CLIMATE CHANGE AND RIVER INDUS WATER QUANTITY ASSESSMENT USING GIS AND REMOTE SENSING TECHNIQUE.
DOI:
https://doi.org/10.53555/ephijse.v10i1.223Keywords:
Climate change, River Indus, Water quantity monitoring, Remote sensing, Satellite imagery, Geographic Information Systems (GIS), Water management, Chashma and Jinnah barrage MianwaliAbstract
The consumption of water assets is a significant issue that requires being knowledgeable about different areas worldwide,
for example, the Mianwali Region in Pakistan. This paper gives a broad examination of the remote detecting strategies
utilized for checking water amounts, with a particular accentuation on the Mianwali Region as a contextual investigation.
Remote detection gives critical devices to assessing and controlling water assets by offering quick and geologically exact
data on water sums. The goal of this study article is to analyze the usage of remote detecting innovation for observing
water sums, assess the current water conditions in Mianwali Area, and give supportable water the board arrangements.
The review uses a scope of remote detecting information sources, like satellite photography, and utilizes present-day
methods including Geographic Data Frameworks (GIS) and calculations for picture handling to break down worldly
varieties in water volume. The exploration discoveries improve appreciation of water asset elements in the Mianwali
Region and propose significant direction to policymakers, water asset administrators, and scientists in planning effective
techniques for water preservation and the executives
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Paper presented at the Remote Sensing for Agriculture, Ecosystems, and Hydrology XVIII
