The Himalaya, by virtue of its location and stupendous height, acts as a great climatic divide
and regulates meteorological conditions in the subcontinent regions of South Asia …

Limited ground-based surveys and extensive remote sensing analyses have confirmed
glacier thinning in the Garhwal Himalaya. More detailed studies on specific glaciers and the …

Glacier mass balance measurements is an important element in understanding the
processes of accumulation and ablation over a period of time that depend on the climatic …

Near-surface air temperature is an essential physical parameter for estimating the glacier
ablation model that is significant to understanding the dynamics of the changes and constant …

Glacier-wide mass balance and catchment-wide runoff were reconstructed over 1979–2018
for Dokriani Glacier catchment in Garhwal Himalaya (India). A glacier mass balance-runoff …

The near-surface lapse rate reflects the atmospheric stability above the surface. Lapse rates
calculated from land surface temperature (γ Ts) and near-surface air temperature (γ Ta) …

In Himalaya, the temperature plays a key role in the process of snow and ice melting and,
importantly, the precipitation phase changes (ie, snow or rain). Consequently, in longer …

The hydroclimatic variability in Kashmir Himalaya is influenced by the western disturbances
and the Indian Summer Monsoon. To investigate long-term hydroclimatic variability, 368 …

Warming-induced expansion in vegetation coverage and activity can accelerate the
montane hydrological regimes. However, the climate impacts on ecohydrology of forested …

Glaciological mass balance (MB) is considered the most direct, undelayed and unfiltered
response of the glaciers to climatic perturbations. However, it may inherit errors associated …