Mass balance is a good indicator of glacier health and sensitivity to climate change. The
debris-covered Hoksar Glacier (HG) in the Upper Indus Basin (UIB) was studied using direct …

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 …

The continuous estimation of glacier surface mass balance (MB) in the cold-arid trans-
Himalayan region is crucial for understanding glacier-atmospheric interactions and …

Landsystem relationships between glaciers and rock debris supply in a mountain landscape
domain,(), are described. Decimal latitude-longitude [dLL] geolocations are used to identify …

Snowmelt runoff plays a major role in the glacierized and snow-covered basins in the
western Himalaya. Modeling is the most helpful tool to quantify snowmelt contribution in …

Water scarcity associated with glacier retreat in mountainous regions is of growing concern
worldwide, especially in arid regions, where precipitation is scarce or seasonal. Scientists …

The Himalayan cryosphere comprises a large concentration of glaciers that feed numerous
perennial rivers, providing food and water security to millions of people living in the …

Stormwater harvesting (SWH) is emerging as a vital adaptive strategy for urban climate
resilience. In South Korea, different types of storage facilities have been constructed under …

Snow depth (SD) knowledge is significant in many applications related to hydrology, climate,
and disaster management. Many SD models are developed using multifrequency …

In recent decades, glaciers in the southeastern Tibetan Plateau (SETP) have been rapidly
melting and showing a large scale of glacier mass loss. Due to the lack of large-scale, high …