Answer:
The correct answer is D. To examine and compare population densities using one view of the entire world I would use the Robinson Projection.
Explanation:
Robinson Projection is a non-equivalent projection based on coordinates and not on mathematical formulation, having been designed to minimize angular and area distortions. In this projection the latitude parallels are straight, but the longitude meridians are not. The advantage of the Robinson projection is that it looks very natural. It shows relatively large deviations in angle and area only in the area of the poles, which increase with the distance from the central meridian. However, it is not distortion-free in any area.
The distance between two meridians, or all meridians if you will, is 0 miles at the North Pole, as well as the South Pole, and this is due to the form of the Earth. Because our planet is ecliptic, and the meridians are going in a north-south direction, the poles are their starting/ending points, so there's no distance between them, but as they come towards the Equator, they spread, and the distance between them grows, being the biggest at the Equator itself, and as they start to move away from the Equator the distance between them shrinks until they get to the pole where they all merge again.
Answer:
true
Explanation:
an excintion event is a widespread and rapid decrease in thr biodiversity on earth.Such an event is identified by a sharp change in the diversity and abundance in multicellular organisms
