1 mile'

answers: NDQ_001614

answers: topographic detail.

answers: NDQ_001618

answers: '1 mile'

answers: NDQ_001619

answers: '1 mile'

answers: NDQ_001620

answers: '1 mile'

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: '1 mile'

answers: NDQ_001623

answers: triangulation

answers: NDQ_001624

answers: plane-table

answers: NDQ_001625

answers: '1 mile'

text: On a user pays basis it produces geospatial products such as topographic maps and satellite imagery. It is also a major contributor to the Australian Government's free, open data collections such as data.gov.au.

text: On a

text: user pays

text: basis it produces geospatial products such as

text: topographic maps

text: and

text: satellite imagery

text: . It is also a major contributor to the Australian Government's free, open data collections such as data.gov.au.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: can be found in the Australian Government's free, open data collections.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: satellite imagery

answers: NDQ_001590

answers: What is the purpose of a contour interval?

answers: NDQ_001591

answers: topographic

answers: NDQ_001592

answers: satellite imagery

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: yes

answers: NDQ_001598

answers: steepest

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: what is contour interval?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: None of the above choices.

answers: NDQ_001613

answers: what is the second to last word in the passage?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: the Australian Government

answers: NDQ_001619

answers: topographic

answers: NDQ_001620

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: unspecified

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: mountain ranges

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: topographic maps and satellite imagery.

answers: NDQ_001587

answers: topographic maps and satellite imagery.

answers: NDQ_001588

answers: topographic maps and satellite imagery.

answers: NDQ_001589

answers: user pays basis it produces geospatial products such as topographic maps

answers: NDQ_001590

answers: topographic maps and satellite imagery.

answers: NDQ_001591

answers: topographic maps

answers: NDQ_001592

answers: satellite imagery.

answers: NDQ_001593

answers: topographic maps

answers: NDQ_001594

answers: user pays basis it produces geospatial products

answers: NDQ_001595

answers: data.gov.au.

answers: NDQ_001597

answers: topographic maps and satellite imagery.

answers: NDQ_001598

answers: topographic maps and satellite imagery.

answers: NDQ_001600

answers: topographic maps and satellite imagery.

answers: NDQ_001603

answers: topographic maps and satellite imagery.

answers: NDQ_001605

answers: topographic maps and satellite imagery.

answers: NDQ_001606

answers: topographic maps and satellite imagery.

answers: NDQ_001608

answers: topographic maps and satellite imagery.

answers: NDQ_001611

answers: topographic maps and satellite imagery.

answers: NDQ_001613

answers: topographic maps and satellite imagery.

answers: NDQ_001614

answers: topographic maps and satellite imagery.

answers: NDQ_001618

answers: topographic maps and satellite imagery.

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: topographic maps

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: topographic maps and satellite imagery.

answers: NDQ_001623

answers: topographic maps

answers: NDQ_001624

answers: topographic maps and satellite imagery.

answers: NDQ_001625

answers: data.gov.au.

text: Selecting a model for a shape of the Earth involves choosing between the advantages and disadvantages of a sphere versus an ellipsoid. Spherical models are useful for small-scale maps such as world atlases and globes, since the error at that scale is not usually noticeable or important enough to justify using the more complicated ellipsoid. The ellipsoidal model is commonly used to construct topographic maps and for other large- and medium-scale maps that need to accurately depict the land surface. Auxiliary latitudes are often employed in projecting the ellipsoid.

text: Selecting a model for a shape of the Earth involves choosing between the advantages and disadvantages of a sphere versus an ellipsoid. Spherical models are useful for small-scale maps such as world atlases and globes, since the error at that scale is not usually noticeable or important enough to justify using the more complicated ellipsoid. The ellipsoidal model is commonly used to construct

text: topographic map

text: s and for other large- and medium-scale maps that need to accurately depict the land surface.

text: Auxiliary latitudes

text: are often employed in projecting the ellipsoid.

answers: NDQ_001586

answers: The ellipsoidal model

answers: NDQ_001587

answers: Which of the following is not a shape of the Earth: ellipsoid, sphere, or globe?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Spherical models are useful for small-scale maps such as world atlases and globes

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: land surface

answers: NDQ_001592

answers: Spherical models

answers: NDQ_001593

answers: slope of the land

answers: NDQ_001594

answers: ellipsoid

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: The ellipsoidal model

answers: NDQ_001598

answers: ellipsoid

answers: NDQ_001600

answers: The ellipsoidal model

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a model for a shape of the Earth?

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: Which of the following is not used to construct topographic maps?

answers: NDQ_001611

answers: ellipsoidal model

answers: NDQ_001613

answers: The ellipsoidal model

answers: NDQ_001614

answers: Which of the following is not used to construct topographic maps?

answers: NDQ_001618

answers: the land surface

answers: NDQ_001619

answers: topographic

answers: NDQ_001620

answers: ellipsoidal model

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: ellipsoidal

answers: NDQ_001623

answers: latitudes

answers: NDQ_001624

answers: ellipsoidal model

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: ellipsoidal model

answers: NDQ_001587

answers: Auxiliary latitudes

answers: NDQ_001588

answers: ellipsoidal model

answers: NDQ_001589

answers: ellipsoid.

answers: NDQ_001590

answers: ellipsoidal model

answers: NDQ_001591

answers: Auxiliary latitudes

answers: NDQ_001592

answers: sphere versus an ellipsoid. Spherical

answers: NDQ_001593

answers: The ellipsoidal model

answers: NDQ_001594

answers: ellipsoidal model

answers: NDQ_001595

answers: ellipsoid.

answers: NDQ_001597

answers: ellipsoidal model

answers: NDQ_001598

answers: The ellipsoidal model

answers: NDQ_001600

answers: ellipsoidal model

answers: NDQ_001603

answers: ellipsoidal model

answers: NDQ_001605

answers: ellipsoidal model

answers: NDQ_001606

answers: ellipsoid.

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: ellipsoidal model

answers: NDQ_001613

answers: ellipsoidal model

answers: NDQ_001614

answers: ellipsoidal model

answers: NDQ_001618

answers: land surface.

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: ellipsoidal model

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: ellipsoidal model

answers: NDQ_001623

answers: latitudes

answers: NDQ_001624

answers: ellipsoidal model

answers: NDQ_001625

answers: ellipsoidal model

text: Snow cover is frequently shown as a contour-line map.

text: Snow

text: cover is frequently shown as a contour-line map.

answers: NDQ_001586

answers: None of the above choices.

answers: NDQ_001587

answers: can be used to measure the thickness of a rock.

answers: NDQ_001588

answers: How do contour lines on a topographic map differ?

answers: NDQ_001589

answers: It does not show snow cover.

answers: NDQ_001590

answers: Which of the following is not a type of contour line?

answers: NDQ_001591

answers: snow cover

answers: NDQ_001592

answers: show snow cover

answers: NDQ_001593

answers: How can you use a topographic map to determine slope of the land?

answers: NDQ_001594

answers: Which of the following is an example of a contour-line map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Which of the following can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: Which side of a mountain is flattest?

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a mountain.

answers: NDQ_001603

answers: It is impossible to tell

answers: NDQ_001605

answers: Which of the following is an example of a contour line map?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Yes

answers: NDQ_001611

answers: Which of the following is true of a contour line?

answers: NDQ_001613

answers: Which of the following is not a contour-line map?

answers: NDQ_001614

answers: Which of the following is not a feature of topographic maps?

answers: NDQ_001618

answers: snow cover

answers: NDQ_001619

answers: contour-line

answers: NDQ_001620

answers: is a measure of elevation

answers: NDQ_001621

answers: contour line

answers: NDQ_001622

answers: snow cover

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: snow cover

answers: NDQ_001625

answers: 1 meter

answers: NDQ_001586

answers: Snow cover

answers: NDQ_001587

answers: contour-line map.

answers: NDQ_001588

answers: Snow cover

answers: NDQ_001589

answers: Snow cover

answers: NDQ_001590

answers: Snow cover

answers: NDQ_001591

answers: Snow cover

answers: NDQ_001592

answers: Snow cover

answers: NDQ_001593

answers: contour-line map.

answers: NDQ_001594

answers: Snow cover

answers: NDQ_001595

answers: contour-line

answers: NDQ_001597

answers: contour-line map.

answers: NDQ_001598

answers: contour-line map.

answers: NDQ_001600

answers: Snow cover

answers: NDQ_001603

answers: Snow cover is frequently shown as a contour-line map.

answers: NDQ_001605

answers: Snow cover

answers: NDQ_001606

answers: Snow cover

answers: NDQ_001608

answers: Snow cover

answers: NDQ_001611

answers: contour-line

answers: NDQ_001613

answers: contour-line

answers: NDQ_001614

answers: Snow cover is frequently shown as a contour-line map.

answers: NDQ_001618

answers: Snow cover

answers: NDQ_001619

answers: contour-line

answers: NDQ_001620

answers: Snow cover

answers: NDQ_001621

answers: contour-line

answers: NDQ_001622

answers: Snow cover

answers: NDQ_001623

answers: contour-line

answers: NDQ_001624

answers: Snow cover

answers: NDQ_001625

answers: Snow cover is frequently shown as a contour-line

text: Petermann was responsible for drawing most of the maps in the first few years of the journal. His strength was in the analysis and evaluation of all sources available. As such one can say that the indication ‘Originalkarte’ (original map) in many titles was well earned, for few slavishly copied what explorers or other experts had sketched. German geographers, like Hermann Wagner (1840–1929), claimed that in other geographical journals explorer's maps were just copied instead of having them evaluated by cartographers first. Maps based on recent exploration reports were always, when possible, complemented with route maps from previous expeditions. He did not like to infer or extrapolate from the sources, for that might give inaccurate measurements, so many of his maps show large blank spaces. How right he was in this respect was demonstrated in 1911 when Julien Thoulet drafted bathymetric maps for the territory of France. In these four maps he draws hypothetical isobaths, which are based on respectively 15, 31, 154, and 308 altitude measurements per  for France and the adjacent territories. (A reasonable amount of measuring points for precipitation and temperature maps would be 1,500 and 600 per 100,000 km² respectively to create acceptable isoline maps for these phenomena). These give schematic negative relief maps, which hardly even approximate the true relief of the territory. Thoulet wanted to show that the few bathymetric measurements available for the vast oceans would only vaguely approximate the true relief of the ocean floors. Petermann must have had the same idea intuitively for his exploratory maps. He was keen, however, to introduce spot heights and spot depths in the maps he drafted in order that others could benefit from them.

text: Petermann was responsible for drawing most of the maps in the first few years of the journal. His strength was in the analysis and evaluation of all sources available. As such one can say that the indication ‘Originalkarte’ (original map) in many titles was well earned, for few slavishly copied what explorers or other experts had sketched. German geographers, like

text: Hermann Wagner

text: (1840–1929), claimed that in other geographical journals explorer's maps were just copied instead of having them evaluated by cartographers first. Maps based on recent exploration reports were always, when possible, complemented with route maps from previous expeditions. He did not like to infer or extrapolate from the sources, for that might give inaccurate measurements, so many of his maps show large blank spaces. How right he was in this respect was demonstrated in 1911 when

text: Julien Thoulet

text: drafted bathymetric maps for the territory of France. In these four maps he draws hypothetical isobaths, which are based on respectively 15, 31, 154, and 308 altitude measurements per  for France and the adjacent territories. (A reasonable amount of measuring points for precipitation and temperature maps would be 1,500 and 600 per 100,000 km² respectively to create acceptable isoline maps for these phenomena). These give schematic negative relief maps, which hardly even approximate the true relief of the territory. Thoulet wanted to show that the few bathymetric measurements available for the vast oceans would only vaguely approximate the true relief of the ocean floors. Petermann must have had the same idea intuitively for his exploratory maps. He was keen, however, to introduce spot heights and spot depths in the maps he drafted in order that others could benefit from them.

answers: NDQ_001586

answers: negative relief maps, which hardly even approximate the true relief of the territory

answers: NDQ_001587

answers: What did Thoulet draw hypothetical isobaths based on?

answers: NDQ_001588

answers: What might give inaccurate measurements?

answers: NDQ_001589

answers: Petermann must have had the same idea intuitively for his exploratory maps

answers: NDQ_001590

answers: What was the indication ‘Originalkarte’ (original map) in many titles?

answers: NDQ_001591

answers: negative relief maps

answers: NDQ_001592

answers: infer or extrapolate

answers: NDQ_001593

answers: negative relief

answers: NDQ_001594

answers: negative relief maps, which hardly even approximate the true relief of the territory

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What might give inaccurate measurements, so many of his maps show large blank spaces

answers: NDQ_001598

answers: negative relief maps

answers: NDQ_001600

answers: What might give inaccurate measurements?

answers: NDQ_001603

answers: Which of the following is not true?

answers: NDQ_001605

answers: What did Thoulet want to show?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: What might give inaccurate measurements?

answers: NDQ_001613

answers: How right was Petermann in this respect was demonstrated in 1911

answers: NDQ_001614

answers: What did Thoulet want to show?

answers: NDQ_001618

answers: negative relief

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: negative relief

answers: NDQ_001621

answers: bathymetric

answers: NDQ_001622

answers: negative relief

answers: NDQ_001623

answers: isoline

answers: NDQ_001624

answers: negative relief maps

answers: NDQ_001625

answers: negative relief maps

answers: NDQ_001586

answers: spot heights

answers: NDQ_001587

answers: 1,500 and 600 per 100,000 km2

answers: NDQ_001588

answers: spot heights and spot depth

answers: NDQ_001589

answers: vast oceans would only vaguely approximate the true relief of the ocean floors.

answers: NDQ_001590

answers: spot heights and spot depths

answers: NDQ_001591

answers: negative relief maps,

answers: NDQ_001592

answers: infer or extrapolate

answers: NDQ_001593

answers: negative relief maps,

answers: NDQ_001594

answers: spot heights

answers: NDQ_001595

answers: 15, 31, 154, and 308

answers: NDQ_001597

answers: spot heights and spot depths

answers: NDQ_001598

answers: spot heights and spot depths

answers: NDQ_001600

answers: spot heights

answers: NDQ_001603

answers: hardly even approximate the true relief of the territory.

answers: NDQ_001605

answers: spot heights and spot depths

answers: NDQ_001606

answers: spot heights and spot depths

answers: NDQ_001608

answers: negative relief maps,

answers: NDQ_001611

answers: negative relief maps,

answers: NDQ_001613

answers: 308

answers: NDQ_001614

answers: negative relief maps,

answers: NDQ_001618

answers: negative relief maps,

answers: NDQ_001619

answers: spot heights and spot depths

answers: NDQ_001620

answers: negative relief

answers: NDQ_001621

answers: negative relief maps,

answers: NDQ_001622

answers: negative relief maps,

answers: NDQ_001623

answers: isoline

answers: NDQ_001624

answers: negative relief maps,

answers: NDQ_001625

answers: 15, 31, 154, and 308

text: is the "contour length" or

text: is the "contour length" or

answers: NDQ_001586

answers: line

answers: NDQ_001587

answers: is the length of a straight line

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: is the "contour length" or

answers: NDQ_001590

answers: interval

answers: NDQ_001591

answers: contour length

answers: NDQ_001592

answers: change the direction of the wind

answers: NDQ_001593

answers: slope

answers: NDQ_001594

answers: line

answers: NDQ_001595

answers: interval

answers: NDQ_001597

answers: direction

answers: NDQ_001598

answers: contour length

answers: NDQ_001600

answers: contour lines

answers: NDQ_001603

answers: unanswerable

answers: NDQ_001605

answers: color

answers: NDQ_001606

answers: interval

answers: NDQ_001608

answers: line

answers: NDQ_001611

answers: distance

answers: NDQ_001613

answers: contour length

answers: NDQ_001614

answers: horizontal

answers: NDQ_001618

answers: concentric contour lines

answers: NDQ_001619

answers: contours

answers: NDQ_001620

answers: contour line

answers: NDQ_001621

answers: contours

answers: NDQ_001622

answers: contour line

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: contour line

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: "contour length"

answers: NDQ_001587

answers: "contour length"

answers: NDQ_001588

answers: "contour length"

answers: NDQ_001589

answers: "contour length"

answers: NDQ_001590

answers: "contour length"

answers: NDQ_001591

answers: "contour length"

answers: NDQ_001592

answers: "contour length"

answers: NDQ_001593

answers: "contour length"

answers: NDQ_001594

answers: "contour length"

answers: NDQ_001595

answers: "contour length"

answers: NDQ_001597

answers: "contour length"

answers: NDQ_001598

answers: "contour length"

answers: NDQ_001600

answers: "contour length"

answers: NDQ_001603

answers: "contour length"

answers: NDQ_001605

answers: "contour length"

answers: NDQ_001606

answers: "contour length"

answers: NDQ_001608

answers: "contour length"

answers: NDQ_001611

answers: "contour length"

answers: NDQ_001613

answers: "contour length"

answers: NDQ_001614

answers: "contour length"

answers: NDQ_001618

answers: "contour length"

answers: NDQ_001619

answers: "contour length"

answers: NDQ_001620

answers: "contour length"

answers: NDQ_001621

answers: "contour length"

answers: NDQ_001622

answers: "contour length"

answers: NDQ_001623

answers: "contour length"

answers: NDQ_001624

answers: "contour length"

answers: NDQ_001625

answers: "contour length"

text: Fort Sumner was razed in 1953. There are a few visible remains of Battery Bailey in Westmoreland Hills Park, which can be seen from the adjacent Capital Crescent Trail. Part of the site was acquired by the Army Map Service (AMS) early in World War II and renamed Fort Sumner. The AMS was renamed US Army Topographic Command in 1968 and merged into the Defense Mapping Agency in 1972, at which time the site was renamed Defense Mapping Agency Topographic Center. The Defense Mapping Agency and its successors, the National Imagery and Mapping Agency and the National Geospatial-Intelligence Agency, occupied the site until the early 2010s. The residential area that was built over Fort Sumner has a plaque about the fort at Sangamore Road and West Path Way, and portions of it are named "Fort Sumner Hills" and "Sumner Village".

text: Fort Sumner was razed in 1953. There are a few visible remains of Battery Bailey in Westmoreland Hills Park, which can be seen from the adjacent

text: Capital Crescent Trail

text: . Part of the site was acquired by the

text: Army Map Service

text: (AMS) early in

text: World War II

text: and renamed Fort Sumner. The AMS was renamed US Army Topographic Command in 1968 and merged into the

text: Defense Mapping Agency

text: in 1972, at which time the site was renamed Defense Mapping Agency Topographic Center. The

text: Defense Mapping Agency

text: and its successors, the

text: National Imagery and Mapping Agency

text: and the

text: National Geospatial-Intelligence Agency

text: , occupied the site until the early 2010s. The residential area that was built over Fort Sumner has a plaque about the fort at Sangamore Road and West Path Way, and portions of it are named "Fort Sumner Hills" and "Sumner Village".

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: Which happened first, the AMS was renamed US Army Topographic Command or the Defense Mapping Agency Topographic Center?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Fort Sumner was razed in 1953

answers: NDQ_001590

answers: How many years after the AMS was renamed US Army Topographic Command was merged into the Defense Mapping Agency?

answers: NDQ_001591

answers: Fort Sumner

answers: NDQ_001592

answers: renamed Fort Sumner

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: What was the AMS renamed?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side that is steepest

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: How many years after the AMS was renamed US Army Topographic Command was it merged into the Defense Mapping Agency Topographic Center?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Which of the following is not an example of a concentration line?

answers: NDQ_001613

answers: Which happened first, the AMS was renamed US Army Topographic Command or the Defense Mapping Agency Topographic Center?

answers: NDQ_001614

answers: Which happened first, the AMS was renamed US Army Topographic Command or the Defense Mapping Agency Topographic Center?

answers: NDQ_001618

answers: Fort Sumner

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Fort Sumner

answers: NDQ_001623

answers: elevation

answers: NDQ_001624

answers: Westmoreland Hills

answers: NDQ_001625

answers: 10 m

answers: NDQ_001586

answers: US Army Topographic Command

answers: NDQ_001587

answers: Capital Crescent Trail.

answers: NDQ_001588

answers: Capital Crescent Trail.

answers: NDQ_001589

answers: Fort Sumner was razed in 1953.

answers: NDQ_001590

answers: US Army Topographic Command

answers: NDQ_001591

answers: Fort Sumner was razed in 1953.

answers: NDQ_001592

answers: Fort Sumner was razed in 1953.

answers: NDQ_001593

answers: Capital Crescent Trail.

answers: NDQ_001594

answers: Capital Crescent Trail.

answers: NDQ_001595

answers: 1953.

answers: NDQ_001597

answers: Defense Mapping Agency Topographic Center.

answers: NDQ_001598

answers: Defense Mapping Agency Topographic Center.

answers: NDQ_001600

answers: Capital Crescent Trail.

answers: NDQ_001603

answers: Topographic Command

answers: NDQ_001605

answers: AMS was renamed US Army Topographic Command

answers: NDQ_001606

answers: Capital Crescent Trail.

answers: NDQ_001608

answers: Capital Crescent Trail.

answers: NDQ_001611

answers: "Fort Sumner Hills"

answers: NDQ_001613

answers: US Army Topographic Command

answers: NDQ_001614

answers: Capital Crescent Trail.

answers: NDQ_001618

answers: Fort Sumner

answers: NDQ_001619

answers: Capital Crescent Trail. Part of the site was acquired by the Army Map Service

answers: NDQ_001620

answers: Capital Crescent Trail.

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Battery Bailey

answers: NDQ_001623

answers: Capital Crescent Trail.

answers: NDQ_001624

answers: Battery Bailey

answers: NDQ_001625

answers: Capital Crescent Trail.

text: Flintstone is included in the Fort Oglethorpe Quad of topographical maps published by the United States Geological Services.

text: Flintstone is included in the Fort Oglethorpe Quad of topographical maps published by the United States Geological Services.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: can be used to measure the thickness of a rock

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Flintstone is included in the Fort Oglethorpe Quad

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: geological formation

answers: NDQ_001592

answers: show the location of Flintstone

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: What does Flintstone stand for?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: It can be used to determine the direction that streams flow.

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: How would you describe the topography of Flintstone?

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: How do contour lines help us see the three-dimensional shape of the land

answers: NDQ_001611

answers: How would you describe Flintstone?

answers: NDQ_001613

answers: The hatch marks are drawn on the side of the circle with the higher elevation

answers: NDQ_001614

answers: What is Flintstone?

answers: NDQ_001618

answers: Flintstone

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: Flintstone

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: Fort Oglethorpe Quad

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Flintstone is included in the Fort Oglethorpe Quad

answers: NDQ_001587

answers: Flintstone

answers: NDQ_001588

answers: Flintstone is included in the Fort Oglethorpe Quad

answers: NDQ_001589

answers: topographical maps

answers: NDQ_001590

answers: Flintstone is included in the Fort Oglethorpe Quad

answers: NDQ_001591

answers: Flintstone

answers: NDQ_001592

answers: Flintstone

answers: NDQ_001593

answers: Flintstone

answers: NDQ_001594

answers: Flintstone

answers: NDQ_001595

answers: Flintstone is included in the Fort Oglethorpe Quad

answers: NDQ_001597

answers: Flintstone

answers: NDQ_001598

answers: Flintstone is included in the Fort Oglethorpe Quad

answers: NDQ_001600

answers: Flintstone is included in the Fort Oglethorpe Quad

answers: NDQ_001603

answers: Flintstone is included in the Fort Oglethorpe Quad

answers: NDQ_001605

answers: Flintstone

answers: NDQ_001606

answers: Flintstone is included in the Fort Oglethorpe Quad

answers: NDQ_001608

answers: topographical maps

answers: NDQ_001611

answers: Flintstone is included in the Fort Oglethorpe Quad

answers: NDQ_001613

answers: Flintstone is included in the Fort Oglethorpe Quad

answers: NDQ_001614

answers: Flintstone

answers: NDQ_001618

answers: Flintstone

answers: NDQ_001619

answers: topographical maps published by the United States Geological Services.

answers: NDQ_001620

answers: Flintstone is included in the Fort Oglethorpe Quad

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: Flintstone

answers: NDQ_001623

answers: Fort Oglethorpe Quad

answers: NDQ_001624

answers: Flintstone

answers: NDQ_001625

answers: Flintstone

text: The peak is located at  which is 940 m north of Maystora Peak,  1.22 km northeast of Razgrad Peak, 1.18 km east by north of Terter Peak, 2.87 km east of the highest point of Oborishte Ridge, 4.1 km south of Ferrer Point, 590 m west of Momchil Peak, 2 km west-northwest of the summit of Viskyar Ridge and 3.32 km northwest of Sartorius Point.  British mapping in 1968, Bulgarian topographic survey Tangra 2004/05 and mapping in 2009.

text: The peak is located at  which is 940 m north of

text: Maystora Peak

text: ,  1.22 km northeast of

text: Razgrad Peak

text: , 1.18 km east by north of

text: Terter Peak

text: , 2.87 km east of the highest point of

text: Oborishte Ridge

text: , 4.1 km south of

text: Ferrer Point

text: , 590 m west of

text: Momchil Peak

text: , 2 km west-northwest of the summit of

text: Viskyar Ridge

text: and 3.32 km northwest of

text: Sartorius Point

text: .  British mapping in 1968, Bulgarian topographic survey

text: Tangra 2004/05

text: and mapping in 2009.

answers: NDQ_001586

answers: Yes

answers: NDQ_001587

answers: What is the highest point of Oborishte Ridge?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: British mapping in 1968, Bulgarian topographic survey Tangra 2004/05

answers: NDQ_001590

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

answers: NDQ_001591

answers: summit of Viskyar Ridge

answers: NDQ_001592

answers: the highest point of Oborishte Ridge

answers: NDQ_001593

answers: It's impossible to say

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: It's impossible to say

answers: NDQ_001598

answers: west

answers: NDQ_001600

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

answers: NDQ_001603

answers: None of the above choices

answers: NDQ_001605

answers: What is the main idea of the passage?

answers: NDQ_001606

answers: How many meters is the difference between Maystora Peak and Razgrad Peak?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Which of the following is not a peak?

answers: NDQ_001613

answers: Which of the following is not a point: Razgrad Peak, Terter Peak, Momchil Peak, Viskyar Ridge or Sartorius Point?

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: Maystora Peak

answers: NDQ_001619

answers: NDQ_001620

answers: 940 m

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Maystora Peak

answers: NDQ_001623

answers: Maystora Peak

answers: NDQ_001624

answers: Razgrad Peak

answers: NDQ_001625

answers: 1.18 km

answers: NDQ_001586

answers: 2009.

answers: NDQ_001587

answers: 1.22 km northeast of Razgrad Peak,

answers: NDQ_001588

answers: 1.18 km east by north of Terter Peak,

answers: NDQ_001589

answers: 1968,

answers: NDQ_001590

answers: 1.18 km east by north of Terter Peak,

answers: NDQ_001591

answers: summit of Viskyar Ridge

answers: NDQ_001592

answers: 1968,

answers: NDQ_001593

answers: 1.18 km east by north of Terter Peak,

answers: NDQ_001594

answers: 3.32 km northwest of Sartorius Point.

answers: NDQ_001595

answers: 940 m north of Maystora Peak,

answers: NDQ_001597

answers: northwest

answers: NDQ_001598

answers: northwest

answers: NDQ_001600

answers: 1.18 km east by north of Terter Peak,

answers: NDQ_001603

answers: Bulgarian topographic survey Tangra 2004/05 and mapping in 2009.

answers: NDQ_001605

answers: Bulgarian topographic survey Tangra 2004/05 and mapping in 2009.

answers: NDQ_001606

answers: 1.18 km east by north of Terter Peak,

answers: NDQ_001608

answers: Bulgarian topographic survey Tangra 2004/05 and mapping in 2009.

answers: NDQ_001611

answers: Bulgarian topographic survey Tangra 2004/05 and mapping in 2009.

answers: NDQ_001613

answers: 1.18 km east by north of Terter Peak,

answers: NDQ_001614

answers: 1.22 km northeast of Razgrad Peak,

answers: NDQ_001618

answers: Maystora Peak,

answers: NDQ_001619

answers: mapping in 1968,

answers: NDQ_001620

answers: 940 m

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Maystora Peak,

answers: NDQ_001623

answers: west-northwest

answers: NDQ_001624

answers: Oborishte Ridge,

answers: NDQ_001625

answers: 2 km

text: From the 16th and 17th centuries, several examples survive of maps focused on cultural information. Gridlines are not used on either Yu Shi's Gujin xingsheng zhi tu (1555) or Zhang Huang's Tushu bian (1613); instead, illustrations and annotations show mythical places, exotic foreign peoples, administrative changes and the deeds of historic and legendary heroes. Also in the 17th century, an edition of a possible Tang Dynasty map shows clear topographical contour lines. Although topographic features were part of maps in China for centuries, a Fujian county official Ye Chunji (1532–1595) was the first to base county maps using on-site topographical surveying and observations.

text: From the 16th and 17th centuries, several examples survive of maps focused on cultural information. Gridlines are not used on either

text: Yu Shi

text: 's

text: Gujin xingsheng zhi tu

text: (1555) or

text: Zhang Huang

text: 's

text: Tushu bian

text: (1613); instead, illustrations and annotations show mythical places, exotic foreign peoples, administrative changes and the deeds of historic and legendary heroes. Also in the 17th century, an edition of a possible Tang Dynasty map shows clear topographical

text: contour lines

text: . Although

text: topographic

text: features were part of maps in China for centuries, a

text: Fujian

text: county official

text: Ye Chunji

text: (1532–1595) was the first to base county maps using on-site topographical

text: surveying

text: and observations.

answers: NDQ_001586

answers: contour lines

answers: NDQ_001587

answers: How many years did Ye Chunji work for Fujian?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: clear topographical contour lines

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: topographic features

answers: NDQ_001592

answers: Gridlines

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: topographical contour lines

answers: NDQ_001598

answers: topographical contour lines

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: Which of the following is not a type of map: Geologic maps use different colors to represent different types of rocks

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: topographical contour lines

answers: NDQ_001613

answers: the side of the circle with the higher elevation

answers: NDQ_001614

answers: vertical distances

answers: NDQ_001618

answers: clear topographical contour lines

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: topographical contour lines

answers: NDQ_001622

answers: clear topographical contour lines

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: clear topographical contour lines

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: clear topographical contour lines.

answers: NDQ_001587

answers: Gridlines

answers: NDQ_001588

answers: Tang Dynasty map shows clear topographical contour lines.

answers: NDQ_001589

answers: Gridlines

answers: NDQ_001590

answers: contour lines.

answers: NDQ_001591

answers: topographical

answers: NDQ_001592

answers: Gridlines

answers: NDQ_001593

answers: contour lines.

answers: NDQ_001594

answers: topographical contour lines.

answers: NDQ_001595

answers: contour lines.

answers: NDQ_001597

answers: topographical contour lines.

answers: NDQ_001598

answers: contour lines.

answers: NDQ_001600

answers: clear topographical contour lines.

answers: NDQ_001603

answers: topographical surveying and observations.

answers: NDQ_001605

answers: Gridlines

answers: NDQ_001606

answers: contour lines.

answers: NDQ_001608

answers: topographical contour lines.

answers: NDQ_001611

answers: topographical contour lines.

answers: NDQ_001613

answers: topographical contour lines.

answers: NDQ_001614

answers: Gridlines

answers: NDQ_001618

answers: Tang Dynasty map shows clear topographical contour lines.

answers: NDQ_001619

answers: topographical contour lines.

answers: NDQ_001620

answers: contour lines.

answers: NDQ_001621

answers: topographical contour lines.

answers: NDQ_001622

answers: clear topographical contour lines.

answers: NDQ_001623

answers: contour lines.

answers: NDQ_001624

answers: clear topographical contour lines.

answers: NDQ_001625

answers: Tang Dynasty map shows clear topographical contour lines.

text: [[File:Lake Superior bathymetry map.png|thumb|240px|Lake Superior bathymetric map. The deepest point, roughly off its southeastern shore, is marked with "×". The deep trenches in its eastern part may have originated from tunnel valleys.]]

text: [[File:Lake Superior bathymetry map.png|thumb|240px|Lake Superior

text: bathymetric map

text: . The deepest point, roughly off its southeastern shore, is marked with "×". The deep trenches in its eastern part may have originated from

text: tunnel valley

text: s.]]

answers: NDQ_001586

answers: [[Note: On a topographic map, only the contour lines that are numbered represent changes in elevation.

answers: NDQ_001587

answers: The deep trenches in its eastern part may have originated from tunnel valleys.]

answers: NDQ_001588

answers: [[Two contour lines on a topographic may be parallel or they may intersect each other.]]

answers: NDQ_001589

answers: The deepest point, roughly off its southeastern shore, is marked with " "

answers: NDQ_001590

answers: [[Contour interval of a topographic map]]

answers: NDQ_001591

answers: deepest point

answers: NDQ_001592

answers: bathymetric map

answers: NDQ_001593

answers: [[File:Lake Superior bathymetry map.png|thumb|240px|Lake Superior bathymetric map. The deepest point, roughly off its southeastern shore, is marked with " ". The deep trenches in its eastern part may have originated from tunnel valleys]]

answers: NDQ_001594

answers: [[File:Lake Superior bathymetric map.png|thumb|240px|Lake Superior bathymetric map]]

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: [[A topographic map can be used to determine the direction that rivers and streams flow.]]

answers: NDQ_001598

answers: [[A topographic map of a mountain shows which side of the mountain is steepest.]]

answers: NDQ_001600

answers: [[Contour lines are so close together that they almost touch, they represent a plain or plateau.]]

answers: NDQ_001603

answers: [[The deep trenches in its eastern part may have originated from tunnel valleys.]]

answers: NDQ_001605

answers: [[File:Lake Superior bathymetry map.png|thumb|240px|Lake Superior bathymetric map. The deepest point, roughly off its southeastern shore, is marked with " ".]]

answers: NDQ_001606

answers: [[The difference between two contour lines is the contour interval.]]

answers: NDQ_001608

answers: [[Image:Lake Superior bathymetry map.png|thumb|240px|Lake Superior bathymetric map. The deepest point, roughly off its southeastern shore, is marked with " ". The deep trenches in its eastern part may have originated from tunnel valleys.]]

answers: NDQ_001611

answers: [[File:Lake Superior bathymetric map.png|thumb|240px|Lake Superior bathymetric map. The deepest point, roughly off its southeastern shore, is marked with " ". The deep trenches in its eastern part may have originated from tunnel valleys.]]

answers: NDQ_001613

answers: [[File:Lake Superior bathymetry map.png|thumb|240px|Lake Superior bathymetric map. The deepest point, roughly off its southeastern shore, is marked with " ".

answers: NDQ_001614

answers: [[Wikipedia]]

answers: NDQ_001618

answers: [[Lake Superior bathymetric map]]

answers: NDQ_001619

answers: [[Lake Superior bathymetric map]]

answers: NDQ_001620

answers: [[Elevation]]

answers: NDQ_001621

answers: [[Bathymetric map]]

answers: NDQ_001622

answers: [[Lake Superior bathymetric map]]

answers: NDQ_001623

answers: [[Elevation line]]

answers: NDQ_001624

answers: [[File:Lake Superior bathymetry map.png|thumb|240px|Lake Superior bathymetric map]]

answers: NDQ_001625

answers: NDQ_001586

answers: The deepest point, roughly off its southeastern shore,

answers: NDQ_001587

answers: The deep trenches

answers: NDQ_001588

answers: <unk>

answers: NDQ_001589

answers: tunnel valleys.]]

answers: NDQ_001590

answers: <unk>

answers: NDQ_001591

answers: The deep trenches

answers: NDQ_001592

answers: bathymetry

answers: NDQ_001593

answers: tunnel valleys.]]

answers: NDQ_001594

answers: The deepest point,

answers: NDQ_001595

answers: map.png|thumb|240px|Lake Superior bathymetric map.

answers: NDQ_001597

answers: southeastern shore,

answers: NDQ_001598

answers: The deepest point, roughly off its southeastern shore,

answers: NDQ_001600

answers: tunnel valleys.]]

answers: NDQ_001603

answers: tunnel valleys.]]

answers: NDQ_001605

answers: <unk>".

answers: NDQ_001606

answers: <unk>

answers: NDQ_001608

answers: <unk>".

answers: NDQ_001611

answers: The deep trenches

answers: NDQ_001613

answers: The deepest point, roughly off its southeastern shore,

answers: NDQ_001614

answers: [[File:Lake Superior bathymetry

answers: NDQ_001618

answers: The deepest point,

answers: NDQ_001619

answers: bathymetry

answers: NDQ_001620

answers: The deepest point,

answers: NDQ_001621

answers: bathymetry

answers: NDQ_001622

answers: The deepest point,

answers: NDQ_001623

answers: <unk>

answers: NDQ_001624

answers: The deepest point,

answers: NDQ_001625

answers: <unk>

text: Line weight is simply the darkness or thickness of the line used.  This choice is made based upon the least intrusive form of contours that enable the reader to decipher the background information in the map itself.  If there is little or no content on the base map, the contour lines may be drawn with relatively heavy thickness.  Also, for many forms of contours such as topographic maps, it is common to vary the line weight and/or color, so that a different line characteristic occurs for certain numerical values. For example, in the topographic map above, the even hundred foot elevations are shown in a different weight from the twenty foot intervals.

text: Line weight is simply the darkness or thickness of the line used.  This choice is made based upon the least intrusive form of contours that enable the reader to decipher the background information in the map itself.  If there is little or no content on the base map, the contour lines may be drawn with relatively heavy thickness.  Also, for many forms of contours such as topographic maps, it is common to vary the line weight and/or color, so that a different line characteristic occurs for certain numerical values. For example, in the

text: topographic

text: map above, the even hundred foot elevations are shown in a different weight from the twenty foot intervals.

answers: NDQ_001586

answers: numerical values

answers: NDQ_001587

answers: can be used for what purpose?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: line weight is simply the darkness or thickness of the line used

answers: NDQ_001590

answers: twenty foot intervals

answers: NDQ_001591

answers: numerical values

answers: NDQ_001592

answers: vary the line weight

answers: NDQ_001593

answers: slope

answers: NDQ_001594

answers: line weight

answers: NDQ_001595

answers: twenty foot

answers: NDQ_001597

answers: line weight

answers: NDQ_001598

answers: line weight

answers: NDQ_001600

answers: None of the above choices

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: NDQ_001608

answers: Yes

answers: NDQ_001611

answers: line weight

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: mountain

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: twenty foot intervals

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: line weight

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: line weight

answers: NDQ_001625

answers: twenty foot

answers: NDQ_001586

answers: it is common to vary the line weight

answers: NDQ_001587

answers: Line weight

answers: NDQ_001588

answers: Line weight

answers: NDQ_001589

answers: Line weight

answers: NDQ_001590

answers: twenty foot

answers: NDQ_001591

answers: numerical values.

answers: NDQ_001592

answers: vary the line weight and/or color,

answers: NDQ_001593

answers: contours

answers: NDQ_001594

answers: Line weight

answers: NDQ_001595

answers: twenty foot

answers: NDQ_001597

answers: it is common to vary the line weight

answers: NDQ_001598

answers: it is common to vary the line weight

answers: NDQ_001600

answers: contour lines may be drawn with relatively heavy thickness.

answers: NDQ_001603

answers: topographic maps,

answers: NDQ_001605

answers: line weight and/or color,

answers: NDQ_001606

answers: Line weight

answers: NDQ_001608

answers: enable the reader to decipher the background information in the map itself.

answers: NDQ_001611

answers: Line weight

answers: NDQ_001613

answers: twenty foot intervals.

answers: NDQ_001614

answers: topographic maps,

answers: NDQ_001618

answers: even hundred foot elevations

answers: NDQ_001619

answers: twenty foot intervals.

answers: NDQ_001620

answers: even hundred foot elevations

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: even hundred foot elevations

answers: NDQ_001623

answers: twenty foot intervals.

answers: NDQ_001624

answers: even hundred foot elevations

answers: NDQ_001625

answers: twenty foot

text: TopoZone was one of the first topographic mapping site on the web, providing visitors with free viewing and printing of the full set of United States Geological Survey topographic maps covering the entire United States. The maps are produced by the USGS, which encourages the distribution of their maps through business partners.  TopoZone offered aerial photographs from the USGS and street maps from the United States Census Bureau.  In 2007 complete coverage of Canada was added, using the topographic map series produced by Natural Resources Canada.

text: TopoZone was one of the first topographic mapping site on the web, providing visitors with free viewing and printing of the full set of

text: United States Geological Survey

text: topographic maps

text: covering the entire

text: United States

text: . The maps are produced by the

text: USGS

text: , which encourages the distribution of their maps through business partners.  TopoZone offered aerial photographs from the

text: USGS

text: and street maps from the

text: United States Census Bureau

text: .  In 2007 complete coverage of

text: Canada

text: was added, using the topographic map series produced by

text: Natural Resources Canada

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: How many years after TopoZone was one of the first topographic mapping sites on the web was Canada added?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: topographic maps covering the entire United States

answers: NDQ_001590

answers: What does TopoZone offer?

answers: NDQ_001591

answers: the entire United States

answers: NDQ_001592

answers: street maps

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: What does TopoZone offer?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow

answers: NDQ_001598

answers: steepest

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What does TopoZone offer?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: what is the first topographic mapping site on the web?

answers: NDQ_001614

answers: What does TopoZone offer?

answers: NDQ_001618

answers: aerial photographs

answers: NDQ_001619

answers: Topographic mapping

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: aerial photographs

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: aerial photographs

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: United States Geological Survey topographic maps covering the entire United States.

answers: NDQ_001587

answers: aerial photographs from the USGS and street maps from the United States Census Bureau.

answers: NDQ_001588

answers: United States Geological Survey topographic maps covering the entire United States.

answers: NDQ_001589

answers: topographic maps covering the entire United States.

answers: NDQ_001590

answers: United States Geological Survey topographic maps covering the entire United States.

answers: NDQ_001591

answers: topographic maps covering the entire United States.

answers: NDQ_001592

answers: printing

answers: NDQ_001593

answers: United States Geological Survey topographic maps covering the entire United States.

answers: NDQ_001594

answers: United States Geological Survey topographic maps covering the entire United States.

answers: NDQ_001595

answers: entire United States.

answers: NDQ_001597

answers: United States Geological Survey topographic maps covering the entire United States.

answers: NDQ_001598

answers: United States Geological Survey topographic maps covering the entire United States.

answers: NDQ_001600

answers: United States Geological Survey topographic maps covering the entire United States.

answers: NDQ_001603

answers: United States Geological Survey topographic maps covering the entire United States.

answers: NDQ_001605

answers: United States Geological Survey topographic maps covering the entire United States.

answers: NDQ_001606

answers: TopoZone

answers: NDQ_001608

answers: topographic maps covering the entire United States.

answers: NDQ_001611

answers: TopoZone

answers: NDQ_001613

answers: United States Geological Survey topographic maps covering the entire United States.

answers: NDQ_001614

answers: United States Geological Survey topographic maps covering the entire United States.

answers: NDQ_001618

answers: aerial photographs

answers: NDQ_001619

answers: United States Geological Survey topographic maps

answers: NDQ_001620

answers: United States Geological Survey topographic maps covering the entire United States.

answers: NDQ_001621

answers: aerial photographs

answers: NDQ_001622

answers: United States Geological Survey topographic maps covering the entire United States.

answers: NDQ_001623

answers: aerial

answers: NDQ_001624

answers: aerial photographs

answers: NDQ_001625

answers: Natural Resources Canada.

text: He was a native of Guangdong province and served as a county official of Huian County in Fujian province. Although topographic features were part of maps in China for centuries, Ye was the first to base county maps on on-site topographical surveying and observations. His career was sidelined for seventeen years after he became a victim of political vengeance. He came up with a model of county commerce with goods of greatest, great, and lesser importance—the latter being non-subsistence surplus goods that could be traded out of the county for commercial profit.

text: He was a native of

text: Guangdong

text: province and served as a county official of Huian County in

text: Fujian

text: province. Although

text: topographic

text: features were part of

text: maps in China for centuries

text: , Ye was the first to base county maps on on-site topographical

text: surveying

text: and observations. His career was sidelined for seventeen years after he became a victim of political vengeance. He came up with a model of county commerce with goods of greatest, great, and lesser importance—the latter being non-subsistence surplus goods that could be traded out of the county for commercial profit.

answers: NDQ_001586

answers: changes in elevation

answers: NDQ_001587

answers: How many years did Ye serve as a county official of Huian County?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: topographic features were part of maps

answers: NDQ_001590

answers: what is the first to base county maps on on-site topographical surveying

answers: NDQ_001591

answers: lesser importance

answers: NDQ_001592

answers: trade out of the county for commercial profit

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: yes

answers: NDQ_001598

answers: greatest

answers: NDQ_001600

answers: None of the above choices

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is not true of topographic features?

answers: NDQ_001611

answers: None of the above choices

answers: NDQ_001613

answers: what is the first to base county maps on?

answers: NDQ_001614

answers: NDQ_001618

answers: county

answers: NDQ_001619

answers: topographic features

answers: NDQ_001620

answers: unanswerable

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: county

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: topographic

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Ye

answers: NDQ_001587

answers: goods of greatest, great, and lesser importance—the

answers: NDQ_001588

answers: Ye

answers: NDQ_001589

answers: topographic features

answers: NDQ_001590

answers: Ye

answers: NDQ_001591

answers: non-subsistence surplus goods

answers: NDQ_001592

answers: traded out of the county for commercial profit.

answers: NDQ_001593

answers: Ye

answers: NDQ_001594

answers: Ye

answers: NDQ_001595

answers: Ye

answers: NDQ_001597

answers: Ye

answers: NDQ_001598

answers: Ye

answers: NDQ_001600

answers: Ye

answers: NDQ_001603

answers: Ye

answers: NDQ_001605

answers: Ye

answers: NDQ_001606

answers: Ye

answers: NDQ_001608

answers: topographic features

answers: NDQ_001611

answers: Ye

answers: NDQ_001613

answers: Ye

answers: NDQ_001614

answers: Ye

answers: NDQ_001618

answers: Ye

answers: NDQ_001619

answers: topographic features

answers: NDQ_001620

answers: Ye

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Ye

answers: NDQ_001623

answers: topographic features

answers: NDQ_001624

answers: Ye

answers: NDQ_001625

answers: Ye

text: AMS was redesignated the U.S. Army Topographic Command (USATC) on September 1, 1968 and continued as an independent organization until 1972, when it was merged into the new Defense Mapping Agency (DMA) and redesignated as the DMA Topographic Center (DMATC).

text: AMS was redesignated the U.S.

text: Army Topographic Command

text: (USATC) on September 1, 1968 and continued as an independent organization until 1972, when it was merged into the new

text: Defense Mapping Agency

text: (DMA) and redesignated as the DMA Topographic Center (DMATC).

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: AMS was redesignated the U.S. Army Topographic Command (USATC) on September 1, 1968

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: is merged into the new Defense Mapping Agency

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: topography

answers: NDQ_001592

answers: change direction

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: what was redesignated the DMA Topographic Center?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What type of rocks does the DMA Topographic Center represent?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: None of the above choices.

answers: NDQ_001613

answers: the side of the circle with the higher elevation

answers: NDQ_001614

answers: NDQ_001618

answers: contour lines

answers: NDQ_001619

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: AMS was redesignated the U.S. Army Topographic Command

answers: NDQ_001587

answers: AMS was redesignated the U.S. Army Topographic Command

answers: NDQ_001588

answers: 1968

answers: NDQ_001589

answers: AMS was redesignated the U.S. Army Topographic Command

answers: NDQ_001590

answers: AMS was redesignated the U.S. Army Topographic Command

answers: NDQ_001591

answers: DMA Topographic Center

answers: NDQ_001592

answers: AMS was redesignated the U.S. Army Topographic Command

answers: NDQ_001593

answers: AMS was redesignated the U.S. Army Topographic Command

answers: NDQ_001594

answers: AMS was redesignated the U.S. Army Topographic Command

answers: NDQ_001595

answers: 1968

answers: NDQ_001597

answers: AMS was redesignated the U.S. Army Topographic Command

answers: NDQ_001598

answers: AMS was redesignated the U.S. Army Topographic Command

answers: NDQ_001600

answers: 1968

answers: NDQ_001603

answers: AMS was redesignated the U.S. Army Topographic Command

answers: NDQ_001605

answers: AMS was redesignated the U.S. Army Topographic Command

answers: NDQ_001606

answers: 1968

answers: NDQ_001608

answers: AMS was redesignated the U.S. Army Topographic Command

answers: NDQ_001611

answers: AMS was redesignated the U.S. Army Topographic Command

answers: NDQ_001613

answers: DMA Topographic Center (DMATC).

answers: NDQ_001614

answers: AMS was redesignated the U.S. Army Topographic Command

answers: NDQ_001618

answers: AMS was redesignated the U.S. Army Topographic Command

answers: NDQ_001619

answers: Topographic

answers: NDQ_001620

answers: AMS was redesignated the U.S. Army Topographic Command

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: AMS was redesignated the U.S. Army Topographic Command

answers: NDQ_001623

answers: AMS was redesignated the U.S. Army Topographic Command

answers: NDQ_001624

answers: AMS was redesignated the U.S. Army Topographic Command

answers: NDQ_001625

answers: 1968

text: There are also eight township roads in Poyntelle. Three of them are entirely located within the village: Czapnik Road (designated Township Road 571, or T571), which connects to both Cribbs and South Preston; Poyntelle Road (T722), which connects to Crosstown, Cribbs, and South Preston; and Lake Lorain Road (T729; referred to as "Lorain Road" on the United States Geological Survey (USGS)  Orson Quadrangle topographic map, which includes Poyntelle), which connects to just Crosstown. The other five cross into other villages: Paluch Road (T567; the USGS map says "Poluch Road"), which connects to Cribbs; Clark Road (T579), which connects to Crosstown; Dix Road (T594; referred to as "North Road" on the PennDOT General Highway Map for Wayne County), which connects to Paluch; Spruce Lake Road (T688), which connects to Crosstown and Clark; and O & W Road (T727; the USGS map says "Old State Road"), which connects to Cribbs and Poyntelle. Like many township roads in the state, Paluch, Czapnik, Clark, Dix, Spruce Lake, Poyntelle, O & W, and Lake Lorain are all unpaved.

text: There are also eight

text: township roads

text: in Poyntelle. Three of them are entirely located within the village: Czapnik Road (designated Township Road 571, or T571), which connects to both Cribbs and South Preston; Poyntelle Road (T722), which connects to Crosstown, Cribbs, and South Preston; and Lake Lorain Road (T729; referred to as "Lorain Road" on the

text: United States Geological Survey (USGS)

text: Orson

text: Quadrangle

text: topographic

text: map, which includes Poyntelle), which connects to just Crosstown. The other five cross into other villages: Paluch Road (T567; the USGS map says "Poluch Road"), which connects to Cribbs; Clark Road (T579), which connects to Crosstown; Dix Road (T594; referred to as "North Road" on the PennDOT General Highway Map for Wayne County), which connects to Paluch; Spruce Lake Road (T688), which connects to Crosstown and Clark; and O & W Road (T727; the USGS map says "Old State Road"), which connects to Cribbs and Poyntelle. Like many township roads in the state, Paluch, Czapnik, Clark, Dix, Spruce Lake, Poyntelle, O & W, and Lake Lorain are all

text: unpaved

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many township roads are in Poyntelle?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: unpaved

answers: NDQ_001590

answers: What is the USGS Orson Quadrangle topographic map

answers: NDQ_001591

answers: Orson Quadrangle

answers: NDQ_001592

answers: paved

answers: NDQ_001593

answers: What is the slope of the land

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: Orson Quadrangle

answers: NDQ_001600

answers: How many township roads are entirely located within the village?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What does the USGS use to represent different types of rocks?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What helps us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: How many township roads are entirely located within the village?

answers: NDQ_001613

answers: How many township roads are entirely located within the village?

answers: NDQ_001614

answers: How many township roads are entirely located within the village?

answers: NDQ_001618

answers: Orson Quadrangle

answers: NDQ_001619

answers: Lake Lorain Road

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: Orson Quadrangle

answers: NDQ_001623

answers: Orson Quadrangle

answers: NDQ_001624

answers: Orson Quadrangle

answers: NDQ_001625

answers: 729

answers: NDQ_001586

answers: Lake Lorain

answers: NDQ_001587

answers: The other five cross into other villages:

answers: NDQ_001588

answers: eight township roads in Poyntelle.

answers: NDQ_001589

answers: Three of them are entirely located within the village:

answers: NDQ_001590

answers: eight township roads in Poyntelle.

answers: NDQ_001591

answers: Orson Quadrangle

answers: NDQ_001592

answers: five cross into other villages:

answers: NDQ_001593

answers: unpaved.

answers: NDQ_001594

answers: Lake Lorain

answers: NDQ_001595

answers: eight township roads in Poyntelle.

answers: NDQ_001597

answers: Crosstown;

answers: NDQ_001598

answers: Crosstown;

answers: NDQ_001600

answers: eight township roads in Poyntelle.

answers: NDQ_001603

answers: unpaved.

answers: NDQ_001605

answers: unpaved.

answers: NDQ_001606

answers: eight township roads in Poyntelle.

answers: NDQ_001608

answers: topographic map,

answers: NDQ_001611

answers: eight township roads in Poyntelle.

answers: NDQ_001613

answers: Lake Lorain

answers: NDQ_001614

answers: eight township roads in Poyntelle.

answers: NDQ_001618

answers: Orson Quadrangle

answers: NDQ_001619

answers: United States Geological Survey (USGS) Orson Quadrangle

answers: NDQ_001620

answers: Orson Quadrangle

answers: NDQ_001621

answers: topographic map,

answers: NDQ_001622

answers: Lake Lorain Road

answers: NDQ_001623

answers: Orson Quadrangle

answers: NDQ_001624

answers: Orson Quadrangle

answers: NDQ_001625

answers: Orson Quadrangle

text: Given a set of intervals I = {I, I, ... , I}, let OPT(I) be any optimal solution of the interval scheduling problem, and let EFT(I) be the solution of the earliest finishing time algorithm. For any interval J ∈ OPT(I), define h(J) as the interval J' ∈ EFT(I) that intersects J with the earliest finishing time amongst all intervals in EFT(I) intersecting J.  To show that the earliest finish time algorithm is optimal using the charging argument, h must be shown to be a one-to-one function mapping intervals in OPT(I) to those in EFT(I). Suppose J is an arbitrary interval in OPT(I).

text: Given a set of intervals I = {I, I, ... , I}, let OPT(I) be any optimal solution of the interval scheduling problem, and let EFT(I) be the solution of the earliest finishing time algorithm. For any interval J ∈ OPT(I), define h(J) as the interval J' ∈ EFT(I) that intersects J with the earliest finishing time amongst all intervals in EFT(I) intersecting J.  To show that the earliest finish time algorithm is optimal using the charging argument, h must be shown to be a one-to-one function mapping intervals in OPT(I) to those in EFT(I). Suppose J is an arbitrary interval in OPT(I).

answers: NDQ_001586

answers: The contour lines that are not numbered represent changes in elevation.

answers: NDQ_001587

answers: For any interval J  OPT(I), define h(J) as the interval J  EFT(I) that intersects J with the earliest finishing time amongst all intervals in EFT(I) intersecting J. To show that the earliest finish time algorithm is optimal using the charging argument, h must be shown to be a one-to-one function mapping intervals in OPT(I) to those in EFT(I).

answers: NDQ_001588

answers: If a contour line intersects another contour line, it is parallel to the first contour line.

answers: NDQ_001589

answers: h must be shown to be a one-to-one function

answers: NDQ_001590

answers: For any interval J  OPT(I), define h(J) as the interval J'  EFT(I) that intersects J with the shortest horizontal distance between contour lines.

answers: NDQ_001591

answers: h(J)

answers: NDQ_001592

answers: show that the earliest finishing time algorithm is optimal

answers: NDQ_001593

answers: If you want to determine the slope of the land, you can use a topographic map.

answers: NDQ_001594

answers: A contour line is a line that runs from the top of the map to the bottom of the water.

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: If a river flows in a straight line, it will flow in the direction of the axis of the map.

answers: NDQ_001598

answers: For any interval J  OPT(I), define h(J) as the interval J  EFT(I) that intersects J with the earliest finishing time amongst all intervals in EFT(I) intersecting J. To show that the earliest finish time algorithm is optimal using the charging argument, h must be shown to be a one-to-one function mapping intervals in OPT(I) to those in EFT(I).

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a plain or plateau.

answers: NDQ_001603

answers: Which of the following is an example of a non-scientific use of topographic maps?

answers: NDQ_001605

answers: What is the best way to represent rocks on a map?

answers: NDQ_001606

answers: For any interval J  OPT(I), define h(J) as the interval J'  EFT(I) that intersects J with the earliest finishing time amongst all intervals in EFT(I) intersecting J. To show that the earliest finish time algorithm is optimal using the charging argument, h must be shown to be a one-to-one function mapping intervals in OPT(I) to those in EFT(I).

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: For any interval J  OPT(I), define h(J) as the interval J  EFT(I) that intersects J with the earliest finishing time amongst all intervals in EFT(I) intersecting J. To show that the earliest finish time algorithm is optimal using the charging argument, h must be shown to be a one-to-one function mapping intervals in OPT(I) to those in EFT(I). For any interval J  OPT(I), define h(J) as the interval J  EFT(I) that intersects J with the earliest finishing time amongst all intervals in EFT(I) intersecting J. To show that the earliest finish time algorithm is optimal using the charging argument, h must be shown to be a one-to-one function mapping intervals in OPT(I) to those in EFT(I).

answers: NDQ_001613

answers: If the circle has a higher elevation, the hatch marks are drawn on the side with the higher elevation.

answers: NDQ_001614

answers: For any interval J  OPT(I), define h(J) as the interval J'  EFT(I) that intersects J with the earliest finishing time amongst all intervals in EFT(I) intersecting J. To show that the earliest finish time algorithm is optimal using the charging argument, h must be shown to be a one-to-one function mapping intervals in OPT(I) to those in EFT(I).

answers: NDQ_001618

answers: for any interval J  OPT(I)

answers: NDQ_001619

answers: h(i)

answers: NDQ_001620

answers: For any interval J  OPT(I), define h(J) as the interval J'  EFT(I) that intersects J with the earliest finishing time amongst all intervals in EFT(I) intersecting J.

answers: NDQ_001621

answers: for any interval J  OPT(I), define h(J) as the interval J'  EFT(I) that intersects J with the earliest finishing time amongst all intervals in EFT(I) intersecting J

answers: NDQ_001622

answers: h(i)

answers: NDQ_001623

answers: h(i)

answers: NDQ_001624

answers: for any interval J  OPT(I)

answers: NDQ_001625

answers: h(J)

answers: NDQ_001586

answers: EFT(I)

answers: NDQ_001587

answers: h(J)

answers: NDQ_001588

answers: intersects J with the earliest finishing time

answers: NDQ_001589

answers: one-to-one

answers: NDQ_001590

answers: interval J' <unk> EFT(I)

answers: NDQ_001591

answers: earliest finishing time

answers: NDQ_001592

answers: interval scheduling problem,

answers: NDQ_001593

answers: EFT(I)

answers: NDQ_001594

answers: EFT(I)

answers: NDQ_001595

answers: interval J' <unk> EFT(I)

answers: NDQ_001597

answers: interval J' <unk> EFT(I)

answers: NDQ_001598

answers: h(J)

answers: NDQ_001600

answers: interval J' <unk> EFT(I)

answers: NDQ_001603

answers: EFT(I) that intersects J with the earliest finishing time

answers: NDQ_001605

answers: EFT(I) that intersects J with the earliest finishing time

answers: NDQ_001606

answers: interval J' <unk> EFT(I)

answers: NDQ_001608

answers: EFT(I)

answers: NDQ_001611

answers: EFT(I)

answers: NDQ_001613

answers: EFT(I)

answers: NDQ_001614

answers: interval J' <unk> EFT(I)

answers: NDQ_001618

answers: EFT(I)

answers: NDQ_001619

answers: EFT(I)

answers: NDQ_001620

answers: EFT(I)

answers: NDQ_001621

answers: EFT(I)

answers: NDQ_001622

answers: interval J' <unk> EFT(I)

answers: NDQ_001623

answers: h(J)

answers: NDQ_001624

answers: EFT(I)

answers: NDQ_001625

answers: interval J' <unk> EFT(I)

text: The database is part of a system that includes topographic map names and bibliographic references. The names of books and historic maps that confirm the feature or place name are cited. Variant names, alternatives to official federal names for a feature, are also recorded. Each feature receives a permanent, unique feature record identifier, sometimes called the GNIS identifier. The database never removes an entry, "except in cases of obvious duplication."

text: The database is part of a system that includes topographic map names and bibliographic references. The names of books and historic maps that confirm the feature or place name are cited. Variant names, alternatives to official federal names for a feature, are also recorded. Each feature receives a permanent, unique feature record identifier, sometimes called the GNIS identifier. The database never removes an entry, "except in cases of obvious duplication."

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What are the names of books and historic maps that confirm the feature or place name?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: The database never removes an entry

answers: NDQ_001590

answers: What is the contour interval of a topographic map?

answers: NDQ_001591

answers: Variant names

answers: NDQ_001592

answers: removes an entry

answers: NDQ_001593

answers: slope of the land

answers: NDQ_001594

answers: bathymetric map

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What is the database part of?

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: GNIS

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What does the database never remove?

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Concentric lines

answers: NDQ_001613

answers: side of the circle with the higher elevation

answers: NDQ_001614

answers: vertical distances

answers: NDQ_001618

answers: GNIS

answers: NDQ_001619

answers: topographic map

answers: NDQ_001620

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: GNIS identifier

answers: NDQ_001623

answers: GNIS

answers: NDQ_001624

answers: GNIS identifier

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: GNIS identifier.

answers: NDQ_001587

answers: Variant names,

answers: NDQ_001588

answers: topographic map names and bibliographic references.

answers: NDQ_001589

answers: The database never removes an entry,

answers: NDQ_001590

answers: GNIS identifier.

answers: NDQ_001591

answers: alternatives to official federal names for a feature,

answers: NDQ_001592

answers: duplication."

answers: NDQ_001593

answers: topographic map names and bibliographic references.

answers: NDQ_001594

answers: GNIS identifier.

answers: NDQ_001595

answers: GNIS identifier.

answers: NDQ_001597

answers: topographic map names and bibliographic references.

answers: NDQ_001598

answers: topographic map names and bibliographic references.

answers: NDQ_001600

answers: GNIS identifier.

answers: NDQ_001603

answers: topographic map names and bibliographic references.

answers: NDQ_001605

answers: Variant names,

answers: NDQ_001606

answers: GNIS identifier.

answers: NDQ_001608

answers: topographic map names and bibliographic references.

answers: NDQ_001611

answers: GNIS identifier.

answers: NDQ_001613

answers: GNIS identifier.

answers: NDQ_001614

answers: topographic map names and bibliographic references.

answers: NDQ_001618

answers: GNIS identifier.

answers: NDQ_001619

answers: topographic map

answers: NDQ_001620

answers: topographic map names and bibliographic references.

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Variant names,

answers: NDQ_001623

answers: GNIS identifier.

answers: NDQ_001624

answers: Variant names,

answers: NDQ_001625

answers: GNIS identifier.

text: Numerical marking is the manner of denoting the arithmetical values of contour lines.  This can be done by placing numbers along some of the contour lines, typically using interpolation for intervening lines. Alternatively a map key can be produced associating the contours with their values.

text: Numerical marking is the manner of denoting the

text: arithmetic

text: al values of contour lines.  This can be done by placing numbers along some of the contour lines, typically using

text: interpolation

text: for intervening lines. Alternatively a map key can be produced associating the contours with their values.

answers: NDQ_001586

answers: numeric marking

answers: NDQ_001587

answers: can be used to denote the arithmetical values of contour lines.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a map key can be produced associating the contours with their values

answers: NDQ_001590

answers: Numerical marking

answers: NDQ_001591

answers: interpolation

answers: NDQ_001592

answers: Numerical marking

answers: NDQ_001593

answers: numerical marking

answers: NDQ_001594

answers: numeric marking

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Numerical marking

answers: NDQ_001598

answers: numerical marking

answers: NDQ_001600

answers: interpolation

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: None of the above choices

answers: NDQ_001611

answers: very far apart

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: numeric marking

answers: NDQ_001619

answers: Numerical marking

answers: NDQ_001620

answers: Numerical marking

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: Numerical marking

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: interpolation

answers: NDQ_001625

answers: interpolation

answers: NDQ_001586

answers: Numerical marking

answers: NDQ_001587

answers: Numerical marking

answers: NDQ_001588

answers: Numerical marking

answers: NDQ_001589

answers: Numerical marking

answers: NDQ_001590

answers: Numerical marking

answers: NDQ_001591

answers: arithmetical values

answers: NDQ_001592

answers: Numerical marking

answers: NDQ_001593

answers: contour lines.

answers: NDQ_001594

answers: Numerical marking

answers: NDQ_001595

answers: interpolation

answers: NDQ_001597

answers: Numerical marking

answers: NDQ_001598

answers: contour lines.

answers: NDQ_001600

answers: Numerical marking

answers: NDQ_001603

answers: Numerical marking

answers: NDQ_001605

answers: Numerical marking

answers: NDQ_001606

answers: Numerical marking

answers: NDQ_001608

answers: Numerical marking

answers: NDQ_001611

answers: Numerical marking

answers: NDQ_001613

answers: Numerical marking

answers: NDQ_001614

answers: Numerical marking

answers: NDQ_001618

answers: Numerical marking

answers: NDQ_001619

answers: contour lines.

answers: NDQ_001620

answers: interpolation

answers: NDQ_001621

answers: contour lines.

answers: NDQ_001622

answers: Numerical marking

answers: NDQ_001623

answers: contour lines.

answers: NDQ_001624

answers: Numerical marking

answers: NDQ_001625

answers: interpolation

text: Older relief maps often show heights above the old reference planes. Current maps by the federal survey authorities are based on NHN. At the beginning of 2013 most of the federal states (except Berlin, Thuringia and Saxony-Anhalt) had complete coverage by the new digital topographic mapping at 1:25,000 scale (DTK). Not all the maps have appeared in print yet. On the DTK25 maps, NHN is used for elevations, however, on the DTK25-V scanned topographic maps Höhennull (HN) and Normalnull (NN) are still being used.

text: Older

text: relief map

text: s often show heights above the old reference planes. Current maps by the federal survey authorities are based on NHN. At the beginning of 2013 most of the federal states (except Berlin, Thuringia and Saxony-Anhalt) had complete coverage by the new digital topographic mapping at 1:25,000 scale (DTK). Not all the maps have appeared in print yet. On the DTK25 maps, NHN is used for elevations, however, on the DTK25-V scanned topographic maps

text: Höhennull

text: (HN) and

text: Normalnull

text: (NN) are still being used.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: Which of the following is not a reference plane: NHN, NN or DTK25-V?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: show heights above the old reference planes

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: Höhennull

answers: NDQ_001592

answers: elevations

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: Not all the maps have appeared in print yet

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: DTK25-V

answers: NDQ_001600

answers: Normalnull (NN)

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: How would you describe a hill that is very far apart?

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: Which is not true about topographic maps?

answers: NDQ_001618

answers: relief

answers: NDQ_001619

answers: relief maps

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: relief

answers: NDQ_001622

answers: elevations

answers: NDQ_001623

answers: reference planes

answers: NDQ_001624

answers: Normalnull

answers: NDQ_001625

answers: Höhennull

answers: NDQ_001586

answers: Older relief maps often show heights above the old reference planes.

answers: NDQ_001587

answers: Older relief maps often show heights above the old reference planes.

answers: NDQ_001588

answers: Höhennull (HN) and Normalnull

answers: NDQ_001589

answers: heights above the old reference planes.

answers: NDQ_001590

answers: NHN.

answers: NDQ_001591

answers: heights above the old reference planes.

answers: NDQ_001592

answers: heights above the old reference planes.

answers: NDQ_001593

answers: elevations,

answers: NDQ_001594

answers: heights above the old reference planes.

answers: NDQ_001595

answers: 1:25,000

answers: NDQ_001597

answers: heights above the old reference planes.

answers: NDQ_001598

answers: heights above the old reference planes.

answers: NDQ_001600

answers: Höhennull

answers: NDQ_001603

answers: Older relief maps often show heights above the old reference planes.

answers: NDQ_001605

answers: Older relief maps often show heights above the old reference planes.

answers: NDQ_001606

answers: heights above the old reference planes.

answers: NDQ_001608

answers: relief maps often show heights above the old reference planes.

answers: NDQ_001611

answers: Older relief maps often show heights above the old reference planes.

answers: NDQ_001613

answers: heights above the old reference planes.

answers: NDQ_001614

answers: Older relief maps often show heights above the old reference planes.

answers: NDQ_001618

answers: heights

answers: NDQ_001619

answers: NHN.

answers: NDQ_001620

answers: heights above the old reference planes.

answers: NDQ_001621

answers: relief maps

answers: NDQ_001622

answers: heights

answers: NDQ_001623

answers: Höhennull

answers: NDQ_001624

answers: heights above the old reference planes.

answers: NDQ_001625

answers: Höhennull

text: The USGS produces several national series of topographic maps which vary in scale and extent, with some wide gaps in coverage, notably the complete absence of 1:50,000 scale topographic maps or their equivalent. The largest (both in terms of scale and quantity) and best-known topographic series is the 7.5-minute, 1:24,000 scale, quadrangle, a non-metric scale virtually unique to the United States. Each of these maps covers an area bounded by two lines of latitude and two lines of longitude spaced 7.5 minutes apart. Nearly 57,000 individual maps in this series cover the 48 contiguous states, Hawaii, U.S. territories, and areas of Alaska near Anchorage, Fairbanks, and Prudhoe Bay. The area covered by each map varies with the latitude of its represented location due to convergence of the meridians. At lower latitudes, near 30° north, a 7.5-minute quadrangle contains an area of about . At 49° north latitude,  are contained within a quadrangle of that size. As a unique non-metric map scale, the 1:24,000 scale naturally requires a separate and specialized romer scale for plotting map positions. In recent years, budget constraints have forced the USGS to rely on donations of time by civilian volunteers in an attempt to update its 7.5-minute topographic map series, and USGS stated outright in 2000 that the program was to be phased out in favor of The National Map (not to be confused with the National Atlas of the United States produced by the Department of the Interior, one of whose bureaus is USGS).

text: The USGS produces several national series of

text: topographic maps

text: which vary in

text: scale

text: and extent, with some wide gaps in coverage, notably the complete absence of 1:50,000 scale topographic maps or their equivalent. The largest (both in terms of scale and quantity) and best-known topographic series is the 7.5-minute, 1:24,000 scale,

text: quadrangle

text: , a non-metric scale virtually unique to the United States. Each of these maps covers an area bounded by two lines of

text: latitude

text: and two lines of

text: longitude

text: spaced 7.5

text: minutes

text: apart. Nearly 57,000 individual maps in this series cover the

text: 48 contiguous states

text: Hawaii

text: U.S. territories

text: , and areas of

text: Alaska

text: near Anchorage, Fairbanks, and Prudhoe Bay. The area covered by each map varies with the latitude of its represented location due to convergence of the meridians. At lower latitudes, near 30° north, a 7.5-minute quadrangle contains an area of about . At 49° north latitude,  are contained within a quadrangle of that size. As a unique non-metric map scale, the 1:24,000 scale naturally requires a separate and specialized

text: romer

text: scale for plotting map positions. In recent years, budget constraints have forced the USGS to rely on donations of time by civilian volunteers in an attempt to update its 7.5-minute topographic map series, and USGS stated outright in 2000 that the program was to be phased out in favor of

text: The National Map

text: (not to be confused with the

text: National Atlas of the United States

text: produced by the

text: Department of the Interior

text: , one of whose bureaus is USGS).

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many lines of latitude and two lines of longitude are in a quadrangle?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: 1:50,000 scale topographic maps or their equivalent

answers: NDQ_001590

answers: 7.5 minutes

answers: NDQ_001591

answers: latitude and two lines of longitude

answers: NDQ_001592

answers: 1:50,000 scale

answers: NDQ_001593

answers: slope of the land

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 7.5

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: the latitude of its represented location

answers: NDQ_001600

answers: spaced 7.5 minutes apart

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: 7.5 minutes apart

answers: NDQ_001608

answers: What helps to see the three-dimensional shape of the land?

answers: NDQ_001611

answers: Are contained within a quadrangle of that size

answers: NDQ_001613

answers: The area covered by each map varies with the latitude of its represented location

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: latitude

answers: NDQ_001619

answers: Prudhoe

answers: NDQ_001620

answers: 7.5 minutes

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Prudhoe Bay

answers: NDQ_001623

answers: latitude

answers: NDQ_001624

answers: Prudhoe Bay

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: two lines of latitude and two lines of longitude

answers: NDQ_001587

answers: two lines of latitude and two lines of longitude

answers: NDQ_001588

answers: 7.5 minutes apart.

answers: NDQ_001589

answers: 1:50,000 scale topographic maps

answers: NDQ_001590

answers: 7.5 minutes apart.

answers: NDQ_001591

answers: two lines of latitude and two lines of longitude

answers: NDQ_001592

answers: 1:50,000 scale

answers: NDQ_001593

answers: convergence of the meridians.

answers: NDQ_001594

answers: two lines of latitude and two lines of longitude

answers: NDQ_001595

answers: 7.5 minutes

answers: NDQ_001597

answers: convergence of the meridians.

answers: NDQ_001598

answers: two lines of latitude and two lines of longitude

answers: NDQ_001600

answers: 7.5 minutes apart.

answers: NDQ_001603

answers: 1:50,000 scale topographic maps

answers: NDQ_001605

answers: topographic maps

answers: NDQ_001606

answers: 7.5 minutes

answers: NDQ_001608

answers: two lines of latitude and two lines of longitude

answers: NDQ_001611

answers: two lines of latitude and two lines of longitude

answers: NDQ_001613

answers: two lines of latitude and two lines of longitude

answers: NDQ_001614

answers: 1:50,000 scale topographic maps

answers: NDQ_001618

answers: two lines of latitude and two lines of longitude

answers: NDQ_001619

answers: Prudhoe Bay.

answers: NDQ_001620

answers: 7.5 minutes apart.

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: two lines of latitude and two lines of longitude

answers: NDQ_001623

answers: two lines of latitude and two lines of longitude

answers: NDQ_001624

answers: two lines of latitude and two lines of longitude

answers: NDQ_001625

answers: 7.5 minutes

text: Stratigraphic contour lines may be used to illustrate the surface of a selected stratum illustrating the subsurface topographic trends of the strata. Isopach maps detail the variations in thickness of stratigraphic units. It is not always possible to properly show this when the strata are extremely fractured, mixed, in some discontinuities, or where they are otherwise disturbed.

text: Stratigraphic

text: contour line

text: s may be used to illustrate the surface of a selected

text: stratum

text: illustrating the subsurface

text: topographic

text: trends of the strata.

text: Isopach map

text: s detail the variations in thickness of stratigraphic units. It is not always possible to properly show this when the strata are extremely fractured, mixed, in some discontinuities, or where they are otherwise disturbed.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: is used to illustrate the surface of a selected stratum

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the variations in thickness of stratigraphic units

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: subsurface topographic trends of the strata

answers: NDQ_001592

answers: detail the variations in thickness of stratigraphic units

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: isopach maps

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: Stratigraphic contour lines or Isopach maps?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Yes

answers: NDQ_001611

answers: None of the above choices

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: What is not always possible to properly show

answers: NDQ_001618

answers: Stratigraphic contour lines

answers: NDQ_001619

answers: isopach maps

answers: NDQ_001620

answers: isopach

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Isopach

answers: NDQ_001623

answers: Contour lines

answers: NDQ_001624

answers: Isopach

answers: NDQ_001625

answers: variations in thickness of stratigraphic units

answers: NDQ_001586

answers: Stratigraphic contour lines

answers: NDQ_001587

answers: Isopach maps

answers: NDQ_001588

answers: Stratigraphic contour lines

answers: NDQ_001589

answers: subsurface topographic trends

answers: NDQ_001590

answers: Stratigraphic contour lines

answers: NDQ_001591

answers: subsurface topographic trends of the strata.

answers: NDQ_001592

answers: variations in thickness of stratigraphic units.

answers: NDQ_001593

answers: Stratigraphic contour lines

answers: NDQ_001594

answers: subsurface topographic trends of the strata.

answers: NDQ_001595

answers: Stratigraphic contour lines

answers: NDQ_001597

answers: subsurface topographic trends of the strata.

answers: NDQ_001598

answers: Stratigraphic contour lines

answers: NDQ_001600

answers: Stratigraphic contour lines

answers: NDQ_001603

answers: subsurface topographic trends of the strata.

answers: NDQ_001605

answers: Stratigraphic contour lines

answers: NDQ_001606

answers: Stratigraphic contour lines

answers: NDQ_001608

answers: illustrating the subsurface topographic trends of the strata.

answers: NDQ_001611

answers: Stratigraphic contour lines

answers: NDQ_001613

answers: Stratigraphic contour lines

answers: NDQ_001614

answers: Stratigraphic contour lines

answers: NDQ_001618

answers: surface of a selected stratum

answers: NDQ_001619

answers: Isopach maps

answers: NDQ_001620

answers: variations in thickness of stratigraphic units.

answers: NDQ_001621

answers: Stratigraphic contour lines

answers: NDQ_001622

answers: surface of a selected stratum

answers: NDQ_001623

answers: Stratigraphic contour lines

answers: NDQ_001624

answers: illustrating the subsurface topographic trends of the strata.

answers: NDQ_001625

answers: Stratigraphic contour lines

text: The United States Geological Survey (USGS), a civilian federal agency, produces several national series of topographic maps which vary in scale and extent, with some wide gaps in coverage, notably the complete absence of 1:50,000 scale topographic maps or their equivalent. The largest (both in terms of scale and quantity) and best-known topographic series is the 7.5-minute or 1:24,000 quadrangle. This scale is unique to the United States, where nearly every other developed nation has introduced a metric 1:25,000 or 1:50,000 large scale topo map.  The USGS also publishes 1:100,000 maps covering 30 minutes latitude by one degree longitude, 1:250,000 covering one by two degrees, and state maps at 1:500,000 with California, Michigan and Montana needing two sheets while Texas has four. Alaska is mapped on a single sheet, at scales ranging from 1:1,584,000 to 1:12,000,000.

text: The

text: United States Geological Survey

text: (USGS), a civilian federal agency, produces several national series of topographic maps which vary in scale and extent, with some wide gaps in coverage, notably the complete absence of 1:50,000 scale topographic maps or their equivalent. The largest (both in terms of scale and quantity) and best-known topographic series is the 7.5-minute or 1:24,000

text: quadrangle

text: . This scale is unique to the United States, where nearly every other developed nation has introduced a metric 1:25,000 or 1:50,000 large scale topo map.  The USGS also publishes 1:100,000 maps covering 30 minutes latitude by one degree longitude, 1:250,000 covering one by two degrees, and state maps at 1:500,000 with

text: California

text: Michigan

text: and

text: Montana

text: needing two sheets while

text: Texas

text: has four.

text: Alaska

text: is mapped on a single sheet, at scales ranging from 1:1,584,000 to 1:12,000,000.

answers: NDQ_001586

answers: not enough information

answers: NDQ_001587

answers: What is the size of a 1:24,000 quadrangle?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: 1:50,000 scale topographic maps or their equivalent

answers: NDQ_001590

answers: 1:100,000

answers: NDQ_001591

answers: latitude

answers: NDQ_001592

answers: 1:50,000 scale

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: latitude

answers: NDQ_001598

answers: 1:24,000 quadrangle

answers: NDQ_001600

answers: 1:100,000

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: 1:50,000

answers: NDQ_001608

answers: What helps us to see the three-dimensional shape of the land?

answers: NDQ_001611

answers: 1:24,000 quadrangle

answers: NDQ_001613

answers: the side of the circle with the higher elevation

answers: NDQ_001614

answers: no

answers: NDQ_001618

answers: latitude

answers: NDQ_001619

answers: 1:24,000 quadrangle

answers: NDQ_001620

answers: latitude

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Alaska

answers: NDQ_001623

answers: 1:24,000 quadrangle

answers: NDQ_001624

answers: quadrangle

answers: NDQ_001625

answers: 7.5-minute

answers: NDQ_001586

answers: 7.5-minute or 1:24,000 quadrangle.

answers: NDQ_001587

answers: 1:24,000 quadrangle.

answers: NDQ_001588

answers: 7.5-minute or 1:24,000 quadrangle.

answers: NDQ_001589

answers: 30 minutes latitude by one degree longitude,

answers: NDQ_001590

answers: 7.5-minute or 1:24,000 quadrangle.

answers: NDQ_001591

answers: 30 minutes latitude by one degree longitude,

answers: NDQ_001592

answers: 1:50,000 scale

answers: NDQ_001593

answers: one by two degrees,

answers: NDQ_001594

answers: 7.5-minute or 1:24,000 quadrangle.

answers: NDQ_001595

answers: 1:24,000

answers: NDQ_001597

answers: latitude by one degree longitude,

answers: NDQ_001598

answers: 7.5-minute or 1:24,000 quadrangle.

answers: NDQ_001600

answers: 7.5-minute or 1:24,000 quadrangle.

answers: NDQ_001603

answers: topographic maps

answers: NDQ_001605

answers: topographic maps

answers: NDQ_001606

answers: 7.5-minute or 1:24,000 quadrangle.

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: 1:24,000 quadrangle.

answers: NDQ_001613

answers: 1:24,000 quadrangle.

answers: NDQ_001614

answers: 1:50,000 scale topographic maps

answers: NDQ_001618

answers: 7.5-minute or 1:24,000 quadrangle.

answers: NDQ_001619

answers: one by two degrees,

answers: NDQ_001620

answers: 30 minutes latitude by one degree longitude,

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Alaska

answers: NDQ_001623

answers: latitude by one degree longitude,

answers: NDQ_001624

answers: 7.5-minute or 1:24,000 quadrangle.

answers: NDQ_001625

answers: 7.5-minute

text: In the earliest days, contoured electron density maps were hand drawn on large plastic sheets.  Sometimes, bingo chips were placed on the plastic sheets where atoms were interpreted to be.

text: In the earliest days, contoured electron density maps were hand drawn on large plastic sheets.  Sometimes,

text: bingo chip

text: s were placed on the plastic sheets where atoms were interpreted to be.

answers: NDQ_001586

answers: NDQ_001587

answers: can be used to show what?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: bingo chips were placed where atoms were interpreted to be

answers: NDQ_001590

answers: The contour interval of a topographic map represents the horizontal distance between contour lines

answers: NDQ_001591

answers: electron density

answers: NDQ_001592

answers: atoms

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices.

answers: NDQ_001598

answers: The topographic map shows which side of the mountain is steepest.

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: what is the last word in the passage?

answers: NDQ_001608

answers: (iv)

answers: NDQ_001611

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

answers: NDQ_001613

answers: Which of the following is not true?

answers: NDQ_001614

answers: Which of the following is true of topographic maps?

answers: NDQ_001618

answers: contour lines

answers: NDQ_001619

answers: contoured

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: contouring

answers: NDQ_001622

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: NDQ_001625

answers: 1 meter

answers: NDQ_001586

answers: bingo chips

answers: NDQ_001587

answers: bingo chips

answers: NDQ_001588

answers: bingo chips

answers: NDQ_001589

answers: bingo chips

answers: NDQ_001590

answers: contoured electron density maps were hand drawn on large plastic sheets.

answers: NDQ_001591

answers: electron density maps

answers: NDQ_001592

answers: atoms were interpreted to be.

answers: NDQ_001593

answers: contoured electron density maps were hand drawn on large plastic sheets.

answers: NDQ_001594

answers: bingo chips

answers: NDQ_001595

answers: contoured electron density maps were hand drawn on large plastic sheets.

answers: NDQ_001597

answers: In the earliest days, contoured electron density maps

answers: NDQ_001598

answers: contoured electron density maps were hand drawn on large plastic sheets.

answers: NDQ_001600

answers: contoured electron density maps were hand drawn on large plastic sheets.

answers: NDQ_001603

answers: bingo chips

answers: NDQ_001605

answers: bingo chips

answers: NDQ_001606

answers: bingo chips

answers: NDQ_001608

answers: contoured electron density maps were hand drawn on large plastic sheets.

answers: NDQ_001611

answers: bingo chips

answers: NDQ_001613

answers: bingo chips

answers: NDQ_001614

answers: bingo chips

answers: NDQ_001618

answers: electron density

answers: NDQ_001619

answers: contoured electron density maps

answers: NDQ_001620

answers: contoured

answers: NDQ_001621

answers: contoured electron density maps

answers: NDQ_001622

answers: electron density

answers: NDQ_001623

answers: contoured

answers: NDQ_001624

answers: electron density

answers: NDQ_001625

answers: contoured electron density maps

text: To maximize readability of contour maps, there are several design choices available to the map creator, principally line weight, line color, line type and method of numerical marking.

text: To maximize readability of contour maps, there are several design choices available to the map creator, principally line weight, line

text: color

text: , line type and method of numerical marking.

answers: NDQ_001586

answers: numerical marking

answers: NDQ_001587

answers: can be used to measure the thickness of a rock.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: there are several design choices available

answers: NDQ_001590

answers: What is a contour interval?

answers: NDQ_001591

answers: numerical marking

answers: NDQ_001592

answers: numerical marking

answers: NDQ_001593

answers: line type

answers: NDQ_001594

answers: line type

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction

answers: NDQ_001598

answers: line weight

answers: NDQ_001600

answers: line type

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: Which of the following is not used to represent different types of rocks?

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: (d).

answers: NDQ_001611

answers: line type

answers: NDQ_001613

answers: line type

answers: NDQ_001614

answers: vertical distances

answers: NDQ_001618

answers: ridges

answers: NDQ_001619

answers: contour map

answers: NDQ_001620

answers: can be calculated

answers: NDQ_001621

answers: contour map

answers: NDQ_001622

answers: ridges

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: ridges

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: numerical marking.

answers: NDQ_001587

answers: contour maps,

answers: NDQ_001588

answers: line weight, line color, line type and method of numerical marking.

answers: NDQ_001589

answers: numerical marking.

answers: NDQ_001590

answers: line weight, line color, line type and method of numerical marking.

answers: NDQ_001591

answers: numerical marking.

answers: NDQ_001592

answers: numerical marking.

answers: NDQ_001593

answers: contour maps,

answers: NDQ_001594

answers: line weight, line color, line type and method of numerical marking.

answers: NDQ_001595

answers: line weight, line color, line type and method of numerical marking.

answers: NDQ_001597

answers: contour maps,

answers: NDQ_001598

answers: contour maps,

answers: NDQ_001600

answers: line weight, line color, line type and method of numerical marking.

answers: NDQ_001603

answers: contour maps,

answers: NDQ_001605

answers: line color,

answers: NDQ_001606

answers: line weight, line color, line type and method of numerical marking.

answers: NDQ_001608

answers: line weight, line color, line type and method of numerical marking.

answers: NDQ_001611

answers: line weight, line color, line type and method of numerical marking.

answers: NDQ_001613

answers: line weight, line color, line type and method of numerical marking.

answers: NDQ_001614

answers: contour maps,

answers: NDQ_001618

answers: contour maps,

answers: NDQ_001619

answers: contour maps,

answers: NDQ_001620

answers: line weight,

answers: NDQ_001621

answers: contour maps,

answers: NDQ_001622

answers: contour maps,

answers: NDQ_001623

answers: contour maps,

answers: NDQ_001624

answers: line weight, line color, line type and method of numerical marking.

answers: NDQ_001625

answers: numerical marking.

text: In the early days of orienteering, competitors used whatever maps were available; these were typically topographic maps from the national mapping agency. While national mapping agencies update their topographic maps on a regular basis, they are usually not sufficiently up to date for orienteering purposes. Gradually, specially drawn maps have been provided to meet the specific requirements of orienteering.

text: In the early days of orienteering, competitors used whatever maps were available; these were typically topographic maps from the national mapping agency. While national mapping agencies update their topographic maps on a regular basis, they are usually not sufficiently up to date for orienteering purposes. Gradually, specially drawn maps have been provided to meet the specific requirements of orienteering.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: Which of the following is not a requirement of orienteering: topographic maps from the national mapping agency or specially drawn maps?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: are usually sufficiently up to date

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: topographic maps

answers: NDQ_001592

answers: update

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices.

answers: NDQ_001598

answers: steepest

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch

answers: NDQ_001603

answers: no

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is not true of topographic maps?

answers: NDQ_001611

answers: Concentric lines that are very far apart

answers: NDQ_001613

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

answers: NDQ_001614

answers: Which is not true about topographic maps?

answers: NDQ_001618

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: isotope

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: compass

answers: NDQ_001624

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: they are usually not sufficiently up to date for orienteering purposes.

answers: NDQ_001587

answers: specially drawn maps

answers: NDQ_001588

answers: they are usually not sufficiently up to date for orienteering purposes.

answers: NDQ_001589

answers: topographic maps

answers: NDQ_001590

answers: they are usually not sufficiently up to date for orienteering purposes.

answers: NDQ_001591

answers: orienteering,

answers: NDQ_001592

answers: sufficiently up to date

answers: NDQ_001593

answers: they are usually not sufficiently up to date for orienteering purposes.

answers: NDQ_001594

answers: specially drawn maps

answers: NDQ_001595

answers: maps

answers: NDQ_001597

answers: they are usually not sufficiently up to date for orienteering purposes.

answers: NDQ_001598

answers: they are usually not sufficiently up to date for orienteering purposes.

answers: NDQ_001600

answers: topographic maps

answers: NDQ_001603

answers: they are usually not sufficiently up to date for orienteering purposes.

answers: NDQ_001605

answers: specially drawn maps

answers: NDQ_001606

answers: topographic maps from the national mapping agency.

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: specially drawn maps

answers: NDQ_001613

answers: they are usually not sufficiently up to date for orienteering purposes.

answers: NDQ_001614

answers: they are usually not sufficiently up to date for orienteering purposes.

answers: NDQ_001618

answers: orienteering,

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: they are usually not sufficiently up to date for orienteering purposes.

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: they are usually not sufficiently up to date for orienteering purposes.

answers: NDQ_001623

answers: orienteering,

answers: NDQ_001624

answers: orienteering,

answers: NDQ_001625

answers: maps

text: Since 1991, the peninsula has been investigated by the team of ETH Zürich geologically and cartographically.  From this, a topographical map of the entire peninsula at a scale of 1:25,000 was made.  An interactive 3D map was created and is on the World Wide Web. Also a rich photographic archive with about 10.000 color slides has been produced (see links below).

text: Since 1991, the peninsula has been investigated by the team of

text: ETH Zürich

text: geologically and cartographically.  From this, a topographical map of the entire peninsula at a scale of 1:25,000 was made.  An interactive 3D map was created and is on the World Wide Web. Also a rich photographic archive with about 10.000 color slides has been produced (see links below).

answers: NDQ_001586

answers: None of the above choices.

answers: NDQ_001587

answers: What is the name of the team that investigated the peninsula?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: an interactive 3D map was created

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: the entire peninsula

answers: NDQ_001592

answers: 3D

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: What is a bathymetric map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: scaled to 1:25,000

answers: NDQ_001600

answers: Which of the following is not an example of a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What helps to see the three-dimensional shape of the land?

answers: NDQ_001611

answers: Which of the following is not a feature of the topographic map?

answers: NDQ_001613

answers: Which of the following is not a side of the circle with the higher elevation?

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: peninsula

answers: NDQ_001619

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: peninsula

answers: NDQ_001623

answers: parallel line

answers: NDQ_001624

answers: peninsula

answers: NDQ_001625

answers: 1:25,000

answers: NDQ_001586

answers: 1:25,000

answers: NDQ_001587

answers: topographical map of the entire peninsula at a scale of 1:25,000

answers: NDQ_001588

answers: topographical map of the entire peninsula at a scale of 1:25,000

answers: NDQ_001589

answers: topographical map of the entire peninsula at a scale of 1:25,000

answers: NDQ_001590

answers: topographical map of the entire peninsula at a scale of 1:25,000

answers: NDQ_001591

answers: peninsula

answers: NDQ_001592

answers: interactive 3D

answers: NDQ_001593

answers: 1:25,000

answers: NDQ_001594

answers: 1:25,000

answers: NDQ_001595

answers: 1:25,000

answers: NDQ_001597

answers: topographical map of the entire peninsula at a scale of 1:25,000

answers: NDQ_001598

answers: topographical map of the entire peninsula at a scale of 1:25,000

answers: NDQ_001600

answers: peninsula at a scale of 1:25,000

answers: NDQ_001603

answers: topographical map of the entire peninsula at a scale of 1:25,000

answers: NDQ_001605

answers: 10.000 color slides

answers: NDQ_001606

answers: 1:25,000

answers: NDQ_001608

answers: 3D

answers: NDQ_001611

answers: Since 1991, the peninsula has been investigated by the team of ETH Zürich

answers: NDQ_001613

answers: 1:25,000

answers: NDQ_001614

answers: topographical map of the entire peninsula at a scale of 1:25,000

answers: NDQ_001618

answers: peninsula

answers: NDQ_001619

answers: 1:25,000

answers: NDQ_001620

answers: 1:25,000

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: peninsula at a scale of 1:25,000

answers: NDQ_001623

answers: 1:25,000

answers: NDQ_001624

answers: peninsula

answers: NDQ_001625

answers: 1:25,000

text: The United States Geological Survey's (USGS) most recent topographic maps identify the tip of the peninsula that contains Fort McNair as "Greenleaf Point". The USGS maps also identify a lesser point to the northeast of Greenleaf Point as "Buzzard Point". (James Creek, which was excavated in the 19th century to become a branch of the [now defunct] Washington City Canal, once separated these two points. Its name persists in the present day James Creek Marina, located between the two named points. In early days, James Creek was also known as St. James Creek.)

text: The

text: United States Geological Survey

text: 's (USGS) most recent topographic maps identify the tip of the peninsula that contains Fort McNair as "Greenleaf Point". The USGS maps also identify a lesser point to the northeast of Greenleaf Point as "Buzzard Point". (James Creek, which was excavated in the 19th century to become a branch of the [now defunct]

text: Washington City Canal

text: , once separated these two points. Its name persists in the present day

text: James Creek Marina

text: , located between the two named points. In early days, James Creek was also known as St. James Creek.)

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What is the name of the creek that was excavated in the 19th century?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the tip of the peninsula that contains Fort McNair as "Greenleaf Point"

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: Fort McNair

answers: NDQ_001592

answers: Fort McNair

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: What is the name of the present day James Creek Marina, located between the two named points?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: To the northeast

answers: NDQ_001598

answers: northeast

answers: NDQ_001600

answers: "Buzzard Point"

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What does the USGS use to represent different types of rocks?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: The USGS maps also identify a lesser point to the northeast of Greenleaf Point as "Buzzard Point"

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: Buzzard Point

answers: NDQ_001619

answers: James Creek Marina

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Buzzard Point

answers: NDQ_001623

answers: James Creek

answers: NDQ_001624

answers: Buzzard Point

answers: NDQ_001625

answers: Greenleaf

answers: NDQ_001586

answers: "Buzzard Point".

answers: NDQ_001587

answers: (James Creek,

answers: NDQ_001588

answers: separated

answers: NDQ_001589

answers: topographic maps

answers: NDQ_001590

answers: topographic maps identify the tip of the peninsula that contains Fort McNair

answers: NDQ_001591

answers: tip of the peninsula that contains Fort McNair

answers: NDQ_001592

answers: Fort McNair

answers: NDQ_001593

answers: topographic maps

answers: NDQ_001594

answers: "Greenleaf Point".

answers: NDQ_001595

answers: "Greenleaf Point".

answers: NDQ_001597

answers: northeast

answers: NDQ_001598

answers: northeast

answers: NDQ_001600

answers: "Greenleaf Point".

answers: NDQ_001603

answers: topographic maps

answers: NDQ_001605

answers: "Greenleaf Point".

answers: NDQ_001606

answers: "Greenleaf Point".

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: "Greenleaf Point".

answers: NDQ_001613

answers: "Buzzard Point".

answers: NDQ_001614

answers: topographic maps identify the tip of the peninsula that contains Fort McNair

answers: NDQ_001618

answers: Fort McNair

answers: NDQ_001619

answers: Washington City Canal,

answers: NDQ_001620

answers: "Greenleaf Point".

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Fort McNair

answers: NDQ_001623

answers: (James Creek,

answers: NDQ_001624

answers: Fort McNair

answers: NDQ_001625

answers: "Greenleaf Point".

text: Many of the features will be shown by straight, curved, dashed, or solid lines. They may also be colored to represent different classes of information. The typical color standard for topographic maps depicts contours in brown, bodies of water in blue, boundaries in black, and grids and roads in red. Topographic maps may use different colors to represent area features. Most topographic maps will use green for vegetation or national parks and wildlife management areas. They will also use blue for rivers, lakes, or other bodies of water. Red may also be used to represent areas of significant importance.

text: Many of the features will be shown by straight, curved, dashed, or solid lines. They may also be colored to represent different classes of information. The typical color standard for topographic maps depicts contours in brown, bodies of water in blue, boundaries in black, and grids and roads in red. Topographic maps may use different colors to represent

text: area features

text: . Most topographic maps will use green for vegetation or national parks and wildlife management areas. They will also use blue for rivers, lakes, or other bodies of water. Red may also be used to represent areas of significant importance.

answers: NDQ_001586

answers: contours in brown

answers: NDQ_001587

answers: is a type of map that shows the outline of a mountain.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: green for vegetation or national parks and wildlife management areas

answers: NDQ_001590

answers: What is the contour interval of a topographic map?

answers: NDQ_001591

answers: areas of significant importance

answers: NDQ_001592

answers: use different colors to represent area features

answers: NDQ_001593

answers: The typical color standard for topographic maps depicts contours in brown

answers: NDQ_001594

answers: brown

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: blue

answers: NDQ_001598

answers: contours

answers: NDQ_001600

answers: Which of the following is not a feature of topographic maps?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the contour interval?

answers: NDQ_001608

answers: Which of the following is not a feature of topographic maps?

answers: NDQ_001611

answers: solid lines

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is the hatch mark?

answers: NDQ_001614

answers: Which of the following is not a feature of topographic maps?

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: blue

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: contours

answers: NDQ_001624

answers: curved

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: contours in brown,

answers: NDQ_001587

answers: straight, curved, dashed, or solid lines.

answers: NDQ_001588

answers: contours in brown,

answers: NDQ_001589

answers: straight, curved, dashed, or solid lines.

answers: NDQ_001590

answers: contours in brown,

answers: NDQ_001591

answers: areas of significant importance.

answers: NDQ_001592

answers: colored to represent different classes of information.

answers: NDQ_001593

answers: contours

answers: NDQ_001594

answers: brown,

answers: NDQ_001595

answers: contours

answers: NDQ_001597

answers: blue

answers: NDQ_001598

answers: contours in brown,

answers: NDQ_001600

answers: contours in brown,

answers: NDQ_001603

answers: topographic maps

answers: NDQ_001605

answers: green

answers: NDQ_001606

answers: contours

answers: NDQ_001608

answers: topographic maps depicts contours in brown,

answers: NDQ_001611

answers: straight, curved, dashed, or solid lines.

answers: NDQ_001613

answers: contours in brown,

answers: NDQ_001614

answers: topographic maps

answers: NDQ_001618

answers: contours in brown,

answers: NDQ_001619

answers: blue

answers: NDQ_001620

answers: contours

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: straight, curved, dashed, or solid lines.

answers: NDQ_001623

answers: contours

answers: NDQ_001624

answers: contours in brown,

answers: NDQ_001625

answers: contours in brown,

text: When maps with contour lines became common, the idea spread to other applications. Perhaps the latest to develop are air quality and noise pollution contour maps, which first appeared in the US, in approximately 1970, largely as a result of national legislation requiring spatial delineation of these parameters. In 2007, Pictometry International was the first to allow users to dynamically generate elevation contour lines to be laid over oblique images.

text: When maps with contour lines became common, the idea spread to other applications. Perhaps the latest to develop are

text: air quality

text: and

text: noise pollution

text: contour maps, which first appeared in the

text: US

text: , in approximately 1970, largely as a result of national legislation requiring spatial delineation of these parameters. In 2007,

text: Pictometry International

text: was the first to allow users to dynamically generate elevation contour lines to be laid over oblique images.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: What was the first to allow users to dynamically generate elevation contour lines to be laid over oblique images?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: dynamically generate elevation contour lines

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: elevation

answers: NDQ_001592

answers: dynamically generate elevation contour lines

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: What was the first to allow users to dynamically generate elevation contour lines to be laid over oblique images?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Yes

answers: NDQ_001611

answers: contour lines that are very far apart

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: elevation

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: elevation contour lines

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: elevation

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: air quality

answers: NDQ_001625

answers: elevation

answers: NDQ_001586

answers: elevation contour lines

answers: NDQ_001587

answers: oblique images.

answers: NDQ_001588

answers: When maps with contour lines

answers: NDQ_001589

answers: elevation contour lines

answers: NDQ_001590

answers: contour lines

answers: NDQ_001591

answers: elevation

answers: NDQ_001592

answers: dynamically generate elevation contour lines to be laid over oblique images.

answers: NDQ_001593

answers: contour lines

answers: NDQ_001594

answers: elevation

answers: NDQ_001595

answers: 1970,

answers: NDQ_001597

answers: contour lines

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: contour lines

answers: NDQ_001603

answers: When maps with contour lines became common, the idea spread to other applications.

answers: NDQ_001605

answers: air quality and noise pollution contour maps,

answers: NDQ_001606

answers: contour lines

answers: NDQ_001608

answers: When maps with contour lines became common, the idea spread to other applications.

answers: NDQ_001611

answers: contour lines

answers: NDQ_001613

answers: contour lines

answers: NDQ_001614

answers: air quality and noise pollution contour maps,

answers: NDQ_001618

answers: air quality and noise pollution

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: elevation contour lines

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: air quality and noise pollution

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: air quality and noise pollution

answers: NDQ_001625

answers: elevation

text: In many locations within the brain, adjacent neurons have receptive fields that include slightly different, but overlapping portions of the visual field. The position of the center of these receptive fields forms an orderly sampling mosaic that covers a portion of the visual field. Because of this orderly arrangement, which emerges from the spatial specificity of connections between neurons in different parts of the visual system, cells in each structure can be seen as contributing to a map of the visual field (also called a retinotopic map, or a visuotopic map). Retinotopic maps are a particular case of topographic organization. Many brain structures that are responsive to visual input, including much of the visual cortex and visual nuclei of the brain stem (such as the superior colliculus) and thalamus (such as the lateral geniculate nucleus and the pulvinar), are organized into retinotopic maps, also called visual field maps.

text: In many locations within the brain, adjacent

text: neuron

text: s have

text: receptive fields

text: that include slightly different, but overlapping portions of the

text: visual field

text: . The position of the center of these receptive fields forms an orderly sampling mosaic that covers a portion of the visual field. Because of this orderly arrangement, which emerges from the spatial specificity of connections between neurons in different parts of the visual system, cells in each structure can be seen as contributing to a map of the visual field (also called a retinotopic map, or a visuotopic map). Retinotopic maps are a particular case of

text: topographic

text: organization. Many brain structures that are responsive to visual input, including much of the

text: visual cortex

text: and visual

text: nuclei

text: of the

text: brain stem

text: (such as the

text: superior colliculus

text: ) and

text: thalamus

text: (such as the

text: lateral geniculate nucleus

text: and the

text: pulvinar

text: ), are organized into retinotopic maps, also called visual field maps.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What is a retinotopic map?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: unanswerable

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: topographic organization

answers: NDQ_001592

answers: map of the visual field

answers: NDQ_001593

answers: unanswerable

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: topographic organization

answers: NDQ_001600

answers: What is a particular case of topographic organization?

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: What is a particular case of topographic organization?

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What is a particular case of topographic organization?

answers: NDQ_001611

answers: What is a particular case of topographic organization?

answers: NDQ_001613

answers: what is the second to last word in the passage?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: visual field

answers: NDQ_001619

answers: topographic

answers: NDQ_001620

answers: unanswerable

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: unanswerable

answers: NDQ_001624

answers: visual field maps

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: retinotopic map, or a visuotopic map).

answers: NDQ_001587

answers: overlapping portions of the visual field.

answers: NDQ_001588

answers: overlapping

answers: NDQ_001589

answers: overlapping portions of the visual field.

answers: NDQ_001590

answers: overlapping portions of the visual field.

answers: NDQ_001591

answers: topographic organization.

answers: NDQ_001592

answers: sampling mosaic

answers: NDQ_001593

answers: topographic organization.

answers: NDQ_001594

answers: retinotopic map, or a visuotopic map).

answers: NDQ_001595

answers: overlapping portions of the visual field.

answers: NDQ_001597

answers: Retinotopic maps

answers: NDQ_001598

answers: Retinotopic maps

answers: NDQ_001600

answers: overlapping

answers: NDQ_001603

answers: topographic organization.

answers: NDQ_001605

answers: retinotopic map, or a visuotopic map).

answers: NDQ_001606

answers: overlapping portions of the visual field.

answers: NDQ_001608

answers: topographic organization.

answers: NDQ_001611

answers: topographic organization.

answers: NDQ_001613

answers: retinotopic maps,

answers: NDQ_001614

answers: topographic organization.

answers: NDQ_001618

answers: Retinotopic maps

answers: NDQ_001619

answers: Retinotopic maps

answers: NDQ_001620

answers: slightly different,

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Retinotopic maps

answers: NDQ_001623

answers: Retinotopic maps

answers: NDQ_001624

answers: Retinotopic maps

answers: NDQ_001625

answers: retinotopic maps,

text: These large-scale maps are the basis for maps at smaller scales.  Maps at scales 1:4,000,000 or smaller are exported by  Cartographic Publishing House, Beijing while larger-scale maps are restricted as state secrets, and prohibited from publishing by legislation, all except Hong Kong and Macau.  China's topographic maps follow the international system of subdivision with 1:100,000 maps spanning 30 minutes longitude by 20 minutes latitude.

text: These large-scale maps are the basis for maps at smaller scales.  Maps at scales 1:4,000,000 or smaller are exported by  Cartographic Publishing House, Beijing while larger-scale maps are restricted as state secrets, and prohibited from publishing by legislation, all except Hong Kong and Macau.  China's topographic maps follow the

text: international system of subdivision

text: with 1:100,000 maps spanning 30 minutes longitude by 20 minutes latitude.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: Which of the following is not a country: China, Hong Kong, or Macau?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: prohibited from publishing by legislation, all except Hong Kong and Macau

answers: NDQ_001590

answers: What is the horizontal distance between contour lines on a topographic map?

answers: NDQ_001591

answers: latitude

answers: NDQ_001592

answers: publish

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: longitude

answers: NDQ_001598

answers: latitude

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What helps us to see the three-dimensional shape of the land?

answers: NDQ_001611

answers: What is the best way to describe a hill?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is drawn on the hatch marks?

answers: NDQ_001614

answers: Which is not true about China's topographic maps?

answers: NDQ_001618

answers: latitude

answers: NDQ_001619

answers: latitude

answers: NDQ_001620

answers: latitude

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: latitude

answers: NDQ_001623

answers: latitude

answers: NDQ_001624

answers: latitude

answers: NDQ_001625

answers: 20 minutes

answers: NDQ_001586

answers: 30 minutes longitude by 20 minutes latitude.

answers: NDQ_001587

answers: 30 minutes longitude by 20 minutes latitude.

answers: NDQ_001588

answers: 30 minutes longitude by 20 minutes latitude.

answers: NDQ_001589

answers: prohibited from publishing by legislation,

answers: NDQ_001590

answers: 30 minutes longitude by 20 minutes latitude.

answers: NDQ_001591

answers: longitude

answers: NDQ_001592

answers: publishing by legislation,

answers: NDQ_001593

answers: 30 minutes longitude by 20 minutes latitude.

answers: NDQ_001594

answers: 30 minutes longitude by 20 minutes latitude.

answers: NDQ_001595

answers: 1:100,000

answers: NDQ_001597

answers: 30 minutes longitude by 20 minutes latitude.

answers: NDQ_001598

answers: 30 minutes longitude by 20 minutes latitude.

answers: NDQ_001600

answers: 30 minutes longitude by 20 minutes latitude.

answers: NDQ_001603

answers: larger-scale maps are restricted as state secrets,

answers: NDQ_001605

answers: larger-scale maps are restricted as state secrets,

answers: NDQ_001606

answers: 30 minutes longitude by 20 minutes latitude.

answers: NDQ_001608

answers: 30 minutes longitude by 20 minutes latitude.

answers: NDQ_001611

answers: 30 minutes longitude by 20 minutes latitude.

answers: NDQ_001613

answers: 30 minutes longitude by 20 minutes latitude.

answers: NDQ_001614

answers: 30 minutes longitude by 20 minutes latitude.

answers: NDQ_001618

answers: 30 minutes longitude by 20 minutes latitude.

answers: NDQ_001619

answers: 30 minutes longitude by 20 minutes latitude.

answers: NDQ_001620

answers: 30 minutes longitude by 20 minutes latitude.

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: 30 minutes longitude by 20 minutes latitude.

answers: NDQ_001623

answers: longitude by 20 minutes latitude.

answers: NDQ_001624

answers: 30 minutes longitude by 20 minutes latitude.

answers: NDQ_001625

answers: 20 minutes latitude.

text: This route can be traced on topographical maps overprinted with the ancient route, in G. Castellve, J.-B. Compsa, J. Kotarba and A. Pezin, eds. Voies romaines du Rhône à l'Èbre: Via Domitia et Via Augusta (DAF 61) Paris 1997.

text: This route can be traced on topographical maps overprinted with the ancient route, in G. Castellve, J.-B. Compsa, J. Kotarba and A. Pezin, eds. Voies romaines du Rhône à l'Èbre: Via Domitia et Via Augusta (DAF 61) Paris 1997.

answers: NDQ_001586

answers: What are the contour lines that are numbered?

answers: NDQ_001587

answers: Via Domitia can be traced on topographical maps overprinted with the ancient route

answers: NDQ_001588

answers: Which of the following is not a type of contour line?

answers: NDQ_001589

answers: this route can be traced

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: ancient route

answers: NDQ_001592

answers: overprint with the ancient route

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: What is a contour line?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: What is the name of the color used to represent different types of rocks?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: What is the name of the ancient route?

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: Concentric contour lines

answers: NDQ_001619

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographical maps

answers: NDQ_001622

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: V-shaped contour lines

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Via Domitia et Via Augusta

answers: NDQ_001587

answers: Via Domitia et Via Augusta

answers: NDQ_001588

answers: Via Domitia et Via Augusta

answers: NDQ_001589

answers: topographical maps

answers: NDQ_001590

answers: Via Domitia et Via Augusta

answers: NDQ_001591

answers: Via Domitia et Via Augusta

answers: NDQ_001592

answers: overprinted with the ancient route,

answers: NDQ_001593

answers: topographical maps

answers: NDQ_001594

answers: Via Domitia et Via Augusta

answers: NDQ_001595

answers: 61)

answers: NDQ_001597

answers: Via Domitia et Via Augusta

answers: NDQ_001598

answers: topographical maps

answers: NDQ_001600

answers: Via Domitia et Via Augusta

answers: NDQ_001603

answers: topographical maps

answers: NDQ_001605

answers: Via Domitia et Via Augusta

answers: NDQ_001606

answers: Via Domitia et Via Augusta

answers: NDQ_001608

answers: topographical maps

answers: NDQ_001611

answers: Via Domitia et Via Augusta

answers: NDQ_001613

answers: Via Domitia et Via Augusta

answers: NDQ_001614

answers: Via Domitia et Via Augusta

answers: NDQ_001618

answers: Via Domitia et Via Augusta

answers: NDQ_001619

answers: topographical maps

answers: NDQ_001620

answers: Via Domitia et Via Augusta

answers: NDQ_001621

answers: topographical maps

answers: NDQ_001622

answers: Via Domitia et Via Augusta

answers: NDQ_001623

answers: Via Augusta

answers: NDQ_001624

answers: Via Domitia et Via Augusta

answers: NDQ_001625

answers: (DAF 61)

text: Topographic maps are based on the Ordnance Survey Oxford Cartographers. The most commonly used Map projection is that of Eckert (the Pseudo-cylindrical projection). The show also uses satellite imagery from Google Earth and the first use was in the episode named: "Nigeria, rich state poor country."

text: Topographic maps are based on the Ordnance Survey Oxford Cartographers. The most commonly used

text: Map projection

text: is that of Eckert (the

text: Pseudo-cylindrical projection

text: ). The show also uses satellite imagery from

text: Google Earth

text: and the first use was in the episode named: "

text: Nigeria

text: , rich state poor country."

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: can be used to show what?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: based on the Ordnance Survey Oxford Cartographers

answers: NDQ_001590

answers: What is the contour interval of a topographic map?

answers: NDQ_001591

answers: topography

answers: NDQ_001592

answers: satellite imagery

answers: NDQ_001593

answers: Yes

answers: NDQ_001594

answers: What is the most commonly used Map projection?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What is the most commonly used Map projection

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: The most commonly used Map projection is that of Eckert

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: What is the most commonly used Map projection?

answers: NDQ_001613

answers: what is the most commonly used Map projection is that of Eckert

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: can not be used

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: ridges

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: v-shaped contour lines

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Topographic maps

answers: NDQ_001587

answers: Topographic maps

answers: NDQ_001588

answers: Topographic maps

answers: NDQ_001589

answers: Topographic maps

answers: NDQ_001590

answers: Topographic maps

answers: NDQ_001591

answers: rich state poor country."

answers: NDQ_001592

answers: satellite imagery

answers: NDQ_001593

answers: Topographic maps

answers: NDQ_001594

answers: Topographic maps

answers: NDQ_001595

answers: Topographic maps

answers: NDQ_001597

answers: Topographic maps

answers: NDQ_001598

answers: Topographic maps

answers: NDQ_001600

answers: Topographic maps

answers: NDQ_001603

answers: Topographic maps

answers: NDQ_001605

answers: Topographic maps

answers: NDQ_001606

answers: Topographic maps

answers: NDQ_001608

answers: Topographic maps

answers: NDQ_001611

answers: Topographic maps

answers: NDQ_001613

answers: (the Pseudo-cylindrical projection).

answers: NDQ_001614

answers: Topographic maps

answers: NDQ_001618

answers: "Nigeria, rich state poor country."

answers: NDQ_001619

answers: Topographic maps

answers: NDQ_001620

answers: Topographic maps

answers: NDQ_001621

answers: Topographic maps

answers: NDQ_001622

answers: "Nigeria, rich state poor country."

answers: NDQ_001623

answers: (the Pseudo-cylindrical projection).

answers: NDQ_001624

answers: "Nigeria, rich state poor country."

answers: NDQ_001625

answers: Ordnance Survey Oxford Cartographers.

text: A topographic profile is a cross sectional view along a line drawn through a portion of a topographic map.  In other words, if you could slice through a portion of the earth, pull away one portion, and  look at it from the side, the surface would be a topographic profile.

text: A topographic profile is a

text: cross sectional

text: view along a line drawn through a portion of a

text: topographic map

text: .  In other words, if you could slice through a portion of the earth, pull away one portion, and  look at it from the side, the surface would be a topographic profile.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What is a topographic profile?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: you could slice through a portion of the earth, pull away one portion, and look at it from the side

answers: NDQ_001590

answers: What is the difference between a contour line and a contour interval?

answers: NDQ_001591

answers: topographic profile

answers: NDQ_001592

answers: slice through a portion of the earth

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: What is a topographic profile?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is not a benefit of contour lines?

answers: NDQ_001611

answers: How would you describe a topographic profile?

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: What is a topographic profile?

answers: NDQ_001618

answers: topographic profile

answers: NDQ_001619

answers: cannot be a topographic profile

answers: NDQ_001620

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: topographic profile

answers: NDQ_001623

answers: is a line drawn through a portion

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: topographic profile

answers: NDQ_001587

answers: A topographic profile

answers: NDQ_001588

answers: topographic profile

answers: NDQ_001589

answers: topographic profile

answers: NDQ_001590

answers: topographic profile.

answers: NDQ_001591

answers: topographic profile

answers: NDQ_001592

answers: slice through a portion of the earth,

answers: NDQ_001593

answers: topographic profile

answers: NDQ_001594

answers: topographic profile

answers: NDQ_001595

answers: topographic profile

answers: NDQ_001597

answers: topographic profile

answers: NDQ_001598

answers: topographic profile

answers: NDQ_001600

answers: topographic profile

answers: NDQ_001603

answers: topographic profile.

answers: NDQ_001605

answers: topographic profile

answers: NDQ_001606

answers: topographic profile

answers: NDQ_001608

answers: topographic profile

answers: NDQ_001611

answers: A topographic profile

answers: NDQ_001613

answers: topographic profile.

answers: NDQ_001614

answers: topographic profile

answers: NDQ_001618

answers: topographic profile

answers: NDQ_001619

answers: topographic profile

answers: NDQ_001620

answers: topographic profile

answers: NDQ_001621

answers: topographic profile

answers: NDQ_001622

answers: topographic profile

answers: NDQ_001623

answers: topographic profile

answers: NDQ_001624

answers: topographic profile

answers: NDQ_001625

answers: topographic profile

text: A number of people mapped and commented on the region before the loss of the terraces. Dr Ferdinand von Hochstetter carried out a topographic and geological survey of the Lake Rotomahana area in 1859, producing his Geographic and Geological survey. This gave enough data to form the first map of the area and to suggest how the terraces had been formed.

text: A number of people mapped and commented on the region before the loss of the terraces. Dr Ferdinand von Hochstetter carried out a topographic and geological survey of the Lake Rotomahana area in 1859, producing his Geographic and Geological survey. This gave enough data to form the first map of the area and to suggest how the terraces had been formed.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: can be used to describe what?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: topographic and geological survey

answers: NDQ_001590

answers: What is the first map of the area?

answers: NDQ_001591

answers: lost of the terraces

answers: NDQ_001592

answers: suggest how the terraces had been formed

answers: NDQ_001593

answers: Yes

answers: NDQ_001594

answers: what is the first map of the area?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Which of the following is not true?

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

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

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or sedimentary?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

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

answers: NDQ_001613

answers: Which of the following is not a person: Ferdinand von Hochstetter, Dr Ferdinand von Hochstetter or Geological Survey?

answers: NDQ_001614

answers: Which of the following is not true of topographic maps?

answers: NDQ_001618

answers: terraces

answers: NDQ_001619

answers: can not be inferred

answers: NDQ_001620

answers: isosceles

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: Hochstetter

answers: NDQ_001624

answers: terraces

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Geographic and Geological survey.

answers: NDQ_001587

answers: Lake Rotomahana

answers: NDQ_001588

answers: Lake Rotomahana area in 1859,

answers: NDQ_001589

answers: loss of the terraces.

answers: NDQ_001590

answers: Lake Rotomahana area in 1859,

answers: NDQ_001591

answers: how the terraces had been formed.

answers: NDQ_001592

answers: loss of the terraces.

answers: NDQ_001593

answers: topographic

answers: NDQ_001594

answers: Lake Rotomahana area in 1859,

answers: NDQ_001595

answers: Lake Rotomahana area in 1859,

answers: NDQ_001597

answers: topographic

answers: NDQ_001598

answers: Geographic and Geological survey.

answers: NDQ_001600

answers: terraces.

answers: NDQ_001603

answers: Geographic and Geological survey.

answers: NDQ_001605

answers: Geographic and Geological survey.

answers: NDQ_001606

answers: Lake Rotomahana area in 1859,

answers: NDQ_001608

answers: topographic

answers: NDQ_001611

answers: Lake Rotomahana area in 1859,

answers: NDQ_001613

answers: Lake Rotomahana area in 1859,

answers: NDQ_001614

answers: Lake Rotomahana area in 1859,

answers: NDQ_001618

answers: terraces.

answers: NDQ_001619

answers: Geographic and Geological survey.

answers: NDQ_001620

answers: Lake Rotomahana area in 1859,

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: terraces.

answers: NDQ_001623

answers: terraces.

answers: NDQ_001624

answers: terraces.

answers: NDQ_001625

answers: Lake Rotomahana area in 1859,

text: About half of the region was beyond the terminator during the three Mariner 10 encounters and hence not visible. The entire mapped area was covered by near-vertical photography from the second encounter, and the eastern part, from longitude 15° to about 110°, was covered by oblique photography from the first encounter. No third-encounter images were acquired. The entire visible area may be viewed stereoscopically by combining images from the first and second encounters taken at different viewing angles or by combining second-encounter images of the same area taken at different viewing angles. These combinations provided excellent qualitative control of topographic relief and a good quantitative photogrammetric base. However, sun-elevation angles of the images are limited to less than 25°, and image resolutions are no higher than about 0.5 km per picture element. Therefore, the south polar geologic map reflects mostly large-scale processes and topographic information, whereas other mercurian quadrangle maps benefit from greater albedo discrimination and, in some cases, higher resolution.

text: About half of the region was beyond the

text: terminator

text: during the three

text: Mariner 10

text: encounters and hence not visible. The entire mapped area was covered by near-vertical photography from the second encounter, and the eastern part, from longitude 15° to about 110°, was covered by oblique photography from the first encounter. No third-encounter images were acquired. The entire visible area may be viewed

text: stereoscopically

text: by combining images from the first and second encounters taken at different viewing angles or by combining second-encounter images of the same area taken at different viewing angles. These combinations provided excellent qualitative control of topographic relief and a good quantitative photogrammetric base. However, sun-elevation angles of the images are limited to less than 25°, and image resolutions are no higher than about 0.5 km per picture element. Therefore, the south polar

text: geologic map

text: reflects mostly large-scale processes and topographic information, whereas other mercurian quadrangle maps benefit from greater

text: albedo

text: discrimination and, in some cases, higher resolution.

answers: NDQ_001586

answers: sun-elevation angles

answers: NDQ_001587

answers: The entire mapped area was covered by near-vertical photography from the second encounter

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: greater albedo discrimination

answers: NDQ_001590

answers: what is the horizontal distance between contour lines

answers: NDQ_001591

answers: topographic information

answers: NDQ_001592

answers: albedo discrimination

answers: NDQ_001593

answers: excellent qualitative control of topographic relief

answers: NDQ_001594

answers: contour lines

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: rivers and streams flow

answers: NDQ_001598

answers: These combinations provided excellent qualitative control of topographic relief

answers: NDQ_001600

answers: near-vertical

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: topographic relief

answers: NDQ_001611

answers: These combinations provided excellent qualitative control of topographic relief

answers: NDQ_001613

answers: side of the circle with the higher elevation

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: relief

answers: NDQ_001619

answers: mercurian quadrangle

answers: NDQ_001620

answers: relief

answers: NDQ_001621

answers: topographic relief

answers: NDQ_001622

answers: relief

answers: NDQ_001623

answers: relief

answers: NDQ_001624

answers: relief

answers: NDQ_001625

answers: 0.5 km

answers: NDQ_001586

answers: topographic relief

answers: NDQ_001587

answers: the eastern part, from longitude 15° to about 110°,

answers: NDQ_001588

answers: oblique

answers: NDQ_001589

answers: greater albedo discrimination and, in some cases, higher resolution.

answers: NDQ_001590

answers: topographic relief

answers: NDQ_001591

answers: topographic relief

answers: NDQ_001592

answers: albedo discrimination

answers: NDQ_001593

answers: topographic relief

answers: NDQ_001594

answers: topographic relief

answers: NDQ_001595

answers: About half of the region was beyond the terminator

answers: NDQ_001597

answers: longitude 15° to about 110°,

answers: NDQ_001598

answers: topographic relief

answers: NDQ_001600

answers: near-vertical

answers: NDQ_001603

answers: image resolutions are no higher than about 0.5 km per picture element.

answers: NDQ_001605

answers: large-scale processes and topographic information,

answers: NDQ_001606

answers: About half of the region was beyond the terminator

answers: NDQ_001608

answers: topographic relief

answers: NDQ_001611

answers: topographic relief

answers: NDQ_001613

answers: 25°,

answers: NDQ_001614

answers: About half of the region was beyond the terminator

answers: NDQ_001618

answers: relief

answers: NDQ_001619

answers: mercurian quadrangle maps

answers: NDQ_001620

answers: relief

answers: NDQ_001621

answers: topographic relief

answers: NDQ_001622

answers: south polar

answers: NDQ_001623

answers: relief

answers: NDQ_001624

answers: mercurian quadrangle

answers: NDQ_001625

answers: 0.5 km

text: Such maps are used in town planning, in the insurance industry, and by individuals who want to avoid moving into a home at risk of flooding or to know how to protect their property. FIRMs are used to set rates of insurance against risk of flood and whether buildings are insurable at all against flood.  It is similar to a topographic map, but is designed to show floodplains. Towns and municipalities use FIRMs to plan zoning areas.  Most places will not allow construction in a flood way.

text: Such maps are used in

text: town planning

text: , in the insurance industry, and by individuals who want to avoid moving into a home at risk of flooding or to know how to protect their property. FIRMs are used to set rates of insurance against risk of flood and whether buildings are insurable at all against flood.  It is similar to a

text: topographic

text: map, but is designed to show floodplains. Towns and municipalities use FIRMs to plan zoning areas.  Most places will not allow construction in a flood way.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: Which of the following is not a type of map: topographic map, floodplains, or floodplains?

answers: NDQ_001588

answers: What is the difference between a topographic and a floodplain?

answers: NDQ_001589

answers: most places will not allow construction in a flood way

answers: NDQ_001590

answers: What is the horizontal distance between contour lines on a topographic map?

answers: NDQ_001591

answers: floodplains

answers: NDQ_001592

answers: show floodplains

answers: NDQ_001593

answers: no

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: no

answers: NDQ_001598

answers: the steepest

answers: NDQ_001600

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

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: Which of the following is not used to set rates of insurance against risk of flood?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is not true of a topographic map?

answers: NDQ_001611

answers: Which of the following is not a feature of a topographic map?

answers: NDQ_001613

answers: Which of the following is not a purpose of the hatch marks on a topographic map?

answers: NDQ_001614

answers: Which of the following is true of FIRMs?

answers: NDQ_001618

answers: floodplains

answers: NDQ_001619

answers: floodplains

answers: NDQ_001620

answers: The difference in elevation

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: floodplains

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: floodplains

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: FIRMs

answers: NDQ_001587

answers: floodplains.

answers: NDQ_001588

answers: FIRMs

answers: NDQ_001589

answers: Most places will not allow construction in a flood way.

answers: NDQ_001590

answers: FIRMs

answers: NDQ_001591

answers: floodplains.

answers: NDQ_001592

answers: FIRMs

answers: NDQ_001593

answers: FIRMs

answers: NDQ_001594

answers: floodplains.

answers: NDQ_001595

answers: Such maps are used in town planning,

answers: NDQ_001597

answers: FIRMs

answers: NDQ_001598

answers: FIRMs

answers: NDQ_001600

answers: floodplains.

answers: NDQ_001603

answers: FIRMs

answers: NDQ_001605

answers: FIRMs

answers: NDQ_001606

answers: flooding

answers: NDQ_001608

answers: topographic map,

answers: NDQ_001611

answers: topographic map,

answers: NDQ_001613

answers: FIRMs

answers: NDQ_001614

answers: FIRMs

answers: NDQ_001618

answers: floodplains.

answers: NDQ_001619

answers: floodplains.

answers: NDQ_001620

answers: FIRMs

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: floodplains.

answers: NDQ_001623

answers: floodplains.

answers: NDQ_001624

answers: floodplains.

answers: NDQ_001625

answers: floodplains.

text: The name was noted by the United States Geological Survey on 1948 and 1962 topographical maps of the Juneau area, but it was removed prior to the latter edition's publication.  It later appeared on a 1997 USGS map.  It was entered into the Geographic Names Information System on March 31, 1981.

text: The name was noted by the

text: United States Geological Survey

text: on 1948 and 1962 topographical maps of the Juneau area, but it was removed prior to the latter edition's publication.  It later appeared on a 1997 USGS map.  It was entered into the

text: Geographic Names Information System

text: on March 31, 1981.

answers: NDQ_001586

answers: None

answers: NDQ_001587

answers: How many years after the name was noted by the United States Geological Survey was it entered into the Geographic Names Information System?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: it was removed prior to the latter edition's publication

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: Juneau area

answers: NDQ_001592

answers: Geographic Names Information System

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: no

answers: NDQ_001598

answers: steepest

answers: NDQ_001600

answers: What was removed prior to the latter edition's publication?

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What was removed prior to the latter edition's publication?

answers: NDQ_001611

answers: What is the name of the USGS map?

answers: NDQ_001613

answers: What was removed prior to the latter edition's publication?

answers: NDQ_001614

answers: NDQ_001618

answers: Juneau area

answers: NDQ_001619

answers: NDQ_001620

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: Juneau area

answers: NDQ_001623

answers: parallel line

answers: NDQ_001624

answers: NDQ_001625

answers: 135 m

answers: NDQ_001586

answers: 1962

answers: NDQ_001587

answers: Juneau area,

answers: NDQ_001588

answers: 1962

answers: NDQ_001589

answers: topographical maps

answers: NDQ_001590

answers: 1962 topographical maps

answers: NDQ_001591

answers: topographical maps of the Juneau area,

answers: NDQ_001592

answers: it was removed prior to the latter edition's publication.

answers: NDQ_001593

answers: topographical maps

answers: NDQ_001594

answers: 1962 topographical maps

answers: NDQ_001595

answers: 1981.

answers: NDQ_001597

answers: topographical maps

answers: NDQ_001598

answers: 1962 topographical maps

answers: NDQ_001600

answers: 1962 topographical maps

answers: NDQ_001603

answers: topographical maps

answers: NDQ_001605

answers: 1962 topographical maps

answers: NDQ_001606

answers: 1962 topographical maps

answers: NDQ_001608

answers: topographical maps

answers: NDQ_001611

answers: 1962 topographical maps

answers: NDQ_001613

answers: 1962 topographical maps

answers: NDQ_001614

answers: 1962

answers: NDQ_001618

answers: Juneau

answers: NDQ_001619

answers: topographical maps

answers: NDQ_001620

answers: 1962 topographical maps

answers: NDQ_001621

answers: topographical maps

answers: NDQ_001622

answers: Juneau

answers: NDQ_001623

answers: topographical maps

answers: NDQ_001624

answers: Juneau

answers: NDQ_001625

answers: 1962

text: An interval may overlap the center point of several nodes in the tree. Since each node stores the intervals that overlap it, with all intervals completely to the left of its center point in the left subtree, similarly for the right subtree, it follows that each interval is stored in the node closest to the root from the set of nodes whose center point it overlaps.

text: An interval may overlap the center point of several nodes in the tree. Since each node stores the intervals that overlap it, with all intervals completely to the left of its center point in the left subtree, similarly for the right subtree, it follows that each interval is stored in the node closest to the root from the set of nodes whose center point it overlaps.

answers: NDQ_001586

answers: changes in elevation

answers: NDQ_001587

answers: can be used to find the center point of a tree.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: each node stores the intervals that overlap it

answers: NDQ_001590

answers: the horizontal distance between contour lines

answers: NDQ_001591

answers: intervals that overlap it

answers: NDQ_001592

answers: store intervals that overlap it

answers: NDQ_001593

answers: What is the best way to determine the slope of the land?

answers: NDQ_001594

answers: contour lines

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction

answers: NDQ_001598

answers: the steepest side

answers: NDQ_001600

answers: what is a plain or plateau

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: difference between two contour lines is the contour interval

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: the circle with the higher elevation

answers: NDQ_001614

answers: horizontal distances

answers: NDQ_001618

answers: hatch marks

answers: NDQ_001619

answers: can be used

answers: NDQ_001620

answers: can be calculated

answers: NDQ_001621

answers: is stored in the left subtree

answers: NDQ_001622

answers: NDQ_001623

answers: is a line

answers: NDQ_001624

answers: contour lines

answers: NDQ_001625

answers: completely to the left of its center point

answers: NDQ_001586

answers: An interval may overlap the center point of several nodes

answers: NDQ_001587

answers: left subtree,

answers: NDQ_001588

answers: An interval may overlap the center point of several nodes in the tree.

answers: NDQ_001589

answers: An interval may overlap the center point of several nodes

answers: NDQ_001590

answers: An interval may overlap the center point of several nodes in the tree.

answers: NDQ_001591

answers: interval may overlap the center point of several nodes

answers: NDQ_001592

answers: overlap the center point of several nodes in the tree.

answers: NDQ_001593

answers: An interval may overlap the center point of several nodes in the tree.

answers: NDQ_001594

answers: An interval may overlap the center point of several nodes

answers: NDQ_001595

answers: An interval may overlap the center point of several nodes

answers: NDQ_001597

answers: An interval may overlap the center point of several nodes

answers: NDQ_001598

answers: An interval may overlap the center point of several nodes

answers: NDQ_001600

answers: An interval may overlap the center point of several nodes

answers: NDQ_001603

answers: An interval may overlap the center point of several nodes in the tree.

answers: NDQ_001605

answers: An interval may overlap the center point of several nodes in the tree.

answers: NDQ_001606

answers: completely to the left of its center point

answers: NDQ_001608

answers: An interval may overlap the center point of several nodes in the tree.

answers: NDQ_001611

answers: An interval may overlap the center point of several nodes

answers: NDQ_001613

answers: An interval may overlap the center point of several nodes in the tree.

answers: NDQ_001614

answers: An interval may overlap the center point of several nodes in the tree.

answers: NDQ_001618

answers: An interval may overlap the center point of several nodes in the tree.

answers: NDQ_001619

answers: An interval may overlap the center point of several nodes in the tree.

answers: NDQ_001620

answers: An interval may overlap the center point of several nodes in the tree.

answers: NDQ_001621

answers: An interval may overlap the center point of several nodes in the tree.

answers: NDQ_001622

answers: An interval may overlap the center point of several nodes in the tree.

answers: NDQ_001623

answers: An interval

answers: NDQ_001624

answers: An interval may overlap the center point of several nodes in the tree.

answers: NDQ_001625

answers: completely to the left of its center point

text: Topographic map image of Arnhem (city), September 2014.

text: Topographic map image of Arnhem (city), September 2014.

answers: NDQ_001586

answers: change in elevation

answers: NDQ_001587

answers: Arnhem is a city in the Netherlands.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is a map of the ocean

answers: NDQ_001590

answers: The contour interval of a topographic map is the horizontal distance between contour lines

answers: NDQ_001591

answers: elevation change

answers: NDQ_001592

answers: show the location of landmarks

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: contour lines represent the distance to the bottom of the water

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that streams flow

answers: NDQ_001598

answers: A topographic map of a mountain shows which side of the mountain is steepest

answers: NDQ_001600

answers: contour lines are so close together that they almost touch

answers: NDQ_001603

answers: Why are topographic maps so useful?

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is a contour line?

answers: NDQ_001611

answers: How would you describe the shape of the hill?

answers: NDQ_001613

answers: The hatch marks are drawn on the side of the circle with the higher elevation.

answers: NDQ_001614

answers: Which of the following is not a feature of topographic maps?

answers: NDQ_001618

answers: ridges

answers: NDQ_001619

answers: isotope

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: contour lines

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: valleys

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Topographic map image of Arnhem (city), September 2014.

answers: NDQ_001587

answers: Topographic map image of Arnhem (city), September 2014.

answers: NDQ_001588

answers: Arnhem (city), September 2014.

answers: NDQ_001589

answers: Topographic map

answers: NDQ_001590

answers: Arnhem (city), September 2014.

answers: NDQ_001591

answers: Topographic map image of Arnhem (city),

answers: NDQ_001592

answers: Arnhem (city),

answers: NDQ_001593

answers: Topographic map image of Arnhem (city), September 2014.

answers: NDQ_001594

answers: Topographic map image of Arnhem (city), September 2014.

answers: NDQ_001595

answers: 2014.

answers: NDQ_001597

answers: Topographic map image of Arnhem (city), September 2014.

answers: NDQ_001598

answers: Topographic map image of Arnhem (city), September 2014.

answers: NDQ_001600

answers: Topographic map image of Arnhem (city), September 2014.

answers: NDQ_001603

answers: Topographic map image of Arnhem (city), September 2014.

answers: NDQ_001605

answers: Topographic map image of Arnhem (city), September 2014.

answers: NDQ_001606

answers: Topographic map image of Arnhem (city), September 2014.

answers: NDQ_001608

answers: Topographic map image of Arnhem (city), September 2014.

answers: NDQ_001611

answers: Topographic map image of Arnhem (city), September 2014.

answers: NDQ_001613

answers: Arnhem (city), September 2014.

answers: NDQ_001614

answers: Topographic map image of Arnhem (city), September 2014.

answers: NDQ_001618

answers: Arnhem (city),

answers: NDQ_001619

answers: Topographic map

answers: NDQ_001620

answers: Topographic map image of Arnhem (city), September 2014.

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Arnhem (city),

answers: NDQ_001623

answers: Topographic map image of Arnhem (city), September 2014.

answers: NDQ_001624

answers: Arnhem

answers: NDQ_001625

answers: 2014.

text: The geologic map of Georgia (a state within the United States) is a special-purpose map made to show geological features. Rock units or geologic strata are shown by colors or symbols to indicate where they are exposed at the surface. Structural features such as faults and shear zones are also shown. Since the first national geological map, in 1809, there have been numerous maps which included the geology of Georgia. The first Georgia specific geologic map was created in 1825. The most recent state-produced geologic map of Georgia, by the Georgia Department of Natural Resources is 1:500,000 scale, and was created in 1976 by the department's Georgia Geological Survey. It was generated from a base map produced by the United States Geological Survey. The state geologist and Director of the Geological Survey of Georgia was Sam M. Pickering, Jr. Since 1976, several geological maps of Georgia, featuring the state's five distinct geologic regions, have been produced by the federal government.

text: The geologic map of Georgia (a state within the United States) is a special-purpose

text: map

text: made to show

text: geological

text: features.

text: Rock

text: units or

text: geologic strata

text: are shown by colors or symbols to indicate where they are exposed at the surface. Structural features such as

text: faults

text: and

text: shear zones

text: are also shown. Since the first national geological map, in 1809, there have been numerous maps which included the geology of Georgia. The first Georgia specific geologic map was created in 1825. The most recent state-produced geologic map of Georgia, by the

text: Georgia Department of Natural Resources

text: is 1:500,000 scale, and was created in 1976 by the department's Georgia Geological Survey. It was generated from a base map produced by the

text: United States Geological Survey

text: . The state geologist and Director of the Geological Survey of Georgia was Sam M. Pickering, Jr. Since 1976, several geological maps of Georgia, featuring the state's five distinct geologic regions, have been produced by the federal government.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many years after the first national geological map was created was the first Georgia specific geologic map created?

answers: NDQ_001588

answers: What is the most recent state-produced geologic map of Georgia?

answers: NDQ_001589

answers: geologic map of Georgia

answers: NDQ_001590

answers: What is the first Georgia specific geologic map?

answers: NDQ_001591

answers: structural features

answers: NDQ_001592

answers: show geological features

answers: NDQ_001593

answers: What is the purpose of a topographic map?

answers: NDQ_001594

answers: what is the first geologic map of Georgia?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What is the most recent state-produced geologic map of Georgia?

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: What is the most recent state-produced geologic map of Georgia?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: rock units, geologic strata, or symbols?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the most recent state-produced geologic map of Georgia?

answers: NDQ_001611

answers: What is the most recent geologic map of Georgia?

answers: NDQ_001613

answers: What is the most recent state-produced geologic map of Georgia?

answers: NDQ_001614

answers: What is the most recent state-produced geologic map of Georgia?

answers: NDQ_001618

answers: Structural features

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: geologic map

answers: NDQ_001622

answers: geologic strata

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: faults

answers: NDQ_001625

answers: 1:500,000

answers: NDQ_001586

answers: 1809,

answers: NDQ_001587

answers: faults and shear zones

answers: NDQ_001588

answers: 1809,

answers: NDQ_001589

answers: The geologic map of Georgia

answers: NDQ_001590

answers: 1809,

answers: NDQ_001591

answers: faults

answers: NDQ_001592

answers: geological features.

answers: NDQ_001593

answers: The geologic map of Georgia

answers: NDQ_001594

answers: colors or symbols to indicate where they are exposed at the surface.

answers: NDQ_001595

answers: 1:500,000

answers: NDQ_001597

answers: The geologic map of Georgia

answers: NDQ_001598

answers: colors or symbols to indicate where they are exposed at the surface.

answers: NDQ_001600

answers: 1809,

answers: NDQ_001603

answers: geological features.

answers: NDQ_001605

answers: Rock units or geologic strata are shown by colors

answers: NDQ_001606

answers: 1809,

answers: NDQ_001608

answers: colors or symbols to indicate where they are exposed at the surface.

answers: NDQ_001611

answers: faults and shear zones

answers: NDQ_001613

answers: 1809,

answers: NDQ_001614

answers: The geologic map of Georgia

answers: NDQ_001618

answers: Rock units or geologic strata

answers: NDQ_001619

answers: The geologic map

answers: NDQ_001620

answers: 1:500,000

answers: NDQ_001621

answers: Rock units or geologic strata

answers: NDQ_001622

answers: Rock units or geologic strata

answers: NDQ_001623

answers: faults and shear zones

answers: NDQ_001624

answers: faults and shear zones

answers: NDQ_001625

answers: 1:500,000

text: In addition to the seven maps on wooden blocks found at Tomb 1 of Fangmatan, a fragment of a paper map (5.6 × 2.6 cm) was found on the chest of the occupant of Tomb 5 of Fangmatan in 1986. This tomb is dated to the early Western Han dynasty, so the map dates to the early 2nd century BC. The map shows topographic features such as mountains, waterways and roads, and is believed to cover the Qin state of the Warring States period.

text: In addition to the seven maps on wooden blocks found at Tomb 1 of Fangmatan, a fragment of a paper map (5.6 × 2.6 cm) was found on the chest of the occupant of Tomb 5 of Fangmatan in 1986. This tomb is dated to the early

text: Western Han dynasty

text: , so the map dates to the early 2nd century BC. The map shows topographic features such as mountains, waterways and roads, and is believed to cover the

text: Qin state

text: of the Warring States period.

answers: NDQ_001586

answers: not enough information

answers: NDQ_001587

answers: What is the size of the fragment of a paper map?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: shows topographic features

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: mountains

answers: NDQ_001592

answers: cover the Qin state

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: no

answers: NDQ_001600

answers: mountains, waterways and roads

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: mountains, waterways or roads?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Which of the following is not a topographic feature: mountains, waterways and roads

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is the side of the circle with the higher elevation?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: waterways

answers: NDQ_001620

answers: unanswerable

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: mountains

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: 2.6 cm

answers: NDQ_001586

answers: mountains, waterways and roads,

answers: NDQ_001587

answers: (5.6 <unk> 2.6 cm)

answers: NDQ_001588

answers: mountains,

answers: NDQ_001589

answers: topographic features

answers: NDQ_001590

answers: mountains, waterways and roads,

answers: NDQ_001591

answers: mountains, waterways and roads,

answers: NDQ_001592

answers: roads,

answers: NDQ_001593

answers: mountains,

answers: NDQ_001594

answers: mountains, waterways and roads,

answers: NDQ_001595

answers: 5 of Fangmatan

answers: NDQ_001597

answers: waterways

answers: NDQ_001598

answers: mountains, waterways and roads,

answers: NDQ_001600

answers: mountains,

answers: NDQ_001603

answers: mountains, waterways and roads,

answers: NDQ_001605

answers: topographic features such as mountains, waterways and roads,

answers: NDQ_001606

answers: Tomb 1 of Fangmatan,

answers: NDQ_001608

answers: topographic features such as mountains, waterways and roads,

answers: NDQ_001611

answers: mountains,

answers: NDQ_001613

answers: mountains, waterways and roads,

answers: NDQ_001614

answers: topographic features such as mountains, waterways and roads,

answers: NDQ_001618

answers: mountains, waterways and roads,

answers: NDQ_001619

answers: waterways

answers: NDQ_001620

answers: mountains,

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: mountains, waterways and roads,

answers: NDQ_001623

answers: mountains, waterways and roads,

answers: NDQ_001624

answers: mountains, waterways and roads,

answers: NDQ_001625

answers: (5.6 <unk> 2.6

text: This phenomenon is also inherent in calculating the sound levels from aircraft noise, so that an accurate determination of topographic features may be understood.  In that way one can produce sound level isopleths, or contour maps, which faithfully depict outcomes over variable terrain.

text: This phenomenon is also inherent in calculating the sound levels from

text: aircraft noise

text: , so that an accurate determination of topographic features may be understood.  In that way one can produce sound level

text: isopleth

text: s, or contour maps, which faithfully depict outcomes over variable terrain.

answers: NDQ_001586

answers: changes in elevation

answers: NDQ_001587

answers: is a type of what?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: faithfully depict outcomes over variable terrain

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: outcomes over variable terrain

answers: NDQ_001592

answers: accurately depict outcomes over variable terrain

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: NDQ_001598

answers: contour maps

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: Which of the following is not a feature of sound level isopleths, or contour maps?

answers: NDQ_001606

answers: what is the difference between two contour lines?

answers: NDQ_001608

answers: It's impossible to say

answers: NDQ_001611

answers: areopleths

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: NDQ_001618

answers: sound level

answers: NDQ_001619

answers: contour maps

answers: NDQ_001620

answers: isopleth

answers: NDQ_001621

answers: contour maps

answers: NDQ_001622

answers: sound level

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: sound level

answers: NDQ_001625

answers: variable terrain

answers: NDQ_001586

answers: contour maps, which faithfully depict outcomes over variable terrain.

answers: NDQ_001587

answers: contour maps,

answers: NDQ_001588

answers: contour maps,

answers: NDQ_001589

answers: faithfully depict outcomes over variable terrain.

answers: NDQ_001590

answers: contour maps,

answers: NDQ_001591

answers: outcomes over variable terrain.

answers: NDQ_001592

answers: outcomes over variable terrain.

answers: NDQ_001593

answers: contour maps,

answers: NDQ_001594

answers: contour maps,

answers: NDQ_001595

answers: contour maps,

answers: NDQ_001597

answers: contour maps,

answers: NDQ_001598

answers: contour maps,

answers: NDQ_001600

answers: contour maps, which faithfully depict outcomes over variable terrain.

answers: NDQ_001603

answers: contour maps,

answers: NDQ_001605

answers: contour maps,

answers: NDQ_001606

answers: contour maps,

answers: NDQ_001608

answers: contour maps,

answers: NDQ_001611

answers: contour maps,

answers: NDQ_001613

answers: contour maps,

answers: NDQ_001614

answers: contour maps,

answers: NDQ_001618

answers: sound levels from aircraft noise,

answers: NDQ_001619

answers: contour maps,

answers: NDQ_001620

answers: variable terrain.

answers: NDQ_001621

answers: contour maps,

answers: NDQ_001622

answers: sound levels from aircraft noise,

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: outcomes over variable terrain.

answers: NDQ_001625

answers: variable terrain.

text: High-resolution surface textures are available for most solar system bodies, including Virtual Textures with complete coverage up to 32768 pixels wide (1.25 km/pixel at the Earth's equator), with selected coverage at higher resolutions. This allows very close views of the Earth, Mars, and the Moon. Many 3D models of historical and existing spacecraft are available flying in reasonably accurate trajectories, from Sputnik 1 and Voyager 2 to the Hubble Space Telescope and International Space Station, as are extended data plots for stars (2 million with correct spatial coordinates). DSOs (nebulae, galaxies, open clusters, etc.), as well as catalogues of thousands of asteroids and comets, and more than 96,000 locations on the Earth can be drawn by the program. Add-ons also include extensive space objects such as red and blue supergiants, red and brown dwarfs, neutron stars, spinning pulsars, rotating black holes with accretion disks, protostars, star nursery nebula, supernova and planetary nebulae, galactic redshifts, geological planetary displays (e.g. 3D interiors, topographic and bathymetric maps, ice age simulations), planetary aurorae, rotating magnetic fields, animated solar flares and prominences, 3D craters and mountains, and historic collision events. All can be visited via the Celestia travel interface. All stages in the life cycle of stars are available, from protostar to black dwarf.

text: High-resolution surface textures are available for most solar system bodies, including Virtual Textures with complete coverage up to 32768 pixels wide (1.25 km/pixel at the Earth's equator), with selected coverage at higher resolutions. This allows very close views of the Earth, Mars, and the Moon. Many 3D models of historical and existing spacecraft are available flying in reasonably accurate trajectories, from

text: Sputnik 1

text: and

text: Voyager 2

text: to the

text: Hubble Space Telescope

text: and

text: International Space Station

text: , as are extended

text: data plot

text: s for stars (2 million with correct spatial coordinates).

text: DSO

text: s (nebulae, galaxies,

text: open cluster

text: s, etc.), as well as catalogues of thousands of asteroids and comets, and more than 96,000 locations on the Earth can be drawn by the program. Add-ons also include extensive space objects such as red and blue supergiants, red and brown dwarfs, neutron stars, spinning pulsars, rotating black holes with accretion disks, protostars, star nursery nebula, supernova and planetary nebulae, galactic redshifts, geological planetary displays (e.g. 3D interiors, topographic and

text: bathymetric

text: maps, ice age simulations),

text: planetary aurorae

text: , rotating magnetic fields, animated

text: solar flare

text: s and

text: prominence

text: s, 3D craters and mountains, and historic collision events. All can be visited via the Celestia travel interface. All stages in the life cycle of stars are available, from

text: protostar

text: to

text: black dwarf

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: Which of the following is not a star: red and blue supergiants, red and brown dwarfs, neutron stars, spinning pulsars, rotating black holes with accretion disks, protostars, star nursery nebula, supernova and planetary nebulae?

answers: NDQ_001588

answers: intersect each other

answers: NDQ_001589

answers: ice age simulations

answers: NDQ_001590

answers: 1.25 km/pixel

answers: NDQ_001591

answers: craters and mountains

answers: NDQ_001592

answers: ice age simulations

answers: NDQ_001593

answers: topographic and bathymetric maps

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: topographic

answers: NDQ_001598

answers: geological planetary displays

answers: NDQ_001600

answers: 1.25 km/pixel

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: unanswerable

answers: NDQ_001606

answers: 1.25 km/pixel

answers: NDQ_001608

answers: 3D craters and mountains

answers: NDQ_001611

answers: high, steep hill

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: horizontal distances

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: bathymetric maps

answers: NDQ_001621

answers: topographic and bathymetric maps

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: topographic

answers: NDQ_001624

answers: craters

answers: NDQ_001625

answers: 0.25 km

answers: NDQ_001586

answers: 3D craters and mountains,

answers: NDQ_001587

answers: All stages in the life cycle of stars

answers: NDQ_001588

answers: Virtual Textures

answers: NDQ_001589

answers: ice age simulations),

answers: NDQ_001590

answers: topographic and bathymetric maps,

answers: NDQ_001591

answers: craters and mountains,

answers: NDQ_001592

answers: ice age simulations),

answers: NDQ_001593

answers: topographic and bathymetric maps,

answers: NDQ_001594

answers: planetary displays

answers: NDQ_001595

answers: 32768

answers: NDQ_001597

answers: topographic and bathymetric maps,

answers: NDQ_001598

answers: topographic and bathymetric maps,

answers: NDQ_001600

answers: mountains,

answers: NDQ_001603

answers: geological planetary displays

answers: NDQ_001605

answers: 3D craters and mountains,

answers: NDQ_001606

answers: Virtual Textures

answers: NDQ_001608

answers: 3D craters and mountains,

answers: NDQ_001611

answers: 3D craters and mountains,

answers: NDQ_001613

answers: accretion disks,

answers: NDQ_001614

answers: topographic and bathymetric maps,

answers: NDQ_001618

answers: 3D craters and mountains,

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: craters and mountains,

answers: NDQ_001621

answers: topographic and bathymetric

answers: NDQ_001622

answers: craters and mountains,

answers: NDQ_001623

answers: craters and mountains,

answers: NDQ_001624

answers: 3D craters and mountains,

answers: NDQ_001625

answers: (1.25 km/pixel

text: Topographic map of the municipality of Alphen-Chaam, Sept. 2014.

text: Topographic map of the municipality of Alphen-Chaam, Sept. 2014.

answers: NDQ_001586

answers: change in elevation

answers: NDQ_001587

answers: is shown of the municipality of Alphen Chaam.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is not a topographic map

answers: NDQ_001590

answers: What is the contour interval of a topographic map?

answers: NDQ_001591

answers: altitude

answers: NDQ_001592

answers: show the location of landmarks

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: What are contour lines on a bathymetric map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: The direction that rivers and streams flow.

answers: NDQ_001598

answers: The left side of the mountain is steepest

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a valley.

answers: NDQ_001603

answers: No

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: How do contour lines help us see the three-dimensional shape of the land?

answers: NDQ_001611

answers: Which of the following is not a topographic feature?

answers: NDQ_001613

answers: The side with the higher elevation

answers: NDQ_001614

answers: Which of the following is true of a topographic map?

answers: NDQ_001618

answers: alphen-chaam

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: ridges

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: ridges

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: 2014.

answers: NDQ_001587

answers: Topographic map of the municipality of Alphen-Chaam,

answers: NDQ_001588

answers: Topographic map of the municipality of Alphen-Chaam,

answers: NDQ_001589

answers: Topographic map

answers: NDQ_001590

answers: 2014.

answers: NDQ_001591

answers: Topographic map

answers: NDQ_001592

answers: 2014.

answers: NDQ_001593

answers: Topographic map of the municipality of Alphen-Chaam,

answers: NDQ_001594

answers: Topographic map of the municipality of Alphen-Chaam,

answers: NDQ_001595

answers: 2014.

answers: NDQ_001597

answers: Topographic map of the municipality of Alphen-Chaam,

answers: NDQ_001598

answers: Topographic map of the municipality of Alphen-Chaam,

answers: NDQ_001600

answers: Topographic map of the municipality of Alphen-Chaam,

answers: NDQ_001603

answers: Topographic map

answers: NDQ_001605

answers: Topographic map of the municipality of Alphen-Chaam,

answers: NDQ_001606

answers: Topographic map of the municipality of Alphen-Chaam,

answers: NDQ_001608

answers: Topographic map

answers: NDQ_001611

answers: Topographic map of the municipality of Alphen-Chaam,

answers: NDQ_001613

answers: Topographic map of the municipality of Alphen-Chaam,

answers: NDQ_001614

answers: 2014.

answers: NDQ_001618

answers: municipality of Alphen-Chaam,

answers: NDQ_001619

answers: Topographic map

answers: NDQ_001620

answers: 2014.

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: municipality of Alphen-Chaam,

answers: NDQ_001623

answers: Topographic map of the municipality of Alphen-Chaam,

answers: NDQ_001624

answers: municipality of Alphen-Chaam,

answers: NDQ_001625

answers: 2014.

text: Today, topographic maps are prepared using photogrammetric interpretation of aerial photography, lidar and other Remote sensing techniques. Older topographic maps were prepared using traditional surveying instruments.

text: Today, topographic maps are prepared using

text: photogrammetric

text: interpretation of

text: aerial photography

text: lidar

text: and other

text: Remote sensing

text: techniques. Older topographic maps were prepared using traditional

text: surveying

text: instruments.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: can be used to make a map of what?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: topographic maps are prepared using photogrammetric interpretation

answers: NDQ_001590

answers: The contour interval of a topographic map represents the horizontal distance between contour lines

answers: NDQ_001591

answers: topographic map

answers: NDQ_001592

answers: surveying instruments

answers: NDQ_001593

answers: Yes

answers: NDQ_001594

answers: What is the difference between a bathymetric map and a topographic map

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: Which of the following is not a type of topographic map?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is not a feature of topographic maps?

answers: NDQ_001611

answers: Older topographic maps were prepared using traditional surveying instruments

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: Which of the following is not a feature of topographic maps?

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: can not be used

answers: NDQ_001620

answers: is the elevation difference

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: ridges

answers: NDQ_001623

answers: isosceles

answers: NDQ_001624

answers: isobath

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Older topographic maps were prepared using traditional surveying instruments.

answers: NDQ_001587

answers: Older topographic maps were prepared using traditional surveying instruments.

answers: NDQ_001588

answers: Older topographic maps were prepared using traditional surveying instruments.

answers: NDQ_001589

answers: traditional surveying instruments.

answers: NDQ_001590

answers: Older topographic maps were prepared using traditional surveying instruments.

answers: NDQ_001591

answers: topographic maps

answers: NDQ_001592

answers: traditional surveying instruments.

answers: NDQ_001593

answers: Remote sensing techniques.

answers: NDQ_001594

answers: Older topographic maps were prepared using traditional surveying instruments.

answers: NDQ_001595

answers: Today, topographic maps

answers: NDQ_001597

answers: Remote sensing techniques.

answers: NDQ_001598

answers: Older topographic maps were prepared using traditional surveying instruments.

answers: NDQ_001600

answers: Older topographic maps were prepared using traditional surveying instruments.

answers: NDQ_001603

answers: topographic maps

answers: NDQ_001605

answers: Older topographic maps were prepared using traditional surveying instruments.

answers: NDQ_001606

answers: photogrammetric interpretation of aerial photography, lidar and other Remote sensing

answers: NDQ_001608

answers: topographic maps are prepared using photogrammetric interpretation of aerial photography,

answers: NDQ_001611

answers: Older topographic maps were prepared using traditional surveying instruments.

answers: NDQ_001613

answers: Older topographic maps were prepared using traditional surveying instruments.

answers: NDQ_001614

answers: Remote sensing techniques.

answers: NDQ_001618

answers: aerial photography, lidar and other Remote sensing techniques.

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: photogrammetric interpretation of aerial photography, lidar and other Remote sensing

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Older topographic maps were prepared using traditional surveying instruments.

answers: NDQ_001623

answers: topographic maps

answers: NDQ_001624

answers: aerial photography,

answers: NDQ_001625

answers: photogrammetric interpretation of aerial photography, lidar and other Remote sensing

text: The self-organizing map (SOM, also called Kohonen map) and its probabilistic variant generative topographic mapping (GTM) use a point representation in the embedded space to form a latent variable model based on a non-linear mapping from the embedded space to the high-dimensional space. These techniques are related to work on density networks, which also are based around the same probabilistic model.

text: The

text: self-organizing map

text: (SOM, also called Kohonen map) and its probabilistic variant

text: generative topographic mapping

text: (GTM) use a point representation in the embedded space to form a

text: latent variable model

text: based on a non-linear mapping from the embedded space to the high-dimensional space. These techniques are related to work on

text: density networks

text: , which also are based around the same probabilistic model.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: GTM uses a non-linear mapping from the embedded space to the high-dimensional space.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: use a point representation in the embedded space to form a latent variable model

answers: NDQ_001590

answers: What is the contour interval of a topographic map?

answers: NDQ_001591

answers: non-linear mapping

answers: NDQ_001592

answers: self-organizing map

answers: NDQ_001593

answers: GTM

answers: NDQ_001594

answers: contour lines

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: GTM

answers: NDQ_001598

answers: generative topographic mapping

answers: NDQ_001600

answers: Kohonen map

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: What is contour interval?

answers: NDQ_001608

answers: None of the above choices .

answers: NDQ_001611

answers: GTM

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: GTM

answers: NDQ_001619

answers: generative topographic mapping

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: topographic mapping

answers: NDQ_001622

answers: GTM

answers: NDQ_001623

answers: non-linear

answers: NDQ_001624

answers: Kohonen

answers: NDQ_001625

answers: non-linear mapping

answers: NDQ_001586

answers: generative topographic mapping

answers: NDQ_001587

answers: non-linear mapping from the embedded space to the high-dimensional space.

answers: NDQ_001588

answers: generative topographic mapping

answers: NDQ_001589

answers: non-linear mapping from the embedded space to the high-dimensional space.

answers: NDQ_001590

answers: generative topographic mapping

answers: NDQ_001591

answers: latent variable model

answers: NDQ_001592

answers: self-organizing map

answers: NDQ_001593

answers: generative topographic mapping

answers: NDQ_001594

answers: generative topographic mapping

answers: NDQ_001595

answers: The self-organizing map

answers: NDQ_001597

answers: generative topographic mapping

answers: NDQ_001598

answers: generative topographic mapping

answers: NDQ_001600

answers: generative topographic mapping

answers: NDQ_001603

answers: generative topographic mapping

answers: NDQ_001605

answers: The self-organizing map

answers: NDQ_001606

answers: generative topographic mapping

answers: NDQ_001608

answers: generative topographic mapping

answers: NDQ_001611

answers: generative topographic mapping

answers: NDQ_001613

answers: generative topographic mapping

answers: NDQ_001614

answers: generative topographic mapping

answers: NDQ_001618

answers: generative topographic mapping

answers: NDQ_001619

answers: generative topographic mapping

answers: NDQ_001620

answers: generative topographic mapping

answers: NDQ_001621

answers: generative topographic mapping

answers: NDQ_001622

answers: generative topographic mapping

answers: NDQ_001623

answers: non-linear

answers: NDQ_001624

answers: generative topographic mapping

answers: NDQ_001625

answers: generative topographic mapping

text: The Commission published the first Bulgarian topographic map of Livingston Island and Greenwich Island in 2005, and jointly with the Military Topographic Service of the Bulgarian Army, the first detailed topographic map of Smith Island in 2008.

text: The Commission published the first Bulgarian topographic map of

text: Livingston Island

text: and

text: Greenwich Island

text: in 2005, and jointly with the Military Topographic Service of the Bulgarian Army, the first detailed topographic map of

text: Smith Island

text: in 2008.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: Livingston Island and Greenwich Island are part of what country?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: The Commission published the first Bulgarian topographic map

answers: NDQ_001590

answers: The contour interval of a topographic map represents the horizontal distance between contour lines

answers: NDQ_001591

answers: Livingston Island

answers: NDQ_001592

answers: liveston island

answers: NDQ_001593

answers: Yes

answers: NDQ_001594

answers: what is the first Bulgarian topographic map of Livingston Island

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: It's impossible to say

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: How would you describe Smith Island?

answers: NDQ_001613

answers: what is the second to last word in the passage?

answers: NDQ_001614

answers: no

answers: NDQ_001618

answers: Smith Island

answers: NDQ_001619

answers: isotope

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: Smith Island

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: Smith Island

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Smith Island

answers: NDQ_001587

answers: Smith Island

answers: NDQ_001588

answers: Smith Island

answers: NDQ_001589

answers: topographic

answers: NDQ_001590

answers: Smith Island

answers: NDQ_001591

answers: topographic map

answers: NDQ_001592

answers: Livingston Island

answers: NDQ_001593

answers: topographic map of Smith Island

answers: NDQ_001594

answers: Smith Island

answers: NDQ_001595

answers: 2005,

answers: NDQ_001597

answers: topographic map of Smith Island

answers: NDQ_001598

answers: detailed topographic map of Smith Island in 2008.

answers: NDQ_001600

answers: detailed topographic map of Smith Island

answers: NDQ_001603

answers: topographic map

answers: NDQ_001605

answers: Smith Island

answers: NDQ_001606

answers: 2005,

answers: NDQ_001608

answers: topographic map of Smith Island

answers: NDQ_001611

answers: Smith Island

answers: NDQ_001613

answers: Smith Island

answers: NDQ_001614

answers: Smith Island

answers: NDQ_001618

answers: Smith Island

answers: NDQ_001619

answers: topographic map

answers: NDQ_001620

answers: detailed topographic map of Smith Island

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Smith Island

answers: NDQ_001623

answers: topographic

answers: NDQ_001624

answers: Livingston Island

answers: NDQ_001625

answers: Smith Island

text: His art career was interrupted when he entered into the United States Army in 1941. He did not paint again until he returned to New Mexico in 1945.  In the U.S. Army, he worked with topographic maps.

text: His art career was interrupted when he entered into the United States Army in 1941. He did not paint again until he returned to New Mexico in 1945.  In the U.S. Army, he worked with topographic maps.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: How many years after he returned to New Mexico did he paint again?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: it is a topographic map

answers: NDQ_001590

answers: What did he do in the U.S. Army?

answers: NDQ_001591

answers: topographic maps

answers: NDQ_001592

answers: paint

answers: NDQ_001593

answers: Which of the following is true of topographic maps?

answers: NDQ_001594

answers: What did he do in the U.S. Army?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices.

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is true of topographic maps?

answers: NDQ_001611

answers: How did he feel about his art career?

answers: NDQ_001613

answers: Which of the following is not a side of the circle with the higher elevation?

answers: NDQ_001614

answers: Which of the following is true of topographic maps?

answers: NDQ_001618

answers: New Mexico

answers: NDQ_001619

answers: topographic

answers: NDQ_001620

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: New Mexico

answers: NDQ_001623

answers: isosceles

answers: NDQ_001624

answers: New Mexico

answers: NDQ_001625

answers: 1  100

answers: NDQ_001586

answers: In the U.S. Army, he worked with topographic maps.

answers: NDQ_001587

answers: topographic maps.

answers: NDQ_001588

answers: In the U.S. Army, he worked with topographic maps.

answers: NDQ_001589

answers: topographic maps.

answers: NDQ_001590

answers: In the U.S. Army, he worked with topographic maps.

answers: NDQ_001591

answers: topographic maps.

answers: NDQ_001592

answers: paint

answers: NDQ_001593

answers: In the U.S. Army, he worked with topographic maps.

answers: NDQ_001594

answers: topographic maps.

answers: NDQ_001595

answers: 1941.

answers: NDQ_001597

answers: In the U.S. Army, he worked with topographic maps.

answers: NDQ_001598

answers: In the U.S. Army, he worked with topographic maps.

answers: NDQ_001600

answers: 1941.

answers: NDQ_001603

answers: topographic maps.

answers: NDQ_001605

answers: topographic maps.

answers: NDQ_001606

answers: 1941.

answers: NDQ_001608

answers: topographic maps.

answers: NDQ_001611

answers: topographic maps.

answers: NDQ_001613

answers: In the U.S. Army, he worked with topographic maps.

answers: NDQ_001614

answers: In the U.S. Army, he worked with topographic maps.

answers: NDQ_001618

answers: New Mexico

answers: NDQ_001619

answers: topographic maps.

answers: NDQ_001620

answers: In the U.S. Army, he worked with topographic maps.

