Abstract The historical 1 September 1803 Garhwal–Kumaon Himalaya earthquake (Mw 8.1)
was a solitary Himalayan earthquake reported felt widely in the Indo-Gangetic Plain with …

This work proposes the shear-wave attenuation tomography of the Garhwal and Kumaun
regions, Uttarakhand Himalaya, to investigate the crustal state. Based on attenuation …

The main goal of present study is to test the functionality of an earthquake early warning
(EEW) system (a life-saving tool), in India using synthesized data and recorded earthquake …

The Garhwal region, situated in the central segment of the Himalayas, stands as one of the
most seismically active areas in the Uttarakhand Himalaya. The newly established …

In this study, we aim to understand the characteristics of the crust beneath Bhutan Himalaya
in terms of body wave attenuation properties. Extended coda normalization method …

In this study, stochastic finite fault modeling is used to simulate Uttarkashi (1991) and
Chamoli (1999) earthquakes using all available source, path, and site parameters available …

The frequency‐dependent shear‐wave quality factor Q β (f) of the seismically active Kumaon
Himalaya was calculated using strong‐motion data recorded between 2006 and 2012. The …

In this study, we investigate the seismic wave attenuation beneath Sikkim Himalaya using P,
S and coda waves from 68 local earthquakes registered by eight broad-band stations of the …

In the present study, the scattering and intrinsic attenuation are separated using the S‐wave
attenuation (Q β) and coda‐wave attenuation (Q c) employing the method, and the …

Kopili fault has been experiencing higher seismic and tectonic activity during the recent
years. These kind of active tectonics can be inspected by examining coda-wave attenuation …