accelerated urban development and land disturbance reducing the land's ability to absorb runoff
Christopher Graham Bradbury has written: 'Recharge from runoff in South Lincolnshire'
Gully erosion is the removal of soil along drainage lines by the surface of the water.Gully refers to a water worn ravine. It also refer to the land form formed after the erosion by water.
Geza Zelinger has written: 'Basic matrix algebra and transistor circuits'
Thomas H. Troeger has written: 'Preaching while the church is under reconstruction' -- subject(s): Church renewal, Preaching 'Rage! Reflect. Rejoice!' -- subject(s): Bible, Christianity, Criticism, interpretation, Prayer 'God, you made all things for singing' 'Above the Moon Earth Rises' 'The parable of ten preachers' -- subject(s): Preaching 'Creating fresh images for preaching' -- subject(s): Preaching 'So that all might know' -- subject(s): Christianity, Multiple intelligences, Preaching, Psychology, Religious aspects, Religious aspects of Multiple intelligences
Thomas H. Stanton has written: 'Meeting the Challenge of 9/11' 'Clouded progress' -- subject(s): Solar heating, Solar houses 'A state of risk' -- subject(s): Government-sponsored enterprises
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Yes, plants absorb some of the water. It thick vegetation might slow runoff down too.
Developed land that is covered with buildings does not absorb water. Development increases problems with chemical runoff. Houses and businesses that have lawns, for example, may use pesticides or fertilizers on their grass that runs off into the groundwater.
Runoff increases when vegetation has been removed, compaction (as in foot or vehicular traffic) has occurred, or the location has been developed so that the permeable area has been reduced.
Usually not, it causes erosion of soils. To be helpful the water should absorb into the ground.
In areas where there is no snow, runoff will come from rainfall. However, not all rainfall will produce runoff because storage from soils can absorb light showers. Infiltration excess overland flow more commonly occurs in arid and semi-arid regions, where rainfall intensities are high and the soil infiltration capacity is reduced because of surface sealing, or in paved areas. When the soil is saturated and the depression storage filled, and rain continues to fall, the rainfall will immediately produce surface runoff. Urbanization increases surface runoff, by creating more impervious surfaces such as pavement and buildings, that do not allow percolation of the water down through the soil to the aquifier.
If it is a slow and gentle rain, it will be absorbed by the soil or sand. If it is a sudden downpour the soil will not be able to absorb the water fast enough and it will run off.
a particular soil's ability to soak up moisture affects runoff rate. Sandy soils soak up a lot of water, so usually have a low runoff rate. Clay is very reluctant to take in water, so water runs off of it - it has a high runoff rate.
Plant roots help hold the soil in place and also absorb water so there is less runoff.
A parking lot, generally made of blacktop or concrete, would have more runoff. Grass, with earth below it, would absorb more water. Blacktop cannot be penetrated by water. Concrete can absorb water, but only a very little, especially as compared to a grassy field.
Water which flows after heavy rain, sleet, or as snow is melting is referred to as runoff. Runoff occurs as soil becomes too saturated to absorb more water. It is often a contributing factor in water erosion.
Runoff is water that flows over the ground surface. Snowmelt runoff is runoff from melting snow.