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: New Mexico

answers: NDQ_001623

answers: topographic maps.

answers: NDQ_001624

answers: New Mexico

answers: NDQ_001625

answers: 1945.

text: All elevations use the North American Vertical Datum of 1988 (NAVD88), the currently accepted vertical control datum for United States, Canada and Mexico. Elevations are from the National Geodetic Survey when available. Others are from the United States Geological Survey topographic maps when available. Elevations followed by a plus sign (+) were interpolated using topographic map contour lines. The true elevation is between that shown and the elevation plus forty feet since the relevant topographic maps all use 40-foot contours.

text: All elevations use the

text: North American Vertical Datum of 1988

text: (NAVD88), the currently accepted vertical control datum for United States, Canada and Mexico. Elevations are from the

text: National Geodetic Survey

text: when available. Others are from the

text: United States Geological Survey

text: topographic maps

text: when available. Elevations followed by a plus sign (+) were interpolated using topographic map

text: contour lines

text: . The true elevation is between that shown and the elevation plus forty feet since the relevant topographic maps all use 40-foot contours.

answers: NDQ_001586

answers: Yes

answers: NDQ_001587

answers: What is the difference between the true elevation and the elevation plus forty feet?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: use 40-foot contour lines

answers: NDQ_001590

answers: 40-foot contours

answers: NDQ_001591

answers: the true elevation

answers: NDQ_001592

answers: use 40-foot contour lines

answers: NDQ_001593

answers: How can you determine the slope of the land

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 400 feet

answers: NDQ_001597

answers: What is the true elevation?

answers: NDQ_001598

answers: use 40-foot contour lines

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What does the N in "NAVD88" stand for?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: How do contour lines help us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: The true elevation is between that shown and the elevation plus forty feet

answers: NDQ_001613

answers: Which of the following is not a country: United States, Canada or Mexico?

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: elevation

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: The true elevation

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: unanswerable

answers: NDQ_001625

answers: 40-foot

answers: NDQ_001586

answers: The true elevation is between that shown and the elevation plus forty feet

answers: NDQ_001587

answers: The true elevation is between that shown and the elevation plus forty feet

answers: NDQ_001588

answers: plus sign (+) were interpolated using topographic map contour lines.

answers: NDQ_001589

answers: 40-foot contours.

answers: NDQ_001590

answers: 40-foot contours.

answers: NDQ_001591

answers: plus sign

answers: NDQ_001592

answers: Elevations followed by a plus sign

answers: NDQ_001593

answers: 40-foot contours.

answers: NDQ_001594

answers: 40-foot contours.

answers: NDQ_001595

answers: 40-foot

answers: NDQ_001597

answers: topographic map contour lines.

answers: NDQ_001598

answers: contour lines.

answers: NDQ_001600

answers: contour lines.

answers: NDQ_001603

answers: topographic map contour lines.

answers: NDQ_001605

answers: topographic map contour lines.

answers: NDQ_001606

answers: The true elevation is between that shown and the elevation plus forty feet

answers: NDQ_001608

answers: topographic map contour lines.

answers: NDQ_001611

answers: topographic map contour lines.

answers: NDQ_001613

answers: The true elevation is between that shown and the elevation plus forty feet

answers: NDQ_001614

answers: topographic map contour lines.

answers: NDQ_001618

answers: Elevations followed by a plus sign

answers: NDQ_001619

answers: 40-foot contours.

answers: NDQ_001620

answers: The true elevation is between that shown and the elevation plus forty feet

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: Elevations followed by a plus sign

answers: NDQ_001623

answers: contour lines.

answers: NDQ_001624

answers: Elevations followed by a plus sign

answers: NDQ_001625

answers: 40-foot

text: Sacca Sessola loosely translated as "Scoop Bag" (also not correctly named as "Isola delle Rose" or "Island of Roses" by the hotel which is located in that area, for unnecessary marketing reasons: it is not a name recognized by the Venetians, and on topographical maps) is an island in the Venetian Lagoon, northern Italy.

text: Sacca Sessola loosely translated as "Scoop Bag" (also not correctly named as "Isola delle Rose" or "Island of Roses" by the hotel which is located in that area, for unnecessary marketing reasons: it is not a name recognized by the Venetians, and on topographical maps) is an island in the

text: Venetian Lagoon

text: , northern

text: Italy

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many miles is Sacca Sessola?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: it is not a name recognized by the Venetians

answers: NDQ_001590

answers: What is the name recognized by the Venetians?

answers: NDQ_001591

answers: topographical maps

answers: NDQ_001592

answers: correctly named

answers: NDQ_001593

answers: no

answers: NDQ_001594

answers: What is Sacca Sessola?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: no

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

answers: What is Sacca Sessola?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What type of rocks does Sacca Sessola represent?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: How would you describe Sacca Sessola?

answers: NDQ_001613

answers: What is Sacca Sessola?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: it is not a name recognized by the Venetians

answers: NDQ_001619

answers: NDQ_001620

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: parallel line

answers: NDQ_001624

answers: unanswerable

answers: NDQ_001625

answers: 0 m

answers: NDQ_001586

answers: Sacca Sessola

answers: NDQ_001587

answers: Venetian Lagoon,

answers: NDQ_001588

answers: Sacca Sessola

answers: NDQ_001589

answers: topographical maps)

answers: NDQ_001590

answers: topographical maps)

answers: NDQ_001591

answers: Venetian Lagoon,

answers: NDQ_001592

answers: name recognized by the Venetians,

answers: NDQ_001593

answers: topographical maps)

answers: NDQ_001594

answers: Venetian Lagoon,

answers: NDQ_001595

answers: Sacca Sessola

answers: NDQ_001597

answers: topographical maps)

answers: NDQ_001598

answers: topographical maps)

answers: NDQ_001600

answers: Venetian Lagoon,

answers: NDQ_001603

answers: topographical maps)

answers: NDQ_001605

answers: topographical maps)

answers: NDQ_001606

answers: Sacca Sessola

answers: NDQ_001608

answers: topographical maps)

answers: NDQ_001611

answers: topographical maps)

answers: NDQ_001613

answers: Venetian Lagoon,

answers: NDQ_001614

answers: topographical maps)

answers: NDQ_001618

answers: Sacca Sessola

answers: NDQ_001619

answers: topographical maps)

answers: NDQ_001620

answers: Sacca Sessola

answers: NDQ_001621

answers: topographical maps)

answers: NDQ_001622

answers: Sacca Sessola

answers: NDQ_001623

answers: Venetian Lagoon,

answers: NDQ_001624

answers: Venetian Lagoon,

answers: NDQ_001625

answers: Sacca Sessola

text: On maps produced by Swisstopo, the color of the contour lines is used to indicate the type of ground: black for bare rock and scree, blue for ice and underwater contours, brown for earth-covered ground.

text: On maps produced by

text: Swisstopo

text: , the color of the contour lines is used to indicate the type of ground: black for bare rock and

text: scree

text: , blue for ice and underwater contours, brown for earth-covered ground.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: can be used to measure the thickness of a rock.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: brown for earth-covered ground

answers: NDQ_001590

answers: unanswerable

answers: NDQ_001591

answers: ground-covered ground

answers: NDQ_001592

answers: ice and underwater contours

answers: NDQ_001593

answers: brown

answers: NDQ_001594

answers: blue

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: brown

answers: NDQ_001598

answers: brown

answers: NDQ_001600

answers: brown

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: brown

answers: NDQ_001608

answers: Yes

answers: NDQ_001611

answers: brown

answers: NDQ_001613

answers: brown

answers: NDQ_001614

answers: no

answers: NDQ_001618

answers: ice

answers: NDQ_001619

answers: blue

answers: NDQ_001620

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: ice

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: ice

answers: NDQ_001625

answers: brown

answers: NDQ_001586

answers: brown

answers: NDQ_001587

answers: contour lines

answers: NDQ_001588

answers: brown

answers: NDQ_001589

answers: ice

answers: NDQ_001590

answers: brown for earth-covered ground.

answers: NDQ_001591

answers: ice and underwater contours,

answers: NDQ_001592

answers: ice and underwater contours,

answers: NDQ_001593

answers: the color of the contour lines

answers: NDQ_001594

answers: blue for ice and underwater contours,

answers: NDQ_001595

answers: On maps produced by Swisstopo, the color of the contour lines

answers: NDQ_001597

answers: the color of the contour lines is used to indicate the type of ground:

answers: NDQ_001598

answers: the color of the contour lines

answers: NDQ_001600

answers: brown for earth-covered ground.

answers: NDQ_001603

answers: black

answers: NDQ_001605

answers: black

answers: NDQ_001606

answers: the color of the contour lines

answers: NDQ_001608

answers: the color of the contour lines is used to indicate the type of ground:

answers: NDQ_001611

answers: brown

answers: NDQ_001613

answers: brown

answers: NDQ_001614

answers: black

answers: NDQ_001618

answers: type of ground:

answers: NDQ_001619

answers: blue for ice and underwater contours,

answers: NDQ_001620

answers: brown for earth-covered ground.

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: bare rock and scree,

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: ice and underwater contours,

answers: NDQ_001625

answers: Swisstopo,

text: We fix the interpolation nodes x, ..., x and an interval [a, b] containing all the interpolation nodes. The process of interpolation maps the function f to a polynomial p. This defines a mapping X from the space C([a, b]) of all continuous functions on [a, b] to itself. The map X is linear and it is a projection on the subspace  of polynomials of degree  or less.

text: We fix the interpolation nodes x, ..., x and an

text: interval

text: [a, b] containing all the interpolation nodes. The process of interpolation maps the function f to a polynomial p. This defines a mapping X from the space C([a, b]) of all continuous functions on [a, b] to itself. The map X is linear and it is a

text: projection

text: on the subspace  of polynomials of degree  or less.

answers: NDQ_001586

answers: contour lines that are numbered represent changes in elevation

answers: NDQ_001587

answers: can be used to represent the space of polynomials

answers: NDQ_001588

answers: If two contour lines on a topographic map are parallel, they may intersect each other.

answers: NDQ_001589

answers: linear and it is a projection on the subspace of polynomials of degree or less

answers: NDQ_001590

answers: The contour interval of a topographic map represents the horizontal distance between contour lines

answers: NDQ_001591

answers: interpolation nodes

answers: NDQ_001592

answers: fix the interpolation nodes

answers: NDQ_001593

answers: To determine the slope of the land, you can use a topographic map

answers: NDQ_001594

answers: Contour lines are drawn on the surface of the water.

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: To determine the direction that rivers and streams flow, you can use a topographic map.

answers: NDQ_001598

answers: The steepest side of the mountain is the side with the steepest slope.

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a plain or plateau.

answers: NDQ_001603

answers: None of the above choices.

answers: NDQ_001605

answers: Which of the following is an example of a geologic map?

answers: NDQ_001606

answers: The contour interval is the difference between two contour lines.

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: Concentric lines that are very close together show a low, steep hill.

answers: NDQ_001613

answers: The hatch marks are drawn on the side of the circle with the higher elevation.

answers: NDQ_001614

answers: Which of the following is not a feature of topographic maps?

answers: NDQ_001618

answers: [a]

answers: NDQ_001619

answers: X

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: [a, b]

answers: NDQ_001622

answers: [a]

answers: NDQ_001623

answers: X

answers: NDQ_001624

answers: contour lines

answers: NDQ_001625

answers: [a, b]

answers: NDQ_001586

answers: interpolation maps the function f to a polynomial

answers: NDQ_001587

answers: a projection on the subspace of polynomials of degree or less.

answers: NDQ_001588

answers: We fix the interpolation nodes

answers: NDQ_001589

answers: linear

answers: NDQ_001590

answers: interval

answers: NDQ_001591

answers: projection on the subspace of polynomials

answers: NDQ_001592

answers: maps the function f to a polynomial p.

answers: NDQ_001593

answers: a projection on the subspace of polynomials of degree or less.

answers: NDQ_001594

answers: a projection on the subspace of polynomials of degree or less.

answers: NDQ_001595

answers: interval

answers: NDQ_001597

answers: a projection on the subspace of polynomials of degree or less.

answers: NDQ_001598

answers: The map X is linear

answers: NDQ_001600

answers: interpolation maps the function f to a polynomial

answers: NDQ_001603

answers: a projection on the subspace of polynomials

answers: NDQ_001605

answers: x,..., x

answers: NDQ_001606

answers: interval

answers: NDQ_001608

answers: a projection on the subspace of polynomials of degree or less.

answers: NDQ_001611

answers: a projection on the subspace of polynomials

answers: NDQ_001613

answers: polynomials

answers: NDQ_001614

answers: x,..., x

answers: NDQ_001618

answers: x,..., x

answers: NDQ_001619

answers: a projection on the subspace of polynomials of degree or less.

answers: NDQ_001620

answers: x,..., x

answers: NDQ_001621

answers: a projection on the subspace of polynomials of degree or less.

answers: NDQ_001622

answers: x,..., x

answers: NDQ_001623

answers: X is linear

answers: NDQ_001624

answers: x,..., x

answers: NDQ_001625

answers: [a, b]

text: The Survey has provided orthoimagery and digital topographic data derived from lidar through the PAMAP program. The Survey provides oil and gas well information through PA*IRIS. BTGS participates in federally funded StateMap program to produce 1:24000 geological maps.

text: The Survey has provided orthoimagery and digital topographic data derived from lidar through the PAMAP program. The Survey provides oil and gas well information through PA*IRIS. BTGS participates in federally funded StateMap program to produce 1:24000 geological maps.

answers: NDQ_001586

answers: None of the above choices.

answers: NDQ_001587

answers: What is the name of the program that BTGS participates in?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: 1:24000

answers: NDQ_001590

answers: What does PAMAP stand for?

answers: NDQ_001591

answers: oil and gas well

answers: NDQ_001592

answers: oil and gas well information

answers: NDQ_001593

answers: What can you use a topographic map for?

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices.

answers: NDQ_001598

answers: the steepest side

answers: NDQ_001600

answers: What is a plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: It's impossible to say

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: What does PAMAP stand for?

answers: NDQ_001618

answers: unnamed

answers: NDQ_001619

answers: StateMap

answers: NDQ_001620

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: oil and gas

answers: NDQ_001623

answers: parallel line

answers: NDQ_001624

answers: unnamed

answers: NDQ_001625

answers: 1:24000

answers: NDQ_001586

answers: PA*IRIS.

answers: NDQ_001587

answers: oil and gas well information through PA*IRIS.

answers: NDQ_001588

answers: PAMAP program.

answers: NDQ_001589

answers: 1:24000

answers: NDQ_001590

answers: 1:24000

answers: NDQ_001591

answers: oil and gas well information

answers: NDQ_001592

answers: oil and gas well information

answers: NDQ_001593

answers: 1:24000

answers: NDQ_001594

answers: 1:24000

answers: NDQ_001595

answers: 1:24000

answers: NDQ_001597

answers: 1:24000 geological maps.

answers: NDQ_001598

answers: 1:24000

answers: NDQ_001600

answers: PAMAP program.

answers: NDQ_001603

answers: 1:24000

answers: NDQ_001605

answers: 1:24000

answers: NDQ_001606

answers: PAMAP

answers: NDQ_001608

answers: digital topographic data derived from lidar

answers: NDQ_001611

answers: lidar

answers: NDQ_001613

answers: PA*IRIS.

answers: NDQ_001614

answers: PAMAP program.

answers: NDQ_001618

answers: oil and gas well

answers: NDQ_001619

answers: 1:24000 geological maps.

answers: NDQ_001620

answers: 1:24000

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: oil and gas well

answers: NDQ_001623

answers: orthoimagery and digital topographic

answers: NDQ_001624

answers: oil and gas well

answers: NDQ_001625

answers: 1:24000

text: The spatial data used in the new maps is Vicmap Topographic data, which includes Vicmap Digital Framework Datasets along with other key government datasets. Vicmap data is the authoritative spatial data for the State of Victoria and is the foundation of Victoria's primary mapping and geographic information systems. The features depicted in Vicmap Topographic maps include both natural features, such as watercourses, contours, cliffs and tree cover, and constructed features, such as drains, gates, roads and shipwrecks. The traditional 1:25,000 printed topographic maps have been used as a benchmark for the new Vicmap Topographic products. Hence the new series replicates the features and associated symbology as depicted on the old maps.

text: The spatial data used in the new maps is Vicmap Topographic data, which includes Vicmap Digital Framework Datasets along with other key government datasets. Vicmap data is the authoritative spatial data for the State of Victoria and is the foundation of Victoria's primary mapping and geographic information systems. The features depicted in Vicmap Topographic maps include both natural features, such as watercourses, contours, cliffs and tree cover, and constructed features, such as drains, gates, roads and shipwrecks. The traditional 1:25,000 printed topographic maps have been used as a benchmark for the new Vicmap Topographic products. Hence the new series replicates the features and associated symbology as depicted on the old maps.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: Which of the following is not a natural feature: watercourses, contours, cliffs or tree cover?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: constructed features

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: natural features

answers: NDQ_001592

answers: cliffs and tree cover

answers: NDQ_001593

answers: contours

answers: NDQ_001594

answers: contour lines

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: watercourses, contours, cliffs and tree cover

answers: NDQ_001598

answers: contours

answers: NDQ_001600

answers: contours

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: natural features, contours, cliffs and tree cover, or constructed features?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What are contour lines?

answers: NDQ_001611

answers: Concentric lines that are very far apart

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: What are the features depicted in Vicmap Topographic maps?

answers: NDQ_001618

answers: watercourses

answers: NDQ_001619

answers: watercourses

answers: NDQ_001620

answers: contours

answers: NDQ_001621

answers: contours

answers: NDQ_001622

answers: watercourses

answers: NDQ_001623

answers: contours

answers: NDQ_001624

answers: watercourses

answers: NDQ_001625

answers: 1:25,000

answers: NDQ_001586

answers: contours,

answers: NDQ_001587

answers: 1:25,000

answers: NDQ_001588

answers: contours,

answers: NDQ_001589

answers: constructed features,

answers: NDQ_001590

answers: contours,

answers: NDQ_001591

answers: natural features,

answers: NDQ_001592

answers: drains, gates, roads and shipwrecks.

answers: NDQ_001593

answers: contours,

answers: NDQ_001594

answers: contours,

answers: NDQ_001595

answers: 1:25,000

answers: NDQ_001597

answers: watercourses,

answers: NDQ_001598

answers: contours,

answers: NDQ_001600

answers: contours,

answers: NDQ_001603

answers: topographic maps

answers: NDQ_001605

answers: watercourses, contours, cliffs and tree cover,

answers: NDQ_001606

answers: contours,

answers: NDQ_001608

answers: contours,

answers: NDQ_001611

answers: contours, cliffs and tree cover,

answers: NDQ_001613

answers: contours, cliffs and tree cover,

answers: NDQ_001614

answers: 1:25,000

answers: NDQ_001618

answers: watercourses, contours, cliffs and tree cover,

answers: NDQ_001619

answers: watercourses,

answers: NDQ_001620

answers: contours,

answers: NDQ_001621

answers: contours,

answers: NDQ_001622

answers: watercourses, contours, cliffs and tree cover,

answers: NDQ_001623

answers: contours,

answers: NDQ_001624

answers: watercourses, contours, cliffs and tree cover,

answers: NDQ_001625

answers: 1:25,000

text: Aerial photography is used in cartography (particularly in photogrammetric surveys, which are often the basis for topographic maps), land-use planning, archaeology, movie production, environmental studies, power line inspection, surveillance, commercial advertising, conveyancing, and artistic projects. An example of how aerial photography is used in the field of archaeology is the mapping project done at the site Angkor Borei in Cambodia from 1995-1996. Using aerial photography, archaeologists were able to identify archaeological features, including 112 water features (reservoirs, artificially constructed pools and natural ponds) within the walled site of Angkor Borei. In the United States, aerial photographs are used in many Phase I Environmental Site Assessments for property analysis.

text: Aerial photography is used in

text: cartography

text: (particularly in

text: photogrammetric

text: surveys

text: , which are often the basis for

text: topographic maps

text: ), land-use planning,

text: archaeology

text: movie production

text: environmental

text: studies,

text: power line

text: inspection,

text: surveillance

text: , commercial advertising,

text: conveyancing

text: , and artistic projects. An example of how aerial photography is used in the field of archaeology is the mapping project done at the site Angkor Borei in Cambodia from 1995-1996. Using aerial photography, archaeologists were able to identify archaeological features, including 112 water features (reservoirs, artificially constructed pools and natural ponds) within the walled site of Angkor Borei. In the United States, aerial photographs are used in many

text: Phase I Environmental Site Assessment

text: s for property analysis.

answers: NDQ_001586

answers: contour lines

answers: NDQ_001587

answers: Which of the following is not a use of aerial photography: land-use planning, archaeology, movie production, environmental studies, or commercial advertising?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: unanswerable

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: topographic maps

answers: NDQ_001592

answers: power line inspection

answers: NDQ_001593

answers: unanswerable

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Aerial photography

answers: NDQ_001598

answers: photogrammetric surveys

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: Which of the following is not an example of how aerial photography is used in the field of archaeology: movie production, environmental studies, power line inspection, surveillance, commercial advertising, conveyancing, artistic projects?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What helps us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: unanswerable

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: water features

answers: NDQ_001619

answers: ponds

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: water features

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: water features

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: photogrammetric surveys,

answers: NDQ_001587

answers: power line inspection,

answers: NDQ_001588

answers: Aerial photography is used in cartography

answers: NDQ_001589

answers: artificially constructed pools and natural ponds)

answers: NDQ_001590

answers: Aerial photography is used in cartography

answers: NDQ_001591

answers: land-use planning,

answers: NDQ_001592

answers: power line inspection,

answers: NDQ_001593

answers: photogrammetric surveys,

answers: NDQ_001594

answers: Aerial photography is used in cartography

answers: NDQ_001595

answers: 1995-1996.

answers: NDQ_001597

answers: photogrammetric surveys,

answers: NDQ_001598

answers: photogrammetric surveys,

answers: NDQ_001600

answers: Aerial photography is used in cartography

answers: NDQ_001603

answers: Aerial photography is used in cartography

answers: NDQ_001605

answers: Aerial photography is used in cartography

answers: NDQ_001606

answers: Aerial photography is used in cartography

answers: NDQ_001608

answers: topographic maps),

answers: NDQ_001611

answers: Aerial photography is used in cartography

answers: NDQ_001613

answers: photogrammetric surveys,

answers: NDQ_001614

answers: Aerial photography

answers: NDQ_001618

answers: water features

answers: NDQ_001619

answers: topographic maps),

answers: NDQ_001620

answers: Aerial photography

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: water features

answers: NDQ_001623

answers: power line

answers: NDQ_001624

answers: water features

answers: NDQ_001625

answers: 1995-1996.

text: Lyddan Island is an ice-covered island located at the southwestern extremity of the Riiser-Larsen Ice Shelf, separating it from the Brunt Ice Shelf, about  off the Princess Martha Coast of Antarctica. It is about  long and has three narrow arms in the form of a trefoil. It was discovered and plotted by W.R. MacDonald on November 5, 1967, in the course of a U.S. Navy Squadron VXE-6 reconnaissance flight over the coast in LC-130 aircraft, and was named by the Advisory Committee on Antarctic Names for Robert H. Lyddan, Chief Topographic Engineer of the United States Geological Survey, who had been active in the planning and supervision of Antarctic mapping operations since the 1950s.

text: Lyddan Island is an ice-covered island located at the southwestern extremity of the

text: Riiser-Larsen Ice Shelf

text: , separating it from the

text: Brunt Ice Shelf

text: , about  off the

text: Princess Martha Coast

text: of Antarctica. It is about  long and has three narrow arms in the form of a trefoil. It was discovered and plotted by

text: W.R. MacDonald

text: on November 5, 1967, in the course of a U.S. Navy Squadron

text: reconnaissance flight over the coast in

text: aircraft, and was named by the

text: Advisory Committee on Antarctic Names

text: for

text: Robert H. Lyddan

text: , Chief Topographic Engineer of the

text: United States Geological Survey

text: , who had been active in the planning and supervision of Antarctic mapping operations since the 1950s.

answers: NDQ_001586

answers: What is Lyddan Island?

answers: NDQ_001587

answers: How long is Lyddan Island?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: it is about long and has three narrow arms in the form of a trefoil

answers: NDQ_001590

answers: What was discovered and plotted by W.R. MacDonald?

answers: NDQ_001591

answers: trefoil

answers: NDQ_001592

answers: name an island

answers: NDQ_001593

answers: How long is Lyddan Island

answers: NDQ_001594

answers: What is Lyddan Island?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What is Lyddan Island located at?

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: How many arms does the trefoil have?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What is Lyddan Island?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: How would you describe Lyddan Island?

answers: NDQ_001611

answers: How would you describe Lyddan Island?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is Lyddan Island?

answers: NDQ_001614

answers: What is Lyddan Island?

answers: NDQ_001618

answers: trefoil

answers: NDQ_001619

answers: NDQ_001620

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Lyddan Island

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: Brunt Ice Shelf

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Lyddan Island

answers: NDQ_001587

answers: three narrow arms in the form of a trefoil.

answers: NDQ_001588

answers: Brunt Ice Shelf,

answers: NDQ_001589

answers: ice-covered island

answers: NDQ_001590

answers: Lyddan Island

answers: NDQ_001591

answers: trefoil.

answers: NDQ_001592

answers: Antarctic Names

answers: NDQ_001593

answers: Topographic Engineer of the United States Geological Survey,

answers: NDQ_001594

answers: Riiser-Larsen Ice Shelf,

answers: NDQ_001595

answers: 1967,

answers: NDQ_001597

answers: Topographic Engineer of the United States Geological Survey,

answers: NDQ_001598

answers: southwestern extremity

answers: NDQ_001600

answers: trefoil.

answers: NDQ_001603

answers: Topographic Engineer of the United States Geological Survey,

answers: NDQ_001605

answers: Topographic Engineer of the United States Geological Survey,

answers: NDQ_001606

answers: Brunt Ice Shelf,

answers: NDQ_001608

answers: Topographic

answers: NDQ_001611

answers: trefoil.

answers: NDQ_001613

answers: Robert H. Lyddan,

answers: NDQ_001614

answers: Lyddan Island

answers: NDQ_001618

answers: Lyddan Island

answers: NDQ_001619

answers: Topographic Engineer of the United States Geological Survey,

answers: NDQ_001620

answers: Lyddan Island

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Lyddan Island

answers: NDQ_001623

answers: trefoil.

answers: NDQ_001624

answers: Lyddan Island

answers: NDQ_001625

answers: Lyddan Island

text: The earliest geologic map of the modern era is the 1771 "Map of Part of Auvergne, or figures of, The Current of Lava in which Prisms, Balls, Etc. are Made from Basalt.  To be used with Mr. Demarest's theories of this hard basalt.  Engraved by Messr. Pasumot and Daily, Geological Engineers of the King."  This map is based on Nicolas Desmarest's 1768 detailed study of the geology and eruptive history of the Auvergne volcanoes and a comparison with the columns of the Giant's Causeway of Ireland.  He identified both landmarks as features of extinct volcanoes.  The 1798 report was incorporated in the 1771 (French) Royal Academy of Science compendium.

text: The earliest geologic map of the modern era is the 1771 "Map of Part of Auvergne, or figures of, The Current of Lava in which Prisms, Balls, Etc. are Made from Basalt.  To be used with Mr. Demarest's theories of this hard basalt.  Engraved by Messr. Pasumot and Daily, Geological Engineers of the King."  This map is based on

text: Nicolas Desmarest

text: 's 1768 detailed study of the geology and eruptive history of the

text: Auvergne

text: volcanoes and a comparison with the columns of the

text: Giant's Causeway

text: of Ireland.  He identified both landmarks as features of extinct volcanoes.  The 1798 report was incorporated in the 1771 (French) Royal Academy of Science compendium.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: How many years after Nicolas Desmarest's 1768 detailed study of the geology and eruptive history of the Auvergne volcanoes and a comparison with the columns of the Giant's Causeway of Ireland did he identify both landmarks as features of extinct volcanoes?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the earliest geologic map of the modern era

answers: NDQ_001590

answers: What is the horizontal distance between contour lines on a topographic map?

answers: NDQ_001591

answers: extinct volcanoes

answers: NDQ_001592

answers: eruptive history

answers: NDQ_001593

answers: what is the last word in the passage?

answers: NDQ_001594

answers: what is the first geologic map of the modern era

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: topographic map

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What type of rocks are depicted on the map?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: Which of the following is not a feature of extinct volcanoes?

answers: NDQ_001613

answers: Which side of the circle has the higher elevation?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: extinct volcanoes

answers: NDQ_001619

answers: The Current of Lava

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: Map of Part of Auvergne

answers: NDQ_001622

answers: extinct volcanoes

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: extinct volcanoes

answers: NDQ_001625

answers: 1  100

answers: NDQ_001586

answers: eruptive history of the Auvergne volcanoes

answers: NDQ_001587

answers: Giant's Causeway of Ireland.

answers: NDQ_001588

answers: 1771 "Map of Part of Auvergne,

answers: NDQ_001589

answers: Prisms, Balls, Etc. are Made from Basalt.

answers: NDQ_001590

answers: 1771

answers: NDQ_001591

answers: extinct volcanoes.

answers: NDQ_001592

answers: Prisms, Balls, Etc. are Made from Basalt.

answers: NDQ_001593

answers: Geological Engineers of the King."

answers: NDQ_001594

answers: The Current of Lava

answers: NDQ_001595

answers: 1771

answers: NDQ_001597

answers: The Current of Lava

answers: NDQ_001598

answers: 1771

answers: NDQ_001600

answers: Giant's Causeway

answers: NDQ_001603

answers: Geological Engineers of the King."

answers: NDQ_001605

answers: Prisms, Balls, Etc. are Made from Basalt.

answers: NDQ_001606

answers: 1771

answers: NDQ_001608

answers: The Current of Lava

answers: NDQ_001611

answers: Giant's Causeway of Ireland.

answers: NDQ_001613

answers: Giant's Causeway of Ireland.

answers: NDQ_001614

answers: 1771

answers: NDQ_001618

answers: The Current of Lava

answers: NDQ_001619

answers: The Current of Lava

answers: NDQ_001620

answers: eruptive history of the Auvergne volcanoes

answers: NDQ_001621

answers: The Current of Lava

answers: NDQ_001622

answers: The Current of Lava

answers: NDQ_001623

answers: Giant's Causeway

answers: NDQ_001624

answers: The Current of Lava

answers: NDQ_001625

answers: 1771 "Map of Part of Auvergne,

text: Existing topographic survey maps, because of their comprehensive and encyclopedic coverage, form the basis for much derived topographic work. Digital Elevation Models, for example, have often been created not from new remote sensing data but from existing paper topographic maps. Many government and private publishers use the artwork (especially the contour lines) from existing topographic map sheets as the basis for their own specialized or updated topographic maps.

text: Existing topographic survey maps, because of their comprehensive and encyclopedic coverage, form the basis for much derived topographic work. Digital Elevation Models, for example, have often been created not from new remote sensing data but from existing paper topographic maps. Many government and private publishers use the artwork (especially the contour lines) from existing topographic map sheets as the basis for their own specialized or updated topographic maps.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: Which of the following is not a type of topographic work: Digital Elevation Models, topographic surveys, or topographic maps?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: specialized or updated topographic maps

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: specialized or updated topographic maps

answers: NDQ_001592

answers: update topographic maps

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: Many government and private publishers use the artwork (especially the contour lines) from existing topographic map sheets

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can topographic maps be used for?

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: What does the artwork (especially the contour lines) from existing topographic map sheets represent?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: What is a common feature of topographic maps?

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: None of the above choices.

answers: NDQ_001618

answers: contour lines

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: Digital elevation Models

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: elevation Models

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: elevation models

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: contour lines) from existing topographic map sheets

answers: NDQ_001587

answers: Digital Elevation Models,

answers: NDQ_001588

answers: Existing topographic survey maps,

answers: NDQ_001589

answers: topographic survey maps,

answers: NDQ_001590

answers: contour lines) from existing topographic map sheets

answers: NDQ_001591

answers: specialized or updated topographic maps.

answers: NDQ_001592

answers: Digital Elevation Models,

answers: NDQ_001593

answers: Digital Elevation Models,

answers: NDQ_001594

answers: contour lines) from existing topographic map sheets

answers: NDQ_001595

answers: contour lines)

answers: NDQ_001597

answers: contour lines)

answers: NDQ_001598

answers: contour lines)

answers: NDQ_001600

answers: contour lines) from existing topographic map sheets

answers: NDQ_001603

answers: topographic survey maps,

answers: NDQ_001605

answers: Existing topographic survey maps,

answers: NDQ_001606

answers: Existing topographic survey maps,

answers: NDQ_001608

answers: contour lines) from existing topographic map sheets

answers: NDQ_001611

answers: contour lines)

answers: NDQ_001613

answers: contour lines)

answers: NDQ_001614

answers: topographic survey maps,

answers: NDQ_001618

answers: Digital Elevation Models,

answers: NDQ_001619

answers: contour lines)

answers: NDQ_001620

answers: Digital Elevation Models,

answers: NDQ_001621

answers: Digital Elevation Models,

answers: NDQ_001622

answers: Digital Elevation Models,

answers: NDQ_001623

answers: contour lines)

answers: NDQ_001624

answers: Digital Elevation Models,

answers: NDQ_001625

answers: contour lines)

text: Labels are a critical component of elevation maps. A properly labeled contour map helps the reader to quickly interpret the shape of the terrain. If numbers are placed close to each other, it means that the terrain is steep. Labels should be placed along a slightly curved line "pointing" to the summit or nadir, from several directions if possible, making the visual identification of the summit or nadir easy. Contour labels can be oriented so a reader is facing uphill when reading the label.

text: Labels

text: are a critical component of elevation maps. A properly labeled contour map helps the reader to quickly interpret the shape of the terrain. If numbers are placed close to each other, it means that the terrain is steep. Labels should be placed along a slightly curved line "pointing" to the summit or nadir, from several directions if possible, making the visual identification of the summit or nadir easy. Contour labels can be oriented so a reader is facing uphill when reading the label.

answers: NDQ_001586

answers: If numbers are placed close to each other, it means that the terrain is steep.

answers: NDQ_001587

answers: can be used to show the shape of a mountain.

answers: NDQ_001588

answers: If two contour lines on a topographic intersect each other, they may be parallel.

answers: NDQ_001589

answers: labels are a critical component of elevation maps

answers: NDQ_001590

answers: What is the horizontal distance between contour lines on a topographic map?

answers: NDQ_001591

answers: the terrain is steep

answers: NDQ_001592

answers: Labels are a critical component

answers: NDQ_001593

answers: If numbers are placed close to each other, it means that the terrain is steep.

answers: NDQ_001594

answers: If numbers are placed close to each other, it means that the terrain is steep. Labels should be placed along a slightly curved line "pointing" to the summit or nadir

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: If rivers and streams flow in a straight line, it means that the terrain is flat.

answers: NDQ_001598

answers: If numbers are placed close to each other, it means that the terrain is steep.

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a flat or plateau.

answers: NDQ_001603

answers: Which of the following is not true?

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is NOT true of contour lines?

answers: NDQ_001611

answers: If numbers are placed close to each other, it means that the terrain is steep. If numbers are placed along a slightly curved line "pointing" to the summit or nadir, from several directions if possible, making the visual identification of the summit or nadir easy.

answers: NDQ_001613

answers: If numbers are placed close to each other, it means that the terrain is steep

answers: NDQ_001614

answers: Which of the following is NOT true of topographic maps?

answers: NDQ_001618

answers: nadir

answers: NDQ_001619

answers: a contour map

answers: NDQ_001620

answers: nadir

answers: NDQ_001621

answers: elevation map

answers: NDQ_001622

answers: nadir

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: nadir

answers: NDQ_001625

answers: nadir

answers: NDQ_001586

answers: Contour labels can be oriented so a reader is facing uphill

answers: NDQ_001587

answers: curved line "pointing" to the summit or nadir,

answers: NDQ_001588

answers: close to each other,

answers: NDQ_001589

answers: If numbers are placed close to each other,

answers: NDQ_001590

answers: Contour labels can be oriented so a reader is facing uphill

answers: NDQ_001591

answers: the summit or nadir,

answers: NDQ_001592

answers: "pointing" to the summit or nadir,

answers: NDQ_001593

answers: If numbers are placed close to each other,

answers: NDQ_001594

answers: summit or nadir,

answers: NDQ_001595

answers: contour map

answers: NDQ_001597

answers: Contour labels can be oriented so a reader is facing uphill

answers: NDQ_001598

answers: If numbers are placed close to each other,

answers: NDQ_001600

answers: steep.

answers: NDQ_001603

answers: Labels are a critical component of elevation maps.

answers: NDQ_001605

answers: Labels are a critical component of elevation maps.

answers: NDQ_001606

answers: close to each other,

answers: NDQ_001608

answers: A properly labeled contour map

answers: NDQ_001611

answers: If numbers are placed close to each other,

answers: NDQ_001613

answers: Contour labels can be oriented so a reader is facing uphill

answers: NDQ_001614

answers: elevation maps.

answers: NDQ_001618

answers: summit or nadir,

answers: NDQ_001619

answers: contour map

answers: NDQ_001620

answers: steep.

answers: NDQ_001621

answers: elevation maps.

answers: NDQ_001622

answers: summit or nadir,

answers: NDQ_001623

answers: nadir,

answers: NDQ_001624

answers: summit or nadir,

answers: NDQ_001625

answers: nadir,

text: These maps are much more detailed than general-purpose topographic maps, and incorporate a standard symbology that is designed to be useful to anyone, regardless of native language. In addition to indicating the topography of the terrain with contour lines, orienteering maps also show forest density, water features, clearings, trails and roads, earthen banks and rock walls, ditches, wells and pits, fences and power lines, buildings, boulders, and other features of the terrain. Orienteering maps are 1:15 000 or 1:10 000 scale.

text: These maps are much more detailed than general-purpose topographic maps, and incorporate a standard symbology that is designed to be useful to anyone, regardless of native language. In addition to indicating the

text: topography

text: of the terrain with contour lines, orienteering maps also show forest density, water features, clearings, trails and roads, earthen banks and rock walls, ditches, wells and pits, fences and power lines, buildings, boulders, and other features of the terrain. Orienteering maps are 1:15 000 or 1:10 000

text: scale

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: What is a feature of orienteering maps?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Orienteering maps are 1:15 000 or 1:10 000 scale.

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: topography of the terrain

answers: NDQ_001592

answers: orienteering maps

answers: NDQ_001593

answers: contour lines

answers: NDQ_001594

answers: wells and pits

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: Which of the following is not a type of rock: earthen banks and rock walls, ditches, wells and pits, fences and power lines, buildings, boulders, and other features of the terrain?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: indicate the topography of the terrain with contour lines

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is the hatch marks?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: topography of the terrain

answers: NDQ_001619

answers: wells and pits

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: forest density

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: the topography of the terrain

answers: NDQ_001625

answers: 1:15 000

answers: NDQ_001586

answers: Orienteering maps are 1:15 000 or 1:10 000 scale.

answers: NDQ_001587

answers: ditches, wells and pits,

answers: NDQ_001588

answers: orienteering maps

answers: NDQ_001589

answers: native language.

answers: NDQ_001590

answers: Orienteering maps are 1:15 000 or 1:10 000

answers: NDQ_001591

answers: topography

answers: NDQ_001592

answers: native language.

answers: NDQ_001593

answers: contour lines,

answers: NDQ_001594

answers: orienteering maps also show forest density, water features,

answers: NDQ_001595

answers: 1:15 000 or 1:10 000

answers: NDQ_001597

answers: orienteering

answers: NDQ_001598

answers: contour lines,

answers: NDQ_001600

answers: Orienteering maps are 1:15 000 or 1:10 000 scale.

answers: NDQ_001603

answers: orienteering

answers: NDQ_001605

answers: earthen banks and rock walls,

answers: NDQ_001606

answers: contour lines,

answers: NDQ_001608

answers: orienteering maps

answers: NDQ_001611

answers: contour lines,

answers: NDQ_001613

answers: Orienteering maps are 1:15 000 or 1:10 000 scale.

answers: NDQ_001614

answers: orienteering

answers: NDQ_001618

answers: forest density, water features,

answers: NDQ_001619

answers: wells and pits,

answers: NDQ_001620

answers: Orienteering maps are 1:15 000 or 1:10 000

answers: NDQ_001621

answers: contour lines,

answers: NDQ_001622

answers: forest density, water features,

answers: NDQ_001623

answers: contour lines,

answers: NDQ_001624

answers: water features,

answers: NDQ_001625

answers: 1:15 000

text: Topographic map of the former municipality of Bergambacht, 2013.

text: Topographic map of the former municipality of Bergambacht, 2013.

answers: NDQ_001586

answers: change in elevation

answers: NDQ_001587

answers: The former municipality of Bergambacht, 2013.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is a topographic map

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: ridges

answers: NDQ_001592

answers: show the location of landmarks

answers: NDQ_001593

answers: How can you determine the slope of the land on a topographic map?

answers: NDQ_001594

answers: What are contour lines on a bathymetric map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Which of the following is not a feature of a topographic map?

answers: NDQ_001598

answers: The left side of the mountain is steepest.

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a valley.

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: How do contour lines help us to see the shape of the land?

answers: NDQ_001611

answers: Which of the following is not a feature of the map?

answers: NDQ_001613

answers: The hatch marks are drawn on the side with the higher elevation

answers: NDQ_001614

answers: Which of the following is true of topographic maps?

answers: NDQ_001618

answers: concentric contour lines

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: equidistant

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: Bergambacht

answers: NDQ_001623

answers: isoline

answers: NDQ_001624

answers: ridges

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Topographic map of the former municipality of Bergambacht,

answers: NDQ_001587

answers: Topographic map of the former municipality of Bergambacht,

answers: NDQ_001588

answers: Topographic map of the former municipality of Bergambacht,

answers: NDQ_001589

answers: Topographic map of the former municipality of Bergambacht,

answers: NDQ_001590

answers: Topographic map of the former municipality of Bergambacht,

answers: NDQ_001591

answers: Topographic map of the former municipality of Bergambacht,

answers: NDQ_001592

answers: former municipality of Bergambacht,

answers: NDQ_001593

answers: Topographic map of the former municipality of Bergambacht,

answers: NDQ_001594

answers: Topographic map of the former municipality of Bergambacht,

answers: NDQ_001595

answers: 2013.

answers: NDQ_001597

answers: Topographic map of the former municipality of Bergambacht,

answers: NDQ_001598

answers: Topographic map of the former municipality of Bergambacht,

answers: NDQ_001600

answers: Topographic map of the former municipality of Bergambacht,

answers: NDQ_001603

answers: Topographic map of the former municipality of Bergambacht,

answers: NDQ_001605

answers: Topographic map of the former municipality of Bergambacht,

answers: NDQ_001606

answers: Topographic map of the former municipality of Bergambacht,

answers: NDQ_001608

answers: Topographic map of the former municipality of Bergambacht,

answers: NDQ_001611

answers: Topographic map of the former municipality of Bergambacht,

answers: NDQ_001613

answers: Topographic map of the former municipality of Bergambacht,

answers: NDQ_001614

answers: Topographic map of the former municipality of Bergambacht,

answers: NDQ_001618

answers: the former municipality of Bergambacht,

answers: NDQ_001619

answers: Topographic map

answers: NDQ_001620

answers: Topographic map of the former municipality of Bergambacht,

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: former municipality of Bergambacht,

answers: NDQ_001623

answers: Topographic map of the former municipality of Bergambacht,

answers: NDQ_001624

answers: the former municipality of Bergambacht,

answers: NDQ_001625

answers: 2013.

text: The map sheets have been produced in several different versions: topographic maps, tourist maps, special maps (for aerospace, geology, etc.). They are now also available on electronic media.  The topographic maps have been published in the following scale series:

text: The map sheets have been produced in several different versions: topographic maps, tourist maps, special maps (for aerospace, geology, etc.). They are now also available on electronic media.  The topographic maps have been published in the following

text: scale series

answers: NDQ_001586

answers: topographic maps

answers: NDQ_001587

answers: is a cross section of a body of water.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: tourist maps

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: topographic maps

answers: NDQ_001592

answers: tourist maps

answers: NDQ_001593

answers: The slope of the land

answers: NDQ_001594

answers: bathymetric map

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: rivers and streams flow

answers: NDQ_001598

answers: the steepest

answers: NDQ_001600

answers: contour lines are so close together that they almost touch

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: Which of the following is not a type of map: topographic maps, tourist maps, or special maps?

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval.

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill.

answers: NDQ_001613

answers: The hatch marks are drawn on the side of the circle with the higher elevation

answers: NDQ_001614

answers: vertical

answers: NDQ_001618

answers: contour lines

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: The topographic maps have been published in the scale series:

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: NDQ_001623

answers: scale

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: following scale series:

answers: NDQ_001587

answers: The topographic maps have been published in the following scale series:

answers: NDQ_001588

answers: following scale series:

answers: NDQ_001589

answers: tourist maps,

answers: NDQ_001590

answers: following scale series:

answers: NDQ_001591

answers: topographic maps,

answers: NDQ_001592

answers: tourist maps,

answers: NDQ_001593

answers: following scale series:

answers: NDQ_001594

answers: following scale series:

answers: NDQ_001595

answers: following scale series:

answers: NDQ_001597

answers: following scale series:

answers: NDQ_001598

answers: following scale series:

answers: NDQ_001600

answers: following scale series:

answers: NDQ_001603

answers: topographic maps, tourist maps, special maps

answers: NDQ_001605

answers: topographic maps, tourist maps, special maps (for aerospace, geology,

answers: NDQ_001606

answers: topographic maps,

answers: NDQ_001608

answers: topographic maps,

answers: NDQ_001611

answers: topographic maps,

answers: NDQ_001613

answers: following scale series:

answers: NDQ_001614

answers: following scale series:

answers: NDQ_001618

answers: topographic maps, tourist maps, special maps (for aerospace, geology,

answers: NDQ_001619

answers: topographic maps,

answers: NDQ_001620

answers: following scale series:

answers: NDQ_001621

answers: topographic maps,

answers: NDQ_001622

answers: tourist maps, special maps (for aerospace, geology,

answers: NDQ_001623

answers: following scale series:

answers: NDQ_001624

answers: topographic maps, tourist maps, special maps (for aerospace, geology,

answers: NDQ_001625

answers: following scale series:

text: Topographical disorientation, also known as topographical agnosia and topographagnosia, is the inability to orient oneself in one's surroundings as a result of focal brain damage. This disability may result from the inability to make use of selective spatial information (e.g., environmental landmarks) or to orient by means of specific cognitive strategies such as the ability to form a mental representation of the environment, also known as a cognitive map.  It may be part of a syndrome known as visuospatial dysgnosia.

text: Topographical disorientation, also known as topographical agnosia and topographagnosia, is the inability to orient oneself in one's surroundings as a result of

text: focal brain damage

text: . This disability may result from the inability to make use of selective spatial information (e.g., environmental landmarks) or to orient by means of specific cognitive strategies such as the ability to form a mental representation of the environment, also known as a

text: cognitive map

text: .  It may be part of a syndrome known as

text: visuospatial dysgnosia

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: Which of the following is not a result of focal brain damage: Topographical disorientation, topographical agnosia, or topographagnosia?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: cognitive map

answers: NDQ_001590

answers: What is the contour interval of a topographic map?

answers: NDQ_001591

answers: a syndrome known as visuospatial dysgnosia

answers: NDQ_001592

answers: make use of selective spatial information

answers: NDQ_001593

answers: slope of the land

answers: NDQ_001594

answers: what is topographical disorientation

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices

answers: NDQ_001598

answers: the steepest

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: What is the contour interval?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: disorientation

answers: NDQ_001613

answers: side of the circle with the higher elevation

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: environmental landmarks

answers: NDQ_001619

answers: cognitive map

answers: NDQ_001620

answers: The difference in elevation

answers: NDQ_001621

answers: cognitive map

answers: NDQ_001622

answers: disorientation

answers: NDQ_001623

answers: topographic map

answers: NDQ_001624

answers: environmental landmarks

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: Topographical disorientation,

answers: NDQ_001587

answers: focal brain damage.

answers: NDQ_001588

answers: Topographical disorientation,

answers: NDQ_001589

answers: Topographical disorientation,

answers: NDQ_001590

answers: Topographical disorientation,

answers: NDQ_001591

answers: Topographical disorientation,

answers: NDQ_001592

answers: orient by means of specific cognitive strategies

answers: NDQ_001593

answers: Topographical disorientation,

answers: NDQ_001594

answers: Topographical disorientation,

answers: NDQ_001595

answers: Topographical disorientation,

answers: NDQ_001597

answers: Topographical disorientation,

answers: NDQ_001598

answers: Topographical disorientation,

answers: NDQ_001600

answers: Topographical disorientation,

answers: NDQ_001603

answers: cognitive map.

answers: NDQ_001605

answers: Topographical disorientation,

answers: NDQ_001606

answers: Topographical disorientation,

answers: NDQ_001608

answers: environmental landmarks)

answers: NDQ_001611

answers: Topographical disorientation,

answers: NDQ_001613

answers: Topographical disorientation,

answers: NDQ_001614

answers: Topographical disorientation,

answers: NDQ_001618

answers: environmental landmarks)

answers: NDQ_001619

answers: cognitive map.

answers: NDQ_001620

answers: Topographical disorientation,

answers: NDQ_001621

answers: cognitive map.

answers: NDQ_001622

answers: environmental landmarks)

answers: NDQ_001623

answers: landmarks)

answers: NDQ_001624

answers: environmental landmarks)

answers: NDQ_001625

answers: Topographical disorientation,

text: Dutch Topographic map of the island of Schouwen-Duiveland, as per Sept. 2014.

text: Dutch Topographic map of the island of Schouwen-Duiveland, as per Sept. 2014.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: of the island of Schouwen

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is a non-topographic map

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: ridges

answers: NDQ_001592

answers: change direction

answers: NDQ_001593

answers: What is Schouwen-Duiveland?

answers: NDQ_001594

answers: contour lines represent the distance to the bottom

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: The side of the mountain that is steepest.

answers: NDQ_001600

answers: The contour lines are so close together that they almost touch

answers: NDQ_001603

answers: no

answers: NDQ_001605

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

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: How do you know if a hill is steep?

answers: NDQ_001613

answers: The side of the circle with the higher elevation

answers: NDQ_001614

answers: What is Schouwen-Duiveland?

answers: NDQ_001618

answers: concentric contour lines

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: Topographic map

answers: NDQ_001622

answers: island

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: ridges

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Schouwen-Duiveland, as per Sept. 2014.

answers: NDQ_001587

answers: Schouwen-Duiveland,

answers: NDQ_001588

answers: Schouwen-Duiveland,

answers: NDQ_001589

answers: Topographic

answers: NDQ_001590

answers: Sept. 2014.

answers: NDQ_001591

answers: island of Schouwen-Duiveland,

answers: NDQ_001592

answers: island of Schouwen-Duiveland,

answers: NDQ_001593

answers: Topographic map

answers: NDQ_001594

answers: Schouwen-Duiveland, as per Sept. 2014.

answers: NDQ_001595

answers: 2014.

answers: NDQ_001597

answers: Schouwen-Duiveland,

answers: NDQ_001598

answers: Sept. 2014.

answers: NDQ_001600

answers: Schouwen-Duiveland,

answers: NDQ_001603

answers: Topographic map

answers: NDQ_001605

answers: Schouwen-Duiveland,

answers: NDQ_001606

answers: Schouwen-Duiveland,

answers: NDQ_001608

answers: Dutch Topographic map

answers: NDQ_001611

answers: Schouwen-Duiveland,

answers: NDQ_001613

answers: Schouwen-Duiveland,

answers: NDQ_001614

answers: Schouwen-Duiveland, as per Sept. 2014.

answers: NDQ_001618

answers: island of Schouwen-Duiveland,

answers: NDQ_001619

answers: Topographic map

answers: NDQ_001620

answers: 2014.

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: island of Schouwen-Duiveland,

answers: NDQ_001623

answers: Dutch Topographic map

answers: NDQ_001624

answers: island of Schouwen-Duiveland,

answers: NDQ_001625

answers: Sept. 2014.

text: The distribution of pyroclastic ash depends largely on the direction of wind at intermediate and high altitudes between approximately 4.5 – 13 km. The general trend of pyroclastic dispersal is shown using isopachs (which are analogous to topographic map contours though they illustrate lines of equal thickness rather than elevation) and show the dispersal as elongated with wind direction.

text: The distribution of pyroclastic ash depends largely on the direction of

text: wind

text: at intermediate and high altitudes between approximately 4.5 – 13 km. The general trend of pyroclastic dispersal is shown using

text: isopachs

text: (which are analogous to

text: topographic map

text: contours though they illustrate lines of equal thickness rather than elevation) and show the dispersal as elongated with wind direction.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How is the distribution of pyroclastic ash determined?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: elevation

answers: NDQ_001590

answers: isopachs

answers: NDQ_001591

answers: equal thickness

answers: NDQ_001592

answers: elevation

answers: NDQ_001593

answers: unanswerable

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: yes

answers: NDQ_001598

answers: contours

answers: NDQ_001600

answers: isopachs

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What is the general trend of pyroclastic dispersal?

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

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

answers: NDQ_001611

answers: isopachs

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: yes

answers: NDQ_001618

answers: isopachs

answers: NDQ_001619

answers: contours

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: topographic map contours

answers: NDQ_001622

answers: elevation

answers: NDQ_001623

answers: contours

answers: NDQ_001624

answers: isopachs

answers: NDQ_001625

answers: 4.5 – 13 km

answers: NDQ_001586

answers: isopachs

answers: NDQ_001587

answers: isopachs

answers: NDQ_001588

answers: lines of equal thickness

answers: NDQ_001589

answers: elevation)

answers: NDQ_001590

answers: contours though they illustrate lines of equal thickness rather than elevation)

answers: NDQ_001591

answers: equal thickness

answers: NDQ_001592

answers: elevation)

answers: NDQ_001593

answers: contours

answers: NDQ_001594

answers: elevation)

answers: NDQ_001595

answers: 4.5 – 13 km.

answers: NDQ_001597

answers: topographic map contours

answers: NDQ_001598

answers: contours

answers: NDQ_001600

answers: isopachs

answers: NDQ_001603

answers: isopachs

answers: NDQ_001605

answers: isopachs

answers: NDQ_001606

answers: equal thickness

answers: NDQ_001608

answers: topographic map contours

answers: NDQ_001611

answers: isopachs

answers: NDQ_001613

answers: isopachs

answers: NDQ_001614

answers: isopachs

answers: NDQ_001618

answers: pyroclastic dispersal

answers: NDQ_001619

answers: topographic map contours

answers: NDQ_001620

answers: elevation)

answers: NDQ_001621

answers: topographic map contours

answers: NDQ_001622

answers: elevation)

answers: NDQ_001623

answers: contours

answers: NDQ_001624

answers: isopachs

answers: NDQ_001625

answers: 4.5 – 13 km.

text: Topographic mapping should not be confused with geologic mapping. The latter is concerned with underlying structures and processes to the surface, rather than with identifiable surface features.

text: Topographic mapping should not be confused with

text: geologic map

text: ping. The latter is concerned with underlying structures and processes to the surface, rather than with identifiable surface features.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: Geologic mapping is concerned with underlying structures to the surface.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: identifying surface features

answers: NDQ_001590

answers: What is the contour interval of a topographic map?

answers: NDQ_001591

answers: surface features

answers: NDQ_001592

answers: geologic mapping

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: geologic mapping

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: no

answers: NDQ_001598

answers: topographic mapping

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What does topographic mapping help us to see?

answers: NDQ_001611

answers: topographic mapping

answers: NDQ_001613

answers: What is the difference between geologic mapping and topographic mapping?

answers: NDQ_001614

answers: What is the difference between topographic and geologic mapping?

answers: NDQ_001618

answers: geologic mapping

answers: NDQ_001619

answers: geologic mapping

answers: NDQ_001620

answers: NDQ_001621

answers: Topographic mapping

answers: NDQ_001622

answers: geologic mapping

answers: NDQ_001623

answers: isoline

answers: NDQ_001624

answers: geologic mapping

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: geologic mapping.

answers: NDQ_001587

answers: geologic mapping.

answers: NDQ_001588

answers: Topographic mapping should not be confused with geologic mapping.

answers: NDQ_001589

answers: identifiable surface features.

answers: NDQ_001590

answers: geologic mapping.

answers: NDQ_001591

answers: surface features.

answers: NDQ_001592

answers: identifiable surface features.

answers: NDQ_001593

answers: geologic mapping.

answers: NDQ_001594

answers: geologic mapping.

answers: NDQ_001595

answers: Topographic mapping should not be confused with geologic mapping.

answers: NDQ_001597

answers: geologic mapping.

answers: NDQ_001598

answers: geologic mapping.

answers: NDQ_001600

answers: geologic mapping.

answers: NDQ_001603

answers: geologic mapping.

answers: NDQ_001605

answers: underlying structures and processes to the surface, rather than with identifiable surface features.

answers: NDQ_001606

answers: Topographic mapping should not be confused with geologic mapping.

answers: NDQ_001608

answers: Topographic mapping

answers: NDQ_001611

answers: geologic mapping.

answers: NDQ_001613

answers: geologic mapping.

answers: NDQ_001614

answers: geologic mapping.

answers: NDQ_001618

answers: surface features.

answers: NDQ_001619

answers: Topographic mapping

answers: NDQ_001620

answers: geologic mapping.

answers: NDQ_001621

answers: Topographic mapping

answers: NDQ_001622

answers: surface features.

answers: NDQ_001623

answers: identifiable surface features.

answers: NDQ_001624

answers: surface features.

answers: NDQ_001625

answers: identifiable surface features.

text: Hydrography, mostly for reasons of safety, adopted a number of conventions that have affected its portrayal of the data on nautical charts. For example, hydrographic charts are designed to portray what is safe for navigation, and therefore will usually tend to maintain least depths and occasionally de-emphasize the actual submarine topography that would be portrayed on bathymetric charts. The former are the mariner's tools to avoid accident. The latter are best representations of the actual seabed, as in a topographic map, for scientific and other purposes. Trends in hydrographic practice since c. 2003–2005 have led to a narrowing of this difference, with many more hydrographic offices maintaining "best observed" databases, and then making navigationally "safe" products as required.  This has been coupled with a preference for multi-use surveys, so that the same data collected for nautical charting purposes can also be used for bathymetric portrayal.

text: Hydrography, mostly for reasons of safety, adopted a number of conventions that have affected its portrayal of the data on nautical charts. For example, hydrographic charts are designed to portray what is safe for navigation, and therefore will usually tend to maintain least

text: depth

text: s and occasionally de-emphasize the actual submarine

text: topography

text: that would be portrayed on

text: bathymetric chart

text: s. The former are the

text: mariner

text: 's tools to avoid accident. The latter are best representations of the actual seabed, as in a topographic map, for scientific and other purposes. Trends in hydrographic practice since c. 2003–2005 have led to a narrowing of this difference, with many more

entity_name: List of Members of the International Hydrographic Organization

text: hydrographic offices

text: maintaining "best observed" databases, and then making navigationally "safe" products as required.  This has been coupled with a preference for multi-use surveys, so that the same data collected for nautical charting purposes can also be used for bathymetric portrayal.

answers: NDQ_001586

answers: best representations of the actual seabed

answers: NDQ_001587

answers: What would be portrayed on bathymetric charts?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: hydrographic charts are designed to portray what is safe for navigation

answers: NDQ_001590

answers: The latter are best representations of the actual seabed

answers: NDQ_001591

answers: submarine topography

answers: NDQ_001592

answers: maintain least depths

answers: NDQ_001593

answers: hydrographic charts

answers: NDQ_001594

answers: best representations of the actual seabed

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: yes

answers: NDQ_001598

answers: best representations of the actual seabed

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: unanswerable

answers: NDQ_001605

answers: Which of the following is not a type of chart: hydrographic charts are designed to portray what is safe for navigation?

answers: NDQ_001606

answers: unanswerable

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: are designed to portray what is safe for navigation

answers: NDQ_001613

answers: conventions

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: the actual seabed

answers: NDQ_001619

answers: bathymetric charts

answers: NDQ_001620

answers: bathymetric

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: the actual seabed

answers: NDQ_001623

answers: bathymetric

answers: NDQ_001624

answers: the actual seabed

answers: NDQ_001625

answers: bathymetric

answers: NDQ_001586

answers: bathymetric charts.

answers: NDQ_001587

answers: bathymetric charts.

answers: NDQ_001588

answers: Hydrography,

answers: NDQ_001589

answers: submarine topography

answers: NDQ_001590

answers: actual seabed,

answers: NDQ_001591

answers: what is safe for navigation,

answers: NDQ_001592

answers: submarine topography

answers: NDQ_001593

answers: bathymetric charts.

answers: NDQ_001594

answers: best representations of the actual seabed,

answers: NDQ_001595

answers: 2003–2005

answers: NDQ_001597

answers: bathymetric charts.

answers: NDQ_001598

answers: bathymetric charts.

answers: NDQ_001600

answers: hydrographic charts

answers: NDQ_001603

answers: topographic map, for scientific and other purposes.

answers: NDQ_001605

answers: Hydrography,

answers: NDQ_001606

answers: Hydrography,

answers: NDQ_001608

answers: topographic map,

answers: NDQ_001611

answers: hydrographic charts

answers: NDQ_001613

answers: bathymetric charts.

answers: NDQ_001614

answers: bathymetric charts.

answers: NDQ_001618

answers: actual seabed,

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: bathymetric charts.

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: actual seabed,

answers: NDQ_001623

answers: bathymetric

answers: NDQ_001624

answers: actual seabed,

answers: NDQ_001625

answers: seabed,

text: Dutch Topographic map of Zaltbommel (municipality), Sept. 2014

text: Dutch Topographic map of Zaltbommel (municipality), Sept. 2014

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: Zaltbommel (municipality) is in what country?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is a non-topographic map

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: ridges

answers: NDQ_001592

answers: colorize the map

answers: NDQ_001593

answers: What can you do with a topographic map?

answers: NDQ_001594

answers: contour lines represent the distance

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What is Zaltbommel (municipality)?

answers: NDQ_001598

answers: A topographic map shows which side of a mountain is steepest.

answers: NDQ_001600

answers: contour lines are so close together that they almost touch

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: None of the above choices .

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval.

answers: NDQ_001608

answers: None of the above choices .

answers: NDQ_001611

answers: Concentric lines that are very close together show a low, steep hill.

answers: NDQ_001613

answers: The hatch marks are drawn on the side with the higher elevation

answers: NDQ_001614

answers: What is Zaltbommel?

answers: NDQ_001618

answers: Zaltbommel

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: concentric contour lines

answers: NDQ_001623

answers: parallel line

answers: NDQ_001624

answers: Zaltbommel

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Dutch Topographic map of Zaltbommel

answers: NDQ_001587

answers: Zaltbommel

answers: NDQ_001588

answers: Zaltbommel

answers: NDQ_001589

answers: Topographic

answers: NDQ_001590

answers: Zaltbommel

answers: NDQ_001591

answers: Zaltbommel

answers: NDQ_001592

answers: Zaltbommel

answers: NDQ_001593

answers: Topographic map of Zaltbommel

answers: NDQ_001594

answers: Dutch Topographic map of Zaltbommel

answers: NDQ_001595

answers: 2014

answers: NDQ_001597

answers: Topographic map of Zaltbommel

answers: NDQ_001598

answers: Topographic map of Zaltbommel

answers: NDQ_001600

answers: Zaltbommel

answers: NDQ_001603

answers: Dutch Topographic map of Zaltbommel

answers: NDQ_001605

answers: Dutch Topographic map of Zaltbommel

answers: NDQ_001606

answers: Zaltbommel

answers: NDQ_001608

answers: Dutch Topographic map of Zaltbommel

answers: NDQ_001611

answers: Dutch Topographic map of Zaltbommel

answers: NDQ_001613

answers: Dutch Topographic map of Zaltbommel

answers: NDQ_001614

answers: Dutch Topographic map of Zaltbommel

answers: NDQ_001618

answers: Zaltbommel

answers: NDQ_001619

answers: Topographic map

answers: NDQ_001620

answers: Zaltbommel

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Zaltbommel

answers: NDQ_001623

answers: Zaltbommel

answers: NDQ_001624

answers: Zaltbommel

answers: NDQ_001625

answers: 2014

text: Dutch Topographic map of the municipality of Sittard-Geleen, 2013.

text: Dutch Topographic map of the municipality of Sittard-Geleen, 2013.

answers: NDQ_001586

answers: None of the above choices.

answers: NDQ_001587

answers: A cross section of Sittard-Geleen

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is not a topographic map

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: elevation change

answers: NDQ_001592

answers: map a location

answers: NDQ_001593

answers: How can you determine the slope of the land on a topographic map?

answers: NDQ_001594

answers: What are contour lines used for?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: The side of the mountain that is steepest.

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a valley.

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval.

answers: NDQ_001608

answers: How do contour lines help us to see the shape of the land?

answers: NDQ_001611

answers: How do you know if a hill is steep or not?

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: Which of the following is not a feature of a topographic map?

answers: NDQ_001618

answers: ridges

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: is the difference in elevation

answers: NDQ_001621

answers: Topographic map

answers: NDQ_001622

answers: ridge

answers: NDQ_001623

answers: parallel lines

answers: NDQ_001624

answers: valleys

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Topographic map of the municipality of Sittard-Geleen,

answers: NDQ_001587

answers: Sittard-Geleen,

answers: NDQ_001588

answers: Sittard-Geleen,

answers: NDQ_001589

answers: Topographic

answers: NDQ_001590

answers: Topographic map of the municipality of Sittard-Geleen,

answers: NDQ_001591

answers: municipality of Sittard-Geleen,

answers: NDQ_001592

answers: municipality of Sittard-Geleen,

answers: NDQ_001593

answers: Topographic map of the municipality of Sittard-Geleen,

answers: NDQ_001594

answers: Topographic map of the municipality of Sittard-Geleen,

answers: NDQ_001595

answers: 2013.

answers: NDQ_001597

answers: Topographic map of the municipality of Sittard-Geleen,

answers: NDQ_001598

answers: Topographic map of the municipality of Sittard-Geleen,

answers: NDQ_001600

answers: Sittard-Geleen,

answers: NDQ_001603

answers: Topographic map of the municipality of Sittard-Geleen,

answers: NDQ_001605

answers: Sittard-Geleen,

answers: NDQ_001606

answers: Sittard-Geleen,

answers: NDQ_001608

answers: Topographic map of the municipality of Sittard-Geleen,

answers: NDQ_001611

answers: Topographic map of the municipality of Sittard-Geleen,

answers: NDQ_001613

answers: Topographic map of the municipality of Sittard-Geleen,

answers: NDQ_001614

answers: Topographic map of the municipality of Sittard-Geleen,

answers: NDQ_001618

answers: Sittard-Geleen,

answers: NDQ_001619

answers: Topographic map

answers: NDQ_001620

answers: Topographic map of the municipality of Sittard-Geleen,

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: municipality of Sittard-Geleen,

answers: NDQ_001623

answers: Topographic map of the municipality of Sittard-Geleen,

answers: NDQ_001624

answers: Sittard-Geleen,

answers: NDQ_001625

answers: 2013.

text: Once Williams came to Murray to make his proposal in 1923, Murray and his partner, Henry Flood, Jr., pored over topographic maps of the region and worked on estimates. It looked as if they might be able to generate enormous power at very low cost. It was said that here, as Murray looked over a topographic map of the Saluda River Valley, his eyes glanced at the  contour line. He followed the line as it meandered through the valley and noticed that the contour did not touch a railroad, and its highest elevation was never less than 40 feet (12 m) below the divide separating the Saluda Valley from the neighboring Broad River Valley. After winding around the valley of the Saluda for nearly 300 miles (500 km), about 10 miles (15 km) west of Columbia its position the north side of the valley approached within 8,000 feet (2.4 km) of its position on the south side. Murray realized that a dam across such an expanse would be ideal for power development. He visited South Carolina to investigate.

text: Once Williams came to Murray to make his proposal in 1923, Murray and his partner, Henry Flood, Jr., pored over topographic maps of the region and worked on estimates. It looked as if they might be able to generate enormous power at very low cost. It was said that here, as Murray looked over a topographic map of the Saluda River Valley, his eyes glanced at the  contour line. He followed the line as it meandered through the valley and noticed that the contour did not touch a railroad, and its highest elevation was never less than 40 feet (12 m) below the divide separating the Saluda Valley from the neighboring Broad River Valley. After winding around the valley of the Saluda for nearly 300 miles (500 km), about 10 miles (15 km) west of Columbia its position the north side of the valley approached within 8,000 feet (2.4 km) of its position on the south side. Murray realized that a dam across such an expanse would be ideal for power development. He visited South Carolina to investigate.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: How many miles west of Columbia is the Saluda River Valley?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: its highest elevation was never less than 40 feet

answers: NDQ_001590

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

answers: NDQ_001591

answers: meandered

answers: NDQ_001592

answers: touch a railroad

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: yes

answers: NDQ_001598

answers: contour line

answers: NDQ_001600

answers: valley

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: What type of rocks does the Saluda River Valley contain?

answers: NDQ_001606

answers: 40 feet

answers: NDQ_001608

answers: Why did Murray glance at the contour line?

answers: NDQ_001611

answers: Which of the following is true of the contour line?

answers: NDQ_001613

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

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: valley

answers: NDQ_001619

answers: contour line

answers: NDQ_001620

answers: 40 feet

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Saluda

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: Saluda River Valley

answers: NDQ_001625

answers: 40 feet

answers: NDQ_001586

answers: the contour did not touch a railroad,

answers: NDQ_001587

answers: contour line.

answers: NDQ_001588

answers: the contour did not touch a railroad,

answers: NDQ_001589

answers: contour did not touch a railroad,

answers: NDQ_001590

answers: contour line.

answers: NDQ_001591

answers: a dam across such an expanse would be ideal for power development.

answers: NDQ_001592

answers: touch a railroad,

answers: NDQ_001593

answers: contour line.

answers: NDQ_001594

answers: contour line.

answers: NDQ_001595

answers: 40 feet

answers: NDQ_001597

answers: contour line.

answers: NDQ_001598

answers: contour line.

answers: NDQ_001600

answers: a railroad,

answers: NDQ_001603

answers: topographic maps

answers: NDQ_001605

answers: topographic maps

answers: NDQ_001606

answers: 40 feet (12 m) below the divide

answers: NDQ_001608

answers: contour line.

answers: NDQ_001611

answers: contour line.

answers: NDQ_001613

answers: contour line.

answers: NDQ_001614

answers: topographic maps

answers: NDQ_001618

answers: Saluda River Valley,

answers: NDQ_001619

answers: contour line.

answers: NDQ_001620

answers: 40 feet (12 m) below the divide

answers: NDQ_001621

answers: contour line.

answers: NDQ_001622

answers: Saluda River Valley,

answers: NDQ_001623

answers: contour line.

answers: NDQ_001624

answers: Saluda River Valley,

answers: NDQ_001625

answers: 40 feet (12 m)

text: Dutch topographic map of Veldhoven (town), Dec. 2013

text: Dutch topographic map of Veldhoven (town), Dec. 2013

answers: NDQ_001586

answers: change in elevation

answers: NDQ_001587

answers: Veldhoven (town)

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is not a topographic map

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: ridges

answers: NDQ_001592

answers: enlarge the image

answers: NDQ_001593

answers: How does the topographic map of Veldhoven (town) look?

answers: NDQ_001594

answers: contour lines represent the distance to the bottom

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that streams flow

answers: NDQ_001598

answers: side of mountain is steepest

answers: NDQ_001600

answers: contour lines are so close together

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: contour lines help us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: Concentric lines that are very close together show a low hill

answers: NDQ_001613

answers: the side of the circle with the higher elevation

answers: NDQ_001614

answers: Which of the following is true of Veldhoven?

answers: NDQ_001618

answers: Veldhoven

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: valleys

answers: NDQ_001623

answers: equator

answers: NDQ_001624

answers: Veldhoven

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Dutch topographic map of Veldhoven (town), Dec. 2013

answers: NDQ_001587

answers: Veldhoven (town), Dec. 2013

answers: NDQ_001588

answers: Dutch topographic map of Veldhoven (town), Dec. 2013

answers: NDQ_001589

answers: topographic map

answers: NDQ_001590

answers: Dutch topographic map of Veldhoven (town), Dec. 2013

answers: NDQ_001591

answers: topographic map

answers: NDQ_001592

answers: Veldhoven (town), Dec. 2013

answers: NDQ_001593

answers: topographic map of Veldhoven (town), Dec. 2013

answers: NDQ_001594

answers: Dutch topographic map of Veldhoven (town), Dec. 2013

answers: NDQ_001595

answers: 2013

answers: NDQ_001597

answers: Dutch topographic map of Veldhoven (town), Dec. 2013

answers: NDQ_001598

answers: Dutch topographic map of Veldhoven (town), Dec. 2013

answers: NDQ_001600

answers: Dutch topographic map of Veldhoven (town), Dec. 2013

answers: NDQ_001603

answers: Dutch topographic map of Veldhoven (town), Dec. 2013

answers: NDQ_001605

answers: Veldhoven (town), Dec. 2013

answers: NDQ_001606

answers: Dutch topographic map of Veldhoven (town), Dec. 2013

answers: NDQ_001608

answers: Dutch topographic map of Veldhoven (town), Dec. 2013

answers: NDQ_001611

answers: Dutch topographic map of Veldhoven (town), Dec. 2013

answers: NDQ_001613

answers: Dutch topographic map of Veldhoven (town), Dec. 2013

answers: NDQ_001614

answers: Dutch topographic map of Veldhoven (town), Dec. 2013

answers: NDQ_001618

answers: Veldhoven (town),

answers: NDQ_001619

answers: topographic map

answers: NDQ_001620

answers: Dutch topographic map of Veldhoven (town), Dec. 2013

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Veldhoven (town),

answers: NDQ_001623

answers: Dutch topographic map of Veldhoven (town), Dec. 2013

answers: NDQ_001624

answers: Veldhoven

answers: NDQ_001625

answers: 2013

text: Although virtually the entire terrestrial surface of Earth has been mapped at scale 1:1,000,000, medium and large-scale mapping has been accomplished intensively in some countries and much less in others. Nevertheless, national mapping programs listed below are only a partial selection. Several commercial vendors supply international topographic map series.

text: Although virtually the entire terrestrial surface of Earth has been mapped at scale 1:1,000,000, medium and large-scale mapping has been accomplished intensively in some countries and much less in others. Nevertheless, national mapping programs listed below are only a partial selection. Several commercial vendors supply international topographic map series.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: is a type of map that shows

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: commercial vendors supply international topographic map series

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: topographic map

answers: NDQ_001592

answers: scale 1:1,000,000

answers: NDQ_001593

answers: scale 1:1,000,000

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: scale 1:1,000,000

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: None of the above choices.

answers: NDQ_001613

answers: the side of the circle with the higher elevation

answers: NDQ_001614

answers: horizontal

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: unspecified

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: 1:1,000,000

answers: NDQ_001586

answers: Several commercial vendors supply international topographic map series.

answers: NDQ_001587

answers: 1:1,000,000,

answers: NDQ_001588

answers: international topographic map series.

answers: NDQ_001589

answers: virtually the entire terrestrial surface of Earth has been mapped at scale 1:1,000,000,

answers: NDQ_001590

answers: 1:1,000,000,

answers: NDQ_001591

answers: medium and large-scale mapping has been accomplished intensively in some countries

answers: NDQ_001592

answers: entire terrestrial surface of Earth has been mapped at scale 1:1,000,000,

answers: NDQ_001593

answers: Several commercial vendors supply international topographic map series.

answers: NDQ_001594

answers: 1:1,000,000,

answers: NDQ_001595

answers: 1:1,000,000,

answers: NDQ_001597

answers: Several commercial vendors supply international topographic map series.

answers: NDQ_001598

answers: Several commercial vendors supply international topographic map series.

answers: NDQ_001600

answers: 1:1,000,000,

answers: NDQ_001603

answers: topographic map series.

answers: NDQ_001605

answers: Several commercial vendors supply international topographic map series.

answers: NDQ_001606

answers: 1:1,000,000,

answers: NDQ_001608

answers: topographic map series.

answers: NDQ_001611

answers: topographic map series.

answers: NDQ_001613

answers: 1:1,000,000,

answers: NDQ_001614

answers: topographic map series.

answers: NDQ_001618

answers: terrestrial surface of Earth

answers: NDQ_001619

answers: topographic map series.

answers: NDQ_001620

answers: 1:1,000,000,

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: virtually the entire terrestrial surface of Earth has been mapped at scale 1:1,000,000,

answers: NDQ_001623

answers: 1:1,000,000,

answers: NDQ_001624

answers: international topographic map series.

answers: NDQ_001625

answers: 1:1,000,000,

text: For neurons, it is metabolically costly to make long connections, and the trade-off of connection distance is time.  Thus, it is good design to group neurons together that are to be highly interconnected.  Multiple topographic maps is a feature that is advantageous because it allows maps of different sizes that would accommodate varying levels of acuity and details in signals.  A more detailed map has more neurons that would take up more area than a more global map, which would require fewer connections.

text: For

text: neurons

text: , it is metabolically costly to make long connections, and the trade-off of connection distance is time.  Thus, it is good design to group neurons together that are to be highly interconnected.  Multiple topographic maps is a feature that is advantageous because it allows maps of different sizes that would accommodate varying levels of acuity and details in signals.  A more detailed map has more neurons that would take up more area than a more global map, which would require fewer connections.

answers: NDQ_001586

answers: changes in elevation

answers: NDQ_001587

answers: What is a good design to group neurons together that are to be highly interconnected

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: it is good design to group neurons together that are to be highly interconnected

answers: NDQ_001590

answers: What is the horizontal distance between contour lines on a topographic map?

answers: NDQ_001591

answers: more detailed map

answers: NDQ_001592

answers: make long connections

answers: NDQ_001593

answers: What is the best way to determine the slope of the land

answers: NDQ_001594

answers: contour lines represent the distance to the bottom of the water

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: Which of the following is not a benefit of multiple topographic maps?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is not a benefit of topographic maps?

answers: NDQ_001611

answers: What is the opposite of a global map?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is drawn on the hatch marks?

answers: NDQ_001614

answers: What is the trade-off of connection distance?

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: global map

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: acuity

answers: NDQ_001625

answers: global map

answers: NDQ_001586

answers: Multiple topographic maps

answers: NDQ_001587

answers: Multiple topographic maps

answers: NDQ_001588

answers: Multiple topographic maps

answers: NDQ_001589

answers: fewer connections.

answers: NDQ_001590

answers: Multiple topographic maps

answers: NDQ_001591

answers: highly interconnected.

answers: NDQ_001592

answers: fewer connections.

answers: NDQ_001593

answers: Multiple topographic maps

answers: NDQ_001594

answers: Multiple topographic maps

answers: NDQ_001595

answers: Multiple topographic maps

answers: NDQ_001597

answers: Multiple topographic maps

answers: NDQ_001598

answers: A more detailed

answers: NDQ_001600

answers: Multiple topographic maps

answers: NDQ_001603

answers: topographic maps

answers: NDQ_001605

answers: Multiple topographic maps

answers: NDQ_001606

answers: Multiple topographic maps

answers: NDQ_001608

answers: Multiple topographic maps

answers: NDQ_001611

answers: Multiple topographic maps

answers: NDQ_001613

answers: Multiple topographic maps

answers: NDQ_001614

answers: Multiple topographic maps

answers: NDQ_001618

answers: details in signals.

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: distance

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: neurons

answers: NDQ_001623

answers: interconnected.

answers: NDQ_001624

answers: details in signals.

answers: NDQ_001625

answers: global map,

text: Mr. Gerald Fitzgerald, Chief of the Topographic Branch of the US Geological Survey, said, "Do you have a copy of USGS Bulletin 657? that your father wrote? You must obtain a copy! That bulletin laid the groundwork for the entire field of photogrammetric surveying and map-making!"

text: Mr. Gerald Fitzgerald, Chief of the Topographic Branch of the US Geological Survey, said, "Do you have a copy of USGS Bulletin 657? that your father wrote? You must obtain a copy! That bulletin laid the groundwork for the entire field of photogrammetric surveying and map-making!"

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: can be drawn on a piece of paper

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: USGS Bulletin 657 laid the groundwork

answers: NDQ_001590

answers: USGS Bulletin 657

answers: NDQ_001591

answers: topography

answers: NDQ_001592

answers: photogrammetric surveying

answers: NDQ_001593

answers: (b).

answers: NDQ_001594

answers: USGS Bulletin 657

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: USGS Bulletin 657

answers: NDQ_001598

answers: USGS Bulletin 657

answers: NDQ_001600

answers: USGS Bulletin 657

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: what is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: None of the above choices

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: photogrammetric

answers: NDQ_001619

answers: USGS Bulletin 657

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: cantilever

answers: NDQ_001624

answers: mountain ranges

answers: NDQ_001625

answers: 14 mile

answers: NDQ_001586

answers: USGS Bulletin 657?

answers: NDQ_001587

answers: USGS Bulletin 657?

answers: NDQ_001588

answers: USGS Bulletin 657?

answers: NDQ_001589

answers: photogrammetric

answers: NDQ_001590

answers: USGS Bulletin 657?

answers: NDQ_001591

answers: photogrammetric surveying

answers: NDQ_001592

answers: photogrammetric surveying

answers: NDQ_001593

answers: USGS Bulletin 657?

answers: NDQ_001594

answers: USGS Bulletin 657?

answers: NDQ_001595

answers: 657?

answers: NDQ_001597

answers: USGS Bulletin 657?

answers: NDQ_001598

answers: USGS Bulletin 657?

answers: NDQ_001600

answers: USGS Bulletin 657?

answers: NDQ_001603

answers: USGS Bulletin 657?

answers: NDQ_001605

answers: USGS Bulletin 657?

answers: NDQ_001606

answers: USGS Bulletin 657?

answers: NDQ_001608

answers: photogrammetric surveying and map-making!"

answers: NDQ_001611

answers: USGS Bulletin 657?

answers: NDQ_001613

answers: USGS Bulletin 657?

answers: NDQ_001614

answers: USGS Bulletin 657?

answers: NDQ_001618

answers: photogrammetric surveying

answers: NDQ_001619

answers: photogrammetric surveying and map-making!"

answers: NDQ_001620

answers: USGS Bulletin 657?

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: USGS Bulletin 657?

answers: NDQ_001623

answers: photogrammetric

answers: NDQ_001624

answers: photogrammetric surveying

answers: NDQ_001625

answers: 657?

text: 12 individual islets are named on detailed topographical maps:

text: 12 individual islets are named on detailed topographical maps:

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: can be used to measure the thickness of a rock.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map does not have individual islets

answers: NDQ_001590

answers: How many islets are named on detailed topographic maps?

answers: NDQ_001591

answers: islets

answers: NDQ_001592

answers: name individual islets

answers: NDQ_001593

answers: The slope of the land can be determined by

answers: NDQ_001594

answers: Which of the following is an example of a contour line?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: the left side

answers: NDQ_001600

answers: a flattened area

answers: NDQ_001603

answers: It is impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: how long is the difference between two contour lines

answers: NDQ_001608

answers: (iv).

answers: NDQ_001611

answers: What is the best way to describe a hill?

answers: NDQ_001613

answers: the side with the lower elevation

answers: NDQ_001614

answers: Which of the following is true of topographic maps?

answers: NDQ_001618

answers: islets

answers: NDQ_001619

answers: islets

answers: NDQ_001620

answers: isobath

answers: NDQ_001621

answers: islets

answers: NDQ_001622

answers: islets

answers: NDQ_001623

answers: isoline

answers: NDQ_001624

answers: islets

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: 12

answers: NDQ_001587

answers: 12 individual islets are named on detailed topographical maps:

answers: NDQ_001588

answers: 12

answers: NDQ_001589

answers: 12 individual islets

answers: NDQ_001590

answers: 12

answers: NDQ_001591

answers: 12 individual islets

answers: NDQ_001592

answers: 12 individual islets are named

answers: NDQ_001593

answers: 12 individual islets are named on detailed topographical maps:

answers: NDQ_001594

answers: 12 individual islets are named on detailed topographical maps:

answers: NDQ_001595

answers: 12

answers: NDQ_001597

answers: 12 individual islets are named on detailed topographical maps:

answers: NDQ_001598

answers: 12 individual islets are named on detailed topographical maps:

answers: NDQ_001600

answers: 12 individual islets

answers: NDQ_001603

answers: 12 individual islets are named on detailed topographical maps:

answers: NDQ_001605

answers: 12 individual islets

answers: NDQ_001606

answers: 12

answers: NDQ_001608

answers: 12 individual islets are named on detailed topographical maps:

answers: NDQ_001611

answers: 12 individual islets are named on detailed topographical maps:

answers: NDQ_001613

answers: 12

answers: NDQ_001614

answers: 12

answers: NDQ_001618

answers: 12 individual islets

answers: NDQ_001619

answers: topographical maps:

answers: NDQ_001620

answers: 12

answers: NDQ_001621

answers: topographical maps:

answers: NDQ_001622

answers: 12 individual islets

answers: NDQ_001623

answers: 12 individual islets are named on detailed topographical maps:

answers: NDQ_001624

answers: 12 individual islets

answers: NDQ_001625

answers: 12

text: However, in the vernacular and day to day world, the representation of relief (contours) is popularly held to define the genre, such that even small-scale maps showing relief are commonly (and erroneously, in the technical sense) called "topographic".

text: However, in the vernacular and day to day world, the representation of relief (contours) is popularly held to define the genre, such that even small-scale maps showing relief are commonly (and erroneously, in the technical sense) called "topographic".

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: is a type of

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: relief

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: relief

answers: NDQ_001592

answers: representation of relief

answers: NDQ_001593

answers: no

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: no

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: It's impossible to say

answers: NDQ_001611

answers: None of the above choices.

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: relief

answers: NDQ_001619

answers: can not be called topographic

answers: NDQ_001620

answers: NDQ_001621

answers: relief

answers: NDQ_001622

answers: relief

answers: NDQ_001623

answers: contours

answers: NDQ_001624

answers: relief

answers: NDQ_001625

answers: unspecified

answers: NDQ_001586

answers: relief

answers: NDQ_001587

answers: relief

answers: NDQ_001588

answers: relief

answers: NDQ_001589

answers: "topographic".

answers: NDQ_001590

answers: "topographic".

answers: NDQ_001591

answers: relief

answers: NDQ_001592

answers: relief

answers: NDQ_001593

answers: "topographic".

answers: NDQ_001594

answers: relief

answers: NDQ_001595

answers: "topographic".

answers: NDQ_001597

answers: "topographic".

answers: NDQ_001598

answers: relief

answers: NDQ_001600

answers: relief

answers: NDQ_001603

answers: "topographic".

answers: NDQ_001605

answers: "topographic".

answers: NDQ_001606

answers: relief

answers: NDQ_001608

answers: relief

answers: NDQ_001611

answers: relief

answers: NDQ_001613

answers: relief

answers: NDQ_001614

answers: "topographic".

answers: NDQ_001618

answers: relief

answers: NDQ_001619

answers: "topographic".

answers: NDQ_001620

answers: relief

answers: NDQ_001621

answers: relief

answers: NDQ_001622

answers: relief

answers: NDQ_001623

answers: (contours)

answers: NDQ_001624

answers: relief

answers: NDQ_001625

answers: (contours)

text: Relevant topographic maps for the track are available from the NSW Department of Lands, maps Katoomba (8930-1S), Hampton (8930-4S) and Jenolan (8930-3N) cover the entirety of the track.  Or Download and print the full map set on the PDF from wildwalks

text: Relevant

text: topographic maps

text: for the track are available from the NSW Department of Lands, maps Katoomba (8930-1S), Hampton (8930-4S) and Jenolan (8930-3N) cover the entirety of the track.  Or Download and print the full map set on the PDF from wildwalks

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: Katoomba (8930-1S)

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: cover the entirety of the track

answers: NDQ_001590

answers: What is the purpose of a contour interval?

answers: NDQ_001591

answers: topographic maps

answers: NDQ_001592

answers: Download and print

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices

answers: NDQ_001598

answers: side that is steepest

answers: NDQ_001600

answers: contour lines are so close together that they almost touch

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: 8930-3N

answers: NDQ_001613

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

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: Katoomba

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Katoomba

answers: NDQ_001623

answers: cantilever

answers: NDQ_001624

answers: Jenolan

answers: NDQ_001625

answers: 8930-1S

answers: NDQ_001586

answers: NSW Department of Lands,

answers: NDQ_001587

answers: Jenolan (8930-3N)

answers: NDQ_001588

answers: (8930-4S) and Jenolan (8930-3N)

answers: NDQ_001589

answers: cover the entirety of the track.

answers: NDQ_001590

answers: NSW Department of Lands,

answers: NDQ_001591

answers: track.

answers: NDQ_001592

answers: Download and print the full map set on the PDF from wildwalks

answers: NDQ_001593

answers: NSW Department of Lands,

answers: NDQ_001594

answers: NSW Department of Lands,

answers: NDQ_001595

answers: (8930-4S) and Jenolan (8930-3N)

answers: NDQ_001597

answers: NSW Department of Lands,

answers: NDQ_001598

answers: NSW Department of Lands,

answers: NDQ_001600

answers: NSW Department of Lands,

answers: NDQ_001603

answers: topographic maps for the track are available from the NSW Department of Lands,

answers: NDQ_001605

answers: NSW Department of Lands,

answers: NDQ_001606

answers: NSW Department of Lands,

answers: NDQ_001608

answers: topographic maps for the track are available from the NSW Department of Lands,

answers: NDQ_001611

answers: NSW Department of Lands,

answers: NDQ_001613

answers: NSW Department of Lands,

answers: NDQ_001614

answers: topographic maps for the track are available from the NSW Department of Lands,

answers: NDQ_001618

answers: wildwalks

answers: NDQ_001619

answers: (8930-3N)

answers: NDQ_001620

answers: (8930-4S) and Jenolan (8930-3N)

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: wildwalks

answers: NDQ_001623

answers: (8930-3N)

answers: NDQ_001624

answers: wildwalks

answers: NDQ_001625

answers: (8930-4S) and Jenolan (8930-3N)

text: Mexican topographic maps and United States Geological Survey (USGS) maps of the region disagree on the name of an adjacent range lying to the southeast of the Tinajas Altas Mountains. In the United States this small range is referred to as the Sierra de la Lechuguilla, but in Mexico they are called the Sierra Tinajas Altas which would suggest that they are a longer extension of the Tinajas Altas Mountains into Mexico. The two ranges, however, share no surface connection so they are not the same. The Sierra de la Lechuguilla/Sierra Tinajas Altas range are instead on a parallel alignment to the southeast of the Tinajas Altas Mountains proper.

text: Mexican topographic maps and

text: United States Geological Survey

text: (USGS) maps of the region disagree on the name of an adjacent range lying to the southeast of the Tinajas Altas Mountains. In the United States this small range is referred to as the

text: Sierra de la Lechuguilla

text: , but in Mexico they are called the Sierra Tinajas Altas which would suggest that they are a longer extension of the Tinajas Altas Mountains into Mexico. The two ranges, however, share no surface connection so they are not the same. The Sierra de la Lechuguilla/Sierra Tinajas Altas range are instead on a parallel alignment to the southeast of the Tinajas Altas Mountains proper.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: The Sierra de la Lechuguilla/Sierra Tinajas Altas range are instead on a parallel alignment to the southeast of what?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: disagree on the name of an adjacent range

answers: NDQ_001590

answers: What is the USGS?

answers: NDQ_001591

answers: longer extension of the Tinajas Altas Mountains into Mexico

answers: NDQ_001592

answers: name of an adjacent range

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: To the southeast

answers: NDQ_001598

answers: southeast

answers: NDQ_001600

answers: parallel alignment to the southeast of the Tinajas Altas Mountains

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: What is the opposite of parallel alignment?

answers: NDQ_001613

answers: How are the two ranges, however, not the same?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: Tinajas Altas Mountains

answers: NDQ_001619

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Tinajas Altas Mountains

answers: NDQ_001623

answers: parallel alignment

answers: NDQ_001624

answers: Tinajas Altas Mountains

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: no surface connection

answers: NDQ_001587

answers: parallel alignment to the southeast of the Tinajas Altas Mountains

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: share no surface connection

answers: NDQ_001590

answers: Tinajas Altas Mountains.

answers: NDQ_001591

answers: longer extension

answers: NDQ_001592

answers: disagree on the name

answers: NDQ_001593

answers: Mexican topographic maps

answers: NDQ_001594

answers: Sierra Tinajas Altas

answers: NDQ_001595

answers: Mexican topographic maps

answers: NDQ_001597

answers: southeast

answers: NDQ_001598

answers: southeast

answers: NDQ_001600

answers: share no surface connection

answers: NDQ_001603

answers: Mexican topographic maps

answers: NDQ_001605

answers: Mexican topographic maps and United States Geological Survey

answers: NDQ_001606

answers: Mexican topographic maps and United States Geological Survey

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: Tinajas Altas Mountains.

answers: NDQ_001613

answers: parallel alignment to the southeast of the Tinajas Altas Mountains

answers: NDQ_001614

answers: Mexican topographic maps

answers: NDQ_001618

answers: Tinajas Altas Mountains.

answers: NDQ_001619

answers: Mexican topographic maps and United States Geological Survey

answers: NDQ_001620

answers: parallel alignment

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Tinajas Altas Mountains.

answers: NDQ_001623

answers: parallel alignment

answers: NDQ_001624

answers: Tinajas Altas Mountains.

answers: NDQ_001625

answers: Tinajas Altas Mountains.

text: In the 1670s, Cassini began work on a project to create a topographic map of France, using Gemma Frisius's technique of triangulation. The project was continued by his son Jacques Cassini and eventually finished by his grandson César-François Cassini de Thury and published as the Carte de Cassini in 1789 or 1793. It was the first topographic map of an entire country.

text: In the 1670s, Cassini began work on a project to create a

text: topographic

text: map of France, using

text: Gemma Frisius

text: 's technique of

text: triangulation

text: . The project was continued by his son

text: Jacques Cassini

text: and eventually finished by his grandson

text: César-François Cassini de Thury

text: and published as the Carte de Cassini in 1789 or 1793. It was the

text: first topographic map of an entire country

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many years after Cassini began work on a project to create a topographic map of France was the Carte de Cassini published?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: first topographic map of an entire country

answers: NDQ_001590

answers: What was the first topographic map of an entire country?

answers: NDQ_001591

answers: triangulation

answers: NDQ_001592

answers: triangulation

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: what is the first topographic map of an entire country

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can topographic maps be used for?

answers: NDQ_001598

answers: Carte de Cassini

answers: NDQ_001600

answers: Carte de Cassini de Thury

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What was the first topographic map of an entire country?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What was the first topographic map of an entire country?

answers: NDQ_001611

answers: Carte de Cassini de Thury

answers: NDQ_001613

answers: what is the first topographic map of an entire country?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: triangulation

answers: NDQ_001619

answers: topographic map

answers: NDQ_001620

answers: triangulation

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: triangulation

answers: NDQ_001623

answers: triangulation

answers: NDQ_001624

answers: triangulation

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Carte de Cassini in 1789 or 1793.

answers: NDQ_001587

answers: triangulation.

answers: NDQ_001588

answers: triangulation.

answers: NDQ_001589

answers: topographic map

answers: NDQ_001590

answers: Carte de Cassini in 1789 or 1793.

answers: NDQ_001591

answers: triangulation.

answers: NDQ_001592

answers: triangulation.

answers: NDQ_001593

answers: triangulation.

answers: NDQ_001594

answers: Carte de Cassini in 1789 or 1793.

answers: NDQ_001595

answers: 1793.

answers: NDQ_001597

answers: triangulation.

answers: NDQ_001598

answers: triangulation.

answers: NDQ_001600

answers: Carte de Cassini in 1789 or 1793.

answers: NDQ_001603

answers: topographic map

answers: NDQ_001605

answers: Carte de Cassini in 1789 or 1793.

answers: NDQ_001606

answers: Carte de Cassini in 1789 or 1793.

answers: NDQ_001608

answers: triangulation.

answers: NDQ_001611

answers: Carte de Cassini in 1789 or 1793.

answers: NDQ_001613

answers: triangulation.

answers: NDQ_001614

answers: Carte de Cassini in 1789 or 1793.

answers: NDQ_001618

answers: triangulation.

answers: NDQ_001619

answers: triangulation.

answers: NDQ_001620

answers: triangulation.

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: France,

answers: NDQ_001623

answers: triangulation.

answers: NDQ_001624

answers: triangulation.

answers: NDQ_001625

answers: Carte de Cassini in 1789 or 1793.

text: In 1933 during the Sixteenth International Geological Congress, an excursion took attendees into the Grand Canyon.  The geologists afterwards signed their names to a panoramic view of the canyon and sent it to Matthes with the message "We have been using your maps and have marveled at them.  There are no other such topographic maps in all the world."

text: In 1933 during the Sixteenth

entity_name: International Union of Geological Sciences

text: International Geological Congress

text: , an excursion took attendees into the Grand Canyon.  The geologists afterwards signed their names to a

text: panoramic view

text: of the canyon and sent it to Matthes with the message "We have been using your maps and have marveled at them.  There are no other such topographic maps in all the world."

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: can be used to describe

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: There are no other such bathymetric maps in all the world

answers: NDQ_001590

answers: What does Matthes mean?

answers: NDQ_001591

answers: the Grand Canyon

answers: NDQ_001592

answers: photograph the Grand Canyon

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: no

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

answers: what does Matthes mean?

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: what is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is true of topographic maps?

answers: NDQ_001611

answers: Which of the following is an example of a topographic map?

answers: NDQ_001613

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

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: Grand Canyon

answers: NDQ_001619

answers: topographic

answers: NDQ_001620

answers: isotope

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Grand Canyon

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: Grand Canyon

answers: NDQ_001625

answers: 1  100

answers: NDQ_001586

answers: There are no other such topographic maps in all the world."

answers: NDQ_001587

answers: panoramic view of the canyon

answers: NDQ_001588

answers: Grand Canyon.

answers: NDQ_001589

answers: There are no other such topographic maps in all the world."

answers: NDQ_001590

answers: There are no other such topographic maps in all the world."

answers: NDQ_001591

answers: Grand Canyon.

answers: NDQ_001592

answers: excursion took attendees into the Grand Canyon.

answers: NDQ_001593

answers: There are no other such topographic maps in all the world."

answers: NDQ_001594

answers: There are no other such topographic maps in all the world."

answers: NDQ_001595

answers: Sixteenth International Geological Congress,

answers: NDQ_001597

answers: There are no other such topographic maps in all the world."

answers: NDQ_001598

answers: There are no other such topographic maps in all the world."

answers: NDQ_001600

answers: Grand Canyon.

answers: NDQ_001603

answers: There are no other such topographic maps in all the world."

answers: NDQ_001605

answers: topographic maps in all the world."

answers: NDQ_001606

answers: Sixteenth International Geological Congress,

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: Grand Canyon.

answers: NDQ_001613

answers: There are no other such topographic maps in all the world."

answers: NDQ_001614

answers: There are no other such topographic maps in all the world."

answers: NDQ_001618

answers: Grand Canyon.

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: There are no other such topographic maps

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Grand Canyon.

answers: NDQ_001623

answers: Grand Canyon.

answers: NDQ_001624

answers: Grand Canyon.

answers: NDQ_001625

answers: Grand Canyon.

text: Vicmap Topographic Map Series is a series of topographic maps covering the State of Victoria, Australia. Created and maintained by the State of Victoria, the map series is currently in a transition phase, with traditional Vicmap Topographic maps being gradually replaced with a new map series.

text: Vicmap Topographic Map Series is a

text: series of topographic maps

text: covering the State of

text: Victoria, Australia

text: . Created and maintained by the State of Victoria, the

text: map series

text: is currently in a transition phase, with traditional Vicmap Topographic maps being gradually replaced with a new map series.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: Vicmap Topographic Map Series is a series of topographic maps covering the State of what?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Vicmap Topographic Maps being gradually replaced

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: State of Victoria

answers: NDQ_001592

answers: create and maintain

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow

answers: NDQ_001598

answers: steepest

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: Vicmap Topographic Map Series or Geologic maps?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Concentric lines that are very close together

answers: NDQ_001613

answers: How are hatch marks drawn on topographic maps?

answers: NDQ_001614

answers: What can topographic maps show?

answers: NDQ_001618

answers: contour lines

answers: NDQ_001619

answers: NDQ_001620

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: sand

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Vicmap Topographic Map Series

answers: NDQ_001587

answers: Vicmap Topographic Map Series

answers: NDQ_001588

answers: Vicmap Topographic Map Series

answers: NDQ_001589

answers: topographic maps

answers: NDQ_001590

answers: Vicmap Topographic Map Series

answers: NDQ_001591

answers: topographic maps covering the State of Victoria,

answers: NDQ_001592

answers: replaced

answers: NDQ_001593

answers: Vicmap Topographic Map Series

answers: NDQ_001594

answers: Vicmap Topographic Map Series

answers: NDQ_001595

answers: Vicmap Topographic Map Series

answers: NDQ_001597

answers: Vicmap Topographic Map Series

answers: NDQ_001598

answers: Vicmap Topographic Map Series

answers: NDQ_001600

answers: Vicmap Topographic Map Series

answers: NDQ_001603

answers: topographic maps

answers: NDQ_001605

answers: Vicmap Topographic Map Series

answers: NDQ_001606

answers: Vicmap Topographic Map Series

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: Vicmap Topographic Map Series

answers: NDQ_001613

answers: Vicmap Topographic Map Series

answers: NDQ_001614

answers: Vicmap Topographic Map Series

answers: NDQ_001618

answers: Vicmap Topographic Map Series

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: Vicmap Topographic Map Series

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Vicmap Topographic Map Series

answers: NDQ_001623

answers: Vicmap Topographic Map Series

answers: NDQ_001624

answers: Vicmap Topographic Map Series

answers: NDQ_001625

answers: Vicmap Topographic Map Series

text: The words isoline and isarithm (ἀριθμός arithmos "number") are general terms covering all types of contour line.  The word isogram (γράμμα gramma "writing or drawing") was proposed by Francis Galton in 1889 as a convenient generic designation for lines indicating equality of some physical condition or quantity; but it commonly refers to a word without a repeated letter.

text: The words isoline and isarithm (ἀριθμός arithmos "number") are general terms covering all types of contour line.  The word isogram (γράμμα gramma "writing or drawing") was proposed by

text: Francis Galton

text: in 1889 as a convenient generic designation for lines indicating equality of some physical condition or quantity; but it commonly refers to a

text: word without a repeated letter

answers: NDQ_001586

answers: isoline

answers: NDQ_001587

answers: isoline and isarithm

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: isogram

answers: NDQ_001590

answers: isoline

answers: NDQ_001591

answers: equality of some physical condition

answers: NDQ_001592

answers: repeat letter

answers: NDQ_001593

answers: isogram

answers: NDQ_001594

answers: isoline

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: isogram

answers: NDQ_001598

answers: isogram

answers: NDQ_001600

answers: isogram

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: isoline

answers: NDQ_001608

answers: None of the above choices

answers: NDQ_001611

answers: isogram

answers: NDQ_001613

answers: isogram

answers: NDQ_001614

answers: isogram

answers: NDQ_001618

answers: isogram

answers: NDQ_001619

answers: isogram

answers: NDQ_001620

answers: isoline

answers: NDQ_001621

answers: contour line

answers: NDQ_001622

answers: isogram

answers: NDQ_001623

answers: isogram

answers: NDQ_001624

answers: isogram

answers: NDQ_001625

answers: isoline

answers: NDQ_001586

answers: isoline and isarithm

answers: NDQ_001587

answers: contour line.

answers: NDQ_001588

answers: The words isoline and isarithm

answers: NDQ_001589

answers: equality of some physical condition or quantity;

answers: NDQ_001590

answers: words isoline and isarithm

answers: NDQ_001591

answers: equality of some physical condition or quantity;

answers: NDQ_001592

answers: equality of some physical condition or quantity;

answers: NDQ_001593

answers: contour line.

answers: NDQ_001594

answers: The words isoline and isarithm

answers: NDQ_001595

answers: The words isoline and isarithm

answers: NDQ_001597

answers: contour line.

answers: NDQ_001598

answers: contour line.

answers: NDQ_001600

answers: The words isoline and isarithm

answers: NDQ_001603

answers: The words isoline and isarithm

answers: NDQ_001605

answers: The words isoline and isarithm

answers: NDQ_001606

answers: contour line.

answers: NDQ_001608

answers: The words isoline and isarithm

answers: NDQ_001611

answers: The words isoline and isarithm

answers: NDQ_001613

answers: The words isoline and isarithm

answers: NDQ_001614

answers: The words isoline and isarithm

answers: NDQ_001618

answers: isoline and isarithm

answers: NDQ_001619

answers: contour line.

answers: NDQ_001620

answers: equality

answers: NDQ_001621

answers: contour line.

answers: NDQ_001622

answers: isoline

answers: NDQ_001623

answers: contour line.

answers: NDQ_001624

answers: isoline and isarithm

answers: NDQ_001625

answers: equality

text: The first "decent" map of California and Oregon were drawn by Captain John C. Frémont of the U.S. Army's Corps of Topographical Engineers, and his topographers and cartographers in about 1848. Fremont and his men, led by his guide and former trapper Kit Carson, made extensive expeditions starting in 1844 over parts of California and Oregon including the important Humboldt River and Old Spanish Trail routes. They made numerous topographical measurements of longitude, latitude and elevation as well as cartographic sketches of the observable surroundings. His map, although in error in minor ways, was the best map available in 1848.  John C. Frémont gave the Great Salt Lake, Humboldt River, Pyramid Lake, Carson River, Walker River, Old Spanish Trail etc. their current names. The Truckee River (called the Salmon-Trout River by Fremont) in California and Nevada was mapped. Lake Tahoe is shown but left unnamed. The major rivers in California are shown, presumably given the names used by the trappers and Mexican and foreign settlers there. The Humboldt was named (after the great explorer Alexander von Humboldt). Fremont and his topographers/cartographers did not have time (it would take literally decades of work to do this) to make extensive explorations of the entire Sierra Nevada range or Great Basin. Details of the Sierra Nevada and Great Basin concerning the best passes or possible emigrant routes for wagons would be explored and discovered from about 1846 to 1859 by numerous other explorers.

text: The first "decent" map of California and Oregon were drawn by Captain

text: John C. Frémont

text: of the

text: U.S. Army's Corps of Topographical Engineers

text: , and his

text: topographer

text: s and

text: cartographers

text: in about 1848. Fremont and his men, led by his guide and former trapper

text: Kit Carson

text: , made extensive expeditions starting in 1844 over parts of California and Oregon including the important

text: Humboldt River

text: and

text: Old Spanish Trail

text: routes. They made numerous topographical measurements of longitude, latitude and elevation as well as cartographic sketches of the observable surroundings. His map, although in error in minor ways, was the best map available in 1848.  John C. Frémont gave the

text: Great Salt Lake

text: Humboldt River

text: Pyramid Lake

text: Carson River

text: Walker River

text: Old Spanish Trail

text: etc. their current names. The

text: Truckee River

text: (called the Salmon-Trout River by Fremont) in California and Nevada was mapped.

text: Lake Tahoe

text: is shown but left unnamed. The major rivers in California are shown, presumably given the names used by the trappers and Mexican and foreign settlers there. The Humboldt was named (after the great explorer

text: Alexander von Humboldt

text: ). Fremont and his topographers/cartographers did not have time (it would take literally decades of work to do this) to make extensive explorations of the entire Sierra Nevada range or

text: Great Basin

text: . Details of the Sierra Nevada and Great Basin concerning the best passes or possible emigrant routes for wagons would be explored and discovered from about 1846 to 1859 by numerous other explorers.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: Which of the following is not a river: Humboldt River, Pyramid Lake, Carson River, Walker River, Old Spanish Trail or Truckee River?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Lake Tahoe is shown but left unnamed

answers: NDQ_001590

answers: What was the best map available in 1848?

answers: NDQ_001591

answers: longitude

answers: NDQ_001592

answers: longitude, latitude and elevation

answers: NDQ_001593

answers: elevation

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: latitude

answers: NDQ_001598

answers: elevation

answers: NDQ_001600

answers: latitude and elevation

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What type of rocks are depicted on the map?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What helps to see the three-dimensional shape of the land?

answers: NDQ_001611

answers: what is the first "decent" map of California and Oregon

answers: NDQ_001613

answers: what is the first "decent" map of California and Oregon

answers: NDQ_001614

answers: What was the first "decent" map of California and Oregon?

answers: NDQ_001618

answers: elevation

answers: NDQ_001619

answers: latitude and elevation

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: elevation

answers: NDQ_001622

answers: elevation

answers: NDQ_001623

answers: elevation

answers: NDQ_001624

answers: elevation

answers: NDQ_001625

answers: elevation

answers: NDQ_001586

answers: elevation

answers: NDQ_001587

answers: Humboldt River and Old Spanish Trail routes.

answers: NDQ_001588

answers: 1848.

answers: NDQ_001589

answers: topographical measurements of longitude, latitude and elevation

answers: NDQ_001590

answers: 1848.

answers: NDQ_001591

answers: longitude, latitude and elevation

answers: NDQ_001592

answers: make extensive explorations

answers: NDQ_001593

answers: elevation

answers: NDQ_001594

answers: elevation

answers: NDQ_001595

answers: 1848.

answers: NDQ_001597

answers: longitude, latitude and elevation

answers: NDQ_001598

answers: elevation

answers: NDQ_001600

answers: 1848.

answers: NDQ_001603

answers: topographical measurements of longitude, latitude and elevation

answers: NDQ_001605

answers: 1848.

answers: NDQ_001606

answers: 1848.

answers: NDQ_001608

answers: topographical measurements of longitude, latitude and elevation

answers: NDQ_001611

answers: elevation

answers: NDQ_001613

answers: longitude, latitude and elevation

answers: NDQ_001614

answers: 1848.

answers: NDQ_001618

answers: longitude, latitude and elevation

answers: NDQ_001619

answers: topographical measurements of longitude, latitude and elevation

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: topographical measurements of longitude, latitude and elevation

answers: NDQ_001622

answers: Lake Tahoe

answers: NDQ_001623

answers: longitude, latitude

answers: NDQ_001624

answers: longitude, latitude and elevation

answers: NDQ_001625

answers: elevation

text: The National Land Survey of Finland produces the Topographic Database (accuracy 1:5000-1:10 000) and publishes topographic maps of Finland at 1:25,000 and 1:50,000. In addition topographics maps can be viewed by using a free map service MapSite.

text: The National Land Survey of Finland produces the Topographic Database (accuracy 1:5000-1:10 000) and publishes topographic maps of

text: Finland

text: at 1:25,000 and 1:50,000. In addition topographics maps can be viewed by using a free map service MapSite.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: Which of the following is not a topographic map: 1:25,000 or 1:50,000?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: accuracy 1:50,000

answers: NDQ_001590

answers: What is the horizontal distance between contour lines on a topographic map?

answers: NDQ_001591

answers: topographics

answers: NDQ_001592

answers: use the Topographic Database

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: What is a bathymetric map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices.

answers: NDQ_001598

answers: 1:50,000

answers: NDQ_001600

answers: The National Land Survey of Finland

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: The National Land Survey of Finland produces the Topographic Database

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is drawn on the hatch marks?

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: can be viewed

answers: NDQ_001620

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: NDQ_001623

answers: parallel lines

answers: NDQ_001624

answers: mountain ranges

answers: NDQ_001625

answers: 1:50,000

answers: NDQ_001586

answers: Topographic Database (accuracy 1:5000-1:10 000)

answers: NDQ_001587

answers: Topographic Database (accuracy 1:5000-1:10 000)

answers: NDQ_001588

answers: (accuracy 1:5000-1:10 000)

answers: NDQ_001589

answers: Topographic Database (accuracy 1:5000-1:10 000)

answers: NDQ_001590

answers: 1:25,000 and 1:50,000.

answers: NDQ_001591

answers: topographic maps

answers: NDQ_001592

answers: viewed

answers: NDQ_001593

answers: Topographic Database (accuracy 1:5000-1:10 000)

answers: NDQ_001594

answers: Topographic Database (accuracy 1:5000-1:10 000)

answers: NDQ_001595

answers: 1:25,000 and 1:50,000.

answers: NDQ_001597

answers: Topographic Database (accuracy 1:5000-1:10 000)

answers: NDQ_001598

answers: 1:25,000 and 1:50,000.

answers: NDQ_001600

answers: 1:25,000 and 1:50,000.

answers: NDQ_001603

answers: Topographic Database (accuracy 1:5000-1:10 000)

answers: NDQ_001605

answers: Topographic Database (accuracy 1:5000-1:10 000)

answers: NDQ_001606

answers: 1:25,000 and 1:50,000.

answers: NDQ_001608

answers: topographic maps of Finland at 1:25,000 and 1:50,000.

answers: NDQ_001611

answers: The National Land Survey of Finland

answers: NDQ_001613

answers: Topographic Database (accuracy 1:5000-1:10 000)

answers: NDQ_001614

answers: Topographic Database (accuracy 1:5000-1:10 000)

answers: NDQ_001618

answers: Topographic Database (accuracy 1:5000-1:10 000)

answers: NDQ_001619

answers: topographic maps of Finland at 1:25,000 and 1:50,000.

answers: NDQ_001620

answers: 1:25,000 and 1:50,000.

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: Topographic Database (accuracy 1:5000-1:10 000)

answers: NDQ_001623

answers: 1:25,000 and 1:50,000.

answers: NDQ_001624

answers: Topographic Database (accuracy 1:5000-1:10 000)

answers: NDQ_001625

answers: 1:50,000.

text: Microsoft Research Maps or MSR Maps was a free online repository of public domain aerial imagery and topographic maps provided by the U.S. Geological Survey (USGS). The site is a collaboration between Microsoft Research (MSR), Bing Maps, and the USGS. It has been in operation since June 1998. It had 30,000 to 50,000 visitors per day as of January 2010. The site was renamed in 2010, prior to which it had been known as TerraServer-USA (formerly Microsoft TerraServer).

text: Microsoft Research Maps or MSR Maps was a free online repository of

text: public domain

text: aerial imagery

text: and

text: topographic maps

text: provided by the

text: U.S. Geological Survey

text: (USGS). The site is a collaboration between

text: Microsoft Research

text: (MSR),

text: Bing Maps

text: , and the USGS. It has been in operation since June 1998. It had 30,000 to 50,000 visitors per day as of January 2010. The site was renamed in 2010, prior to which it had been known as TerraServer-USA (formerly Microsoft TerraServer).

answers: NDQ_001586

answers: What is a topographic map?

answers: NDQ_001587

answers: How many years was Microsoft Research Maps in operation?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: has 30,000 to 50,000 visitors per day

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: topographic maps

answers: NDQ_001592

answers: aerial imagery

answers: NDQ_001593

answers: What can you use a topographic map for?

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: steepest

answers: NDQ_001600

answers: How many contour lines are so close together that they almost touch?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What are the different types of rocks represented on a geologic map?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill.

answers: NDQ_001613

answers: How many visitors per day as of January 2010?

answers: NDQ_001614

answers: What is the difference between topographic maps and aerial imagery?

answers: NDQ_001618

answers: United States Geological Survey

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: V-shaped contour lines

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Microsoft Research Maps

answers: NDQ_001587

answers: 30,000 to 50,000 visitors per day as of January 2010.

answers: NDQ_001588

answers: Microsoft Research Maps

answers: NDQ_001589

answers: aerial imagery

answers: NDQ_001590

answers: topographic maps provided by the U.S. Geological Survey

answers: NDQ_001591

answers: topographic maps

answers: NDQ_001592

answers: aerial imagery

answers: NDQ_001593

answers: topographic maps

answers: NDQ_001594

answers: Microsoft Research Maps

answers: NDQ_001595

answers: 30,000 to 50,000 visitors per day as of January 2010.

answers: NDQ_001597

answers: topographic maps

answers: NDQ_001598

answers: topographic maps

answers: NDQ_001600

answers: 30,000 to 50,000 visitors per day as of January 2010.

answers: NDQ_001603

answers: topographic maps

answers: NDQ_001605

answers: Microsoft Research Maps

answers: NDQ_001606

answers: Microsoft Research Maps

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: Microsoft Research Maps

answers: NDQ_001613

answers: Microsoft Research Maps

answers: NDQ_001614

answers: topographic maps

answers: NDQ_001618

answers: U.S. Geological Survey

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: topographic maps

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Microsoft Research Maps

answers: NDQ_001623

answers: topographic maps

answers: NDQ_001624

answers: Microsoft Research Maps

answers: NDQ_001625

answers: 30,000 to 50,000 visitors per day as of January 2010.

text: The Map & GIS Library is located in Room 202 of the Sterling C. Evans Library. The collection consists of over 250,000 individual sheet maps, 3,000 atlases and gazetteers, and 1000 CD/DVDs, including worldwide coverage of topographic and geological maps, GIS datasets. The collection also includes travel maps and guides. The Library offer GIS assistance for those seeking data and support. They also provide assistance to all colleges and agencies associated with Texas A&M, as well as members of the local community.

text: The Map & GIS Library is located in Room 202 of the Sterling C. Evans Library. The collection consists of over 250,000 individual sheet maps, 3,000 atlases and gazetteers, and 1000 CD/DVDs, including worldwide coverage of topographic and geological maps, GIS datasets. The collection also includes travel maps and guides. The Library offer GIS assistance for those seeking data and support. They also provide assistance to all colleges and agencies associated with Texas A&M, as well as members of the local community.

answers: NDQ_001586

answers: changes in elevation

answers: NDQ_001587

answers: How many CDs/DVDs does the Map & GIS Library have?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: worldwide coverage of topographic and geological maps

answers: NDQ_001590

answers: What is the difference between a contour line and a contour interval?

answers: NDQ_001591

answers: topographic

answers: NDQ_001592

answers: GIS assistance

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: steepest

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is not true of the Map & GIS Library?

answers: NDQ_001611

answers: The Map & GIS Library

answers: NDQ_001613

answers: the side of the circle with the higher elevation

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: NDQ_001619

answers: GIS datasets

answers: NDQ_001620

answers: isosceles

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: 1000 CD/DVDs,

answers: NDQ_001587

answers: over 250,000 individual sheet maps,

answers: NDQ_001588

answers: Sterling C. Evans Library.

answers: NDQ_001589

answers: worldwide coverage of topographic

answers: NDQ_001590

answers: 250,000 individual sheet maps,

answers: NDQ_001591

answers: topographic and geological maps,

answers: NDQ_001592

answers: geological maps, GIS datasets.

answers: NDQ_001593

answers: topographic

answers: NDQ_001594

answers: 250,000 individual sheet maps,

answers: NDQ_001595

answers: 202 of the Sterling C. Evans Library.

answers: NDQ_001597

answers: worldwide coverage of topographic

answers: NDQ_001598

answers: worldwide coverage of topographic and geological maps,

answers: NDQ_001600

answers: worldwide coverage of topographic and geological maps,

answers: NDQ_001603

answers: worldwide coverage of topographic and geological maps,

answers: NDQ_001605

answers: 1000 CD/DVDs,

answers: NDQ_001606

answers: Sterling C. Evans Library.

answers: NDQ_001608

answers: topographic and geological maps,

answers: NDQ_001611

answers: topographic and geological maps,

answers: NDQ_001613

answers: 1000 CD/DVDs,

answers: NDQ_001614

answers: topographic

answers: NDQ_001618

answers: worldwide coverage of topographic and geological maps,

answers: NDQ_001619

answers: topographic and geological maps,

answers: NDQ_001620

answers: worldwide coverage of topographic

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: topographic and geological maps,

answers: NDQ_001623

answers: topographic

answers: NDQ_001624

answers: worldwide coverage of topographic and geological maps,

answers: NDQ_001625

answers: Room 202 of the Sterling C. Evans Library.

text: While not officially "topographic" maps, the national surveys of other nations share many of the same features, and so they are often called "topographic maps."

text: While not officially "topographic" maps, the national surveys of other nations share many of the same features, and so they are often called "topographic maps."

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: can be used to measure the length of a line.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: National surveys of other nations share many of the same features

answers: NDQ_001590

answers: What is the contour interval of a topographic map?

answers: NDQ_001591

answers: features

answers: NDQ_001592

answers: survey other nations

answers: NDQ_001593

answers: no

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: no

answers: NDQ_001598

answers: it is not possible to tell

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: unanswerable

answers: NDQ_001608

answers: None of the above choices.

answers: NDQ_001611

answers: very far apart

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: is not a topographic map

answers: NDQ_001620

answers: isosceles

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: isosceles

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: "topographic maps."

answers: NDQ_001587

answers: national surveys

answers: NDQ_001588

answers: "topographic maps."

answers: NDQ_001589

answers: "topographic" maps,

answers: NDQ_001590

answers: "topographic maps."

answers: NDQ_001591

answers: national surveys of other nations share many of the same features,

answers: NDQ_001592

answers: national surveys of other nations share many of the same features,

answers: NDQ_001593

answers: "topographic maps."

answers: NDQ_001594

answers: "topographic maps."

answers: NDQ_001595

answers: While not officially "topographic" maps,

answers: NDQ_001597

answers: "topographic maps."

answers: NDQ_001598

answers: "topographic maps."

answers: NDQ_001600

answers: "topographic" maps,

answers: NDQ_001603

answers: "topographic maps."

answers: NDQ_001605

answers: "topographic maps."

answers: NDQ_001606

answers: "topographic" maps,

answers: NDQ_001608

answers: "topographic" maps,

answers: NDQ_001611

answers: "topographic maps."

answers: NDQ_001613

answers: "topographic maps."

answers: NDQ_001614

answers: "topographic maps."

answers: NDQ_001618

answers: national surveys of other nations

answers: NDQ_001619

answers: "topographic maps."

answers: NDQ_001620

answers: "topographic" maps,

answers: NDQ_001621

answers: "topographic"

answers: NDQ_001622

answers: national surveys of other nations

answers: NDQ_001623

answers: "topographic" maps,

answers: NDQ_001624

answers: national surveys of other nations

answers: NDQ_001625

answers: "topographic maps."

text: Topographic maps are also commonly called contour maps or topo maps. In the United States, where the primary national series is organized by a strict 7.5-minute grid, they are often called topo quads or quadrangles.

text: Topographic maps are also commonly called contour maps or topo maps. In the United States, where the primary national series is organized by a strict 7.5-minute grid, they are often called topo quads or quadrangles.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: can be used to measure the length of a line

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: topo quads or quadrangles

answers: NDQ_001590

answers: The contour interval of a topographic map represents the horizontal distance between contour lines

answers: NDQ_001591

answers: quadrangles

answers: NDQ_001592

answers: 7.5-minute grid

answers: NDQ_001593

answers: What can you use a topographic map for?

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: The direction that rivers and streams flow

answers: NDQ_001598

answers: contour maps

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of map: topographic, geologic, or quadrangles?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is not true of topographic maps?

answers: NDQ_001611

answers: If the lines are very close together, they show a valley.

answers: NDQ_001613

answers: The hatch marks are drawn on the side of the circle with the higher elevation

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: quadrangles

answers: NDQ_001619

answers: contour maps

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: Topographic maps

answers: NDQ_001622

answers: quadrangles

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: quadrangles

answers: NDQ_001625

answers: 7-minute

answers: NDQ_001586

answers: topo quads or quadrangles.

answers: NDQ_001587

answers: topo quads or quadrangles.

answers: NDQ_001588

answers: topo quads or quadrangles.

answers: NDQ_001589

answers: 7.5-minute grid,

answers: NDQ_001590

answers: topo quads or quadrangles.

answers: NDQ_001591

answers: topo quads or quadrangles.

answers: NDQ_001592

answers: 7.5-minute grid,

answers: NDQ_001593

answers: contour maps

answers: NDQ_001594

answers: topo quads or quadrangles.

answers: NDQ_001595

answers: 7.5-minute

answers: NDQ_001597

answers: contour maps

answers: NDQ_001598

answers: contour maps

answers: NDQ_001600

answers: topo quads or quadrangles.

answers: NDQ_001603

answers: Topographic maps

answers: NDQ_001605

answers: topo quads or quadrangles.

answers: NDQ_001606

answers: topo quads or quadrangles.

answers: NDQ_001608

answers: Topographic maps

answers: NDQ_001611

answers: topo quads or quadrangles.

answers: NDQ_001613

answers: topo quads or quadrangles.

answers: NDQ_001614

answers: topo quads or quadrangles.

answers: NDQ_001618

answers: topo quads or quadrangles.

answers: NDQ_001619

answers: contour maps

answers: NDQ_001620

answers: topo quads or quadrangles.

answers: NDQ_001621

answers: Topographic maps

answers: NDQ_001622

answers: topo quads or quadrangles.

answers: NDQ_001623

answers: contour maps

answers: NDQ_001624

answers: topo quads or quadrangles.

answers: NDQ_001625

answers: 7.5-minute

text: The NDL has a collection of approximately 440,000 maps of Japan and other countries, including the topographical, geological, and hydrological maps and charts dating back to the early Meiji Period (1868–1912) and topographical maps of foreign countries.

text: The NDL has a collection of approximately 440,000 maps of Japan and other countries, including the topographical, geological, and hydrological maps and charts dating back to the early

text: Meiji Period

text: (1868–1912) and topographical maps of foreign countries.

answers: NDQ_001586

answers: not enough information

answers: NDQ_001587

answers: How many years did the Meiji Period last?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: topographical

answers: NDQ_001590

answers: What is a contour interval of a topographic map?

answers: NDQ_001591

answers: topographical

answers: NDQ_001592

answers: geological

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: what is the first time period mentioned?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: yes

answers: NDQ_001598

answers: the steepest

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: very far apart

answers: NDQ_001613

answers: what is the first time period mentioned?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: NDQ_001619

answers: hydrological

answers: NDQ_001620

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: V-shaped contour lines

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: topographical maps of foreign countries.

answers: NDQ_001587

answers: Meiji Period

answers: NDQ_001588

answers: topographical maps of foreign countries.

answers: NDQ_001589

answers: topographical maps of foreign countries.

answers: NDQ_001590

answers: topographical maps of foreign countries.

answers: NDQ_001591

answers: topographical, geological, and hydrological

answers: NDQ_001592

answers: hydrological

answers: NDQ_001593

answers: topographical maps of foreign countries.

answers: NDQ_001594

answers: hydrological maps and charts dating back to the early Meiji Period

answers: NDQ_001595

answers: 440,000

answers: NDQ_001597

answers: hydrological

answers: NDQ_001598

answers: topographical maps of foreign countries.

answers: NDQ_001600

answers: Meiji Period

answers: NDQ_001603

answers: topographical maps of foreign countries.

answers: NDQ_001605

answers: Meiji Period (1868–1912)

answers: NDQ_001606

answers: 440,000

answers: NDQ_001608

answers: topographical maps of foreign countries.

answers: NDQ_001611

answers: topographical maps of foreign countries.

answers: NDQ_001613

answers: topographical maps of foreign countries.

answers: NDQ_001614

answers: topographical maps of foreign countries.

answers: NDQ_001618

answers: hydrological

answers: NDQ_001619

answers: hydrological

answers: NDQ_001620

answers: Meiji Period (1868–1912)

answers: NDQ_001621

answers: topographical,

answers: NDQ_001622

answers: hydrological

answers: NDQ_001623

answers: topographical, geological, and hydrological

answers: NDQ_001624

answers: hydrological

answers: NDQ_001625

answers: 440,000

text: The National Map is the official replacement for the USGS topographic map program.

text: The National Map is the official replacement for the

text: USGS topographic map program

answers: NDQ_001586

answers: None of the above choices.

answers: NDQ_001587

answers: The National Map is the official replacement for the USGS topographic map program

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: The National Map is the official replacement for the USGS topographic map program

answers: NDQ_001590

answers: The contour interval of a topographic map represents the horizontal distance between contour lines

answers: NDQ_001591

answers: elevation change

answers: NDQ_001592

answers: identifies landmarks

answers: NDQ_001593

answers: The National Map is the official replacement for the USGS topographic map program

answers: NDQ_001594

answers: What is a contour line?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices.

answers: NDQ_001598

answers: The National Map

answers: NDQ_001600

answers: What does the National Map represent?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: The National Map

answers: NDQ_001613

answers: Which of the following is not true of the National Map?

answers: NDQ_001614

answers: The National Map can show horizontal distances

answers: NDQ_001618

answers: ridges

answers: NDQ_001619

answers: can be found on the National Map

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: The National Map

answers: NDQ_001623

answers: cantilever

answers: NDQ_001624

answers: ridges

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: The National Map is the official replacement for the USGS topographic map program.

answers: NDQ_001587

answers: The National Map

answers: NDQ_001588

answers: The National Map

answers: NDQ_001589

answers: topographic

answers: NDQ_001590

answers: USGS

answers: NDQ_001591

answers: topographic map program.

answers: NDQ_001592

answers: The National Map

answers: NDQ_001593

answers: USGS topographic map program.

answers: NDQ_001594

answers: The National Map

answers: NDQ_001595

answers: The National Map

answers: NDQ_001597

answers: The National Map is the official replacement for the USGS topographic map program.

answers: NDQ_001598

answers: The National Map

answers: NDQ_001600

answers: The National Map

answers: NDQ_001603

answers: The National Map is the official replacement for the USGS topographic map program.

answers: NDQ_001605

answers: The National Map

answers: NDQ_001606

answers: The National Map

answers: NDQ_001608

answers: The National Map is the official replacement for the USGS topographic map program.

answers: NDQ_001611

answers: The National Map

answers: NDQ_001613

answers: The National Map is the official replacement for the USGS topographic map program.

answers: NDQ_001614

answers: The National Map

answers: NDQ_001618

answers: USGS

answers: NDQ_001619

answers: topographic map

answers: NDQ_001620

answers: The National Map

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: The National Map

answers: NDQ_001623

answers: The National Map

answers: NDQ_001624

answers: USGS

answers: NDQ_001625

answers: The National Map

text: Even though, in places, hydrographic survey data may be collected in sufficient detail to portray bottom topography in some areas, hydrographic charts only show depth information relevant for safe navigation and should not be considered as a product that accurately portrays the actual shape of the bottom.  The soundings selected from the raw source depth data for placement on the nautical chart are selected for safe navigation and are biased to show predominately the shallowest depths that relate to safe navigation. For instance, if there is a deep area that can not be reached because it is surrounded by shallow water, the deep area may not be shown. The color filled areas that show different ranges of shallow water are not the equivalent of contours on a topographic map since they are often drawn seaward of the actual shallowest depth portrayed. A bathymetric chart does show marine topology accurately. Details covering the above limitations can be found in Part 1 of Bowditch's American Practical Navigator. Another concept that affects safe navigation is the sparsity of detailed depth data from high resolution sonar systems.  In more remote areas, the only available depth information has been collected with lead lines. This collection method drops a weighted line to the bottom at intervals and records the depth, often from a rowboat or sail boat. There is no data between soundings or between sounding lines to guarantee that there is not a hazard such as a wreck or a coral head waiting there to ruin a sailor's day. Often, the navigation of the collecting boat does not match today's GPS navigational accuracies. The hydrographic chart will use the best data available and will caveat its nature in a caution note or in the legend of the chart.

text: Even though, in places, hydrographic survey data may be collected in sufficient detail to portray bottom topography in some areas,

text: hydrographic chart

text: s only show depth information relevant for safe navigation and should not be considered as a product that accurately portrays the actual shape of the bottom.  The soundings selected from the raw source depth data for placement on the nautical chart are selected for safe navigation and are biased to show predominately the shallowest depths that relate to safe navigation. For instance, if there is a deep area that can not be reached because it is surrounded by shallow water, the deep area may not be shown. The color filled areas that show different ranges of shallow water are not the equivalent of contours on a topographic map since they are often drawn seaward of the actual shallowest depth portrayed. A bathymetric chart does show marine topology accurately. Details covering the above limitations can be found in Part 1 of

text: Bowditch's American Practical Navigator

text: . Another concept that affects safe navigation is the sparsity of detailed depth data from high resolution sonar systems.  In more remote areas, the only available depth information has been collected with lead lines. This collection method drops a weighted line to the bottom at intervals and records the depth, often from a rowboat or sail boat. There is no data between soundings or between sounding lines to guarantee that there is not a hazard such as a wreck or a coral head waiting there to ruin a sailor's day. Often, the navigation of the collecting boat does not match today's GPS navigational accuracies. The hydrographic chart will use the best data available and will caveat its nature in a caution note or in the legend of the chart.

answers: NDQ_001586

answers: color filled areas that show different ranges of shallow water

answers: NDQ_001587

answers: What is the difference between a bathymetric chart and a hydrographic chart?

answers: NDQ_001588

answers: How are contour lines drawn on a topographic map?

answers: NDQ_001589

answers: accurately portrays the actual shape of the bottom

answers: NDQ_001590

answers: The color filled areas that show different ranges of shallow water are not the equivalent of

answers: NDQ_001591

answers: shallowest depth

answers: NDQ_001592

answers: accurately portrays the actual shape of the bottom

answers: NDQ_001593

answers: slope of the land

answers: NDQ_001594

answers: The color filled areas that show different ranges of shallow water are not the equivalent of contours on a topographic map

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: contours on a topographic map

answers: NDQ_001598

answers: contours

answers: NDQ_001600

answers: contour lines are so close together that they almost touch, they represent a plain

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: What does the color filled areas that show different ranges of shallow water represent?

answers: NDQ_001606

answers: What is the difference between two contour lines

answers: NDQ_001608

answers: Which of the following is not the equivalent of contour lines on a topographic map?

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill.

answers: NDQ_001613

answers: How are hatch marks on a topographic map drawn?

answers: NDQ_001614

answers: The color filled areas that show different ranges of shallow water are not the equivalent of contours

answers: NDQ_001618

answers: color filled areas that show different ranges of shallow water

answers: NDQ_001619

answers: hydrographic charts

answers: NDQ_001620

answers: The color filled areas that show different ranges of shallow water

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: shallow water

answers: NDQ_001623

answers: contours

answers: NDQ_001624

answers: The color filled areas that show different ranges of shallow water are not the equivalent

answers: NDQ_001625

answers: seaward

answers: NDQ_001586

answers: depth information has been collected with lead lines.

answers: NDQ_001587

answers: hydrographic chart

answers: NDQ_001588

answers: lead lines.

answers: NDQ_001589

answers: accurately portrays the actual shape of the bottom.

answers: NDQ_001590

answers: lead lines.

answers: NDQ_001591

answers: shallowest depth

answers: NDQ_001592

answers: contours

answers: NDQ_001593

answers: depth information has been collected with lead lines.

answers: NDQ_001594

answers: lead lines.

answers: NDQ_001595

answers: depth information has been collected with lead lines.

answers: NDQ_001597

answers: The hydrographic chart

answers: NDQ_001598

answers: lead lines.

answers: NDQ_001600

answers: lead lines.

answers: NDQ_001603

answers: hydrographic chart

answers: NDQ_001605

answers: lead lines.

answers: NDQ_001606

answers: lead lines.

answers: NDQ_001608

answers: contours

answers: NDQ_001611

answers: lead lines.

answers: NDQ_001613

answers: GPS navigational accuracies.

answers: NDQ_001614

answers: hydrographic chart

answers: NDQ_001618

answers: wreck or a coral head

answers: NDQ_001619

answers: hydrographic chart

answers: NDQ_001620

answers: seaward of the actual shallowest depth portrayed.

answers: NDQ_001621

answers: hydrographic chart

answers: NDQ_001622

answers: wreck or a coral head

answers: NDQ_001623

answers: contours

answers: NDQ_001624

answers: The color filled areas that show different ranges of shallow water

answers: NDQ_001625

answers: seaward of the actual shallowest depth

text: As of 1974, according to the Geographical Survey Institute, Kunrei-shiki was used for topographical maps while Modified Hepburn was used for geological maps and aeronautical charts.

text: As of 1974, according to the

entity_name: Geospatial Information Authority of Japan

text: Geographical Survey Institute

text: , Kunrei-shiki was used for topographical maps while Modified Hepburn was used for geological maps and aeronautical charts.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What is the name of the type of map that uses Kunrei-shiki?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Kunrei-shiki

answers: NDQ_001590

answers: Kunrei-shiki

answers: NDQ_001591

answers: topography

answers: NDQ_001592

answers: aeronautical charts

answers: NDQ_001593

answers: Kunrei

answers: NDQ_001594

answers: Modified Hepburn

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Kunrei Shiki

answers: NDQ_001598

answers: Kunrei-shiki

answers: NDQ_001600

answers: Kunrei-shiki

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not used for geological maps: Kunrei-shiki, Modified Hepburn or aeronautical charts?

answers: NDQ_001606

answers: Kunrei-shiki

answers: NDQ_001608

answers: None of the above choices.

answers: NDQ_001611

answers: Modified Hepburn

answers: NDQ_001613

answers: Kunrei-shiki

answers: NDQ_001614

answers: Which of the following is not true of topographic maps?

answers: NDQ_001618

answers: undefined

answers: NDQ_001619

answers: Hepburn

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: topographical maps

answers: NDQ_001622

answers: unmarked

answers: NDQ_001623

answers: Kunrei-shiki

answers: NDQ_001624

answers: Kunrei

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Kunrei-shiki

answers: NDQ_001587

answers: Modified Hepburn

answers: NDQ_001588

answers: Kunrei-shiki

answers: NDQ_001589

answers: geological maps and aeronautical charts.

answers: NDQ_001590

answers: Kunrei-shiki

answers: NDQ_001591

answers: geological maps and aeronautical charts.

answers: NDQ_001592

answers: aeronautical charts.

answers: NDQ_001593

answers: Kunrei-shiki

answers: NDQ_001594

answers: Modified Hepburn

answers: NDQ_001595

answers: 1974,

answers: NDQ_001597

answers: Kunrei-shiki

answers: NDQ_001598

answers: Kunrei-shiki

answers: NDQ_001600

answers: Modified Hepburn

answers: NDQ_001603

answers: Modified Hepburn

answers: NDQ_001605

answers: Modified Hepburn

answers: NDQ_001606

answers: Modified Hepburn

answers: NDQ_001608

answers: topographical maps

answers: NDQ_001611

answers: Modified Hepburn

answers: NDQ_001613

answers: Kunrei-shiki

answers: NDQ_001614

answers: Kunrei-shiki

answers: NDQ_001618

answers: Kunrei-shiki

answers: NDQ_001619

answers: geological maps and aeronautical charts.

answers: NDQ_001620

answers: Kunrei-shiki

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: Kunrei-shiki

answers: NDQ_001623

answers: Kunrei-shiki

answers: NDQ_001624

answers: Kunrei-shiki

answers: NDQ_001625

answers: Kunrei-shiki

text: The characteristics of AV maps are their large scale (usually 1:25,000), high accuracy and great wealth of terrain detail in the high mountains (rock, rubble, glaciers, etc.). The contour interval is a maximum of 20 metres. The mountaineer should therefore be able to orient himself well using Alpine Club maps, both on the marked trails or in open terrain, i.e. away from the marked routes. In addition, the map sheets are divided in a way suitable for climbers and hikers with overlapping map sheets and a focus on the high mountain regions. Map names and height information (spot heights) are more densely printed than in other comparable maps.

text: The characteristics of AV maps are their large scale (usually 1:25,000), high accuracy and great wealth of terrain detail in the high mountains (rock, rubble, glaciers, etc.). The

text: contour interval

text: is a maximum of 20 metres. The

text: mountaineer

text: should therefore be able to orient himself well using Alpine Club maps, both on the marked trails or in open terrain, i.e. away from the marked routes. In addition, the map sheets are divided in a way suitable for climbers and hikers with overlapping map sheets and a focus on the high mountain regions. Map names and height information (spot heights) are more densely printed than in other comparable maps.

answers: NDQ_001586

answers: contour lines that are numbered

answers: NDQ_001587

answers: Which of the following is not a type of terrain: rock, rubble, glaciers, etc.?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: The contour interval is a maximum of 20 metres

answers: NDQ_001590

answers: 20 metres

answers: NDQ_001591

answers: high mountain regions

answers: NDQ_001592

answers: The contour interval is a maximum of 20 metres

answers: NDQ_001593

answers: slope of the land

answers: NDQ_001594

answers: 20 metres

answers: NDQ_001595

answers: 20 metres

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: contour interval

answers: NDQ_001600

answers: The contour interval is a maximum of 20 metres

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: Which of the following is not a type of rock: rock, rubble, glaciers, etc.

answers: NDQ_001606

answers: 20 metres

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: What is the maximum contour interval?

answers: NDQ_001613

answers: The mountaineer should therefore be able to orient himself well using Alpine Club

answers: NDQ_001614

answers: What is the contour interval?

answers: NDQ_001618

answers: The contour interval

answers: NDQ_001619

answers: contour interval

answers: NDQ_001620

answers: 20 metres

answers: NDQ_001621

answers: contour interval

answers: NDQ_001622

answers: glaciers

answers: NDQ_001623

answers: contour interval

answers: NDQ_001624

answers: glaciers

answers: NDQ_001625

answers: 20 metres

answers: NDQ_001586

answers: (spot heights)

answers: NDQ_001587

answers: The contour interval is a maximum of 20 metres.

answers: NDQ_001588

answers: overlapping map sheets

answers: NDQ_001589

answers: 20 metres.

answers: NDQ_001590

answers: 20 metres.

answers: NDQ_001591

answers: away from the marked routes.

answers: NDQ_001592

answers: marked routes.

answers: NDQ_001593

answers: contour interval

answers: NDQ_001594

answers: contour interval is a maximum of 20 metres.

answers: NDQ_001595

answers: 20 metres.

answers: NDQ_001597

answers: AV maps are their large scale (usually 1:25,000),

answers: NDQ_001598

answers: contour interval

answers: NDQ_001600

answers: open terrain,

answers: NDQ_001603

answers: AV maps are their large scale (usually 1:25,000),

answers: NDQ_001605

answers: (rock, rubble, glaciers,

answers: NDQ_001606

answers: The contour interval is a maximum of 20 metres.

answers: NDQ_001608

answers: The contour interval

answers: NDQ_001611

answers: contour interval is a maximum of 20 metres.

answers: NDQ_001613

answers: 20 metres.

answers: NDQ_001614

answers: AV maps are their large scale (usually 1:25,000),

answers: NDQ_001618

answers: high mountains (rock, rubble, glaciers,

answers: NDQ_001619

answers: contour interval is a maximum of 20 metres.

answers: NDQ_001620

answers: The contour interval is a maximum of 20 metres.

answers: NDQ_001621

answers: (spot heights)

answers: NDQ_001622

answers: (rock, rubble, glaciers,

answers: NDQ_001623

answers: contour interval

answers: NDQ_001624

answers: glaciers,

answers: NDQ_001625

answers: 20 metres.

text: Most commonly contour lines are drawn in plan view, or as an observer in space would view the Earth's surface: ordinary map form. However, some parameters can often be displayed in profile view showing a vertical profile of the parameter mapped. Some of the most common parameters mapped in profile are air pollutant concentrations and sound levels.  In each of those cases it may be important to analyze (air pollutant concentrations or sound levels) at varying heights so as to determine the air quality or noise health effects on people at different elevations, for example, living on different floor levels of an urban apartment.  In actuality, both plan and profile view contour maps are used in air pollution and noise pollution studies.

text: Most commonly contour lines are drawn in plan view, or as an observer in space would view the Earth's surface: ordinary map form. However, some parameters can often be displayed in profile view showing a vertical profile of the parameter mapped. Some of the most common parameters mapped in profile are

text: air pollutant concentrations

text: and

text: sound level

text: s.  In each of those cases it may be important to analyze (air pollutant concentrations or sound levels) at varying heights so as to determine the air quality or

text: noise health effects

text: on people at different elevations, for example, living on different floor levels of an urban apartment.  In actuality, both plan and profile view contour maps are used in

text: air pollution

text: and

text: noise pollution

text: studies.

answers: NDQ_001586

answers: plan view

answers: NDQ_001587

answers: is a type of what?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: air pollutant concentrations

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: vertical profile

answers: NDQ_001592

answers: air pollutant concentrations or sound levels

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: plan view

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: plan view

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: Which of the following is not used to represent different types of rocks on geologic maps?

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: Yes

answers: NDQ_001611

answers: plan view

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: plan view

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: plan view

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: profile view

answers: NDQ_001625

answers: varying heights

answers: NDQ_001586

answers: plan view,

answers: NDQ_001587

answers: profile view showing a vertical profile

answers: NDQ_001588

answers: plan view,

answers: NDQ_001589

answers: plan view,

answers: NDQ_001590

answers: plan view,

answers: NDQ_001591

answers: vertical profile

answers: NDQ_001592

answers: vertical profile of the parameter mapped.

answers: NDQ_001593

answers: contour lines are drawn in plan view,

answers: NDQ_001594

answers: plan view,

answers: NDQ_001595

answers: plan view,

answers: NDQ_001597

answers: contour lines are drawn in plan view,

answers: NDQ_001598

answers: plan view,

answers: NDQ_001600

answers: plan view,

answers: NDQ_001603

answers: both plan and profile view contour maps

answers: NDQ_001605

answers: plan view,

answers: NDQ_001606

answers: plan view,

answers: NDQ_001608

answers: plan view,

answers: NDQ_001611

answers: plan view,

answers: NDQ_001613

answers: plan view,

answers: NDQ_001614

answers: plan view,

answers: NDQ_001618

answers: air pollutant concentrations and sound levels.

answers: NDQ_001619

answers: profile view

answers: NDQ_001620

answers: varying heights

answers: NDQ_001621

answers: plan view,

answers: NDQ_001622

answers: air pollutant concentrations and sound levels.

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: profile view showing a vertical profile

answers: NDQ_001625

answers: varying heights

text: The game's terrain texture maps were made with satellite images rendered at four square meters per pixel, the highest resolution used in a flight simulator at that time. Artist Karen Wolff designed the terrain by combining large topographic maps into a "mosaic", which recreated the elevations and depressions of the Seattle area. The satellite imagery was layered over the resultant polygonal mesh. Real elevation data was also used for the eight lower-resolution Western American states outside of the Seattle area. Budget concerns and the storage limitations of the CD-ROM format prevented the team from rendering the entire United States, despite fan demand. The 3D objects that move across the terrain were created by Yoosun Cho, who used numerous photography books for inspiration. Flight Unlimited IIIs object editor let her set these objects to "move once along the path, back and forth or cycle". The weather system, co-designed by James, generates, moves and disperses weather fronts based on real-time calculations of atmospheric conditions such as humidity and orographic lift.

text: The game's terrain

text: texture maps

text: were made with

text: satellite images

text: rendered at four

text: square meters per pixel

text: , the highest resolution used in a flight simulator at that time. Artist Karen Wolff designed the terrain by combining large

text: topographic map

text: s into a "mosaic", which recreated the elevations and depressions of the Seattle area. The satellite imagery was layered over the resultant polygonal mesh. Real elevation data was also used for the eight lower-resolution Western American states outside of the Seattle area. Budget concerns and the

text: storage

text: limitations of the

text: CD-ROM

text: format prevented the team from rendering the entire United States, despite fan demand. The 3D objects that move across the terrain were created by Yoosun Cho, who used numerous photography books for inspiration. Flight Unlimited IIIs object editor let her set these objects to "move once along the path, back and forth or cycle". The weather system, co-designed by James, generates, moves and disperses

text: weather front

text: s based on real-time calculations of atmospheric conditions such as

text: humidity

text: and

text: orographic lift

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: What is the highest resolution used in a flight simulator at that time?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the team could not render the entire United States, despite fan demand

answers: NDQ_001590

answers: What was the highest resolution used in a flight simulator at that time?

answers: NDQ_001591

answers: depressions

answers: NDQ_001592

answers: render the entire United States

answers: NDQ_001593

answers: elevation

answers: NDQ_001594

answers: What are contour lines on a bathymetric map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: elevations

answers: NDQ_001600

answers: What was the highest resolution used in a flight simulator at that time?

answers: NDQ_001603

answers: None of the above choices.

answers: NDQ_001605

answers: What is the name of the game's terrain texture maps?

answers: NDQ_001606

answers: what is the highest resolution used in a flight simulator at that time

answers: NDQ_001608

answers: What helps to see the three-dimensional shape of the land

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is the hatch marks?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: elevations

answers: NDQ_001619

answers: depressions

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Seattle area

answers: NDQ_001623

answers: Mosaic

answers: NDQ_001624

answers: depressions

answers: NDQ_001625

answers: four square meters

answers: NDQ_001586

answers: Real elevation data

answers: NDQ_001587

answers: elevations and depressions of the Seattle area.

answers: NDQ_001588

answers: four square meters per pixel,

answers: NDQ_001589

answers: elevations and depressions

answers: NDQ_001590

answers: four square meters per pixel,

answers: NDQ_001591

answers: elevations and depressions

answers: NDQ_001592

answers: rendering the entire United States,

answers: NDQ_001593

answers: Real elevation data

answers: NDQ_001594

answers: four square meters per pixel,

answers: NDQ_001595

answers: four square meters per pixel,

answers: NDQ_001597

answers: topographic maps

answers: NDQ_001598

answers: elevations and depressions

answers: NDQ_001600

answers: "mosaic", which recreated the elevations and depressions

answers: NDQ_001603

answers: topographic maps

answers: NDQ_001605

answers: topographic maps

answers: NDQ_001606

answers: four square meters per pixel,

answers: NDQ_001608

answers: 3D objects

answers: NDQ_001611

answers: Flight Unlimited IIIs

answers: NDQ_001613

answers: "mosaic",

answers: NDQ_001614

answers: topographic maps

answers: NDQ_001618

answers: Seattle area.

answers: NDQ_001619

answers: elevations and depressions

answers: NDQ_001620

answers: depressions

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Seattle area.

answers: NDQ_001623

answers: path,

answers: NDQ_001624

answers: Seattle area.

answers: NDQ_001625

answers: four square meters per pixel,

text: Line type refers to whether the basic contour line is solid, dashed, dotted or broken in some other pattern to create the desired effect.  Dotted or dashed lines are often used when the underlying base map conveys very important (or difficult to read) information.  Broken line types are used when the location of the contour line is inferred.

text: Line type refers to whether the basic contour line is solid, dashed, dotted or broken in some other pattern to create the desired effect.  Dotted or dashed lines are often used when the underlying base map conveys very important (or difficult to read) information.  Broken line types are used when the location of the contour line is inferred.

answers: NDQ_001586

answers: dotted

answers: NDQ_001587

answers: does not have a contour line.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: dotted or dashed lines

answers: NDQ_001590

answers: solid

answers: NDQ_001591

answers: location of the contour line

answers: NDQ_001592

answers: Dotted or dashed

answers: NDQ_001593

answers: solid

answers: NDQ_001594

answers: solid

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: dotted

answers: NDQ_001598

answers: dotted

answers: NDQ_001600

answers: dotted

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: dotted

answers: NDQ_001608

answers: solid

answers: NDQ_001611

answers: dotted

answers: NDQ_001613

answers: dotted

answers: NDQ_001614

answers: solid

answers: NDQ_001618

answers: Dotted

answers: NDQ_001619

answers: dotted

answers: NDQ_001620

answers: solid

answers: NDQ_001621

answers: contour line

answers: NDQ_001622

answers: solid

answers: NDQ_001623

answers: basic contour line

answers: NDQ_001624

answers: dotted

answers: NDQ_001625

answers: dotted

answers: NDQ_001586

answers: dotted or broken

answers: NDQ_001587

answers: Line type

answers: NDQ_001588

answers: Line type

answers: NDQ_001589

answers: Broken line types

answers: NDQ_001590

answers: Line type

answers: NDQ_001591

answers: the location of the contour line is inferred.

answers: NDQ_001592

answers: dotted

answers: NDQ_001593

answers: Line type

answers: NDQ_001594

answers: solid, dashed, dotted or broken

answers: NDQ_001595

answers: Line type

answers: NDQ_001597

answers: Broken line types

answers: NDQ_001598

answers: dotted or broken

answers: NDQ_001600

answers: dotted

answers: NDQ_001603

answers: Dotted or dashed lines

answers: NDQ_001605

answers: Line type

answers: NDQ_001606

answers: Line type

answers: NDQ_001608

answers: broken in some other pattern to create the desired effect.

answers: NDQ_001611

answers: Broken

answers: NDQ_001613

answers: Broken

answers: NDQ_001614

answers: Line type

answers: NDQ_001618

answers: Dotted or dashed lines

answers: NDQ_001619

answers: contour line

answers: NDQ_001620

answers: dotted or broken

answers: NDQ_001621

answers: contour line

answers: NDQ_001622

answers: Broken

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: Broken

answers: NDQ_001625

answers: Line type

text: Brief history: A need for a geological map of France goes back in time to a decree promulgated by Napoleon III, dated the First of October 1868, which established the "Service de la carte géologique de la France et des topographies souterraines" (English: The geologic map of France and groundwater topography service). The earliest geologic maps date back to 1664 (by ) and 1746 (by Jean-Étienne Guettard). Since 1794, the Corps des mines have been responsible for drawing up geological maps. Jean Baptiste Julien d'Omalius d'Halloy sketched the geology of the Parisian basin and it environs in 1816, scaling the map at 1/800 000. Ours-Pierre-Armand Petit-Dufrénoy and Jean-Baptiste Élie de Beaumont, who were both mining engineers, were charged with the task of drawing up the first French geological map in 1841, using a scale of  1 / 500 000.

text: Brief history: A need for a geological map of France goes back in time to a decree promulgated by

text: Napoleon III

text: , dated the First of October 1868, which established the "Service de la carte géologique de la France et des topographies souterraines" (English: The geologic map of France and groundwater topography service). The earliest geologic maps date back to 1664 (by ) and 1746 (by

text: Jean-Étienne Guettard

text: ). Since 1794, the

text: Corps des mines

text: have been responsible for drawing up geological maps.

text: Jean Baptiste Julien d'Omalius d'Halloy

text: sketched the geology of the Parisian basin and it environs in 1816, scaling the map at 1/800 000.

text: Ours-Pierre-Armand Petit-Dufrénoy

text: and

text: Jean-Baptiste Élie de Beaumont

text: , who were both mining engineers, were charged with the task of drawing up the first French geological map in 1841, using a scale of  1 / 500 000.

answers: NDQ_001586

answers: contour lines that are numbered represent changes in elevation

answers: NDQ_001587

answers: The earliest geologic maps date back to 1664

answers: NDQ_001588

answers: What is the opposite of parallel?

answers: NDQ_001589

answers: the Corps des mines have been responsible for drawing up geological maps

answers: NDQ_001590

answers: The earliest geologic maps date back to 1664

answers: NDQ_001591

answers: groundwater

answers: NDQ_001592

answers: groundwater topography

answers: NDQ_001593

answers: To determine the slope of the land

answers: NDQ_001594

answers: What is a bathymetric map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Direction that rivers and streams flow

answers: NDQ_001598

answers: scaled the map at 1/800 000

answers: NDQ_001600

answers: The earliest geologic maps date back to 1664

answers: NDQ_001603

answers: What is the purpose of a geological map?

answers: NDQ_001605

answers: How many different colors are used on a geological map?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is a contour line?

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill.

answers: NDQ_001613

answers: The earliest geologic maps date back to 1664

answers: NDQ_001614

answers: The earliest geologic maps date back to 1664

answers: NDQ_001618

answers: groundwater

answers: NDQ_001619

answers: geological map

answers: NDQ_001620

answers: The difference in elevation

answers: NDQ_001621

answers: topography

answers: NDQ_001622

answers: groundwater

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: groundwater

answers: NDQ_001625

answers: 1 / 500 000

answers: NDQ_001586

answers: 1 / 500 000.

answers: NDQ_001587

answers: Parisian basin and it environs in 1816,

answers: NDQ_001588

answers: 1841,

answers: NDQ_001589

answers: 1/800 000.

answers: NDQ_001590

answers: 1 / 500 000.

answers: NDQ_001591

answers: groundwater topography

answers: NDQ_001592

answers: groundwater

answers: NDQ_001593

answers: 1 / 500 000.

answers: NDQ_001594

answers: 1 / 500 000.

answers: NDQ_001595

answers: 1 / 500 000.

answers: NDQ_001597

answers: topographies souterraines"

answers: NDQ_001598

answers: 1 / 500 000.

answers: NDQ_001600

answers: 1 / 500 000.

answers: NDQ_001603

answers: topographies souterraines"

answers: NDQ_001605

answers: 1 / 500 000.

answers: NDQ_001606

answers: 1/800 000.

answers: NDQ_001608

answers: 1 / 500 000.

answers: NDQ_001611

answers: 1 / 500 000.

answers: NDQ_001613

answers: 1 / 500 000.

answers: NDQ_001614

answers: 1/800 000.

answers: NDQ_001618

answers: groundwater

answers: NDQ_001619

answers: groundwater topography

answers: NDQ_001620

answers: 1 / 500 000.

answers: NDQ_001621

answers: topography

answers: NDQ_001622

answers: groundwater

answers: NDQ_001623

answers: a scale of 1 / 500 000.

answers: NDQ_001624

answers: groundwater

answers: NDQ_001625

answers: 1 / 500 000.

text: There were several U.S. government-sponsored explorers who explored part of the Oregon Trail and wrote extensively about their explorations. Captain Benjamin Bonneville on his expedition of 1832 to 1834 explored much of the Oregon trail and brought wagons up the Platte, North Platte, Sweetwater route across South Pass to the Green River in Wyoming. He explored most of Idaho and the Oregon Trail to the Columbia. The account of his explorations in the west was published by Washington Irving in 1838.). John C. Frémont of the U.S. Army's Corps of Topographical Engineers and his guide Kit Carson led three expeditions from 1842 to 1846 over parts of California and Oregon. His explorations were written up by him and his wife Jessie Benton Frémont and were widely published. The first "decent" map of California and Oregon were drawn by Frémont and his topographers and cartographers in about 1848.

text: There were several U.S. government-sponsored explorers who explored part of the Oregon Trail and wrote extensively about their explorations. Captain

text: Benjamin Bonneville

text: on his expedition of 1832 to 1834 explored much of the Oregon trail and brought wagons up the Platte, North Platte, Sweetwater route across South Pass to the Green River in Wyoming. He explored most of Idaho and the Oregon Trail to the Columbia. The account of his explorations in the west was published by

text: Washington Irving

text: in 1838.).

text: John C. Frémont

text: of the

text: U.S. Army's Corps of Topographical Engineers

text: and his guide Kit Carson led three expeditions from 1842 to 1846 over parts of California and Oregon. His explorations were written up by him and his wife

text: Jessie Benton Frémont

text: and were widely published. The first "decent" map of California and Oregon were drawn by Frémont and his

text: topographer

text: s and

text: cartographers

text: in about 1848.

answers: NDQ_001586

answers: None of the above choices.

answers: NDQ_001587

answers: How many years did John C. Frémont lead three expeditions over parts of California and Oregon?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: unanswerable

answers: NDQ_001590

answers: What is the first "decent" map of California and Oregon?

answers: NDQ_001591

answers: the Oregon Trail

answers: NDQ_001592

answers: bring wagons up the Platte

answers: NDQ_001593

answers: What is the first "decent" map of California and Oregon

answers: NDQ_001594

answers: what is the first "decent" map of California and Oregon

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Which of the following is not true?

