Mountain areas are sensitive to climate change. Implications of climate change can be seen
in less snow, receding glaciers, increasing temperatures, and decreasing precipitation …

Abstract In this study, Land Surface Temperature (LST) and its lapse rate over the
mountainous Kashmir Himalaya was estimated using MODIS data and correlated with the …

The study investigated the streamflow response to the shrinking cryosphere under changing
climate in the Lidder valley, Upper Indus Basin (UIB), Kashmir Himalayas. We used a …

Abstract Knowledge of glacier mass balance (MB) is critical for understanding glacier-
climate interactions and projecting future water availability in the data-scarce Himalayan …

The five watersheds of the Upper Jhelum Basin (UJB) in the Kashmir Himalaya, India has
flood prone hydrographic features resulting in high-frequency of flooding in the basin. With …

Kolahoi Glacier is a mountain glacier (11±0.11 km 2) distributed between Lidder and Sind
catchments of Kashmir basin, western Himalaya. In this study, using semi-automated …

Rambiara River basin, a sub-basin of the Upper Indus, is dotted with fluvial and glacial
geomorphic landforms. The presence of large number of glacial landforms like moraines …

Glacial geomorphological mapping from satellite imagery supported with detailed field
studies can form the basis for reconstructing the nature and extent of paleoglaciation of an …

Abstract The Kashmir Himalayas, a fragile mountainous, region, are experiencing the
adverse effects of climate change, including rising temperatures, erratic rainfall, and extreme …

The use of models in snowy basins, due to the effect of snow's properties, requires
quantitative and qualitative knowledge of the factors influencing the melting and runoff …