Integrated Assessment of Surface and Subsurface Structural Framework using Aeromagnetic and Remote Sensing Data: A Case Study of Wadi Beizah Area, Central Eastern Desert, Egypt

Abou-Mahmoud, Mohamed Elsaied; Sharkawy, Mahmoud Shehata; Sabra, Mohamed Elsadek M

doi:10.21608/egjg.2024.303572.1083

	Integrated Assessment of Surface and Subsurface Structural Framework using Aeromagnetic and Remote Sensing Data: A Case Study of Wadi Beizah Area, Central Eastern Desert, Egypt
Egyptian Journal of Geology
Article 15, Volume 68, Issue 1, 2024, Page 261-276 PDF (2.61 MB)
Document Type: Original Article
DOI: 10.21608/egjg.2024.303572.1083
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Authors
Mohamed Elsaied Abou-Mahmoud ¹; Mahmoud Shehata Sharkawy ²; Mohamed Elsadek M Sabra³
¹Department of Petroleum Geology, Faculty of Petroleum and Mining Sciences, Matrouh University, Marsa Matrouh, Egypt
²Department of Petroleum Geology, Faculty of Petroleum and Mining Sciences, Matrouh University, Marsa Matrouh, Egypt.
³Geophysics Department, Egyptian Mineral Resources Authority, Cairo, Egypt
Abstract
This study explores the heart of the Eastern Desert, an area rich in geological history and ripe for new discoveries. Advanced remote sensing techniques were employed to map the topographical landscape, unveiling a diverse range of surface structural features. From Late Proterozoic rocks to recent Quaternary deposits, the analysis highlights a variety of lithologies and tectonic fabrics that have shaped the region's history. Utilizing high-resolution elevation data and magnetic field analysis, previously undiscovered patterns were revealed. Mapping of stream networks and subtle elevation changes from the surface data indicates potential pathways for groundwater resources. Furthermore, sophisticated analysis of the magnetic field and elevation data unveils dominant structural patterns present in both the surface and subsurface settings of the study area. These trends, oriented northwest-southeast, northeast-southwest, and north-south, hold immense significance for mineral exploration and future water resource investigations. The findings not only shed light on the complex geological history of the Eastern Desert but also underscore its potential for future development and resource exploration.
Keywords
Total magnetic intensity; digital elevation model; mineral exploration; and water resource investigations


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