|
Dept. / Agency
|
Name
|
Research
Interests
|
|
Animal and Food
Sciences (AS)
|
Saylor,
William
|
Poultry
nutrition, with emphasis on mineral metabolism. Current interest
is phosphorus nutrition in poultry and the interface of
nutrition and the environment.
|
|
Aquaculture (DSU-AG)
|
McIntosh,
Dennis
|
Aquaculture water quality,
effluent reduction/reuse
|
|
Biology
|
Herson,
Diane
|
Physiology
of organisms in water and soil
|
|
Bioresources
Engineering (AG)
|
Balascio,
Carmine C., P.E.
|
Stormwater Management
and Surface Water Hydrology
|
|
Bioresources
Engineering (AG)
|
Chirnside,
Anastasia E. M.
|
Agricultural
Practices/Waste Management, Reconstructed Wetlands, Water
Quality, Fate of Pollutants, Bioremediation
|
|
Bioresources
Engineering (AG)
|
Glancey,
James L.
|
|
|
Bioresources Engineering (AG)
|
*Inamdar,
Shreeram
|
Identifying watershed hydrologic flow paths
Impact of riparian and wetland ecosystems
Contaminant transport and fate
Modeling hydrologic and water quality processes
|
|
Bioresources
Engineering (AG)
|
McCann,
Ian
|
Irrigation management for crop production and environmental
protection
Development of computer models/web tools for water users and
agencies
|
|
Bioresources
Engineering (AG)
|
Ritter,
William
|
|
|
Center for Energy and
Environmental Policy (CHEP)
|
Byrne,
John
|
Political
economy; sustainable development; environmental justice;
technology, environment and society.
|
|
Center for Energy and
Environmental Policy (CHEP)
|
Wang,
Young-Doo
|
Sustainable water resources management; Water demand forecasting; Least
cost water supply options; Drought demand rates; Water conservation
technologies; Water conservation and stream flows; Conflict resolution
in watershed management.
|
|
Center for Historic
Architecture and Design (CHEP)
|
Ames,
David
|
|
|
Civil and Environmental
Engineering (E)
|
Allen,
Herbert
|
|
|
Civil and Environmental
Engineering (E)
|
Chiu,
Pei
|
Fate
of organic pollutants in aquatic and subsurface environments;
Accelerated bioremediation of contaminated groundwater;
Development of new technology for treatment of groundwater and
industrial wastewater
|
|
Civil and Environmental
Engineering (E)
|
Dentel,
Steven
|
Optimized
design and control of contaminant removal processes. New methods for accelerating biodegradation with energy
generation from sludges, sediments, contaminated groundwater.
Analysis and biological generation of trace gaseous
contaminants. Philosophy
and engineering of sustainable future societies. Local policies to encourage water and energy
conservation.
|
|
Civil and Environmental
Engineering (E)
|
Di
Toro, Dominic M.
|
Water
quality modeling
Water
quality criteria and standards
Sediment
quality criteria (metals, pesticides, PAHs, mixtures)
Modeling
stormwater impacts in surface water Modeling control
systems (stormwater retention, treatment devices)
|
|
Civil and Environmental
Engineering (E)
|
Huang,
Chin Pao
|
Environmental physical-chemical processes including the chemistry of heavy
metal and its control, industrial and hazardous waste management, soil and groundwater remediation, environmental sonochemistry, implications and applications of nanotechnology, sustainable technology, impacts of climate change to the water environment.
|
|
Civil and Environmental
Engineering (E)
|
Imhoff,
Paul T.
|
Transport
of fluids and contaminants in multiphase systems, including
groundwater transport, stormwater infiltration, and movement of
leachate through landfills; mass transfer processes in subsurface environments;
mathematical modeling
|
|
Consumer Studies (CHEP)
|
Kim,
Hye Shin
|
Consumer
Attitudes toward Bottled Water Reuse
|
|
Consumer Studies (CHEP)
|
Morrison,
James L.
|
Consumer
and the Environment
Global Trends in
Business
Bottled Water Consumption Strategies
|
|
Delaware
Geological Survey
|
Andres,
A. Scott
|
Hydrogeology
|
|
Delaware
Geological Survey
|
Baxter,
Stefanie
|
Hydrogeology
|
|
Delaware
Geological Survey
|
McKenna,
Thomas (Tom) E.
|
Regional
hydrogeology (field studies and ground-water modeling);
Geographic information systems for spatial analysis; Surface and borehole geophysics (focus on shallow-depth
geology and hydrogeology); Sedimentary-basin modeling (burial
history, multiphase-fluid and heat flow);Water resources.
