Assist. Prof. Dr. Mohamed Fadl, National Authority for Remote Sensing and Space Sciences, Egypt
Dr. Mohamed Eladham Mahdy Fadl is an Associate Professor at the Division of Scientific Training and Continuous Studies at the National Authority for Remote Sensing and Space Sciences (NARSS) in Cairo, Egypt. With a Ph.D. in Agriculture from Menoufia University, his expertise lies in land and water resource assessment using remote sensing and GIS technologies. He has played leading roles in over 19 major national research projects focused on sustainable land management, water deficiency, soil contamination, and environmental risk assessment across Egypt. Dr. Fadl’s research integrates remote sensing, spatial modeling, and spectroscopy to support agricultural development, environmental monitoring, and strategic resource planning. He is a recipient of national scholarships and a respected member of several international scientific societies, including ISPRS, IAHS, IWRA, and the African Association for Precision Agriculture. His work continues to contribute significantly to Egypt’s efforts in environmental sustainability, land reclamation, and national development initiatives.
Professional Profile:
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Summary of Suitability: Dr. Mohamed Eladham Mahdy Fadl – Best Researcher Award
Dr. Mohamed Eladham Mahdy Fadl is a distinguished scholar and associate professor at the National Authority for Remote Sensing and Space Sciences (NARSS), Egypt, whose decades-long research has made substantial contributions to agriculture, soil and water resource management, and remote sensing applications. His exemplary academic leadership, applied innovation, and policy-relevant research make him an exceptional nominee for the Best Researcher Award.
🎓 Education
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B.Sc. in Agriculture (Soil and Water, Pedology)
📍 Al Azhar University, Assiut, Egypt (2006)
🏅 Very Good (81.8%)
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M.Sc. in Agriculture
📍 Benha University, Qalubia, Egypt (2010)
📘 Thesis: “Pedological Changes of the Nile River Course and Its Islands within Aswan–Giza Sector”
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Ph.D. in Agriculture
📍 Menoufia University, Egypt (2015)
📘 Thesis: “Land and Water Resources Potentiality of East Oweinat Area, Egypt Using Remote Sensing and GIS Techniques”
💼 Work Experience
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Associate Professor
🏢 Division of Scientific Training and Continuous Studies
🛰️ National Authority for Remote Sensing and Space Sciences (NARSS), Cairo, Egypt
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📍 Led or contributed to 19+ national projects focused on:
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Remote Sensing & GIS Applications
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Land & Water Resources Sustainability
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Soil Contamination Monitoring
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Environmental Risk Assessment
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Desert Reclamation & Development
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Nile River, Delta, and Dam Impact Studies
🏆 Achievements
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🔬 Extensive involvement in national development projects using geospatial technologies
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🛰️ Expert in applying Remote Sensing, GIS, Vis-NIR spectroscopy, and Machine Learning for sustainable agriculture and environmental monitoring
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📚 Published research and supervised projects in soil sciences, water management, and environmental assessment
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🧑🏫 Senior trainer in scientific and technical training for geospatial sciences
🎖️ Awards & Honors
Publication Top Notes:
A Geospatial approach to Land capability assessment in arid regions: Integration of Storie Index, geographic information systems, and Analytical Hierarchy Process techniques
Assessing Land Degradation Through Remote Sensing and Geospatial Techniques for Sustainable Development Under the Mediterranean Conditions
Evaluation of the Soil Conservation Service Curve Number (SCS-CN) Method for Flash Flood Runoff Estimation in Arid Regions: A Case Study of Central Eastern Desert, Egypt
Spatiotemporal Variations Affect DTPA-Extractable Heavy Metals in Coastal Salt-Affected Soils of Arid Regions
Impact of Aggregate-Associated Carbon on Soil Mechanical Properties: Stability and Compaction Indices in Pomegranate Orchards of Different Ages
PRISMA-Driven Hyperspectral Analysis for characterization of Soil Salinity Patterns in Sohag, Egypt
Geo-Environmental Risk Assessment of Sand Dunes Encroachment Hazards in Arid Lands Using Machine Learning Techniques
Effect of Biostimulators as Foliar Application on Eggplant “Black Beauty Cultivar” Growth, Yield and Chemical Composition in Multi-Stressed Loamy Sand Soil