Resilient Water Resources
This research area focuses on improving our understanding and management of water resources through the use of systems engineering methodologies and sustainable water management practices. We combine field studies, lab work, and computational models to help ensure a clean and reliable water supply now and in the future.
Areas of interest
- Artificial Intelligence for Water Systems
- Hydrologic and Water Quality Modeling
- Watershed Management
- Stormwater Management
- Earth Systems Modeling
- Climate Change Impacts and Adaptation
- Nonpoint Source Pollution
- Hydraulic Modeling and Analysis
Faculty
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Feras Batarseh , bioAssociate Professor: Artificial Intelligence Assurance, Intelligent Water Systems, Cyberbiosecurity, Context and Causality, AI for Agricultural Policy
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Brian Benham , bioProfessor and Extension Specialist: Watershed management, nonpoint source pollution assessment and control, household drinking water quality
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Jonathan Czuba, P.E. , bioAssociate Professor, Assistant Department Head, Undergraduate Program Director : River and floodplain processes and restoration; sediment transport; ecohydraulics and ecomorphodynamics
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Zachary Easton , bioH.E. and Elizabeth F. Alphin Professor of Agriculture and Life Sciences and Extension Specialist: Hydrology and water quality, best management practices, modeling
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W. Cully Hession, P.E. , bioProfessor and Graduate Program Director: Ecological engineering, influence of human activities on streams, stream channel & floodplain interactions, techniques for measuring and improving in-stream habitat, and development of technologies and strategies for successful stream restoration
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Leigh-Anne Krometis , bioProfessor and Turner Faculty Fellow: Public health; waterborne disease; stormwater management
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David Sample, P.E. , bioProfessor and Extension Specialist: Urban stormwater management, watershed modeling, and design of best management practices
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Venkat Sridhar, P.E. , bioAssociate Professor: River basin modeling, climate impacts on hydrology and water resources, water and energy budgets, land-atmosphere interaction
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Tess Wynn Thompson , bioAssociate Professor: Ecological engineering; stream and wetlands restoration; urban stormwater management