|
Delaware Geological Survey |
McLaughlin, Jr., Peter P. |
Stratigraphy; Micropaleontology; Sedimentology; Aquifer
geology/hydrogeology; Water resources.
|
|
Delaware
Geological Survey
|
Talley,
John
|
Hydrology,
Hydrogeology, Geology
|
|
English (AS)
|
Jenkins,
McKay
|
Relationship
Between Humans and Water through Literature
|
|
Entomology and Wildlife Ecology (AG)
|
*Gingrich,
Jack |
Assessment of Stormwater BMP’s and Wetlands Restoration Areas as Sites for Breeding of West Nile Virus
Vectors
|
|
Entomology and Wildlife Ecology
(AG)
|
Hough-Goldstein, Judith
|
Biological controls,
wetlands restoration
|
|
Food and Resource
Economics (AG)
|
Duke,
Joshua M
|
Demand-side management,
law with respect to wetlands, and land use
|
|
Food and Resource
Economics (AG)
|
Hastings,
Steven
|
|
|
Food and Resource
Economics (AG)
|
Ilvento,
Thomas
|
|
|
Food & Resource
Economics (AG)
|
Mackenzie,
John
|
|
|
Geography (AS)
|
Deliberty,
Tracey
|
|
|
Geography (AS)
|
Kalkstein,
Laurence
|
|
|
Geography (AS)
|
Leathers,
Dan
|
Snow
Hydrology,
Delaware
Water Resources
|
|
Geography (AS)
|
Legates,
David R.
|
Hydroclimatology,
precipitation and climate change, computational methods.
|
|
Geography (AS)
|
Levia,
Delphis F.
|
Forest hydrology,
biometeorology, biogeochemistry, field methods and
instrumentation.
|
|
Geography (AS)
|
Meierding,
Thomas
|
|
|
Geography (AS)
|
Schreuder,
Yda
|
|
|
Geography (AS)
|
Willmott,
C. J.
|
Global
climate patterns, climatic change, hydroclimatology,
computational and statistical methods
|
|
Geography (AS)
|
Yancheski, Tad
|
|
|
Geology
(AS)
|
Pizzuto,
James E.
|
Fluvial
Geomorphology, Sediment transport
|
Geology (AS) |
Trembanis, Art |
Measuring and modeling hydrodynamics; Near bed turbulence; Boundary layer processes; Scour evolution; Scour forecasting; Water quality monitoring; Marine robotics; Seafloor morphology; Bedform dynamics
|
|
Halophyte
Biotechnology
Center
(MS)
|
Gallagher,
John L.
|
Ecology, propagation
and transformation of halophytes; mechanisms of salt tolerance
in plants
|
|
Institute for Public
Administration (CHEP)
|
Hugg, David
|
|
|
Institute
for Public Administration, Water Resources Agency (CHEP)
|
Dworsky,
Bernard
|
|
|
Institute
for Public Administration, Water Resources Agency (CHEP)
|
Kauffman,
Gerald J
|
Regional
Watershed Management
Water Supply Planning and Management
Intergovernmental
Water Policy Relationships
|
|
Institute for Public
Administration, Water Resources Agency (CHEP)
|
Minni,
Nicole
|
Geographical
Information Systems
Watershed
Mapping and Data Management
|
|
Institute for Public
Administration, Water Resources Agency (CHEP)
|
Settles,
Alex
|
Geographical
Information Systems
Comprehensive
Planning
|
|
Institute for Public
Administration, Water Resources Agency (CHEP)
|
Svatos,
Vern
|
In
Memoriam July 3, 2004
|
|
Institute for Public
Administration, Water Resources Agency (CHEP)
|
Wollaston,
Martin W.
|
|
|
Marine Biology /
Biochemistry (MS)
|
Kirchman,
David
|
Microbial
ecology of heterotrophic bacteria in aquatic environments
(mainly estuaries and oceans); bacterial and degradation of
macromolecules and other organic compounds; inorganic nutrient
cycling of heterotrophic bacteria; phylogenetic structure of
bacterial assemblages as revealed by molecular techniques.
|
|
Marine Policy (MS)
|
Anderson,
Lee
|
Fisheries
economics
|
|
Marine Policy (MS);
School of Urban Affairs and Public Policy (CHEP)
|
Kempton,
Willett
|
Marine
Policy
Environmental
Values
Energy
policy
Citizen's
environmental values and actions
|
|
Math and
Science
Education
Research
Center
(CHEP)
|
Kutch,
Michelle
|
Watershed
Education Curriculum for Delaware Middle Schools
|
|
Mechanical Engineering
(EG)
|
Glancey,
James L.
