Answer:
PERMAFROST LAYER
Explanation:
Permafrost layer is usually defined as the thick layer of soil that is mixed with the broken rock fragments and other sediments, and are covered by ice throughout the year. These are mostly found in the higher latitudinal region, where the thickness of these layers ranges from a few meters to tens and hundreds of meters. The melting of these layers in these regions leads to an increase in the sea level.
For example, the permafrost layers of tundra and subarctic zones in Russia and its nearby areas, which have a thickness of about three meters.
The hypothesis that explains the release of energy during an earthquake<span>. the fracture in the Earth where structures movement occurs </span>during an earthquake<span>. What way do seismic waves and the ground move </span><span>during an earthquake</span>
When the heat increases there would be more forest fires, glaciers would shrink, and accelerated sea levels would rise. less agriculture which isn’t good for us because that’s how we get our vegetables, animals would go instinct with heat waves becoming more intense.
heat preasure and cooling i think
I believe the answer is C)
