Sohag University | Egypt
This scholarly profile reflects sustained engagement in peer review and academic evaluation across a wide range of geoscience, environmental, and hazard-focused journals, demonstrating deep expertise in earth systems, environmental risk, and applied geosciences. The reviewer’s contributions emphasize interdisciplinary research themes including urban drainage resilience, climate adaptation, disaster risk reduction, geomorphology, landslide dynamics, hydrogeology, environmental sustainability, and geospatial science. A strong focus is placed on resilient infrastructure planning, particularly in historically dense urban environments facing hydrological, spatial, and socio-environmental constraints. The research perspective integrates remote sensing, spatial analysis, environmental modeling, hazard mapping, and climate risk assessment to support sustainable urban and regional development. Critical engagement with manuscripts reflects advanced understanding of natural hazards, engineering geology, environmental earth sciences, and sustainable land management. The scholarly scope also extends to geomatics, environmental planning, and earth observation technologies, supporting data-driven policy and resilient city frameworks. Overall, the academic contributions demonstrate a commitment to advancing scientific rigor, interdisciplinary collaboration, and evidence-based solutions for environmental resilience, disaster mitigation, and sustainable development, strengthening the global knowledge base in geoscience research and environmental systems science.