Project Lead Nikki Dix (Guana Tolomato Matanzas National Estuarine Research Reserve) gives a 5-minute introduction to "Refining Techniques for High-frequency Monitoring of Chlorophyll Alpha in the NERRS," a catalyst project funded in 2020 by the NERRS Science Collaborative.

This instructional and informational webinar features background information on the 2020 science transfer Storm Stories project, how end-user feedback was incorporated, the tools and products that have been developed through the project, and how reserves can access resources.

Through data-collection, mapping, and modeling efforts, a collaborative research project has increased clarity about marsh habitat change to inform mosquito control and coastal restoration efforts in New Jersey.

This collection of graphics was developed to support the project's outreach and communications efforts and is being made available for use by others.

This project video illustrates how role playing simulations were used to foster dialoge around climate change callenges and opportunities in South Carolina.

This report summarizes the results of a multi-year collaborative research project that evaluated a range of living shoreline projects in South Carolina. The results and guidance are intended to provide agency partners with the science-based information to create a regulatory pathway and develop project standards for living shorelines in South Carolina.

This briefing document presents outcomes and findings from a science transfer project that developed and led role playing simulation exercises to help community leaders and stakeholders explore options for addressing flooding and other climate-related risks in South Carolina.

This report summarizes the findings of a 2016 Science Transfer project that assessed the vulnerabilities of intertidal marsh sites in North and South Carolina.

This story map describes a 2010 Collaborative Research project spearheaded by North Inlet-Winyah Bay Reserve that investigated how swashes collect, transform, and export the nutrients and organic matter that fuel hypoxia along coastal South Carolina.

This guide removes barriers to low impact development implementation in South Carolina by providing engineering tools, planning guidance, and case study examples that are relevant to the South Carolina coastal zone.