I assume you mean soil erosion?
If so then no
The roots etc of the plants help preserve the soil
Erosian is sped up by humans by pants.
The speed of water affects erosion because the speed of erosion depends on the force of the moving water. It determines the rate of erosion.
Yes, when it rains, the water moves the erosion down into a river, street or whatever is down.
Erosion is a natural process. Humans contribute to erosion when they clear an area of plants. Plants help to keep the soil in place through their roots. Humans can help to control erosion by planting hillsides and slopes with erosion control plants.
Vegitation slows the process of eriosion by growing in areas where erosion occurs and blocking the movement of weathered rock.
erosion on a bank of a pond
Erosian is sped up by humans by pants.
Erosion can wash away soil from plants and stunt their growth. Erosion can uproot plants and kill plants. On the other hand plants can help stop erosion.
The speed of water affects erosion because the speed of erosion depends on the force of the moving water. It determines the rate of erosion.
Yes, when it rains, the water moves the erosion down into a river, street or whatever is down.
By reducing the speed of the wind hitting the soil, thereby, moving/eroding less soil.
No, just the opposite will happen.
Winds and waves are the major contributors of beach erosion. Over building by people close to the shore causes erosion to speed up.
Erosion is a natural process. Humans contribute to erosion when they clear an area of plants. Plants help to keep the soil in place through their roots. Humans can help to control erosion by planting hillsides and slopes with erosion control plants.
Erosion is a natural process, but human actions can speed it up significantly.
Weathering breaks up rock into smaller particles which are more easily transported by the agents of erosion (wind, moving water, and moving ice).
Vegitation slows the process of eriosion by growing in areas where erosion occurs and blocking the movement of weathered rock.