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

answers: what is the first "decent" map of California and Oregon

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What did John C. Frémont and his topographers and cartographers use to draw California and Oregon?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What did John C. Frémont and his topographers and cartographers draw?

answers: NDQ_001611

answers: What is the first "decent" map of California and Oregon?

answers: NDQ_001613

answers: Which of the following is not a topographic engineer: John C. Frémont, Kit Carson, or Washington Irving?

answers: NDQ_001614

answers: Which happened first, the first "decent" map of California and Oregon were drawn by Frémont and his topographers and cartographers or Kit Carson led three expeditions from 1842 to 1846 over parts of California and Oregon?

answers: NDQ_001618

answers: Oregon Trail

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: Topographical

answers: NDQ_001622

answers: Oregon Trail

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: South Pass

answers: NDQ_001625

answers: 1°

answers: NDQ_001586

answers: 1848.

answers: NDQ_001587

answers: South Pass to the Green River in Wyoming.

answers: NDQ_001588

answers: 1848.

answers: NDQ_001589

answers: 1848.

answers: NDQ_001590

answers: 1848.

answers: NDQ_001591

answers: Oregon Trail

answers: NDQ_001592

answers: brought wagons

answers: NDQ_001593

answers: 1848.

answers: NDQ_001594

answers: 1848.

answers: NDQ_001595

answers: 1832 to 1834

answers: NDQ_001597

answers: The first "decent" map of California and Oregon

answers: NDQ_001598

answers: 1848.

answers: NDQ_001600

answers: 1848.

answers: NDQ_001603

answers: topographers and cartographers in about 1848.

answers: NDQ_001605

answers: 1848.

answers: NDQ_001606

answers: 1848.

answers: NDQ_001608

answers: Topographical Engineers

answers: NDQ_001611

answers: 1848.

answers: NDQ_001613

answers: 1848.

answers: NDQ_001614

answers: 1848.

answers: NDQ_001618

answers: Oregon Trail

answers: NDQ_001619

answers: Topographical Engineers

answers: NDQ_001620

answers: 1848.

answers: NDQ_001621

answers: Topographical

answers: NDQ_001622

answers: Oregon Trail

answers: NDQ_001623

answers: South Pass

answers: NDQ_001624

answers: Oregon Trail

answers: NDQ_001625

answers: 1848.

text: Topographic map of Vlissingen (city), Sept. 2014

text: Topographic map of Vlissingen (city), Sept. 2014

answers: NDQ_001586

answers: change in elevation

answers: NDQ_001587

answers: Vlissingen (city)

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is a map of the ocean

answers: NDQ_001590

answers: The contour interval of a topographic map represents the horizontal distance between contour lines.

answers: NDQ_001591

answers: valleys

answers: NDQ_001592

answers: enlarge the image

answers: NDQ_001593

answers: What is the slope of the land in Vlissingen?

answers: NDQ_001594

answers: contour lines represent the distance to the bottom of the water

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that streams flow

answers: NDQ_001598

answers: The side of the mountain that is steepest

answers: NDQ_001600

answers: contour lines are so close together

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: How do contour lines help us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: Concentric lines that are very close together show a low, steep hill

answers: NDQ_001613

answers: The hatch marks are drawn on the side with the higher elevation

answers: NDQ_001614

answers: Which of the following is true of topographic maps?

answers: NDQ_001618

answers: valleys

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: Topographic map

answers: NDQ_001622

answers: valleys

answers: NDQ_001623

answers: isolines

answers: NDQ_001624

answers: mountain ranges

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Vlissingen

answers: NDQ_001587

answers: Topographic map of Vlissingen

answers: NDQ_001588

answers: Vlissingen

answers: NDQ_001589

answers: Topographic map

answers: NDQ_001590

answers: Vlissingen (city), Sept. 2014

answers: NDQ_001591

answers: Topographic map of Vlissingen

answers: NDQ_001592

answers: 2014

answers: NDQ_001593

answers: Topographic map of Vlissingen

answers: NDQ_001594

answers: Topographic map of Vlissingen

answers: NDQ_001595

answers: 2014

answers: NDQ_001597

answers: Topographic map of Vlissingen

answers: NDQ_001598

answers: Topographic map of Vlissingen

answers: NDQ_001600

answers: Topographic map of Vlissingen

answers: NDQ_001603

answers: Vlissingen (city), Sept. 2014

answers: NDQ_001605

answers: Vlissingen (city), Sept. 2014

answers: NDQ_001606

answers: Topographic map of Vlissingen

answers: NDQ_001608

answers: Topographic map of Vlissingen

answers: NDQ_001611

answers: Topographic map of Vlissingen

answers: NDQ_001613

answers: Vlissingen

answers: NDQ_001614

answers: Vlissingen (city), Sept. 2014

answers: NDQ_001618

answers: Vlissingen

answers: NDQ_001619

answers: Topographic map

answers: NDQ_001620

answers: Vlissingen (city), Sept. 2014

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Vlissingen

answers: NDQ_001623

answers: Topographic map of Vlissingen

answers: NDQ_001624

answers: Vlissingen

answers: NDQ_001625

answers: 2014

text: Besides being a topographic map of surprisingly modern aspect, the Turin Papyrus is also a geological map (the earliest known) because it accurately shows the local distribution of different rock types (with black and pink hills), the lithologically diverse wadi gravels (with brown, green and white dots), and it contains information on quarrying and mining. The draughtsman clearly and carefully distributed distinctive features in accordance with the reality of a particular area, adding clarity by the use of legends and contrasting colors. In this respect, the Turin Papyrus may be regarded as the earliest known Geographic Information System.<ref>McMahon, David M., "The Turin Papyrus Map The Oldest Known Map with Geological Significance", Earth Sciences History 11 no. 1 (1992): 9-12.

text: Besides being a

text: topographic map

text: of surprisingly modern aspect, the Turin Papyrus is also a

text: geological map

text: (the earliest known) because it accurately shows the local distribution of different rock types (with black and pink hills), the

text: lithologically

text: diverse wadi

text: gravel

text: s (with brown, green and white dots), and it contains information on quarrying and mining. The draughtsman clearly and carefully distributed distinctive features in accordance with the reality of a particular area, adding clarity by the use of legends and contrasting colors. In this respect, the Turin Papyrus may be regarded as the earliest known

text: Geographic Information System

text: .<ref>McMahon, David M., "The Turin Papyrus Map The Oldest Known Map with Geological Significance", Earth Sciences History 11 no. 1 (1992): 9-12.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What color are the dots on the Turin Papyrus?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: it contains information on quarrying and mining

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: the reality of a particular area

answers: NDQ_001592

answers: contains information on quarrying and mining

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Yes

answers: NDQ_001598

answers: the Turin Papyrus

answers: NDQ_001600

answers: contour lines are so close together that they almost touch

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Yes

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: The draughtsman clearly and carefully distributed distinctive features

answers: NDQ_001611

answers: black and pink hills

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: black and pink hills

answers: NDQ_001619

answers: wadi gravels

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: black and pink hills

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: Wadi gravels

answers: NDQ_001625

answers: 9-12

answers: NDQ_001586

answers: contrasting colors.

answers: NDQ_001587

answers: wadi gravels (with brown, green and white dots),

answers: NDQ_001588

answers: contrasting colors.

answers: NDQ_001589

answers: topographic map of surprisingly modern aspect,

answers: NDQ_001590

answers: topographic map

answers: NDQ_001591

answers: local distribution of different rock types

answers: NDQ_001592

answers: local distribution of different rock types

answers: NDQ_001593

answers: quarrying and mining.

answers: NDQ_001594

answers: geological map

answers: NDQ_001595

answers: 9-12.

answers: NDQ_001597

answers: local distribution of different rock types

answers: NDQ_001598

answers: contrasting colors.

answers: NDQ_001600

answers: hills),

answers: NDQ_001603

answers: geological map

answers: NDQ_001605

answers: contrasting colors.

answers: NDQ_001606

answers: 9-12.

answers: NDQ_001608

answers: contrasting colors.

answers: NDQ_001611

answers: black and pink hills),

answers: NDQ_001613

answers: contrasting colors.

answers: NDQ_001614

answers: topographic map

answers: NDQ_001618

answers: different rock types

answers: NDQ_001619

answers: wadi gravels

answers: NDQ_001620

answers: hills),

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: wadi gravels

answers: NDQ_001623

answers: dots),

answers: NDQ_001624

answers: wadi gravels

answers: NDQ_001625

answers: Turin Papyrus

text: The whole north western corner of Ardnamurchan contains a complex of underground volcanic structures, often described, perhaps inaccurately, as a caldera. It is in fact known that the structure of the north-western corner of the Ardnamurchan peninsula is due to a lopolith (previously interpreted as a ring dyke) which has been exposed at the surface. Evidence for a lopolith is seen in rock exposures in the area which show plagioclase crystals aligned towards the centre of the complex, an alignment caused by magmatic flow within a lopolith. Relatively small areas of lava that were ejected onto the surface are found in some parts of the peninsula. At least seven other similar complexes of the same tectonic episode are dotted up the west coast of Britain, and these are popular sites for many university geological training courses. Geological research is continuing in the area. The sub-concentric rings of the volcanic complex can easily be seen in satellite photographs and topographic maps, though they are less obvious on the ground.

text: The whole north western corner of Ardnamurchan contains a complex of underground volcanic structures, often described, perhaps inaccurately, as a

text: caldera

text: . It is in fact known that the structure of the north-western corner of the Ardnamurchan peninsula is due to a

text: lopolith

text: (previously interpreted as a ring dyke) which has been exposed at the surface. Evidence for a lopolith is seen in rock exposures in the area which show plagioclase crystals aligned towards the centre of the complex, an alignment caused by magmatic flow within a lopolith. Relatively small areas of lava that were ejected onto the surface are found in some parts of the peninsula. At least seven other similar complexes of the same tectonic episode are dotted up the west coast of Britain, and these are popular sites for many university geological training courses. Geological research is continuing in the area. The sub-concentric rings of the volcanic complex can easily be seen in satellite photographs and topographic maps, though they are less obvious on the ground.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What is the name of the complex of underground volcanic structures?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: can easily be seen in satellite photographs

answers: NDQ_001590

answers: What is the sub-concentric rings of the volcanic complex?

answers: NDQ_001591

answers: sub-concentric rings

answers: NDQ_001592

answers: less obvious on the ground

answers: NDQ_001593

answers: unanswerable

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

answers: sub-concentric rings

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What color are the sub-concentric rings of the volcanic complex?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What do topographic maps help us to see?

answers: NDQ_001611

answers: unanswerable

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: sub-concentric rings of the volcanic complex

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: sub-concentric rings

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: The sub-concentric rings

answers: NDQ_001623

answers: sub-concentric rings

answers: NDQ_001624

answers: The sub-concentric rings

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: The sub-concentric rings

answers: NDQ_001587

answers: plagioclase crystals aligned towards the centre

answers: NDQ_001588

answers: sub-concentric rings

answers: NDQ_001589

answers: topographic maps, though they are less obvious on the ground.

answers: NDQ_001590

answers: The sub-concentric rings

answers: NDQ_001591

answers: sub-concentric rings

answers: NDQ_001592

answers: sub-concentric rings

answers: NDQ_001593

answers: topographic maps,

answers: NDQ_001594

answers: satellite photographs

answers: NDQ_001595

answers: The whole north western corner of Ardnamurchan

answers: NDQ_001597

answers: The sub-concentric rings of the volcanic complex

answers: NDQ_001598

answers: The sub-concentric rings

answers: NDQ_001600

answers: sub-concentric rings

answers: NDQ_001603

answers: satellite photographs

answers: NDQ_001605

answers: topographic maps,

answers: NDQ_001606

answers: The whole north western corner of Ardnamurchan

answers: NDQ_001608

answers: topographic maps,

answers: NDQ_001611

answers: sub-concentric rings

answers: NDQ_001613

answers: The sub-concentric rings

answers: NDQ_001614

answers: satellite photographs

answers: NDQ_001618

answers: The sub-concentric rings of the volcanic complex

answers: NDQ_001619

answers: topographic maps,

answers: NDQ_001620

answers: sub-concentric rings

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: sub-concentric rings of the volcanic complex

answers: NDQ_001623

answers: sub-concentric rings

answers: NDQ_001624

answers: sub-concentric rings of the volcanic complex

answers: NDQ_001625

answers: sub-concentric rings

text: Land forms are shown using contour lines with a contour interval of 5 metres. Additional symbols are provided to show e.g. earth bank, knoll, depression, small depression, pit, broken ground etc.

text: Land forms are shown using

text: contour line

text: s with a contour interval of 5 metres. Additional symbols are provided to show e.g. earth bank,

text: knoll

text: depression

text: , small depression, pit, broken ground etc.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: is shown of a hill with a depression.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map does not use contour lines

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: depression

answers: NDQ_001592

answers: change the shape of the land

answers: NDQ_001593

answers: How can you use a topographic map to determine the slope of the land

answers: NDQ_001594

answers: What are contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a depression

answers: NDQ_001603

answers: It is impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: How many metres is the difference between two contour lines?

answers: NDQ_001608

answers: Yes

answers: NDQ_001611

answers: contour lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is the hatch mark?

answers: NDQ_001614

answers: Which of the following is NOT true?

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: can be used

answers: NDQ_001620

answers: 5 metres

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: ridge

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: depression

answers: NDQ_001625

answers: 5 metres

answers: NDQ_001586

answers: 5 metres.

answers: NDQ_001587

answers: 5 metres.

answers: NDQ_001588

answers: contour lines with a contour interval of 5 metres.

answers: NDQ_001589

answers: 5 metres.

answers: NDQ_001590

answers: 5 metres.

answers: NDQ_001591

answers: depression, small depression, pit, broken ground

answers: NDQ_001592

answers: 5 metres.

answers: NDQ_001593

answers: contour lines with a contour interval of 5 metres.

answers: NDQ_001594

answers: 5 metres.

answers: NDQ_001595

answers: 5 metres.

answers: NDQ_001597

answers: contour lines

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: 5 metres.

answers: NDQ_001603

answers: Land forms are shown using contour lines with a contour interval of 5 metres.

answers: NDQ_001605

answers: Additional symbols

answers: NDQ_001606

answers: 5 metres.

answers: NDQ_001608

answers: Land forms are shown using contour lines with a contour interval of 5 metres.

answers: NDQ_001611

answers: contour lines with a contour interval of 5 metres.

answers: NDQ_001613

answers: contour lines with a contour interval of 5 metres.

answers: NDQ_001614

answers: 5 metres.

answers: NDQ_001618

answers: Land forms

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: 5 metres.

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: Land forms

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: Land forms

answers: NDQ_001625

answers: 5 metres.

text: Messent Peak () is one of the Bristly Peaks, rising to about  just west of Brodie Peak and  southwest of Mount Castro in the central Antarctic Peninsula. It was named by the Advisory Committee on Antarctic Names in 1977 for David R. Messent, a geodesist at the U.S. Army Topographic Command (later the Defense Mapping Agency, Hydrographic/Topographic Center), Palmer Station, winter party 1969.

text: Messent Peak () is one of the

text: Bristly Peaks

text: , rising to about  just west of

text: Brodie Peak

text: and  southwest of

text: Mount Castro

text: in the central

text: Antarctic Peninsula

text: . It was named by the

text: Advisory Committee on Antarctic Names

text: in 1977 for

text: David R. Messent

text: , a geodesist at the U.S. Army Topographic Command (later the

text: Defense Mapping Agency

text: , Hydrographic/Topographic Center),

text: Palmer Station

text: , winter party 1969.

answers: NDQ_001586

answers: None of the above choices are available

answers: NDQ_001587

answers: How many miles is Messent Peak from Brodie Peak?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the Defense Mapping Agency, Hydrographic/Topographic Center

answers: NDQ_001590

answers: What is the term for the horizontal distance between contour lines?

answers: NDQ_001591

answers: Bristly Peaks

answers: NDQ_001592

answers: Names

answers: NDQ_001593

answers: How would you know the slope of the land?

answers: NDQ_001594

answers: What is the first name of the person who named Messent Peak?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: How would you describe David R. Messent?

answers: NDQ_001598

answers: west

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What is the primary color of the Bristly Peaks?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: How would you describe Messent Peak?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is Messent Peak?

answers: NDQ_001614

answers: What is one of the Bristly Peaks?

answers: NDQ_001618

answers: Bristly Peak

answers: NDQ_001619

answers: Hydrographic

answers: NDQ_001620

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Bristly Peak

answers: NDQ_001623

answers: Bristly

answers: NDQ_001624

answers: Bristly Peak

answers: NDQ_001625

answers: 0 m

answers: NDQ_001586

answers: Messent Peak

answers: NDQ_001587

answers: Mount Castro

answers: NDQ_001588

answers: west of Brodie Peak and southwest of Mount Castro in the central Antarctic Peninsula.

answers: NDQ_001589

answers: Hydrographic/Topographic Center), Palmer Station, winter party 1969.

answers: NDQ_001590

answers: Hydrographic/Topographic Center),

answers: NDQ_001591

answers: Bristly Peaks,

answers: NDQ_001592

answers: Hydrographic/Topographic

answers: NDQ_001593

answers: Hydrographic/Topographic Center),

answers: NDQ_001594

answers: Hydrographic/Topographic Center),

answers: NDQ_001595

answers: 1969.

answers: NDQ_001597

answers: Hydrographic/Topographic Center),

answers: NDQ_001598

answers: west

answers: NDQ_001600

answers: Antarctic Peninsula.

answers: NDQ_001603

answers: geodesist

answers: NDQ_001605

answers: Hydrographic/Topographic Center),

answers: NDQ_001606

answers: Messent Peak

answers: NDQ_001608

answers: Hydrographic/Topographic Center),

answers: NDQ_001611

answers: Messent Peak

answers: NDQ_001613

answers: Hydrographic/Topographic Center),

answers: NDQ_001614

answers: Messent Peak

answers: NDQ_001618

answers: Messent Peak

answers: NDQ_001619

answers: Hydrographic/Topographic

answers: NDQ_001620

answers: Messent Peak

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Messent Peak

answers: NDQ_001623

answers: Bristly Peaks,

answers: NDQ_001624

answers: Bristly Peaks,

answers: NDQ_001625

answers: 1969.

text: The Nyquist contour mapped through the function

text: The Nyquist contour mapped through the function

answers: NDQ_001586

answers: change in elevation

answers: NDQ_001587

answers: can be used to find the Nyquist contour

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: The Nyquist contour mapped through the function

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: asymmetrical contour

answers: NDQ_001592

answers: change the direction of a curve

answers: NDQ_001593

answers: The Nyquist contour mapped through the function

answers: NDQ_001594

answers: the Nyquist contour

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: The Nyquist contour mapped through the function

answers: NDQ_001598

answers: the Nyquist contour

answers: NDQ_001600

answers: The Nyquist contour mapped through the function

answers: NDQ_001603

answers: None of the above choices .

answers: NDQ_001605

answers: None of the above choices .

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval.

answers: NDQ_001608

answers: None of the above choices .

answers: NDQ_001611

answers: The Nyquist contour mapped through the function

answers: NDQ_001613

answers: The Nyquist contour mapped through the function

answers: NDQ_001614

answers: None of the above choices .

answers: NDQ_001618

answers: Nyquist contour

answers: NDQ_001619

answers: contours

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: contour map

answers: NDQ_001622

answers: Nyquist contour

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: Nyquist contour

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: The Nyquist contour mapped through the function

answers: NDQ_001587

answers: The Nyquist contour

answers: NDQ_001588

answers: The Nyquist contour mapped through the function

answers: NDQ_001589

answers: function

answers: NDQ_001590

answers: The Nyquist contour mapped through the function

answers: NDQ_001591

answers: Nyquist

answers: NDQ_001592

answers: The Nyquist contour

answers: NDQ_001593

answers: The Nyquist

answers: NDQ_001594

answers: The Nyquist contour mapped through the function

answers: NDQ_001595

answers: The Nyquist

answers: NDQ_001597

answers: The Nyquist contour mapped through the function

answers: NDQ_001598

answers: The Nyquist contour

answers: NDQ_001600

answers: The Nyquist contour mapped through the function

answers: NDQ_001603

answers: The Nyquist contour mapped through the function

answers: NDQ_001605

answers: The Nyquist contour mapped through the function

answers: NDQ_001606

answers: The Nyquist

answers: NDQ_001608

answers: The Nyquist contour mapped through the function

answers: NDQ_001611

answers: The Nyquist

answers: NDQ_001613

answers: The Nyquist contour mapped through the function

answers: NDQ_001614

answers: The Nyquist contour mapped through the function

answers: NDQ_001618

answers: The Nyquist contour

answers: NDQ_001619

answers: The Nyquist contour

answers: NDQ_001620

answers: The Nyquist contour mapped through the function

answers: NDQ_001621

answers: The Nyquist contour

answers: NDQ_001622

answers: The Nyquist

answers: NDQ_001623

answers: The Nyquist contour

answers: NDQ_001624

answers: The Nyquist

answers: NDQ_001625

answers: Nyquist

text: As they evolved, topographic map series became a national resource in modern nations in planning infrastructure and resource exploitation. In the United States, the national map-making function which had been shared by both the Army Corps of Engineers and the Department of the Interior migrated to the newly created United States Geological Survey in 1879, where it has remained since.

text: As they evolved, topographic map series became a national resource in modern nations in planning infrastructure and resource exploitation. In the United States, the national map-making function which had been shared by both the

text: Army Corps of Engineers

text: and the

text: Department of the Interior

text: migrated to the newly created

text: United States Geological Survey

text: in 1879, where it has remained since.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What type of map series became a national resource in modern nations in planning infrastructure and resource exploitation

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: topographic map series became a national resource in modern nations

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: infrastructure

answers: NDQ_001592

answers: resource exploitation

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: What is a bathymetric map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can topographic maps be used for?

answers: NDQ_001598

answers: steepest

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: What did the Army Corps of Engineers and the Department of the Interior migrate to?

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: What helps us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: What is the best way to describe a hill?

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: is a national resource

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: 1  100

answers: NDQ_001586

answers: United States Geological Survey in 1879,

answers: NDQ_001587

answers: topographic map series

answers: NDQ_001588

answers: topographic map series became a national resource in modern nations

answers: NDQ_001589

answers: topographic map series

answers: NDQ_001590

answers: United States Geological Survey in 1879,

answers: NDQ_001591

answers: infrastructure and resource exploitation.

answers: NDQ_001592

answers: planning infrastructure and resource exploitation.

answers: NDQ_001593

answers: planning infrastructure and resource exploitation.

answers: NDQ_001594

answers: United States Geological Survey in 1879,

answers: NDQ_001595

answers: 1879,

answers: NDQ_001597

answers: topographic map series

answers: NDQ_001598

answers: topographic map series became a national resource in modern nations

answers: NDQ_001600

answers: United States Geological Survey in 1879,

answers: NDQ_001603

answers: topographic map series

answers: NDQ_001605

answers: United States Geological Survey in 1879,

answers: NDQ_001606

answers: topographic map series

answers: NDQ_001608

answers: topographic map series

answers: NDQ_001611

answers: topographic map series

answers: NDQ_001613

answers: United States Geological Survey in 1879,

answers: NDQ_001614

answers: topographic map series

answers: NDQ_001618

answers: infrastructure

answers: NDQ_001619

answers: topographic

answers: NDQ_001620

answers: topographic map series

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: infrastructure and resource exploitation.

answers: NDQ_001623

answers: topographic map series

answers: NDQ_001624

answers: infrastructure

answers: NDQ_001625

answers: 1879,

text: The idea of lines that join points of equal value was rediscovered several times.  In 1701, Edmond Halley used such lines (isogons) on a chart of magnetic variation.  The Dutch engineer Nicholas Cruquius drew the bed of the river Merwede with lines of equal depth (isobaths) at intervals of 1 fathom in 1727, and Philippe Buache used them at 10-fathom intervals on a chart of the English Channel that was prepared in 1737 and published in 1752.  Such lines were used to describe a land surface (contour lines) in a map of the Duchy of Modena and Reggio by Domenico Vandelli in 1746, and they were studied theoretically by Ducarla in 1771, and Charles Hutton used them in the Schiehallion experiment.  In 1791, a map of France by J. L. Dupain-Triel used contour lines at 20-metre intervals, hachures, spot-heights and a vertical section.  In 1801, the chief of the Corps of Engineers, Haxo, used contour lines at the larger scale of 1:500 on a plan of his projects for Rocca d'Aufo.

text: The idea of lines that join points of equal value was rediscovered several times.  In 1701,

text: Edmond Halley

text: used such lines (isogons) on a chart of magnetic variation.  The

text: Dutch

text: engineer

text: Nicholas Cruquius

text: drew the bed of the river

text: Merwede

text: with lines of equal depth (isobaths) at intervals of 1

text: fathom

text: in 1727, and

text: Philippe Buache

text: used them at 10-fathom intervals on a chart of the

text: English Channel

text: that was prepared in 1737 and published in 1752.  Such lines were used to describe a land surface (contour lines) in a map of the Duchy of Modena and Reggio by Domenico Vandelli in 1746, and they were studied theoretically by Ducarla in 1771, and

text: Charles Hutton

text: used them in the

text: Schiehallion experiment

text: .  In 1791, a map of

text: France

text: by J. L. Dupain-Triel used contour lines at 20-metre intervals, hachures, spot-heights and a vertical section.  In 1801, the chief of the Corps of Engineers,

text: Haxo

text: , used contour lines at the larger scale of 1:500 on a plan of his projects for Rocca d'Aufo.

answers: NDQ_001586

answers: 20-metre intervals

answers: NDQ_001587

answers: What was used on the map of France by J. L. Dupain-Triel in 1791?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: contour lines at 20-metre intervals

answers: NDQ_001590

answers: 20-metre intervals

answers: NDQ_001591

answers: a land surface

answers: NDQ_001592

answers: magnetic variation

answers: NDQ_001593

answers: How can contour lines be used?

answers: NDQ_001594

answers: 20-metre intervals

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: such lines were used to describe a land surface

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: 20-metre intervals

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What did the Dutch engineer Nicholas Cruquius drew with lines of equal depth?

answers: NDQ_001606

answers: 20-metre intervals

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: How many points of equal depth did Nicholas Cruquius drew?

answers: NDQ_001613

answers: what was prepared in 1737 and published in 1752

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: Rocca d'Aufo

answers: NDQ_001619

answers: isobaths

answers: NDQ_001620

answers: 20-metre intervals

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: a land surface

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: isobaths

answers: NDQ_001625

answers: 20-metre

answers: NDQ_001586

answers: contour lines at 20-metre intervals,

answers: NDQ_001587

answers: vertical section.

answers: NDQ_001588

answers: lines that join points of equal value

answers: NDQ_001589

answers: magnetic variation.

answers: NDQ_001590

answers: 20-metre intervals,

answers: NDQ_001591

answers: a land surface

answers: NDQ_001592

answers: join points of equal value

answers: NDQ_001593

answers: (contour lines)

answers: NDQ_001594

answers: lines of equal depth

answers: NDQ_001595

answers: 20-metre

answers: NDQ_001597

answers: (contour lines)

answers: NDQ_001598

answers: (contour lines)

answers: NDQ_001600

answers: land surface

answers: NDQ_001603

answers: Duchy of Modena and Reggio

answers: NDQ_001605

answers: (contour lines)

answers: NDQ_001606

answers: 20-metre intervals,

answers: NDQ_001608

answers: Such lines were used to describe a land surface

answers: NDQ_001611

answers: (contour lines)

answers: NDQ_001613

answers: hachures,

answers: NDQ_001614

answers: (isogons) on a chart of magnetic variation.

answers: NDQ_001618

answers: land surface

answers: NDQ_001619

answers: (isobaths)

answers: NDQ_001620

answers: spot-heights

answers: NDQ_001621

answers: (contour lines)

answers: NDQ_001622

answers: land surface

answers: NDQ_001623

answers: (contour lines)

answers: NDQ_001624

answers: vertical section.

answers: NDQ_001625

answers: 20-metre

text: The program originally allowed volunteers to collect geographic coordinates (latitude and longitude) via GPS receivers. The data was entered in spreadsheet format or in ESRI shapefiles and submitted via e-mail to the USGS National Geospatial Technical Operations Center(s) in Denver, Colorado, and Rolla, Missouri. During the registration process, prospective volunteers submitted a list of the 7.5 minute quadrangle maps on which they wished to work. Once accepted into the project, volunteers received their assignment and 1:24,000 scale topographic map of their quad. While there was no deadline for completing maps, the project's administrators preferred volunteers to submit coordinates for all structures in the quad no more than one year after beginning work.

text: The program originally allowed volunteers to collect

text: geographic coordinates

text: latitude

text: and

text: longitude

text: ) via

text: GPS

text: receivers. The data was entered in

text: spreadsheet

text: format or in

text: ESRI

text: shapefile

text: s and submitted via e-mail to the USGS National Geospatial Technical Operations Center(s) in

text: Denver, Colorado

text: , and

text: Rolla, Missouri

text: . During the registration process, prospective volunteers submitted a list of the 7.5 minute

text: quadrangle

text: maps on which they wished to work. Once accepted into the project, volunteers received their assignment and 1:24,000 scale

text: topographic map

text: of their quad. While there was no deadline for completing maps, the project's administrators preferred volunteers to submit coordinates for all structures in the quad no more than one year after beginning work.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: How many minutes was the quadrangle?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: 1:24,000 scale topographic map

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: quadrangle

answers: NDQ_001592

answers: coordinates for all structures

answers: NDQ_001593

answers: What does 1:24,000 scale topographic map mean?

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: latitude and longitude

answers: NDQ_001600

answers: contour lines are so close together that they almost touch, they represent a plain or plateau

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What was entered in spreadsheet format?

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: coordinates (latitude and longitude) via GPS receivers

answers: NDQ_001613

answers: What was entered in spreadsheet format or in ESRI shapefiles

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: latitude

answers: NDQ_001619

answers: 1:24,000 scale topographic

answers: NDQ_001620

answers: 1:24,000

answers: NDQ_001621

answers: 1:24,000 scale topographic

answers: NDQ_001622

answers: latitude

answers: NDQ_001623

answers: latitude

answers: NDQ_001624

answers: latitude

answers: NDQ_001625

answers: 1:24,000

answers: NDQ_001586

answers: 1:24,000 scale topographic map of their quad.

answers: NDQ_001587

answers: 7.5 minute quadrangle

answers: NDQ_001588

answers: (latitude and longitude)

answers: NDQ_001589

answers: 1:24,000 scale topographic map

answers: NDQ_001590

answers: 1:24,000

answers: NDQ_001591

answers: 7.5 minute quadrangle

answers: NDQ_001592

answers: collect geographic coordinates

answers: NDQ_001593

answers: 1:24,000 scale topographic map

answers: NDQ_001594

answers: GPS receivers.

answers: NDQ_001595

answers: 7.5

answers: NDQ_001597

answers: 1:24,000 scale topographic map

answers: NDQ_001598

answers: 1:24,000 scale topographic map

answers: NDQ_001600

answers: GPS receivers.

answers: NDQ_001603

answers: 1:24,000 scale topographic map

answers: NDQ_001605

answers: 7.5 minute quadrangle maps

answers: NDQ_001606

answers: (latitude and longitude)

answers: NDQ_001608

answers: topographic map

answers: NDQ_001611

answers: GPS receivers.

answers: NDQ_001613

answers: 1:24,000 scale topographic map of their quad.

answers: NDQ_001614

answers: 1:24,000 scale topographic map

answers: NDQ_001618

answers: structures

answers: NDQ_001619

answers: 1:24,000 scale topographic map

answers: NDQ_001620

answers: 1:24,000

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: structures

answers: NDQ_001623

answers: (latitude and longitude)

answers: NDQ_001624

answers: structures

answers: NDQ_001625

answers: 1:24,000

text: Anticyclogenesis is the development or strengthening of anticyclonic circulation in the atmosphere. It is the opposite of anticyclolysis, and has a cyclonic equivalent—cyclogenesis.  Anticyclones are alternatively referred to as high pressure systems.  High pressure areas form due to downward motion through the troposphere, the atmospheric layer where weather occurs.  Preferred areas within a synoptic flow pattern in higher levels of the troposphere are beneath the western side of troughs.  On weather maps, these areas show converging winds (isotachs), also known as confluence, or converging height lines near or above the level of non-divergence, which is near the 500 hPa pressure surface about midway up through the troposphere.  On weather maps, high pressure centers are associated with the letter H.  On constant pressure upper level charts, it is located within the highest height line contour.

text: Anticyclogenesis is the development or strengthening of

text: anticyclonic circulation

text: in the atmosphere. It is the opposite of

text: anticyclolysis

text: , and has a cyclonic equivalent—

text: cyclogenesis

text: .  Anticyclones are alternatively referred to as

text: high pressure systems

text: .  High pressure areas form due to downward motion through the

text: troposphere

text: , the

text: atmospheric

text: layer where

text: weather

text: occurs.  Preferred areas within a

text: synoptic

text: flow pattern in higher levels of the troposphere are beneath the western side of troughs.  On weather maps, these areas show converging winds (isotachs), also known as

text: confluence

text: , or converging height lines near or above the level of non-divergence, which is near the 500 hPa pressure surface about midway up through the troposphere.  On weather maps, high pressure centers are associated with the letter H.  On constant pressure upper level charts, it is located within the highest height line contour.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: Which of the following is not an example of a synoptic flow pattern in higher levels of the troposphere?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: high pressure centers are associated with the letter H

answers: NDQ_001590

answers: What is the opposite of anticyclolysis?

answers: NDQ_001591

answers: highest height line contour

answers: NDQ_001592

answers: high pressure centers are associated with the letter H

answers: NDQ_001593

answers: What is the opposite of anticyclolysis?

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: western

answers: NDQ_001598

answers: western side

answers: NDQ_001600

answers: What is the opposite of anticyclones?

answers: NDQ_001603

answers: None of the above choices.

answers: NDQ_001605

answers: What is the opposite of anticyclolysis?

answers: NDQ_001606

answers: unanswerable

answers: NDQ_001608

answers: Which of the following is not a feature of the troposphere?

answers: NDQ_001611

answers: What is the opposite of anticyclolysis?

answers: NDQ_001613

answers: What is the opposite of anticyclolysis?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: troughs

answers: NDQ_001619

answers: troughs

answers: NDQ_001620

answers: height line contour

answers: NDQ_001621

answers: height line contour

answers: NDQ_001622

answers: troughs

answers: NDQ_001623

answers: height line contour

answers: NDQ_001624

answers: troughs

answers: NDQ_001625

answers: highest height line contour

answers: NDQ_001586

answers: highest height line contour.

answers: NDQ_001587

answers: troughs.

answers: NDQ_001588

answers: converging height lines

answers: NDQ_001589

answers: Anticyclogenesis

answers: NDQ_001590

answers: highest height line contour.

answers: NDQ_001591

answers: highest height

answers: NDQ_001592

answers: Anticyclogenesis

answers: NDQ_001593

answers: troughs. On weather maps,

answers: NDQ_001594

answers: highest height line contour.

answers: NDQ_001595

answers: highest height line

answers: NDQ_001597

answers: western side of troughs.

answers: NDQ_001598

answers: western

answers: NDQ_001600

answers: troughs.

answers: NDQ_001603

answers: weather maps,

answers: NDQ_001605

answers: weather maps, high pressure centers are associated with the letter H.

answers: NDQ_001606

answers: highest height line contour.

answers: NDQ_001608

answers: height line contour.

answers: NDQ_001611

answers: converging height lines

answers: NDQ_001613

answers: western side of troughs.

answers: NDQ_001614

answers: weather maps,

answers: NDQ_001618

answers: converging height lines

answers: NDQ_001619

answers: highest height line contour.

answers: NDQ_001620

answers: height lines

answers: NDQ_001621

answers: weather maps,

answers: NDQ_001622

answers: converging winds

answers: NDQ_001623

answers: converging height lines

answers: NDQ_001624

answers: converging height lines

answers: NDQ_001625

answers: highest height line

text: The gap's midpoint is located at , which is 1.07 km west of Kuzman Knoll, 2.39 km northwest of Zograf Peak, 3.76 km north of Mount Friesland, 2.64 km east-northeast of Pliska Peak, 3.79 km east of Burdick Peak, 2.49 km south-southeast of Mount Bowles and 1.53 km south of Montana Bluff.  British mapping in 1968 and Spanish in 1991, Bulgarian topographic surveys in 1995/96 and 2004/05, and mapping in 1996, 2005 and 2009.

text: The gap's midpoint is located at , which is 1.07 km west of

text: Kuzman Knoll

text: , 2.39 km northwest of

text: Zograf Peak

text: , 3.76 km north of

text: Mount Friesland

text: , 2.64 km east-northeast of

text: Pliska Peak

text: , 3.79 km east of

text: Burdick Peak

text: , 2.49 km south-southeast of

text: Mount Bowles

text: and 1.53 km south of

text: Montana Bluff

text: .  British mapping in 1968 and Spanish in 1991, Bulgarian topographic surveys in 1995/96 and

text: , and mapping in 1996, 2005 and 2009.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: How many miles is the gap's midpoint?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: British mapping in 1968 and Spanish in 1991

answers: NDQ_001590

answers: What is the gap's midpoint located at?

answers: NDQ_001591

answers: the gap's midpoint

answers: NDQ_001592

answers: survey

answers: NDQ_001593

answers: Yes

answers: NDQ_001594

answers: what is the gap's midpoint located at

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices.

answers: NDQ_001598

answers: west

answers: NDQ_001600

answers: The gap's midpoint is located at

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: What does the gap's midpoint indicate?

answers: NDQ_001613

answers: Which of the following is not a side of the circle with the higher elevation: Pliska Peak, Burdick Peak, or Montana Bluff?

answers: NDQ_001614

answers: Which of the following is not a peak: Zograf Peak, Pliska Peak, Burdick Peak or Montana Bluff?

answers: NDQ_001618

answers: Kuzman Knoll

answers: NDQ_001619

answers: NDQ_001620

answers: 3.76 km

answers: NDQ_001621

answers: topographic surveys

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: midpoint

answers: NDQ_001624

answers: Kuzman Knoll

answers: NDQ_001625

answers: 1.07 km

answers: NDQ_001586

answers: mapping in 1996, 2005 and 2009.

answers: NDQ_001587

answers: The gap's midpoint

answers: NDQ_001588

answers: 1.07 km west of Kuzman Knoll,

answers: NDQ_001589

answers: 1968

answers: NDQ_001590

answers: 1.07 km west of Kuzman Knoll,

answers: NDQ_001591

answers: The gap's midpoint

answers: NDQ_001592

answers: midpoint

answers: NDQ_001593

answers: Bulgarian topographic surveys in 1995/96 and 2004/05,

answers: NDQ_001594

answers: mapping in 1996, 2005 and 2009.

answers: NDQ_001595

answers: 1.07 km west of Kuzman Knoll,

answers: NDQ_001597

answers: south-southeast of Mount Bowles

answers: NDQ_001598

answers: east-northeast

answers: NDQ_001600

answers: mapping in 1996, 2005 and 2009.

answers: NDQ_001603

answers: Bulgarian topographic surveys in 1995/96 and 2004/05,

answers: NDQ_001605

answers: mapping in 1996, 2005 and 2009.

answers: NDQ_001606

answers: 1.07 km west of Kuzman Knoll,

answers: NDQ_001608

answers: mapping in 1996, 2005 and 2009.

answers: NDQ_001611

answers: 1.07 km west of Kuzman Knoll,

answers: NDQ_001613

answers: Mount Friesland,

answers: NDQ_001614

answers: 1.07 km west of Kuzman Knoll,

answers: NDQ_001618

answers: The gap's

answers: NDQ_001619

answers: mapping in 1968 and Spanish in 1991, Bulgarian topographic surveys

answers: NDQ_001620

answers: The gap's midpoint

answers: NDQ_001621

answers: topographic surveys

answers: NDQ_001622

answers: The gap's

answers: NDQ_001623

answers: midpoint

answers: NDQ_001624

answers: The gap's

answers: NDQ_001625

answers: 2.64 km

text: A topographical map is the main type of map used to depict elevation, often through use of contour lines.In a Geographic Information System (GIS), digital elevation models (DEM) are commonly used to represent the surface (topography) of a place, through a raster (grid) dataset of elevations.  Digital terrain models are another way to represent terrain in GIS.

text: A

text: topographical map

text: is the main type of

text: map

text: used to depict elevation, often through use of

text: contour line

text: s.In a

text: Geographic Information System

text: (GIS),

text: digital elevation model

text: s (DEM) are commonly used to represent the surface (topography) of a place, through a

text: raster

text: (grid) dataset of elevations.

text: Digital terrain model

text: s are another way to represent terrain in GIS.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: can be used to represent the surface of a body of water.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: is the main type of map used to depict elevation

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: elevation

answers: NDQ_001592

answers: use of contour lines

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: What is the main type of map used to depict elevation?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What is the main type of map used to depict elevation?

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a mountain

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a feature of a topographical map?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: How do contour lines help us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: What does a contour line look like?

answers: NDQ_001613

answers: Which of the following is not a way to represent terrain in GIS?

answers: NDQ_001614

answers: Which of the following is NOT true of topographic maps?

answers: NDQ_001618

answers: elevation

answers: NDQ_001619

answers: Digital terrain models

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: topographical map

answers: NDQ_001622

answers: elevation

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: elevation

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: contour lines.In

answers: NDQ_001587

answers: contour lines.In

answers: NDQ_001588

answers: A topographical map is the main type of map used to depict elevation,

answers: NDQ_001589

answers: topographical map is the main type of map used to depict elevation,

answers: NDQ_001590

answers: contour lines.In

answers: NDQ_001591

answers: elevation,

answers: NDQ_001592

answers: elevation,

answers: NDQ_001593

answers: contour lines.In

answers: NDQ_001594

answers: topographical map is the main type of map used to depict elevation,

answers: NDQ_001595

answers: contour lines.In

answers: NDQ_001597

answers: contour lines.In

answers: NDQ_001598

answers: contour lines.In

answers: NDQ_001600

answers: topographical map

answers: NDQ_001603

answers: topographical map is the main type of map used to depict elevation,

answers: NDQ_001605

answers: contour lines.In

answers: NDQ_001606

answers: contour lines.In

answers: NDQ_001608

answers: topographical map is the main type of map used to depict elevation,

answers: NDQ_001611

answers: contour lines.In

answers: NDQ_001613

answers: contour lines.In

answers: NDQ_001614

answers: topographical map is the main type of map used to depict elevation,

answers: NDQ_001618

answers: elevation,

answers: NDQ_001619

answers: contour lines.In

answers: NDQ_001620

answers: elevation,

answers: NDQ_001621

answers: topographical map

answers: NDQ_001622

answers: elevation,

answers: NDQ_001623

answers: contour lines.In

answers: NDQ_001624

answers: elevation,

answers: NDQ_001625

answers: contour lines.In

text: The peak is located at  which is 890 m east of Castillo Nunatak, 4.66 km east-southeast of Sinemorets Hill, 2.36 km south-southwest of Burdick Peak, 2.48 km west-southwest of Pliska Peak, 4.96 km west-northwest of Mount Friesland, 4.63 km north-northwest of Stambolov Crag and 3.21 km northeast of Napier Peak.  British mapping in 1968, Spanish in 1991, and Bulgarian topographic survey in 1995/96 and mapping in 1996, 2005 and 2009.

text: The peak is located at  which is 890 m east of Castillo Nunatak, 4.66 km east-southeast of

text: Sinemorets Hill

text: , 2.36 km south-southwest of

text: Burdick Peak

text: , 2.48 km west-southwest of

text: Pliska Peak

text: , 4.96 km west-northwest of

text: Mount Friesland

text: , 4.63 km north-northwest of

text: Stambolov Crag

text: and 3.21 km northeast of

text: Napier Peak

text: .  British mapping in 1968, Spanish in 1991, and Bulgarian topographic survey in 1995/96 and mapping in 1996, 2005 and 2009.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: can be used to describe the topography

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: The peak is located at which is 890 m east of Castillo Nunatak

answers: NDQ_001590

answers: What is a contour interval?

answers: NDQ_001591

answers: Bulgarian topographic survey

answers: NDQ_001592

answers: measure distance

answers: NDQ_001593

answers: Yes

answers: NDQ_001594

answers: what is the first time period mentioned?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices.

answers: NDQ_001598

answers: west-southwest

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: How many km is the difference between Burdick Peak and Pliska Peak?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: How would you describe Napier Peak?

answers: NDQ_001613

answers: Which of the following is not a topographic survey: British mapping in 1968, Spanish in 1991, or Bulgarian topographic survey in 1996, 2005 and 2009?

answers: NDQ_001614

answers: Which of the following is not a topographic feature: vertical distances or horizontal distances?

answers: NDQ_001618

answers: Mount Friesland

answers: NDQ_001619

answers: NDQ_001620

answers: 890

answers: NDQ_001621

answers: topographic survey

answers: NDQ_001622

answers: Napier Peak

answers: NDQ_001623

answers: Burdick Peak

answers: NDQ_001624

answers: Castillo Nunatak

answers: NDQ_001625

answers: 2.48 km west-southwest

answers: NDQ_001586

answers: mapping in 1996, 2005 and 2009.

answers: NDQ_001587

answers: mapping in 1996, 2005 and 2009.

answers: NDQ_001588

answers: Bulgarian topographic survey in 1995/96

answers: NDQ_001589

answers: 890 m east of Castillo Nunatak,

answers: NDQ_001590

answers: 1996, 2005 and 2009.

answers: NDQ_001591

answers: Bulgarian topographic survey

answers: NDQ_001592

answers: 890 m east of Castillo Nunatak,

answers: NDQ_001593

answers: Bulgarian topographic survey in 1995/96

answers: NDQ_001594

answers: mapping in 1996, 2005 and 2009.

answers: NDQ_001595

answers: 890 m east of Castillo Nunatak,

answers: NDQ_001597

answers: Bulgarian topographic survey in 1995/96

answers: NDQ_001598

answers: west-northwest

answers: NDQ_001600

answers: mapping in 1996, 2005 and 2009.

answers: NDQ_001603

answers: Bulgarian topographic survey in 1995/96

answers: NDQ_001605

answers: mapping in 1996, 2005 and 2009.

answers: NDQ_001606

answers: 890 m east of Castillo Nunatak,

answers: NDQ_001608

answers: mapping in 1996, 2005 and 2009.

answers: NDQ_001611

answers: mapping in 1996, 2005 and 2009.

answers: NDQ_001613

answers: Bulgarian topographic survey in 1995/96

answers: NDQ_001614

answers: 890 m east of Castillo Nunatak,

answers: NDQ_001618

answers: Napier Peak.

answers: NDQ_001619

answers: mapping in 1968,

answers: NDQ_001620

answers: 890 m

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Castillo Nunatak,

answers: NDQ_001623

answers: 3.21 km northeast of Napier Peak.

answers: NDQ_001624

answers: Castillo Nunatak,

answers: NDQ_001625

answers: 3.21 km

text: The following are lists of mountains in New Zealand ordered by height. Names, heights, topographic prominence and isolation, and coordinates were extracted from the official Land Information New Zealand (LINZ) Topo50 topographic maps at the interactive topographic map of New Zealand site.

text: The following are lists of mountains in

text: New Zealand

text: ordered by height. Names, heights, topographic

text: prominence

text: and

text: isolation

text: , and coordinates were extracted from the official

text: Land Information New Zealand

text: (LINZ) Topo50 topographic maps at the interactive topographic map of New Zealand site.

answers: NDQ_001586

answers: List of mountains in New Zealand

answers: NDQ_001587

answers: List of mountains in New Zealand

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: The are lists of mountains in New Zealand ordered by height

answers: NDQ_001590

answers: What does LINZ stand for?

answers: NDQ_001591

answers: elevation

answers: NDQ_001592

answers: list of mountains in New Zealand ordered by height

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: What is a contour line?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: topographic prominence and isolation

answers: NDQ_001600

answers: mountains in New Zealand

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What is the main idea of this passage?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: New Zealand

answers: NDQ_001613

answers: How are hatch marks drawn on topographic maps?

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: mountain

answers: NDQ_001619

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: Topographic map

answers: NDQ_001622

answers: mountain

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: 50 m

answers: NDQ_001586

answers: Topo50 topographic maps at the interactive topographic map of New Zealand

answers: NDQ_001587

answers: Topo50 topographic maps at the interactive topographic map of New Zealand

answers: NDQ_001588

answers: Topo50 topographic maps at the interactive topographic map of New Zealand

answers: NDQ_001589

answers: height.

answers: NDQ_001590

answers: Topo50

answers: NDQ_001591

answers: topographic prominence

answers: NDQ_001592

answers: topographic prominence and isolation, and coordinates

answers: NDQ_001593

answers: coordinates

answers: NDQ_001594

answers: Topo50 topographic maps at the interactive topographic map of New Zealand

answers: NDQ_001595

answers: Topo50

answers: NDQ_001597

answers: interactive topographic map of New Zealand

answers: NDQ_001598

answers: topographic prominence

answers: NDQ_001600

answers: interactive topographic map of New Zealand

answers: NDQ_001603

answers: topographic map of New Zealand

answers: NDQ_001605

answers: Topo50 topographic maps at the interactive topographic map of New Zealand

answers: NDQ_001606

answers: Topo50

answers: NDQ_001608

answers: topographic prominence and isolation, and coordinates

answers: NDQ_001611

answers: interactive topographic map of New Zealand

answers: NDQ_001613

answers: Topo50 topographic maps

answers: NDQ_001614

answers: Topo50 topographic maps at the interactive topographic map of New Zealand

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: Topo50 topographic maps

answers: NDQ_001620

answers: topographic prominence and isolation,

answers: NDQ_001621

answers: Topo50 topographic maps

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: topographic prominence and isolation,

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: Topo50

text: The Land Registry Kadaster (formerly Topografische Dienst) collects, processes and provides topographical information of the entire Dutch territory. The history of the Land Registry goes back to the year 1815, that year was commissioned to create a large map, known as Map of Krayenhoff. Around 1836 they began printing the topographic map on a scale of 1: 50,000, followed in 1865 by the topographic map on a scale of 1: 25,000. In 1951 began the start of production of the topographic map on a scale of 1: 10,000. From various reorganizations arose in 1932 the Topografische Dienst as national mapping agency of the Netherlands, since January 2004 housed within the Land Registry Kadaster.

text: The Land Registry

text: Kadaster

text: (formerly Topografische Dienst) collects, processes and provides topographical information of the entire Dutch territory. The history of the Land Registry goes back to the year 1815, that year was commissioned to create a large map, known as Map of Krayenhoff. Around 1836 they began printing the topographic map on a scale of 1: 50,000, followed in 1865 by the topographic map on a scale of 1: 25,000. In 1951 began the start of production of the topographic map on a scale of 1: 10,000. From various reorganizations arose in 1932 the Topografische Dienst as

text: national mapping agency

text: of the Netherlands, since January 2004 housed within the Land Registry Kadaster.

answers: NDQ_001586

answers: What year was commissioned to create a large map, known as Map of Krayenhoff?

answers: NDQ_001587

answers: How many years after the start of production of the topographic map on a scale of 1: 10,000 did the Topografische Dienst as national mapping agency of the Netherlands?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: scale of 1: 10,000

answers: NDQ_001590

answers: How many years after the start of production of the topographic map on a scale of 1: 10,000

answers: NDQ_001591

answers: topographic information

answers: NDQ_001592

answers: scale

answers: NDQ_001593

answers: What can you use a topographic map for?

answers: NDQ_001594

answers: What is a bathymetric map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What does the Land Registry Kadaster collect?

answers: NDQ_001598

answers: 1: 10,000

answers: NDQ_001600

answers: How many years after printing the topographic map on a scale of 1: 50,000 did they begin printing the topographic map on a scale of 1: 10,000?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: How many years after the start of production of the topographic map on a scale of 1: 10,000 began the start of production of the topographic map on a scale of 1: 10,000?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What helps to see the three-dimensional shape of the land

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: How many years after the start of production of the topographic map on a scale of 1: 10,000 did the Topografische Dienst as national mapping agency of the Netherlands

answers: NDQ_001614

answers: How many years after printing the topographic map on a scale of 1: 50,000 did they begin printing the topographic map on a scale of 1: 10,000?

answers: NDQ_001618

answers: topography

answers: NDQ_001619

answers: 1: 10,000

answers: NDQ_001620

answers: 1: 10,000

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: The Land Registry

answers: NDQ_001623

answers: scale

answers: NDQ_001624

answers: V-shaped contour lines

answers: NDQ_001625

answers: 1: 10,000

answers: NDQ_001586

answers: 1: 50,000,

answers: NDQ_001587

answers: 1: 50,000,

answers: NDQ_001588

answers: 1: 50,000,

answers: NDQ_001589

answers: topographic map on a scale of 1: 50,000,

answers: NDQ_001590

answers: 1: 50,000,

answers: NDQ_001591

answers: topographical information

answers: NDQ_001592

answers: 50,000,

answers: NDQ_001593

answers: 1: 50,000,

answers: NDQ_001594

answers: 1: 50,000,

answers: NDQ_001595

answers: 1: 50,000,

answers: NDQ_001597

answers: 1: 50,000,

answers: NDQ_001598

answers: 1: 50,000,

answers: NDQ_001600

answers: 1: 50,000,

answers: NDQ_001603

answers: topographic map on a scale of 1: 50,000,

answers: NDQ_001605

answers: 1: 50,000,

answers: NDQ_001606

answers: 1: 50,000,

answers: NDQ_001608

answers: 1: 50,000,

answers: NDQ_001611

answers: 1: 50,000,

answers: NDQ_001613

answers: 1: 50,000,

answers: NDQ_001614

answers: 1: 50,000,

answers: NDQ_001618

answers: Map of Krayenhoff.

answers: NDQ_001619

answers: 1: 50,000,

answers: NDQ_001620

answers: 1: 50,000,

answers: NDQ_001621

answers: topographic map on a scale of 1: 50,000,

answers: NDQ_001622

answers: Map of Krayenhoff.

answers: NDQ_001623

answers: 1: 50,000,

answers: NDQ_001624

answers: Map of Krayenhoff.

answers: NDQ_001625

answers: 1: 10,000.

text: Matthes believed topographers should not merely draw lines but also study the geology of the land forms to produce relevant maps.  To that end, Matthes wrote his first scientific publication during the winter of 1899 entitled Glacial Sculpture of the Bighorn Mountains, Wyoming which served as a standard reference and in which Matthes applied the first usage of the term "nivation".  His geologic writing was not a customary effort for topographers and his descriptive style was critiqued by the USGS but the popularity of his narratives continues today.

text: Matthes believed topographers should not merely draw lines but also study the geology of the land forms to produce relevant maps.  To that end, Matthes wrote his first scientific publication during the winter of 1899 entitled Glacial Sculpture of the Bighorn Mountains, Wyoming which served as a standard reference and in which Matthes applied the first usage of the term "

text: nivation

text: ".  His geologic writing was not a customary effort for topographers and his descriptive style was critiqued by the USGS but the popularity of his narratives continues today.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What did Matthes believe topographers should not merely draw lines?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Matthes believed topographers should not merely draw lines

answers: NDQ_001590

answers: what is the first usage of the term "nivation"

answers: NDQ_001591

answers: geology

answers: NDQ_001592

answers: draw lines

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: what is the first usage of the term "nivation"

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: the geology

answers: NDQ_001600

answers: what is the first usage of the term "nivation"

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What does Matthes believe topographers should not merely draw lines?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What does Matthes believe topographers should not merely draw lines

answers: NDQ_001611

answers: what is the first usage of the term "nivation"

answers: NDQ_001613

answers: what is the first usage of the term "nivation"

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: Glacial Sculpture

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: topography

answers: NDQ_001622

answers: Bighorn Mountains

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: Bighorn Mountains

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Matthes believed topographers should not merely draw lines

answers: NDQ_001587

answers: lines

answers: NDQ_001588

answers: Matthes

answers: NDQ_001589

answers: draw lines

answers: NDQ_001590

answers: Matthes applied the first usage of the term "nivation".

answers: NDQ_001591

answers: "nivation".

answers: NDQ_001592

answers: draw lines

answers: NDQ_001593

answers: topographers should not merely draw lines

answers: NDQ_001594

answers: Matthes believed topographers should not merely draw lines

answers: NDQ_001595

answers: 1899

answers: NDQ_001597

answers: Matthes believed topographers should not merely draw lines

answers: NDQ_001598

answers: Matthes believed topographers should not merely draw lines

answers: NDQ_001600

answers: "nivation".

answers: NDQ_001603

answers: relevant maps.

answers: NDQ_001605

answers: Matthes applied the first usage of the term "nivation".

answers: NDQ_001606

answers: Matthes applied the first usage of the term "nivation".

answers: NDQ_001608

answers: Matthes believed topographers should not merely draw lines

answers: NDQ_001611

answers: Matthes believed topographers should not merely draw lines

answers: NDQ_001613

answers: Matthes believed topographers should not merely draw lines

answers: NDQ_001614

answers: Matthes wrote his first scientific publication during the winter of 1899

answers: NDQ_001618

answers: Glacial Sculpture of the Bighorn Mountains,

answers: NDQ_001619

answers: "nivation".

answers: NDQ_001620

answers: "nivation".

answers: NDQ_001621

answers: topographers should not merely draw lines

answers: NDQ_001622

answers: Glacial Sculpture of the Bighorn Mountains,

answers: NDQ_001623

answers: lines

answers: NDQ_001624

answers: Glacial Sculpture of the Bighorn Mountains,

answers: NDQ_001625

answers: Glacial Sculpture of the Bighorn Mountains, Wyoming

text: A note about methodology: when using a topographic map to determine prominence, one often has to estimate the height of the key col (and sometimes, the height of the peak as well) based on the contour lines. Assume for simplicity that only the col elevation is uncertain. There are three simple choices.  The pessimistic, or clean prominence, assumes that the col is as high as it can be, i.e., its elevation is that of the higher contour line nearest the saddle. This gives a lower bound on the possible prominence of the peak, ignoring map error; inaccuracies in mapping lead to further uncertainties and a larger error bound.  Optimistic prominence assumes that the col is as low as possible, yielding an upper bound value for the prominence. Midrange or mean prominence uses the mean of these two values. Mean prominence is sometimes referred to as rise. In Britain, where topographic mapping is more detailed than in many countries, it is customary to use a fourth method: interpolated prominence. The true prominence is estimated by visualising the three dimensional surface in the neighborhood of the col and interpolating between the enclosing contours.

text: A note about methodology: when using a

text: topographic map

answers: NDQ_001586

answers: as high as it can be

answers: NDQ_001587

answers: Which of the following is not used to estimate prominence: pessimistic, or clean prominence, or Optimistic prominence?

answers: NDQ_001588

answers: Which of the following is true of the true prominence?

answers: NDQ_001589

answers: the col elevation is as high as it can be

answers: NDQ_001590

answers: What is the term for the horizontal distance between contour lines?

answers: NDQ_001591

answers: elevation

answers: NDQ_001592

answers: interpolated prominence

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: Optimistic prominence

answers: NDQ_001600

answers: interpolated prominence

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or sedimentary?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Why is the true prominence estimated by visualising the three dimensional surface

answers: NDQ_001611

answers: pessimistic

answers: NDQ_001613

answers: Which of the following is not a method: pessimistic, or clean prominence?

answers: NDQ_001614

answers: Which of the following is NOT true of topographic maps?

answers: NDQ_001618

answers: col

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: pessimistic, or clean prominence

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: col

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: saddle

answers: NDQ_001625

answers: higher contour line nearest the saddle

answers: NDQ_001586

answers: only the col elevation is uncertain.

answers: NDQ_001587

answers: saddle.

answers: NDQ_001588

answers: interpolated prominence.

answers: NDQ_001589

answers: ignoring map error;

answers: NDQ_001590

answers: interpolated prominence.

answers: NDQ_001591

answers: height of the key col

answers: NDQ_001592

answers: interpolated prominence.

answers: NDQ_001593

answers: contour lines.

answers: NDQ_001594

answers: interpolated prominence.

answers: NDQ_001595

answers: higher

answers: NDQ_001597

answers: prominence,

answers: NDQ_001598

answers: contour lines.

answers: NDQ_001600

answers: interpolated prominence.

answers: NDQ_001603

answers: interpolated prominence.

answers: NDQ_001605

answers: interpolated prominence.

answers: NDQ_001606

answers: interpolated prominence.

answers: NDQ_001608

answers: interpolated prominence.

answers: NDQ_001611

answers: interpolated prominence.

answers: NDQ_001613

answers: interpolated prominence.

answers: NDQ_001614

answers: interpolated prominence.

answers: NDQ_001618

answers: col

answers: NDQ_001619

answers: topographic map

answers: NDQ_001620

answers: interpolated prominence.

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: col

answers: NDQ_001623

answers: contour lines.

answers: NDQ_001624

answers: col

answers: NDQ_001625

answers: higher

text: For Waipiata topographic info see Map 260 H42 Waipiata - LINZ

text: For Waipiata topographic info see Map 260 H42 Waipiata - LINZ

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: Waipiata is in what country?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Waipiata is a place in the ocean

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: Waipiata

answers: NDQ_001592

answers: map a location

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: contour lines represent the distance to the bottom

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain that is steepest

answers: NDQ_001600

answers: What is Waipiata?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: How would you describe Waipiata?

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: Which of the following is true of Waipiata?

answers: NDQ_001618

answers: Waipiata

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Waipiata

answers: NDQ_001623

answers: LINZ

answers: NDQ_001624

answers: Waipiata

answers: NDQ_001625

answers: 0 m

answers: NDQ_001586

answers: Waipiata - LINZ

answers: NDQ_001587

answers: Waipiata

answers: NDQ_001588

answers: 260 H42 Waipiata - LINZ

answers: NDQ_001589

answers: topographic

answers: NDQ_001590

answers: 260 H42 Waipiata - LINZ

answers: NDQ_001591

answers: Waipiata topographic info

answers: NDQ_001592

answers: Waipiata

answers: NDQ_001593

answers: Waipiata - LINZ

answers: NDQ_001594

answers: Waipiata - LINZ

answers: NDQ_001595

answers: 260 H42 Waipiata - LINZ

answers: NDQ_001597

answers: Waipiata - LINZ

answers: NDQ_001598

answers: Map 260 H42 Waipiata - LINZ

answers: NDQ_001600

answers: Waipiata - LINZ

answers: NDQ_001603

answers: Map 260 H42 Waipiata - LINZ

answers: NDQ_001605

answers: Map 260 H42 Waipiata - LINZ

answers: NDQ_001606

answers: 260 H42 Waipiata - LINZ

answers: NDQ_001608

answers: Map 260 H42 Waipiata - LINZ

answers: NDQ_001611

answers: Waipiata - LINZ

answers: NDQ_001613

answers: Waipiata - LINZ

answers: NDQ_001614

answers: Map 260 H42 Waipiata - LINZ

answers: NDQ_001618

answers: Waipiata

answers: NDQ_001619

answers: Map 260 H42 Waipiata - LINZ

answers: NDQ_001620

answers: 260 H42 Waipiata - LINZ

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Waipiata

answers: NDQ_001623

answers: LINZ

answers: NDQ_001624

answers: Waipiata

answers: NDQ_001625

answers: 260 H42 Waipiata - LINZ

text: A variety of techniques have been used to establish the topographic maps in the brain.  The existence of topographical maps was shown early by electrical stimulation of the cortex, tracing patterns of epileptic seizures, stimulation sequences, and impairments due to lesions.  Details in the maps came later through microelectrode stimulation and recording techniques became commonly used in demonstrating somatotopic maps and later in the auditory and visual systems, both cortically and in subcortical structures such as the colliculi and geniculate nuclei of the thalamus.  Single-cell recording, Transcranial magnetic stimulation(TMS), electrical stimulation of the cortex, and Functional magnetic resonance imaging(fMRI) are some of the techniques used to study maps in the brain.  Many of the existing topographic maps have been further studied or refined using fMRI.  For example, Hubel and Wiesel originally studied the retinotopic maps in the primary visual cortex using single-cell recording.  Recently, however, imaging of the retinotopic map in the cortex and in sub-cortical areas, such as the lateral geniculate nucleus, have been improved using the fMRI technique.

text: A variety of techniques have been used to establish the topographic maps in the brain.  The existence of topographical maps was shown early by electrical stimulation of the cortex, tracing patterns of epileptic seizures, stimulation sequences, and impairments due to lesions.  Details in the maps came later through

text: microelectrode

text: stimulation and recording techniques became commonly used in demonstrating somatotopic maps and later in the auditory and visual systems, both cortically and in subcortical structures such as the

text: colliculi

text: and

text: geniculate nuclei

text: of the

text: thalamus

text: Single-cell recording

text: Transcranial magnetic stimulation

text: (TMS), electrical stimulation of the cortex, and

text: Functional magnetic resonance imaging

text: (fMRI) are some of the techniques used to study maps in the brain.  Many of the existing topographic maps have been further studied or refined using fMRI.  For example,

text: Hubel

text: and

text: Wiesel

text: originally studied the retinotopic maps in the primary visual cortex using single-cell recording.  Recently, however, imaging of the retinotopic map in the cortex and in sub-cortical areas, such as the lateral geniculate nucleus, have been improved using the fMRI technique.

answers: NDQ_001586

answers: None of the above choices.

answers: NDQ_001587

answers: Which of the following is not a subcortical structure: colliculi, geniculate nuclei, or thalamus?

answers: NDQ_001588

answers: Which of the following is not a technique used to study maps in the brain?

answers: NDQ_001589

answers: the existence of topographic maps was shown early by electrical stimulation of the cortex

answers: NDQ_001590

answers: Which of the following is not a technique used to study maps in the brain?

answers: NDQ_001591

answers: geniculate nuclei

answers: NDQ_001592

answers: electrical stimulation of the cortex

answers: NDQ_001593

answers: How can you use a topographic map to determine the slope of the land

answers: NDQ_001594

answers: Which of the following is not an example of a topographic map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: Which of the following is not an example of a plain or plateau?

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: Which of the following is not a technique used to study maps in the brain?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is not a technique used to study maps in the brain?

answers: NDQ_001611

answers: Which of the following is not a technique used to study maps in the brain?

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: Which of the following is not a technique used to study maps in the brain?

answers: NDQ_001618

answers: retinotopic maps

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: retinotopic maps

answers: NDQ_001623

answers: somatotopic

answers: NDQ_001624

answers: retinotopic maps

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: fMRI.

answers: NDQ_001587

answers: thalamus.

answers: NDQ_001588

answers: fMRI.

answers: NDQ_001589

answers: topographic maps

answers: NDQ_001590

answers: Functional magnetic resonance imaging(fMRI)

answers: NDQ_001591

answers: patterns of epileptic seizures,

answers: NDQ_001592

answers: tracing patterns of epileptic seizures,

answers: NDQ_001593

answers: fMRI.

answers: NDQ_001594

answers: Functional magnetic resonance imaging(fMRI)

answers: NDQ_001595

answers: A variety of techniques have been used to establish the topographic maps

answers: NDQ_001597

answers: fMRI.

answers: NDQ_001598

answers: Functional magnetic resonance imaging(fMRI)

answers: NDQ_001600

answers: Functional magnetic resonance imaging(fMRI)

answers: NDQ_001603

answers: topographic maps in the brain.

answers: NDQ_001605

answers: Functional magnetic resonance imaging(fMRI)

answers: NDQ_001606

answers: topographic maps

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: Functional magnetic resonance imaging(fMRI)

answers: NDQ_001613

answers: Functional magnetic resonance imaging(fMRI)

answers: NDQ_001614

answers: topographical maps was shown early by electrical stimulation of the cortex,

answers: NDQ_001618

answers: retinotopic maps

answers: NDQ_001619

answers: somatotopic maps

answers: NDQ_001620

answers: fMRI.

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: retinotopic

answers: NDQ_001623

answers: somatotopic maps

answers: NDQ_001624

answers: geniculate nuclei of the thalamus.

answers: NDQ_001625

answers: somatotopic maps

text: The YJ-22 is a LACM (land-attack cruise missile) development of the anti-ship C-802 with a 400 km range, and possible Satellite guidance/terrain mapping guidance currently said to be under development, Initial Operational Capability was expected after 2005. This 135-kilometer range system would be the first Chinese cruise missile to incorporate BeiDou Navigation Satellite System-assisted navigation. Satellite-aided guidance could be augmented by terrain contour matching TERCOM (Terrain Contour Matching) guidance. Some sources believe BeiDou-aided navigation could result in cruise missiles like the YJ-22 to achieve accuracies of up to 10 meters.

text: The YJ-22 is a LACM (land-attack

text: cruise missile

text: ) development of the anti-ship

text: with a 400 km range, and possible

text: Satellite guidance

text: terrain mapping

text: guidance currently said to be under development,

text: Initial Operational Capability

text: was expected after 2005. This 135-kilometer range system would be the first Chinese cruise missile to incorporate

text: BeiDou Navigation Satellite System

text: -assisted navigation. Satellite-aided guidance could be augmented by terrain contour matching

text: TERCOM

text: (Terrain Contour Matching) guidance. Some sources believe BeiDou-aided navigation could result in cruise missiles like the YJ-22 to achieve accuracies of up to 10 meters.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many kilometers is the range of the YJ-22?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Satellite-aided guidance could be augmented by terrain contour matching

answers: NDQ_001590

answers: What is BeiDou Navigation Satellite System-assisted navigation

answers: NDQ_001591

answers: Satellite-aided guidance

answers: NDQ_001592

answers: BeiDou Navigation

answers: NDQ_001593

answers: Yes

answers: NDQ_001594

answers: What is BeiDou Navigation Satellite System-assisted navigation

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: terrain contour matching

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: unanswerable

answers: NDQ_001605

answers: What is the most common color used on geologic maps?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of terrain contour lines?

answers: NDQ_001611

answers: What would be the first Chinese cruise missile to incorporate BeiDou?

answers: NDQ_001613

answers: what is the first Chinese cruise missile to incorporate BeiDou Navigation Satellite System-assisted navigation

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: TERCOM

answers: NDQ_001619

answers: terrain contour

answers: NDQ_001620

answers: 10 meters

answers: NDQ_001621

answers: terrain contour

answers: NDQ_001622

answers: terrain contour matching

answers: NDQ_001623

answers: terrain contour

answers: NDQ_001624

answers: terrain contour matching

answers: NDQ_001625

answers: 10 meters

answers: NDQ_001586

answers: terrain contour matching TERCOM

answers: NDQ_001587

answers: 400 km range,

answers: NDQ_001588

answers: 2005.

answers: NDQ_001589

answers: 10 meters.

answers: NDQ_001590

answers: 10 meters.

answers: NDQ_001591

answers: (Terrain Contour Matching)

answers: NDQ_001592

answers: terrain contour matching TERCOM (Terrain Contour Matching)

answers: NDQ_001593

answers: terrain contour

answers: NDQ_001594

answers: terrain contour matching TERCOM (Terrain Contour Matching)

answers: NDQ_001595

answers: 2005.

answers: NDQ_001597

answers: terrain contour matching TERCOM

answers: NDQ_001598

answers: terrain contour

answers: NDQ_001600

answers: terrain contour matching TERCOM

answers: NDQ_001603

answers: terrain contour matching TERCOM

answers: NDQ_001605

answers: 2005.

answers: NDQ_001606

answers: terrain contour matching

answers: NDQ_001608

answers: terrain contour matching TERCOM

answers: NDQ_001611

answers: terrain contour matching TERCOM

answers: NDQ_001613

answers: TERCOM

answers: NDQ_001614

answers: 2005.

answers: NDQ_001618

answers: (Terrain Contour Matching)

answers: NDQ_001619

answers: terrain contour matching TERCOM (Terrain Contour Matching)

answers: NDQ_001620

answers: 10 meters.

answers: NDQ_001621

answers: terrain contour

answers: NDQ_001622

answers: (Terrain Contour Matching)

answers: NDQ_001623

answers: terrain contour

answers: NDQ_001624

answers: (Terrain Contour Matching)

answers: NDQ_001625

answers: 10 meters.

text: This is a list of highest points in the U.S. state of Arizona, in alphabetical order by county. Elevations are from USGS 1:24,000 scale topographic quadrangle maps. Elevations followed by a plus sign (+) are minimal values. The contour interval is shown after the (+).

text: This is a list of highest points in the U.S. state of

text: Arizona

text: , in alphabetical order by county. Elevations are from USGS 1:24,000 scale topographic quadrangle maps. Elevations followed by a plus sign (+) are minimal values. The contour interval is shown after the (+).

answers: NDQ_001586

answers: NDQ_001587

answers: is shown for each point on the list.

answers: NDQ_001588

answers: intersect

answers: NDQ_001589

answers: The contour interval is shown after the (+).

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: interval

answers: NDQ_001592

answers: show the contour interval

answers: NDQ_001593

answers: elevations followed by a plus sign (+)

answers: NDQ_001594

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction of flow

answers: NDQ_001598

answers: side of the mountain

answers: NDQ_001600

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What color are the rocks on the Arizona map?

answers: NDQ_001606

answers: NDQ_001608

answers: The contour interval is shown after the (+).

answers: NDQ_001611

answers: Pima County

answers: NDQ_001613

answers: NDQ_001614

answers: This list of highest points in the U.S. state of Arizona, in alphabetical order by county. Elevations are from USGS 1:24,000 scale topographic quadrangle maps

answers: NDQ_001618

answers: contour interval

answers: NDQ_001619

answers: contour interval

answers: NDQ_001620

answers: contour interval

answers: NDQ_001621

answers: topographic quadrangle

answers: NDQ_001622

answers: contour interval

answers: NDQ_001623

answers: contour interval

answers: NDQ_001624

answers: The contour interval

answers: NDQ_001625

answers: The contour interval

answers: NDQ_001586

answers: The contour interval is shown after the (+).

answers: NDQ_001587

answers: The contour interval is shown after the (+).

answers: NDQ_001588

answers: Elevations followed by a plus sign

answers: NDQ_001589

answers: minimal values.

answers: NDQ_001590

answers: The contour interval is shown after the (+).

answers: NDQ_001591

answers: minimal values.

answers: NDQ_001592

answers: minimal values.

answers: NDQ_001593

answers: USGS 1:24,000 scale topographic quadrangle maps.

answers: NDQ_001594

answers: The contour interval

answers: NDQ_001595

answers: The contour interval

answers: NDQ_001597

answers: USGS 1:24,000 scale topographic quadrangle maps.

answers: NDQ_001598

answers: The contour interval

answers: NDQ_001600

answers: The contour interval

answers: NDQ_001603

answers: USGS 1:24,000 scale topographic quadrangle maps.

answers: NDQ_001605

answers: USGS 1:24,000 scale topographic quadrangle maps.

answers: NDQ_001606

answers: The contour interval is shown after the (+).

answers: NDQ_001608

answers: The contour interval is shown after the (+).

answers: NDQ_001611

answers: NDQ_001613

answers: The contour interval is shown after the (+).

answers: NDQ_001614

answers: USGS 1:24,000 scale topographic quadrangle maps.

answers: NDQ_001618

answers: USGS 1:24,000 scale topographic quadrangle maps.

answers: NDQ_001619

answers: contour interval

answers: NDQ_001620

answers: The contour interval

answers: NDQ_001621

answers: USGS 1:24,000 scale topographic quadrangle maps.

answers: NDQ_001622

answers: Elevations followed by a plus sign (+) are minimal values.

answers: NDQ_001623

answers: contour interval

answers: NDQ_001624

answers: The contour interval is shown after the (+).

answers: NDQ_001625

text: In the United Kingdom the term geological map is used. The UK and Isle of Man have been extensively mapped by the British Geological Survey (BGS) since 1835; a separate Geological Survey of Northern Ireland (drawing on BGS staff) has operated since 1947.

text: In the

text: United Kingdom

text: the term geological map is used. The UK and

text: Isle of Man

text: have been extensively mapped by the

text: British Geological Survey

text: (BGS) since 1835; a separate Geological Survey of Northern Ireland (drawing on BGS staff) has operated since 1947.

answers: NDQ_001586

answers: not enough information

answers: NDQ_001587

answers: is a type of what?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: British Geological Survey (BGS) has operated since 1947.

answers: NDQ_001590

answers: What is the term geological map used for?

answers: NDQ_001591

answers: geological map

answers: NDQ_001592

answers: Geological Survey of Northern Ireland

answers: NDQ_001593

answers: no

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: It's impossible to say

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What does the British Geological Survey (BGS) do?

answers: NDQ_001611

answers: None of the above choices.

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: geological map

answers: NDQ_001619

answers: geological map

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: geological map

answers: NDQ_001622

answers: Geological map

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: Isle of Man

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: 1835;

answers: NDQ_001587

answers: geological map

answers: NDQ_001588

answers: 1835;

answers: NDQ_001589

answers: geological map

answers: NDQ_001590

answers: 1835;

answers: NDQ_001591

answers: geological map

answers: NDQ_001592

answers: geological map

answers: NDQ_001593

answers: geological map

answers: NDQ_001594

answers: British Geological Survey (BGS) since 1835;

answers: NDQ_001595

answers: 1835;

answers: NDQ_001597

answers: geological map

answers: NDQ_001598

answers: geological map

answers: NDQ_001600

answers: 1835;

answers: NDQ_001603

answers: geological map

answers: NDQ_001605

answers: British Geological Survey (BGS) since 1835;

answers: NDQ_001606

answers: 1835;

answers: NDQ_001608

answers: geological map

answers: NDQ_001611

answers: 1835;

answers: NDQ_001613

answers: British Geological Survey (BGS) since 1835;

answers: NDQ_001614

answers: geological map

answers: NDQ_001618

answers: geological map is used. The UK and Isle of Man

answers: NDQ_001619

answers: geological map

answers: NDQ_001620

answers: 1835;

answers: NDQ_001621

answers: geological map

answers: NDQ_001622

answers: geological map is used. The UK and Isle of Man

answers: NDQ_001623

answers: geological map

answers: NDQ_001624

answers: Isle of Man

answers: NDQ_001625

answers: British Geological Survey (BGS) since 1835;

text: The equirectangular projection (also called the equidistant cylindrical projection, geographic projection, or la carte parallélogrammatique projection, and which includes the special case of the plate carrée projection or geographic projection) is a simple map projection attributed to Marinus of Tyre, who Ptolemy claims invented the projection about AD 100. The projection maps meridians to vertical straight lines of constant spacing (for meridional intervals of constant spacing), and circles of latitude to horizontal straight lines of constant spacing (for constant intervals of parallels). The projection is neither equal area nor conformal. Because of the distortions introduced by this projection, it has little use in navigation or cadastral mapping and finds its main use in thematic mapping. In particular, the plate carrée has become a standard for global raster datasets, such as Celestia and NASA World Wind, because of the particularly simple relationship between the position of an image pixel on the map and its corresponding geographic location on Earth.

text: The equirectangular projection (also called the equidistant cylindrical projection, geographic projection, or la carte parallélogrammatique projection, and which includes the special case of the plate carrée projection or geographic projection) is a simple

text: map projection

text: attributed to

text: Marinus of Tyre

text: , who

text: Ptolemy

text: claims invented the projection about AD 100. The projection maps

text: meridians

text: to vertical straight lines of constant spacing (for

text: meridional

text: intervals of constant spacing), and

text: circles of latitude

text: to horizontal straight lines of constant spacing (for constant intervals of

text: parallels

text: ). The projection is neither equal area nor

text: conformal

text: . Because of the distortions introduced by this projection, it has little use in

text: navigation

text: or

text: cadastral

text: mapping and finds its main use in

text: thematic map

text: ping. In particular, the plate carrée has become a standard for global

text: raster datasets

text: , such as

text: Celestia

text: and

text: NASA World Wind

text: , because of the particularly simple relationship between the position of an

text: image pixel

text: on the map and its corresponding geographic location on Earth.

answers: NDQ_001586

answers: contour lines that are numbered represent changes in elevation

answers: NDQ_001587

answers: What does the projection map meridians to vertical straight lines of constant spacing?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: equal area nor conformal

answers: NDQ_001590

answers: constant spacing

answers: NDQ_001591

answers: meridional intervals

answers: NDQ_001592

answers: equal area nor conformal

answers: NDQ_001593

answers: because of the distortions introduced by this projection

answers: NDQ_001594

answers: The projection maps meridians to vertical straight lines of constant spacing

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Because of the distortions introduced by this projection, it has little use in navigation or cadastral mapping

answers: NDQ_001598

answers: meridional intervals of constant spacing

answers: NDQ_001600

answers: constant intervals of parallels

answers: NDQ_001603

answers: What is the main use of the projection?

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: constant spacing

answers: NDQ_001608

answers: The projection maps meridians to vertical straight lines of constant spacing

answers: NDQ_001611

answers: constant spacing

answers: NDQ_001613

answers: horizontal straight lines of constant spacing

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: meridians

answers: NDQ_001619

answers: plate carrée projection

answers: NDQ_001620

answers: constant spacing

answers: NDQ_001621

answers: raster

answers: NDQ_001622

answers: meridians

answers: NDQ_001623

answers: meridians

answers: NDQ_001624

answers: meridians

answers: NDQ_001625

answers: constant spacing

answers: NDQ_001586

answers: circles of latitude

answers: NDQ_001587

answers: circles of latitude to horizontal straight lines of constant spacing

answers: NDQ_001588

answers: parallels).

answers: NDQ_001589

answers: equal area nor conformal.

answers: NDQ_001590

answers: parallels).

answers: NDQ_001591

answers: meridional intervals of constant spacing),

answers: NDQ_001592

answers: equal area nor conformal.

answers: NDQ_001593

answers: The projection maps meridians to vertical straight lines of constant spacing

answers: NDQ_001594

answers: The projection maps meridians to vertical straight lines of constant spacing

answers: NDQ_001595

answers: spacing

answers: NDQ_001597

answers: meridians to vertical straight lines of constant spacing

answers: NDQ_001598

answers: meridians

answers: NDQ_001600

answers: parallels).

answers: NDQ_001603

answers: cadastral mapping and finds its main use in thematic mapping.

answers: NDQ_001605

answers: equirectangular projection

answers: NDQ_001606

answers: constant spacing

answers: NDQ_001608

answers: The projection maps meridians to vertical straight lines of constant spacing

answers: NDQ_001611

answers: constant spacing

answers: NDQ_001613

answers: circles of latitude to horizontal straight lines of constant spacing

answers: NDQ_001614

answers: The projection maps meridians to vertical straight lines of constant spacing

answers: NDQ_001618

answers: meridians

answers: NDQ_001619

answers: equirectangular projection

answers: NDQ_001620

answers: constant spacing

answers: NDQ_001621

answers: equirectangular projection

answers: NDQ_001622

answers: meridians

answers: NDQ_001623

answers: meridians

answers: NDQ_001624

answers: meridians

answers: NDQ_001625

answers: constant spacing

text: In discussing pollution, density maps can be very useful in indicating sources and areas of greatest contamination. Contour maps are especially useful for diffuse forms or scales of pollution. Acid precipitation is indicated on maps with isoplats.  Some of the most widespread applications of environmental science contour maps involve mapping of environmental noise (where lines of equal sound pressure level are denoted isobels), air pollution, soil contamination, thermal pollution and groundwater contamination.  By contour planting and contour ploughing, the rate of water runoff and thus soil erosion can be substantially reduced; this is especially important in riparian zones.

text: In discussing pollution, density maps can be very useful in indicating sources and areas of greatest contamination. Contour maps are especially useful for diffuse forms or scales of pollution. Acid precipitation is indicated on maps with isoplats.  Some of the most widespread applications of environmental science contour maps involve mapping of

text: environmental noise

text: (where lines of equal sound pressure level are denoted isobels),

text: air pollution

text: soil contamination

text: thermal pollution

text: and

text: groundwater

text: contamination.  By

text: contour planting

text: and

text: contour ploughing

text: , the rate of

text: water runoff

text: and thus

text: soil erosion

text: can be substantially reduced; this is especially important in

text: riparian

text: zones.

answers: NDQ_001586

answers: areoplats

answers: NDQ_001587

answers: Which of the following is not a type of pollution: air pollution, soil contamination, thermal pollution, or groundwater contamination?

answers: NDQ_001588

answers: They may intersect each other

answers: NDQ_001589

answers: can be very useful in indicating sources and areas of greatest contamination

answers: NDQ_001590

answers: What is the contour interval of a topographic map?

answers: NDQ_001591

answers: isobels

answers: NDQ_001592

answers: indicating sources and areas of greatest contamination

answers: NDQ_001593

answers: soil erosion can be substantially reduced

answers: NDQ_001594

answers: groundwater contamination

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: isoplats

answers: NDQ_001600

answers: isoplats

answers: NDQ_001603

answers: no

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is not a benefit of contour lines?

answers: NDQ_001611

answers: can be very useful in indicating sources and areas of greatest contamination

answers: NDQ_001613

answers: What are the most widespread applications of environmental science contour maps involve mapping of environmental noise

answers: NDQ_001614

answers: Which of the following is not a feature of contour maps?

answers: NDQ_001618

answers: Acid precipitation

answers: NDQ_001619

answers: Contour

answers: NDQ_001620

answers: isoplat

answers: NDQ_001621

answers: Contour

answers: NDQ_001622

answers: Acid precipitation

answers: NDQ_001623

answers: isobels

answers: NDQ_001624

answers: acid precipitation

answers: NDQ_001625

answers: contour planting and contour ploughing

answers: NDQ_001586

answers: Contour maps

answers: NDQ_001587

answers: Contour maps

answers: NDQ_001588

answers: Contour maps

answers: NDQ_001589

answers: indicating sources and areas of greatest contamination.

answers: NDQ_001590

answers: Contour maps

answers: NDQ_001591

answers: diffuse forms or scales of pollution. Acid precipitation

answers: NDQ_001592

answers: indicating sources and areas of greatest contamination.

answers: NDQ_001593

answers: Contour maps

answers: NDQ_001594

answers: Contour maps

answers: NDQ_001595

answers: lines of equal sound pressure level are denoted isobels),

answers: NDQ_001597

answers: Contour maps

answers: NDQ_001598

answers: Contour maps

answers: NDQ_001600

answers: isoplats.

answers: NDQ_001603

answers: density maps

answers: NDQ_001605

answers: Acid precipitation is indicated on maps with isoplats.

answers: NDQ_001606

answers: Contour maps

answers: NDQ_001608

answers: Contour maps

answers: NDQ_001611

answers: Contour maps

answers: NDQ_001613

answers: Acid precipitation is indicated on maps with isoplats.

answers: NDQ_001614

answers: Contour maps

answers: NDQ_001618

answers: Acid precipitation

answers: NDQ_001619

answers: groundwater

answers: NDQ_001620

answers: Contour maps

answers: NDQ_001621

answers: Contour maps

answers: NDQ_001622

answers: Acid precipitation

answers: NDQ_001623

answers: isobels),

answers: NDQ_001624

answers: Acid precipitation

answers: NDQ_001625

answers: contour

text: Topographic maps for general use are available at 1:50,000 and 1:100,000 from the Hellenic Military Geographical Service (HMGS). They use a national projection system called EGSA'87, which is a Transverse Mercatorial Projection mapping Gre    ece in one zone. A few areas are also available at 1:25,000. Some private firms sell topographic maps of national parks based on HMGS topography.

text: Topographic maps for general use are available at 1:50,000 and 1:100,000 from the

text: Hellenic Military Geographical Service

text: (HMGS). They use a national projection system called EGSA'87, which is a Transverse Mercatorial Projection mapping Gre    ece in one zone. A few areas are also available at 1:25,000. Some private firms sell topographic maps of national parks based on HMGS topography.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What is the name of the projection system used by HMGS?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: 1:25,000

answers: NDQ_001590

answers: 1:50,000 and 1:100,000

answers: NDQ_001591

answers: national parks

answers: NDQ_001592

answers: EGSA'87

answers: NDQ_001593

answers: What can you use a topographic map for?

answers: NDQ_001594

answers: The Hellenic Military Geographical Service

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: 1:50,000 and 1:100,000

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: The Hellenic Military Geographical Service

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: national parks

answers: NDQ_001619

answers: NDQ_001620

answers: 1:50,000

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: national parks

answers: NDQ_001623

answers: parallel line

answers: NDQ_001624

answers: national parks

answers: NDQ_001625

answers: 1:50,000

answers: NDQ_001586

answers: EGSA'87,

answers: NDQ_001587

answers: Transverse Mercatorial Projection

answers: NDQ_001588

answers: Topographic maps for general use are available at 1:50,000

answers: NDQ_001589

answers: Topographic maps

answers: NDQ_001590

answers: 1:50,000 and 1:100,000

answers: NDQ_001591

answers: national parks

answers: NDQ_001592

answers: national parks

answers: NDQ_001593

answers: 1:50,000 and 1:100,000

answers: NDQ_001594

answers: EGSA'87,

answers: NDQ_001595

answers: 1:100,000

answers: NDQ_001597

answers: 1:50,000 and 1:100,000

answers: NDQ_001598

answers: EGSA'87,

answers: NDQ_001600

answers: 1:50,000 and 1:100,000

answers: NDQ_001603

answers: Topographic maps

answers: NDQ_001605

answers: EGSA'87,

answers: NDQ_001606

answers: 1:50,000 and 1:100,000

answers: NDQ_001608

answers: Topographic maps

answers: NDQ_001611

answers: 1:50,000 and 1:100,000

answers: NDQ_001613

answers: EGSA'87,

answers: NDQ_001614

answers: 1:50,000 and 1:100,000

answers: NDQ_001618

answers: national parks

answers: NDQ_001619

answers: EGSA'87,

answers: NDQ_001620

answers: 1:50,000 and 1:100,000

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: national parks

answers: NDQ_001623

answers: Transverse Mercatorial Projection

answers: NDQ_001624

answers: national parks

answers: NDQ_001625

answers: 1:50,000

text: Dutch Topographic map of Ommen, June 2015

text: Dutch Topographic map of Ommen, June 2015

answers: NDQ_001586

answers: change in elevation

answers: NDQ_001587

answers: A cross section of the city of Ommen.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is a map of the ocean

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: equator

answers: NDQ_001592

answers: orient itself

answers: NDQ_001593

answers: How does the topographic map of Ommen look?

answers: NDQ_001594

answers: contour lines represent the distance to the bottom

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain that is flat

answers: NDQ_001600

answers: contour lines are so close together that they almost touch

answers: NDQ_001603

answers: Which of the following is not true?

answers: NDQ_001605

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

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval

answers: NDQ_001608

answers: How do contour lines work?

answers: NDQ_001611

answers: How would you describe a hill that is very far apart?

answers: NDQ_001613

answers: the side with the lower elevation

answers: NDQ_001614

answers: Which of the following is true of topographic maps?

answers: NDQ_001618

answers: Ommen

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: Ommen

answers: NDQ_001623

answers: isosceles

answers: NDQ_001624

answers: Ommen

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Dutch Topographic map of Ommen,

answers: NDQ_001587

answers: Ommen,

answers: NDQ_001588

answers: Dutch Topographic map of Ommen,

answers: NDQ_001589

answers: Topographic

answers: NDQ_001590

answers: Dutch Topographic map of Ommen,

answers: NDQ_001591

answers: Topographic map of Ommen,

answers: NDQ_001592

answers: 2015

answers: NDQ_001593

answers: Topographic map of Ommen,

answers: NDQ_001594

answers: Dutch Topographic map of Ommen,

answers: NDQ_001595

answers: 2015

answers: NDQ_001597

answers: Dutch Topographic map of Ommen,

answers: NDQ_001598

answers: Dutch Topographic map of Ommen,

answers: NDQ_001600

answers: Dutch Topographic map of Ommen,

answers: NDQ_001603

answers: Dutch Topographic map of Ommen,

answers: NDQ_001605

answers: Dutch Topographic map of Ommen,

answers: NDQ_001606

answers: Dutch Topographic map of Ommen,

answers: NDQ_001608

answers: Dutch Topographic map of Ommen,

answers: NDQ_001611

answers: Dutch Topographic map of Ommen,

answers: NDQ_001613

answers: Dutch Topographic map of Ommen,

answers: NDQ_001614

answers: Dutch Topographic map of Ommen,

answers: NDQ_001618

answers: Ommen,

answers: NDQ_001619

answers: Dutch Topographic map

answers: NDQ_001620

answers: Dutch Topographic map of Ommen, June 2015

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Ommen,

answers: NDQ_001623

answers: Dutch Topographic map of Ommen,

answers: NDQ_001624

answers: Ommen,

answers: NDQ_001625

answers: 2015

text: Topographic map of North Versailles and surrounding area

text: Topographic map of North Versailles and surrounding area

answers: NDQ_001586

answers: contour lines that are numbered represent changes in elevation

answers: NDQ_001587

answers: can be drawn on a topographic map of North Versailles

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: it is a topographic map

answers: NDQ_001590

answers: The contour interval of a topographic map represents the horizontal distance between contour lines.

answers: NDQ_001591

answers: ridges

answers: NDQ_001592

answers: show the location of landmarks

answers: NDQ_001593

answers: What can you find on a topographic map?

answers: NDQ_001594

answers: contour lines represent the distance to the bottom of the water

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: Which side of a mountain is steepest?

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a valley

answers: NDQ_001603

answers: Which of the following is true of the map?

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: How do contour lines help us to see the shape of the land?

answers: NDQ_001611

answers: Which of the following is not a feature of a topographic map?

answers: NDQ_001613

answers: The circle with the higher elevation is the right side.

answers: NDQ_001614

answers: Which of the following is true of a topographic map?

answers: NDQ_001618

answers: ridges

answers: NDQ_001619

answers: can be used as a reference

answers: NDQ_001620

answers: elevation difference between adjacent contour lines

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: North Versailles

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: ridges

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: North Versailles

answers: NDQ_001587

answers: Topographic map of North Versailles and surrounding area

answers: NDQ_001588

answers: North Versailles

answers: NDQ_001589

answers: Topographic map

answers: NDQ_001590

answers: North Versailles

answers: NDQ_001591

answers: North Versailles and surrounding area

answers: NDQ_001592

answers: North Versailles

answers: NDQ_001593

answers: Topographic map of North Versailles

answers: NDQ_001594

answers: North Versailles

answers: NDQ_001595

answers: Versailles

answers: NDQ_001597

answers: Topographic map of North Versailles

answers: NDQ_001598

answers: North Versailles

answers: NDQ_001600

answers: North Versailles

answers: NDQ_001603

answers: North Versailles

answers: NDQ_001605

answers: Topographic map of North Versailles

answers: NDQ_001606

answers: North Versailles

answers: NDQ_001608

answers: Topographic map of North Versailles

answers: NDQ_001611

answers: Topographic map of North Versailles

answers: NDQ_001613

answers: North Versailles

answers: NDQ_001614

answers: North Versailles

answers: NDQ_001618

answers: North Versailles

answers: NDQ_001619

answers: Topographic map

answers: NDQ_001620

answers: North Versailles

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: North Versailles

answers: NDQ_001623

answers: North Versailles

answers: NDQ_001624

answers: North Versailles

answers: NDQ_001625

answers: North Versailles

text: The product of the calculations is usually a set of isopleths or mapped contour lines either in plan view or cross sectional view.  Typically these might be stated as concentrations of carbon monoxide, total reactive hydrocarbons, oxides of nitrogen, particulate or benzene.  The air quality scientist  can run the model successively to study techniques of reducing adverse air pollutant concentrations (for example, by redesigning roadway geometry, altering speed controls or limiting certain types of trucks).  The model is frequently utilized in an Environmental Impact Statement involving a major new roadway or land use change which will induce new vehicular traffic.

text: The product of the calculations is usually a set of isopleths or mapped

text: contour lines

text: either in

text: plan view

text: or

text: cross sectional

text: view.  Typically these might be stated as concentrations of

text: carbon monoxide

text: , total reactive

text: hydrocarbons

text: oxides of nitrogen

text: particulate

text: or

text: benzene

text: .  The air quality scientist  can run the model successively to study techniques of reducing adverse

text: air pollutant concentrations

text: (for example, by redesigning roadway geometry, altering speed controls or limiting certain types of trucks).  The model is frequently utilized in an

text: Environmental Impact Statement

text: involving a major new roadway or land use change which will induce new vehicular traffic.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What is mapped contour lines?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: cross sectional view

answers: NDQ_001590

answers: What is the product of the calculations?

answers: NDQ_001591

answers: cross sectional view

answers: NDQ_001592

answers: run the model successively

answers: NDQ_001593

answers: cross sectional view

answers: NDQ_001594

answers: cross sectional view

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: cross sectional

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: cross sectional view

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: What might be stated as concentrations of carbon monoxide?

answers: NDQ_001606

answers: What is the product of the calculations?

answers: NDQ_001608

answers: Yes

answers: NDQ_001611

answers: cross sectional view

answers: NDQ_001613

answers: What is the product of the calculations?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: plan view

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: plan view

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: cross sectional view

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: contour lines either in plan view or cross sectional view.

answers: NDQ_001587

answers: cross sectional view.

answers: NDQ_001588

answers: cross sectional view.

answers: NDQ_001589

answers: contour lines either in plan view or cross sectional view.

answers: NDQ_001590

answers: contour lines either in plan view or cross sectional view.

answers: NDQ_001591

answers: concentrations of carbon monoxide, total reactive hydrocarbons,

answers: NDQ_001592

answers: reducing adverse air pollutant concentrations

answers: NDQ_001593

answers: contour lines

answers: NDQ_001594

answers: contour lines either in plan view or cross sectional view.

answers: NDQ_001595

answers: contour lines

answers: NDQ_001597

answers: mapped contour lines

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: contour lines either in plan view or cross sectional view.

answers: NDQ_001603

answers: mapped contour lines either in plan view or cross sectional view.

answers: NDQ_001605

answers: mapped contour lines either in plan view or cross sectional view.

answers: NDQ_001606

answers: contour lines

answers: NDQ_001608

answers: mapped contour lines either in plan view or cross sectional view.

answers: NDQ_001611

answers: mapped contour lines either in plan view or cross sectional view.

answers: NDQ_001613

answers: mapped contour lines either in plan view or cross sectional view.

answers: NDQ_001614

answers: mapped contour lines

answers: NDQ_001618

answers: mapped contour lines either in plan view or cross sectional view.

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: contour lines either in plan view or cross sectional view.

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: concentrations of carbon monoxide,

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: cross sectional view.

answers: NDQ_001625

answers: contour lines

text: The highest point in Clark County, Washington, is Sturgeon Rock, a basalt outcrop that lies on the county line just west of the Silver Star summit.  For many years an error on United States Geological Survey topographical maps has misnamed a broad wooded peak lower on the ridge near the Tarbell Trail as Sturgeon Rock.

text: The highest point in

text: Clark County, Washington

text: , is Sturgeon Rock, a

text: basalt

text: outcrop that lies on the county line just west of the Silver Star summit.  For many years an error on

text: United States Geological Survey

text: topographical

text: maps

text: has misnamed a broad wooded peak lower on the ridge near the Tarbell Trail as Sturgeon Rock.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What is the highest point in Clark County, Washington?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the highest point in Clark County, Washington, is Sturgeon Rock

answers: NDQ_001590

answers: What is the highest point in Clark County?

answers: NDQ_001591

answers: the highest point

answers: NDQ_001592

answers: name a broad wooded peak

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices.

answers: NDQ_001598

answers: west

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: basalt, rock, or mountain?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is Sturgeon Rock?

answers: NDQ_001611

answers: How would you describe Sturgeon Rock?

answers: NDQ_001613

answers: What is the highest point in Clark County, Washington?

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: Silver Star summit

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: Silver Star summit

answers: NDQ_001623

answers: ridge

answers: NDQ_001624

answers: Silver Star summit

answers: NDQ_001625

answers: Silver Star summit

answers: NDQ_001586

answers: The highest point in Clark County, Washington, is Sturgeon Rock,

answers: NDQ_001587

answers: ridge near the Tarbell Trail

answers: NDQ_001588

answers: west of the Silver Star summit.

answers: NDQ_001589

answers: Sturgeon Rock.

answers: NDQ_001590

answers: error on United States Geological Survey

answers: NDQ_001591

answers: county line just west of the Silver Star summit.

answers: NDQ_001592

answers: misnamed a broad wooded peak

answers: NDQ_001593

answers: ridge

answers: NDQ_001594

answers: Sturgeon Rock,

answers: NDQ_001595

answers: The highest point in Clark County, Washington, is Sturgeon Rock,

answers: NDQ_001597

answers: west

answers: NDQ_001598

answers: west

answers: NDQ_001600

answers: ridge

answers: NDQ_001603

answers: United States Geological Survey

answers: NDQ_001605

answers: basalt

answers: NDQ_001606

answers: The highest point in Clark County, Washington, is Sturgeon Rock,

answers: NDQ_001608

answers: topographical maps

answers: NDQ_001611

answers: ridge

answers: NDQ_001613

answers: Silver Star summit.

answers: NDQ_001614

answers: topographical maps

answers: NDQ_001618

answers: Silver Star summit.

answers: NDQ_001619

answers: United States Geological Survey topographical maps

answers: NDQ_001620

answers: summit.

answers: NDQ_001621

answers: topographical maps

answers: NDQ_001622

answers: Sturgeon Rock,

answers: NDQ_001623

answers: county line

answers: NDQ_001624

answers: Silver Star summit.

answers: NDQ_001625

answers: Silver Star summit. For many years an error on United States Geological Survey

text: The Institute was transferred to the Ministry of Interior in 1960 and expanded its operations to include some basic cartographic activities and extended research.  The organisation had benefited from the ]United States Point Four Programme of financial aid until it was discontinued in 1962, at which time the country entered into an agreement with the United States for the U.S. Army Map Service, later known as Topographic Command (Topocom), to produce base maps of the country.  The topographic surveying was provided by soldiers from the 64th Engineer Battalion, 29th Engineer Company, and the project was known as the Ethiopia-United States Mapping Mission.  Using the survey data from the Mapping Mission, The Army Map Service/Topocom completed the photogrammetric map compilation and cartographic map finishing operations.  The resulting 1:250,000-scale base maps of the country and 1:50,000-scale maps of special interest areas served as the impetus for the Institute to begin its cartographic map maintenance and distribution programme.  The organisation was placed under a Director General with two Directors and seventy employees, and was reorganized into three subdivisions:  Photogrammetry, Cartography and Photo Laboratory.  The Institute was reorganized again in 1980 and was renamed the Ethiopian Mapping Authority.

text: The Institute was transferred to the Ministry of Interior in 1960 and expanded its operations to include some basic cartographic activities and extended research.  The organisation had benefited from the ]

text: United States

text: Point Four Programme of financial aid until it was discontinued in 1962, at which time the country entered into an agreement with the United States for the

text: U.S. Army Map Service

text: , later known as Topographic Command (Topocom), to produce base maps of the country.  The

text: topographic surveying

text: was provided by soldiers from the 64th Engineer Battalion, 29th Engineer Company, and the project was known as the

entity_name: Ethiopia – United States Mapping Mission

text: Ethiopia-United States Mapping Mission

text: .  Using the survey data from the Mapping Mission, The Army Map Service/Topocom completed the photogrammetric map compilation and cartographic map finishing operations.  The resulting 1:250,000-scale base maps of the country and 1:50,000-scale maps of special interest areas served as the impetus for the Institute to begin its cartographic map maintenance and distribution programme.  The organisation was placed under a Director General with two Directors and seventy employees, and was reorganized into three subdivisions:

text: Photogrammetry

text: Cartography

text: and Photo Laboratory.  The Institute was reorganized again in 1980 and was renamed the Ethiopian Mapping Authority.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: Which happened first, the Institute was transferred to the Ministry of Interior or the Ethiopian Mapping Authority was renamed?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: 1:250,000-scale

answers: NDQ_001590

answers: 1:50,000-scale

answers: NDQ_001591

answers: special interest areas

answers: NDQ_001592

answers: distribution

answers: NDQ_001593

answers: What can you use a topographic map for?

answers: NDQ_001594

answers: What was the purpose of the topographic surveying?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can topographic maps be used for?

answers: NDQ_001598

answers: 1:250,000-scale

answers: NDQ_001600

answers: 1:250,000-scale

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: How many years after the Institute was transferred to the Ministry of Interior was it reorganized again?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What did the Army Map Service/Topocom complete?

answers: NDQ_001611

answers: The Institute was reorganized again in 1980

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is the hatch marks on a topographic map?

answers: NDQ_001614

answers: What can topographic maps show?

answers: NDQ_001618

answers: special interest areas

answers: NDQ_001619

answers: 1:250,000-scale base

answers: NDQ_001620

answers: 1:250,000-scale

answers: NDQ_001621

answers: 1:250,000-scale

answers: NDQ_001622

answers: special interest areas

answers: NDQ_001623

answers: 1:250,000

answers: NDQ_001624

answers: special interest areas

answers: NDQ_001625

answers: 1:250,000

answers: NDQ_001586

answers: Ethiopian Mapping Authority.

answers: NDQ_001587

answers: Photogrammetry, Cartography and Photo Laboratory.

answers: NDQ_001588

answers: 1962,

answers: NDQ_001589

answers: 1:250,000-scale

answers: NDQ_001590

answers: 1:250,000-scale

answers: NDQ_001591

answers: special interest areas

answers: NDQ_001592

answers: distribution

answers: NDQ_001593

answers: 1:250,000-scale

answers: NDQ_001594

answers: ]United States Point Four Programme

answers: NDQ_001595

answers: 1:50,000-scale

answers: NDQ_001597

answers: Topographic Command (Topocom), to produce base maps

answers: NDQ_001598

answers: 1:250,000-scale

answers: NDQ_001600

answers: 1962,

answers: NDQ_001603

answers: Topographic Command (Topocom), to produce base maps

answers: NDQ_001605

answers: Ethiopian Mapping Authority.

answers: NDQ_001606

answers: 1962,

answers: NDQ_001608

answers: Topographic Command (Topocom), to produce base maps

answers: NDQ_001611

answers: 1962,

answers: NDQ_001613

answers: Ethiopian Mapping Authority.

answers: NDQ_001614

answers: Ethiopia-United States Mapping Mission.

answers: NDQ_001618

answers: special interest areas

answers: NDQ_001619

answers: 1:250,000-scale

answers: NDQ_001620

answers: 1:250,000-scale

answers: NDQ_001621

answers: 1:250,000-scale

answers: NDQ_001622

answers: special interest areas

answers: NDQ_001623

answers: 1:250,000-scale

answers: NDQ_001624

answers: special interest areas

answers: NDQ_001625

answers: 1:250,000-scale

text: In the United States, the FDA has approved LASIK for age 18 and over. More importantly the patient's eye prescription should be stable for at least one year prior to surgery.The patient may be examined with pupillary dilation and education given prior to the procedure. Before the surgery, the patient's corneas are examined with a pachymeter to determine their thickness, and with a topographer, or corneal topography machine, to measure their surface contour. Using low-power lasers, a topographer creates a topographic map of the cornea. The procedure is contraindicated if the topographer finds difficulties such as keratoconus The preparatory process also detects astigmatism and other irregularities in the shape of the cornea. Using this information, the surgeon calculates the amount and the location of corneal tissue to be removed. The patient is prescribed and self-administers an antibiotic beforehand to minimize the risk of infection after the procedure and is sometimes offered a short acting oral sedative medication as a pre-medication. Prior to the procedure, anaesthetic eye drops are instilled. Factors that may rule out LASIK for some patients include large pupils, thin corneas and extremely dry eyes.

text: In the United States, the FDA has approved LASIK for age 18 and over. More importantly the patient's eye prescription should be stable for at least one year prior to surgery.The patient may be examined with pupillary dilation and education given prior to the procedure. Before the surgery, the patient's

text: cornea

text: s are examined with a

text: pachymeter

text: to determine their thickness, and with a topographer, or corneal topography machine, to measure their surface contour. Using low-power

text: laser

text: s, a topographer creates a

text: topographic map

text: of the cornea. The procedure is contraindicated if the topographer finds difficulties such as

text: keratoconus

text: The preparatory process also detects

text: astigmatism

text: and other irregularities in the shape of the cornea. Using this information, the surgeon calculates the amount and the location of corneal tissue to be removed. The patient is prescribed and self-administers an antibiotic beforehand to minimize the risk of infection after the procedure and is sometimes offered a short acting oral sedative medication as a pre-medication. Prior to the procedure, anaesthetic eye drops are instilled. Factors that may rule out LASIK for some patients include large pupils, thin corneas and extremely dry eyes.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: Which of the following is not a factor that may rule out LASIK for some patients?

answers: NDQ_001588

answers: Which of the following is not a type of irregularities in the shape of the cornea?

answers: NDQ_001589

answers: unanswerable

answers: NDQ_001590

answers: What is the patient's eye prescription?

answers: NDQ_001591

answers: irregularities

answers: NDQ_001592

answers: astigmatism

answers: NDQ_001593

answers: unanswerable

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

answers: Which of the following is not an irregularity in the shape of the cornea?

answers: NDQ_001603

answers: Which of the following is not useful to geologists and other Earth scientists?

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What does a topographer create?

answers: NDQ_001611

answers: Which of the following is not a condition that may rule out LASIK?

answers: NDQ_001613

answers: Which of the following is not a type of corneal topography machine: pachymeter, topographer, or corneal topography machine?

answers: NDQ_001614

answers: Which of the following is not an irregularity in the shape of the cornea: astigmatism and other irregularities in the shape of the cornea?

answers: NDQ_001618

answers: cornea

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: surface contour

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: cornea

answers: NDQ_001623

answers: topographic map

answers: NDQ_001624

answers: cornea

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: Using low-power lasers,

answers: NDQ_001587

answers: pachymeter

answers: NDQ_001588

answers: corneal topography machine, to measure their surface contour.

answers: NDQ_001589

answers: topographic map

answers: NDQ_001590

answers: corneal topography machine, to measure their surface contour.

answers: NDQ_001591

answers: astigmatism

answers: NDQ_001592

answers: keratoconus

answers: NDQ_001593

answers: cornea.

answers: NDQ_001594

answers: keratoconus

answers: NDQ_001595

answers: corneal topography machine, to measure their surface contour.

answers: NDQ_001597

answers: cornea.

answers: NDQ_001598

answers: keratoconus

answers: NDQ_001600

answers: topographer, or corneal topography machine, to measure their surface contour.

answers: NDQ_001603

answers: topographic map

answers: NDQ_001605

answers: keratoconus

answers: NDQ_001606

answers: surface contour.

answers: NDQ_001608

answers: topographer, or corneal topography machine, to measure their surface contour.

answers: NDQ_001611

answers: keratoconus

answers: NDQ_001613

answers: keratoconus

answers: NDQ_001614

answers: topographic map of the cornea.

answers: NDQ_001618

answers: keratoconus

answers: NDQ_001619

answers: topographic map

answers: NDQ_001620

answers: keratoconus

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: keratoconus

answers: NDQ_001623

answers: corneal topography

answers: NDQ_001624

answers: keratoconus

answers: NDQ_001625

answers: cornea.

text: [[File:Lake Michigan bathymetry map.png|thumb|Lake Michigan bathymetric map. The deepest point is marked with "×".]]

text: [[File:Lake Michigan bathymetry map.png|thumb|Lake Michigan

text: bathymetric

text: map. The deepest point is marked with "×".]]

answers: NDQ_001586

answers: [[File:Lake Michigan bathymetry map.png|thumb|Lake Michigan bathymetric map. The deepest point is marked with " ".]]

answers: NDQ_001587

answers: [[File:Lake Michigan bathymetry map.png|thumb|Lake Michigan bathymetric map. The deepest point is marked with " ".]]

answers: NDQ_001588

answers: [[File:Lake Michigan bathymetry map.png|thumb|Lake Michigan bathymetric map. The deepest point is marked with " ".]]

answers: NDQ_001589

answers: The deepest point is marked with " "

answers: NDQ_001590

answers: [[The contour interval of a topographic map represents the horizontal distance between contour lines.]]

answers: NDQ_001591

answers: deepest point

answers: NDQ_001592

answers: bathymetric map

answers: NDQ_001593

answers: [[File:Lake Michigan bathymetry map.png|thumb|Lake Michigan bathymetric map. The deepest point is marked with " ".]]

answers: NDQ_001594

answers: [[File:Lake Michigan bathymetric map.png|thumb|Lake Michigan bathymetric map. The deepest point is marked with " "]]

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: [[A topographic map can be used to determine the direction that rivers and streams flow.]]

answers: NDQ_001598

answers: [[File:Lake Michigan bathymetric map.png|thumb|A topographic map of a mountain shows which side of the mountain is steepest.]]

answers: NDQ_001600

answers: [[File:Lake Michigan bathymetric map.png|thumb|Lake Michigan bathymetric map. The deepest point is marked with " "]]

answers: NDQ_001603

answers: [[File:Lake Michigan bathymetry map.png|thumb|Lake Michigan bathymetric map. The deepest point is marked with " "]]

answers: NDQ_001605

answers: [[File:Lake Michigan bathymetry map.png|thumb|Lake Michigan bathymetric map. The deepest point is marked with " ".]]

answers: NDQ_001606

answers: [[The difference between two contour lines is the contour interval.]]

answers: NDQ_001608

answers: [[Image:Lake Michigan bathymetry map.png|thumb|Lake Michigan bathymetric map. The deepest point is marked with " ".]]

answers: NDQ_001611

answers: [[File:Lake Michigan bathymetric map.png|thumb|Lake Michigan bathymetric map. The deepest point is marked with " ".]]

answers: NDQ_001613

answers: [[File:Lake Michigan bathymetry map.png|thumb|Lake Michigan bathymetric map. The deepest point is marked with " ".]]

answers: NDQ_001614

answers: [[Answer:B].

answers: NDQ_001618

answers: [[Contour lines with hatch marks]]

answers: NDQ_001619

answers: [[Bathymetric map]]

answers: NDQ_001620

answers: [[Difference in elevation between adjacent contour lines

answers: NDQ_001621

answers: [[Bathymetric map.png|thumb|Bathymetric map. The deepest point is marked with " ".]]

answers: NDQ_001622

answers: [[Field]]

answers: NDQ_001623

answers: [[Elevation line]]

answers: NDQ_001624

answers: [[V-shaped contour lines]]

answers: NDQ_001625

answers: NDQ_001586

answers: The deepest point is marked with "<unk>".]]

answers: NDQ_001587

answers: The deepest point is marked with "<unk>".]]

answers: NDQ_001588

answers: The deepest point is marked with "<unk>

answers: NDQ_001589

answers: The deepest point is marked with "<unk>

answers: NDQ_001590

answers: The deepest point is marked with "<unk>

answers: NDQ_001591

answers: The deepest point

answers: NDQ_001592

answers: bathymetry

answers: NDQ_001593

answers: The deepest point is marked with "<unk>".]]

answers: NDQ_001594

answers: The deepest point is marked with "<unk>".]]

answers: NDQ_001595

answers: The deepest point is marked with "<unk>

answers: NDQ_001597

answers: The deepest point is marked with "<unk>".]]

answers: NDQ_001598

answers: The deepest point is marked with "<unk>".]]

answers: NDQ_001600

answers: The deepest point is marked with "<unk>".]]

answers: NDQ_001603

answers: The deepest point is marked with "<unk>".]]

answers: NDQ_001605

answers: The deepest point is marked with "<unk>".]]

answers: NDQ_001606

answers: The deepest point is marked with "<unk>

answers: NDQ_001608

answers: The deepest point is marked with "<unk>".]]

answers: NDQ_001611

answers: The deepest point is marked with "<unk>".]]

answers: NDQ_001613

answers: The deepest point is marked with "<unk>".]]

answers: NDQ_001614

answers: [[File:Lake Michigan bathymetry

answers: NDQ_001618

answers: The deepest point is marked with "<unk>".]]

answers: NDQ_001619

answers: bathymetry

answers: NDQ_001620

answers: The deepest point is marked with "<unk>

answers: NDQ_001621

answers: bathymetry

answers: NDQ_001622

answers: The deepest point

answers: NDQ_001623

answers: <unk>

answers: NDQ_001624

answers: The deepest point is marked with "<unk>".]]

answers: NDQ_001625

answers: The deepest point is marked with "<unk>

text: where R may be calculated from the width W of the map by R = . For example, on a map with R = 1 the values of y = 0, 1, 2, 3 correspond to latitudes of φ = 0°, 50°, 75°, 84° and therefore the successive intervals of 1 cm on the map correspond to latitude intervals on the globe of 50°, 25°, 9° and distances of 5,560 km, 2,780 km, and 1,000 km on the Earth.

text: where R may be calculated from the width W of the map by R = . For example, on a map with R = 1 the values of y = 0, 1, 2, 3 correspond to latitudes of φ = 0°, 50°, 75°, 84° and therefore the successive intervals of 1 cm on the map correspond to latitude intervals on the globe of 50°, 25°, 9° and distances of 5,560 km, 2,780 km, and 1,000 km on the Earth.

answers: NDQ_001586

answers: changes in elevation

answers: NDQ_001587

answers: can be obtained by dividing the length of the map by the width of the map.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: latitudes of  = 0°

answers: NDQ_001590

answers: R

answers: NDQ_001591

answers: latitudes

answers: NDQ_001592

answers: latitude intervals on the globe

answers: NDQ_001593

answers: slope

answers: NDQ_001594

answers: R = 1

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: latitude

answers: NDQ_001598

answers: R = 1

answers: NDQ_001600

answers: R = 1

answers: NDQ_001603

answers: None of the above choices

answers: NDQ_001605

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

answers: NDQ_001606

answers: R = 1

answers: NDQ_001608

answers: NDQ_001611

answers: R = 1

answers: NDQ_001613

answers: the circle with the higher elevation

answers: NDQ_001614

answers: NDQ_001618

answers: latitude

answers: NDQ_001619

answers: can be used

answers: NDQ_001620

answers: y

answers: NDQ_001621

answers: latitudes

answers: NDQ_001622

answers: latitude

answers: NDQ_001623

answers: y

answers: NDQ_001624

answers: latitude

answers: NDQ_001625

answers: 1 cm

answers: NDQ_001586

answers: <unk> = 0°, 50°, 75°, 84°

answers: NDQ_001587

answers: 1 cm

answers: NDQ_001588

answers: R =. For example, on a map with R = 1

answers: NDQ_001589

answers: <unk> = 0°, 50°, 75°, 84°

answers: NDQ_001590

answers: 1 cm

answers: NDQ_001591

answers: latitudes

answers: NDQ_001592

answers: R may be calculated from the width W

answers: NDQ_001593

answers: 0°, 50°, 75°, 84°

answers: NDQ_001594

answers: <unk> = 0°, 50°, 75°, 84°

answers: NDQ_001595

answers: 1 cm

answers: NDQ_001597

answers: <unk> = 0°, 50°, 75°, 84°

answers: NDQ_001598

answers: <unk> = 0°, 50°, 75°, 84°

answers: NDQ_001600

answers: 0°, 50°, 75°, 84°

answers: NDQ_001603

answers: 0°, 50°, 75°, 84°

answers: NDQ_001605

answers: y = 0, 1, 2, 3

answers: NDQ_001606

answers: intervals of 1 cm

answers: NDQ_001608

answers: <unk> = 0°, 50°, 75°, 84°

answers: NDQ_001611

answers: 0°, 50°, 75°, 84°

answers: NDQ_001613

answers: 0°, 50°, 75°, 84°

answers: NDQ_001614

answers: 0°, 50°, 75°, 84°

answers: NDQ_001618

answers: latitudes

answers: NDQ_001619

answers: <unk> = 0°, 50°, 75°, 84°

answers: NDQ_001620

answers: 1 cm

answers: NDQ_001621

answers: latitudes

answers: NDQ_001622

answers: latitudes

answers: NDQ_001623

answers: latitudes

answers: NDQ_001624

answers: latitudes

answers: NDQ_001625

answers: 1 cm

text: The Ordnance Survey (OS) produces topographic map series covering the United Kingdom at 1:25,000 and 1:50,000 scales. The 1:25,000 scale is known as the "Explorer" series, and include an "OL" (Outdoor Leisure) sub-series for areas of special interest to hikers and walkers. It replaced the "Pathfinder" series, which was less colourful and covered a smaller area on each map. The 1:50,000 scale is known as the "Landranger" and carries a distinctive pink cover. More detailed mapping as fine as 1:10,000 covers some parts of the country. The 1:25,000 and 1:50,000 scales are easily coordinated with standard romer scales on currently available compasses and plotting tools. The Ordnance Survey maintains a mapping database from which they can print specialist maps at virtually any scale.

text: The

text: Ordnance Survey

text: (OS) produces topographic map series covering the

text: United Kingdom

text: at 1:25,000 and 1:50,000 scales. The 1:25,000 scale is known as the "Explorer" series, and include an "OL" (Outdoor Leisure) sub-series for areas of special interest to hikers and walkers. It replaced the "Pathfinder" series, which was less colourful and covered a smaller area on each map. The 1:50,000 scale is known as the "Landranger" and carries a distinctive pink cover. More detailed mapping as fine as 1:10,000 covers some parts of the country. The 1:25,000 and 1:50,000 scales are easily coordinated with standard

text: romer

text: scales on currently available compasses and plotting tools. The Ordnance Survey maintains a mapping database from which they can print specialist maps at virtually any scale.

answers: NDQ_001586

answers: 1:50,000 scale

answers: NDQ_001587

answers: How many scales does the OS produce?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: 1:25,000 scale

answers: NDQ_001590

answers: What is the horizontal distance between contour lines

answers: NDQ_001591

answers: areas of special interest

answers: NDQ_001592

answers: plotting tools

answers: NDQ_001593

answers: What can you use a topographic map for?

answers: NDQ_001594

answers: 1:10,000

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: 1:25,000 scale

answers: NDQ_001600

answers: 1:50,000 scale

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: Which scale is known as the "Landranger"?

answers: NDQ_001606

answers: 1:10,000

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: 1:50,000 scale

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: the United Kingdom

answers: NDQ_001619

answers: 1:25,000 scale

answers: NDQ_001620

answers: 1:10,000

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: The 1:25,000 scale

answers: NDQ_001625

answers: 1:10,000

answers: NDQ_001586

answers: 1:10,000

answers: NDQ_001587

answers: 1:25,000 and 1:50,000 scales.

answers: NDQ_001588

answers: 1:25,000

answers: NDQ_001589

answers: topographic map series covering the United Kingdom

answers: NDQ_001590

answers: 1:10,000

answers: NDQ_001591

answers: areas of special interest

answers: NDQ_001592

answers: compasses and plotting tools.

answers: NDQ_001593

answers: compasses

answers: NDQ_001594

answers: 1:10,000

answers: NDQ_001595

answers: 1:10,000

answers: NDQ_001597

answers: compasses

answers: NDQ_001598

answers: 1:25,000

answers: NDQ_001600

answers: 1:10,000

answers: NDQ_001603

answers: topographic map series covering the United Kingdom

answers: NDQ_001605

answers: pink

answers: NDQ_001606

answers: 1:10,000

answers: NDQ_001608

answers: compasses

answers: NDQ_001611

answers: 1:10,000

answers: NDQ_001613

answers: 1:25,000

answers: NDQ_001614

answers: 1:25,000

answers: NDQ_001618

answers: areas of special interest to hikers and walkers.

answers: NDQ_001619

answers: compasses

answers: NDQ_001620

answers: 1:10,000

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: "Landranger"

answers: NDQ_001623

answers: romer scales

answers: NDQ_001624

answers: areas of special interest to hikers and walkers.

answers: NDQ_001625

answers: 1:10,000

text: However, on a contour map, the gradient is inversely proportional to Δx, which is not similar to force F: altitude on a contour map is not exactly a two-dimensional potential field.  The magnitudes of forces are different, but the directions of the forces are the same on a contour map as well as on the hilly region of the Earth's surface represented by the contour map.

text: However, on a contour map, the gradient is inversely proportional to Δx, which is not similar to force F: altitude on a contour map is not exactly a two-dimensional potential field.  The magnitudes of forces are different, but the directions of the forces are the same on a contour map as well as on the hilly region of the Earth's surface represented by the contour map.

answers: NDQ_001586

answers: NDQ_001587

answers: can be used to determine the direction of a force

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the gradient is inversely proportional to  x

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: gradient

answers: NDQ_001592

answers: gradient is inversely proportional

answers: NDQ_001593

answers: NDQ_001594

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction of rivers and streams

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: hilly region

answers: NDQ_001603

answers: no

answers: NDQ_001605

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

answers: NDQ_001606

answers: unanswerable

answers: NDQ_001608

answers: Yes

answers: NDQ_001611

answers: is not exactly a two-dimensional potential field

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: vertical

answers: NDQ_001618

answers: altitude

answers: NDQ_001619

answers: contour map

answers: NDQ_001620

answers: gradient

answers: NDQ_001621

answers: contour map

answers: NDQ_001622

answers: altitude

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: altitude

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: the directions of the forces are the same on a contour map

answers: NDQ_001587

answers: two-dimensional potential field.

answers: NDQ_001588

answers: contour map,

answers: NDQ_001589

answers: force

answers: NDQ_001590

answers: the gradient is inversely proportional to <unk>x,

answers: NDQ_001591

answers: hilly region

answers: NDQ_001592

answers: similar to force

answers: NDQ_001593

answers: contour map,

answers: NDQ_001594

answers: the directions of the forces are the same on a contour map

answers: NDQ_001595

answers: inversely proportional to <unk>x,

answers: NDQ_001597

answers: the directions of the forces are the same on a contour map

answers: NDQ_001598

answers: the gradient is inversely proportional to <unk>x,

answers: NDQ_001600

answers: hilly

answers: NDQ_001603

answers: contour map,

answers: NDQ_001605

answers: contour map,

answers: NDQ_001606

answers: the gradient is inversely proportional to <unk>x,

answers: NDQ_001608

answers: the directions of the forces are the same on a contour map

answers: NDQ_001611

answers: the directions of the forces are the same on a contour map

answers: NDQ_001613

answers: the directions of the forces are the same on a contour map

answers: NDQ_001614

answers: contour map,

answers: NDQ_001618

answers: hilly region

answers: NDQ_001619

answers: contour map,

answers: NDQ_001620

answers: the gradient

answers: NDQ_001621

answers: contour map,

answers: NDQ_001622

answers: hilly region

answers: NDQ_001623

answers: gradient

answers: NDQ_001624

answers: hilly region

answers: NDQ_001625

answers: <unk>x,

text: Tourist mapping was first published by the Ordnance Survey in England in 1989 based on the original DOS mapping (1:100,000, 100 ft intervals, DOS 522). West Col Productions produced a map with tourist information in 1990 (1:75,000, 100 metre contour intervals, inset maps of Kibo and Mawenzi on 1:20,000 and 1:30,000 scales respectively and 50 metre contour interval). In the last few years, numerous other maps have become available of various qualities.

text: Tourist mapping was first published by the

text: Ordnance Survey

text: in England in 1989 based on the original DOS mapping (1:100,000, 100 ft intervals, DOS 522). West Col Productions produced a map with tourist information in 1990 (1:75,000, 100 metre contour intervals, inset maps of Kibo and Mawenzi on 1:20,000 and 1:30,000 scales respectively and 50 metre contour interval). In the last few years, numerous other maps have become available of various qualities.

answers: NDQ_001586

answers: 100 ft

answers: NDQ_001587

answers: How many miles is the distance between Kibo and Mawenzi?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: 100 ft intervals

answers: NDQ_001590

answers: 100 ft

answers: NDQ_001591

answers: 50 metre contour interval

answers: NDQ_001592

answers: tourist information

answers: NDQ_001593

answers: 100 ft

answers: NDQ_001594

answers: 100 metre contour interval

answers: NDQ_001595

answers: 100

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: contour intervals

answers: NDQ_001600

answers: 100 metre contour interval

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: 100 metre

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: 100 metre contour interval

answers: NDQ_001613

answers: dos 522

answers: NDQ_001614

answers: NDQ_001618

answers: Kibo

answers: NDQ_001619

answers: contour interval

answers: NDQ_001620

answers: 100 metre

answers: NDQ_001621

answers: contour interval

answers: NDQ_001622

answers: Kibo

answers: NDQ_001623

answers: contour interval

answers: NDQ_001624

answers: Kibo

answers: NDQ_001625

answers: 100 metre

answers: NDQ_001586

answers: 100 ft intervals,

answers: NDQ_001587

answers: 100 metre contour intervals,

answers: NDQ_001588

answers: Tourist mapping

answers: NDQ_001589

answers: 100 ft intervals,

answers: NDQ_001590

answers: 100 metre

answers: NDQ_001591

answers: tourist information

answers: NDQ_001592

answers: 100 ft intervals,

answers: NDQ_001593

answers: 100 metre contour intervals,

answers: NDQ_001594

answers: 100 metre contour intervals,

answers: NDQ_001595

answers: 100

answers: NDQ_001597

answers: Tourist mapping

answers: NDQ_001598

answers: 100 metre contour intervals,

answers: NDQ_001600

answers: 100 metre contour intervals,

answers: NDQ_001603

answers: Tourist mapping

answers: NDQ_001605

answers: In the last few years, numerous other maps have become available of various qualities.

answers: NDQ_001606

answers: 100 metre

answers: NDQ_001608

answers: 100 metre contour intervals,

answers: NDQ_001611

answers: 100 ft intervals, DOS 522).

answers: NDQ_001613

answers: 100 ft intervals, DOS 522).

answers: NDQ_001614

answers: 100 ft intervals, DOS 522).

answers: NDQ_001618

answers: Tourist mapping

answers: NDQ_001619

answers: contour intervals,

answers: NDQ_001620

answers: 100 ft

answers: NDQ_001621

answers: contour intervals,

answers: NDQ_001622

answers: Tourist mapping

answers: NDQ_001623

answers: contour intervals,

answers: NDQ_001624

answers: Kibo and Mawenzi

answers: NDQ_001625

answers: 100 metre

text: In 1856, Henry Darwin Rogers created a similar map of the geology of the U.S. and British North America. There was a short description of the geologic map of the U.S. by Charles Henry Hitchcock in 1872, which had small-scale geological maps included. Hitchcock and William P. Blake published a general geologic map of the U.S. in R.W. Raymond’s Statistics of mines and mining. In 1874, they published a geological map of the U.S. and territories in the U.S. Census 9th Statistical Atlas. Hitchcock and Blake published a summary of this map in the Geological Magazine in 1873. Gray’s geological map of the U.S. was published in the National Atlas special edition at a scale of about 1 inch to 300 miles in 1876 and reprinted in 1886 by the American Institute of Mining Engineers. A geological map of the U.S. east of the Rocky Mountains was produced at the scale of 1 inch to 105.5 miles by Frank H. Bradley. In the 1880s several geological maps of the U.S. were produced. William John McGee offered a detailed description for the U.S. Geological Survey in 1884. In 1887, Hitchcock produced a geological map of the U.S. and parts of Canada that was at the scale of 1 inch to 200 miles, with a review of the various maps of the U.S. that accompanied the geological map of the U.S. In 1895, McGee and J.B. Tolbert produced a 1:15,000,000 scale map of the geology of the U.S.

text: In 1856,

text: Henry Darwin Rogers

text: created a similar map of the geology of the U.S. and British North America. There was a short description of the geologic map of the U.S. by

text: Charles Henry Hitchcock

text: in 1872, which had small-scale geological maps included. Hitchcock and

text: William P. Blake

text: published a general geologic map of the U.S. in R.W. Raymond’s Statistics of mines and mining. In 1874, they published a geological map of the U.S. and territories in the U.S. Census 9th Statistical Atlas. Hitchcock and Blake published a summary of this map in the Geological Magazine in 1873. Gray’s geological map of the U.S. was published in the National Atlas special edition at a scale of about 1 inch to 300 miles in 1876 and reprinted in 1886 by the

entity_name: American Institute of Mining, Metallurgical, and Petroleum Engineers

text: American Institute of Mining Engineers

text: . A geological map of the U.S. east of the

text: Rocky Mountains

text: was produced at the scale of 1 inch to 105.5 miles by

text: Frank H. Bradley

text: . In the 1880s several geological maps of the U.S. were produced.

text: William John McGee

text: offered a detailed description for the

text: U.S. Geological Survey

text: in 1884. In 1887, Hitchcock produced a geological map of the U.S. and parts of Canada that was at the scale of 1 inch to 200 miles, with a review of the various maps of the U.S. that accompanied the geological map of the U.S. In 1895, McGee and J.B. Tolbert produced a 1:15,000,000 scale map of the geology of the U.S.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many years after Henry Darwin Rogers created a similar map of the geology of the U.S. and British North America was Gray’s geological map of the U.S. published in the National Atlas special edition at a scale of about 1 inch to 300 miles?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: scale of 1 inch to 300 miles

answers: NDQ_001590

answers: What was the scale of Gray’s geological map of the U.S.?

answers: NDQ_001591

answers: geology

answers: NDQ_001592

answers: reprint in 1886

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: the Rocky Mountains

answers: NDQ_001600

answers: scale of about 1 inch to 300 miles

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What was the color of Gray’s geological map of the U.S.?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What helps to see the three-dimensional shape of the land?

answers: NDQ_001611

answers: How many years after Henry Darwin Rogers created a similar map of the geology of the U.S.

answers: NDQ_001613

answers: What was the scale of the National Atlas special edition at a scale of about 1 inch to 300 miles in 1876 and reprinted in 1886 by the American Institute of Mining Engineers?

answers: NDQ_001614

answers: What was the scale of Gray’s geological map of the U.S.

answers: NDQ_001618

answers: Rocky Mountains

answers: NDQ_001619

answers: 1 inch to 300 miles

answers: NDQ_001620

answers: 1 inch

answers: NDQ_001621

answers: National Atlas special edition

answers: NDQ_001622

answers: Rocky Mountains

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: Rocky Mountains

answers: NDQ_001625

answers: 1 inch to 300 miles

answers: NDQ_001586

answers: 1 inch to 200 miles,

answers: NDQ_001587

answers: east of the Rocky Mountains

answers: NDQ_001588

answers: 1:1

answers: NDQ_001589

answers: 1:15,000,000

answers: NDQ_001590

answers: 1 inch to 200 miles,

answers: NDQ_001591

answers: geology of the U.S. and British North America.

answers: NDQ_001592

answers: 1:15,000,000

answers: NDQ_001593

answers: 1:15,000,000

answers: NDQ_001594

answers: 1 inch to 200 miles,

answers: NDQ_001595

answers: 105.5 miles

answers: NDQ_001597

answers: 1 inch to 200 miles,

answers: NDQ_001598

answers: 1 inch to 200 miles,

answers: NDQ_001600

answers: 1 inch to 200 miles,

answers: NDQ_001603

answers: 1:15,000,000

answers: NDQ_001605

answers: U.S. and British North America.

answers: NDQ_001606

answers: geology of the U.S. and British North America.

answers: NDQ_001608

answers: 1:15,000,000

answers: NDQ_001611

answers: 1:15,000,000

answers: NDQ_001613

answers: 1 inch to 200 miles,

answers: NDQ_001614

answers: 1 inch to 200 miles,

answers: NDQ_001618

answers: geology

answers: NDQ_001619

answers: 1 inch to 200 miles,

answers: NDQ_001620

answers: 1 inch to 200 miles,

answers: NDQ_001621

answers: scale of 1 inch to 200 miles,

answers: NDQ_001622

answers: geology of the U.S. and British North America.

answers: NDQ_001623

answers: 1 inch to 300 miles

answers: NDQ_001624

answers: Rocky Mountains

answers: NDQ_001625

answers: 1 inch to 300 miles

text: More recently, geologic mapping has been undertaken by the Georgia Geological Survey through the STATEMAP project. This project was funded from the National Geologic Mapping Act of 1992. This federal act was for the purpose of producing geologic maps that for 2 decades had been drastically curtailed.  It was recognized that “geologic maps are the primary data base for virtually all applied and basic earth-science applications”. This act provided 50% of the funds needed, whereas each state that wanted to participate supplied the other 50% of the funding to complete these various mapping projects. Ultimately this project was to be a part of the National Map and the subsequent databases generated by the various state and national mapping projects.

text: More recently, geologic mapping has been undertaken by the Georgia Geological Survey through the STATEMAP project. This project was funded from the National Geologic Mapping Act of 1992. This federal act was for the purpose of producing geologic maps that for 2 decades had been drastically curtailed.  It was recognized that “geologic maps are the primary data base for virtually all applied and basic earth-science applications”. This act provided 50% of the funds needed, whereas each state that wanted to participate supplied the other 50% of the funding to complete these various mapping projects. Ultimately this project was to be a part of the National Map and the subsequent databases generated by the various state and national mapping projects.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What is the purpose of the STATEMAP project?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the primary data base for virtually all applied and basic earth-science applications

answers: NDQ_001590

answers: What is the National Geologic Mapping Act of 1992?

answers: NDQ_001591

answers: geologic mapping

answers: NDQ_001592

answers: geologic mapping

answers: NDQ_001593

answers: What is the purpose of the STATEMAP project?

answers: NDQ_001594

answers: what is the purpose of producing geologic maps that for 2 decades had been drastically curtailed

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: what is the purpose of geologic mapping

answers: NDQ_001598

answers: steepest

answers: NDQ_001600

answers: What is the purpose of the STATEMAP project?

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: What is the primary data base for virtually all applied and basic earth-science applications?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: What is the purpose of the STATEMAP project?

answers: NDQ_001613

answers: The National Geologic Mapping Act of 1992

answers: NDQ_001614

answers: What is the purpose of the STATEMAP project?

answers: NDQ_001618

answers: geologic

answers: NDQ_001619

answers: geologic mapping

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: geologic mapping

answers: NDQ_001622

answers: geologic

answers: NDQ_001623

answers: parallel line

answers: NDQ_001624

answers: geologic

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: National Geologic Mapping Act of 1992.

answers: NDQ_001587

answers: National Geologic Mapping Act of 1992.

answers: NDQ_001588

answers: National Geologic Mapping Act of 1992.

answers: NDQ_001589

answers: geologic maps that for 2 decades had been drastically curtailed.

answers: NDQ_001590

answers: National Geologic Mapping Act of 1992.

answers: NDQ_001591

answers: geologic maps

answers: NDQ_001592

answers: geologic mapping

answers: NDQ_001593

answers: “geologic maps

answers: NDQ_001594

answers: National Geologic Mapping Act of 1992.

answers: NDQ_001595

answers: National Geologic Mapping Act of 1992.

answers: NDQ_001597

answers: “geologic maps

answers: NDQ_001598

answers: National Geologic Mapping Act of 1992.

answers: NDQ_001600

answers: National Geologic Mapping Act of 1992.

answers: NDQ_001603

answers: “geologic maps

answers: NDQ_001605

answers: National Geologic Mapping Act of 1992.

answers: NDQ_001606

answers: National Geologic Mapping Act of 1992.

answers: NDQ_001608

answers: National Geologic Mapping Act of 1992.

answers: NDQ_001611

answers: National Geologic Mapping Act of 1992.

answers: NDQ_001613

answers: National Geologic Mapping Act of 1992.

answers: NDQ_001614

answers: National Geologic Mapping Act of 1992.

answers: NDQ_001618

answers: geologic mapping

answers: NDQ_001619

answers: geologic mapping

answers: NDQ_001620

answers: National Geologic Mapping Act of 1992.

answers: NDQ_001621

answers: geologic mapping

answers: NDQ_001622

answers: geologic mapping

answers: NDQ_001623

answers: STATEMAP

answers: NDQ_001624

answers: geologic mapping

answers: NDQ_001625

answers: STATEMAP project.

text: The Libre Map Project was started by Jared Benedict and around 100 additional individuals contributing money to purchase (or "liberate") a full set of 1:24K scale USGS topographic maps in Digital raster graphic form. The map files were then hosted by archive.org to ensure the map data will continue to be freely available to everyone indefinitely. 56,000 maps in Digital raster graphic form were acquired on DVDs for $1600 to make the data available. Additional data made available through the project includes SVG boundary files for every US state, Topologically Integrated Geographic Encoding and Referencing (Tiger)/Line 2003 vector map data, and the USGS GeoNames database.

text: The Libre Map Project was started by Jared Benedict and around 100 additional individuals contributing money to purchase (or "liberate") a full set of 1:24K scale

text: USGS

text: topographic maps

text: in

text: Digital raster graphic

text: form. The map files were then hosted by

text: archive.org

text: to ensure the map data will continue to be freely available to everyone indefinitely. 56,000 maps in

text: Digital raster graphic

text: form were acquired on DVDs for $1600 to make the data available. Additional data made available through the project includes

text: SVG

text: boundary files for every US state,

entity_name: Topologically Integrated Geographic Encoding and Referencing

text: Topologically Integrated Geographic Encoding and Referencing

text: (Tiger)/Line 2003 vector map data, and the

text: USGS

text: GeoNames

text: database.

answers: NDQ_001586

answers: USGS topographic maps

answers: NDQ_001587

answers: How many people contributed money to purchase a full set of 1:24K scale USGS topographic maps?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: 1:24K scale USGS topographic maps in Digital raster graphic form

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: US state

answers: NDQ_001592

answers: referencing

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: What is a bathymetric map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can topographic maps be used for?

answers: NDQ_001598

answers: USGS topographic maps

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: What is the name of the USGS database?

answers: NDQ_001606

answers: What is the difference between two contour lines

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: The Libre Map Project

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: USGS

answers: NDQ_001619

answers: Digital raster graphic

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: 1:24K scale

answers: NDQ_001622

answers: USGS topographic maps

answers: NDQ_001623

answers: tiger

answers: NDQ_001624

answers: tiger

answers: NDQ_001625

answers: 1:24K

answers: NDQ_001586

answers: 1:24K scale USGS topographic maps

answers: NDQ_001587

answers: SVG boundary files for every US state,

answers: NDQ_001588

answers: The Libre Map Project

answers: NDQ_001589

answers: freely available to everyone indefinitely.

answers: NDQ_001590

answers: 1:24K scale USGS topographic maps

answers: NDQ_001591

answers: Topologically Integrated Geographic Encoding and Referencing

answers: NDQ_001592

answers: Referencing

answers: NDQ_001593

answers: 1:24K scale USGS topographic maps

answers: NDQ_001594

answers: 1:24K scale USGS topographic maps

answers: NDQ_001595

answers: $1600

answers: NDQ_001597

answers: 1:24K scale USGS topographic maps

answers: NDQ_001598

answers: 1:24K scale USGS topographic maps

answers: NDQ_001600

answers: 1:24K scale USGS topographic maps

answers: NDQ_001603

answers: everyone

answers: NDQ_001605

answers: GeoNames database.

answers: NDQ_001606

answers: The Libre Map Project

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: (Tiger)/Line 2003

answers: NDQ_001613

answers: 1:24K scale USGS topographic maps

answers: NDQ_001614

answers: 1:24K scale USGS topographic maps

answers: NDQ_001618

answers: USGS topographic maps

answers: NDQ_001619

answers: USGS topographic maps

answers: NDQ_001620

answers: 1:24K

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: 1:24K scale USGS topographic maps

answers: NDQ_001623

answers: (Tiger)/Line

answers: NDQ_001624

answers: (Tiger)/Line 2003

answers: NDQ_001625

answers: 1:24K

text: It is ranked 42d in elevation on the list of 48 White Mountains four-thousand footers. On the original 1931 list of 4000-footers, it was ranked 26th, with an elevation of 4,116 feet, although the 1931 topographic map shows it as 4,060 feet. The 1987 USGS topographic map indicates it is 4,043, while the elevation recorded in the USGS Geographic Names Information System is 4,019 ft.

text: It is ranked 42d in elevation on the list of 48

text: White Mountains

text: four-thousand footers

text: . On the original 1931 list of 4000-footers, it was ranked 26th, with an elevation of 4,116 feet, although the 1931 topographic map shows it as 4,060 feet. The 1987 USGS topographic map indicates it is 4,043, while the elevation recorded in the USGS Geographic Names Information System is 4,019 ft.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: How many feet is the difference between the elevation recorded on the 1987 USGS topographic map and the elevation recorded on the original 1931 topographic map?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: elevation recorded in the USGS Geographic Names Information System is 4,019 ft

answers: NDQ_001590

answers: The contour interval of a topographic map represents the horizontal distance between contour lines.

answers: NDQ_001591

answers: elevation

answers: NDQ_001592

answers: Elevation

answers: NDQ_001593

answers: Yes

answers: NDQ_001594

answers: What is the elevation recorded in the USGS Geographic Names Information System?

answers: NDQ_001595

answers: 1000

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: None of the above choices

answers: NDQ_001600

answers: The 1987 USGS topographic map indicates it is 4,043,

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: How many feet is the elevation recorded on the 1987 USGS topographic map

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: How many feet is the elevation recorded on the USGS topographic map?

answers: NDQ_001613

answers: Which side is the circle with the higher elevation?

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: White Mountains

answers: NDQ_001619

answers: NDQ_001620

answers: 4116 feet

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: NDQ_001624

answers: White Mountains

answers: NDQ_001625

answers: 4,060 feet

answers: NDQ_001586

answers: 4,116 feet,

answers: NDQ_001587

answers: 4,019 ft.

answers: NDQ_001588

answers: 4,116

answers: NDQ_001589

answers: 4,060 feet.

answers: NDQ_001590

answers: 4,043,

answers: NDQ_001591

answers: elevation

answers: NDQ_001592

answers: elevation recorded in the USGS Geographic Names Information System

answers: NDQ_001593

answers: The 1987 USGS topographic map indicates it is 4,043,

answers: NDQ_001594

answers: 4,019 ft.

answers: NDQ_001595

answers: 4,116

answers: NDQ_001597

answers: White Mountains

answers: NDQ_001598

answers: 4,060

answers: NDQ_001600

answers: White Mountains

answers: NDQ_001603

answers: White Mountains

answers: NDQ_001605

answers: White Mountains

answers: NDQ_001606

answers: 4,116

answers: NDQ_001608

answers: White Mountains

answers: NDQ_001611

answers: White Mountains

answers: NDQ_001613

answers: 4,043,

answers: NDQ_001614

answers: White Mountains

answers: NDQ_001618

answers: White Mountains

answers: NDQ_001619

answers: USGS topographic map

answers: NDQ_001620

answers: 4,060 feet.

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: White Mountains

answers: NDQ_001623

answers: 4,043,

answers: NDQ_001624

answers: White Mountains

answers: NDQ_001625

answers: 4,043,

text: A geologic map or geological map is a special-purpose map made to show geological features. Rock units or geologic strata are shown by color or symbols to indicate where they are exposed at the surface. Bedding planes and structural features such as faults, folds, foliations, and lineations are shown with strike and dip or trend and plunge symbols which give these features' three-dimensional orientations.

text: A geologic map or geological map is a special-purpose

text: map

text: made to show

text: geological

text: features.

text: Rock

text: units or

text: geologic strata

text: are shown by color or symbols to indicate where they are exposed at the surface.

text: Bedding planes

text: and structural features such as

text: faults

text: folds

text: foliations

text: , and

text: lineations

text: are shown with

text: strike and dip

text: or

text: trend and plunge

text: symbols which give these features' three-dimensional orientations.

answers: NDQ_001586

answers: None of the above choices.

answers: NDQ_001587

answers: can also be used to show faults and folds.

answers: NDQ_001588

answers: How do contour lines on a topographic map intersect each other?

answers: NDQ_001589

answers: geologic map is a special-purpose map made to show geologic features

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: folds

answers: NDQ_001592

answers: show geological features

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: What do contour lines represent on a geologic map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: strike and dip

answers: NDQ_001600

answers: Which of the following is not an example of a geologic map?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not used to represent different types of rocks on a geologic map?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is not a feature of a geologic map?

answers: NDQ_001611

answers: Strike and dip symbols

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: Which of the following is not a feature of a topographic map?

answers: NDQ_001618

answers: bedding planes

answers: NDQ_001619

answers: dip

answers: NDQ_001620

answers: is the elevation difference

answers: NDQ_001621

answers: geologic map

answers: NDQ_001622

answers: foliations

answers: NDQ_001623

answers: lineations

answers: NDQ_001624

answers: faults

answers: NDQ_001625

answers: 0 to 0

answers: NDQ_001586

answers: strike and dip or trend and plunge symbols

answers: NDQ_001587

answers: Bedding planes

answers: NDQ_001588

answers: strike and dip

answers: NDQ_001589

answers: strike and dip

answers: NDQ_001590

answers: geologic map

answers: NDQ_001591

answers: three-dimensional orientations.

answers: NDQ_001592

answers: geologic map

answers: NDQ_001593

answers: strike and dip

answers: NDQ_001594

answers: strike and dip

answers: NDQ_001595

answers: strike and dip

answers: NDQ_001597

answers: trend and plunge symbols which give these features' three-dimensional orientations.

answers: NDQ_001598

answers: strike and dip or trend and plunge symbols

answers: NDQ_001600

answers: geologic map

answers: NDQ_001603

answers: geologic map

answers: NDQ_001605

answers: Rock units

answers: NDQ_001606

answers: strike and dip

answers: NDQ_001608

answers: strike and dip or trend and plunge symbols

answers: NDQ_001611

answers: strike and dip or trend and plunge symbols

answers: NDQ_001613

answers: strike and dip or trend and plunge symbols

answers: NDQ_001614

answers: geologic map

answers: NDQ_001618

answers: faults, folds, foliations, and lineations

answers: NDQ_001619

answers: strike and dip

answers: NDQ_001620

answers: strike and dip

answers: NDQ_001621

answers: geologic map

answers: NDQ_001622

answers: Bedding planes

answers: NDQ_001623

answers: lineations

answers: NDQ_001624

answers: faults, folds, foliations, and lineations

answers: NDQ_001625

answers: strike and dip

text: Commencing in 1954, the Corps was again involved in surveys and mapping the New Guinea area, initially in cooperation with the United States Army Map Service for two years, and again as solely an Australian force from the early 1960s.  The 1956 survey (Project Cutlass) of ship-to-shore triangulation included a 300 kilometre theodolite and chain traverse on New Ireland. From 1962 the Corps resumed geodetic surveys as part of the National Geodetic Survey, linking to the global US HIRAN survey and the high order Division of National Mapping traverse and triangulation through the PNG highlands. There was a continuous Survey Corps presence in Papua New Guinea (PNG) from 1971 to 1995, with 8th Field Survey Squadron raised in PNG and based at Popondetta, Wewak and Port Moresby for geodetic surveys, topographic surveys, map compilation, field completion of compiled maps, to support the Papua New Guinea Defence Force and to provide advice to PNG National Mapping Bureau. During this period the Corps completed the national/defence mapping programme of scale 1:100,000 topographic maps covering the entire country, the derived 1:250,000 Joint Operations Graphic – Ground and Air charts, large scale military city orthophotomaps and participated with the Royal Australian Navy in beach surveys of most of the coastline. In the 1970s up to 60% of the Corps' capability was engaged on PNG surveys and mapping. This mapping programme was based on high altitude (40,000 feet) air photography, acquired by the Royal Australian Air Force using Canberra bombers fitted with Wild RC10 mapping cameras (Operation Skai Piksa), supported by Survey Corps surveyors and photogrammetrists to plan the photography requirements and for quality control to ensure that the photography met the high technical standards for the subsequent mapping processes.

text: Commencing in 1954, the Corps was again involved in surveys and mapping the New Guinea area, initially in cooperation with the United States

text: Army Map Service

text: for two years, and again as solely an Australian force from the early 1960s.  The 1956 survey (Project Cutlass) of ship-to-shore triangulation included a 300 kilometre theodolite and chain traverse on New Ireland. From 1962 the Corps resumed geodetic surveys as part of the National Geodetic Survey, linking to the global US HIRAN survey and the high order Division of National Mapping traverse and triangulation through the PNG highlands. There was a continuous Survey Corps presence in Papua New Guinea (PNG) from 1971 to 1995, with 8th Field Survey Squadron raised in PNG and based at

text: Popondetta

text: Wewak

text: and

text: Port Moresby

text: for geodetic surveys, topographic surveys, map compilation, field completion of compiled maps, to support the Papua New Guinea Defence Force and to provide advice to PNG National Mapping Bureau. During this period the Corps completed the national/defence mapping programme of scale 1:100,000 topographic maps covering the entire country, the derived 1:250,000 Joint Operations Graphic – Ground and Air charts, large scale military city orthophotomaps and participated with the Royal Australian Navy in beach surveys of most of the coastline. In the 1970s up to 60% of the Corps' capability was engaged on PNG surveys and mapping. This mapping programme was based on high altitude (40,000 feet) air photography, acquired by the Royal Australian Air Force using

text: Canberra bombers

text: fitted with Wild RC10 mapping cameras (Operation Skai Piksa), supported by Survey Corps surveyors and photogrammetrists to plan the photography requirements and for quality control to ensure that the photography met the high technical standards for the subsequent mapping processes.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: How many years did the Survey Corps have a presence in Papua New Guinea?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: 1:250,000 Joint Operations Graphic – Ground and Air charts

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: theodolite

answers: NDQ_001592

answers: beach surveys

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: What is a bathymetric map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can topographic maps be used for?

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: What is a highland?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What is the primary color of a geologic map?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: What did the Corps resumed geodetic surveys?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is the hatch marks drawn on?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: New Ireland

answers: NDQ_001619

answers: 1:250,000 Joint Operations Graphic – Ground and Air charts

answers: NDQ_001620

answers: altitude

answers: NDQ_001621

answers: 1:100,000 topographic maps

answers: NDQ_001622

answers: New Ireland

answers: NDQ_001623

answers: triangulation

answers: NDQ_001624

answers: New Ireland

answers: NDQ_001625

answers: 1:100,000

answers: NDQ_001586

answers: 1:250,000 Joint Operations Graphic – Ground and Air charts,

answers: NDQ_001587

answers: beach surveys of most of the coastline.

answers: NDQ_001588

answers: 1:100,000 topographic maps covering the entire country,

answers: NDQ_001589

answers: beach surveys

answers: NDQ_001590

answers: 1:100,000

answers: NDQ_001591

answers: triangulation

answers: NDQ_001592

answers: beach surveys

answers: NDQ_001593

answers: Joint Operations Graphic – Ground and Air charts,

answers: NDQ_001594

answers: 1:250,000 Joint Operations Graphic – Ground and Air charts,

answers: NDQ_001595

answers: (40,000

answers: NDQ_001597

answers: 1:100,000 topographic maps

answers: NDQ_001598

answers: 1:100,000 topographic maps covering the entire country,

answers: NDQ_001600

answers: highlands.

answers: NDQ_001603

answers: 1:100,000 topographic maps

answers: NDQ_001605

answers: Joint Operations Graphic – Ground and Air charts,

answers: NDQ_001606

answers: 1:100,000 topographic maps

answers: NDQ_001608

answers: 1:100,000 topographic maps

answers: NDQ_001611

answers: PNG highlands.

answers: NDQ_001613

answers: Survey Corps

answers: NDQ_001614

answers: 1:100,000 topographic maps

answers: NDQ_001618

answers: New Ireland.

answers: NDQ_001619

answers: Joint Operations Graphic – Ground and Air charts,

answers: NDQ_001620

answers: (40,000 feet)

answers: NDQ_001621

answers: 1:250,000 Joint Operations Graphic – Ground and Air charts,

answers: NDQ_001622

answers: New Ireland.

answers: NDQ_001623

answers: triangulation

answers: NDQ_001624

answers: New Ireland.

answers: NDQ_001625

answers: 1:100,000

text: The sensory areas are the cortical areas that receive and process information from the senses. Parts of the cortex that receive sensory inputs from the thalamus are called primary sensory areas. The senses of vision, audition, and touch are served by the primary visual cortex, primary auditory cortex and primary somatosensory cortex respectively. In general, the two hemispheres receive information from the opposite (contralateral) side of the body. For example, the right primary somatosensory cortex receives information from the left limbs, and the right visual cortex receives information from the left visual field. The organization of sensory maps in the cortex reflects that of the corresponding sensing organ, in what is known as a topographic map. Neighboring points in the primary visual cortex, for example, correspond to neighboring points in the retina. This topographic map is called a retinotopic map. In the same way, there exists a tonotopic map in the primary auditory cortex and a somatotopic map in the primary sensory cortex. This last topographic map of the body onto the posterior central gyrus has been illustrated as a deformed human representation, the somatosensory homunculus, where the size of different body parts reflects the relative density of their innervation. Areas with lots of sensory innervation, such as the fingertips and the lips, require more cortical area to process finer sensation.

text: The sensory areas are the

text: cortical area

text: s that receive and process information from the

text: senses

text: . Parts of the cortex that receive sensory inputs from the

text: thalamus

text: are called primary sensory areas. The senses of vision, audition, and touch are served by the primary

text: visual cortex

text: , primary

text: auditory cortex

text: and primary

text: somatosensory cortex

text: respectively. In general, the two hemispheres receive information from the opposite (contralateral) side of the

text: body

text: . For example, the right primary somatosensory cortex receives information from the left limbs, and the right visual cortex receives information from the left visual

text: field

text: . The organization of sensory maps in the cortex reflects that of the corresponding sensing organ, in what is known as a

text: topographic map

text: . Neighboring points in the primary

text: visual cortex

text: , for example, correspond to neighboring points in the

text: retina

text: . This

text: topographic map

text: is called a

text: retinotopic map

text: . In the same way, there exists a

text: tonotopic map

text: in the primary auditory cortex and a

text: somatotopic map

text: in the primary sensory cortex. This last topographic map of the body onto the

text: posterior central gyrus

text: has been illustrated as a deformed human representation, the somatosensory

text: homunculus

text: , where the size of different body parts reflects the relative density of their innervation. Areas with lots of sensory innervation, such as the fingertips and the lips, require more cortical area to process finer sensation.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What part of the brain receives sensory inputs from the thalamus?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: unanswerable

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: neighboring points in the retina

answers: NDQ_001592

answers: somatotopic map

answers: NDQ_001593

answers: unanswerable

answers: NDQ_001594

answers: what is known as a topographic map

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: the left

answers: NDQ_001600

answers: what is the last topographic map of the body onto the posterior central gyrus

answers: NDQ_001603

answers: unanswerable

answers: NDQ_001605

answers: What are the senses of vision, audition, and touch?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is known as a topographic map?

answers: NDQ_001611

answers: None of the above choices

answers: NDQ_001613

answers: The organization of sensory maps in the cortex reflects that of the corresponding sensing organ

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: retinotopic map

answers: NDQ_001619

answers: topographic map

answers: NDQ_001620

answers: retinotopic map

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: retinotopic map

answers: NDQ_001623

answers: Neighboring points

answers: NDQ_001624

answers: retinotopic map

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: retinotopic map.

answers: NDQ_001587

answers: somatosensory homunculus,

answers: NDQ_001588

answers: Neighboring points

answers: NDQ_001589

answers: topographic map.

answers: NDQ_001590

answers: retinotopic map.

answers: NDQ_001591

answers: neighboring points in the retina.

answers: NDQ_001592

answers: retinotopic map.

answers: NDQ_001593

answers: topographic map.

answers: NDQ_001594

answers: topographic map.

answers: NDQ_001595

answers: two

answers: NDQ_001597

answers: sensory maps in the cortex reflects that of the corresponding sensing organ,

answers: NDQ_001598

answers: sensory maps in the cortex reflects that of the corresponding sensing organ,

answers: NDQ_001600

answers: retinotopic map.

answers: NDQ_001603

answers: topographic map.

answers: NDQ_001605

answers: retinotopic map.

answers: NDQ_001606

answers: retinotopic map.

answers: NDQ_001608

answers: topographic map.

answers: NDQ_001611

answers: topographic map.

answers: NDQ_001613

answers: retinotopic map.

answers: NDQ_001614

answers: topographic map.

answers: NDQ_001618

answers: sensory maps in the cortex reflects that of the corresponding sensing organ,

answers: NDQ_001619

answers: a retinotopic map.

answers: NDQ_001620

answers: retinotopic map.

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: retinotopic map.

answers: NDQ_001623

answers: retinotopic map.

answers: NDQ_001624

answers: sensory maps in the cortex reflects that of the corresponding sensing organ,

answers: NDQ_001625

answers: retinotopic map.

text: Most 18th and early 19th century national surveys did not record relief across the entire area of coverage, calculating only spot elevations at survey points. The United States Geological Survey (USGS) topographical survey maps included contour representation of relief, and so maps that show relief, especially with exact representation of elevation, came to be called topographic maps (or "topo" maps) in the United States, and the usage has spread internationally.

text: Most 18th and early 19th century national

text: surveys

text: did not record relief across the entire area of coverage, calculating only spot elevations at survey points. The

text: United States Geological Survey

text: (USGS) topographical survey maps included contour representation of relief, and so maps that show relief, especially with exact representation of elevation, came to be called topographic maps (or "topo" maps) in the

text: United States

text: , and the usage has spread internationally.

answers: NDQ_001586

answers: None

answers: NDQ_001587

answers: Which of the following is not a type of relief: spot elevations at survey points or contour representation of elevation?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: relief across the entire area of coverage

answers: NDQ_001590

answers: What does the USGS stand for?

answers: NDQ_001591

answers: relief

answers: NDQ_001592

answers: record relief across the entire area of coverage

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: contour representation

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: contour representation

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: relief

answers: NDQ_001619

answers: topographic

answers: NDQ_001620

answers: relief

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: relief

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: relief

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: spot elevations at survey points.

answers: NDQ_001587

answers: spot elevations at survey points.

answers: NDQ_001588

answers: contour representation of relief,

answers: NDQ_001589

answers: relief across the entire area of coverage,

answers: NDQ_001590

answers: contour representation of relief,

answers: NDQ_001591

answers: relief,

answers: NDQ_001592

answers: record relief across the entire area of coverage,

answers: NDQ_001593

answers: contour representation of relief,

answers: NDQ_001594

answers: contour representation of relief,

answers: NDQ_001595

answers: contour representation of relief,

answers: NDQ_001597

answers: topographic maps

answers: NDQ_001598

answers: maps that show relief, especially with exact representation of elevation,

answers: NDQ_001600

answers: contour representation of relief,

answers: NDQ_001603

answers: topographic maps

answers: NDQ_001605

answers: topographic maps

answers: NDQ_001606

answers: contour representation of relief,

answers: NDQ_001608

answers: contour representation of relief,

answers: NDQ_001611

answers: contour representation of relief,

answers: NDQ_001613

answers: contour representation of relief,

answers: NDQ_001614

answers: topographic maps

answers: NDQ_001618

answers: relief,

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: relief,

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: relief,

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: relief,

answers: NDQ_001625

answers: contour representation of relief,

text: The Institut Géographique National (IGN) produces topographic maps of France at 1:25,000 and 1:50,000. In addition, topographic maps are freely accessible online, through the Géoportail website.

text: The

text: Institut Géographique National

text: (IGN) produces topographic maps of

text: France

text: at 1:25,000 and 1:50,000. In addition, topographic maps are freely accessible online, through the

text: Géoportail

text: website.

answers: NDQ_001586

answers: not enough information

answers: NDQ_001587

answers: The Institut Géographique National (IGN) produces topographic maps of what country?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: 1:25,000 and 1:50,000

answers: NDQ_001590

answers: 1:50,000

answers: NDQ_001591

answers: topographic maps

answers: NDQ_001592

answers: freely accessible online

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices

answers: NDQ_001598

answers: 1:50,000

answers: NDQ_001600

answers: 1:50,000

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: 1:50,000

answers: NDQ_001613

answers: what is the second to last word in the passage?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: NDQ_001619

answers: cannot be used to answer this question

answers: NDQ_001620

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: NDQ_001623

answers: parallel lines

answers: NDQ_001624

answers: NDQ_001625

answers: 1:50,000

answers: NDQ_001586

answers: 1:25,000 and 1:50,000.

answers: NDQ_001587

answers: 1:25,000 and 1:50,000.

answers: NDQ_001588

answers: 1:25,000 and 1:50,000.

answers: NDQ_001589

answers: topographic maps of France at 1:25,000

answers: NDQ_001590

answers: 1:25,000 and 1:50,000.

answers: NDQ_001591

answers: topographic maps of France

answers: NDQ_001592

answers: freely accessible online,

answers: NDQ_001593

answers: topographic maps

answers: NDQ_001594

answers: 1:25,000 and 1:50,000.

answers: NDQ_001595

answers: 1:50,000.

answers: NDQ_001597

answers: topographic maps

answers: NDQ_001598

answers: 1:25,000 and 1:50,000.

answers: NDQ_001600

answers: 1:25,000 and 1:50,000.

answers: NDQ_001603

answers: topographic maps

answers: NDQ_001605

answers: topographic maps

answers: NDQ_001606

answers: 1:25,000 and 1:50,000.

answers: NDQ_001608

answers: topographic maps of France at 1:25,000 and 1:50,000.

answers: NDQ_001611

answers: topographic maps of France at 1:25,000 and 1:50,000.

answers: NDQ_001613

answers: 1:25,000 and 1:50,000.

answers: NDQ_001614

answers: 1:25,000 and 1:50,000.

answers: NDQ_001618

answers: France

answers: NDQ_001619

answers: topographic maps of France at 1:25,000 and 1:50,000.

answers: NDQ_001620

answers: 1:25,000 and 1:50,000.

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: France

answers: NDQ_001623

answers: 1:25,000 and 1:50,000.

answers: NDQ_001624

answers: France

answers: NDQ_001625

answers: 1:25,000

text: Dutch Topographic map of De Marne, June 2015

text: Dutch Topographic map of De Marne, June 2015

answers: NDQ_001586

answers: change in elevation

answers: NDQ_001587

answers: De Marne has a total area of , of which is land

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is a map of the ocean

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: ridges

answers: NDQ_001592

answers: change color

answers: NDQ_001593

answers: How would you know the slope of the land?

answers: NDQ_001594

answers: contour lines represent the distance to the bottom

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that streams flow

answers: NDQ_001598

answers: side of mountain is steepest

answers: NDQ_001600

answers: contour lines are so close together that they almost touch

answers: NDQ_001603

answers: Which of the following is not true?

answers: NDQ_001605

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

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval

answers: NDQ_001608

answers: how do contour lines help us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: Concentric lines that are very close together show a low hill.

answers: NDQ_001613

answers: The side of the circle with the higher elevation

answers: NDQ_001614

answers: Which of the following is true of topographic maps?

answers: NDQ_001618

answers: ridges

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: de marne

answers: NDQ_001623

answers: isosceles

answers: NDQ_001624

answers: ridges

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Dutch Topographic map of De Marne, June 2015

answers: NDQ_001587

answers: De Marne,

answers: NDQ_001588

answers: Dutch Topographic map of De Marne, June 2015

answers: NDQ_001589

answers: Topographic

answers: NDQ_001590

answers: Dutch Topographic map of De Marne, June 2015

answers: NDQ_001591

answers: Topographic map

answers: NDQ_001592

answers: De Marne,

answers: NDQ_001593

answers: Topographic map of De Marne,

answers: NDQ_001594

answers: Dutch Topographic map of De Marne, June 2015

answers: NDQ_001595

answers: 2015

answers: NDQ_001597

answers: Dutch Topographic map of De Marne,

answers: NDQ_001598

answers: Dutch Topographic map of De Marne,

answers: NDQ_001600

answers: Dutch Topographic map of De Marne, June 2015

answers: NDQ_001603

answers: Dutch Topographic map of De Marne, June 2015

answers: NDQ_001605

answers: Dutch Topographic map of De Marne, June 2015

answers: NDQ_001606

answers: Dutch Topographic map of De Marne, June 2015

answers: NDQ_001608

answers: Dutch Topographic map of De Marne,

answers: NDQ_001611

answers: Dutch Topographic map of De Marne,

answers: NDQ_001613

answers: Dutch Topographic map of De Marne, June 2015

answers: NDQ_001614

answers: Dutch Topographic map of De Marne, June 2015

answers: NDQ_001618

answers: De Marne,

answers: NDQ_001619

answers: Topographic map

answers: NDQ_001620

answers: Dutch Topographic map of De Marne, June 2015

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: De Marne,

answers: NDQ_001623

answers: Dutch Topographic map of De Marne,

answers: NDQ_001624

answers: De Marne,

answers: NDQ_001625

answers: 2015

text: Starting with a topographic map, one can cut out successive layers from some sheet material, with edges following the contour lines on the map. These may be assembled in a stack to obtain a rough approximation of the terrain. This method is commonly used as the base for architectural models, and is usually done without vertical exaggeration. For models of landforms, the stack can then be smoothed by filling with some material. This model may be used directly, or for greater durability a mold may be made from it. This mold may then be used to produce a plaster model.

text: Starting with a

text: topographic map

text: , one can cut out successive layers from some sheet material, with edges following the

text: contour line

text: s on the map. These may be assembled in a stack to obtain a rough approximation of the terrain. This method is commonly used as the base for architectural models, and is usually done without

text: vertical exaggeration

text: . For models of landforms, the stack can then be smoothed by filling with some material. This model may be used directly, or for greater durability a mold may be made from it. This mold may then be used to produce a plaster model.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: can be made from a topographic map.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: vertical exaggeration

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: terrain

answers: NDQ_001592

answers: vertical exaggeration

answers: NDQ_001593

answers: slope of the land

answers: NDQ_001594

answers: contour lines on the map

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a plain or plateau

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or sedimentary?

answers: NDQ_001606

answers: What is the contour interval?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: are very far apart show a high, steep hill

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: vertical exaggeration

answers: NDQ_001618

answers: landform

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: vertical exaggeration

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: landform

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: landform

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: contour lines

answers: NDQ_001587

answers: cut out successive layers from some sheet material, with edges following the contour lines

answers: NDQ_001588

answers: one can cut out successive layers

answers: NDQ_001589

answers: vertical exaggeration.

answers: NDQ_001590

answers: contour lines

answers: NDQ_001591

answers: vertical exaggeration.

answers: NDQ_001592

answers: vertical exaggeration.

answers: NDQ_001593

answers: contour lines

answers: NDQ_001594

answers: contour lines

answers: NDQ_001595

answers: contour lines

answers: NDQ_001597

answers: contour lines

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: contour lines

answers: NDQ_001603

answers: architectural models,

answers: NDQ_001605

answers: topographic map,

answers: NDQ_001606

answers: contour lines

answers: NDQ_001608

answers: contour lines

answers: NDQ_001611

answers: contour lines

answers: NDQ_001613

answers: vertical exaggeration.

answers: NDQ_001614

answers: vertical exaggeration.

answers: NDQ_001618

answers: terrain.

answers: NDQ_001619

answers: topographic map,

answers: NDQ_001620

answers: vertical exaggeration.

