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'''Cereghino, P. 2021. Delta Adaptive Management Strategy DRAFT (2010-2013). Unpublished program documents, prepared for Estuary and Salmon Restoration Program, Washington Department of Fish and Wildlife, Olympia, Washington. 43 pp.''' | '''Cereghino, P. 2021. Delta Adaptive Management Strategy DRAFT (2010-2013). Unpublished program documents, prepared for Estuary and Salmon Restoration Program, Washington Department of Fish and Wildlife, Olympia, Washington. 43 pp.''' | ||
Preface (July 2021) | |||
Purpose | |||
Executive Summary | |||
Introduction | |||
:Importance of Delta Restoration | |||
:The Challenge of Delta Restoration | |||
:Integrating Research and Restoration Practice | |||
:A Proposal for Restoration Learning | |||
Delta Components and Processes | |||
:Delta Processes, Drivers, and Regimes | |||
:Delta Structures | |||
:Delta Ecosystem Functions, Goods and Services | |||
:Differences among Puget Sound Deltas | |||
Organizing Learning around Critical Dynamics | |||
Learning is a Project | |||
Learning in Capital Programs | |||
Project Duration and Intensity | |||
Selecting Proposals for Investment | |||
Importance | |||
Viability | |||
Policy Relevance | |||
The Importance of Defining Working Postulates | |||
Barriers to Effective Adaptive Management | |||
Building Continuity in Learning | |||
Learning Project Selection and Peer Oversight | |||
A Note on Comprehensive System Monitoring | |||
Core Monitoring Strategy | |||
:Hydrodynamics and Channel Formation | |||
:Benchmarks | |||
:Project Extent and Elevation Zonation | |||
:Channel feature baseline and change | |||
:Water Level Verification | |||
:Sediment Dynamics and Vegetation | |||
:Sediment Accretion | |||
:Natural Vegetation Recruitment | |||
:Out Planting Survival | |||
Dynamics Reserved for Learning Projects | |||
:Salmonid rearing services | |||
:Biodiversity and food web development | |||
:Flood and drainage services | |||
:Human social dynamics | |||
High Risk Projects | |||
:Tide Gate Risks | |||
:Limited Breach Risks | |||
:Downstream Scour Risks | |||
:Agricultural Drainage Risks | |||
:Sediment Contamination Risks | |||
Systematic Qualitative Observation |
Revision as of 21:28, 17 July 2021
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- Thesis-Dissertation
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- Synthesis
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Cereghino, P. 2021. Delta Adaptive Management Strategy DRAFT (2010-2013). Unpublished program documents, prepared for Estuary and Salmon Restoration Program, Washington Department of Fish and Wildlife, Olympia, Washington. 43 pp.
Preface (July 2021)
Purpose
Executive Summary
Introduction
- Importance of Delta Restoration
- The Challenge of Delta Restoration
- Integrating Research and Restoration Practice
- A Proposal for Restoration Learning
Delta Components and Processes
- Delta Processes, Drivers, and Regimes
- Delta Structures
- Delta Ecosystem Functions, Goods and Services
- Differences among Puget Sound Deltas
Organizing Learning around Critical Dynamics Learning is a Project Learning in Capital Programs Project Duration and Intensity Selecting Proposals for Investment Importance Viability Policy Relevance The Importance of Defining Working Postulates Barriers to Effective Adaptive Management Building Continuity in Learning Learning Project Selection and Peer Oversight A Note on Comprehensive System Monitoring Core Monitoring Strategy
- Hydrodynamics and Channel Formation
- Benchmarks
- Project Extent and Elevation Zonation
- Channel feature baseline and change
- Water Level Verification
- Sediment Dynamics and Vegetation
- Sediment Accretion
- Natural Vegetation Recruitment
- Out Planting Survival
Dynamics Reserved for Learning Projects
- Salmonid rearing services
- Biodiversity and food web development
- Flood and drainage services
- Human social dynamics
High Risk Projects
- Tide Gate Risks
- Limited Breach Risks
- Downstream Scour Risks
- Agricultural Drainage Risks
- Sediment Contamination Risks
Systematic Qualitative Observation
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