The enhancement techniques of potential field data are commonly used to detect the
boundary locations of geological structures. There are many different techniques for …

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 …

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 …

Satellite gravity datasets have been widely used in understanding of the Earth's internal
structure and processes. These datasets are effective in providing insights into the …

One of the greatest challenges in interpreting magnetic data is to mitigate the influence of
the magnetisation direction in the shape of the anomalies, specially when reduction to the …

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 …

Improving the horizontal boundaries of subsurface geological structures is one of the main
objectives in interpreting potential fields. To solve this problem, a number of different …

Cuddapah Basin (CB) is an intracontinental, Proterozoic basin flanked by Eastern Dharwar
Craton (EDC) in the west, Nellore Schist Belt (NSB) and Eastern Ghat Mobile Belt (EGMB) in …

In recent years, the analysis of satellite gravity data is used as a powerful tool for geologic
map**. This study is based on various filtered maps of Bouguer gravity anomaly data of …

The present study attempts to structural and tectonic interpretation around the Laccadive
ridge in the Western Indian Ocean using EGM2008 Bouguer gravity data. The different …