| Web Profile |
Affiliation |
Email |
Research Interests |
Joe Atkinson
|
State University of New York - University at Buffalo
|
atkinson@buffalo.edu |
- Environmental fluid mechanics & water quality modeling, including nested hydrodynamic-nearshore and finer scale models
|
Jay Austin
|
University of Minnesota-Duluth |
jaustin@d.umn.edu |
- Coastal physical oceanography & limnology
- Long-term effects of climate change on large lakes
- How wind moves water around these systems
|
Niladri Basu
|
University of Michigan |
niladri@umich.edu |
- Toxic pollutants in relation to health of wildlife, humans and ecosystems
|
Stuart Batterman
|
University of Michigan |
stuartb@umich.edu |
- Ambient air quality & epidemiology
- Emerging chemical threats & environmental measurements
- Environmental and occupational exposures
- Infectious water-related disease
- International health
- Energy environment & sustainability
- Human health risk assessment
|
| Dima Beletsky |
Cooperative Institute for Limnology and Ecosystems Research (CILER) |
beletsky@umich.edu |
- Hydrodynamic modeling of lakes
- Physical--biological coupling in lakes
|
Bopi Biddanda
|
Grand Valley State University, Annis Water Resources Institute
|
biddandb@gvsu.edu |
- Understanding the role microorganisms play in mediating the journey of carbon
- Microbial Ecology
|
John Bratton
|
NOAA Great Lakes Environmental Research Laboratory (GLERL) |
john.bratton@noaa.gov |
- Coastal & marine geology
- Coastal groundwater systems
- Impacts of climate change on coastal environments
|
Brad Cardinale
|
Univerisity of Michigan |
bradcard@umich.edu |
- Biodiversity & ecosystem processes
- Community assembly
- Restoration ecology
|
Hunter Carrick
|
Central Michigan University
|
hunter.carrick@cmich.edu
|
- Ecology of freshwater protists
- Role of phytoplankton and microzooplankton in aquatic food webs
- Nutrient limitation in aquatic streams and lakes
- Causes and consequences of hypoxia in large lakes
- Developing biogeochemical metrics to set nutrient load limits for aquatic ecosystems
|
Steve Colman
|
University of Minnesota-Duluth |
scolman@d.umn.edu |
- Quaternary stratigraphy & geochronology in terresterial, lacustrine & nearshore marine environments
- Paleoclimatic & paleoenvironmental records from large lake/estuary sediments
- Use of biogenic silica, radio carbon dating & high-resolution seismic-reflection stratigraphy in paleoenvironmental research
|
Jim Cotner
|
University of Minnesota |
cotne002@umn.edu |
- How bacteria & dissolved organic matter affect biogeochemical processes in aquatic systems
- How variation in microbial metabolism can affect ecosystem dynamics
- Impacts of humans on ecosystem & global biogeochemical processes
|
Drew Gronewold
|
NOAA Great Lakes Environmental Research Laboratory (GLERL) |
drew.gronewold@noaa.gov |
- Hydrological & water quality modeling with a focus on propagating uncertainty & variability into model-based management decisions
- Predicting runoff in ungauged basins
- Recreational water quality dynamics on Great Lakes beaches
- Incorporating probability and theory & Bayesian statistics into watershed-scale forecasting
|
Nathan Hawley
|
NOAA Great Lakes Environmental Research Laboratory (GLERL) |
nathan.hawley@noaa.gov |
- Modern process sedimentology & sediment transport
- Sediment trap dynamics
- Boundary layer flow
- Internal & surface waves
|
Thomas Hook
|
Purdue University |
thook@purdue.edu |
- Fish & fisheries ecology in the Laurentian Great Lakes
- Lower trophic level organisms
- Small and large freshwater & marine ecosystems
|
Tom Johengen
|
Cooperative Institute for Limnology and Ecosystems Research (CILER) |
johengen@umich.edu |
- Nutrient cycling and lower food-web dynamics in the Great Lakes
- Ecological impacts of non-indigenous species on nutrient cycling and water quality
- Prevention and control of non-indigenous species introductions associated with shipping activities
- Anthropogenic influences on watershed-scale nutrient loading.
