Restore Vegetative and Hydrological Connectivity
The Adaptation Briefs demonstrate how different adaptation strategies reduce vulnerabilities to key climate stressors and include case studies where these strategies have been implemented. The briefs complement the Climate Adaptation Toolkit, which contains tools to help MPA practitioners evaluate the vulnerability of their sites to climate change and identify appropriate adaptation strategies.
Many salt marshes, mangroves, and other coastal wetlands have been degraded by losses of vegetative and hydrological connectivity associated with human development. This strategy focuses on restoring fundamental ecological functions and processes that maintain appropriate flooding regimes and water quality for wetland plant communities and associated fish and wildlife, as well as the dynamic conditions that allow these systems to respond to and recover from stressors and extreme events.
Featured Case Studies:
- Restoring Vegetation and Hydrology in the Alligator River National Wildlife Refuge (Albemarle-Pamlico Estuary in Dare and Hyde Counties, North Carolina, United States)
- Restoring Tidal Flow and Enhancing Shoreline Resilience in the Nisqually River Delta (Nisqually National Wildlife Refuge in the South Puget Sound region, Washington, United States)
- Restoration of Mangroves and Hydrological Flows in Mexico (Marismas Nacionales Biosphere Reserve, Nayarit, Mexico)
About the Toolkit
This brief is based on adaptation strategies and case studies from the Climate Adaptation Toolkit for Marine and Coastal Protected Areas (MPA Toolkit), an online resource created to make climate adaptation planning a simple, direct, and feasible process for marine protected area managers. The MPA Toolkit contains:
- A step-by-step guide to undertaking a Rapid Vulnerability Assessment for marine and coastal areas
- Structured and searchable adaptation strategy ideas with supporting case studies, reports and tools
- Foundational adaptation resources
- Selected experts who can be contacted for technical guidance