Omar Ashraf Nimr- Master of Science
- Doctoral Researcher at University of Oulu
Omar Ashraf Nimr
- Master of Science
- Doctoral Researcher at University of Oulu
Working on Modeling Peatland Runoff Generation and Responses to Restoration Activities
About
5
Publications
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Introduction
Passionate hydro-scientist with practical experience in hydrology, hydrogeology, coastal processes, and ecohydrology. Expert in numerical modeling and artificial intelligence applications in water resources. Committed to sustainability and addressing water-related challenges, including those related to climate change. Dedicated to tackling critical water scarcity, quality, and management challenges through innovative interdisciplinary research and solutions.
Current institution
Additional affiliations
August 2020 - present
Education
September 2022 - August 2023
March 2022 - August 2022
December 2021 - March 2022
Publications
Publications (5)
Diurnal groundwater level fluctuations (DGLF), closely tied to the metabolic rhythm of wetland vegetation, offer insights into direct groundwater consumption. This study is centered on exploring the spatial and temporal patterns of DGLF within the riparian aquifer of the Upper Biebrza region, motivated by the need to understand those sub-daily ecoh...
Energy and water are the core of sustainable development pathway for any remote community. Moreover, clean energy powered water desalination is essential for climate resilience. Combination of solar chimney power plant with seawater desalination system is proposed to overcome both clean energy and clean water resource challenges for remote areas. I...
The hydrodynamics of the Gulf of Aqaba (GA), located at the northern end of the Red Sea basin, are explored to assess their impact on proposed coastal projects. A three-dimensional hydrodynamic model (AEM3D) is employed to investigate the sea current mechanisms shaped by coastal winds, density currents, and tidal effects. The GA basin, characterize...
Anthropogenic encroachments on nature have negative impacts on communities, and climate change exacerbates these impacts through more frequent and intense floods. The Mpazi basin has been experiencing more frequent and intense flash floods, resulting in casualties and property damage. Unplanned urbanization in the basin alters hydrologic components...
The progression of anthropogenic encroachments on nature reflects negatively on the community inhabitants. Unequivocally, rainfall and drought patterns have changed globally due to climatic change. As a result, the Mpazi basin has been experiencing more frequent and intense flash floods in recent decades, resulting in casualties and devastation of...
