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Mohamed Aly is an Associate Professor in the Department of Geosciences at the University of Arkansas at Fayetteville, where he also serves as Director of the Arkansas Center for Space and Planetary Sciences. His academic background includes a Ph.D. from Idaho State University, with dissertation research focused on InSAR analysis of Yellowstone and the Snake River Plain. Aly's research specializations encompass synthetic aperture radar (SAR) interferometry, crustal deformation modeling, geospatial analysis, remote sensing for natural hazard mitigation and resource management, machine learning applications in tree species mapping, satellite data fusion, and eye-level urban greenness assessment. He coordinates online graduate and undergraduate geospatial technology certificates and teaches courses in remote sensing and GIS. As leader of the ArkansasView consortium, Aly organizes workshops on SAR and fosters collaborations for state-wide remote sensing applications in environmental monitoring and ecosystem services.
Aly's career at the University of Arkansas highlights his contributions to Geoscience education and interdisciplinary research bridging Earth and planetary sciences. Key publications include 'Enhancing Tree Species Mapping in Arkansas' Forests Through Machine Learning and Satellite Data Fusion: A Google Earth Engine-Based Approach' (2025), co-authored with Abdullah Al Saim; 'Toward a comprehensive understanding of eye-level urban greenness: a systematic review' (2023); and serving as Guest Editor for the Remote Sensing journal Special Issue on 'Remote Sensing and GIScience for Natural Hazard Mitigation and Resource Management.' His work influences forestry management, urban planning, and disaster response through advanced multisensor techniques. Aly supervises graduate students on projects involving urban greenness simulations, landscape processes, and geospatial data fusion, advancing Geoscience applications in Arkansas and beyond.