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: landforms,

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: landforms,

answers: NDQ_001625

answers: vertical exaggeration.

text: Though the French service has sometimes been described as a competitor or rival to Google Maps, it is different from Google's mapping service (launched one year before in February 2005), since they have different objectives. Geoportail makes some unusual cartographic sources available, such as the renowned 18th-century Cassini maps and the Napoléonic-period Minutes État-Major, in addition to IGN road maps, administrative maps, topographic maps, cadastral and building surveys, public service utility maps, transportation maps, hydrographic maps, atmospheric and weather maps, geological maps, land use maps, maps of cultural sites, and much more.  All maps and aerial photographs at Geoportail may be combined and viewed in transparent layers controlled by the user. The highest resolution of aerial photography, in general, is higher than what is available at Google Maps. Place names are identified and searchable for smallest villages and physical locations, beyond what is found on similar sites.

text: Though the French service has sometimes been described as a competitor or rival to

text: Google Maps

text: , it is different from

text: Google

text: 's mapping service (launched one year before in February 2005), since they have different objectives. Geoportail makes some unusual cartographic sources available, such as the renowned 18th-century

text: Cassini maps

text: and the Napoléonic-period Minutes État-Major, in addition to IGN road maps, administrative maps, topographic maps, cadastral and building surveys, public service utility maps, transportation maps, hydrographic maps, atmospheric and weather maps, geological maps, land use maps, maps of cultural sites, and much more.  All maps and aerial photographs at Geoportail may be combined and viewed in transparent layers controlled by the user. The highest resolution of aerial photography, in general, is higher than what is available at Google Maps. Place names are identified and searchable for smallest villages and physical locations, beyond what is found on similar sites.

answers: NDQ_001586

answers: topographic maps

answers: NDQ_001587

answers: What is the highest resolution of aerial photography, in general, higher than what is available at Google Maps?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: may be combined and viewed in transparent layers controlled by the user

answers: NDQ_001590

answers: The highest resolution of aerial photography, in general, is higher than what is available at Google Maps

answers: NDQ_001591

answers: public service utility maps

answers: NDQ_001592

answers: cadastral and building surveys

answers: NDQ_001593

answers: slope

answers: NDQ_001594

answers: hydrographic maps

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: hydrographic maps

answers: NDQ_001598

answers: steepest

answers: NDQ_001600

answers: contour lines are so close together that they almost touch, they represent a plain or plateau

answers: NDQ_001603

answers: unanswerable

answers: NDQ_001605

answers: None of the above choices

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: side of the circle with the higher elevation

answers: NDQ_001614

answers: vertical distances

answers: NDQ_001618

answers: geological

answers: NDQ_001619

answers: hydrographic maps

answers: NDQ_001620

answers: is higher than what is available at Google Maps

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: cadastral

answers: NDQ_001623

answers: cadastral

answers: NDQ_001624

answers: geological maps

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: topographic maps,

answers: NDQ_001587

answers: The highest resolution of aerial photography,

answers: NDQ_001588

answers: Google Maps,

answers: NDQ_001589

answers: weather maps,

answers: NDQ_001590

answers: topographic maps,

answers: NDQ_001591

answers: land use maps,

answers: NDQ_001592

answers: building surveys,

answers: NDQ_001593

answers: topographic maps,

answers: NDQ_001594

answers: hydrographic maps,

answers: NDQ_001595

answers: 2005),

answers: NDQ_001597

answers: hydrographic maps,

answers: NDQ_001598

answers: topographic maps,

answers: NDQ_001600

answers: Google Maps,

answers: NDQ_001603

answers: geological maps,

answers: NDQ_001605

answers: geological maps,

answers: NDQ_001606

answers: Google Maps,

answers: NDQ_001608

answers: topographic maps, cadastral and building surveys,

answers: NDQ_001611

answers: The highest resolution of aerial photography,

answers: NDQ_001613

answers: topographic maps, cadastral and building surveys,

answers: NDQ_001614

answers: topographic maps,

answers: NDQ_001618

answers: cadastral and building surveys,

answers: NDQ_001619

answers: hydrographic maps,

answers: NDQ_001620

answers: topographic maps,

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: cadastral and building surveys,

answers: NDQ_001623

answers: cadastral and building surveys,

answers: NDQ_001624

answers: cultural sites,

answers: NDQ_001625

answers: Minutes État-Major,

text: Orienteering maps of an area of () in 1:10.000 and 1:15.000, contour interval 5 m.

text: Orienteering maps of an area of () in 1:10.000 and 1:15.000, contour interval 5 m.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: can be drawn on a map of () in 1:10.000

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: The contour interval is less than 5 m

answers: NDQ_001590

answers: The contour interval

answers: NDQ_001591

answers: interval

answers: NDQ_001592

answers: orienteer

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: () in 1:10.000 and 1:15.000

answers: NDQ_001595

answers: 5

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: contour interval 5 m

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a valley.

answers: NDQ_001603

answers: None of the above choices.

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval.

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: The contour lines that are very close together show a low, steep hill.

answers: NDQ_001613

answers: The side of the circle with the higher elevation

answers: NDQ_001614

answers: Which of the following is true of orienteering maps?

answers: NDQ_001618

answers: contour lines

answers: NDQ_001619

answers: contour interval

answers: NDQ_001620

answers: 5 m

answers: NDQ_001621

answers: contours

answers: NDQ_001622

answers: contour lines

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: ridges

answers: NDQ_001625

answers: 5 m

answers: NDQ_001586

answers: contour interval 5 m.

answers: NDQ_001587

answers: contour interval 5 m.

answers: NDQ_001588

answers: 1:10.000 and 1:15.000,

answers: NDQ_001589

answers: contour interval 5 m.

answers: NDQ_001590

answers: 5 m.

answers: NDQ_001591

answers: contour interval 5 m.

answers: NDQ_001592

answers: contour interval 5 m.

answers: NDQ_001593

answers: contour interval 5 m.

answers: NDQ_001594

answers: contour interval 5 m.

answers: NDQ_001595

answers: 5 m.

answers: NDQ_001597

answers: contour interval 5 m.

answers: NDQ_001598

answers: contour interval 5 m.

answers: NDQ_001600

answers: contour interval 5 m.

answers: NDQ_001603

answers: Orienteering maps

answers: NDQ_001605

answers: contour interval 5 m.

answers: NDQ_001606

answers: 5 m.

answers: NDQ_001608

answers: contour interval 5 m.

answers: NDQ_001611

answers: contour interval 5 m.

answers: NDQ_001613

answers: contour interval 5 m.

answers: NDQ_001614

answers: Orienteering maps of an area of () in 1:10.000

answers: NDQ_001618

answers: contour interval 5 m.

answers: NDQ_001619

answers: contour interval 5 m.

answers: NDQ_001620

answers: contour interval 5 m.

answers: NDQ_001621

answers: contour interval 5 m.

answers: NDQ_001622

answers: contour interval 5 m.

answers: NDQ_001623

answers: contour interval

answers: NDQ_001624

answers: contour interval 5 m.

answers: NDQ_001625

answers: 5 m.

text: The Department of Lands is the government agency responsible for surveying and publishing topographic maps of Hong Kong. Commonly used maps such as the HM20C series (1:20,000) are reviewed and updated every year or two. Very large scale (1:600 in Urban area and the 1:1,000 HM1C series for all of HK) topographic maps are also available to public for various uses.

text: The Department of Lands is the government agency responsible for surveying and publishing topographic maps of Hong Kong. Commonly used maps such as the HM20C series (1:20,000) are reviewed and updated every year or two. Very large scale (1:600 in Urban area and the 1:1,000 HM1C series for all of HK) topographic maps are also available to public for various uses.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: Which of the following is not a type of map: HM20C series or HM1C series?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: are reviewed and updated every year or year

answers: NDQ_001590

answers: What is the horizontal distance between contour lines

answers: NDQ_001591

answers: urban area

answers: NDQ_001592

answers: update

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: None of the above choices.

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices.

answers: NDQ_001598

answers: 1:1,000

answers: NDQ_001600

answers: what is the second to last group mentioned?

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: Which of the following is not a type of rock: HM20C series, HM1C series, or Urban area?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: HM20C series

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map

answers: NDQ_001614

answers: None of the above choices.

answers: NDQ_001618

answers: Urban area

answers: NDQ_001619

answers: 1:1,000

answers: NDQ_001620

answers: The difference in elevation

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Urban area

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: Urban area

answers: NDQ_001625

answers: 1:1,000

answers: NDQ_001586

answers: topographic maps of Hong Kong.

answers: NDQ_001587

answers: (1:600

answers: NDQ_001588

answers: topographic maps of Hong Kong.

answers: NDQ_001589

answers: reviewed and updated every year or two.

answers: NDQ_001590

answers: HM20C series (1:20,000)

answers: NDQ_001591

answers: topographic maps of Hong Kong.

answers: NDQ_001592

answers: reviewed and updated

answers: NDQ_001593

answers: topographic maps

answers: NDQ_001594

answers: HM20C series (1:20,000)

answers: NDQ_001595

answers: 1:1,000

answers: NDQ_001597

answers: topographic maps

answers: NDQ_001598

answers: HM20C series (1:20,000)

answers: NDQ_001600

answers: topographic maps of Hong Kong.

answers: NDQ_001603

answers: topographic maps are also available to public for various uses.

answers: NDQ_001605

answers: topographic maps of Hong Kong.

answers: NDQ_001606

answers: topographic maps of Hong Kong.

answers: NDQ_001608

answers: topographic maps of Hong Kong.

answers: NDQ_001611

answers: topographic maps of Hong Kong.

answers: NDQ_001613

answers: HM20C series

answers: NDQ_001614

answers: topographic maps of Hong Kong.

answers: NDQ_001618

answers: Hong Kong.

answers: NDQ_001619

answers: HM20C series (1:20,000)

answers: NDQ_001620

answers: HM20C series (1:20,000)

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: Urban area

answers: NDQ_001623

answers: 1:1,000

answers: NDQ_001624

answers: Hong Kong.

answers: NDQ_001625

answers: (1:20,000)

text: At right is "The very earliest rendition of a bathymetric map of an oceanic basin. Matthew Fontaine Maury published this map in 1853 in Explanations and Sailing Directions to Accompany the Wind and Current Charts."

text: At right is "The very earliest rendition of a bathymetric map of an oceanic basin.

text: Matthew Fontaine Maury

text: published this map in 1853 in Explanations and Sailing Directions to Accompany the Wind and Current Charts."

answers: NDQ_001586

answers: change in elevation

answers: NDQ_001587

answers: can be used to describe

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Matthew Fontaine Maury published this map in 1853

answers: NDQ_001590

answers: what is the first time period mentioned?

answers: NDQ_001591

answers: oceanic basin

answers: NDQ_001592

answers: bathymetric

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: what is the first time period mentioned?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: How would you describe the shape of a hill?

answers: NDQ_001613

answers: Which of the following is not a type of map: bathymetric or topographic?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: bathymetric

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: bathymetric

answers: NDQ_001621

answers: bathymetric

answers: NDQ_001622

answers: bathymetric

answers: NDQ_001623

answers: bathymetric

answers: NDQ_001624

answers: bathymetric

answers: NDQ_001625

answers: bathymetric

answers: NDQ_001586

answers: bathymetric

answers: NDQ_001587

answers: bathymetric

answers: NDQ_001588

answers: 1853

answers: NDQ_001589

answers: earliest rendition of a bathymetric map of an oceanic basin.

answers: NDQ_001590

answers: bathymetric

answers: NDQ_001591

answers: bathymetric map of an oceanic basin.

answers: NDQ_001592

answers: bathymetric

answers: NDQ_001593

answers: bathymetric

answers: NDQ_001594

answers: oceanic basin. Matthew Fontaine Maury published this map in 1853

answers: NDQ_001595

answers: 1853

answers: NDQ_001597

answers: Directions to Accompany the Wind and Current Charts."

answers: NDQ_001598

answers: Matthew Fontaine Maury published this map in 1853

answers: NDQ_001600

answers: oceanic basin.

answers: NDQ_001603

answers: bathymetric map

answers: NDQ_001605

answers: bathymetric

answers: NDQ_001606

answers: 1853

answers: NDQ_001608

answers: bathymetric map

answers: NDQ_001611

answers: bathymetric map of an oceanic basin. Matthew Fontaine Maury

answers: NDQ_001613

answers: Matthew Fontaine Maury published this map in 1853

answers: NDQ_001614

answers: bathymetric map of an oceanic basin.

answers: NDQ_001618

answers: bathymetric

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: bathymetric

answers: NDQ_001621

answers: bathymetric

answers: NDQ_001622

answers: bathymetric

answers: NDQ_001623

answers: bathymetric

answers: NDQ_001624

answers: bathymetric

answers: NDQ_001625

answers: Wind and Current Charts."

text: On the 1935 topographic map, the "Upper Ammonoosuc Trail" crossed Kilkenny along Priscilla Brook and through the pass from the Keenan Brook area of Randolph, north of Pliny Mountain. This trail has since been abandoned, although a 2002 atlas of New Hampshire shows a "Priscilla Brook Trail" in the same location.

text: On the 1935 topographic map, the "Upper Ammonoosuc Trail" crossed Kilkenny along Priscilla Brook and through the pass from the Keenan Brook area of

text: Randolph

text: , north of Pliny Mountain. This trail has since been abandoned, although a 2002 atlas of New Hampshire shows a "Priscilla Brook Trail" in the same location.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: Which of the following is not a brook: Keenan Brook, Priscilla Brook or Randolph?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the "Upper Ammonoosuc Trail" crossed Kilkenny

answers: NDQ_001590

answers: What does the "Priscilla Brook Trail" cross?

answers: NDQ_001591

answers: Upper Ammonoosuc Trail

answers: NDQ_001592

answers: cross Kilkenny along Priscilla Brook

answers: NDQ_001593

answers: Yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Yes

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: Priscilla Brook, Keenan Brook or Pliny Mountain?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: How would you describe the topographic map?

answers: NDQ_001613

answers: Which side is the circle with the higher elevation?

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: Pliny Mountain

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: Pliny Mountain

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: Pliny Mountain

answers: NDQ_001625

answers: 0

answers: NDQ_001586

answers: Keenan Brook area of Randolph, north of Pliny Mountain.

answers: NDQ_001587

answers: Priscilla Brook

answers: NDQ_001588

answers: Priscilla Brook

answers: NDQ_001589

answers: topographic map,

answers: NDQ_001590

answers: Keenan Brook area of Randolph, north of Pliny Mountain.

answers: NDQ_001591

answers: "Upper Ammonoosuc Trail"

answers: NDQ_001592

answers: "Upper Ammonoosuc Trail"

answers: NDQ_001593

answers: topographic map,

answers: NDQ_001594

answers: Keenan Brook area of Randolph,

answers: NDQ_001595

answers: Keenan Brook area of Randolph, north of Pliny Mountain.

answers: NDQ_001597

answers: north of Pliny Mountain.

answers: NDQ_001598

answers: Pliny Mountain.

answers: NDQ_001600

answers: Keenan Brook area of Randolph, north of Pliny Mountain.

answers: NDQ_001603

answers: topographic map,

answers: NDQ_001605

answers: Keenan Brook area of Randolph,

answers: NDQ_001606

answers: Keenan Brook area of Randolph,

answers: NDQ_001608

answers: topographic map,

answers: NDQ_001611

answers: Pliny Mountain.

answers: NDQ_001613

answers: Keenan Brook area of Randolph, north of Pliny Mountain.

answers: NDQ_001614

answers: 1935 topographic map,

answers: NDQ_001618

answers: "Upper Ammonoosuc Trail"

answers: NDQ_001619

answers: Priscilla Brook

answers: NDQ_001620

answers: Keenan Brook area of Randolph, north of Pliny Mountain.

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: "Upper Ammonoosuc Trail"

answers: NDQ_001623

answers: Pliny Mountain.

answers: NDQ_001624

answers: Pliny Mountain.

answers: NDQ_001625

answers: 1935

text: This field of geoscience and planetary science is concerned with local detail in general, including not only relief but also natural and artificial features, and even local history and culture. This meaning is less common in the United States, where topographic maps with elevation contours have made "topography" synonymous with relief. The older sense of topography as the study of place still has currency in Europe.

text: This field of

text: geoscience

text: and

text: planetary science

text: is concerned with local detail in general, including not only

text: relief

text: but also

text: natural

text: and

text: artificial

text: features, and even

text: local history

text: and

text: culture

text: . This meaning is less common in the

text: United States

text: , where topographic maps with

text: elevation

text: contours have made "topography" synonymous with relief. The older sense of topography as the study of place still has currency in

text: Europe

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What is the term for a map with elevation contours?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: topographic maps with elevation contours

answers: NDQ_001590

answers: what is the older sense of topography as the study of place

answers: NDQ_001591

answers: elevation

answers: NDQ_001592

answers: local history and culture

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: elevation contours

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: yes

answers: NDQ_001598

answers: elevation contours

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What helps us to see the three-dimensional shape of the land?

answers: NDQ_001611

answers: None of the above choices.

answers: NDQ_001613

answers: what is the older sense of topography as the study of place

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: elevation contours

answers: NDQ_001619

answers: contours

answers: NDQ_001620

answers: elevation contour

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: relief

answers: NDQ_001623

answers: elevation contours

answers: NDQ_001624

answers: elevation contours

answers: NDQ_001625

answers: elevation contours

answers: NDQ_001586

answers: topographic maps with elevation contours

answers: NDQ_001587

answers: topographic maps with elevation contours

answers: NDQ_001588

answers: topographic maps with elevation contours

answers: NDQ_001589

answers: relief but also natural and artificial features, and even local history and culture.

answers: NDQ_001590

answers: elevation contours

answers: NDQ_001591

answers: relief.

answers: NDQ_001592

answers: relief.

answers: NDQ_001593

answers: elevation contours

answers: NDQ_001594

answers: elevation contours

answers: NDQ_001595

answers: elevation contours

answers: NDQ_001597

answers: topographic maps with elevation contours

answers: NDQ_001598

answers: elevation contours

answers: NDQ_001600

answers: relief.

answers: NDQ_001603

answers: topographic maps

answers: NDQ_001605

answers: "topography"

answers: NDQ_001606

answers: elevation contours

answers: NDQ_001608

answers: "topography"

answers: NDQ_001611

answers: "topography"

answers: NDQ_001613

answers: topographic maps with elevation contours

answers: NDQ_001614

answers: topographic maps

answers: NDQ_001618

answers: elevation contours have made "topography" synonymous with relief.

answers: NDQ_001619

answers: topographic maps with elevation contours

answers: NDQ_001620

answers: elevation contours

answers: NDQ_001621

answers: topographic maps with elevation contours

answers: NDQ_001622

answers: relief

answers: NDQ_001623

answers: elevation contours

answers: NDQ_001624

answers: elevation contours have made "topography" synonymous with relief.

answers: NDQ_001625

answers: elevation

text: On topographic maps woods and forests are generally depicted in a soft green colour. Their edges are - like other features - usually determined from aerial photographs, but sometimes also by terrestrial survey. However, they only represent a snapshot in time because almost all woods have a tendency to spread or to gradually fill clearings. In addition, working out the exact edge of the wood or forest may be difficult where it transitions into scrub or bushes or the trees thin out slowly. Differences of opinion here often involved several tens of metres. In addition, many cartographers prefer to show even small islands of trees, while others – depending on the scale of the map – prefer more general, continuous lines to demarcate the forest or woodland edges.

text: On

text: topographic map

text: s woods and forests are generally depicted in a soft green colour. Their edges are - like other features - usually determined from

text: aerial photograph

text: s, but sometimes also by

text: terrestrial

text: survey

text: . However, they only represent a snapshot in time because almost all woods have a tendency to spread or to gradually fill

text: clearing

text: s. In addition, working out the exact edge of the wood or forest may be difficult where it transitions into

text: scrub

text: or

text: bush

text: es or the trees thin out slowly. Differences of opinion here often involved several tens of metres. In addition, many

text: cartographer

text: s prefer to show even small islands of trees, while others – depending on the

text: scale

text: of the map – prefer

text: more general

text: , continuous lines to demarcate the forest or woodland edges.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: What is used to determine the exact edge of the wood or forest?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: woods and forests are generally depicted in a soft green colour

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: forest or woodland edges

answers: NDQ_001592

answers: show even small islands of trees

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: not enough information

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: the steepest side

answers: NDQ_001600

answers: What is a flat or plateau?

answers: NDQ_001603

answers: no

answers: NDQ_001605

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

answers: NDQ_001606

answers: several tens of metres

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: Which of the following is not a feature of a topographic map?

answers: NDQ_001613

answers: Which of the following is not a type of feature on topographic maps: woods and forests

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: woods

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: tens of metres

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: woods and forests

answers: NDQ_001623

answers: continuous lines

answers: NDQ_001624

answers: woods and forests

answers: NDQ_001625

answers: tens of metres

answers: NDQ_001586

answers: a snapshot in time

answers: NDQ_001587

answers: aerial photographs,

answers: NDQ_001588

answers: continuous lines

answers: NDQ_001589

answers: woods and forests are generally depicted in a soft green colour.

answers: NDQ_001590

answers: continuous lines

answers: NDQ_001591

answers: forest or woodland edges.

answers: NDQ_001592

answers: edges are - like other features - usually determined from aerial photographs,

answers: NDQ_001593

answers: aerial photographs, but sometimes also by terrestrial survey.

answers: NDQ_001594

answers: continuous lines

answers: NDQ_001595

answers: tens of metres.

answers: NDQ_001597

answers: aerial photographs,

answers: NDQ_001598

answers: edges are - like other features - usually determined from aerial photographs,

answers: NDQ_001600

answers: continuous lines

answers: NDQ_001603

answers: they only represent a snapshot in time

answers: NDQ_001605

answers: woods and forests are generally depicted in a soft green

answers: NDQ_001606

answers: several tens of metres.

answers: NDQ_001608

answers: continuous lines

answers: NDQ_001611

answers: continuous lines

answers: NDQ_001613

answers: aerial photographs,

answers: NDQ_001614

answers: topographic maps

answers: NDQ_001618

answers: woods and forests

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: several tens of metres.

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: woods and forests

answers: NDQ_001623

answers: continuous lines

answers: NDQ_001624

answers: woods and forests

answers: NDQ_001625

answers: tens of metres.

text: OpenStreetMap (OSM), a citizen-led spatial data collection website, was founded by Steve Coast in 2004 (see right for OSM home page). Data are collected from diverse public domain sources; of which GPS tracks are the most important, collected by volunteers with GPS receivers.  As of 10 January 2011 there were 340,522 registered OSM users, who had uploaded 2.121 billion GPS points onto the website. The process of map creation explicitly relies upon sharing and participation; consequently, every registered OSM user can edit any part of the map. Moreover, 'map parties' - social events which aim to fill gaps in coverage, help foster a community ethos. In short, the grassroots OSM project can be seen to represent a paradigm shift in who creates and shares geographic information - from the state, to society. However, rather than countering the state-dominated cartographic project, some commentators have affirmed that OSM merely replicates the 'old' socio-economic order. For instance, Haklay affirmed that OSM users in the United Kingdom tend not to map council estates; consequently, middle-class areas are disproportionately mapped. Thus, in opposition to notions that OSM is a radical cartographic counter-culture, are contentions that OSM "simply recreates a mirror copy of existing topographic mapping".

text: OpenStreetMap

text: (OSM), a citizen-led spatial data collection website, was founded by

text: Steve Coast

text: in 2004 (see right for OSM home page). Data are collected from diverse public domain sources; of which

text: GPS

text: tracks are the most important, collected by volunteers with GPS receivers.  As of 10 January 2011 there were 340,522 registered OSM users, who had uploaded 2.121 billion GPS points onto the website. The process of map creation explicitly relies upon sharing and participation; consequently, every registered OSM user can edit any part of the map. Moreover, 'map parties' - social events which aim to fill gaps in coverage, help foster a community ethos. In short, the

text: grassroots

text: OSM project can be seen to represent a

text: paradigm shift

text: in who creates and shares geographic information - from the state, to society. However, rather than countering the state-dominated cartographic project, some commentators have affirmed that OSM merely replicates the 'old' socio-economic order. For instance, Haklay affirmed that OSM users in the United Kingdom tend not to map council estates; consequently, middle-class areas are disproportionately mapped. Thus, in opposition to notions that OSM is a radical cartographic counter-culture, are contentions that OSM "simply recreates a mirror copy of existing

text: topographic mapping

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many registered OSM users were there as of 10 January 2011?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: middle-class areas are disproportionately mapped

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: middle-class areas

answers: NDQ_001592

answers: OpenStreetMap

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: What is a contour line?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: middle-class areas

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: What is the most common color used on geologic maps?

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill.

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map

answers: NDQ_001614

answers: What is the difference between OSM and topographic mapping

answers: NDQ_001618

answers: middle-class areas

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: NDQ_001621

answers: topographic mapping

answers: NDQ_001622

answers: council estates

answers: NDQ_001623

answers: parallel line

answers: NDQ_001624

answers: middle-class areas

answers: NDQ_001625

answers: a mirror copy

answers: NDQ_001586

answers: GPS tracks are the most important, collected by volunteers with GPS receivers.

answers: NDQ_001587

answers: middle-class areas are disproportionately mapped.

answers: NDQ_001588

answers: OpenStreetMap

answers: NDQ_001589

answers: middle-class areas are disproportionately mapped.

answers: NDQ_001590

answers: GPS tracks are the most important, collected by volunteers with GPS receivers.

answers: NDQ_001591

answers: gaps in coverage,

answers: NDQ_001592

answers: council estates;

answers: NDQ_001593

answers: topographic mapping".

answers: NDQ_001594

answers: GPS tracks are the most important, collected by volunteers with GPS receivers.

answers: NDQ_001595

answers: OpenStreetMap

answers: NDQ_001597

answers: topographic mapping".

answers: NDQ_001598

answers: OpenStreetMap

answers: NDQ_001600

answers: OpenStreetMap

answers: NDQ_001603

answers: topographic mapping".

answers: NDQ_001605

answers: OpenStreetMap

answers: NDQ_001606

answers: OpenStreetMap

answers: NDQ_001608

answers: GPS tracks

answers: NDQ_001611

answers: OpenStreetMap

answers: NDQ_001613

answers: OpenStreetMap

answers: NDQ_001614

answers: OpenStreetMap

answers: NDQ_001618

answers: council estates;

answers: NDQ_001619

answers: GPS tracks

answers: NDQ_001620

answers: mirror copy of existing topographic mapping".

answers: NDQ_001621

answers: topographic mapping".

answers: NDQ_001622

answers: council estates;

answers: NDQ_001623

answers: GPS points

answers: NDQ_001624

answers: middle-class areas

answers: NDQ_001625

answers: OpenStreetMap

text: All elevations use the North American Vertical Datum of 1988 (NAVD88), the currently accepted vertical control datum for United States, Canada and Mexico. Elevations are from the National Geodetic Survey (NGS) when available. Others are from the United States Geological Survey topographic maps when available. These can be found on the Peakbagger.com web pages. Elevations followed by a plus sign (+) were interpolated by the compiler using topographic map contour lines. The true elevation is between that shown and the elevation plus the contour line interval which is forty feet in most instances. Elevations from the NGS are rounded to the nearest whole number.

text: All elevations use the

text: North American Vertical Datum of 1988

text: (NAVD88), the currently accepted vertical control datum for United States, Canada and Mexico. Elevations are from the

text: National Geodetic Survey

text: (NGS) when available. Others are from the

text: United States Geological Survey

text: topographic maps

text: when available. These can be found on the Peakbagger.com web pages. Elevations followed by a plus sign (+) were interpolated by the compiler using topographic map

text: contour lines

text: . The true elevation is between that shown and the elevation plus the contour line interval which is forty feet in most instances. Elevations from the NGS are rounded to the nearest whole number.

answers: NDQ_001586

answers: true elevation is between that shown and the elevation plus the contour line interval

answers: NDQ_001587

answers: What can be found on the Peakbagger.com web pages?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: elevations from the NGS are rounded to the nearest whole number

answers: NDQ_001590

answers: What is the true elevation?

answers: NDQ_001591

answers: the true elevation

answers: NDQ_001592

answers: National Geodetic Survey

answers: NDQ_001593

answers: The true elevation is between that shown and the elevation plus the contour line interval

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: forty feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: Forty feet in most instances

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What can be found on the Peakbagger.com web pages

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What does the plus sign (+) mean?

answers: NDQ_001611

answers: What can be found on the Peakbagger.com web pages?

answers: NDQ_001613

answers: What is the difference between the true elevation and the elevation plus the contour line interval?

answers: NDQ_001614

answers: What can be found on the Peakbagger.com web pages

answers: NDQ_001618

answers: Peakbagger.com

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: The true elevation

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: elevation plus the contour line interval

answers: NDQ_001625

answers: forty feet

answers: NDQ_001586

answers: The true elevation is between that shown and the elevation plus the contour line interval

answers: NDQ_001587

answers: forty feet in most instances.

answers: NDQ_001588

answers: forty feet in most instances.

answers: NDQ_001589

answers: forty feet

answers: NDQ_001590

answers: forty feet

answers: NDQ_001591

answers: plus sign

answers: NDQ_001592

answers: Elevations followed by a plus sign

answers: NDQ_001593

answers: contour lines.

answers: NDQ_001594

answers: forty feet

answers: NDQ_001595

answers: forty feet

answers: NDQ_001597

answers: topographic map contour lines.

answers: NDQ_001598

answers: contour lines.

answers: NDQ_001600

answers: forty feet in most instances.

answers: NDQ_001603

answers: topographic map contour lines.

answers: NDQ_001605

answers: topographic map contour lines.

answers: NDQ_001606

answers: forty feet

answers: NDQ_001608

answers: topographic map contour lines.

answers: NDQ_001611

answers: forty feet in most instances.

answers: NDQ_001613

answers: forty feet in most instances.

answers: NDQ_001614

answers: topographic map contour lines.

answers: NDQ_001618

answers: Elevations followed by a plus sign

answers: NDQ_001619

answers: contour lines.

answers: NDQ_001620

answers: forty feet

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: Elevations followed by a plus sign

answers: NDQ_001623

answers: contour lines.

answers: NDQ_001624

answers: Elevations followed by a plus sign

answers: NDQ_001625

answers: forty feet

text: In the 14th century, the mountain was recorded as the Blauwen or Blawen. Matthäus Merian's Topographia Sueviae in the mid-17th century calls it the Hoche Blawen ("High Blawen"). The parish boundary plan of the first Baden state survey of 1769/1770 distinguishes between the Hoch Blauen ("High Blauen") and the Hinter Blauen ("Posterior Blauen"), a  sub-peak,  north-northeast of the main summit. As the Blauen M[ons] the mountain is shown on the Black Forest map owned by St. Blaise Abbey dating to the year 1788. And in 1845 in the Topographischen Atlas ueber das Grossherzogtum Baden ("Topographic Atlas of the Grand Duchy of Baden") it is called the Blauen, as in other geographical publications of the 19th century. In addition in 19th century travel literature the name Hochblauen occurs frequently, sometimes with the explanation that this is to distinguish it from the Zeller Blauen,  away. In fact, the name Hochblauen was normal for the latter on as shown on topographic maps of the time, while the mountain near Badenweiler can still be found on maps today as the Blauen.

text: In the 14th century, the mountain was recorded as the Blauwen or Blawen.

text: Matthäus Merian

text: 's

text: Topographia Sueviae

text: in the mid-17th century calls it the Hoche Blawen ("High Blawen"). The parish boundary plan of the first Baden state survey of 1769/1770 distinguishes between the Hoch Blauen ("High Blauen") and the Hinter Blauen ("Posterior Blauen"), a  sub-peak,  north-northeast of the main summit. As the Blauen M[ons] the mountain is shown on the Black Forest map owned by

text: St. Blaise Abbey

text: dating to the year 1788. And in 1845 in the Topographischen Atlas ueber das Grossherzogtum Baden ("Topographic Atlas of the Grand Duchy of Baden") it is called the Blauen, as in other geographical publications of the 19th century. In addition in 19th century travel literature the name Hochblauen occurs frequently, sometimes with the explanation that this is to distinguish it from the

text: Zeller Blauen

text: ,  away. In fact, the name Hochblauen was normal for the latter on as shown on topographic maps of the time, while the mountain near Badenweiler can still be found on maps today as the Blauen.

answers: NDQ_001586

answers: not enough information

answers: NDQ_001587

answers: What is the name of the sub-peak that is north-northeast of the main summit?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: topographic maps of the time

answers: NDQ_001590

answers: What is the name Hochblauen?

answers: NDQ_001591

answers: Hoch Blauen ("High Blauen")

answers: NDQ_001592

answers: name Hochblauen

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: north

answers: NDQ_001598

answers: north-northeast

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What color is the mountain near Badenweiler

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What helps to see the three-dimensional shape of the land?

answers: NDQ_001611

answers: What is the name of the mountain near Badenweiler?

answers: NDQ_001613

answers: What is the name of the mountain near Badenweiler?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: Hochblauen

answers: NDQ_001619

answers: Topographic Atlas

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Hochblauen

answers: NDQ_001623

answers: Hochblauen

answers: NDQ_001624

answers: Hochblauen

answers: NDQ_001625

answers: 1788

answers: NDQ_001586

answers: Hoche Blawen

answers: NDQ_001587

answers: a sub-peak, north-northeast of the main summit.

answers: NDQ_001588

answers: Hoche Blawen

answers: NDQ_001589

answers: topographic maps

answers: NDQ_001590

answers: Hoche Blawen

answers: NDQ_001591

answers: a sub-peak,

answers: NDQ_001592

answers: distinguish it from the Zeller Blauen,

answers: NDQ_001593

answers: topographic maps

answers: NDQ_001594

answers: Hoche Blawen

answers: NDQ_001595

answers: Hoche Blawen

answers: NDQ_001597

answers: north-northeast

answers: NDQ_001598

answers: north-northeast

answers: NDQ_001600

answers: Hoche Blawen

answers: NDQ_001603

answers: Hochblauen was normal for the latter on as shown on topographic maps

answers: NDQ_001605

answers: Hoche Blawen

answers: NDQ_001606

answers: Hoche Blawen

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: Hoche Blawen

answers: NDQ_001613

answers: Hoche Blawen

answers: NDQ_001614

answers: Zeller Blauen,

answers: NDQ_001618

answers: Zeller Blauen,

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: north-northeast of the main summit.

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: Zeller Blauen,

answers: NDQ_001623

answers: sub-peak,

answers: NDQ_001624

answers: Zeller Blauen,

answers: NDQ_001625

answers: 1788.

text: Shortly after statehood, the California state government appointed its first State Geologist and began commissioning geologic surveys of their own.  The state appointed John B. Trask to the position of State Geologist and he served from 1850 to 1856.  He compiled a report entitled "On the Geology of the Sierra Nevada, or California Range."The second State Geologist, Josiah Whitney, served from 1860 to 1873.  Whitney organized the first comprehensive survey of California and the first complete topographic maps of the state were completed under him.  Mount Whitney, the tallest peak in California is named after him, a testament to his legacy.The State Mining Bureau was established in 1880, and the position of State Geologist was changed to State Mineralogist.  In 1891, the first state geologic map showing eight color stratigraphic regions was published. The second geologic map of the state was published in 1916 and shows twenty one stratigraphic regions.The State Mining Bureau was renamed the Division of Mines and Geology in 1862.  Its pseudonym, the California Geologic Survey, was established in January 2002.

text: Shortly after statehood, the California state government appointed its first State Geologist and began commissioning geologic surveys of their own.  The state appointed John B. Trask to the position of State Geologist and he served from 1850 to 1856.  He compiled a report entitled "On the Geology of the Sierra Nevada, or California Range."The second State Geologist,

text: Josiah Whitney

text: , served from 1860 to 1873.  Whitney organized the first comprehensive survey of California and the first complete topographic maps of the state were completed under him.  Mount Whitney, the tallest peak in California is named after him, a testament to his legacy.The State Mining Bureau was established in 1880, and the position of State Geologist was changed to State Mineralogist.  In 1891, the first state

text: geologic map

text: showing eight color stratigraphic regions was published. The second geologic map of the state was published in 1916 and shows twenty one stratigraphic regions.The State Mining Bureau was renamed the Division of Mines and Geology in 1862.  Its pseudonym, the California Geologic Survey, was established in January 2002.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many years did Trask serve as State Geologist?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: California Geologic Survey was established in January 2002.

answers: NDQ_001590

answers: How many years did John B. Trask serve as State Geologist?

answers: NDQ_001591

answers: stratigraphic regions

answers: NDQ_001592

answers: color stratigraphic regions

answers: NDQ_001593

answers: What is the highest peak in California?

answers: NDQ_001594

answers: How many color stratigraphic regions was published?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: the tallest peak in California

answers: NDQ_001600

answers: what is the second geologic map of the state published in 1916?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: How many years did Trask serve as State Geologist?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is not a feature of a topographic map?

answers: NDQ_001611

answers: How many years did John B. Trask serve as State Geologist?

answers: NDQ_001613

answers: How many years did Trask serve as State Geologist?

answers: NDQ_001614

answers: Which happened first, Josiah Whitney organized the first comprehensive survey of California or the first complete topographic maps of the state were completed under him?

answers: NDQ_001618

answers: Mount Whitney

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: California Range

answers: NDQ_001623

answers: stratigraphic regions

answers: NDQ_001624

answers: Mount Whitney

answers: NDQ_001625

answers: one stratigraphic region

answers: NDQ_001586

answers: Josiah Whitney,

answers: NDQ_001587

answers: eight color stratigraphic regions

answers: NDQ_001588

answers: Josiah Whitney, served from 1860 to 1873.

answers: NDQ_001589

answers: eight color stratigraphic regions

answers: NDQ_001590

answers: Josiah Whitney, served from 1860 to 1873.

answers: NDQ_001591

answers: stratigraphic regions

answers: NDQ_001592

answers: eight color stratigraphic regions

answers: NDQ_001593

answers: Josiah Whitney,

answers: NDQ_001594

answers: 1850 to 1856.

answers: NDQ_001595

answers: eight

answers: NDQ_001597

answers: Josiah Whitney,

answers: NDQ_001598

answers: Mount Whitney,

answers: NDQ_001600

answers: California Range."The

answers: NDQ_001603

answers: Josiah Whitney,

answers: NDQ_001605

answers: eight color stratigraphic regions

answers: NDQ_001606

answers: 1850 to 1856.

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: Mount Whitney,

answers: NDQ_001613

answers: Josiah Whitney,

answers: NDQ_001614

answers: Josiah Whitney,

answers: NDQ_001618

answers: color stratigraphic regions

answers: NDQ_001619

answers: stratigraphic regions

answers: NDQ_001620

answers: Mount Whitney,

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: color stratigraphic regions

answers: NDQ_001623

answers: stratigraphic regions

answers: NDQ_001624

answers: color stratigraphic regions

answers: NDQ_001625

answers: eight

text: Digital geologic mapping is the process by which geological features  are observed, analyzed, and recorded in the field and displayed in real-time on a computer or personal digital assistant (PDA). The primary function of this emerging technology is to produce spatially referenced geologic maps that can be utilized and updated while conducting field work.

text: Digital geologic mapping is the process by which

text: geological features

text: are observed, analyzed, and recorded in the field and displayed in real-time on a computer or

text: personal digital assistant

text: PDA

text: ). The primary function of this

text: emerging technology

text: is to produce

text: spatially referenced

text: geologic maps

text: that can be utilized and updated while conducting

text: field work

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: is a geological feature that is observed, analyzed, and recorded

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: can be utilized and updated

answers: NDQ_001590

answers: unanswerable

answers: NDQ_001591

answers: geological features

answers: NDQ_001592

answers: updated while conducting field work

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: What is the primary function of this emerging technology?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What is the primary function of this emerging technology?

answers: NDQ_001598

answers: digital geologic mapping

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: It's impossible to say

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: are very far apart

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: geological

answers: NDQ_001619

answers: can be produced

answers: NDQ_001620

answers: NDQ_001621

answers: Digital geologic mapping

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: Digital geologic mapping

answers: NDQ_001587

answers: Digital geologic mapping

answers: NDQ_001588

answers: Digital geologic mapping

answers: NDQ_001589

answers: displayed in real-time

answers: NDQ_001590

answers: Digital geologic mapping

answers: NDQ_001591

answers: geological features

answers: NDQ_001592

answers: updated while conducting field work.

answers: NDQ_001593

answers: Digital geologic mapping

answers: NDQ_001594

answers: Digital geologic mapping

answers: NDQ_001595

answers: Digital geologic mapping

answers: NDQ_001597

answers: Digital geologic mapping

answers: NDQ_001598

answers: Digital geologic mapping

answers: NDQ_001600

answers: Digital geologic mapping

answers: NDQ_001603

answers: Digital geologic mapping

answers: NDQ_001605

answers: Digital geologic mapping

answers: NDQ_001606

answers: Digital geologic mapping

answers: NDQ_001608

answers: Digital geologic mapping

answers: NDQ_001611

answers: Digital geologic mapping

answers: NDQ_001613

answers: Digital geologic mapping

answers: NDQ_001614

answers: Digital geologic mapping

answers: NDQ_001618

answers: geological features

answers: NDQ_001619

answers: Digital geologic mapping

answers: NDQ_001620

answers: Digital geologic mapping

answers: NDQ_001621

answers: Digital geologic mapping

answers: NDQ_001622

answers: Digital geologic mapping

answers: NDQ_001623

answers: Digital geologic mapping

answers: NDQ_001624

answers: geological features

answers: NDQ_001625

answers: Digital geologic mapping

text: Topographic map of Barendrecht (town), Sept. 2014

text: Topographic map of Barendrecht (town), Sept. 2014

answers: NDQ_001586

answers: change in elevation

answers: NDQ_001587

answers: Barendrecht (town) is a town in the Netherlands.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is a map of the ocean

answers: NDQ_001590

answers: The contour interval is the horizontal distance between contour lines.

answers: NDQ_001591

answers: equator

answers: NDQ_001592

answers: enlarge the area

answers: NDQ_001593

answers: How does the topographic map of Barendrecht (town) look?

answers: NDQ_001594

answers: contour lines represent the depth of water

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that streams flow

answers: NDQ_001598

answers: The left side is steepest.

answers: NDQ_001600

answers: contour lines are parallel to each other

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: How do contour lines help us see the three-dimensional shape of the land?

answers: NDQ_001611

answers: Concentric lines that are very close together show a low, steep hill

answers: NDQ_001613

answers: The hatch marks are drawn on the side of the circle with the higher elevation

answers: NDQ_001614

answers: Which of the following is true of topographic maps?

answers: NDQ_001618

answers: barendrecht

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: barendrecht

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: barendrecht

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Barendrecht

answers: NDQ_001587

answers: Topographic map of Barendrecht (town), Sept. 2014

answers: NDQ_001588

answers: Barendrecht

answers: NDQ_001589

answers: Topographic map

answers: NDQ_001590

answers: Barendrecht

answers: NDQ_001591

answers: Topographic map

answers: NDQ_001592

answers: Barendrecht (town), Sept. 2014

answers: NDQ_001593

answers: Topographic map of Barendrecht

answers: NDQ_001594

answers: Topographic map of Barendrecht

answers: NDQ_001595

answers: 2014

answers: NDQ_001597

answers: Topographic map of Barendrecht

answers: NDQ_001598

answers: Topographic map of Barendrecht

answers: NDQ_001600

answers: Topographic map of Barendrecht

answers: NDQ_001603

answers: Barendrecht (town), Sept. 2014

answers: NDQ_001605

answers: Barendrecht (town), Sept. 2014

answers: NDQ_001606

answers: Barendrecht

answers: NDQ_001608

answers: Topographic map of Barendrecht

answers: NDQ_001611

answers: Topographic map of Barendrecht

answers: NDQ_001613

answers: Barendrecht

answers: NDQ_001614

answers: Barendrecht (town), Sept. 2014

answers: NDQ_001618

answers: Barendrecht

answers: NDQ_001619

answers: Topographic map

answers: NDQ_001620

answers: Topographic map of Barendrecht (town), Sept. 2014

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Barendrecht

answers: NDQ_001623

answers: Topographic map of Barendrecht (town), Sept. 2014

answers: NDQ_001624

answers: Barendrecht

answers: NDQ_001625

answers: 2014

text: The Centre for Topographic Information produces topographic maps of Canada at scales of 1:50,000 and 1:250,000. They are known as the National Topographic System (NTS). A government proposal to discontinue publishing of all hardcopy or paper topographic maps in favor of digital-only mapping data was shelved in 2005 after intense public opposition.

text: The Centre for Topographic Information produces topographic maps of

text: Canada

text: at scales of 1:50,000 and 1:250,000. They are known as the

text: National Topographic System

text: (NTS). A government proposal to discontinue publishing of all hardcopy or paper topographic maps in favor of digital-only mapping data was shelved in 2005 after intense public opposition.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: The Centre for Topographic Information produces topographic maps of Canada at what scales?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: digital-only mapping data was shelved in 2005 after intense public opposition

answers: NDQ_001590

answers: 1:50,000 and 1:250,000

answers: NDQ_001591

answers: topographic map

answers: NDQ_001592

answers: digital-only mapping data

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: what is the centre for topographic information

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: 1:250,000

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: 1:50,000

answers: NDQ_001608

answers: What does the NTS stand for?

answers: NDQ_001611

answers: 1:50,000

answers: NDQ_001613

answers: How many scales does the Centre for Topographic Information produce topographic maps of Canada?

answers: NDQ_001614

answers: Which of the following is not a feature of topographic maps?

answers: NDQ_001618

answers: Canada

answers: NDQ_001619

answers: 1:250,000

answers: NDQ_001620

answers: The difference in elevation

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Canada

answers: NDQ_001623

answers: parallel line

answers: NDQ_001624

answers: Canada

answers: NDQ_001625

answers: 1:50,000

answers: NDQ_001586

answers: digital-only mapping data was shelved in 2005

answers: NDQ_001587

answers: 1:50,000 and 1:250,000.

answers: NDQ_001588

answers: 1:50,000 and 1:250,000.

answers: NDQ_001589

answers: topographic maps of Canada at scales of 1:50,000 and 1:250,000.

answers: NDQ_001590

answers: 1:50,000 and 1:250,000.

answers: NDQ_001591

answers: topographic maps

answers: NDQ_001592

answers: hardcopy or paper topographic maps in favor of digital-only mapping data

answers: NDQ_001593

answers: topographic maps of Canada at scales of 1:50,000 and 1:250,000.

answers: NDQ_001594

answers: 1:50,000 and 1:250,000.

answers: NDQ_001595

answers: 1:50,000 and 1:250,000.

answers: NDQ_001597

answers: topographic maps of Canada at scales of 1:50,000 and 1:250,000.

answers: NDQ_001598

answers: 1:50,000 and 1:250,000.

answers: NDQ_001600

answers: 1:50,000 and 1:250,000.

answers: NDQ_001603

answers: topographic maps of Canada at scales of 1:50,000 and 1:250,000.

answers: NDQ_001605

answers: The Centre for Topographic Information produces topographic maps

answers: NDQ_001606

answers: 1:50,000 and 1:250,000.

answers: NDQ_001608

answers: topographic maps of Canada at scales of 1:50,000 and 1:250,000.

answers: NDQ_001611

answers: The Centre for Topographic Information

answers: NDQ_001613

answers: 1:50,000 and 1:250,000.

answers: NDQ_001614

answers: 1:50,000 and 1:250,000.

answers: NDQ_001618

answers: Canada at scales of 1:50,000 and 1:250,000.

answers: NDQ_001619

answers: topographic maps of Canada at scales of 1:50,000 and 1:250,000.

answers: NDQ_001620

answers: 1:50,000 and 1:250,000.

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: Canada at scales of 1:50,000 and 1:250,000.

answers: NDQ_001623

answers: 1:250,000.

answers: NDQ_001624

answers: Canada at scales of 1:50,000 and 1:250,000.

answers: NDQ_001625

answers: 1:50,000 and 1:250,000.

text: Good contour on the map can be described as the viewer’s ability to continue the line throughout the map. The figure is formed by a contour or outline (as opposed to an isometric contour line), the common boundary between the figure and ground, usually through a brightness contrast. If a figure is not separated entirely from the ground, a simple black contour line can be drawn around the figure enclosing it and thus differentiating it from the ground.

text: Good contour on the map can be described as the viewer’s ability to continue the line throughout the map. The figure is formed by a contour or outline (as opposed to an isometric

text: contour line

text: ), the common boundary between the figure and ground, usually through a brightness contrast. If a figure is not separated entirely from the ground, a simple black contour line can be drawn around the figure enclosing it and thus differentiating it from the ground.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: What is the common boundary between the figure and ground?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: isometric contour line

answers: NDQ_001590

answers: What is the common boundary between the figure and ground?

answers: NDQ_001591

answers: common boundary between the figure and ground

answers: NDQ_001592

answers: isometric contour line

answers: NDQ_001593

answers: What is the common boundary between the figure and ground?

answers: NDQ_001594

answers: the common boundary between the figure and ground

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: isometric contour line

answers: NDQ_001600

answers: What is the common boundary between the figure and ground?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What is the common boundary between the figure and ground?

answers: NDQ_001606

answers: what is the common boundary between the figure and ground

answers: NDQ_001608

answers: What is the common boundary between the figure and ground?

answers: NDQ_001611

answers: The common boundary between the figure and ground

answers: NDQ_001613

answers: the common boundary between the figure and ground

answers: NDQ_001614

answers: What is the common boundary between the figure and ground

answers: NDQ_001618

answers: the common boundary between the figure and ground

answers: NDQ_001619

answers: contour

answers: NDQ_001620

answers: isometric

answers: NDQ_001621

answers: contour

answers: NDQ_001622

answers: isometric contour line

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: isometric contour line

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: black

answers: NDQ_001587

answers: contour or outline (as opposed to an isometric contour line),

answers: NDQ_001588

answers: Good contour

answers: NDQ_001589

answers: isometric contour line),

answers: NDQ_001590

answers: contour or outline (as opposed to an isometric contour line),

answers: NDQ_001591

answers: common boundary between the figure and ground,

answers: NDQ_001592

answers: continue the line throughout the map.

answers: NDQ_001593

answers: contour or outline (as opposed to an isometric contour line),

answers: NDQ_001594

answers: the common boundary between the figure and ground,

answers: NDQ_001595

answers: continue the line throughout the map.

answers: NDQ_001597

answers: contour or outline (as opposed to an isometric contour line),

answers: NDQ_001598

answers: contour

answers: NDQ_001600

answers: isometric contour line),

answers: NDQ_001603

answers: contour or outline (as opposed to an isometric contour line),

answers: NDQ_001605

answers: black

answers: NDQ_001606

answers: contour

answers: NDQ_001608

answers: the common boundary between the figure and ground, usually through a brightness contrast.

answers: NDQ_001611

answers: contour or outline (as opposed to an isometric contour line),

answers: NDQ_001613

answers: contour or outline (as opposed to an isometric contour line),

answers: NDQ_001614

answers: contour or outline (as opposed to an isometric contour line),

answers: NDQ_001618

answers: The figure

answers: NDQ_001619

answers: isometric contour line),

answers: NDQ_001620

answers: brightness contrast.

answers: NDQ_001621

answers: contour or outline (as opposed to an isometric contour line),

answers: NDQ_001622

answers: The figure

answers: NDQ_001623

answers: isometric contour line),

answers: NDQ_001624

answers: The figure

answers: NDQ_001625

answers: throughout the map.

text: The National Topographic System or NTS () is the system used by Natural Resources Canada for providing general purpose topographic maps of the country. NTS maps are available in a variety of scales, the standard being 1/50,000 and 1/250,000 scales. The maps provide details on landforms and terrain, lakes and rivers, forested areas, administrative zones, populated areas, roads and railways, as well as other man-made features. These maps are currently used by all levels of government and industry for forest fire and flood control (as well as other environmental issues), depiction of crop areas, right-of-way, real estate planning, development of natural resources and highway planning.

text: The National Topographic System or NTS () is the system used by

text: Natural Resources

text: Canada

text: for providing general purpose

text: topographic

text: map

text: s of the country. NTS maps are available in a variety of scales, the standard being 1/50,000 and 1/250,000 scales. The maps provide details on landforms and

text: terrain

text: lake

text: s and

text: river

text: s, forested areas, administrative zones, populated areas, roads and railways, as well as other man-made features. These maps are currently used by all levels of government and industry for forest fire and flood control (as well as other environmental issues), depiction of crop areas, right-of-way, real estate planning, development of natural resources and highway planning.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: Which of the following is not part of the National Topographic System: lakes and rivers, administrative zones, populated areas, roads and railways, or crop areas?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: are currently used by all levels of government and industry for forest fire and flood control

answers: NDQ_001590

answers: What is a contour interval?

answers: NDQ_001591

answers: crop areas

answers: NDQ_001592

answers: forest fire and flood control

answers: NDQ_001593

answers: Yes

answers: NDQ_001594

answers: The National Topographic System or NTS

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction

answers: NDQ_001598

answers: the steepest

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: very far apart

answers: NDQ_001613

answers: What is the standard being 1/50,000 and 1/250,000 scales?

answers: NDQ_001614

answers: Which of the following is not a feature of topographic maps?

answers: NDQ_001618

answers: landforms

answers: NDQ_001619

answers: lakes and rivers

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: landforms

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: lakes and rivers

answers: NDQ_001625

answers: 1/250,000

answers: NDQ_001586

answers: 1/50,000 and 1/250,000 scales.

answers: NDQ_001587

answers: populated areas, roads and railways,

answers: NDQ_001588

answers: 1/50,000 and 1/250,000 scales.

answers: NDQ_001589

answers: populated areas,

answers: NDQ_001590

answers: 1/50,000 and 1/250,000 scales.

answers: NDQ_001591

answers: crop areas,

answers: NDQ_001592

answers: flood control

answers: NDQ_001593

answers: 1/50,000 and 1/250,000 scales.

answers: NDQ_001594

answers: 1/50,000 and 1/250,000 scales.

answers: NDQ_001595

answers: 1/50,000

answers: NDQ_001597

answers: lakes and rivers,

answers: NDQ_001598

answers: 1/50,000 and 1/250,000 scales.

answers: NDQ_001600

answers: 1/50,000 and 1/250,000 scales.

answers: NDQ_001603

answers: general purpose topographic maps

answers: NDQ_001605

answers: The National Topographic System

answers: NDQ_001606

answers: The National Topographic System

answers: NDQ_001608

answers: populated areas, roads and railways,

answers: NDQ_001611

answers: The National Topographic System

answers: NDQ_001613

answers: 1/50,000 and 1/250,000 scales.

answers: NDQ_001614

answers: 1/50,000 and 1/250,000 scales.

answers: NDQ_001618

answers: lakes and rivers,

answers: NDQ_001619

answers: lakes and rivers,

answers: NDQ_001620

answers: 1/50,000

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: crop areas,

answers: NDQ_001623

answers: populated areas,

answers: NDQ_001624

answers: lakes and rivers,

answers: NDQ_001625

answers: 1/50,000

text: Manual labeling of contour maps is a time-consuming process, however, there are a few software systems that can do the job automatically and in accordance with cartographic conventions, called automatic label placement.

text: Manual labeling of contour maps is a time-consuming process, however, there are a few software systems that can do the job automatically and in accordance with cartographic conventions, called

text: automatic label placement

answers: NDQ_001586

answers: NDQ_001587

answers: can be used to measure the distance between two points on a map

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: manual labeling is a time-consuming process

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: unanswerable

answers: NDQ_001592

answers: labeling

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: no

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: (iv)

answers: NDQ_001611

answers: Concentric lines that are very close together

answers: NDQ_001613

answers: the side of the circle with the higher elevation

answers: NDQ_001614

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: contour maps

answers: NDQ_001620

answers: can be calculated

answers: NDQ_001621

answers: contour maps

answers: NDQ_001622

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: automatic label placement.

answers: NDQ_001587

answers: contour maps

answers: NDQ_001588

answers: Manual labeling of contour maps

answers: NDQ_001589

answers: Manual labeling

answers: NDQ_001590

answers: automatic label placement.

answers: NDQ_001591

answers: labeling

answers: NDQ_001592

answers: Manual labeling

answers: NDQ_001593

answers: contour maps

answers: NDQ_001594

answers: automatic label placement.

answers: NDQ_001595

answers: automatic label placement.

answers: NDQ_001597

answers: automatic label placement.

answers: NDQ_001598

answers: contour maps

answers: NDQ_001600

answers: automatic label placement.

answers: NDQ_001603

answers: Manual labeling of contour maps

answers: NDQ_001605

answers: automatic label placement.

answers: NDQ_001606

answers: Manual labeling of contour maps

answers: NDQ_001608

answers: Manual labeling of contour maps

answers: NDQ_001611

answers: automatic label placement.

answers: NDQ_001613

answers: automatic label placement.

answers: NDQ_001614

answers: automatic label placement.

answers: NDQ_001618

answers: contour maps

answers: NDQ_001619

answers: contour maps

answers: NDQ_001620

answers: automatic label placement.

answers: NDQ_001621

answers: contour maps

answers: NDQ_001622

answers: automatic label placement.

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: automatic label placement.

answers: NDQ_001625

answers: contour maps

text: The contour line of the surface

text: The contour line of the surface

answers: NDQ_001586

answers: changes in elevation

answers: NDQ_001587

answers: shows the contour line of the surface

answers: NDQ_001588

answers: intersect each other

answers: NDQ_001589

answers: a contour line is a line drawn on a surface

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: inclination

answers: NDQ_001592

answers: enlarge a circle

answers: NDQ_001593

answers: is a line drawn on the surface of the earth.

answers: NDQ_001594

answers: The contour line of the surface

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: can be used to determine the direction that rivers and streams flow

answers: NDQ_001598

answers: The contour line of a surface

answers: NDQ_001600

answers: The contour line of the surface

answers: NDQ_001603

answers: None of the above choices .

answers: NDQ_001605

answers: The contour line of the surface of the earth.

answers: NDQ_001606

answers: The contour line of the surface

answers: NDQ_001608

answers: The contour lines help us to see the three-dimensional shape

answers: NDQ_001611

answers: is a contour line.

answers: NDQ_001613

answers: The contour line of a surface

answers: NDQ_001614

answers: is a line drawn on a surface

answers: NDQ_001618

answers: The contour lines on a topographic map

answers: NDQ_001619

answers: is called a contour line

answers: NDQ_001620

answers: is a contour line

answers: NDQ_001621

answers: is a contour line

answers: NDQ_001622

answers: contour lines

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: v-shaped contour lines

answers: NDQ_001625

answers: 1 m

answers: NDQ_001586

answers: The contour line of the surface

answers: NDQ_001587

answers: The contour line

answers: NDQ_001588

answers: The contour line

answers: NDQ_001589

answers: The contour line of the surface

answers: NDQ_001590

answers: The contour line

answers: NDQ_001591

answers: surface

answers: NDQ_001592

answers: The contour line of the surface

answers: NDQ_001593

answers: The contour line

answers: NDQ_001594

answers: The contour line of the surface

answers: NDQ_001595

answers: The contour line

answers: NDQ_001597

answers: The contour line

answers: NDQ_001598

answers: The contour line

answers: NDQ_001600

answers: The contour line of the surface

answers: NDQ_001603

answers: The contour line

answers: NDQ_001605

answers: The contour line

answers: NDQ_001606

answers: The contour line

answers: NDQ_001608

answers: The contour line of the surface

answers: NDQ_001611

answers: The contour line

answers: NDQ_001613

answers: The contour line

answers: NDQ_001614

answers: The contour line

answers: NDQ_001618

answers: The contour line of the surface

answers: NDQ_001619

answers: The contour line

answers: NDQ_001620

answers: The contour line

answers: NDQ_001621

answers: The contour line

answers: NDQ_001622

answers: The contour line of the surface

answers: NDQ_001623

answers: The contour line

answers: NDQ_001624

answers: The contour line of the surface

answers: NDQ_001625

answers: The contour line

text: Mount Pocaterra is a rocky formation was named after the Pocaterra Creek in the same region. The Pocaterra creek receives its name due to the Italian and Venezuelan descent family of businessman. The area was heavily explored and controlled by Venezuelan explorer and businessman Edgar Pocaterra. It is located in the Elk Range in Alberta.This peak is located on the crest of the ridge, about 1.5 km north of Mount Tyrwhitt. It is not labelled on the 1:50,000 map. On the map, this is a long, thin ridge-like peak running north-south. and joined to the lower Mount Tyrwhitt. The peak is reportedly a double summit, with the north summit slightly higher. (On the 1:50,000 map there is no contour shown for the double summit).

text: Mount Pocaterra is a rocky formation was named after the Pocaterra Creek in the same region. The Pocaterra creek receives its name due to the Italian and Venezuelan descent family of businessman. The area was heavily explored and controlled by Venezuelan explorer and businessman Edgar Pocaterra. It is located in the Elk Range in

text: Alberta

text: .This peak is located on the crest of the ridge, about 1.5 km north of Mount Tyrwhitt. It is not labelled on the 1:50,000 map. On the map, this is a long, thin ridge-like peak running north-south. and joined to the lower Mount Tyrwhitt. The peak is reportedly a

text: double summit

text: , with the north summit slightly higher. (On the 1:50,000 map there is no contour shown for the

text: double summit

answers: NDQ_001586

answers: What is Mount Pocaterra?

answers: NDQ_001587

answers: What is Mount Pocaterra?

answers: NDQ_001588

answers: What is the opposite of parallel?

answers: NDQ_001589

answers: there is no contour shown for the double summit

answers: NDQ_001590

answers: What is Mount Pocaterra?

answers: NDQ_001591

answers: double summit

answers: NDQ_001592

answers: labelled

answers: NDQ_001593

answers: How would you describe Mount Pocaterra?

answers: NDQ_001594

answers: What is Pocaterra Creek?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: north-south

answers: NDQ_001598

answers: north

answers: NDQ_001600

answers: What is the difference between a plain and a plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What color are the rocks on the 1:50,000 map?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: How would you describe Mount Pocaterra?

answers: NDQ_001613

answers: Which of the following is not true of Mount Pocaterra?

answers: NDQ_001614

answers: Which of the following is true of the 1:50,000 map?

answers: NDQ_001618

answers: Mount Pocaterra

answers: NDQ_001619

answers: contour

answers: NDQ_001620

answers: slightly higher

answers: NDQ_001621

answers: contour

answers: NDQ_001622

answers: the double summit

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: no contour shown for the double summit

answers: NDQ_001625

answers: 1:50,000

answers: NDQ_001586

answers: (On the 1:50,000 map there is no contour shown for the double summit).

answers: NDQ_001587

answers: north-south.

answers: NDQ_001588

answers: (On the 1:50,000 map there is no contour shown for the double summit).

answers: NDQ_001589

answers: no contour shown for the double summit).

answers: NDQ_001590

answers: 1:50,000

answers: NDQ_001591

answers: double summit,

answers: NDQ_001592

answers: contour shown for the double summit).

answers: NDQ_001593

answers: contour

answers: NDQ_001594

answers: contour shown for the double summit).

answers: NDQ_001595

answers: no contour shown for the double summit).

answers: NDQ_001597

answers: north-south.

answers: NDQ_001598

answers: contour

answers: NDQ_001600

answers: ridge-like peak

answers: NDQ_001603

answers: 1:50,000

answers: NDQ_001605

answers: Mount Pocaterra

answers: NDQ_001606

answers: Mount Pocaterra

answers: NDQ_001608

answers: north-south.

answers: NDQ_001611

answers: north-south.

answers: NDQ_001613

answers: double summit, with the north summit slightly higher.

answers: NDQ_001614

answers: north-south.

answers: NDQ_001618

answers: (On the 1:50,000 map there is no contour shown for the double summit).

answers: NDQ_001619

answers: contour

answers: NDQ_001620

answers: slightly higher.

answers: NDQ_001621

answers: 1:50,000

answers: NDQ_001622

answers: double summit).

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: no contour shown for the double summit).

answers: NDQ_001625

answers: 1:50,000

text: At Sellersville the former station at Main Street and Walnut Street is now a dental office. It served as a police station in the late 1950s. The Quakertown station at the northwest corner of Main and Broad has a mural on a back wall depicting one of the LVT's 1000 Series Liberty Bell Limited former Cincinnati and Lake Erie high speed interurbans. The house-like two story Hatfield station is now the Trolley Station cafe. Inside this cafe there are photographs of LVT cars, LVT locations, and a 1938 schedule of operations. South of this building, part of the former LVT right-of-way, including an original 1916 culvert, is a paved walking and biking trail called the Liberty Bell Trail. Some of the former LVT right of way is visible from satellite as a faint scar across the countryside north of Quakertown. The DeLorme Company's "Pennsylvania Atlas and Gazetteer Topographic Maps" book shows "old railroad grades" as a faint dashed red line on their maps. There is a dashed line shown running from Quakertown to Center Valley at present day Route 309; LVT periodically ran adjacent to PA Route 309.

text: At

text: Sellersville

text: the former station at Main Street and Walnut Street is now a dental office. It served as a police station in the late 1950s. The

text: Quakertown

text: station at the northwest corner of Main and Broad has a mural on a back wall depicting one of the LVT's 1000 Series Liberty Bell Limited former Cincinnati and Lake Erie high speed interurbans. The house-like two story

text: Hatfield

text: station is now the Trolley Station cafe. Inside this cafe there are photographs of LVT cars, LVT locations, and a 1938 schedule of operations. South of this building, part of the former LVT right-of-way, including an original 1916 culvert, is a

text: paved walking and biking trail

text: called the

text: Liberty Bell Trail

text: . Some of the former LVT right of way is visible from satellite as a faint scar across the countryside north of Quakertown. The DeLorme Company's "Pennsylvania Atlas and Gazetteer Topographic Maps" book shows "old railroad grades" as a faint dashed red line on their maps. There is a dashed line shown running from Quakertown to Center Valley at present day

text: Route 309

text: ; LVT periodically ran adjacent to PA Route 309.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What is the name of the station at the northwest corner of Main and Broad?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: shows "old railroad grades" as a faint dashed red line on their maps

answers: NDQ_001590

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

answers: NDQ_001591

answers: old railroad grades

answers: NDQ_001592

answers: show "old railroad grades"

answers: NDQ_001593

answers: How can you determine the slope of the land

answers: NDQ_001594

answers: What does the dashed line show running from Quakertown to Center Valley at present day Route 309?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Which of the following is not a river or stream?

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

answers: What is a dashed red line?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What color is the dashed line running from Quakertown to Center Valley at present day Route 309?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: Which of the following is not an example of a dashed line?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is the hatch marks?

answers: NDQ_001614

answers: Which of the following is not true?

answers: NDQ_001618

answers: old railroad grades

answers: NDQ_001619

answers: Lake Erie

answers: NDQ_001620

answers: old railroad grades

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: old railroad grades

answers: NDQ_001623

answers: old railroad grades

answers: NDQ_001624

answers: old railroad grades

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: "old railroad grades" as a faint dashed red line

answers: NDQ_001587

answers: a faint scar across the countryside north of Quakertown.

answers: NDQ_001588

answers: Route 309;

answers: NDQ_001589

answers: "old railroad grades" as a faint dashed red line

answers: NDQ_001590

answers: Route 309;

answers: NDQ_001591

answers: "old railroad grades"

answers: NDQ_001592

answers: "old railroad grades"

answers: NDQ_001593

answers: "old railroad grades"

answers: NDQ_001594

answers: "old railroad grades" as a faint dashed red line

answers: NDQ_001595

answers: 1000

answers: NDQ_001597

answers: Quakertown to Center Valley

answers: NDQ_001598

answers: "old railroad grades" as a faint dashed red line

answers: NDQ_001600

answers: Liberty Bell Trail.

answers: NDQ_001603

answers: Topographic Maps"

answers: NDQ_001605

answers: red

answers: NDQ_001606

answers: Liberty Bell Trail.

answers: NDQ_001608

answers: Topographic Maps"

answers: NDQ_001611

answers: "old railroad grades" as a faint dashed red line

answers: NDQ_001613

answers: "old railroad grades" as a faint dashed red line

answers: NDQ_001614

answers: "old railroad grades" as a faint dashed red line

answers: NDQ_001618

answers: "old railroad grades"

answers: NDQ_001619

answers: Lake Erie

answers: NDQ_001620

answers: "old railroad grades"

answers: NDQ_001621

answers: Topographic Maps"

answers: NDQ_001622

answers: "old railroad grades"

answers: NDQ_001623

answers: "old railroad grades"

answers: NDQ_001624

answers: "old railroad grades"

answers: NDQ_001625

answers: 309;

text: When referring to geographic features such as mountains on a topographic map, variations in elevation are shown by contour lines. The elevation of a mountain denotes the highest point or summit and is typically illustrated as a small circle on a topographic map with the AMSL height shown in metres, feet or both.

text: When referring to

text: geographic

text: features such as mountains on a

text: topographic map

text: , variations in elevation are shown by

text: contour line

text: s. The elevation of a mountain denotes the highest point or summit and is typically illustrated as a small circle on a topographic map with the AMSL

text: height

text: shown in metres, feet or both.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: can be used to show the elevation of a mountain.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: variations in elevation are shown by contour lines

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: variations in elevation

answers: NDQ_001592

answers: elevation of a mountain

answers: NDQ_001593

answers: How can you determine the slope of the land

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: what is the difference between two contour lines?

answers: NDQ_001608

answers: Yes

answers: NDQ_001611

answers: NDQ_001613

answers: Which of the following is not an example of a contour line?

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: variations in elevation

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: metres

answers: NDQ_001586

answers: variations in elevation are shown by contour lines.

answers: NDQ_001587

answers: contour lines.

answers: NDQ_001588

answers: variations in elevation are shown by contour lines.

answers: NDQ_001589

answers: variations in elevation are shown by contour lines.

answers: NDQ_001590

answers: contour lines.

answers: NDQ_001591

answers: variations in elevation

answers: NDQ_001592

answers: variations in elevation

answers: NDQ_001593

answers: contour lines.

answers: NDQ_001594

answers: contour lines.

answers: NDQ_001595

answers: metres, feet

answers: NDQ_001597

answers: contour lines.

answers: NDQ_001598

answers: contour lines.

answers: NDQ_001600

answers: mountains

answers: NDQ_001603

answers: topographic map, variations in elevation are shown by contour lines.

answers: NDQ_001605

answers: contour lines.

answers: NDQ_001606

answers: contour lines.

answers: NDQ_001608

answers: variations in elevation are shown by contour lines.

answers: NDQ_001611

answers: contour lines.

answers: NDQ_001613

answers: The elevation of a mountain

answers: NDQ_001614

answers: contour lines.

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: contour lines.

answers: NDQ_001620

answers: variations in elevation

answers: NDQ_001621

answers: topographic map,

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: contour lines.

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: metres, feet

text: It is difficult to relate wetlands maps to rainfall amounts recorded at different points such as airports, television stations, and schools. A GIS, however, can be used to depict two- and three-dimensional characteristics of the Earth's surface, subsurface, and atmosphere from information points. For example, a GIS can quickly generate a map with isopleth or contour lines that indicate differing amounts of rainfall. Such a map can be thought of as a rainfall contour map. Many sophisticated methods can estimate the characteristics of surfaces from a limited number of point measurements. A two-dimensional contour map created from the surface modeling of rainfall point measurements may be overlaid and analyzed with any other map in a GIS covering the same area. This GIS derived map can then provide additional information - such as the viability of water power potential as a renewable energy source. Similarly, GIS can be used to compare other renewable energy resources to find the best geographic potential for a region.

text: It is difficult to relate

text: wetlands

text: maps to

text: rainfall

text: amounts recorded at different points such as airports, television stations, and schools. A GIS, however, can be used to depict two- and three-dimensional characteristics of the Earth's surface, subsurface, and atmosphere from information points. For example, a GIS can quickly generate a map with

text: isopleth

text: or

text: contour line

text: s that indicate differing amounts of rainfall. Such a map can be thought of as a rainfall contour map. Many sophisticated methods can estimate the characteristics of surfaces from a limited number of point measurements. A two-dimensional contour map created from the surface modeling of rainfall point measurements may be overlaid and analyzed with any other map in a GIS covering the same area. This GIS derived map can then provide additional information - such as the viability of

text: water power

text: potential as a

text: renewable energy

text: source. Similarly, GIS can be used to compare other

text: renewable energy

text: resources to find the best geographic potential for a region.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What can a GIS be used for?

answers: NDQ_001588

answers: What is a two-dimensional contour map?

answers: NDQ_001589

answers: difficult to relate wetlands maps to rainfall amounts recorded at different points such as airports, television stations, and schools

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: different amounts of rainfall

answers: NDQ_001592

answers: differing amounts of rainfall

answers: NDQ_001593

answers: What can be thought of as a rainfall contour map

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Such a map can be thought of as a rainfall contour map

answers: NDQ_001598

answers: isopleth

answers: NDQ_001600

answers: What is the best geographic potential for a region?

answers: NDQ_001603

answers: unanswerable

answers: NDQ_001605

answers: What can be thought of as a rainfall contour map?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is not a feature of a GIS?

answers: NDQ_001611

answers: contour lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: What can be thought of as a rainfall contour map?

answers: NDQ_001614

answers: What can be thought of as a rainfall contour map

answers: NDQ_001618

answers: rainfall

answers: NDQ_001619

answers: isopleth

answers: NDQ_001620

answers: isopleth

answers: NDQ_001621

answers: rainfall contour map

answers: NDQ_001622

answers: rainfall

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: isopleth

answers: NDQ_001625

answers: differing amounts of rainfall

answers: NDQ_001586

answers: rainfall contour map.

answers: NDQ_001587

answers: rainfall contour map.

answers: NDQ_001588

answers: contour lines that indicate differing amounts of rainfall.

answers: NDQ_001589

answers: airports, television stations, and schools.

answers: NDQ_001590

answers: rainfall contour map.

answers: NDQ_001591

answers: differing amounts of rainfall.

answers: NDQ_001592

answers: relate wetlands maps to rainfall amounts

answers: NDQ_001593

answers: GIS,

answers: NDQ_001594

answers: rainfall contour map.

answers: NDQ_001595

answers: isopleth

answers: NDQ_001597

answers: rainfall contour map.

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: isopleth

answers: NDQ_001603

answers: GIS,

answers: NDQ_001605

answers: GIS,

answers: NDQ_001606

answers: contour lines that indicate differing amounts of rainfall.

answers: NDQ_001608

answers: contour lines that indicate differing amounts of rainfall.

answers: NDQ_001611

answers: contour lines

answers: NDQ_001613

answers: rainfall contour map.

answers: NDQ_001614

answers: GIS,

answers: NDQ_001618

answers: differing amounts of rainfall.

answers: NDQ_001619

answers: rainfall contour map.

answers: NDQ_001620

answers: rainfall contour map.

answers: NDQ_001621

answers: rainfall contour map.

answers: NDQ_001622

answers: rainfall.

answers: NDQ_001623

answers: isopleth

answers: NDQ_001624

answers: differing amounts of rainfall.

answers: NDQ_001625

answers: rainfall contour map.

text: Arndt, J.E., Schenke, H.W., Jakobsson, M., Nitsche, F.O., Buys, G., Goleby, B., Rebesco, M., Bohoyo, F., Hong, J., Black, J. and Greku, R et al.  2013. The International Bathymetric Chart of the Southern Ocean (IBCSO) Version 1.0—A new bathymetric compilation covering circum‐Antarctic waters.Geophysical Research Letters, 40(12), pp. 3111–3117.

text: Arndt, J.E., Schenke, H.W., Jakobsson, M., Nitsche, F.O., Buys, G., Goleby, B., Rebesco, M., Bohoyo, F., Hong, J., Black, J. and Greku, R et al.  2013. The International Bathymetric Chart of the Southern Ocean (IBCSO) Version 1.0—A new bathymetric compilation covering circum‐Antarctic waters.Geophysical Research Letters, 40(12), pp. 3111–3117.

answers: NDQ_001586

answers: What is a contour line?

answers: NDQ_001587

answers: Arndt, J.E., Schenke, H.W., Jakobsson, M.

answers: NDQ_001588

answers: What is the opposite of parallel?

answers: NDQ_001589

answers: The International Bathymetric Chart of the Southern Ocean (IBCSO)

answers: NDQ_001590

answers: What is a contour interval?

answers: NDQ_001591

answers: circum Antarctic waters

answers: NDQ_001592

answers: bathymetric compilation

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: What is a contour line?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: Which of the following is an example of a high, steep hill?

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: The International Bathymetric Chart of the Southern Ocean

answers: NDQ_001618

answers: Antarctic waters

answers: NDQ_001619

answers: Bathymetric Chart

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: Bathymetric Chart

answers: NDQ_001622

answers: Antarctic waters

answers: NDQ_001623

answers: Mercator

answers: NDQ_001624

answers: Antarctic waters

answers: NDQ_001625

answers: 3111–3117

answers: NDQ_001586

answers: Buys, G.,

answers: NDQ_001587

answers: circum<unk>Antarctic waters.Geophysical

answers: NDQ_001588

answers: 3111–3117.

answers: NDQ_001589

answers: Antarctic waters.Geophysical

answers: NDQ_001590

answers: 3111–3117.

answers: NDQ_001591

answers: circum<unk>Antarctic waters.Geophysical

answers: NDQ_001592

answers: Bathymetric

answers: NDQ_001593

answers: The International Bathymetric

answers: NDQ_001594

answers: The International Bathymetric

answers: NDQ_001595

answers: 3111–3117.

answers: NDQ_001597

answers: The International Bathymetric Chart of the Southern Ocean

answers: NDQ_001598

answers: 3111–3117.

answers: NDQ_001600

answers: 3111–3117.

answers: NDQ_001603

answers: The International Bathymetric Chart

answers: NDQ_001605

answers: The International Bathymetric Chart of the Southern Ocean

answers: NDQ_001606

answers: 3111–3117.

answers: NDQ_001608

answers: The International Bathymetric Chart of the Southern Ocean

answers: NDQ_001611

answers: 3111–3117.

answers: NDQ_001613

answers: 3111–3117.

answers: NDQ_001614

answers: The International Bathymetric Chart of the Southern Ocean

answers: NDQ_001618

answers: Bathymetric Chart of the Southern Ocean

answers: NDQ_001619

answers: Bathymetric Chart

answers: NDQ_001620

answers: 3111–3117.

answers: NDQ_001621

answers: The International Bathymetric

answers: NDQ_001622

answers: Bathymetric Chart of the Southern Ocean

answers: NDQ_001623

answers: Buys, G.,

answers: NDQ_001624

answers: The International Bathymetric Chart of the Southern Ocean

answers: NDQ_001625

answers: 3111–3117.

text: With the advent of the Second World War aviation, field surveys began giving way to photogrammetry, photo interpretation, and geodesy. During wartime, it became increasingly possible to compile maps with minimal field work. Out of this emerged AMS, which absorbed the existing ERP in May 1942. It was located at the Dalecarlia Site (including buildings now named for John C. Frémont and Charles H. Ruth) on MacArthur Blvd., just outside Washington, D.C., in Montgomery County, Maryland, and adjacent to the Dalecarlia Reservoir. AMS was designated as an Engineer field activity, effective July 1, 1942, by General Order 22, OCE, June 19, 1942. The Army Map Service also combined many of the Army's remaining geographic intelligence organizations and the Engineer Technical Intelligence Division. AMS was redesignated the U.S. Army Topographic Command (USATC) on September 1, 1968, and continued as an independent organization until 1972, when it was merged into the new Defense Mapping Agency (DMA) and redesignated as the DMA Topographic Center (DMATC) (see below).

text: With the advent of the

text: Second World War

text: aviation, field surveys began giving way to

text: photogrammetry

entity_name: Aerial photographic and satellite image interpretation

text: photo interpretation

text: , and

text: geodesy

text: . During wartime, it became increasingly possible to compile maps with minimal field work. Out of this emerged AMS, which absorbed the existing ERP in May 1942. It was located at the Dalecarlia Site (including buildings now named for

text: John C. Frémont

text: and

text: Charles H. Ruth

text: ) on MacArthur Blvd., just outside Washington, D.C., in Montgomery County, Maryland, and adjacent to the

text: Dalecarlia Reservoir

text: . AMS was designated as an Engineer field activity, effective July 1, 1942, by General Order 22, OCE, June 19, 1942. The

text: Army Map Service

text: also combined many of the Army's remaining geographic intelligence organizations and the Engineer Technical Intelligence Division. AMS was redesignated the U.S. Army Topographic Command (USATC) on September 1, 1968, and continued as an independent organization until 1972, when it was merged into the new Defense Mapping Agency (DMA) and redesignated as the DMA Topographic Center (DMATC) (see below).

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many years after AMS was redesignated the U.S. Army Topographic Command (USATC) was it merged into the new Defense Mapping Agency?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: it became increasingly possible to compile maps with minimal field work

answers: NDQ_001590

answers: what was located at the Dalecarlia Site

answers: NDQ_001591

answers: Dalecarlia

answers: NDQ_001592

answers: photo interpretation

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: steepest

answers: NDQ_001600

answers: what was located at the Dalecarlia Site

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: What was the Army Map Service redesignated?

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: What was the Army Map Service?

answers: NDQ_001613

answers: What was located at the Dalecarlia Site

answers: NDQ_001614

answers: vertical distances

answers: NDQ_001618

answers: The Army Map Service

answers: NDQ_001619

answers: Reservoir

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Dalecarlia Reservoir

answers: NDQ_001623

answers: Mercator

answers: NDQ_001624

answers: Dalecarlia

answers: NDQ_001625

answers: 8 mi

answers: NDQ_001586

answers: DMA Topographic Center

answers: NDQ_001587

answers: Dalecarlia Reservoir.

answers: NDQ_001588

answers: 1942.

answers: NDQ_001589

answers: minimal field work.

answers: NDQ_001590

answers: DMA Topographic Center

answers: NDQ_001591

answers: Dalecarlia Reservoir.

answers: NDQ_001592

answers: photo interpretation, and geodesy.

answers: NDQ_001593

answers: geodesy.

answers: NDQ_001594

answers: Dalecarlia Reservoir.

answers: NDQ_001595

answers: 1942.

answers: NDQ_001597

answers: Dalecarlia Reservoir.

answers: NDQ_001598

answers: DMA Topographic Center

answers: NDQ_001600

answers: Dalecarlia Reservoir.

answers: NDQ_001603

answers: photogrammetry, photo interpretation, and geodesy.

answers: NDQ_001605

answers: photogrammetry, photo interpretation, and geodesy.

answers: NDQ_001606

answers: photogrammetry, photo interpretation, and geodesy.

answers: NDQ_001608

answers: photogrammetry, photo interpretation, and geodesy.

answers: NDQ_001611

answers: Dalecarlia Reservoir.

answers: NDQ_001613

answers: DMA Topographic Center

answers: NDQ_001614

answers: 1942.

answers: NDQ_001618

answers: Dalecarlia Reservoir.

answers: NDQ_001619

answers: Dalecarlia Reservoir.

answers: NDQ_001620

answers: Dalecarlia Reservoir.

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Dalecarlia Reservoir.

answers: NDQ_001623

answers: geodesy.

answers: NDQ_001624

answers: Dalecarlia Reservoir.

answers: NDQ_001625

answers: Dalecarlia Reservoir.

text: The brand produces lines with names such as "Bod-a-Bing!" and "Hide & Sleek". In 2009, Spanx launched a deluxe collection called "Haute Contour" that included items such as a lace thong with waist reinforcements and color options like pink. Following the release, Blakely explained: "I said, 'Let's make it beautiful ... like shapewear in disguise,'"

text: The brand produces lines with names such as "Bod-a-Bing!" and "Hide & Sleek". In 2009, Spanx launched a deluxe collection called "Haute Contour" that included items such as a lace thong with waist reinforcements and color options like pink. Following the release, Blakely explained: "I said, 'Let's make it beautiful ... like shapewear in disguise,'"

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How would you describe Spanx?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: "Bod-a-Bing!" is a brand name

answers: NDQ_001590

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

answers: NDQ_001591

answers: waist reinforcements

answers: NDQ_001592

answers: Haute Contour

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side that is steepest

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What is the last color mentioned?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: It's impossible to say

answers: NDQ_001611

answers: None of the above choices

answers: NDQ_001613

answers: what is the first word in the passage?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: Haute Contour

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: NDQ_001621

answers: NDQ_001622

answers: Haute Contour

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: Haute Contour

answers: NDQ_001625

answers: Spanx

answers: NDQ_001586

answers: Spanx launched a deluxe collection called "Haute Contour"

answers: NDQ_001587

answers: Spanx

answers: NDQ_001588

answers: Spanx launched a deluxe collection called "Haute Contour"

answers: NDQ_001589

answers: "Bod-a-Bing!"

answers: NDQ_001590

answers: Spanx

answers: NDQ_001591

answers: shapewear

answers: NDQ_001592

answers: Spanx launched a deluxe collection called "Haute Contour"

answers: NDQ_001593

answers: Spanx

answers: NDQ_001594

answers: Spanx launched a deluxe collection called "Haute Contour"

answers: NDQ_001595

answers: "Bod-a-Bing!"

answers: NDQ_001597

answers: Spanx

answers: NDQ_001598

answers: Spanx launched a deluxe collection called "Haute Contour"

answers: NDQ_001600

answers: "Bod-a-Bing!"

answers: NDQ_001603

answers: Spanx

answers: NDQ_001605

answers: pink.

answers: NDQ_001606

answers: Spanx

answers: NDQ_001608

answers: shapewear

answers: NDQ_001611

answers: Spanx

answers: NDQ_001613

answers: "Bod-a-Bing!"

answers: NDQ_001614

answers: Spanx

answers: NDQ_001618

answers: Spanx launched a deluxe collection called "Haute Contour"

answers: NDQ_001619

answers: "Bod-a-Bing!"

answers: NDQ_001620

answers: Spanx launched a deluxe collection called "Haute Contour"

answers: NDQ_001621

answers: "Bod-a-Bing!"

answers: NDQ_001622

answers: Spanx launched a deluxe collection called "Haute Contour"

answers: NDQ_001623

answers: Spanx

answers: NDQ_001624

answers: Spanx

answers: NDQ_001625

answers: "Bod-a-Bing!"

text: At the beginning of the twentieth century mapping the seafloor was a very difficult task. The mapping of the sea floor started by using sound waves which were contoured into isobaths and early bathymetric charts of shelf topography provided the first insight into seafloor morphology. Due to horizontal positional accuracy and imprecise depth lead to mapping mistakes. It wasn't until the mid-twenties though, that the first achievements in visualizing the sea and ocean floors was made, when Marie Tharp, working alongside with Bruce Charles Heezen created the first three-dimensional physiographic map of the world's ocean basins in 1997.

text: At the beginning of the twentieth century mapping the seafloor was a very difficult task. The mapping of the sea floor started by using

text: sound waves

text: which were contoured into

text: isobaths

text: and early bathymetric charts of shelf topography provided the first insight into seafloor morphology. Due to horizontal positional accuracy and imprecise depth lead to mapping mistakes. It wasn't until the mid-twenties though, that the first achievements in visualizing the sea and ocean floors was made, when

text: Marie Tharp

text: , working alongside with

text: Bruce Charles Heezen

text: created the first three-dimensional physiographic map of the world's ocean basins in 1997.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many years after Marie Tharp created the first three-dimensional physiographic map of the world's ocean basins was created?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: three-dimensional physiographic map

answers: NDQ_001590

answers: what is the first achievement in visualizing the sea and ocean floors

answers: NDQ_001591

answers: shelf topography

answers: NDQ_001592

answers: horizontal positional accuracy

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: what was contoured into isobaths

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices.

answers: NDQ_001598

answers: horizontal positional accuracy

answers: NDQ_001600

answers: what is the first achievement in visualizing the sea and ocean floors

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What did Marie Tharp, working alongside with Bruce Charles Heezen create in 1997?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is not a benefit of contour lines: horizontal positional accuracy and imprecise depth

answers: NDQ_001611

answers: What is the first achievement in visualizing the sea and ocean floors was made?

answers: NDQ_001613

answers: what is the first achievement in visualizing the sea and ocean floors was made?

answers: NDQ_001614

answers: horizontal positional accuracy and imprecise depth

answers: NDQ_001618

answers: shelf topography

answers: NDQ_001619

answers: bathymetric charts

answers: NDQ_001620

answers: isobath

answers: NDQ_001621

answers: topography

answers: NDQ_001622

answers: shelf topography

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: shelf topography

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: three-dimensional physiographic map

answers: NDQ_001587

answers: isobaths

answers: NDQ_001588

answers: early bathymetric charts

answers: NDQ_001589

answers: horizontal positional accuracy and imprecise depth

answers: NDQ_001590

answers: horizontal positional accuracy

answers: NDQ_001591

answers: seafloor morphology.

answers: NDQ_001592

answers: horizontal positional accuracy

answers: NDQ_001593

answers: bathymetric charts of shelf topography

answers: NDQ_001594

answers: sound waves which were contoured into isobaths

answers: NDQ_001595

answers: contoured into isobaths

answers: NDQ_001597

answers: bathymetric charts of shelf topography

answers: NDQ_001598

answers: bathymetric charts

answers: NDQ_001600

answers: bathymetric charts of shelf topography

answers: NDQ_001603

answers: seafloor morphology.

answers: NDQ_001605

answers: physiographic map

answers: NDQ_001606

answers: contoured into isobaths

answers: NDQ_001608

answers: contoured into isobaths

answers: NDQ_001611

answers: bathymetric charts of shelf topography

answers: NDQ_001613

answers: horizontal positional accuracy and imprecise depth lead to mapping mistakes.

answers: NDQ_001614

answers: horizontal

answers: NDQ_001618

answers: shelf topography

answers: NDQ_001619

answers: bathymetric charts

answers: NDQ_001620

answers: horizontal positional accuracy and imprecise depth

answers: NDQ_001621

answers: bathymetric charts of shelf topography

answers: NDQ_001622

answers: seafloor

answers: NDQ_001623

answers: isobaths

answers: NDQ_001624

answers: shelf topography

answers: NDQ_001625

answers: 1997.

text: An old stalkers' path from the ruined cottage should guide the climber to a point just below a ridge at about 650 metres. The path was well built in its time but some sections have become wet and slippery. On gaining the ridge, turn left and follow the ridge to the 894 m triangulation point. The ridge becomes steep near the top but the steepest section can be bypassed. Contrary to the implication of the 1:50,000 Landranger map, several websites and the 1990 edition of the Scottish Mountaineering Club publication The Corbetts and other Scottish Hills, the true summit lies about 600 metres to the north west of the triangulation point. List tickers should therefore turn right along the main ridge of the range and continue for about 600 metres to the main summit, which is not shown on any map. About 300 m further along the ridge is an 881 m summit, which is shown on topographic maps.

text: An old stalkers' path from the ruined cottage should guide the climber to a point just below a ridge at about 650 metres. The path was well built in its time but some sections have become wet and slippery. On gaining the ridge, turn left and follow the ridge to the 894 m triangulation point. The ridge becomes steep near the top but the steepest section can be bypassed. Contrary to the implication of the 1:50,000 Landranger map, several websites and the 1990 edition of the

text: Scottish Mountaineering Club

text: publication The Corbetts and other Scottish Hills, the true summit lies about 600 metres to the north west of the triangulation point. List tickers should therefore turn right along the main ridge of the range and continue for about 600 metres to the main summit, which is not shown on any map. About 300 m further along the ridge is an 881 m summit, which is shown on topographic maps.

answers: NDQ_001586

answers: What is the true summit?

answers: NDQ_001587

answers: What is the name of the ridge near the top?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the true summit lies about 600 metres to the north west of the triangulation point

answers: NDQ_001590

answers: what is the first word in the passage?

answers: NDQ_001591

answers: the true summit

answers: NDQ_001592

answers: the true summit

answers: NDQ_001593

answers: Yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: The ridge becomes steep near the top

answers: NDQ_001600

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

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What color are the rocks on the 1:50,000 Landranger map?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

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

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is not shown on topographic maps?

answers: NDQ_001614

answers: Which is not true?

answers: NDQ_001618

answers: 881 m summit

answers: NDQ_001619

answers: NDQ_001620

answers: 881 m

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: the true summit

answers: NDQ_001623

answers: triangulation

answers: NDQ_001624

answers: 881 m summit

answers: NDQ_001625

answers: 1:50,000

answers: NDQ_001586

answers: 881 m summit, which is shown on topographic maps.

answers: NDQ_001587

answers: 894 m triangulation point.

answers: NDQ_001588

answers: 881 m summit, which is shown on topographic maps.

answers: NDQ_001589

answers: main summit, which is not shown on any map.

answers: NDQ_001590

answers: 881 m summit, which is shown on topographic maps.

answers: NDQ_001591

answers: ridge

answers: NDQ_001592

answers: main summit,

answers: NDQ_001593

answers: 881 m summit, which is shown on topographic maps.

answers: NDQ_001594

answers: 881 m summit, which is shown on topographic maps.

answers: NDQ_001595

answers: 650 metres.

answers: NDQ_001597

answers: north west

answers: NDQ_001598

answers: 881 m summit,

answers: NDQ_001600

answers: ridge

answers: NDQ_001603

answers: 881 m summit, which is shown on topographic maps.

answers: NDQ_001605

answers: topographic maps.

answers: NDQ_001606

answers: 650 metres.

answers: NDQ_001608

answers: topographic maps.

answers: NDQ_001611

answers: topographic maps.

answers: NDQ_001613

answers: 881 m summit,

answers: NDQ_001614

answers: 881 m summit, which is shown on topographic maps.

answers: NDQ_001618

answers: 881 m summit,

answers: NDQ_001619

answers: 1:50,000 Landranger map,

answers: NDQ_001620

answers: 881 m summit,

answers: NDQ_001621

answers: topographic maps.

answers: NDQ_001622

answers: 881 m summit,

answers: NDQ_001623

answers: 881 m summit,

answers: NDQ_001624

answers: 881 m summit,

answers: NDQ_001625

answers: 881 m

text: In economics, contour lines can be used to describe features which vary quantitatively over space. An isochrone shows lines of equivalent drive time or travel time to a given location and is used in the generation of isochrone maps. An isotim shows equivalent transport costs from the source of a raw material, and an isodapane shows equivalent cost of travel time.

text: In

text: economics

text: , contour lines can be used to describe features which vary quantitatively over space. An

text: isochrone

text: shows lines of equivalent drive time or travel time to a given location and is used in the generation of

text: isochrone map

text: s. An isotim shows equivalent transport costs from the source of a raw material, and an

text: isodapane

text: shows equivalent cost of travel time.

answers: NDQ_001586

answers: changes in elevation

answers: NDQ_001587

answers: can be used to describe features which vary quantitatively over space.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: equivalent transport costs from the source of a raw material

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: features which vary quantitatively

answers: NDQ_001592

answers: isochrone maps

answers: NDQ_001593

answers: slope of the land

answers: NDQ_001594

answers: an isochrone

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: None of the above choices

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not used in economics: contour lines can be used to describe features which vary quantitatively over space

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval

answers: NDQ_001608

answers: Yes

answers: NDQ_001611

answers: isodapane

answers: NDQ_001613

answers: side of the circle with the higher elevation

answers: NDQ_001614

answers: Can topographic maps show horizontal distances?

answers: NDQ_001618

answers: isochrone

answers: NDQ_001619

answers: isochrone

answers: NDQ_001620

answers: isochrone

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: isochrone

answers: NDQ_001623

answers: isochrone

answers: NDQ_001624

answers: isochrone

answers: NDQ_001625

answers: isochrone

answers: NDQ_001586

answers: contour lines

answers: NDQ_001587

answers: contour lines

answers: NDQ_001588

answers: contour lines

answers: NDQ_001589

answers: vary quantitatively over space.

answers: NDQ_001590

answers: contour lines

answers: NDQ_001591

answers: features which vary quantitatively over space.

answers: NDQ_001592

answers: lines of equivalent drive time or travel time to a given location

answers: NDQ_001593

answers: contour lines

answers: NDQ_001594

answers: isochrone

answers: NDQ_001595

answers: contour lines

answers: NDQ_001597

answers: contour lines

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: contour lines

answers: NDQ_001603

answers: In economics,

answers: NDQ_001605

answers: isochrone

answers: NDQ_001606

answers: contour lines

answers: NDQ_001608

answers: contour lines can be used to describe features which vary quantitatively over space.

answers: NDQ_001611

answers: contour lines

answers: NDQ_001613

answers: isochrone

answers: NDQ_001614

answers: isochrone

answers: NDQ_001618

answers: An isochrone

answers: NDQ_001619

answers: isochrone

answers: NDQ_001620

answers: contour lines can be used to describe features which vary quantitatively over space.

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: An isochrone

answers: NDQ_001623

answers: isochrone

answers: NDQ_001624

answers: An isochrone

answers: NDQ_001625

answers: isochrone

text: Topographic maps conventionally show topography, or land contours, by means of contour lines. Contour lines are curves that connect contiguous points of the same altitude (isohypse). In other words, every point on the marked line of 100 m elevation is 100 m above mean sea level.

text: Topographic maps conventionally show

text: topography

text: , or land contours, by means of

text: contour line

text: s. Contour lines are

text: curve

text: s that connect contiguous points of the same

text: altitude

text: isohypse

text: ). In other words, every point on the marked line of 100 m

text: elevation

text: is 100 m above mean sea level.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What is a contour line?

answers: NDQ_001588

answers: They may intersect each other

answers: NDQ_001589

answers: every point on the marked line of 100 m elevation is 100 m above mean sea level

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: contiguous points of the same altitude

answers: NDQ_001592

answers: show topography

answers: NDQ_001593

answers: What is the slope of the land?

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not used to represent different types of rocks on a geologic map?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Yes

answers: NDQ_001611

answers: Which of the following is an example of a contour line?

answers: NDQ_001613

answers: Which of the following is not a type of contour line?

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: topography

answers: NDQ_001619

answers: mean sea level

answers: NDQ_001620

answers: isohypse

answers: NDQ_001621

answers: Topographic maps

answers: NDQ_001622

answers: land contours

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: curves

answers: NDQ_001625

answers: 100 m

answers: NDQ_001586

answers: marked line of 100 m elevation is 100 m above mean sea level.

answers: NDQ_001587

answers: Contour lines are curves

answers: NDQ_001588

answers: Contour lines

answers: NDQ_001589

answers: 100 m elevation is 100 m above mean sea level.

answers: NDQ_001590

answers: curves that connect contiguous points of the same altitude

answers: NDQ_001591

answers: connect contiguous points of the same altitude

answers: NDQ_001592

answers: topography,

answers: NDQ_001593

answers: contour lines.

answers: NDQ_001594

answers: 100 m elevation is 100 m above mean sea level.

answers: NDQ_001595

answers: 100 m

answers: NDQ_001597

answers: contour lines.

answers: NDQ_001598

answers: contour lines.

answers: NDQ_001600

answers: contiguous points of the same altitude

answers: NDQ_001603

answers: Topographic maps

answers: NDQ_001605

answers: Topographic maps

answers: NDQ_001606

answers: curves that connect contiguous points of the same altitude

answers: NDQ_001608

answers: curves that connect contiguous points of the same altitude

answers: NDQ_001611

answers: Contour lines

answers: NDQ_001613

answers: contour lines.

answers: NDQ_001614

answers: Topographic maps

answers: NDQ_001618

answers: topography,

answers: NDQ_001619

answers: Topographic maps

answers: NDQ_001620

answers: 100 m elevation is 100 m above mean sea level.

answers: NDQ_001621

answers: Topographic maps

answers: NDQ_001622

answers: topography,

answers: NDQ_001623

answers: Contour lines

answers: NDQ_001624

answers: curves that connect contiguous points of the same altitude

answers: NDQ_001625

answers: 100 m elevation is 100 m above mean sea level.

text: These maps may be thought of as a mapping of the surface of the body onto the brain structure. Phrased another way, topographic maps are organized in the neural system in a manner that is a projection of the sensory surface onto the brain. This means that the organization in the periphery mirrors the order of the information processing in the brain. This organization can be somatotopic, as in the tactile sense of touch, or tonotopic, as in the ear, and the retinotopic map which is laid out in the brain as the cells are arranged on the retina.

text: These maps may be thought of as a mapping of the surface of the body onto the brain structure. Phrased another way, topographic maps are organized in the neural system in a manner that is a projection of the sensory surface onto the brain. This means that the organization in the periphery mirrors the order of the information processing in the brain. This organization can be somatotopic, as in the tactile sense of touch, or tonotopic, as in the ear, and the retinotopic map which is laid out in the brain as the cells are arranged on the retina.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What is a mapping of the surface of the body onto the brain structure?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the order of the information processing in the brain

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: tonotopic

answers: NDQ_001592

answers: somatotopic

answers: NDQ_001593

answers: What is a topographic map?

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: Which of the following is not a type of topographic map?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of map: topographic maps or geologic maps?

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What helps us to see the three-dimensional shape of the land?

answers: NDQ_001611

answers: are organized in the neural system

answers: NDQ_001613

answers: what is the second to last word in the passage?

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: the ear

answers: NDQ_001619

answers: topographic

answers: NDQ_001620

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: the ear

answers: NDQ_001623

answers: Tonotopic

answers: NDQ_001624

answers: ear

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: topographic maps

answers: NDQ_001587

answers: topographic maps

answers: NDQ_001588

answers: topographic maps

answers: NDQ_001589

answers: mapping of the surface of the body onto the brain structure.

answers: NDQ_001590

answers: topographic maps

answers: NDQ_001591

answers: projection of the sensory surface onto the brain.

answers: NDQ_001592

answers: mapping of the surface of the body onto the brain structure.

answers: NDQ_001593

answers: topographic maps

answers: NDQ_001594

answers: topographic maps

answers: NDQ_001595

answers: These maps

answers: NDQ_001597

answers: topographic maps

answers: NDQ_001598

answers: topographic maps

answers: NDQ_001600

answers: topographic maps

answers: NDQ_001603

answers: topographic maps

answers: NDQ_001605

answers: topographic maps

answers: NDQ_001606

answers: topographic maps

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: topographic maps

answers: NDQ_001613

answers: somatotopic,

answers: NDQ_001614

answers: topographic maps

answers: NDQ_001618

answers: ear,

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: somatotopic,

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: ear,

answers: NDQ_001623

answers: retinotopic map

answers: NDQ_001624

answers: ear,

answers: NDQ_001625

answers: ear,

text: In 1809, still under the Napoleonic Act of Mediation, the first topographical surveys of Switzerland took place on a confederate, military level. They took place in the north-eastern area and were led by Hans Conrad Finsler. Measurements in the alpine region started in the period of Restauration, in 1825, with triangulations by Antoine-Joseph Buchwalder. This work would be finished in 1837 by Johannes Eschmann. Directly hereafter, at New Year 1838, the Topographical Bureau (Eidgenössisches Topographisches Bureau) is founded in Carouge, Geneve by Guillaume Henri Dufour. This bureau publishes its first map the same year, the Carte topographique du Canton de Genève. Topographic surveys also start in the alpine regions of Switzerland. This has its first results in 1845, a year later than planned, when a map scaled 1:100.000 is published. This is the start of the so-called Dufour Map. The topographic surveys finish in 1862. To honour Dufour, the Swiss government decides to rename the highest peak on the Dufour Map from Höchste Spitze to Dufourspitze: it still carries that name today. In 1863, the SAC published a 1:50.000 map of the region Tödi, based on unpublished survey material. A year later, the last page of the Dufour Map is published, and one year later still, Dufour retires and Hermann Siegfried becomes the Chief op the Topographical Bureau.

text: In 1809, still under the Napoleonic

text: Act of Mediation

text: , the first topographical surveys of

text: Switzerland

text: took place on a confederate, military level. They took place in the north-eastern area and were led by

text: Hans Conrad Finsler

text: . Measurements in the alpine region started in the period of

entity_name: Restoration and Regeneration in Switzerland

text: Restauration

text: , in 1825, with triangulations by

text: Antoine-Joseph Buchwalder

text: . This work would be finished in 1837 by

text: Johannes Eschmann

text: . Directly hereafter, at New Year 1838, the Topographical Bureau (Eidgenössisches Topographisches Bureau) is founded in

text: Carouge

text: Geneve

text: by

text: Guillaume Henri Dufour

text: . This bureau publishes its first map the same year, the Carte topographique du Canton de Genève. Topographic surveys also start in the alpine regions of Switzerland. This has its first results in 1845, a year later than planned, when a map scaled 1:100.000 is published. This is the start of the so-called Dufour Map. The topographic surveys finish in 1862. To honour

text: Dufour

text: , the Swiss government decides to rename the highest peak on the Dufour Map from Höchste Spitze to

text: Dufourspitze

text: : it still carries that name today. In 1863, the

text: SAC

text: published a 1:50.000 map of the region

text: Tödi

text: , based on unpublished survey material. A year later, the last page of the Dufour Map is published, and one year later still, Dufour retires and

text: Hermann Siegfried

text: becomes the Chief op the Topographical Bureau.

answers: NDQ_001586

answers: What is the highest peak on the Dufour Map?

answers: NDQ_001587

answers: Which happened first, the first topographical surveys of Switzerland took place on a confederate, military level or the first topographic surveys of Switzerland took place on a confederate, military level?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: topographic surveys also start in the alpine regions

answers: NDQ_001590

answers: What is the highest peak on the Dufour Map?

answers: NDQ_001591

answers: highest peak

answers: NDQ_001592

answers: scaled 1:100.000

answers: NDQ_001593

answers: what is the first place mentioned?

answers: NDQ_001594

answers: What is the highest peak on the Dufour Map

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What is the highest peak on the Dufour Map?

answers: NDQ_001598

answers: scaled 1:100.000

answers: NDQ_001600

answers: What is the highest peak on the Dufour Map from Höchste Spitze to Dufourspitze?

answers: NDQ_001603

answers: Which happened first, the first topographic surveys of Switzerland took place on a confederate, military level or the first topographic surveys of Switzerland took place on a confederate, military level?

answers: NDQ_001605

answers: Which happened first, the first topographical surveys of Switzerland took place on a confederate, military level or the first topographical surveys of Switzerland took place on a confederate, military level?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: How many years after the first topographical surveys of Switzerland took place did the first topographic surveys of Switzerland take place?

answers: NDQ_001613

answers: Which happened first, the first topographical surveys of Switzerland took place on a confederate, military level or the first topographic surveys of Switzerland took place on a confederate, military level?

answers: NDQ_001614

answers: Which happened first, the first topographical surveys of Switzerland took place on a confederate, military level or the first topographic surveys of Switzerland took place on a confederate, military level?

answers: NDQ_001618

answers: highest peak

answers: NDQ_001619

answers: 1:50.000 map

answers: NDQ_001620

answers: 1:50.000

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: highest peak

answers: NDQ_001623

answers: triangulation

answers: NDQ_001624

answers: highest peak

answers: NDQ_001625

answers: 1:100.000

answers: NDQ_001586

answers: Dufour Map. The topographic surveys finish in 1862.

answers: NDQ_001587

answers: north-eastern area

answers: NDQ_001588

answers: Dufour Map. The topographic surveys finish in 1862.

answers: NDQ_001589

answers: 1:100.000

answers: NDQ_001590

answers: Dufour Map.

answers: NDQ_001591

answers: triangulations

answers: NDQ_001592

answers: Measurements

answers: NDQ_001593

answers: 1:100.000

answers: NDQ_001594

answers: Dufour Map. The topographic surveys finish in 1862.

answers: NDQ_001595

answers: 1:50.000

answers: NDQ_001597

answers: Dufour Map.

answers: NDQ_001598

answers: Dufour Map.

answers: NDQ_001600

answers: Dufour Map. The topographic surveys finish in 1862.

answers: NDQ_001603

answers: Dufour Map.

answers: NDQ_001605

answers: Dufour Map.

answers: NDQ_001606

answers: 1809,

answers: NDQ_001608

answers: triangulations

answers: NDQ_001611

answers: Höchste Spitze to Dufourspitze:

answers: NDQ_001613

answers: Dufour Map. The topographic surveys finish in 1862.

answers: NDQ_001614

answers: Dufour Map.

answers: NDQ_001618

answers: highest peak

answers: NDQ_001619

answers: 1:100.000

answers: NDQ_001620

answers: 1:100.000

answers: NDQ_001621

answers: 1:100.000

answers: NDQ_001622

answers: Höchste Spitze to Dufourspitze:

answers: NDQ_001623

answers: triangulations

answers: NDQ_001624

answers: highest peak

answers: NDQ_001625

answers: 1:100.000

text: Consider, for purposes of illustration, a mountainous landscape M.  If f is the function M → R sending each point to its elevation, then the inverse image of a point in R (a level set) is a contour line.  Each connected component of a contour line is either a point, a simple closed curve, or a closed curve with a double point.  Contour lines may also have points of higher order (triple points, etc.), but these are unstable and may be removed by a slight deformation of the landscape.  Double points in contour lines occur at saddle points, or passes.  Saddle points are points where the surrounding landscape curves up in one direction and down in the other.

text: Consider, for purposes of illustration, a mountainous landscape M.  If f is the

text: function

text: M → R sending each

text: point

text: to its elevation, then the

text: inverse image

text: of a point in R (a

text: level set

text: ) is a

text: contour line

text: .  Each connected component of a contour line is either a point, a simple

text: closed curve

text: , or a closed curve with a

text: double point

text: .  Contour lines may also have points of higher order (triple points, etc.), but these are unstable and may be removed by a slight deformation of the landscape.  Double points in contour lines occur at

text: saddle points

text: , or passes.  Saddle points are points where the surrounding landscape curves up in one direction and down in the other.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: What is a contour line?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: contour lines may also have points of higher order

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: Saddle points

answers: NDQ_001592

answers: send each point to its elevation

answers: NDQ_001593

answers: What is a contour line?

answers: NDQ_001594

answers: What is a contour line?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: Saddle points

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: None of the above choices.

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Why do contour lines help us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: are points of higher order

answers: NDQ_001613

answers: Saddle points

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: Saddle points

answers: NDQ_001619

answers: contour line

answers: NDQ_001620

answers: Saddle points

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: Saddle points

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: saddle points

answers: NDQ_001625

answers: R

answers: NDQ_001586

answers: Double points in contour lines occur at saddle points,

answers: NDQ_001587

answers: contour line.

answers: NDQ_001588

answers: Double points in contour lines occur at saddle points,

answers: NDQ_001589

answers: contour line.

answers: NDQ_001590

answers: contour line.

answers: NDQ_001591

answers: inverse image

answers: NDQ_001592

answers: sending each point to its elevation,

answers: NDQ_001593

answers: up in one direction and down in the other.

answers: NDQ_001594

answers: inverse image of a point in R

answers: NDQ_001595

answers: (triple

answers: NDQ_001597

answers: up in one direction and down in the other.

answers: NDQ_001598

answers: contour line.

answers: NDQ_001600

answers: saddle points,

answers: NDQ_001603

answers: saddle points,

answers: NDQ_001605

answers: contour line.

answers: NDQ_001606

answers: inverse image

answers: NDQ_001608

answers: inverse image of a point in R

answers: NDQ_001611

answers: Double points in contour lines occur at saddle points,

answers: NDQ_001613

answers: saddle points,

answers: NDQ_001614

answers: contour line.

answers: NDQ_001618

answers: mountainous landscape

answers: NDQ_001619

answers: contour line.

answers: NDQ_001620

answers: Double points in contour lines occur at saddle points,

answers: NDQ_001621

answers: contour line.

answers: NDQ_001622

answers: mountainous landscape

answers: NDQ_001623

answers: contour line.

answers: NDQ_001624

answers: saddle points,

answers: NDQ_001625

answers: M <unk> R

text: The only sighting referenced shows a date of 1926. The topographic data supplied by the General Bathymetric Chart of the Oceans (GEBCO), however, shows a sea depth of . It is therefore likely that this 1926 report is an error, and that Filippo Reef is a phantom island, and that therefore any maps showing it are relying on the 1926 report and are also in error.

text: The only sighting referenced shows a date of 1926. The topographic data supplied by the General Bathymetric Chart of the Oceans (GEBCO), however, shows a sea depth of . It is therefore likely that this 1926 report is an error, and that Filippo Reef is a

text: phantom island

text: , and that therefore any maps showing it are relying on the 1926 report and are also in error.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How deep is Filippo Reef?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: shows a sea depth of

answers: NDQ_001590

answers: What does the GEBCO stand for?

answers: NDQ_001591

answers: sea depth

answers: NDQ_001592

answers: show a sea depth

answers: NDQ_001593

answers: How would you describe the topographic data?

answers: NDQ_001594

answers: What does the GEBCO mean?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

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

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: How would you describe the shape of a hill?

answers: NDQ_001613

answers: Which side is the circle with the higher elevation?

answers: NDQ_001614

answers: What does the GEBCO mean?

answers: NDQ_001618

answers: Filippo Reef

answers: NDQ_001619

answers: General Bathymetric Chart

answers: NDQ_001620

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Filippo Reef

answers: NDQ_001623

answers: parallel line

answers: NDQ_001624

answers: phantom island

answers: NDQ_001625

answers: sea depth

answers: NDQ_001586

answers: sea depth

answers: NDQ_001587

answers: sea depth

answers: NDQ_001588

answers: 1926.

answers: NDQ_001589

answers: a sea depth

answers: NDQ_001590

answers: 1926.

answers: NDQ_001591

answers: sea depth

answers: NDQ_001592

answers: sea depth

answers: NDQ_001593

answers: topographic data

answers: NDQ_001594

answers: sea depth

answers: NDQ_001595

answers: 1926.

answers: NDQ_001597

answers: The topographic data

answers: NDQ_001598

answers: 1926.

answers: NDQ_001600

answers: 1926.

answers: NDQ_001603

answers: The topographic data

answers: NDQ_001605

answers: 1926.

answers: NDQ_001606

answers: 1926.

answers: NDQ_001608

answers: The topographic data

answers: NDQ_001611

answers: The only sighting referenced shows a date of 1926.

answers: NDQ_001613

answers: 1926.

answers: NDQ_001614

answers: 1926.

answers: NDQ_001618

answers: Filippo Reef

answers: NDQ_001619

answers: General Bathymetric Chart of the Oceans

answers: NDQ_001620

answers: sea depth

answers: NDQ_001621

answers: topographic data supplied by the General Bathymetric Chart of the Oceans

answers: NDQ_001622

answers: Filippo Reef

answers: NDQ_001623

answers: sea depth

answers: NDQ_001624

answers: Filippo Reef

answers: NDQ_001625

answers: sea depth

text: Vischer was born in Wenns (Tyrol).  Despite his clerical vocation, geography and topographical surveys were Vischer's true calling. On behalf of nobility and clergy he compiled maps and created engravings and drawings of more than 1000 cities, castles, manors, abbeys and cloisters in the regions of Lower Austria, Upper Austria, Upper Styria, Lower Styria, Moravia and Hungary. In most cases Vischer's engravings are amongst the oldest preserved depections of these structures. He is regarded as one of the most important Austrian cartographers and topographers of his time.  He died, aged 58, in Linz (Upper Austria).

text: Vischer was born in

text: Wenns

text: Tyrol

text: ).  Despite his clerical vocation,

text: geography

text: and

text: topographical surveys

text: were Vischer's true calling. On behalf of

text: nobility

text: and clergy he compiled maps and created engravings and drawings of more than 1000 cities, castles, manors, abbeys and cloisters in the regions of

text: Lower Austria

text: Upper Austria

text: Upper Styria

text: Lower Styria

text: Moravia

text: and

text: Hungary

text: . In most cases Vischer's

text: engravings

text: are amongst the oldest preserved depections of these structures. He is regarded as one of the most important Austrian

text: cartographers

text: and topographers of his time.  He died, aged 58, in

text: Linz

text: Upper Austria

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: Where was Vischer born?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Vischer was born in Wenns (Tyrol)

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: topographic surveys

answers: NDQ_001592

answers: cloisters

answers: NDQ_001593

answers: what is the first place mentioned?

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: Upper Styria

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a region: Lower Austria, Upper Austria, Upper Styria, Lower Styria, Moravia and Hungary?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

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

answers: NDQ_001611

answers: How would you describe Vischer?

answers: NDQ_001613

answers: How many cities did Vischer compiled maps of?

answers: NDQ_001614

answers: horizontal

answers: NDQ_001618

answers: cities

answers: NDQ_001619

answers: topography

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topography

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: castles

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Vischer

answers: NDQ_001587

answers: Lower Austria, Upper Austria, Upper Styria,

answers: NDQ_001588

answers: Vischer

answers: NDQ_001589

answers: 1000

answers: NDQ_001590

answers: Vischer

answers: NDQ_001591

answers: topographical surveys

answers: NDQ_001592

answers: 1000 cities,

answers: NDQ_001593

answers: topographical surveys

answers: NDQ_001594

answers: Vischer

answers: NDQ_001595

answers: 1000

answers: NDQ_001597

answers: topographical surveys

answers: NDQ_001598

answers: Vischer

answers: NDQ_001600

answers: Vischer

answers: NDQ_001603

answers: topographical surveys

answers: NDQ_001605

answers: Vischer

answers: NDQ_001606

answers: Vischer

answers: NDQ_001608

answers: Vischer

answers: NDQ_001611

answers: Vischer

answers: NDQ_001613

answers: Vischer

answers: NDQ_001614

answers: Vischer

answers: NDQ_001618

answers: cities,

answers: NDQ_001619

answers: maps

answers: NDQ_001620

answers: Vischer

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: cities,

answers: NDQ_001623

answers: Upper Styria,

answers: NDQ_001624

answers: cities,

answers: NDQ_001625

answers: 1000

text: Alfred H. Brooks also complimented Major Bagley in his preface to his USGS Bulletin: "The plate camera has heen used for many years in topographic surveying in the United States and Canada, as well as in many European coimtries, and since 1910 J. W. Bagley, a topographic engineer of the United States Geological Survey, has been employing the panoramic film camera in conjunction with the plane table in surveys in Alaska. Mr. Bagley has devised some new instruments and methods and has proved conclusively that the panoramic camera is extremely valuable in certain kinds of topographic work. Some of the results of his phototopographic surveys are presented in the maps accompanying this bulletin. These maps give conclusive evidence of the refinements that are made possible by the use of that instrument. The methods and instruments here described have thus far been used only in Alaska, but they promise to have a wider appUcation in topographic surveys; hence this bulletin has been prepared. As the camera is used in conjunction with the plane table the bulletin includes also a brief account of the uses of the plane table. Mr. Bagley shows clearly that the field cost of surveys made by the use of the panoramic camera and plane table is far lower than that of surveys made by the plane table alone, and though the compilation of the field data in the office is more laborious the final cost of the completed map is nevertheless lower. The methods here described are especially applicable to regions where the field season is short, the field cost high, and the climatic conditions adverse to topographic work."

answers: NDQ_001586

answers: the plane table

answers: NDQ_001587

answers: Which of the following is not a country: United States, Canada, or Europe?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the final cost of the completed map is nevertheless lower

answers: NDQ_001590

answers: what is the horizontal distance between contour lines

answers: NDQ_001591

answers: climatic conditions adverse to topographic work

answers: NDQ_001592

answers: compilation of the field data in the office

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: contour lines

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: yes

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

answers: plain or plateau

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What is a contour line?

answers: NDQ_001611

answers: None of the above choices

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: phototopographic

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Alaska

answers: NDQ_001623

answers: plane table

answers: NDQ_001624

answers: Alaska

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: panoramic film camera in conjunction with the plane table

answers: NDQ_001587

answers: panoramic film camera in conjunction with the plane table in surveys in Alaska.

answers: NDQ_001588

answers: USGS Bulletin:

answers: NDQ_001589

answers: phototopographic surveys

answers: NDQ_001590

answers: USGS Bulletin:

answers: NDQ_001591

answers: refinements

answers: NDQ_001592

answers: climatic conditions

answers: NDQ_001593

answers: topographic surveying

answers: NDQ_001594

answers: J. W. Bagley,

answers: NDQ_001595

answers: USGS Bulletin:

answers: NDQ_001597

answers: the panoramic camera is extremely valuable in certain kinds of topographic work.

answers: NDQ_001598

answers: panoramic film camera

answers: NDQ_001600

answers: USGS Bulletin:

answers: NDQ_001603

answers: they promise to have a wider appUcation in topographic surveys;

answers: NDQ_001605

answers: panoramic film camera

answers: NDQ_001606

answers: USGS Bulletin:

answers: NDQ_001608

answers: topographic surveying

answers: NDQ_001611

answers: J. W. Bagley,

answers: NDQ_001613

answers: panoramic film camera

answers: NDQ_001614

answers: USGS Bulletin:

answers: NDQ_001618

answers: "The plate camera

answers: NDQ_001619

answers: phototopographic surveys

answers: NDQ_001620

answers: panoramic film camera

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: phototopographic

answers: NDQ_001623

answers: phototopographic

answers: NDQ_001624

answers: "The plate camera

answers: NDQ_001625

answers: USGS Bulletin:

text: The theory of standard probability spaces was started by von Neumann in 1932 and shaped by Vladimir Rokhlin in 1940. Rokhlin showed that the unit interval endowed with the Lebesgue measure has important advantages over general probability spaces, yet can be effectively substituted for many of these in probability theory. The dimension of the unit interval is not an obstacle, as was clear already to Norbert Wiener. He constructed the Wiener process (also called Brownian motion) in the form of a measurable map from the unit interval to the space of continuous functions.

text: The theory of standard probability spaces was started by

text: von Neumann

text: in 1932 and shaped by

text: Vladimir Rokhlin

text: in 1940. Rokhlin showed that the

text: unit interval

text: endowed with the

text: Lebesgue measure

text: has important advantages over general probability spaces, yet can be effectively substituted for many of these in probability theory. The dimension of the unit interval is not an obstacle, as was clear already to

text: Norbert Wiener

text: . He constructed the

text: Wiener process

text: (also called

text: Brownian motion

text: ) in the form of a

text: measurable

text: map

text: from the unit interval to the

text: space of continuous functions

answers: NDQ_001586

answers: change in elevation

answers: NDQ_001587

answers: Which of the following is not an obstacle: the dimension of the unit interval, the Wiener process or the space of continuous functions?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: measurable

answers: NDQ_001590

answers: unanswerable

answers: NDQ_001591

answers: Wiener process

answers: NDQ_001592

answers: unanswerable

answers: NDQ_001593

answers: unanswerable

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Brownian motion

answers: NDQ_001598

answers: the Wiener process

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: unanswerable

answers: NDQ_001605

answers: Which is not a last name, Lebesgue or Wiener?

answers: NDQ_001606

answers: Lebesgue measure

answers: NDQ_001608

answers: unanswerable

answers: NDQ_001611

answers: unanswerable

answers: NDQ_001613

answers: side of the circle with the higher elevation

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: Wiener process

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: Lebesgue measure

answers: NDQ_001621

answers: unanswerable

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: unit interval

answers: NDQ_001624

answers: Wiener process

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: Vladimir Rokhlin

answers: NDQ_001587

answers: measurable map from the unit interval to the space of continuous functions.

answers: NDQ_001588

answers: The theory of standard probability spaces was started by von Neumann in 1932

answers: NDQ_001589

answers: measurable

answers: NDQ_001590

answers: unit interval

answers: NDQ_001591

answers: measurable map from the unit interval to the space of continuous functions.

answers: NDQ_001592

answers: measurable map from the unit interval to the space of continuous functions.

answers: NDQ_001593

answers: measurable map from the unit interval to the space of continuous functions.

answers: NDQ_001594

answers: Vladimir Rokhlin

answers: NDQ_001595

answers: unit interval

answers: NDQ_001597

answers: Brownian motion)

answers: NDQ_001598

answers: Norbert Wiener.

answers: NDQ_001600

answers: The theory of standard probability spaces was started by von Neumann in 1932

answers: NDQ_001603

answers: Wiener process

answers: NDQ_001605

answers: Norbert Wiener.

answers: NDQ_001606

answers: unit interval

answers: NDQ_001608

answers: The theory of standard probability spaces was started by von Neumann in 1932

answers: NDQ_001611

answers: Vladimir Rokhlin

answers: NDQ_001613

answers: Lebesgue measure

answers: NDQ_001614

answers: The theory of standard probability spaces was started by von Neumann in 1932

answers: NDQ_001618

answers: Brownian motion)

answers: NDQ_001619

answers: Brownian motion)

answers: NDQ_001620

answers: Lebesgue measure

answers: NDQ_001621

answers: Brownian motion)

answers: NDQ_001622

answers: Brownian motion)

answers: NDQ_001623

answers: Lebesgue measure

answers: NDQ_001624

answers: Brownian motion)

answers: NDQ_001625

answers: unit interval to the space of continuous functions.

text: Whiting conducted hydrographic and bathymetric surveys involving nautical charting and ocean mapping, primarily along the United States East Coast and United States Gulf Coast and off territories of the United States in the Caribbean. She also imaged historical wrecks like that of the United States Navy monitor  and was used for oceanography, fisheries research, and homeland security surveys. During her 39-year career, her operations took her from as far north as Duluth, Minnesota, to as far south as Honduras in Central America.

text: Whiting conducted

text: hydrographic

text: and

text: bathymetric

text: surveys involving nautical charting and ocean mapping, primarily along the

text: United States East Coast

text: and

text: United States Gulf Coast

text: and off

text: territories of the United States

text: in the

text: Caribbean

text: . She also imaged historical wrecks like that of the

text: United States Navy

text: monitor

text: and was used for

text: oceanography

text: fisheries

text: research, and

text: homeland security

text: surveys. During her 39-year career, her operations took her from as far north as

text: Duluth

text: Minnesota

text: , to as far south as

text: Honduras

text: in

text: Central America

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many miles was Whiting from Duluth, Minnesota to Honduras in Central America?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Whiting conducted hydrographic and bathymetric surveys

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: nautical charting

answers: NDQ_001592

answers: nautical charting

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: what is the first place mentioned?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: as far south

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What type of rocks did Whiting image?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: How would you describe Whiting?

answers: NDQ_001611

answers: How many years did Whiting work for the United States Navy?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is Whiting

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: United States Gulf Coast

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: bathymetric

answers: NDQ_001621

answers: bathymetric

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: bathymetric

answers: NDQ_001624

answers: Gulf Coast

answers: NDQ_001625

answers: 0 to 0

answers: NDQ_001586

answers: Honduras in Central America.

answers: NDQ_001587

answers: United States East Coast and United States Gulf Coast

answers: NDQ_001588

answers: primarily along the United States East Coast and United States Gulf Coast

answers: NDQ_001589

answers: historical wrecks

answers: NDQ_001590

answers: Honduras in Central America.

answers: NDQ_001591

answers: nautical charting and ocean mapping,

answers: NDQ_001592

answers: ocean mapping,

answers: NDQ_001593

answers: primarily along the United States East Coast and United States Gulf Coast

answers: NDQ_001594

answers: United States East Coast and United States Gulf Coast

answers: NDQ_001595

answers: primarily along the United States East Coast and United States Gulf Coast

answers: NDQ_001597

answers: primarily along the United States East Coast and United States Gulf Coast

answers: NDQ_001598

answers: primarily along the United States East Coast and United States Gulf Coast

answers: NDQ_001600

answers: primarily along the United States East Coast and United States Gulf Coast

answers: NDQ_001603

answers: oceanography,

answers: NDQ_001605

answers: primarily along the United States East Coast and United States Gulf Coast

answers: NDQ_001606

answers: primarily along the United States East Coast and United States Gulf Coast

answers: NDQ_001608

answers: ocean mapping,

answers: NDQ_001611

answers: primarily along the United States East Coast and United States Gulf Coast

answers: NDQ_001613

answers: Honduras in Central America.

answers: NDQ_001614

answers: primarily along the United States East Coast and United States Gulf Coast

answers: NDQ_001618

answers: historical wrecks

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: bathymetric

answers: NDQ_001621

answers: bathymetric

answers: NDQ_001622

answers: historical wrecks

answers: NDQ_001623

answers: bathymetric

answers: NDQ_001624

answers: United States East Coast and United States Gulf Coast

answers: NDQ_001625

answers: United States East Coast and United States Gulf Coast

text: TERCOM, for "terrain contour matching", uses altitude maps of the strip of land from the launch site to the target, and compares them with information from a radar altimeter on board. More sophisticated TERCOM systems allow the missile to fly a complex route over a full 3D map, instead of flying directly to the target. TERCOM is the typical system for cruise missile guidance, but is being supplanted by GPS systems and by DSMAC, Digital Scene-Matching Area Correlator, which employs a camera to view an area of land, digitizes the view, and compares it to stored scenes in an onboard computer to guide the missile to its target.

text: TERCOM

text: , for "terrain contour matching", uses altitude maps of the strip of land from the launch site to the target, and compares them with information from a

text: radar altimeter

text: on board. More sophisticated TERCOM systems allow the missile to fly a complex route over a full 3D map, instead of flying directly to the target. TERCOM is the typical system for

text: cruise missile

text: guidance, but is being supplanted by

text: GPS

text: systems and by

text: DSMAC

text: , Digital Scene-Matching Area Correlator, which employs a camera to view an area of land, digitizes the view, and compares it to stored scenes in an onboard computer to guide the missile to its target.

answers: NDQ_001586

answers: altitude maps

answers: NDQ_001587

answers: Which of the following is not a system for cruise missile guidance: GPS, DSMAC, or TERCOM?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: TERCOM uses altitude maps of the strip of land from the launch site to the target

answers: NDQ_001590

answers: What is the typical system for cruise missile guidance?

answers: NDQ_001591

answers: altitude

answers: NDQ_001592

answers: TERCOM

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: contour matching

answers: NDQ_001600

answers: what is the typical system for cruise missile guidance

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: None of the above choices

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: terrain contour

answers: NDQ_001619

answers: altimeter

answers: NDQ_001620

answers: altitude

answers: NDQ_001621

answers: altitude

answers: NDQ_001622

answers: terrain contour

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: terrain contour

answers: NDQ_001625

answers: altitude

answers: NDQ_001586

answers: TERCOM, for "terrain contour matching", uses altitude maps

answers: NDQ_001587

answers: TERCOM,

answers: NDQ_001588

answers: TERCOM,

answers: NDQ_001589

answers: 3D map, instead of flying directly to the target.

answers: NDQ_001590

answers: GPS systems and by DSMAC,

answers: NDQ_001591

answers: complex route

answers: NDQ_001592

answers: flying directly to the target.

answers: NDQ_001593

answers: TERCOM,

answers: NDQ_001594

answers: TERCOM,

answers: NDQ_001595

answers: TERCOM,

answers: NDQ_001597

answers: TERCOM,

answers: NDQ_001598

answers: TERCOM,

answers: NDQ_001600

answers: strip of land

answers: NDQ_001603

answers: GPS

answers: NDQ_001605

answers: GPS systems and by DSMAC,

answers: NDQ_001606

answers: TERCOM,

answers: NDQ_001608

answers: 3D map,

answers: NDQ_001611

answers: TERCOM,

answers: NDQ_001613

answers: TERCOM,

answers: NDQ_001614

answers: GPS

answers: NDQ_001618

answers: "terrain contour matching", uses altitude maps of the strip of land

answers: NDQ_001619

answers: altitude maps

answers: NDQ_001620

answers: altitude

answers: NDQ_001621

answers: altitude maps

answers: NDQ_001622

answers: "terrain contour matching", uses altitude maps of the strip of land

answers: NDQ_001623

answers: contour matching",

answers: NDQ_001624

answers: "terrain contour matching", uses altitude maps of the strip of land

answers: NDQ_001625

answers: altitude maps

text: GEBCO operates under the joint auspices of the International Hydrographic Organization (IHO). and the Intergovernmental Oceanographic Commission (IOC) of UNESCO.  Its work is done by an international group of experts in seafloor mapping who develop a range of bathymetric data sets and data products.

text: GEBCO operates under the joint auspices of the

text: International Hydrographic Organization

text: (IHO). and the

text: Intergovernmental Oceanographic Commission

text: (IOC) of UNESCO.  Its work is done by an international group of experts in seafloor mapping who develop a range of bathymetric data sets and data products.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: GEBCO's work is done by an international group of experts

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: an international group of experts in seafloor mapping

answers: NDQ_001590

answers: unanswerable

answers: NDQ_001591

answers: seafloor mapping

answers: NDQ_001592

answers: bathymetric

answers: NDQ_001593

answers: unanswerable

answers: NDQ_001594

answers: What is a contour line?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: no

answers: NDQ_001598

answers: steepest

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: the contour interval

answers: NDQ_001608

answers: None of the above choices.

answers: NDQ_001611

answers: None of the above choices.

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: seafloor

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: bathymetric

answers: NDQ_001622

answers: seafloor

answers: NDQ_001623

answers: Mercator line

answers: NDQ_001624

answers: seafloor

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: International Hydrographic Organization

answers: NDQ_001587

answers: bathymetric

answers: NDQ_001588

answers: GEBCO

answers: NDQ_001589

answers: UNESCO.

answers: NDQ_001590

answers: International Hydrographic Organization

answers: NDQ_001591

answers: seafloor mapping

answers: NDQ_001592

answers: seafloor mapping

answers: NDQ_001593

answers: GEBCO

answers: NDQ_001594

answers: seafloor mapping

answers: NDQ_001595

answers: GEBCO

answers: NDQ_001597

answers: International Hydrographic Organization

answers: NDQ_001598

answers: GEBCO

answers: NDQ_001600

answers: International Hydrographic Organization

answers: NDQ_001603

answers: GEBCO operates under the joint auspices

answers: NDQ_001605

answers: GEBCO

answers: NDQ_001606

answers: International Hydrographic Organization

answers: NDQ_001608

answers: GEBCO

answers: NDQ_001611

answers: GEBCO

answers: NDQ_001613

answers: International Hydrographic Organization

answers: NDQ_001614

answers: GEBCO

answers: NDQ_001618

answers: seafloor

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: bathymetric

answers: NDQ_001621

answers: bathymetric

answers: NDQ_001622

answers: seafloor

answers: NDQ_001623

answers: bathymetric

answers: NDQ_001624

answers: Hydrographic Organization

answers: NDQ_001625

answers: bathymetric

text: Charles H. Ruth (1889–1949) was considered the founding father of the Army Map Service. Ruth was first commanding officer of the Army Engineer Reproduction Plant (ERP).  Prior to 1917 the Army Corps of Engineers compiled and drafted maps. Reproduction was accomplished by the Department of the Interior or commercial facilities. The ERP was the predecessor organization to the Army Map Service, Army Topographic Command, Defense Mapping Agency and now National Geospatial Intelligence Agency.

text: Charles H. Ruth (1889–1949) was considered the founding father of the

text: Army Map Service

text: . Ruth was first commanding officer of the Army

text: Engineer Reproduction Plant

text: (ERP).  Prior to 1917 the

text: Army Corps of Engineers

text: compiled and drafted maps. Reproduction was accomplished by the

text: Department of the Interior

text: or commercial facilities. The ERP was the predecessor organization to the Army Map Service,

text: Army Topographic Command

text: Defense Mapping Agency

text: and now

text: National Geospatial Intelligence Agency

answers: NDQ_001586

answers: How many contour lines are numbered?

answers: NDQ_001587

answers: How many years after Charles H. Ruth was first commanding officer of the Army Engineer Reproduction Plant did he die?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Army Corps of Engineers compiled and drafted maps

answers: NDQ_001590

answers: What is the acronym for Army Engineer Reproduction Plant?

answers: NDQ_001591

answers: topography

answers: NDQ_001592

answers: Reproduction

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: what is the first commanding officer of the Army Engineer Reproduction Plant

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: the Army Topographic Command

answers: NDQ_001600

answers: How many contour lines are close together that they almost touch?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What does the acronym ERP stand for?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What does the acronym ERP stand for?

answers: NDQ_001611

answers: What does the acronym ERP stand for?

answers: NDQ_001613

answers: what is the first commanding officer of the Army Engineer Reproduction Plant?

answers: NDQ_001614

answers: What does the ERP stand for?

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: Topographic

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: National Geospatial Intelligence Agency.

answers: NDQ_001587

answers: Army Engineer Reproduction Plant (ERP).

answers: NDQ_001588

answers: Army Engineer Reproduction Plant

answers: NDQ_001589

answers: Reproduction was accomplished by the Department of the Interior or commercial facilities.

answers: NDQ_001590

answers: Army Engineer Reproduction Plant

answers: NDQ_001591

answers: maps.

answers: NDQ_001592

answers: Reproduction

answers: NDQ_001593

answers: Army Topographic Command,

answers: NDQ_001594

answers: Army Engineer Reproduction Plant

answers: NDQ_001595

answers: Charles H. Ruth (1889–1949)

answers: NDQ_001597

answers: National Geospatial Intelligence Agency.

answers: NDQ_001598

answers: Army Topographic Command,

answers: NDQ_001600

answers: Army Engineer Reproduction Plant

answers: NDQ_001603

answers: National Geospatial Intelligence Agency.

answers: NDQ_001605

answers: Army Engineer Reproduction Plant

answers: NDQ_001606

answers: Army Engineer Reproduction Plant

answers: NDQ_001608

answers: National Geospatial Intelligence Agency.

answers: NDQ_001611

answers: Army Engineer Reproduction Plant

answers: NDQ_001613

answers: Army Engineer Reproduction Plant

answers: NDQ_001614

answers: Army Engineer Reproduction Plant

answers: NDQ_001618

answers: Army Topographic Command,

answers: NDQ_001619

answers: Topographic

answers: NDQ_001620

answers: Army Engineer Reproduction Plant

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Army Engineer Reproduction Plant

answers: NDQ_001623

answers: Topographic Command,

answers: NDQ_001624

answers: Army Topographic Command,

answers: NDQ_001625

answers: Army Engineer Reproduction Plant

text: Although originally GEBCO published paper contour charts, today it has moved into the digital age and collects digital depths of the ocean from wherever they are available. GEBCO provides a range of bathymetric data sets and data products, including:

text: Although originally GEBCO published paper

text: contour charts

text: , today it has moved into the digital age and collects digital depths of the ocean from wherever they are available. GEBCO provides a range of bathymetric data sets and data products, including:

answers: NDQ_001586

answers: change in elevation

answers: NDQ_001587

answers: GEBCO provides bathymetric data sets and data products, including

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: paper contour charts

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: depths

answers: NDQ_001592

answers: bathymetric data

answers: NDQ_001593

answers: What can you use a topographic map for?

answers: NDQ_001594

answers: contour lines

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: None of the above choices

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: Concentric lines that are very close together show a low, steep hill.

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: GEBCO

answers: NDQ_001618

answers: contour charts

answers: NDQ_001619

answers: contour chart

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: contour charts

answers: NDQ_001622

answers: contour lines

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: depths

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: contour charts,

answers: NDQ_001587

answers: contour charts,

answers: NDQ_001588

answers: contour charts,

answers: NDQ_001589

answers: paper contour charts,

answers: NDQ_001590

answers: contour charts,

answers: NDQ_001591

answers: depths

answers: NDQ_001592

answers: depths of the ocean

answers: NDQ_001593

answers: contour charts,

answers: NDQ_001594

answers: contour charts,

answers: NDQ_001595

answers: contour charts,

answers: NDQ_001597

answers: contour charts,

answers: NDQ_001598

answers: contour charts,

answers: NDQ_001600

answers: contour charts,

answers: NDQ_001603

answers: contour charts,

answers: NDQ_001605

answers: contour charts,

answers: NDQ_001606

answers: contour charts,

answers: NDQ_001608

answers: contour charts,

answers: NDQ_001611

answers: contour charts,

answers: NDQ_001613

answers: contour charts,

answers: NDQ_001614

answers: contour charts,

answers: NDQ_001618

answers: bathymetric

answers: NDQ_001619

answers: contour charts,

answers: NDQ_001620

answers: contour charts,

answers: NDQ_001621

answers: contour charts,

answers: NDQ_001622

answers: depths

answers: NDQ_001623

answers: contour charts,

answers: NDQ_001624

answers: depths of the ocean

answers: NDQ_001625

answers: depths

text: File:Occator topograpy Dawn CERES Oct 2015.jpg|<center>Topographic map

text: File:Occator topograpy Dawn CERES Oct 2015.jpg|<center>Topographic map

answers: NDQ_001586

answers: Changes in elevation

answers: NDQ_001587

answers: Occator topograpy Dawn CERES Oct 2015.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: It is a topographic map.

answers: NDQ_001590

answers: contour interval of a topographic map

answers: NDQ_001591

answers: elevation change

answers: NDQ_001592

answers: Identify a location

answers: NDQ_001593

answers: You can use a topographic map to determine the slope of the land.

answers: NDQ_001594

answers: contour lines represent the distance to the bottom of water

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: occator

answers: NDQ_001598

answers: The left side of the mountain is steepest.

answers: NDQ_001600

answers: contour lines are so close together that they almost touch, they represent a plain or plateau

answers: NDQ_001603

answers: What is the purpose of a topographic map?

answers: NDQ_001605

answers: occator topograpy

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval.

answers: NDQ_001608

answers: contour lines help us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: Concentric lines that are very close together show a low, steep hill.

answers: NDQ_001613

answers: The hatch marks are drawn on the side of the circle with the higher elevation.

answers: NDQ_001614

answers: horizontal distances

answers: NDQ_001618

answers: occator

answers: NDQ_001619

answers: depths in a body of water

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: Occator

answers: NDQ_001623

answers: isosceles

answers: NDQ_001624

answers: occator

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: File:Occator topograpy Dawn CERES Oct 2015.jpg|

answers: NDQ_001587

answers: center>Topographic map

answers: NDQ_001588

answers: File:Occator topograpy Dawn CERES Oct 2015.jpg|

answers: NDQ_001589

answers: center>Topographic map

answers: NDQ_001590

answers: File:Occator topograpy Dawn CERES Oct 2015.jpg|

answers: NDQ_001591

answers: center>Topographic map

answers: NDQ_001592

answers: CERES

answers: NDQ_001593

answers: center>Topographic map

answers: NDQ_001594

answers: File:Occator topograpy Dawn CERES Oct 2015.jpg|

answers: NDQ_001595

answers: 2015.jpg|

answers: NDQ_001597

answers: center>Topographic map

answers: NDQ_001598

answers: File:Occator topograpy Dawn CERES Oct 2015.jpg|

answers: NDQ_001600

answers: File:Occator topograpy Dawn CERES Oct 2015.jpg|

answers: NDQ_001603

answers: File:Occator topograpy Dawn CERES Oct 2015.jpg|

answers: NDQ_001605

answers: File:Occator topograpy Dawn CERES Oct 2015.jpg|

answers: NDQ_001606

answers: File:Occator topograpy Dawn CERES Oct 2015.jpg|

answers: NDQ_001608

answers: center>Topographic map

answers: NDQ_001611

answers: File:Occator topograpy Dawn CERES Oct 2015.jpg|

answers: NDQ_001613

answers: File:Occator topograpy Dawn CERES Oct 2015.jpg|

answers: NDQ_001614

answers: File:Occator topograpy Dawn CERES Oct 2015.jpg|

answers: NDQ_001618

answers: File:Occator

answers: NDQ_001619

answers: center>Topographic map

answers: NDQ_001620

answers: File:Occator topograpy Dawn CERES Oct 2015.jpg|

answers: NDQ_001621

answers: center>Topographic map

answers: NDQ_001622

answers: File:Occator

answers: NDQ_001623

answers: center>Topographic

answers: NDQ_001624

answers: File:Occator

answers: NDQ_001625

answers: CERES Oct 2015.jpg|

text: Maps of the world or large areas are often either 'political' or 'physical'. The most important purpose of the political map is to show territorial borders; the purpose of the physical is to show features of geography such as mountains, soil type or land use including infrastructure such as roads, railroads and buildings. Topographic maps show elevations and relief with contour lines or shading. Geological maps show not only the physical surface, but characteristics of the underlying rock, fault lines, and subsurface structures.Maps that depict the surface of the Earth also use a projection, a way of translating the three-dimensional real surface of the geoid to a two-dimensional picture. Perhaps the best-known world-map projection is the Mercator projection, originally designed as a form of nautical chart.Aeroplane pilots use aeronautical charts based on a Lambert conformal conic projection, in which a cone is laid over the section of the earth to be mapped. The cone intersects the sphere (the earth) at one or two parallels which are chosen as standard lines. This allows the pilots to plot a great-circle route approximation on a flat, two-dimensional chart.

text: Maps of the world or large areas are often either 'political' or 'physical'. The most important purpose of the political map is to show territorial

text: border

text: s; the purpose of the physical is to show features of

text: geography

text: such as mountains, soil type or land use including infrastructure such as roads, railroads and buildings.

text: Topographic map

text: s show

text: elevation

text: s and

text: relief

text: with

text: contour line

text: s or shading.

text: Geological map

text: s show not only the physical surface, but characteristics of the underlying rock,

text: fault

text: lines, and subsurface structures.Maps that depict the surface of the Earth also use a

text: projection

text: , a way of translating the three-dimensional real surface of the

text: geoid

text: to a two-dimensional picture. Perhaps the best-known world-map projection is the

text: Mercator projection

text: , originally designed as a form of

text: nautical chart

text: .Aeroplane pilots use

text: aeronautical chart

text: s based on a

text: Lambert conformal conic projection

text: , in which a cone is laid over the section of the earth to be mapped. The cone intersects the sphere (the earth) at one or two parallels which are chosen as standard lines. This allows the pilots to plot a great-circle route approximation on a flat, two-dimensional chart.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What allows the pilots to plot a great-circle route approximation?

answers: NDQ_001588

answers: intersect each other

answers: NDQ_001589

answers: political

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: elevations

answers: NDQ_001592

answers: political map

answers: NDQ_001593

answers: elevations and relief with contour lines

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What is the most important purpose of the political map?

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: What is the most important purpose of the physical?

answers: NDQ_001603

answers: Which of the following is not a purpose of the physical?

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: How do contour lines help us to see the three-dimensional shape of the land?

answers: NDQ_001611

answers: What is the most important purpose of the physical?

answers: NDQ_001613

answers: What is the most important purpose of the political map?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: nautical chart

answers: NDQ_001620

answers: relief

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: Topographic maps show elevations and relief with contour lines

answers: NDQ_001587

answers: a cone is laid over the section of the earth to be mapped.

answers: NDQ_001588

answers: one or two parallels

answers: NDQ_001589

answers: buildings.

answers: NDQ_001590

answers: Topographic maps show elevations and relief with contour lines

answers: NDQ_001591

answers: elevations and relief

answers: NDQ_001592

answers: territorial borders;

answers: NDQ_001593

answers: Topographic maps show elevations and relief with contour lines or shading.

answers: NDQ_001594

answers: Topographic maps

answers: NDQ_001595

answers: Topographic maps show elevations and relief with contour lines

answers: NDQ_001597

answers: Topographic maps show elevations and relief with contour lines or shading.

answers: NDQ_001598

answers: contour lines or shading.

answers: NDQ_001600

answers: Topographic maps show elevations and relief

answers: NDQ_001603

answers: Geological maps

answers: NDQ_001605

answers: characteristics of the underlying rock, fault lines, and subsurface structures.Maps

answers: NDQ_001606

answers: Topographic maps show elevations and relief with contour lines

answers: NDQ_001608

answers: Topographic maps

answers: NDQ_001611

answers: Topographic maps show elevations and relief with contour lines

answers: NDQ_001613

answers: Topographic maps show elevations and relief with contour lines

answers: NDQ_001614

answers: Topographic maps show elevations and relief with contour lines or shading.

answers: NDQ_001618

answers: elevations and relief

answers: NDQ_001619

answers: Geological maps

answers: NDQ_001620

answers: relief

answers: NDQ_001621

answers: Topographic maps

answers: NDQ_001622

answers: elevations and relief

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: elevations and relief

answers: NDQ_001625

answers: one or two

text: The data used to make bathymetric maps today typically comes from an echosounder (sonar) mounted beneath or over the side of a boat, "pinging" a beam of sound downward at the seafloor or from remote sensing LIDAR or LADAR systems. The amount of time it takes for the sound or light to travel through the water, bounce off the seafloor, and return to the sounder informs the equipment of the distance to the seafloor. LIDAR/LADAR surveys are usually conducted by airborne systems.

text: The data used to make bathymetric maps today typically comes from an echosounder (

text: sonar

text: ) mounted beneath or over the side of a boat, "pinging" a beam of sound downward at the seafloor or from remote sensing

text: LIDAR

text: or LADAR systems. The amount of time it takes for the sound or light to travel through the water, bounce off the seafloor, and return to the sounder informs the equipment of the distance to the seafloor. LIDAR/LADAR surveys are usually conducted by airborne systems.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: Which of the following is not a type of survey: LIDAR or LADAR?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: LIDAR/LADAR surveys are usually conducted by airborne systems

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: bathymetric maps

answers: NDQ_001592

answers: bathymetric maps

answers: NDQ_001593

answers: unanswerable

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: unanswerable

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or sedimentary?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: unanswerable

answers: NDQ_001611

answers: unanswerable

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: seafloor

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: The distance to the seafloor

answers: NDQ_001621

answers: bathymetric

answers: NDQ_001622

answers: seafloor

answers: NDQ_001623

answers: LIDAR

answers: NDQ_001624

answers: seafloor

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: LIDAR/LADAR surveys are usually conducted by airborne systems.

answers: NDQ_001587

answers: distance to the seafloor.

answers: NDQ_001588

answers: The data used to make bathymetric maps

answers: NDQ_001589

answers: airborne systems.

answers: NDQ_001590

answers: LIDAR/LADAR

answers: NDQ_001591

answers: distance to the seafloor.

answers: NDQ_001592

answers: bathymetric

answers: NDQ_001593

answers: bathymetric maps

answers: NDQ_001594

answers: distance to the seafloor.

answers: NDQ_001595

answers: distance to the seafloor.

answers: NDQ_001597

answers: bathymetric maps

answers: NDQ_001598

answers: The data used to make bathymetric maps

answers: NDQ_001600

answers: distance to the seafloor.

answers: NDQ_001603

answers: The data used to make bathymetric maps

answers: NDQ_001605

answers: The data used to make bathymetric maps

answers: NDQ_001606

answers: distance to the seafloor.

answers: NDQ_001608

answers: bathymetric maps

answers: NDQ_001611

answers: LIDAR/LADAR

answers: NDQ_001613

answers: LIDAR/LADAR surveys are usually conducted by airborne systems.

answers: NDQ_001614

answers: bathymetric maps

answers: NDQ_001618

answers: bathymetric

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: distance to the seafloor.

answers: NDQ_001621

answers: bathymetric

answers: NDQ_001622

answers: bathymetric

answers: NDQ_001623

answers: LIDAR

answers: NDQ_001624

answers: bathymetric maps

answers: NDQ_001625

answers: the distance to the seafloor.

text: The Army Map Service of the US Army Corps of Engineers, was the premier map making agency of the US Department of Defense from 1941–68. The major task of the Army Map Service (AMS) was the compilation, publication and distribution of military topographic maps and related products required by the Armed Forces of the United States. The AMS was also involved in the preparation of extraterrestrial maps of satellite and planetary bodies; the preparation of national intelligence studies; the establishment of world geodetic control networks by both satellite and conventional triangulation methods; and the logistic military planning of Corps of Engineer items. Another major responsibility of the AMS is to maintain the largest geodetic and topographic data libraries for the Department of Defense.

text: The Army Map Service of the US Army Corps of Engineers, was the premier map making agency of the

text: US Department of Defense

text: from 1941–68. The major task of the Army Map Service (AMS) was the compilation, publication and distribution of military topographic maps and related products required by the Armed Forces of the United States. The AMS was also involved in the preparation of extraterrestrial maps of satellite and planetary bodies; the preparation of national intelligence studies; the establishment of world geodetic control networks by both satellite and conventional triangulation methods; and the logistic military planning of Corps of Engineer items. Another major responsibility of the AMS is to maintain the largest

text: geodetic

text: and topographic data libraries for the Department of Defense.

answers: NDQ_001586

answers: What was the major task of the Army Map Service?

answers: NDQ_001587

answers: How many years did the Army Map Service of the US Army Corps of Engineers operate?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: AMS was also involved in the preparation of extraterrestrial maps

answers: NDQ_001590

answers: What was the major task of the Army Map Service?

answers: NDQ_001591

answers: military topographic maps

answers: NDQ_001592

answers: national intelligence studies

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: What was the major task of the Army Map Service?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What was the major task of the Army Map Service?

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: What did the Army Map Service (AMS) specialize in?

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Concentric lines that are very far apart

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: topographic

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: topographic

answers: NDQ_001624

answers: triangulation

answers: NDQ_001625

answers: 14 mile

answers: NDQ_001586

answers: topographic maps

answers: NDQ_001587

answers: 1941–68.

answers: NDQ_001588

answers: 1941–68.

answers: NDQ_001589

answers: topographic maps

answers: NDQ_001590

answers: topographic maps

answers: NDQ_001591

answers: world geodetic control networks

answers: NDQ_001592

answers: national intelligence studies;

answers: NDQ_001593

answers: topographic maps

answers: NDQ_001594

answers: military topographic maps

answers: NDQ_001595

answers: 1941–68.

answers: NDQ_001597

answers: topographic maps

answers: NDQ_001598

answers: military topographic maps

answers: NDQ_001600

answers: 1941–68.

answers: NDQ_001603

answers: topographic maps

answers: NDQ_001605

answers: military topographic maps

answers: NDQ_001606

answers: The Army Map Service of the US Army Corps of Engineers,

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: The Army Map Service of the US Army Corps of Engineers,

answers: NDQ_001613

answers: triangulation methods;

answers: NDQ_001614

answers: topographic maps

answers: NDQ_001618

answers: extraterrestrial maps of satellite and planetary bodies;

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: topographic maps

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: extraterrestrial maps of satellite and planetary bodies;

answers: NDQ_001623

answers: geodetic

answers: NDQ_001624

answers: extraterrestrial maps of satellite and planetary bodies;

answers: NDQ_001625

answers: 1941–68.

text: Mount Geier () is the dominant, largely snow-covered peak in the northern part of Schirmacher Massif, near the east coast of Palmer Land, Antarctica. It was mapped by the United States Geological Survey (USGS) in 1974, and named by the Advisory Committee on Antarctic Names for Frederick J. Geier, a topographic engineer with the USGS geological and mapping party to Lassiter Coast, 1969–70.

text: Mount Geier () is the dominant, largely snow-covered peak in the northern part of

text: Schirmacher Massif

text: , near the east coast of

text: Palmer Land

text: , Antarctica. It was mapped by the

text: United States Geological Survey

text: (USGS) in 1974, and named by the

text: Advisory Committee on Antarctic Names

text: for

text: Frederick J. Geier

text: , a topographic engineer with the USGS geological and mapping party to

text: Lassiter Coast

text: , 1969–70.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: What is the elevation of Mount Geier?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Advisory Committee on Antarctic Names for Frederick J. Geier

answers: NDQ_001590

answers: What is Mount Geier?

answers: NDQ_001591

answers: the east coast

answers: NDQ_001592

answers: Advisory Committee on Antarctic Names

answers: NDQ_001593

answers: Yes

answers: NDQ_001594

answers: What is the purpose of contour lines on a bathymetric map

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: How would you describe Mount Geier?

answers: NDQ_001598

answers: east coast of Palmer Land

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What is the primary color of Mount Geier?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is a topographic engineer?

answers: NDQ_001611

answers: How would you describe Mount Geier?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is the side with the hatch marks?

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: Mount Geier

answers: NDQ_001619

answers: NDQ_001620

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: Schirmacher

answers: NDQ_001624

answers: unanswerable

answers: NDQ_001625

answers: 0 m

answers: NDQ_001586

answers: Mount Geier

answers: NDQ_001587

answers: Schirmacher Massif,

answers: NDQ_001588

answers: Mount Geier

answers: NDQ_001589

answers: snow-covered peak

answers: NDQ_001590

answers: Mount Geier

answers: NDQ_001591

answers: snow-covered peak in the northern part of Schirmacher Massif,

answers: NDQ_001592

answers: snow-covered peak

answers: NDQ_001593

answers: topographic engineer

answers: NDQ_001594

answers: 1969–70.

answers: NDQ_001595

answers: Mount Geier

answers: NDQ_001597

answers: east coast of Palmer Land, Antarctica.

answers: NDQ_001598

answers: Mount Geier

answers: NDQ_001600

answers: Schirmacher Massif,

answers: NDQ_001603

answers: topographic engineer

answers: NDQ_001605

answers: snow-covered peak in the northern part of Schirmacher Massif,

answers: NDQ_001606

answers: Mount Geier

answers: NDQ_001608

answers: topographic

answers: NDQ_001611

answers: Mount Geier

answers: NDQ_001613

answers: Mount Geier

answers: NDQ_001614

answers: Mount Geier

answers: NDQ_001618

answers: Mount Geier

answers: NDQ_001619

answers: Lassiter Coast,

answers: NDQ_001620

answers: Mount Geier

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Mount Geier

answers: NDQ_001623

answers: peak in the northern part of Schirmacher Massif,

answers: NDQ_001624

answers: Mount Geier

answers: NDQ_001625

answers: 1969–70.

text: Bathymetric charts can also be converted to bathymetric profiles.

text: Bathymetric charts can also be converted to

text: bathymetric profiles

answers: NDQ_001586

answers: None of the above choices.

answers: NDQ_001587

answers: can be used to measure the thickness of a rock.

answers: NDQ_001588

answers: How do contour lines on a topographic chart differ?

answers: NDQ_001589

answers: can be converted to a bathymetric profile

answers: NDQ_001590

answers: What is the difference between contour lines and contour intervals?

answers: NDQ_001591

answers: bathymetric profiles

answers: NDQ_001592

answers: convert to bathymetric profiles

answers: NDQ_001593

answers: The slope of the land can be determined using a topographic map.

answers: NDQ_001594

answers: contour lines represent the distance to the bottom of the water

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: Which side of a mountain is steepest?

answers: NDQ_001600

answers: Which of the following is not a type of contour line?

answers: NDQ_001603

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

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: None of the above choices.

answers: NDQ_001611

answers: What is the best way to describe a bathymetric profile?

answers: NDQ_001613

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

answers: NDQ_001614

answers: Which of the following can be converted to bathymetric profiles?

answers: NDQ_001618

answers: ridges

answers: NDQ_001619

answers: bathymetric charts

answers: NDQ_001620

answers: can be converted to a contour line

answers: NDQ_001621

answers: bathymetric charts

answers: NDQ_001622

answers: ridges

answers: NDQ_001623

answers: cantilever

answers: NDQ_001624

answers: cantilever

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Bathymetric charts

answers: NDQ_001587

answers: Bathymetric charts

answers: NDQ_001588

answers: Bathymetric charts can also be converted to bathymetric profiles.

answers: NDQ_001589

answers: bathymetric profiles.

answers: NDQ_001590

answers: Bathymetric charts

answers: NDQ_001591

answers: Bathymetric charts can also be converted to bathymetric profiles.

answers: NDQ_001592

answers: Bathymetric charts can also be converted to bathymetric profiles.

answers: NDQ_001593

answers: Bathymetric charts

answers: NDQ_001594

answers: Bathymetric charts can also be converted to bathymetric profiles.

answers: NDQ_001595

answers: Bathymetric charts

answers: NDQ_001597

answers: Bathymetric charts

answers: NDQ_001598

answers: Bathymetric charts

answers: NDQ_001600

answers: Bathymetric charts can also be converted to bathymetric profiles.

answers: NDQ_001603

answers: Bathymetric charts

answers: NDQ_001605

answers: Bathymetric charts

answers: NDQ_001606

answers: Bathymetric charts

answers: NDQ_001608

answers: Bathymetric charts

answers: NDQ_001611

answers: Bathymetric charts can also be converted to bathymetric profiles.

answers: NDQ_001613

answers: Bathymetric charts

answers: NDQ_001614

answers: Bathymetric charts

answers: NDQ_001618

answers: Bathymetric charts

answers: NDQ_001619

answers: Bathymetric charts

answers: NDQ_001620

answers: Bathymetric charts

answers: NDQ_001621

answers: Bathymetric charts

answers: NDQ_001622

answers: Bathymetric charts

answers: NDQ_001623

answers: Bathymetric charts

answers: NDQ_001624

answers: Bathymetric charts

answers: NDQ_001625

answers: Bathymetric charts

text: In addition to location information maps may also be used to portray contour lines indicating constant values of  elevation, temperature, rainfall, etc.

text: In addition to location information maps may also be used to portray

text: contour line

text: s indicating constant values of

text: elevation

text: temperature

text: rain

text: fall, etc.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: can be used to show the shape of a mountain.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: constant values of elevation, temperature, rainfall

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: values of elevation

answers: NDQ_001592

answers: indicating constant values

answers: NDQ_001593

answers: What is a topographic map?

answers: NDQ_001594

answers: elevation

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: contour lines

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: contour lines are so close together that they almost touch, they represent a plain or plateau

answers: NDQ_001603

answers: no

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: None of the above choices.

answers: NDQ_001611

answers: contour lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: the side of the circle with the higher elevation

answers: NDQ_001614

answers: Which of the following is true of topographic maps?

answers: NDQ_001618

answers: canoe

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: can be measured

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: ridges

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: ridges

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: constant values of elevation,

answers: NDQ_001587

answers: contour lines

answers: NDQ_001588

answers: contour lines indicating constant values of elevation, temperature, rainfall, etc.

answers: NDQ_001589

answers: constant values of elevation,

answers: NDQ_001590

answers: contour lines indicating constant values of elevation,

answers: NDQ_001591

answers: constant values of elevation,

answers: NDQ_001592

answers: constant values of elevation, temperature, rainfall,

answers: NDQ_001593

answers: contour lines indicating constant values of elevation,

answers: NDQ_001594

answers: constant values of elevation,

answers: NDQ_001595

answers: contour lines indicating constant values of elevation,

answers: NDQ_001597

answers: contour lines

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: constant values of elevation, temperature, rainfall, etc.

answers: NDQ_001603

answers: contour lines indicating constant values of elevation, temperature, rainfall, etc.

answers: NDQ_001605

answers: contour lines

answers: NDQ_001606

answers: contour lines

answers: NDQ_001608

answers: indicating constant values of elevation, temperature, rainfall, etc.

answers: NDQ_001611

answers: contour lines

answers: NDQ_001613

answers: contour lines

answers: NDQ_001614

answers: contour lines

answers: NDQ_001618

answers: constant values of elevation, temperature, rainfall,

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: constant values of elevation,

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: constant values of elevation,

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: constant values of elevation, temperature, rainfall,

answers: NDQ_001625

answers: constant values of elevation,

text: The General Bathymetric Chart of the Oceans (GEBCO) is a publicly available bathymetric chart of the world's oceans. The project was conceived with the aim of preparing a global series of charts showing the general shape of the seafloor. Over the years it has become a reference map of the bathymetry of the world’s oceans for scientists and others.

text: The General Bathymetric Chart of the Oceans (GEBCO) is a publicly available

text: bathymetric chart

text: of the world's

text: ocean

text: s. The project was conceived with the aim of preparing a global series of charts showing the general shape of the seafloor. Over the years it has become a reference map of the bathymetry of the world’s oceans for scientists and others.

answers: NDQ_001586

answers: The General Bathymetric Chart of the Oceans

answers: NDQ_001587

answers: What is the purpose of the chart?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the general shape of the seafloor

answers: NDQ_001590

answers: What is the purpose of a contour interval?

answers: NDQ_001591

answers: the seafloor

answers: NDQ_001592

answers: the general shape of the seafloor

answers: NDQ_001593

answers: The General Bathymetric Chart of the Oceans

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: The General Bathymetric Chart of the Oceans

answers: NDQ_001598

answers: Bathymetric Chart of the Oceans

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or sedimentary?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: high, steep hill

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: How is the bathymetric chart different from a topographic map?

answers: NDQ_001618

answers: bathymetry

answers: NDQ_001619

answers: bathymetric chart

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: bathymetric chart

answers: NDQ_001622

answers: bathymetry

answers: NDQ_001623

answers: parallel line

answers: NDQ_001624

answers: general shape of the seafloor

answers: NDQ_001625

answers: bathymetric

answers: NDQ_001586

answers: The General Bathymetric Chart of the Oceans

answers: NDQ_001587

answers: general shape of the seafloor.

answers: NDQ_001588

answers: The General Bathymetric Chart of the Oceans

answers: NDQ_001589

answers: general shape of the seafloor.

answers: NDQ_001590

answers: The General Bathymetric Chart of the Oceans

answers: NDQ_001591

answers: general shape of the seafloor.

answers: NDQ_001592

answers: general shape of the seafloor.

answers: NDQ_001593

answers: The General Bathymetric Chart of the Oceans

answers: NDQ_001594

answers: general shape of the seafloor.

answers: NDQ_001595

answers: The General Bathymetric Chart of the Oceans

answers: NDQ_001597

answers: The General Bathymetric Chart of the Oceans

answers: NDQ_001598

answers: The General Bathymetric Chart of the Oceans

answers: NDQ_001600

answers: The General Bathymetric Chart of the Oceans

answers: NDQ_001603

answers: The General Bathymetric Chart of the Oceans

answers: NDQ_001605

answers: The General Bathymetric Chart of the Oceans

answers: NDQ_001606

answers: The General Bathymetric Chart of the Oceans

answers: NDQ_001608

answers: The General Bathymetric Chart of the Oceans

answers: NDQ_001611

answers: The General Bathymetric Chart of the Oceans

answers: NDQ_001613

answers: The General Bathymetric Chart of the Oceans

answers: NDQ_001614

answers: The General Bathymetric Chart of the Oceans

answers: NDQ_001618

answers: general shape of the seafloor.

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: The General Bathymetric Chart of the Oceans

answers: NDQ_001621

answers: bathymetric chart

answers: NDQ_001622

answers: general shape of the seafloor.

answers: NDQ_001623

answers: The General Bathymetric Chart of the Oceans

answers: NDQ_001624

answers: general shape of the seafloor.

answers: NDQ_001625

answers: General Bathymetric Chart of the Oceans

text: The peak is distinguished by the name Dufourspitze (in German, lit. Dufour Peak; , ). This replaced the former name Höchste Spitze () that was indicated on the Swiss maps before the Federal Council, on January 28, 1863, decided to rename the mountain in honor of Guillaume-Henri Dufour. Dufour was a Swiss engineer, topographer, co-founder of the Red Cross and army general who led the Sonderbund campaign. This decision followed the completion of the Dufour Map, a series of military topographical maps created under the command of Dufour.

text: The peak is distinguished by the name Dufourspitze (in

text: German

text: , lit. Dufour Peak; , ). This replaced the former name Höchste Spitze () that was indicated on the Swiss maps before the

text: Federal Council

text: , on January 28, 1863, decided to rename the mountain in honor of

text: Guillaume-Henri Dufour

text: . Dufour was a Swiss engineer, topographer, co-founder of the

entity_name: International Red Cross and Red Crescent Movement

text: Red Cross

text: and army general who led the

text: Sonderbund

text: campaign. This decision followed the completion of the

text: Dufour Map

text: , a series of military topographical maps created under the command of Dufour.

answers: NDQ_001586

answers: What is the name of the mountain?

answers: NDQ_001587

answers: What was the name of the mountain that was renamed Dufourspitze?

answers: NDQ_001588

answers: What is the first name of the person who led the Sonderbund campaign

answers: NDQ_001589

answers: Dufour was a Swiss engineer, topographer

answers: NDQ_001590

answers: What is the first name of the person who led the Sonderbund campaign?

answers: NDQ_001591

answers: Höchste Spitze

answers: NDQ_001592

answers: rename the mountain

answers: NDQ_001593

answers: Yes

answers: NDQ_001594

answers: What is the first name of the person who led the Sonderbund campaign?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What was the name of the peak that was distinguished by the name Dufourspitze?

