The Himalayan region is a hotspot in terms of expected future hydrological and
geomorphological variations induced by climate change on proglacial areas and the related …

Rivers can adjust to natural and anthropogenic stresses through changes in flow regime and
sediment dynamics. Flow regulation due to dam construction can modify sediment transport …

The present study aims to investigate the evolution of river networks and floodplain
geomorphological features of river Raidak within the dynamic Himalayan foreland basin …

The aim of this work is to unravel the role of geomorphic indicators and/or signatures to be
used as evidence for palaeoenvironmental changes and other forcing mechanisms from the …

Nowadays, economic and industrial development along the Lam Phachi River in Ratchaburi
and Kanchanaburi provinces is accelerating and increasing water demand. Therefore, weirs …

Remote sensing has been a powerful tool to interpret the structural geology and
geomorphology of terrains (eg Misra et al. 2014; Kaplay et al. 2017; Dasgupta and …

This study develops a workflow to quantify and map long-term (1990–2020) changing land
cover, especially of the fluvial systems, in parts of the foothills of north-western Himalayas …

Morphological changes attributed to anthropogenic activities is one of the fundamental
drivers of local, regional and global environmental changes. Studies of morphology has …

The varied physiography, incidences of high seasonal discharge, influences of neo-tectonic
activity and the young geological foundation with less consolidated cohesive and non …

Monitoring morphologically dynamic rivers over large spatial domains at an adequate
frequency is essential for informed river management to protect human life, ecosystems …