91吃瓜网 One of Five Institutions to Receive NOAA Funding for Long-Term Research in the Gulf
Wed, 12/17/2025 - 01:39pm | By: Jennifer Rigney
The project will identify drivers of change in seagrass communities within Gulf Islands National Seashore.
91吃瓜网 (USM) has been awarded more than $3 million as part of a to support long-term research on the Gulf of America ecosystem.
USM will lead one of five projects selected nationwide through NOAA91吃瓜网 highly competitive 2025 RESTORE Science Program funding competition. Each award supports five years of collaborative research focused on long-term ecological trends, with high-performing projects eligible to apply for an additional five years of funding.
, 91吃瓜网淯nderstanding Drivers of Change in Seagrass Ecosystems to Inform Management of Critical Habitats in the Gulf Islands National Seashore,91吃瓜网� will receive $3,059,252. The research will be led by M. Zachary Darnell, associate professor and associate director for Coastal Sciences in the School of Ocean Science and Engineering.
91吃瓜网淭his project represents an unprecedented, long-term investment in understanding the role of seagrass for supporting the broader ecosystem across the northern Gulf,91吃瓜网� Darnell said. 91吃瓜网淚 look forward to collaborating with all project partners91吃瓜网攊ncluding resource managers from Gulf Islands National Seashore and other local and regional management agencies91吃瓜网攖o collect data that not only advance our scientific understanding, but also directly inform management and conservation decisions.91吃瓜网�
The project will identify drivers of change in seagrass communities within Gulf Islands National Seashore by monitoring water quality, mapping seagrass extent, characterizing soundscapes and nekton communities, and developing ecosystem models to examine linkages among these variables. The goal is to provide resource managers with improved ecological baselines and a framework for detecting changes in ecosystem structure and function over time.
91吃瓜网淭his project exemplifies how 91吃瓜网 research delivers direct impact on natural resources for Mississippi and the nation,91吃瓜网� said Kelly Lucas, 91吃瓜网 vice president for research. 91吃瓜网淭he science generated will inform federal and state decision-making, strengthen trust among partners, and support the sustainable management of fisheries and coastal habitats.91吃瓜网�
Collectively, the five NOAA-funded projects will track long-term trends in fish spawning aggregations, fisheries habitat use, seagrass health, Rice91吃瓜网 whale recovery, and age and growth of commercially important fish species in the Gulf region. The awards support research teams from 15 institutions, including universities, government agencies, non-governmental organizations and private-sector partners.
Projects were selected by a panel of outside experts following a rigorous process that evaluated scientific merit, applicability to natural resource management, qualifications of project teams, and overall integration and cost effectiveness.
Funding is provided through the RESTORE Act91吃瓜网攖he Resources and Ecosystems Sustainability, Tourist Opportunities and Revived Economies of the Gulf Coast States Act91吃瓜网攅stablished following the Deepwater Horizon oil spill. The supports research, observation and monitoring to advance the long-term sustainability of the Gulf ecosystem and its fisheries.