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

answers: What is Dufourspitze?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: How many colors are used to represent different types of rocks?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: What is the name of the mountain that is distinguished by the name Dufourspitze

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is Dufourspitze?

answers: NDQ_001614

answers: What was indicated on the Swiss maps before the Federal Council?

answers: NDQ_001618

answers: Höchste Spitze

answers: NDQ_001619

answers: Dufour Map

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: highest peak

answers: NDQ_001623

answers: Peak

answers: NDQ_001624

answers: Höchste Spitze

answers: NDQ_001625

answers: NDQ_001586

answers: Dufour Map,

answers: NDQ_001587

answers: Dufour Map,

answers: NDQ_001588

answers: Dufourspitze

answers: NDQ_001589

answers: topographical maps

answers: NDQ_001590

answers: Dufourspitze

answers: NDQ_001591

answers: Höchste Spitze

answers: NDQ_001592

answers: rename the mountain in honor of Guillaume-Henri Dufour.

answers: NDQ_001593

answers: Dufour Map,

answers: NDQ_001594

answers: Dufourspitze

answers: NDQ_001595

answers: 1863,

answers: NDQ_001597

answers: Dufour Map,

answers: NDQ_001598

answers: Dufour Map,

answers: NDQ_001600

answers: Dufourspitze

answers: NDQ_001603

answers: Dufour Map,

answers: NDQ_001605

answers: Dufour Map,

answers: NDQ_001606

answers: Dufourspitze

answers: NDQ_001608

answers: Dufour Map,

answers: NDQ_001611

answers: Dufourspitze

answers: NDQ_001613

answers: Dufour Map,

answers: NDQ_001614

answers: Dufour Map,

answers: NDQ_001618

answers: Dufour Map,

answers: NDQ_001619

answers: Dufour Map,

answers: NDQ_001620

answers: Dufourspitze

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: Höchste Spitze

answers: NDQ_001623

answers: Spitze

answers: NDQ_001624

answers: Dufour Map,

answers: NDQ_001625

answers: Dufour Map,

text: The State Bureau of Surveying and Cartography compiles topographic maps at 1:25,000 and 1:50,000 scales.  It is reported that these maps are accurate and attractively printed in seven colors, and that successive editions show progressive improvement in accuracy.

text: The State Bureau of Surveying and Cartography compiles topographic maps at 1:25,000 and 1:50,000 scales.  It is reported that these maps are accurate and attractively printed in seven colors, and that successive editions show progressive improvement in accuracy.

answers: NDQ_001586

answers: None

answers: NDQ_001587

answers: can be drawn on a topographic map at what scale?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: 1:50,000 scales

answers: NDQ_001590

answers: what is the first scale mentioned?

answers: NDQ_001591

answers: elevation

answers: NDQ_001592

answers: improve in accuracy

answers: NDQ_001593

answers: iv.

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: yes

answers: NDQ_001598

answers: 1:50,000

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: None of the above choices.

answers: NDQ_001611

answers: very far apart

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: no

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: 1:50,000

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: parallel lines

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: 1:50,000

answers: NDQ_001586

answers: 1:25,000 and 1:50,000 scales.

answers: NDQ_001587

answers: 1:25,000 and 1:50,000 scales.

answers: NDQ_001588

answers: 1:25,000

answers: NDQ_001589

answers: accurate and attractively printed in seven colors,

answers: NDQ_001590

answers: 1:25,000

answers: NDQ_001591

answers: progressive improvement in accuracy.

answers: NDQ_001592

answers: seven colors,

answers: NDQ_001593

answers: 1:25,000 and 1:50,000 scales.

answers: NDQ_001594

answers: 1:25,000

answers: NDQ_001595

answers: 1:25,000

answers: NDQ_001597

answers: topographic maps at 1:25,000 and 1:50,000 scales.

answers: NDQ_001598

answers: 1:25,000 and 1:50,000 scales.

answers: NDQ_001600

answers: 1:25,000

answers: NDQ_001603

answers: topographic maps at 1:25,000 and 1:50,000

answers: NDQ_001605

answers: seven colors,

answers: NDQ_001606

answers: 1:25,000 and 1:50,000

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: 1:25,000

answers: NDQ_001613

answers: 1:25,000

answers: NDQ_001614

answers: 1:25,000 and 1:50,000 scales.

answers: NDQ_001618

answers: topographic maps at 1:25,000 and 1:50,000 scales.

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: 1:25,000

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: 1:50,000 scales.

answers: NDQ_001623

answers: 1:50,000

answers: NDQ_001624

answers: seven colors,

answers: NDQ_001625

answers: 1:25,000 and 1:50,000

text: Typical applications include the  Contour lines on topographic maps or the generation of isobars for weather maps.

text: Typical applications include the

text: Contour lines

text: on topographic maps or the generation of isobars for weather maps.

answers: NDQ_001586

answers: NDQ_001587

answers: can be used to determine the direction of a curve.

answers: NDQ_001588

answers: What is a typical application of contour lines?

answers: NDQ_001589

answers: isobars for weather maps

answers: NDQ_001590

answers: The contour interval of a topographic map represents the horizontal distance between contour lines.

answers: NDQ_001591

answers: topographic maps

answers: NDQ_001592

answers: generate isobars

answers: NDQ_001593

answers: How can you use a topographic map to determine the slope of the land

answers: NDQ_001594

answers: Which of the following is not an application of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: Which of the following is not a type of contour line?

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: Which of the following is not used on topographic maps: contour lines or isobars?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: It's impossible to say

answers: NDQ_001611

answers: Which of the following is not a typical application of contour lines?

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: None of the above choices.

answers: NDQ_001618

answers: isobar

answers: NDQ_001619

answers: isobars

answers: NDQ_001620

answers: isobar

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: isobars

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: isobar

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Contour lines

answers: NDQ_001587

answers: Contour lines

answers: NDQ_001588

answers: Typical applications include the Contour lines

answers: NDQ_001589

answers: weather maps.

answers: NDQ_001590

answers: Contour lines

answers: NDQ_001591

answers: isobars

answers: NDQ_001592

answers: generation of isobars for weather maps.

answers: NDQ_001593

answers: Contour lines

answers: NDQ_001594

answers: Contour lines

answers: NDQ_001595

answers: Contour lines

answers: NDQ_001597

answers: Contour lines

answers: NDQ_001598

answers: Contour lines

answers: NDQ_001600

answers: Contour lines on topographic maps or the generation of isobars

answers: NDQ_001603

answers: weather maps.

answers: NDQ_001605

answers: Typical applications include the Contour lines

answers: NDQ_001606

answers: Contour lines on topographic maps

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: Contour lines

answers: NDQ_001613

answers: Contour lines

answers: NDQ_001614

answers: Typical applications include the Contour lines

answers: NDQ_001618

answers: Contour lines on topographic maps or the generation of isobars

answers: NDQ_001619

answers: isobars

answers: NDQ_001620

answers: Contour lines

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: isobars

answers: NDQ_001623

answers: Contour lines

answers: NDQ_001624

answers: Contour lines on topographic maps or the generation of isobars

answers: NDQ_001625

answers: Contour lines

text: Since 1903, five separate editions of paper, bathymetric contour charts covering the whole world have been produced. GEBCO is now maintained in digital form as the GEBCO Digital Atlas.

text: Since 1903, five separate editions of paper, bathymetric contour charts covering the whole world have been produced. GEBCO is now maintained in digital form as the GEBCO Digital Atlas.

answers: NDQ_001586

answers: not enough information

answers: NDQ_001587

answers: How many editions of paper bathymetric contour charts have been produced since 1903?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: digital

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: bathymetric

answers: NDQ_001592

answers: cover the whole world

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: the GEBCO Digital Atlas

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: yes

answers: NDQ_001598

answers: contour charts

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Why do contour lines help to see the three-dimensional shape of the land

answers: NDQ_001611

answers: Which of the following is not an example of a contour line?

answers: NDQ_001613

answers: Which of the following is not a type of chart: paper, bathymetric contour charts or digital?

answers: NDQ_001614

answers: What does GEBCO stand for?

answers: NDQ_001618

answers: bathymetric

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: bathymetric

answers: NDQ_001621

answers: contour charts

answers: NDQ_001622

answers: bathymetric

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: bathymetric

answers: NDQ_001625

answers: bathymetric

answers: NDQ_001586

answers: bathymetric contour charts

answers: NDQ_001587

answers: bathymetric contour charts

answers: NDQ_001588

answers: bathymetric contour charts

answers: NDQ_001589

answers: covering the whole world

answers: NDQ_001590

answers: bathymetric contour charts

answers: NDQ_001591

answers: bathymetric

answers: NDQ_001592

answers: covering the whole world

answers: NDQ_001593

answers: bathymetric contour charts

answers: NDQ_001594

answers: bathymetric contour charts

answers: NDQ_001595

answers: five

answers: NDQ_001597

answers: bathymetric contour charts

answers: NDQ_001598

answers: bathymetric contour charts

answers: NDQ_001600

answers: bathymetric contour charts

answers: NDQ_001603

answers: bathymetric contour charts

answers: NDQ_001605

answers: bathymetric contour charts

answers: NDQ_001606

answers: contour charts

answers: NDQ_001608

answers: bathymetric contour charts

answers: NDQ_001611

answers: Since 1903,

answers: NDQ_001613

answers: bathymetric contour charts

answers: NDQ_001614

answers: bathymetric contour charts

answers: NDQ_001618

answers: bathymetric

answers: NDQ_001619

answers: bathymetric contour charts

answers: NDQ_001620

answers: bathymetric

answers: NDQ_001621

answers: bathymetric contour charts

answers: NDQ_001622

answers: bathymetric

answers: NDQ_001623

answers: bathymetric contour charts

answers: NDQ_001624

answers: bathymetric

answers: NDQ_001625

answers: GEBCO

text: The government of Morocco published accurate topographical maps of the region in 1968, including contours, peaks, and some of the paths and springs. This can be purchased from the Division de Cartographie in major Moroccan cities. The Ayachi region is covered by the maps of the Midelt and Er-Rich districts.

text: The government of Morocco published accurate topographical maps of the region in 1968, including contours, peaks, and some of the paths and springs. This can be purchased from the Division de Cartographie in major Moroccan cities. The Ayachi region is covered by the maps of the

text: Midelt

text: and

text: Er-Rich

text: districts.

answers: NDQ_001586

answers: None

answers: NDQ_001587

answers: The government of Morocco published accurate topographical maps of the region in what year?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: can be purchased from the Division de Cartographie in major Moroccan cities

answers: NDQ_001590

answers: What can be purchased from the Division de Cartographie in major Moroccan cities

answers: NDQ_001591

answers: peaks

answers: NDQ_001592

answers: peaks

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: contours

answers: NDQ_001600

answers: The government of Morocco published accurate topographical maps

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What can be purchased from the Division de Cartographie in major Moroccan cities

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What can be purchased from the Division de Cartographie in major Moroccan cities

answers: NDQ_001611

answers: The government of Morocco published accurate topographical maps

answers: NDQ_001613

answers: Which of the following is not a type of hatch mark: contours, peaks, or springs?

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: peaks

answers: NDQ_001619

answers: contours

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: contours

answers: NDQ_001622

answers: peaks

answers: NDQ_001623

answers: contours

answers: NDQ_001624

answers: peaks

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: contours,

answers: NDQ_001587

answers: contours, peaks, and some of the paths and springs.

answers: NDQ_001588

answers: contours,

answers: NDQ_001589

answers: contours, peaks, and some of the paths and springs.

answers: NDQ_001590

answers: contours,

answers: NDQ_001591

answers: peaks,

answers: NDQ_001592

answers: paths and springs.

answers: NDQ_001593

answers: contours,

answers: NDQ_001594

answers: contours,

answers: NDQ_001595

answers: contours,

answers: NDQ_001597

answers: contours, peaks, and some of the paths and springs.

answers: NDQ_001598

answers: contours, peaks,

answers: NDQ_001600

answers: contours,

answers: NDQ_001603

answers: topographical maps

answers: NDQ_001605

answers: Division de Cartographie

answers: NDQ_001606

answers: contours,

answers: NDQ_001608

answers: contours,

answers: NDQ_001611

answers: peaks,

answers: NDQ_001613

answers: peaks, and some of the paths and springs.

answers: NDQ_001614

answers: topographical maps

answers: NDQ_001618

answers: peaks, and some of the paths and springs.

answers: NDQ_001619

answers: springs.

answers: NDQ_001620

answers: peaks,

answers: NDQ_001621

answers: contours,

answers: NDQ_001622

answers: peaks, and some of the paths and springs.

answers: NDQ_001623

answers: contours,

answers: NDQ_001624

answers: peaks, and some of the paths and springs.

answers: NDQ_001625

answers: contours,

text: The highest point in the park, according to a U.S. Geological Survey topographical map, is a peak  in elevation nearly due west of the southern cinder cone, standing above the eastern edge of the east fork of Snow Canyon.

text: The highest point in the park, according to a

text: U.S. Geological Survey

text: topographical map, is a peak  in elevation nearly due west of the southern cinder cone, standing above the eastern edge of the east fork of Snow Canyon.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: Which of the following is not a topographic feature: the eastern edge of the east fork of Snow Canyon or the southern cinder cone?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the highest point in the park, according to a U.S. Geological Survey topographical map, is a peak in elevation nearly due west of the southern cinder cone

answers: NDQ_001590

answers: What is the highest point in the park?

answers: NDQ_001591

answers: elevation

answers: NDQ_001592

answers: the highest point in the park

answers: NDQ_001593

answers: Yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Yes

answers: NDQ_001598

answers: west

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: None of the above choices.

answers: NDQ_001613

answers: None of the above choices.

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: the highest point

answers: NDQ_001619

answers: can not be used to answer this question

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: topographical map

answers: NDQ_001622

answers: cinder cone

answers: NDQ_001623

answers: is a line

answers: NDQ_001624

answers: southern cinder cone

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: southern cinder cone,

answers: NDQ_001587

answers: Snow Canyon.

answers: NDQ_001588

answers: east fork of Snow Canyon.

answers: NDQ_001589

answers: a peak in elevation nearly due west of the southern cinder cone,

answers: NDQ_001590

answers: nearly due west of the southern cinder cone,

answers: NDQ_001591

answers: peak in elevation

answers: NDQ_001592

answers: elevation nearly due west of the southern cinder cone,

answers: NDQ_001593

answers: nearly due west of the southern cinder cone,

answers: NDQ_001594

answers: cinder cone,

answers: NDQ_001595

answers: due west of the southern cinder cone,

answers: NDQ_001597

answers: west

answers: NDQ_001598

answers: west

answers: NDQ_001600

answers: cinder cone,

answers: NDQ_001603

answers: U.S. Geological Survey

answers: NDQ_001605

answers: cinder cone,

answers: NDQ_001606

answers: due west of the southern cinder cone,

answers: NDQ_001608

answers: cinder cone,

answers: NDQ_001611

answers: cinder cone,

answers: NDQ_001613

answers: due west of the southern cinder cone,

answers: NDQ_001614

answers: Snow Canyon.

answers: NDQ_001618

answers: cinder cone,

answers: NDQ_001619

answers: Snow Canyon.

answers: NDQ_001620

answers: nearly due west of the southern cinder cone,

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: cinder cone,

answers: NDQ_001623

answers: due west of the southern cinder cone,

answers: NDQ_001624

answers: cinder cone,

answers: NDQ_001625

answers: due west of the southern cinder cone,

text: Water levels or pressures can be contoured similar to elevation on topographic maps. Contour maps often show “bulls-eyes” around pumped wells that represent the cones of depression. In huge municipal wells, these cones of depression often can extend many miles from the pumped well. For many domestic wells, the cones of depression often are too small to even show up on such maps. Again, this really depends on the rate of pumping and the aquifer material.

text: Water levels or pressures can be contoured similar to elevation on

text: topographic map

text: s.

text: Contour map

text: s often show “bulls-eyes” around pumped wells that represent the cones of depression. In huge municipal wells, these cones of depression often can extend many miles from the pumped well. For many domestic wells, the cones of depression often are too small to even show up on such maps. Again, this really depends on the rate of pumping and the

text: aquifer

text: material.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: can be used to show how deep a well is

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: can be contoured similar to elevation on topographic maps

answers: NDQ_001590

answers: What is contoured similar to elevation on topographic maps?

answers: NDQ_001591

answers: Water levels or pressures

answers: NDQ_001592

answers: Cones of depression

answers: NDQ_001593

answers: What can be contoured similar to elevation?

answers: NDQ_001594

answers: Cones of depression

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: slopes

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: no

answers: NDQ_001605

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

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: Which of the following is not a benefit of contour lines?

answers: NDQ_001611

answers: Cones of depression that are too small to even show up on such maps

answers: NDQ_001613

answers: Which of the following is not a type of bulls-eye?

answers: NDQ_001614

answers: Which is not true?

answers: NDQ_001618

answers: bulls-eyes

answers: NDQ_001619

answers: contour

answers: NDQ_001620

answers: water levels

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: bulls-eyes

answers: NDQ_001623

answers: Cones

answers: NDQ_001624

answers: bulls-eyes

answers: NDQ_001625

answers: miles

answers: NDQ_001586

answers: “bulls-eyes”

answers: NDQ_001587

answers: Contour maps

answers: NDQ_001588

answers: “bulls-eyes”

answers: NDQ_001589

answers: elevation

answers: NDQ_001590

answers: Contour maps often show “bulls-eyes”

answers: NDQ_001591

answers: cones of depression.

answers: NDQ_001592

answers: contoured similar to elevation

answers: NDQ_001593

answers: elevation

answers: NDQ_001594

answers: Contour maps often show “bulls-eyes”

answers: NDQ_001595

answers: miles

answers: NDQ_001597

answers: Contour maps often show “bulls-eyes”

answers: NDQ_001598

answers: elevation

answers: NDQ_001600

answers: “bulls-eyes”

answers: NDQ_001603

answers: domestic wells, the cones of depression often are too small

answers: NDQ_001605

answers: “bulls-eyes”

answers: NDQ_001606

answers: Contour maps

answers: NDQ_001608

answers: topographic maps.

answers: NDQ_001611

answers: cones of depression often can extend many miles from the pumped well.

answers: NDQ_001613

answers: “bulls-eyes”

answers: NDQ_001614

answers: topographic maps.

answers: NDQ_001618

answers: cones of depression.

answers: NDQ_001619

answers: Contour maps

answers: NDQ_001620

answers: “bulls-eyes”

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: cones of depression.

answers: NDQ_001623

answers: “bulls-eyes”

answers: NDQ_001624

answers: cones of depression.

answers: NDQ_001625

answers: miles

text: Panagyurishte Nunatak is located at , which is 2.8 km south of Crutch Peaks, 3.4 km west-southwest of Sevtopolis Peak, and 1.38 km northeast of Kerseblept Nunatak (Bulgarian topographic survey Tangra 2004/05 and mapping in 2009).

text: Panagyurishte Nunatak is located at , which is 2.8 km south of

text: Crutch Peaks

text: , 3.4 km west-southwest of

text: Sevtopolis Peak

text: , and 1.38 km northeast of

text: Kerseblept Nunatak

text: (Bulgarian topographic survey

text: Tangra 2004/05

text: and mapping in 2009).

answers: NDQ_001586

answers: None

answers: NDQ_001587

answers: Panagyurishte Nunatak

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Panagyurishte Nunatak is located at

answers: NDQ_001590

answers: The contour interval of a topographic map represents the horizontal distance between contour lines.

answers: NDQ_001591

answers: topographic survey

answers: NDQ_001592

answers: determine the location of a mountain

answers: NDQ_001593

answers: What is the slope of the land?

answers: NDQ_001594

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

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: west-southwest

answers: NDQ_001598

answers: northeast

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What is the main idea of this passage?

answers: NDQ_001606

answers: How many km is the difference between Crutch Peaks and Sevtopolis Peak?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

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

answers: NDQ_001613

answers: The side of the circle with the higher elevation

answers: NDQ_001614

answers: Which of the following is not a topographic feature?

answers: NDQ_001618

answers: Crutch Peaks

answers: NDQ_001619

answers: NDQ_001620

answers: 1.38 km

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: unnamed

answers: NDQ_001623

answers: parallel line

answers: NDQ_001624

answers: v-shaped contour lines

answers: NDQ_001625

answers: 1.38 km

answers: NDQ_001586

answers: 1.38 km northeast of Kerseblept Nunatak

answers: NDQ_001587

answers: 1.38 km northeast of Kerseblept Nunatak

answers: NDQ_001588

answers: 1.38 km northeast of Kerseblept Nunatak

answers: NDQ_001589

answers: 2.8 km south of Crutch Peaks,

answers: NDQ_001590

answers: 1.38 km northeast of Kerseblept Nunatak

answers: NDQ_001591

answers: Panagyurishte Nunatak

answers: NDQ_001592

answers: 2.8 km south of Crutch Peaks,

answers: NDQ_001593

answers: 3.4 km west-southwest

answers: NDQ_001594

answers: 1.38 km northeast of Kerseblept Nunatak

answers: NDQ_001595

answers: 2.8

answers: NDQ_001597

answers: west-southwest

answers: NDQ_001598

answers: west-southwest

answers: NDQ_001600

answers: 2.8 km south of Crutch Peaks,

answers: NDQ_001603

answers: Panagyurishte Nunatak

answers: NDQ_001605

answers: Panagyurishte Nunatak

answers: NDQ_001606

answers: 2.8 km south of Crutch Peaks,

answers: NDQ_001608

answers: 3.4 km west-southwest of Sevtopolis Peak,

answers: NDQ_001611

answers: Sevtopolis Peak,

answers: NDQ_001613

answers: 3.4 km west-southwest of Sevtopolis Peak,

answers: NDQ_001614

answers: 2.8 km south of Crutch Peaks,

answers: NDQ_001618

answers: Panagyurishte Nunatak

answers: NDQ_001619

answers: 1.38 km northeast of Kerseblept Nunatak

answers: NDQ_001620

answers: 3.4 km

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Panagyurishte Nunatak

answers: NDQ_001623

answers: west-southwest of Sevtopolis Peak,

answers: NDQ_001624

answers: Panagyurishte Nunatak

answers: NDQ_001625

answers: 1.38

text: Users can browse and search topographically-shaded street maps for many cities worldwide. Maps include certain points of interest built-in, such as metro stations, stadiums, hospitals, and other facilities. It is also possible to browse public user-created points of interest. Searches can cover public collections, businesses or types of business, locations, or people. Five street map views are available: Road View, Aerial View, Bird’s Eye View, StreetSide View, and 3D View.

text: Users can browse and search topographically-shaded

text: street map

text: s for many cities worldwide. Maps include certain points of interest built-in, such as metro stations, stadiums, hospitals, and other facilities. It is also possible to browse public user-created points of interest. Searches can cover public collections, businesses or types of business, locations, or people. Five street map views are available: Road View, Aerial View, Bird’s Eye View, StreetSide View, and 3D View.

answers: NDQ_001586

answers: changes in elevation

answers: NDQ_001587

answers: What is the name of the most popular map view?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: It is also possible to browse public user-created points of interest

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: points of interest

answers: NDQ_001592

answers: user-created points of interest

answers: NDQ_001593

answers: slope of the land

answers: NDQ_001594

answers: contour lines

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Aerial View

answers: NDQ_001598

answers: Aerial View

answers: NDQ_001600

answers: contour lines are so close together that they almost touch

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: Which of the following is not a feature of topographically-shaded street maps?

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: StreetSide View

answers: NDQ_001613

answers: side of the circle with the higher elevation

answers: NDQ_001614

answers: Which of the following is not a feature of topographic maps: vertical distances or horizontal distances?

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: Aerial View

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: Aerial View

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: metro stations

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: 3D View.

answers: NDQ_001587

answers: StreetSide View, and 3D View.

answers: NDQ_001588

answers: topographically-shaded street maps

answers: NDQ_001589

answers: topographically-shaded street maps

answers: NDQ_001590

answers: topographically-shaded street maps

answers: NDQ_001591

answers: points of interest

answers: NDQ_001592

answers: user-created points of interest.

answers: NDQ_001593

answers: topographically-shaded street maps

answers: NDQ_001594

answers: topographically-shaded street maps

answers: NDQ_001595

answers: Five street map views are available: Road View,

answers: NDQ_001597

answers: topographically-shaded street maps

answers: NDQ_001598

answers: Bird’s Eye View, StreetSide View, and 3D View.

answers: NDQ_001600

answers: topographically-shaded street maps

answers: NDQ_001603

answers: topographically-shaded street maps

answers: NDQ_001605

answers: topographically-shaded

answers: NDQ_001606

answers: topographically-shaded street maps

answers: NDQ_001608

answers: 3D View.

answers: NDQ_001611

answers: topographically-shaded street maps

answers: NDQ_001613

answers: Aerial View,

answers: NDQ_001614

answers: topographically-shaded street maps

answers: NDQ_001618

answers: metro stations, stadiums, hospitals, and other facilities.

answers: NDQ_001619

answers: topographically-shaded street maps

answers: NDQ_001620

answers: Road View, Aerial View,

answers: NDQ_001621

answers: Aerial View,

answers: NDQ_001622

answers: metro stations,

answers: NDQ_001623

answers: Aerial View,

answers: NDQ_001624

answers: metro stations, stadiums, hospitals, and other facilities.

answers: NDQ_001625

answers: Road View,

text: Dutch Topographic map of Heerhugowaard (town), March 2014.

text: Dutch Topographic map of Heerhugowaard (town), March 2014.

answers: NDQ_001586

answers: change in elevation

answers: NDQ_001587

answers: of a town in the Netherlands

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is a map of the ocean

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: landform

answers: NDQ_001592

answers: orient itself

answers: NDQ_001593

answers: How does a topographic map work?

answers: NDQ_001594

answers: contour lines represent the distance to the bottom

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that streams flow

answers: NDQ_001598

answers: side of mountain is steepest

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a valley

answers: NDQ_001603

answers: What is the purpose of this map?

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: How do contour lines help us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: A hill that is very far apart shows a low, steep hill.

answers: NDQ_001613

answers: the side with the lower elevation

answers: NDQ_001614

answers: Which of the following is not a feature of a topographic map?

answers: NDQ_001618

answers: contour lines with hatch marks

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: contour lines

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: contour lines

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Heerhugowaard (town), March 2014.

answers: NDQ_001587

answers: Heerhugowaard (town), March 2014.

answers: NDQ_001588

answers: Heerhugowaard (town), March 2014.

answers: NDQ_001589

answers: Topographic

answers: NDQ_001590

answers: Heerhugowaard (town), March 2014.

answers: NDQ_001591

answers: Topographic map

answers: NDQ_001592

answers: Heerhugowaard (town), March 2014.

answers: NDQ_001593

answers: Topographic map of Heerhugowaard

answers: NDQ_001594

answers: Heerhugowaard (town), March 2014.

answers: NDQ_001595

answers: 2014.

answers: NDQ_001597

answers: Topographic map of Heerhugowaard

answers: NDQ_001598

answers: Topographic map of Heerhugowaard

answers: NDQ_001600

answers: Heerhugowaard (town), March 2014.

answers: NDQ_001603

answers: Heerhugowaard (town), March 2014.

answers: NDQ_001605

answers: Heerhugowaard (town), March 2014.

answers: NDQ_001606

answers: Heerhugowaard

answers: NDQ_001608

answers: Dutch Topographic map

answers: NDQ_001611

answers: Dutch Topographic map of Heerhugowaard

answers: NDQ_001613

answers: Heerhugowaard (town), March 2014.

answers: NDQ_001614

answers: Heerhugowaard (town), March 2014.

answers: NDQ_001618

answers: Heerhugowaard

answers: NDQ_001619

answers: Topographic map

answers: NDQ_001620

answers: 2014.

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Heerhugowaard

answers: NDQ_001623

answers: Dutch Topographic map of Heerhugowaard

answers: NDQ_001624

answers: Heerhugowaard

answers: NDQ_001625

answers: 2014.

text: Dutch Topographic map of the municipality of Peel en Maas, June 2015

text: Dutch Topographic map of the municipality of Peel en Maas, June 2015

answers: NDQ_001586

answers: changes in elevation

answers: NDQ_001587

answers: is shown on the map.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is not a topographic map

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: ridges

answers: NDQ_001592

answers: show the location of landmarks

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: contour lines represent the distance to the bottom

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: contour lines are so close together that they almost touch

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval

answers: NDQ_001608

answers: How do contour lines help us to see the shape of the land?

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: The side of the circle with the higher elevation

answers: NDQ_001614

answers: Which of the following is not a feature of topographic maps?

answers: NDQ_001618

answers: concentric contour lines

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: is the difference in elevation

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: ridges

answers: NDQ_001623

answers: parallel lines

answers: NDQ_001624

answers: ridges

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Dutch Topographic map of the municipality of Peel en Maas,

answers: NDQ_001587

answers: Dutch Topographic map of the municipality of Peel en Maas,

answers: NDQ_001588

answers: Peel en Maas,

answers: NDQ_001589

answers: Topographic

answers: NDQ_001590

answers: Dutch Topographic map of the municipality of Peel en Maas,

answers: NDQ_001591

answers: municipality of Peel en Maas,

answers: NDQ_001592

answers: municipality of Peel en Maas,

answers: NDQ_001593

answers: Topographic map of the municipality of Peel en Maas,

answers: NDQ_001594

answers: Dutch Topographic map of the municipality of Peel en Maas,

answers: NDQ_001595

answers: 2015

answers: NDQ_001597

answers: Dutch Topographic map of the municipality of Peel en Maas,

answers: NDQ_001598

answers: Dutch Topographic map of the municipality of Peel en Maas,

answers: NDQ_001600

answers: Peel en Maas,

answers: NDQ_001603

answers: Dutch Topographic map of the municipality of Peel en Maas,

answers: NDQ_001605

answers: Dutch Topographic map of the municipality of Peel en Maas,

answers: NDQ_001606

answers: Dutch Topographic map of the municipality of Peel en Maas,

answers: NDQ_001608

answers: Dutch Topographic map of the municipality of Peel en Maas,

answers: NDQ_001611

answers: Dutch Topographic map of the municipality of Peel en Maas,

answers: NDQ_001613

answers: Dutch Topographic map of the municipality of Peel en Maas,

answers: NDQ_001614

answers: Dutch Topographic map of the municipality of Peel en Maas,

answers: NDQ_001618

answers: Peel en Maas,

answers: NDQ_001619

answers: Topographic map

answers: NDQ_001620

answers: Dutch Topographic map of the municipality of Peel en Maas,

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: municipality of Peel en Maas,

answers: NDQ_001623

answers: Dutch Topographic map of the municipality of Peel en Maas,

answers: NDQ_001624

answers: Peel en Maas,

answers: NDQ_001625

answers: 2015

text: The -high Calmont summit lies 293.1 metres above the Moselle, on which the lowest contour line on topographic maps is . It is also an average of about 270 metres above Bremm. Around 215 metres east-northeast of the summit is a spot height of .

text: The -high Calmont summit lies 293.1 metres above the Moselle, on which the lowest

text: contour line

text: on

text: topographic map

text: s is . It is also an average of about 270 metres above Bremm. Around 215 metres east-northeast of the summit is a

text: spot height

text: of .

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: can be used to show the elevation difference between Calmont and Bremm

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the lowest contour line on bathymetric maps is

answers: NDQ_001590

answers: the lowest contour line on topographic maps

answers: NDQ_001591

answers: above Bremm

answers: NDQ_001592

answers: the lowest contour line

answers: NDQ_001593

answers: 270 metres

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: east-northeast

answers: NDQ_001598

answers: lowest contour line

answers: NDQ_001600

answers: a plateau

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: the contour interval

answers: NDQ_001608

answers: Yes

answers: NDQ_001611

answers: very far apart

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: yes

answers: NDQ_001618

answers: Calmont summit

answers: NDQ_001619

answers: contour line

answers: NDQ_001620

answers: 293.1 metres

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: highest contour line

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: Bremm

answers: NDQ_001625

answers: lowest contour line

answers: NDQ_001586

answers: the lowest contour line

answers: NDQ_001587

answers: 270 metres above Bremm.

answers: NDQ_001588

answers: lowest

answers: NDQ_001589

answers: lowest contour line

answers: NDQ_001590

answers: lowest contour line

answers: NDQ_001591

answers: lowest contour line on topographic maps

answers: NDQ_001592

answers: lowest contour line

answers: NDQ_001593

answers: lowest contour line

answers: NDQ_001594

answers: 270 metres above Bremm.

answers: NDQ_001595

answers: lowest contour line

answers: NDQ_001597

answers: east-northeast

answers: NDQ_001598

answers: lowest contour line

answers: NDQ_001600

answers: lowest contour line

answers: NDQ_001603

answers: lowest contour line on topographic maps

answers: NDQ_001605

answers: topographic maps

answers: NDQ_001606

answers: lowest contour line

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: contour line

answers: NDQ_001613

answers: lowest contour line

answers: NDQ_001614

answers: 270 metres above Bremm.

answers: NDQ_001618

answers: Calmont summit

answers: NDQ_001619

answers: lowest contour line on topographic maps

answers: NDQ_001620

answers: lowest contour line

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: lowest

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: lowest

answers: NDQ_001625

answers: lowest

text: Nicolas F. Shi is an artist in Washington, D.C. He is best known for paintings that create an illusion of depth through contour lines like those on a topographic map, with the space between adjacent ones of the contour lines being filled by a single color.

text: Nicolas F. Shi is an

text: artist

text: in

text: Washington, D.C.

text: He is best known for

text: painting

text: s that create an illusion of depth through

text: contour line

text: s like those on a

text: topographic map

text: , with the space between adjacent ones of the contour lines being filled by a single color.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: can be used to show what?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: space between adjacent ones of the contour lines being filled with a single color

answers: NDQ_001590

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

answers: NDQ_001591

answers: depth

answers: NDQ_001592

answers: fill the space between adjacent ones

answers: NDQ_001593

answers: (d).

answers: NDQ_001594

answers: no

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: (d).

answers: NDQ_001606

answers: (d).

answers: NDQ_001608

answers: Yes

answers: NDQ_001611

answers: (iv)

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: no

answers: NDQ_001618

answers: depth

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: does not matter

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: unanswerable

answers: NDQ_001625

answers: one color

answers: NDQ_001586

answers: space between adjacent ones of the contour lines being filled by a single color.

answers: NDQ_001587

answers: topographic map,

answers: NDQ_001588

answers: adjacent ones

answers: NDQ_001589

answers: a single color.

answers: NDQ_001590

answers: contour lines

answers: NDQ_001591

answers: depth

answers: NDQ_001592

answers: create an illusion of depth

answers: NDQ_001593

answers: contour lines

answers: NDQ_001594

answers: contour lines

answers: NDQ_001595

answers: space between adjacent ones

answers: NDQ_001597

answers: contour lines

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: space between adjacent ones of the contour lines being filled by a single color.

answers: NDQ_001603

answers: topographic map,

answers: NDQ_001605

answers: single color.

answers: NDQ_001606

answers: space between adjacent ones of the contour lines being filled by a single color.

answers: NDQ_001608

answers: illusion of depth

answers: NDQ_001611

answers: contour lines

answers: NDQ_001613

answers: contour lines

answers: NDQ_001614

answers: topographic map,

answers: NDQ_001618

answers: depth

answers: NDQ_001619

answers: topographic map,

answers: NDQ_001620

answers: space between adjacent ones of the contour lines being filled by a single color.

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: depth

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: illusion of depth

answers: NDQ_001625

answers: space between adjacent ones

text: A user can enter different kinds of data in map form into a GIS to begin their analysis, such as United States Geological Survey (USGS) digital line graph data, contour lines, elevation maps, topographic maps, geologic maps, and satellite imagery.  A user can also convert digital information into forms that a GIS can identify and utilize, such as census tabular data or Microsoft Excel files.  Users can easily capture digital data in a GIS.  If the data is not digital, then users will need to employ various techniques to capture the data, such as digitizing maps by hand-tracing with a computer mouse, utilizing a digitizing tablet to collect feature coordinates, using electronic scanners, or uploading Global Positioning System (GPS) coordinates.

text: A user can enter different kinds of data in map form into a GIS to begin their analysis, such as

text: United States Geological Survey

text: (USGS) digital line graph data, contour lines, elevation maps,

text: topographic map

text: s,

text: geologic maps

text: , and satellite imagery.  A user can also convert digital information into forms that a GIS can identify and utilize, such as census tabular data or Microsoft Excel files.  Users can easily capture digital data in a GIS.  If the data is not digital, then users will need to employ various techniques to capture the data, such as digitizing maps by hand-tracing with a computer mouse, utilizing a

text: digitizing tablet

text: to collect feature coordinates, using electronic scanners, or uploading

text: Global Positioning System

text: (GPS) coordinates.

answers: NDQ_001586

answers: contour lines

answers: NDQ_001587

answers: is a type of map that shows

answers: NDQ_001588

answers: intersect

answers: NDQ_001589

answers: can enter different kinds of data in map form

answers: NDQ_001590

answers: What is a contour interval?

answers: NDQ_001591

answers: topographic maps

answers: NDQ_001592

answers: capture feature coordinates

answers: NDQ_001593

answers: slope

answers: NDQ_001594

answers: contour lines

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: rivers and streams flow

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: contour lines are so close together that they almost touch

answers: NDQ_001603

answers: unanswerable

answers: NDQ_001605

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

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: What can contour lines help us to see?

answers: NDQ_001611

answers: contour lines

answers: NDQ_001613

answers: side of the circle with the higher elevation

answers: NDQ_001614

answers: vertical distances

answers: NDQ_001618

answers: contour lines

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: elevation maps

answers: NDQ_001622

answers: elevation maps

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: contour lines

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: contour lines, elevation maps,

answers: NDQ_001587

answers: contour lines,

answers: NDQ_001588

answers: contour lines,

answers: NDQ_001589

answers: elevation maps,

answers: NDQ_001590

answers: contour lines,

answers: NDQ_001591

answers: data,

answers: NDQ_001592

answers: elevation maps,

answers: NDQ_001593

answers: topographic maps,

answers: NDQ_001594

answers: contour lines,

answers: NDQ_001595

answers: contour lines,

answers: NDQ_001597

answers: topographic maps,

answers: NDQ_001598

answers: topographic maps,

answers: NDQ_001600

answers: contour lines,

answers: NDQ_001603

answers: topographic maps,

answers: NDQ_001605

answers: satellite imagery.

answers: NDQ_001606

answers: contour lines,

answers: NDQ_001608

answers: contour lines,

answers: NDQ_001611

answers: contour lines,

answers: NDQ_001613

answers: contour lines, elevation maps,

answers: NDQ_001614

answers: topographic maps,

answers: NDQ_001618

answers: contour lines,

answers: NDQ_001619

answers: contour lines,

answers: NDQ_001620

answers: contour lines,

answers: NDQ_001621

answers: elevation maps,

answers: NDQ_001622

answers: contour lines,

answers: NDQ_001623

answers: contour lines,

answers: NDQ_001624

answers: contour lines,

answers: NDQ_001625

answers: contour lines,

text: Bathymetric data obtained during the course of the expedition (December 1872 – May 1876) of the British Royal Navy survey ship HMS Challenger enabled scientists to draw maps, which provided a rough outline of certain major submarine terrain features, such as the edge of the continental shelves and the Mid-Atlantic Ridge. This discontinuous set of data points was obtained by the simple technique of taking soundings by lowering long lines from the ship to the seabed. Among the many discoveries of the Challenger expedition was the identification of the Challenger Deep. This depression, located at the southern end of the Mariana Trench near the Mariana Islands group, is the deepest surveyed point of the World Ocean. The Challenger scientists made the first recordings of its depth on 23 March 1875 at station 225. The reported depth was 4,475 fathoms (8184 meters) based on two separate soundings.

text: Bathymetric

text: data obtained during the course of the

text: expedition

text: (December 1872 – May 1876) of the British

text: Royal Navy

text: survey ship

text: HMS Challenger

text: enabled scientists to draw maps, which provided a rough outline of certain major

entity_name: List of submarine topographical features

text: submarine terrain features

text: , such as the edge of the

text: continental shelves

text: and the

text: Mid-Atlantic Ridge

text: . This discontinuous set of data points was obtained by the simple technique of taking

text: soundings

text: by lowering long lines from the ship to the

text: seabed

text: . Among the many discoveries of the Challenger expedition was the identification of the Challenger Deep. This depression, located at the southern end of the

text: Mariana Trench

text: near the

text: Mariana Islands

text: group, is the deepest

text: surveyed

text: point of the

text: World Ocean

text: . The Challenger scientists made the first recordings of its depth on 23 March 1875 at station 225. The reported depth was 4,475

text: fathom

text: s (8184 meters) based on two separate soundings.

answers: NDQ_001586

answers: What is the deepest surveyed point of the World Ocean?

answers: NDQ_001587

answers: What is the name of the deepest surveyed point of the World Ocean?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: provided a rough outline of certain major submarine terrain features

answers: NDQ_001590

answers: What is the reported depth of the World Ocean?

answers: NDQ_001591

answers: major submarine terrain features

answers: NDQ_001592

answers: identify the Challenger Deep

answers: NDQ_001593

answers: unanswerable

answers: NDQ_001594

answers: long lines from the ship to the seabed

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: the Mid-Atlantic Ridge

answers: NDQ_001600

answers: what is the deepest surveyed point of the World Ocean

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What is the name of the deepest surveyed point of the World Ocean?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: What is the name of the British Royal Navy survey ship

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is drawn on the side of the circle with the higher elevation?

answers: NDQ_001614

answers: What did the British Royal Navy survey ship HMS Challenger do?

answers: NDQ_001618

answers: the Mid-Atlantic Ridge

answers: NDQ_001619

answers: Bathymetric data

answers: NDQ_001620

answers: 8184 meters

answers: NDQ_001621

answers: terrain features

answers: NDQ_001622

answers: Submarine terrain features

answers: NDQ_001623

answers: discontinuous set of data points

answers: NDQ_001624

answers: Mid-Atlantic Ridge

answers: NDQ_001625

answers: 8184 meters

answers: NDQ_001586

answers: lowering long lines from the ship to the seabed.

answers: NDQ_001587

answers: lowering long lines from the ship to the seabed.

answers: NDQ_001588

answers: Challenger Deep.

answers: NDQ_001589

answers: a rough outline of certain major submarine terrain features,

answers: NDQ_001590

answers: Challenger Deep.

answers: NDQ_001591

answers: major submarine terrain features,

answers: NDQ_001592

answers: major submarine terrain features,

answers: NDQ_001593

answers: Bathymetric data

answers: NDQ_001594

answers: lowering long lines from the ship to the seabed.

answers: NDQ_001595

answers: (December 1872 – May 1876)

answers: NDQ_001597

answers: Bathymetric data

answers: NDQ_001598

answers: (December 1872 – May 1876)

answers: NDQ_001600

answers: Mid-Atlantic Ridge.

answers: NDQ_001603

answers: a rough outline of certain major submarine terrain features,

answers: NDQ_001605

answers: Mid-Atlantic Ridge.

answers: NDQ_001606

answers: (December 1872 – May 1876)

answers: NDQ_001608

answers: maps,

answers: NDQ_001611

answers: Mid-Atlantic Ridge.

answers: NDQ_001613

answers: Mid-Atlantic Ridge.

answers: NDQ_001614

answers: Bathymetric data

answers: NDQ_001618

answers: Mid-Atlantic Ridge.

answers: NDQ_001619

answers: Bathymetric data

answers: NDQ_001620

answers: (8184 meters)

answers: NDQ_001621

answers: submarine terrain features,

answers: NDQ_001622

answers: Mid-Atlantic Ridge.

answers: NDQ_001623

answers: Mid-Atlantic Ridge.

answers: NDQ_001624

answers: Mid-Atlantic Ridge.

answers: NDQ_001625

answers: (8184 meters)

text: The elevations listed below are those officially described on the list (based on USGS topographic map contours), and may not be the actual elevations of those peaks, although they are usually accurate to within 50 feet.

text: The elevations listed below are those officially described on the list (based on USGS topographic map contours), and may not be the actual elevations of those peaks, although they are usually accurate to within 50 feet.

answers: NDQ_001586

answers: Yes

answers: NDQ_001587

answers: The elevations listed below are those officially described on the list (based on USGS topographic map contours).

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: may not be the actual elevations of those peaks

answers: NDQ_001590

answers: What is a contour line?

answers: NDQ_001591

answers: elevations

answers: NDQ_001592

answers: actual elevations

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: NDQ_001598

answers: contours

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Concentric lines that are very far apart

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: USGS

answers: NDQ_001619

answers: contours

answers: NDQ_001620

answers: isosceles

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: peaks

answers: NDQ_001623

answers: contours

answers: NDQ_001624

answers: USGS

answers: NDQ_001625

answers: 50 feet

answers: NDQ_001586

answers: may not be the actual elevations of those peaks,

answers: NDQ_001587

answers: USGS topographic map contours),

answers: NDQ_001588

answers: USGS topographic map contours),

answers: NDQ_001589

answers: actual elevations of those peaks,

answers: NDQ_001590

answers: USGS topographic map contours),

answers: NDQ_001591

answers: actual elevations of those peaks,

answers: NDQ_001592

answers: actual elevations of those peaks,

answers: NDQ_001593

answers: USGS topographic map contours),

answers: NDQ_001594

answers: USGS topographic map contours),

answers: NDQ_001595

answers: 50 feet.

answers: NDQ_001597

answers: USGS topographic map contours),

answers: NDQ_001598

answers: USGS topographic map contours),

answers: NDQ_001600

answers: USGS topographic map contours),

answers: NDQ_001603

answers: they are usually accurate to within 50 feet.

answers: NDQ_001605

answers: USGS topographic map contours),

answers: NDQ_001606

answers: USGS topographic map contours),

answers: NDQ_001608

answers: USGS topographic map contours),

answers: NDQ_001611

answers: peaks,

answers: NDQ_001613

answers: USGS topographic map contours),

answers: NDQ_001614

answers: USGS topographic map contours),

answers: NDQ_001618

answers: USGS topographic map contours),

answers: NDQ_001619

answers: USGS topographic map contours),

answers: NDQ_001620

answers: 50 feet.

answers: NDQ_001621

answers: USGS topographic map contours),

answers: NDQ_001622

answers: peaks,

answers: NDQ_001623

answers: contours),

answers: NDQ_001624

answers: peaks,

answers: NDQ_001625

answers: 50 feet.

text: Meteorological contour lines are based on generalization from the point data received from weather stations. Weather stations are seldom exactly positioned at a contour line (when they are, this indicates a measurement precisely equal to the value of the contour). Instead, lines are drawn to best approximate the locations of exact values, based on the scattered information points available.

text: Meteorological contour lines are based on

text: generalization

text: from the point data received from

text: weather station

text: s. Weather stations are seldom exactly positioned at a contour line (when they are, this indicates a measurement precisely equal to the value of the contour). Instead, lines are drawn to best approximate the locations of exact values, based on the scattered information points available.

answers: NDQ_001586

answers: are drawn to best approximate the locations of exact values

answers: NDQ_001587

answers: What is the best way to draw a contour?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: weather stations are seldom exactly positioned at a contour line

answers: NDQ_001590

answers: what is the horizontal distance between contour lines

answers: NDQ_001591

answers: best approximate the locations of exact values

answers: NDQ_001592

answers: exact positioned at a contour line

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: the steepest

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: the contour interval

answers: NDQ_001608

answers: None of the above choices.

answers: NDQ_001611

answers: very far apart

answers: NDQ_001613

answers: the circle with the higher elevation

answers: NDQ_001614

answers: Which of the following is not true of meteorological contour lines?

answers: NDQ_001618

answers: a mountain

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: is a measurement

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: a mountain

answers: NDQ_001625

answers: best approximate the locations of exact values

answers: NDQ_001586

answers: Weather stations are seldom exactly positioned at a contour line

answers: NDQ_001587

answers: scattered information points

answers: NDQ_001588

answers: Meteorological contour lines

answers: NDQ_001589

answers: exactly positioned at a contour line

answers: NDQ_001590

answers: contour lines

answers: NDQ_001591

answers: a measurement precisely equal to the value of the contour).

answers: NDQ_001592

answers: exactly positioned at a contour line

answers: NDQ_001593

answers: Meteorological contour lines

answers: NDQ_001594

answers: lines are drawn to best approximate the locations of exact values,

answers: NDQ_001595

answers: Meteorological contour lines

answers: NDQ_001597

answers: Meteorological contour lines

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: a measurement precisely equal to the value of the contour).

answers: NDQ_001603

answers: Meteorological contour lines

answers: NDQ_001605

answers: Meteorological contour lines

answers: NDQ_001606

answers: Weather stations are seldom exactly positioned at a contour line

answers: NDQ_001608

answers: Weather stations are seldom exactly positioned at a contour line

answers: NDQ_001611

answers: Meteorological contour lines

answers: NDQ_001613

answers: lines are drawn to best approximate the locations of exact values,

answers: NDQ_001614

answers: Meteorological contour lines

answers: NDQ_001618

answers: Meteorological

answers: NDQ_001619

answers: Meteorological contour lines

answers: NDQ_001620

answers: precisely equal to the value of the contour).

answers: NDQ_001621

answers: Meteorological contour lines

answers: NDQ_001622

answers: Meteorological

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: Meteorological

answers: NDQ_001625

answers: Meteorological contour lines

text: Dutch Topographic map of the municipality of Wijk bij Duurstede, 2013.

text: Dutch Topographic map of the municipality of Wijk bij Duurstede, 2013.

answers: NDQ_001586

answers: change in elevation

answers: NDQ_001587

answers: A cross section of a city in the Netherlands.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is not a topographic map

answers: NDQ_001590

answers: The contour interval is the horizontal distance between

answers: NDQ_001591

answers: elevation change

answers: NDQ_001592

answers: Identify landmarks

answers: NDQ_001593

answers: How can you use a topographic map to determine the slope of the land

answers: NDQ_001594

answers: What are contour lines used for?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a valley

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is a contour line?

answers: NDQ_001611

answers: How would you describe the shape of the hill?

answers: NDQ_001613

answers: The side of the circle with the higher elevation

answers: NDQ_001614

answers: Which of the following is true of the Dutch Topographic map of Wijk bij Duurstede?

answers: NDQ_001618

answers: contour lines

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: is the difference in elevation

answers: NDQ_001621

answers: Topographic map

answers: NDQ_001622

answers: ridges

answers: NDQ_001623

answers: equator

answers: NDQ_001624

answers: ridges

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Topographic map of the municipality of Wijk bij Duurstede,

answers: NDQ_001587

answers: Wijk bij Duurstede,

answers: NDQ_001588

answers: Wijk bij Duurstede,

answers: NDQ_001589

answers: Topographic

answers: NDQ_001590

answers: Topographic map of the municipality of Wijk bij Duurstede,

answers: NDQ_001591

answers: municipality of Wijk bij Duurstede,

answers: NDQ_001592

answers: municipality of Wijk bij Duurstede,

answers: NDQ_001593

answers: Topographic map of the municipality of Wijk bij Duurstede,

answers: NDQ_001594

answers: Topographic map of the municipality of Wijk bij Duurstede,

answers: NDQ_001595

answers: 2013.

answers: NDQ_001597

answers: Topographic map of the municipality of Wijk bij Duurstede,

answers: NDQ_001598

answers: Topographic map of the municipality of Wijk bij Duurstede,

answers: NDQ_001600

answers: Wijk bij Duurstede,

answers: NDQ_001603

answers: Topographic map of the municipality of Wijk bij Duurstede,

answers: NDQ_001605

answers: Wijk bij Duurstede,

answers: NDQ_001606

answers: Wijk bij Duurstede,

answers: NDQ_001608

answers: Topographic map of the municipality of Wijk bij Duurstede,

answers: NDQ_001611

answers: Wijk bij Duurstede,

answers: NDQ_001613

answers: Topographic map of the municipality of Wijk bij Duurstede,

answers: NDQ_001614

answers: Topographic map of the municipality of Wijk bij Duurstede,

answers: NDQ_001618

answers: municipality of Wijk bij Duurstede,

answers: NDQ_001619

answers: Topographic map

answers: NDQ_001620

answers: Topographic map of the municipality of Wijk bij Duurstede,

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: municipality of Wijk bij Duurstede,

answers: NDQ_001623

answers: Topographic map of the municipality of Wijk bij Duurstede,

answers: NDQ_001624

answers: Wijk bij Duurstede,

answers: NDQ_001625

answers: 2013.

text: Within the 20th Century there were three statewide geological maps produced prior to the 1976 map.  The first was a 1 inch to 15 mile map produced by S.W. McCallie in 1908. In 1939, George Willis Stose et al. produced a 1:500,000 scale map that was published by the Georgia Geologic Survey and the United States Geological Survey. This map was reprinted in 1960 by the U.S. Geological Survey.  The third map was published in 1968 by the Geological Survey of Georgia.  This map was produced by J.W. Smith and M.S. Green, a 1:2,500,000 scale map.

text: Within the 20th Century there were three statewide geological maps produced prior to the 1976 map.  The first was a 1 inch to 15 mile map produced by S.W. McCallie in 1908. In 1939, George Willis Stose et al. produced a 1:500,000 scale map that was published by the Georgia Geologic Survey and the United States Geological Survey. This map was reprinted in 1960 by the U.S. Geological Survey.  The third map was published in 1968 by the Geological Survey of Georgia.  This map was produced by J.W. Smith and M.S. Green, a 1:2,500,000 scale map.

answers: NDQ_001586

answers: How many statewide geological maps were produced prior to the 1976 map?

answers: NDQ_001587

answers: How many miles was the 1 inch to 15 mile map produced by S.W. McCallie?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a 1:2,500,000 scale map

answers: NDQ_001590

answers: What is the first map produced prior to the 1976 map?

answers: NDQ_001591

answers: geological map

answers: NDQ_001592

answers: 1 inch to 15 mile

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: what is the first map produced prior to the 1976 map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: the steepest

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which map was produced by J.W. Smith?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which map was produced by J.W. Smith and M.S. Green?

answers: NDQ_001611

answers: Which of the following is not the name of a geological survey: Geological Survey of Georgia or Smith and Green?

answers: NDQ_001613

answers: Which map was published in 1968 by the Geological Survey of Georgia?

answers: NDQ_001614

answers: Which map was produced by J.W. Smith and M.S. Green

answers: NDQ_001618

answers: geological

answers: NDQ_001619

answers: 1:2,500,000 scale map

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: 1:2,500,000 scale map

answers: NDQ_001622

answers: geological

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: geological

answers: NDQ_001625

answers: 1 inch to 15 mile

answers: NDQ_001586

answers: 1:2,500,000 scale map.

answers: NDQ_001587

answers: 1 inch to 15 mile

answers: NDQ_001588

answers: 1908.

answers: NDQ_001589

answers: 1:500,000 scale map

answers: NDQ_001590

answers: 1:2,500,000

answers: NDQ_001591

answers: geological maps

answers: NDQ_001592

answers: 1 inch to 15 mile

answers: NDQ_001593

answers: 1:2,500,000 scale map.

answers: NDQ_001594

answers: 1:2,500,000

answers: NDQ_001595

answers: 1:2,500,000

answers: NDQ_001597

answers: 1:2,500,000 scale map.

answers: NDQ_001598

answers: 1:2,500,000 scale map.

answers: NDQ_001600

answers: 1:500,000

answers: NDQ_001603

answers: three statewide geological maps

answers: NDQ_001605

answers: 1976

answers: NDQ_001606

answers: 1976 map. The first was a 1 inch to 15 mile

answers: NDQ_001608

answers: 1:2,500,000 scale map.

answers: NDQ_001611

answers: 1:2,500,000 scale map.

answers: NDQ_001613

answers: 1:2,500,000 scale map.

answers: NDQ_001614

answers: 1976

answers: NDQ_001618

answers: geological maps

answers: NDQ_001619

answers: 1 inch to 15 mile

answers: NDQ_001620

answers: 1:2,500,000

answers: NDQ_001621

answers: 1:500,000 scale map

answers: NDQ_001622

answers: statewide geological maps

answers: NDQ_001623

answers: 15 mile

answers: NDQ_001624

answers: three statewide geological maps

answers: NDQ_001625

answers: 1:2,500,000

text: Stargaze in Sandnes is a 14-minute film combining communal and geologic memory, past and future, utopia and dystopia, employing topographical maps, 3D animation, and old family films provided by the people of Sandnes, Norway. This project was funded by Norway’s KinoKino Art center and the Norwegian Arts Council.

text: Stargaze in Sandnes is a 14-minute film combining communal and geologic memory, past and future, utopia and dystopia, employing topographical maps, 3D animation, and old family films provided by the people of Sandnes,

text: Norway

text: . This project was funded by Norway’s KinoKino Art center and the Norwegian Arts Council.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: What is the main idea of Stargaze in Sandnes?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: 3D animation

answers: NDQ_001590

answers: What does Stargaze in Sandnes employ topographical maps?

answers: NDQ_001591

answers: dystopia

answers: NDQ_001592

answers: 3D animation

answers: NDQ_001593

answers: None of the above choices

answers: NDQ_001594

answers: What does Stargaze in Sandnes employ topographical maps?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: the Norwegian Arts Council

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, metamorphic, or metamorphic?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What helps us to see the three-dimensional shape of the land?

answers: NDQ_001611

answers: How does the film combine communal and geologic memory

answers: NDQ_001613

answers: What is a 14-minute film combining communal and geologic memory?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: Stargaze

answers: NDQ_001619

answers: topographical

answers: NDQ_001620

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: NDQ_001623

answers: parallel line

answers: NDQ_001624

answers: Stargaze

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: topographical maps,

answers: NDQ_001587

answers: utopia and dystopia,

answers: NDQ_001588

answers: Stargaze in Sandnes

answers: NDQ_001589

answers: 3D animation,

answers: NDQ_001590

answers: topographical maps,

answers: NDQ_001591

answers: utopia and dystopia,

answers: NDQ_001592

answers: 3D animation,

answers: NDQ_001593

answers: topographical maps,

answers: NDQ_001594

answers: topographical maps,

answers: NDQ_001595

answers: Stargaze in Sandnes

answers: NDQ_001597

answers: topographical maps,

answers: NDQ_001598

answers: topographical maps,

answers: NDQ_001600

answers: topographical maps,

answers: NDQ_001603

answers: topographical maps,

answers: NDQ_001605

answers: topographical maps,

answers: NDQ_001606

answers: Stargaze in Sandnes

answers: NDQ_001608

answers: topographical maps,

answers: NDQ_001611

answers: topographical maps,

answers: NDQ_001613

answers: Norwegian Arts Council.

answers: NDQ_001614

answers: topographical maps,

answers: NDQ_001618

answers: Stargaze in Sandnes

answers: NDQ_001619

answers: topographical maps,

answers: NDQ_001620

answers: utopia and dystopia,

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: Stargaze in Sandnes

answers: NDQ_001623

answers: utopia and dystopia,

answers: NDQ_001624

answers: Stargaze in Sandnes

answers: NDQ_001625

answers: Stargaze in Sandnes

text: A contour line of constant salinity is called an isohaline – or sometimes isohale.

text: A

text: contour line

text: of constant salinity is called an isohaline – or sometimes isohale.

answers: NDQ_001586

answers: None of the above choices.

answers: NDQ_001587

answers: can be used to measure the depth of a lake.

answers: NDQ_001588

answers: What is the difference between isohale and isoline?

answers: NDQ_001589

answers: A contour line of constant salinity is not called an isohaline

answers: NDQ_001590

answers: What is an isohale?

answers: NDQ_001591

answers: constant salinity

answers: NDQ_001592

answers: maintain constant salinity

answers: NDQ_001593

answers: Which of the following is not a topographic map?

answers: NDQ_001594

answers: What is a contour line of constant salinity?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow

answers: NDQ_001598

answers: isohale

answers: NDQ_001600

answers: no an isohale

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: (iv).

answers: NDQ_001611

answers: None of the above choices.

answers: NDQ_001613

answers: Which of the following is not a type of contour line?

answers: NDQ_001614

answers: What is an isohale?

answers: NDQ_001618

answers: isohale

answers: NDQ_001619

answers: isohales

answers: NDQ_001620

answers: isolatitude

answers: NDQ_001621

answers: contour line

answers: NDQ_001622

answers: isohale

answers: NDQ_001623

answers: isoline

answers: NDQ_001624

answers: isohales

answers: NDQ_001625

answers: isohaline

answers: NDQ_001586

answers: A contour line of constant salinity

answers: NDQ_001587

answers: contour line of constant salinity

answers: NDQ_001588

answers: A contour line of constant salinity

answers: NDQ_001589

answers: constant salinity

answers: NDQ_001590

answers: isohaline

answers: NDQ_001591

answers: constant salinity

answers: NDQ_001592

answers: constant salinity

answers: NDQ_001593

answers: contour line

answers: NDQ_001594

answers: constant salinity

answers: NDQ_001595

answers: isohaline

answers: NDQ_001597

answers: contour line of constant salinity is called an isohaline

answers: NDQ_001598

answers: contour line of constant salinity is called an isohaline

answers: NDQ_001600

answers: isohaline

answers: NDQ_001603

answers: A contour line of constant salinity is called an isohaline

answers: NDQ_001605

answers: isohaline

answers: NDQ_001606

answers: constant salinity

answers: NDQ_001608

answers: isohaline

answers: NDQ_001611

answers: A contour line of constant salinity is called an isohaline

answers: NDQ_001613

answers: isohaline

answers: NDQ_001614

answers: isohaline

answers: NDQ_001618

answers: isohaline

answers: NDQ_001619

answers: contour line of constant salinity is called an isohaline

answers: NDQ_001620

answers: isohaline

answers: NDQ_001621

answers: contour line

answers: NDQ_001622

answers: isohaline

answers: NDQ_001623

answers: isohaline

answers: NDQ_001624

answers: isohaline

answers: NDQ_001625

answers: constant salinity

text: Overlying the Semilir Formation is a 200 to 500 m thick sequence of massive, resistant, monomict andesitic volcanic breccias, crystal-rich sandstones and minor lava flows of the Nglanggran Formation. The breccia beds are 1 to 10 m thick and can be mapped for several kilometres. Interbedded crystal-rich sand- stones are much thinner. The breccias are both clast- and matrix-supported with angular fragments commonly 2 to 75 cm across with some blocks up to 3 m. Fragment imbrication within the breccias records diverging west and southwest flow from a source in the northeast part of the Batu Agung Escarpment. There is no evidence of any marine influence, and we interpret the Nglanggran Formation as terrestrial deposits formed by sector or repeated dome collapse, marking the end of arc activity in the Southern Mountains. The top and base of the Nglanggran Formation forms topographic breaks in slope, because the andesitic breccias are much more resistant than the underlying and overlying units, and the feature and the formation can be easily mapped across the area over a distance of 46 km.

text: Overlying the Semilir Formation is a 200 to 500 m thick sequence of massive, resistant, monomict andesitic volcanic breccias, crystal-rich sandstones and minor lava flows of the Nglanggran Formation. The breccia beds are 1 to 10 m thick and can be mapped for several kilometres. Interbedded crystal-rich sand- stones are much thinner. The breccias are both clast- and

text: matrix

text: -supported with angular fragments commonly 2 to 75 cm across with some blocks up to 3 m. Fragment imbrication within the breccias records diverging west and southwest flow from a source in the northeast part of the Batu Agung Escarpment. There is no evidence of any marine influence, and we interpret the Nglanggran Formation as terrestrial deposits formed by sector or repeated dome collapse, marking the end of arc activity in the Southern Mountains. The top and base of the Nglanggran Formation forms topographic breaks in slope, because the andesitic breccias are much more resistant than the underlying and overlying units, and the feature and the formation can be easily mapped across the area over a distance of 46 km.

answers: NDQ_001586

answers: How thick are the breccia beds

answers: NDQ_001587

answers: How thick are the breccia beds?

answers: NDQ_001588

answers: What is the opposite of parallel?

answers: NDQ_001589

answers: There is no evidence of any marine influence

answers: NDQ_001590

answers: What is the top and base of the Nglanggran Formation?

answers: NDQ_001591

answers: topographic breaks in slope

answers: NDQ_001592

answers: marine influence

answers: NDQ_001593

answers: Yes

answers: NDQ_001594

answers: What is a bathymetric map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: west and southwest

answers: NDQ_001598

answers: slope

answers: NDQ_001600

answers: What type of formation is the Semilir Formation?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What color are the breccia beds?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: What is the top and base of the Nglanggran Formation?

answers: NDQ_001613

answers: Which side is the circle with the higher elevation?

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: The top and base of the Nglanggran Formation

answers: NDQ_001619

answers: marine

answers: NDQ_001620

answers: slope

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: The top and base of the Nglanggran Formation

answers: NDQ_001623

answers: slope

answers: NDQ_001624

answers: Nglanggran Formation

answers: NDQ_001625

answers: 46 km

answers: NDQ_001586

answers: slope,

answers: NDQ_001587

answers: Nglanggran Formation.

answers: NDQ_001588

answers: breaks in slope,

answers: NDQ_001589

answers: marine influence,

answers: NDQ_001590

answers: slope,

answers: NDQ_001591

answers: topographic breaks in slope,

answers: NDQ_001592

answers: marine influence,

answers: NDQ_001593

answers: topographic breaks in slope,

answers: NDQ_001594

answers: several kilometres.

answers: NDQ_001595

answers: 200 to 500

answers: NDQ_001597

answers: west and southwest

answers: NDQ_001598

answers: breaks in slope,

answers: NDQ_001600

answers: breaks in slope,

answers: NDQ_001603

answers: 46 km.

answers: NDQ_001605

answers: crystal-rich sandstones

answers: NDQ_001606

answers: Nglanggran Formation.

answers: NDQ_001608

answers: topographic breaks in slope,

answers: NDQ_001611

answers: topographic breaks in slope,

answers: NDQ_001613

answers: topographic breaks in slope,

answers: NDQ_001614

answers: several kilometres.

answers: NDQ_001618

answers: Nglanggran Formation forms topographic breaks in slope,

answers: NDQ_001619

answers: marine

answers: NDQ_001620

answers: slope,

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Nglanggran Formation forms topographic breaks in slope,

answers: NDQ_001623

answers: breaks in slope,

answers: NDQ_001624

answers: Nglanggran Formation forms topographic breaks in slope,

answers: NDQ_001625

answers: 46 km.

text: Generalstabens Topografiske Afdeling () was the cartographic, topographic and general maps department of the Danish army from 1842 to 1928. It supplied both government and civilian organizations with accurate maps of Denmark.

text: Generalstabens Topografiske Afdeling () was the

text: cartographic

text: topographic

text: and general maps department of the

text: Danish army

text: from 1842 to 1928. It supplied both government and civilian organizations with accurate maps of Denmark.

answers: NDQ_001586

answers: The contour lines that are numbered represent changes in elevation

answers: NDQ_001587

answers: How many years did Generalstabens Topografiske Afdeling exist?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: accurate maps of Denmark

answers: NDQ_001590

answers: The contour interval of a topographic map represents the horizontal distance between contour lines.

answers: NDQ_001591

answers: topographic

answers: NDQ_001592

answers: accurately map Denmark

answers: NDQ_001593

answers: What is a topographic map used for?

answers: NDQ_001594

answers: contour lines represent the distance to the bottom of the water

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: the steepest

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: What is the name of the department that supplied accurate maps of Denmark?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: None of the above choices.

answers: NDQ_001613

answers: The hatch marks on a topographic map are drawn on the side of the circle with the higher elevation

answers: NDQ_001614

answers: What did Generalstabens Topografiske Afdeling supply?

answers: NDQ_001618

answers: NDQ_001619

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: v-shaped

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Generalstabens Topografiske Afdeling

answers: NDQ_001587

answers: It supplied both government and civilian organizations with accurate maps of Denmark.

answers: NDQ_001588

answers: Generalstabens Topografiske Afdeling

answers: NDQ_001589

answers: accurate maps

answers: NDQ_001590

answers: Generalstabens Topografiske Afdeling

answers: NDQ_001591

answers: accurate maps

answers: NDQ_001592

answers: accurate maps

answers: NDQ_001593

answers: Generalstabens Topografiske Afdeling

answers: NDQ_001594

answers: Generalstabens Topografiske Afdeling

answers: NDQ_001595

answers: Generalstabens Topografiske Afdeling

answers: NDQ_001597

answers: Generalstabens Topografiske Afdeling

answers: NDQ_001598

answers: Generalstabens Topografiske Afdeling

answers: NDQ_001600

answers: Generalstabens Topografiske Afdeling

answers: NDQ_001603

answers: Generalstabens Topografiske Afdeling

answers: NDQ_001605

answers: Generalstabens Topografiske Afdeling

answers: NDQ_001606

answers: Generalstabens Topografiske Afdeling

answers: NDQ_001608

answers: maps

answers: NDQ_001611

answers: Generalstabens Topografiske Afdeling

answers: NDQ_001613

answers: Generalstabens Topografiske Afdeling

answers: NDQ_001614

answers: Generalstabens Topografiske Afdeling

answers: NDQ_001618

answers: Denmark.

answers: NDQ_001619

answers: maps

answers: NDQ_001620

answers: Generalstabens Topografiske Afdeling

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Denmark.

answers: NDQ_001623

answers: Generalstabens Topografiske Afdeling

answers: NDQ_001624

answers: Generalstabens Topografiske Afdeling

answers: NDQ_001625

answers: Generalstabens Topografiske Afdeling

text: Engineers on both sides performed many tasks essential to every campaign. Engineers trained at West Point were at a premium; thus, many civil engineers, commissioned as volunteers, supplemented the work being done by engineer officers. The Confederates, in particular, relied on civilian expertise because many of their trained engineer officers sought line duties. State or even local civil engineers planned and supervised much of the work done on local fortifications.In the prewar US Army, the Corps of Engineers contained a handful of staff officers and one company of trained engineer troops. This cadre expanded to a four-company Regular engineer battalion. Congress also created a single company of topographic engineers, which joined the Regular battalion when the engineer bureaus merged in 1863. In addition, several volunteer pioneer regiments, some containing up to 2,000 men, supported the various field armies. The Confederate Corps of Engineers, formed as a small staff and one company of sappers, miners, and pontoniers in 1861, grew more slowly and generally relied on details and contract labor rather than established units with trained engineers and craftsmen.Engineer missions for both sides included construction of fortifications; repair and construction of roads, bridges, and, in some cases, railroads; demolition; limited construction of obstacles; and construction or reduction of siege works. The Federal Topographic Engineers, a separate prewar bureau, performed reconnaissance and produced maps. The Confederates, however, never separated these functions in creating their Corps of Engineers. Experience during the first year of the war convinced the Federals that all engineer functions should be merged under a single corps because qualified engineer officers tended to perform all related functions. As a result, the Federals also merged the Topographic Engineers into their Corps of Engineers in March 1863.Bridging assets included wagon-mounted pontoon trains that carried either wooden or canvas-covered pontoon boats. Using this equipment, trained engineer troops could bridge even large rivers in a matter of hours. The most remarkable pontoon bridge of the war was the 2,200-foot-long bridge built by the Army of the Potomac engineers in 1864 over the James River at the culmination of the Overland Campaign. It was one of over three dozen pontoon bridges built in support of campaigns in the east that year. In 1862, the Confederates began developing pontoon trains after they had observed their effectiveness.Both sides in every campaign of the war traveled over roads and bridges built or repaired by their engineers. Federal engineers also helped clear waterways by dredging, removing trees, or digging canals. Fixed fortifications laid out under engineer supervision played critical roles in the Vicksburg campaign and in actions around Richmond and Petersburg. Engineers also supervised the siege works attempting to reduce those fortifications.While the Federal engineer effort expanded in both men and materiel as the war progressed, the Confederate efforts continued to be hampered by major problems. The relatively small number of organized engineer units available forced Confederate engineers to rely heavily on details or contract labor. Finding adequate manpower, however, was often difficult because of competing demands for it. Local slave owners were reluctant to provide labor details when slave labor was crucial to their economic survival. Despite congressional authorization to conscript 20,000 slaves as a labor force, state and local opposition continually hindered efforts to draft slave labor. Another related problem concerned the value of Confederate currency. Engineer efforts required huge sums for men and materiel, yet initial authorizations were small, and although congressional appropriations grew later in the war, inflation greatly reduced effective purchasing power. A final problem was the simple shortage of iron resources, which severely limited the Confederates’ ability to increase railroad mileage or even produce iron tools.In 1861, maps for both sides were also in short supply; for many areas in the interior, maps were nonexistent. As the war progressed, the Federals developed a highly sophisticated mapping capability. Federal topographic engineers performed personal reconnaissance to develop base maps, reproduce them by several processes, and distribute them to field commanders. Photography, lithographic presses, and eventually photochemical processes gave the Federals the ability to reproduce maps quickly. Western armies, which usually operated far from base cities, carried equipment in their army headquarters to reproduce maps during campaigns. By 1864, annual map production exceeded 21,000 copies. Confederate topographic work never approached the Federal effort in quantity. Confederate topographers initially used tracing paper to reproduce maps. Not until 1864 did the use of photographic methods become widespread in the South. However, the South had a large advantage in the quality of its maps in the eastern theater in the 1864 campaign. In particular, the Confederates were fighting on their own terrain (Virginia) where many officers knew the ground. In addition, prior to the war, Virginia had produced county maps of the state that proved to be a great advantage for Lee’s army.

answers: NDQ_001586

answers: not enough information

answers: NDQ_001587

answers: What was the most remarkable pontoon bridge of the war?

answers: NDQ_001588

answers: intersect

answers: NDQ_001589

answers: The Confederates, however, never separated these functions in creating their Corps of Engineers

answers: NDQ_001590

answers: The Federal Topographic Engineers

answers: NDQ_001591

answers: fortifications

answers: NDQ_001592

answers: bridge even large rivers

answers: NDQ_001593

answers: (iv)

answers: NDQ_001594

answers: not enough information

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: NDQ_001598

answers: the Confederates

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: Which of the following is not useful to geologists?

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: The Confederate Corps of Engineers

answers: NDQ_001611

answers: None of the above choices

answers: NDQ_001613

answers: the Confederates

answers: NDQ_001614

answers: horizontal

answers: NDQ_001618

answers: James River

answers: NDQ_001619

answers: Topographic Engineers

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: Federal Topographic Engineers

answers: NDQ_001622

answers: James River

answers: NDQ_001623

answers: topographic engineers

answers: NDQ_001624

answers: James River

answers: NDQ_001625

answers: 1,200-foot

answers: NDQ_001586

answers: craftsmen.Engineer missions

answers: NDQ_001587

answers: craftsmen.Engineer

answers: NDQ_001588

answers: Federal Topographic Engineers,

answers: NDQ_001589

answers: contract labor rather than established units with trained engineers and craftsmen.Engineer

answers: NDQ_001590

answers: Federal Topographic Engineers,

answers: NDQ_001591

answers: construction of fortifications;

answers: NDQ_001592

answers: reduction of siege works.

answers: NDQ_001593

answers: Federal Topographic Engineers,

answers: NDQ_001594

answers: craftsmen.Engineer missions

answers: NDQ_001595

answers: 1861,

answers: NDQ_001597

answers: Federal Topographic Engineers,

answers: NDQ_001598

answers: Federal Topographic Engineers,

answers: NDQ_001600

answers: craftsmen.Engineer missions

answers: NDQ_001603

answers: The Federal Topographic Engineers,

answers: NDQ_001605

answers: James River

answers: NDQ_001606

answers: labor rather than established units with trained engineers and craftsmen.Engineer

answers: NDQ_001608

answers: topographic engineers,

answers: NDQ_001611

answers: Federal Topographic Engineers,

answers: NDQ_001613

answers: rivers

answers: NDQ_001614

answers: Federal Topographic Engineers,

answers: NDQ_001618

answers: Federal Topographic Engineers,

answers: NDQ_001619

answers: Federal Topographic Engineers,

answers: NDQ_001620

answers: contract labor

answers: NDQ_001621

answers: Topographic Engineers,

answers: NDQ_001622

answers: James River

answers: NDQ_001623

answers: line

answers: NDQ_001624

answers: James River

answers: NDQ_001625

answers: 2,200-foot-long

text: Starting in the early 1930s, single-beam sounders were used to make bathymetry maps. Today, multibeam echosounders (MBES) are typically used, which use hundreds of very narrow adjacent beams arranged in a fan-like swath of typically 90 to 170 degrees across.  The tightly packed array of narrow individual beams provides very high angular resolution and accuracy.  In general a wide swath, which is depth dependent, allows a boat to map more seafloor in less time than a single-beam echosounder by making fewer passes.  The beams update many times per second (typically 0.1-50 Hz depending on water depth), allowing faster boat speed while maintaining 100% coverage of the seafloor.  Attitude sensors allow for the correction of the boat's roll and pitch on the ocean surface, and a gyrocompass provides accurate heading information to correct for vessel yaw.  (Most modern MBES systems use an integrated motion-sensor and position system that measures yaw as well as the other dynamics and position.)  A boat-mounted Global Positioning System (GPS) (or other Global Navigation Satellite System (GNSS)) positions the soundings with respect to the surface of the earth.  Sound speed profiles (speed of sound in water as a function of depth) of the water column correct for refraction or "ray-bending" of the sound waves owing to non-uniform water column characteristics such as temperature, conductivity, and pressure.  A computer system processes all the data, correcting for all of the above factors as well as for the angle of each individual beam.  The resulting sounding measurements are then processed either manually, semi-automatically or automatically (in limited circumstances) to produce a map of the area.   a number of different outputs are generated, including a sub-set of the original measurements that satisfy some conditions (e.g., most representative likely soundings, shallowest in a region, etc.) or integrated Digital Terrain Models (DTM) (e.g., a regular or irregular grid of points connected into a surface). Historically, selection of measurements was more common in hydrographic applications while DTM construction was used for engineering surveys, geology, flow modeling, etc.  Since ca. 2003-2005, DTMs have become more accepted in hydrographic practice.

text: Starting in the early 1930s, single-beam sounders were used to make bathymetry maps. Today,

text: multibeam echosounder

text: s (MBES) are typically used, which use hundreds of very narrow adjacent beams arranged in a fan-like

text: swath

text: of typically 90 to 170 degrees across.  The tightly packed array of narrow individual beams provides very high

text: angular resolution

text: and accuracy.  In general a wide swath, which is depth dependent, allows a boat to map more seafloor in less time than a single-beam echosounder by making fewer passes.  The beams update many times per second (typically 0.1-50

text: Hz

text: depending on water depth), allowing faster boat speed while maintaining 100% coverage of the seafloor.  Attitude sensors allow for the correction of the boat's

text: roll and pitch

text: on the ocean surface, and a gyrocompass provides accurate heading information to correct for vessel

text: yaw

text: .  (Most modern MBES systems use an integrated motion-sensor and position system that measures yaw as well as the other dynamics and position.)  A boat-mounted

text: Global Positioning System

text: (GPS) (or other Global Navigation Satellite System (GNSS)) positions the soundings with respect to the surface of the earth.  Sound speed profiles (speed of sound in water as a function of depth) of the water column correct for refraction or "ray-bending" of the sound waves owing to non-uniform water column characteristics such as temperature, conductivity, and pressure.  A computer system processes all the data, correcting for all of the above factors as well as for the angle of each individual beam.  The resulting sounding measurements are then processed either manually, semi-automatically or automatically (in limited circumstances) to produce a map of the area.   a number of different outputs are generated, including a sub-set of the original measurements that satisfy some conditions (e.g., most representative likely soundings, shallowest in a region, etc.) or integrated

text: Digital Terrain Models

text: (DTM) (e.g., a regular or irregular grid of points connected into a surface). Historically, selection of measurements was more common in

text: hydrographic

text: applications while DTM construction was used for engineering surveys, geology, flow modeling, etc.  Since ca. 2003-2005, DTMs have become more accepted in hydrographic practice.

answers: NDQ_001586

answers: DTM

answers: NDQ_001587

answers: What allows a boat to map more seafloor in less time than a single-beam echosounder by making fewer passes

answers: NDQ_001588

answers: intersect

answers: NDQ_001589

answers: multibeam echosounders (MBES) are typically used

answers: NDQ_001590

answers: unanswerable

answers: NDQ_001591

answers: unanswerable

answers: NDQ_001592

answers: bathymetry

answers: NDQ_001593

answers: not enough information

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: the steepest

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: not enough information

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: DTM

answers: NDQ_001611

answers: concentrated lines that are very far apart

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: topographic maps

answers: NDQ_001618

answers: DTM

answers: NDQ_001619

answers: bathymetry

answers: NDQ_001620

answers: unanswerable

answers: NDQ_001621

answers: Digital Terrain Models

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: DTM

answers: NDQ_001624

answers: Digital Terrain Models

answers: NDQ_001625

answers: 90 to 170 degrees

answers: NDQ_001586

answers: manually,

answers: NDQ_001587

answers: 90 to 170 degrees

answers: NDQ_001588

answers: manually,

answers: NDQ_001589

answers: DTM

answers: NDQ_001590

answers: Sound speed profiles

answers: NDQ_001591

answers: bathymetry

answers: NDQ_001592

answers: bathymetry

answers: NDQ_001593

answers: Digital Terrain Models

answers: NDQ_001594

answers: manually,

answers: NDQ_001595

answers: yaw

answers: NDQ_001597

answers: Digital Terrain Models

answers: NDQ_001598

answers: manually,

answers: NDQ_001600

answers: manually,

answers: NDQ_001603

answers: hydrographic applications

answers: NDQ_001605

answers: Digital Terrain Models

answers: NDQ_001606

answers: multibeam echosounders

answers: NDQ_001608

answers: Digital Terrain Models

answers: NDQ_001611

answers: Sound speed profiles

answers: NDQ_001613

answers: Sound speed profiles

answers: NDQ_001614

answers: hydro

answers: NDQ_001618

answers: Sound speed profiles

answers: NDQ_001619

answers: bathymetry

answers: NDQ_001620

answers: Digital Terrain Models

answers: NDQ_001621

answers: bathymetry

answers: NDQ_001622

answers: hydrographic

answers: NDQ_001623

answers: Digital Terrain Models

answers: NDQ_001624

answers: Sound speed profiles

answers: NDQ_001625

answers: 90 to 170 degrees

text: This process of grouping was done by He surface exposure dating and Ar/Ar dating. The new morphologic dating methods suggest that cinder cone formation in the Potrillo volcanic field may have occurred at different intervals and that the field may be currently developing new cinder cones. The cinder cone slope distribution in the Potrillo volcanic field suggests that volcanism occurred at different time intervals. In addition, trend line analysis provides a powerful and useful tool for predicting cinder cone ages in the Potrillo volcanic field. This area has arid climate & cone degradation is a product of mechanical weathering.	The age-angle relationship is quantitatively modeled by diffusion equations, like Comparison of He to Ar/Ar, and by overlapping DRG digital elevation models, digital topographic maps DEM. The formula angle = tan(height/radius) was used to obtain the angles. The overall comparison of all groups in the south west region extending from New Mexico to Mexico are used for the dating and comparison of age but the climate, and terrain conditions are looked to see the weathering conditions.

text: This process of grouping was done by He surface exposure dating and

text: Ar

text: /Ar dating. The new morphologic dating methods suggest that cinder cone formation in the Potrillo volcanic field may have occurred at different intervals and that the field may be currently developing new cinder cones. The cinder cone slope distribution in the Potrillo volcanic field suggests that volcanism occurred at different time intervals. In addition, trend line analysis provides a powerful and useful tool for predicting cinder cone ages in the Potrillo volcanic field. This area has arid climate & cone degradation is a product of mechanical weathering.	The age-angle relationship is quantitatively modeled by diffusion equations, like Comparison of He to Ar/Ar, and by overlapping

text: DRG

text: digital elevation models, digital topographic maps

text: DEM

text: . The formula angle = tan(height/radius) was used to obtain the angles. The overall comparison of all groups in the south west region extending from New Mexico to Mexico are used for the dating and comparison of age but the climate, and terrain conditions are looked to see the weathering conditions.

answers: NDQ_001586

answers: What is the main idea of this passage?

answers: NDQ_001587

answers: What is the slope distribution of the cinder cones in the Potrillo volcanic field?

answers: NDQ_001588

answers: What is the formula angle = tan(height/radius)

answers: NDQ_001589

answers: digital elevation models, digital topographic maps

answers: NDQ_001590

answers: What is the formula angle = tan(height/radius)?

answers: NDQ_001591

answers: volcanism

answers: NDQ_001592

answers: Comparison of He to Ar/Ar

answers: NDQ_001593

answers: DEM

answers: NDQ_001594

answers: What is the formula angle = tan(height/radius)?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: slope distribution

answers: NDQ_001600

answers: Which of the following is not an example of a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the formula angle = tan(height/radius)

answers: NDQ_001608

answers: What is the main purpose of contour lines?

answers: NDQ_001611

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

answers: NDQ_001613

answers: What is the formula angle = tan(height/radius)

answers: NDQ_001614

answers: What is the formula angle = tan(height/radius)

answers: NDQ_001618

answers: DEM

answers: NDQ_001619

answers: slope distribution

answers: NDQ_001620

answers: slope

answers: NDQ_001621

answers: DEM

answers: NDQ_001622

answers: DEM

answers: NDQ_001623

answers: DEM

answers: NDQ_001624

answers: slope distribution

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: DEM.

answers: NDQ_001587

answers: cinder cone slope distribution

answers: NDQ_001588

answers: overlapping DRG digital elevation models,

answers: NDQ_001589

answers: overlapping DRG digital elevation models,

answers: NDQ_001590

answers: DEM.

answers: NDQ_001591

answers: volcanism occurred at different time intervals.

answers: NDQ_001592

answers: age-angle relationship

answers: NDQ_001593

answers: digital topographic maps DEM.

answers: NDQ_001594

answers: DRG digital elevation models,

answers: NDQ_001595

answers: tan(height/radius)

answers: NDQ_001597

answers: digital topographic maps DEM.

answers: NDQ_001598

answers: digital topographic maps DEM.

answers: NDQ_001600

answers: overlapping DRG digital elevation models,

answers: NDQ_001603

answers: digital topographic maps DEM.

answers: NDQ_001605

answers: digital topographic maps DEM.

answers: NDQ_001606

answers: different intervals

answers: NDQ_001608

answers: digital topographic maps

answers: NDQ_001611

answers: cinder cone slope distribution in the Potrillo volcanic field

answers: NDQ_001613

answers: angle = tan(height/radius)

answers: NDQ_001614

answers: topographic maps

answers: NDQ_001618

answers: DEM.

answers: NDQ_001619

answers: cinder cone slope distribution

answers: NDQ_001620

answers: DEM.

answers: NDQ_001621

answers: digital topographic maps DEM.

answers: NDQ_001622

answers: cinder cone formation in the Potrillo volcanic field

answers: NDQ_001623

answers: DEM.

answers: NDQ_001624

answers: DEM.

answers: NDQ_001625

answers: tan(height/radius)

text: In the real world there are six cardinal directions not involved with geography which are north, south, east, west, up and down. In this context, up and down relate to elevation, altitude, or possibly depth (if water is involved). The topographic map is a special case of cartography in which the elevation is indicated on the map, typically via contour lines.

text: In the real world there are six cardinal directions not involved with geography which are

text: north

text: south

text: east

text: west

text: , up and down. In this context, up and down relate to

text: elevation

text: altitude

text: , or possibly depth (if water is involved). The

text: topographic map

text: is a special case of cartography in which the elevation is indicated on the map, typically via

text: contour line

text: s.

answers: NDQ_001586

answers: NDQ_001587

answers: can be used to show

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: elevation is indicated on the map

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: elevation

answers: NDQ_001592

answers: up and down

answers: NDQ_001593

answers: up and down

answers: NDQ_001594

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: up

answers: NDQ_001598

answers: up

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a cardinal direction: north, south, east, west, up and down?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Why are contour lines used on topographic maps?

answers: NDQ_001611

answers: up

answers: NDQ_001613

answers: which direction is not involved with geography

answers: NDQ_001614

answers: Which direction is not involved with geography?

answers: NDQ_001618

answers: elevation

answers: NDQ_001619

answers: depth

answers: NDQ_001620

answers: is up

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: elevation

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: elevation

answers: NDQ_001625

answers: up and down

answers: NDQ_001586

answers: contour lines.

answers: NDQ_001587

answers: contour lines.

answers: NDQ_001588

answers: contour lines.

answers: NDQ_001589

answers: up and down relate to elevation, altitude, or possibly depth

answers: NDQ_001590

answers: contour lines.

answers: NDQ_001591

answers: elevation

answers: NDQ_001592

answers: up and down.

answers: NDQ_001593

answers: contour lines.

answers: NDQ_001594

answers: topographic map

answers: NDQ_001595

answers: contour lines.

answers: NDQ_001597

answers: the elevation is indicated on the map, typically via contour lines.

answers: NDQ_001598

answers: contour lines.

answers: NDQ_001600

answers: topographic map

answers: NDQ_001603

answers: The topographic map

answers: NDQ_001605

answers: The topographic map

answers: NDQ_001606

answers: contour lines.

answers: NDQ_001608

answers: The topographic map

answers: NDQ_001611

answers: contour lines.

answers: NDQ_001613

answers: contour lines.

answers: NDQ_001614

answers: The topographic map

answers: NDQ_001618

answers: elevation

answers: NDQ_001619

answers: topographic map

answers: NDQ_001620

answers: up and down

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: elevation

answers: NDQ_001623

answers: contour lines.

answers: NDQ_001624

answers: elevation

answers: NDQ_001625

answers: contour lines.

text: Some universities and secondary educators are integrating digital geologic mapping into class work. For example, The GeoPad project  describes the combination of technology, teaching field geology, and geologic mapping in programs such as Bowling Green State University’s geology field camp. At Urbino University (Italy) :it:Università di Urbino, Field Digital Mapping Techniques are integrated in Earth and Environmental Sciences courses since 2006  .The MapTeach program is designed to provide hands-on digital mapping for middle and high school students. The SPLINT  project in the UK is using the BGS field mapping system as part of their teaching curriculum

text: Some universities and

text: secondary educators

text: are integrating digital geologic mapping into class work. For example, The GeoPad project  describes the combination of technology, teaching field geology, and geologic mapping in programs such as

text: Bowling Green State University

text: ’s geology field camp. At Urbino University (Italy)

text: :it:Università di Urbino

text: , Field Digital Mapping Techniques are integrated in Earth and Environmental Sciences courses since 2006  .The MapTeach program is designed to provide hands-on digital mapping for middle and high school students. The SPLINT  project in the UK is using the BGS field mapping system as part of their teaching curriculum

answers: NDQ_001586

answers: contour lines that are numbered represent changes in elevation

answers: NDQ_001587

answers: MapTeach is designed to provide hands-on digital mapping for middle and high school students.

answers: NDQ_001588

answers: Which of the following is not a type of contour line?

answers: NDQ_001589

answers: digital geologic mapping

answers: NDQ_001590

answers: What is the horizontal distance between contour lines on a topographic map?

answers: NDQ_001591

answers: geologic mapping

answers: NDQ_001592

answers: digital geologic mapping

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: What is the purpose of contour lines on a bathymetric map

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: The MapTeach program is designed to provide hands-on digital mapping for middle and high school students

answers: NDQ_001600

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

answers: NDQ_001603

answers: None of the above choices.

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or sedimentary?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is not a benefit of digital mapping?

answers: NDQ_001611

answers: Which of the following is not an example of a concentration line?

answers: NDQ_001613

answers: Which of the following is not a type of mapping: digital geologic mapping or topographic mapping?

answers: NDQ_001614

answers: Which of the following is not a feature of digital geologic mapping?

answers: NDQ_001618

answers: geologic mapping

answers: NDQ_001619

answers: digital geologic mapping

answers: NDQ_001620

answers: isosceles

answers: NDQ_001621

answers: digital geologic mapping

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: unanswerable

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: Field Digital Mapping Techniques

answers: NDQ_001587

answers: Field Digital Mapping Techniques

answers: NDQ_001588

answers: Some universities and secondary educators are integrating digital geologic mapping into class work.

answers: NDQ_001589

answers: hands-on digital mapping for middle and high school students.

answers: NDQ_001590

answers: Field Digital Mapping Techniques are integrated in Earth and Environmental Sciences

answers: NDQ_001591

answers: combination of technology, teaching field geology, and geologic mapping

answers: NDQ_001592

answers: teaching field geology,

answers: NDQ_001593

answers: Field Digital Mapping

answers: NDQ_001594

answers: Field Digital Mapping Techniques

answers: NDQ_001595

answers: Bowling Green State University’s geology field camp.

answers: NDQ_001597

answers: Field Digital Mapping Techniques are integrated in Earth and Environmental Sciences

answers: NDQ_001598

answers: Field Digital Mapping Techniques

answers: NDQ_001600

answers: Field Digital Mapping Techniques

answers: NDQ_001603

answers: Earth and Environmental Sciences

answers: NDQ_001605

answers: Field Digital Mapping Techniques

answers: NDQ_001606

answers: Field Digital Mapping Techniques are integrated in Earth and Environmental Sciences

answers: NDQ_001608

answers: digital geologic mapping

answers: NDQ_001611

answers: Field Digital Mapping Techniques are integrated in Earth and Environmental Sciences

answers: NDQ_001613

answers: Field Digital Mapping Techniques are integrated in Earth and Environmental Sciences

answers: NDQ_001614

answers: digital geologic mapping

answers: NDQ_001618

answers: geologic mapping

answers: NDQ_001619

answers: Field Digital Mapping

answers: NDQ_001620

answers: Field Digital Mapping

answers: NDQ_001621

answers: geologic mapping

answers: NDQ_001622

answers: geology field camp.

answers: NDQ_001623

answers: mapping

answers: NDQ_001624

answers: geologic mapping

answers: NDQ_001625

answers: Bowling Green State University’s geology field camp.

text: Cleveland Salter Rockwell (November 24, 1837 – March 22, 1907) was an American topographical engineer, cartographer, military officer, investor, and landscape painter.  He spent his professional career as a survey engineer in the United States Coast and Geodetic Survey.  Rockwell conducted numerous coastal surveys and mapped harbors and river systems on the Atlantic and Pacific coasts of the United States.  He also surveyed areas in South America.  During the American Civil War, Rockwell served as a captain in the Union Army.  After retiring from the Coastal Survey, he became a successful investor and landscape painter.  Today, Cleveland Rockwell’s topographical maps are important historical documents and his art work is well known in the Pacific Northwest.

text: Cleveland Salter Rockwell (November 24, 1837 – March 22, 1907) was an

text: American

text: topographical engineer

text: cartographer

text: military officer

text: investor

text: , and

text: landscape painter

text: .  He spent his professional career as a survey engineer in the

text: United States Coast and Geodetic Survey

text: .  Rockwell conducted numerous coastal surveys and mapped harbors and river systems on the

text: Atlantic

text: and

text: Pacific

text: coasts of the

text: United States

text: .  He also surveyed areas in South America.  During the

text: American Civil War

text: , Rockwell served as a captain in the

text: Union Army

text: .  After retiring from the Coastal Survey, he became a successful investor and landscape painter.  Today, Cleveland Rockwell’s topographical maps are important historical documents and his art work is well known in the

text: Pacific Northwest

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: How many years did Rockwell serve as a captain in the Union Army?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: rockwell served as a captain in the Union Army

answers: NDQ_001590

answers: What is Cleveland Rockwell's topographical maps?

answers: NDQ_001591

answers: river systems

answers: NDQ_001592

answers: paint

answers: NDQ_001593

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

answers: NDQ_001594

answers: what is the first occupation mentioned?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: contour lines are so close together that they almost touch

answers: NDQ_001603

answers: No

answers: NDQ_001605

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

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: Which of the following is not a function of contour lines?

answers: NDQ_001611

answers: concentrated lines that are very far apart

answers: NDQ_001613

answers: side of the circle with the higher elevation

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: harbors and river systems

answers: NDQ_001619

answers: harbors

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: harbors and river systems

answers: NDQ_001623

answers: geodetic

answers: NDQ_001624

answers: harbors and river systems

answers: NDQ_001625

answers: 14 mile

answers: NDQ_001586

answers: Cleveland Rockwell’s topographical maps are important historical documents

answers: NDQ_001587

answers: Atlantic and Pacific coasts of the United States.

answers: NDQ_001588

answers: Cleveland Salter Rockwell

answers: NDQ_001589

answers: mapped harbors and river systems

answers: NDQ_001590

answers: Cleveland Salter Rockwell

answers: NDQ_001591

answers: harbors and river systems

answers: NDQ_001592

answers: coastal surveys

answers: NDQ_001593

answers: Cleveland Rockwell’s topographical maps are important historical documents

answers: NDQ_001594

answers: harbors and river systems

answers: NDQ_001595

answers: Cleveland Salter Rockwell

answers: NDQ_001597

answers: mapped harbors and river systems

answers: NDQ_001598

answers: Cleveland Rockwell’s topographical maps are important historical documents

answers: NDQ_001600

answers: Cleveland Salter Rockwell

answers: NDQ_001603

answers: Cleveland Rockwell’s topographical maps are important historical documents

answers: NDQ_001605

answers: Cleveland Rockwell’s topographical maps are important historical documents

answers: NDQ_001606

answers: Cleveland Salter Rockwell

answers: NDQ_001608

answers: mapped harbors and river systems

answers: NDQ_001611

answers: Cleveland Salter Rockwell

answers: NDQ_001613

answers: Cleveland Salter Rockwell

answers: NDQ_001614

answers: Cleveland Rockwell’s topographical maps

answers: NDQ_001618

answers: harbors and river systems

answers: NDQ_001619

answers: harbors and river systems

answers: NDQ_001620

answers: Cleveland Salter Rockwell

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: harbors and river systems

answers: NDQ_001623

answers: Geodetic

answers: NDQ_001624

answers: harbors and river systems

answers: NDQ_001625

answers: Cleveland Salter Rockwell

text: The general function of the tectal system is to direct behavioral responses toward specific points in egocentric ("body-centered") space.  Each layer contains a topographic map of the surrounding world in retinotopic coordinates, and activation of neurons at a particular point in the map evokes a response directed toward the corresponding point in space.  In primates, the superior colliculus has been studied mainly with respect to its role in directing eye movements.  Visual input from the retina, or "command" input from the cerebral cortex, create a "bump" of activity in the tectal map, which, if strong enough, induces a saccadic eye movement.  Even in primates, however, the superior colliculus is also involved in generating spatially directed head turns, arm-reaching movements, and shifts in attention that do not involve any overt movements. In other species, the tectum is involved in a wide range of responses, including whole-body turns in walking rats, swimming fishes, or flying birds; tongue-strikes toward prey in frogs; fang-strikes in snakes; etc.

text: The general function of the tectal system is to direct behavioral responses toward specific points in egocentric ("body-centered") space.  Each layer contains a

text: topographic map

text: of the surrounding world in

text: retinotopic

text: coordinates, and activation of neurons at a particular point in the map evokes a response directed toward the corresponding point in space.  In primates, the superior colliculus has been studied mainly with respect to its role in directing eye movements.  Visual input from the retina, or "command" input from the cerebral cortex, create a "bump" of activity in the tectal map, which, if strong enough, induces a

text: saccadic eye movement

text: .  Even in primates, however, the superior colliculus is also involved in generating spatially directed head turns, arm-reaching movements, and shifts in attention that do not involve any overt movements. In other species, the tectum is involved in a wide range of responses, including whole-body turns in walking rats, swimming fishes, or flying birds; tongue-strikes toward prey in frogs; fang-strikes in snakes; etc.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: Which layer of the tectum contains a topographic map of the surrounding world?

answers: NDQ_001588

answers: intersect

answers: NDQ_001589

answers: activates neurons at a particular point in the map

answers: NDQ_001590

answers: What is a topographic map of the surrounding world in retinotopic coordinates

answers: NDQ_001591

answers: retinotopic coordinates

answers: NDQ_001592

answers: directing eye movements

answers: NDQ_001593

answers: None of the above choices

answers: NDQ_001594

answers: What is the general function of the tectal system?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: the tectal system

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: Which of the following is not a type of topographic map?

answers: NDQ_001613

answers: Which of the following is not a species: frogs, swimming fishes, or flying birds

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: tectum

answers: NDQ_001619

answers: topographic

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: tectum

answers: NDQ_001623

answers: coordinates

answers: NDQ_001624

answers: tectum

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: retinotopic coordinates,

answers: NDQ_001587

answers: retinotopic coordinates,

answers: NDQ_001588

answers: topographic map of the surrounding world in retinotopic coordinates,

answers: NDQ_001589

answers: topographic map of the surrounding world in retinotopic coordinates,

answers: NDQ_001590

answers: retinotopic coordinates,

answers: NDQ_001591

answers: retinotopic coordinates,

answers: NDQ_001592

answers: saccadic eye movement.

answers: NDQ_001593

answers: retinotopic coordinates,

answers: NDQ_001594

answers: retinotopic coordinates,

answers: NDQ_001595

answers: The general function of the tectal system

answers: NDQ_001597

answers: retinotopic coordinates,

answers: NDQ_001598

answers: retinotopic coordinates,

answers: NDQ_001600

answers: topographic map of the surrounding world in retinotopic coordinates,

answers: NDQ_001603

answers: topographic map of the surrounding world in retinotopic coordinates,

answers: NDQ_001605

answers: retinotopic coordinates,

answers: NDQ_001606

answers: retinotopic coordinates,

answers: NDQ_001608

answers: topographic map of the surrounding world in retinotopic coordinates,

answers: NDQ_001611

answers: topographic map of the surrounding world in retinotopic coordinates,

answers: NDQ_001613

answers: retinotopic coordinates,

answers: NDQ_001614

answers: topographic map of the surrounding world in retinotopic coordinates,

answers: NDQ_001618

answers: retinotopic coordinates,

answers: NDQ_001619

answers: topographic map of the surrounding world in retinotopic coordinates,

answers: NDQ_001620

answers: retinotopic coordinates,

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: retinotopic coordinates,

answers: NDQ_001623

answers: retinotopic coordinates,

answers: NDQ_001624

answers: retinotopic coordinates,

answers: NDQ_001625

answers: retinotopic coordinates,

text: HMGS produces and supplies topographic maps of various scales that cover the whole country and occasionally parts of neighbouring countries. It should be emphasised that not all maps noted below are available to public, since part of them is confidential and available only upon approval of HMGS. Although not a state monopoly and not very famous among hikers, certainly HMGS maps have a much wider coverage in small scales than commercial leisure maps. The maps used the Hellenic Geodetic Reference System 1987 (HGRS87 or ΕΓΣΑ'87) which specifies a Transverse Mercatorial Projection mapping Greece in one zone.

text: HMGS produces and supplies topographic maps of various scales that cover the whole country and occasionally parts of neighbouring countries. It should be emphasised that not all maps noted below are available to public, since part of them is confidential and available only upon approval of HMGS. Although not a state monopoly and not very famous among hikers, certainly HMGS maps have a much wider coverage in small scales than commercial leisure maps. The maps used the

text: Hellenic Geodetic Reference System 1987

text: (HGRS87 or ΕΓΣΑ'87) which specifies a Transverse Mercatorial Projection mapping Greece in one zone.

answers: NDQ_001586

answers: HGRS87 or  '87

answers: NDQ_001587

answers: Greece in one zone

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: not all maps noted below are available to public

answers: NDQ_001590

answers: the horizontal distance between contour lines

answers: NDQ_001591

answers: Transverse Mercatorial Projection

answers: NDQ_001592

answers: commercial leisure maps

answers: NDQ_001593

answers: slope

answers: NDQ_001594

answers: bathymetric map

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Transverse Mercatorial Projection

answers: NDQ_001598

answers: Transverse Mercatorial Projection

answers: NDQ_001600

answers: HGRS87

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: What type of rocks do the maps depict?

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: HGRS87 or  '87

answers: NDQ_001611

answers: HGRS87 or  '87

answers: NDQ_001613

answers: the side of the circle with the higher elevation

answers: NDQ_001614

answers: vertical distances

answers: NDQ_001618

answers: Transverse Mercatorial projection

answers: NDQ_001619

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Transverse Mercatorial

answers: NDQ_001623

answers: transverse

answers: NDQ_001624

answers: Transverse Mercatorial

answers: NDQ_001625

answers: one zone

answers: NDQ_001586

answers: Hellenic Geodetic Reference System 1987

answers: NDQ_001587

answers: Transverse Mercatorial Projection mapping Greece in one zone.

answers: NDQ_001588

answers: parts of neighbouring countries.

answers: NDQ_001589

answers: one zone.

answers: NDQ_001590

answers: Hellenic Geodetic Reference System 1987

answers: NDQ_001591

answers: Greece in one zone.

answers: NDQ_001592

answers: mapping Greece in one zone.

answers: NDQ_001593

answers: Transverse Mercatorial Projection

answers: NDQ_001594

answers: Hellenic Geodetic Reference System 1987

answers: NDQ_001595

answers: one zone.

answers: NDQ_001597

answers: Transverse Mercatorial Projection

answers: NDQ_001598

answers: Hellenic Geodetic Reference System 1987

answers: NDQ_001600

answers: Hellenic Geodetic Reference System 1987

answers: NDQ_001603

answers: part of them is confidential and available only upon approval of HMGS.

answers: NDQ_001605

answers: Hellenic Geodetic Reference System 1987

answers: NDQ_001606

answers: Hellenic Geodetic Reference System 1987

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: Hellenic Geodetic Reference System 1987

answers: NDQ_001613

answers: Hellenic Geodetic Reference System 1987

answers: NDQ_001614

answers: Hellenic Geodetic Reference System 1987

answers: NDQ_001618

answers: Transverse Mercatorial Projection

answers: NDQ_001619

answers: Transverse Mercatorial Projection

answers: NDQ_001620

answers: Hellenic Geodetic Reference System 1987

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Transverse Mercatorial Projection mapping Greece in one zone.

answers: NDQ_001623

answers: Transverse Mercatorial Projection

answers: NDQ_001624

answers: Transverse Mercatorial Projection

answers: NDQ_001625

answers: one zone.

text: Responsibility for the Topographic Map Archive was formally transferred to the USGS Library in Reston, Virginia, in March 2003. The Archive includes each U.S. state and territory, in all scales, editions and various printings. With coverage dating from the 1880s when the USGS began publishing standard topographic quadrangles; the Archive is the most complete collection of USGS topographic maps.

text: Responsibility for the Topographic Map Archive was formally transferred to the USGS Library in Reston, Virginia, in March 2003. The Archive includes each U.S. state and territory, in all scales, editions and various printings. With coverage dating from the 1880s when the USGS began publishing standard topographic quadrangles; the Archive is the most complete collection of USGS topographic maps.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many years after the USGS began publishing standard topographic quadrangles did the Archive begin publishing topographic quadrangles?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the Archive is the most complete collection of USGS topographic maps

answers: NDQ_001590

answers: What is the contour interval of a topographic map?

answers: NDQ_001591

answers: quadrangles

answers: NDQ_001592

answers: cover all states and territories

answers: NDQ_001593

answers: slope of the land

answers: NDQ_001594

answers: What is a bathymetric map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can topographic maps be used for?

answers: NDQ_001598

answers: standard topographic quadrangles

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What does the Archive include?

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What is the most complete collection of USGS topographic maps?

answers: NDQ_001611

answers: very far apart

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: standard topographic quadrangles

answers: NDQ_001619

answers: topographic quadrangles

answers: NDQ_001620

answers: NDQ_001621

answers: Topographic Map

answers: NDQ_001622

answers: quadrangles

answers: NDQ_001623

answers: quadrangles

answers: NDQ_001624

answers: quadrangles

answers: NDQ_001625

answers: quadrangles

answers: NDQ_001586

answers: topographic quadrangles;

answers: NDQ_001587

answers: The Archive includes each U.S. state and territory,

answers: NDQ_001588

answers: topographic quadrangles;

answers: NDQ_001589

answers: topographic quadrangles;

answers: NDQ_001590

answers: topographic quadrangles;

answers: NDQ_001591

answers: topographic quadrangles;

answers: NDQ_001592

answers: topographic quadrangles;

answers: NDQ_001593

answers: topographic quadrangles;

answers: NDQ_001594

answers: 1880s when the USGS began publishing standard topographic quadrangles;

answers: NDQ_001595

answers: 2003.

answers: NDQ_001597

answers: topographic quadrangles;

answers: NDQ_001598

answers: topographic quadrangles;

answers: NDQ_001600

answers: topographic quadrangles;

answers: NDQ_001603

answers: topographic maps.

answers: NDQ_001605

answers: 1880s when the USGS began publishing standard topographic quadrangles;

answers: NDQ_001606

answers: 2003.

answers: NDQ_001608

answers: topographic quadrangles;

answers: NDQ_001611

answers: topographic quadrangles;

answers: NDQ_001613

answers: topographic quadrangles;

answers: NDQ_001614

answers: 2003.

answers: NDQ_001618

answers: topographic quadrangles;

answers: NDQ_001619

answers: topographic quadrangles;

answers: NDQ_001620

answers: topographic quadrangles;

answers: NDQ_001621

answers: topographic quadrangles;

answers: NDQ_001622

answers: topographic quadrangles;

answers: NDQ_001623

answers: quadrangles;

answers: NDQ_001624

answers: topographic quadrangles;

answers: NDQ_001625

answers: topographic quadrangles;

text: Bill Kent, in his 1978 book Data and Reality, compared a data model to a map of a territory, emphasizing that in the real world, "highways are not painted red, rivers don't have county lines running down the middle, and you can't see contour lines on a mountain". In contrast to other researchers who tried to create models that were mathematically clean and elegant, Kent emphasized the essential messiness of the real world, and the task of the data modeller to create order out of chaos without excessively distorting the truth.

text: Bill Kent, in his 1978 book Data and Reality, compared a data model to a map of a territory, emphasizing that in the real world, "highways are not painted red, rivers don't have county lines running down the middle, and you can't see contour lines on a mountain". In contrast to other researchers who tried to create models that were mathematically clean and elegant, Kent emphasized the essential messiness of the real world, and the task of the data modeller to create order out of chaos without excessively distorting the truth.

answers: NDQ_001586

answers: you can't see contour lines on a mountain

answers: NDQ_001587

answers: Which of the following is not a feature of the real world: highways, rivers, or contour lines?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: clean and elegant

answers: NDQ_001590

answers: you can't see contour lines

answers: NDQ_001591

answers: running down the middle

answers: NDQ_001592

answers: you can't see contour lines on a mountain

answers: NDQ_001593

answers: contour lines on a mountain

answers: NDQ_001594

answers: on a mountain

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: down the middle

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: unanswerable

answers: NDQ_001605

answers: unanswerable

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: unanswerable

answers: NDQ_001611

answers: contour lines on a mountain

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: you can't see contour lines on a mountain

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: contour lines on a mountain

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: you can't see contour lines on a mountain".

answers: NDQ_001587

answers: contour lines on a mountain".

answers: NDQ_001588

answers: contour lines on a mountain".

answers: NDQ_001589

answers: county lines running down the middle,

answers: NDQ_001590

answers: contour lines

answers: NDQ_001591

answers: county lines running down the middle,

answers: NDQ_001592

answers: you can't see contour lines on a mountain".

answers: NDQ_001593

answers: contour lines

answers: NDQ_001594

answers: contour lines on a mountain".

answers: NDQ_001595

answers: contour lines

answers: NDQ_001597

answers: rivers don't have county lines running down the middle,

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: you can't see contour lines on a mountain".

answers: NDQ_001603

answers: contour lines on a mountain".

answers: NDQ_001605

answers: red,

answers: NDQ_001606

answers: contour lines

answers: NDQ_001608

answers: contour lines

answers: NDQ_001611

answers: contour lines

answers: NDQ_001613

answers: contour lines

answers: NDQ_001614

answers: you can't see contour lines

answers: NDQ_001618

answers: mountain".

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: contour lines on a mountain".

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: mountain".

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: mountain".

answers: NDQ_001625

answers: middle,

text: Various geological data are rendered as contour maps in structural geology, sedimentology, stratigraphy and economic geology. Contour maps are used to show the below ground surface of geologic strata, fault surfaces (especially low angle thrust faults) and unconformities. Isopach maps use isopachs (lines of equal thickness) to illustrate variations in thickness of geologic units.

text: Various

text: geological

text: data are rendered as contour maps in

text: structural geology

text: sedimentology

text: stratigraphy

text: and

text: economic geology

text: . Contour maps are used to show the below ground surface of geologic

text: strata

text: fault

text: surfaces (especially low angle

text: thrust fault

text: s) and

text: unconformities

text: Isopach map

text: s use isopachs (lines of equal thickness) to illustrate variations in thickness of geologic units.

answers: NDQ_001586

answers: None of the above choices.

answers: NDQ_001587

answers: is used to show the below ground surface of geologic strata

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: are used to show the below ground surface of geologic strata

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: unconformities

answers: NDQ_001592

answers: unconformities

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: What are contour lines used for?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: isopachs

answers: NDQ_001600

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

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of geologic map: contour maps or isopach maps?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: How do contour lines help us to see the three-dimensional shape of the land?

answers: NDQ_001611

answers: isopachs

answers: NDQ_001613

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

answers: NDQ_001614

answers: Which of the following is not a type of topographic map: contour maps or isopach maps?

answers: NDQ_001618

answers: unconformities

answers: NDQ_001619

answers: Contour maps

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: contour maps

answers: NDQ_001622

answers: unconformities

answers: NDQ_001623

answers: Isopach

answers: NDQ_001624

answers: unconformities

answers: NDQ_001625

answers: isopach

answers: NDQ_001586

answers: Contour maps

answers: NDQ_001587

answers: Isopach maps

answers: NDQ_001588

answers: Contour maps

answers: NDQ_001589

answers: (lines of equal thickness)

answers: NDQ_001590

answers: Contour maps

answers: NDQ_001591

answers: variations in thickness of geologic units.

answers: NDQ_001592

answers: variations in thickness of geologic units.

answers: NDQ_001593

answers: contour maps

answers: NDQ_001594

answers: Contour maps are used to show the below ground surface

answers: NDQ_001595

answers: Various geological data are rendered as contour maps

answers: NDQ_001597

answers: contour maps

answers: NDQ_001598

answers: contour maps

answers: NDQ_001600

answers: Contour maps

answers: NDQ_001603

answers: contour maps

answers: NDQ_001605

answers: contour maps

answers: NDQ_001606

answers: Contour maps

answers: NDQ_001608

answers: below ground surface of geologic strata,

answers: NDQ_001611

answers: Isopach maps

answers: NDQ_001613

answers: Isopach maps use isopachs

answers: NDQ_001614

answers: contour maps

answers: NDQ_001618

answers: fault surfaces (especially low angle thrust faults) and unconformities.

answers: NDQ_001619

answers: Contour maps

answers: NDQ_001620

answers: unconformities.

answers: NDQ_001621

answers: contour maps

answers: NDQ_001622

answers: unconformities.

answers: NDQ_001623

answers: Isopach maps use isopachs

answers: NDQ_001624

answers: fault surfaces (especially low angle thrust faults) and unconformities.

answers: NDQ_001625

answers: low angle thrust faults)

text: Professor Casti elaborated the theory of cartographic semiosis in 1998, when she also published her first theoretical book L’ordine del mondo e la sua rappresentazione, translated into English in 2005 under the title Reality as Representation. The semiotics of cartography and the generation of meaning. Casti’s theory lies within the fold of the research area called “postmodern cartography” inaugurated by John B. Harley in 1989 and developed in the first decade of the 21st century  with contributions by Emanuela Casti, Jeremy Crampton, Martin Dodge, Rob Kitchin, John Pickles, Denis Wood. The underlying assumption of postmodern research is a questioning of the objectivity and neutrality of maps, and more specifically a questioning of the scientific nature of Euclidean metrics. Accordingly, maps are not seen as straightforward “mirrors of reality”, but rather as  instruments through which reality is shaped. Casti’s key contribution lies in having embraced this initial assumption as a springboard for articulating a theory able to investigate the construction and the communicative mechanisms of maps. By shifting the focus of interest from maps as tools for mediating territory to maps as operators which actively affect the range of activities one can implement on territories, Casti’s theory earmarked the areas in which action is needed in order to take control of the communicative outcomes of mapping.  Assuming a symbiosis between territory and mapping, Casti conclusively defines maps as complex denonational acts, on the basis of which individuals  appropriate territory intellectually and symbolically order the world.  Maps should be taken as instances of a “metasemiosis" - or “second-level semiosis”, for even though they are based on territorial semiosis they also deploy signs, names, symbols which convey messages and meanings quite independently of the intentions of those who first produced them. Maps, Casti insists, are endowed with self-reference, which produces its own messages and may well lead an interpreter to read the world through the framework of theory and to advance entirely conjectural propositions as if they were facts (in this regard, Casti speaks of iconization). Casti rereads the theoretical framework of Charles Morris, whereby signs in communication become  sign vehicles activated  by an interpreter, to show a cartographic semiosis based on icons (a key feature of maps) and analyzed in light of three aspects: in the encoding of signs (semantics); in the syntax that connects icons and develops  their meanings in a reticular dimension; in the pragmatic sphere, when maps become the objects of interpretation as well as key models for socially relevant patterns of behavior. Within such theoretical framework, maps become sophisticated instruments capable of suggesting and envisioning strategies of production, use and mediatization of territory to their interpreters. According to Casti, this network provides not only the platform for an interpretation of cartographic documents, but also for actual experimenting with maps, now tailored to the changing needs of society; maps that are designed to envisage a topological space, as Casti’s second theoretical book makes clear (Cartografia critica, translated in English as: Reflexive Cartography, 2015). Professor Casti explores the transition from a topographic mapping, created by government agencies, to open cartography, collaboratively produced by the people (and linked to a new idea of Chorography). The latter has the potential to become a highly workable concept, to be used as an operator for assisting citizens in thinking and designing their own living space and in understanding the current world. Specifically, Casti argues that, by virtue of its highly interactive features, new digital mapping (specifically WebGIS) opens up new scenarios, and poses cybercartography as a privileged discipline for recovering and promoting the social significance of territory in all its forms  (landscape and environment).

text: Professor Casti elaborated the theory of cartographic semiosis in 1998, when she also published her first theoretical book L’ordine del mondo e la sua rappresentazione, translated into English in 2005 under the title Reality as Representation. The semiotics of cartography and the generation of meaning. Casti’s theory lies within the fold of the research area called “postmodern cartography” inaugurated by

text: John B. Harley

text: in 1989 and developed in the first decade of the 21st century  with contributions by Emanuela Casti, Jeremy Crampton, Martin Dodge, Rob Kitchin,

text: John Pickles

text: Denis Wood

text: Charles Morris

text: WebGIS

text: ) opens up new scenarios, and poses cybercartography as a privileged discipline for recovering and promoting the social significance of territory in all its forms  (landscape and environment).

answers: NDQ_001586

answers: Emanuela Casti

answers: NDQ_001587

answers: The underlying assumption of postmodern research is a questioning of the objectivity and neutrality of what?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the scientific nature of Euclidean metrics

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: the range of activities one can implement on territories

answers: NDQ_001592

answers: “mirrors of reality”

answers: NDQ_001593

answers: Casti’s theory lies within the fold of the research area called “postmodern cartography” inaugurated by John B. Harley in 1989

answers: NDQ_001594

answers: Emanuela Casti

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: rivers and streams

answers: NDQ_001598

answers: Euclidean metrics

answers: NDQ_001600

answers: Emanuela Casti

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: What does Casti's theory entail?

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: Contour lines help us to see the three-dimensional shape of the land.

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill.

answers: NDQ_001613

answers: The hatch marks on a topographic map are drawn on the side of the circle with the higher elevation

answers: NDQ_001614

answers: horizontal

answers: NDQ_001618

answers: Casti’s theory lies within the fold of the research area called “postmodern cartography” inaugurated by John B. Harley in 1989

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: NDQ_001621

answers: Euclidean

answers: NDQ_001622

answers: (in question)

answers: NDQ_001623

answers: Euclidean

answers: NDQ_001624

answers: Casti insists

answers: NDQ_001625

answers: unspecified

answers: NDQ_001586

answers: Casti’s

answers: NDQ_001587

answers: complex denonational acts,

answers: NDQ_001588

answers: self-reference,

answers: NDQ_001589

answers: “mirrors of reality”,

answers: NDQ_001590

answers: “metasemiosis"

answers: NDQ_001591

answers: complex denonational acts,

answers: NDQ_001592

answers: “mirrors of reality”,

answers: NDQ_001593

answers: Maps,

answers: NDQ_001594

answers: Casti’s

answers: NDQ_001595

answers: “postmodern cartography”

answers: NDQ_001597

answers: Maps,

answers: NDQ_001598

answers: Maps,

answers: NDQ_001600

answers: Casti’s

answers: NDQ_001603

answers: conjectural propositions

answers: NDQ_001605

answers: Casti’s

answers: NDQ_001606

answers: Casti’s

answers: NDQ_001608

answers: Maps,

answers: NDQ_001611

answers: self-reference,

answers: NDQ_001613

answers: “metasemiosis"

answers: NDQ_001614

answers: Casti’s

answers: NDQ_001618

answers: territory

answers: NDQ_001619

answers: Euclidean metrics.

answers: NDQ_001620

answers: “postmodern cartography”

answers: NDQ_001621

answers: Euclidean

answers: NDQ_001622

answers: self-reference,

answers: NDQ_001623

answers: Euclidean

answers: NDQ_001624

answers: “metasemiosis"

answers: NDQ_001625

answers: Euclidean

text: The ability of Eph/ephrin signaling to direct migrating axons along Eph/ephrin expression gradients is evidenced in the formation of the retinotopic map in the visual system, with graded expression levels of both Eph receptors and ephrin ligands leading to the development of a resolved neuronal map (for a more detailed description of Eph/ephrin signaling see "Formation of the Retinotopic Map" in ephrin). Further studies then showed the role of Eph’s in topographic mapping in other regions of the central nervous system, such as learning and memory via the formation of projections between the septum and hippocampus.

text: The ability of Eph/ephrin signaling to direct migrating axons along Eph/ephrin expression gradients is evidenced in the formation of the

text: retinotopic map

text: in the visual system, with graded expression levels of both Eph receptors and ephrin ligands leading to the development of a resolved neuronal map (for a more detailed description of Eph/ephrin signaling see "Formation of the Retinotopic Map" in

text: ephrin

text: ). Further studies then showed the role of Eph’s in topographic mapping in other regions of the central nervous system, such as learning and memory via the formation of projections between the septum and hippocampus.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: The ability of Eph/ephrin signaling to direct migrating axons along Eph/ephrin expression gradients is evidenced in the formation of what?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Eph/ephrin signaling to direct migrating axons along Eph/ephrin expression gradients

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: septum and hippocampus

answers: NDQ_001592

answers: retinotopic map

answers: NDQ_001593

answers: unanswerable

answers: NDQ_001594

answers: What is the role of Eph’s in topographic mapping in other regions of the central nervous system?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: the role of Eph’s in topographic mapping

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: What is the role of Eph’s in topographic mapping?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What helps us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: What is the opposite of retinotopic map?

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: septum and hippocampus

answers: NDQ_001619

answers: topographic mapping

answers: NDQ_001620

answers: eph’s

answers: NDQ_001621

answers: topographic mapping

answers: NDQ_001622

answers: retinotopic map

answers: NDQ_001623

answers: projections

answers: NDQ_001624

answers: septum and hippocampus

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: Eph’s

answers: NDQ_001587

answers: septum and hippocampus.

answers: NDQ_001588

answers: projections between the septum and hippocampus.

answers: NDQ_001589

answers: topographic mapping

answers: NDQ_001590

answers: retinotopic map

answers: NDQ_001591

answers: projections between the septum and hippocampus.

answers: NDQ_001592

answers: direct migrating axons

answers: NDQ_001593

answers: Eph’s in topographic mapping

answers: NDQ_001594

answers: topographic mapping

answers: NDQ_001595

answers: retinotopic map

answers: NDQ_001597

answers: Eph’s in topographic mapping

answers: NDQ_001598

answers: Eph’s

answers: NDQ_001600

answers: retinotopic map

answers: NDQ_001603

answers: topographic mapping in other regions of the central nervous system,

answers: NDQ_001605

answers: retinotopic map

answers: NDQ_001606

answers: retinotopic map

answers: NDQ_001608

answers: topographic mapping

answers: NDQ_001611

answers: Eph’s in topographic mapping

answers: NDQ_001613

answers: Eph’s

answers: NDQ_001614

answers: Eph’s in topographic mapping

answers: NDQ_001618

answers: projections between the septum and hippocampus.

answers: NDQ_001619

answers: topographic mapping

answers: NDQ_001620

answers: Eph’s

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: projections between the septum and hippocampus.

answers: NDQ_001623

answers: projections

answers: NDQ_001624

answers: projections between the septum and hippocampus.

answers: NDQ_001625

answers: septum and hippocampus.

text: Crater deposits are mapped stratigraphically according to a morphologic degradation sequence devised by N. J. Trask (McCauley and others, 1981). This method assumes that (1) all craters of a given size range initially resemble fresh craters and (2) degrees of impact erosion are constant for all craters within a morphologically defined sequence. Although these conditions hold generally, degradation may be accelerated locally by adjacent impact events and flooding by plains materials and, rarely, may be decelerated by structural rejuvenation of topographic elements of craters. Thus, the stratigraphic significance of crater morphology is only approximate. By analogy with lunar materials, all mapped crater materials are thought to be of impact origin. Only craters larger than 30 km in diameter are mapped.

text: Crater deposits are mapped stratigraphically according to a morphologic degradation sequence devised by N. J. Trask (McCauley and others, 1981). This method assumes that (1) all craters of a given size range initially resemble fresh craters and (2) degrees of impact erosion are constant for all craters within a morphologically defined sequence. Although these conditions hold generally, degradation may be accelerated locally by adjacent impact events and flooding by plains materials and, rarely, may be decelerated by structural rejuvenation of topographic elements of craters. Thus, the stratigraphic significance of crater morphology is only approximate. By analogy with lunar materials, all mapped crater materials are thought to be of impact origin. Only craters larger than 30 km in diameter are mapped.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

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

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: only craters larger than 30 km in diameter are mapped

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: craters

answers: NDQ_001592

answers: stratigraphic significance of crater morphology

answers: NDQ_001593

answers: unanswerable

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction of flow

answers: NDQ_001598

answers: degrees of impact erosion are constant

answers: NDQ_001600

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

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: crater materials are thought to be of impact origin

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: craters

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: craters

answers: NDQ_001623

answers: stratigraphic

answers: NDQ_001624

answers: craters

answers: NDQ_001625

answers: 30 km

answers: NDQ_001586

answers: craters larger than 30 km in diameter are mapped.

answers: NDQ_001587

answers: morphologic degradation sequence devised by N. J. Trask

answers: NDQ_001588

answers: accelerated locally by adjacent impact events

answers: NDQ_001589

answers: degrees of impact erosion are constant for all craters

answers: NDQ_001590

answers: 30 km in diameter are mapped.

answers: NDQ_001591

answers: degrees of impact erosion

answers: NDQ_001592

answers: structural rejuvenation

answers: NDQ_001593

answers: degrees of impact erosion

answers: NDQ_001594

answers: 30 km in diameter are mapped.

answers: NDQ_001595

answers: 1981).

answers: NDQ_001597

answers: Crater deposits

answers: NDQ_001598

answers: morphologic degradation sequence devised by N. J. Trask

answers: NDQ_001600

answers: plains

answers: NDQ_001603

answers: the stratigraphic significance of crater morphology is only approximate.

answers: NDQ_001605

answers: lunar materials,

answers: NDQ_001606

answers: morphologic degradation sequence devised by N. J. Trask

answers: NDQ_001608

answers: topographic elements

answers: NDQ_001611

answers: adjacent impact events

answers: NDQ_001613

answers: 30 km in diameter

answers: NDQ_001614

answers: 1981).

answers: NDQ_001618

answers: Crater deposits

answers: NDQ_001619

answers: stratigraphically according to a morphologic degradation sequence

answers: NDQ_001620

answers: erosion

answers: NDQ_001621

answers: stratigraphically

answers: NDQ_001622

answers: Crater deposits

answers: NDQ_001623

answers: stratigraphically according to a morphologic degradation sequence

answers: NDQ_001624

answers: Crater deposits

answers: NDQ_001625

answers: 30 km

text: Napoleon Bonaparte consulted the maps and subsequently used his topographical knowledge in his military campaigns.

text: Napoleon Bonaparte

text: consulted the maps and subsequently used his topographical knowledge in his military campaigns.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: can be used to measure the distance between two points.

answers: NDQ_001588

answers: None of the above choices .

answers: NDQ_001589

answers: it is a topographic map

answers: NDQ_001590

answers: It's impossible to say

answers: NDQ_001591

answers: military campaigns

answers: NDQ_001592

answers: enumerate landmarks

answers: NDQ_001593

answers: Yes

answers: NDQ_001594

answers: None of the above choices .

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: It's impossible to say

answers: NDQ_001598

answers: It is not possible to tell

answers: NDQ_001600

answers: None of the above choices .

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: None of the above choices .

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: It's impossible to say

answers: NDQ_001611

answers: None of the above choices .

answers: NDQ_001613

answers: It's impossible to say

answers: NDQ_001614

answers: None of the above choices.

answers: NDQ_001618

answers: contour lines

answers: NDQ_001619

answers: is a topographic map

answers: NDQ_001620

answers: is a measure of elevation

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: unmarked contour lines

answers: NDQ_001623

answers: isosceles

answers: NDQ_001624

answers: isosceles

answers: NDQ_001625

answers: 0 m

answers: NDQ_001586

answers: Napoleon Bonaparte consulted the maps

answers: NDQ_001587

answers: Napoleon Bonaparte consulted the maps

answers: NDQ_001588

answers: Napoleon Bonaparte consulted the maps

answers: NDQ_001589

answers: subsequently used his topographical knowledge in his military campaigns.

answers: NDQ_001590

answers: Napoleon Bonaparte consulted the maps

answers: NDQ_001591

answers: military campaigns.

answers: NDQ_001592

answers: military campaigns.

answers: NDQ_001593

answers: topographical knowledge in his military campaigns.

answers: NDQ_001594

answers: topographical knowledge in his military campaigns.

answers: NDQ_001595

answers: Napoleon Bonaparte

answers: NDQ_001597

answers: topographical knowledge in his military campaigns.

answers: NDQ_001598

answers: Napoleon Bonaparte consulted the maps

answers: NDQ_001600

answers: topographical knowledge in his military campaigns.

answers: NDQ_001603

answers: Napoleon Bonaparte

answers: NDQ_001605

answers: Napoleon Bonaparte consulted the maps

answers: NDQ_001606

answers: Napoleon Bonaparte consulted the maps

answers: NDQ_001608

answers: topographical knowledge

answers: NDQ_001611

answers: Napoleon Bonaparte consulted the maps

answers: NDQ_001613

answers: Napoleon Bonaparte

answers: NDQ_001614

answers: Napoleon Bonaparte consulted the maps

answers: NDQ_001618

answers: Napoleon Bonaparte

answers: NDQ_001619

answers: topographical

answers: NDQ_001620

answers: Napoleon Bonaparte consulted the maps

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: Napoleon Bonaparte

answers: NDQ_001623

answers: topographical knowledge in his military campaigns.

answers: NDQ_001624

answers: Napoleon Bonaparte

answers: NDQ_001625

answers: Napoleon Bonaparte

text: The visual system refers to the part of the central nervous system that allows an organism to see.  It interprets information from visible light to build a representation of the world.  The ganglion cells of the retina project in an orderly fashion to the lateral geniculate nucleus of the thalamus and from there to the primary visual cortex(V1); adjacent spots on the retina are represented by adjacent neurons in the lateral geniculate nucleus and the primary visual cortex.  This projection pattern has been termed topography. There are many types of topographic maps in the visual cortices, including retinotopic maps, occular dominance maps and orientation maps. Retinotopic maps are the easiest to understand in terms of topography. Retinotopic maps are those in which the image on the retina is maintained in the cortices (V1 and the LGN). In other words, if  a specific region of the cortices was damaged that individual would then have a blind spot in the real world, they would not be able to see the bit of the world that corresponded to the retina damage. Orientation maps are also topographic. In these maps there are cells which have a preference to a certain orientation, the maximum firing rate of the cell will be achieved at that preference. As the orientation is moved away from the firing rate will drop. An orientation map is topographic because neighboring neural tissues have similar orientation preferences.

text: The

text: visual system

text: refers to the part of the

text: central nervous system

text: that allows an organism to see.  It interprets information from visible light to build a representation of the world.  The ganglion cells of the

text: retina

text: project in an orderly fashion to the

text: lateral geniculate nucleus

text: of the

text: thalamus

text: and from there to the primary

text: visual cortex

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: Which of the following is not a type of topographic map: retinotopic, occular dominance, or orientation?

answers: NDQ_001588

answers: What is the easiest to understand in terms of topography?

answers: NDQ_001589

answers: neighboring neural tissues have similar orientation preferences.

answers: NDQ_001590

answers: Which of the following is not a type of topographic map?

answers: NDQ_001591

answers: adjacent spots on the retina

answers: NDQ_001592

answers: occular dominance maps

answers: NDQ_001593

answers: What is the easiest to understand in terms of topography?

answers: NDQ_001594

answers: What is the easiest to understand in terms of topography?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What is the easiest to understand in terms of topography?

answers: NDQ_001598

answers: orientation maps

answers: NDQ_001600

answers: What is the easiest to understand in terms of topography?

answers: NDQ_001603

answers: Which of the following is not useful to geologists?

answers: NDQ_001605

answers: Which of the following is not a type of topographic map?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is not a type of topographic map?

answers: NDQ_001611

answers: What is the easiest to understand in terms of topography

answers: NDQ_001613

answers: Which of the following is not a type of topographic map?

answers: NDQ_001614

answers: Which of the following is not a type of topographic map?

answers: NDQ_001618

answers: retinotopic maps

answers: NDQ_001619

answers: a topographic map

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: retinotopic

answers: NDQ_001623

answers: parallel lines

answers: NDQ_001624

answers: occular dominance maps

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: retinotopic maps, occular dominance maps and orientation maps.

answers: NDQ_001587

answers: lateral geniculate nucleus of the thalamus

answers: NDQ_001588

answers: orientation maps.

answers: NDQ_001589

answers: the maximum firing rate of the cell will be achieved at that preference.

answers: NDQ_001590

answers: retinotopic maps, occular dominance maps and orientation maps.

answers: NDQ_001591

answers: adjacent spots on the retina are represented by adjacent neurons

answers: NDQ_001592

answers: occular dominance maps

answers: NDQ_001593

answers: orientation maps.

answers: NDQ_001594

answers: retinotopic maps, occular dominance maps

answers: NDQ_001595

answers: lateral geniculate nucleus of the thalamus

answers: NDQ_001597

answers: orientation maps.

answers: NDQ_001598

answers: orientation maps.

answers: NDQ_001600

answers: topography.

answers: NDQ_001603

answers: retinotopic maps, occular dominance maps

answers: NDQ_001605

answers: retinotopic maps,

answers: NDQ_001606

answers: retinotopic maps,

answers: NDQ_001608

answers: topography.

answers: NDQ_001611

answers: retinotopic maps, occular dominance maps

answers: NDQ_001613

answers: orientation maps.

answers: NDQ_001614

answers: retinotopic maps, occular dominance maps and orientation maps.

answers: NDQ_001618

answers: orientation maps.

answers: NDQ_001619

answers: topographic

answers: NDQ_001620

answers: As the orientation is moved away from the firing rate will drop.

answers: NDQ_001621

answers: topography.

answers: NDQ_001622

answers: occular dominance maps

answers: NDQ_001623

answers: orientation

answers: NDQ_001624

answers: occular dominance maps

answers: NDQ_001625

answers: occular dominance maps

text: Raster-based stacked surfaces depict the surface of each buried geologic unit, and can accommodate data on lateral variations of physical properties. In this example from Soller and others (1999), the upper surface of each buried geologic unit was represented in raster format as an ArcInfo Grid file. The middle grid is the uppermost surface of an economically important aquifer, the Mahomet Sand, which fills a pre- and inter-glacial valley carved into the bedrock surface. Each geologic unit in raster format can be managed in the data model, in a manner not dissimilar from that shown for the stack-unit map. The Mahomet Sand is continuous in this area, and represents one occurrence of this unit in the data model. Each raster, or pixel, on the Mahomet Sand surface has a set of map coordinates that are recorded in a GIS (in the data model bin that is labeled “Pixel coordinates”, which is the raster corollary of the “Geometry” bin for vector map data). Each pixel can have a unique set of descriptive information, such as surface elevation, unit thickness, lithology, transmissivity, etc.).

text: lithology

text: , transmissivity, etc.).

answers: NDQ_001586

answers: contour lines that are numbered represent changes in elevation

answers: NDQ_001587

answers: What is the uppermost surface of the Mahomet Sand?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: can accommodate data on lateral variations of physical properties

answers: NDQ_001590

answers: What is the Mahomet Sand surface?

answers: NDQ_001591

answers: pre- and inter-glacial valley

answers: NDQ_001592

answers: Each pixel can have a unique set of descriptive information

answers: NDQ_001593

answers: surface elevation

answers: NDQ_001594

answers: contour lines

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: surface elevation

answers: NDQ_001600

answers: The Mahomet Sand is continuous in this area

answers: NDQ_001603

answers: What is the purpose of a topographic map?

answers: NDQ_001605

answers: What type of rocks are represented by different colors on a raster map?

answers: NDQ_001606

answers: What is the difference between two contour lines

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: concentric lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: side of the circle with the higher elevation

answers: NDQ_001614

answers: What can raster-based stacked surfaces depict the surface of?

answers: NDQ_001618

answers: Mahomet Sand

answers: NDQ_001619

answers: aquifer

answers: NDQ_001620

answers: surface elevation

answers: NDQ_001621

answers: raster

answers: NDQ_001622

answers: Mahomet Sand

answers: NDQ_001623

answers: raster

answers: NDQ_001624

answers: Mahomet Sand

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: surface elevation,

answers: NDQ_001587

answers: pre- and inter-glacial valley carved into the bedrock surface.

answers: NDQ_001588

answers: lateral variations of physical properties.

answers: NDQ_001589

answers: lateral variations of physical properties.

answers: NDQ_001590

answers: lateral variations of physical properties.

answers: NDQ_001591

answers: pre- and inter-glacial valley

answers: NDQ_001592

answers: lateral variations of physical properties.

answers: NDQ_001593

answers: surface elevation,

answers: NDQ_001594

answers: surface elevation,

answers: NDQ_001595

answers: lateral variations of physical properties.

answers: NDQ_001597

answers: lateral variations of physical properties.

answers: NDQ_001598

answers: lateral variations of physical properties.

answers: NDQ_001600

answers: Raster-based stacked surfaces

answers: NDQ_001603

answers: Raster-based stacked surfaces

answers: NDQ_001605

answers: lithology,

answers: NDQ_001606

answers: lateral variations of physical properties.

answers: NDQ_001608

answers: Raster-based stacked surfaces

answers: NDQ_001611

answers: Raster-based stacked surfaces

answers: NDQ_001613

answers: lateral variations of physical properties.

answers: NDQ_001614

answers: Raster-based stacked surfaces

answers: NDQ_001618

answers: aquifer, the Mahomet Sand,

answers: NDQ_001619

answers: aquifer,

answers: NDQ_001620

answers: lateral variations of physical properties.

answers: NDQ_001621

answers: Raster-based stacked surfaces

answers: NDQ_001622

answers: aquifer, the Mahomet Sand,

answers: NDQ_001623

answers: grid

answers: NDQ_001624

answers: aquifer, the Mahomet Sand,

answers: NDQ_001625

answers: elevation,

text: In later years at the Gavilan Plateau, there was a small mining settlement of primarily Spanish speaking miners called Gavilan.  Some English-speaking miners of the 1880s called it Cedar Flat.  Subsequently in 1891 M. C. Westbrook and Associates, leased most of the mining area planning a town site at the mines called Westbrook.  Shortly afterward it was sold to the Gavilan Mining and Milling Company for a period of ten years.  The old town and its mines became known as the Gavilan Mine that can be seen on the 1898 Elsinore, California Quadrangle, U. S. Dept. of the Interior, Geological Survey Topographic Map.

text: In later years at the Gavilan Plateau, there was a small mining settlement of primarily Spanish speaking miners called

text: Gavilan

text: .  Some English-speaking miners of the 1880s called it Cedar Flat.  Subsequently in 1891 M. C. Westbrook and Associates, leased most of the mining area planning a town site at the mines called Westbrook.  Shortly afterward it was sold to the Gavilan Mining and Milling Company for a period of ten years.  The old town and its mines became known as the Gavilan Mine that can be seen on the 1898 Elsinore, California Quadrangle, U. S. Dept. of the Interior, Geological Survey Topographic Map.

answers: NDQ_001586

answers: None of the above choices.

answers: NDQ_001587

answers: What can be seen on the 1898 Elsinore, California Quadrangle?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: The old town and its mines became known as the Gavilan Mine

answers: NDQ_001590

answers: What is the difference between the Gavilan Plateau and Cedar Flat?

answers: NDQ_001591

answers: the Gavilan Plateau

answers: NDQ_001592

answers: leased most of the mining area

answers: NDQ_001593

answers: What is the slope of the land?

answers: NDQ_001594

answers: What was the old town and its mines known as?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be seen on the 1898 Elsinore, California Quadrangle?

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

answers: Which of the following is not a type of plateau: Gavilan Plateau, Cedar Flat or Gavilan Plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What color is the Gavilan Mine?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Which of the following is not true of the Gavilan Plateau?

answers: NDQ_001613

answers: The old town and its mines became known as the Gavilan Mine

answers: NDQ_001614

answers: How many years did the Gavilan Mining and Milling Company operate?

answers: NDQ_001618

answers: Gavilan Mine

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: Topographic Map

answers: NDQ_001622

answers: Gavilan Plateau

answers: NDQ_001623

answers: Quadrangle

answers: NDQ_001624

answers: Gavilan Plateau

answers: NDQ_001625

answers: 0 m

answers: NDQ_001586

answers: Geological Survey Topographic Map.

answers: NDQ_001587

answers: 1898 Elsinore, California Quadrangle,

answers: NDQ_001588

answers: 1898 Elsinore, California Quadrangle,

answers: NDQ_001589

answers: Topographic Map.

answers: NDQ_001590

answers: 1898 Elsinore, California Quadrangle,

answers: NDQ_001591

answers: Gavilan Plateau,

answers: NDQ_001592

answers: leased most of the mining area planning a town site

answers: NDQ_001593

answers: Geological Survey Topographic Map.

answers: NDQ_001594

answers: Geological Survey Topographic Map.

answers: NDQ_001595

answers: Gavilan Plateau,

answers: NDQ_001597

answers: Geological Survey Topographic Map.

answers: NDQ_001598

answers: Geological Survey Topographic Map.

answers: NDQ_001600

answers: Gavilan Plateau,

answers: NDQ_001603

answers: Geological Survey Topographic Map.

answers: NDQ_001605

answers: Geological Survey Topographic Map.

answers: NDQ_001606

answers: Gavilan Plateau,

answers: NDQ_001608

answers: Geological Survey Topographic Map.

answers: NDQ_001611

answers: 1898 Elsinore, California Quadrangle,

answers: NDQ_001613

answers: 1898 Elsinore, California Quadrangle,

answers: NDQ_001614

answers: Geological Survey Topographic Map.

answers: NDQ_001618

answers: Gavilan Mine

answers: NDQ_001619

answers: Geological Survey Topographic Map.

answers: NDQ_001620

answers: 1898 Elsinore, California Quadrangle,

answers: NDQ_001621

answers: Topographic Map.

answers: NDQ_001622

answers: Elsinore, California Quadrangle,

answers: NDQ_001623

answers: Quadrangle,

answers: NDQ_001624

answers: Gavilan Mine

answers: NDQ_001625

answers: 1898 Elsinore, California Quadrangle,

text: Source data for the table below came from topographic maps created by the United States Geological Survey and published on-line by TopoQuest, and from the Atlas of Oregon; the Oregon Atlas and Gazetteer; two federally produced geographic information system (GIS) datasets—the National Hydrography Dataset and the National Watershed Boundary Dataset—and other sources as noted. In the table, total lengths are given in miles (mi) and kilometers (km), and elevations are in feet (ft) and meters (m).

text: Source data for the table below came from

text: topographic map

text: s created by the

text: United States Geological Survey

text: and published on-line by

text: TopoQuest

text: , and from the Atlas of Oregon; the Oregon Atlas and Gazetteer; two federally produced

text: geographic information system

text: (GIS) datasets—the National Hydrography Dataset and the National Watershed Boundary Dataset—and other sources as noted. In the table, total lengths are given in miles (mi) and kilometers (km), and elevations are in feet (ft) and meters (m).

answers: NDQ_001586

answers: How many miles are in the table?

answers: NDQ_001587

answers: The following is a cross section of the Columbia River drainage in Oregon:

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: elevations are in feet (ft) and meters (m)

answers: NDQ_001590

answers: What is a contour interval?

answers: NDQ_001591

answers: elevations

answers: NDQ_001592

answers: National Watershed Boundary Dataset

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: National Hydrography Dataset

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What are the different types of rocks on topographic maps?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What are contour lines?

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is the hatch mark?

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: elevations

answers: NDQ_001619

answers: National Hydrography Dataset

answers: NDQ_001620

answers: ft

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: elevations

answers: NDQ_001623

answers: elevation

answers: NDQ_001624

answers: elevations

answers: NDQ_001625

answers: 1 m

answers: NDQ_001586

answers: elevations are in feet (ft) and meters (m).

answers: NDQ_001587

answers: elevations are in feet (ft) and meters (m).

answers: NDQ_001588

answers: TopoQuest,

answers: NDQ_001589

answers: elevations are in feet (ft) and meters (m).

answers: NDQ_001590

answers: elevations are in feet (ft) and meters (m).

answers: NDQ_001591

answers: Watershed Boundary

answers: NDQ_001592

answers: National Hydrography Dataset

answers: NDQ_001593

answers: elevations are in feet (ft) and meters (m).

answers: NDQ_001594

answers: elevations are in feet (ft) and meters (m).

answers: NDQ_001595

answers: feet

answers: NDQ_001597

answers: datasets—the National Hydrography Dataset and the National Watershed Boundary

answers: NDQ_001598

answers: elevations are in feet (ft) and meters (m).

answers: NDQ_001600

answers: TopoQuest,

answers: NDQ_001603

answers: topographic maps created by the United States Geological Survey

answers: NDQ_001605

answers: topographic maps created by the United States Geological Survey

answers: NDQ_001606

answers: TopoQuest,

answers: NDQ_001608

answers: elevations are in feet (ft) and meters (m).

answers: NDQ_001611

answers: elevations are in feet (ft) and meters (m).

answers: NDQ_001613

answers: feet (ft) and meters (m).

answers: NDQ_001614

answers: TopoQuest,

answers: NDQ_001618

answers: datasets—the National Hydrography

answers: NDQ_001619

answers: National Hydrography

answers: NDQ_001620

answers: elevations are in feet (ft) and meters (m).

answers: NDQ_001621

answers: feet (ft) and meters (m).

answers: NDQ_001622

answers: Watershed Boundary

answers: NDQ_001623

answers: elevations are in feet (ft) and meters (m).

answers: NDQ_001624

answers: National Watershed Boundary

answers: NDQ_001625

answers: elevations are in feet (ft)

text: After a competition was held by Dr. Patricia Fryer, her doctoral student Sam Hulme, and Linda Tatreau to rename the HMRG Deep, the new name of Sirena Deep was chosen. Students from Guam and the Northern Mariana Islands ages 18 and younger competed, with the winning name being suggested by Jermaine Sanders (aged 16) and John Meno (aged 14). The new name references to the Philippine legends of the sirenas, which are a mix of mermaids and sirens. The new name will now appear on geologic and bathymetric maps.

text: After a competition was held by Dr. Patricia Fryer, her doctoral student Sam Hulme, and Linda Tatreau to rename the HMRG Deep, the new name of Sirena Deep was chosen. Students from Guam and the

text: Northern Mariana Islands

text: ages 18 and younger competed, with the winning name being suggested by Jermaine Sanders (aged 16) and John Meno (aged 14). The new name references to the

text: Philippine

text: legends of the

text: sirenas

text: , which are a mix of

text: mermaid

text: s and

text: sirens

text: . The new name will now appear on

text: geologic

text: and

text: bathymetric

text: maps.

answers: NDQ_001586

answers: None of the above choices.

answers: NDQ_001587

answers: How many years old was Jermaine Sanders?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the new name will now appear on geologic

answers: NDQ_001590

answers: What is the new name of Sirena Deep?

answers: NDQ_001591

answers: bathymetric maps

answers: NDQ_001592

answers: rename the HMRG Deep

answers: NDQ_001593

answers: What is the new name of Sirena Deep?

answers: NDQ_001594

answers: What is the new name of Sirena Deep?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What is the new name of Sirena Deep?

answers: NDQ_001598

answers: bathymetric

answers: NDQ_001600

answers: What is the new name of Sirena Deep?

answers: NDQ_001603

answers: What does the new name refer to?

answers: NDQ_001605

answers: What is the new name of Sirena Deep?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the new name of Sirena Deep?

answers: NDQ_001611

answers: What is the new name of Sirena Deep?

answers: NDQ_001613

answers: What is the new name of Sirena Deep?

answers: NDQ_001614

answers: What is the new name of Sirena Deep?

answers: NDQ_001618

answers: bathymetric

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: bathymetric

answers: NDQ_001621

answers: bathymetric

answers: NDQ_001622

answers: bathymetric

answers: NDQ_001623

answers: bathymetric

answers: NDQ_001624

answers: HMRG Deep

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: geologic and bathymetric maps.

answers: NDQ_001587

answers: geologic and bathymetric maps.

answers: NDQ_001588

answers: geologic and bathymetric maps.

answers: NDQ_001589

answers: The new name will now appear on geologic

answers: NDQ_001590

answers: geologic and bathymetric maps.

answers: NDQ_001591

answers: bathymetric maps.

answers: NDQ_001592

answers: The new name

answers: NDQ_001593

answers: bathymetric

answers: NDQ_001594

answers: bathymetric maps.

answers: NDQ_001595

answers: HMRG Deep,

answers: NDQ_001597

answers: geologic and bathymetric

answers: NDQ_001598

answers: bathymetric

answers: NDQ_001600

answers: geologic and bathymetric maps.

answers: NDQ_001603

answers: geologic and bathymetric maps.

answers: NDQ_001605

answers: bathymetric maps.

answers: NDQ_001606

answers: After a competition was held by Dr. Patricia Fryer,

answers: NDQ_001608

answers: bathymetric maps.

answers: NDQ_001611

answers: geologic and bathymetric maps.

answers: NDQ_001613

answers: geologic and bathymetric maps.

answers: NDQ_001614

answers: geologic and bathymetric maps.

answers: NDQ_001618

answers: geologic and bathymetric

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: bathymetric

answers: NDQ_001621

answers: bathymetric

answers: NDQ_001622

answers: bathymetric

answers: NDQ_001623

answers: bathymetric

answers: NDQ_001624

answers: geologic and bathymetric

answers: NDQ_001625

answers: Deep,

text: Depth, measured with a depth sounder or lead line, can be used to identify a bathymetric contour or crossing point. Similarly, elevation can be used to confirm a geographic contour or crossing point. Measurement of depth and altitude allow vessels and aircraft navigators to confirm clear passage over obstructions.

text: Depth, measured with a

text: depth sounder

text: or

text: lead line

text: , can be used to identify a

text: bathymetric

text: contour or crossing point. Similarly, elevation can be used to confirm a

text: geographic

text: contour or crossing point. Measurement of depth and altitude allow vessels and aircraft navigators to confirm clear passage over obstructions.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: can be used to measure what?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: elevation can be used to confirm a geographic contour or crossing point

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: bathymetric

answers: NDQ_001592

answers: bathymetric

answers: NDQ_001593

answers: elevation

answers: NDQ_001594

answers: depth

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction

answers: NDQ_001598

answers: elevation

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not used to represent different types of rocks on a geologic map?

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: elevation

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: bathymetric contour

answers: NDQ_001619

answers: bathymetric contour

answers: NDQ_001620

answers: altitude

answers: NDQ_001621

answers: elevation

answers: NDQ_001622

answers: bathymetric

answers: NDQ_001623

answers: lead line

answers: NDQ_001624

answers: bathymetric

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: elevation can be used to confirm a geographic contour or crossing point.

answers: NDQ_001587

answers: crossing point.

answers: NDQ_001588

answers: crossing point.

answers: NDQ_001589

answers: elevation

answers: NDQ_001590

answers: elevation

answers: NDQ_001591

answers: crossing point.

answers: NDQ_001592

answers: crossing point.

answers: NDQ_001593

answers: elevation

answers: NDQ_001594

answers: Depth,

answers: NDQ_001595

answers: Depth,

answers: NDQ_001597

answers: elevation

answers: NDQ_001598

answers: elevation

answers: NDQ_001600

answers: bathymetric contour

answers: NDQ_001603

answers: vessels and aircraft navigators to confirm clear passage over obstructions.

answers: NDQ_001605

answers: Depth,

answers: NDQ_001606

answers: Depth, measured with a depth sounder or lead line,

answers: NDQ_001608

answers: bathymetric contour or crossing point.

answers: NDQ_001611

answers: elevation

answers: NDQ_001613

answers: elevation can be used to confirm a geographic contour or crossing point.

answers: NDQ_001614

answers: Depth, measured with a depth sounder or lead line,

answers: NDQ_001618

answers: bathymetric contour or crossing point.

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: elevation can be used to confirm a geographic contour or crossing point.

answers: NDQ_001621

answers: geographic contour or crossing point. Measurement of depth and altitude

answers: NDQ_001622

answers: bathymetric contour or crossing point.

answers: NDQ_001623

answers: lead line,

answers: NDQ_001624

answers: bathymetric

answers: NDQ_001625

answers: contour or crossing point.

text: The ridge midpoint is located at  (UK Directorate of Overseas Surveys mapping in 1968, Bulgarian mapping in 2005 and 2009 from topographic surveys in 1995/96 and 2004/05).

text: The ridge midpoint is located at  (UK

text: Directorate of Overseas Surveys

text: mapping in 1968, Bulgarian mapping in 2005 and 2009 from topographic surveys in 1995/96 and 2004/05).

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: can be used to find the ridge midpoint

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: The ridge midpoint is located at

answers: NDQ_001590

answers: What is the contour interval?

answers: NDQ_001591

answers: midpoint

answers: NDQ_001592

answers: locate the ridge midpoint

answers: NDQ_001593

answers: It's impossible to say

answers: NDQ_001594

answers: ridge midpoint is located at

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices.

answers: NDQ_001598

answers: the steepest side

answers: NDQ_001600

answers: ridge midpoint

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: None of the above choices.

answers: NDQ_001611

answers: None of the above choices.

answers: NDQ_001613

answers: The hatch marks are drawn on the side of the circle with the higher elevation

answers: NDQ_001614

answers: The ridge midpoint is located at

answers: NDQ_001618

answers: ridge

answers: NDQ_001619

answers: ridge midpoint

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: ridge

answers: NDQ_001623

answers: ridge midpoint

answers: NDQ_001624

answers: ridge

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: 1995/96 and 2004/05).

answers: NDQ_001587

answers: The ridge midpoint

answers: NDQ_001588

answers: 1995/96 and 2004/05).

answers: NDQ_001589

answers: topographic surveys

answers: NDQ_001590

answers: 1995/96 and 2004/05).

answers: NDQ_001591

answers: ridge midpoint

answers: NDQ_001592

answers: ridge midpoint

answers: NDQ_001593

answers: topographic surveys in 1995/96 and 2004/05).

answers: NDQ_001594

answers: topographic surveys in 1995/96 and 2004/05).

answers: NDQ_001595

answers: 2009 from topographic surveys in 1995/96 and 2004/05).

answers: NDQ_001597

answers: topographic surveys in 1995/96 and 2004/05).

answers: NDQ_001598

answers: topographic surveys in 1995/96 and 2004/05).

answers: NDQ_001600

answers: topographic surveys in 1995/96 and 2004/05).

answers: NDQ_001603

answers: topographic surveys in 1995/96 and 2004/05).

answers: NDQ_001605

answers: topographic surveys in 1995/96 and 2004/05).

answers: NDQ_001606

answers: ridge midpoint

answers: NDQ_001608

answers: topographic surveys in 1995/96 and 2004/05).

answers: NDQ_001611

answers: topographic surveys in 1995/96 and 2004/05).

answers: NDQ_001613

answers: 1995/96 and 2004/05).

answers: NDQ_001614

answers: topographic surveys in 1995/96 and 2004/05).

answers: NDQ_001618

answers: ridge midpoint

answers: NDQ_001619

answers: topographic surveys

answers: NDQ_001620

answers: ridge midpoint

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: ridge midpoint

answers: NDQ_001623

answers: ridge midpoint

answers: NDQ_001624

answers: ridge midpoint

answers: NDQ_001625

answers: ridge midpoint

text: In its contemporary definition, topographic mapping shows relief. In the United States, USGS topographic maps show relief using contour lines. The USGS calls maps based on topographic surveys, but without contours, "planimetric maps."

text: In its contemporary definition, topographic mapping shows relief. In the United States,

text: USGS

text: topographic maps show relief using

text: contour lines

text: . The USGS calls maps based on topographic surveys, but without contours, "planimetric maps."

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: can be used to show what?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: contour lines

answers: NDQ_001590

answers: The contour interval of a topographic map represents the horizontal distance between

answers: NDQ_001591

answers: relief

answers: NDQ_001592

answers: contour lines

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a plain

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of map: topographic mapping or geologic maps?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Why do contour lines help to see the three-dimensional shape of the land?

answers: NDQ_001611

answers: How do contour lines show relief?

answers: NDQ_001613

answers: Which of the following is not a type of relief: contour lines or planimetric maps?

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: relief

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: relief

answers: NDQ_001621

answers: topographic mapping

answers: NDQ_001622

answers: relief

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: relief

answers: NDQ_001625

answers: contour lines

answers: NDQ_001586

answers: "planimetric maps."

answers: NDQ_001587

answers: contour lines.

answers: NDQ_001588

answers: USGS topographic maps show relief using contour lines.

answers: NDQ_001589

answers: relief.

answers: NDQ_001590

answers: relief.

answers: NDQ_001591

answers: relief.

answers: NDQ_001592

answers: contours,

answers: NDQ_001593

answers: contour lines.

answers: NDQ_001594

answers: contour lines.

answers: NDQ_001595

answers: contour lines.

answers: NDQ_001597

answers: contour lines.

answers: NDQ_001598

answers: contour lines.

answers: NDQ_001600

answers: relief.

answers: NDQ_001603

answers: topographic mapping

answers: NDQ_001605

answers: "planimetric maps."

answers: NDQ_001606

answers: contour lines.

answers: NDQ_001608

answers: topographic mapping shows relief.

answers: NDQ_001611

answers: contour lines.

answers: NDQ_001613

answers: contour lines.

answers: NDQ_001614

answers: USGS topographic maps show relief using contour lines.

answers: NDQ_001618

answers: relief. In the United States, USGS topographic maps show relief

answers: NDQ_001619

answers: contour lines.

answers: NDQ_001620

answers: relief.

answers: NDQ_001621

answers: topographic mapping shows relief.

answers: NDQ_001622

answers: relief.

answers: NDQ_001623

answers: contour lines.

answers: NDQ_001624

answers: relief

answers: NDQ_001625

answers: without contours,

text: Willard Drake Johnson (1860-1917) was an American glaciologist, topographer, cartographer, hydrographer, geologist, geographer, and ethnologist. His career began under the tutelage of Grove Karl Gilbert on the Lake Bonneville survey. In 1882 he joined US Geological Survey under John Wesley Powell. From 1882 until 1896 he was in the topographic portion of the survey. In 1888 he co-founded the National Geographic Society. From 1888 until 1890 he surveyed the Arkansas River in Colorado. In 1891 he became the chief of the California, where he co-founded the Sierra Club and became a good friend of John Muir. In 1895 Johnson went on an expedition to Sonora, where he studied the Seri Indians. In 1897 he joined the Water Resources Branch of the US Geological Survey, where he worked in Oklahoma. From 1904 until 1905 he worked in Utah and the Sierra Nevada, where he studied glacial geology. After that he worked for the US Forest Service in Portland, Oregon until 1916. He worked in the Grand Canyon until his death there on February 13, 1917.

text: Willard Drake Johnson (1860-1917) was an

text: American

text: glaciologist

text: topographer

text: cartographer

text: hydrographer

text: geologist

text: geographer

text: , and

text: ethnologist

text: . His career began under the tutelage of

text: Grove Karl Gilbert

text: on the

text: Lake Bonneville

text: survey. In 1882 he joined

text: US Geological Survey

text: under

text: John Wesley Powell

text: . From 1882 until 1896 he was in the topographic portion of the survey. In 1888 he co-founded the

text: National Geographic Society

text: . From 1888 until 1890 he surveyed the

text: Arkansas River

text: in

text: Colorado

text: . In 1891 he became the chief of the

text: California

text: , where he co-founded the

text: Sierra Club

text: and became a good friend of

text: John Muir

text: . In 1895 Johnson went on an expedition to

text: Sonora

text: , where he studied the Seri Indians. In 1897 he joined the Water Resources Branch of the US Geological Survey, where he worked in

text: Oklahoma

text: . From 1904 until 1905 he worked in

text: Utah

text: and the

text: Sierra Nevada

text: , where he studied

text: glacial geology

text: . After that he worked for the

text: US Forest Service

text: in

text: Portland, Oregon

text: until 1916. He worked in the

text: Grand Canyon

text: until his death there on February 13, 1917.

answers: NDQ_001586

answers: How many years did Willard Drake Johnson work in the Grand Canyon?

answers: NDQ_001587

answers: How many years did Willard Drake Johnson survey the Arkansas River?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: he co-founded the Sierra Club

answers: NDQ_001590

answers: How many years did Willard Drake Johnson work in Oklahoma?

answers: NDQ_001591

answers: the Grand Canyon

answers: NDQ_001592

answers: hydrographer

answers: NDQ_001593

answers: How did Willard Drake Johnson's career begin?

answers: NDQ_001594

answers: What did Willard Drake Johnson study?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Which of the following is not a type of hydrographer: hydrographer, geologist, geographer, or hydrographer?

answers: NDQ_001598

answers: the Grand Canyon

answers: NDQ_001600

answers: How many years did Willard Drake Johnson work in Oklahoma?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: How many years did Willard Drake Johnson work for the US Geological Survey?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is not a type of survey: topographic or cartographic?

answers: NDQ_001611

answers: How many years did Willard Drake Johnson work in the Grand Canyon?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is Willard Drake Johnson?

answers: NDQ_001614

answers: Which happened first, Willard Drake Johnson joined the US Geological Survey under John Wesley Powell or he became the chief of California?

answers: NDQ_001618

answers: Grand Canyon

answers: NDQ_001619

answers: hydrographer

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Grand Canyon

answers: NDQ_001623

answers: elevation

answers: NDQ_001624

answers: Grand Canyon

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Willard Drake Johnson

answers: NDQ_001587

answers: Arkansas River in Colorado.

answers: NDQ_001588

answers: 1896

answers: NDQ_001589

answers: glacial geology.

answers: NDQ_001590

answers: Willard Drake Johnson

answers: NDQ_001591

answers: glacial geology.

answers: NDQ_001592

answers: Arkansas River in Colorado.

answers: NDQ_001593

answers: topographer,

answers: NDQ_001594

answers: Willard Drake Johnson

answers: NDQ_001595

answers: 1882 until 1896

answers: NDQ_001597

answers: Arkansas River in Colorado.

answers: NDQ_001598

answers: Willard Drake Johnson

answers: NDQ_001600

answers: Willard Drake Johnson

answers: NDQ_001603

answers: topographer,

answers: NDQ_001605

answers: glacial geology.

answers: NDQ_001606

answers: Willard Drake Johnson

answers: NDQ_001608

answers: topographer,

answers: NDQ_001611

answers: Grand Canyon

answers: NDQ_001613

answers: Willard Drake Johnson

answers: NDQ_001614

answers: Willard Drake Johnson

answers: NDQ_001618

answers: Grand Canyon

answers: NDQ_001619

answers: hydrographer,

answers: NDQ_001620

answers: Willard Drake Johnson

answers: NDQ_001621

answers: topographer,

answers: NDQ_001622

answers: Grand Canyon

answers: NDQ_001623

answers: topographer,

answers: NDQ_001624

answers: Grand Canyon

answers: NDQ_001625

answers: Lake Bonneville

text: Data is derived from U.S. Geological Survey (USGS) topographical maps and the USGS National Map.

text: Data is derived from

text: U.S. Geological Survey

text: (USGS)

text: topographical map

text: s and the USGS National Map.

answers: NDQ_001586

answers: None of the above choices.

answers: NDQ_001587

answers: can be used to measure the distance between two points on a map

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: is derived from topographical maps

answers: NDQ_001590

answers: What is a contour interval?

answers: NDQ_001591

answers: elevation change

answers: NDQ_001592

answers: colorize the map

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: What is a contour line?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: The direction that rivers and streams flow can be determined by

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: if contour lines are so close together that they almost touch, they represent a plain or plateau

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: How do contour lines help us to see the shape of the land?

answers: NDQ_001611

answers: Concentric lines that are very close together show a low, steep hill.

