Aquatic Ecology & "Dead Zone"
From the loss of the Great Black Swamp to the burning of the Cuyahoga River to the changes induced by the Clean Water Act to the recent reemergence of the "Dead Zone," the Lake Erie ecosystem is in a constant state of change. It is imperative that academia, decision makers, and resource users understand these changes as they arise, and Sea Grant research significantly impacts this understanding.
Project List
R/EM-029-PD
Started: 1/1/2008Improved Estimates of Sediment Oxygen Demand in Lake Erie Hypoxia Forecasting
R/MB-003
Started: 3/31/2007Effects of a marine product antifoulant, zosteric acid on biofouling and biofilm development: Multilevel mechanistic study from microbial receptor to biofilm morphology
R/ES-008-PD 
Started: 6/1/2008, Status: CompletedThe influence of seasonality in the prevalence of Viral Hemorrhagic Septicemia Virus (VHSV) infection in adult yellow perch
R/ER-072
Started: 3/31/2007Assessing the role of turbid river plumes in the development of Microcystis blooms in Lake Erie with molecular techniques
R/ER-073
Started: 3/31/2007Phylogenetic analysis and physiological characterization of photosynthetic picoplankton in Lake Erie
R/EM-027
Started: 9/1/2004Large Lake Ecosystems: Modeling Interactions Among Human, Biological, and Physical Processes
R/PS-036 
Started: 3/1/2005, Status: CompletedMercury in the Water and Phytoplankton of Western Lake Erie
R/ER-071
Started: 3/31/2006Redfield Revisited: Addressing current perspectives on the phosphorus quotas of freshwater plankton
R/NIS-111-ST
Started: 6/1/2007Round Goby-Dreissenid Mussel Community Ecology in Western Lake Erie: Tenth Year of a Long-term Study
R/ER-076-PD 
Started: 3/1/2006, Status: CompletedRates of Oxygen and Nutrient Exchange Between Sediments and Water in the Great Lakes
R/PS-038-PD
Started: 7/1/2006Evaluating PCB Transport from Contaminated Sediments During In Situ Capping
R/ER-077-PD 
Started: 3/1/2006, Status: CompletedBoundary Dynamics of the Hypoxic Hypolimnion of Lake Erie’s Central Basin
R/EM-028-PD
Started: 4/1/2006Using solid-phase Microextraction (SPME) fibres to model PCB bioaccumulation by zebra mussels
