In this case, the watershed region can only receive the rain during the time when the winds with water clouds with them blow in the direction which will lead to the region getting rain. When the winds for rainfall are frequently blowing across the watershed region, the region will have a frequent rainfall which will in turn affect the weather as well as the climate of the region.The rainfall amount will also be affected by the direction of wind. If the winds coming towards the region sweeps across a huge water body, this will mean that the region will enjoy rainfall clouds brought the region thus increasing the rain. However, this will also have to be affected by a number of other meteorological factors such as the temperatures in the region. How far the Watershed region is from the region is also important in terms of the amount of rainfall which will reach the region.As already explained, this would have to depend on other factors such as the availability of water bodies and the solar energy. If there are no any water bodies in the near areas which would help in proving precipitate winds, the watershed will not have enough rains.At the same time, if there is a water body but no enough solar energy to evaporate the water from the water bodies, this will also lead to dry winds which will not lead to the watershed having enough rain water.Altitude refers to the elevation of a region from the sea level. Altitude affects many factors which as precipitation and temperatures and this affects the weather. In a watershed region, high altitudes may refer to the fact that the region will have to have different weather.This refers to the availability of large natural bodies of water. This affects the rainfall of the region because rain is made from predicated water from these regions. If there is a nearby large water body within the region of a watershed, this will in turn mean that most of the water will be carried into the watershed region through winds and rain will fall.This refers to the gradient of a region. The steeper the gradient the more easily water flows from the watershed and thus improving the hydrological processes of the region through drainage. Elevation also affects the vegetation of a region as some plants can only grow in areas with only certain levels of elevation. Vegetation in turn also affects the climate of the region.This refers to the ruggedness or lack thereof of a land mass. It refers to the terrain of
Russell, Thompson. Atmospheric Processes and Systems. London, UK: Routledge, 1998. Print.
Whiteman, David. Mountain Meteorology : Fundamentals and Applications: Fundamentals and Applications. Oxford, UK: Oxford University Press, 2000. Print.
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