Esri EADP19-001 Exam - Topic 6 Question 53 Discussion

Actual exam question for Esri's EADP19-001 exam

Question #: 53
Topic #: 6

The ArcGIS user is given data for the Arctic and is asked to perform various types of analysis using the dat

a. The data extends from the North Pole south to 70 degrees North Latitude Data layers may contain points lines, or polygons, and include ice surveys from NOAA depth contours: continental margins, locations of known and suspected oil reserves, endangered species habitat, and territorial boundaries for nations having Arctic coastline.

Which map projection should be used for the data to allow the most accurate buffering of those areas, in order to comply with the U.S court decision that ships may not approach closer than 20 nautical miles to a seal rookery?

Aazimuthai equidistant

Bpolar stereographic

Cgnomonic

DLambert azimuthal

Show Suggested Answer

Suggested Answer: C

by Gearldine at Sep 13, 2024, 08:41 AM

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Cecilia

9 months ago

Definitely not azimuthal equidistant for this case.

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Jess

10 months ago

Surprised they didn't mention UTM for this!

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Dorian

10 months ago

Gnomonic? Really? That seems off.

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Ernest

10 months ago

I think Lambert azimuthal could work too.

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Breana

10 months ago

Polar stereographic is the best for Arctic data.

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Deandrea

10 months ago

I recall that gnomonic projections show great circles as straight lines, which could be useful, but I’m not sure if it’s the best choice for buffering in this case.

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Pansy

11 months ago

I practiced a question similar to this, and I think the Lambert azimuthal projection was mentioned as good for area and distance preservation, but I’m not confident.

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Lamar

11 months ago

I’m not entirely sure, but I feel like the azimuthal equidistant projection could also work well for measuring distances accurately, especially for the 20 nautical miles rule.

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Essie

11 months ago

I remember discussing map projections in class, and I think the polar stereographic might be best for Arctic data since it focuses on the poles.

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Leonie

11 months ago

Okay, I think the polar stereographic projection is the way to go here. It's designed for high-latitude regions like the Arctic, and it preserves distances and areas, which is exactly what we need for accurately buffering those seal rookeries.

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Refugia

11 months ago

I'm a bit confused on the differences between the azimuthal equidistant, polar stereographic, and Lambert azimuthal projections. I'll need to review my notes on map projections to make sure I understand the strengths and weaknesses of each one.

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Lucia

11 months ago

Hmm, this seems like a tricky one. I'll need to think carefully about the different map projections and which one would be best for accurately buffering the seal rookeries.

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Larae

11 months ago

The key here is to use a projection that preserves distances and areas, since we need to accurately buffer the 20 nautical mile zones around the rookeries. I'm leaning towards the polar stereographic projection, but I'll double-check the properties of the other options.

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Delisa

11 months ago

Hmm, this seems like a straightforward question about user management in IBM Netezza. I'll need to think carefully about the different administrative privileges required.

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Leslee

1 year ago

Polar stereographic, hands down. It's the projection of choice for the Arctic, and I'm not about to risk getting sued over a seal-related incident. Those guys are serious about their personal space!

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Chau

1 year ago

I'm going with polar stereographic. It just makes sense for the Arctic, and I don't want to get too close to those seal rookeries. I hear the seals have a pretty good legal team!

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Erinn

1 year ago

The seals mean business when it comes to protecting their habitat.

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Loreta

1 year ago

Definitely don't want to get too close to those seal rookeries.

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Melissa

1 year ago

I agree, it will help with accurate buffering of the areas.

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Jade

1 year ago

Polar stereographic is a good choice for the Arctic data.

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Aretha

1 year ago

Lambert azimuthal? Sounds like a fancy French projection, but I don't know if it's the best fit for this task. Gotta love those tricky map projections!

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Wava

1 year ago

Yeah, Lambert azimuthal does sound fancy, but polar stereographic seems like the most suitable option here.

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Cathrine

1 year ago

I agree, polar stereographic would definitely help with accurate buffering in the Arctic region.

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Donette

1 year ago

I think polar stereographic would be the best choice for this task.

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Bettina

1 year ago

Hmm, I'm not sure. Maybe I should consult the ArcGIS user manual before making a decision. I don't want to get this wrong and end up in hot water with the court!

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