- Development and application of in situ sensors for research and management applications in the Great Lakes and coastal oceans.
|
Donna Kashian
|
Wayne State University |
dkashian@wayne.edu |
- Role of contaminants & how multiple disturbances at the community & ecosystem levels impact toxicity
- Nutrient cycling by invasive species
|
Peter Lavrentyev
|
University of Akron |
peter3@uakron.edu |
- Ecology & biology of the microbial food web in aquatic ecosystems
|
Brent Lofgren
|
NOAA Great Lakes Environmental Research Laboratory (GLERL) |
brent.lofgren@noaa.gov |
- Modeling of atmospheric systems & their coupling to terrestrial & water surfaces
|
Nancy Love
|
University of Michigan |
nglove@umich.edu |
- Fate of chemical stressors (metals, organics, emerging contaminants) in complex microbiological systems
- Bacterial metabolism of nitrogen (nitrification, denitrification, anaerobic ammonia oxidation)
- Nitrogen:trace contaminant-linked metabolisms
- Wastewater effluent stressors, including effluent-derived organic nitrogen fate
|
| Rex Lowe |
Bowling Green State University |
lowe@bgsu.edu |
- Algal ecology and biodiversity
|
Stuart Ludsin
|
Ohio State University |
ludsin.1@osu.edu |
- Fish population and community dynamics
- Fisheries ecology (recruitment, stock structure)
- Food web ecology
- Ecosystem modeling
- Physical-biological modeling
- Aquatic-terrestrial interactions
|
Phanikumar Mantha
|
Michigan State University |
phani@egr.msu.edu |
- Process-based hydrologic modeling
- Modeling coupled (physical-chemical-biological) processes
- Ecosystem forecasting
- Coastal water quality
|
Peter McIntyre
|
University of Wisconsin-Madison |
pmcintyre@wisc.edu |
- Great Lakes of North America & Africa
- Freshwater fish diversity
- Conservation
- Fisheries
- Nutrient dynamics
|
Guy Meadows
|
University of Michigan |
gmeadows@umich.edu |
- Field & analytical studies of marine environmental hydrodynamics
- Active microwave remote sensing of ocean dynamics
- Development of in situ & remote oceanographic instrumentation & data acquisition systems
|
Cheryl Murphy
|
Michigan State University |
camurphy@msu.edu |
- Environmental toxicology
- Reproductive physiology
- Ecology
- Modeling
- Behavior
|
Scott Peacor
|
Michigan State University |
peacor@msu.edu |
- Ecology
- Predator-Prey interactions
- Nonconsumptive effects
- Modeling
- Invasive species
- Behavior
|
Lutgarde Raskin
|
University of Michigan |
raskin@umich.edu |
- Environmental biotechnology and molecular microbial ecology, with a focus on biological water and watewater treatment. Examples of application areas include anaerobic biological treatment for bioenergy production, membrane bioreactors, sustainable aquaculture systems, biofiltration and biofilm systems for drinking water treatment
|
Jen Read
|
Great Lakes Observing System (GLOS) |
jread@glos.us |
- Scientific & policy aspects of binational water and natural resource management
|
Carl R. Ruetz III
|
Grand Valley State University, Annis Water Resources Institute
|
ruetzc@gvsu.edu |
- Fisheries ecology & management
- Experimental design & statistics
- Population & community ecology
- Stream ecology
|
Paul Seelbach
|
USGS Great Lakes Science Center |
pseelbach@usgs.gov |
- Water management policy
- Natural resource agency leadership
- Watershed & fisheries research
- Landscape ecology approach to aquatic ecosystems
- Regional aquatic information & mapping systems
- Environmental philosophy
- Dynamics of anadromous fishes
|
Carol Stepien
|
University of Toledo |
carol.stepien@utoledo.edu |
- Fish population & community ecology emphasis
- Genetic & evolutionary strategies of invasive species
- Evolutionary biology
- Biogeography
- Phylogenetic systematics
- Population genetics of marine & freshwater fishes
- Genetics of invasive species
|
Robert Sterner
|
University of Minnesota |
stern007@umn.edu |
- Plankton ecology
- Lake Superior limnology
- Ecological stoichiometry
- Urban limnology
|
| Cary Troy |
Purdue University |
troy@purdue.edu |
- Physical limnology
- Turbulence and mixing
- Internal waves
- Circulation and dispersion
|
Mike Wiley
|
University of Michigan |
mjwiley@umich.edu |
- Watershed management
- Community dynamics & population regulation
- Trout stream food webs
- Modeling complex systems
- Fisheries management
|