This chapter examines the along-arc variation in the crustal structure of the Himalayan
Mountain Range. Using results from published seismological studies, plus large teleseismic …

The NW Himalayan “seismic gap” lies between the 1905 and 2005 earthquake rupture
zones and straddles the meisoseismal zone of the 1555‐Kashmir earthquake. Sufficient …

Over the course of the last hundred years or so, there have been countless seismic
experiments conducted under the aegis of different research programs, which have aimed to …

We present a new high‐resolution image of the crust beneath the western Himalaya‐Asia
convergence zone encompassing the geographical domain of western Himalaya‐western …

The study investigates the earthquake vulnerability of buildings in Srinagar, an urban city in
the Kashmir Himalaya, India. The city, covering an area of around 246 km 2 and divided into …

We study the Kashmir seismic gap using data from a network of local broadband stations
spanning southeastern Kashmir Valley and Jammu. We detected and located several …

We investigate the 3-D shear velocity (Vs) structure of the crust beneath the Kumaon–
Garhwal Himalaya using joint inversion of interpolated receiver functions from 57 seismic …

We report the present day GNSS velocities (2015–2021) and strain rates in Himachal,
Kashmir and Ladakh Himalaya covering the rupture zones of the 2005 Muzaffarabad …

We present GPS velocities in Kashmir valley and adjoining regions from continuous Global
Positioning System (cGPS) network during 2008 to 2019. Results indicate total arc normal …

We used episodic GNSS measurements to quantify the present‐day velocity field in the
northwestern Himalaya from the Himalayan foreland to the Karakoram Range. We report a …