by taking in much of the water that woulld other wise run off
In damp areas with thick vegetation, there isn't as much sand or dust on the surface to be picked up and carried by the wind.
YES
Sheet erosion is a type of surface water, and runoff is any water that does not soak into the ground.
one way people have removed is overgrazing and it results in erosion because there is less vegetation covering the ground.
It becomes much more susceptible to erosion.
By increasing the amount of vegetation in the ground
In damp areas with thick vegetation, there isn't as much sand or dust on the surface to be picked up and carried by the wind.
YES
Yes, runoff is likely to increase as vegetation in the area decreases. Vegetation plays a crucial role in absorbing and slowing down rainfall, allowing water to infiltrate into the ground. Without vegetation, more water will run off the surface, leading to increased runoff. This can result in higher risks of flooding and erosion.
It doesnt effect the earths surface, it affects the the earth surface by expanding cracks in the ground.
Gravel pits affect the environment is many ways. Unless the land is reclaimed, erosion is a major concern along with ground and surface water contamination, dust contamination, and damage to the local wildlife and vegetation.
Sheet erosion is a type of surface water, and runoff is any water that does not soak into the ground.
The taiga biome has such a spongy surface from the weather slowing down decompisition which makes the vegetation on the ground have a spongy surface.
no because Groundwater does little to contribute to mechanical erosion. However, it can significantly erode chemically
Because the lack of vegetation/root bound plants and dry environment allows the wind at ground level to break down surface areas which are be their dry nature sandy or dusty
Ground water has a shorter residence than it did 100 years ago due to erosion. Erosion is the process in which soil and rock are removed from the ground surface by the elements such as wind and rain.
By replanting vegetation, the speed of precipitation is reduced, giving the ground more time to absorb the water which would be stored on Earth's surface.