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: Which of the following is true of topographic maps?

answers: NDQ_001618

answers: contour lines

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: ridge

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: valleys

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: USGS National Map.

answers: NDQ_001587

answers: topographical maps and the USGS National Map.

answers: NDQ_001588

answers: USGS National Map.

answers: NDQ_001589

answers: topographical maps and the USGS National Map.

answers: NDQ_001590

answers: USGS National Map.

answers: NDQ_001591

answers: topographical maps

answers: NDQ_001592

answers: National Map.

answers: NDQ_001593

answers: USGS National Map.

answers: NDQ_001594

answers: USGS National Map.

answers: NDQ_001595

answers: (USGS) topographical maps and the USGS National Map.

answers: NDQ_001597

answers: USGS National Map.

answers: NDQ_001598

answers: USGS National Map.

answers: NDQ_001600

answers: USGS National Map.

answers: NDQ_001603

answers: U.S. Geological Survey (USGS) topographical maps

answers: NDQ_001605

answers: USGS National Map.

answers: NDQ_001606

answers: USGS National Map.

answers: NDQ_001608

answers: topographical maps and the USGS National Map.

answers: NDQ_001611

answers: (USGS) topographical maps and the USGS National Map.

answers: NDQ_001613

answers: USGS National Map.

answers: NDQ_001614

answers: USGS National Map.

answers: NDQ_001618

answers: USGS National Map.

answers: NDQ_001619

answers: topographical maps and the USGS National Map.

answers: NDQ_001620

answers: USGS National Map.

answers: NDQ_001621

answers: topographical maps

answers: NDQ_001622

answers: USGS National Map.

answers: NDQ_001623

answers: USGS National Map.

answers: NDQ_001624

answers: USGS National Map.

answers: NDQ_001625

answers: USGS National Map.

text: The stereoplotter serves an important need of allowing aerial photos to become the base for contours and elevation maps. In the United States the largest use of topographic maps is the United States Geological Survey (USGS). The USGS has cataloged all of the territory of the United States and has produced topographic sheets for all of it. The sheets are most often used as 7.5' maps. This means there is 7.5' (0.125 degree) latitude by 7.5' (0.125 degree) longitude.

text: The stereoplotter serves an important need of allowing aerial photos to become the base for

text: contour

text: s and

text: elevation

text: maps. In the United States the largest use of topographic maps is the

text: United States Geological Survey

text: (USGS). The USGS has cataloged all of the territory of the United States and has produced topographic sheets for all of it. The sheets are most often used as 7.5' maps. This means there is 7.5' (0.125 degree)

text: latitude

text: by 7.5' (0.125 degree)

text: longitude

answers: NDQ_001586

answers: Which of the following is not an example of a contour line?

answers: NDQ_001587

answers: Which of the following is not a type of topographic map: latitude, longitude, or elevation?

answers: NDQ_001588

answers: Which of the following is not an example of a contour line?

answers: NDQ_001589

answers: latitude by longitude

answers: NDQ_001590

answers: What does the USGS stand for?

answers: NDQ_001591

answers: elevation

answers: NDQ_001592

answers: 7.5'

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: Which of the following is not a type of contour line: bathymetric, elevation, or topographic?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: The stereoplotter

answers: NDQ_001600

answers: Which of the following is not a type of topographic map?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: How do contour lines help us to see the three-dimensional shape of the land?

answers: NDQ_001611

answers: Which of the following is not an example of a contour line?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is drawn on the hatch marks on a topographic map?

answers: NDQ_001614

answers: Which of the following is not a vertical distance: latitude, longitude or elevation?

answers: NDQ_001618

answers: elevation

answers: NDQ_001619

answers: contours

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: elevation

answers: NDQ_001623

answers: contours

answers: NDQ_001624

answers: elevation

answers: NDQ_001625

answers: 7.5'

answers: NDQ_001586

answers: 7.5' maps.

answers: NDQ_001587

answers: latitude by 7.5' (0.125 degree) longitude.

answers: NDQ_001588

answers: 7.5' maps.

answers: NDQ_001589

answers: 7.5'

answers: NDQ_001590

answers: 7.5' (0.125 degree) longitude.

answers: NDQ_001591

answers: latitude by 7.5' (0.125 degree) longitude.

answers: NDQ_001592

answers: elevation maps.

answers: NDQ_001593

answers: elevation

answers: NDQ_001594

answers: contours

answers: NDQ_001595

answers: 7.5'

answers: NDQ_001597

answers: latitude by 7.5' (0.125 degree) longitude.

answers: NDQ_001598

answers: contours and elevation maps.

answers: NDQ_001600

answers: contours

answers: NDQ_001603

answers: topographic maps

answers: NDQ_001605

answers: topographic maps

answers: NDQ_001606

answers: 7.5'

answers: NDQ_001608

answers: contours

answers: NDQ_001611

answers: contours and elevation maps.

answers: NDQ_001613

answers: 7.5' maps.

answers: NDQ_001614

answers: 7.5'

answers: NDQ_001618

answers: elevation

answers: NDQ_001619

answers: contours

answers: NDQ_001620

answers: 7.5' (0.125 degree) longitude.

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: elevation

answers: NDQ_001623

answers: contours

answers: NDQ_001624

answers: elevation maps.

answers: NDQ_001625

answers: 7.5' (0.125 degree)

text: The bay and the adjacent residential area are named after Whakataki Karehana, a Ngati Toa chief who lived in the area in the 1890s. The name was assigned to the area by the Hutt County Council in 1923. The name Karehana Bay has been depicted in maps and survey plans since 1952 and Karehana Bay (suburb) was first named as a separate suburb from Plimmerton in Department of Lands and Survey maps in 1965. It continues to appear in Land Information New Zealand topographical maps, along with the bay. However, in 2011 the New Zealand Geographic Board accepted a Porirua City Council proposal to amalgamate the recorded names of "Karehana Bay" and "Plimmerton" under the official name "Plimmerton".

text: The bay and the adjacent residential area are named after Whakataki Karehana, a Ngati Toa chief who lived in the area in the 1890s. The name was assigned to the area by the Hutt County Council in 1923. The name Karehana Bay has been depicted in maps and survey plans since 1952 and Karehana Bay (suburb) was first named as a separate suburb from Plimmerton in Department of Lands and Survey maps in 1965. It continues to appear in Land Information New Zealand topographical maps, along with the bay. However, in 2011 the New Zealand Geographic Board accepted a Porirua City Council proposal to amalgamate the recorded names of "Karehana Bay" and "Plimmerton" under the official name "Plimmerton".

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: Which happened first, the name was assigned to the area by the Hutt County Council in 1923 or the New Zealand Geographic Board accepted a Porirua City Council proposal to amalgamate the recorded names of "Karehana Bay" and "Plimmerton" under the official name "Plimmerton"?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: It continues to appear in Land Information New Zealand topographical maps, along with the bay

answers: NDQ_001590

answers: What is the difference between a contour line and a contour interval?

answers: NDQ_001591

answers: topographical maps

answers: NDQ_001592

answers: amalgamate the recorded names

answers: NDQ_001593

answers: How can you determine the slope of the land

answers: NDQ_001594

answers: What is the name of the bay and the adjacent residential area?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain

answers: NDQ_001600

answers: How many contour lines are close together that they almost touch?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: How many years after the name Karehana Bay has been depicted in maps and survey plans was it first named as a separate suburb from Plimmerton?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: How would you describe Karehana Bay?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is Karehana Bay?

answers: NDQ_001614

answers: What is the difference between vertical and horizontal?

answers: NDQ_001618

answers: Karehana Bay

answers: NDQ_001619

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: Karehana Bay

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: Karehana Bay

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Land Information New Zealand

answers: NDQ_001587

answers: Karehana Bay

answers: NDQ_001588

answers: Karehana Bay

answers: NDQ_001589

answers: topographical maps,

answers: NDQ_001590

answers: Land Information New Zealand

answers: NDQ_001591

answers: Karehana Bay

answers: NDQ_001592

answers: amalgamate the recorded names

answers: NDQ_001593

answers: Land Information New Zealand

answers: NDQ_001594

answers: Karehana Bay

answers: NDQ_001595

answers: 1923.

answers: NDQ_001597

answers: Land Information New Zealand

answers: NDQ_001598

answers: Karehana Bay

answers: NDQ_001600

answers: 1923.

answers: NDQ_001603

answers: Land Information New Zealand

answers: NDQ_001605

answers: Land Information New Zealand

answers: NDQ_001606

answers: 1923.

answers: NDQ_001608

answers: topographical maps,

answers: NDQ_001611

answers: "Plimmerton".

answers: NDQ_001613

answers: Karehana Bay

answers: NDQ_001614

answers: Land Information New Zealand

answers: NDQ_001618

answers: Land Information New Zealand

answers: NDQ_001619

answers: Land Information New Zealand topographical maps,

answers: NDQ_001620

answers: Land Information New Zealand

answers: NDQ_001621

answers: topographical maps,

answers: NDQ_001622

answers: Land Information New Zealand

answers: NDQ_001623

answers: Land Information New Zealand topographical maps,

answers: NDQ_001624

answers: Land Information New Zealand

answers: NDQ_001625

answers: Land Information New Zealand

text: A new work field presented itself in 1863 as the newly established Swiss Alpine Club decided to issue yearbooks including maps. Many of these tour maps were engraved by Leuzinger and hence almost all volumes contained work by his hand. Because the tour maps were often based on the original geodesic recording by the Federal Topographical Bureau (Eidgenössisches Topographisches Bureau), Leuzinger developed a close relationship with this organisation, in particular with Colonel Hermann Siegfried. When in 1868 the Federal Parliament (Bundesversammlung) decided to issue a new Topographic Atlas of Switzerland, Siegfried commissioned Leuzinger to do the difficult engravings of the mountains – based on the original maps of Dufour and Siegfried himself. Leuzinger then made no less than 117 monochrome engravings for which he was lauded both in Switzerland and abroad. He also made many other maps, partly in copper engraving, partly in chromolithography, highlights being some maps of Switzerland, maps of the Canton of Neuchâtel Canton of Bern and Canton of Aargau, special maps of Central Switzerland, Bernese Oberland, Grindelwald area and the mountain Rigi as well as a large map of France.

text: A new work field presented itself in 1863 as the newly established

text: Swiss Alpine Club

text: decided to issue yearbooks including maps. Many of these tour maps were engraved by Leuzinger and hence almost all volumes contained work by his hand. Because the tour maps were often based on the original

text: geodesic recording

text: by the Federal Topographical Bureau (Eidgenössisches Topographisches Bureau), Leuzinger developed a close relationship with this organisation, in particular with Colonel Hermann Siegfried. When in 1868 the Federal Parliament (Bundesversammlung) decided to issue a new

text: Topographic Atlas of Switzerland

text: , Siegfried commissioned Leuzinger to do the difficult engravings of the mountains – based on the original maps of

text: Dufour

text: and Siegfried himself. Leuzinger then made no less than 117

text: monochrome

text: engravings for which he was lauded both in Switzerland and abroad. He also made many other maps, partly in

text: copper engraving

text: , partly in

text: chromolithography

text: , highlights being some maps of

text: Switzerland

text: , maps of the

text: Canton of Neuchâtel

text: Canton of Bern

text: and

text: Canton of Aargau

text: , special maps of Central Switzerland,

text: Bernese Oberland

text: Grindelwald

text: area and the mountain

text: Rigi

text: as well as a large map of

text: France

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: Which of the following is not a canton: Canton of Neuchâtel, Canton of Bern, or Canton of Aargau?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a large map of France

answers: NDQ_001590

answers: What was the Federal Topographical Bureau?

answers: NDQ_001591

answers: mountains

answers: NDQ_001592

answers: Grindelwald area

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: What was the Federal Topographical Bureau?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Which of the following is not true of Leuzinger:

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

answers: Which of the following is not a canton: Canton of Neuchâtel, Canton of Bern and Canton of Aargau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What type of maps did Leuzinger make?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What helps to see the three-dimensional shape of the land?

answers: NDQ_001611

answers: What did Siegfried commissioned Leuzinger to do?

answers: NDQ_001613

answers: What did Siegfried commission Leuzinger to do?

answers: NDQ_001614

answers: What did Siegfried commission Leuzinger to do?

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: chromolithography

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: Topographic Atlas

answers: NDQ_001622

answers: Rigi

answers: NDQ_001623

answers: geodesic

answers: NDQ_001624

answers: mountain Rigi

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Federal Topographical Bureau

answers: NDQ_001587

answers: 117 monochrome engravings

answers: NDQ_001588

answers: 1863

answers: NDQ_001589

answers: based on the original geodesic recording

answers: NDQ_001590

answers: Federal Topographical Bureau

answers: NDQ_001591

answers: mountains

answers: NDQ_001592

answers: France.

answers: NDQ_001593

answers: Federal Topographical Bureau

answers: NDQ_001594

answers: Federal Topographical Bureau

answers: NDQ_001595

answers: 1863

answers: NDQ_001597

answers: geodesic recording by the Federal Topographical Bureau

answers: NDQ_001598

answers: Federal Topographical Bureau

answers: NDQ_001600

answers: mountains

answers: NDQ_001603

answers: Topographical Bureau

answers: NDQ_001605

answers: monochrome

answers: NDQ_001606

answers: 1863

answers: NDQ_001608

answers: France.

answers: NDQ_001611

answers: Rigi

answers: NDQ_001613

answers: Federal Topographical Bureau

answers: NDQ_001614

answers: 1863

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: chromolithography,

answers: NDQ_001620

answers: Federal Topographical Bureau

answers: NDQ_001621

answers: geodesic

answers: NDQ_001622

answers: Rigi

answers: NDQ_001623

answers: geodesic

answers: NDQ_001624

answers: Rigi

answers: NDQ_001625

answers: Switzerland,

text: Apart from showing just contour lines, topographic maps also use a lot of map symbols to represent its features. Features are represented by using point, line, and area symbols. Individual features, such as houses, are shown as point symbols like a small dot or square. However, a cluster of houses or neighborhood can be shown as a shaded area or polygon. Areas of importance or landmarks may receive special symbols that represent what they are. For instance, a church may be symbolized as a picture of a little church or cross or the town hall may have a special color or symbol.

text: Apart from showing just

text: contour lines

text: topographic maps

text: also use a lot of map symbols to represent its features. Features are represented by using point, line, and area symbols. Individual features, such as houses, are shown as point symbols like a small dot or square. However, a cluster of houses or neighborhood can be shown as a shaded area or polygon. Areas of importance or

text: landmarks

text: may receive special symbols that represent what they are. For instance, a

text: church

text: may be symbolized as a picture of a little church or

text: cross

text: or the

text: town hall

text: may have a special color or symbol.

answers: NDQ_001586

answers: contour lines

answers: NDQ_001587

answers: Which of the following is not a feature of topographic maps: point, line, or area?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: use a lot of map symbols to represent its features

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: features

answers: NDQ_001592

answers: show just contour lines

answers: NDQ_001593

answers: What can you use a topographic map for?

answers: NDQ_001594

answers: contour lines

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: How are contour lines represented on topographic maps?

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: Which of the following is not a type of map symbol: point, line, or area?

answers: NDQ_001606

answers: What is the contour interval?

answers: NDQ_001608

answers: How do contour lines help us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: point symbols like a small dot or square

answers: NDQ_001613

answers: What are hatch marks on a topographic map?

answers: NDQ_001614

answers: Which of the following is not a feature of topographic maps?

answers: NDQ_001618

answers: houses

answers: NDQ_001619

answers: can be shown as a shaded area

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: houses

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: houses

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: contour lines,

answers: NDQ_001587

answers: cross

answers: NDQ_001588

answers: contour lines,

answers: NDQ_001589

answers: contour lines,

answers: NDQ_001590

answers: contour lines,

answers: NDQ_001591

answers: a cluster of houses

answers: NDQ_001592

answers: contour lines,

answers: NDQ_001593

answers: contour lines,

answers: NDQ_001594

answers: contour lines,

answers: NDQ_001595

answers: contour lines,

answers: NDQ_001597

answers: contour lines,

answers: NDQ_001598

answers: contour lines,

answers: NDQ_001600

answers: point, line, and area symbols.

answers: NDQ_001603

answers: topographic maps also use a lot of map symbols

answers: NDQ_001605

answers: special symbols

answers: NDQ_001606

answers: contour lines,

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: contour lines,

answers: NDQ_001613

answers: point, line, and area symbols.

answers: NDQ_001614

answers: topographic maps

answers: NDQ_001618

answers: houses,

answers: NDQ_001619

answers: contour lines,

answers: NDQ_001620

answers: contour lines,

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: houses,

answers: NDQ_001623

answers: contour lines,

answers: NDQ_001624

answers: houses,

answers: NDQ_001625

answers: contour lines,

text: Dr. Wilder Penfield, a neurosurgeon, was one of the first to map the cortical maps of the human brain.  When performing brain surgeries on conscious patients, Penfield would touch either a patient’s sensory or motor brain map, located on the cerebral cortex, with an electric probe to determine if a patient could notice either a specific sensation or movement in a particular area on their body.  Penfield also discovered that the sensory or motor maps were topographical; areas of the body adjacent to one another would likely be adjacent on the cortical maps.

text: Dr. Wilder Penfield

text: , a neurosurgeon, was one of the first to map the

text: cortical map

text: s of the human brain.  When performing brain surgeries on conscious patients, Penfield would touch either a patient’s sensory or motor brain map, located on the

text: cerebral cortex

text: , with an electric probe to determine if a patient could notice either a specific sensation or movement in a particular area on their body.  Penfield also discovered that the sensory or motor maps were topographical; areas of the body adjacent to one another would likely be adjacent on the cortical maps.

answers: NDQ_001586

answers: changes in elevation

answers: NDQ_001587

answers: Which of the following is not a type of map: sensory or motor?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: areas of the body adjacent to one another would likely be adjacent

answers: NDQ_001590

answers: what is the first to map the cortical maps of the human brain

answers: NDQ_001591

answers: adjacent on the cortical maps

answers: NDQ_001592

answers: adjacent

answers: NDQ_001593

answers: unanswerable

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: side of the mountain

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: no

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is not true of the sensory or motor maps?

answers: NDQ_001611

answers: None of the above choices.

answers: NDQ_001613

answers: what is the first to map the cortical maps of the human brain?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: cortical maps

answers: NDQ_001619

answers: topographical

answers: NDQ_001620

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: cortical maps

answers: NDQ_001623

answers: cortical maps

answers: NDQ_001624

answers: cortical maps

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: adjacent

answers: NDQ_001587

answers: areas of the body adjacent to one another

answers: NDQ_001588

answers: adjacent

answers: NDQ_001589

answers: areas of the body adjacent to one another would likely be adjacent

answers: NDQ_001590

answers: adjacent on the cortical maps.

answers: NDQ_001591

answers: areas of the body adjacent to one another

answers: NDQ_001592

answers: movement

answers: NDQ_001593

answers: adjacent on the cortical maps.

answers: NDQ_001594

answers: adjacent on the cortical maps.

answers: NDQ_001595

answers: adjacent on the cortical maps.

answers: NDQ_001597

answers: adjacent on the cortical maps.

answers: NDQ_001598

answers: adjacent on the cortical maps.

answers: NDQ_001600

answers: adjacent

answers: NDQ_001603

answers: topographical;

answers: NDQ_001605

answers: cortical maps of the human brain.

answers: NDQ_001606

answers: adjacent on the cortical maps.

answers: NDQ_001608

answers: topographical;

answers: NDQ_001611

answers: adjacent on the cortical maps.

answers: NDQ_001613

answers: adjacent on the cortical maps.

answers: NDQ_001614

answers: cortical maps.

answers: NDQ_001618

answers: areas of the body adjacent to one another

answers: NDQ_001619

answers: topographical;

answers: NDQ_001620

answers: adjacent on the cortical maps.

answers: NDQ_001621

answers: topographical;

answers: NDQ_001622

answers: areas of the body adjacent to one another

answers: NDQ_001623

answers: adjacent

answers: NDQ_001624

answers: areas of the body adjacent to one another

answers: NDQ_001625

answers: adjacent

text: A digital raster graphic (DRG) is a digital image resulting from scanning a paper USGS topographic map for use on a computer.  DRGs created by USGS are typically scanned at 250 dpi and saved as a TIFF.  The raster image usually includes the original border information, referred to as the "map collar".  The map file is UTM projected and georeferenced to the surface of the earth.  DRG's are regularly used in GIS applications. DRGs were first produced in 1995.

text: A digital raster graphic (DRG) is a

text: digital image

text: resulting from scanning a paper

text: USGS

text: topographic map

text: for use on a computer.  DRGs created by USGS are typically scanned at 250

text: dpi

text: and saved as a

text: TIFF

text: .  The

text: raster

text: image usually includes the original border information, referred to as the "map collar".  The map file is

entity_name: Universal Transverse Mercator coordinate system

text: UTM

text: projected

text: and

text: georeference

text: d to the surface of the earth.  DRG's are regularly used in

text: GIS

text: applications. DRGs were first produced in 1995.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What is a DRG?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: DRG's were first produced in 1995.

answers: NDQ_001590

answers: What is the contour interval of a topographic map?

answers: NDQ_001591

answers: original border information

answers: NDQ_001592

answers: save as a TIFF

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: contour lines represent the distance to the bottom of the water

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: the map collar

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: What is the original border information, referred to as the "map collar"

answers: NDQ_001611

answers: are very far apart show a high, steep hill

answers: NDQ_001613

answers: What is the original border information referred to as the "map collar"?

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: unanswerable

answers: NDQ_001619

answers: digital raster graphic

answers: NDQ_001620

answers: unanswerable

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: The map collar

answers: NDQ_001623

answers: UTM

answers: NDQ_001624

answers: the map collar

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: DRGs were first produced in 1995.

answers: NDQ_001587

answers: "map collar".

answers: NDQ_001588

answers: A digital raster graphic

answers: NDQ_001589

answers: digital raster graphic

answers: NDQ_001590

answers: 250 dpi

answers: NDQ_001591

answers: border information,

answers: NDQ_001592

answers: georeferenced to the surface of the earth.

answers: NDQ_001593

answers: DRG's are regularly used in GIS applications.

answers: NDQ_001594

answers: DRGs were first produced in 1995.

answers: NDQ_001595

answers: 250 dpi

answers: NDQ_001597

answers: DRG's are regularly used in GIS applications.

answers: NDQ_001598

answers: "map collar".

answers: NDQ_001600

answers: 250 dpi

answers: NDQ_001603

answers: GIS applications.

answers: NDQ_001605

answers: DRGs were first produced in 1995.

answers: NDQ_001606

answers: A digital raster graphic

answers: NDQ_001608

answers: A digital raster graphic

answers: NDQ_001611

answers: DRGs were first produced in 1995.

answers: NDQ_001613

answers: DRGs were first produced in 1995.

answers: NDQ_001614

answers: A digital raster graphic

answers: NDQ_001618

answers: digital raster graphic

answers: NDQ_001619

answers: topographic map

answers: NDQ_001620

answers: 250 dpi

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: digital raster graphic

answers: NDQ_001623

answers: UTM

answers: NDQ_001624

answers: "map collar".

answers: NDQ_001625

answers: UTM

text: "Contour line" is the most common usage in cartography, but isobath for underwater depths on bathymetric maps and isohypse for elevations are also used.

text: "Contour line" is the most common usage in

text: cartography

text: , but

text: isobath

text: for underwater depths on

text: bathymetric

text: maps and isohypse for elevations are also used.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: can be used to measure the distance between two points.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: contour line

answers: NDQ_001590

answers: isohypse

answers: NDQ_001591

answers: isobath

answers: NDQ_001592

answers: isobath

answers: NDQ_001593

answers: contour line

answers: NDQ_001594

answers: isobath

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: isobath

answers: NDQ_001598

answers: contour line

answers: NDQ_001600

answers: isohypse

answers: NDQ_001603

answers: no

answers: NDQ_001605

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

answers: NDQ_001606

answers: isohypse

answers: NDQ_001608

answers: no

answers: NDQ_001611

answers: isohypse

answers: NDQ_001613

answers: isohypse

answers: NDQ_001614

answers: can topographic maps show horizontal distances?

answers: NDQ_001618

answers: isobath

answers: NDQ_001619

answers: isobath

answers: NDQ_001620

answers: isohypse

answers: NDQ_001621

answers: contour line

answers: NDQ_001622

answers: elevations

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: isobath

answers: NDQ_001625

answers: line

answers: NDQ_001586

answers: isohypse

answers: NDQ_001587

answers: "Contour line"

answers: NDQ_001588

answers: "Contour line" is the most common usage in cartography,

answers: NDQ_001589

answers: "Contour line"

answers: NDQ_001590

answers: "Contour line"

answers: NDQ_001591

answers: underwater depths

answers: NDQ_001592

answers: underwater depths

answers: NDQ_001593

answers: isohypse for elevations

answers: NDQ_001594

answers: isobath for underwater depths

answers: NDQ_001595

answers: isohypse

answers: NDQ_001597

answers: "Contour line"

answers: NDQ_001598

answers: "Contour line"

answers: NDQ_001600

answers: "Contour line"

answers: NDQ_001603

answers: "Contour line" is the most common usage in cartography,

answers: NDQ_001605

answers: "Contour line"

answers: NDQ_001606

answers: "Contour line" is the most common usage in cartography,

answers: NDQ_001608

answers: "Contour line" is the most common usage in cartography,

answers: NDQ_001611

answers: isohypse

answers: NDQ_001613

answers: isohypse

answers: NDQ_001614

answers: "Contour line" is the most common usage in cartography,

answers: NDQ_001618

answers: isobath for underwater depths

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: isohypse

answers: NDQ_001621

answers: isohypse

answers: NDQ_001622

answers: underwater depths

answers: NDQ_001623

answers: "Contour line"

answers: NDQ_001624

answers: isobath for underwater depths

answers: NDQ_001625

answers: "Contour line"

text: As discussed by Amos and Beaman, the bathymetry of the Zenith Plateau is very poorly mapped. Precise ocean floor depth data from bathymetric surveys, which used modern acoustic echosounders, across this undersea plateau are lacking. Transects across it by older, less precise singlebeam echosounder are few and insufficient to provide bathymetric data of significant detail. The bulk of the mapping is based upon coarse interpretation of satellite altimetry data in which the ocean floor bathymetry is inferred from measured variations in the elevation of the overlying sea surface.

text: As discussed by Amos and Beaman, the bathymetry of the Zenith Plateau is very poorly mapped. Precise ocean floor depth data from bathymetric surveys, which used modern acoustic echosounders, across this undersea plateau are lacking. Transects across it by older, less precise singlebeam echosounder are few and insufficient to provide bathymetric data of significant detail. The bulk of the mapping is based upon coarse interpretation of satellite altimetry data in which the ocean floor bathymetry is inferred from measured variations in the elevation of the overlying sea surface.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How is the bathymetry of the Zenith Plateau mapped?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: used modern acoustic echosounders

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: the ocean floor bathymetry

answers: NDQ_001592

answers: bathymetric data

answers: NDQ_001593

answers: elevation

answers: NDQ_001594

answers: ocean floor depth

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: measured variations in the elevation

answers: NDQ_001600

answers: What is a plateau?

answers: NDQ_001603

answers: None of the above choices.

answers: NDQ_001605

answers: What type of rocks are discussed by Amos and Beaman?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: The bulk of the mapping is based upon coarse interpretation of satellite altimetry data

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: What is the bulk of the mapping based upon?

answers: NDQ_001618

answers: bathymetry

answers: NDQ_001619

answers: bathymetry

answers: NDQ_001620

answers: altimetry

answers: NDQ_001621

answers: altimetry

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: altimetry

answers: NDQ_001624

answers: the Zenith Plateau

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: variations in the elevation of the overlying sea surface.

answers: NDQ_001587

answers: Transects

answers: NDQ_001588

answers: As discussed by Amos and Beaman,

answers: NDQ_001589

answers: significant detail.

answers: NDQ_001590

answers: As discussed by Amos and Beaman,

answers: NDQ_001591

answers: measured variations in the elevation of the overlying sea surface.

answers: NDQ_001592

answers: bathymetry

answers: NDQ_001593

answers: elevation of the overlying sea surface.

answers: NDQ_001594

answers: Precise ocean floor depth

answers: NDQ_001595

answers: Zenith Plateau

answers: NDQ_001597

answers: variations in the elevation of the overlying sea surface.

answers: NDQ_001598

answers: measured variations in the elevation of the overlying sea surface.

answers: NDQ_001600

answers: Plateau

answers: NDQ_001603

answers: coarse interpretation of satellite altimetry data

answers: NDQ_001605

answers: the bathymetry of the Zenith Plateau

answers: NDQ_001606

answers: As discussed by Amos and Beaman,

answers: NDQ_001608

answers: the bathymetry of the Zenith Plateau

answers: NDQ_001611

answers: Zenith Plateau

answers: NDQ_001613

answers: measured variations in the elevation of the overlying sea surface.

answers: NDQ_001614

answers: the bathymetry of the Zenith Plateau

answers: NDQ_001618

answers: Zenith Plateau

answers: NDQ_001619

answers: bathymetry

answers: NDQ_001620

answers: variations in the elevation of the overlying sea surface.

answers: NDQ_001621

answers: altimetry

answers: NDQ_001622

answers: Zenith Plateau

answers: NDQ_001623

answers: altimetry

answers: NDQ_001624

answers: Zenith Plateau

answers: NDQ_001625

answers: elevation of the overlying sea surface.

text: In the United States, geologic maps are usually superimposed over a topographic map (and at times over other base maps) with the addition of a color mask with letter symbols to represent the kind of geologic unit.  The color mask denotes the exposure of the immediate bedrock, even if obscured by soil or other cover.  Each area of color denotes a geologic unit or particular rock formation (as more information is gathered new geologic units may be defined).  However, in areas where the bedrock is overlain by a significantly thick unconsolidated burden of till, terrace sediments, loess deposits, or other important feature, these are shown instead. Stratigraphic contour lines, fault lines, strike and dip symbols, are represented with various symbols as indicated by the map key. Whereas topographic maps are produced by the United States Geological Survey in conjunction with the states, geologic maps are usually produced by the individual states.  There are almost no geologic map resources for some states, while a few states, such as Kentucky and Georgia, are extensively mapped geologically. Technically A map that uses colors.

text: In the

text: United States

text: , geologic maps are usually superimposed over a

text: topographic map

text: (and at times over other base maps) with the addition of a color mask with letter symbols to represent the kind of

text: geologic unit

text: .  The color mask denotes the exposure of the immediate

text: bedrock

text: , even if obscured by soil or other cover.  Each area of color denotes a geologic unit or particular

text: rock

text: formation (as more information is gathered new geologic units may be defined).  However, in areas where the bedrock is overlain by a significantly thick

text: unconsolidated

text: burden of

text: till

text: terrace sediments

text: loess

text: deposits, or other important feature, these are shown instead.

text: Stratigraphic

text: contour lines,

text: fault

text: lines, strike and dip symbols, are represented with various symbols as indicated by the map key. Whereas topographic maps are produced by the

text: United States Geological Survey

text: in conjunction with the states, geologic maps are usually produced by the individual

text: states

text: .  There are almost no geologic map resources for some states, while a few states, such as

text: Kentucky

text: and

text: Georgia

text: , are extensively mapped geologically. Technically A map that uses colors.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: is a type of what?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: geologic maps are usually superimposed over a topographic map

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: fault lines

answers: NDQ_001592

answers: geologic maps

answers: NDQ_001593

answers: To determine the slope of the land.

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction of rivers and streams

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: Why do geologic maps use different colors?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: Which is not true?

answers: NDQ_001618

answers: stratigraphic contour lines

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: stratigraphic

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: stratigraphic

answers: NDQ_001625

answers: Stratigraphic

answers: NDQ_001586

answers: Stratigraphic contour lines,

answers: NDQ_001587

answers: Stratigraphic contour lines, fault lines, strike and dip symbols,

answers: NDQ_001588

answers: Stratigraphic contour lines,

answers: NDQ_001589

answers: a significantly thick unconsolidated burden of till,

answers: NDQ_001590

answers: Stratigraphic contour lines,

answers: NDQ_001591

answers: Stratigraphic contour lines, fault lines,

answers: NDQ_001592

answers: geologic maps

answers: NDQ_001593

answers: contour lines,

answers: NDQ_001594

answers: Stratigraphic contour lines,

answers: NDQ_001595

answers: contour lines,

answers: NDQ_001597

answers: strike and dip symbols,

answers: NDQ_001598

answers: contour lines,

answers: NDQ_001600

answers: Stratigraphic contour lines,

answers: NDQ_001603

answers: topographic maps are produced by the United States Geological Survey

answers: NDQ_001605

answers: Each area of color denotes a geologic unit

answers: NDQ_001606

answers: Stratigraphic contour lines,

answers: NDQ_001608

answers: Stratigraphic contour lines,

answers: NDQ_001611

answers: fault lines,

answers: NDQ_001613

answers: geologic maps

answers: NDQ_001614

answers: geologic maps

answers: NDQ_001618

answers: Stratigraphic

answers: NDQ_001619

answers: strike and dip

answers: NDQ_001620

answers: Stratigraphic contour lines,

answers: NDQ_001621

answers: contour lines,

answers: NDQ_001622

answers: Stratigraphic

answers: NDQ_001623

answers: contour lines,

answers: NDQ_001624

answers: Stratigraphic

answers: NDQ_001625

answers: Stratigraphic contour lines,

text: Most current Garmin devices can display its current location on a map. The maps are vector-based and stored in the built-in memory or loaded from additional flash media. The built-in (or 'basemap') displays all country borders and major cities. Garmin offers different maps for purchase, including detailed road maps, topographic maps and nautical maps.  Non-commercial maps are also available and can be displayed on most Garmin GPS devices.

text: Most current Garmin devices can display its current location on a map. The maps are vector-based and stored in the built-in memory or loaded from additional flash media. The built-in (or 'basemap') displays all country borders and major cities. Garmin offers different maps for purchase, including detailed road maps, topographic maps and nautical maps.  Non-commercial maps are also available and can be displayed on most Garmin GPS devices.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: Which of the following is not a type of map: road maps, topographic maps or nautical maps?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: can be displayed on most Garmin GPS devices

answers: NDQ_001590

answers: What is the horizontal distance between contour lines on a topographic map?

answers: NDQ_001591

answers: country borders

answers: NDQ_001592

answers: display its current location

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: steepest

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: Which of the following is not a type of map: road maps, topographic maps, or nautical maps?

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: The built-in (or 'basemap' displays all country borders and major cities

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: horizontal distances

answers: NDQ_001618

answers: Garmin

answers: NDQ_001619

answers: nautical

answers: NDQ_001620

answers: isosceles

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Garmin

answers: NDQ_001623

answers: The basemap

answers: NDQ_001624

answers: unanswerable

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: Non-commercial maps

answers: NDQ_001587

answers: country borders and major cities.

answers: NDQ_001588

answers: topographic maps and nautical maps.

answers: NDQ_001589

answers: Most current Garmin devices can display its current location on a map.

answers: NDQ_001590

answers: topographic maps and nautical maps.

answers: NDQ_001591

answers: current location

answers: NDQ_001592

answers: nautical maps.

answers: NDQ_001593

answers: topographic maps and nautical maps.

answers: NDQ_001594

answers: nautical maps.

answers: NDQ_001595

answers: flash media.

answers: NDQ_001597

answers: topographic maps and nautical maps.

answers: NDQ_001598

answers: topographic maps and nautical maps.

answers: NDQ_001600

answers: topographic maps and nautical maps.

answers: NDQ_001603

answers: topographic maps

answers: NDQ_001605

answers: Non-commercial maps

answers: NDQ_001606

answers: flash media.

answers: NDQ_001608

answers: topographic maps and nautical maps.

answers: NDQ_001611

answers: topographic maps and nautical maps.

answers: NDQ_001613

answers: Non-commercial maps

answers: NDQ_001614

answers: topographic maps and nautical maps.

answers: NDQ_001618

answers: nautical maps.

answers: NDQ_001619

answers: nautical

answers: NDQ_001620

answers: topographic maps and nautical maps.

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: nautical maps.

answers: NDQ_001623

answers: topographic maps and nautical maps.

answers: NDQ_001624

answers: Garmin offers different maps for purchase, including detailed road maps,

answers: NDQ_001625

answers: detailed road maps,

text: From the beginning of the United States, Georgia geology has been included in maps produced for the entire country. The first geological map of the U.S. was produced in 1809 by William Maclure. In 1807, Maclure undertook the self-imposed task of making a geological survey of the United States. He traversed and mapped nearly every state in the Union. During the rigorous two-year period of his survey, he crossed and recrossed the Allegheny Mountains some 50 times. The results of his unaided endeavor were submitted to the American Philosophical Society in a memoir entitled Observations on the Geology of the United States explanatory of a Geological Map, together with the nation's first geological map, which were published in the Society's journal Transactions, This precedes William Smith's geological map of England by six years, although Smith's map was constructed using a different classification of rocks. Several reports used Maclure’s geological map to accompany their description of the geology of the U.S. (Beaujour, 1814 and Marcou, 1858). In 1816, within an elementary treatise of mineralogy and geology, Parker Cleaveland produced a geological map of the U.S. In 1843, Charles Moxon produced a small-scale geologic map of the U.S., where Ami Boué produced a geological structure map of the globe. In 1853, Marcou produced a geological map of the U.S. and the British provinces of North America.

text: From the beginning of the United States, Georgia geology has been included in maps produced for the entire country. The first geological map of the U.S. was produced in 1809 by

text: William Maclure

text: . In 1807, Maclure undertook the self-imposed task of making a geological survey of the United States. He traversed and mapped nearly every state in the Union. During the rigorous two-year period of his survey, he crossed and recrossed the

text: Allegheny Mountains

text: some 50 times. The results of his unaided endeavor were submitted to the

text: American Philosophical Society

text: in a memoir entitled Observations on the Geology of the United States explanatory of a Geological Map, together with the nation's first geological map, which were published in the Society's journal Transactions, This precedes

text: William Smith

text: 's geological map of England by six years, although Smith's map was constructed using a different classification of rocks. Several reports used Maclure’s geological map to accompany their description of the geology of the U.S. (

text: Beaujour

text: , 1814 and

text: Marcou

text: , 1858). In 1816, within an elementary treatise of mineralogy and geology,

text: Parker Cleaveland

text: produced a geological map of the U.S. In 1843, Charles Moxon produced a small-scale geologic map of the U.S., where

text: Ami Boué

text: produced a geological structure map of the globe. In 1853, Marcou produced a geological map of the U.S. and the British provinces of North America.

answers: NDQ_001586

answers: what is the first geological map of the U.S.?

answers: NDQ_001587

answers: How many years after the first geological map of the US was produced by William Maclure did Charles Moxon produce a small-scale geologic map of the US?

answers: NDQ_001588

answers: How many years after Maclure undertook the self-imposed task of making a geological survey of the United States was produced?

answers: NDQ_001589

answers: Smith's map was constructed using a different classification of rocks

answers: NDQ_001590

answers: How many years after the first geological map of the U.S. was produced by William Maclure?

answers: NDQ_001591

answers: geological structure

answers: NDQ_001592

answers: geological structure map of the globe

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: what is the first geological map of the U.S.

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: How did Maclure cross and recross the Allegheny Mountains?

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: How many years after the first geological map of the United States was produced by William Maclure?

answers: NDQ_001603

answers: What is the purpose of a topographic map?

answers: NDQ_001605

answers: How many years after the first geological map of the U.S. was produced by William Maclure did William Smith's geological map of England?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What helps us to see the three-dimensional shape of the land?

answers: NDQ_001611

answers: How many years after the first geological map of the U.S. was produced did Beaujour produce a geological structure map of the globe?

answers: NDQ_001613

answers: How many years after Maclure undertook the self-imposed task of making a geological survey of the United States was produced in 1809?

answers: NDQ_001614

answers: How many years after the first geological map of the U.S. was produced did Beaujour produce a geological structure map of the globe?

answers: NDQ_001618

answers: Allegheny Mountains

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: geological structure map

answers: NDQ_001622

answers: Allegheny Mountains

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: Allegheny Mountains

answers: NDQ_001625

answers: 50 miles

answers: NDQ_001586

answers: William Maclure.

answers: NDQ_001587

answers: Allegheny Mountains

answers: NDQ_001588

answers: 1809

answers: NDQ_001589

answers: Georgia geology has been included in maps produced for the entire country.

answers: NDQ_001590

answers: first geological map of the U.S. was produced in 1809

answers: NDQ_001591

answers: Allegheny Mountains

answers: NDQ_001592

answers: Georgia geology

answers: NDQ_001593

answers: Geological Map,

answers: NDQ_001594

answers: William Maclure.

answers: NDQ_001595

answers: 1858).

answers: NDQ_001597

answers: Geological Map,

answers: NDQ_001598

answers: first geological map of the U.S. was produced in 1809

answers: NDQ_001600

answers: first geological map of the U.S. was produced in 1809

answers: NDQ_001603

answers: Geological Map,

answers: NDQ_001605

answers: William Smith's geological map of England

answers: NDQ_001606

answers: 1809

answers: NDQ_001608

answers: William Maclure.

answers: NDQ_001611

answers: Allegheny Mountains

answers: NDQ_001613

answers: Parker Cleaveland produced a geological map

answers: NDQ_001614

answers: geological map of the U.S. was produced in 1809

answers: NDQ_001618

answers: Allegheny Mountains

answers: NDQ_001619

answers: geological structure map

answers: NDQ_001620

answers: 1809

answers: NDQ_001621

answers: geological structure map of the globe.

answers: NDQ_001622

answers: Allegheny Mountains

answers: NDQ_001623

answers: Allegheny Mountains

answers: NDQ_001624

answers: Allegheny Mountains

answers: NDQ_001625

answers: 1809

text: On topographic maps, stream gradient can be easily approximated if the scale of the map and the contour intervals are known. Contour lines form a V-shape on the map, pointing upstream. By counting the number of lines that cross a certain segment of a stream, multiplying this by the contour interval, and dividing that quantity by the length of the stream segment, one obtains an approximation to the stream gradient.

text: On

text: topographic map

text: s, stream

text: gradient

text: can be easily approximated if the scale of the map and the contour intervals are known.

text: Contour lines

text: form a V-shape on the map, pointing upstream. By counting the number of lines that cross a certain segment of a stream, multiplying this by the contour interval, and dividing that quantity by the length of the stream segment, one obtains an approximation to the stream gradient.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: can be used to estimate the length of a stream

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: stream gradient can be easily approximated

answers: NDQ_001590

answers: the horizontal distance between contour lines

answers: NDQ_001591

answers: upstream

answers: NDQ_001592

answers: scale of the map

answers: NDQ_001593

answers: To determine the slope of the land.

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: upstream

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: What is a V-shape on the map?

answers: NDQ_001603

answers: no

answers: NDQ_001605

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

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: Yes

answers: NDQ_001611

answers: contour intervals

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: Which of the following is not a vertical distance?

answers: NDQ_001618

answers: stream

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: contour interval

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: upstream

answers: NDQ_001623

answers: Contour lines

answers: NDQ_001624

answers: stream

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: pointing upstream.

answers: NDQ_001587

answers: counting the number of lines that cross a certain segment of a stream,

answers: NDQ_001588

answers: Contour lines form a V-shape

answers: NDQ_001589

answers: stream gradient can be easily approximated

answers: NDQ_001590

answers: V-shape on the map, pointing upstream.

answers: NDQ_001591

answers: upstream.

answers: NDQ_001592

answers: stream gradient

answers: NDQ_001593

answers: stream gradient

answers: NDQ_001594

answers: pointing upstream.

answers: NDQ_001595

answers: contour interval,

answers: NDQ_001597

answers: upstream.

answers: NDQ_001598

answers: Contour lines

answers: NDQ_001600

answers: Contour lines form a V-shape

answers: NDQ_001603

answers: topographic maps,

answers: NDQ_001605

answers: topographic maps,

answers: NDQ_001606

answers: contour interval,

answers: NDQ_001608

answers: Contour lines form a V-shape

answers: NDQ_001611

answers: Contour lines

answers: NDQ_001613

answers: pointing upstream.

answers: NDQ_001614

answers: topographic maps,

answers: NDQ_001618

answers: stream gradient

answers: NDQ_001619

answers: topographic maps,

answers: NDQ_001620

answers: contour interval,

answers: NDQ_001621

answers: topographic maps,

answers: NDQ_001622

answers: stream gradient

answers: NDQ_001623

answers: Contour lines

answers: NDQ_001624

answers: upstream.

answers: NDQ_001625

answers: V-shape on the map, pointing upstream.

text: Traditional maps are abstractions of the real world, a sampling of important elements portrayed on a sheet of paper with symbols to represent physical objects. People who use maps must interpret these symbols. Topographic maps show the shape of land surface with contour lines or with shaded relief.

text: Traditional maps are abstractions of the real world, a sampling of important elements portrayed on a sheet of paper with symbols to represent physical objects. People who use maps must interpret these symbols.

text: Topographic map

text: s show the shape of land surface with

text: contour line

text: s or with

text: shaded relief

answers: NDQ_001586

answers: None of the above choices.

answers: NDQ_001587

answers: is a map that shows the shape of land surface.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: people use maps must interpret these symbols

answers: NDQ_001590

answers: The contour interval of a topographic map represents the horizontal distance between contour lines

answers: NDQ_001591

answers: land surface

answers: NDQ_001592

answers: Traditional maps

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: Which of the following is not a traditional map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a valley.

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of traditional map?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: How do contour lines help us to see the three-dimensional shape of the land?

answers: NDQ_001611

answers: What does a hill look like on topographic maps?

answers: NDQ_001613

answers: Which of the following is not an example of a traditional map?

answers: NDQ_001614

answers: Which of the following is true of topographic maps?

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: Topographic maps

answers: NDQ_001622

answers: shaded relief

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Topographic maps show the shape of land surface with contour lines

answers: NDQ_001587

answers: Topographic maps show the shape of land surface with contour lines

answers: NDQ_001588

answers: Topographic maps show the shape of land surface with contour lines

answers: NDQ_001589

answers: Topographic maps show the shape of land surface with contour lines

answers: NDQ_001590

answers: Topographic maps show the shape of land surface with contour lines

answers: NDQ_001591

answers: shape of land surface

answers: NDQ_001592

answers: interpret these symbols.

answers: NDQ_001593

answers: contour lines or with shaded relief.

answers: NDQ_001594

answers: Topographic maps show the shape of land surface with contour lines

answers: NDQ_001595

answers: contour lines

answers: NDQ_001597

answers: Topographic maps show the shape of land surface with contour lines

answers: NDQ_001598

answers: contour lines or with shaded relief.

answers: NDQ_001600

answers: Topographic maps show the shape of land surface with contour lines

answers: NDQ_001603

answers: Topographic maps

answers: NDQ_001605

answers: Topographic maps

answers: NDQ_001606

answers: Topographic maps show the shape of land surface with contour lines

answers: NDQ_001608

answers: Topographic maps

answers: NDQ_001611

answers: Topographic maps show the shape of land surface with contour lines

answers: NDQ_001613

answers: Topographic maps show the shape of land surface with contour lines

answers: NDQ_001614

answers: Topographic maps

answers: NDQ_001618

answers: shape of land surface

answers: NDQ_001619

answers: Topographic maps

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: Topographic maps

answers: NDQ_001622

answers: shape of land surface

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: shape of land surface

answers: NDQ_001625

answers: contour lines

text: Bezetha (), also called by Josephus the New City was a suburb of Jerusalem, north and north-west of the Temple, built opposite the tower Antonia (now in proximity to the Convent of the Sisters of Zion, Ecce Homo, on Via Dolorosa Street) and extending as far as Herod's Gate westward and beyond. Originally, this part of the city was outside the area enclosed by the second wall, but during the reign of Agrippa I, had been enclosed by the newer third wall. In Josephus' time, the hill on which Bezetha was built could be distinguished by its elevation in relation to the tower of Antonia, which was built in the intermediate valley below (partly dug on purpose), between Bezetha and the north side of the Temple Mount. Topographical maps still show the contours in elevation.

text: Bezetha (), also called by

text: Josephus

text: the New City was a suburb of

text: Jerusalem

text: , north and north-west of the

text: Temple

text: , built opposite the

text: tower Antonia

text: (now in proximity to the

text: Convent of the Sisters of Zion

text: , Ecce Homo, on Via Dolorosa Street) and extending as far as

text: Herod's Gate

text: westward and beyond. Originally, this part of the city was outside the area enclosed by the second wall, but during the reign of

text: Agrippa I

text: , had been enclosed by the newer third wall. In

text: Josephus

text: ' time, the hill on which Bezetha was built could be distinguished by its elevation in relation to the tower of Antonia, which was built in the intermediate valley below (partly dug on purpose), between Bezetha and the north side of the Temple Mount. Topographical maps still show the contours in elevation.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: What part of Jerusalem was Bezetha built in?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: show the contours in elevation

answers: NDQ_001590

answers: What is the elevation of Bezetha?

answers: NDQ_001591

answers: elevation

answers: NDQ_001592

answers: show the contours in elevation

answers: NDQ_001593

answers: Yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: westward

answers: NDQ_001598

answers: contours in elevation

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Yes

answers: NDQ_001611

answers: How would you describe Bezetha?

answers: NDQ_001613

answers: Which side is the circle with the higher elevation?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: elevation

answers: NDQ_001619

answers: valley

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: Topographical maps

answers: NDQ_001622

answers: elevation

answers: NDQ_001623

answers: contours

answers: NDQ_001624

answers: elevation

answers: NDQ_001625

answers: elevation

answers: NDQ_001586

answers: Topographical maps still show the contours

answers: NDQ_001587

answers: Topographical maps still show the contours in elevation.

answers: NDQ_001588

answers: elevation.

answers: NDQ_001589

answers: Topographical maps still show the contours in elevation.

answers: NDQ_001590

answers: elevation.

answers: NDQ_001591

answers: elevation.

answers: NDQ_001592

answers: elevation.

answers: NDQ_001593

answers: Topographical maps still show the contours in elevation.

answers: NDQ_001594

answers: Topographical maps still show the contours in elevation.

answers: NDQ_001595

answers: elevation.

answers: NDQ_001597

answers: Topographical maps still show the contours in elevation.

answers: NDQ_001598

answers: contours in elevation.

answers: NDQ_001600

answers: hill

answers: NDQ_001603

answers: Topographical maps still show the contours in elevation.

answers: NDQ_001605

answers: Topographical maps still show the contours in elevation.

answers: NDQ_001606

answers: elevation.

answers: NDQ_001608

answers: Topographical maps still show the contours

answers: NDQ_001611

answers: Topographical maps still show the contours in elevation.

answers: NDQ_001613

answers: Topographical maps still show the contours in elevation.

answers: NDQ_001614

answers: Topographical maps

answers: NDQ_001618

answers: elevation.

answers: NDQ_001619

answers: Topographical maps

answers: NDQ_001620

answers: Topographical maps still show the contours in elevation.

answers: NDQ_001621

answers: Topographical maps

answers: NDQ_001622

answers: elevation.

answers: NDQ_001623

answers: contours

answers: NDQ_001624

answers: elevation.

answers: NDQ_001625

answers: elevation.

text: A geological map of the Bristol Coalfield, on a scale of four inches to the mile, was Sanders's major work; it was begun in 1835 and finished in 1862, when it was published. It covered an area of 720 square miles, and was laid down from his own surveys. The preparatory topographical map was made under his care and at his own expense, by collating about one hundred parish maps on different scales.

text: A geological map of the

text: Bristol Coalfield

text: , on a scale of four inches to the mile, was Sanders's major work; it was begun in 1835 and finished in 1862, when it was published. It covered an area of 720 square miles, and was laid down from his own surveys. The preparatory topographical map was made under his care and at his own expense, by collating about one hundred parish maps on different scales.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: How many inches to the mile was Sanders's major work?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: it was begun in 1835 and finished in 1862

answers: NDQ_001590

answers: How many inches to the mile was Sanders's major work?

answers: NDQ_001591

answers: surveys

answers: NDQ_001592

answers: lay down from his own surveys

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: yes

answers: NDQ_001598

answers: scales

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: None of the above choices .

answers: NDQ_001613

answers: How many inches to the mile did Sanders's major work cover?

answers: NDQ_001614

answers: no

answers: NDQ_001618

answers: the Bristol Coalfield

answers: NDQ_001619

answers: four inches to the mile

answers: NDQ_001620

answers: four inches to the mile

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: the Bristol Coalfield

answers: NDQ_001623

answers: mile

answers: NDQ_001624

answers: Bristol Coalfield

answers: NDQ_001625

answers: four inches to the mile

answers: NDQ_001586

answers: about one hundred parish maps on different scales.

answers: NDQ_001587

answers: 720 square miles,

answers: NDQ_001588

answers: 1862,

answers: NDQ_001589

answers: four inches to the mile,

answers: NDQ_001590

answers: four inches to the mile,

answers: NDQ_001591

answers: Bristol Coalfield,

answers: NDQ_001592

answers: geological map of the Bristol Coalfield,

answers: NDQ_001593

answers: parish maps on different scales.

answers: NDQ_001594

answers: four inches to the mile,

answers: NDQ_001595

answers: four inches to the mile,

answers: NDQ_001597

answers: parish maps on different scales.

answers: NDQ_001598

answers: parish maps on different scales.

answers: NDQ_001600

answers: 720 square miles,

answers: NDQ_001603

answers: parish maps on different scales.

answers: NDQ_001605

answers: 1835

answers: NDQ_001606

answers: four inches to the mile,

answers: NDQ_001608

answers: 720 square miles,

answers: NDQ_001611

answers: 720 square miles,

answers: NDQ_001613

answers: collating about one hundred parish maps on different scales.

answers: NDQ_001614

answers: parish maps on different scales.

answers: NDQ_001618

answers: Bristol Coalfield,

answers: NDQ_001619

answers: four inches to the mile,

answers: NDQ_001620

answers: four inches to the mile,

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: Bristol Coalfield,

answers: NDQ_001623

answers: a scale of four inches to the mile,

answers: NDQ_001624

answers: Bristol Coalfield,

answers: NDQ_001625

answers: four inches to the mile,

text: Petermann started in y.lpotsdam at 7 August 1839. The education with Berghaus could be called scientifically cartographic, comprising mathematical geography (map projection and grids), physical geography (meteorology, hydrology and geology) and political geography (knowledge of borders and administratpive division of European states especially). Physical training was more aimed at surveying, drafting and engraving. Berghaus’s pupils learned only the rudiments of surveying, even less than he himself had learned: their work in this area can be seen in the plan of Potsdam (''Neüster Plan von der Königlichen Residenzstadt Potsdam'' / nach trigonometrischen Vermessungen, so wie geo- und hydrometrischen Aufnahmen ausgearbeitet in der Geographischen Kunstschule zu Potsdam unter der Leitung ihres Direktors, des Professors Dr. Heinrich Berghaus. 1845). They were not topographers and only used topography as published in the large-scale maps of that era as a general basis for their later, more generalized works. They were taught more to draft and engrave middle-scale geographic maps of states, continents etc., or their parts (e.g. the map of upper- and middle-Italy in 1847 for Stielers Handatlas, which was based on Attilio Zuccagni-Orlandini's 1844 topographic map in nearly 100 sheets), small-scale generalized school maps, and especially applied geography and cartography as shown in their collaboration on the ''Physikalischer Atlas'' and the maritime atlas. During their study lithography, though not cutting as fine a portrayal as copper engraving, was on the rise because it was much cheaper. Though some experiments were made by Berghaus, e.g. for geological maps, by mixing copper engraving for the line- and other features and lithography for coloured polygons, there was no technology which could replace the exquisite expression copper engravings could reach. So the students mainly learned this art. Only at the end of his life Petermann became more enthusiastic for lithography, which had advanced by then. Up to and including the 10th edition of the Stieler Handatlas (1920–1925) the Perthes institute, where he worked from 1854 onwards, used copperplate engravings as the basis for its maps. All some 460 copperplates of this edition are currently preserved in the Perthes collections in Gotha.

text: Petermann started in y.lpotsdam at 7 August 1839. The education with Berghaus could be called scientifically cartographic, comprising mathematical geography (

text: map projection

text: and

text: grids

text: ), physical geography (

text: meteorology

text: hydrology

text: and

text: geology

text: ) and

text: political geography

text: (knowledge of borders and administratpive division of European states especially). Physical training was more aimed at surveying, drafting and engraving. Berghaus’s pupils learned only the rudiments of surveying, even less than he himself had learned: their work in this area can be seen in the plan of Potsdam (''Neüster Plan von der Königlichen Residenzstadt Potsdam'' / nach trigonometrischen Vermessungen, so wie geo- und hydrometrischen Aufnahmen ausgearbeitet in der Geographischen Kunstschule zu Potsdam unter der Leitung ihres Direktors, des Professors Dr. Heinrich Berghaus. 1845). They were not topographers and only used topography as published in the large-scale maps of that era as a general basis for their later, more generalized works. They were taught more to draft and engrave middle-scale geographic maps of states, continents etc., or their parts (e.g. the map of upper- and middle-Italy in 1847 for

text: Stielers Handatlas

text: , which was based on

text: Attilio Zuccagni-Orlandini

text: 's 1844 topographic map in nearly 100 sheets), small-scale generalized school maps, and especially applied geography and cartography as shown in their collaboration on the ''Physikalischer Atlas'' and the maritime atlas. During their study

text: lithography

text: , though not cutting as fine a portrayal as

text: copper engraving

text: , was on the rise because it was much cheaper. Though some experiments were made by Berghaus, e.g. for geological maps, by mixing copper engraving for the line- and other features and lithography for coloured

text: polygon

text: s, there was no technology which could replace the exquisite expression copper engravings could reach. So the students mainly learned this art. Only at the end of his life Petermann became more enthusiastic for lithography, which had advanced by then. Up to and including the 10th edition of the Stieler Handatlas (1920–1925) the

text: Perthes

text: institute, where he worked from 1854 onwards, used copperplate engravings as the basis for its maps. All some 460 copperplates of this edition are currently preserved in the Perthes collections in Gotha.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: Berghaus's pupils learned only the rudiments of surveying

answers: NDQ_001588

answers: Berghaus's pupils learned only the rudiments of surveying

answers: NDQ_001589

answers: lithography, though not cutting as fine a portrayal as copper engraving

answers: NDQ_001590

answers: The education with Berghaus could be called scientifically cartographic

answers: NDQ_001591

answers: polygons

answers: NDQ_001592

answers: projection

answers: NDQ_001593

answers: None of the above choices

answers: NDQ_001594

answers: contour lines

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices .

answers: NDQ_001598

answers: The education with Berghaus could be called scientifically cartographic

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: lithography for coloured polygons

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Contour lines help us to see the three-dimensional shape of the land.

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: They were not topographers

answers: NDQ_001614

answers: The education with Berghaus could be called scientifically cartographic

answers: NDQ_001618

answers: polygons

answers: NDQ_001619

answers: hydrology

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: polygons

answers: NDQ_001623

answers: grid

answers: NDQ_001624

answers: polygons

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: Attilio Zuccagni-Orlandini's

answers: NDQ_001587

answers: Physical training was more aimed at surveying, drafting and engraving.

answers: NDQ_001588

answers: lithography,

answers: NDQ_001589

answers: topographers

answers: NDQ_001590

answers: lithography,

answers: NDQ_001591

answers: coloured polygons,

answers: NDQ_001592

answers: lithography,

answers: NDQ_001593

answers: Attilio Zuccagni-Orlandini's

answers: NDQ_001594

answers: topographic map

answers: NDQ_001595

answers: middle-scale

answers: NDQ_001597

answers: lithography,

answers: NDQ_001598

answers: lithography,

answers: NDQ_001600

answers: Attilio Zuccagni-Orlandini's

answers: NDQ_001603

answers: They were not topographers

answers: NDQ_001605

answers: coloured polygons,

answers: NDQ_001606

answers: it was much cheaper.

answers: NDQ_001608

answers: lithography,

answers: NDQ_001611

answers: lithography,

answers: NDQ_001613

answers: Attilio Zuccagni-Orlandini's

answers: NDQ_001614

answers: lithography,

answers: NDQ_001618

answers: geological maps,

answers: NDQ_001619

answers: geological maps,

answers: NDQ_001620

answers: cheaper.

answers: NDQ_001621

answers: geological maps,

answers: NDQ_001622

answers: geological maps,

answers: NDQ_001623

answers: grids),

answers: NDQ_001624

answers: coloured polygons,

answers: NDQ_001625

answers: (''Neüster

text: The farms still exist, and are still called Dingen; but they are no longer considered to be a separate settlement on the newest topographical map of the area.

text: The farms still exist, and are still called Dingen; but they are no longer considered to be a separate settlement on the newest topographical map of the area.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: What is the best way to describe Dingen?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: The farms still exist and are still called Dingen

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: separate settlement

answers: NDQ_001592

answers: separate settlements

answers: NDQ_001593

answers: None of the above choices .

answers: NDQ_001594

answers: not enough information

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices.

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: None of the above choices .

answers: NDQ_001611

answers: None of the above choices .

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: no

answers: NDQ_001618

answers: separate settlement

answers: NDQ_001619

answers: can not be used to answer this question

answers: NDQ_001620

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: separate settlement

answers: NDQ_001623

answers: isosceles

answers: NDQ_001624

answers: Dingen

answers: NDQ_001625

answers: 0 m

answers: NDQ_001586

answers: they are no longer considered to be a separate settlement

answers: NDQ_001587

answers: newest topographical map

answers: NDQ_001588

answers: no longer considered to be a separate settlement

answers: NDQ_001589

answers: they are no longer considered to be a separate settlement

answers: NDQ_001590

answers: they are no longer considered to be a separate settlement

answers: NDQ_001591

answers: no longer considered to be a separate settlement

answers: NDQ_001592

answers: they are no longer considered to be a separate settlement

answers: NDQ_001593

answers: topographical map

answers: NDQ_001594

answers: The farms still exist, and are still called Dingen;

answers: NDQ_001595

answers: The farms still exist, and are still called Dingen;

answers: NDQ_001597

answers: topographical map

answers: NDQ_001598

answers: newest topographical map

answers: NDQ_001600

answers: no longer considered to be a separate settlement

answers: NDQ_001603

answers: topographical map

answers: NDQ_001605

answers: newest topographical map

answers: NDQ_001606

answers: The farms still exist, and are still called Dingen;

answers: NDQ_001608

answers: topographical map

answers: NDQ_001611

answers: newest topographical map

answers: NDQ_001613

answers: The farms still exist, and are still called Dingen;

answers: NDQ_001614

answers: they are no longer considered to be a separate settlement

answers: NDQ_001618

answers: The farms still exist, and are still called Dingen;

answers: NDQ_001619

answers: topographical map

answers: NDQ_001620

answers: newest topographical map

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: Dingen;

answers: NDQ_001623

answers: topographical map

answers: NDQ_001624

answers: The farms still exist, and are still called Dingen;

answers: NDQ_001625

answers: area.

text: Data processing and imaging convert raw numeric data into interpretable maps. Data processing usually involves the removal of statistical outliers and noise, and interpolation of data points. Statistical filters may be designed to enhance features of interest (based on size, strength, orientation, or other criteria), or suppress obscuring modern or natural phenomena. Inverse modeling of archaeological features from observed data is becoming increasingly important. Processed data are typically rendered as images, as contour maps, or in false relief. When geophysical data are rendered graphically, the interpreter can more intuitively recognize cultural and natural patterns and visualize the physical phenomena causing the detected anomalies.

text: Data processing and imaging convert raw numeric data into interpretable maps. Data processing usually involves the removal of statistical outliers and noise, and interpolation of data points. Statistical filters may be designed to enhance features of interest (based on size, strength, orientation, or other criteria), or suppress obscuring modern or natural phenomena.

text: Inverse modeling

text: of archaeological features from observed data is becoming increasingly important. Processed data are typically rendered as images, as contour maps, or in false relief. When geophysical data are rendered graphically, the interpreter can more intuitively recognize cultural and natural patterns and visualize the physical phenomena causing the detected anomalies.

answers: NDQ_001586

answers: contour lines

answers: NDQ_001587

answers: Which of the following is not a type of map: contour maps, false relief, or inverse modeling?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: false relief

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: cultural and natural patterns

answers: NDQ_001592

answers: Inverse modeling of archaeological features

answers: NDQ_001593

answers: contour maps

answers: NDQ_001594

answers: contour lines

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: orientation

answers: NDQ_001598

answers: contour maps

answers: NDQ_001600

answers: False relief

answers: NDQ_001603

answers: None of the above choices.

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: What are contour lines?

answers: NDQ_001611

answers: contour maps

answers: NDQ_001613

answers: the circle with the higher elevation

answers: NDQ_001614

answers: What is the difference between contour maps and topographic maps?

answers: NDQ_001618

answers: false relief

answers: NDQ_001619

answers: contour maps

answers: NDQ_001620

answers: false relief

answers: NDQ_001621

answers: contour maps

answers: NDQ_001622

answers: false relief

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: Archaeological features

answers: NDQ_001625

answers: unspecified

answers: NDQ_001586

answers: Processed data are typically rendered as images, as contour maps,

answers: NDQ_001587

answers: false relief.

answers: NDQ_001588

answers: Processed data are typically rendered as images, as contour maps,

answers: NDQ_001589

answers: cultural and natural patterns and visualize the physical phenomena causing the detected anomalies.

answers: NDQ_001590

answers: contour maps,

answers: NDQ_001591

answers: Processed

answers: NDQ_001592

answers: obscuring modern or natural phenomena.

answers: NDQ_001593

answers: contour maps,

answers: NDQ_001594

answers: Processed data are typically rendered as images, as contour maps,

answers: NDQ_001595

answers: contour maps,

answers: NDQ_001597

answers: orientation,

answers: NDQ_001598

answers: contour maps,

answers: NDQ_001600

answers: false relief.

answers: NDQ_001603

answers: Data processing and imaging convert raw numeric data into interpretable maps.

answers: NDQ_001605

answers: images, as contour maps, or in false relief.

answers: NDQ_001606

answers: contour maps,

answers: NDQ_001608

answers: Processed data are typically rendered as images, as contour maps,

answers: NDQ_001611

answers: false relief.

answers: NDQ_001613

answers: false relief.

answers: NDQ_001614

answers: Data processing and imaging convert raw numeric data into interpretable maps.

answers: NDQ_001618

answers: archaeological features

answers: NDQ_001619

answers: contour maps,

answers: NDQ_001620

answers: false relief.

answers: NDQ_001621

answers: contour maps, or in false relief.

answers: NDQ_001622

answers: archaeological features

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: archaeological features

answers: NDQ_001625

answers: contour maps, or in false relief.

text: Dutch Topographic map of Huizen (town), March 2014.

text: Dutch Topographic map of Huizen (town), March 2014.

answers: NDQ_001586

answers: change in elevation

answers: NDQ_001587

answers: Huizen is a town in the Netherlands.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is a non-topographic map

answers: NDQ_001590

answers: The contour interval of a topographic map represents the horizontal distance between contour lines

answers: NDQ_001591

answers: ridges

answers: NDQ_001592

answers: change direction

answers: NDQ_001593

answers: How does a topographic map work?

answers: NDQ_001594

answers: What are contour lines used for?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that streams flow

answers: NDQ_001598

answers: The side of the mountain that is steepest

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a valley

answers: NDQ_001603

answers: What is the purpose of this map?

answers: NDQ_001605

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

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval

answers: NDQ_001608

answers: How do contour lines help us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: A hill that is very far apart shows a low, steep hill.

answers: NDQ_001613

answers: The hatch marks are drawn on the side with the higher elevation

answers: NDQ_001614

answers: Which of the following is not a feature of a topographic map?

answers: NDQ_001618

answers: concentric contour lines

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: Huizen

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: contour lines

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Dutch Topographic map of Huizen

answers: NDQ_001587

answers: Huizen

answers: NDQ_001588

answers: Huizen (town), March 2014.

answers: NDQ_001589

answers: Topographic

answers: NDQ_001590

answers: Dutch Topographic map of Huizen

answers: NDQ_001591

answers: Topographic map

answers: NDQ_001592

answers: Huizen (town), March 2014.

answers: NDQ_001593

answers: Topographic map of Huizen

answers: NDQ_001594

answers: Dutch Topographic map of Huizen

answers: NDQ_001595

answers: 2014.

answers: NDQ_001597

answers: Topographic map of Huizen (town), March 2014.

answers: NDQ_001598

answers: Dutch Topographic map of Huizen (town), March 2014.

answers: NDQ_001600

answers: Dutch Topographic map of Huizen

answers: NDQ_001603

answers: Dutch Topographic map of Huizen (town), March 2014.

answers: NDQ_001605

answers: Huizen (town), March 2014.

answers: NDQ_001606

answers: Huizen

answers: NDQ_001608

answers: Dutch Topographic map of Huizen

answers: NDQ_001611

answers: Dutch Topographic map of Huizen

answers: NDQ_001613

answers: Dutch Topographic map of Huizen

answers: NDQ_001614

answers: Dutch Topographic map of Huizen (town), March 2014.

answers: NDQ_001618

answers: Huizen

answers: NDQ_001619

answers: Dutch Topographic map

answers: NDQ_001620

answers: Dutch Topographic map of Huizen (town), March 2014.

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Huizen

answers: NDQ_001623

answers: Dutch Topographic map of Huizen

answers: NDQ_001624

answers: Huizen

answers: NDQ_001625

answers: 2014.

text: The countryside (which in Switzerland is mostly hilly or mountainous) is depicted on the Dufour Map with hachures, which makes it appear especially vivid.  Relief and elevation differences under the surface of lakes were symbolized by contours.  This so-called "Swiss style" depiction received much praise, and earned the Topographic Bureau several international awards.

text: The countryside (which in Switzerland is mostly hilly or mountainous) is depicted on the Dufour Map with

text: hachures

text: , which makes it appear especially vivid.  Relief and elevation differences under the surface of lakes were symbolized by

text: contours

text: .  This so-called "Swiss style" depiction received much praise, and earned the Topographic Bureau several international awards.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: can be used to show what?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: is mostly hilly or mountainous

answers: NDQ_001590

answers: What is a contour line?

answers: NDQ_001591

answers: elevation differences

answers: NDQ_001592

answers: unambiguous

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: no

answers: NDQ_001598

answers: contours

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: Which of the following is not a type of rock: hills, mountains, or contours?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Yes

answers: NDQ_001611

answers: what is the last word in the passage?

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: lakes

answers: NDQ_001619

answers: contours

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Lakes

answers: NDQ_001623

answers: contours

answers: NDQ_001624

answers: lakes

answers: NDQ_001625

answers: contours

answers: NDQ_001586

answers: Relief and elevation differences under the surface of lakes were symbolized by contours.

answers: NDQ_001587

answers: contours.

answers: NDQ_001588

answers: Relief and elevation differences under the surface of lakes were symbolized by contours.

answers: NDQ_001589

answers: Relief and elevation differences under the surface of lakes were symbolized by contours.

answers: NDQ_001590

answers: contours.

answers: NDQ_001591

answers: Relief and elevation differences

answers: NDQ_001592

answers: Relief and elevation differences

answers: NDQ_001593

answers: Relief and elevation differences

answers: NDQ_001594

answers: Relief and elevation differences under the surface of lakes were symbolized by contours.

answers: NDQ_001595

answers: Relief and elevation differences under the surface of lakes were symbolized by contours.

answers: NDQ_001597

answers: contours.

answers: NDQ_001598

answers: contours.

answers: NDQ_001600

answers: Relief and elevation differences

answers: NDQ_001603

answers: Topographic Bureau

answers: NDQ_001605

answers: contours.

answers: NDQ_001606

answers: Relief and elevation differences

answers: NDQ_001608

answers: Relief and elevation differences under the surface of lakes were symbolized by contours.

answers: NDQ_001611

answers: contours.

answers: NDQ_001613

answers: contours.

answers: NDQ_001614

answers: hachures,

answers: NDQ_001618

answers: Relief and elevation differences under the surface of lakes

answers: NDQ_001619

answers: contours.

answers: NDQ_001620

answers: Relief and elevation differences

answers: NDQ_001621

answers: contours.

answers: NDQ_001622

answers: Relief and elevation differences under the surface of lakes

answers: NDQ_001623

answers: contours.

answers: NDQ_001624

answers: Relief and elevation differences under the surface of lakes

answers: NDQ_001625

answers: Dufour

text: Timothy Pont (c. 1565–1614) was a Scottish cartographer and topographer, the first to produce a detailed map of Scotland.  Pont's maps are among the earliest surviving to show a European country in minute detail, from an actual survey.

text: Timothy Pont (c. 1565–1614) was a Scottish

text: cartographer

text: and

text: topographer

text: , the first to produce a detailed map of Scotland.  Pont's maps are among the earliest surviving to show a European country in minute detail, from an actual survey.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How old was Timothy Pont when he died?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the first to produce a detailed map of Scotland

answers: NDQ_001590

answers: what is the first to produce a detailed map of Scotland

answers: NDQ_001591

answers: Scotland

answers: NDQ_001592

answers: show a European country in minute detail

answers: NDQ_001593

answers: What is a topographic map used for?

answers: NDQ_001594

answers: What is a bathymetric map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: the steepest

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: what is the first to produce a detailed map of Scotland?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the first to produce a detailed map of Scotland?

answers: NDQ_001611

answers: How would you describe Pont's maps?

answers: NDQ_001613

answers: what is the first to produce a detailed map of Scotland

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topography

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: minute detail, from an actual survey.

answers: NDQ_001587

answers: actual survey.

answers: NDQ_001588

answers: Timothy Pont

answers: NDQ_001589

answers: earliest surviving to show a European country in minute detail,

answers: NDQ_001590

answers: European country in minute detail,

answers: NDQ_001591

answers: topographer, the first to produce a detailed map of Scotland.

answers: NDQ_001592

answers: actual survey.

answers: NDQ_001593

answers: actual survey.

answers: NDQ_001594

answers: Timothy Pont

answers: NDQ_001595

answers: Timothy Pont (c. 1565–1614)

answers: NDQ_001597

answers: actual survey.

answers: NDQ_001598

answers: Timothy Pont

answers: NDQ_001600

answers: European country in minute detail,

answers: NDQ_001603

answers: earliest surviving to show a European country in minute detail,

answers: NDQ_001605

answers: Timothy Pont

answers: NDQ_001606

answers: Timothy Pont

answers: NDQ_001608

answers: topographer,

answers: NDQ_001611

answers: Timothy Pont

answers: NDQ_001613

answers: Timothy Pont

answers: NDQ_001614

answers: Timothy Pont

answers: NDQ_001618

answers: Scotland.

answers: NDQ_001619

answers: minute detail, from an actual survey.

answers: NDQ_001620

answers: survey.

answers: NDQ_001621

answers: topographer,

answers: NDQ_001622

answers: Scotland.

answers: NDQ_001623

answers: topographer,

answers: NDQ_001624

answers: Scotland.

answers: NDQ_001625

answers: Scotland.

text: Maps of the New World had been produced since the 16th century.  The history of cartography of the United States of America begins in the 18th century, after the declared independence of the Thirteen original colonies on July 4, 1776, during the American Revolutionary War (1775-1783). Later, Samuel Augustus Mitchell published a map of the United States in 1867.  The National Program for Topographic Mapping was initiated in 1884 by the United States Geological Survey.

text: Maps of the

text: New World

text: had been produced since the 16th century.  The history of

text: cartography

text: of the

text: United States of America

text: begins in the 18th century, after the declared independence of the

text: Thirteen original colonies

text: on

text: July 4, 1776

text: , during the

text: American Revolutionary War

text: (1775-1783). Later,

text: Samuel Augustus Mitchell

text: published a map of the United States in 1867.  The National Program for Topographic Mapping was initiated in 1884 by the

text: United States Geological Survey

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: Which happened first, the declaration of independence of the Thirteen original colonies or the National Program for Topographic Mapping was initiated?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: The National Program for Topographic Mapping was initiated in 1884

answers: NDQ_001590

answers: The National Program for Topographic Mapping was initiated in what year?

answers: NDQ_001591

answers: the Thirteen original colonies

answers: NDQ_001592

answers: declare independence

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: The National Program for Topographic Mapping was initiated in 1884

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What was the purpose of the National Program for Topographic Mapping

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: The National Program for Topographic Mapping was initiated in

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which happened first, Samuel Augustus Mitchell published a map of the United States in 1867 or the National Program for Topographic Mapping was initiated in 1884?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which happened first, the declaration of independence of the Thirteen original colonies or the National Program for Topographic Mapping was initiated?

answers: NDQ_001611

answers: The National Program for Topographic Mapping

answers: NDQ_001613

answers: Which happened first, the declaration of independence of the Thirteen original colonies on July 4, 1776, or the National Program for Topographic Mapping was initiated in 1884 by the United States Geological Survey?

answers: NDQ_001614

answers: Which happened first, the declaration of independence of the Thirteen original colonies on July 4, 1776, or the National Program for Topographic Mapping was initiated in 1884?

answers: NDQ_001618

answers: United States Geological Survey

answers: NDQ_001619

answers: Topographic

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: United States Geological Survey

answers: NDQ_001623

answers: parallel line

answers: NDQ_001624

answers: v-shaped contour lines

answers: NDQ_001625

answers: 1  100

answers: NDQ_001586

answers: The National Program for Topographic Mapping was initiated in 1884

answers: NDQ_001587

answers: Samuel Augustus Mitchell published a map of the United States in 1867.

answers: NDQ_001588

answers: The National Program for Topographic Mapping was initiated in 1884

answers: NDQ_001589

answers: Topographic Mapping

answers: NDQ_001590

answers: 1884

answers: NDQ_001591

answers: independence of the Thirteen original colonies

answers: NDQ_001592

answers: declared independence

answers: NDQ_001593

answers: The National Program for Topographic Mapping

answers: NDQ_001594

answers: The National Program for Topographic Mapping was initiated in 1884

answers: NDQ_001595

answers: 1884

answers: NDQ_001597

answers: The National Program for Topographic Mapping

answers: NDQ_001598

answers: The National Program for Topographic Mapping was initiated in 1884

answers: NDQ_001600

answers: 1884

answers: NDQ_001603

answers: United States Geological Survey.

answers: NDQ_001605

answers: The National Program for Topographic Mapping was initiated in 1884

answers: NDQ_001606

answers: 1884

answers: NDQ_001608

answers: Topographic Mapping

answers: NDQ_001611

answers: 1884

answers: NDQ_001613

answers: The National Program for Topographic Mapping was initiated in 1884

answers: NDQ_001614

answers: 1884

answers: NDQ_001618

answers: New World

answers: NDQ_001619

answers: Topographic Mapping

answers: NDQ_001620

answers: 1884

answers: NDQ_001621

answers: Topographic Mapping

answers: NDQ_001622

answers: independence of the Thirteen original colonies

answers: NDQ_001623

answers: Topographic Mapping

answers: NDQ_001624

answers: American Revolutionary War

answers: NDQ_001625

answers: 1867.

text: The Ethiopia-United States Mapping Mission was a mission of the U.S. Army Corps of Engineers, 64th Engineer Battalion, 29th Engineer Company and U.S. Army Map Service, later U.S. Army Topographic Command (TOPOCOM), Special Foreign Activity during the Cold War in the 1960s to survey and map the entire country of Ethiopia, then under the rule of Emperor Haile Selassie I.  Aviation support for the Army Map Service was primarily provided by the 572nd Engineer Platoon (Topographic Aviation) and civilian pilots under contract, along with some early support from the U.S. Air Force and Ethiopian Airlines.  Battalion Headquarters was located in Leghorn (Livorno), Italy, and the Mapping Mission itself was headquartered in Addis Ababa, the nation's centrally located capital.

text: The Ethiopia-United States Mapping Mission was a mission of the U.S. Army

text: Corps of Engineers

text: , 64th Engineer Battalion, 29th Engineer Company and

text: U.S. Army Map Service

text: , later U.S. Army Topographic Command (TOPOCOM), Special Foreign Activity during the

text: Cold War

text: in the 1960s to survey and map the entire country of Ethiopia, then under the rule of Emperor

text: Haile Selassie I

text: .  Aviation support for the

text: Army Map Service

text: was primarily provided by the 572nd Engineer Platoon (Topographic Aviation) and civilian pilots under contract, along with some early support from the

text: U.S. Air Force

text: and

text: Ethiopian Airlines

text: .  Battalion Headquarters was located in Leghorn (

text: Livorno

text: Italy

text: , and the Mapping Mission itself was headquartered in

text: Addis Ababa

text: , the nation's centrally located capital.

answers: NDQ_001586

answers: None of the above choices are available

answers: NDQ_001587

answers: How many years did the Ethiopia-United States Mapping Mission last?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: is headquartered in Addis Ababa

answers: NDQ_001590

answers: What is the difference between a contour line and a contour line?

answers: NDQ_001591

answers: Cold War

answers: NDQ_001592

answers: survey

answers: NDQ_001593

answers: the nation's centrally located capital

answers: NDQ_001594

answers: What is a bathymetric map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: the nation's centrally located capital

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What type of rocks did the Ethiopia-United States Mapping Mission survey?

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: How would you describe the Mapping Mission itself?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is drawn on the hatch marks on a topographic map

answers: NDQ_001614

answers: What can topographic maps show?

answers: NDQ_001618

answers: Addis Ababa

answers: NDQ_001619

answers: Topographic

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: country of Ethiopia

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: Addis Ababa

answers: NDQ_001625

answers: 572nd

answers: NDQ_001586

answers: Addis Ababa,

answers: NDQ_001587

answers: Ethiopia,

answers: NDQ_001588

answers: Addis Ababa,

answers: NDQ_001589

answers: Ethiopia,

answers: NDQ_001590

answers: Addis Ababa,

answers: NDQ_001591

answers: Cold War in the 1960s to survey and map the entire country of Ethiopia,

answers: NDQ_001592

answers: entire country of Ethiopia,

answers: NDQ_001593

answers: (Topographic Aviation)

answers: NDQ_001594

answers: Addis Ababa,

answers: NDQ_001595

answers: The Ethiopia-United States Mapping Mission

answers: NDQ_001597

answers: Addis Ababa,

answers: NDQ_001598

answers: Addis Ababa,

answers: NDQ_001600

answers: Addis Ababa,

answers: NDQ_001603

answers: (Topographic Aviation)

answers: NDQ_001605

answers: U.S. Army Topographic Command

answers: NDQ_001606

answers: The Ethiopia-United States Mapping Mission

answers: NDQ_001608

answers: Topographic

answers: NDQ_001611

answers: Addis Ababa,

answers: NDQ_001613

answers: Addis Ababa,

answers: NDQ_001614

answers: U.S. Army Topographic Command

answers: NDQ_001618

answers: Ethiopia,

answers: NDQ_001619

answers: (Topographic Aviation)

answers: NDQ_001620

answers: (Topographic Aviation)

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Ethiopia,

answers: NDQ_001623

answers: (Topographic Aviation)

answers: NDQ_001624

answers: Ethiopia,

answers: NDQ_001625

answers: Ethiopia,

text: OLA will scan the surface of Bennu at specific intervals in the mission to rapidly map the entire surface of the asteroid to achieve its primary objective of producing local and global topographic maps. The data collected by OLA will also be used to develop a control network relative to the center of mass of the asteroid and to enhance and refine gravitational studies of Bennu.

text: OLA will scan the surface of Bennu at specific intervals in the mission to rapidly map the entire surface of the asteroid to achieve its primary objective of producing local and global topographic maps. The data collected by OLA will also be used to develop a control network relative to the center of mass of the asteroid and to enhance and refine gravitational studies of Bennu.

answers: NDQ_001586

answers: What is Bennu?

answers: NDQ_001587

answers: What is Bennu?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the data collected by OLA will also be used to enhance and refine gravitational studies of Bennu

answers: NDQ_001590

answers: What is Bennu?

answers: NDQ_001591

answers: local and global topographic maps

answers: NDQ_001592

answers: refine gravitational studies

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: What is the primary objective of producing local and global topographic maps?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: None of the above choices

answers: NDQ_001600

answers: What is Bennu?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or sedimentary?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is Bennu?

answers: NDQ_001611

answers: What is Bennu?

answers: NDQ_001613

answers: Which side of the circle has the higher elevation?

answers: NDQ_001614

answers: None of the above choices.

answers: NDQ_001618

answers: Bennu

answers: NDQ_001619

answers: NDQ_001620

answers: isotope

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Bennu

answers: NDQ_001623

answers: control network

answers: NDQ_001624

answers: Bennu

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: topographic maps.

answers: NDQ_001587

answers: topographic maps.

answers: NDQ_001588

answers: local and global topographic maps.

answers: NDQ_001589

answers: topographic maps.

answers: NDQ_001590

answers: topographic maps.

answers: NDQ_001591

answers: topographic maps.

answers: NDQ_001592

answers: gravitational studies

answers: NDQ_001593

answers: topographic maps.

answers: NDQ_001594

answers: topographic maps.

answers: NDQ_001595

answers: OLA will scan the surface of Bennu

answers: NDQ_001597

answers: topographic maps.

answers: NDQ_001598

answers: topographic maps.

answers: NDQ_001600

answers: topographic maps.

answers: NDQ_001603

answers: topographic maps.

answers: NDQ_001605

answers: topographic maps.

answers: NDQ_001606

answers: intervals

answers: NDQ_001608

answers: topographic maps.

answers: NDQ_001611

answers: topographic maps.

answers: NDQ_001613

answers: topographic maps.

answers: NDQ_001614

answers: topographic maps.

answers: NDQ_001618

answers: Bennu

answers: NDQ_001619

answers: topographic maps.

answers: NDQ_001620

answers: topographic maps.

answers: NDQ_001621

answers: topographic maps.

answers: NDQ_001622

answers: Bennu

answers: NDQ_001623

answers: control network

answers: NDQ_001624

answers: Bennu

answers: NDQ_001625

answers: global topographic maps.

text: There are several rules to note when interpreting terrain contour lines:

text: There are several rules to note when interpreting terrain contour lines:

answers: NDQ_001586

answers: change in elevation

answers: NDQ_001587

answers: can be used to measure the thickness of a rock.

answers: NDQ_001588

answers: Parallel contour lines on a topographic may be parallel or they may intersect each other

answers: NDQ_001589

answers: a bathymetric map does not have contour lines

answers: NDQ_001590

answers: The contour interval is the horizontal distance between contour lines.

answers: NDQ_001591

answers: ridges

answers: NDQ_001592

answers: change the direction of a curve

answers: NDQ_001593

answers: You can use a topographic map to determine the slope of the land.

answers: NDQ_001594

answers: The bottom of the water is the lowest point on the map.

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: The direction that rivers and streams flow can be determined by the following rules:

answers: NDQ_001598

answers: The left side of the mountain is steepest.

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a plain or plateau.

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval.

answers: NDQ_001608

answers: The contour lines are drawn on a map.

answers: NDQ_001611

answers: Concentric lines that are very close together show a low hill.

answers: NDQ_001613

answers: The hatch marks are drawn on the side of the circle with the higher elevation.

answers: NDQ_001614

answers: Which of the following is not a rule of interpretation when interpreting terrain contour lines?

answers: NDQ_001618

answers: is a ridge

answers: NDQ_001619

answers: can be used as a reference

answers: NDQ_001620

answers: is a measure of elevation

answers: NDQ_001621

answers: is a map that shows elevations

answers: NDQ_001622

answers: is a feature

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: is a ridge

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: There are several rules to note when interpreting terrain contour lines:

answers: NDQ_001587

answers: terrain contour lines:

answers: NDQ_001588

answers: There are several rules to note when interpreting terrain contour lines:

answers: NDQ_001589

answers: terrain contour lines:

answers: NDQ_001590

answers: contour lines:

answers: NDQ_001591

answers: terrain

answers: NDQ_001592

answers: interpreting terrain contour lines:

answers: NDQ_001593

answers: terrain contour lines:

answers: NDQ_001594

answers: terrain contour lines:

answers: NDQ_001595

answers: contour lines:

answers: NDQ_001597

answers: terrain contour lines:

answers: NDQ_001598

answers: terrain contour lines:

answers: NDQ_001600

answers: terrain contour lines:

answers: NDQ_001603

answers: There are several rules to note when interpreting terrain contour lines:

answers: NDQ_001605

answers: There are several rules to note when interpreting terrain contour lines:

answers: NDQ_001606

answers: There are several rules to note when interpreting terrain contour lines:

answers: NDQ_001608

answers: There are several rules to note when interpreting terrain contour lines:

answers: NDQ_001611

answers: terrain contour lines:

answers: NDQ_001613

answers: terrain contour lines:

answers: NDQ_001614

answers: terrain contour lines:

answers: NDQ_001618

answers: terrain contour lines:

answers: NDQ_001619

answers: terrain contour lines:

answers: NDQ_001620

answers: terrain contour lines:

answers: NDQ_001621

answers: terrain contour lines:

answers: NDQ_001622

answers: terrain contour lines:

answers: NDQ_001623

answers: terrain contour lines:

answers: NDQ_001624

answers: terrain contour lines:

answers: NDQ_001625

answers: contour lines:

text: Herbert Gouverneur Ogden (1846-1906) was an American geographer, topographer, civil engineer, and cartographer. Ogden was born on April 4, 1846, in New York. In 1863 he joined the US Coast and Geodetic Survey, where he originally worked on the defenses of Washington DC during the American Civil War. The following year he went to map the coast of North Carolina for the Union Navy. In 1865 he went on an expedition to Nicaragua, and in 1870 to Panama and the Darien. He marriedn in Brooklyn, in 1872, and co-founded the National Geographic Society in 1888. In 1893 he mapped the Alaska-Canada border. He was a vice-president of the National Geographic Society.

text: Herbert Gouverneur Ogden (1846-1906) was an

text: American

text: geographer

text: topographer

text: civil engineer

text: , and

text: cartographer

text: . Ogden was born on April 4, 1846, in

text: New York

text: . In 1863 he joined the

text: US Coast and Geodetic Survey

text: , where he originally worked on the defenses of

text: Washington DC

text: during the

text: American Civil War

text: . The following year he went to map the coast of

text: North Carolina

text: for the

text: Union Navy

text: . In 1865 he went on an expedition to

text: Nicaragua

text: , and in 1870 to

text: Panama

text: and the

text: Darien

text: . He marriedn in

text: Brooklyn

text: , in 1872, and co-founded the

text: National Geographic Society

text: in 1888. In 1893 he mapped the

text: Alaska

text: Canada

text: border. He was a vice-president of the National Geographic Society.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many years did Herbert Gouverneur Ogden work for the Union Navy?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the coast of North Carolina for the Union Navy

answers: NDQ_001590

answers: What was Herbert Gouverneur Ogden's occupation?

answers: NDQ_001591

answers: the Alaska-Canada border

answers: NDQ_001592

answers: landforms

answers: NDQ_001593

answers: How did Ogden map the Alaska-Canada border?

answers: NDQ_001594

answers: what is the first occupation mentioned?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What did Herbert Gouverneur Ogden map?

answers: NDQ_001598

answers: side of the mountain

answers: NDQ_001600

answers: what is the second to last word in the passage?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: How many years did Ogden work for the US Coast and Geodetic Survey?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: How many years did Ogden work for the Union Navy?

answers: NDQ_001613

answers: How many years after Ogden joined the US Coast and Geodetic Survey did he go on an expedition to Nicaragua?

answers: NDQ_001614

answers: Which happened first, Ogden joined the US Coast and Geodetic Survey or Ogden co-founded the National Geographic Society?

answers: NDQ_001618

answers: coast

answers: NDQ_001619

answers: cartography

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: topography

answers: NDQ_001622

answers: Alaska-Canada border

answers: NDQ_001623

answers: parallel

answers: NDQ_001624

answers: Alaska-Canada border

answers: NDQ_001625

answers: 1  100

answers: NDQ_001586

answers: Herbert Gouverneur Ogden

answers: NDQ_001587

answers: Alaska-Canada border.

answers: NDQ_001588

answers: Herbert Gouverneur Ogden

answers: NDQ_001589

answers: coast of North Carolina

answers: NDQ_001590

answers: Herbert Gouverneur Ogden

answers: NDQ_001591

answers: Alaska-Canada border.

answers: NDQ_001592

answers: defenses of Washington DC during the American Civil War.

answers: NDQ_001593

answers: Herbert Gouverneur Ogden

answers: NDQ_001594

answers: Herbert Gouverneur Ogden

answers: NDQ_001595

answers: Herbert Gouverneur Ogden

answers: NDQ_001597

answers: Herbert Gouverneur Ogden

answers: NDQ_001598

answers: Herbert Gouverneur Ogden

answers: NDQ_001600

answers: Herbert Gouverneur Ogden

answers: NDQ_001603

answers: geographer,

answers: NDQ_001605

answers: Herbert Gouverneur Ogden

answers: NDQ_001606

answers: Herbert Gouverneur Ogden

answers: NDQ_001608

answers: topographer,

answers: NDQ_001611

answers: Herbert Gouverneur Ogden

answers: NDQ_001613

answers: Herbert Gouverneur Ogden

answers: NDQ_001614

answers: Herbert Gouverneur Ogden

answers: NDQ_001618

answers: Alaska-Canada border.

answers: NDQ_001619

answers: coast of North Carolina

answers: NDQ_001620

answers: Herbert Gouverneur Ogden

answers: NDQ_001621

answers: topographer,

answers: NDQ_001622

answers: Alaska-Canada border.

answers: NDQ_001623

answers: Geodetic

answers: NDQ_001624

answers: Alaska-Canada border.

answers: NDQ_001625

answers: North Carolina

text: The site of Liverpool Landing, located near present-day Lake Havasu City, was submerged under Lake Havasu in the 1930s.  The location of Liverpool Landing can be seen on the March 1911, Parker,  Arizona, U. S. Geological Survey Topographic Map.

text: The site of Liverpool Landing, located near present-day

text: Lake Havasu City

text: , was submerged under

text: Lake Havasu

text: in the 1930s.  The location of Liverpool Landing can be seen on the March 1911, Parker,  Arizona, U. S. Geological Survey Topographic Map.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: can be used to describe the location of Liverpool Landing.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: The location of Liverpool Landing can be seen on the March 1911, Parker, Arizona, U.

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: the location of Liverpool Landing

answers: NDQ_001592

answers: submerged under Lake Havasu

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: What is the location of Liverpool Landing?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: How do contour lines help us see the three-dimensional shape of the land?

answers: NDQ_001611

answers: Which of the following is true of the location of Liverpool Landing?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is Liverpool Landing?

answers: NDQ_001614

answers: Which of the following is not true?

answers: NDQ_001618

answers: Liverpool Landing

answers: NDQ_001619

answers: lake havasu

answers: NDQ_001620

answers: NDQ_001621

answers: Topographic Map

answers: NDQ_001622

answers: Liverpool Landing

answers: NDQ_001623

answers: parallel line

answers: NDQ_001624

answers: Liverpool Landing

answers: NDQ_001625

answers: 0 m

answers: NDQ_001586

answers: U. S. Geological Survey Topographic Map.

answers: NDQ_001587

answers: U. S. Geological Survey Topographic Map.

answers: NDQ_001588

answers: March 1911,

answers: NDQ_001589

answers: submerged under Lake Havasu in the 1930s.

answers: NDQ_001590

answers: U. S. Geological Survey Topographic Map.

answers: NDQ_001591

answers: submerged under Lake Havasu

answers: NDQ_001592

answers: submerged under Lake Havasu in the 1930s.

answers: NDQ_001593

answers: U. S. Geological Survey Topographic Map.

answers: NDQ_001594

answers: U. S. Geological Survey Topographic Map.

answers: NDQ_001595

answers: 1911,

answers: NDQ_001597

answers: U. S. Geological Survey Topographic Map.

answers: NDQ_001598

answers: U. S. Geological Survey Topographic Map.

answers: NDQ_001600

answers: U. S. Geological Survey Topographic Map.

answers: NDQ_001603

answers: U. S. Geological Survey Topographic Map.

answers: NDQ_001605

answers: U. S. Geological Survey Topographic Map.

answers: NDQ_001606

answers: U. S. Geological Survey Topographic Map.

answers: NDQ_001608

answers: Topographic Map.

answers: NDQ_001611

answers: U. S. Geological Survey Topographic Map.

answers: NDQ_001613

answers: U. S. Geological Survey Topographic Map.

answers: NDQ_001614

answers: U. S. Geological Survey Topographic Map.

answers: NDQ_001618

answers: Liverpool Landing,

answers: NDQ_001619

answers: U. S. Geological Survey Topographic Map.

answers: NDQ_001620

answers: U. S. Geological Survey Topographic Map.

answers: NDQ_001621

answers: Topographic Map.

answers: NDQ_001622

answers: Liverpool Landing,

answers: NDQ_001623

answers: Topographic Map.

answers: NDQ_001624

answers: Liverpool Landing,

answers: NDQ_001625

answers: March 1911,

text: Koebe's uniformization theorem for planar Riemann surfaces implies the uniformization theorem for simply connected Riemann surface. Indeed, the slit domain is either the whole Riemann sphere; or the Riemann sphere less a point, so the complex plane after applying a Möbius transformation to move the point to infinity; or the Riemann sphere less a closed interval parallel to the real axis. After applying a Möbius transformation, the closed interval can be mapped to [–1,1]. It is therefore conformally equivalent to the unit disk, since the conformal mapping g(z) = (z + z)/2  maps the unit disk onto C \ [−1,1].

text: Koebe's uniformization theorem for planar Riemann surfaces implies the

text: uniformization theorem

text: for simply connected Riemann surface. Indeed, the slit domain is either the whole Riemann sphere; or the Riemann sphere less a point, so the complex plane after applying a Möbius transformation to move the point to infinity; or the Riemann sphere less a closed interval parallel to the real axis. After applying a Möbius transformation, the closed interval can be mapped to [–1,1]. It is therefore conformally equivalent to the unit disk, since the conformal mapping g(z) = (z + z)/2  maps the unit disk onto C \ [−1,1].

answers: NDQ_001586

answers: contour lines that are numbered represent changes in elevation

answers: NDQ_001587

answers: Koebe's uniformization theorem for planar Riemann surfaces implies the uniformization theorem for what?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: conformally equivalent to the unit disk

answers: NDQ_001590

answers: closed interval parallel to the real axis

answers: NDQ_001591

answers: Riemann sphere

answers: NDQ_001592

answers: move the point to infinity

answers: NDQ_001593

answers: after applying a Möbius transformation

answers: NDQ_001594

answers: contour lines represent the distance to the bottom of the water

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: parallel to the real axis

answers: NDQ_001598

answers: [–1,1]

answers: NDQ_001600

answers: Koebe's uniformization theorem

answers: NDQ_001603

answers: unanswerable

answers: NDQ_001605

answers: Koebe's uniformization theorem

answers: NDQ_001606

answers: closed interval parallel to the real axis

answers: NDQ_001608

answers: To see the three-dimensional shape of the land

answers: NDQ_001611

answers: Koebe

answers: NDQ_001613

answers: side of the circle with the higher elevation

answers: NDQ_001614

answers: Koebe's uniformization theorem

answers: NDQ_001618

answers: Riemann sphere

answers: NDQ_001619

answers: Riemann sphere

answers: NDQ_001620

answers: [–1,1]

answers: NDQ_001621

answers: Riemann surface

answers: NDQ_001622

answers: Riemann sphere

answers: NDQ_001623

answers: Riemann sphere

answers: NDQ_001624

answers: Riemann sphere

answers: NDQ_001625

answers: [–1,1]

answers: NDQ_001586

answers: [–1,1].

answers: NDQ_001587

answers: closed interval parallel to the real axis.

answers: NDQ_001588

answers: parallel to the real axis.

answers: NDQ_001589

answers: closed interval parallel to the real axis.

answers: NDQ_001590

answers: interval parallel to the real axis.

answers: NDQ_001591

answers: closed interval parallel to the real axis.

answers: NDQ_001592

answers: move the point to infinity;

answers: NDQ_001593

answers: real axis.

answers: NDQ_001594

answers: [–1,1].

answers: NDQ_001595

answers: [–1,1].

answers: NDQ_001597

answers: real axis.

answers: NDQ_001598

answers: [–1,1].

answers: NDQ_001600

answers: simply connected Riemann surface.

answers: NDQ_001603

answers: Koebe's

answers: NDQ_001605

answers: Koebe's

answers: NDQ_001606

answers: interval parallel to the real axis.

answers: NDQ_001608

answers: real axis.

answers: NDQ_001611

answers: [–1,1].

answers: NDQ_001613

answers: real axis.

answers: NDQ_001614

answers: Koebe's

answers: NDQ_001618

answers: Riemann sphere;

answers: NDQ_001619

answers: C <unk> [<unk>1,1].

answers: NDQ_001620

answers: [–1,1].

answers: NDQ_001621

answers: real axis.

answers: NDQ_001622

answers: slit domain is either the whole Riemann sphere;

answers: NDQ_001623

answers: real axis.

answers: NDQ_001624

answers: slit domain is either the whole Riemann sphere;

answers: NDQ_001625

answers: [<unk>1,1].

text: Mountain passes make use of a gap, saddle or col (also sometimes a notch, the low point in a ridge). A topographic saddle is analogous to the mathematical concept of a saddle surface, with a saddle point marking the highest point between two valleys and the lowest point along a ridge. On a topographic map, passes are characterized by contour lines with an hourglass shape, which indicates a low spot between two higher points.

text: Mountain passes make use of a

text: gap

text: saddle

text: or

text: col

text: (also sometimes a

text: notch

text: , the low point in a ridge). A topographic saddle is analogous to the mathematical concept of a

text: saddle surface

text: , with a

text: saddle point

text: marking the highest point between two valleys and the lowest point along a ridge. On a

text: topographic map

text: , passes are characterized by

text: contour lines

text: with an hourglass shape, which indicates a low spot between two higher points.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: Which of the following is not a type of contour line: hourglass shape, saddle or gap?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: passes are characterized by contour lines with an hourglass shape

answers: NDQ_001590

answers: What is an hourglass shape?

answers: NDQ_001591

answers: low spot between two higher points

answers: NDQ_001592

answers: indicate a low spot between two higher points

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow

answers: NDQ_001598

answers: contour lines with an hourglass shape

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Why are contour lines with an hourglass shape?

answers: NDQ_001611

answers: What is the lowest point in a ridge?

answers: NDQ_001613

answers: Which of the following is not an example of a contour line with an hourglass shape?

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: passes

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: an hourglass shape

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: passes

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: passes

answers: NDQ_001625

answers: hourglass shape

answers: NDQ_001586

answers: contour lines with an hourglass shape,

answers: NDQ_001587

answers: contour lines with an hourglass shape,

answers: NDQ_001588

answers: hourglass shape,

answers: NDQ_001589

answers: topographic map,

answers: NDQ_001590

answers: hourglass shape,

answers: NDQ_001591

answers: a low spot between two higher points.

answers: NDQ_001592

answers: topographic saddle

answers: NDQ_001593

answers: contour lines with an hourglass shape,

answers: NDQ_001594

answers: hourglass shape,

answers: NDQ_001595

answers: hourglass shape, which indicates a low spot between two higher points.

answers: NDQ_001597

answers: contour lines

answers: NDQ_001598

answers: contour lines with an hourglass shape,

answers: NDQ_001600

answers: hourglass shape,

answers: NDQ_001603

answers: hourglass shape,

answers: NDQ_001605

answers: hourglass shape,

answers: NDQ_001606

answers: hourglass shape,

answers: NDQ_001608

answers: hourglass shape,

answers: NDQ_001611

answers: contour lines with an hourglass shape,

answers: NDQ_001613

answers: hourglass shape,

answers: NDQ_001614

answers: topographic map,

answers: NDQ_001618

answers: passes

answers: NDQ_001619

answers: topographic map,

answers: NDQ_001620

answers: a low spot

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: passes

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: passes

answers: NDQ_001625

answers: hourglass shape, which indicates a low spot between two higher points.

text: The base map can be a topographic map made for other purposes e.g. mapping from the National Mapping Agency, or a photogrammetric plot produced from an aerial survey.

text: The base map can be a

text: topographic map

text: made for other purposes e.g. mapping from the National Mapping Agency, or a

text: photogrammetric

text: plot produced from an

text: aerial survey

answers: NDQ_001586

answers: None of the above choices.

answers: NDQ_001587

answers: can be made from a base map made for other purposes.

answers: NDQ_001588

answers: The contour lines may be parallel or they may intersect each other.

answers: NDQ_001589

answers: a photogrammetric plot produced from an aerial survey

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: topography

answers: NDQ_001592

answers: mapping from the National Mapping Agency

answers: NDQ_001593

answers: What can you use a topographic map for?

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: contour lines are so close together that they almost touch, they represent a plain or plateau

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, metamorphic, or metamorphic?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill.

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: None of the above choices.

answers: NDQ_001618

answers: contour lines

answers: NDQ_001619

answers: can be a base map

answers: NDQ_001620

answers: is the difference in elevation

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: isosceles

answers: NDQ_001624

answers: mountain ranges

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: photogrammetric plot produced from an aerial survey.

answers: NDQ_001587

answers: aerial survey.

answers: NDQ_001588

answers: a photogrammetric plot produced from an aerial survey.

answers: NDQ_001589

answers: photogrammetric plot produced from an aerial survey.

answers: NDQ_001590

answers: photogrammetric plot produced from an aerial survey.

answers: NDQ_001591

answers: photogrammetric plot

answers: NDQ_001592

answers: mapping from the National Mapping Agency,

answers: NDQ_001593

answers: photogrammetric plot produced from an aerial survey.

answers: NDQ_001594

answers: photogrammetric plot produced from an aerial survey.

answers: NDQ_001595

answers: The base map can be a topographic map

answers: NDQ_001597

answers: photogrammetric plot produced from an aerial survey.

answers: NDQ_001598

answers: photogrammetric plot produced from an aerial survey.

answers: NDQ_001600

answers: photogrammetric plot produced from an aerial survey.

answers: NDQ_001603

answers: The base map can be a topographic map made for other purposes

answers: NDQ_001605

answers: photogrammetric plot produced from an aerial survey.

answers: NDQ_001606

answers: photogrammetric plot produced from an aerial survey.

answers: NDQ_001608

answers: photogrammetric plot produced from an aerial survey.

answers: NDQ_001611

answers: photogrammetric plot produced from an aerial survey.

answers: NDQ_001613

answers: photogrammetric plot produced from an aerial survey.

answers: NDQ_001614

answers: topographic map

answers: NDQ_001618

answers: photogrammetric plot produced from an aerial survey.

answers: NDQ_001619

answers: photogrammetric plot

answers: NDQ_001620

answers: photogrammetric plot produced from an aerial survey.

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: photogrammetric plot

answers: NDQ_001623

answers: photogrammetric plot

answers: NDQ_001624

answers: photogrammetric plot produced from an aerial survey.

answers: NDQ_001625

answers: photogrammetric plot produced from an aerial survey.

text: Contour lines are curved, straight or a mixture of both lines on a map describing the intersection of a real or hypothetical surface with one or more horizontal planes. The configuration of these contours allows map readers to infer relative gradient of a parameter and estimate that parameter at specific places. Contour lines may be either traced on a visible three-dimensional model of the surface, as when a photogrammetrist viewing a stereo-model plots elevation contours, or interpolated from estimated surface elevations, as when a computer program threads contours through a network of observation points of area centroids. In the latter case, the method of interpolation affects the reliability of individual isolines and their portrayal of slope, pits and peaks.

text: Contour lines are curved, straight or a mixture of both lines on a

text: map

text: describing the intersection of a real or hypothetical surface with one or more horizontal planes. The configuration of these contours allows map readers to infer relative gradient of a parameter and estimate that parameter at specific places. Contour lines may be either traced on a visible three-dimensional model of the

text: surface

text: , as when a photogrammetrist viewing a stereo-model plots elevation contours, or interpolated from estimated surface

text: elevations

text: , as when a computer program threads contours through a network of observation points of area centroids. In the latter case, the method of

text: interpolation

text: affects the reliability of individual isolines and their portrayal of

text: slope

text: , pits and peaks.

answers: NDQ_001586

answers: None

answers: NDQ_001587

answers: What allows map readers to infer relative gradient of a parameter

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: contour lines may be either traced on a visible three-dimensional model of the surface

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: relative gradient of a parameter and estimate that parameter at specific places

answers: NDQ_001592

answers: interpolated from estimated surface elevations

answers: NDQ_001593

answers: interpolated from estimated surface elevations

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: infer relative gradient

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a characteristic of contour lines: curved, straight or a mixture of both lines

answers: NDQ_001606

answers: a mixture of both lines

answers: NDQ_001608

answers: Yes

answers: NDQ_001611

answers: interpolated

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: elevation

answers: NDQ_001619

answers: elevation contours

answers: NDQ_001620

answers: relative gradient

answers: NDQ_001621

answers: Contour lines

answers: NDQ_001622

answers: peaks

answers: NDQ_001623

answers: Contour lines

answers: NDQ_001624

answers: elevation contours

answers: NDQ_001625

answers: elevation contours

answers: NDQ_001586

answers: interpolated from estimated surface elevations,

answers: NDQ_001587

answers: Contour lines

answers: NDQ_001588

answers: curved, straight

answers: NDQ_001589

answers: Contour lines

answers: NDQ_001590

answers: Contour lines

answers: NDQ_001591

answers: intersection of a real or hypothetical surface with one or more horizontal planes.

answers: NDQ_001592

answers: estimate that parameter at specific places.

answers: NDQ_001593

answers: Contour lines

answers: NDQ_001594

answers: intersection of a real or hypothetical surface with one or more horizontal planes.

answers: NDQ_001595

answers: Contour lines

answers: NDQ_001597

answers: relative gradient

answers: NDQ_001598

answers: Contour lines

answers: NDQ_001600

answers: horizontal planes.

answers: NDQ_001603

answers: Contour lines

answers: NDQ_001605

answers: Contour lines

answers: NDQ_001606

answers: Contour lines

answers: NDQ_001608

answers: three-dimensional model of the surface,

answers: NDQ_001611

answers: Contour lines

answers: NDQ_001613

answers: Contour lines

answers: NDQ_001614

answers: horizontal planes.

answers: NDQ_001618

answers: elevation contours,

answers: NDQ_001619

answers: Contour lines

answers: NDQ_001620

answers: relative gradient

answers: NDQ_001621

answers: Contour lines

answers: NDQ_001622

answers: elevation contours,

answers: NDQ_001623

answers: Contour lines

answers: NDQ_001624

answers: intersection of a real or hypothetical surface with one or more horizontal planes.

answers: NDQ_001625

answers: elevation contours,

text: In understanding basic maps, the field of cartography can be divided into two general categories: general cartography and thematic cartography. General cartography involves those maps that are constructed for a general audience and thus contain a variety of features. General maps exhibit many reference and location systems and often are produced in a series. For example, the 1:24,000 scale topographic maps of the United States Geological Survey (USGS) are a standard as compared to the 1:50,000 scale Canadian maps. The government of the UK produces the classic 1:50,000 (replacing the older 1 inch to 1 mile) "Ordnance Survey" maps of the entire UK and with a range of correlated larger- and smaller-scale maps of great detail. Many private mapping companies have also produce thematic map series.

text: In understanding basic maps, the field of cartography can be divided into two general categories: general cartography and thematic cartography. General cartography involves those maps that are constructed for a general audience and thus contain a variety of features. General maps exhibit many reference and location systems and often are produced in a series. For example, the 1:24,000 scale topographic maps of the

text: United States Geological Survey

text: (USGS) are a standard as compared to the 1:50,000 scale Canadian maps. The government of the UK produces the classic 1:50,000 (replacing the older 1 inch to 1 mile) "

text: Ordnance Survey

text: " maps of the entire UK and with a range of correlated larger- and smaller-scale maps of great detail. Many private mapping companies have also produce thematic map series.

answers: NDQ_001586

answers: general cartography

answers: NDQ_001587

answers: Which of the following is not a type of map: general cartography or thematic cartography?

answers: NDQ_001588

answers: How are contour lines on a topographic map?

answers: NDQ_001589

answers: the field of cartography can be divided into two general categories

answers: NDQ_001590

answers: 1 inch to 1 mile

answers: NDQ_001591

answers: general cartography

answers: NDQ_001592

answers: thematic cartography

answers: NDQ_001593

answers: general cartography

answers: NDQ_001594

answers: general cartography

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: general cartography

answers: NDQ_001598

answers: general cartography

answers: NDQ_001600

answers: general cartography

answers: NDQ_001603

answers: unanswerable

answers: NDQ_001605

answers: Which of the following is not a type of map: general cartography or thematic cartography?

answers: NDQ_001606

answers: general cartography

answers: NDQ_001608

answers: General maps exhibit many reference and location systems and often are produced in a series

answers: NDQ_001611

answers: general cartography

answers: NDQ_001613

answers: general cartography

answers: NDQ_001614

answers: general cartography involves those maps that are constructed for a general audience

answers: NDQ_001618

answers: elevation

answers: NDQ_001619

answers: general cartography

answers: NDQ_001620

answers: 1 inch

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: general cartography

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: general cartography

answers: NDQ_001625

answers: 1 inch to 1 mile

answers: NDQ_001586

answers: General cartography

answers: NDQ_001587

answers: General cartography

answers: NDQ_001588

answers: General cartography

answers: NDQ_001589

answers: a variety of features. General maps exhibit many reference and location systems

answers: NDQ_001590

answers: General cartography

answers: NDQ_001591

answers: reference and location systems

answers: NDQ_001592

answers: thematic cartography.

answers: NDQ_001593

answers: General cartography

answers: NDQ_001594

answers: General cartography

answers: NDQ_001595

answers: 1:50,000

answers: NDQ_001597

answers: General cartography

answers: NDQ_001598

answers: General cartography

answers: NDQ_001600

answers: general cartography and thematic cartography.

answers: NDQ_001603

answers: General cartography involves those maps that are constructed for a general audience

answers: NDQ_001605

answers: General cartography

answers: NDQ_001606

answers: general cartography and thematic cartography.

answers: NDQ_001608

answers: General cartography

answers: NDQ_001611

answers: General cartography

answers: NDQ_001613

answers: General cartography

answers: NDQ_001614

answers: General cartography

answers: NDQ_001618

answers: General cartography

answers: NDQ_001619

answers: 1 inch to 1 mile)

answers: NDQ_001620

answers: 1 inch to 1 mile)

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: General cartography

answers: NDQ_001623

answers: reference and location systems

answers: NDQ_001624

answers: General cartography

answers: NDQ_001625

answers: 1 inch to 1 mile)

text: Dutch Topographic map of the municipality of Zederik, Sept. 2014.

text: Dutch Topographic map of the municipality of Zederik, Sept. 2014.

answers: NDQ_001586

answers: NDQ_001587

answers: is shown on the map of Zederik

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is not a topographic map

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: ridges

answers: NDQ_001592

answers: Identify landmarks

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: What are contour lines used for?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: The left side of the mountain is steepest.

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a valley

answers: NDQ_001603

answers: No

answers: NDQ_001605

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

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval

answers: NDQ_001608

answers: How do contour lines help us to see the shape of the land?

answers: NDQ_001611

answers: How would you describe the shape of a hill?

answers: NDQ_001613

answers: The side of the circle with the higher elevation

answers: NDQ_001614

answers: Which of the following is true of a topographic map?

answers: NDQ_001618

answers: concentric contour lines

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: Zederik

answers: NDQ_001623

answers: isoline

answers: NDQ_001624

answers: zederik

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Dutch Topographic map of the municipality of Zederik,

answers: NDQ_001587

answers: Dutch Topographic map of the municipality of Zederik,

answers: NDQ_001588

answers: Dutch Topographic map of the municipality of Zederik,

answers: NDQ_001589

answers: Topographic

answers: NDQ_001590

answers: Dutch Topographic map of the municipality of Zederik,

answers: NDQ_001591

answers: municipality of Zederik,

answers: NDQ_001592

answers: municipality of Zederik,

answers: NDQ_001593

answers: Topographic map of the municipality of Zederik,

answers: NDQ_001594

answers: Dutch Topographic map of the municipality of Zederik,

answers: NDQ_001595

answers: 2014.

answers: NDQ_001597

answers: Dutch Topographic map of the municipality of Zederik,

answers: NDQ_001598

answers: Dutch Topographic map of the municipality of Zederik,

answers: NDQ_001600

answers: Dutch Topographic map of the municipality of Zederik,

answers: NDQ_001603

answers: Topographic map of the municipality of Zederik, Sept. 2014.

answers: NDQ_001605

answers: Dutch Topographic map of the municipality of Zederik,

answers: NDQ_001606

answers: Dutch Topographic map of the municipality of Zederik,

answers: NDQ_001608

answers: Dutch Topographic map of the municipality of Zederik,

answers: NDQ_001611

answers: Dutch Topographic map of the municipality of Zederik,

answers: NDQ_001613

answers: Dutch Topographic map of the municipality of Zederik,

answers: NDQ_001614

answers: Dutch Topographic map of the municipality of Zederik,

answers: NDQ_001618

answers: municipality of Zederik,

answers: NDQ_001619

answers: Topographic map

answers: NDQ_001620

answers: Dutch Topographic map of the municipality of Zederik, Sept. 2014.

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: municipality of Zederik,

answers: NDQ_001623

answers: Dutch Topographic map of the municipality of Zederik,

answers: NDQ_001624

answers: municipality of Zederik,

answers: NDQ_001625

answers: 2014.

text: Topographic map of the municipality of Wageningen, July 2013

text: Topographic map of the municipality of Wageningen, July 2013

answers: NDQ_001586

answers: elevation change

answers: NDQ_001587

answers: is shown on the topographic map

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is a topographic map

answers: NDQ_001590

answers: The contour interval is the horizontal distance between contour lines.

answers: NDQ_001591

answers: ridges

answers: NDQ_001592

answers: enlarge the image

answers: NDQ_001593

answers: What can you do with a topographic map?

answers: NDQ_001594

answers: contour lines represent the distance to the bottom

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: The direction that rivers and streams flow.

answers: NDQ_001598

answers: A topographic map of a mountain shows which side of the mountain is steepest

answers: NDQ_001600

answers: contour lines are so close together that they almost touch

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: None of the above choices .

answers: NDQ_001606

answers: The difference between two contour lines.

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill.

answers: NDQ_001613

answers: The side of the circle with the higher elevation

answers: NDQ_001614

answers: None of the above choices .

answers: NDQ_001618

answers: concentric contour lines

answers: NDQ_001619

answers: a topographic map

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: ridges

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: contour lines

answers: NDQ_001625

answers: 0 m

answers: NDQ_001586

answers: Topographic map of the municipality of Wageningen, July 2013

answers: NDQ_001587

answers: Topographic map of the municipality of Wageningen,

answers: NDQ_001588

answers: Topographic map of the municipality of Wageningen, July 2013

answers: NDQ_001589

answers: Topographic map

answers: NDQ_001590

answers: Topographic map of the municipality of Wageningen, July 2013

answers: NDQ_001591

answers: Topographic map of the municipality of Wageningen,

answers: NDQ_001592

answers: 2013

answers: NDQ_001593

answers: Topographic map of the municipality of Wageningen,

answers: NDQ_001594

answers: Topographic map of the municipality of Wageningen, July 2013

answers: NDQ_001595

answers: 2013

answers: NDQ_001597

answers: Topographic map of the municipality of Wageningen,

answers: NDQ_001598

answers: Topographic map of the municipality of Wageningen, July 2013

answers: NDQ_001600

answers: Topographic map of the municipality of Wageningen, July 2013

answers: NDQ_001603

answers: Topographic map of the municipality of Wageningen, July 2013

answers: NDQ_001605

answers: Topographic map of the municipality of Wageningen, July 2013

answers: NDQ_001606

answers: Topographic map of the municipality of Wageningen, July 2013

answers: NDQ_001608

answers: Topographic map of the municipality of Wageningen, July 2013

answers: NDQ_001611

answers: Topographic map of the municipality of Wageningen, July 2013

answers: NDQ_001613

answers: Topographic map of the municipality of Wageningen, July 2013

answers: NDQ_001614

answers: Topographic map of the municipality of Wageningen, July 2013

answers: NDQ_001618

answers: Topographic map of the municipality of Wageningen,

answers: NDQ_001619

answers: Topographic map

answers: NDQ_001620

answers: Topographic map of the municipality of Wageningen, July 2013

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Topographic map of the municipality of Wageningen,

answers: NDQ_001623

answers: Topographic map of the municipality of Wageningen, July 2013

answers: NDQ_001624

answers: Topographic map of the municipality of Wageningen,

answers: NDQ_001625

answers: 2013

text: The NMIG (National Mapping Information Group) of Geoscience Australia is the Australian Government's national mapping agency. It provides topographic maps and data to meet the needs of the sustainable development of the nation. The Office of Spatial Data Management provides an online free map service MapConnect. These topographic maps of scales 1:250,000 and 1:100,000 are available in printed form from the Sales Centre. 1:50,000 and 1:25,000 maps are produced in conjunction with the Department of Defence.

text: The NMIG (National Mapping Information Group) of

text: Geoscience Australia

text: is the Australian Government's national mapping agency. It provides topographic maps and data to meet the needs of the sustainable development of the nation. The Office of Spatial Data Management provides an online free map service MapConnect. These topographic maps of scales 1:250,000 and 1:100,000 are available in printed form from the Sales Centre. 1:50,000 and 1:25,000 maps are produced in conjunction with the

text: Department of Defence

answers: NDQ_001586

answers: 1:50,000 and 1:25,000

answers: NDQ_001587

answers: How many maps are produced in conjunction with the Department of Defence?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: 1:25,000 maps are produced in conjunction with the Department of Defence

answers: NDQ_001590

answers: 1:50,000 and 1:25,000

answers: NDQ_001591

answers: topographic maps

answers: NDQ_001592

answers: Department of Defence

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow

answers: NDQ_001598

answers: 1:250,000

answers: NDQ_001600

answers: 1:50,000 and 1:25,000 maps

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a geologic map: 1:250,000, 1:50,000, or 1:25,000?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: 1:50,000 and 1:25,000

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: NMIG

answers: NDQ_001619

answers: 1:250,000

answers: NDQ_001620

answers: 1:250,000

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: parallel line

answers: NDQ_001624

answers: NMIG

answers: NDQ_001625

answers: 1:25,000

answers: NDQ_001586

answers: 1:250,000 and 1:100,000

answers: NDQ_001587

answers: 1:250,000 and 1:100,000

answers: NDQ_001588

answers: 1:250,000

answers: NDQ_001589

answers: topographic maps

answers: NDQ_001590

answers: 1:250,000 and 1:100,000

answers: NDQ_001591

answers: sustainable development of the nation.

answers: NDQ_001592

answers: Department of Defence.

answers: NDQ_001593

answers: 1:250,000 and 1:100,000

answers: NDQ_001594

answers: 1:250,000 and 1:100,000

answers: NDQ_001595

answers: 1:100,000

answers: NDQ_001597

answers: topographic maps of scales 1:250,000 and 1:100,000

answers: NDQ_001598

answers: 1:250,000 and 1:100,000

answers: NDQ_001600

answers: 1:250,000 and 1:100,000

answers: NDQ_001603

answers: topographic maps

answers: NDQ_001605

answers: topographic maps

answers: NDQ_001606

answers: 1:250,000

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: topographic maps

answers: NDQ_001613

answers: 1:100,000

answers: NDQ_001614

answers: topographic maps of scales 1:250,000 and 1:100,000

answers: NDQ_001618

answers: 1:250,000 and 1:100,000

answers: NDQ_001619

answers: 1:100,000

answers: NDQ_001620

answers: 1:250,000 and 1:100,000

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: 1:50,000 and 1:25,000

answers: NDQ_001623

answers: 1:100,000

answers: NDQ_001624

answers: Department of Defence.

answers: NDQ_001625

answers: 1:250,000 and 1:100,000

text: In geography, the word isopleth (from πλῆθος or plethos, meaning 'quantity') is used for contour lines that depict a variable which cannot be measured at a point, but which instead must be calculated from data collected over an area. An example is population density, which can be calculated by dividing the population of a census district by the surface area of that district. Each calculated value is presumed to be the value of the variable at the centre of the area, and isopleths can then be drawn by a process of interpolation. The idea of an isopleth map can be compared with that of a choropleth map.

text: In geography, the word isopleth (from πλῆθος or plethos, meaning 'quantity') is used for contour lines that depict a variable which cannot be measured at a point, but which instead must be calculated from data collected over an area. An example is

text: population density

text: , which can be calculated by dividing the population of a

text: census district

text: by the surface area of that district. Each calculated value is presumed to be the value of the variable at the centre of the area, and isopleths can then be drawn by a process of

text: interpolation

text: . The idea of an isopleth map can be compared with that of a

text: choropleth map

answers: NDQ_001586

answers: isopleth

answers: NDQ_001587

answers: can be drawn by a process of interpolation

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: can be drawn by a process of interpolation

answers: NDQ_001590

answers: isopleth

answers: NDQ_001591

answers: variable

answers: NDQ_001592

answers: isopleth map

answers: NDQ_001593

answers: isopleth

answers: NDQ_001594

answers: isopleth

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: isopleths

answers: NDQ_001598

answers: isopleth

answers: NDQ_001600

answers: isopleth

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: isopleth

answers: NDQ_001608

answers: What can be drawn by a process of interpolation?

answers: NDQ_001611

answers: isopleth

answers: NDQ_001613

answers: isopleths

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: isopleth

answers: NDQ_001619

answers: isopleth

answers: NDQ_001620

answers: isopleth

answers: NDQ_001621

answers: isopleth

answers: NDQ_001622

answers: isopleth

answers: NDQ_001623

answers: isopleth

answers: NDQ_001624

answers: isopleth

answers: NDQ_001625

answers: isopleth

answers: NDQ_001586

answers: choropleth map.

answers: NDQ_001587

answers: contour lines that depict a variable which cannot be measured at a point,

answers: NDQ_001588

answers: isopleth

answers: NDQ_001589

answers: measured at a point,

answers: NDQ_001590

answers: choropleth

answers: NDQ_001591

answers: a variable which cannot be measured at a point,

answers: NDQ_001592

answers: measured at a point,

answers: NDQ_001593

answers: contour lines

answers: NDQ_001594

answers: contour lines that depict a variable which cannot be measured at a point,

answers: NDQ_001595

answers: isopleth

answers: NDQ_001597

answers: contour lines

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: isopleth

answers: NDQ_001603

answers: choropleth map.

answers: NDQ_001605

answers: choropleth map.

answers: NDQ_001606

answers: contour lines that depict a variable which cannot be measured at a point,

answers: NDQ_001608

answers: contour lines that depict a variable which cannot be measured at a point,

answers: NDQ_001611

answers: choropleth map.

answers: NDQ_001613

answers: choropleth map.

answers: NDQ_001614

answers: choropleth map.

answers: NDQ_001618

answers: population density,

answers: NDQ_001619

answers: choropleth

answers: NDQ_001620

answers: measured at a point,

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: population density,

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: isopleth

answers: NDQ_001625

answers: choropleth

text: The fieldwork is typically culminated in analysis of the data and the preparation of an engineering geologic report, geotechnical report or design brief, fault hazard or seismic hazard report, geophysical report, ground water resource report or hydrogeologic report. The engineering geology report can also be prepared in conjunction with a geotechnical report, but commonly provides the same geotechnical analysis and design recommendations that would be presented in a geotechnical report. An engineering geology report describes the objectives, methodology, references cited, tests performed, findings and recommendations for development and detailed design of engineering works. Engineering geologists also provide geologic data on topographic maps, aerial photographs, geologic maps, Geographic Information System (GIS) maps, or other map bases.

text: The fieldwork is typically culminated in analysis of the data and the preparation of an engineering geologic report, geotechnical report or design brief, fault hazard or seismic hazard report, geophysical report,

text: ground water

text: resource report or

text: hydrogeologic

text: report. The engineering geology report can also be prepared in conjunction with a geotechnical report, but commonly provides the same geotechnical analysis and design recommendations that would be presented in a geotechnical report. An engineering geology report describes the objectives, methodology, references cited, tests performed, findings and recommendations for development and detailed design of engineering works. Engineering geologists also provide geologic data on topographic maps, aerial photographs, geologic maps,

text: Geographic Information System

text: (GIS) maps, or other map bases.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: is a type of what?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: GIS maps

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: fault hazard

answers: NDQ_001592

answers: provide geologic data

answers: NDQ_001593

answers: What is the slope of the land?

answers: NDQ_001594

answers: bathymetric map

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction of rivers and streams

answers: NDQ_001598

answers: steepest

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Concentric lines that are very far apart

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: Which of the following is not a feature of topographic maps?

answers: NDQ_001618

answers: engineering geologists

answers: NDQ_001619

answers: GIS

answers: NDQ_001620

answers: isotope

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: engineering geologists

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: engineering geologists

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: Engineering geologists also provide geologic data on topographic maps,

answers: NDQ_001587

answers: fault hazard or seismic hazard report,

answers: NDQ_001588

answers: Engineering geologists also provide geologic data on topographic maps,

answers: NDQ_001589

answers: topographic maps,

answers: NDQ_001590

answers: Engineering geologists also provide geologic data on topographic maps,

answers: NDQ_001591

answers: fault hazard

answers: NDQ_001592

answers: tests performed, findings and recommendations for development and detailed design

answers: NDQ_001593

answers: Engineering geologists also provide geologic data on topographic maps,

answers: NDQ_001594

answers: ground water resource report or hydrogeologic report.

answers: NDQ_001595

answers: engineering geologic report,

answers: NDQ_001597

answers: Engineering geologists also provide geologic data on topographic maps,

answers: NDQ_001598

answers: Engineering geologists also provide geologic data on topographic maps,

answers: NDQ_001600

answers: topographic maps,

answers: NDQ_001603

answers: Engineering geologists also provide geologic data on topographic maps,

answers: NDQ_001605

answers: Engineering geologists also provide geologic data

answers: NDQ_001606

answers: engineering geologic report,

answers: NDQ_001608

answers: topographic maps,

answers: NDQ_001611

answers: topographic maps,

answers: NDQ_001613

answers: Engineering geologists also provide geologic data on topographic maps,

answers: NDQ_001614

answers: topographic maps,

answers: NDQ_001618

answers: Engineering geologists also provide geologic data

answers: NDQ_001619

answers: ground water resource report or hydrogeologic report.

answers: NDQ_001620

answers: Engineering geologists also provide geologic data on topographic maps,

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Engineering geologists also provide geologic data

answers: NDQ_001623

answers: topographic maps,

answers: NDQ_001624

answers: Engineering geologists also provide geologic data

answers: NDQ_001625

answers: ground water resource report or hydrogeologic report.

text: Since 2000, graphical images of scanned geological base maps using a scale of 1/50 000 has been a subject for national harmonization and is freely available to the public on the  site. This map can be seen as planar projections of intersection of geological formations with surface topography. The intersection geometry and the geological characteristics of the formations allow for an extrapolation of the volumes of rocks in three dimensions with depths that vary with the scale and density of the data, along with the degree of information. Pictures of the subsoil are often accompanied by very complex interpretations which rules took more than a century and a half to set: from the appearance of the first geological maps at the beginning of the nineteenth century, notably Georges Cuvier and 's cartography of the tertiary basins of Paris.

text: Since 2000, graphical images of scanned geological base maps using a scale of 1/50 000 has been a subject for national harmonization and is freely available to the public on the  site. This map can be seen as

text: planar projection

text: s of intersection of geological formations with

text: surface topography

text: . The intersection geometry and the geological characteristics of the formations allow for an extrapolation of the volumes of rocks in

text: three dimension

text: s with depths that vary with the scale and density of the data, along with the degree of information. Pictures of the subsoil are often accompanied by very complex interpretations which rules took more than a century and a half to set: from the appearance of the first geological maps at the beginning of the nineteenth century, notably

text: Georges Cuvier

text: and 's cartography of the

text: tertiary basin

text: s of Paris.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: can be seen as planar projections of intersection of geological formations with surface topography

answers: NDQ_001588

answers: intersect

answers: NDQ_001589

answers: planar projections of intersection of geological formations with surface topography

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: geological formations

answers: NDQ_001592

answers: extrapolation of the volumes of rocks

answers: NDQ_001593

answers: slope of the land

answers: NDQ_001594

answers: picture of the subsoil are often accompanied by very complex interpretations

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction of flow

answers: NDQ_001598

answers: surface topography

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: What can be seen as planar projections

answers: NDQ_001613

answers: which rules took more than a century and a half to set?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: geological formations

answers: NDQ_001619

answers: basins

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topography

answers: NDQ_001622

answers: geological formations

answers: NDQ_001623

answers: intersection geometry

answers: NDQ_001624

answers: geological formations

answers: NDQ_001625

answers: 1/50 000

answers: NDQ_001586

answers: planar projections of intersection of geological formations with surface topography.

answers: NDQ_001587

answers: intersection of geological formations with surface topography.

answers: NDQ_001588

answers: intersection of geological formations with surface topography.

answers: NDQ_001589

answers: planar projections of intersection of geological formations with surface topography.

answers: NDQ_001590

answers: planar projections of intersection of geological formations with surface topography.

answers: NDQ_001591

answers: intersection of geological formations with surface topography.

answers: NDQ_001592

answers: extrapolation of the volumes of rocks

answers: NDQ_001593

answers: surface topography.

answers: NDQ_001594

answers: Pictures of the subsoil

answers: NDQ_001595

answers: 1/50 000

answers: NDQ_001597

answers: planar projections of intersection of geological formations with surface topography.

answers: NDQ_001598

answers: planar projections of intersection of geological formations with surface topography.

answers: NDQ_001600

answers: intersection of geological formations with surface topography.

answers: NDQ_001603

answers: planar projections of intersection of geological formations with surface topography.

answers: NDQ_001605

answers: planar projections of intersection of geological formations with surface topography.

answers: NDQ_001606

answers: 1/50 000

answers: NDQ_001608

answers: The intersection geometry

answers: NDQ_001611

answers: planar projections of intersection of geological formations with surface topography.

answers: NDQ_001613

answers: 1/50 000

answers: NDQ_001614

answers: 1/50 000

answers: NDQ_001618

answers: geological formations

answers: NDQ_001619

answers: tertiary basins

answers: NDQ_001620

answers: depths

answers: NDQ_001621

answers: topography.

answers: NDQ_001622

answers: subsoil

answers: NDQ_001623

answers: The intersection geometry

answers: NDQ_001624

answers: intersection of geological formations

answers: NDQ_001625

answers: 1/50 000

text: The Treaty of Peace and Friendship (1904) traced the frontier between Bolivia and Chile along the Sairecabur chain. Disagreements between the topographic maps in the two countries mean that the naming of the mountains is often confusing. Escalante is also known as Apagado.

text: The

text: Treaty of Peace and Friendship (1904)

text: traced the frontier between Bolivia and Chile along the Sairecabur chain. Disagreements between the topographic maps in the two countries mean that the naming of the mountains is often confusing. Escalante is also known as Apagado.

answers: NDQ_001586

answers: None

answers: NDQ_001587

answers: Which of the following is not a mountain: Sairecabur, Escalante, or Chile?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the naming of the mountains is often confusing

answers: NDQ_001590

answers: What is Escalante also known as?

answers: NDQ_001591

answers: Sairecabur chain

answers: NDQ_001592

answers: naming of the mountains

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: what is the first country mentioned?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: yes

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: Which of the following is not a type of rock: Sairecabur, Escalante, or Chile?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: The Treaty of Peace and Friendship (1904)

answers: NDQ_001613

answers: what is the second to last word in the passage?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: unanswerable

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: Sairecabur

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Disagreements between the topographic maps

answers: NDQ_001587

answers: Sairecabur chain.

answers: NDQ_001588

answers: Disagreements between the topographic maps

answers: NDQ_001589

answers: naming of the mountains is often confusing.

answers: NDQ_001590

answers: Escalante is also known as Apagado.

answers: NDQ_001591

answers: frontier between Bolivia and Chile

answers: NDQ_001592

answers: naming

answers: NDQ_001593

answers: Disagreements between the topographic maps

answers: NDQ_001594

answers: Escalante is also known as Apagado.

answers: NDQ_001595

answers: The Treaty of Peace and Friendship (1904)

answers: NDQ_001597

answers: Disagreements between the topographic maps

answers: NDQ_001598

answers: Disagreements between the topographic maps

answers: NDQ_001600

answers: Sairecabur chain.

answers: NDQ_001603

answers: Disagreements between the topographic maps

answers: NDQ_001605

answers: Disagreements between the topographic maps

answers: NDQ_001606

answers: Disagreements between the topographic maps

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: Disagreements between the topographic maps

answers: NDQ_001613

answers: Escalante is also known as Apagado.

answers: NDQ_001614

answers: Disagreements between the topographic maps

answers: NDQ_001618

answers: Sairecabur chain.

answers: NDQ_001619

answers: maps

answers: NDQ_001620

answers: Disagreements between the topographic maps

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Escalante

answers: NDQ_001623

answers: Sairecabur chain.

answers: NDQ_001624

answers: Sairecabur chain.

answers: NDQ_001625

answers: Sairecabur chain.

text: For a continuous function g defined in an open neighborhood of Γ and taking values in L(X), the contour integral ∫g is defined in the same way as for the scalar case. One can parametrize each γ ∈ Γ by a real interval [a, b], and the integral is the limit of the Riemann sums obtained from ever-finer partitions of [a, b]. The Riemann sums converge in the uniform operator topology.  We define

text: For a continuous function g defined in an open neighborhood of Γ and taking values in L(X), the contour integral ∫g is defined in the same way as for the scalar case. One can parametrize each γ ∈ Γ by a real interval [a, b], and the integral is the limit of the

text: Riemann sums

text: obtained from ever-finer partitions of [a, b]. The Riemann sums converge in the

text: uniform operator topology

text: .  We define

answers: NDQ_001586

answers: Contour lines that are not numbered represent changes in elevation

answers: NDQ_001587

answers: for a continuous function g defined in an open neighborhood of  and taking values in L(X)

answers: NDQ_001588

answers: parallel contour lines on a topographic may be parallel or they may intersect each other

answers: NDQ_001589

answers: The Riemann sums converge in the uniform operator topology

answers: NDQ_001590

answers: The contour interval of a topographic map represents the horizontal distance between contour lines.

answers: NDQ_001591

answers: continuous function g

answers: NDQ_001592

answers: take values in L(X)

answers: NDQ_001593

answers: Context: For a continuous function g defined in an open neighborhood of  and taking values in L(X), the contour integral  g is defined in the same way as for the scalar case

answers: NDQ_001594

answers: Context: A contour line is a line drawn on a bathymetric map to indicate the depth of the water.

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Context: A topographic map can be used to determine the direction that rivers and streams flow. A topographic map can be used to determine the direction that rivers and streams flow.

answers: NDQ_001598

answers: Context: For a continuous function g defined in an open neighborhood of  and taking values in L(X), the contour integral  g is defined in the same way as for the scalar case. One can parametrize each    by a real interval [a, b]. The Riemann sums obtained from ever-finer partitions of [a, b]. The Riemann sums converge in the uniform operator topology. We define;

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a plain

answers: NDQ_001603

answers: Why are topographic maps useful only to geologists?

answers: NDQ_001605

answers: What is the best way to represent different types of rocks on a map?

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval.

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: Context: For a continuous function g defined in an open neighborhood of  and taking values in L(X), the contour integral  g is defined in the same way as for the scalar case. One can parametrize each    by a real interval [a, b] and the integral is the limit of the Riemann sums obtained from ever-finer partitions of [a, b]. The Riemann sums converge in the uniform operator topology. We define

answers: NDQ_001613

answers: Context: For a continuous function g defined in an open neighborhood of  and taking values in L(X), the contour integral  g defined in the same way as for the scalar case. One can parametrize each    by a real interval [a, b] and the integral is the limit of the Riemann sums obtained from ever-finer partitions of [a, b]. The Riemann sums converge in the uniform operator topology. We define;

answers: NDQ_001614

answers: Context: For a continuous function g defined in an open neighborhood of  and taking values in L(X), the contour integral  g is defined in the same way as for the scalar case

answers: NDQ_001618

answers: contour integral

answers: NDQ_001619

answers: contour integral

answers: NDQ_001620

answers: contour integral

answers: NDQ_001621

answers: contour integral

answers: NDQ_001622

answers: Riemann sums

answers: NDQ_001623

answers: contour integral

answers: NDQ_001624

answers: contour integral  g

answers: NDQ_001625

answers: [a, b]

answers: NDQ_001586

answers: contour integral <unk>g

answers: NDQ_001587

answers: contour integral <unk>g

answers: NDQ_001588

answers: contour integral <unk>g

answers: NDQ_001589

answers: scalar case.

answers: NDQ_001590

answers: contour integral

answers: NDQ_001591

answers: integral

answers: NDQ_001592

answers: contour integral

answers: NDQ_001593

answers: contour integral

answers: NDQ_001594

answers: contour integral <unk>g

answers: NDQ_001595

answers: real interval

answers: NDQ_001597

answers: contour integral <unk>g

answers: NDQ_001598

answers: contour integral <unk>g

answers: NDQ_001600

answers: contour integral <unk>g

answers: NDQ_001603

answers: uniform operator topology.

answers: NDQ_001605

answers: contour integral <unk>g

answers: NDQ_001606

answers: contour integral

answers: NDQ_001608

answers: contour integral <unk>g

answers: NDQ_001611

answers: the integral is the limit of the Riemann sums

answers: NDQ_001613

answers: contour integral <unk>g

answers: NDQ_001614

answers: contour integral <unk>g

answers: NDQ_001618

answers: contour integral <unk>g

answers: NDQ_001619

answers: contour integral

answers: NDQ_001620

answers: contour integral

answers: NDQ_001621

answers: contour integral

answers: NDQ_001622

answers: contour integral <unk>g

answers: NDQ_001623

answers: contour integral

answers: NDQ_001624

answers: contour integral <unk>g

answers: NDQ_001625

answers: [a, b],

text: The basis for the introduction of Saxon post milestones was the cartographic work of the pastor, Adam Friedrich Zürner, from Skassa. Zürner had prepared a map of Großenhain, which attracted the attention of Augustus the Strong. After further cartographic work, the prince elector gave him the task on 12 April 1713 of: "increasingly recording districts, including the lordships, manor estates, towns, villages and the like, on geographic maps" (original: "Aemter samt denen darinnen befindlichen Herrschaften, Rittergütern, Städten, Dörfern und dergleichen mehr in mappas geographicas bringen"). This entailed the topographic survey of Electoral Saxony. It covered, in addition to the heartland, the electoral Saxon parts of the counties of Henneberg and Mansfeld, the Schönburg estates, the estates of the Albertine branches of Saxe-Merseburg, Saxe-Weissenfels and Saxe-Zeitz as well as the two Lusatias.

text: The basis for the introduction of Saxon post milestones was the

text: cartographic

text: work of the pastor,

text: Adam Friedrich Zürner

text: , from

text: Skassa

text: . Zürner had prepared a map of

text: Großenhain

text: , which attracted the attention of Augustus the Strong. After further cartographic work, the prince elector gave him the task on 12 April 1713 of: "increasingly recording districts, including the lordships, manor estates, towns, villages and the like, on geographic maps" (original: "Aemter samt denen darinnen befindlichen Herrschaften, Rittergütern, Städten, Dörfern und dergleichen mehr in mappas geographicas bringen"). This entailed the

text: topographic

text: survey of Electoral Saxony. It covered, in addition to the heartland, the electoral Saxon parts of the counties of

text: Henneberg

text: and

text: Mansfeld

text: , the

text: Schönburg

text: estates, the estates of the

text: Albertine

text: branches of

text: Saxe-Merseburg

text: Saxe-Weissenfels

text: and

text: Saxe-Zeitz

text: as well as the two

text: Lusatia

text: s.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many years after Adam Friedrich Zürner prepared a map of Großenhain did Augustus the Strong give him the task of: "increasingly recording districts, including the lordships, manor estates, towns, villages and the like, on geographic maps"

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: unanswerable

answers: NDQ_001590

answers: What was the basis for the introduction of Saxon post milestones

answers: NDQ_001591

answers: Electoral Saxony

answers: NDQ_001592

answers: record districts

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: what is the basis for the introduction of Saxon post milestones

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Yes

answers: NDQ_001598

answers: the two Lusatias

answers: NDQ_001600

answers: What is the opposite of heartland?

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: How many colors are used to represent different types of rocks?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: What was the basis for the introduction of Saxon post milestones?

answers: NDQ_001613

answers: What was the basis for the introduction of Saxon post milestones?

answers: NDQ_001614

answers: What was Zürner's task?

answers: NDQ_001618

answers: districts

answers: NDQ_001619

answers: NDQ_001620

answers: unanswerable

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: lordships

answers: NDQ_001623

answers: milestones

answers: NDQ_001624

answers: Electoral Saxony

answers: NDQ_001625

answers: 0 m

answers: NDQ_001586

answers: Adam Friedrich Zürner,

answers: NDQ_001587

answers: Electoral Saxony.

answers: NDQ_001588

answers: Adam Friedrich Zürner,

answers: NDQ_001589

answers: geographic maps"

answers: NDQ_001590

answers: Adam Friedrich Zürner,

answers: NDQ_001591

answers: topographic survey of Electoral Saxony.

answers: NDQ_001592

answers: bringen").

answers: NDQ_001593

answers: topographic survey of Electoral Saxony.

answers: NDQ_001594

answers: Adam Friedrich Zürner,

answers: NDQ_001595

answers: 1713

answers: NDQ_001597

answers: topographic survey of Electoral Saxony.

answers: NDQ_001598

answers: Großenhain,

answers: NDQ_001600

answers: Großenhain,

answers: NDQ_001603

answers: topographic survey of Electoral Saxony.

answers: NDQ_001605

answers: Städten, Dörfern

answers: NDQ_001606

answers: Adam Friedrich Zürner,

answers: NDQ_001608

answers: topographic survey of Electoral Saxony.

answers: NDQ_001611

answers: Adam Friedrich Zürner,

answers: NDQ_001613

answers: Adam Friedrich Zürner,

answers: NDQ_001614

answers: Adam Friedrich Zürner,

answers: NDQ_001618

answers: lordships, manor estates, towns, villages

answers: NDQ_001619

answers: Großenhain,

answers: NDQ_001620

answers: Städten, Dörfern

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: two Lusatias.

answers: NDQ_001623

answers: milestones

answers: NDQ_001624

answers: two Lusatias.

answers: NDQ_001625

answers: Electoral Saxony.

text: An 18th-century map and print seller, who worked in London from about 1714, producing some of the best and attractive maps of the century. A recurring feature of Bowen's work, evident even on the early road maps, was his habit of filling every corner and space of the map with jottings and footnotes, both historical and topographical.

text: An 18th-century map and print seller, who worked in London from about 1714, producing some of the best and attractive maps of the century. A recurring feature of Bowen's work, evident even on the early road maps, was his habit of filling every corner and space of the map with jottings and footnotes, both historical and topographical.

answers: NDQ_001586

answers: None

answers: NDQ_001587

answers: How many years did Bowen work in London?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: filling every corner and space of the map

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: topographical

answers: NDQ_001592

answers: filling every corner

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices

answers: NDQ_001598

answers: the steepest

answers: NDQ_001600

answers: what is the first time period mentioned?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a feature of Bowen's work, evident even on the early road maps?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is true of Bowen's work?

answers: NDQ_001611

answers: Bowen's work

answers: NDQ_001613

answers: Which of the following is not a feature of Bowen's work?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: road maps

answers: NDQ_001619

answers: Bowen's work

answers: NDQ_001620

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: road maps

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: Bowen's

answers: NDQ_001625

answers: 1 m

answers: NDQ_001586

answers: jottings and footnotes,

answers: NDQ_001587

answers: jottings and footnotes,

answers: NDQ_001588

answers: 1714,

answers: NDQ_001589

answers: jottings and footnotes,

answers: NDQ_001590

answers: 1714,

answers: NDQ_001591

answers: jottings and footnotes,

answers: NDQ_001592

answers: jottings and footnotes,

answers: NDQ_001593

answers: jottings and footnotes,

answers: NDQ_001594

answers: 1714,

answers: NDQ_001595

answers: 1714,

answers: NDQ_001597

answers: jottings and footnotes,

answers: NDQ_001598

answers: jottings and footnotes,

answers: NDQ_001600

answers: 1714,

answers: NDQ_001603

answers: jottings and footnotes,

answers: NDQ_001605

answers: Bowen's work, evident even on the early road maps,

answers: NDQ_001606

answers: 1714,

answers: NDQ_001608

answers: road maps,

answers: NDQ_001611

answers: early road maps,

answers: NDQ_001613

answers: jottings and footnotes,

answers: NDQ_001614

answers: topographical.

answers: NDQ_001618

answers: road maps,

answers: NDQ_001619

answers: road maps,

answers: NDQ_001620

answers: 1714,

answers: NDQ_001621

answers: road maps,

answers: NDQ_001622

answers: road maps,

answers: NDQ_001623

answers: jottings and footnotes,

answers: NDQ_001624

answers: jottings and footnotes,

answers: NDQ_001625

answers: 1714,

text: All mountain heights and prominences on the list are from the largest-scale maps available.However, heights often conflict on different topographic maps, even when created by the same cartographic institution. For example, the Fletschhorn is indicated to be 3993, 3982, and 3984.5 m high on the 1:100,000, 1:50,000 and 1:25,000 Swisstopo map, respectively. The (rounded) elevation of the latter map is used in this table.Also, the deepest points in connecting ridges are not always survey points with spot elevations, so that heights have to be estimated from contour lines. For example, maps often provide heights for the place where a route passes over a ridge rather than for the lowest point of that pass.

text: All mountain heights and prominences on the list are from the largest-

text: scale

text: maps available.However, heights often conflict on different topographic maps, even when created by the same cartographic institution. For example, the

text: Fletschhorn

text: is indicated to be 3993, 3982, and 3984.5 m high on the 1:100,000, 1:50,000 and 1:25,000

text: Swisstopo map

text: , respectively. The (rounded) elevation of the latter map is used in this table.Also, the deepest points in connecting ridges are not always survey points with spot elevations, so that heights have to be estimated from contour lines. For example, maps often provide heights for the place where a route passes over a ridge rather than for the lowest point of that pass.

answers: NDQ_001586

answers: The (rounded) elevation of the latter map is used in this table

answers: NDQ_001587

answers: What is the highest point of the Fletschhorn?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: The (rounded) elevation of the latter map is used in this table

answers: NDQ_001590

answers: What is the deepest points in connecting ridges

answers: NDQ_001591

answers: deepest points in connecting ridges

answers: NDQ_001592

answers: survey points with spot elevations

answers: NDQ_001593

answers: What is the slope of the land?

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: The Fletschhorn

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: What is the most common color used on geologic maps?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: The (rounded) elevation of the latter map

answers: NDQ_001614

answers: vertical distances

answers: NDQ_001618

answers: the deepest points in connecting ridges

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: The (rounded) elevation

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: the deepest points

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: deepest points in connecting ridges

answers: NDQ_001625

answers: 1:50,000

answers: NDQ_001586

answers: heights have to be estimated from contour lines.

answers: NDQ_001587

answers: ridges

answers: NDQ_001588

answers: conflict

answers: NDQ_001589

answers: survey points with spot elevations,

answers: NDQ_001590

answers: contour lines.

answers: NDQ_001591

answers: deepest points in connecting ridges

answers: NDQ_001592

answers: heights often conflict

answers: NDQ_001593

answers: contour lines.

answers: NDQ_001594

answers: heights have to be estimated from contour lines.

answers: NDQ_001595

answers: 3984.5 m high on the 1:100,000,

answers: NDQ_001597

answers: contour lines.

answers: NDQ_001598

answers: contour lines.

answers: NDQ_001600

answers: the deepest points in connecting ridges

answers: NDQ_001603

answers: heights often conflict on different topographic maps,

answers: NDQ_001605

answers: heights often conflict on different topographic maps,

answers: NDQ_001606

answers: heights have to be estimated from contour lines.

answers: NDQ_001608

answers: heights have to be estimated from contour lines.

answers: NDQ_001611

answers: contour lines.

answers: NDQ_001613

answers: contour lines.

answers: NDQ_001614

answers: heights often conflict on different topographic maps,

answers: NDQ_001618

answers: heights

answers: NDQ_001619

answers: contour lines.

answers: NDQ_001620

answers: the deepest points in connecting ridges

answers: NDQ_001621

answers: topographic maps,

answers: NDQ_001622

answers: deepest points in connecting ridges

answers: NDQ_001623

answers: contour lines.

answers: NDQ_001624

answers: deepest points in connecting ridges

answers: NDQ_001625

answers: 1:50,000

text: Topographic maps are based on topographical surveys. Performed at large scales, these surveys are called topographical in the old sense of topography, showing a variety of elevations and landforms. This is in contrast to older cadastral surveys, which primarily show property and governmental boundaries. The first multi-sheet topographic map series of an entire country, the Carte géométrique de la France, was completed in 1789. The Great Trigonometric Survey of India, started by the East India Company in 1802, then taken over by the British Raj after 1857 was notable as a successful effort on a larger scale and for accurately determining heights of Himalayan peaks from viewpoints over one hundred miles distant.

text: Topographic maps are based on

text: topographical survey

text: s. Performed at large scales, these surveys are called topographical in the old sense of

text: topography

text: , showing a variety of elevations and landforms. This is in contrast to older

text: cadastral survey

text: s, which primarily show property and governmental boundaries. The first multi-sheet topographic map series of an entire country, the Carte géométrique de la France, was completed in 1789. The

text: Great Trigonometric Survey

text: of India, started by the

text: East India Company

text: in 1802, then taken over by the

text: British Raj

text: after 1857 was notable as a successful effort on a larger scale and for accurately determining heights of Himalayan peaks from viewpoints over one hundred miles distant.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What is the difference between cadastral surveys and topographic surveys?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: primarily show property and governmental boundaries

answers: NDQ_001590

answers: what is the first multi-sheet topographic map series of an entire country?

answers: NDQ_001591

answers: landforms

answers: NDQ_001592

answers: property and governmental boundaries

answers: NDQ_001593

answers: Yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can topographic maps be used for?

answers: NDQ_001598

answers: elevations and landforms

answers: NDQ_001600

answers: what is the old sense of topography

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of map: topographic, cadastral, or geologic?

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What helps to see the three-dimensional shape of the land?

answers: NDQ_001611

answers: What is the difference between topographic and cadastral surveys?

answers: NDQ_001613

answers: what is the first multi-sheet topographic map series of an entire country

answers: NDQ_001614

answers: Which is not true about topographic maps?

answers: NDQ_001618

answers: landforms

answers: NDQ_001619

answers: cadastral

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: landforms

answers: NDQ_001623

answers: trigonometric

answers: NDQ_001624

answers: landforms

answers: NDQ_001625

answers: one hundred miles

answers: NDQ_001586

answers: a variety of elevations

answers: NDQ_001587

answers: cadastral surveys,

answers: NDQ_001588

answers: Topographic maps

answers: NDQ_001589

answers: property and governmental boundaries.

answers: NDQ_001590

answers: Topographic maps

answers: NDQ_001591

answers: elevations and landforms.

answers: NDQ_001592

answers: property and governmental boundaries.

answers: NDQ_001593

answers: elevations

answers: NDQ_001594

answers: Topographic maps

answers: NDQ_001595

answers: Topographic maps

answers: NDQ_001597

answers: Topographic maps

answers: NDQ_001598

answers: a variety of elevations and landforms.

answers: NDQ_001600

answers: topographical in the old sense of topography,

answers: NDQ_001603

answers: Topographic maps are based on topographical surveys.

answers: NDQ_001605

answers: Topographic maps

answers: NDQ_001606

answers: Topographic maps

answers: NDQ_001608

answers: Topographic maps

answers: NDQ_001611

answers: Himalayan peaks from viewpoints over one hundred miles distant.

answers: NDQ_001613

answers: Topographic maps are based on topographical surveys.

answers: NDQ_001614

answers: Topographic maps are based on topographical surveys.

answers: NDQ_001618

answers: elevations and landforms.

answers: NDQ_001619

answers: cadastral surveys,

answers: NDQ_001620

answers: a variety of elevations

answers: NDQ_001621

answers: Topographic maps

answers: NDQ_001622

answers: landforms.

answers: NDQ_001623

answers: elevations

answers: NDQ_001624

answers: elevations and landforms.

answers: NDQ_001625

answers: one hundred miles

text: • Capture and management of geodetic, geological and topographic data (organising the establishment of geodetic networks, organising geological mapping, mapping of the Estonian territory, providing national topographic data and maps to the society)

text: • Capture and management of geodetic, geological and topographic data (organising the establishment of geodetic networks, organising geological mapping, mapping of the Estonian territory, providing national topographic data and maps to the society)

answers: NDQ_001586

answers: The contour lines that are numbered represent changes in elevation

answers: NDQ_001587

answers: The Estonian territory is covered by a geological map.

answers: NDQ_001588

answers: Which of the following is not a feature of a topographic map?

answers: NDQ_001589

answers: a bathymetric map is not a topographic map

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: topographic data

answers: NDQ_001592

answers: provide national topographic data

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What is the purpose of the Estonian territory?

answers: NDQ_001598

answers: the Estonian territory

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: Which of the following is true of the Estonian territory?

answers: NDQ_001605

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

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval.

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Which of the following is an example of a topographic feature?

answers: NDQ_001613

answers: The hatch marks are drawn on the side of the circle with the higher elevation

answers: NDQ_001614

answers: Which of the following is not a feature of a topographic map?

answers: NDQ_001618

answers: Estonian territory

answers: NDQ_001619

answers: The Estonian territory

answers: NDQ_001620

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Estonian territory

answers: NDQ_001623

answers: topographic line

answers: NDQ_001624

answers: Estonian territory

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: topographic data and maps to the society)

answers: NDQ_001587

answers: Capture and management of geodetic, geological and topographic data

answers: NDQ_001588

answers: topographic

answers: NDQ_001589

answers: Estonian territory, providing national topographic data

answers: NDQ_001590

answers: topographic data

answers: NDQ_001591

answers: geodetic networks,

answers: NDQ_001592

answers: (organising the establishment of geodetic networks,

answers: NDQ_001593

answers: topographic

answers: NDQ_001594

answers: Capture and management of geodetic, geological and topographic data

answers: NDQ_001595

answers: Capture and management of geodetic, geological and topographic data

answers: NDQ_001597

answers: topographic data

answers: NDQ_001598

answers: topographic data and maps to the society)

answers: NDQ_001600

answers: topographic data

answers: NDQ_001603

answers: topographic data and maps to the society)

answers: NDQ_001605

answers: geological mapping,

answers: NDQ_001606

answers: topographic data

answers: NDQ_001608

answers: topographic

answers: NDQ_001611

answers: geodetic, geological and topographic data

answers: NDQ_001613

answers: topographic data and maps to the society)

answers: NDQ_001614

answers: topographic data

answers: NDQ_001618

answers: Estonian territory,

answers: NDQ_001619

answers: geological mapping,

answers: NDQ_001620

answers: topographic data

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Estonian territory,

answers: NDQ_001623

answers: geodetic networks,

answers: NDQ_001624

answers: Estonian territory,

answers: NDQ_001625

answers: Estonian territory,

text: Working lines are difficult to see on a conventional turbine map because the speed lines bunch up. One trick is to replot the map, with the y-axis being the multiple of flow and corrected speed. This separates the speed lines, enabling working lines (and efficiency contours) to be cross-plotted and clearly seen.

text: Working lines are difficult to see on a conventional turbine map because the speed lines bunch up. One trick is to replot the map, with the y-axis being the multiple of flow and corrected speed. This separates the speed lines, enabling working lines (and efficiency contours) to be

text: cross-plot

text: ted and clearly seen.

answers: NDQ_001586

answers: changes in elevation

answers: NDQ_001587

answers: What is the y-axis?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: working lines are difficult to see

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: efficiency

answers: NDQ_001592

answers: cross-plotted and clearly seen

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow

answers: NDQ_001598

answers: efficiency contours

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: no

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: None of the above choices.

answers: NDQ_001611

answers: What does the y-axis mean?

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: efficiency contours

answers: NDQ_001619

answers: efficiency contours

answers: NDQ_001620

answers: efficiency contours

answers: NDQ_001621

answers: efficiency contours

answers: NDQ_001622

answers: efficiency contours

answers: NDQ_001623

answers: efficiency contours

answers: NDQ_001624

answers: efficiency

answers: NDQ_001625

answers: efficiency contours

answers: NDQ_001586

answers: efficiency contours)

answers: NDQ_001587

answers: efficiency contours) to be cross-plotted

answers: NDQ_001588

answers: Working lines

answers: NDQ_001589

answers: the speed lines bunch up.

answers: NDQ_001590

answers: y-axis

answers: NDQ_001591

answers: efficiency

answers: NDQ_001592

answers: Working lines

answers: NDQ_001593

answers: efficiency contours)

answers: NDQ_001594

answers: efficiency contours)

answers: NDQ_001595

answers: efficiency contours)

answers: NDQ_001597

answers: Working lines

answers: NDQ_001598

answers: efficiency contours)

answers: NDQ_001600

answers: efficiency contours)

answers: NDQ_001603

answers: Working lines are difficult to see on a conventional turbine map

answers: NDQ_001605

answers: Working lines are difficult to see on a conventional turbine map

answers: NDQ_001606

answers: y-axis

answers: NDQ_001608

answers: efficiency contours)

answers: NDQ_001611

answers: Working lines are difficult to see on a conventional turbine map

answers: NDQ_001613

answers: y-axis

answers: NDQ_001614

answers: Working lines are difficult to see on a conventional turbine map

answers: NDQ_001618

answers: efficiency contours)

answers: NDQ_001619

answers: efficiency contours)

answers: NDQ_001620

answers: efficiency contours)

answers: NDQ_001621

answers: efficiency contours)

answers: NDQ_001622

answers: efficiency contours)

answers: NDQ_001623

answers: efficiency contours)

answers: NDQ_001624

answers: efficiency contours)

answers: NDQ_001625

answers: efficiency contours)

text: Consecutively in order of appearance: The sheets are numbered consecutively as each is published. Thus, it is not possible to determine the sheets neighbouring a particular sheet without a current sheet index. Nor is it always possible to indicate on a sheet's map surround the numbers of adjacent sheets, as the date of publication of forthcoming sheets (and therefore thei place in the numbering system) may not yet be known. This system is therefore suitable only for small maps, or those in an irregular sheet division (as in tourist maps published by the private sector), and is seldom now used for modern official map series. Example: Geological Atlas of Switzerland (1:25,000).

text: Consecutively in order of appearance: The sheets are numbered consecutively as each is published. Thus, it is not possible to determine the sheets neighbouring a particular sheet without a current sheet index. Nor is it always possible to indicate on a sheet's map surround the numbers of adjacent sheets, as the date of publication of forthcoming sheets (and therefore thei place in the numbering system) may not yet be known. This system is therefore suitable only for small maps, or those in an irregular sheet division (as in tourist maps published by the private sector), and is seldom now used for modern official map series. Example: Geological Atlas of Switzerland (1:25,000).

answers: NDQ_001586

answers: Changes in elevation

answers: NDQ_001587

answers: is a cross section of a body of water.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: it is not possible to determine the sheets neighbouring a particular sheet without a current sheet index

answers: NDQ_001590

answers: contour lines

answers: NDQ_001591

answers: the date of publication of forthcoming sheets

answers: NDQ_001592

answers: determine the sheets neighbouring a particular sheet without a current sheet index

answers: NDQ_001593

answers: slope

answers: NDQ_001594

answers: contour lines

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: rivers and streams flow

answers: NDQ_001598

answers: steepest

answers: NDQ_001600

answers: contour lines are so close together that they almost touch

answers: NDQ_001603

answers: None of the above choices

answers: NDQ_001605

answers: What type of rocks does the Geological Atlas of Switzerland represent?