|
|
|
Mechanical Engineering (EG)
|
Prasad,
Ajay
|
Environmental fluid
dynamics, experimental methods for fluid mechanics, bio-fluid
mechanics, heat transfer in the environment, advanced
measurement techniques for temperature and velocity.
|
|
Oceanography (MS) and
Chemistry (AS)
|
Church,
Thomas
|
Use of lead and its isotopes as tracers to quantify atmospheric inputs to and
biogeo- chemical processes in the surface waters of the North Atlantic off Bermuda and initiation of similar research in the South Atlantic.
Determination of atmospheric deposition and sources of metalloids in the coastal environment and identification of its fate in coastal waters
and sediments AIRMoN Long-term trends in coastal precipitation chemistry events.
Loading of trace elements in tributaries of Chesapeake Bay.
Fate of atmospheric trace elements in watersheds and coastal waters.
|
|
Oceanography (MS)
|
Luther,
George W.
|
Editor-in-chief
of Aquatic
Geochemistry. Redox reactions in the environment, trace
element speciation in freshwater and marine waters and sediments including
metal-ligand complexes, biogeochemical processes in freshwater
and marine
environments, application of molecular orbital theory to
geochemical processes, in situ electrochemistry and
microelectrode technology.
|
|
Oceanography (MS)
|
Scudlark,
J. R.
|
Environmental chemistry; biogeochemical cycles of trace elements in
coastal ecosystems; atmospheric sources, transport and deposition of
nutrients and trace element.
|
|
Oceanography (MS)
|
*Sharp,
Jonathan
|
Estuarine,
coastal, and oceanic microbial biogeochemistry
|
|
Oceanography (MS)
|
*Ullman,
William J
|
Geochemical
Cycles; Coastal, Estuarine and Near Shore Processes; Early
Diagenesis of Sediments; Rock/Water Interactions; Role of
Bacteria and Metabolic Products on Rock/Water Interactions;
Groundwater Chemistry; Geochemistry of Halogens; Non-Marine
Evaporite Deposits; Fate of Aquatic and Marine Pollutants. |
|
Physical
Ocean
Science and Engineering (MS)
|
Muenchow,
Andreas
|
Inner
shelf dynamics
DE/NJ/MD;
South American
shelves;
Arctic shelves, slopes, and
canyons;
Baffin Bay
|
|
Physical
Ocean
Science and Engineering (MS)
|
Svendsun,
Ib Arne
|
In
Memoriam December 19. 2004
|
|
Plant and Soil Sciences
(AG)
|
Jin,
Yan
|
Measurement
and modeling of contaminant fate and transport in soil and
groundwater. Recent projects include: 1) fate and transport of
viruses in porous media, 2) fate and transport of volatile
organic compounds and non-aqueous phase liquids (NAPLs) in
unsaturated porous media, and 3) colloid-facilitated transport
of radionuclides in the vadose zone.
|
|
Plant and Soil Sciences
(AG)
|
*Sims,
J. Thomas Director,
Delaware
Water
Resources
Center
|
Nutrient
cycling, fate, and transport in soils. Development of
agricultural management practices for water quality protection.
Beneficial, environmentally sound use of agricultural, municipal
and industrial by-products as soil amendments
|
|
Plant and Soil Sciences
(AG)
|
Sparks,
Donald L.
|
Kinetics and Mechanisms
of Soil Chemical Reactions
|
|
Plant and Soil Sciences
(AG)
|
Vasilas,
Bruce
|
Intern
field oriented projects dealing with freshwater wetlands
addressing: * Improvement of accuracy
in identifying and delineating wetlands. *
Functional assessment
of wetlands for mitigation purposes. * Functional assessment
of wetlands for water quality purposes. * Plant and wildlife
ecology of wetlands. * Hydrology of wetlands. Interns
will be trained in plant identification, plant ecology, soil
science, and hydrology. |
|
Political Science and
International Relations (AS)
|
Johnson,
Janet B.
|
Riparian
Buffers and Landowner Attitudes
Watershed Protection Policy
|
|
School
of Urban Affairs and Public Policy (CHEP)
|
Jacobson,
Eric
|
|
|
School
of Urban Affairs and Public Policy (CHEP)
|
Warren,
Robert
|
|
|
Sea
Grant Marine Advisory Service (MS)
|
*Farrell,
Joseph
|
|
