Economics and Ecological Risk Assessment

Introduction. Background, Concepts, and Methods. Watershed Planning and Management in the United States. Introduction to Ecological Risk Assessment in Watersheds. A Framework for Risk Analysis for Ecological Restoration Projects in the U.S. Army Corps of Engineers. Appendix 4-A: Example Application of Risk Analysis for a USACE Ecological Restoration Project. Introduction to Economic Analysis in Watersheds. Appendix 5-A: Discussion of Stated Preference Methods Used in Three Case Studies. Ecological and Economic Analysis for Water Quality Standards. Appendix 6-A: Using Multimedia Indices to Define the Integrity of Stream Biological Assemblages and Instream Habitat. Decision-Making and Uncertainty in Ambient Water Quality Management. Scaling Environmental Restoration and Habitat Equivalency Analysis. A Conceptual Approach for Integrated Watershed Management. Appendix 9-A: Discussion of Existing Frameworks that Have Been Applied To Watershed Management. Appendix 9-B: Sociocultural Assessment Methods. Applications. Evaluating Development Alternatives for a High-quality Stream Threatened by Urbanization: Big Darby Creek Watershed. Weighing Biodiversity and Sectoral Development Values in a Rural Valley: Clinch and Powell River Watershed. Appendix 11-A: Random Utility Model. Appendix 11-B: Excerpt from Survey Administered by the University of Tennessee: Explanation of Hypothetical Agricultural Policies and their Potential Impacts. Seeking Solutions for an Interstate Conflict over Water and Endangered Species: Platte River Watershed. Appendix 12-A: Summary of Survey Response Information Used to Calculate Utility of Environmental Management Policy Options for the Central Platte River Floodplain. An Integrated Ecological-Economic Model for Scenario Analysis: Anticipating Change in the Hudson River Watershed. Determining Tradeoffs among Ecological Services: Planning for Ecological Restoration in the Lower Fox River and Green Bay. The Habitat-Based Replacement Cost Method: Building on the Habitat Equivalency Method to Inform Regulatory or Permit Decisions under the Clean Water Act. Conclusions.