Today, due to increasing population around the world and increasing human needs for water and depletion of surface water resources, the use of groundwater has increased and most countries are facing water shortages, which has reduced the quantity and quality of groundwater resources. Iran also faces this problem due to its arid and semi-arid climate. Therefore, in addition to conserving available resources, efforts should be made to make the most of all precipitation. And prevented possible damage due to runoff in cities. In this article, we try to identify erosion-prone areas in Tehran with the help of previous experiences and using new sciences such as remote sensing science (GIS) and prevent soil erosion by operations such as banqueting or planting suitable plants. It also increases the infiltration of water into the soil to feed groundwater aquifers. Also, using this system, areas that produce a lot of runoff can be surveyed and these runoff can be stored and reused in reservoirs.
Sataryan Asil, K. and Ebrahimpour, R. (2020). Optimization and Control of Atmospheric Precipitation by Combining New and Old Sciences. Water,Soil and Air Protection, 1(1), 32-38.
MLA
Sataryan Asil, K. , and Ebrahimpour, R. . "Optimization and Control of Atmospheric Precipitation by Combining New and Old Sciences", Water,Soil and Air Protection, 1, 1, 2020, 32-38.
HARVARD
Sataryan Asil, K., Ebrahimpour, R. (2020). 'Optimization and Control of Atmospheric Precipitation by Combining New and Old Sciences', Water,Soil and Air Protection, 1(1), pp. 32-38.
CHICAGO
K. Sataryan Asil and R. Ebrahimpour, "Optimization and Control of Atmospheric Precipitation by Combining New and Old Sciences," Water,Soil and Air Protection, 1 1 (2020): 32-38,
VANCOUVER
Sataryan Asil, K., Ebrahimpour, R. Optimization and Control of Atmospheric Precipitation by Combining New and Old Sciences. Water,Soil and Air Protection, 2020; 1(1): 32-38.
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