Authors :
V.S.Chaudhari; Dr. S.D.Vikhe; Dr.H.W.Awari; Dr.V.K.Ingle
Volume/Issue :
Volume 7 - 2022, Issue 8 - August
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3fzD7nJ
DOI :
https://doi.org/10.5281/zenodo.7133917
Abstract :
The most vital resource for life is freshwater.
The importance of water for drinking, sanitation,
agriculture, industry or other purposes. Water is not
uniformly distributed all around the watershed. In
contrast to the diminishing resource, global demand for
water is rising. Consumable water is the driving require
of human civilization nowadays. Groundwater is
recharged by constructing various soil and water
conservation structures in watershed is possible if one can
identify ground water potential zones by using state of art
technology.
Groundwater pulled back for rural, metropolitan
and mechanical utilize by developing and working
extraction wells. The review related to Identification of
Groundwater Potential Zones of Watershed Using
Remote Sensing and Geo-informatics is discussed in this
paper.
Keywords :
Watershed, Remote Sensing, Geo-informatics, Potential zones, Irrigation planning
The most vital resource for life is freshwater.
The importance of water for drinking, sanitation,
agriculture, industry or other purposes. Water is not
uniformly distributed all around the watershed. In
contrast to the diminishing resource, global demand for
water is rising. Consumable water is the driving require
of human civilization nowadays. Groundwater is
recharged by constructing various soil and water
conservation structures in watershed is possible if one can
identify ground water potential zones by using state of art
technology.
Groundwater pulled back for rural, metropolitan
and mechanical utilize by developing and working
extraction wells. The review related to Identification of
Groundwater Potential Zones of Watershed Using
Remote Sensing and Geo-informatics is discussed in this
paper.
Keywords :
Watershed, Remote Sensing, Geo-informatics, Potential zones, Irrigation planning