The existing seismological network in the Kangra–Chamba sector has been upgraded with
12 three-component digital seismometers to obtain new insight on the nature and sources of …

The collision of the Indian plate and the Eurasian plate created shortening and imbrications
with thrusting and faulting which influences northward tectonic movement. This plate …

Magnetotelluric studies over the Shillong plateau and lower Brahmaputra sediments have
delineated the Dauki fault as a NE–SW striking thrust zone with a dip angle of about 30° …

Tectonics in the Himalayan foothills is a result of the compressional forces active since the
collision between Indian and Eurasian plates and is best understood as a combination of …

The role of transverse lineaments is often invoked in strain partitioning to generate strike‐
slip‐dominated earthquakes in the Sikkim Himalaya, including the recent M w 6.9 …

The stratigraphic and tectonic setting in the northwest part of Himalayan belt is complex and
thrusted due to the collision of Indian plate and the Eurasian plate. During the past, the …

Large-scale conductivity anomalies have been detected and subsequently
modelled/inverted based on the data of geomagnetic deep sounding in Northwest India by …

A critical appraisal of the space time distribution of large and great earthquakes along the
Himalayan arc have raised fresh questions on the validity of seismic gaps as seat of future …

Geophysical investigation employing deep electrical resistivity, gravity and magnetic
techniques was carried out along Purnea-Sevoke (NH-31) road. The basement depth varies …

A 3-D thin sheet model is developed synthesizing the data from different small array studies
in the frontal Himalaya region. Most of the regional anomaly is simulated by a single highly …