Potential field filters are widely used in exploration and interpretation of geologic structures,
archaeological sites, hazards assessment, and in engineering and environmental studies …

Abstract The Trans-Saharan Belt is one of the most important orogenic systems constitutive
of the Pan-African cycle, which, at the end of the Neoproterozoic, led to the formation of the …

Recently, detecting the edges and geologic structures (deep and shallow) from potential
field sources provides a fundamental tool for interpreting geological structures. Therefore …

This study presents a comprehensive analysis of mineralization exploration in the Egyptian
Eastern Desert (ED), one of the most sought-after areas for those interested in mining …

Abstract The Neoproterozoic-Cambrian (Brasiliano) intracontinental Patos-Pernambuco
shear system is developed in Archean to Neoproterozoic crust, reactivating rift margins N of …

Metaheuristic algorithms are increasingly being utilized as a global optimal method in the
inversion and modeling of magnetic data. We proposed the Bat Algorithm Optimization …

Global topography, bathymetry, magnetic, and gravity data were analyzed to study the
nature of the Red Sea crust to infer its tectonic regime. The Red Sea is a classic example of …

Positive and negative magnetic anomalies occupied the total aeromagnetic (TM) map of the
Harrat ad Danun area, Saudi Arabia. Reduction to the pole (RTP) maps display the range of …

Abstract The Bir El-Qash area, located in the Central Eastern Desert of Egypt, is
characterized by a diverse range of igneous, metamorphic, and sedimentary rocks with ages …

The structural index (SI) is based on the concept of Euler homogeneity, a description of
scaling behavior. It has found wide use in potential-field depth estimation and is a constant …