Meet Sea Grant Experts in Resilience

NOAA Sea Grant is pleased to announce $27 million in projects that will address the prevention and removal of debris in marine and Great Lakes environments throughout the U.S. Using Sea Grant’s partnered approach to bring science together with communities for solutions that work, the projects will support transformational research and the creation of local coalitions to address urgent marine debris prevention and removal needs.
 

Those interested in monitoring shoreline change in their communities have a new resource to help them get started – a web-based inventory of citizen science efforts to track coastal change in the U.S. The site, Communities Tracking Coastal Change, was created by NOAA Climate Program Office's Coastal Inundation Risk Team and Woods Hole Sea Grant.

Georgia Sea Grant secured funding from the Department of Defense and the National Sea Grant College Program to hire Michelle Covi as the country’s first Coastal Resilience DOD Liaison in 2021. For the last year, Covi has created a suite of reports and resources that are now being used by Sea Grant programs, military installations, and coastal resilience specialists across the region to inform collaborative resilience projects.

Through a joint competition with the U.S. Coastal Research Program (USCRP), ten new projects were selected for a total of $3.9 million in funding to translate research into application for communities. Additionally, Sea Grant programs across the nation received an additional total of $4.2 million in NOAA Sea Grant funds to increase local capacity, engagement, research, and implementation for addressing resilience challenges. 

Contaminants of emerging concern, like pharmaceuticals, cleaning products and microfibers, pose risks to the Nation’s drinking waters and aquatic life, but they are often excluded from monitoring programs and published water quality standards. Two new projects recently funded by Sea Grant aim to enhance research and monitoring efforts for this class of chemicals and materials while strengthening strategies to reduce their presence in aquatic environments.