Dr. Ibrahim N. Mohammed is an Assistant Professor at the Civil and Environmental Engineering Department, Khalifa University for his contributions to the field of Hydrological Sciences. With a dynamic career spanning prestigious institutions such as a Senior Reseach Scientist at the Goddard Space Flight Center, NASA and an Adjunct Professorship at Johns Hopkins University's Advanced Academic Programs, Dr. Mohammed is recognized globally for his expertise and innovation.
Following the completion of his Doctorate degree, Dr. Mohammed embarked on a transformative journey as a Post-doctoral Associate within the Experimental Program for Stimulating Competitive Research program at the University of Vermont. His academic journey began with the pursuit of M.S. and Ph.D. degrees in Civil and Environmental Engineering from Utah State University, building upon a solid foundation laid during his undergraduate studies at the esteemed University of Khartoum in Sudan.
Dr. Mohammed's multidisciplinary research encompasses a broad spectrum of interests, ranging from physical and statistical hydrological modeling to the intricate relationship between these models and climate change dynamics. His expertise extends to remote sensing, land cover analysis, and the synthesis of water-related science and engineering research, addressing the pressing need for integrated data analyses in a rapidly evolving world.
A visionary in his field, Dr. Mohammed is at the forefront of developing innovative web-based decision support tools, facilitating access to satellite earth observation data and empowering stakeholders with valuable insights. His research delves into the implications of future climatic changes on streamflow regimes and their impact on reservoir management, as well as the sensitivity of water availability to ecological systems within regional sub-basins.
Driven by a passion for understanding the intricate interplay between human activities and natural systems, Dr. Mohammed's research goals center on water resource management and the preservation of freshwater ecosystems' biodiversity. Through his pioneering work, he seeks to illuminate the complex dynamics shaping our planet's hydrological landscape and pave the way for sustainable solutions to global water challenges.
An Approach for Relative Disturbance in Natural Ecosystems and Implications for Conservation ¾ ARDNEIC
The ARDNEIC framework dynamically assess the nature freshwater assets over MENA region and provide a detailed mapping capability in a web-based integrated framework designed to inform users and policies about the relative state of disturbance caused by human interventions or climate.
Editorial Appointments
03/2024—present Review editor, frontiers in Remote sensing, lausanne, switzerland
06/2023—present Review editor, frontiers in water, lausanne, switzerland
Synergistic ACTIVITIES
