As climate change and development threaten the natural and cultural resources of the Guana Peninsula, this 2021 collaborative research project used a combination of archaeological investigations and applied anthropological methods to increase understanding of how people
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Keywords: cultural ecosystem services, archaeological sites, sea level rise
GUIDE CASE STUDY: Collaborative science projects are designed to inform and catalyze action, but often those impacts do not develop until after a grant ends. Two project teams working with New England reserves found different ways to support the work of their partners after their grants ended.
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Keywords: enhance collaboration
Reserves: Great Bay, NH, Narragansett Bay, RI, Waquoit Bay, MA, Wells, ME
GUIDE CASE STUDY: Collaboration with diverse team members and stakeholders can sometimes result in disagreements or contention, as was the experience of the New England Climate Adaptation Project, a regional initiative involving the four New England reserves.
GUIDE CASE STUDY: To be effective, collaborative project teams must include the right skill sets, but it’s also important to include team members who have established relationships with or access to your project’s intended users.
GUIDE CASE STUDY: To help elevate the cultural significance of plants and preserve their knowledge, Indigenous knowledge holders agreed to advise a project team as they developed a planting guide for the Gichi-gami basin. As discussions began, the team quickly discovered differing expectations about what and how Indigenous knowledge would inform the final guide.
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Keywords: land use planning, cultural ecosystem services, shoreline stabilization, Indigenous science
Designation of essential fish habitat requires a detailed understanding of how species-specific vital rates vary across habitats and biogeographical regions.
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Reserves: ACE Basin, SC, North Inlet-Winyah Bay, SC, Sapelo Island, GA
Rising coastal flood risk and recent disasters are driving interest in the construction of gated storm surge barriers worldwide, with current studies recommending barriers for at least 11 estuaries in the United States alone.
These data encompass the nearshore fish surveys conducted by the Kachemak Bay Reserve as part of a 2020 catalyst project that expanded research collaborations and completed proof of concept activities to catalyze future research on the mechanisms of paralytic shellfish toxin transfer from forage fish to upper trophic populations.