Many geological features of the Earth's lithosphere create variations in the Earth's magnetic
field that can be detected by satellites. The resulting magnetic anomaly maps can provide …

On the basis of field observations aided by remote sensing data a new model for the
Western Indian “Panvel Flexure” is proposed. The model involves normal motion on east …

A preliminary lithospheric magnetic anomaly map of the Indian subcontinent (LAMI-1) was
generated utilising seven years (April 2014–December 2020) of data recorded by the …

Summary The West Coast geothermal system is a prominent geothermal region in the Indian
subcontinent, and understanding its geothermal reservoirs is crucial for societal benefits. In …

A regional, NS trending dyke-swarm, parallel to the west coast of India, immediately
postdates the main Deccan tholeiitic volcanism at around 60 Ma. Around Murud-Janjira, 70 …

Presence of mafic xenoliths in the intrusive rocks from Kutch and Murud-Janjira areas of the
western Deccan Volcanic Province make it possible to decipher the nature of the lithosphere …

Data collected by Magsat have been extensively used by Indian scientists in studies of the
crust beneath India. Results obtained by various workers have been summarized and the …

Anomalies in total field, horizontal, and vertical components over the Indian region derived
from MAGSAT measurements have been inverted through the ridge-regression method …

The study of the anomalous magnetic field was obtained the essential development after the
launch of the Earth's satellites. The first global anomalous magnetic field maps were …

Magsat studies over the Indian region and adjoining areas show that the continental-
oceanic contrasts appear more distinctly in the equivalent magnetization solution than in the …