The quantitative analysis of the drainage morphometric system is vital to understand the
hydrological and environmental interaction and its processes of an area. The present study …

We geomorphometrically characterize the tectonics near the microseismically active Nanded
region, Maharashtra, India. We used the geomorphic indices of active tectonics in 32 sub …

The lack of monitoring and observational data is hampering the assessment of flash flood
hazard in arid environments. This study forecasts and investigates flash floods hazards in …

The bulk of the crustal shortening across the Himalayas is accommodated across the Main
Frontal Thrust (MFT), forming the topographic ridges of the Siwalik Hills. Here, we quantify …

Hypsometric analysis is useful for understanding the geomorphic stages of a river basin.
Hypsometric parameters have been evaluated and curves are prepared forall the 20 sub …

Hypsometric analysis is considered an effective tool for understanding the stages of
geomorphic evolution and geological development of river catchment, and for the …

The results of surface morphology and InSAR analyses carried out along a NNE-SSW
oriented (~ 7 km-long) transfer fault are presented. This structure actively accommodates …

Uplifting frontal ridges are one of the most conspicuous geomorphic features that mark the
frontal parts of actively converging mountain belts. Growth of these ridges can lead to the …

Understanding about the stages of geomorphic evolution and geological development of
any river catchment and its proneness to erosional process is important for managing the …

The Diyung river descends in Nagaon district of Assam. After its confluence with main
channel Kopili it causes enormous losses to life and property due to floods. Appropriate …