Ecosystem-Based Management: Understanding Future and Desired System States
Phillip S. Levin1, Andy James2, Jessi Kershner3, Sandra O’Neill1, Tessa Francis1, Jameal Samhouri1, Chris Harvey1, Michael T. Brett2, and Daniel Schindler3
1 NOAA Fisheries, Northwest Fisheries Science Center, Seattle, WA.
2 University of Washington, Department of Civil & Environmental Engineering
3 University of Washington, School of Aquatic and Fishery Sciences, Seattle Washington
- Section 1. Introduction
- Section 2. The Future of Puget Sound: Where are We Going?
- Section 3. An Approach to Selecting Ecosystem Indicators for Puget Sound
- Section 4. Evaluation of Potential Indicators for Puget Sound
- Section 5. Results of the Indicator Evaluations
- Section 6. Defining Ecosystem Reference Levels: A Case in Puget Sound
- Section 7. Glossary
About the Science Review
Puget Sound Science Review
- Ecosystem-Based Management: Understanding Future and Desired System States
- Section 1. Introduction
- Section 2. The Future of Puget Sound: Where are We Going?
- Section 3. An Approach to Selecting Ecosystem Indicators for Puget Sound
- Section 4. Evaluation of Potential Indicators for Puget Sound
- Section 5. Results of the Indicator Evaluations
- Section 6. Defining Ecosystem Reference Levels: A Case in Puget Sound
- Section 7. Glossary
- Ecosystem-Based Management: Incorporating Human Well-being
- Ecosystem-Based Management: Ecosystem Protection and Restoration Strategies
- The Biophysical Condition of Puget Sound: Biology
- The Biophysical Condition of Puget Sound: Chemistry
- The Biophysical Condition of Puget Sound: Physical Environment
- Threats: Impacts of Natural Events and Human Activities on the Ecosystem
