Technical interests: Advancement of international water resources data exchange and cross-domain interoperability and digital preservation of physical geoscience samples.
Technical interests: Earth surface processes with the goal of understanding the interactions that occur between the atmosphere-land-ocean systems, and how these interactions are preserved in the geologic record.
Technical interests: Quality, impacts, and mitigation of urban, agricultural, and construction site stormwater runoff.
Technical interests: Sediment transport processes and deposition to understand the evolution of both terrestrial and submarine landscapes.
Technical interests: Groundwater hydrology; subsurface fate and transport of chemicals; radiological assessment; modeling.
Technical interests: Management of critical, civil infrastructure systems, interdependencies, and vulnerabilities in various categories of cities at the interface of engineering and policy.
Technical interests: Hydrodynamics, transport and water quality issues in lakes, rivers and estuaries.
Technical interests: Environmental fluid mechanics, turbulence, sediment transport and mixing processes, experimental methods.
Technical interests: Aquatic chemistry; contaminant transport; pollutant containment and remediation acid deposition; air pollution modeling.
Technical interests: Contaminant fate and transport, combined abiotic/biotic treatment systems for in-situ remediation, environmental surface chemistry.
Technical interests: The investigation of microorganisms in buildings as well as the development of treatment technologies for environmental contaminants.
Technical interests: Biological water treatment processes; application of molecular biology to biological water treatment processes; biofilms; quorum sensing in Pseudomonas aeruginosa biofilms.
Technical interests: Particles in water and wastewater treatment processes; mathematical modeling of treatment processes; physical-chemical treatment; drinking and industrial process water treatment.
Technical interests: Geographic information systems(GIS); expert systems and statistical techniques in hydrology and water resources planning; water use forecasting.
Technical interests: Sustainable management of water resources, transboundary river basins, optimization, uncertainty analysis, climate change adaptation, glacier-dominated river basins, cooperative game theory in water.
Technical interests: The application of sedimentary deposits and transport processes to unraveling the evolutions of terrestrial and submarine landscapes.
Technical interests: Multi-scale analysis of hydrological processes; dynamics of environmental transport on river networks and deltaic systems; quantitative analysis and modeling of landscape forming processes, geomorphic transport laws and subgrid-scale parameterization.
A. Charles Rowney
Technical interests: Water resources infrastructure data management with an emphasis on enabling collaboration and interoperability in model development and application; decision support systems integrating quality/quantity/environmental indicators of impact and performance; and, integrated surface/subsurface modeling of water resources and environmental phenomena.
Technical interests: Nano-enabled water treatment technologies for developing and technologically advanced communities, safer by design of nanomaterials: environmental health and safety, and nanomaterial-reinforced sustainable infrastructure materials.
Technical interests: Resilient urban infrastructure, modeling and control of water networks, demand management, water resources systems management, cyber-physical urban systems, and fault diagnosis.
Technical interests: Treatment processes for hazardous organic chemicals including biodegradation and adsorption; drinking water treatment; computer models of treatment processes.
George H. Ward
Technical interests: Circulation and transport in costal systems, hydrometeorology, physical oceanography, climatology, meteorology, fisheries, aquaculture, limnology.
Technical interests: Reactive transport and fate of pollutants in water resources, including groundwater and urban lakes, and the development of sustainable technologies for pollution removal from impacted waters.
Technical interests: Geographic Information Systems (GIS) in water resources engineering; hydrologic, hydraulic, and water quality modeling; scientific information management; bringing water resources engineering solutions to end users by developing Web and desktop applications.