UF IFAS Nature Coast Biological Station

UF IFAS Nature Coast Biological Station UFIFAS NCBS Mission: conservation & sustainability of natural resources. https://lnk.bio/uf_ifas_ncbs Comments may be removed if they violate these guidelines.
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Region
The Nature Coast spans the Big Bend of Florida on the Gulf of Mexico, ranging from Hernando to Wakulla County. The region contains one of North America’s most pristine coastlines, with extensive seagrass meadows, valuable recreational and commercial fisheries, and healthy wildlife populations include marine mammals (manatee, dolphin), diverse waterbirds, and sea turtles. The region also sup

ports productive shellfish fisheries (shrimp, oyster) and a vibrant hard clam aquaculture industry. Approach
The mission of the NCBS will be achieved using a multifaceted approach that will include:
• Increased collaboration among UF/IFAS, partner agencies and NGO’s in the region
• Development of research programs that address key uncertainties in natural resource management of freshwater, estuarine, and coastal terrestrial systems
• Improved visibility of IFAS’s natural resource programs via social media, web presence, and video
• Enhanced graduate and undergraduate opportunities in the region including research, field courses and extension activities
• Strengthened relationships among communities of the region with UF/IFAS, including local and county governments, economic development organizations, and industries (e.g., shellfish culture, commercial and recreational fisheries, ecotourism)
• Conduct focused research and outreach workshops that address resource issues of regional and national prominence and communicate these findings to the public through outreach events, social media, and coordination with IFAS Extension and Florida Sea Grant. Five-Year Goals
1) Develop and support research projects in the region involving agency partners and UF/IFAS that address wildlife conservation, fisheries, aquaculture, and sustainable human use of natural resources.
2) Identify and prioritize key coastal management issues and work with stakeholders and partners to advance research, extension, and education that address regional needs.
3) Maintain and engage an Advisory Board for the UF/IFAS Nature Coast Biological Station (NCBS) that includes faculty, agency partners, and community representatives.
4) Expand public engagement through extension and education programs while leveraging UF/IFAS expertise to support the economic, environmental, and educational needs of the region.
5) Support and advance shellfish aquaculture research and workforce development through hatchery facilities and applied research programs.
6) Maintain and strengthen partnerships that support marine and coastal field research, including vessel access and infrastructure for research operations.
7) Enhance facilities that support laboratory research, field operations, and housing for students, visiting researchers, and staff. UF/IFAS Nature Coast Biological Station Facebook Disclaimer
The University of Florida UF/IFAS Nature Coast Biological Station (UF/IFAS NCBS) intends to educate, inform and provide updated information on UF/IFAS NCBS programs, research, education, and outreach activities and to support and promote UF/IFAS NCBS objectives through its social media account. All UF/IFAS NCBS comments are made by UF/IFAS NCBS designees. The University of Florida welcomes your comments and encourages respectful interaction among our community. Before posting, please consider the UF Core Values and review the UF Community Commenting Guidelines. We review comments and reserve the right to remove those that are:
– Off-topic
– Containing links to third-party websites or content
– Made in violation of Florida or federal law

Comments by outside users reflect the authors’ opinions, not those of the university. By posting on this page, you agree to follow the University of Florida Community Commenting Guidelines, platform Terms of Service, Florida and federal law, and UF regulations and policies, including the university’s Acceptable Use of Computing Resources Policy.

06/13/2026
What happens when drought and fishing pressure collide? 🐟💧A new study co-authored by Dr. David Chagaris of UF/IFAS NCBS ...
06/11/2026

What happens when drought and fishing pressure collide? 🐟💧

A new study co-authored by Dr. David Chagaris of UF/IFAS NCBS used ecosystem modeling to show that a severe drought and heavy fishing pressure contributed to a 42% decline in Gulf fisheries production in the early 1990s.

Looking ahead, the research suggests more frequent climate-driven droughts could lead to even larger declines in fish biomass and catches.

📖 Read more: https://bit.ly/drought-impact-gulf (link in bio)

🏷 University of Florida Institute of Food and Agricultural Sciences

Hands-on science in action! 🌊🐟From boat trawls and seining to fish dissections, beach wrack scavenger hunts, and coastal...
06/09/2026

Hands-on science in action! 🌊🐟

From boat trawls and seining to fish dissections, beach wrack scavenger hunts, and coastal protection demonstrations with the wave model, students are exploring Florida’s Nature Coast through hands-on science at NCBS.

Since January, we've welcomed more than 500 K–12 students from across the region for immersive coastal education experiences.

Learn more about our K–12 programs 🔗 https://ncbs.ifas.ufl.edu/services/k-12-groups/

06/04/2026
What happens after a seagrass scar is created? The SCARMAPS team is working to find out! 🌱 Now in year 2 of 3, researche...
06/03/2026

What happens after a seagrass scar is created? The SCARMAPS team is working to find out! 🌱

Now in year 2 of 3, researchers are surveying nearly 90 propeller scars across seagrass in St. Martins Keys, Weeki Wachee, and Anclote Key to measure recovery rates and better understand what factors help or hinder recovery. The team will return again this September to continue tracking changes over time.

Early field observations show that new boat propeller scars are still forming and reopening recovering areas, while exposed sand within scars has nearly double the number of stingray feeding pits compared to nearby healthy seagrass. Researchers also observed that scar orientation relative to tidal flow may influence recovery, as water movement can scour loose sediments and slow natural regrowth. 🌊

This work is funded by the NOAA RESTORE Science Program. For more see: https://bit.ly/scarmaps-summary (link in bio)

06/01/2026
06/01/2026

Oyster populations along Florida’s coast have declined in recent years, with hurricanes and tropical storms speeding up the damage. The Cedar Key Oystermen’s Association is taking action to reverse this trend with a $2 million project 🔽

05/28/2026
How do excess nutrients reshape an estuary? 🌊🪸 Join us for the next   webinar on Wednesday, June 3 at 2 PM (ET) with Ama...
05/28/2026

How do excess nutrients reshape an estuary? 🌊🪸

Join us for the next webinar on Wednesday, June 3 at 2 PM (ET) with Amanda Chappel, a PhD candidate with the UF Center for Coastal Solutions, as she presents: “Sedimentation Dynamics and Ecosystem Responses to Cultural Eutrophication in the Tampa Bay Estuary.”

Learn how nutrient enrichment influences sediment processes and ecosystem health in one of Florida’s largest estuaries. This free webinar includes a 30–40 minute talk followed by live Q&A.

Register at 🔗 https://bit.ly/amandac26 (link in bio)

Address

552 1st Street
Cedar Key, FL
32625

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