Gradiometry Processing Techniques for Large-Scale of Aeromagnetic Data for Structural and Mining Implications: The Case Study of Bou Azzer Inlier, Central Anti-Atlas, Morocco

Due to its unique geographic and tectonic location, the Bou Azzer inlier has drawn increased interest in mining studies. The inlier’s basement structure remains subject investigation meanwhile faults igneous rocks affect local geology. In order comprehend structure, we use aeromagnetic data. edge enhancement method described this work is based on gradiometry tensor analysis (GTA) of data, which yields estimated magnetic tensors, rotational invariants, horizontal computed strike lines, Eigensystems. This study’s primary objective GTA define structural boundaries complicated geological environments. vertical positions border’s limits have been determined via acquired answers. borders anomalous sources are marked space by lowest eigenvalue. According research, demonstrates potential for further mineralization with regard mostly dominated WNW-ESE, ENE-WSW, NE-SW E-W trending lineaments varying depths between 3.45 9.06 km. Certainly, derived scheme enabled identification various formations that may be favorable circulation mineralizing fluids, facilitating concentration economically valuable mineral deposits, similar existing metal reserves examined area.