in areas near the poles
Reverse faults occur when the hanging wall, in relation to the footwall, rises upward defying gravity. Compressional stress is responsible for the formation of these faults.
A reverse fault occurs when the footwall slides up relative to the hanging wall. Strike-slip refers to the horizontal movement of rocks on either side of a nearly vertical fault line.
The footwall goes up relative to the hanging wall in reversal faults. Tracing the offset of the beds in a block diagram in a vertical motion will reveal this motion. Due to erosion on the elevated side, in the map perspective, the hanging wall rocks will be older than the footwall rocks.
A dip-slip fault that has the hanging-wall moving upward and over the footwall is referred to as a reversal fault.
To learn more about Reverse faults from the given link:
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Answer: the answer is REVERSE
Explanation: trust me bro
a period
an era
b. increased resource supply
c. water contamination
d. loss of vegetation
The correct answer is - b. increased resource supply.
Increased resource supply is not falling into the category of environmental impact, in fact, if anything the increase in resource supply will just amplify the consequences towards the environment and contribute to even more serious problems because that will require more soil to be destroyed, more vegetation to be cleared, and more water to be contaminated.