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: contour lines

answers: NDQ_001611

answers: very far apart

answers: NDQ_001613

answers: side of the circle with the higher elevation

answers: NDQ_001614

answers: horizontal

answers: NDQ_001618

answers: mountain

answers: NDQ_001619

answers: This system is therefore suitable only for small maps

answers: NDQ_001620

answers: NDQ_001621

answers: Geological Atlas

answers: NDQ_001622

answers: mountain

answers: NDQ_001623

answers: Mercator line

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: 1:25,000

answers: NDQ_001586

answers: The sheets are numbered consecutively as each is published.

answers: NDQ_001587

answers: irregular sheet division

answers: NDQ_001588

answers: Consecutively in order of appearance:

answers: NDQ_001589

answers: indicate on a sheet's map surround the numbers of adjacent sheets,

answers: NDQ_001590

answers: numbered consecutively as each is published.

answers: NDQ_001591

answers: numbers of adjacent sheets,

answers: NDQ_001592

answers: determine the sheets neighbouring a particular sheet

answers: NDQ_001593

answers: current sheet index.

answers: NDQ_001594

answers: numbered consecutively as each is published.

answers: NDQ_001595

answers: (1:25,000).

answers: NDQ_001597

answers: it is not possible to determine the sheets neighbouring a particular sheet

answers: NDQ_001598

answers: numbered consecutively as each is published.

answers: NDQ_001600

answers: Consecutively in order of appearance:

answers: NDQ_001603

answers: seldom now used for modern official map series.

answers: NDQ_001605

answers: The sheets are numbered consecutively as each is published.

answers: NDQ_001606

answers: it is not possible to determine the sheets neighbouring a particular sheet

answers: NDQ_001608

answers: seldom now used for modern official map series.

answers: NDQ_001611

answers: Consecutively in order of appearance:

answers: NDQ_001613

answers: The sheets are numbered consecutively as each is published.

answers: NDQ_001614

answers: it is not possible to determine the sheets neighbouring a particular sheet

answers: NDQ_001618

answers: tourist maps

answers: NDQ_001619

answers: Geological Atlas of Switzerland

answers: NDQ_001620

answers: (1:25,000).

answers: NDQ_001621

answers: Geological Atlas of Switzerland

answers: NDQ_001622

answers: tourist maps

answers: NDQ_001623

answers: adjacent sheets,

answers: NDQ_001624

answers: tourist maps

answers: NDQ_001625

answers: (1:25,000).

text: The line of greatest slope has practical significance in map reading. On the terrain it is often far more discernible, even intuitively obvious, rather than accurately picking out the consistent height level on what is likely the undulating uneven ground along the ground represented on the contour line.  But knowing that a greatest slope vector is orthogonal to the contour line, one can readily deduce the direction of the contour lines from the line of greatest slope.  The extent and overall direction of the contour line to a map scale can only be found on the topographic map.

text: The line of greatest slope has practical significance in map reading. On the terrain it is often far more discernible, even intuitively obvious, rather than accurately picking out the consistent height level on what is likely the undulating uneven ground along the ground represented on the contour line.  But knowing that a greatest slope vector is orthogonal to the contour line, one can readily deduce the direction of the contour lines from the line of greatest slope.  The extent and overall direction of the contour line to a map scale can only be found on the topographic map.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: can only be found on a topographic map

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: The extent and overall direction of the contour line to a map scale

answers: NDQ_001590

answers: What is the line of greatest slope?

answers: NDQ_001591

answers: undulating uneven ground

answers: NDQ_001592

answers: pick out the consistent height level

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction of the contour lines from the line of greatest slope

answers: NDQ_001598

answers: the line of greatest slope

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: What does the line of greatest slope have practical significance in?

answers: NDQ_001606

answers: unanswerable

answers: NDQ_001608

answers: Yes

answers: NDQ_001611

answers: line of greatest slope

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: greatest slope

answers: NDQ_001619

answers: contour line

answers: NDQ_001620

answers: greatest slope

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: greatest slope

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: greatest slope

answers: NDQ_001625

answers: greatest slope

answers: NDQ_001586

answers: The extent and overall direction of the contour line to a map scale

answers: NDQ_001587

answers: contour line.

answers: NDQ_001588

answers: orthogonal to the contour line,

answers: NDQ_001589

answers: The extent and overall direction of the contour line to a map scale

answers: NDQ_001590

answers: The extent and overall direction of the contour line to a map scale

answers: NDQ_001591

answers: direction

answers: NDQ_001592

answers: The extent and overall direction of the contour line to a map scale

answers: NDQ_001593

answers: The extent and overall direction of the contour line to a map scale

answers: NDQ_001594

answers: topographic map.

answers: NDQ_001595

answers: The line of greatest slope

answers: NDQ_001597

answers: The extent and overall direction of the contour line to a map scale

answers: NDQ_001598

answers: The extent and overall direction of the contour line to a map scale

answers: NDQ_001600

answers: undulating uneven ground

answers: NDQ_001603

answers: The extent and overall direction of the contour line to a map scale

answers: NDQ_001605

answers: topographic map.

answers: NDQ_001606

answers: The line of greatest slope

answers: NDQ_001608

answers: topographic map.

answers: NDQ_001611

answers: The line of greatest slope

answers: NDQ_001613

answers: The extent and overall direction of the contour line

answers: NDQ_001614

answers: The extent and overall direction of the contour line

answers: NDQ_001618

answers: The line of greatest slope

answers: NDQ_001619

answers: topographic map.

answers: NDQ_001620

answers: The extent and overall direction of the contour line to a map scale

answers: NDQ_001621

answers: topographic map.

answers: NDQ_001622

answers: line of greatest slope

answers: NDQ_001623

answers: contour line.

answers: NDQ_001624

answers: The line of greatest slope

answers: NDQ_001625

answers: greatest slope

text: In developing a digital topographic database for a GIS, topographical maps are the main source, and aerial photography and satellite imagery are extra sources for collecting data and identifying attributes which can be mapped in layers over a location facsimile of scale. The scale of a map and geographical rendering area representation type are very important aspects since the information content depends mainly on the scale set and resulting locatability of the map's representations. In order to digitize a map, the map has to be checked within theoretical dimensions, then scanned into a raster format, and resulting raster data has to be given a theoretical dimension by a rubber sheeting/warping technology process.

text: In developing a digital topographic database for a GIS,

text: topographical map

text: s are the main source, and

text: aerial photography

text: and

text: satellite imagery

text: are extra sources for collecting data and identifying attributes which can be mapped in layers over a location facsimile of scale. The scale of a map and geographical rendering area representation type are very important aspects since the information content depends mainly on the scale set and resulting locatability of the map's representations. In order to digitize a map, the map has to be checked within theoretical dimensions, then scanned into a raster format, and resulting raster data has to be given a theoretical dimension by a

text: rubber

text: sheeting/warping technology process.

answers: NDQ_001586

answers: changes in elevation

answers: NDQ_001587

answers: Which of the following is not a source for collecting data and identifying attributes: aerial photography, satellite imagery, or topographic maps?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: scale of a map and geographical rendering area representation type

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: scale

answers: NDQ_001592

answers: give a theoretical dimension

answers: NDQ_001593

answers: slope of the land

answers: NDQ_001594

answers: bathymetric map

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction

answers: NDQ_001598

answers: scale

answers: NDQ_001600

answers: The scale of a map and geographical rendering area representation type

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What are the main sources for collecting data and identifying attributes which can be mapped in layers?

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: side of the circle with the higher elevation

answers: NDQ_001614

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

answers: NDQ_001618

answers: mountain

answers: NDQ_001619

answers: can be mapped

answers: NDQ_001620

answers: The scale of a map

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: NDQ_001623

answers: scale

answers: NDQ_001624

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: topographical maps are the main source, and aerial photography and satellite imagery

answers: NDQ_001587

answers: rubber sheeting/warping technology process.

answers: NDQ_001588

answers: topographical maps

answers: NDQ_001589

answers: scale.

answers: NDQ_001590

answers: topographical maps are the main source, and aerial photography and satellite imagery

answers: NDQ_001591

answers: attributes

answers: NDQ_001592

answers: mapped in layers over a location facsimile of scale.

answers: NDQ_001593

answers: topographical maps

answers: NDQ_001594

answers: topographical maps are the main source, and aerial photography and satellite imagery

answers: NDQ_001595

answers: In developing a digital topographic database

answers: NDQ_001597

answers: topographical maps

answers: NDQ_001598

answers: topographical maps

answers: NDQ_001600

answers: topographical maps are the main source, and aerial photography and satellite imagery

answers: NDQ_001603

answers: topographical maps

answers: NDQ_001605

answers: topographical maps are the main source, and aerial photography and satellite imagery

answers: NDQ_001606

answers: topographical maps

answers: NDQ_001608

answers: topographical maps

answers: NDQ_001611

answers: topographical maps

answers: NDQ_001613

answers: topographical maps are the main source, and aerial photography and satellite imagery

answers: NDQ_001614

answers: topographical maps

answers: NDQ_001618

answers: location facsimile of scale.

answers: NDQ_001619

answers: topographical maps

answers: NDQ_001620

answers: The scale

answers: NDQ_001621

answers: topographical maps

answers: NDQ_001622

answers: location facsimile of scale.

answers: NDQ_001623

answers: scale.

answers: NDQ_001624

answers: scale.

answers: NDQ_001625

answers: mapped in layers over a location facsimile of scale.

text: Dutch topographic map of Etten-Leur (town), March 2014

text: Dutch topographic map of Etten-Leur (town), March 2014

answers: NDQ_001586

answers: change in elevation

answers: NDQ_001587

answers: Etten-Leur (town)

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is a topographic map

answers: NDQ_001590

answers: contour interval of a topographic map

answers: NDQ_001591

answers: ridges

answers: NDQ_001592

answers: enlarge the image

answers: NDQ_001593

answers: How does the topographic map work?

answers: NDQ_001594

answers: contour lines represent the distance to the bottom of the water

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that streams flow

answers: NDQ_001598

answers: side of mountain is steepest

answers: NDQ_001600

answers: contour lines are so close together

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: How do contour lines help us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: Concentric lines that are very close together show a low hill

answers: NDQ_001613

answers: The side of the circle with the higher elevation

answers: NDQ_001614

answers: Which of the following is true of topographic maps?

answers: NDQ_001618

answers: Etten-Leur

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: ridges

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: Etten-Leur

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Dutch topographic map of Etten-Leur

answers: NDQ_001587

answers: Etten-Leur (town), March 2014

answers: NDQ_001588

answers: Etten-Leur

answers: NDQ_001589

answers: topographic map

answers: NDQ_001590

answers: Etten-Leur

answers: NDQ_001591

answers: topographic map

answers: NDQ_001592

answers: Etten-Leur (town), March 2014

answers: NDQ_001593

answers: topographic map of Etten-Leur

answers: NDQ_001594

answers: Etten-Leur

answers: NDQ_001595

answers: 2014

answers: NDQ_001597

answers: Dutch topographic map of Etten-Leur

answers: NDQ_001598

answers: Dutch topographic map of Etten-Leur

answers: NDQ_001600

answers: Etten-Leur

answers: NDQ_001603

answers: Dutch topographic map of Etten-Leur (town), March 2014

answers: NDQ_001605

answers: Etten-Leur (town), March 2014

answers: NDQ_001606

answers: Etten-Leur

answers: NDQ_001608

answers: topographic map of Etten-Leur

answers: NDQ_001611

answers: Dutch topographic map of Etten-Leur

answers: NDQ_001613

answers: Dutch topographic map of Etten-Leur

answers: NDQ_001614

answers: Etten-Leur

answers: NDQ_001618

answers: Etten-Leur

answers: NDQ_001619

answers: topographic map

answers: NDQ_001620

answers: Dutch topographic map of Etten-Leur

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Etten-Leur

answers: NDQ_001623

answers: topographic map of Etten-Leur

answers: NDQ_001624

answers: Etten-Leur

answers: NDQ_001625

answers: 2014

text: Worldwide, depths between 100 and 10,000 m are shown in a blue colour scale of 23 steps, together with depth shading. At higher zoom levels depth contours are also displayed. The data is given through cooperation with GEBCO and its bathymetric GEBCO_08-database.

text: Worldwide, depths between 100 and 10,000 m are shown in a blue colour scale of 23 steps, together with depth shading. At higher zoom levels

text: depth contours

text: are also displayed. The data is given through cooperation with

text: GEBCO

text: and its bathymetric GEBCO_08-database.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: depth contours are also displayed

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: depth contours are also displayed

answers: NDQ_001590

answers: what is contour interval of a topographic map

answers: NDQ_001591

answers: depth

answers: NDQ_001592

answers: bathymetric

answers: NDQ_001593

answers: slope

answers: NDQ_001594

answers: depth contours

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: depth contours

answers: NDQ_001598

answers: depth contours

answers: NDQ_001600

answers: contour lines are so close together that they almost touch

answers: NDQ_001603

answers: None of the above choices

answers: NDQ_001605

answers: None of the above choices

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: concentration lines that are very far apart

answers: NDQ_001613

answers: depth contours

answers: NDQ_001614

answers: no

answers: NDQ_001618

answers: depth contours

answers: NDQ_001619

answers: depth contours

answers: NDQ_001620

answers: m

answers: NDQ_001621

answers: depth contour

answers: NDQ_001622

answers: depth contours

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: depth contours

answers: NDQ_001625

answers: 23 steps

answers: NDQ_001586

answers: depth shading. At higher zoom levels depth contours

answers: NDQ_001587

answers: depth contours

answers: NDQ_001588

answers: depth contours

answers: NDQ_001589

answers: blue colour scale of 23 steps,

answers: NDQ_001590

answers: 23 steps,

answers: NDQ_001591

answers: depth contours

answers: NDQ_001592

answers: bathymetric

answers: NDQ_001593

answers: Worldwide, depths between 100 and 10,000 m

answers: NDQ_001594

answers: depth contours

answers: NDQ_001595

answers: 23 steps,

answers: NDQ_001597

answers: depth contours

answers: NDQ_001598

answers: depth contours

answers: NDQ_001600

answers: depth shading. At higher zoom levels depth contours

answers: NDQ_001603

answers: Worldwide, depths between 100 and 10,000 m

answers: NDQ_001605

answers: blue colour scale

answers: NDQ_001606

answers: 23 steps,

answers: NDQ_001608

answers: depth contours

answers: NDQ_001611

answers: Worldwide, depths between 100 and 10,000 m

answers: NDQ_001613

answers: depths between 100 and 10,000 m

answers: NDQ_001614

answers: depths between 100 and 10,000 m

answers: NDQ_001618

answers: depths

answers: NDQ_001619

answers: a blue colour scale of 23 steps,

answers: NDQ_001620

answers: depth shading.

answers: NDQ_001621

answers: a blue colour scale of 23 steps,

answers: NDQ_001622

answers: depths

answers: NDQ_001623

answers: depth contours

answers: NDQ_001624

answers: depths

answers: NDQ_001625

answers: 23 steps,

text: Initially, Crook proposed that the new post be named Camp Wood.  However, in a formal dispatch dated August 28, 1867, Major General Henry W. Halleck, commander of the Military Department of the Pacific, disapproved naming the post Camp Wood and suggested retaining the name Camp Warner.  The soldiers assigned to the post called it Fort Warner to distinguish it from the original Camp Warner, which was only  away. While the Army never officially designated it as a fort, the post became widely known as Fort Warner.  Today, most modern maps, including United States Geological Survey topographical maps, identify the site as Fort Warner.

text: Initially, Crook proposed that the new post be named Camp Wood.  However, in a formal dispatch dated August 28, 1867, Major General

text: Henry W. Halleck

text: , commander of the

text: Military Department of the Pacific

text: , disapproved naming the post Camp Wood and suggested retaining the name Camp Warner.  The soldiers assigned to the post called it Fort Warner to distinguish it from the original Camp Warner, which was only  away. While the Army never officially designated it as a fort, the post became widely known as Fort Warner.  Today, most modern maps, including

text: United States Geological Survey

text: topographical map

text: s, identify the site as Fort Warner.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many years after Crook proposed that the new post be named Camp Wood did Halleck disapprove naming the post Camp Wood and suggested retaining the name Camp Warner?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: identify the site as Fort Warner

answers: NDQ_001590

answers: What is Fort Warner?

answers: NDQ_001591

answers: topographical

answers: NDQ_001592

answers: identify the site as Fort Warner

answers: NDQ_001593

answers: unanswerable

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: What is the difference between two contour lines

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: None of the above choices

answers: NDQ_001613

answers: The soldiers assigned to the post called it Fort Warner

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: United States Geological Survey topographic maps

answers: NDQ_001619

answers: topographical maps

answers: NDQ_001620

answers: unanswerable

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: Fort Warner

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: United States Geological Survey topographic maps

answers: NDQ_001625

answers: 0 m

answers: NDQ_001586

answers: Camp Wood.

answers: NDQ_001587

answers: United States Geological Survey topographical maps,

answers: NDQ_001588

answers: Camp Wood.

answers: NDQ_001589

answers: topographical maps, identify the site as Fort Warner.

answers: NDQ_001590

answers: Camp Wood.

answers: NDQ_001591

answers: Fort Warner.

answers: NDQ_001592

answers: identify the site as Fort Warner.

answers: NDQ_001593

answers: United States Geological Survey

answers: NDQ_001594

answers: topographical maps, identify the site as Fort Warner.

answers: NDQ_001595

answers: 1867,

answers: NDQ_001597

answers: United States Geological Survey

answers: NDQ_001598

answers: United States Geological Survey

answers: NDQ_001600

answers: Camp Wood.

answers: NDQ_001603

answers: United States Geological Survey

answers: NDQ_001605

answers: United States Geological Survey topographical maps,

answers: NDQ_001606

answers: Camp Wood.

answers: NDQ_001608

answers: topographical maps,

answers: NDQ_001611

answers: topographical maps, identify the site as Fort Warner.

answers: NDQ_001613

answers: Fort Warner.

answers: NDQ_001614

answers: topographical maps, identify the site as Fort Warner.

answers: NDQ_001618

answers: United States Geological Survey

answers: NDQ_001619

answers: topographical maps,

answers: NDQ_001620

answers: United States Geological Survey

answers: NDQ_001621

answers: topographical maps,

answers: NDQ_001622

answers: Fort Warner.

answers: NDQ_001623

answers: topographical maps,

answers: NDQ_001624

answers: United States Geological Survey

answers: NDQ_001625

answers: United States Geological Survey

text: East View Geospatial (EVG), formerly East View Cartographic (EVC), is a leading provider of authoritative worldwide maps, rare geospatial data and geographic information systems (GIS) services. EVG's holdings include all types of geospatial data including vector & raster data, digital elevation models (DEM), satellite & aerial imagery, topographic maps, nautical & aeronautical charts, geological maps, bathymetric data and atlases. EVG has a complete geospatial production staff offering numerous geospatial and imagery processing and production services including feature extraction, georeferencing, digital data conversion, consulting and translation. With its unparalleled acquisition and production capabilities, EVG has built a long history meeting the varied needs of a wide range of customers from around the globe.

text: East View Geospatial (EVG), formerly East View Cartographic (EVC), is a leading provider of authoritative worldwide maps, rare geospatial data and

text: geographic information systems

text: (GIS) services. EVG's holdings include all types of geospatial data including vector & raster data,

text: digital elevation model

text: s (DEM), satellite & aerial imagery, topographic maps, nautical & aeronautical charts, geological maps, bathymetric data and atlases. EVG has a complete geospatial production staff offering numerous geospatial and imagery processing and production services including feature extraction, georeferencing, digital data conversion, consulting and translation. With its unparalleled acquisition and production capabilities, EVG has built a long history meeting the varied needs of a wide range of customers from around the globe.

answers: NDQ_001586

answers: contour lines

answers: NDQ_001587

answers: Which of the following is not a type of map: topographic maps, nautical & aeronautical charts, geological maps, bathymetric data or atlases?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: unanswerable

answers: NDQ_001590

answers: contour interval

answers: NDQ_001591

answers: topographic maps

answers: NDQ_001592

answers: digital elevation models

answers: NDQ_001593

answers: topographic maps

answers: NDQ_001594

answers: bathymetric data

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: rivers and streams flow

answers: NDQ_001598

answers: digital elevation models

answers: NDQ_001600

answers: topographic maps

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: raster data

answers: NDQ_001613

answers: side of the circle with the higher elevation

answers: NDQ_001614

answers: horizontal

answers: NDQ_001618

answers: bathymetric

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: digital elevation models

answers: NDQ_001621

answers: digital elevation models

answers: NDQ_001622

answers: bathymetric data

answers: NDQ_001623

answers: DEM

answers: NDQ_001624

answers: feature extraction

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: digital elevation models

answers: NDQ_001587

answers: geological maps, bathymetric data and atlases.

answers: NDQ_001588

answers: topographic maps,

answers: NDQ_001589

answers: vector & raster data, digital elevation models

answers: NDQ_001590

answers: topographic maps,

answers: NDQ_001591

answers: topographic maps,

answers: NDQ_001592

answers: georeferencing,

answers: NDQ_001593

answers: topographic maps,

answers: NDQ_001594

answers: bathymetric data and atlases.

answers: NDQ_001595

answers: elevation models

answers: NDQ_001597

answers: topographic maps,

answers: NDQ_001598

answers: topographic maps,

answers: NDQ_001600

answers: topographic maps,

answers: NDQ_001603

answers: topographic maps,

answers: NDQ_001605

answers: geological maps,

answers: NDQ_001606

answers: digital elevation models

answers: NDQ_001608

answers: topographic maps,

answers: NDQ_001611

answers: digital elevation models

answers: NDQ_001613

answers: digital elevation models

answers: NDQ_001614

answers: topographic maps,

answers: NDQ_001618

answers: feature extraction,

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: digital elevation models

answers: NDQ_001621

answers: digital elevation models

answers: NDQ_001622

answers: feature extraction,

answers: NDQ_001623

answers: georeferencing,

answers: NDQ_001624

answers: feature extraction, georeferencing,

answers: NDQ_001625

answers: elevation models

text: Topography in a narrow sense involves the recording of relief or terrain, the three-dimensional quality of the surface, and the identification of specific landforms. This is also known as geomorphometry. In modern usage, this involves generation of elevation data in digital form (DEM). It is often considered to include the graphic representation of the landform on a map by a variety of techniques, including contour lines, hypsometric tints, and relief shading.

text: Topography in a narrow sense involves the recording of relief or

text: terrain

text: , the three-dimensional quality of the surface, and the identification of specific

text: landform

text: s. This is also known as

text: geomorphometry

text: . In modern usage, this involves generation of elevation data in digital form (

text: DEM

text: ). It is often considered to include the graphic representation of the landform on a

text: map

text: by a

text: variety of techniques

text: , including

text: contour line

text: s,

text: hypsometric tints

text: , and

text: relief shading

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: can be used to identify landforms

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the graphic representation of the landform on a map

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: landform

answers: NDQ_001592

answers: generation of elevation data in digital form

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of terrain: contour lines, hypsometric tints, or relief shading?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Yes

answers: NDQ_001611

answers: What is hypsometric tints?

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: Which is not true about topographic maps?

answers: NDQ_001618

answers: landform

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: Topography

answers: NDQ_001622

answers: landform

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: landform

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: contour lines,

answers: NDQ_001587

answers: contour lines,

answers: NDQ_001588

answers: Topography

answers: NDQ_001589

answers: hypsometric tints,

answers: NDQ_001590

answers: contour lines,

answers: NDQ_001591

answers: specific landforms.

answers: NDQ_001592

answers: generation of elevation data

answers: NDQ_001593

answers: contour lines,

answers: NDQ_001594

answers: contour lines,

answers: NDQ_001595

answers: contour lines,

answers: NDQ_001597

answers: contour lines, hypsometric tints, and relief shading.

answers: NDQ_001598

answers: contour lines,

answers: NDQ_001600

answers: contour lines,

answers: NDQ_001603

answers: Topography

answers: NDQ_001605

answers: hypsometric tints,

answers: NDQ_001606

answers: contour lines,

answers: NDQ_001608

answers: Topography

answers: NDQ_001611

answers: contour lines,

answers: NDQ_001613

answers: contour lines, hypsometric tints, and relief shading.

answers: NDQ_001614

answers: Topography

answers: NDQ_001618

answers: landform

answers: NDQ_001619

answers: contour lines, hypsometric tints,

answers: NDQ_001620

answers: hypsometric tints, and relief shading.

answers: NDQ_001621

answers: Topography

answers: NDQ_001622

answers: landform

answers: NDQ_001623

answers: contour lines,

answers: NDQ_001624

answers: landform

answers: NDQ_001625

answers: contour lines,

text: ^Elevations estimated from topographic maps.

text: ^Elevations estimated from topographic maps.

answers: NDQ_001586

answers: What is a contour line?

answers: NDQ_001587

answers: A cross section of a mountain.

answers: NDQ_001588

answers: What is the difference between parallel and intersecting contour lines?

answers: NDQ_001589

answers: Elevations estimated from topographic maps.

answers: NDQ_001590

answers: The contour interval of a topographic map represents the horizontal distance between contour lines

answers: NDQ_001591

answers: elevations

answers: NDQ_001592

answers: Identify the location of landmarks

answers: NDQ_001593

answers: How can you use a topographic map to determine the slope of the land?

answers: NDQ_001594

answers: What is a contour line?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: Which side of a mountain is the steepest?

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a valley.

answers: NDQ_001603

answers: It is not true

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: How do you know if a hill is high or low?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is the hatch mark?

answers: NDQ_001614

answers: Elevations estimated from topographic maps.

answers: NDQ_001618

answers: elevations

answers: NDQ_001619

answers: can be used to estimate depths

answers: NDQ_001620

answers: is the difference in elevation

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: elevations

answers: NDQ_001623

answers: is line connecting points with the same elevation

answers: NDQ_001624

answers: elevations

answers: NDQ_001625

answers: 0 to 100 m

answers: NDQ_001586

answers: Elevations estimated from topographic maps.

answers: NDQ_001587

answers: Elevations estimated from topographic maps.

answers: NDQ_001588

answers: Elevations estimated from topographic maps.

answers: NDQ_001589

answers: Elevations

answers: NDQ_001590

answers: Elevations estimated from topographic maps.

answers: NDQ_001591

answers: Elevations

answers: NDQ_001592

answers: Elevations

answers: NDQ_001593

answers: Elevations

answers: NDQ_001594

answers: Elevations estimated from topographic maps.

answers: NDQ_001595

answers: Elevations estimated from topographic maps.

answers: NDQ_001597

answers: Elevations estimated from topographic maps.

answers: NDQ_001598

answers: Elevations estimated from topographic maps.

answers: NDQ_001600

answers: Elevations estimated from topographic maps.

answers: NDQ_001603

answers: Elevations

answers: NDQ_001605

answers: Elevations estimated from topographic maps.

answers: NDQ_001606

answers: Elevations estimated from topographic maps.

answers: NDQ_001608

answers: topographic maps.

answers: NDQ_001611

answers: Elevations estimated from topographic maps.

answers: NDQ_001613

answers: Elevations estimated from topographic maps.

answers: NDQ_001614

answers: Elevations

answers: NDQ_001618

answers: Elevations

answers: NDQ_001619

answers: topographic maps.

answers: NDQ_001620

answers: Elevations

answers: NDQ_001621

answers: topographic maps.

answers: NDQ_001622

answers: Elevations

answers: NDQ_001623

answers: Elevations

answers: NDQ_001624

answers: Elevations

answers: NDQ_001625

answers: Elevations estimated from topographic maps.

text: In cartography, the contour interval is the elevation difference between adjacent contour lines. The contour interval should be the same over a single map. When calculated as a ratio against the map scale, a sense of the hilliness of the terrain can be derived.

text: In cartography, the contour interval is the elevation difference between adjacent contour lines. The contour interval should be the same over a single map. When calculated as a ratio against the map scale, a sense of the hilliness of the terrain can be derived.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: can be used to determine the elevation difference between adjacent contour lines

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the contour interval should be the same over a single map

answers: NDQ_001590

answers: the elevation difference between adjacent contour lines

answers: NDQ_001591

answers: elevation difference

answers: NDQ_001592

answers: calculate as a ratio against the map scale

answers: NDQ_001593

answers: The contour interval should be the same over a single map

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: contour lines are so close together that they almost touch

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: yes

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: contour lines that are very close together

answers: NDQ_001613

answers: the circle with the higher elevation

answers: NDQ_001614

answers: Which of the following is not true?

answers: NDQ_001618

answers: elevation difference

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: contour interval

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: elevation difference

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: elevation difference

answers: NDQ_001625

answers: elevation difference between adjacent contour lines

answers: NDQ_001586

answers: the contour interval is the elevation difference between adjacent contour lines.

answers: NDQ_001587

answers: the contour interval is the elevation difference between adjacent contour lines.

answers: NDQ_001588

answers: the contour interval is the elevation difference between adjacent contour lines.

answers: NDQ_001589

answers: contour interval is the elevation difference between adjacent contour lines.

answers: NDQ_001590

answers: elevation difference

answers: NDQ_001591

answers: elevation difference

answers: NDQ_001592

answers: contour interval is the elevation difference between adjacent contour lines.

answers: NDQ_001593

answers: a sense of the hilliness

answers: NDQ_001594

answers: the contour interval is the elevation difference between adjacent contour lines.

answers: NDQ_001595

answers: elevation difference

answers: NDQ_001597

answers: contour interval is the elevation difference between adjacent contour lines.

answers: NDQ_001598

answers: the contour interval is the elevation difference between adjacent contour lines.

answers: NDQ_001600

answers: the contour interval is the elevation difference between adjacent contour lines.

answers: NDQ_001603

answers: a sense of the hilliness of the terrain can be derived.

answers: NDQ_001605

answers: the contour interval is the elevation difference between adjacent contour lines.

answers: NDQ_001606

answers: elevation difference between adjacent contour lines.

answers: NDQ_001608

answers: a sense of the hilliness of the terrain can be derived.

answers: NDQ_001611

answers: the contour interval is the elevation difference between adjacent contour lines.

answers: NDQ_001613

answers: the contour interval is the elevation difference between adjacent contour lines.

answers: NDQ_001614

answers: the contour interval is the elevation difference between adjacent contour lines.

answers: NDQ_001618

answers: the contour interval

answers: NDQ_001619

answers: contour interval is the elevation difference between adjacent contour lines.

answers: NDQ_001620

answers: the contour interval

answers: NDQ_001621

answers: cartography,

answers: NDQ_001622

answers: contour interval

answers: NDQ_001623

answers: contour interval

answers: NDQ_001624

answers: the contour interval

answers: NDQ_001625

answers: elevation difference between adjacent contour lines.

text: Dutch Topographic map of Den Helder (town), March 2014.

text: Dutch Topographic map of Den Helder (town), March 2014.

answers: NDQ_001586

answers: change in elevation

answers: NDQ_001587

answers: Den Helder is a town in the Netherlands.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is a map of the ocean

answers: NDQ_001590

answers: The contour interval is the horizontal distance between contour lines.

answers: NDQ_001591

answers: ridges

answers: NDQ_001592

answers: orient itself

answers: NDQ_001593

answers: What is the slope of the land in Den Helder (town)?

answers: NDQ_001594

answers: contour lines represent the distance to the bottom

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that streams flow

answers: NDQ_001598

answers: side of mountain is steepest

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a valley

answers: NDQ_001603

answers: What is the purpose of this map?

answers: NDQ_001605

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

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval

answers: NDQ_001608

answers: How do contour lines help us see the three-dimensional shape of the land?

answers: NDQ_001611

answers: A hill that is very far apart shows a low, steep hill.

answers: NDQ_001613

answers: The side of the circle with the higher elevation

answers: NDQ_001614

answers: Which of the following is true of a topographic map?

answers: NDQ_001618

answers: den helder

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: den helder

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: contour lines

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Dutch Topographic map of Den Helder

answers: NDQ_001587

answers: Den Helder (town), March 2014.

answers: NDQ_001588

answers: Den Helder

answers: NDQ_001589

answers: Topographic

answers: NDQ_001590

answers: Dutch Topographic map of Den Helder (town), March 2014.

answers: NDQ_001591

answers: Topographic map

answers: NDQ_001592

answers: Den Helder (town), March 2014.

answers: NDQ_001593

answers: Topographic map of Den Helder (town), March 2014.

answers: NDQ_001594

answers: Dutch Topographic map of Den Helder (town), March 2014.

answers: NDQ_001595

answers: 2014.

answers: NDQ_001597

answers: Topographic map of Den Helder (town), March 2014.

answers: NDQ_001598

answers: Topographic map of Den Helder (town), March 2014.

answers: NDQ_001600

answers: Dutch Topographic map of Den Helder

answers: NDQ_001603

answers: Dutch Topographic map of Den Helder (town), March 2014.

answers: NDQ_001605

answers: Den Helder (town), March 2014.

answers: NDQ_001606

answers: Den Helder

answers: NDQ_001608

answers: Dutch Topographic map of Den Helder (town), March 2014.

answers: NDQ_001611

answers: Dutch Topographic map of Den Helder

answers: NDQ_001613

answers: Dutch Topographic map of Den Helder

answers: NDQ_001614

answers: Dutch Topographic map of Den Helder (town), March 2014.

answers: NDQ_001618

answers: Den Helder

answers: NDQ_001619

answers: Topographic map

answers: NDQ_001620

answers: Dutch Topographic map of Den Helder (town), March 2014.

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Den Helder

answers: NDQ_001623

answers: Topographic map of Den Helder

answers: NDQ_001624

answers: Den Helder

answers: NDQ_001625

answers: 2014.

text: More generally, a contour line for a function of two variables is a curve connecting points where the function has the same particular value. The gradient of the function is always perpendicular to the contour lines. When the lines are close together the magnitude of the gradient is large: the variation is steep. A level set is a generalization of a contour line for functions of any number of variables.

text: More generally, a contour line for a function of two variables is a curve connecting points where the function has the same particular value. The

text: gradient

text: of the function is always perpendicular to the contour lines. When the lines are close together the magnitude of the gradient is large: the variation is steep. A

text: level set

text: is a generalization of a contour line for functions of any number of variables.

answers: NDQ_001586

answers: When the lines are close together

answers: NDQ_001587

answers: Which of the following is not a function of two variables?

answers: NDQ_001588

answers: What is a function of two variables?

answers: NDQ_001589

answers: The gradient of the function is always perpendicular to the contour lines

answers: NDQ_001590

answers: What is a contour line for a function of two variables?

answers: NDQ_001591

answers: function of two variables

answers: NDQ_001592

answers: level set

answers: NDQ_001593

answers: When the lines are close together the magnitude of the gradient is large

answers: NDQ_001594

answers: When the lines are close together

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: gradient of the function

answers: NDQ_001598

answers: When the lines are close together

answers: NDQ_001600

answers: The gradient of the function is always perpendicular to the contour lines

answers: NDQ_001603

answers: None of the above choices.

answers: NDQ_001605

answers: Which of the following is not a function of two variables?

answers: NDQ_001606

answers: What is the term for the difference between two contour lines?

answers: NDQ_001608

answers: Why do contour lines help us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: When the lines are close together

answers: NDQ_001613

answers: the circle with the higher elevation

answers: NDQ_001614

answers: Which of the following is not a function of two variables?

answers: NDQ_001618

answers: level set

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: The gradient of the function

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: level set

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: level set

answers: NDQ_001625

answers: the lines are close together

answers: NDQ_001586

answers: The gradient of the function is always perpendicular to the contour lines.

answers: NDQ_001587

answers: level set

answers: NDQ_001588

answers: When the lines are close together

answers: NDQ_001589

answers: The gradient of the function is always perpendicular to the contour lines.

answers: NDQ_001590

answers: The gradient of the function is always perpendicular to the contour lines.

answers: NDQ_001591

answers: connecting points where the function has the same particular value.

answers: NDQ_001592

answers: connecting points where the function has the same particular value.

answers: NDQ_001593

answers: The gradient of the function is always perpendicular to the contour lines.

answers: NDQ_001594

answers: a curve connecting points where the function has the same particular value.

answers: NDQ_001595

answers: two

answers: NDQ_001597

answers: The gradient of the function is always perpendicular to the contour lines.

answers: NDQ_001598

answers: When the lines are close together

answers: NDQ_001600

answers: When the lines are close together the magnitude of the gradient is large:

answers: NDQ_001603

answers: a contour line

answers: NDQ_001605

answers: a contour line

answers: NDQ_001606

answers: The gradient of the function is always perpendicular

answers: NDQ_001608

answers: a curve connecting points where the function has the same particular value.

answers: NDQ_001611

answers: When the lines are close together

answers: NDQ_001613

answers: perpendicular to the contour lines.

answers: NDQ_001614

answers: a contour line

answers: NDQ_001618

answers: level set

answers: NDQ_001619

answers: contour line

answers: NDQ_001620

answers: steep.

answers: NDQ_001621

answers: contour line

answers: NDQ_001622

answers: level set

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: level set

answers: NDQ_001625

answers: same particular value.

text: A geological survey is the systematic investigation of the geology beneath a given piece of ground for the purpose of creating a geological map or model. Geological surveying employs techniques from the traditional walk-over survey, studying outcrops and landforms, to intrusive methods, such as hand augering and machine-driven boreholes, to the use of geophysical techniques and remote sensing methods, such as aerial photography and satellite imagery.  Such surveys may be undertaken by state, province, or national geological survey organizations to maintain the geological inventory and advance the knowledge of geosciences for the benefit of the nation.A geological survey map typically superimposes the surveyed extent and boundaries of geological units on a topographic map, together with information at points (such as measurements of orientation of bedding planes) and lines (such as the intersection of faults with the land surface). The maps and reports created by geological survey organisations generally aim for geographic continuity and completeness in establishing the spatial patterns of near-surface rock units. The map may include cross sections to illustrate the three-dimensional interpretation. Subsurface geological and geophysical maps, providing limited coverage of deeper geology (known, for example, from drilling for oil or gas), are maintained internally by major oil companies and regulators. Some geological survey organisations have collaborated with them to include subsurface geology in their systematic surveys, for example, the Geological Atlas of the Western Canada Sedimentary Basin. Subsurface maps typically depict the three-dimensional form of geological surfaces by means of contours and cross sections. Computer-based models are increasingly used to provide more comprehensive information storage and greater flexibility of presentation.In the United States, the 50 state surveys are coordinated by the Association of American State Geologists.

text: A geological survey is the systematic investigation of the geology beneath a given piece of ground for the purpose of creating a

text: geological map

text: or

text: model

text: . Geological surveying employs techniques from the traditional walk-over survey, studying

text: outcrop

text: s and

text: landforms

text: , to intrusive methods, such as hand augering and machine-driven

text: borehole

text: s, to the use of

text: geophysical

text: techniques and

text: remote sensing

text: methods, such as

text: aerial photography

text: and

text: satellite imagery

text: .  Such surveys may be undertaken by state, province, or national geological survey organizations to maintain the geological

text: inventory

text: and advance the knowledge of

text: geosciences

text: for the benefit of the nation.A geological survey map typically superimposes the surveyed extent and boundaries of geological units on a topographic map, together with information at points (such as measurements of orientation of bedding planes) and lines (such as the intersection of faults with the land surface). The maps and reports created by geological survey organisations generally aim for geographic continuity and completeness in establishing the spatial patterns of near-surface rock units. The map may include

text: cross sections

text: to illustrate the three-dimensional interpretation. Subsurface geological and geophysical maps, providing limited coverage of deeper geology (known, for example, from drilling for oil or gas), are maintained internally by major oil companies and regulators. Some geological survey organisations have collaborated with them to include subsurface geology in their systematic surveys, for example, the Geological Atlas of the Western Canada Sedimentary Basin. Subsurface maps typically depict the three-dimensional form of geological surfaces by means of contours and cross sections. Computer-based models are increasingly used to provide more comprehensive information storage and greater flexibility of presentation.In the United States, the 50 state surveys are coordinated by the

text: Association of American State Geologists

answers: NDQ_001586

answers: subsurface maps

answers: NDQ_001587

answers: What is used to illustrate the three-dimensional interpretation?

answers: NDQ_001588

answers: intersect

answers: NDQ_001589

answers: the three-dimensional form of geological surfaces by means of contours and cross sections

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: faults with the land surface

answers: NDQ_001592

answers: intersection of faults with the land surface

answers: NDQ_001593

answers: contours

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction

answers: NDQ_001598

answers: contours

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What helps us to see the three-dimensional shape of the land?

answers: NDQ_001611

answers: intersect of faults

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: faults

answers: NDQ_001619

answers: contours

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: faults

answers: NDQ_001623

answers: contours

answers: NDQ_001624

answers: faults

answers: NDQ_001625

answers: unspecified

answers: NDQ_001586

answers: Subsurface maps

answers: NDQ_001587

answers: Subsurface maps typically depict the three-dimensional form of geological surfaces

answers: NDQ_001588

answers: Subsurface maps

answers: NDQ_001589

answers: limited coverage of deeper geology

answers: NDQ_001590

answers: Subsurface maps

answers: NDQ_001591

answers: intersection of faults with the land surface).

answers: NDQ_001592

answers: interpretation.

answers: NDQ_001593

answers: orientation of bedding planes)

answers: NDQ_001594

answers: Subsurface maps typically depict the three-dimensional form of geological surfaces

answers: NDQ_001595

answers: contours

answers: NDQ_001597

answers: orientation of bedding planes)

answers: NDQ_001598

answers: contours

answers: NDQ_001600

answers: Subsurface maps

answers: NDQ_001603

answers: Subsurface geological and geophysical maps,

answers: NDQ_001605

answers: Subsurface maps typically depict the three-dimensional form of geological surfaces

answers: NDQ_001606

answers: Subsurface maps

answers: NDQ_001608

answers: Subsurface maps

answers: NDQ_001611

answers: Subsurface maps typically depict the three-dimensional

answers: NDQ_001613

answers: contours and cross sections.

answers: NDQ_001614

answers: Subsurface maps

answers: NDQ_001618

answers: Subsurface maps typically depict the three-dimensional form of geological surfaces

answers: NDQ_001619

answers: contours and cross sections.

answers: NDQ_001620

answers: contours

answers: NDQ_001621

answers: topographic map,

answers: NDQ_001622

answers: faults

answers: NDQ_001623

answers: contours

answers: NDQ_001624

answers: intersection of faults

answers: NDQ_001625

answers: Geological Atlas of the Western Canada Sedimentary Basin.

text: All departments which require topographic maps make their request to SGP and many are permanently registered with it for mapping and aerial photographs procurement. The SOP performs these functions under the auspices of the Ministry of Defence (MOD). Organisationally, the SOP is overseen by the Surveyor General (SG) who is a direct military appointee and a senior uniformed officer. The SG reports directly to the Secretary of Defence. Under the SG are two Deputy SG’s (I and II) who manage the operational departments of the agency and a Senior Technical Advisor. These departments are divided into Regional Directorates for Topographic Mapping including the Northern region centred in Peshawar, Eastern region (Lahore), Western region (Quetta) and finally, the Southern region in Karachi. Responsibility for fields surveys and the maintenance/update of topographic maps are sub-divided according to these geographic areas.

text: All departments which require topographic maps make their request to SGP and many are permanently registered with it for mapping and aerial photographs procurement. The SOP performs these functions under the auspices of the Ministry of Defence (MOD). Organisationally, the SOP is overseen by the Surveyor General (SG) who is a direct military appointee and a senior uniformed officer. The SG reports directly to the Secretary of Defence. Under the SG are two Deputy SG’s (I and II) who manage the operational departments of the agency and a Senior Technical Advisor. These departments are divided into Regional Directorates for Topographic Mapping including the Northern region centred in Peshawar, Eastern region (Lahore), Western region (Quetta) and finally, the Southern region in Karachi. Responsibility for fields surveys and the maintenance/update of topographic maps are sub-divided according to these geographic areas.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: How many Deputy SG’s manage the operational departments of the agency and a Senior Technical Advisor?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: The SOP performs these functions under the auspices of the Ministry of Defence

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: field surveys

answers: NDQ_001592

answers: fields surveys

answers: NDQ_001593

answers: What can you use a topographic map for?

answers: NDQ_001594

answers: what is the southern region in karachi

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: Western region

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: What does the SG report directly to the Secretary of Defence?

answers: NDQ_001613

answers: Which department is responsible for the maintenance/update of topographic maps?

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: Regional Directorates for Topographic Mapping

answers: NDQ_001587

answers: Regional Directorates for Topographic Mapping

answers: NDQ_001588

answers: Regional Directorates for Topographic Mapping

answers: NDQ_001589

answers: topographic maps

answers: NDQ_001590

answers: Regional Directorates for Topographic Mapping

answers: NDQ_001591

answers: topographic maps

answers: NDQ_001592

answers: aerial photographs procurement.

answers: NDQ_001593

answers: topographic maps

answers: NDQ_001594

answers: Regional Directorates for Topographic Mapping

answers: NDQ_001595

answers: All departments which require topographic maps make their request to SGP

answers: NDQ_001597

answers: Regional Directorates for Topographic Mapping

answers: NDQ_001598

answers: Western region (Quetta) and finally, the Southern region in Karachi.

answers: NDQ_001600

answers: Regional Directorates for Topographic Mapping

answers: NDQ_001603

answers: topographic maps make their request to SGP

answers: NDQ_001605

answers: Regional Directorates for Topographic Mapping

answers: NDQ_001606

answers: Surveyor General

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: Regional Directorates for Topographic Mapping

answers: NDQ_001613

answers: Regional Directorates for Topographic Mapping

answers: NDQ_001614

answers: Regional Directorates for Topographic Mapping

answers: NDQ_001618

answers: fields surveys

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: aerial photographs

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: fields surveys

answers: NDQ_001623

answers: aerial photographs

answers: NDQ_001624

answers: aerial photographs

answers: NDQ_001625

answers: Peshawar,

text: Dutch Topographic map of Haaksbergen (town), June 2014.

text: Dutch Topographic map of Haaksbergen (town), June 2014.

answers: NDQ_001586

answers: elevation change

answers: NDQ_001587

answers: Haaksbergen (town)

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is a map of the ocean

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: valleys

answers: NDQ_001592

answers: Identify landmarks

answers: NDQ_001593

answers: How would you know the slope of the land?

answers: NDQ_001594

answers: contour lines represent the distance to the bottom

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that streams flow

answers: NDQ_001598

answers: side of mountain that is steepest

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a valley

answers: NDQ_001603

answers: What is Haaksbergen?

answers: NDQ_001605

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

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval.

answers: NDQ_001608

answers: How do contour lines help us to see the shape of the land?

answers: NDQ_001611

answers: A hill that is very far apart shows a low, steep hill.

answers: NDQ_001613

answers: The hatch marks are drawn on the side with the higher elevation

answers: NDQ_001614

answers: Which of the following is not a feature of a topographic map?

answers: NDQ_001618

answers: ridges

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: ridge

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: valleys

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Dutch Topographic map of Haaksbergen (town), June 2014.

answers: NDQ_001587

answers: Haaksbergen (town), June 2014.

answers: NDQ_001588

answers: Haaksbergen (town), June 2014.

answers: NDQ_001589

answers: Topographic

answers: NDQ_001590

answers: Dutch Topographic map of Haaksbergen (town), June 2014.

answers: NDQ_001591

answers: Haaksbergen

answers: NDQ_001592

answers: Haaksbergen

answers: NDQ_001593

answers: Topographic map of Haaksbergen (town), June 2014.

answers: NDQ_001594

answers: Dutch Topographic map of Haaksbergen (town), June 2014.

answers: NDQ_001595

answers: 2014.

answers: NDQ_001597

answers: Topographic map of Haaksbergen (town), June 2014.

answers: NDQ_001598

answers: Topographic map of Haaksbergen (town), June 2014.

answers: NDQ_001600

answers: Dutch Topographic map of Haaksbergen (town), June 2014.

answers: NDQ_001603

answers: Dutch Topographic map of Haaksbergen (town), June 2014.

answers: NDQ_001605

answers: Haaksbergen (town), June 2014.

answers: NDQ_001606

answers: Haaksbergen

answers: NDQ_001608

answers: Dutch Topographic map of Haaksbergen (town), June 2014.

answers: NDQ_001611

answers: Dutch Topographic map of Haaksbergen

answers: NDQ_001613

answers: Dutch Topographic map of Haaksbergen (town), June 2014.

answers: NDQ_001614

answers: Dutch Topographic map of Haaksbergen (town), June 2014.

answers: NDQ_001618

answers: Haaksbergen

answers: NDQ_001619

answers: Dutch Topographic map

answers: NDQ_001620

answers: Dutch Topographic map of Haaksbergen (town), June 2014.

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Haaksbergen

answers: NDQ_001623

answers: Dutch Topographic map of Haaksbergen

answers: NDQ_001624

answers: Haaksbergen

answers: NDQ_001625

answers: 2014.

text: The first official map to use the geographical name Bürgenstock was the so-called “Siegfriedkarte” Siegfried Map, whose publication, started by the Federal Topographic Bureau under Hermann Siegfried, continued from 1870 until 1926. The name Bürgenstock appears on sheet 377 of the Siegfried Map and dates back to 1896.

text: The first official map to use the geographical name Bürgenstock was the so-called “Siegfriedkarte”

text: Siegfried Map

text: , whose publication, started by the

text: Federal Topographic Bureau

text: under Hermann Siegfried, continued from 1870 until 1926. The name Bürgenstock appears on sheet 377 of the Siegfried Map and dates back to 1896.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many years did Siegfried Map continue to be published?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: The name Bürgenstock appears on sheet 377 of the Siegfried Map

answers: NDQ_001590

answers: What is the first official map to use the geographical name Bürgenstock?

answers: NDQ_001591

answers: Bürgenstock

answers: NDQ_001592

answers: Bürgenstock

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: What is the first official map to use the geographical name Bürgenstock?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: what is the first official map to use the geographical name Bürgenstock

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What does the name Bürgenstock appear on?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What does the name Bürgenstock appear on?

answers: NDQ_001611

answers: The name Bürgenstock appears on sheet 377 of the Siegfried Map

answers: NDQ_001613

answers: What is the first official map to use the geographical name Bürgenstock?

answers: NDQ_001614

answers: What was the first official map to use the geographical name Bürgenstock

answers: NDQ_001618

answers: Bürgenstock

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Bürgenstock

answers: NDQ_001623

answers: The Siegfried Map

answers: NDQ_001624

answers: Bürgenstock

answers: NDQ_001625

answers: 377

answers: NDQ_001586

answers: 1870 until 1926.

answers: NDQ_001587

answers: 377

answers: NDQ_001588

answers: 1926.

answers: NDQ_001589

answers: Topographic

answers: NDQ_001590

answers: 1926.

answers: NDQ_001591

answers: geographical name Bürgenstock

answers: NDQ_001592

answers: use the geographical name Bürgenstock

answers: NDQ_001593

answers: 1870 until 1926.

answers: NDQ_001594

answers: 1870 until 1926.

answers: NDQ_001595

answers: 1926.

answers: NDQ_001597

answers: 1870 until 1926.

answers: NDQ_001598

answers: 1870 until 1926.

answers: NDQ_001600

answers: 1926.

answers: NDQ_001603

answers: 1926.

answers: NDQ_001605

answers: 1926.

answers: NDQ_001606

answers: 1870 until 1926.

answers: NDQ_001608

answers: 1926.

answers: NDQ_001611

answers: 1926.

answers: NDQ_001613

answers: 1870 until 1926.

answers: NDQ_001614

answers: 1926.

answers: NDQ_001618

answers: Bürgenstock

answers: NDQ_001619

answers: Siegfried Map,

answers: NDQ_001620

answers: 1870 until 1926.

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Bürgenstock

answers: NDQ_001623

answers: “Siegfriedkarte”

answers: NDQ_001624

answers: Bürgenstock

answers: NDQ_001625

answers: 1870 until 1926.

text: The watershed of North Fork Tangascootack Creek has an area of . The creek is shown on the Farrandsville topographical map of the United States Geological Survey.

text: The watershed of North Fork Tangascootack Creek has an area of . The creek is shown on the Farrandsville

text: topographical map

text: of the

text: United States Geological Survey

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: is shown of the watershed.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: The creek is shown on the Farrandsville topographical map

answers: NDQ_001590

answers: The contour interval is the horizontal distance between contour lines.

answers: NDQ_001591

answers: watershed

answers: NDQ_001592

answers: show the location of the watershed

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

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

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: (iii).

answers: NDQ_001598

answers: side of the mountain

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval.

answers: NDQ_001608

answers: How do contour lines help us see the three-dimensional shape of the land?

answers: NDQ_001611

answers: What is the best way to describe a hill?

answers: NDQ_001613

answers: The side of the circle with the higher elevation.

answers: NDQ_001614

answers: Which of the following is true of the map?

answers: NDQ_001618

answers: NDQ_001619

answers: can not be used

answers: NDQ_001620

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: unanswerable

answers: NDQ_001625

answers: 0 to 0

answers: NDQ_001586

answers: Farrandsville topographical map of the United States Geological Survey.

answers: NDQ_001587

answers: Farrandsville topographical map of the United States Geological Survey.

answers: NDQ_001588

answers: The watershed of North Fork Tangascootack Creek

answers: NDQ_001589

answers: topographical map

answers: NDQ_001590

answers: Farrandsville topographical map of the United States Geological Survey.

answers: NDQ_001591

answers: The watershed of North Fork Tangascootack Creek

answers: NDQ_001592

answers: watershed

answers: NDQ_001593

answers: Farrandsville topographical map of the United States Geological Survey.

answers: NDQ_001594

answers: The watershed of North Fork Tangascootack Creek

answers: NDQ_001595

answers: of.

answers: NDQ_001597

answers: topographical map of the United States Geological Survey.

answers: NDQ_001598

answers: Farrandsville topographical map

answers: NDQ_001600

answers: United States Geological Survey.

answers: NDQ_001603

answers: topographical map of the United States Geological Survey.

answers: NDQ_001605

answers: Farrandsville topographical map of the United States Geological Survey.

answers: NDQ_001606

answers: The watershed of North Fork Tangascootack Creek

answers: NDQ_001608

answers: topographical map

answers: NDQ_001611

answers: Farrandsville topographical map

answers: NDQ_001613

answers: The watershed of North Fork Tangascootack Creek

answers: NDQ_001614

answers: Farrandsville topographical map of the United States Geological Survey.

answers: NDQ_001618

answers: North Fork Tangascootack Creek

answers: NDQ_001619

answers: Farrandsville topographical map of the United States Geological Survey.

answers: NDQ_001620

answers: Survey.

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: North Fork Tangascootack Creek

answers: NDQ_001623

answers: The watershed of North Fork Tangascootack Creek

answers: NDQ_001624

answers: North Fork Tangascootack Creek

answers: NDQ_001625

answers: Farrandsville

text: In this article, the topographic map values were used to report elevation above MSL, unless a more accurate GPS measurement was available.

text: In this article, the topographic map values were used to report elevation above

text: MSL

text: , unless a more accurate GPS measurement was available.

answers: NDQ_001586

answers: The topographic map values were used to report elevation above MSL

answers: NDQ_001587

answers: can be used to determine the elevation of a mountain.

answers: NDQ_001588

answers: Parallel contour lines on a topographic may be parallel or they may intersect each other.

answers: NDQ_001589

answers: report elevation above MSL

answers: NDQ_001590

answers: What is the term for the horizontal distance between contour lines?

answers: NDQ_001591

answers: elevation above MSL

answers: NDQ_001592

answers: report elevation above MSL

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: The topographic map values were used to report elevation above MSL

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain that is steepest

answers: NDQ_001600

answers: if contour lines are so close together that they almost touch

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval.

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: a feature on a topographic map

answers: NDQ_001619

answers: NDQ_001620

answers: elevation above MSL

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: elevation above MSL

answers: NDQ_001623

answers: is a straight line

answers: NDQ_001624

answers: elevation above MSL

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: GPS measurement

answers: NDQ_001587

answers: topographic map values were used to report elevation above MSL,

answers: NDQ_001588

answers: topographic map values were used to report elevation above MSL,

answers: NDQ_001589

answers: elevation above MSL,

answers: NDQ_001590

answers: topographic map values were used to report elevation above MSL,

answers: NDQ_001591

answers: elevation above MSL,

answers: NDQ_001592

answers: GPS measurement

answers: NDQ_001593

answers: topographic map values were used to report elevation above MSL,

answers: NDQ_001594

answers: elevation above MSL,

answers: NDQ_001595

answers: MSL,

answers: NDQ_001597

answers: topographic map values were used to report elevation above MSL,

answers: NDQ_001598

answers: topographic map values were used to report elevation above MSL,

answers: NDQ_001600

answers: topographic map values were used to report elevation above MSL,

answers: NDQ_001603

answers: GPS measurement was available.

answers: NDQ_001605

answers: topographic map values were used to report elevation above MSL,

answers: NDQ_001606

answers: elevation above MSL,

answers: NDQ_001608

answers: topographic map values were used to report elevation above MSL,

answers: NDQ_001611

answers: topographic map values were used to report elevation above MSL,

answers: NDQ_001613

answers: topographic map values were used to report elevation above MSL,

answers: NDQ_001614

answers: GPS

answers: NDQ_001618

answers: elevation above MSL,

answers: NDQ_001619

answers: topographic map values were used to report elevation above MSL,

answers: NDQ_001620

answers: elevation above MSL,

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: elevation above MSL,

answers: NDQ_001623

answers: elevation above MSL,

answers: NDQ_001624

answers: elevation above MSL,

answers: NDQ_001625

answers: MSL,

text: This map was the culmination of a major cooperative project of the early Geological Society, who had established a Committee of Maps in April 1809, led by Greenough. Members of the society out in the provinces of England and Wales submitted details of local rocks and strata which were collated by Greenough, entered in his notebooks and plotted on a topographical map. Greenough was an inductivist in the Baconian tradition, so he eschewed 'theory' and systematically collected information and details with the aim of discovering the distribution of rocks. Greenough received assistance in the collection of his geological facts chiefly from William Buckland, Reverend W. D. Conybeare, Henry Warburton, and Thomas Webster, and amongst others from Henry Thomas De la Beche, John Farey, the Rev. J. Hailstone, David Mushet, Thomas Biddle and Arthur Aikin.

text: This map was the culmination of a major cooperative project of the early Geological Society, who had established a Committee of Maps in April 1809, led by Greenough. Members of the society out in the provinces of England and Wales submitted details of local rocks and strata which were collated by Greenough, entered in his notebooks and plotted on a topographical map. Greenough was an

text: inductivist

text: in the

text: Baconian

text: tradition, so he eschewed 'theory' and systematically collected information and details with the aim of discovering the distribution of rocks. Greenough received assistance in the collection of his geological facts chiefly from

text: William Buckland

text: Reverend W. D. Conybeare

text: Henry Warburton

text: , and

text: Thomas Webster

text: , and amongst others from

text: Henry Thomas De la Beche

text: John Farey

text: , the

text: Rev. J. Hailstone

text: David Mushet

text: , Thomas Biddle and

text: Arthur Aikin

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What was the purpose of the cross section?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: he eschewed 'theory'

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: local rocks

answers: NDQ_001592

answers: theory

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: contour lines represent the distance to the bottom of the water

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: yes

answers: NDQ_001598

answers: left

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: What type of rocks did Greenough collect details of?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

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

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is Greenough?

answers: NDQ_001614

answers: What did Greenough receive assistance in the collection of his geological facts?

answers: NDQ_001618

answers: local rocks and strata

answers: NDQ_001619

answers: NDQ_001620

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: rocks and strata

answers: NDQ_001623

answers: topographic map

answers: NDQ_001624

answers: local rocks and strata

answers: NDQ_001625

answers: 0 m

answers: NDQ_001586

answers: Greenough was an inductivist in the Baconian tradition,

answers: NDQ_001587

answers: distribution of rocks.

answers: NDQ_001588

answers: 1809,

answers: NDQ_001589

answers: 'theory'

answers: NDQ_001590

answers: 1809,

answers: NDQ_001591

answers: distribution of rocks.

answers: NDQ_001592

answers: 'theory'

answers: NDQ_001593

answers: topographical map.

answers: NDQ_001594

answers: topographical map.

answers: NDQ_001595

answers: 1809,

answers: NDQ_001597

answers: topographical map.

answers: NDQ_001598

answers: plotted on a topographical map.

answers: NDQ_001600

answers: 1809,

answers: NDQ_001603

answers: topographical map.

answers: NDQ_001605

answers: rocks and strata

answers: NDQ_001606

answers: 1809,

answers: NDQ_001608

answers: topographical map.

answers: NDQ_001611

answers: 1809,

answers: NDQ_001613

answers: 1809,

answers: NDQ_001614

answers: 1809,

answers: NDQ_001618

answers: local rocks and strata

answers: NDQ_001619

answers: topographical map.

answers: NDQ_001620

answers: 1809,

answers: NDQ_001621

answers: topographical map.

answers: NDQ_001622

answers: local rocks and strata

answers: NDQ_001623

answers: topographical map.

answers: NDQ_001624

answers: local rocks and strata

answers: NDQ_001625

answers: 1809,

text: Dutch Topographic map of the municipality of West Maas en Waal, 2013.

text: Dutch Topographic map of the municipality of West Maas en Waal, 2013.

answers: NDQ_001586

answers: change in elevation

answers: NDQ_001587

answers: What is the name of the river that runs through the center of the map?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is not a topographic map

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: ridges

answers: NDQ_001592

answers: Identify landmarks

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: What are contour lines used for?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: The left side of the mountain is steepest.

answers: NDQ_001600

answers: contour lines are so close together that they almost touch, they represent a plain or plateau

answers: NDQ_001603

answers: No

answers: NDQ_001605

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

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval.

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: How do you know that a hill is steep?

answers: NDQ_001613

answers: The hatch marks are drawn on the side of the circle with the higher elevation

answers: NDQ_001614

answers: Which of the following is not a feature of a topographic map?

answers: NDQ_001618

answers: contour lines

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: isosceles

answers: NDQ_001621

answers: Topographic map

answers: NDQ_001622

answers: ridge

answers: NDQ_001623

answers: equator

answers: NDQ_001624

answers: contour lines

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Topographic map of the municipality of West Maas en Waal,

answers: NDQ_001587

answers: West Maas en Waal,

answers: NDQ_001588

answers: West Maas en Waal,

answers: NDQ_001589

answers: Topographic

answers: NDQ_001590

answers: Topographic map of the municipality of West Maas en Waal,

answers: NDQ_001591

answers: municipality of West Maas en Waal,

answers: NDQ_001592

answers: municipality of West Maas en Waal,

answers: NDQ_001593

answers: Topographic map of the municipality of West Maas en Waal,

answers: NDQ_001594

answers: Topographic map of the municipality of West Maas en Waal,

answers: NDQ_001595

answers: 2013.

answers: NDQ_001597

answers: Topographic map of the municipality of West Maas en Waal,

answers: NDQ_001598

answers: Topographic map of the municipality of West Maas en Waal,

answers: NDQ_001600

answers: West Maas en Waal,

answers: NDQ_001603

answers: Topographic map of the municipality of West Maas en Waal,

answers: NDQ_001605

answers: West Maas en Waal,

answers: NDQ_001606

answers: West Maas en Waal,

answers: NDQ_001608

answers: Topographic map of the municipality of West Maas en Waal,

answers: NDQ_001611

answers: Topographic map of the municipality of West Maas en Waal,

answers: NDQ_001613

answers: Topographic map of the municipality of West Maas en Waal,

answers: NDQ_001614

answers: Topographic map of the municipality of West Maas en Waal,

answers: NDQ_001618

answers: West Maas en Waal,

answers: NDQ_001619

answers: Topographic map

answers: NDQ_001620

answers: West Maas en Waal,

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: West Maas en Waal,

answers: NDQ_001623

answers: Topographic map of the municipality of West Maas en Waal,

answers: NDQ_001624

answers: West Maas en Waal,

answers: NDQ_001625

answers: 2013.

text: Polish topographic maps published by WIG were highly regarded in pre-war Europe and should have increased the combat effectiveness of the Polish armed forces.  However, to help keep their wartime deployment locations secret most combat units were not issued the needed topographic maps in peacetime. Instead, the maps were to be delivered only after mobilization started, a few days before the outbreak of war. During the German invasion in September 1939 the wartime map distribution system broke down due to unexpectedly rapid German advance, and Polish units often lacked detailed topographic maps of the areas in which they were fighting.

text: Polish topographic maps published by WIG were highly regarded in pre-war Europe and should have increased the combat effectiveness of the Polish armed forces.  However, to help keep their wartime deployment locations secret most combat units were not issued the needed topographic maps in peacetime. Instead, the maps were to be delivered only after mobilization started, a few days before the outbreak of war. During the German invasion in September 1939 the wartime map distribution system broke down due to unexpectedly rapid German advance, and Polish units often lacked detailed topographic maps of the areas in which they were fighting.

answers: NDQ_001586

answers: changes in elevation

answers: NDQ_001587

answers: How many days before the outbreak of war was the wartime map distribution system broken down?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: to help keep their wartime deployment locations secret

answers: NDQ_001590

answers: what is the horizontal distance between contour lines

answers: NDQ_001591

answers: wartime deployment locations

answers: NDQ_001592

answers: keep their wartime deployment locations secret

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: yes

answers: NDQ_001598

answers: steepest

answers: NDQ_001600

answers: plain or plateau

answers: NDQ_001603

answers: no

answers: NDQ_001605

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

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: concentrated lines that are very far apart

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: NDQ_001618

answers: topographic maps

answers: NDQ_001619

answers: NDQ_001620

answers: isotope

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: wartime deployment locations

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: wartime deployment locations

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Polish units often lacked detailed topographic maps

answers: NDQ_001587

answers: most combat units were not issued the needed topographic maps in peacetime.

answers: NDQ_001588

answers: Polish topographic maps

answers: NDQ_001589

answers: topographic maps

answers: NDQ_001590

answers: Polish units often lacked detailed topographic maps

answers: NDQ_001591

answers: combat effectiveness of the Polish armed forces.

answers: NDQ_001592

answers: keep their wartime deployment locations secret

answers: NDQ_001593

answers: Polish units often lacked detailed topographic maps

answers: NDQ_001594

answers: Polish units often lacked detailed topographic maps

answers: NDQ_001595

answers: Polish topographic maps

answers: NDQ_001597

answers: Polish units often lacked detailed topographic maps

answers: NDQ_001598

answers: Polish units often lacked detailed topographic maps

answers: NDQ_001600

answers: Polish units often lacked detailed topographic maps

answers: NDQ_001603

answers: topographic maps

answers: NDQ_001605

answers: Polish units often lacked detailed topographic maps

answers: NDQ_001606

answers: Polish units often lacked detailed topographic maps

answers: NDQ_001608

answers: Polish units often lacked detailed topographic maps

answers: NDQ_001611

answers: Polish units often lacked detailed topographic maps

answers: NDQ_001613

answers: Polish units often lacked detailed topographic maps

answers: NDQ_001614

answers: Polish units often lacked detailed topographic maps

answers: NDQ_001618

answers: combat effectiveness of the Polish armed forces.

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: combat effectiveness of the Polish armed forces.

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Polish units often lacked detailed topographic maps

answers: NDQ_001623

answers: topographic maps

answers: NDQ_001624

answers: Polish armed forces.

answers: NDQ_001625

answers: Polish topographic maps

text: The main (atlas) volume contains 102 color topographic maps, covering territory from the British Isles and the Azores and eastward to Afghanistan and western China. The size of the volume is 33 x 48 cm. A 45-page gazeteer is also included in the atlas volume. The atlas is accompanied by a map-by-map directory on CD-ROM, in PDF format, including a search index. The map-by-map directory is also available in print as a two-volume, 1,500 page edition.

text: The main (atlas) volume contains 102 color topographic maps, covering territory from the

text: British Isles

text: and the

text: Azores

text: and eastward to

text: Afghanistan

text: and western

text: China

text: . The size of the volume is 33 x 48 cm. A 45-page

text: gazeteer

text: is also included in the atlas volume. The atlas is accompanied by a map-by-map directory on CD-ROM, in

text: PDF

text: format, including a search index. The map-by-map directory is also available in print as a two-volume, 1,500 page edition.

answers: NDQ_001586

answers: What is the size of the volume?

answers: NDQ_001587

answers: Which of the following is not included in the atlas volume: a 45-page gazeteer or a search index?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: color topographic maps

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: topographic maps

answers: NDQ_001592

answers: search index

answers: NDQ_001593

answers: What can you use a topographic map for?

answers: NDQ_001594

answers: What is a bathymetric map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What is the main (atlas) volume?

answers: NDQ_001598

answers: steepest

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What does the main (atlas) volume contain?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What are contour lines?

answers: NDQ_001611

answers: What is the main (atlas) volume?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is the hatch mark?

answers: NDQ_001614

answers: What is the size of the volume?

answers: NDQ_001618

answers: color topographic maps

answers: NDQ_001619

answers: A 45-page gazeteer

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: the British Isles

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: 102 color topographic maps, covering territory from the British Isles

answers: NDQ_001587

answers: British Isles and the Azores and eastward to Afghanistan and western China.

answers: NDQ_001588

answers: British Isles and the Azores and eastward to Afghanistan and western China.

answers: NDQ_001589

answers: color topographic maps,

answers: NDQ_001590

answers: 102 color topographic maps, covering territory from the British Isles

answers: NDQ_001591

answers: Afghanistan and western China.

answers: NDQ_001592

answers: search index.

answers: NDQ_001593

answers: 102 color topographic maps,

answers: NDQ_001594

answers: Afghanistan and western China.

answers: NDQ_001595

answers: 102 color topographic maps,

answers: NDQ_001597

answers: eastward to Afghanistan and western China.

answers: NDQ_001598

answers: 102 color topographic maps,

answers: NDQ_001600

answers: British Isles and the Azores and eastward to Afghanistan and western China.

answers: NDQ_001603

answers: 102 color topographic maps,

answers: NDQ_001605

answers: 102 color topographic maps,

answers: NDQ_001606

answers: 102 color topographic maps,

answers: NDQ_001608

answers: 102 color topographic maps,

answers: NDQ_001611

answers: Afghanistan and western China.

answers: NDQ_001613

answers: Afghanistan and western China.

answers: NDQ_001614

answers: 102 color topographic maps,

answers: NDQ_001618

answers: Afghanistan and western China.

answers: NDQ_001619

answers: 102 color topographic maps,

answers: NDQ_001620

answers: 102 color topographic maps,

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Afghanistan and western China.

answers: NDQ_001623

answers: 102 color topographic maps,

answers: NDQ_001624

answers: Afghanistan and western China.

answers: NDQ_001625

answers: 102

text: In order for a solar map to be made, two main types of data must be collected. Those two types of data include Meteorological Data and Topographical Data. The Meteorological data is used in calculations pertaining to Solar Energy. Such measurements of this type of data include the measurements of the position of the sun, overall atmospheric conditions, latitude, and shading. Topographical data on the other hand, is used in illustrating the amount of area exposed to a certain degree of radiation from the sun or in calculations that present how much area of a physical object is experiencing direct contact with the sun's rays. In some cases, Financial Data may also be collected to be presented on a solar map. When this happens, that means that the solar map would appear online for a certain city. The reasons why financial data is collected and presented on these solar maps is to encourage a certain productive behavior among citizens.

text: In order for a solar map to be made, two main types of data must be collected. Those two types of data include Meteorological Data and Topographical Data. The Meteorological data is used in calculations pertaining to Solar Energy. Such measurements of this type of data include the measurements of the position of the sun, overall atmospheric conditions, latitude, and shading. Topographical data on the other hand, is used in illustrating the amount of area exposed to a certain degree of radiation from the sun or in calculations that present how much area of a physical object is experiencing direct contact with the sun's rays. In some cases, Financial Data may also be collected to be presented on a solar map. When this happens, that means that the solar map would appear online for a certain city. The reasons why financial data is collected and presented on these solar maps is to encourage a certain productive behavior among citizens.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: Which of the following is not used to illustrate the amount of area exposed to a certain degree of radiation from the sun?

answers: NDQ_001588

answers: Which of the following is not used in calculations pertaining to Solar Energy?

answers: NDQ_001589

answers: Financial Data may also be presented on a solar map

answers: NDQ_001590

answers: What is the purpose of a contour interval?

answers: NDQ_001591

answers: the amount of area exposed

answers: NDQ_001592

answers: Financial Data

answers: NDQ_001593

answers: how much area of a physical object is experiencing direct contact with the sun's rays

answers: NDQ_001594

answers: Topographical data

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: how much area is experiencing direct contact with the sun's rays

answers: NDQ_001598

answers: the side of the mountain is steepest

answers: NDQ_001600

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

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not used in calculations pertaining to Solar Energy: Meteorological Data or Topographical Data?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is not a type of data collected to be presented on a solar map?

answers: NDQ_001611

answers: Topographical data

answers: NDQ_001613

answers: how are hatch marks on a topographic map drawn on the side of the circle with the higher elevation

answers: NDQ_001614

answers: Which of the following is not used in calculations pertaining to Solar Energy?

answers: NDQ_001618

answers: latitude

answers: NDQ_001619

answers: Topographical data

answers: NDQ_001620

answers: is used in illustrating the amount of area exposed to a certain degree of radiation

answers: NDQ_001621

answers: Topographical

answers: NDQ_001622

answers: latitude

answers: NDQ_001623

answers: latitude

answers: NDQ_001624

answers: latitude

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: amount of area exposed to a certain degree of radiation from the sun

answers: NDQ_001587

answers: Topographical data

answers: NDQ_001588

answers: Financial Data

answers: NDQ_001589

answers: solar map

answers: NDQ_001590

answers: amount of area exposed to a certain degree of radiation from the sun

answers: NDQ_001591

answers: amount of area exposed to a certain degree of radiation from the sun

answers: NDQ_001592

answers: Meteorological data is used in calculations pertaining to Solar Energy.

answers: NDQ_001593

answers: amount of area exposed to a certain degree of radiation from the sun

answers: NDQ_001594

answers: Topographical data

answers: NDQ_001595

answers: The Meteorological data is used in calculations pertaining to Solar Energy.

answers: NDQ_001597

answers: amount of area exposed to a certain degree of radiation from the sun

answers: NDQ_001598

answers: amount of area exposed to a certain degree of radiation from the sun

answers: NDQ_001600

answers: Topographical data

answers: NDQ_001603

answers: Topographical data

answers: NDQ_001605

answers: Financial Data

answers: NDQ_001606

answers: Financial Data may also be collected to be presented on a solar map.

answers: NDQ_001608

answers: Topographical data

answers: NDQ_001611

answers: Topographical data

answers: NDQ_001613

answers: Topographical data

answers: NDQ_001614

answers: Topographical data

answers: NDQ_001618

answers: the amount of area exposed to a certain degree of radiation from the sun

answers: NDQ_001619

answers: Topographical data

answers: NDQ_001620

answers: amount of area exposed to a certain degree of radiation from the sun

answers: NDQ_001621

answers: Topographical

answers: NDQ_001622

answers: amount of area exposed to a certain degree of radiation from the sun

answers: NDQ_001623

answers: latitude,

answers: NDQ_001624

answers: amount of area exposed to a certain degree of radiation from the sun

answers: NDQ_001625

answers: the amount of area exposed to a certain degree of radiation from the sun

text: Page Bluff () is a bluff rising to about 1,250 m at the east end of Crescent Scarp in northern Palmer Land. Photographed from the air by United States Antarctic Service (USAS), 1940, and surveyed by Falkland Islands Dependencies Survey (FIDS), 1958. Named by Advisory Committee on Antarctic Names (US-ACAN) in 1977 after John H. Page, geodesist, U.S. Army Topographic Command (later Defense Mapping Agency, Hydrographic/Topographic Center), Scientific Leader, Palmer Station, winter party 1969.

text: Page Bluff () is a bluff rising to about 1,250 m at the east end of

text: Crescent Scarp

text: in northern

text: Palmer Land

text: . Photographed from the air by

text: United States Antarctic Service

text: (USAS), 1940, and surveyed by

text: Falkland Islands Dependencies Survey

text: (FIDS), 1958. Named by

text: Advisory Committee on Antarctic Names

text: (US-ACAN) in 1977 after

text: John H. Page

text: , geodesist,

text: U.S. Army Topographic Command

text: (later

text: Defense Mapping Agency

text: , Hydrographic/

text: Topographic Center

text: Scientific Leader

text: Palmer Station

text: , winter party 1969.

answers: NDQ_001586

answers: How many contour lines are on Page Bluff?

answers: NDQ_001587

answers: What is the elevation difference between Page Bluff and Crescent Scarp?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: is a bluff rising to about 1,250 m

answers: NDQ_001590

answers: What is Page Bluff's elevation?

answers: NDQ_001591

answers: Crescent Scarp

answers: NDQ_001592

answers: Hydrographic/Topographic Center

answers: NDQ_001593

answers: How would you describe Page Bluff?

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What is the opposite direction that Page Bluff rises?

answers: NDQ_001598

answers: east

answers: NDQ_001600

answers: What is the opposite of a plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What type of rocks is Page Bluff made of?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: How would you describe Page Bluff?

answers: NDQ_001613

answers: Which side is the circle with the higher elevation?

answers: NDQ_001614

answers: What is not possible to see on topographic maps?

answers: NDQ_001618

answers: Page Bluff

answers: NDQ_001619

answers: Hydrographic

answers: NDQ_001620

answers: m

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Crescent Scarp

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: Crescent Scarp

answers: NDQ_001625

answers: 1000 m

answers: NDQ_001586

answers: Page Bluff

answers: NDQ_001587

answers: 1,250 m

answers: NDQ_001588

answers: Page Bluff

answers: NDQ_001589

answers: Hydrographic/Topographic Center),

answers: NDQ_001590

answers: Page Bluff

answers: NDQ_001591

answers: Page Bluff

answers: NDQ_001592

answers: Hydrographic/Topographic

answers: NDQ_001593

answers: 1,250 m

answers: NDQ_001594

answers: 1,250 m

answers: NDQ_001595

answers: 1,250 m

answers: NDQ_001597

answers: east

answers: NDQ_001598

answers: east

answers: NDQ_001600

answers: 1,250 m at the east end of Crescent Scarp

answers: NDQ_001603

answers: Hydrographic/Topographic Center),

answers: NDQ_001605

answers: Hydrographic/Topographic Center),

answers: NDQ_001606

answers: Page Bluff

answers: NDQ_001608

answers: Page Bluff

answers: NDQ_001611

answers: Page Bluff

answers: NDQ_001613

answers: Page Bluff

answers: NDQ_001614

answers: Page Bluff

answers: NDQ_001618

answers: Page Bluff

answers: NDQ_001619

answers: Hydrographic/Topographic

answers: NDQ_001620

answers: 1,250 m

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Page Bluff

answers: NDQ_001623

answers: Crescent Scarp

answers: NDQ_001624

answers: Page Bluff

answers: NDQ_001625

answers: 1,250 m

text: A first draft of the geological map was presented to the Geological Society as early as 1812, but there was dissatisfaction with the quality of the engraving of the topographical map, resulting in the base map not being ready until 1814. In 1815, William Smith published his famous geological map and when Greenough finally published his map five years later it was clear he was heavily indebted to Smith's work in delineating strata (although not acknowledged and thus plagiarized until the 1865 edition); nevertheless Greenough's map contained more geological detail and was better cartographically. Smith had relied on a theory about the linear arrangement of strata identified by characteristic fossils to extrapolate from his observations (Smith himself was indebted to John Strachey's theory of strata for his ideas), and so was able to map out the distribution of strata across the country. Greenough, on the other hand, did not go by theory, and it was probably this aversion that delayed the preparation of his map.

text: A first draft of the geological map was presented to the Geological Society as early as 1812, but there was dissatisfaction with the quality of the engraving of the topographical map, resulting in the base map not being ready until 1814. In 1815,

text: William Smith

text: published his famous geological map and when Greenough finally published his map five years later it was clear he was heavily indebted to Smith's work in delineating strata (although not acknowledged and thus plagiarized until the 1865 edition); nevertheless Greenough's map contained more geological detail and was better cartographically. Smith had relied on a theory about the linear arrangement of strata identified by characteristic fossils to extrapolate from his observations (Smith himself was indebted to

text: John Strachey

text: 's theory of strata for his ideas), and so was able to map out the distribution of strata across the country. Greenough, on the other hand, did not go by theory, and it was probably this aversion that delayed the preparation of his map.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many years after Smith published his famous geological map did Greenough finally publish his map?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Greenough's map contained more geological detail

answers: NDQ_001590

answers: what is the horizontal distance between contour lines

answers: NDQ_001591

answers: the distribution of strata

answers: NDQ_001592

answers: delineating strata

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What did Greenough's map contain more of?

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: unanswerable

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: strata

answers: NDQ_001619

answers: Smith's work in delineating strata

answers: NDQ_001620

answers: unanswerable

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: strata

answers: NDQ_001623

answers: strata

answers: NDQ_001624

answers: strata

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: 1814.

answers: NDQ_001587

answers: characteristic fossils

answers: NDQ_001588

answers: 1814.

answers: NDQ_001589

answers: geological map was presented to the Geological Society as early as 1812,

answers: NDQ_001590

answers: 1814.

answers: NDQ_001591

answers: distribution of strata

answers: NDQ_001592

answers: distribution of strata across the country.

answers: NDQ_001593

answers: Smith had relied on a theory about the linear arrangement of strata

answers: NDQ_001594

answers: William Smith

answers: NDQ_001595

answers: 1814.

answers: NDQ_001597

answers: distribution of strata

answers: NDQ_001598

answers: Greenough's map contained more geological detail

answers: NDQ_001600

answers: 1814.

answers: NDQ_001603

answers: Greenough's map contained more geological detail

answers: NDQ_001605

answers: strata

answers: NDQ_001606

answers: 1812,

answers: NDQ_001608

answers: Greenough's map contained more geological detail

answers: NDQ_001611

answers: Greenough's map contained more geological detail

answers: NDQ_001613

answers: 1814.

answers: NDQ_001614

answers: 1814.

answers: NDQ_001618

answers: strata

answers: NDQ_001619

answers: geological map

answers: NDQ_001620

answers: 1814.

answers: NDQ_001621

answers: topographical map,

answers: NDQ_001622

answers: strata

answers: NDQ_001623

answers: linear arrangement of strata

answers: NDQ_001624

answers: strata

answers: NDQ_001625

answers: 1814.

text: Contours are one of several common methods used to denote elevation or altitude and depth on maps. From these contours, a sense of the general terrain can be determined. They are used at a variety of scales, from large-scale engineering drawings and architectural plans, through topographic maps and bathymetric charts, up to continental-scale maps.

text: Contours are one of several

text: common methods

text: used to denote

text: elevation

text: or

text: altitude

text: and depth on

text: maps

text: . From these contours, a sense of the general

text: terrain

text: can be determined. They are used at a variety of scales, from large-scale engineering drawings and architectural plans, through

text: topographic maps

text: and

text: bathymetric charts

text: , up to continental-scale maps.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: can be used to denote elevation or altitude

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: continental-scale maps

answers: NDQ_001590

answers: What is the horizontal distance between contour lines on a topographic map?

answers: NDQ_001591

answers: depth

answers: NDQ_001592

answers: bathymetric charts

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: What are contour lines used to denote?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side that is steepest

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a valley

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: Which of the following is not used to denote elevation or altitude and depth on maps?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: How do contour lines help us to see the three-dimensional shape of the land?

answers: NDQ_001611

answers: What is a characteristic of a hill that is very far apart?

answers: NDQ_001613

answers: Which of the following is not used to denote elevation or altitude and depth on maps?

answers: NDQ_001614

answers: Which of the following is true of topographic maps?

answers: NDQ_001618

answers: elevation

answers: NDQ_001619

answers: bathymetric charts

answers: NDQ_001620

answers: altitude

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: elevation

answers: NDQ_001623

answers: contours

answers: NDQ_001624

answers: altitude

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Contours

answers: NDQ_001587

answers: Contours

answers: NDQ_001588

answers: Contours

answers: NDQ_001589

answers: continental-scale maps.

answers: NDQ_001590

answers: Contours

answers: NDQ_001591

answers: elevation or altitude and depth

answers: NDQ_001592

answers: elevation or altitude and depth

answers: NDQ_001593

answers: contours,

answers: NDQ_001594

answers: depth

answers: NDQ_001595

answers: Contours

answers: NDQ_001597

answers: topographic maps

answers: NDQ_001598

answers: contours,

answers: NDQ_001600

answers: contours, a sense of the general terrain

answers: NDQ_001603

answers: topographic maps

answers: NDQ_001605

answers: Contours

answers: NDQ_001606

answers: Contours

answers: NDQ_001608

answers: a sense of the general terrain can be determined.

answers: NDQ_001611

answers: Contours

answers: NDQ_001613

answers: Contours

answers: NDQ_001614

answers: topographic maps

answers: NDQ_001618

answers: elevation or altitude and depth

answers: NDQ_001619

answers: bathymetric charts,

answers: NDQ_001620

answers: altitude

answers: NDQ_001621

answers: Contours

answers: NDQ_001622

answers: elevation or altitude and depth

answers: NDQ_001623

answers: Contours

answers: NDQ_001624

answers: elevation or altitude and depth

answers: NDQ_001625

answers: elevation or altitude

text: National Topographic System MapsCanadian Topographic Maps 92G/7,  2002;   Edition: 6Canadian Topographic Maps 92-G/7, 2009;   Edition: 07 version: 01Canadian Topographic Maps 92-G/7, 2010;   Edition: 07 version: 02These maps are free to download in the numerous formats provided from the federal government.

text: National Topographic System MapsCanadian Topographic Maps 92G/7,  2002;   Edition: 6Canadian Topographic Maps 92-G/7, 2009;   Edition: 07 version: 01Canadian Topographic Maps 92-G/7, 2010;   Edition: 07 version: 02These maps are free to download in the numerous formats provided from the federal government.

answers: NDQ_001586

answers: Canadian Topographic Maps 92-G/7

answers: NDQ_001587

answers: Canadian Topographic Maps 92-G/7, 2009 and Canadian Topographic Maps 92-G/7, 2010 are free to download in the numerous formats provided from the federal government

answers: NDQ_001588

answers: They may intersect each other.

answers: NDQ_001589

answers: Canadian Topographic Maps 92-G/7, 2009

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: mountains

answers: NDQ_001592

answers: download

answers: NDQ_001593

answers: You can use a topographic map to determine the slope.

answers: NDQ_001594

answers: contour lines represent the distance to the bottom of the water.

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Canadian Topographic Maps 92-G/7, 2009

answers: NDQ_001598

answers: Canadian Topographic Maps 92-G/7

answers: NDQ_001600

answers: Canadian Topographic Maps 92-G/7, 2009

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Canadian Topographic Maps 92-G/7, 2009

answers: NDQ_001606

answers: The difference between two contour lines

answers: NDQ_001608

answers: Canadian Topographic Maps 92-G/7, 2009

answers: NDQ_001611

answers: Canadian Topographic Maps 92-G/7, 2009

answers: NDQ_001613

answers: The hatch marks are drawn on the side of the circle with the higher elevation

answers: NDQ_001614

answers: Canadian Topographic Maps 92-G/7, 2009

answers: NDQ_001618

answers: concentric contour lines with hatch marks

answers: NDQ_001619

answers: canadian topographic maps 92-g/7

answers: NDQ_001620

answers: Difference in elevation

answers: NDQ_001621

answers: National Topographic System Maps

answers: NDQ_001622

answers: concentric contour lines

answers: NDQ_001623

answers: equidistant

answers: NDQ_001624

answers: V-shaped contour lines

answers: NDQ_001625

answers: 92 m

answers: NDQ_001586

answers: MapsCanadian Topographic Maps 92G/7,

answers: NDQ_001587

answers: MapsCanadian Topographic Maps 92G/7,

answers: NDQ_001588

answers: MapsCanadian Topographic Maps 92G/7,

answers: NDQ_001589

answers: free to download

answers: NDQ_001590

answers: MapsCanadian Topographic Maps 92G/7,

answers: NDQ_001591

answers: National Topographic System MapsCanadian Topographic Maps

answers: NDQ_001592

answers: download

answers: NDQ_001593

answers: National Topographic System MapsCanadian

answers: NDQ_001594

answers: MapsCanadian Topographic Maps 92G/7,

answers: NDQ_001595

answers: 92G/7,

answers: NDQ_001597

answers: MapsCanadian Topographic Maps 92G/7,

answers: NDQ_001598

answers: MapsCanadian Topographic Maps 92G/7,

answers: NDQ_001600

answers: MapsCanadian Topographic Maps 92G/7,

answers: NDQ_001603

answers: free to download

answers: NDQ_001605

answers: MapsCanadian Topographic Maps 92G/7,

answers: NDQ_001606

answers: MapsCanadian Topographic Maps 92G/7,

answers: NDQ_001608

answers: National Topographic System MapsCanadian

answers: NDQ_001611

answers: National Topographic System MapsCanadian

answers: NDQ_001613

answers: MapsCanadian Topographic Maps 92G/7,

answers: NDQ_001614

answers: MapsCanadian Topographic Maps 92G/7,

answers: NDQ_001618

answers: MapsCanadian Topographic Maps 92G/7,

answers: NDQ_001619

answers: MapsCanadian Topographic Maps 92G/7,

answers: NDQ_001620

answers: MapsCanadian Topographic Maps 92G/7,

answers: NDQ_001621

answers: National Topographic System MapsCanadian

answers: NDQ_001622

answers: MapsCanadian Topographic Maps 92G/7,

answers: NDQ_001623

answers: 92G/7,

answers: NDQ_001624

answers: MapsCanadian Topographic Maps 92G/7,

answers: NDQ_001625

answers: 92G/7,

text: Prospectivity mapping, also known as mineral prospectivity mapping or mineral potential mapping, defines a process used to make better use of mineral exploration data.  Geological and geophysical datasets, such as  lithological, structural and topographical maps, aeromagnetic, gravity and radiometric imagery are the typical datasets used in the construction of prospectivity maps.

text: Prospectivity mapping, also known as mineral prospectivity mapping or mineral potential mapping, defines a process used to make better use of

text: mineral exploration

text: data.  Geological and geophysical datasets, such as

text: lithological

text: , structural and topographical maps, aeromagnetic,

text: gravity

text: and radiometric imagery are the typical datasets used in the construction of prospectivity maps.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: can be used for prospectivity mapping

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: is used to make better use of mineral exploration data

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: mineral exploration

answers: NDQ_001592

answers: prospectivity mapping

answers: NDQ_001593

answers: What is the purpose of prospectivity mapping?

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: The direction that rivers and streams flow

answers: NDQ_001598

answers: topographical

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: Which of the following is not a type of rock: lithological, structural, or topographical?

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: None of the above choices.

answers: NDQ_001613

answers: How are hatch marks drawn on topographic maps?

answers: NDQ_001614

answers: What is the difference between prospectivity mapping and topographic mapping?

answers: NDQ_001618

answers: prospectivity maps

answers: NDQ_001619

answers: prospectivity mapping

answers: NDQ_001620

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: Prospectivity mapping

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: Prospectivity mapping

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: Prospectivity mapping,

answers: NDQ_001587

answers: lithological, structural and topographical maps,

answers: NDQ_001588

answers: Prospectivity mapping,

answers: NDQ_001589

answers: prospectivity maps.

answers: NDQ_001590

answers: Prospectivity mapping,

answers: NDQ_001591

answers: mineral exploration data.

answers: NDQ_001592

answers: prospectivity maps.

answers: NDQ_001593

answers: topographical maps,

answers: NDQ_001594

answers: Prospectivity mapping,

answers: NDQ_001595

answers: Prospectivity mapping,

answers: NDQ_001597

answers: topographical maps,

answers: NDQ_001598

answers: topographical maps,

answers: NDQ_001600

answers: Prospectivity mapping,

answers: NDQ_001603

answers: topographical maps,

answers: NDQ_001605

answers: lithological,

answers: NDQ_001606

answers: Prospectivity mapping,

answers: NDQ_001608

answers: topographical maps,

answers: NDQ_001611

answers: Prospectivity mapping,

answers: NDQ_001613

answers: aeromagnetic, gravity and radiometric imagery

answers: NDQ_001614

answers: topographical maps,

answers: NDQ_001618

answers: Prospectivity mapping,

answers: NDQ_001619

answers: prospectivity maps.

answers: NDQ_001620

answers: Prospectivity mapping,

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: Prospectivity mapping,

answers: NDQ_001623

answers: topographical maps, aeromagnetic, gravity and radiometric imagery

answers: NDQ_001624

answers: Prospectivity mapping,

answers: NDQ_001625

answers: radiometric imagery

text: Dutch Topographic map of Purmerend (town), as of March 2014.

text: Dutch Topographic map of Purmerend (town), as of March 2014.

answers: NDQ_001586

answers: NDQ_001587

answers: Purmerend (town) as of March 2014

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is a map of the ocean

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: ridges

answers: NDQ_001592

answers: show the location of landmarks

answers: NDQ_001593

answers: How does a topographic map work?

answers: NDQ_001594

answers: contour lines represent the distance

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that streams flow

answers: NDQ_001598

answers: side of the mountain that is steepest

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch

answers: NDQ_001603

answers: What is the purpose of this map?

answers: NDQ_001605

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

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval.

answers: NDQ_001608

answers: How do contour lines help us see the three-dimensional shape of the land?

answers: NDQ_001611

answers: How would you describe the shape of the town?

answers: NDQ_001613

answers: The side of the circle with the higher elevation

answers: NDQ_001614

answers: How would you describe the topographic map of Purmerend?

answers: NDQ_001618

answers: concentric contour lines

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: Topographic map

answers: NDQ_001622

answers: Purmerend

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: Purmerend

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Dutch Topographic map of Purmerend (town), as of March 2014.

answers: NDQ_001587

answers: Purmerend

answers: NDQ_001588

answers: Dutch Topographic map of Purmerend (town), as of March 2014.

answers: NDQ_001589

answers: Topographic map of Purmerend (town), as of March 2014.

answers: NDQ_001590

answers: Dutch Topographic map of Purmerend (town), as of March 2014.

answers: NDQ_001591

answers: Purmerend (town),

answers: NDQ_001592

answers: 2014.

answers: NDQ_001593

answers: Topographic map of Purmerend (town), as of March 2014.

answers: NDQ_001594

answers: Dutch Topographic map of Purmerend (town), as of March 2014.

answers: NDQ_001595

answers: 2014.

answers: NDQ_001597

answers: Topographic map of Purmerend (town), as of March 2014.

answers: NDQ_001598

answers: Dutch Topographic map of Purmerend (town), as of March 2014.

answers: NDQ_001600

answers: Dutch Topographic map of Purmerend (town), as of March 2014.

answers: NDQ_001603

answers: Purmerend (town), as of March 2014.

answers: NDQ_001605

answers: Dutch Topographic map of Purmerend (town), as of March 2014.

answers: NDQ_001606

answers: 2014.

answers: NDQ_001608

answers: Dutch Topographic map of Purmerend (town), as of March 2014.

answers: NDQ_001611

answers: Dutch Topographic map of Purmerend (town), as of March 2014.

answers: NDQ_001613

answers: Dutch Topographic map of Purmerend (town), as of March 2014.

answers: NDQ_001614

answers: Dutch Topographic map of Purmerend (town), as of March 2014.

answers: NDQ_001618

answers: Purmerend

answers: NDQ_001619

answers: Dutch Topographic map

answers: NDQ_001620

answers: 2014.

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Purmerend (town),

answers: NDQ_001623

answers: Dutch Topographic map of Purmerend (town), as of March 2014.

answers: NDQ_001624

answers: Purmerend

answers: NDQ_001625

answers: 2014.

text: In an ideal case, the joining of a bathymetric chart and topographic map of the same scale and projection of the same geographic area would be seamless. The only difference would be that the values begin increasing after crossing the zero at the designated sea level datum. Thus the topographic map's mountains have the greatest values while the bathymetric chart's greatest depths have the greatest values. Simply put, the bathymetric chart is intended to show the land if overlying waters were removed in exactly the same manner as the topographic map.

text: In an ideal case, the joining of a bathymetric chart and topographic map of the same

text: scale

text: and

text: projection

text: of the same geographic area would be seamless. The only difference would be that the values begin increasing after crossing the zero at the designated

text: sea level

text: datum

text: . Thus the topographic map's

text: mountain

text: s have the greatest values while the bathymetric chart's greatest depths have the greatest values. Simply put, the bathymetric chart is intended to show the land if overlying waters were removed in exactly the same manner as the topographic map.

answers: NDQ_001586

answers: mountains have the greatest values while the bathymetric chart's greatest depths have the greatest values

answers: NDQ_001587

answers: Which of the following is not a feature of a bathymetric chart: mountains, sea level, or mountains?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: mountains have the greatest values

answers: NDQ_001590

answers: The contour interval of a topographic map represents the horizontal distance between contour lines

answers: NDQ_001591

answers: mountains

answers: NDQ_001592

answers: bathymetric chart

answers: NDQ_001593

answers: mountains

answers: NDQ_001594

answers: thus the topographic map's mountains have the greatest values while the bathymetric chart's greatest depths have the greatest values

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: mountains have the greatest values

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a plain or plateau

answers: NDQ_001603

answers: no

answers: NDQ_001605

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

answers: NDQ_001606

answers: the contour interval

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: topographic map's mountains have the greatest

answers: NDQ_001613

answers: The only difference would be that the values begin increasing after crossing the zero at the designated sea level datum

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: bathymetric chart

answers: NDQ_001620

answers: mountains have the greatest values

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: mountains

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: zero

answers: NDQ_001586

answers: the values begin increasing after crossing the zero at the designated sea level datum.

answers: NDQ_001587

answers: zero at the designated sea level datum.

answers: NDQ_001588

answers: mountains

answers: NDQ_001589

answers: mountains have the greatest values

answers: NDQ_001590

answers: zero at the designated sea level datum.

answers: NDQ_001591

answers: overlying waters

answers: NDQ_001592

answers: values begin increasing after crossing the zero at the designated sea level datum.

answers: NDQ_001593

answers: mountains

answers: NDQ_001594

answers: the values begin increasing after crossing the zero at the designated sea level datum.

answers: NDQ_001595

answers: zero at the designated sea level datum.

answers: NDQ_001597

answers: mountains

answers: NDQ_001598

answers: the topographic map's mountains have the greatest values

answers: NDQ_001600

answers: mountains

answers: NDQ_001603

answers: topographic map's mountains have the greatest values

answers: NDQ_001605

answers: topographic map's mountains

answers: NDQ_001606

answers: zero at the designated sea level datum.

answers: NDQ_001608

answers: topographic map.

answers: NDQ_001611

answers: mountains

answers: NDQ_001613

answers: mountains have the greatest values

answers: NDQ_001614

answers: bathymetric chart's

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: mountains have the greatest values

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: mountains

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: zero at the designated sea level datum.

text: Meteorological contour maps may present collected data such as actual air pressure at a given time, or generalized data such as average pressure over a period of time, or forecast data such as predicted air pressure at some point in the future

text: Meteorological contour maps

text: may present collected data such as actual air pressure at a given time, or generalized data such as average pressure over a period of time, or forecast data such as predicted air pressure at some point in the future

answers: NDQ_001586

answers: NDQ_001587

answers: can be used to measure air pressure

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: actual air pressure at a given time

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: actual air pressure

answers: NDQ_001592

answers: present collected data

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: bathymetric

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices.

answers: NDQ_001598

answers: contours

answers: NDQ_001600

answers: None of the above choices

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: what is contour interval?

answers: NDQ_001608

answers: None of the above choices

answers: NDQ_001611

answers: Meteorological contour maps

answers: NDQ_001613

answers: the side of the circle with the higher elevation

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: air pressure

answers: NDQ_001619

answers: is a contour map

answers: NDQ_001620

answers: isosceles

answers: NDQ_001621

answers: contour maps

answers: NDQ_001622

answers: air pressure

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: air pressure

answers: NDQ_001625

answers: average pressure

answers: NDQ_001586

answers: Meteorological contour maps

answers: NDQ_001587

answers: Meteorological contour maps

answers: NDQ_001588

answers: Meteorological contour maps

answers: NDQ_001589

answers: predicted air pressure at some point in the future

answers: NDQ_001590

answers: Meteorological contour maps

answers: NDQ_001591

answers: actual air pressure

answers: NDQ_001592

answers: forecast data such as predicted air pressure at some point in the future

answers: NDQ_001593

answers: Meteorological contour maps

answers: NDQ_001594

answers: Meteorological contour maps

answers: NDQ_001595

answers: contour maps

answers: NDQ_001597

answers: Meteorological contour maps

answers: NDQ_001598

answers: Meteorological contour maps

answers: NDQ_001600

answers: Meteorological contour maps

answers: NDQ_001603

answers: Meteorological contour maps

answers: NDQ_001605

answers: Meteorological contour maps

answers: NDQ_001606

answers: Meteorological contour maps

answers: NDQ_001608

answers: contour maps

answers: NDQ_001611

answers: Meteorological contour maps

answers: NDQ_001613

answers: Meteorological contour maps

answers: NDQ_001614

answers: Meteorological contour maps

answers: NDQ_001618

answers: Meteorological contour maps

answers: NDQ_001619

answers: Meteorological contour maps

answers: NDQ_001620

answers: contour maps

answers: NDQ_001621

answers: Meteorological contour maps

answers: NDQ_001622

answers: Meteorological contour maps may present collected data such as actual air pressure

answers: NDQ_001623

answers: contour maps

answers: NDQ_001624

answers: Meteorological contour maps

answers: NDQ_001625

answers: average pressure over a period of time,

text: OCTA Chapters work closely with National Trails System partners to help interpret and sustain the quality of outdoor recreation experiences along these trail corridors. For example, OCTA's guide to Mapping Emigrant Trails (MET Manual)   became the National Park Service's benchmark protocol for GPS-assisted topographical mapping along other historic and scenic trails.

text: OCTA Chapters work closely with

text: National Trails System

text: partners to help interpret and sustain the quality of outdoor recreation experiences along these trail corridors. For example, OCTA's guide to Mapping Emigrant Trails (MET Manual)   became the

text: National Park Service

text: 's benchmark protocol for

text: GPS

text: -assisted

text: topographical map

text: ping along other historic and scenic trails.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What is the name of the guide to mapping Emigrant Trails?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: GPS-assisted topographical mapping

answers: NDQ_001590

answers: what is the horizontal distance between contour lines

answers: NDQ_001591

answers: trail corridors

answers: NDQ_001592

answers: sustain the quality of outdoor recreation experiences along these trail corridors

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: what is the purpose of contour lines

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices

answers: NDQ_001598

answers: the National Park Service

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: None of the above choices

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: Emigrant Trails

answers: NDQ_001619

answers: can not be used

answers: NDQ_001620

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: Emigrant Trails

answers: NDQ_001623

answers: Corridor

answers: NDQ_001624

answers: Emigrant Trails

answers: NDQ_001625

answers: 14 mile

answers: NDQ_001586

answers: GPS-assisted topographical mapping along other historic and scenic trails.

answers: NDQ_001587

answers: trail corridors.

answers: NDQ_001588

answers: OCTA Chapters

answers: NDQ_001589

answers: GPS-assisted topographical mapping

answers: NDQ_001590

answers: OCTA Chapters work closely with National Trails

answers: NDQ_001591

answers: trail corridors.

answers: NDQ_001592

answers: interpret and sustain the quality of outdoor recreation experiences

answers: NDQ_001593

answers: GPS-assisted topographical mapping

answers: NDQ_001594

answers: GPS-assisted topographical mapping

answers: NDQ_001595

answers: OCTA Chapters work closely with National Trails System

answers: NDQ_001597

answers: GPS-assisted topographical mapping

answers: NDQ_001598

answers: GPS-assisted topographical mapping

answers: NDQ_001600

answers: OCTA Chapters work closely with National Trails

answers: NDQ_001603

answers: GPS-assisted topographical mapping

answers: NDQ_001605

answers: OCTA's guide to Mapping Emigrant Trails

answers: NDQ_001606

answers: OCTA Chapters work closely with National Trails

answers: NDQ_001608

answers: topographical mapping

answers: NDQ_001611

answers: OCTA Chapters

answers: NDQ_001613

answers: GPS-assisted topographical mapping along other historic and scenic trails.

answers: NDQ_001614

answers: GPS-assisted topographical mapping along other historic and scenic trails.

answers: NDQ_001618

answers: Emigrant Trails

answers: NDQ_001619

answers: GPS-assisted topographical mapping

answers: NDQ_001620

answers: GPS-assisted topographical mapping

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: Emigrant Trails

answers: NDQ_001623

answers: trail corridors.

answers: NDQ_001624

answers: Emigrant Trails

answers: NDQ_001625

answers: Emigrant Trails

text: An effectively designed map is one in which the intended message is clearly communicated to the map user. By employing the concept of figure–ground, a viewer can easily distinguish between the main figure on a map and the background information. Several concepts that are key to developing good figure–ground in any cartographic design are differentiation, closed form, centrality, articulation and good contour. In addition, by considering the intended intellectual hierarchy, or the order of importance of each map element, the author can develop a visual hierarchy on the map that corresponds appropriately.

text: An effectively designed

text: map

text: is one in which the intended message is clearly communicated to the map user. By employing the concept of

text: figure–ground

text: , a viewer can easily distinguish between the main figure on a map and the background information. Several concepts that are key to developing good figure–ground in any cartographic design are differentiation, closed form, centrality, articulation and good contour. In addition, by considering the intended intellectual hierarchy, or the order of importance of each map element, the author can develop a

text: visual hierarchy

text: on the map that corresponds appropriately.

answers: NDQ_001586

answers: good contour

answers: NDQ_001587

answers: Which of the following is not a key concept to developing good figure–ground in any cartographic design?

answers: NDQ_001588

answers: intersect

answers: NDQ_001589

answers: centrality, articulation and good contour

answers: NDQ_001590

answers: what is the horizontal distance between contour lines

answers: NDQ_001591

answers: the main figure on a map

answers: NDQ_001592

answers: articulation

answers: NDQ_001593

answers: contour

answers: NDQ_001594

answers: good contour

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction

answers: NDQ_001598

answers: contour

answers: NDQ_001600

answers: contour lines are so close together

answers: NDQ_001603

answers: None of the above choices.

answers: NDQ_001605

answers: Which of the following is not a concept of figure–ground?

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: good contour

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: the circle with the higher elevation

answers: NDQ_001614

answers: Which of the following is not a key to developing good figure–ground in any cartographic design

answers: NDQ_001618

answers: good contour

answers: NDQ_001619

answers: contour

answers: NDQ_001620

answers: good contour

answers: NDQ_001621

answers: contour

answers: NDQ_001622

answers: good contour

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: good contour

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: contour.

answers: NDQ_001587

answers: contour.

answers: NDQ_001588

answers: contour.

answers: NDQ_001589

answers: the intended message is clearly communicated to the map user.

answers: NDQ_001590

answers: contour.

answers: NDQ_001591

answers: main figure on a map and the background information.

answers: NDQ_001592

answers: intended message is clearly communicated to the map user.

answers: NDQ_001593

answers: contour.

answers: NDQ_001594

answers: contour.

answers: NDQ_001595

answers: contour.

answers: NDQ_001597

answers: contour.

answers: NDQ_001598

answers: contour.

answers: NDQ_001600

answers: contour.

answers: NDQ_001603

answers: An effectively designed map

answers: NDQ_001605

answers: figure–ground,

answers: NDQ_001606

answers: contour.

answers: NDQ_001608

answers: contour.

answers: NDQ_001611

answers: contour.

answers: NDQ_001613

answers: figure–ground,

answers: NDQ_001614

answers: figure–ground,

answers: NDQ_001618

answers: figure–ground,

answers: NDQ_001619

answers: contour.

answers: NDQ_001620

answers: contour.

answers: NDQ_001621

answers: contour.

answers: NDQ_001622

answers: figure–ground,

answers: NDQ_001623

answers: contour.

answers: NDQ_001624

answers: figure–ground,

answers: NDQ_001625

answers: contour.

text: The SOB possesses the rights to all aerial photographs and other topographic maps of Bangladesh. They undertake geodetic, topographical and aerial surveys from time to time and keep records of basic geodetic and levelling networks. Topomaps are prepared, updated and verified by ground surveys. The SOB's regular responsibilities include revising and upgrading the topographic basemaps drawn on 1:50,000 scale.

text: The SOB possesses the rights to all aerial photographs and other topographic maps of Bangladesh. They undertake

text: geodetic

text: , topographical and aerial surveys from time to time and keep records of basic geodetic and levelling networks. Topomaps are prepared, updated and verified by ground surveys. The SOB's regular responsibilities include revising and upgrading the topographic basemaps drawn on 1:50,000 scale.

answers: NDQ_001586

answers: None of the above choices.

answers: NDQ_001587

answers: Which of the following is not done by the SOB: revising and upgrading the topographic basemaps drawn on 1:50,000 scale?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: are prepared, updated and verified by ground surveys

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: levelling networks

answers: NDQ_001592

answers: update and verified by ground surveys

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can topographic maps be used for?

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

answers: How are contour lines drawn on 1:50,000 scale?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: The SOB possesses the rights to all aerial photographs and other topographic maps of Bangladesh

answers: NDQ_001613

answers: What does the SOB possesses the rights to?

answers: NDQ_001614

answers: Which is not true about topographic maps?

answers: NDQ_001618

answers: the SOB

answers: NDQ_001619

answers: topographic

answers: NDQ_001620

answers: isosceles

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: undefined

answers: NDQ_001623

answers: levelling networks

answers: NDQ_001624

answers: the SOB

answers: NDQ_001625

answers: 1:50,000

answers: NDQ_001586

answers: Topomaps

answers: NDQ_001587

answers: keep records of basic geodetic and levelling networks.

answers: NDQ_001588

answers: Topomaps

answers: NDQ_001589

answers: Topomaps are prepared, updated and verified by ground surveys.

answers: NDQ_001590

answers: Topomaps

answers: NDQ_001591

answers: levelling networks.

answers: NDQ_001592

answers: aerial surveys

answers: NDQ_001593

answers: levelling networks.

answers: NDQ_001594

answers: Topomaps

answers: NDQ_001595

answers: 1:50,000

answers: NDQ_001597

answers: Topomaps

answers: NDQ_001598

answers: Topomaps

answers: NDQ_001600

answers: levelling networks.

answers: NDQ_001603

answers: Topomaps

answers: NDQ_001605

answers: Topomaps

answers: NDQ_001606

answers: topographic maps of Bangladesh.

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: levelling networks.

answers: NDQ_001613

answers: 1:50,000 scale.

answers: NDQ_001614

answers: Topomaps

answers: NDQ_001618

answers: levelling networks.

answers: NDQ_001619

answers: levelling networks.

answers: NDQ_001620

answers: 1:50,000

answers: NDQ_001621

answers: Topomaps

answers: NDQ_001622

answers: levelling networks.

answers: NDQ_001623

answers: levelling networks.

answers: NDQ_001624

answers: levelling networks.

answers: NDQ_001625

answers: 1:50,000

text: Another 19th century example of thematic maps, according to Friendly (2008), was the earliest known choropleth map in 1826 created by Charles Dupin. Based on this work Louis-Leger Gauthier (1815–1881) developed the population contour map, a map that shows the population density by contours or isolines.

text: Another 19th century example of thematic maps, according to Friendly (2008), was the earliest known

text: choropleth map

text: in 1826 created by

text: Charles Dupin

text: . Based on this work

text: Louis-Leger Gauthier

text: (1815–1881) developed the population

text: contour map

text: , a map that shows the

text: population density

text: by contours or

text: isolines

answers: NDQ_001586

answers: population contour map

answers: NDQ_001587

answers: is a map that shows the population density by contours

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: population contour map

answers: NDQ_001590

answers: What is the population contour map?

answers: NDQ_001591

answers: population density

answers: NDQ_001592

answers: population density

answers: NDQ_001593

answers: population contour map

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: population contour map

answers: NDQ_001598

answers: population contour map

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of thematic map: choropleth map or population contour map?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: choropleth map

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: population contour map

answers: NDQ_001619

answers: population contour map

answers: NDQ_001620

answers: population contour map

answers: NDQ_001621

answers: population contour map

answers: NDQ_001622

answers: population contour map

answers: NDQ_001623

answers: isolines

answers: NDQ_001624

answers: population contour map

answers: NDQ_001625

answers: population contour map

answers: NDQ_001586

answers: population contour map,

answers: NDQ_001587

answers: contours or isolines.

answers: NDQ_001588

answers: population contour map,

answers: NDQ_001589

answers: population contour map,

answers: NDQ_001590

answers: population contour map,

answers: NDQ_001591

answers: population density

answers: NDQ_001592

answers: population density by contours

answers: NDQ_001593

answers: population contour map,

answers: NDQ_001594

answers: population contour map, a map that shows the population density by contours

answers: NDQ_001595

answers: contour map,

answers: NDQ_001597

answers: population contour map,

answers: NDQ_001598

answers: population contour map, a map that shows the population density by contours

answers: NDQ_001600

answers: population contour map,

answers: NDQ_001603

answers: population contour map,

answers: NDQ_001605

answers: choropleth

answers: NDQ_001606

answers: contour map,

answers: NDQ_001608

answers: population contour map, a map that shows the population density by contours

answers: NDQ_001611

answers: population contour map,

answers: NDQ_001613

answers: choropleth map

answers: NDQ_001614

answers: population contour map,

answers: NDQ_001618

answers: population contour map, a map that shows the population density

answers: NDQ_001619

answers: population contour map,

answers: NDQ_001620

answers: population contour map,

answers: NDQ_001621

answers: population contour map,

answers: NDQ_001622

answers: population contour map, a map that shows the population density

answers: NDQ_001623

answers: isolines.

answers: NDQ_001624

answers: population contour map, a map that shows the population density

answers: NDQ_001625

answers: population contour map,

text: Pictorial maps (also known as illustrated maps, panoramic maps, perspective maps, bird’s-eye view maps, and geopictorial maps) depict a given territory with a more artistic rather than technical style. It is a type of map in contrast to road map, atlas, or topographic map. The cartography can be a sophisticated 3-D perspective landscape or a simple map graphic enlivened with illustrations of buildings, people and animals. They can feature all sorts of varied topics like historical events, legendary figures or local agricultural products and cover anything from an entire continent to a college campus. Drawn by specialized artists and illustrators, pictorial maps are a rich, centuries-old tradition and a diverse art form that ranges from cartoon maps on restaurant placemats to treasured art prints in museums.

text: Pictorial maps (also known as illustrated maps, panoramic maps, perspective maps, bird’s-eye view maps, and geopictorial maps) depict a given territory with a more artistic rather than technical style. It is a type of map in contrast to

text: road map

text: atlas

text: , or

text: topographic map

text: . The

text: cartography

text: can be a sophisticated 3-D perspective landscape or a simple map graphic enlivened with illustrations of buildings, people and animals. They can feature all sorts of varied topics like historical events, legendary figures or local agricultural products and cover anything from an entire continent to a college campus. Drawn by specialized artists and illustrators, pictorial maps are a rich, centuries-old tradition and a diverse art form that ranges from cartoon maps on restaurant placemats to treasured art prints in museums.

answers: NDQ_001586

answers: topographic map

answers: NDQ_001587

answers: What is a type of map in contrast to road map, atlas, or topographic map

answers: NDQ_001588

answers: Which of the following is not a type of topographic map?

answers: NDQ_001589

answers: Pictorial maps depict a given territory with a more artistic rather than technical style

answers: NDQ_001590

answers: The contour interval of a topographic map represents the horizontal distance between contour lines.

answers: NDQ_001591

answers: geographical features

answers: NDQ_001592

answers: Pictorial maps

answers: NDQ_001593

answers: topographic map

answers: NDQ_001594

answers: bathymetric

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: topographic map

answers: NDQ_001600

answers: contour lines are so close together that they almost touch

answers: NDQ_001603

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

answers: NDQ_001605

answers: Which of the following is not a type of map: road map, atlas, or topographic map?

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: What can be a sophisticated 3-D perspective landscape

answers: NDQ_001611

answers: pictorial maps

answers: NDQ_001613

answers: What is a type of map in contrast to road map, atlas, or topographic map

answers: NDQ_001614

answers: Which is not a type of map in contrast to road map, atlas, or topographic map?

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: topographic map

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: perspective

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: Pictorial maps

answers: NDQ_001587

answers: a college campus.

answers: NDQ_001588

answers: Pictorial maps

answers: NDQ_001589

answers: Pictorial maps

answers: NDQ_001590

answers: Pictorial maps

answers: NDQ_001591

answers: a given territory

answers: NDQ_001592

answers: Pictorial maps

answers: NDQ_001593

answers: topographic map.

answers: NDQ_001594

answers: Pictorial maps

answers: NDQ_001595

answers: Pictorial maps

answers: NDQ_001597

answers: topographic map.

answers: NDQ_001598

answers: topographic map.

answers: NDQ_001600

answers: Pictorial maps

answers: NDQ_001603

answers: topographic map.

answers: NDQ_001605

answers: Pictorial maps

answers: NDQ_001606

answers: Pictorial maps

answers: NDQ_001608

answers: Pictorial maps

answers: NDQ_001611

answers: Pictorial maps

answers: NDQ_001613

answers: Pictorial maps

answers: NDQ_001614

answers: Pictorial maps

answers: NDQ_001618

answers: historical events, legendary figures or local agricultural products

answers: NDQ_001619

answers: geopictorial maps)

answers: NDQ_001620

answers: topographic map.

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: historical events, legendary figures or local agricultural products

answers: NDQ_001623

answers: topographic map.

answers: NDQ_001624

answers: historical events, legendary figures or local agricultural products

answers: NDQ_001625

answers: entire continent to a college campus.

text: Vanin Bay on the Strait of Tartary was named after a topographer who worked in a team that prepared maps of the coast in 1874. Vanino was established in 1907.

text: Vanin Bay on the

text: Strait of Tartary

text: was named after a topographer who worked in a team that prepared maps of the coast in 1874. Vanino was established in 1907.

answers: NDQ_001586

answers: None of the above choices.

answers: NDQ_001587

answers: Vanin Bay on the Strait of Tartary is part of what?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Vanino was established in 1907

answers: NDQ_001590

answers: What is Vanin Bay on the Strait of Tartary?

answers: NDQ_001591

answers: Vanin Bay

answers: NDQ_001592

answers: map the coast

answers: NDQ_001593

answers: What can you do with a topographic map?

answers: NDQ_001594

answers: What was Vanin Bay named after?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What is the Strait of Tartary?

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: What is Vanino?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What is Vanin Bay on the Strait of Tartary?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is Vanin Bay on the Strait of Tartary?

answers: NDQ_001611

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

answers: NDQ_001613

answers: How many years after Vanin Bay was named after a topographer did Vanino become established?

answers: NDQ_001614

answers: What is the Strait of Tartary?

answers: NDQ_001618

answers: NDQ_001619

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topography

answers: NDQ_001622

answers: Vanin Bay

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: Vanin Bay

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: 1874.

answers: NDQ_001587

answers: maps of the coast in 1874.

answers: NDQ_001588

answers: 1874.

answers: NDQ_001589

answers: 1874.

answers: NDQ_001590

answers: 1874.

answers: NDQ_001591

answers: Vanin Bay

answers: NDQ_001592

answers: coast in 1874. Vanino was established in 1907.

answers: NDQ_001593

answers: 1874.

answers: NDQ_001594

answers: 1874.

answers: NDQ_001595

answers: 1874. Vanino was established in 1907.

answers: NDQ_001597

answers: 1874.

answers: NDQ_001598

answers: 1874.

answers: NDQ_001600

answers: 1874.

answers: NDQ_001603

answers: 1874.

answers: NDQ_001605

answers: 1874.

answers: NDQ_001606

answers: 1874.

answers: NDQ_001608

answers: maps of the coast in 1874.

answers: NDQ_001611

answers: Vanino was established in 1907.

answers: NDQ_001613

answers: 1874.

answers: NDQ_001614

answers: 1874.

answers: NDQ_001618

answers: Vanin Bay

answers: NDQ_001619

answers: topographer

answers: NDQ_001620

answers: 1874.

answers: NDQ_001621

answers: topographer

answers: NDQ_001622

answers: Vanin Bay

answers: NDQ_001623

answers: Strait of Tartary

answers: NDQ_001624

answers: Vanin Bay

answers: NDQ_001625

answers: 1874.

text: Detailed, accurate topographic maps have long been a military priority.  They are currently produced by the Military-topographic service of armed forces of the Russian Federation ().  Military topographic mapping departments held other titles in the Russian Empire since 1793 and in the Soviet Union where these maps also came to be used for internal control and economic development.

text: Detailed, accurate topographic maps have long been a military priority.  They are currently produced by the Military-topographic service of armed forces of the Russian Federation ().  Military topographic mapping departments held other titles in the

text: Russian Empire

text: since 1793 and in the

text: Soviet Union

text: where these maps also came to be used for

text: internal control

text: and

text: economic development

answers: NDQ_001586

answers: None of the above choices.

answers: NDQ_001587

answers: How many years after the Russian Empire was founded was the Soviet Union founded?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: accurate topographic maps have long been a military priority

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: topographic map

answers: NDQ_001592

answers: internal control

answers: NDQ_001593

answers: It's impossible to say

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: steepest

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: Which of the following is not a type of map: Geologic maps or topographic maps?

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: The Russian Empire since 1793

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: the Russian Empire

answers: NDQ_001619

answers: can not be used

answers: NDQ_001620

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: the Russian Empire

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: the Russian Empire

answers: NDQ_001625

answers: NDQ_001586

answers: Detailed, accurate topographic maps

answers: NDQ_001587

answers: topographic maps

answers: NDQ_001588

answers: Military-topographic service of armed forces of the Russian Federation

answers: NDQ_001589

answers: Detailed, accurate topographic maps

answers: NDQ_001590

answers: Military-topographic service of armed forces of the Russian Federation

answers: NDQ_001591

answers: internal control and economic development.

answers: NDQ_001592

answers: internal control and economic development.

answers: NDQ_001593

answers: internal control and economic development.

answers: NDQ_001594

answers: Military-topographic service of armed forces of the Russian Federation

answers: NDQ_001595

answers: 1793

answers: NDQ_001597

answers: topographic maps

answers: NDQ_001598

answers: Detailed, accurate topographic maps

answers: NDQ_001600

answers: Military-topographic service of armed forces of the Russian Federation

answers: NDQ_001603

answers: Detailed, accurate topographic maps

answers: NDQ_001605

answers: Military-topographic service of armed forces of the Russian Federation

answers: NDQ_001606

answers: Military-topographic service of armed forces of the Russian Federation

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: Detailed, accurate topographic maps

answers: NDQ_001613

answers: Military-topographic service of armed forces of the Russian Federation

answers: NDQ_001614

answers: Military-topographic service of armed forces of the Russian Federation

answers: NDQ_001618

answers: internal control and economic development.

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: Detailed, accurate topographic maps

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: internal control and economic development.

answers: NDQ_001623

answers: topographic maps

answers: NDQ_001624

answers: internal control and economic development.

answers: NDQ_001625

answers: Russian Federation

text: The Science Library, in the F.W. Olin Science Center, houses books, journals, videos, and topographic maps that support programs in the natural sciences, computer science, and mathematics.

text: The Science Library, in the F.W. Olin Science Center, houses books, journals, videos, and topographic maps that support programs in the natural sciences, computer science, and mathematics.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: The Science Library houses books, journals, videos, and topographic maps.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the Science Library houses books, journals, videos, and topographic maps

answers: NDQ_001590

answers: What is the purpose of the Science Library?

answers: NDQ_001591

answers: topographic maps

answers: NDQ_001592

answers: support programs in the natural sciences

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: Which of the following is not an example of a topographic map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices.

answers: NDQ_001598

answers: the Science Library

answers: NDQ_001600

answers: Which of the following is not a topographic map?

answers: NDQ_001603

answers: No

answers: NDQ_001605

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

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval

answers: NDQ_001608

answers: Which of the following is not true of topographic maps?

answers: NDQ_001611

answers: None of the above choices.

answers: NDQ_001613

answers: Which of the following is not true of the Science Library?

answers: NDQ_001614

answers: Which of the following is not a feature of topographic maps?

answers: NDQ_001618

answers: unanswerable

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: NDQ_001623

answers: parallel line

answers: NDQ_001624

answers: The Science Library

answers: NDQ_001625

answers: 1  100

answers: NDQ_001586

answers: topographic maps

answers: NDQ_001587

answers: natural sciences, computer science, and mathematics.

answers: NDQ_001588

answers: topographic maps

answers: NDQ_001589

answers: topographic maps

answers: NDQ_001590

answers: topographic maps

answers: NDQ_001591

answers: topographic maps

answers: NDQ_001592

answers: support programs in the natural sciences, computer science, and mathematics.

answers: NDQ_001593

answers: topographic maps

answers: NDQ_001594

answers: topographic maps

answers: NDQ_001595

answers: F.W. Olin Science Center,

answers: NDQ_001597

answers: topographic maps

answers: NDQ_001598

answers: topographic maps

answers: NDQ_001600

answers: topographic maps

answers: NDQ_001603

answers: topographic maps

answers: NDQ_001605

answers: topographic maps

answers: NDQ_001606

answers: topographic maps

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: topographic maps

answers: NDQ_001613

answers: topographic maps

answers: NDQ_001614

answers: topographic maps

answers: NDQ_001618

answers: natural sciences, computer science, and mathematics.

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: topographic maps

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: natural sciences, computer science, and mathematics.

answers: NDQ_001623

answers: topographic maps

answers: NDQ_001624

answers: natural sciences, computer science, and mathematics.

answers: NDQ_001625

answers: mathematics.

text: The first geological map of the U.S. was produced in 1809 by William Maclure. In 1807, Maclure undertook the self-imposed task of making a geological survey of the United States. He traversed and mapped nearly every state in the Union. During the rigorous two-year period of his survey, he crossed and recrossed the Allegheny Mountains some 50 times. Maclure's map shows the distribution of five classes of rock in what are now only the eastern states of the present-day US.

text: The first geological map of the U.S. was produced in 1809 by

text: William Maclure

text: . In 1807, Maclure undertook the self-imposed task of making a geological survey of the United States. He traversed and mapped nearly every state in the Union. During the rigorous two-year period of his survey, he crossed and recrossed the

text: Allegheny Mountains

text: some 50 times. Maclure's map shows the distribution of five classes of rock in what are now only the eastern states of the present-day US.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many times did William Maclure cross the Allegheny Mountains?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: geological map of the U.S. was produced in 1809 by William Maclure

answers: NDQ_001590

answers: what is the first geological map of the US?

answers: NDQ_001591

answers: five classes of rock

answers: NDQ_001592

answers: show the distribution of five classes of rock

answers: NDQ_001593

answers: what is the first geological map of the US

answers: NDQ_001594

answers: what is the first geological map of the US?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: what is the first geological map of the US?

answers: NDQ_001598

answers: the eastern states

answers: NDQ_001600

answers: what is the first geological map of the US

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: How many classes of rock does Maclure's map show?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

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

answers: NDQ_001613

answers: what is the first geological map of the US?

answers: NDQ_001614

answers: Which of the following is not true of topographic maps?

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: geological map

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: Allegheny Mountains

answers: NDQ_001625

answers: 1°

answers: NDQ_001586

answers: first geological map of the U.S. was produced in 1809

answers: NDQ_001587

answers: Allegheny Mountains

answers: NDQ_001588

answers: 1809

answers: NDQ_001589

answers: five classes of rock

answers: NDQ_001590

answers: first geological map of the U.S. was produced in 1809

answers: NDQ_001591

answers: distribution of five classes of rock

answers: NDQ_001592

answers: geological map

answers: NDQ_001593

answers: geological map of the U.S. was produced in 1809

answers: NDQ_001594

answers: William Maclure.

answers: NDQ_001595

answers: 1809

answers: NDQ_001597

answers: eastern states of the present-day US.

answers: NDQ_001598

answers: distribution of five classes of rock

answers: NDQ_001600

answers: first geological map of the U.S. was produced in 1809

answers: NDQ_001603

answers: geological map of the U.S. was produced in 1809

answers: NDQ_001605

answers: five classes

answers: NDQ_001606

answers: 1809

answers: NDQ_001608

answers: The first geological map

answers: NDQ_001611

answers: Allegheny Mountains

answers: NDQ_001613

answers: William Maclure.

answers: NDQ_001614

answers: geological map of the U.S. was produced in 1809

answers: NDQ_001618

answers: Allegheny Mountains

answers: NDQ_001619

answers: five classes of rock

answers: NDQ_001620

answers: 1809

answers: NDQ_001621

answers: geological map

answers: NDQ_001622

answers: Allegheny Mountains

answers: NDQ_001623

answers: Allegheny Mountains

answers: NDQ_001624

answers: Allegheny Mountains

answers: NDQ_001625

answers: 1809

text: "Freedom from dependence upon ground surveys was forecast during World War I, when Major James W. Bagley, a former civilian employee of the US Geological Survey and a pioneer in American photo-mapping, brought his recently invented tri-lens camera to France. Bagley's camera took one vertical and two oblique photographs and in that way produced a much larger picture than a single lens camera previously used. Study of these photographs enabled topographic engineers to overprint the site of enemy trenches and gun emplacements on existing base maps."

text: "Freedom from dependence upon ground surveys was forecast during World War I, when Major James W. Bagley, a former civilian employee of the US Geological Survey and a pioneer in American photo-mapping, brought his recently invented tri-lens camera to France. Bagley's camera took one vertical and two oblique photographs and in that way produced a much larger picture than a single lens camera previously used. Study of these photographs enabled topographic engineers to overprint the site of enemy trenches and gun emplacements on existing base maps."

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: is a type of what?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: overprint the site of enemy trenches and gun emplacements

answers: NDQ_001590

answers: what is the first paragraph of the text?

answers: NDQ_001591

answers: enemy trenches

answers: NDQ_001592

answers: overprint the site

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: yes

answers: NDQ_001598

answers: oblique photographs

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: one vertical and two oblique photographs

answers: NDQ_001608

answers: what is the first group mentioned?

answers: NDQ_001611

answers: None of the above choices

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: no

answers: NDQ_001618

answers: enemy trenches

answers: NDQ_001619

answers: topographic engineers

answers: NDQ_001620

answers: vertical

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: enemy trenches

answers: NDQ_001623

answers: vertical

answers: NDQ_001624

answers: enemy trenches

answers: NDQ_001625

answers: vertical

answers: NDQ_001586

answers: overprint the site of enemy trenches and gun emplacements

answers: NDQ_001587

answers: one vertical and two oblique

answers: NDQ_001588

answers: oblique

answers: NDQ_001589

answers: enemy trenches and gun emplacements

answers: NDQ_001590

answers: overprint the site of enemy trenches and gun emplacements

answers: NDQ_001591

answers: enemy trenches and gun emplacements

answers: NDQ_001592

answers: enemy trenches and gun emplacements

answers: NDQ_001593

answers: overprint the site of enemy trenches and gun emplacements

answers: NDQ_001594

answers: overprint the site of enemy trenches and gun emplacements

answers: NDQ_001595

answers: two

answers: NDQ_001597

answers: overprint the site of enemy trenches and gun emplacements

answers: NDQ_001598

answers: overprint the site of enemy trenches and gun emplacements

answers: NDQ_001600

answers: oblique photographs

answers: NDQ_001603

answers: topographic engineers

answers: NDQ_001605

answers: overprint the site of enemy trenches and gun emplacements

answers: NDQ_001606

answers: one vertical

answers: NDQ_001608

answers: base maps."

answers: NDQ_001611

answers: enemy trenches and gun emplacements on existing base maps."

answers: NDQ_001613

answers: overprint the site of enemy trenches and gun emplacements

answers: NDQ_001614

answers: vertical and two oblique photographs

answers: NDQ_001618

answers: enemy trenches and gun emplacements

answers: NDQ_001619

answers: base maps."

answers: NDQ_001620

answers: oblique

answers: NDQ_001621

answers: base maps."

answers: NDQ_001622

answers: enemy trenches and gun emplacements

answers: NDQ_001623

answers: vertical

answers: NDQ_001624

answers: enemy trenches and gun emplacements

answers: NDQ_001625

answers: one vertical and two oblique photographs

text: The maps are superimposed over a topographic map base produced by Ordnance Survey (OS), and use symbols to represent fault lines, strike and dip or geological units, boreholes etc. Colors are used to represent different geological units. Explanatory booklets (memoirs) are produced for many sheets at the 1:50,000 scale.

text: The maps are superimposed over a topographic map base produced by

text: Ordnance Survey

text: (OS), and use symbols to represent fault lines, strike and dip or geological units,

text: borehole

text: s etc. Colors are used to represent different geological units. Explanatory booklets (memoirs) are produced for many sheets at the 1:50,000 scale.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: can be used to represent what?

answers: NDQ_001588

answers: Which of the following is not a type of contour line: parallel or intersect?

answers: NDQ_001589

answers: use symbols to represent fault lines, strike and dip

answers: NDQ_001590

answers: The contour interval of a topographic map represents the horizontal distance between what?

answers: NDQ_001591

answers: fault lines

answers: NDQ_001592

answers: use symbols to represent fault lines

answers: NDQ_001593

answers: What can you use a topographic map for?

answers: NDQ_001594

answers: Which of the following is not a type of contour line?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow

answers: NDQ_001598

answers: the steepest side

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a plain or plateau

answers: NDQ_001603

answers: no

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is not used to represent fault lines?

answers: NDQ_001611

answers: Colors are used to represent different geological units

answers: NDQ_001613

answers: Which of the following is not a symbol used to represent fault lines: strike and dip or geological units?

answers: NDQ_001614

answers: Which of the following is not true of topographic maps?

answers: NDQ_001618

answers: fault lines

answers: NDQ_001619

answers: a borehole

answers: NDQ_001620

answers: dip

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: fault lines

answers: NDQ_001623

answers: dip

answers: NDQ_001624

answers: fault lines

answers: NDQ_001625

answers: 1:50,000

answers: NDQ_001586

answers: symbols

answers: NDQ_001587

answers: boreholes

answers: NDQ_001588

answers: strike and dip

answers: NDQ_001589

answers: symbols to represent fault lines,

answers: NDQ_001590

answers: topographic map base produced by Ordnance Survey

answers: NDQ_001591

answers: fault lines,

answers: NDQ_001592

answers: strike and dip

answers: NDQ_001593

answers: strike and dip

answers: NDQ_001594

answers: symbols to represent fault lines, strike and dip

answers: NDQ_001595

answers: 1:50,000

answers: NDQ_001597

answers: symbols to represent fault lines, strike and dip

answers: NDQ_001598

answers: symbols to represent fault lines, strike and dip

answers: NDQ_001600

answers: fault lines,

answers: NDQ_001603

answers: symbols to represent fault lines, strike and dip or geological units,

answers: NDQ_001605

answers: Colors are used to represent different geological units.

answers: NDQ_001606

answers: 1:50,000

answers: NDQ_001608

answers: symbols to represent fault lines,

answers: NDQ_001611

answers: fault lines,

answers: NDQ_001613

answers: symbols to represent fault lines, strike and dip

answers: NDQ_001614

answers: topographic map base produced by Ordnance Survey (OS),

answers: NDQ_001618

answers: fault lines, strike and dip or geological units, boreholes

answers: NDQ_001619

answers: boreholes

answers: NDQ_001620

answers: strike and dip

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: fault lines, strike and dip or geological units, boreholes

answers: NDQ_001623

answers: strike and dip

answers: NDQ_001624

answers: fault lines,

answers: NDQ_001625

answers: 1:50,000

text: Most of the maps are of the scale 1:1,000,000 or 1:500,000. However, the environs of the three greater centers (Athens, Rome, Byzantium-Constantinople) are presented in 1:150,000. Some remote regions, where Greeks and Romans mostly explored and traded rather than settled (i.e. Baltic, Arabia, East Africa, India, Sri Lanka), are of the scale 1:5,000,000. Due to the nature of the base maps used for the background and time–cost restrictions, elevation lines (contours) were left in feet except for the 1:150,000 maps where they are in meters. The projection of the maps is Lambert Conformal Conic. Again due to time and cost restrictions, geo-referencing of the maps was left as a future separate project.

text: Most of the maps are of the scale 1:1,000,000 or 1:500,000. However, the environs of the three greater centers (

text: Athens

text: Rome

text: Byzantium

text: Constantinople

text: ) are presented in 1:150,000. Some remote regions, where Greeks and Romans mostly explored and traded rather than settled (i.e.

text: Baltic

text: Arabia

text: East Africa

text: India

text: Sri Lanka

text: ), are of the scale 1:5,000,000. Due to the nature of the base maps used for the background and time–cost restrictions, elevation lines (contours) were left in feet except for the 1:150,000 maps where they are in meters. The

text: projection

text: of the maps is

text: Lambert Conformal Conic

text: . Again due to time and cost restrictions,

text: geo-referencing

text: of the maps was left as a future separate project.

answers: NDQ_001586

answers: feet

answers: NDQ_001587

answers: What is the projection of the maps?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Lambert Conformal Conic

answers: NDQ_001590

answers: elevation lines (contours)

answers: NDQ_001591

answers: elevation

answers: NDQ_001592

answers: geo-referencing

answers: NDQ_001593

answers: elevation lines (contours)

answers: NDQ_001594

answers: elevation lines

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: elevation lines

answers: NDQ_001598

answers: elevation lines

answers: NDQ_001600

answers: elevation lines were left in feet

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What is the projection of the maps?

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What are contour lines?

answers: NDQ_001611

answers: What is the projection of the maps?

answers: NDQ_001613

answers: What is the projection of the maps?

answers: NDQ_001614

answers: What is the projection of the maps?

answers: NDQ_001618

answers: elevation lines

answers: NDQ_001619

answers: 1:50,000

answers: NDQ_001620

answers: feet

answers: NDQ_001621

answers: elevation lines

answers: NDQ_001622

answers: elevation lines

answers: NDQ_001623

answers: contours

answers: NDQ_001624

answers: elevation lines

answers: NDQ_001625

answers: 1:150,000

answers: NDQ_001586

answers: feet

answers: NDQ_001587

answers: elevation lines (contours) were left in feet

answers: NDQ_001588

answers: elevation lines (contours) were left in feet

answers: NDQ_001589

answers: feet

answers: NDQ_001590

answers: feet

answers: NDQ_001591

answers: elevation

answers: NDQ_001592

answers: geo-referencing

answers: NDQ_001593

answers: elevation lines (contours)

answers: NDQ_001594

answers: elevation lines (contours) were left in feet

answers: NDQ_001595

answers: feet

answers: NDQ_001597

answers: elevation lines

answers: NDQ_001598

answers: elevation lines (contours)

answers: NDQ_001600

answers: 1:1,000,000 or 1:500,000.

answers: NDQ_001603

answers: geo-referencing of the maps was left as a future separate project.

answers: NDQ_001605

answers: 1:1,000,000 or 1:500,000.

answers: NDQ_001606

answers: feet

answers: NDQ_001608

answers: elevation lines

answers: NDQ_001611

answers: elevation lines (contours) were left in feet

answers: NDQ_001613

answers: feet

answers: NDQ_001614

answers: 1:1,000,000 or 1:500,000.

answers: NDQ_001618

answers: elevation lines

answers: NDQ_001619

answers: meters.

answers: NDQ_001620

answers: feet

answers: NDQ_001621

answers: elevation lines (contours)

answers: NDQ_001622

answers: elevation lines (contours) were left in feet

answers: NDQ_001623

answers: (contours)

answers: NDQ_001624

answers: elevation lines (contours) were left in feet

answers: NDQ_001625

answers: 1:150,000

text: In the geosciences, especially seismic data analysis, these plots also called f–k plot, in which energy density within a given time interval is contoured on a frequency-versus-wavenumber basis.  They are used to examine the direction and apparent velocity of seismic waves and in velocity filter design.

text: In the

text: geoscience

text: s, especially seismic data analysis, these plots also called f–k plot, in which energy density within a given time interval is contoured on a frequency-versus-wavenumber basis.  They are used to examine the direction and apparent velocity of seismic waves and in

text: velocity filter

text: design.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: can be used to examine the direction and apparent velocity

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: they are used to examine the direction and apparent velocity

answers: NDQ_001590

answers: unanswerable

answers: NDQ_001591

answers: direction and apparent velocity

answers: NDQ_001592

answers: direction and apparent velocity of seismic waves

answers: NDQ_001593

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: direction and apparent velocity

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: unanswerable

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: None of the above choices

answers: NDQ_001611

answers: None of the above choices

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: energy density

answers: NDQ_001619

answers: NDQ_001620

answers: NDQ_001621

answers: contoured

answers: NDQ_001622

answers: NDQ_001623

answers: parallel line

answers: NDQ_001624

answers: unanswerable

answers: NDQ_001625

answers: time interval

answers: NDQ_001586

answers: f–k plot,

answers: NDQ_001587

answers: f–k plot,

answers: NDQ_001588

answers: f–k plot,

answers: NDQ_001589

answers: frequency-versus-wavenumber basis.

answers: NDQ_001590

answers: f–k plot,

answers: NDQ_001591

answers: direction and apparent velocity

answers: NDQ_001592

answers: contoured

answers: NDQ_001593

answers: f–k plot,

answers: NDQ_001594

answers: f–k plot,

answers: NDQ_001595

answers: f–k plot,

answers: NDQ_001597

answers: f–k plot,

answers: NDQ_001598

answers: f–k plot,

answers: NDQ_001600

answers: f–k plot,

answers: NDQ_001603

answers: f–k plot,

answers: NDQ_001605

answers: f–k plot,

answers: NDQ_001606

answers: f–k plot,

answers: NDQ_001608

answers: f–k plot,

answers: NDQ_001611

answers: f–k plot,

answers: NDQ_001613

answers: f–k plot,

answers: NDQ_001614

answers: f–k plot,

answers: NDQ_001618

answers: f–k plot,

answers: NDQ_001619

answers: f–k plot,

answers: NDQ_001620

answers: f–k plot,

answers: NDQ_001621

answers: f–k plot,

answers: NDQ_001622

answers: f–k plot, in which energy density

answers: NDQ_001623

answers: f–k plot,

answers: NDQ_001624

answers: f–k plot,

answers: NDQ_001625

answers: frequency-versus-wavenumber

text: Elevations are measured in three steps, that include first measuring the interior orientation, then the relative orientation, and finally the absolute orientation. Interior orientation photographs are placed in relation to the center of the stereoplotter by aligning the fixed standard of reference points for measurement to corresponding points on the photograph. The focal length of the camera is also set. With relative orientation the angle of orientation of the camera relative to the place where the photos were the stereo-photo is taken programmed in the stereoplotter. This allows the effects of parallax (distortion of the final stereo-photo) to be reduced. In absolute orientation, the ground coordinates of a position are used to scale the model. You can use this to get the x, y, or z coordinates of any position on the stereo photographs. This information can be used for the construction of  contour lines for topographic maps.

text: Elevations are measured in three steps, that include first measuring the interior orientation, then the relative orientation, and finally the absolute orientation. Interior orientation photographs are placed in relation to the center of the stereoplotter by aligning the fixed standard of reference points for measurement to corresponding points on the photograph. The focal length of the camera is also set. With relative orientation the angle of orientation of the camera relative to the place where the photos were the stereo-photo is taken programmed in the stereoplotter. This allows the effects of parallax (distortion of the final stereo-photo) to be reduced. In absolute orientation, the ground coordinates of a position are used to scale the model. You can use this to get the x, y, or z coordinates of any position on the stereo photographs. This information can be used for the construction of

text: contour line

text: s for topographic maps.

answers: NDQ_001586

answers: What is the difference between absolute orientation and relative orientation?

answers: NDQ_001587

answers: can be used for the construction of contour lines

answers: NDQ_001588

answers: Which of the following is not a characteristic of absolute orientation?

answers: NDQ_001589

answers: the ground coordinates of a position are used to scale the model

answers: NDQ_001590

answers: What is the difference between absolute orientation and relative orientation?

answers: NDQ_001591

answers: relative orientation

answers: NDQ_001592

answers: x, y, or z coordinates

answers: NDQ_001593

answers: This information can be used for the construction of contour lines

answers: NDQ_001594

answers: Which of the following is not an example of absolute orientation?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: absolute orientation

answers: NDQ_001600

answers: Which of the following is not a feature of absolute orientation?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What can be used for the construction of contour lines for topographic maps?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is not a benefit of absolute orientation?

answers: NDQ_001611

answers: How do you know if a hill is high or steep?

answers: NDQ_001613

answers: What is the difference between absolute orientation and relative orientation?

answers: NDQ_001614

answers: Which of the following is not included in the construction of contour lines for topographic maps?

answers: NDQ_001618

answers: absolute orientation

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: Absolute orientation

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: unanswerable

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: absolute orientation,

answers: NDQ_001587

answers: contour lines for topographic maps.

answers: NDQ_001588

answers: absolute orientation,

answers: NDQ_001589

answers: topographic maps.

answers: NDQ_001590

answers: absolute orientation,

answers: NDQ_001591

answers: topographic maps.

answers: NDQ_001592

answers: contour lines

answers: NDQ_001593

answers: contour lines

answers: NDQ_001594

answers: absolute orientation,

answers: NDQ_001595

answers: contour lines

answers: NDQ_001597

answers: contour lines

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: absolute orientation,

answers: NDQ_001603

answers: topographic maps.

answers: NDQ_001605

answers: absolute orientation,

answers: NDQ_001606

answers: absolute orientation,

answers: NDQ_001608

answers: topographic maps.

answers: NDQ_001611

answers: contour lines

answers: NDQ_001613

answers: absolute orientation,

answers: NDQ_001614

answers: topographic maps.

answers: NDQ_001618

answers: absolute orientation,

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: absolute orientation,

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: absolute orientation,

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: absolute orientation,

answers: NDQ_001625

answers: contour lines

text: Survey township, sometimes called Congressional township, as used by the United States Public Land Survey System, refers to a square unit of land, that is nominally six (U.S. Survey) miles (~9.7 km) on a side. Each 36-square-mile (~93 km) township is divided into 36 one-square-mile (~2.6 km) sections, that can be further subdivided for sale, and each section covers a nominal . The townships are referenced by a numbering system that locates the township in relation to a principal meridian (north-south) and a base line (east-west). For example, Township 2 North, Range 4 East is the 4th township east of the principal meridian and the 2nd township north of the base line. Township (exterior) lines were originally surveyed and platted by the US General Land Office using contracted private survey crews. Later survey crews subdivided the townships into sections (interior) lines. Virtually all lands covered by this system were sold according to these boundaries. They are marked on the U.S. Geological Survey topographic maps.

text: Survey township, sometimes called Congressional township, as used by the

text: United States

text: Public Land Survey System

text: , refers to a square

text: unit

text: of land, that is nominally six (U.S. Survey)

text: mile

text: s (~9.7 km) on a side. Each 36-square-mile (~93 km) township is divided into 36 one-square-mile (~2.6 km)

text: sections

text: , that can be further subdivided for sale, and each section covers a nominal . The townships are referenced by a numbering system that locates the township in relation to a

text: principal meridian

text: (north-south) and a

text: base line

text: (east-west). For example, Township 2 North, Range 4 East is the 4th township east of the principal meridian and the 2nd township north of the base line. Township (exterior) lines were originally surveyed and platted by the US

text: General Land Office

text: using contracted private survey crews. Later survey crews subdivided the townships into sections (interior) lines. Virtually all lands covered by this system were sold according to these boundaries. They are marked on the

text: U.S. Geological Survey

text: topographic map

text: s.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: How many square miles is a survey township?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: bathymetric map

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: townships

answers: NDQ_001592

answers: subdivided the townships into sections

answers: NDQ_001593

answers: How can you determine the slope of the land

answers: NDQ_001594

answers: What is the distance to the bottom of the water?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: north-south

answers: NDQ_001598

answers: east

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What are the different types of rocks on U.S. Geological Survey topographic maps?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: How far apart does a concentrated line show a hill?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is the hatch marks on a topographic map?

answers: NDQ_001614

answers: Which is not true?

answers: NDQ_001618

answers: survey township

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: 9.7 km

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: Survey township

answers: NDQ_001623

answers: principal meridian

answers: NDQ_001624

answers: survey township

answers: NDQ_001625

answers: one-square-mile

answers: NDQ_001586

answers: U.S. Geological Survey

answers: NDQ_001587

answers: each section covers a nominal.

answers: NDQ_001588

answers: principal meridian

answers: NDQ_001589

answers: topographic maps.

answers: NDQ_001590

answers: U.S. Geological Survey

answers: NDQ_001591

answers: Survey township,

answers: NDQ_001592

answers: sold according to these boundaries.

answers: NDQ_001593

answers: U.S. Geological Survey topographic maps.

answers: NDQ_001594

answers: principal meridian

answers: NDQ_001595

answers: six

answers: NDQ_001597

answers: (north-south)

answers: NDQ_001598

answers: U.S. Geological Survey

answers: NDQ_001600

answers: principal meridian

answers: NDQ_001603

answers: U.S. Geological Survey topographic maps.

answers: NDQ_001605

answers: U.S. Geological Survey topographic maps.

answers: NDQ_001606

answers: principal meridian

answers: NDQ_001608

answers: topographic maps.

answers: NDQ_001611

answers: a principal meridian

answers: NDQ_001613

answers: principal meridian

answers: NDQ_001614

answers: U.S. Geological Survey topographic maps.

answers: NDQ_001618

answers: Township (exterior) lines

answers: NDQ_001619

answers: U.S. Geological Survey topographic maps.

answers: NDQ_001620

answers: Township (exterior) lines

answers: NDQ_001621

answers: topographic maps.

answers: NDQ_001622

answers: Survey township,

answers: NDQ_001623

answers: principal meridian

answers: NDQ_001624

answers: Township (exterior) lines

answers: NDQ_001625

answers: U.S. Geological Survey

text: Although it is usually indicated simply as Olona on topographic and road maps, it may be called either Olona inferiore (Lower Olona) or Olona meridionale (Southern Olona) for better distinction with the northern Olona.

text: Although it is usually indicated simply as Olona on topographic and road maps, it may be called either Olona inferiore (Lower Olona) or Olona meridionale (Southern Olona) for better distinction with the northern Olona.

answers: NDQ_001586

answers: NDQ_001587

answers: Olona meridionale and Olona inferiore

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: is usually indicated simply as Olona on topographic and road maps

answers: NDQ_001590

answers: What is the contour interval of a topographic map?

answers: NDQ_001591

answers: Olona

answers: NDQ_001592

answers: road maps

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: contour lines represent the distance to the bottom

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: The steepest side

answers: NDQ_001600

answers: What is the term for a plain or plateau?

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: Which of the following is not a type of rock: Olona meridionale or Olona inferiore?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: What is the opposite of concentric lines that are very far apart?

answers: NDQ_001613

answers: What is the difference between Olona inferiore and Olona meridionale?

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: Olona

answers: NDQ_001619

answers: depth map

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Olona

answers: NDQ_001623

answers: equator

answers: NDQ_001624

answers: Olona

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Olona meridionale

answers: NDQ_001587

answers: Olona meridionale

answers: NDQ_001588

answers: Olona meridionale

answers: NDQ_001589

answers: topographic and road maps,

answers: NDQ_001590

answers: Olona inferiore

answers: NDQ_001591

answers: Olona

answers: NDQ_001592

answers: Olona

answers: NDQ_001593

answers: topographic and road maps,

answers: NDQ_001594

answers: Olona inferiore

answers: NDQ_001595

answers: Olona meridionale

answers: NDQ_001597

answers: topographic and road maps,

answers: NDQ_001598

answers: Olona meridionale

answers: NDQ_001600

answers: Olona on topographic and road maps,

answers: NDQ_001603

answers: topographic and road maps,

answers: NDQ_001605

answers: Olona inferiore

answers: NDQ_001606

answers: Olona meridionale

answers: NDQ_001608

answers: topographic and road maps,

answers: NDQ_001611

answers: Olona inferiore

answers: NDQ_001613

answers: Olona inferiore

answers: NDQ_001614

answers: Olona on topographic and road maps,

answers: NDQ_001618

answers: Olona

answers: NDQ_001619

answers: topographic and road maps,

answers: NDQ_001620

answers: Olona inferiore

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Olona

answers: NDQ_001623

answers: Olona meridionale

answers: NDQ_001624

answers: Olona

answers: NDQ_001625

answers: Olona meridionale

text: The next-smallest topographic series, in terms of scale, is the 1:100,000 series. These maps are bounded by two lines of longitude and two lines of latitude. However, in this series, the lines of latitude are spaced 30 minutes apart and the lines of longitude are spaced 60 minutes, which is the source of another name for these maps; the 30 x 60-minute quadrangle series. Each of these quadrangles covers the area contained within 32 maps in the 7.5-minute series. The 1:100,000 scale series is unusual in that it employs the Metric system primarily. One centimeter on the map represents one kilometer of distance on the ground. Contour intervals, spot elevations, and horizontal distances are also specified in meters.

text: The next-smallest topographic series, in terms of scale, is the 1:100,000 series. These maps are bounded by two lines of longitude and two lines of latitude. However, in this series, the lines of latitude are spaced 30 minutes apart and the lines of longitude are spaced 60 minutes, which is the source of another name for these maps; the 30 x 60-minute quadrangle series. Each of these quadrangles covers the area contained within 32 maps in the 7.5-minute series. The 1:100,000 scale series is unusual in that it employs the

text: Metric system

text: primarily. One centimeter on the map represents one kilometer of distance on the ground.

text: Contour interval

text: s, spot elevations, and horizontal distances are also specified in meters.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many lines of longitude and two lines of latitude are bounded by these maps?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: One centimeter on the map represents one kilometer of distance on the ground

answers: NDQ_001590

answers: What is the next-smallest topographic series?

answers: NDQ_001591

answers: intervals

answers: NDQ_001592

answers: One centimeter on the map represents one kilometer

answers: NDQ_001593

answers: one hundred degrees

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: one centimeter on the map represents one kilometer

answers: NDQ_001600

answers: What is the next-smallest topographic series?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: How do contour lines help us to see the three-dimensional shape of the land?

answers: NDQ_001611

answers: How many lines of longitude and two lines of latitude are spaced 30 minutes apart?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is the hatch marks on a topographic map?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: Spot elevations

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: Contour intervals

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: spot elevations

answers: NDQ_001623

answers: Contour intervals

answers: NDQ_001624

answers: intervals

answers: NDQ_001625

answers: meters

answers: NDQ_001586

answers: Contour intervals, spot elevations,

answers: NDQ_001587

answers: 30 x 60-minute quadrangle

answers: NDQ_001588

answers: two lines of longitude and two lines of latitude.

answers: NDQ_001589

answers: One centimeter

answers: NDQ_001590

answers: meters.

answers: NDQ_001591

answers: intervals,

answers: NDQ_001592

answers: horizontal distances

answers: NDQ_001593

answers: Contour intervals, spot elevations,

answers: NDQ_001594

answers: Contour intervals,

answers: NDQ_001595

answers: Contour intervals,

answers: NDQ_001597

answers: two lines of longitude and two lines of latitude.

answers: NDQ_001598

answers: Contour intervals, spot elevations,

answers: NDQ_001600

answers: Contour intervals,

answers: NDQ_001603

answers: 1:100,000 series.

answers: NDQ_001605

answers: Metric system

answers: NDQ_001606

answers: Contour intervals,

answers: NDQ_001608

answers: Contour intervals,

answers: NDQ_001611

answers: two lines of longitude and two lines of latitude.

answers: NDQ_001613

answers: Metric system

answers: NDQ_001614

answers: horizontal distances

answers: NDQ_001618

answers: Contour intervals, spot elevations,

answers: NDQ_001619

answers: One centimeter

answers: NDQ_001620

answers: Contour intervals,

answers: NDQ_001621

answers: spot elevations,

answers: NDQ_001622

answers: spot elevations,

answers: NDQ_001623

answers: Contour intervals,

answers: NDQ_001624

answers: Contour intervals, spot elevations,

answers: NDQ_001625

answers: meters.

text: Geometry was essential to surveying and cartography. The earliest extant Chinese maps date to the 4th century BCE, yet it was not until the time of Pei Xiu (224–271) that topographical elevation, a formal rectangular grid system, and use of a standard graduated scale of distances was applied to terrain maps. Following a long tradition, Shen Kuo created a raised-relief map, while his other maps featured a uniform graduated scale of 1:900,000. A  squared map of 1137—carved into a stone block—followed a uniform grid scale of 100 li for each gridded square, and accurately mapped the outline of the coasts and river systems of China, extending all the way to India. Furthermore, the world's oldest known terrain map in printed form comes from the edited encyclopedia of Yang Jia in 1155, which displayed western China without the formal grid system that was characteristic of more professionally made Chinese maps. Although gazetteers had existed since 52 CE during the Han dynasty and gazetteers accompanied by illustrative maps (Chinese: tujing) since the Sui dynasty, the illustrated gazetteer became much more common in the Song dynasty, when the foremost concern was for illustrative gazetteers to serve political, administrative, and military purposes.

text: Geometry

text: was essential to

text: surveying

text: and

text: cartography

text: . The

text: earliest extant Chinese maps

text: date to the 4th century BCE, yet it was not until the time of

text: Pei Xiu

text: (224–271) that topographical

text: elevation

text: , a formal

text: rectangular grid

text: system, and use of a standard graduated scale of distances was applied to terrain maps.

text: Following a long tradition

text: , Shen Kuo created a

text: raised-relief map

text: , while his other maps featured a uniform graduated scale of 1:900,000. A  squared map of 1137—carved into a stone block—followed a uniform grid scale of 100 li for each gridded square, and accurately mapped the outline of the coasts and river systems of China, extending all the way to India. Furthermore, the world's oldest known terrain map in printed form comes from the edited encyclopedia of Yang Jia in 1155, which displayed western China without the formal grid system that was characteristic of more professionally made Chinese maps. Although

text: gazetteer

text: s had existed since 52 CE during the Han dynasty and gazetteers accompanied by illustrative maps (Chinese: tujing) since the Sui dynasty, the illustrated gazetteer became much more common in the Song dynasty, when the foremost concern was for illustrative gazetteers to serve political, administrative, and military purposes.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many years after the time of Pei Xiu was the world's oldest known terrain map in printed form?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: it was not until the time of Pei Xiu (224–271)

answers: NDQ_001590

answers: What was the world's oldest known terrain map in printed form

answers: NDQ_001591

answers: a formal rectangular grid system

answers: NDQ_001592

answers: a formal rectangular grid system

answers: NDQ_001593

answers: elevation

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: raised-relief map

answers: NDQ_001600

answers: What is a raised-relief map?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of map: raised-relief map, carved into a stone block, or encyclopedia?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is a raised-relief map?

answers: NDQ_001611

answers: Which of the following is not a characteristic of more professionally made Chinese maps?

answers: NDQ_001613

answers: How many hatch marks are on a topographic map?

answers: NDQ_001614

answers: What was not characteristic of more professionally made Chinese maps?

answers: NDQ_001618

answers: raised-relief

answers: NDQ_001619

answers: raised-relief map

answers: NDQ_001620

answers: graduated scale

answers: NDQ_001621

answers: terrain maps

answers: NDQ_001622

answers: western China

answers: NDQ_001623

answers: li

answers: NDQ_001624

answers: raised-relief map

answers: NDQ_001625

answers: 100 li

answers: NDQ_001586

answers: Pei Xiu

answers: NDQ_001587

answers: squared map of 1137—carved

answers: NDQ_001588

answers: Pei Xiu

answers: NDQ_001589

answers: topographical elevation,

answers: NDQ_001590

answers: 1:900,000.

answers: NDQ_001591

answers: coasts and river systems

answers: NDQ_001592

answers: elevation,

answers: NDQ_001593

answers: topographical elevation,

answers: NDQ_001594

answers: Pei Xiu

answers: NDQ_001595

answers: 1:900,000.

answers: NDQ_001597

answers: accurately mapped the outline of the coasts and river systems of China,

answers: NDQ_001598

answers: elevation,

answers: NDQ_001600

answers: raised-relief map,

answers: NDQ_001603

answers: topographical elevation,

answers: NDQ_001605

answers: raised-relief

answers: NDQ_001606

answers: 4th century BCE,

answers: NDQ_001608

answers: terrain maps.

answers: NDQ_001611

answers: Pei Xiu

answers: NDQ_001613

answers: Pei Xiu

answers: NDQ_001614

answers: it was not until the time of Pei Xiu

answers: NDQ_001618

answers: elevation,

answers: NDQ_001619

answers: river systems

answers: NDQ_001620

answers: elevation,

answers: NDQ_001621

answers: topographical elevation,

answers: NDQ_001622

answers: western China

answers: NDQ_001623

answers: grid system,

answers: NDQ_001624

answers: coasts and river systems

answers: NDQ_001625

answers: 1:900,000.

text: In cartography, he is also credited with one of the earliest (if not the first) thematic map to use contour linesto display a non-geographic variable on map--- a contour map of the population of Paris in 1874.

text: In

text: cartography

text: , he is also credited with one of the earliest (if not the first)

text: thematic map

text: to use

text: contour line

text: sto display a non-geographic variable on map--- a contour map of the population of Paris in 1874.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: can be used to display a non-geographic variable on map

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the population of Paris in 1874

answers: NDQ_001590

answers: What is the purpose of contour lines?

answers: NDQ_001591

answers: non-geographic variable

answers: NDQ_001592

answers: display a non-geographic variable

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: no

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Yes

answers: NDQ_001611

answers: None of the above choices

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: population of Paris

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: isosceles triangle

answers: NDQ_001621

answers: contour lines

answers: NDQ_001622

answers: population of Paris

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: unanswerable

answers: NDQ_001625

answers: 1 m

answers: NDQ_001586

answers: contour linesto display a non-geographic variable

answers: NDQ_001587

answers: contour linesto

answers: NDQ_001588

answers: contour linesto

answers: NDQ_001589

answers: contour linesto

answers: NDQ_001590

answers: contour linesto

answers: NDQ_001591

answers: a non-geographic variable

answers: NDQ_001592

answers: display a non-geographic variable

answers: NDQ_001593

answers: contour linesto

answers: NDQ_001594

answers: contour linesto

answers: NDQ_001595

answers: 1874.

answers: NDQ_001597

answers: contour linesto

answers: NDQ_001598

answers: contour linesto

answers: NDQ_001600

answers: contour linesto

answers: NDQ_001603

answers: contour linesto display a non-geographic variable

answers: NDQ_001605

answers: contour linesto

answers: NDQ_001606

answers: contour linesto

answers: NDQ_001608

answers: contour linesto display a non-geographic variable on map---

answers: NDQ_001611

answers: contour linesto

answers: NDQ_001613

answers: contour linesto

answers: NDQ_001614

answers: contour linesto

answers: NDQ_001618

answers: population of Paris

answers: NDQ_001619

answers: contour linesto

answers: NDQ_001620

answers: contour linesto

answers: NDQ_001621

answers: contour linesto

answers: NDQ_001622

answers: population of Paris

answers: NDQ_001623

answers: contour linesto

answers: NDQ_001624

answers: population of Paris

answers: NDQ_001625

answers: 1874.

text: An isogon (from γωνία or gonia, meaning 'angle') is a contour line for a variable which measures direction.  In meteorology and in geomagnetics, the term isogon has specific meanings which are described below.  An isocline (from κλίνειν or klinein, meaning 'to lean or slope') is a line joining points with equal slope.  In population dynamics and in geomagnetics, the terms isocline and isoclinic line have specific meanings which are described below.

text: An isogon (from γωνία or gonia, meaning 'angle') is a contour line for a variable which measures direction.  In meteorology and in geomagnetics, the term isogon has specific meanings which are described below.  An

text: isocline

text: (from κλίνειν or klinein, meaning 'to lean or slope') is a line joining points with equal slope.  In population dynamics and in geomagnetics, the terms isocline and isoclinic line have specific meanings which are described below.

answers: NDQ_001586

answers: isogon

answers: NDQ_001587

answers: is a line joining points with equal slope.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: isocline

answers: NDQ_001590

answers: isogon

answers: NDQ_001591

answers: direction

answers: NDQ_001592

answers: isocline

answers: NDQ_001593

answers: isocline

answers: NDQ_001594

answers: isogon

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: isogon

answers: NDQ_001598

answers: isogon

answers: NDQ_001600

answers: isocline

answers: NDQ_001603

answers: unanswerable

answers: NDQ_001605

answers: Which of the following is not a type of rock: isogon, isocline, or isoclinic?

answers: NDQ_001606

answers: isogon

answers: NDQ_001608

answers: Which of the following is not a function of contour lines?

answers: NDQ_001611

answers: isocline

answers: NDQ_001613

answers: isogon

answers: NDQ_001614

answers: isogon

answers: NDQ_001618

answers: isogon

answers: NDQ_001619

answers: isogon

answers: NDQ_001620

answers: isocline

answers: NDQ_001621

answers: contour line

answers: NDQ_001622

answers: isogon

answers: NDQ_001623

answers: isocline

answers: NDQ_001624

answers: isogon

answers: NDQ_001625

answers: isogon

answers: NDQ_001586

answers: isocline

answers: NDQ_001587

answers: a line joining points with equal slope.

answers: NDQ_001588

answers: isocline

answers: NDQ_001589

answers: equal slope.

answers: NDQ_001590

answers: isocline

answers: NDQ_001591

answers: direction.

answers: NDQ_001592

answers: direction.

answers: NDQ_001593

answers: isocline

answers: NDQ_001594

answers: isocline

answers: NDQ_001595

answers: isogon

answers: NDQ_001597

answers: isogon

answers: NDQ_001598

answers: isogon

answers: NDQ_001600

answers: isocline

answers: NDQ_001603

answers: An isogon

answers: NDQ_001605

answers: isocline

answers: NDQ_001606

answers: equal slope.

answers: NDQ_001608

answers: isogon

answers: NDQ_001611

answers: isocline

answers: NDQ_001613

answers: isocline

answers: NDQ_001614

answers: An isogon

answers: NDQ_001618

answers: isogon

answers: NDQ_001619

answers: contour line

answers: NDQ_001620

answers: equal slope.

answers: NDQ_001621

answers: contour line

answers: NDQ_001622

answers: isogon

answers: NDQ_001623

answers: isocline

answers: NDQ_001624

answers: isogon

answers: NDQ_001625

answers: isogon

text: Bordering the site on its western side is Highway 41; on other sides are low-scale, modern-era residential and commercial neighborhoods. In spite of this encroachment, the cemetery has preserved its original pastoral tranquility. The site selected for the cemetery was, according to a contemporary newspaper account, a “hillock, a wilderness of underbrush and briars, and called at that with a mantle of loess, underlain by sandstone." A 1927 topographical map showing the cemetery tract depicted the land of the original 1852 purchase as gradually ascending on the south from the floodplain level of 390 feet to a height of 430 feet. On the north end, there was a sharp drop-off. In profile, as viewed particularly from the east, the contour of the hill looked like the back of a two-humped Bactrian camel with a central Erosional vale. The early burials took place on the southern slope, close to the ridge. Today, interment sites not only blanket the entire prominence, but also cover the flat lands at the foot of the hill on three sides. Although the Cemetery comprises 175 acres, less than 120 have been platted and made available for interments. A tract of about 55 acres across the northern part of the Cemetery bordering Morgan Avenue has been farm-leased.

text: Bordering the site on its western side is

text: Highway 41

answers: NDQ_001586

answers: What was the elevation of the cemetery?

answers: NDQ_001587

answers: How many feet is the difference between the floodplain level and the height of the hill?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: there was a sharp drop-off

answers: NDQ_001590

answers: How many acres bordering Morgan Avenue has been farm-leased?

answers: NDQ_001591

answers: Erosional vale

answers: NDQ_001592

answers: show the cemetery tract

answers: NDQ_001593

answers: gradually ascending on the south

answers: NDQ_001594

answers: what is the first paragraph of the text?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: On the north end

answers: NDQ_001598

answers: north end, there was a sharp drop-off

answers: NDQ_001600

answers: flat lands at the foot of the hill

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What color is the mantle of loess?

answers: NDQ_001606

answers: On the north end, there was a sharp drop-off

answers: NDQ_001608

answers: What is the main idea of the passage?

answers: NDQ_001611

answers: On the north end, there was a sharp drop-off

answers: NDQ_001613

answers: On the north end, there was a sharp drop-off

answers: NDQ_001614

answers: Which of the following is not true of topographic maps?

answers: NDQ_001618

answers: hill

answers: NDQ_001619

answers: floodplain level

answers: NDQ_001620

answers: 430 feet

answers: NDQ_001621

answers: topographical map

answers: NDQ_001622

answers: hill

answers: NDQ_001623

answers: slope

answers: NDQ_001624

answers: On the north end, there was a sharp drop-off

answers: NDQ_001625

answers: 390 feet

answers: NDQ_001586

answers: 430 feet.

answers: NDQ_001587

answers: 1927 topographical map

answers: NDQ_001588

answers: sharp drop-off.

answers: NDQ_001589

answers: 390 feet to a height of 430 feet.

answers: NDQ_001590

answers: 430 feet.

answers: NDQ_001591

answers: Erosional vale.

answers: NDQ_001592

answers: farm-leased.

answers: NDQ_001593

answers: gradually ascending

answers: NDQ_001594

answers: floodplain level of 390 feet to a height of 430 feet.

answers: NDQ_001595

answers: 430 feet.

answers: NDQ_001597

answers: south

answers: NDQ_001598

answers: north end,

answers: NDQ_001600

answers: flat lands

answers: NDQ_001603

answers: 1927

answers: NDQ_001605

answers: sandstone."

answers: NDQ_001606

answers: sharp drop-off.

answers: NDQ_001608

answers: In profile,

answers: NDQ_001611

answers: 430 feet.

answers: NDQ_001613

answers: 430 feet.

answers: NDQ_001614

answers: 1927

answers: NDQ_001618

answers: Erosional vale.

answers: NDQ_001619

answers: floodplain level of 390 feet

answers: NDQ_001620

answers: sharp drop-off.

answers: NDQ_001621

answers: topographical map

answers: NDQ_001622

answers: Erosional vale.

answers: NDQ_001623

answers: a central Erosional vale.

answers: NDQ_001624

answers: Erosional vale.

answers: NDQ_001625

answers: 390 feet to a height of 430 feet.

text: Survey Camp is an army tradition that was discontinued in the later part of twentieth century but was reinstated in 2002 across the universities of the world with a whole new structure. It is the civil engineering training course for two weeks usually after completion  four semesters of bachelor of technology that consists of 8 days working in the field and 6 days of map preparation in the computer lab. Experts say that survey camp provides necessary foundation for civil engineers. Each day in the course there are at least 8 hours of working in the field. Students are divided into groups and they get out with practising surveyors and use their equipment out in the field. A camp incharge teacher appoints group leaders for each group; the leaders are responsible for all the works of his particular group and the equipment. In the computer lab, students learn applications such as AutoCAD and Carlson Survey. The students use these programs to take data collected from the field to develop topographic maps of the particular area. The basic aim of the survey camp is to know various works carried out in the industrial field by surveying, which includes determining the topography of particular area with the help of survey work, map study and reconnaissance work. The methods used for surveying are traversing, levelling and contouring

text: Survey Camp is an army tradition that was discontinued in the later part of twentieth century but was reinstated in 2002 across the universities of the world with a whole new structure. It is the

text: civil engineering

text: training course for two weeks usually after completion  four semesters of

text: bachelor of technology

text: that consists of 8 days working in the field and 6 days of map preparation in the

text: computer lab

text: . Experts say that survey camp provides necessary foundation for

text: civil engineer

text: s. Each day in the course there are at least 8 hours of working in the field. Students are divided into groups and they get out with practising

text: surveyors

text: and use their equipment out in the field. A camp incharge teacher appoints group leaders for each group; the leaders are responsible for all the works of his particular group and the equipment. In the computer lab, students learn

text: applications

text: such as

text: AutoCAD

text: and Carlson Survey. The students use these programs to take data collected from the field to develop

text: topographic maps

text: of the particular area. The basic aim of the survey camp is to know various works carried out in the industrial field by

text: surveying

text: , which includes determining the

text: topography

text: of particular area with the help of survey work, map study and reconnaissance work. The methods used for surveying are

text: traversing

text: levelling

text: and

text: contouring

answers: NDQ_001586

answers: None of the above choices.

answers: NDQ_001587

answers: Which of the following is not used for surveying: traversing, levelling or contouring?

answers: NDQ_001588

answers: What is the purpose of contouring?

answers: NDQ_001589

answers: is the civil engineering training course for two weeks usually after completion four semesters

answers: NDQ_001590

answers: Which of the following is not a method used for surveying?

answers: NDQ_001591

answers: topography

answers: NDQ_001592

answers: levelling

answers: NDQ_001593

answers: None of the above choices

answers: NDQ_001594

answers: Which is not the method used for surveying?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Which of the following is not a method of surveying?

answers: NDQ_001598

answers: contouring

answers: NDQ_001600

answers: contour lines are so close together that they almost touch

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: Which of the following is not used to represent different types of rocks on geologic maps?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is not a method of surveying?

answers: NDQ_001611

answers: Which of the following is not a method used for surveying?

answers: NDQ_001613

answers: Which of the following is not a method used for surveying?

answers: NDQ_001614

answers: Which is not true about topographic maps?

answers: NDQ_001618

answers: contouring

answers: NDQ_001619

answers: contouring

answers: NDQ_001620

answers: contouring

answers: NDQ_001621

answers: contouring

answers: NDQ_001622

answers: contouring

answers: NDQ_001623

answers: contouring

answers: NDQ_001624

answers: contouring

answers: NDQ_001625

answers: contouring

answers: NDQ_001586

answers: contouring

answers: NDQ_001587

answers: traversing, levelling and contouring

answers: NDQ_001588

answers: Survey Camp

answers: NDQ_001589

answers: topographic maps

answers: NDQ_001590

answers: contouring

answers: NDQ_001591

answers: determining the topography

answers: NDQ_001592

answers: levelling and contouring

answers: NDQ_001593

answers: contouring

answers: NDQ_001594

answers: contouring

answers: NDQ_001595

answers: contouring

answers: NDQ_001597

answers: topographic maps

answers: NDQ_001598

answers: contouring

answers: NDQ_001600

answers: contouring

answers: NDQ_001603

answers: topographic maps

answers: NDQ_001605

answers: topographic maps

answers: NDQ_001606

answers: contouring

answers: NDQ_001608

answers: contouring

answers: NDQ_001611

answers: contouring

answers: NDQ_001613

answers: contouring

answers: NDQ_001614

answers: topographic maps

answers: NDQ_001618

answers: contouring

answers: NDQ_001619

answers: contouring

answers: NDQ_001620

answers: contouring

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: contouring

answers: NDQ_001623

answers: contouring

answers: NDQ_001624

answers: contouring

answers: NDQ_001625

answers: contouring

text: Wilson evidently intended for the Bryan Mountains to extend even farther to the north and south than what was eventually recorded on USGS maps of the area. In Wilson's geologic map of Yuma County published in 1933, the Bryan's are depicted as including what are now considered the southern third of the Mohawk Mountains to the north of the present-day Bryan's. The map shows a series of outlying hills to the south and southwest as part of the Bryan's as well. For some unexplained reason, the surveyors of the Army Map Service and the USGS eventually depicted a much less expansive version of the range when the first 15-minute topographic maps of the area were produced in the mid-1960s, and that depiction has carried over to more recent USGS maps produced today.

text: Wilson evidently intended for the Bryan Mountains to extend even farther to the north and south than what was eventually recorded on USGS maps of the area. In Wilson's geologic map of Yuma County published in 1933, the Bryan's are depicted as including what are now considered the southern third of the Mohawk Mountains to the north of the present-day Bryan's. The map shows a series of outlying hills to the south and southwest as part of the Bryan's as well. For some unexplained reason, the surveyors of the

text: Army Map Service

text: and the USGS eventually depicted a much less expansive version of the range when the first 15-minute topographic maps of the area were produced in the mid-1960s, and that depiction has carried over to more recent USGS maps produced today.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What is the southern third of the Mohawk Mountains?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: that depiction has carried over to more recent USGS maps produced today.

answers: NDQ_001590

answers: 15-minute

answers: NDQ_001591

answers: outlying hills

answers: NDQ_001592

answers: extend even farther to the north and south

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: yes

answers: NDQ_001598

answers: southwest

answers: NDQ_001600

answers: plain or plateau

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: unanswerable

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: NDQ_001618

answers: Bryan Mountains

answers: NDQ_001619

answers: NDQ_001620

answers: 15-minute

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Bryan Mountains

answers: NDQ_001623

answers: Bryan Mountains

answers: NDQ_001624

answers: Bryan Mountains

answers: NDQ_001625

answers: 15-minute

answers: NDQ_001586

answers: 15-minute topographic maps

answers: NDQ_001587

answers: the southern third of the Mohawk Mountains

answers: NDQ_001588

answers: Wilson evidently intended for the Bryan Mountains

answers: NDQ_001589

answers: Bryan Mountains to extend even farther to the north and south

answers: NDQ_001590

answers: 15-minute

answers: NDQ_001591

answers: Bryan Mountains to extend even farther to the north and south

answers: NDQ_001592

answers: Bryan Mountains to extend even farther to the north and south

answers: NDQ_001593

answers: 15-minute topographic maps

answers: NDQ_001594

answers: 15-minute topographic maps

answers: NDQ_001595

answers: 15-minute

answers: NDQ_001597

answers: south and southwest

answers: NDQ_001598

answers: south and southwest

answers: NDQ_001600

answers: hills

answers: NDQ_001603

answers: topographic maps

answers: NDQ_001605

answers: outlying hills

answers: NDQ_001606

answers: 15-minute topographic maps

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: outlying hills

answers: NDQ_001613

answers: mid-1960s,

answers: NDQ_001614

answers: USGS maps

answers: NDQ_001618

answers: Bryan Mountains

answers: NDQ_001619

answers: 15-minute topographic maps

answers: NDQ_001620

answers: 15-minute topographic maps

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Bryan Mountains

answers: NDQ_001623

answers: hills

answers: NDQ_001624

answers: Bryan Mountains

answers: NDQ_001625

answers: 15-minute

text: In 1945 the National Mapping Council (NMC) of Australia, comprising Commonwealth and State authorities, was formed to coordinate survey and mapping activities after the Second World War. Despite the huge wartime mapping achievements of producing 224 '4 mile' strategic maps and 397 '1 mile' tactical maps, there was much to be done for a basic coverage of reliable topographic maps for national development and defence. In 1947 a National Mapping Section in the Department of Interior was established and together with the Survey Corps commenced work on the 1954 Cabinet approved general purpose national topographic map programme, initially the '4 mile' map then soon after scale 1:250,000 maps (series R502).  Army agreed that when not required for solely military purposes, Survey Corps units would be available to work in the Defence priority areas in the Government approved national survey and topographic mapping programmes. This programme involved control surveys by astronomical fixes and traverse by electro-magnetic distance measurement and all aspects of map compilation from aerial photography, final cartography and map printing.  The Corps' geodetic surveys were integrated with other Commonwealth and State Government surveys to create the NMC sponsored Australian Geodetic Datum 1966 (AGD66)  and the associated Australian Map Grid 1966 (AMG66) of Australia and Papua New Guinea and the Australian Height Datum 1971 (AHD71). By 1968 the Corps had completed its commitment of about half of the 540 series R502 maps and it then embarked on the Defence priority part of the 1965 Cabinet endorsed national programme of general purpose scale 1:100,000 topographic maps. This programme required densification of the national geodetic and height networks with mapping quality control surveys of Cape York, Gulf of Carpentaria, northern Northern Territory and north-west Western Australia using mainly airborne electromagnetic distance measurement systems (Aerodist). The Corps completed its commitment of 862 of these maps in 1982.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: How many years after the formation of the National Mapping Council did the Survey Corps complete its commitment of 862 of these maps?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Australian Height Datum 1971 (AHD71)

answers: NDQ_001590

answers: What is a contour interval?

answers: NDQ_001591

answers: astronomical fixes

answers: NDQ_001592

answers: military purposes

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can topographic maps be used for?

answers: NDQ_001598

answers: scale 1:250,000 maps

answers: NDQ_001600

answers: '4 mile'

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: What are the colors used on geologic maps?

