|Spatial and Temporal Distribution of
Cyanobacterial Toxins in Lake Erie.
|Historical Distribution of Microcystis and Its
Toxins in Lake Sediments.
|Microbial food-web structure and function in
Lake Erie: Influence of benthic-pelagic coupling on hypoxia in the central basin
|Estimations and Implications of
Plankton Mortality in Lake Erie.
C. Gobler, S. Wilhelm
|Time Series Measurements in Lake Erie
|Role of Natural Microbial Taxa and Assemblages
in P- and C-dynamics in Lake Erie.
R. Heath, T. Meilander
|The Influence of Seasonal Hypoxic Events
in the Central Basin of Lake Erie on the Short-Term Growth of Organisms from
Multiple Trophic Levels.
T. Hook, J. Diana
|Examination of Nutrient Loading and Internal
Nutrient Dynamics Association with Central Basin Lake Erie Hypoxia
|Lake Erie Core Inventory; Pb-210 dating, Org C &
V. Klump, J. Waples, P. Anderson
|Microzooplankton and Phytoplankton Distribution
and Dynamics in Relation to Seasonal Hypoxia in Lake Erie.
|A New MODIS Algorithm for Retrieval of
Chlorophyll, Dissolved Organic Carbon, and Suspended Minerals for the Great
R. Shuchman, D. Pozdnyakov, G. Leshkevich
|Forecast Modeling of the Impacts of Filtering Rates
of Dreissenids in Lake Erie
S. Lozano, S. Ruberg
|Ecological Responses to Low Oxygen Events in
Central Lake Erie.
S. Ludsin, H. Vanderploeg, T. Nalepa, S. Peacor, S. Ruberg
|An Assessment of the
Role of Biologically Available Iron in the Formation of Bloom Forming
Cyanobacteria in Lake Erie
|Novel Methods for Identifying and Quantifying
Nutrient Inputs and Cycling In Lake Erie
A. Paytan, C. Kendal, N. Ostrom
|Stable Isotope Analysis of the Lake Erie Food
|Integrated Observation Systems
|Forecasting hypoxia effects on food web dynamics
in the central basin of Lake Erie
E. Rutherford, S. Bartell, L. Sano
|Assessing Species-Specific Phytoplankton
Phosphorus Limitation and Competition for Phosphorus Uptake across the Trophic Gradient
in Lake Erie.
O. Sarnelle, G. Horst
|Lake Erie Physical Measurement and Modeling
D. Schwab, M. McCormick, D. Beletsky, J. DePinto
|Spatial and temporal changes in fatty acid content
of phytoplankton and zooplankton in the eastern, central, and western basins of
M. Teece, S. Fitzpatrick
|Lakewide Primary Productivity Survey of
Lake Erie Using Advanced Technology
M. Twiss, R. Smith
|Dreissenid mussels as homeostatic filter
feeders and nutrient excreters: Implications for harmful algal blooms (HABs) and
nutrient cycling across trophic gradients
H. Vanderploeg (non-IFYLE GLERL funded Lake Erie project)
|Development of a MODIS Image Product
for Mapping Phycocyanin Pigment in Blue-Green Algal Blooms (Toxic Algae)
R. Vincent, G. Leshkevich