This work presents new findings from recent seismic data which have never been exploited
so far for the weak-to-moderately energetic (ML 2.3–6.4) earthquakes and to depict a 3D …

In this study, we present the results of strong ground motion simulation carried out for a
potential earthquake (M w 7.3) in the Kopili source zone of northeast India using the …

Regional variations of coda wave attenuation (Q c− 1 Q_c^-1) have been analyzed for
western Tibet using single isotropic scattering model. A total of 628 local earthquakes …

The decay of surface‐wave coda in ambient noise cross correlations can facilitate the
estimation of seismic attenuation. The coda quality factor (Q c) can be measured in longer …

The coda wave decay method was used to estimate the quality factor from the coda wave
amplitude decay rate for the broadband seismic stations in northern Iraq using a single back …

In this study, the depth-dependent seismic wave attenuation beneath western Tibet have
been investigated using 628 local earthquakes recorded at Y2 network operated by US …

We have investigated the spatial variation of body wave attenuation in Garhwal-Kumaun
Himalaya region from the datasets of 465 well located earthquakes, recorded at 52 …

Single station ambient noise measurement in campaign mode has of late gained a huge
popularity among geo-scientists. Herein, we present results of ambient vibration analysis …

This study presents broadband (BB) ground motions for two historical earthquakes (M w≥ 8)
in Northeast (NE) India. We apply a recently developed geology-based 3D velocity model of …

We report new findings for producing broad-band ground motion time histories (1–19 Hz) of
a future earthquake in a sedimentary basin based on the application of extended rupture …