The 2014 extreme flooding in Kashmir, with the peak discharge exceeding 115,000 cfs and
the Jhelum River overflowing its banks, was triggered by the complex interplay of …

Loess deposits and intercalated palaeosols are widespread in the Quaternary record, and
these have been extensively used to gain insights into continental paleoclimatic and paleo …

The temporal vegetation development provides vital information for understanding past
climatic changes. In this study, we reconstruct vegetation dynamics from the last glacial …

Flood forecasting using hydrological and hydraulic models is an efficient non-structural flood
management option. This paper presents a real-time flood forecasting approach for the data …

The focus of the present study was to assess the dynamics of wetland ecosystem health in
both urban and rural settings situated in the high-altitude Kashmir Himalayan ecoregion …

Pollution of riverine ecosystems through the multidimensional impact of human footprints
around the world poses a serious challenge. Research studies that communicate potential …

The Srinagar reach of the River Jhelum in Kashmir Valley, India exhibits complex
meandering and variable width (47–180m) and depth (0.76–6.09 m). The reach is …

The characterization and evaluation of water quality in the Jhelum River Basin is
indispensable due to its immense significance in supporting the livelihoods of people and …

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 …

The Tajikistan (TJ) loess has great significance for the study of Quaternary climate changes
and dust source in Central Asia. In this paper, we investigate the geochemical composition …