Gravity and magnetic potential field data were processed and interpreted to investigate subsurface structures at Wadi Abu Had and Wadi Abu Marwa, Red Sea, Egypt. The results delineated fault systems, basement topography, and tectonic trends controlling the region’s geology. The study demonstrates the effectiveness of potential field methods in revealing structural evolution along the Red Sea margin. Read more

This study evaluates the geotechnical properties of foundation materials at a proposed industrial area in Sohag, Egypt. Integrated geological, geotechnical, and geophysical investigations identified soil composition, strength parameters, and suitability for construction. The results provide essential recommendations for safe foundation design and sustainable development of the new industrial zone. Read more

Gravity and magnetic modeling were conducted in the Esh El-Mellaha area, Red Sea, Egypt, to investigate its structural and tectonic framework. The results delineated fault systems, basement depth variations, and structural trends controlling the region’s geologic evolution. The study provides new insights into the tectonic development of the Red Sea margin and its resource potential. Read more

A seismic microzonation study was carried out in Sohag, Egypt, using microtremor measurements and seismic data. The investigation identified site response characteristics, seismic amplification zones, and local ground motion effects. The results provide a framework for assessing seismic hazard and supporting earthquake-resistant urban planning in the region. Read more

The purpose of this investigation was to obtain information about the nature of the shallow sedimentary layers of the Quaternary depositional styles in the Nile Delta by using new processing techniques. Seven reversed shallow seismic refraction profiles conducted by Essawy (2001) in the northern part of Egypt, as a part of the Nile Delta were re-interpreted. New analysis of these ... Read more

Ray synthetic seismogram modeling was applied along the eastern Nile Delta, Egypt, to detect shallow subsurface layers. The analysis provided detailed insights into stratigraphic boundaries, velocity variations, and lithological contrasts. The results confirm the effectiveness of synthetic seismograms in resolving shallow structures for geological and geotechnical applications. Read more

Statistical analysis of gravity and magnetic potential field data was employed to detect tectonic movements in the area southwest of Sohag, Egypt. The study identified structural trends and deformation patterns controlling the region’s geologic evolution. The results demonstrate the value of integrating statistical methods with geophysical data for tectonic interpretation. Read more

Gravity and magnetic data were analyzed to estimate the depth of subsurface structures west of Sohag Governorate, Egypt. The interpretation defined basement topography, fault systems, and structural trends that control the area’s geologic framework. These findings provide insights into regional tectonics and support future groundwater and mineral exploration. Read more

Gravity and magnetic surveys were conducted west of Sohag, Upper Egypt, to delineate subsurface geological structures. The integrated interpretation identified fault systems, structural trends, and basement depth variations controlling the geology of the area. The results provide valuable insights for regional tectonic studies and potential groundwater and mineral exploration. Read more

Gravity and magnetic data were analyzed to investigate the subsurface structural setting southwest of Sohag, Egypt. The interpretation revealed major fault systems, basement configuration, and structural trends influencing the geological framework. These findings enhance the understanding of regional tectonics and support future exploration for groundwater and natural resources. Read more