Mean monthly basin-wide snow cover variation over the period of 2005‒2015 in the study area.

<p>Mean monthly basin-wide snow cover variation over the period of 2005‒2015 in the study area.</p>

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Bibliographic Details
Main Author:	Romana Jamshed (22478420) (author)
Other Authors:	Esha Naeem (22478423) (author), Adnan Ahmad Tahir (14614269) (author), Muhammad Irshad (6382400) (author), Faizan-ur-Rehman Qaisar (22478426) (author), Awais Arifeen (13912006) (author), Sher Muhammad (11866696) (author), Wu Kunpeng (22478429) (author), Muhammad Abrar Faiz (8836646) (author)
Published:	2025
Subjects:	Ecology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified wise simulation approach water resources management srb ), located moydgl06 *), along mean summer flow lower parameter uncertainty integrated hydrological representation frequent historical floods flood risk mitigation driven streamflow dynamics 2011 – 2015 2005 – 2009 84 &# 8211 8 &# 8211 6 &# 8211 2081 &# 8211 2046 &# 8211 srm ), integrated mean annual flow study simulated historical digital elevation model 7 &# 8211 wide approach performed div >< p 90 – 0 1 &# 176 snowmelt runoff model glacier melt due enhanced modis snow &# 8211 srm coupled modeling snowmelt enhanced snow consistently due annual flows 7 %. study indicated study area volume differences vital role supporting ecosystems rising temperatures primarily attributed meteorological data key findings hindukush region highly vulnerable glacier product future projections findings emphasize
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