A water drout
An increase in storm runoff to rivers most likely would affect ground water by reducing the amount of infiltration and groundwater recharge. This is where water moves downward from surface water to ground water.
The warming of the oceans may cause an increase in the amount of evaporation. This would lead to an increased amount of precipitation that would cause and increase of runoff due to the ground becoming saturated by the rain water.
The warming of the oceans may cause an increase in the amount of evaporation. This would lead to an increased amount of precipitation that would cause and increase of runoff due to the ground becoming saturated by the rain water.
The major cause would be runoff from farms with pesticides and insecticides, secondly would be contamination, chemical spills, and thirdly would be contamination by people such as matter from animals and humans.
If you are talking about land above sea , then it would be called run off, because when precipitation falls , whether it is rain or snow , at some point it usually makes its way from the land to the sea via flowing over the surface of the earth.
the oceans would become smaller
Rain storm
Water on top of soil is called surface water or runoff.
Runoff from the field sprayed with herbicides polluted the river. The heavy rains caused runoff that eroded the hill. We planted trees on the hillside so runoff from heavy rains would not cause erosion.
An increase in the force applied to the object or a decrease in the resistance or friction acting against the object can cause it to increase its speed in a forward direction. Additionally, changes in the object's weight, aerodynamics, or the surface it is moving on can also contribute to an increase in its speed.
Yes - an increase in contractility would lead to an increase in stroke volume. An increased stroke volume would cause an increased cardiac output.
An increase in cloud cover or an increase in atmospheric particulates like aerosols would lead to a decrease in the amount of insolation absorbed at Earth's surface by reflecting more sunlight back to space before it can reach the surface.