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Field evidences showing rapid frontal degeneration of the kangriz glacier,western Himalayas,Jammu&kashmir

Journal of Mountain science 2018年第6期15卷 1199-1208页

作者： GARG siddhi sHUkLA Aparna MEHTA Manish kUMAR Vinit sAMUEL shruti Anna bartarya s.k. sHUkLA Uma kant Wadia Institute o/Himalayan Geology 33 GMS Road Dehradun 248001 India Department of Geology Banaras Hindu University Varanasi 221005 India

Life cycle of glaciers in the Himalayan region has notably changed due to the climatic variability since last few decades. Glaciers across the world and specially the Himalayan glaciers have shown large scale degeneration in the last few decades. Himalayan glaciers serve as an important fresh water resource for the downstream communities, who are dependent on this water for domestic and other purposes. Therefore, glacier shrinkage and the associated hydrological changes pose a significant problem for regional-scale water budgets and resource management. These issues necessitate the regular and rigorous monitoring of the wastage pattern of the Himalayan glaciers in field and using satellite remote sensing data. In this work, we report rapid and enhanced degeneration of the frontal part of the kangriz glacier, Jammu and kashmir(J & k), in terms of surface melting, debris cover, snout characteristics and meltwater discharge. Ablation data acquired during 2016-2017 shows the average lowering of the frontal part of the glacier to be ~148 ± 34 cm, one-third of which was found to have occurred within a 13 day time period in september, 2017. Also, the quantum of ice melt was found to be inversely influenced(r =-0.84) by the debris thickness. 15 day meltwater discharge measurement revealed its strong relationship with snout disintegration pattern, evidenced twice during the said time period. Volume of water discharged from the glacier was estimated to be 7.91×10~6 m^3 for the measurement duration. Also, mean daily discharge estimated for the 15 days interval showed good positive correction(r = 0.78) with temperature indicating the direct dependency of the former on land surface temperature conditions of the region. Besides the lowering and discharge observations, the frequent ice-block break-offs at the glacier snout further enhance its overall drastic degeneration. The study suggests that, being the largest glacier in the suru basin, the kangriz glacier needs to be continuo

关键词： Glacier shrinkage Western Himalayas surface lowering Degeneration Meltwater discharge

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