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What helps us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: What is the best way to describe a hill?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is the hatch mark?

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: Cape York

answers: NDQ_001619

answers: Gulf of Carpentaria

answers: NDQ_001620

answers: Australian Height Datum 1971

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Gulf of Carpentaria

answers: NDQ_001623

answers: Australian Map Grid

answers: NDQ_001624

answers: Gulf of Carpentaria

answers: NDQ_001625

answers: 4 mile

answers: NDQ_001586

answers: The Corps completed its commitment of 862 of these maps in 1982.

answers: NDQ_001587

answers: Australian Height Datum 1971 (AHD71).

answers: NDQ_001588

answers: 862 of these maps in 1982.

answers: NDQ_001589

answers: airborne electromagnetic distance measurement systems

answers: NDQ_001590

answers: 1:100,000

answers: NDQ_001591

answers: electro-magnetic distance measurement

answers: NDQ_001592

answers: densification of the national geodetic and height networks

answers: NDQ_001593

answers: airborne electromagnetic distance measurement systems

answers: NDQ_001594

answers: The Corps completed its commitment of 862 of these maps in 1982.

answers: NDQ_001595

answers: 1:100,000

answers: NDQ_001597

answers: NMC

answers: NDQ_001598

answers: 1:100,000

answers: NDQ_001600

answers: Australian Geodetic Datum 1966

answers: NDQ_001603

answers: general purpose scale 1:100,000

answers: NDQ_001605

answers: The Corps completed its commitment of 862 of these maps in 1982.

answers: NDQ_001606

answers: Australian Geodetic Datum 1966

answers: NDQ_001608

answers: topographic maps.

answers: NDQ_001611

answers: airborne electromagnetic distance measurement systems

answers: NDQ_001613

answers: The Corps completed its commitment of 862 of these maps in 1982.

answers: NDQ_001614

answers: 1:100,000 topographic maps.

answers: NDQ_001618

answers: Cape York,

answers: NDQ_001619

answers: Australian Height Datum

answers: NDQ_001620

answers: height

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Cape York,

answers: NDQ_001623

answers: height networks

answers: NDQ_001624

answers: Cape York,

answers: NDQ_001625

answers: 1:250,000

text: We fix the interpolation nodes x, ..., x and an interval [a, b] containing all the interpolation nodes. The process of interpolation maps the function f to a polynomial p. This defines a mapping X from the space C([a, b]) of all continuous functions on [a, b] to itself. The map X is linear and it is a projection on the subspace Π of polynomials of degree n or less.

text: We fix the interpolation nodes x, ..., x and an interval [a, b] containing all the interpolation nodes. The process of interpolation maps the function f to a polynomial p. This defines a mapping X from the space C([a, b]) of all continuous functions on [a, b] to itself. The map X is linear and it is a

text: projection

text: on the subspace Π of polynomials of degree n or less.

answers: NDQ_001586

answers: contour lines that are numbered

answers: NDQ_001587

answers: can be used to represent the map X.

answers: NDQ_001588

answers: If two contour lines on a topographic map intersect each other, they are parallel.

answers: NDQ_001589

answers: linear and it is a projection on the subspace  of polynomials of degree n or less

answers: NDQ_001590

answers: The contour interval is the horizontal distance between contour lines.

answers: NDQ_001591

answers: interpolation nodes

answers: NDQ_001592

answers: fix the interpolation nodes

answers: NDQ_001593

answers: To determine the slope of the land, you can use a topographic map

answers: NDQ_001594

answers: Contour lines are drawn parallel to the surface of the water.

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: To determine the direction that rivers and streams flow, you can use a topographic map.

answers: NDQ_001598

answers: The steepest side of the mountain is the side with the steepest slope.

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a plain or plateau.

answers: NDQ_001603

answers: None of the above choices.

answers: NDQ_001605

answers: What is the best way to represent different types of rocks on a map?

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval.

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: Concentric lines that are very close together show a low, steep hill.

answers: NDQ_001613

answers: The hatch marks are drawn on the side of the circle with the higher elevation.

answers: NDQ_001614

answers: Which of the following is not a feature of topographic maps?

answers: NDQ_001618

answers: [a]

answers: NDQ_001619

answers: X

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: X

answers: NDQ_001622

answers: [a]

answers: NDQ_001623

answers: X

answers: NDQ_001624

answers: contour lines

answers: NDQ_001625

answers: [a, b]

answers: NDQ_001586

answers: n or less.

answers: NDQ_001587

answers: subspace <unk> of polynomials of degree n or less.

answers: NDQ_001588

answers: We fix the interpolation nodes

answers: NDQ_001589

answers: linear

answers: NDQ_001590

answers: interval

answers: NDQ_001591

answers: projection on the subspace <unk> of polynomials

answers: NDQ_001592

answers: maps the function f to a polynomial p.

answers: NDQ_001593

answers: n or less.

answers: NDQ_001594

answers: n or less.

answers: NDQ_001595

answers: interval

answers: NDQ_001597

answers: n or less.

answers: NDQ_001598

answers: X is linear

answers: NDQ_001600

answers: x,..., x

answers: NDQ_001603

answers: n or less.

answers: NDQ_001605

answers: x,..., x

answers: NDQ_001606

answers: interval

answers: NDQ_001608

answers: interpolation

answers: NDQ_001611

answers: a projection on the subspace <unk> of polynomials

answers: NDQ_001613

answers: n or less.

answers: NDQ_001614

answers: x,..., x

answers: NDQ_001618

answers: x,..., x

answers: NDQ_001619

answers: X is linear

answers: NDQ_001620

answers: x,..., x

answers: NDQ_001621

answers: a projection on the subspace <unk> of polynomials

answers: NDQ_001622

answers: x,..., x

answers: NDQ_001623

answers: X is linear

answers: NDQ_001624

answers: x,..., x

answers: NDQ_001625

answers: [a, b]

text: Some of the earliest maps of the White Mountains were produced as tourist maps and not topographical maps. One of the first two tourist maps of the mountains was that produced by Franklin Leavitt, a self-taught artist born near Lancaster, New Hampshire in 1824. Leavitt's hand-drawn map, today in the collection of Harvard University, is largely folk art, but does convey some of the region's features. Leavitt drew several versions of his map, beginning in 1852. The fourth version, printed in 1871, was printed at Boston and carried a retail price of one dollar. Other early maps of the region were drawn by H. Conant and by Harvard astronomer George Phillips Bond, who published the first topographical map of the region in 1853.

text: Some of the earliest maps of the White Mountains were produced as tourist maps and not topographical maps. One of the first two tourist maps of the mountains was that produced by Franklin Leavitt, a self-taught artist born near

text: Lancaster, New Hampshire

text: in 1824. Leavitt's hand-drawn map, today in the collection of

text: Harvard University

text: , is largely

text: folk art

text: , but does convey some of the region's features. Leavitt drew several versions of his map, beginning in 1852. The fourth version, printed in 1871, was printed at Boston and carried a retail price of one dollar. Other early maps of the region were drawn by H. Conant and by

text: Harvard

text: astronomer

text: George Phillips Bond

text: , who published the first topographical map of the region in 1853.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many years after Franklin Leavitt was born was the first topographical map of the White Mountains published?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: topographical

answers: NDQ_001590

answers: what is the first topographical map of the region?

answers: NDQ_001591

answers: features

answers: NDQ_001592

answers: convey some of the region's features

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: Which of the following is not a type of rock: geologic, tourist, or topographical?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What did Leavitt's hand-drawn map convey

answers: NDQ_001611

answers: unanswerable

answers: NDQ_001613

answers: How many versions of his map did Leavitt draw

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: White Mountains

answers: NDQ_001619

answers: topographical

answers: NDQ_001620

answers: unanswerable

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: White Mountains

answers: NDQ_001623

answers: topographic map

answers: NDQ_001624

answers: White Mountains

answers: NDQ_001625

answers: unspecified

answers: NDQ_001586

answers: 1853.

answers: NDQ_001587

answers: Franklin Leavitt,

answers: NDQ_001588

answers: 1853.

answers: NDQ_001589

answers: topographical maps.

answers: NDQ_001590

answers: 1853.

answers: NDQ_001591

answers: region's features.

answers: NDQ_001592

answers: tourist maps

answers: NDQ_001593

answers: 1853.

answers: NDQ_001594

answers: topographical map of the region in 1853.

answers: NDQ_001595

answers: 1824.

answers: NDQ_001597

answers: topographical map of the region in 1853.

answers: NDQ_001598

answers: 1853.

answers: NDQ_001600

answers: topographical maps.

answers: NDQ_001603

answers: topographical maps.

answers: NDQ_001605

answers: Franklin Leavitt,

answers: NDQ_001606

answers: 1824.

answers: NDQ_001608

answers: topographical map of the region in 1853.

answers: NDQ_001611

answers: Franklin Leavitt,

answers: NDQ_001613

answers: 1853.

answers: NDQ_001614

answers: topographical maps.

answers: NDQ_001618

answers: 1853.

answers: NDQ_001619

answers: topographical maps.

answers: NDQ_001620

answers: 1853.

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: 1853.

answers: NDQ_001623

answers: topographical map of the region in 1853.

answers: NDQ_001624

answers: 1853.

answers: NDQ_001625

answers: 1853.

text: Grid north is a navigational term referring to the direction northwards along the grid lines of a map projection.  It is contrasted with true north (the direction of the North Pole) and magnetic north (the direction in which a compass needle points). Many topographic maps, including those of the United States Geological Survey and Great Britain's Ordnance Survey, indicate the difference between grid north, true north, and magnetic north.

text: Grid north is a

text: navigation

text: al term referring to the direction northwards along the grid lines of a

text: map projection

text: .  It is contrasted with

text: true north

text: (the direction of the

text: North Pole

text: ) and

text: magnetic north

text: (the direction in which a compass needle points). Many

text: topographic map

text: s, including those of the

text: United States Geological Survey

text: and Great Britain's

text: Ordnance Survey

text: , indicate the difference between grid north, true north, and magnetic north.

answers: NDQ_001586

answers: true north

answers: NDQ_001587

answers: What is the difference between true north and magnetic north?

answers: NDQ_001588

answers: intersect each other

answers: NDQ_001589

answers: true north (the direction of the North Pole)

answers: NDQ_001590

answers: What is the difference between grid north and true north?

answers: NDQ_001591

answers: unanswerable

answers: NDQ_001592

answers: the direction of the North Pole

answers: NDQ_001593

answers: slope of the land

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Grid north

answers: NDQ_001598

answers: grid north

answers: NDQ_001600

answers: What is the opposite of true north?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: unanswerable

answers: NDQ_001608

answers: What is the difference between true north and magnetic north?

answers: NDQ_001611

answers: Grid north

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: grid north

answers: NDQ_001619

answers: grid north

answers: NDQ_001620

answers: grid north

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: true north

answers: NDQ_001623

answers: grid lines

answers: NDQ_001624

answers: Grid north

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: grid north, true north, and magnetic north.

answers: NDQ_001587

answers: grid lines

answers: NDQ_001588

answers: Grid north

answers: NDQ_001589

answers: Grid north

answers: NDQ_001590

answers: Grid north

answers: NDQ_001591

answers: difference between grid north, true north, and magnetic north.

answers: NDQ_001592

answers: Grid north

answers: NDQ_001593

answers: topographic maps,

answers: NDQ_001594

answers: Grid north

answers: NDQ_001595

answers: Grid north

answers: NDQ_001597

answers: indicate the difference between grid north, true north, and magnetic north.

answers: NDQ_001598

answers: indicate the difference between grid north, true north, and magnetic north.

answers: NDQ_001600

answers: Grid north

answers: NDQ_001603

answers: topographic maps,

answers: NDQ_001605

answers: topographic maps,

answers: NDQ_001606

answers: Grid north

answers: NDQ_001608

answers: topographic maps,

answers: NDQ_001611

answers: Grid north

answers: NDQ_001613

answers: grid north, true north, and magnetic north.

answers: NDQ_001614

answers: topographic maps,

answers: NDQ_001618

answers: Grid north

answers: NDQ_001619

answers: topographic maps,

answers: NDQ_001620

answers: the difference between grid north, true north, and magnetic north.

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Grid north

answers: NDQ_001623

answers: grid lines

answers: NDQ_001624

answers: Grid north

answers: NDQ_001625

answers: Great Britain's Ordnance Survey,

text: La Via Latina, a road that was strategically advantageous in the military history of Rome, leads to the Algidus Mons mountain pass. Dionysius of Halicarnassus claimed that a town was founded on the mountain (Dion. Halic. x. 21, xi. 3), but this has not been verified by modern scholarship. Although an extensive fortification lines the Maschio d'Ariano (the hill to the south of the Via Latina), this particular structure was entirely medieval, and therefore did not exist during the time period described by Dionysius. However, some historical topographers have mistakenly included it on maps meant to illustrate Italy during the Western Roman Empire.

text: La

text: Via Latina

text: , a road that was strategically advantageous in the

text: military history of Rome

text: , leads to the Algidus Mons

text: mountain pass

text: Dionysius of Halicarnassus

text: claimed that a

text: town

text: was founded on the mountain (Dion. Halic. x. 21, xi. 3), but this has not been verified by modern scholarship. Although an extensive fortification lines the Maschio d'Ariano (the hill to the south of the Via Latina), this particular structure was entirely

text: medieval

text: , and therefore did not exist during the time period described by Dionysius. However, some historical

text: topographers

text: have mistakenly included it on

text: map

text: s meant to illustrate Italy during the

text: Western Roman Empire

answers: NDQ_001586

answers: not enough information

answers: NDQ_001587

answers: How many miles does the Via Latina travel?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a town was founded on the mountain

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: an extensive fortification

answers: NDQ_001592

answers: illustrate Italy during the Western Roman Empire

answers: NDQ_001593

answers: unanswerable

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: rivers and streams flow

answers: NDQ_001598

answers: south

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: What is the main idea of this passage?

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

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

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is the hatch marks drawn on?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: mountain pass

answers: NDQ_001619

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographers

answers: NDQ_001622

answers: mountain pass

answers: NDQ_001623

answers: mountain pass

answers: NDQ_001624

answers: Algidus Mons

answers: NDQ_001625

answers: 0

answers: NDQ_001586

answers: 3),

answers: NDQ_001587

answers: Maschio d'Ariano

answers: NDQ_001588

answers: La Via Latina,

answers: NDQ_001589

answers: medieval,

answers: NDQ_001590

answers: 3),

answers: NDQ_001591

answers: a road that was strategically advantageous

answers: NDQ_001592

answers: included it on maps meant to illustrate Italy during the Western Roman Empire.

answers: NDQ_001593

answers: Algidus Mons

answers: NDQ_001594

answers: 3),

answers: NDQ_001595

answers: 3),

answers: NDQ_001597

answers: south

answers: NDQ_001598

answers: south

answers: NDQ_001600

answers: mountain

answers: NDQ_001603

answers: topographers

answers: NDQ_001605

answers: Western Roman Empire.

answers: NDQ_001606

answers: 3),

answers: NDQ_001608

answers: topographers have mistakenly included it on maps

answers: NDQ_001611

answers: Maschio d'Ariano

answers: NDQ_001613

answers: Maschio d'Ariano

answers: NDQ_001614

answers: Western Roman Empire.

answers: NDQ_001618

answers: Maschio d'Ariano

answers: NDQ_001619

answers: maps meant to illustrate Italy during the Western Roman Empire.

answers: NDQ_001620

answers: Algidus Mons mountain pass.

answers: NDQ_001621

answers: topographers

answers: NDQ_001622

answers: Maschio d'Ariano

answers: NDQ_001623

answers: mountain pass.

answers: NDQ_001624

answers: Maschio d'Ariano

answers: NDQ_001625

answers: 3),

text: A topographic map is primarily concerned with the topographic description of a place, including (especially in the 20th and 21st centuries) the use of contour lines showing elevation. Terrain or relief can be shown in a variety of ways (see Cartographic relief depiction).

text: A

text: topographic map

text: is primarily concerned with the

text: topographic

text: description of a place, including (especially in the 20th and 21st centuries) the use of

text: contour line

text: s showing elevation.

text: Terrain

text: or relief can be shown in a variety of ways (see

text: Cartographic relief depiction

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: can be used to show the topography of a mountain

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the use of contour lines showing elevation

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: elevation

answers: NDQ_001592

answers: contour lines showing elevation

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: What can be shown in a variety of ways?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What can be shown in a variety of ways?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Which of the following is not a benefit of contour lines?

answers: NDQ_001611

answers: contour lines showing elevation

answers: NDQ_001613

answers: What are hatch marks on a topographic map?

answers: NDQ_001614

answers: What can topographic maps show?

answers: NDQ_001618

answers: elevation

answers: NDQ_001619

answers: cannot be a topographic map

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: elevation

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: elevation

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: (especially in the 20th and 21st centuries)

answers: NDQ_001587

answers: contour lines

answers: NDQ_001588

answers: contour lines showing elevation.

answers: NDQ_001589

answers: elevation.

answers: NDQ_001590

answers: elevation.

answers: NDQ_001591

answers: elevation.

answers: NDQ_001592

answers: elevation.

answers: NDQ_001593

answers: contour lines showing elevation.

answers: NDQ_001594

answers: elevation.

answers: NDQ_001595

answers: elevation.

answers: NDQ_001597

answers: contour lines showing elevation.

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: elevation.

answers: NDQ_001603

answers: topographic map

answers: NDQ_001605

answers: Cartographic relief depiction).

answers: NDQ_001606

answers: contour lines showing elevation.

answers: NDQ_001608

answers: elevation.

answers: NDQ_001611

answers: contour lines

answers: NDQ_001613

answers: contour lines

answers: NDQ_001614

answers: topographic map

answers: NDQ_001618

answers: elevation.

answers: NDQ_001619

answers: topographic map

answers: NDQ_001620

answers: elevation.

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: elevation.

answers: NDQ_001623

answers: contour lines

answers: NDQ_001624

answers: elevation.

answers: NDQ_001625

answers: elevation.

text: Most nations of any significant size now have several topographic map series of coordinated scales (scale series). Examples of such series are the German Topographic maps of 1:25.000 scale (TK25) to 1:1,000,000 scale (TK1000). In Germany, the federal States have responsibility for the production and updating of the map series up to and including 1:100,000 scale, and for larger scales the responsibility rests with the Federal Office of Land Surveying. The small scale map series are edited by the Federal Agency for Cartography and Geodesy.

text: Most nations of any significant size now have several

text: topographic map

text: series of coordinated scales (scale series). Examples of such series are the German Topographic maps of 1:25.000 scale (TK25) to 1:1,000,000 scale (TK1000). In Germany, the federal States have responsibility for the production and updating of the map series up to and including 1:100,000 scale, and for larger scales the responsibility rests with the Federal Office of Land Surveying. The small scale map series are edited by the

text: Federal Agency for Cartography and Geodesy

answers: NDQ_001586

answers: What are the small scale map series edited by the Federal Agency for Cartography and Geodesy?

answers: NDQ_001587

answers: How many scales does the German Topographic map of 1:25.000 scale have?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Federal Office of Land Surveying

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: scale

answers: NDQ_001592

answers: update

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: What are contour lines on a bathymetric map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow

answers: NDQ_001598

answers: scale

answers: NDQ_001600

answers: What is the German Topographic maps of 1:25.000 scale?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What type of maps use different colors to represent different types of rocks?

answers: NDQ_001606

answers: What is the difference between two contour lines

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: The Federal Agency for Cartography and Geodesy

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is drawn on the hatch marks on a topographic map?

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: scale series

answers: NDQ_001619

answers: topographic map series

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: scale series

answers: NDQ_001623

answers: scale series

answers: NDQ_001624

answers: mountains

answers: NDQ_001625

answers: 1:25.000

answers: NDQ_001586

answers: topographic map series of coordinated scales

answers: NDQ_001587

answers: 1:25.000 scale (TK25) to 1:1,000,000 scale (TK1000).

answers: NDQ_001588

answers: topographic map series of coordinated scales

answers: NDQ_001589

answers: topographic map series of coordinated scales

answers: NDQ_001590

answers: topographic map series of coordinated scales

answers: NDQ_001591

answers: coordinated scales

answers: NDQ_001592

answers: coordinated scales

answers: NDQ_001593

answers: topographic map series of coordinated scales

answers: NDQ_001594

answers: topographic map series of coordinated scales

answers: NDQ_001595

answers: 1:25.000

answers: NDQ_001597

answers: topographic map series of coordinated scales

answers: NDQ_001598

answers: topographic map series of coordinated scales

answers: NDQ_001600

answers: 1:25.000

answers: NDQ_001603

answers: topographic map series of coordinated scales

answers: NDQ_001605

answers: topographic map series of coordinated scales

answers: NDQ_001606

answers: topographic map series of coordinated scales

answers: NDQ_001608

answers: topographic map series of coordinated scales

answers: NDQ_001611

answers: Most nations of any significant size now have several topographic map series

answers: NDQ_001613

answers: Federal Office of Land Surveying.

answers: NDQ_001614

answers: topographic map series of coordinated scales

answers: NDQ_001618

answers: topographic map series of coordinated scales

answers: NDQ_001619

answers: topographic map

answers: NDQ_001620

answers: 1:25.000

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: topographic map series of coordinated scales

answers: NDQ_001623

answers: (scale series).

answers: NDQ_001624

answers: topographic map series of coordinated scales

answers: NDQ_001625

answers: 1:25.000

text: Local governments can augment their initiatives promoting Open Data in Canada by contributing their geographic data and community maps through the program, to be integrated into a World Topographic Map in Esri's ArcGIS Online portal.  Other Canadian municipalities that have joined the program include St. Albert, Alberta; Nanaimo, British Columbia; Kamloops, British Columbia;  Surrey, British Columbia;  District of Oak Bay, British Columbia; Township of Langley, British Columbia; Moncton, New Brunswick;  Fredericton, New Brunswick; and St. John’s, Newfoundland and Labrador.

text: Local governments can augment their initiatives promoting

text: Open Data in Canada

text: by contributing their geographic data and community maps through the program, to be integrated into a World Topographic Map in Esri's ArcGIS Online portal.  Other Canadian municipalities that have joined the program include

text: St. Albert, Alberta

text: Nanaimo

text: , British Columbia;

text: Kamloops

text: , British Columbia;

text: Surrey, British Columbia

text: ;  District of

text: Oak Bay

text: , British Columbia; Township of

entity_name: Langley, British Columbia (district municipality)

text: Langley, British Columbia

text: Moncton

text: , New Brunswick;

text: Fredericton

text: , New Brunswick; and

text: St. John’s, Newfoundland and Labrador

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: How many Canadian municipalities have joined the program?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Local governments can augment their initiatives promoting Open Data in Canada

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: community maps

answers: NDQ_001592

answers: contribute geographic data and community maps

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow

answers: NDQ_001598

answers: the steepest

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: What type of rocks are represented on a world topographic map?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: None of the above choices.

answers: NDQ_001613

answers: How are hatch marks drawn?

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: District of Oak Bay

answers: NDQ_001619

answers: World Topographic Map

answers: NDQ_001620

answers: isosceles

answers: NDQ_001621

answers: World Topographic Map

answers: NDQ_001622

answers: District of Oak Bay

answers: NDQ_001623

answers: parallel line

answers: NDQ_001624

answers: District of Oak Bay

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: World Topographic Map

answers: NDQ_001587

answers: St. Albert, Alberta; Nanaimo, British Columbia;

answers: NDQ_001588

answers: Nanaimo, British Columbia;

answers: NDQ_001589

answers: World Topographic Map

answers: NDQ_001590

answers: World Topographic Map

answers: NDQ_001591

answers: promoting Open Data

answers: NDQ_001592

answers: Open Data

answers: NDQ_001593

answers: World Topographic Map

answers: NDQ_001594

answers: Nanaimo, British Columbia;

answers: NDQ_001595

answers: Kamloops, British Columbia;

answers: NDQ_001597

answers: World Topographic Map

answers: NDQ_001598

answers: World Topographic Map

answers: NDQ_001600

answers: World Topographic Map

answers: NDQ_001603

answers: Topographic Map

answers: NDQ_001605

answers: Nanaimo, British Columbia;

answers: NDQ_001606

answers: Nanaimo, British Columbia;

answers: NDQ_001608

answers: World Topographic Map

answers: NDQ_001611

answers: St. Albert, Alberta; Nanaimo, British Columbia;

answers: NDQ_001613

answers: District of Oak Bay, British Columbia;

answers: NDQ_001614

answers: World Topographic Map

answers: NDQ_001618

answers: World Topographic Map

answers: NDQ_001619

answers: World Topographic Map

answers: NDQ_001620

answers: World Topographic Map

answers: NDQ_001621

answers: World Topographic

answers: NDQ_001622

answers: District of Oak Bay, British Columbia;

answers: NDQ_001623

answers: World Topographic Map

answers: NDQ_001624

answers: District of Oak Bay, British Columbia;

answers: NDQ_001625

answers: World Topographic Map

text: Land Information New Zealand is the government agency responsible for providing up-to-date topographic mapping. LINZ topographic maps cover all of New Zealand, offshore islands, some Pacific Islands and the Ross Sea Region. The standard issue NZTopo map series was published September 2009 at 1:50,000 (NZTopo50), and 1:250,000 (NZTopo250). Vector data from the New Zealand Topographic Database (NZTopo) is also available.

text: Land Information New Zealand is the government agency responsible for providing up-to-date topographic mapping. LINZ topographic maps cover all of New Zealand, offshore islands, some Pacific Islands and the Ross Sea Region. The standard issue NZTopo map series was published September 2009 at 1:50,000 (NZTopo50), and 1:250,000 (NZTopo250). Vector data from the New Zealand Topographic Database (NZTopo) is also available.

answers: NDQ_001586

answers: None of the above choices.

answers: NDQ_001587

answers: Which of the following is not a topographic map: NZTopo50, NZTopo250, or NZTopo?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: LINZ topographic maps cover all of New Zealand

answers: NDQ_001590

answers: What does NZTopo stand for?

answers: NDQ_001591

answers: Ross Sea Region

answers: NDQ_001592

answers: cover all of New Zealand

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: What does NZTopo stand for?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can a topographic map be used for?

answers: NDQ_001598

answers: NZTopo50

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: NZTopo50, NZTopo250, or Ross Sea Region?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: NZTopo50

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is drawn on the hatch marks on a topographic map?

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: Ross Sea Region

answers: NDQ_001619

answers: Ross Sea Region

answers: NDQ_001620

answers: 1:50,000

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Ross Sea Region

answers: NDQ_001623

answers: NZTopo

answers: NDQ_001624

answers: Ross Sea Region

answers: NDQ_001625

answers: 1:50,000

answers: NDQ_001586

answers: New Zealand Topographic Database

answers: NDQ_001587

answers: offshore islands, some Pacific Islands and the Ross Sea Region.

answers: NDQ_001588

answers: offshore islands, some Pacific Islands and the Ross Sea Region.

answers: NDQ_001589

answers: topographic mapping. LINZ topographic maps cover all of New Zealand,

answers: NDQ_001590

answers: 1:50,000

answers: NDQ_001591

answers: Vector data

answers: NDQ_001592

answers: offshore islands, some Pacific Islands and the Ross Sea Region.

answers: NDQ_001593

answers: New Zealand Topographic Database

answers: NDQ_001594

answers: offshore islands, some Pacific Islands and the Ross Sea Region.

answers: NDQ_001595

answers: 1:50,000

answers: NDQ_001597

answers: New Zealand Topographic Database

answers: NDQ_001598

answers: New Zealand Topographic Database

answers: NDQ_001600

answers: 1:50,000 (NZTopo50), and 1:250,000

answers: NDQ_001603

answers: topographic mapping.

answers: NDQ_001605

answers: New Zealand Topographic Database

answers: NDQ_001606

answers: 1:50,000

answers: NDQ_001608

answers: topographic mapping.

answers: NDQ_001611

answers: New Zealand Topographic Database

answers: NDQ_001613

answers: New Zealand Topographic Database

answers: NDQ_001614

answers: topographic maps cover all of New Zealand,

answers: NDQ_001618

answers: offshore islands, some Pacific Islands and the Ross Sea Region.

answers: NDQ_001619

answers: Vector data from the New Zealand Topographic Database

answers: NDQ_001620

answers: 1:50,000 (NZTopo50), and 1:250,000

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: offshore islands, some Pacific Islands and the Ross Sea Region.

answers: NDQ_001623

answers: Vector

answers: NDQ_001624

answers: offshore islands, some Pacific Islands and the Ross Sea Region.

answers: NDQ_001625

answers: 1:50,000

text: Tirth Pat () is a religious map and topographical rendering used in Śvētāmbara Jainism religion for representing places of pilgrimage (Tirtha). Tirth Pat is different than the conventional map making and is not drawn to scale. Tirth Pat is not indicative of distances, elevation, topography and direction and is solely used for evocation of Jain pilgrimages (Tirthas). It is believed in Jainism that mere viewing of a Tirth Pat earns merit for a devotee.

text: Tirth Pat () is a religious map and

text: topographical

text: rendering used in

text: Śvētāmbara Jainism

text: religion for representing places of

text: pilgrimage

text: Tirtha

text: ). Tirth Pat is different than the conventional

text: map

text: making and is not drawn to

text: scale

text: . Tirth Pat is not indicative of distances, elevation, topography and direction and is solely used for

text: evocation

text: of

text: Jain

text: pilgrimage

text: s (

text: Tirtha

text: s). It is believed in Jainism that mere viewing of a Tirth Pat earns merit for a devotee.

answers: NDQ_001586

answers: not indicative of distances, elevation

answers: NDQ_001587

answers: What is different about Tirth Pat?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Tirth Pat is not indicative of distances, elevation, topography and direction

answers: NDQ_001590

answers: What is different than the conventional map making and is not drawn to scale?

answers: NDQ_001591

answers: distances

answers: NDQ_001592

answers: Tirth Pat

answers: NDQ_001593

answers: elevation

answers: NDQ_001594

answers: not indicative of distances, elevation

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction

answers: NDQ_001598

answers: elevation

answers: NDQ_001600

answers: unanswerable

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: None of the above choices are true

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What is different about Tirth Pat?

answers: NDQ_001611

answers: Tirth Pat

answers: NDQ_001613

answers: what is different than the conventional map making and is not drawn to scale

answers: NDQ_001614

answers: What is Tirth Pat not indicative of?

answers: NDQ_001618

answers: elevation

answers: NDQ_001619

answers: Tirth Pat

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: Tirth Pat

answers: NDQ_001622

answers: elevation

answers: NDQ_001623

answers: elevation

answers: NDQ_001624

answers: elevation

answers: NDQ_001625

answers: unspecified

answers: NDQ_001586

answers: Tirth Pat is not indicative of distances, elevation,

answers: NDQ_001587

answers: elevation, topography and direction

answers: NDQ_001588

answers: Tirth Pat

answers: NDQ_001589

answers: scale.

answers: NDQ_001590

answers: Tirth Pat

answers: NDQ_001591

answers: distances, elevation, topography and direction

answers: NDQ_001592

answers: direction

answers: NDQ_001593

answers: elevation,

answers: NDQ_001594

answers: Tirth Pat is not indicative of distances, elevation,

answers: NDQ_001595

answers: Tirth Pat

answers: NDQ_001597

answers: direction

answers: NDQ_001598

answers: elevation, topography and direction

answers: NDQ_001600

answers: Tirth Pat

answers: NDQ_001603

answers: Tirth Pat

answers: NDQ_001605

answers: Tirth Pat

answers: NDQ_001606

answers: Tirth Pat

answers: NDQ_001608

answers: Tirth Pat is not indicative of distances, elevation, topography

answers: NDQ_001611

answers: Tirth Pat is not indicative of distances, elevation, topography

answers: NDQ_001613

answers: scale.

answers: NDQ_001614

answers: Tirth Pat

answers: NDQ_001618

answers: places of pilgrimage

answers: NDQ_001619

answers: Tirth Pat is not indicative of distances,

answers: NDQ_001620

answers: elevation,

answers: NDQ_001621

answers: Tirth Pat is not indicative of distances, elevation,

answers: NDQ_001622

answers: places of pilgrimage

answers: NDQ_001623

answers: elevation,

answers: NDQ_001624

answers: places of pilgrimage

answers: NDQ_001625

answers: Tirth Pat

text: and U.S. topographic maps label similarly.<ref>

text: and U.S. topographic maps label similarly.<ref>

answers: NDQ_001586

answers: contour lines

answers: NDQ_001587

answers: is a feature on a U.S. topographic map

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: U.S. topographic maps label differently

answers: NDQ_001590

answers: a topographic map

answers: NDQ_001591

answers: ridges

answers: NDQ_001592

answers: label similarly

answers: NDQ_001593

answers: U.S.

answers: NDQ_001594

answers: bathymetric maps

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: U.S.

answers: NDQ_001598

answers: U.S.

answers: NDQ_001600

answers: a plain or plateau

answers: NDQ_001603

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: United States topographic maps

answers: NDQ_001608

answers: The answer: contour lines

answers: NDQ_001611

answers: U.S.

answers: NDQ_001613

answers: the circle with the higher elevation

answers: NDQ_001614

answers: horizontal

answers: NDQ_001618

answers: concentric contour lines

answers: NDQ_001619

answers: U.S. topographic maps label similarly

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: concentric contour lines

answers: NDQ_001623

answers: isolines

answers: NDQ_001624

answers: valleys

answers: NDQ_001625

answers: 14 mile

answers: NDQ_001586

answers: U.S. topographic maps

answers: NDQ_001587

answers: U.S. topographic maps

answers: NDQ_001588

answers: U.S. topographic maps

answers: NDQ_001589

answers: topographic maps label similarly.

answers: NDQ_001590

answers: U.S. topographic maps

answers: NDQ_001591

answers: label similarly.

answers: NDQ_001592

answers: label similarly.

answers: NDQ_001593

answers: U.S. topographic maps

answers: NDQ_001594

answers: U.S. topographic maps

answers: NDQ_001595

answers: U.S. topographic maps

answers: NDQ_001597

answers: U.S. topographic maps

answers: NDQ_001598

answers: U.S. topographic maps

answers: NDQ_001600

answers: U.S. topographic maps

answers: NDQ_001603

answers: U.S. topographic maps label similarly.

answers: NDQ_001605

answers: U.S. topographic maps label similarly.

answers: NDQ_001606

answers: U.S. topographic maps

answers: NDQ_001608

answers: U.S. topographic maps

answers: NDQ_001611

answers: U.S. topographic maps

answers: NDQ_001613

answers: U.S. topographic maps

answers: NDQ_001614

answers: U.S. topographic maps

answers: NDQ_001618

answers: U.S. topographic maps

answers: NDQ_001619

answers: topographic maps

answers: NDQ_001620

answers: U.S. topographic maps

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: U.S. topographic maps

answers: NDQ_001623

answers: U.S. topographic maps

answers: NDQ_001624

answers: U.S. topographic maps

answers: NDQ_001625

answers: U.S. topographic maps

text: A bathymetric chart is the submerged equivalent of an above-water topographic map. Bathymetric charts are designed to present accurate, measurable description and visual presentation of the submerged terrain.

text: A bathymetric chart is the submerged equivalent of an above-water

text: topographic map

text: . Bathymetric charts are designed to present accurate, measurable description and visual presentation of the submerged terrain.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: can be used to measure the depth of water.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: is the submerged equivalent of an above-water topographic map

answers: NDQ_001590

answers: What is the submerged equivalent of an above-water topographic map?

answers: NDQ_001591

answers: underwater terrain

answers: NDQ_001592

answers: present accurate, measurable description

answers: NDQ_001593

answers: The slope of the land

answers: NDQ_001594

answers: contour lines

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: no

answers: NDQ_001598

answers: bathymetric chart

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a valley

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What is the submerged equivalent of an above-water topographic map?

answers: NDQ_001606

answers: the contour interval

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Concentric lines that are very close together show a low, steep hill.

answers: NDQ_001613

answers: What is the submerged equivalent of an above-water topographic map?

answers: NDQ_001614

answers: What does a bathymetric chart do?

answers: NDQ_001618

answers: bathymetric chart

answers: NDQ_001619

answers: bathymetric chart

answers: NDQ_001620

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: bathymetric chart

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: bathymetric chart

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: above-water topographic map.

answers: NDQ_001587

answers: bathymetric chart

answers: NDQ_001588

answers: A bathymetric chart

answers: NDQ_001589

answers: above-water topographic map.

answers: NDQ_001590

answers: above-water topographic map.

answers: NDQ_001591

answers: submerged terrain.

answers: NDQ_001592

answers: measurable description and visual presentation of the submerged terrain.

answers: NDQ_001593

answers: above-water topographic map.

answers: NDQ_001594

answers: Bathymetric charts

answers: NDQ_001595

answers: bathymetric chart

answers: NDQ_001597

answers: above-water topographic map.

answers: NDQ_001598

answers: above-water topographic map.

answers: NDQ_001600

answers: A bathymetric chart

answers: NDQ_001603

answers: above-water topographic map.

answers: NDQ_001605

answers: Bathymetric charts

answers: NDQ_001606

answers: bathymetric chart

answers: NDQ_001608

answers: Bathymetric charts

answers: NDQ_001611

answers: Bathymetric charts

answers: NDQ_001613

answers: above-water topographic map.

answers: NDQ_001614

answers: bathymetric chart

answers: NDQ_001618

answers: bathymetric chart

answers: NDQ_001619

answers: bathymetric chart

answers: NDQ_001620

answers: above-water topographic map.

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: bathymetric chart

answers: NDQ_001623

answers: above-water topographic map.

answers: NDQ_001624

answers: bathymetric chart

answers: NDQ_001625

answers: above-water

text: Dutch topographic map of the municipality of Uithoorn, June 2015

text: Dutch topographic map of the municipality of Uithoorn, June 2015

answers: NDQ_001586

answers: changes in elevation

answers: NDQ_001587

answers: is shown of a city in the Netherlands.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is a topographic map

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: ridges

answers: NDQ_001592

answers: enlarge the image

answers: NDQ_001593

answers: What can you do with a topographic map?

answers: NDQ_001594

answers: contour lines represent the distance to the bottom

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain

answers: NDQ_001600

answers: contour lines are so close together that they almost touch, they represent a plain or plateau

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval

answers: NDQ_001608

answers: How do contour lines help us to see the shape of the land?

answers: NDQ_001611

answers: What is the best way to describe a hill?

answers: NDQ_001613

answers: The hatch marks are drawn on the side with the higher elevation

answers: NDQ_001614

answers: Which of the following is not a feature of a topographic map?

answers: NDQ_001618

answers: concentric contour lines

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: ridges

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: contour lines

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Dutch topographic map of the municipality of Uithoorn,

answers: NDQ_001587

answers: Dutch topographic map of the municipality of Uithoorn,

answers: NDQ_001588

answers: Dutch topographic map of the municipality of Uithoorn,

answers: NDQ_001589

answers: topographic map of the municipality of Uithoorn,

answers: NDQ_001590

answers: Dutch topographic map of the municipality of Uithoorn,

answers: NDQ_001591

answers: topographic map of the municipality of Uithoorn,

answers: NDQ_001592

answers: municipality of Uithoorn,

answers: NDQ_001593

answers: topographic map of the municipality of Uithoorn,

answers: NDQ_001594

answers: Dutch topographic map of the municipality of Uithoorn,

answers: NDQ_001595

answers: 2015

answers: NDQ_001597

answers: Dutch topographic map of the municipality of Uithoorn,

answers: NDQ_001598

answers: Dutch topographic map of the municipality of Uithoorn,

answers: NDQ_001600

answers: Dutch topographic map of the municipality of Uithoorn,

answers: NDQ_001603

answers: Dutch topographic map of the municipality of Uithoorn,

answers: NDQ_001605

answers: Dutch topographic map of the municipality of Uithoorn,

answers: NDQ_001606

answers: Dutch topographic map of the municipality of Uithoorn,

answers: NDQ_001608

answers: topographic map of the municipality of Uithoorn,

answers: NDQ_001611

answers: Dutch topographic map of the municipality of Uithoorn,

answers: NDQ_001613

answers: Dutch topographic map of the municipality of Uithoorn,

answers: NDQ_001614

answers: Dutch topographic map of the municipality of Uithoorn,

answers: NDQ_001618

answers: municipality of Uithoorn,

answers: NDQ_001619

answers: topographic map

answers: NDQ_001620

answers: Dutch topographic map of the municipality of Uithoorn,

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: municipality of Uithoorn,

answers: NDQ_001623

answers: Dutch topographic map of the municipality of Uithoorn,

answers: NDQ_001624

answers: municipality of Uithoorn,

answers: NDQ_001625

answers: 2015

text: 2012: In January 2012, Healy escorted the Russian-flagged freighter Renda through pack ice to deliver an emergency supply of fuel to Nome, Alaska. Such a winter delivery had never been attempted before because the ice floes are  thick during the winter season. The resupply was vital to the city, and was the first-ever winter fuel delivery from the water in Western Alaska. Over the course of Arctic West Summer 2012 (AWS12), Healy travelled over 18,000 nautical miles and conducted 687 science casts. Healy also added 25% more data to the bathymetric mapping project of the extended continental shelf through multibeam sonar bottom-mapping.   This data was collected in support of the delineation of the American and Canadian continental shelves.

text: 2012: In January 2012, Healy escorted the Russian-flagged freighter

text: Renda

text: through pack ice to deliver an emergency supply of fuel to

text: Nome, Alaska

text: . Such a winter delivery had never been attempted before because the ice floes are  thick during the winter season. The resupply was vital to the city, and was the first-ever winter fuel delivery from the water in Western Alaska. Over the course of Arctic West Summer 2012 (AWS12), Healy travelled over 18,000 nautical miles and conducted 687 science casts. Healy also added 25% more data to the bathymetric mapping project of the extended continental shelf through multibeam sonar bottom-mapping.   This data was collected in support of the delineation of the American and Canadian continental shelves.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: How many miles did Healy travel during AWS12?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: American and Canadian continental shelves

answers: NDQ_001590

answers: What was the first-ever winter fuel delivery from the water in Western Alaska

answers: NDQ_001591

answers: American and Canadian continental shelves

answers: NDQ_001592

answers: delineation of the American and Canadian continental shelves

answers: NDQ_001593

answers: None of the above choices

answers: NDQ_001594

answers: What was the first-ever winter fuel delivery from the water in Western Alaska?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: slopes

answers: NDQ_001600

answers: How many miles did Healy travel?

answers: NDQ_001603

answers: What is the purpose of bathymetric mapping

answers: NDQ_001605

answers: What type of rocks did Healy escort through pack ice?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: How many miles did Healy travel?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is Healy?

answers: NDQ_001614

answers: How many nautical miles did Healy travel?

answers: NDQ_001618

answers: Alaska

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: bathymetric mapping

answers: NDQ_001622

answers: Arctic West

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: Arctic West

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: 18,000 nautical miles

answers: NDQ_001587

answers: 687 science casts.

answers: NDQ_001588

answers: 18,000 nautical miles

answers: NDQ_001589

answers: 25% more data to the bathymetric mapping project of the extended continental shelf

answers: NDQ_001590

answers: 18,000 nautical miles

answers: NDQ_001591

answers: American and Canadian continental shelves.

answers: NDQ_001592

answers: delineation of the American and Canadian continental shelves.

answers: NDQ_001593

answers: multibeam sonar bottom-mapping.

answers: NDQ_001594

answers: multibeam sonar bottom-mapping.

answers: NDQ_001595

answers: 18,000 nautical miles

answers: NDQ_001597

answers: bathymetric mapping project of the extended continental shelf

answers: NDQ_001598

answers: ice floes

answers: NDQ_001600

answers: 18,000 nautical miles

answers: NDQ_001603

answers: bathymetric mapping

answers: NDQ_001605

answers: bathymetric mapping project of the extended continental shelf

answers: NDQ_001606

answers: 18,000 nautical miles

answers: NDQ_001608

answers: multibeam sonar bottom-mapping.

answers: NDQ_001611

answers: 18,000 nautical miles

answers: NDQ_001613

answers: 18,000 nautical miles

answers: NDQ_001614

answers: 18,000 nautical miles

answers: NDQ_001618

answers: extended continental shelf

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: 25% more data to the bathymetric mapping project of the extended continental shelf

answers: NDQ_001621

answers: bathymetric

answers: NDQ_001622

answers: ice

answers: NDQ_001623

answers: bathymetric

answers: NDQ_001624

answers: extended continental shelf

answers: NDQ_001625

answers: 18,000 nautical miles

text: Natural Resources Canada provides this description of topographic maps:Other authors define topographic maps by contrasting them with another type of map; they are distinguished from smaller-scale "chorographic maps" that cover large regions, "planimetric maps" that do not show elevations, and "thematic maps" that focus on specific topics.

text: Natural Resources Canada

text: provides this description of topographic maps:Other authors define topographic maps by contrasting them with another type of map; they are distinguished from smaller-scale "

text: chorographic

text: maps" that cover large regions, "

text: planimetric

text: maps" that do not show elevations, and "

text: thematic map

text: s" that focus on specific topics.

answers: NDQ_001586

answers: planimetric maps

answers: NDQ_001587

answers: does not show elevations

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: thematic maps that focus on specific topics

answers: NDQ_001590

answers: "chorographic maps" that cover large regions

answers: NDQ_001591

answers: elevations

answers: NDQ_001592

answers: show elevations

answers: NDQ_001593

answers: elevations

answers: NDQ_001594

answers: bathymetric maps

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: planimetric maps

answers: NDQ_001598

answers: thematic maps

answers: NDQ_001600

answers: planimetric maps

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: planimetric maps

answers: NDQ_001613

answers: "chorographic maps" that cover large regions

answers: NDQ_001614

answers: planimetric maps

answers: NDQ_001618

answers: elevation

answers: NDQ_001619

answers: planimetric maps

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: elevations

answers: NDQ_001623

answers: elevation

answers: NDQ_001624

answers: elevations

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: "planimetric maps" that do not show elevations,

answers: NDQ_001587

answers: "planimetric maps" that do not show elevations,

answers: NDQ_001588

answers: "chorographic maps"

answers: NDQ_001589

answers: do not show elevations,

answers: NDQ_001590

answers: "chorographic maps"

answers: NDQ_001591

answers: elevations,

answers: NDQ_001592

answers: show elevations,

answers: NDQ_001593

answers: elevations,

answers: NDQ_001594

answers: "planimetric maps" that do not show elevations,

answers: NDQ_001595

answers: "planimetric maps" that do not show elevations,

answers: NDQ_001597

answers: "planimetric maps" that do not show elevations,

answers: NDQ_001598

answers: elevations,

answers: NDQ_001600

answers: "planimetric maps" that do not show elevations,

answers: NDQ_001603

answers: topographic maps

answers: NDQ_001605

answers: "chorographic maps"

answers: NDQ_001606

answers: "chorographic maps"

answers: NDQ_001608

answers: "planimetric maps" that do not show elevations,

answers: NDQ_001611

answers: "planimetric maps" that do not show elevations,

answers: NDQ_001613

answers: "planimetric maps" that do not show elevations,

answers: NDQ_001614

answers: "planimetric maps"

answers: NDQ_001618

answers: elevations,

answers: NDQ_001619

answers: "planimetric maps"

answers: NDQ_001620

answers: elevations,

answers: NDQ_001621

answers: topographic maps:Other

answers: NDQ_001622

answers: elevations,

answers: NDQ_001623

answers: elevations,

answers: NDQ_001624

answers: elevations,

answers: NDQ_001625

answers: elevations,

text: Other information is required to be on the printed map although the presentation is not specified, e.g. scale, contour interval and scale bar. Good practice requires information such as date of survey, survey scale, copyright information, and proper credit for the people who produced the map (surveyor, cartographer).

text: Other information is required to be on the printed map although the presentation is not specified, e.g. scale, contour interval and scale bar. Good practice requires information such as date of survey, survey scale, copyright information, and proper credit for the people who produced the map (surveyor, cartographer).

answers: NDQ_001586

answers: contour lines that are numbered

answers: NDQ_001587

answers: is a map that shows the location of a point on Earth.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: date of survey

answers: NDQ_001590

answers: contour interval

answers: NDQ_001591

answers: date of survey

answers: NDQ_001592

answers: date of survey

answers: NDQ_001593

answers: date of survey

answers: NDQ_001594

answers: date of survey

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: date of survey

answers: NDQ_001598

answers: contour interval

answers: NDQ_001600

answers: contour interval

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: Which of the following is not used to represent different types of rocks?

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: None of the above choices

answers: NDQ_001611

answers: date of survey

answers: NDQ_001613

answers: the side of the circle with the higher elevation

answers: NDQ_001614

answers: scale bar

answers: NDQ_001618

answers: contour interval

answers: NDQ_001619

answers: contour interval

answers: NDQ_001620

answers: contour interval

answers: NDQ_001621

answers: contour interval

answers: NDQ_001622

answers: contour interval

answers: NDQ_001623

answers: contour interval

answers: NDQ_001624

answers: contour interval

answers: NDQ_001625

answers: unspecified

answers: NDQ_001586

answers: contour interval and scale bar.

answers: NDQ_001587

answers: contour interval

answers: NDQ_001588

answers: contour interval and scale bar.

answers: NDQ_001589

answers: the presentation is not specified,

answers: NDQ_001590

answers: contour interval

answers: NDQ_001591

answers: contour interval

answers: NDQ_001592

answers: presentation is not specified,

answers: NDQ_001593

answers: contour interval and scale bar.

answers: NDQ_001594

answers: contour interval and scale bar.

answers: NDQ_001595

answers: contour interval

answers: NDQ_001597

answers: scale, contour interval and scale bar.

answers: NDQ_001598

answers: contour interval and scale bar.

answers: NDQ_001600

answers: contour interval

answers: NDQ_001603

answers: Other information is required to be on the printed map

answers: NDQ_001605

answers: Other information is required to be on the printed map

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: contour interval and scale bar.

answers: NDQ_001611

answers: contour interval

answers: NDQ_001613

answers: scale, contour interval and scale bar.

answers: NDQ_001614

answers: scale, contour interval and scale bar.

answers: NDQ_001618

answers: contour interval and scale bar.

answers: NDQ_001619

answers: contour interval

answers: NDQ_001620

answers: contour interval

answers: NDQ_001621

answers: contour interval

answers: NDQ_001622

answers: contour interval and scale bar.

answers: NDQ_001623

answers: contour interval

answers: NDQ_001624

answers: contour interval and scale bar.

answers: NDQ_001625

answers: printed map although the presentation is not specified,

text: Topographic map of the municipality of Albrandswaard, Sept. 2014.

text: Topographic map of the municipality of Albrandswaard, Sept. 2014.

answers: NDQ_001586

answers: None

answers: NDQ_001587

answers: is shown of the municipality of Albrandswaard.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is not a topographic map

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: altitude

answers: NDQ_001592

answers: Identify landmarks

answers: NDQ_001593

answers: How can you determine the slope of the land?

answers: NDQ_001594

answers: contour lines represent the distance to the bottom of the water

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: The side of the mountain that is steepest

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a valley.

answers: NDQ_001603

answers: No

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: How do contour lines help us see the three-dimensional shape of the land?

answers: NDQ_001611

answers: Which of the following is not a topographic feature?

answers: NDQ_001613

answers: The hatch marks are drawn on the side of the circle with the higher elevation

answers: NDQ_001614

answers: Which of the following is true of a topographic map?

answers: NDQ_001618

answers: sand dunes

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: ridges

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Topographic map of the municipality of Albrandswaard,

answers: NDQ_001587

answers: Topographic map of the municipality of Albrandswaard,

answers: NDQ_001588

answers: Topographic map of the municipality of Albrandswaard,

answers: NDQ_001589

answers: Topographic map of the municipality of Albrandswaard,

answers: NDQ_001590

answers: 2014.

answers: NDQ_001591

answers: Topographic map of the municipality of Albrandswaard,

answers: NDQ_001592

answers: municipality of Albrandswaard,

answers: NDQ_001593

answers: Topographic map of the municipality of Albrandswaard,

answers: NDQ_001594

answers: Topographic map of the municipality of Albrandswaard,

answers: NDQ_001595

answers: 2014.

answers: NDQ_001597

answers: Topographic map of the municipality of Albrandswaard,

answers: NDQ_001598

answers: Topographic map of the municipality of Albrandswaard,

answers: NDQ_001600

answers: Topographic map of the municipality of Albrandswaard,

answers: NDQ_001603

answers: Topographic map of the municipality of Albrandswaard,

answers: NDQ_001605

answers: Topographic map of the municipality of Albrandswaard,

answers: NDQ_001606

answers: Topographic map of the municipality of Albrandswaard,

answers: NDQ_001608

answers: Topographic map

answers: NDQ_001611

answers: Topographic map of the municipality of Albrandswaard,

answers: NDQ_001613

answers: Topographic map of the municipality of Albrandswaard,

answers: NDQ_001614

answers: Topographic map of the municipality of Albrandswaard,

answers: NDQ_001618

answers: municipality of Albrandswaard,

answers: NDQ_001619

answers: Topographic map

answers: NDQ_001620

answers: Topographic map of the municipality of Albrandswaard,

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: municipality of Albrandswaard,

answers: NDQ_001623

answers: Topographic map of the municipality of Albrandswaard,

answers: NDQ_001624

answers: municipality of Albrandswaard,

answers: NDQ_001625

answers: 2014.

text: A comparison of the topographical map prepared for General John G. Barnard Chief Engineer, Army of the Potomac,  and a topographical map of modern Washington pinpoints the location at the 4900 block of 30th Place. Using the contour of Fort Kearny drawn by Robert Knox Sneden in 1862, the position of the fort can be readily determined.

text: A comparison of the topographical map prepared for

text: General John G. Barnard

text: Chief Engineer, Army of the Potomac,  and a topographical map of modern Washington pinpoints the location at the 4900 block of 30th Place. Using the contour of Fort Kearny drawn by Robert Knox Sneden in 1862, the position of the fort can be readily determined.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: What is the location of Fort Kearny?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the position of the fort can be readily determined

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: the position of the fort

answers: NDQ_001592

answers: the position of the fort

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: contour

answers: NDQ_001600

answers: a plateau

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: Yes

answers: NDQ_001611

answers: contour of Fort Kearny drawn by Robert Knox Sneden

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: Fort Kearny

answers: NDQ_001619

answers: contour

answers: NDQ_001620

answers: NDQ_001621

answers: topographical map

answers: NDQ_001622

answers: Fort Kearny

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: Fort Kearny

answers: NDQ_001625

answers: 4900 block

answers: NDQ_001586

answers: contour of Fort Kearny drawn by Robert Knox Sneden

answers: NDQ_001587

answers: contour of Fort Kearny

answers: NDQ_001588

answers: Washington

answers: NDQ_001589

answers: topographical map

answers: NDQ_001590

answers: contour of Fort Kearny

answers: NDQ_001591

answers: position of the fort

answers: NDQ_001592

answers: pinpoints the location at the 4900 block of 30th Place.

answers: NDQ_001593

answers: contour of Fort Kearny

answers: NDQ_001594

answers: contour of Fort Kearny

answers: NDQ_001595

answers: 4900

answers: NDQ_001597

answers: contour of Fort Kearny

answers: NDQ_001598

answers: contour

answers: NDQ_001600

answers: topographical map of modern Washington

answers: NDQ_001603

answers: topographical map

answers: NDQ_001605

answers: topographical map of modern Washington

answers: NDQ_001606

answers: contour of Fort Kearny

answers: NDQ_001608

answers: contour

answers: NDQ_001611

answers: contour of Fort Kearny

answers: NDQ_001613

answers: contour of Fort Kearny

answers: NDQ_001614

answers: topographical map of modern Washington

answers: NDQ_001618

answers: Fort Kearny

answers: NDQ_001619

answers: contour

answers: NDQ_001620

answers: 4900

answers: NDQ_001621

answers: contour

answers: NDQ_001622

answers: Fort Kearny

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: Fort Kearny

answers: NDQ_001625

answers: 4900

text: The official name usage for the falls is confusing as most maps produced by the Government of the Province of Nova Scotia and by many tourist groups use either of the two spellings starting with a "U", sometimes using both spellings in the same document, yet the only official name that appears in either Government of Nova Scotia or Government of Canada, Canadian Geographical Names Data Base (CGNDB) is the "Easach Ban" spelling.  The "Easach Ban" spelling is the only version used on Government of Canada topographical maps.

text: The official name usage for the falls is confusing as most maps produced by the Government of the Province of Nova Scotia and by many tourist groups use either of the two spellings starting with a "U", sometimes using both spellings in the same document, yet the only official name that appears in either Government of Nova Scotia or Government of Canada,

text: Canadian Geographical Names Data Base (CGNDB)

text: is the "Easach Ban" spelling.  The "Easach Ban" spelling is the only version used on Government of Canada topographical maps.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: Which of the following is not a country: Canada, Nova Scotia or Nova Scotia?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Government of Canada topographical maps

answers: NDQ_001590

answers: What is the only version used on Government of Canada topographical maps?

answers: NDQ_001591

answers: topographical

answers: NDQ_001592

answers: use either of the two spellings

answers: NDQ_001593

answers: Yes

answers: NDQ_001594

answers: What does the "Easach Ban" spelling mean?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain

answers: NDQ_001600

answers: What is the official name of the falls?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What does the "Easach Ban" spelling mean?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: The "Easach Ban" spelling

answers: NDQ_001613

answers: What is the official name usage for the falls?

answers: NDQ_001614

answers: Which of the following is not true?

answers: NDQ_001618

answers: Government of Canada topographical maps

answers: NDQ_001619

answers: NDQ_001620

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: Government of Canada topographical maps

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: The "Easach Ban"

answers: NDQ_001587

answers: two spellings starting with a "U",

answers: NDQ_001588

answers: either of the two spellings starting with a "U",

answers: NDQ_001589

answers: "U",

answers: NDQ_001590

answers: Government of Canada topographical maps.

answers: NDQ_001591

answers: falls

answers: NDQ_001592

answers: using both spellings in the same document,

answers: NDQ_001593

answers: Government of Canada topographical maps.

answers: NDQ_001594

answers: Canadian Geographical Names Data Base

answers: NDQ_001595

answers: Nova Scotia

answers: NDQ_001597

answers: Government of Canada topographical maps.

answers: NDQ_001598

answers: Government of Canada

answers: NDQ_001600

answers: Canadian Geographical Names Data Base

answers: NDQ_001603

answers: Government of Canada topographical maps.

answers: NDQ_001605

answers: "U",

answers: NDQ_001606

answers: Canadian Geographical Names

answers: NDQ_001608

answers: topographical maps.

answers: NDQ_001611

answers: "U",

answers: NDQ_001613

answers: The "Easach Ban"

answers: NDQ_001614

answers: Government of Canada

answers: NDQ_001618

answers: The "Easach Ban"

answers: NDQ_001619

answers: topographical maps.

answers: NDQ_001620

answers: "Easach Ban"

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: Government of Canada

answers: NDQ_001623

answers: Government of Canada topographical maps.

answers: NDQ_001624

answers: Government of Canada

answers: NDQ_001625

answers: "Easach Ban"

text: Like linear probing, it uses one hash value as a starting point and then repeatedly steps forward an interval until the desired value is located, an empty location is reached, or the entire table has been searched; but this interval is decided using a second, independent hash function (hence the name double hashing). Unlike linear probing and quadratic probing, the interval depends on the data, so that even values mapping to the same location have different bucket sequences; this minimizes repeated collisions and the effects of clustering.

text: Like

text: linear probing

text: , it uses one hash value as a starting point and then repeatedly steps forward an interval until the desired value is located, an empty location is reached, or the entire table has been searched; but this interval is decided using a second, independent hash function (hence the name double hashing). Unlike

text: linear probing

text: and

text: quadratic probing

text: , the interval depends on the data, so that even values mapping to the same location have different bucket sequences; this minimizes repeated collisions and the effects of clustering.

answers: NDQ_001586

answers: contour lines

answers: NDQ_001587

answers: can be used to measure the distance between two points.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: even values mapping to the same location have different bucket sequences

answers: NDQ_001590

answers: contour lines

answers: NDQ_001591

answers: quadratic probing

answers: NDQ_001592

answers: linear probing

answers: NDQ_001593

answers: slope

answers: NDQ_001594

answers: contour lines

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction

answers: NDQ_001598

answers: steepest

answers: NDQ_001600

answers: contour lines are so close together

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: What is the name of the second, independent hash function?

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: contour lines

answers: NDQ_001611

answers: concentric lines

answers: NDQ_001613

answers: side of the circle with the higher elevation

answers: NDQ_001614

answers: horizontal

answers: NDQ_001618

answers: mountain

answers: NDQ_001619

answers: quadratic probing

answers: NDQ_001620

answers: isosceles

answers: NDQ_001621

answers: isotope

answers: NDQ_001622

answers: mountain

answers: NDQ_001623

answers: linear probing

answers: NDQ_001624

answers: isobath

answers: NDQ_001625

answers: continuously steps forward

answers: NDQ_001586

answers: double hashing).

answers: NDQ_001587

answers: different bucket sequences;

answers: NDQ_001588

answers: Like linear probing,

answers: NDQ_001589

answers: the interval depends on the data,

answers: NDQ_001590

answers: the interval depends on the data,

answers: NDQ_001591

answers: linear probing,

answers: NDQ_001592

answers: linear probing and quadratic probing,

answers: NDQ_001593

answers: linear probing,

answers: NDQ_001594

answers: linear probing,

answers: NDQ_001595

answers: repeatedly steps forward an interval

answers: NDQ_001597

answers: linear probing,

answers: NDQ_001598

answers: double hashing).

answers: NDQ_001600

answers: Like linear probing,

answers: NDQ_001603

answers: linear probing,

answers: NDQ_001605

answers: even values mapping to the same location have different bucket sequences;

answers: NDQ_001606

answers: the interval depends on the data,

answers: NDQ_001608

answers: linear probing,

answers: NDQ_001611

answers: linear probing,

answers: NDQ_001613

answers: double hashing).

answers: NDQ_001614

answers: linear probing,

answers: NDQ_001618

answers: double hashing).

answers: NDQ_001619

answers: linear probing,

answers: NDQ_001620

answers: linear probing,

answers: NDQ_001621

answers: linear probing,

answers: NDQ_001622

answers: double hashing).

answers: NDQ_001623

answers: linear probing,

answers: NDQ_001624

answers: double hashing).

answers: NDQ_001625

answers: different bucket sequences;

text: The hamlet is no longer named on the newest topographical map of the area,.

text: The hamlet is no longer named on the newest topographical map of the area,.

answers: NDQ_001586

answers: no longer named

answers: NDQ_001587

answers: can be used to find the location of a hamlet.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: The hamlet is no longer named

answers: NDQ_001590

answers: The contour interval is the horizontal distance between contour lines

answers: NDQ_001591

answers: hamlet

answers: NDQ_001592

answers: name a hamlet

answers: NDQ_001593

answers: The hamlet is no longer named on the newest topographical map

answers: NDQ_001594

answers: contour lines represent the distance to the bottom

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: the side of the mountain that is steepest.

answers: NDQ_001600

answers: None of the above choices .

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices .

answers: NDQ_001606

answers: The hamlet is no longer named on the newest topographic map of the area

answers: NDQ_001608

answers: None of the above choices .

answers: NDQ_001611

answers: None of the above choices.

answers: NDQ_001613

answers: the side with the lower elevation

answers: NDQ_001614

answers: no longer named

answers: NDQ_001618

answers: The hamlet

answers: NDQ_001619

answers: can not be used

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: The hamlet

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: The hamlet

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: The hamlet is no longer named

answers: NDQ_001587

answers: newest topographical map

answers: NDQ_001588

answers: The hamlet is no longer named

answers: NDQ_001589

answers: The hamlet is no longer named

answers: NDQ_001590

answers: newest topographical map

answers: NDQ_001591

answers: The hamlet is no longer named

answers: NDQ_001592

answers: hamlet is no longer named

answers: NDQ_001593

answers: newest topographical map

answers: NDQ_001594

answers: The hamlet is no longer named

answers: NDQ_001595

answers: area,.

answers: NDQ_001597

answers: newest topographical map of the area,.

answers: NDQ_001598

answers: newest topographical map

answers: NDQ_001600

answers: The hamlet

answers: NDQ_001603

answers: The hamlet is no longer named

answers: NDQ_001605

answers: The hamlet is no longer named

answers: NDQ_001606

answers: The hamlet is no longer named

answers: NDQ_001608

answers: topographical map

answers: NDQ_001611

answers: newest topographical map of the area,.

answers: NDQ_001613

answers: The hamlet is no longer named

answers: NDQ_001614

answers: The hamlet is no longer named

answers: NDQ_001618

answers: The hamlet

answers: NDQ_001619

answers: topographical map

answers: NDQ_001620

answers: newest topographical map

answers: NDQ_001621

answers: topographical

answers: NDQ_001622

answers: The hamlet

answers: NDQ_001623

answers: topographical map

answers: NDQ_001624

answers: The hamlet

answers: NDQ_001625

answers: The hamlet is no longer named

text: origin. So the switching function is like a topographic map with a contour of constant height along which trajectories are forced to move.

text: origin. So the switching function is like a

text: topographic map

text: with a contour of constant height along which trajectories are forced to move.

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: can be used to measure the distance between two points.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: trajectories are forced to move

answers: NDQ_001590

answers: What is the difference between a contour and a contour line?

answers: NDQ_001591

answers: constant height

answers: NDQ_001592

answers: change direction

answers: NDQ_001593

answers: None of the above choices

answers: NDQ_001594

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices

answers: NDQ_001598

answers: the side of the mountain that is steepest

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: no

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the contour interval?

answers: NDQ_001608

answers: Yes

answers: NDQ_001611

answers: What is the opposite of a topographic map?

answers: NDQ_001613

answers: Which side of the circle has the higher elevation?

answers: NDQ_001614

answers: Which of the following is true of the switching function?

answers: NDQ_001618

answers: the switching function

answers: NDQ_001619

answers: can be used

answers: NDQ_001620

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: constant height

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: constant height

answers: NDQ_001625

answers: constant height

answers: NDQ_001586

answers: constant height

answers: NDQ_001587

answers: topographic map with a contour of constant height

answers: NDQ_001588

answers: origin.

answers: NDQ_001589

answers: constant height

answers: NDQ_001590

answers: contour of constant height

answers: NDQ_001591

answers: origin.

answers: NDQ_001592

answers: origin. So the switching function

answers: NDQ_001593

answers: a contour of constant height

answers: NDQ_001594

answers: contour of constant height

answers: NDQ_001595

answers: constant height

answers: NDQ_001597

answers: origin. So the switching function

answers: NDQ_001598

answers: a contour of constant height

answers: NDQ_001600

answers: contour of constant height

answers: NDQ_001603

answers: switching function

answers: NDQ_001605

answers: origin.

answers: NDQ_001606

answers: contour of constant height

answers: NDQ_001608

answers: topographic map with a contour of constant height

answers: NDQ_001611

answers: origin. So the switching function is like a topographic map

answers: NDQ_001613

answers: origin.

answers: NDQ_001614

answers: topographic map with a contour of constant height

answers: NDQ_001618

answers: origin.

answers: NDQ_001619

answers: topographic

answers: NDQ_001620

answers: constant height

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: origin.

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: origin.

answers: NDQ_001625

answers: constant height

text: The Military Geographic Service is a unit of the Bulgarian Armed Forces responsible for meeting the obligations of the Bulgarian Ministry of Defense in the field of cartography and geographic information.  This includes the mapping and production of topographic maps of 1:25000 and lesser scale, maintaining the national geodetic network, and providing topographic and geographic data, digital products and information to the Armed Forces, government institutions and private users.  According to the 2006 Law of Geodesy and Cartography, the areas subject to such mapping comprise the country’s territory as well as the area of the Bulgarian base in Antarctica.

text: The Military Geographic Service is a unit of the

text: Bulgarian Armed Forces

text: responsible for meeting the obligations of the

text: Bulgaria

text: n

text: Ministry of Defense

text: in the field of

text: cartography

text: and

text: geographic information

text: .  This includes the mapping and production of

text: topographic map

text: s of 1:25000 and lesser

text: scale

text: , maintaining the national

text: geodetic network

text: , and providing

text: topographic

text: and

text: geographic

text: data, digital products and information to the Armed Forces, government institutions and private users.  According to the 2006 Law of Geodesy and Cartography, the areas subject to such mapping comprise the country’s territory as well as the area of the

text: Bulgarian base

text: in

text: Antarctica

answers: NDQ_001586

answers: None of the above choices

answers: NDQ_001587

answers: What is the area of the Bulgarian base in Antarctica?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: 1:25000 and lesser scale

answers: NDQ_001590

answers: 1:25000

answers: NDQ_001591

answers: area of the Bulgarian base in Antarctica

answers: NDQ_001592

answers: maintain the national geodetic network

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: 1:25000 and lesser scale

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What does the Military Geographic Service do?

answers: NDQ_001598

answers: 1:25000

answers: NDQ_001600

answers: 1:25000

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: geologic, topographic, or geological?

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What helps us to see the three-dimensional shape of the land

answers: NDQ_001611

answers: None of the above choices

answers: NDQ_001613

answers: The Military Geographic Service is a unit of the Bulgarian Armed Forces

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: Antarctica

answers: NDQ_001619

answers: 1:25000

answers: NDQ_001620

answers: 1:25000

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Antarctica

answers: NDQ_001623

answers: geodetic network

answers: NDQ_001624

answers: Antarctica

answers: NDQ_001625

answers: 1:25000

answers: NDQ_001586

answers: 1:25000

answers: NDQ_001587

answers: 1:25000

answers: NDQ_001588

answers: 1:25000

answers: NDQ_001589

answers: Antarctica.

answers: NDQ_001590

answers: 1:25000

answers: NDQ_001591

answers: Bulgarian base in Antarctica.

answers: NDQ_001592

answers: maintaining the national geodetic network,

answers: NDQ_001593

answers: topographic maps of 1:25000

answers: NDQ_001594

answers: 1:25000

answers: NDQ_001595

answers: 1:25000

answers: NDQ_001597

answers: topographic maps of 1:25000

answers: NDQ_001598

answers: 1:25000

answers: NDQ_001600

answers: 1:25000

answers: NDQ_001603

answers: topographic maps of 1:25000

answers: NDQ_001605

answers: topographic maps of 1:25000

answers: NDQ_001606

answers: 1:25000

answers: NDQ_001608

answers: topographic maps

answers: NDQ_001611

answers: The Military Geographic Service

answers: NDQ_001613

answers: 1:25000

answers: NDQ_001614

answers: topographic maps of 1:25000

answers: NDQ_001618

answers: Bulgarian base in Antarctica.

answers: NDQ_001619

answers: topographic maps of 1:25000

answers: NDQ_001620

answers: 1:25000

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: Bulgarian base in Antarctica.

answers: NDQ_001623

answers: geodetic

answers: NDQ_001624

answers: Bulgarian base in Antarctica.

answers: NDQ_001625

answers: 1:25000

text: On December 17, 2010, a topographic map of the Moon based on data gathered by the LOLA instrument was released to the public. This is the most accurate topographic map of the Moon to date.  It will continue to be updated as more data is acquired.

text: On December 17, 2010, a topographic map of the Moon based on data gathered by the LOLA instrument was released to the public. This is the most accurate topographic map of the Moon to date.  It will continue to be updated as more data is acquired.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What is the most accurate topographic map of the Moon?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: it will continue to be updated as more data is acquired

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: the Moon

answers: NDQ_001592

answers: update

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: What is the most accurate topographic map of the Moon?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices.

answers: NDQ_001598

answers: side that is steepest

answers: NDQ_001600

answers: What is the most accurate topographic map of the Moon?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What is the most accurate topographic map of the Moon based on data gathered by LOLA?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the most accurate topographic map of the Moon?

answers: NDQ_001611

answers: The most accurate topographic map of the Moon

answers: NDQ_001613

answers: What is the most accurate topographic map of the Moon?

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: the Moon

answers: NDQ_001619

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: the Moon

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: the Moon

answers: NDQ_001625

answers: the Moon

answers: NDQ_001586

answers: Moon

answers: NDQ_001587

answers: topographic map of the Moon

answers: NDQ_001588

answers: On December 17, 2010,

answers: NDQ_001589

answers: topographic map

answers: NDQ_001590

answers: topographic map of the Moon

answers: NDQ_001591

answers: topographic map of the Moon

answers: NDQ_001592

answers: updated as more data is acquired.

answers: NDQ_001593

answers: topographic map of the Moon

answers: NDQ_001594

answers: On December 17, 2010,

answers: NDQ_001595

answers: 2010,

answers: NDQ_001597

answers: topographic map of the Moon

answers: NDQ_001598

answers: topographic map of the Moon

answers: NDQ_001600

answers: topographic map of the Moon

answers: NDQ_001603

answers: topographic map of the Moon

answers: NDQ_001605

answers: Moon

answers: NDQ_001606

answers: 2010,

answers: NDQ_001608

answers: topographic map

answers: NDQ_001611

answers: On December 17, 2010,

answers: NDQ_001613

answers: Moon based on data gathered by the LOLA instrument

answers: NDQ_001614

answers: topographic map of the Moon

answers: NDQ_001618

answers: the Moon

answers: NDQ_001619

answers: Moon based on data gathered by the LOLA instrument

answers: NDQ_001620

answers: Moon based on data gathered by the LOLA instrument

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Moon

answers: NDQ_001623

answers: LOLA instrument

answers: NDQ_001624

answers: the Moon

answers: NDQ_001625

answers: Moon

text: Dutch Topographic map of Goes (town), Sept. 2014.

text: Dutch Topographic map of Goes (town), Sept. 2014.

answers: NDQ_001586

answers: change in elevation

answers: NDQ_001587

answers: Goes is a town in the Netherlands.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is a non-topographic map

answers: NDQ_001590

answers: The contour interval of a topographic map

answers: NDQ_001591

answers: mountains

answers: NDQ_001592

answers: change direction

answers: NDQ_001593

answers: How does a topographic map work?

answers: NDQ_001594

answers: contour lines represent the distance to the bottom

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that streams flow

answers: NDQ_001598

answers: The side of the mountain that is steepest

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a valley

answers: NDQ_001603

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

answers: NDQ_001605

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

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval

answers: NDQ_001608

answers: How do contour lines help us to see the shape of the land?

answers: NDQ_001611

answers: If the lines are very close together, they show a valley.

answers: NDQ_001613

answers: The side of the circle with the higher elevation

answers: NDQ_001614

answers: Which of the following is true of a topographic map?

answers: NDQ_001618

answers: goes

answers: NDQ_001619

answers: cantilever

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: isobath

answers: NDQ_001624

answers: goes

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: Dutch Topographic map of Goes (town), Sept. 2014.

answers: NDQ_001587

answers: Goes (town), Sept. 2014.

answers: NDQ_001588

answers: Goes (town), Sept. 2014.

answers: NDQ_001589

answers: Topographic

answers: NDQ_001590

answers: Dutch Topographic map of Goes (town), Sept. 2014.

answers: NDQ_001591

answers: Topographic map

answers: NDQ_001592

answers: Goes (town), Sept. 2014.

answers: NDQ_001593

answers: Topographic map

answers: NDQ_001594

answers: Dutch Topographic map of Goes (town), Sept. 2014.

answers: NDQ_001595

answers: 2014.

answers: NDQ_001597

answers: Dutch Topographic map of Goes (town), Sept. 2014.

answers: NDQ_001598

answers: Dutch Topographic map of Goes (town), Sept. 2014.

answers: NDQ_001600

answers: Dutch Topographic map of Goes (town), Sept. 2014.

answers: NDQ_001603

answers: Dutch Topographic map of Goes (town), Sept. 2014.

answers: NDQ_001605

answers: Dutch Topographic map of Goes (town), Sept. 2014.

answers: NDQ_001606

answers: Dutch Topographic map of Goes (town), Sept. 2014.

answers: NDQ_001608

answers: Dutch Topographic map of Goes (town), Sept. 2014.

answers: NDQ_001611

answers: Dutch Topographic map of Goes (town), Sept. 2014.

answers: NDQ_001613

answers: Dutch Topographic map of Goes (town), Sept. 2014.

answers: NDQ_001614

answers: Dutch Topographic map of Goes (town), Sept. 2014.

answers: NDQ_001618

answers: Goes

answers: NDQ_001619

answers: Dutch Topographic map

answers: NDQ_001620

answers: Dutch Topographic map of Goes (town), Sept. 2014.

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Goes

answers: NDQ_001623

answers: Dutch Topographic map of Goes (town), Sept. 2014.

answers: NDQ_001624

answers: Goes

answers: NDQ_001625

answers: 2014.

text: Apart from either end, the border generally followed a ridge line throughout its length, rising to almost 2,500 metres in the Fifth Division. In the First Division, there were some roads, including a continuous road from Kuching to Brunei and around to Sandakan on the east coast of Sabah. There were no roads in the Fourth and Fifth Divisions or the Interior Residency, and in Third Division, there was only the coast road, which was some 150 miles from the border. Mapping was generally poor, as British maps of the country showed very little topographic detail. Indonesian maps were worse; veterans recall "a single black and white sheet for all of Kalimantan torn from a school text book" in 1964.

text: Apart from either end, the border generally followed a ridge line throughout its length, rising to almost 2,500 metres in the Fifth Division. In the First Division, there were some roads, including a continuous road from Kuching to Brunei and around to Sandakan on the east coast of Sabah. There were no roads in the Fourth and Fifth Divisions or the Interior Residency, and in Third Division, there was only the coast road, which was some 150 miles from the border. Mapping was generally poor, as British maps of the country showed very little topographic detail. Indonesian maps were worse; veterans recall "a single black and white sheet for all of Kalimantan torn from a school text book" in 1964.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many miles was the road from Kuching to Brunei?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: showed very little topographic detail

answers: NDQ_001590

answers: 2,500 metres

answers: NDQ_001591

answers: the border

answers: NDQ_001592

answers: show very little topographic detail

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: unanswerable

answers: NDQ_001600

answers: a ridge line

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: 2,500 metres in the Fifth Division

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: what is the second to last word in the passage?

answers: NDQ_001613

answers: what is the second to last group mentioned?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: ridge line

answers: NDQ_001619

answers: 2,500 metres

answers: NDQ_001620

answers: 2,500 metres

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: British maps

answers: NDQ_001623

answers: ridge line

answers: NDQ_001624

answers: ridge line

answers: NDQ_001625

answers: 2,500 metres

answers: NDQ_001586

answers: British maps of the country showed very little topographic detail.

answers: NDQ_001587

answers: the border generally followed a ridge line

answers: NDQ_001588

answers: ridge line

answers: NDQ_001589

answers: ridge line

answers: NDQ_001590

answers: 2,500 metres

answers: NDQ_001591

answers: ridge line

answers: NDQ_001592

answers: detail.

answers: NDQ_001593

answers: 2,500 metres

answers: NDQ_001594

answers: 2,500 metres

answers: NDQ_001595

answers: 2,500 metres

answers: NDQ_001597

answers: British maps of the country showed very little topographic detail.

answers: NDQ_001598

answers: British maps of the country showed very little topographic detail.

answers: NDQ_001600

answers: ridge line

answers: NDQ_001603

answers: British maps of the country showed very little topographic detail.

answers: NDQ_001605

answers: black and white

answers: NDQ_001606

answers: 2,500 metres in the Fifth Division.

answers: NDQ_001608

answers: ridge line

answers: NDQ_001611

answers: ridge line

answers: NDQ_001613

answers: British maps of the country showed very little topographic detail.

answers: NDQ_001614

answers: British maps of the country showed very little topographic detail.

answers: NDQ_001618

answers: ridge line

answers: NDQ_001619

answers: 2,500 metres

answers: NDQ_001620

answers: 2,500 metres

answers: NDQ_001621

answers: topographic detail.

answers: NDQ_001622

answers: Kalimantan

answers: NDQ_001623

answers: ridge line

answers: NDQ_001624

answers: ridge line

answers: NDQ_001625

answers: 2,500 metres

text: In 1809, the first topographical surveys of Switzerland took place on a confederate, military level. They took place in the north-eastern area and were led by Hans Conrad Finsler. Measurements in the alpine region started in 1825 with triangulations by Antoine-Joseph Buchwalder. This work would be finished in 1837 by Johannes Eschmann. At New Year 1838, the Topographical Bureau (Eidgenössisches Topographisches Bureau) was founded in Carouge, Geneve by Guillaume Henri Dufour. This bureau published its first map the same year, the Carte topographique du Canton de Genève. Topographic surveys also started in the alpine regions of Switzerland. These had their first results in 1845, a year later than planned, when a map scaled 1:100.000 was published. This was the start of what are termed Dufourkarten (Dufour's Maps). The topographic survey finished in 1862. To honour Dufour, the Swiss government decided to rename the highest peak on the Dufourkarten from Höchste Spitze to Dufourspitze: it still carries that name today. In 1863, the SAC published a 1:50.000 map of the region Tödi, based on unpublished survey material. A year later, the last map of the Dufourkarten was published, and the following year, Dufour retired and Hermann Siegfried became Chief of the Topographical Bureau.

text: In 1809, the first topographical surveys of

text: Switzerland

text: took place on a

text: confederate

text: , military level. They took place in the north-eastern area and were led by

text: Hans Conrad Finsler

text: . Measurements in the alpine region started in 1825 with triangulations by

text: Antoine-Joseph Buchwalder

text: . This work would be finished in 1837 by

text: Johannes Eschmann

text: . At New Year 1838, the Topographical Bureau (Eidgenössisches Topographisches Bureau) was founded in

text: Carouge

text: Geneve

text: by

text: Guillaume Henri Dufour

text: . This bureau published its first map the same year, the Carte topographique du Canton de Genève. Topographic surveys also started in the alpine regions of Switzerland. These had their first results in 1845, a year later than planned, when a map scaled 1:100.000 was published. This was the start of what are termed Dufourkarten (Dufour's Maps). The topographic survey finished in 1862. To honour

text: Dufour

text: , the Swiss government decided to rename the highest peak on the Dufourkarten from Höchste Spitze to

text: Dufourspitze

text: : it still carries that name today. In 1863, the

text: SAC

text: published a 1:50.000 map of the region

text: Tödi

text: , based on unpublished survey material. A year later, the last map of the Dufourkarten was published, and the following year, Dufour retired and

text: Hermann Siegfried

text: became Chief of the Topographical Bureau.

answers: NDQ_001586

answers: What is the highest peak on the Dufourkarten?

answers: NDQ_001587

answers: Which happened first, the first topographical surveys of Switzerland took place on a confederate, military level or the first topographic surveys of Switzerland took place on a confederate, military level?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: 1:50.000 map

answers: NDQ_001590

answers: What is the highest peak on the Dufourkarten from Höchste Spitze to Dufourspitze?

answers: NDQ_001591

answers: dufourkarten

answers: NDQ_001592

answers: triangulations

answers: NDQ_001593

answers: What is the highest peak on the Dufourkarten?

answers: NDQ_001594

answers: What was the start of what are termed Dufour's Maps?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Which happened first, the first topographical surveys of Switzerland took place on a confederate, military level

answers: NDQ_001598

answers: Dufourspitze

answers: NDQ_001600

answers: What was the highest peak on the Dufourkarten from Höchste Spitze to Dufourspitze?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which happened first, the first topographical surveys of Switzerland took place on a confederate, military level or Guillaume Henri Dufour founded the Topographical Bureau?

answers: NDQ_001606

answers: How many years did the first topographical surveys of Switzerland take place?

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: Which happened first, the first topographical surveys of Switzerland took place on a confederate, military level or the first map of the Dufourkarten was published?

answers: NDQ_001613

answers: Which happened first, the first topographical surveys of Switzerland took place on a confederate, military level or the topographic survey finished in 1862?

answers: NDQ_001614

answers: Which happened first, the first topographical surveys of Switzerland took place on a confederate, military level or the first topographic surveys of Switzerland took place on a confederate, military level?

answers: NDQ_001618

answers: highest peak

answers: NDQ_001619

answers: 1:50.000 map

answers: NDQ_001620

answers: 1:100.000

answers: NDQ_001621

answers: Dufourkarten

answers: NDQ_001622

answers: highest peak on the Dufourkarten

answers: NDQ_001623

answers: Dufourspitze

answers: NDQ_001624

answers: highest peak on the Dufourkarten

answers: NDQ_001625

answers: 1:100.000

answers: NDQ_001586

answers: Dufourkarten

answers: NDQ_001587

answers: Antoine-Joseph Buchwalder.

answers: NDQ_001588

answers: In 1809,

answers: NDQ_001589

answers: 1:100.000

answers: NDQ_001590

answers: 1:100.000

answers: NDQ_001591

answers: triangulations

answers: NDQ_001592

answers: triangulations

answers: NDQ_001593

answers: 1:100.000

answers: NDQ_001594

answers: 1:100.000

answers: NDQ_001595

answers: 1:100.000

answers: NDQ_001597

answers: triangulations

answers: NDQ_001598

answers: Dufourkarten

answers: NDQ_001600

answers: 1:100.000

answers: NDQ_001603

answers: Dufourkarten (Dufour's Maps).

answers: NDQ_001605

answers: Dufourkarten

answers: NDQ_001606

answers: 1809,

answers: NDQ_001608

answers: triangulations

answers: NDQ_001611

answers: Höchste Spitze to Dufourspitze:

answers: NDQ_001613

answers: Höchste Spitze to Dufourspitze:

answers: NDQ_001614

answers: (Dufour's Maps). The topographic survey finished in 1862.

answers: NDQ_001618

answers: Dufourkarten

answers: NDQ_001619

answers: 1:100.000

answers: NDQ_001620

answers: 1:100.000

answers: NDQ_001621

answers: 1:100.000

answers: NDQ_001622

answers: Dufourkarten

answers: NDQ_001623

answers: triangulations

answers: NDQ_001624

answers: Dufourkarten

answers: NDQ_001625

answers: 1:100.000

text: Since every geologic mapping project covers an area with unique lithologies and complexities, and every geologist has a unique style of mapping, no software is perfect for digital geologic mapping out of the box. The geologist can choose to either modify their mapping style to the available software, or modify the software to their mapping style, which may require extensive  programming. As of 2009, available geologic mapping software requires some degree of customization for a given geologic mapping project. Some digital-mapping geologists/programmers have chosen to highly customize or extend ESRI's ArcGIS instead. At digital field data capture meetings such as at the British Geological Survey in 2002  some organisations agreed to share development experiences, and some software systems are now available to download for free.

text: Since every geologic mapping project covers an area with unique

text: lithologies

text: and complexities, and every geologist has a unique style of mapping, no software is perfect for digital geologic mapping out of the box. The geologist can choose to either modify their mapping style to the available software, or modify the software to their mapping style, which may require extensive  programming. As of 2009, available geologic mapping software requires some degree of customization for a given geologic mapping project. Some digital-mapping geologists/programmers have chosen to highly customize or extend

text: ESRI

text: 's

text: ArcGIS

text: instead. At digital field data capture meetings such as at the British Geological Survey in 2002  some organisations agreed to share development experiences, and some software systems are now available to download for free.

answers: NDQ_001586

answers: changes in elevation

answers: NDQ_001587

answers: What is the most common type of geologic mapping project?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: software systems are now available to download for free

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: lithologies

answers: NDQ_001592

answers: lithologies and complexities

answers: NDQ_001593

answers: slope of the land

answers: NDQ_001594

answers: contour lines

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: unanswerable

answers: NDQ_001605

answers: What is the most common color used on geologic maps?

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: As of 2009, available geologic mapping software requires some degree of customization

answers: NDQ_001614

answers: vertical distances

answers: NDQ_001618

answers: geologic mapping

answers: NDQ_001619

answers: a digital-mapping

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: geologic mapping

answers: NDQ_001622

answers: lithologies

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: geologic mapping

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: ESRI's ArcGIS

answers: NDQ_001587

answers: lithologies

answers: NDQ_001588

answers: no software is perfect for digital geologic mapping out of the box.

answers: NDQ_001589

answers: unique lithologies

answers: NDQ_001590

answers: ESRI's ArcGIS

answers: NDQ_001591

answers: complexities,

answers: NDQ_001592

answers: geologic mapping project covers an area with unique lithologies

answers: NDQ_001593

answers: geologic mapping project covers an area with unique lithologies

answers: NDQ_001594

answers: ESRI's ArcGIS

answers: NDQ_001595

answers: every geologic mapping project covers an area with unique lithologies

answers: NDQ_001597

answers: geologic mapping project covers an area with unique lithologies

answers: NDQ_001598

answers: ESRI's ArcGIS

answers: NDQ_001600

answers: no software is perfect for digital geologic mapping out of the box.

answers: NDQ_001603

answers: geologic mapping project covers an area with unique lithologies

answers: NDQ_001605

answers: lithologies

answers: NDQ_001606

answers: no software is perfect for digital geologic mapping out of the box.

answers: NDQ_001608

answers: geologic mapping project covers an area with unique lithologies

answers: NDQ_001611

answers: ESRI's ArcGIS

answers: NDQ_001613

answers: ESRI's ArcGIS

answers: NDQ_001614

answers: ESRI's ArcGIS

answers: NDQ_001618

answers: geologic mapping project covers an area with unique lithologies

answers: NDQ_001619

answers: geologic mapping

answers: NDQ_001620

answers: no software is perfect for digital geologic mapping out of the box.

answers: NDQ_001621

answers: geologic mapping

answers: NDQ_001622

answers: geologic mapping project covers an area with unique lithologies

answers: NDQ_001623

answers: geologic mapping project covers an area with unique lithologies

answers: NDQ_001624

answers: geologic mapping project covers an area with unique lithologies

answers: NDQ_001625

answers: ESRI's ArcGIS

text: The Topographic Atlas of Switzerland (German: Topographischer Atlas der Schweiz), also known as the Siegfried Atlas or Siegfried Map (German: Siegfriedkarte; French: Carte Siegfried) is an official map series of Switzerland.  Its publication was begun by the Federal Topographic Bureau under Hermann Siegfried, and continued from 1870 to 1922. During this period the individual maps were drawn by different lithographers, including Walter Hauenstein, Georg Christian von Hoven and Rudolf Leuzinger. Since it is, in today's parlance, not strictly an atlas but a map series, map historians now describe it only by the expression Siegfried Map.

text: The Topographic Atlas of Switzerland (

text: German

text: : Topographischer Atlas der Schweiz), also known as the Siegfried Atlas or Siegfried Map (German: Siegfriedkarte;

text: French

text: : Carte Siegfried) is an official

text: map series

text: of

text: Switzerland

text: .  Its publication was begun by the

text: Federal Topographic Bureau

text: under

text: Hermann Siegfried

text: , and continued from 1870 to 1922. During this period the individual maps were drawn by different lithographers, including

text: Walter Hauenstein

text: Georg Christian von Hoven

text: and

text: Rudolf Leuzinger

text: . Since it is, in today's parlance, not strictly an

text: atlas

text: but a map series,

text: map historians

text: now describe it only by the expression Siegfried Map.

answers: NDQ_001586

answers: What is a topographic map?

answers: NDQ_001587

answers: The Topographic Atlas of Switzerland was published from 1870 to what year?

answers: NDQ_001588

answers: What is the opposite of parallel?

answers: NDQ_001589

answers: the Topographic Atlas of Switzerland

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: Topographic

answers: NDQ_001592

answers: atlas

answers: NDQ_001593

answers: What can you use a topographic map for?

answers: NDQ_001594

answers: What is a bathymetric map?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can be used to determine the direction that rivers and streams flow?

answers: NDQ_001598

answers: The Topographic Atlas of Switzerland

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: What type of maps use different colors to represent different types of rocks

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: Concentric lines that are very far apart show a high, steep hill

answers: NDQ_001613

answers: Which side of the circle with the higher elevation are the hatch marks drawn on?

answers: NDQ_001614

answers: What can topographic maps not show?

answers: NDQ_001618

answers: topographic map

answers: NDQ_001619

answers: Siegfried Map

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: topographic map

answers: NDQ_001623

answers: Mercator

answers: NDQ_001624

answers: V-shaped contour lines

answers: NDQ_001625

answers: 100 m

answers: NDQ_001586

answers: The Topographic Atlas of Switzerland

answers: NDQ_001587

answers: During this period the individual maps were drawn by different lithographers,

answers: NDQ_001588

answers: Hermann Siegfried, and continued from 1870 to 1922.

answers: NDQ_001589

answers: The Topographic Atlas of Switzerland

answers: NDQ_001590

answers: Hermann Siegfried, and continued from 1870 to 1922.

answers: NDQ_001591

answers: Switzerland.

answers: NDQ_001592

answers: atlas

answers: NDQ_001593

answers: The Topographic Atlas of Switzerland

answers: NDQ_001594

answers: Hermann Siegfried, and continued from 1870 to 1922.

answers: NDQ_001595

answers: The Topographic Atlas of Switzerland

answers: NDQ_001597

answers: The Topographic Atlas of Switzerland

answers: NDQ_001598

answers: Siegfriedkarte; French: Carte Siegfried)

answers: NDQ_001600

answers: The Topographic Atlas of Switzerland

answers: NDQ_001603

answers: The Topographic Atlas of Switzerland

answers: NDQ_001605

answers: 1870 to 1922.

answers: NDQ_001606

answers: The Topographic Atlas of Switzerland

answers: NDQ_001608

answers: The Topographic Atlas of Switzerland

answers: NDQ_001611

answers: The Topographic Atlas of Switzerland

answers: NDQ_001613

answers: Hermann Siegfried, and continued from 1870 to 1922.

answers: NDQ_001614

answers: The Topographic Atlas of Switzerland

answers: NDQ_001618

answers: The Topographic Atlas of Switzerland

answers: NDQ_001619

answers: Carte Siegfried)

answers: NDQ_001620

answers: Siegfriedkarte; French: Carte Siegfried)

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Switzerland

answers: NDQ_001623

answers: Siegfriedkarte; French: Carte Siegfried)

answers: NDQ_001624

answers: Switzerland

answers: NDQ_001625

answers: Switzerland

text: The geological maps provides information to the general public on the nature of the rocks and geological faults which can be found in the subsoil of a region or a country.

text: The geological maps provides information to the general public on the nature of the rocks and

text: geological fault

text: s which can be found in the subsoil of a region or a country.

answers: NDQ_001586

answers: None of the above choices.

answers: NDQ_001587

answers: can be used to determine the age of a rock

answers: NDQ_001588

answers: How do contour lines on a topographic map differ?

answers: NDQ_001589

answers: The geological maps provides information to the general public on the nature of the rocks and geological faults which can be found in the subsoil of a region

answers: NDQ_001590

answers: What is the difference between a contour line and a contour line?

answers: NDQ_001591

answers: faults

answers: NDQ_001592

answers: provide information on the nature of the rocks

answers: NDQ_001593

answers: None of the above choices.

answers: NDQ_001594

answers: What is the purpose of contour lines?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices.

answers: NDQ_001598

answers: The topographic map shows which side of the mountain is steepest.

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a valley

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: It's impossible to say

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: Which of the following is an example of a geological fault?

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map

answers: NDQ_001614

answers: Which of the following is true of geological maps?

answers: NDQ_001618

answers: ridges

answers: NDQ_001619

answers: can be found in the subsoil

answers: NDQ_001620

answers: elevation change

answers: NDQ_001621

answers: geological map

answers: NDQ_001622

answers: mountains

answers: NDQ_001623

answers: isoline

answers: NDQ_001624

answers: faults

answers: NDQ_001625

answers: 1 km

answers: NDQ_001586

answers: The geological maps

answers: NDQ_001587

answers: geological faults

answers: NDQ_001588

answers: The geological maps

answers: NDQ_001589

answers: nature of the rocks and geological faults

answers: NDQ_001590

answers: geological maps

answers: NDQ_001591

answers: geological faults

answers: NDQ_001592

answers: geological maps

answers: NDQ_001593

answers: The geological maps

answers: NDQ_001594

answers: The geological maps

answers: NDQ_001595

answers: The geological maps

answers: NDQ_001597

answers: The geological maps

answers: NDQ_001598

answers: The geological maps

answers: NDQ_001600

answers: The geological maps

answers: NDQ_001603

answers: The geological maps provides information to the general public

answers: NDQ_001605

answers: geological faults

answers: NDQ_001606

answers: The geological maps

answers: NDQ_001608

answers: The geological maps

answers: NDQ_001611

answers: The geological maps

answers: NDQ_001613

answers: The geological maps

answers: NDQ_001614

answers: geological maps

answers: NDQ_001618

answers: geological faults

answers: NDQ_001619

answers: The geological maps

answers: NDQ_001620

answers: geological faults

answers: NDQ_001621

answers: geological maps

answers: NDQ_001622

answers: geological faults

answers: NDQ_001623

answers: geological faults

answers: NDQ_001624

answers: geological faults

answers: NDQ_001625

answers: geological faults

text: He succeeded to his father’s official position in 1756 and continued the hereditary surveying operations. In 1744, he began the construction of a great topographical map of France, one of the landmarks in the history of cartography. Completed by his son Jean-Dominique,  and published by the Académie des Sciences from 1744 to 1793, its 180 plates are known as the Cassini map (fr).

text: He succeeded to his father’s official position in 1756 and continued the hereditary surveying operations. In 1744, he began the construction of a great

text: topographical

text: map of France, one of the landmarks in the history of

text: cartography

text: . Completed by his son

text: Jean-Dominique,

text: and published by the

text: Académie des Sciences

text: from 1744 to 1793, its 180 plates are known as the

text: Cassini map

text: fr

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many plates are in the Cassini map?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the Cassini map (fr)

answers: NDQ_001590

answers: what is the first time period mentioned?

answers: NDQ_001591

answers: topographical map

answers: NDQ_001592

answers: survey

answers: NDQ_001593

answers: Yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: The Cassini map

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: What type of map is the Cassini map?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What does cartography help us to see?

answers: NDQ_001611

answers: How would you describe the Cassini map?

answers: NDQ_001613

answers: How many plates are known as the Cassini map?

answers: NDQ_001614

answers: unanswerable

answers: NDQ_001618

answers: NDQ_001619

answers: topographical map

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: cartography

answers: NDQ_001622

answers: NDQ_001623

answers: Cassini

answers: NDQ_001624

answers: France

answers: NDQ_001625

answers: 180 plates

answers: NDQ_001586

answers: Cassini map

answers: NDQ_001587

answers: Cassini map

answers: NDQ_001588

answers: 1744 to 1793,

answers: NDQ_001589

answers: topographical map of France,

answers: NDQ_001590

answers: 1744 to 1793,

answers: NDQ_001591

answers: hereditary surveying operations.

answers: NDQ_001592

answers: surveying operations.

answers: NDQ_001593

answers: Cassini map

answers: NDQ_001594

answers: Cassini map

answers: NDQ_001595

answers: 1756

answers: NDQ_001597

answers: Cassini map

answers: NDQ_001598

answers: Cassini map

answers: NDQ_001600

answers: Cassini map

answers: NDQ_001603

answers: Cassini map

answers: NDQ_001605

answers: Cassini map

answers: NDQ_001606

answers: 1756

answers: NDQ_001608

answers: cartography.

answers: NDQ_001611

answers: Cassini map

answers: NDQ_001613

answers: Jean-Dominique,

answers: NDQ_001614

answers: Cassini map

answers: NDQ_001618

answers: France,

answers: NDQ_001619

answers: Cassini map

answers: NDQ_001620

answers: Cassini map

answers: NDQ_001621

answers: cartography.

answers: NDQ_001622

answers: France,

answers: NDQ_001623

answers: 180 plates are known as the Cassini map

answers: NDQ_001624

answers: Cassini map

answers: NDQ_001625

answers: 180

text: "Inadequate topographic intelligence could result in troops encountering impenetrable terrain, amphibious assaults landing on impassable beaches, or airborne assaults dropping into water. The U.S. Army's plan to provide photographic mapping support to advancing troops illustrates topographical intelligence's importance to the Western Allies. Further, the British developed the Inter-Service Topographic Department (ISTD) in October 1940.  The ISTD responded to the British topographical intelligence shortage before the April 1940 German invasion of Norway. In fact, the paucity of topographical intelligence on Norway resulted in Royal Air Force Bomber Command pilots relying on 1912 revised Baedeker's guides—commonly used by foreign travelers— for navigation when attacking airfields in Norway. This lack of intelligence also caused Royal Navy carrier pilots to rely on contourless Admiralty charts during their attack on Narvik's port.  Later, the topographical intelligence produced by the ISTD proved invaluable to the Royal Navy midget submarine attack and the Royal Navy torpedo aircraft attack during September 1942 and late 1944, respectively, on the German battleship Tirpitz based in Norway. It was also invaluable during the November 1942 Allied North African landings, and the St. Nazaire commando raid in March 1942.  In tribute to the ISTD's effectiveness, the department received compliments from General Dwight D. Eisenhower for its support to the allied landings in French North Africa."

text: "Inadequate topographic intelligence could result in troops encountering impenetrable terrain, amphibious assaults landing on impassable beaches, or airborne assaults dropping into water. The U.S. Army's plan to provide photographic mapping support to advancing troops illustrates topographical intelligence's importance to the Western Allies. Further, the British developed the Inter-Service Topographic Department (ISTD) in October 1940.  The ISTD responded to the British topographical intelligence shortage before the April 1940 German invasion of Norway. In fact, the paucity of topographical intelligence on Norway resulted in Royal Air Force Bomber Command pilots relying on 1912 revised

text: Baedeker

text: 's guides—commonly used by foreign travelers— for navigation when attacking airfields in Norway. This lack of intelligence also caused Royal Navy carrier pilots to rely on contourless

text: Admiralty chart

text: s during their attack on

text: Narvik

text: 's port.  Later, the topographical intelligence produced by the ISTD proved invaluable to the Royal Navy midget submarine attack and the Royal Navy torpedo aircraft attack during September 1942 and late 1944, respectively, on the

text: German battleship Tirpitz

text: based in Norway. It was also invaluable during the November 1942 Allied North African landings, and the

text: St. Nazaire

text: commando raid in March 1942.  In tribute to the ISTD's effectiveness, the department received compliments from General

text: Dwight D. Eisenhower

text: for its support to the allied landings in French North Africa."

answers: NDQ_001586

answers: contourless

answers: NDQ_001587

answers: Which happened first, the British developed the Inter-Service Topographic Department (ISTD) or the German invasion of Norway?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: contourless

answers: NDQ_001590

answers: contourless

answers: NDQ_001591

answers: unanswerable

answers: NDQ_001592

answers: contourless

answers: NDQ_001593

answers: contourless

answers: NDQ_001594

answers: contourless

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: contourless

answers: NDQ_001600

answers: contourless

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: unanswerable

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: unanswerable

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: contourless

answers: NDQ_001618

answers: contourless

answers: NDQ_001619

answers: contourless Admiralty charts

answers: NDQ_001620

answers: contourless

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: contourless

answers: NDQ_001623

answers: contourless

answers: NDQ_001624

answers: contourless

answers: NDQ_001625

answers: contourless

answers: NDQ_001586

answers: contourless

answers: NDQ_001587

answers: Royal Air Force Bomber Command pilots

answers: NDQ_001588

answers: contourless

answers: NDQ_001589

answers: contourless

answers: NDQ_001590

answers: contourless

answers: NDQ_001591

answers: impenetrable terrain,

answers: NDQ_001592

answers: airborne assaults dropping into water.

answers: NDQ_001593

answers: contourless

answers: NDQ_001594

answers: contourless

answers: NDQ_001595

answers: contourless

answers: NDQ_001597

answers: water.

answers: NDQ_001598

answers: contourless

answers: NDQ_001600

answers: contourless

answers: NDQ_001603

answers: Topographic Department

answers: NDQ_001605

answers: Inter-Service Topographic Department

answers: NDQ_001606

answers: contourless

answers: NDQ_001608

answers: contourless

answers: NDQ_001611

answers: impenetrable terrain,

answers: NDQ_001613

answers: contourless Admiralty charts

answers: NDQ_001614

answers: Topographic Department

answers: NDQ_001618

answers: airfields

answers: NDQ_001619

answers: contourless

answers: NDQ_001620

answers: contourless

answers: NDQ_001621

answers: Topographic

answers: NDQ_001622

answers: Narvik's port.

answers: NDQ_001623

answers: contourless

answers: NDQ_001624

answers: airfields

answers: NDQ_001625

answers: contourless

text: Not only does constructing a topographic profile aid in understanding topographic maps, it is very useful for geologists when analyzing numerous problems.

text: Not only does constructing a topographic profile aid in understanding topographic maps, it is very useful for

text: geologists

text: when analyzing numerous problems.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: can be used to measure the thickness of a rock

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: it does not aid in understanding topographic maps

answers: NDQ_001590

answers: The contour interval of a topographic map represents the horizontal distance between contour lines

answers: NDQ_001591

answers: topographic profile

answers: NDQ_001592

answers: constructing a topographic profile

answers: NDQ_001593

answers: (iv).

answers: NDQ_001594

answers: Which of the following is not a geologist?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: Which of the following is not a benefit of topographic maps?

answers: NDQ_001598

answers: which side of the mountain is flattest

answers: NDQ_001600

answers: Which of the following is not a type of topographic profile?

answers: NDQ_001603

answers: no

answers: NDQ_001605

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

answers: NDQ_001606

answers: what is the difference between two contour lines?

answers: NDQ_001608

answers: How do contour lines help us to see the shape of the land?

answers: NDQ_001611

answers: Which of the following is true of a hill?

answers: NDQ_001613

answers: Which of the following is true of the hatch marks on a topographic map?

answers: NDQ_001614

answers: Which of the following is true of topographic maps?

answers: NDQ_001618

answers: contour lines

answers: NDQ_001619

answers: is a topographic profile

answers: NDQ_001620

answers: is a contour line

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: a topographic profile

answers: NDQ_001623

answers: isosceles

answers: NDQ_001624

answers: a topographic profile

answers: NDQ_001625

answers: 0 m

answers: NDQ_001586

answers: topographic profile

answers: NDQ_001587

answers: topographic profile

answers: NDQ_001588

answers: topographic profile aid in understanding topographic maps,

answers: NDQ_001589

answers: topographic profile aid in understanding topographic maps,

answers: NDQ_001590

answers: topographic profile aid in understanding topographic maps,

answers: NDQ_001591

answers: topographic profile

answers: NDQ_001592

answers: analyzing numerous problems.

answers: NDQ_001593

answers: topographic profile

answers: NDQ_001594

answers: topographic profile aid in understanding topographic maps,

answers: NDQ_001595

answers: Not only does constructing a topographic profile

answers: NDQ_001597

answers: topographic profile aid in understanding topographic maps,

answers: NDQ_001598

answers: topographic profile

answers: NDQ_001600

answers: topographic profile

answers: NDQ_001603

answers: topographic profile aid in understanding topographic maps,

answers: NDQ_001605

answers: Not only does constructing a topographic profile

answers: NDQ_001606

answers: topographic profile aid in understanding topographic maps,

answers: NDQ_001608

answers: topographic profile aid in understanding topographic maps,

answers: NDQ_001611

answers: topographic profile aid in understanding topographic maps,

answers: NDQ_001613

answers: topographic profile aid in understanding topographic maps,

answers: NDQ_001614

answers: topographic profile aid in understanding topographic maps,

answers: NDQ_001618

answers: topographic profile

answers: NDQ_001619

answers: topographic profile

answers: NDQ_001620

answers: topographic profile

answers: NDQ_001621

answers: topographic profile

answers: NDQ_001622

answers: topographic profile

answers: NDQ_001623

answers: topographic profile

answers: NDQ_001624

answers: topographic profile

answers: NDQ_001625

answers: profile

text: The Forney Ridge Trail is shown on the following 1:24,000-scale topographic maps published by the National Park Service:

text: The Forney Ridge Trail is shown on the following 1:24,000-scale topographic maps published by the National Park Service:

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: The Forney Ridge Trail is shown on what?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: 1:24,000-scale

answers: NDQ_001590

answers: The contour interval is the horizontal distance between contour lines.

answers: NDQ_001591

answers: Forney Ridge Trail

answers: NDQ_001592

answers: show the location of landmarks

answers: NDQ_001593

answers: Which of the following is true of the Forney Ridge Trail?

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: (iii).

answers: NDQ_001598

answers: side that is steepest

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval.

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: concentric lines that are very far apart

answers: NDQ_001613

answers: the side with the higher elevation

answers: NDQ_001614

answers: no

answers: NDQ_001618

answers: Forney Ridge Trail

answers: NDQ_001619

answers: unanswerable

answers: NDQ_001620

answers: isobath

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: Forney Ridge Trail

answers: NDQ_001623

answers: isoline

answers: NDQ_001624

answers: Forney Ridge Trail

answers: NDQ_001625

answers: 1/8

answers: NDQ_001586

answers: 1:24,000-scale

answers: NDQ_001587

answers: 1:24,000-scale

answers: NDQ_001588

answers: 1:24,000-scale topographic maps published by the National Park Service:

answers: NDQ_001589

answers: 1:24,000-scale

answers: NDQ_001590

answers: 1:24,000-scale

answers: NDQ_001591

answers: Forney Ridge Trail

answers: NDQ_001592

answers: Forney Ridge Trail

answers: NDQ_001593

answers: following 1:24,000-scale

answers: NDQ_001594

answers: following 1:24,000-scale topographic maps published by the National Park Service:

answers: NDQ_001595

answers: 1:24,000-scale

answers: NDQ_001597

answers: 1:24,000-scale topographic maps

answers: NDQ_001598

answers: following 1:24,000-scale topographic maps

answers: NDQ_001600

answers: 1:24,000-scale

answers: NDQ_001603

answers: 1:24,000-scale topographic maps

answers: NDQ_001605

answers: 1:24,000-scale topographic maps

answers: NDQ_001606

answers: 1:24,000-scale topographic maps published by the National Park Service:

answers: NDQ_001608

answers: 1:24,000-scale topographic maps

answers: NDQ_001611

answers: The Forney Ridge Trail

answers: NDQ_001613

answers: 1:24,000-scale topographic maps published by the National Park Service:

answers: NDQ_001614

answers: The Forney Ridge Trail

answers: NDQ_001618

answers: The Forney Ridge Trail

answers: NDQ_001619

answers: 1:24,000-scale

answers: NDQ_001620

answers: 1:24,000-scale

answers: NDQ_001621

answers: topographic maps

answers: NDQ_001622

answers: The Forney Ridge Trail

answers: NDQ_001623

answers: The Forney Ridge Trail

answers: NDQ_001624

answers: The Forney Ridge Trail

answers: NDQ_001625

answers: 1:24,000-scale

text: Traditional terrestrial soil mapping is conducted by a soil scientist trained to understand the interaction of soil-forming processes and soil-landscape relations. Mapping soils involves field work traversing the landscape and digging many holes to observe and classify the soil in various locations. Subaqueous soil mapping is performed in much the same way, except the mapper is in water. Instead of topographic maps and aerial photographs, subaqueous soil mapping uses bathymetric maps to identify underwater landscapes and landforms (a glossary of subaqueous landforms is available at: Glossary of Subaqueous Soil Landscape Terms). Shovels are replaced by augers with extendable shafts, and special tools such as peat corers and the vibracore to obtain soil samples.

text: Traditional terrestrial soil mapping is conducted by a soil scientist trained to understand the interaction of soil-forming processes and soil-landscape relations. Mapping soils involves field work traversing the landscape and digging many holes to observe and classify the soil in various locations. Subaqueous soil mapping is performed in much the same way, except the mapper is in water. Instead of topographic maps and aerial photographs, subaqueous soil mapping uses bathymetric maps to identify underwater landscapes and landforms (a glossary of subaqueous landforms is available at: Glossary of Subaqueous Soil Landscape Terms). Shovels are replaced by augers with extendable shafts, and special tools such as peat corers and the vibracore to obtain soil samples.

answers: NDQ_001586

answers: subaqueous soil mapping

answers: NDQ_001587

answers: How is subaqueous soil mapping different from terrestrial soil mapping?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: topographic maps and aerial photographs

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: underwater landscapes

answers: NDQ_001592

answers: aerial photographs

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: What is the difference between topographic maps and aerial photographs?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: topographic maps

answers: NDQ_001600

answers: subaqueous soil mapping uses bathymetric maps

answers: NDQ_001603

answers: No

answers: NDQ_001605

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

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What helps us to see the three-dimensional shape of the land?

answers: NDQ_001611

answers: Which of the following is not a landform?

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: Which of the following is true of subaqueous soil mapping?

answers: NDQ_001618

answers: unanswerable

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: unanswerable

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: unanswerable

answers: NDQ_001623

answers: topographic map

answers: NDQ_001624

answers: unanswerable

answers: NDQ_001625

answers: unanswerable

answers: NDQ_001586

answers: subaqueous soil mapping uses bathymetric maps

answers: NDQ_001587

answers: Shovels are replaced by augers with extendable shafts,

answers: NDQ_001588

answers: subaqueous soil mapping uses bathymetric maps

answers: NDQ_001589

answers: aerial photographs,

answers: NDQ_001590

answers: subaqueous soil mapping uses bathymetric maps

answers: NDQ_001591

answers: underwater landscapes and landforms

answers: NDQ_001592

answers: aerial photographs,

answers: NDQ_001593

answers: topographic maps and aerial photographs,

answers: NDQ_001594

answers: underwater landscapes and landforms

answers: NDQ_001595

answers: Traditional terrestrial soil mapping

answers: NDQ_001597

answers: topographic maps

answers: NDQ_001598

answers: topographic maps

answers: NDQ_001600

answers: subaqueous soil mapping uses bathymetric maps

answers: NDQ_001603

answers: bathymetric maps

answers: NDQ_001605

answers: subaqueous soil mapping uses bathymetric maps

answers: NDQ_001606

answers: subaqueous soil mapping

answers: NDQ_001608

answers: topographic maps and aerial photographs,

answers: NDQ_001611

answers: subaqueous soil mapping uses bathymetric maps

answers: NDQ_001613

answers: subaqueous soil mapping uses bathymetric maps

answers: NDQ_001614

answers: subaqueous soil mapping uses bathymetric maps

answers: NDQ_001618

answers: underwater landscapes and landforms

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: bathymetric maps

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: underwater landscapes and landforms

answers: NDQ_001623

answers: aerial photographs,

answers: NDQ_001624

answers: underwater landscapes and landforms

answers: NDQ_001625

answers: aerial photographs,

text: Contour lines are often given specific names beginning "iso-" () according to the nature of the variable being mapped, although in many usages the phrase "contour line" is most commonly used. Specific names are most common in meteorology, where multiple maps with different variables may be viewed simultaneously. The prefix "iso-" can be replaced with "isallo-" to specify a contour line connecting points where a variable changes at the same rate during a given time period.

text: Contour lines are often given specific names beginning "iso-" () according to the nature of the variable being mapped, although in many usages the phrase "contour line" is most commonly used. Specific names are most common in meteorology, where multiple maps with different variables may be viewed simultaneously. The prefix "iso-" can be replaced with "isallo-" to specify a contour line connecting points where a variable changes at the same rate during a given time period.

answers: NDQ_001586

answers: iso-

answers: NDQ_001587

answers: iso- can be replaced with isallo- to specify a contour line connecting points where a variable changes at the same rate

answers: NDQ_001588

answers: intersect

answers: NDQ_001589

answers: specific names are most common in meteorology

answers: NDQ_001590

answers: iso-

answers: NDQ_001591

answers: variable changes at the same rate

answers: NDQ_001592

answers: change at the same rate

answers: NDQ_001593

answers: iso-

answers: NDQ_001594

answers: iso-

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: iso-

answers: NDQ_001598

answers: iso-

answers: NDQ_001600

answers: iso-

answers: NDQ_001603

answers: unanswerable

answers: NDQ_001605

answers: areo-

answers: NDQ_001606

answers: iso-

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: iso-

answers: NDQ_001613

answers: iso-

answers: NDQ_001614

answers: iso-

answers: NDQ_001618

answers: iso-

answers: NDQ_001619

answers: iso-

answers: NDQ_001620

answers: iso-

answers: NDQ_001621

answers: contour line

answers: NDQ_001622

answers: iso-

answers: NDQ_001623

answers: iso-

answers: NDQ_001624

answers: iso-

answers: NDQ_001625

answers: iso-

answers: NDQ_001586

answers: Contour lines are often given specific names

answers: NDQ_001587

answers: contour line connecting points where a variable changes at the same rate

answers: NDQ_001588

answers: Contour lines

answers: NDQ_001589

answers: Contour lines are often given specific names

answers: NDQ_001590

answers: Contour lines

answers: NDQ_001591

answers: connecting points where a variable changes at the same rate

answers: NDQ_001592

answers: multiple maps with different variables may be viewed simultaneously.

answers: NDQ_001593

answers: Contour lines

answers: NDQ_001594

answers: Contour lines

answers: NDQ_001595

answers: Contour lines

answers: NDQ_001597

answers: Contour lines

answers: NDQ_001598

answers: Contour lines

answers: NDQ_001600

answers: Contour lines

answers: NDQ_001603

answers: meteorology,

answers: NDQ_001605

answers: Contour lines

answers: NDQ_001606

answers: Contour lines

answers: NDQ_001608

answers: Contour lines

answers: NDQ_001611

answers: contour line

answers: NDQ_001613

answers: Contour lines

answers: NDQ_001614

answers: Contour lines

answers: NDQ_001618

answers: Contour lines

answers: NDQ_001619

answers: Contour lines

answers: NDQ_001620

answers: contour line connecting points where a variable changes at the same rate

answers: NDQ_001621

answers: Contour lines

answers: NDQ_001622

answers: a variable changes at the same rate during a given time period.

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: connecting points where a variable changes at the same rate

answers: NDQ_001625

answers: "iso-"

text: The oil and gas industry uses AUVs to make detailed maps of the seafloor before they start building subsea infrastructure; pipelines and sub sea completions can be installed in the most cost effective manner with minimum disruption to the environment. The AUV allows survey companies to conduct precise surveys of areas where traditional bathymetric surveys would be less effective or too costly. Also, post-lay pipe surveys are now possible.

text: The oil and gas industry uses AUVs to make detailed maps of the seafloor before they start building subsea infrastructure; pipelines and sub sea completions can be installed in the most cost effective manner with minimum disruption to the environment. The AUV allows survey companies to conduct precise surveys of areas where traditional bathymetric surveys would be less effective or too costly. Also, post-lay pipe surveys are now possible.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: Which of the following is not used to make detailed maps of the seafloor before they start building subsea infrastructure?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: it is less expensive

answers: NDQ_001590

answers: What is the purpose of a contour interval?

answers: NDQ_001591

answers: sub sea completions

answers: NDQ_001592

answers: post-lay pipe surveys

answers: NDQ_001593

answers: unanswerable

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices.

answers: NDQ_001598

answers: side that is steepest

answers: NDQ_001600

answers: what is the last word in the passage?

answers: NDQ_001603

answers: None of the above choices.

answers: NDQ_001605

answers: What does the oil and gas industry use to make detailed maps of the seafloor?

answers: NDQ_001606

answers: what is the last word in the passage?

answers: NDQ_001608

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

answers: NDQ_001611

answers: What would be the best title for the passage?

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

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

answers: NDQ_001618

answers: bathymetric

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: isotope

answers: NDQ_001621

answers: bathymetric

answers: NDQ_001622

answers: seafloor

answers: NDQ_001623

answers: isoline

answers: NDQ_001624

answers: seafloor

answers: NDQ_001625

answers: bathymetric

answers: NDQ_001586

answers: bathymetric surveys would be less effective or too costly.

answers: NDQ_001587

answers: bathymetric surveys

answers: NDQ_001588

answers: AUVs to make detailed maps of the seafloor

answers: NDQ_001589

answers: less effective or too costly.

answers: NDQ_001590

answers: AUVs to make detailed maps of the seafloor

answers: NDQ_001591

answers: pipelines

answers: NDQ_001592

answers: bathymetric surveys

answers: NDQ_001593

answers: bathymetric surveys

answers: NDQ_001594

answers: bathymetric surveys would be less effective or too costly.

answers: NDQ_001595

answers: seafloor

answers: NDQ_001597

answers: bathymetric surveys

answers: NDQ_001598

answers: AUVs to make detailed maps of the seafloor

answers: NDQ_001600

answers: AUVs to make detailed maps of the seafloor

answers: NDQ_001603

answers: The oil and gas industry uses AUVs to make detailed maps

answers: NDQ_001605

answers: AUVs to make detailed maps of the seafloor

answers: NDQ_001606

answers: AUVs to make detailed maps of the seafloor

answers: NDQ_001608

answers: AUVs to make detailed maps of the seafloor

answers: NDQ_001611

answers: traditional bathymetric surveys

answers: NDQ_001613

answers: bathymetric surveys

answers: NDQ_001614

answers: AUVs to make detailed maps of the seafloor

answers: NDQ_001618

answers: seafloor

answers: NDQ_001619

answers: bathymetric

answers: NDQ_001620

answers: bathymetric

answers: NDQ_001621

answers: bathymetric

answers: NDQ_001622

answers: seafloor

answers: NDQ_001623

answers: bathymetric

answers: NDQ_001624

answers: seafloor

answers: NDQ_001625

answers: bathymetric surveys

text: The use of the T-3A cameras, when mounted side by side, produced a field of about 400 square miles. From the provisional maps prepared from the planimetric maps, multiplex operators determined elevations and filled in contours by stereocomparagraph. This technique allowed an Army topographic battalion to produce maps of over 100 square miles of contour maps a day, a vital improvement in marking and targeting the modern battlefield.

text: The use of the T-3A cameras, when mounted side by side, produced a field of about 400 square miles. From the provisional maps prepared from the

text: planimetric map

text: s,

text: multiplex

text: operators determined elevations and filled in contours by

text: stereocomparagraph

text: . This technique allowed an Army topographic battalion to produce maps of over 100 square miles of

text: contour map

text: s a day, a vital improvement in marking and targeting the modern battlefield.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many square miles was the field of about 400 square miles?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: fill in contours by stereocomparagraph

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: marking and targeting

answers: NDQ_001592

answers: target the modern battlefield

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices.

answers: NDQ_001598

answers: contours

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: No

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: What is a vital improvement in marking and targeting the modern battlefield

answers: NDQ_001613

answers: How are hatch marks drawn on a topographic map?

answers: NDQ_001614

answers: Which is not true?

answers: NDQ_001618

answers: battlefield

answers: NDQ_001619

answers: contour maps

answers: NDQ_001620

answers: contour lines

answers: NDQ_001621

answers: contour maps

answers: NDQ_001622

answers: battlefield

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: battlefield

answers: NDQ_001625

answers: 100 square miles

answers: NDQ_001586

answers: contours by stereocomparagraph.

answers: NDQ_001587

answers: 400 square miles.

answers: NDQ_001588

answers: side by side, produced a field of about 400 square miles.

answers: NDQ_001589

answers: multiplex operators determined elevations and filled in contours

answers: NDQ_001590

answers: contours by stereocomparagraph.

answers: NDQ_001591

answers: marking and targeting the modern battlefield.

answers: NDQ_001592

answers: elevations

answers: NDQ_001593

answers: elevations and filled in contours by stereocomparagraph.

answers: NDQ_001594

answers: contours by stereocomparagraph.

answers: NDQ_001595

answers: 400 square miles.

answers: NDQ_001597

answers: contours

answers: NDQ_001598

answers: contours

answers: NDQ_001600

answers: 400 square miles.

answers: NDQ_001603

answers: a vital improvement in marking and targeting the modern battlefield.

answers: NDQ_001605

answers: stereocomparagraph.

answers: NDQ_001606

answers: contours by stereocomparagraph.

answers: NDQ_001608

answers: contours

answers: NDQ_001611

answers: contours by stereocomparagraph.

answers: NDQ_001613

answers: stereocomparagraph.

answers: NDQ_001614

answers: 400 square miles.

answers: NDQ_001618

answers: modern battlefield.

answers: NDQ_001619

answers: contours

answers: NDQ_001620

answers: elevations and filled in contours by stereocomparagraph.

answers: NDQ_001621

answers: contours

answers: NDQ_001622

answers: battlefield.

answers: NDQ_001623

answers: contours

answers: NDQ_001624

answers: modern battlefield.

answers: NDQ_001625

answers: 100 square miles

text: It is technically very difficult, and it would be highly impractical, to print, e.g., the National Map of Switzerland on a single sheet at a scale of 1:25.000 (that particular map would be about  high and  wide).  For that reason, map series are issued and preserved in loose-leaf form. In extreme cases, a map series can include thousands of sheets. Probably the greatest map series ever created is the 1:25,000 topographic map of the Soviet Union, with about 300,000 sheets, completed in 1987.

text: It is technically very difficult, and it would be highly impractical, to print, e.g., the National Map of Switzerland on a single sheet at a scale of 1:25.000 (that particular map would be about  high and  wide).  For that reason, map series are issued and preserved in loose-leaf form. In extreme cases, a map series can include thousands of sheets. Probably the greatest map series ever created is the 1:25,000 topographic map of the Soviet Union, with about 300,000 sheets, completed in 1987.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: What would be about high and wide?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: 1:25,000 topographic map of the Soviet Union

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: topographic map

answers: NDQ_001592

answers: print

answers: NDQ_001593

answers: yes

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: yes

answers: NDQ_001598

answers: steepest

answers: NDQ_001600

answers: What would be about high and wide?

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: contour interval

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: None of the above choices

answers: NDQ_001613

answers: What would be about high and wide?

answers: NDQ_001614

answers: horizontal

answers: NDQ_001618

answers: mountains

answers: NDQ_001619

answers: 1:25,000 topographic map

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: the Soviet Union

answers: NDQ_001623

answers: parallel line

answers: NDQ_001624

answers: unanswerable

answers: NDQ_001625

answers: 1:25,000

answers: NDQ_001586

answers: 1:25.000

answers: NDQ_001587

answers: high and wide).

answers: NDQ_001588

answers: 1:25.000

answers: NDQ_001589

answers: single sheet at a scale of 1:25.000

answers: NDQ_001590

answers: 1:25.000

answers: NDQ_001591

answers: high and wide).

answers: NDQ_001592

answers: print,

answers: NDQ_001593

answers: 1:25.000

answers: NDQ_001594

answers: 1:25.000

answers: NDQ_001595

answers: 1:25.000

answers: NDQ_001597

answers: 1:25,000 topographic map of the Soviet Union,

answers: NDQ_001598

answers: 1:25.000

answers: NDQ_001600

answers: 1:25.000

answers: NDQ_001603

answers: 1:25,000 topographic map of the Soviet Union,

answers: NDQ_001605

answers: 1:25,000 topographic map of the Soviet Union,

answers: NDQ_001606

answers: 1:25.000

answers: NDQ_001608

answers: 1:25.000

answers: NDQ_001611

answers: 1:25.000

answers: NDQ_001613

answers: 1:25,000 topographic map of the Soviet Union,

answers: NDQ_001614

answers: 1:25.000

answers: NDQ_001618

answers: high and wide).

answers: NDQ_001619

answers: topographic map

answers: NDQ_001620

answers: 1:25.000

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: National Map of Switzerland

answers: NDQ_001623

answers: 1:25.000

answers: NDQ_001624

answers: Switzerland on a single sheet at a scale of 1:25.000

answers: NDQ_001625

answers: 1:25,000

text: In modern mapping, a topographic map is a type of map characterized by large-scale detail and quantitative representation of relief, usually using contour lines, but historically using a variety of methods. Traditional definitions require a topographic map to show both natural and man-made features. A topographic map is typically published as a map series, made up of two or more map sheets that combine to form the whole map. A contour line is a line connecting places of equal elevation.

text: In modern mapping, a topographic map is a type of

text: map

text: characterized by large-

text: scale

text: detail and quantitative representation of

text: relief

text: , usually using

text: contour line

text: s, but historically using a

text: variety of methods

text: . Traditional definitions require a topographic map to show both natural and man-made features. A topographic map is typically published as a

text: map series

text: , made up of two or more map sheets that combine to form the whole map. A contour line is a line connecting places of equal elevation.

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: is a type of map characterized by large-scale detail

answers: NDQ_001588

answers: They may intersect each other

answers: NDQ_001589

answers: a contour line is a line connecting places of equal elevation

answers: NDQ_001590

answers: What is the horizontal distance between contour lines?

answers: NDQ_001591

answers: places of equal elevation

answers: NDQ_001592

answers: man-made features

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: What is the difference between a topographic map and a bathymetric map

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: What can a topographic map be used for?

answers: NDQ_001598

answers: contour lines

answers: NDQ_001600

answers: If contour lines are so close together that they almost touch, they represent a plain or plateau

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of map: topographic, geologic, or man-made?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: How do contour lines help us to see the three-dimensional shape of the land?

answers: NDQ_001611

answers: Which of the following is not a type of contour line?

answers: NDQ_001613

answers: Which side of the circle with the higher elevation is drawn on the hatch marks on a topographic map?

answers: NDQ_001614

answers: Which is not true about topographic maps?

answers: NDQ_001618

answers: relief

answers: NDQ_001619

answers: contour lines

answers: NDQ_001620

answers: elevation

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: relief

answers: NDQ_001623

answers: contour line

answers: NDQ_001624

answers: elevation

answers: NDQ_001625

answers: equal elevation

answers: NDQ_001586

answers: A contour line is a line connecting places of equal elevation.

answers: NDQ_001587

answers: contour line is a line connecting places of equal elevation.

answers: NDQ_001588

answers: A contour line is a line connecting places of equal elevation.

answers: NDQ_001589

answers: topographic map

answers: NDQ_001590

answers: contour line is a line connecting places of equal elevation.

answers: NDQ_001591

answers: connecting places of equal elevation.

answers: NDQ_001592

answers: show both natural and man-made features.

answers: NDQ_001593

answers: contour lines,

answers: NDQ_001594

answers: A contour line is a line connecting places of equal elevation.

answers: NDQ_001595

answers: equal elevation.

answers: NDQ_001597

answers: contour lines,

answers: NDQ_001598

answers: contour lines,

answers: NDQ_001600

answers: contour line is a line connecting places of equal elevation.

answers: NDQ_001603

answers: topographic map to show both natural and man-made features.

answers: NDQ_001605

answers: topographic map

answers: NDQ_001606

answers: equal elevation.

answers: NDQ_001608

answers: connecting places of equal elevation.

answers: NDQ_001611

answers: contour line

answers: NDQ_001613

answers: contour line

answers: NDQ_001614

answers: contour lines,

answers: NDQ_001618

answers: places of equal elevation.

answers: NDQ_001619

answers: contour lines,

answers: NDQ_001620

answers: equal elevation.

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: places of equal elevation.

answers: NDQ_001623

answers: A contour line

answers: NDQ_001624

answers: places of equal elevation.

answers: NDQ_001625

answers: equal elevation.

text: TopoQuest started adding Canadian 1:50K scale topographic maps in July 2008, and USGS 1:100K and 1:250K scale topographic maps in March 2009.

text: TopoQuest started adding Canadian 1:50K scale topographic maps in July 2008, and USGS 1:100K and 1:250K scale topographic maps in March 2009.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: TopoQuest started adding Canadian 1:50K scale topographic maps in July 2008, and USGS 1:100K scale topographic maps in March 2009.

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: 1:50K scale topographic maps were added in March 2009

answers: NDQ_001590

answers: 1:50K

answers: NDQ_001591

answers: topographic features

answers: NDQ_001592

answers: enlarge

answers: NDQ_001593

answers: The slope of the land can be determined using a topographic map.

answers: NDQ_001594

answers: What is a contour line?

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: side of the mountain is steepest

answers: NDQ_001600

answers: What is a plain or plateau?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

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

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: A hill that is very far apart shows a low, steep hill

answers: NDQ_001613

answers: The hatch marks are drawn on the side with the higher elevation

answers: NDQ_001614

answers: Which of the following is not a feature of topographic maps?

answers: NDQ_001618

answers: contour lines with hatch marks

answers: NDQ_001619

answers: canadian 1:50K

answers: NDQ_001620

answers: NDQ_001621

answers: topographic map

answers: NDQ_001622

answers: ridges

answers: NDQ_001623

answers: parallel lines

answers: NDQ_001624

answers: ridges

answers: NDQ_001625

answers: 1:50K

answers: NDQ_001586

answers: 1:100K and 1:250K scale topographic maps in March 2009.

answers: NDQ_001587

answers: March 2009.

answers: NDQ_001588

answers: 1:100K and 1:250K scale topographic maps in March 2009.

answers: NDQ_001589

answers: 1:50K scale topographic maps

answers: NDQ_001590

answers: 1:100K and 1:250K scale topographic maps in March 2009.

answers: NDQ_001591

answers: topographic maps

answers: NDQ_001592

answers: 1:50K scale topographic maps

answers: NDQ_001593

answers: TopoQuest started adding Canadian 1:50K scale topographic maps

answers: NDQ_001594

answers: 1:100K and 1:250K scale topographic maps in March 2009.

answers: NDQ_001595

answers: 1:50K

answers: NDQ_001597

answers: TopoQuest started adding Canadian 1:50K scale topographic maps

answers: NDQ_001598

answers: 1:100K and 1:250K scale topographic maps in March 2009.

answers: NDQ_001600

answers: 1:100K and 1:250K scale topographic maps in March 2009.

answers: NDQ_001603

answers: TopoQuest started adding Canadian 1:50K scale topographic maps

answers: NDQ_001605

answers: TopoQuest started adding Canadian 1:50K scale topographic maps

answers: NDQ_001606

answers: 1:100K and 1:250K scale topographic maps in March 2009.

answers: NDQ_001608

answers: TopoQuest started adding Canadian 1:50K scale topographic maps

answers: NDQ_001611

answers: TopoQuest started adding Canadian 1:50K scale topographic maps

answers: NDQ_001613

answers: 1:100K and 1:250K scale topographic maps in March 2009.

answers: NDQ_001614

answers: TopoQuest started adding Canadian 1:50K scale topographic maps

answers: NDQ_001618

answers: TopoQuest started adding Canadian 1:50K scale topographic maps

answers: NDQ_001619

answers: USGS 1:100K and 1:250K scale topographic maps

answers: NDQ_001620

answers: 1:50K

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: 1:50K scale topographic maps in July 2008,

answers: NDQ_001623

answers: 1:100K and 1:250K

answers: NDQ_001624

answers: 1:50K scale topographic maps in July 2008,

answers: NDQ_001625

answers: 1:50K

text: This is a list of all the United States Supreme Court cases from volume 485 of the United States Reports:

text: This is a list of all the

text: United States Supreme Court

text: cases from volume 485 of the

text: United States Reports

answers: NDQ_001586

answers: contour lines that are numbered

answers: NDQ_001587

answers: List of United States Supreme Court cases from volume 485 of the United States Reports:

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: a bathymetric map is a map of the ocean

answers: NDQ_001590

answers: contour interval of a topographic map

answers: NDQ_001591

answers: sloping

answers: NDQ_001592

answers: show the location of landmarks

answers: NDQ_001593

answers: What can you use a topographic map to determine?

answers: NDQ_001594

answers: contour lines represent the distance to the bottom

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: slopes

answers: NDQ_001600

answers: contour lines are so close together that they almost touch

answers: NDQ_001603

answers: This is a list of all the Supreme Court cases from volume 485 of the United States Reports:

answers: NDQ_001605

answers: What are the colors used to represent different types of rocks?

answers: NDQ_001606

answers: The difference between two contour lines is the contour interval.

answers: NDQ_001608

answers: What do contour lines help us to see?

answers: NDQ_001611

answers: Concentric lines that are very close together show a low, steep hill.

answers: NDQ_001613

answers: The side of the circle with the higher elevation

answers: NDQ_001614

answers: Which of the following is not a vertical distance?

answers: NDQ_001618

answers: contour lines

answers: NDQ_001619

answers: depth map

answers: NDQ_001620

answers: elevation change

answers: NDQ_001621

answers: elevation map

answers: NDQ_001622

answers: contour lines

answers: NDQ_001623

answers: Mercator line

answers: NDQ_001624

answers: contour lines

answers: NDQ_001625

answers: 0–100 m

answers: NDQ_001586

answers: 485 of the United States Reports:

answers: NDQ_001587

answers: United States Supreme Court cases from volume 485 of the United States Reports:

answers: NDQ_001588

answers: 485

answers: NDQ_001589

answers: list of all the United States Supreme Court cases

answers: NDQ_001590

answers: 485 of the United States Reports:

answers: NDQ_001591

answers: United States Supreme Court cases

answers: NDQ_001592

answers: list of all the United States Supreme Court cases

answers: NDQ_001593

answers: 485

answers: NDQ_001594

answers: 485 of the United States Reports:

answers: NDQ_001595

answers: 485

answers: NDQ_001597

answers: 485 of the United States Reports:

answers: NDQ_001598

answers: 485

answers: NDQ_001600

answers: 485

answers: NDQ_001603

answers: 485 of the United States Reports:

answers: NDQ_001605

answers: 485 of the United States Reports:

answers: NDQ_001606

answers: 485

answers: NDQ_001608

answers: 485 of the United States Reports:

answers: NDQ_001611

answers: 485

answers: NDQ_001613

answers: 485

answers: NDQ_001614

answers: 485 of the United States Reports:

answers: NDQ_001618

answers: 485

answers: NDQ_001619

answers: United States Reports:

answers: NDQ_001620

answers: 485

answers: NDQ_001621

answers: United States Reports:

answers: NDQ_001622

answers: 485 of the United States Reports:

answers: NDQ_001623

answers: 485

answers: NDQ_001624

answers: 485 of the United States Reports:

answers: NDQ_001625

answers: 485

text: There have been a host of geological maps of the U.S. produced in the 20th century. Bailey Willis produced a geological map of the U.S. in 1906. George W. Stose produced a 1:2,500,000 scale map in 1932, and a 1:500,000 scale map together with R.W. Smith in 1939. A.K. Lobeck produced a Geologic map of the United States (with text on the reverse side) in 1941 Those are just a few that have been produced. The most recent map being produced is the National Map that is a cooperative project.

text: There have been a host of geological maps of the U.S. produced in the 20th century.

text: Bailey Willis

text: produced a geological map of the U.S. in 1906. George W. Stose produced a 1:2,500,000 scale map in 1932, and a 1:500,000 scale map together with R.W. Smith in 1939.

text: A.K. Lobeck

text: produced a Geologic map of the United States (with text on the reverse side) in 1941 Those are just a few that have been produced. The most recent map being produced is the National Map that is a cooperative project.

answers: NDQ_001586

answers: unanswerable

answers: NDQ_001587

answers: How many years after Bailey Willis produced a geological map of the US did George W. Stose produce a 1:2,500,000 scale map?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: 1:500,000 scale map

answers: NDQ_001590

answers: What is the most recent map being produced?

answers: NDQ_001591

answers: unanswerable

answers: NDQ_001592

answers: text on the reverse side

answers: NDQ_001593

answers: What can you use a topographic map for?

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: None of the above choices.

answers: NDQ_001598

answers: the opposite side

answers: NDQ_001600

answers: What is the most recent map being produced?

answers: NDQ_001603

answers: It's impossible to say

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, sedimentary, or metamorphic?

answers: NDQ_001606

answers: What is the difference between two contour lines?

answers: NDQ_001608

answers: What is the most recent map being produced?

answers: NDQ_001611

answers: What is the most recent map being produced?

answers: NDQ_001613

answers: What is the most recent map being produced?

answers: NDQ_001614

answers: Which of the following is not a feature of topographic maps?

answers: NDQ_001618

answers: geological

answers: NDQ_001619

answers: 1:2,500,000 scale

answers: NDQ_001620

answers: 1:2,000,000 scale

answers: NDQ_001621

answers: 1:2,500,000 scale

answers: NDQ_001622

answers: geological map

answers: NDQ_001623

answers: parallel line

answers: NDQ_001624

answers: geological map

answers: NDQ_001625

answers: 1:500,000

answers: NDQ_001586

answers: 1:500,000 scale map together with R.W. Smith in 1939.

answers: NDQ_001587

answers: text on the reverse side)

answers: NDQ_001588

answers: 1932,

answers: NDQ_001589

answers: 1:2,500,000 scale map in 1932,

answers: NDQ_001590

answers: 1:2,500,000 scale map in 1932,

answers: NDQ_001591

answers: geological maps

answers: NDQ_001592

answers: text on the reverse side)

answers: NDQ_001593

answers: 1:2,500,000 scale map in 1932,

answers: NDQ_001594

answers: 1:2,500,000 scale map in 1932,

answers: NDQ_001595

answers: 1:2,500,000

answers: NDQ_001597

answers: geological maps

answers: NDQ_001598

answers: 1:2,500,000 scale map in 1932,

answers: NDQ_001600

answers: 1:2,500,000 scale map in 1932,

answers: NDQ_001603

answers: geological maps

answers: NDQ_001605

answers: text on the reverse side)

answers: NDQ_001606

answers: 1:2,500,000 scale map in 1932,

answers: NDQ_001608

answers: geological maps

answers: NDQ_001611

answers: 1:2,500,000 scale map in 1932,

answers: NDQ_001613

answers: 1:500,000 scale map together with R.W. Smith in 1939.

answers: NDQ_001614

answers: geological maps

answers: NDQ_001618

answers: geological maps

answers: NDQ_001619

answers: 1:2,500,000

answers: NDQ_001620

answers: 1:2,500,000

answers: NDQ_001621

answers: geological maps

answers: NDQ_001622

answers: geological maps

answers: NDQ_001623

answers: 1:2,500,000

answers: NDQ_001624

answers: geological maps

answers: NDQ_001625

answers: 1:2,500,000

text: For flat counties with multiple points, county highpointing is more akin to  geocaching than peak bagging, since logically only one of the points is the highpoint, and the rest are not.  In this case the number of virtual 'caches' is largely an artifact of the size of the contour interval (for a given area, the larger the contour interval, the more 'possible' highpoints there will be).  For instance suppose the two highest points in a county are 101 feet and 106 feet above sea level, and that neither has a spot elevation on the map.  If the region is mapped with 5-foot contours, there will be only 1 "highpoint".  However, if the region is mapped with 10-foot contours, there will be two "highpoints", and county highpointers will be required to visit both points to claim the county.

text: For flat counties with multiple points, county highpointing is more akin to

text: geocaching

text: than

text: peak bagging

text: , since logically only one of the points is the highpoint, and the rest are not.  In this case the number of virtual 'caches' is largely an artifact of the size of the contour interval (for a given area, the larger the contour interval, the more 'possible' highpoints there will be).  For instance suppose the two highest points in a county are 101 feet and 106 feet above sea level, and that neither has a spot elevation on the map.  If the region is mapped with 5-foot contours, there will be only 1 "highpoint".  However, if the region is mapped with 10-foot contours, there will be two "highpoints", and county highpointers will be required to visit both points to claim the county.

answers: NDQ_001586

answers: contour lines that are numbered represent changes in elevation

answers: NDQ_001587

answers: How many feet is the difference between the two highest points in a county?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: county highpointing is more akin to geocaching than peak bagging

answers: NDQ_001590

answers: the larger the contour interval, the more 'possible' highpoints there will be

answers: NDQ_001591

answers: highpoints

answers: NDQ_001592

answers: peak bagging

answers: NDQ_001593

answers: For flat counties with multiple points, county highpointing is more akin to geocaching

answers: NDQ_001594

answers: the larger the contour interval, the more 'possible' highpoints there will be

answers: NDQ_001595

answers: 10-foot

answers: NDQ_001597

answers: direction that rivers and streams flow

answers: NDQ_001598

answers: contour interval

answers: NDQ_001600

answers: contour lines are so close together that they almost touch, they represent a plain or plateau

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: Which of the following is not a type of rock: igneous, metamorphic, or metamorphic?

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What is the purpose of contour lines

answers: NDQ_001611

answers: Concentric lines that are very close together show a low, steep hill.

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: What are the two highest points in a county?

answers: NDQ_001618

answers: highpoint

answers: NDQ_001619

answers: contours

answers: NDQ_001620

answers: contour interval

answers: NDQ_001621

answers: contours

answers: NDQ_001622

answers: highpoint

answers: NDQ_001623

answers: contour

answers: NDQ_001624

answers: highpoint

answers: NDQ_001625

answers: 10-foot

answers: NDQ_001586

answers: only one of the points is the highpoint,

answers: NDQ_001587

answers: contour interval

answers: NDQ_001588

answers: 5-foot contours, there will be only 1

answers: NDQ_001589

answers: peak bagging,

answers: NDQ_001590

answers: the larger the contour interval,

answers: NDQ_001591

answers: the more 'possible' highpoints

answers: NDQ_001592

answers: peak bagging,

answers: NDQ_001593

answers: 5-foot contours,

answers: NDQ_001594

answers: 5-foot contours,

answers: NDQ_001595

answers: 5-foot

answers: NDQ_001597

answers: contour interval

answers: NDQ_001598

answers: 5-foot contours,

answers: NDQ_001600

answers: contour interval

answers: NDQ_001603

answers: geocaching than peak bagging,

answers: NDQ_001605

answers: peak bagging,

answers: NDQ_001606

answers: the larger the contour interval,

answers: NDQ_001608

answers: 5-foot contours,

answers: NDQ_001611

answers: size of the contour interval

answers: NDQ_001613

answers: 5-foot contours, there will be only 1 "highpoint".

answers: NDQ_001614

answers: flat counties with multiple points,

answers: NDQ_001618

answers: "highpoint".

answers: NDQ_001619

answers: 5-foot contours,

answers: NDQ_001620

answers: spot elevation

answers: NDQ_001621

answers: contours,

answers: NDQ_001622

answers: county highpointing

answers: NDQ_001623

answers: spot elevation

answers: NDQ_001624

answers: "highpoint".

answers: NDQ_001625

answers: 5-foot

text: Mount Jefferson is a mountain in the U.S. state of Montana, and is one of the many 10,000+ ft peaks in the Tobacco Root Mountains. The mountain is located in Beaverhead-Deerlodge National Forest. (There is also another Mount Jefferson in Montana, further south, on the Idaho/Montana border.) Hollowtop Mountain is an adjacent, taller peak less than .75 miles (1.2 km) to the north. Over the years, the two summits have had numerous names and elevations recorded on various maps. According to U.S. Geological Survey topographic maps, Mount Jefferson is , while Hollowtop Mountain to the north is .

text: Mount Jefferson is a

text: mountain

text: in the

text: U.S. state

text: of

text: Montana

text: , and is one of the many 10,000+ ft peaks in the

text: Tobacco Root Mountains

text: . The mountain is located in

text: Beaverhead-Deerlodge National Forest

text: . (There is also another

text: Mount Jefferson

text: in Montana, further south, on the Idaho/Montana border.)

text: Hollowtop Mountain

text: is an adjacent, taller peak less than .75 miles (1.2 km) to the north. Over the years, the two summits have had numerous names and elevations recorded on various maps. According to

text: U.S. Geological Survey

text: topographic maps, Mount Jefferson is , while Hollowtop Mountain to the north is .

answers: NDQ_001586

answers: no

answers: NDQ_001587

answers: How many miles is Mount Jefferson from Hollowtop Mountain?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: Mount Jefferson is

answers: NDQ_001590

answers: What is the difference between Mount Jefferson and Hollowtop Mountain?

answers: NDQ_001591

answers: elevations

answers: NDQ_001592

answers: Mount Jefferson is

answers: NDQ_001593

answers: The slope of the land

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: direction that streams flow

answers: NDQ_001598

answers: the north

answers: NDQ_001600

answers: None of the above choices.

answers: NDQ_001603

answers: no

answers: NDQ_001605

answers: None of the above choices.

answers: NDQ_001606

answers: what is the difference between two contour lines

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: How would you describe Mount Jefferson?

answers: NDQ_001613

answers: the side of the circle with the higher elevation

answers: NDQ_001614

answers: Yes

answers: NDQ_001618

answers: Mount Jefferson

answers: NDQ_001619

answers: NDQ_001620

answers: Mount Jefferson is

answers: NDQ_001621

answers: topographic

answers: NDQ_001622

answers: Mount Jefferson

answers: NDQ_001623

answers: Mount Jefferson

answers: NDQ_001624

answers: Mount Jefferson

answers: NDQ_001625

answers: .75 miles

answers: NDQ_001586

answers: Hollowtop Mountain to the north is.

answers: NDQ_001587

answers: Hollowtop Mountain

answers: NDQ_001588

answers: Mount Jefferson

answers: NDQ_001589

answers: Mount Jefferson is, while Hollowtop Mountain to the north is.

answers: NDQ_001590

answers: than.75 miles (1.2 km)

answers: NDQ_001591

answers: 10,000+ ft peaks

answers: NDQ_001592

answers: names and elevations recorded

answers: NDQ_001593

answers: U.S. Geological Survey topographic maps,

answers: NDQ_001594

answers: Hollowtop Mountain

answers: NDQ_001595

answers: 10,000+

answers: NDQ_001597

answers: U.S. Geological Survey topographic maps,

answers: NDQ_001598

answers: Mount Jefferson

answers: NDQ_001600

answers: 10,000+ ft peaks in the Tobacco Root Mountains.

answers: NDQ_001603

answers: U.S. Geological Survey

answers: NDQ_001605

answers: U.S. Geological Survey topographic maps,

answers: NDQ_001606

answers: Mount Jefferson

answers: NDQ_001608

answers: topographic maps,

answers: NDQ_001611

answers: Hollowtop Mountain

answers: NDQ_001613

answers: Hollowtop Mountain

answers: NDQ_001614

answers: Hollowtop Mountain

answers: NDQ_001618

answers: U.S. Geological Survey

answers: NDQ_001619

answers: U.S. Geological Survey topographic maps,

answers: NDQ_001620

answers: Hollowtop Mountain

answers: NDQ_001621

answers: topographic maps,

answers: NDQ_001622

answers: Hollowtop Mountain

answers: NDQ_001623

answers: Mount Jefferson is, while Hollowtop Mountain to the north is.

answers: NDQ_001624

answers: U.S. Geological Survey

answers: NDQ_001625

answers: (1.2 km)

text: Marjan Podobnik, head of the "Institute 25 June" () (an organization that "preserves the national heritage") and the president of the Slovenian National Alliance in the SPP, published a new map in May 2007 in which the borders of Slovenia go deeply into current Croatian territory and the whole Piran Bay belongs to Slovenia. Podobnik, also known for his suggestions to hold a referendum in Slovenia on whether Croatia should enter the EU, stated for Globus magazine that "the map is logical because on the day of 25 June 1991 Slovenia had possession over the whole Piran Bay and unlimited access to international waters". Croatia's president Stipe Mesić stated: "Our friends in Slovenia can draw whatever maps they want, as part of Slovenia they can even encompass Helsinki and Reykjavík, that's of no interest to me".

text: Marjan Podobnik

text: , head of the "Institute 25 June" () (an organization that "preserves the national heritage") and the president of the Slovenian National Alliance in the SPP, published a new map in May 2007 in which the borders of Slovenia go deeply into current Croatian territory and the whole

text: Piran Bay

text: belongs to Slovenia. Podobnik, also known for his suggestions to hold a referendum in Slovenia on whether Croatia should enter the EU, stated for Globus magazine that "the map is logical because on the day of 25 June 1991 Slovenia had possession over the whole Piran Bay and unlimited access to international waters". Croatia's president

text: Stipe Mesić

text: stated: "Our friends in Slovenia can draw whatever maps they want, as part of Slovenia they can even encompass

text: Helsinki

text: and

text: Reykjavík

text: , that's of no interest to me".

answers: NDQ_001586

answers: changes in elevation

answers: NDQ_001587

answers: Which happened first, Slovenia had possession over the whole Piran Bay or Slovenia had possession over the whole Piran Bay and unlimited access to international waters?

answers: NDQ_001588

answers: parallel

answers: NDQ_001589

answers: the whole Piran Bay belongs to Slovenia

answers: NDQ_001590

answers: unanswerable

answers: NDQ_001591

answers: the whole Piran Bay belongs to Slovenia

answers: NDQ_001592

answers: encompass Helsinki and Reykjav k

answers: NDQ_001593

answers: NDQ_001594

answers: unanswerable

answers: NDQ_001595

answers: 1000 feet

answers: NDQ_001597

answers: unanswerable

answers: NDQ_001598

answers: side of the mountain

answers: NDQ_001600

answers: parallel lines

answers: NDQ_001603

answers: unanswerable

answers: NDQ_001605

answers: unanswerable

answers: NDQ_001606

answers: unanswerable

answers: NDQ_001608

answers: What is the purpose of contour lines?

answers: NDQ_001611

answers: unanswerable

answers: NDQ_001613

answers: unanswerable

answers: NDQ_001614

answers: NDQ_001618

answers: Piran Bay

answers: NDQ_001619

answers: NDQ_001620

answers: elevation difference

answers: NDQ_001621

answers: NDQ_001622

answers: Piran Bay

answers: NDQ_001623

answers: elevation line

answers: NDQ_001624

answers: Piran Bay

answers: NDQ_001625

answers: 25 June 1991

answers: NDQ_001586

answers: 2007

answers: NDQ_001587

answers: the borders of Slovenia go deeply into current Croatian territory

answers: NDQ_001588

answers: 2007

answers: NDQ_001589

answers: unlimited access to international waters".

answers: NDQ_001590

answers: Slovenia had possession over the whole Piran Bay and unlimited access to international waters".

answers: NDQ_001591

answers: borders of Slovenia go deeply into current Croatian territory

answers: NDQ_001592

answers: Croatia should enter the EU,

answers: NDQ_001593

answers: 2007

answers: NDQ_001594

answers: Slovenia had possession over the whole Piran Bay and unlimited access to international waters".

answers: NDQ_001595

answers: 2007

answers: NDQ_001597

answers: Slovenia had possession over the whole Piran Bay and unlimited access to international waters".

answers: NDQ_001598

answers: Marjan Podobnik,

answers: NDQ_001600

answers: 2007

answers: NDQ_001603

answers: that's of no interest

answers: NDQ_001605

answers: 2007

answers: NDQ_001606

answers: Marjan Podobnik,

answers: NDQ_001608

answers: map

answers: NDQ_001611

answers: Marjan Podobnik,

answers: NDQ_001613

answers: Helsinki and Reykjav<unk>k,

answers: NDQ_001614

answers: 2007

answers: NDQ_001618

answers: Piran Bay

answers: NDQ_001619

answers: maps

answers: NDQ_001620

answers: 2007

answers: NDQ_001621

answers: maps

answers: NDQ_001622

answers: Piran Bay

answers: NDQ_001623

answers: Helsinki and Reykjav<unk>k,

answers: NDQ_001624

answers: Piran Bay

answers: NDQ_001625

answers: 25 June 1991