Semi-Automatic Image Processing System of Aeromagnetic Data for Structural and Mining Investigations (Case of Bou Azzer Inlier, Central Anti-Atlas, Morocco)

Numerical analysis of geophysical data to uncover Precambrian belts and probably enclose mineral deposits is becoming once more communal in mining activity. The method founded on typifying zones branded comprehend looking for analogous areas. proposed work outlines a semi-automatic image processing system the structural investigation Bou Azzer inlier, which varies from preceding approaches as it centered only aeromagnetic data. signature what seem be geologically expressive features are pursued within items. Cobalt associated mineralizations inlier recognized arise nearby main crustal discontinuities revealing significant shear zones, turn act drains mineralizing fluids. Mineralization occurs sectors complexity beside zones. Developing towards uncovering such regions, furthermost prospective extents those everywhere inferred next regions magnetic discontinuity. mainly based approach developed by center exploration targeting. study was led means considered one most productive minerals base metal mineralization Morocco. combined results obtained geological prove that areas have dominant trend NNE-SSW, NW-SE, NNW-SSE, E-W, NE-SW directions. CET Grid Porphyry Analyses show probable porphyry deposit locations concentrated Foum Zguid dyke, northern eastern part, correspond ophiolitic complex platform Lower Neoproterozoic Tachdamt-Bleïda.