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The Major Factors That Affect The Amount Of Water Runoff In An Area Are: - amount of vegetation and non-permeable surfaces (development) - slope of land (grade) - duration and rate of rainfall - nature of ground (soil type) - soil saturation (moisture)
The first factor is the amount of rain an area receives, the second factor is vegetation, the third factor is the type of soil, the fourth factor is the shape of land, and the final factor is how people use the land.
Increases
Because the amount of precipitation is equal to the amount of evapotranspiration and runoff.
Yes, plants absorb some of the water. It thick vegetation might slow runoff down too.
It is going to depend on how much rain you get! It will never be the same amount for each rain fall.
The Major Factors That Affect The Amount Of Water Runoff In An Area Are: - amount of vegetation and non-permeable surfaces (development) - slope of land (grade) - duration and rate of rainfall - nature of ground (soil type) - soil saturation (moisture)
The amount of force applied and the area of the surface to which it is applied.
The first factor is the amount of rain an area receives, the second factor is vegetation, the third factor is the type of soil, the fourth factor is the shape of land, and the final factor is how people use the land.
One cubic meter is a volume, not an area. And the amount of air would depend on the pressure it's at.
Increases
Because the amount of precipitation is equal to the amount of evapotranspiration and runoff.
Because the amount of precipitation is equal to the amount of evapotranspiration and runoff.
Yes, plants absorb some of the water. It thick vegetation might slow runoff down too.
Runoff - Rain is dispersed across a wide area (the entire surface of the area where it falls.) Runoff is a large amount of rain collected into a low point of the mountain, forming streams and rivers. So, more concentrated body of water is able to move more material, meaning that the runoff is able to cause more focused erosion than the rain alone.
headwaters
soil erosion