Torrential rains, landslides, and seismic activity are the common factors that are causing
unprecedented damage to life, property and infrastructure in Mandakini and Bhilangana …

Active surface deformation, displacement pattern, and erosional variability is estimated
using the geomorphologically sensitive morphometry along with the Persistent Scatterer …

The consequence of strain accumulation along various Himalayan thrusts is manifested in
shaping the topography and present day lanscape features of the Himalaya. Consequently …

The accumulation of crustal strain towards the western part of India, especially in the
Kachchh Rift basin, is making one of the most seismically active parts of the Indian plate …

Past earthquakes in the Himalayas are mainly due to tectonic activities along the thrust faults
parallel to the Himalayan belt. In order to study the ongoing tectonic process, crustal …

This paper focuses on the analysis of geomorphic landform development, particularly
between the Trans Himadri Fault and the Main Central Thrust including Berinag Thrust and …

Abstract The Narmada Son Lineament located in the middle part of the Indian plate is to be
considered seismically active part and already experienced six moderate earthquakes in the …

We discuss the tectono-geomorphic evaluation of the Binta basin (Lesser Himalaya, India)
through quantitative and qualitative morphotectonic analyses at the watershed scale. The …

Landslides are one of the most widespread natural hazards on earth and pose an intricate
challenge in many mountainous terrains, especially in the Himalayas. Rainfall-induced …

In this study, we present the first estimates of crustal deformation using the time series (2009–
2015) from GPS Network of Gujarat (GNG), comprising 10 GPS continuous and 5 campaign …