Lying to the south of the Dharwar Craton, the expansive granulite massif, known as the
Granulite Terrane of South India, preserves protracted history of the earth from ca. 3400–500 …

The residual anomaly of GECO model-derived gravity data has been enhanced using first
vertical derivative, tilt derivative and balanced horizontal derivative for delineation of …

Several global gravity models (GGMs) are freely available in the public domain, which can
be utilised to study the earth's gravity field in almost every part of the globe. The present …

This study presents a novel approach to map the structural configuration of the northern part
of the Central Indian Ridge from satellite-derived gravity data. The proposed approach is …

This study focused on joint interpretation of the aeromagnetic and radiometric data to
allocate and describe the structural elements and mineralization zones such as uranium …

Euler deconvolution (ED) is mainly used to estimate the locations and depths of magnetic
bodies. This technique can also be applied to gravity anomalies but requires caution, as …

The potential field (gravity & magnetic) data, along with results of available seismic and
magnetotelluric studies over the Southern India Shield comprising the Dharwar craton (DC) …

This study presents the first comprehensive geomagnetic investigation of subsurface mineral
potentials in north-central Nigeria, marking a significant advancement in sustainable mining …

We present a combined analysis of remote sensing, gravity and magnetic data across Moyar
Bhavani Shear Zone (MBSZ), Southern Granulite Terrane (SGT), India to study crustal …

Abstract The Indian Ocean witnessed numerous seismic and tectonic activities, making the
region an intricate seismotectonic and seismo-genesis potential zone. The high-resolution …