Geo-Environmental Assessment Of Nuweiba Area, Gulf of Aqaba, Egypt - Abuzied, Sara
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Nuweiba area is subjected to severe geo-environmental hazards including flash flood and landslides. Water, rock and mineral resources represent essential wealth for local inhabitants. Hence, this study aims to define the natural resources and geo-environmental hazards in Nuweiba area. Geological, geomorphological, climatological, and hydrological studies have been considered as significant tasks for that purpose. Flash flood risk has been evaluated based on the spatial integration between the morphometric, and Synthetic Conservation Services (SCS). Locations of landslide hazards are defined…mehr

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Produktbeschreibung
Nuweiba area is subjected to severe geo-environmental hazards including flash flood and landslides. Water, rock and mineral resources represent essential wealth for local inhabitants. Hence, this study aims to define the natural resources and geo-environmental hazards in Nuweiba area. Geological, geomorphological, climatological, and hydrological studies have been considered as significant tasks for that purpose. Flash flood risk has been evaluated based on the spatial integration between the morphometric, and Synthetic Conservation Services (SCS). Locations of landslide hazards are defined based on weightage analysis of multi-criteria including distance to earthquakes, slope, aspect, distance to fault, lineaments density, lithology, distance to drainage, drainage density, and land use. The groundwater potential zones are delineated using different types of data comprising SAR, GPR, SRTM, SPOT5, and geologic and topographic maps.El-Zalaga are the most risky wadis. In addition, porphyry copper potential zones are defined based on the mapping of hydrothermal alteration zones and Analytical Hierarchy Process (AHP).
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Autorenporträt
Sara M. Abuzied received the B.S. degree in Geology from Suez Canal University in 2005, M.S. degree in Geochemistry from Suez Canal University in 2011, and Ph.D. degree in Environmental Geology in 2015 according to Twinning Degree Programs including study at Center For Spatial Analysis, University of Oklahoma, USA and Suez Canal University, Egypt.