Climate change is strongly affecting the Himalayas. Geologically young and fragile, the
Himalayas are sensitive to even minor changes in the climate. Regional warming in …

Mountain glaciers are of immense importance for the balanced natural ecosystem. Billions of
human life depend on this natural reserve. However, there is an alarming situation …

This study reports the changes in glacier extent and streamflow similar to many Himalayan
studies, but takes the unusual step of also linking these to downstream land use changes in …

Glacier changes in the Jankar Chhu Watershed (JCW) of Chandrabhaga (Chenab) basin,
Lahaul Himalaya were worked out based on Corona and Sentinel 2A images between 1971 …

Glacier mass balance time-series measurements have immense importance in
comprehending the overall regional hydrology and meteorology of the mountain systems …

Glacier shrinkage is a globally occurring phenomena. High-resolution change detection
based on frequent map** and monitoring of high-altitude glaciers is necessary to …

The Himalayan region is experiencing a heightened risk in downstream habitats due to the
effects of climate change, which include rapid glacier recession, the formation of glacial …

Glacier response patterns at the catchment scale are highly heterogeneous and defined by
a complex interplay of various dynamics and surface factors. Previous studies have …

A comprehensive description of the glaciation and glacial geomorphology of the Harmukh
range, northwest Himalaya is reported first time in this study. The geomorphic system of the …

A proper estimate of glacier stored water is helpful to assess the long-term availability of
water in any river basin. A method based on the laminar flow and volume–area scaling is …