EcoFore

Ecological Forecasting: Hypoxia Assessment in Lake Erie

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  • Home
  • About
  • Hypoxia
  • Project Summary
  • Resources
    • Final Report and Synthesis Paper
    • Annual Reports
    • Publications
    • Terminology
    • Workshops
  • Key Findings
    • Water Quality Trends
    • Phosphorus Loading Trends
    • Impacts of Hypoxia on the Lake Erie Fish Community are Complex
    • Modeling Impacts of Hypoxia on Lake Erie Fishes
    • Phosphorus Loading Targets for Central Basin Hypoxia
    • Phosphorus Loading Targets for Lake Erie Fish
    • Spatial and temporal distributions of watershed and lake loading sources
    • Evaluating watershed-scale effectiveness of traditional agricultural BMPs
    • Climate Variability, Phosphorous and Hypoxia: One Conclusion
    • Human Activities and Phosphorous Inputs and Exports
    • Hypoxic Zone Affects Fish Differently
    • Population Estimates and Low DO Waters
    • Regional Phosphorous Levels Vary Greatly
    • EcoFore Researchers Receive Awards
  • Input to Policy and Management
  • Contacts

Key Findings

 

Below are some key findings from the EcoFore project.

  • Press Release

  • Water Quality Trends

  • Phosphorus Load Trends

  • Impacts of Hypoxia on the Lake Erie Fish Community are Complex

  • Modeling Impacts of Hypoxia on Lake Erie Fishes

  • Phosphorus Loading Targets for Central Basin Hypoxia

  • Phosphorus Loading Targets for Lake Erie Fish

  • Spatial and temporal distributions of watershed and lake loading sources

  • Climate Variability, Phosphorous and Hypoxia: One Conclusion

  • Hypoxic Zone Affects Fish Differently

  • Human Activities and Phosphorous Inputs and Exports

  • Population Estimates and Low DO Waters

  • Regional Phosphorous Levels Vary Greatly

  • EcoFore Researchers Receive Awards

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