NOAA Awarded University of South Florida $8.5 Million
The cooperative agreement will fund five years of seafloor mapping research at the Center for Ocean Mapping and Innovative Technologies.
Updated on Oct. 13, 2026 in Geography

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In September 2026, the National Oceanic and Atmospheric Administration awarded the University of South Florida an $8.5 million cooperative agreement. This funding supports the expansion of the university's Center for Ocean Mapping and Innovative Technologies over the next five years.
Why it matters
The investment aims to bolster maritime safety and identify marine habitats by enhancing seafloor mapping capabilities. These efforts are particularly relevant for tracking changes in areas like Tampa Bay following the 2024 hurricane season.
The five-year agreement builds upon the center's 2020 founding grant of $9 million. Researchers will analyze data from satellite, airborne LiDAR, and in-water sensor systems to improve mapping workflows.
The players
National Oceanic and Atmospheric Administration
This federal agency is responsible for monitoring climate, weather, and ocean conditions.
University of South Florida
This public university in Tampa hosts the Center for Ocean Mapping and Innovative Technologies.
Port Tampa Bay
This entity serves as the largest port in Florida and a major hub for maritime commerce.
The details
The project integrates artificial intelligence through collaborations with the College of Engineering and the Bellini College of Artificial Intelligence, Cybersecurity and Computing to identify seafloor changes and assess data errors. This research is essential for the region, where Port Tampa Bay contributes $35 billion to the Florida economy.
Timeline
2020: The Center for Ocean Mapping and Innovative Technologies was founded.
2024: Hurricanes Helene and Milton occurred.
September 2026: The NOAA award was announced.
The Big Picture
The expansion of the Center for Ocean Mapping and Innovative Technologies signals a major shift toward utilizing artificial intelligence for large-scale marine spatial analysis. This funding allows the institution to transition from static charting to active monitoring of dynamic seafloor environments.
Improved seafloor mapping provides clearer data for maritime transportation, which is critical for the flow of goods through local ports. Residents may also see more accurate environmental reports regarding the stability of marine habitats following severe weather events.
The takeaway
Advanced mapping technology is essential for ensuring safety and economic stability in coastal regions prone to extreme weather. By integrating artificial intelligence, institutions can better manage data gaps and adapt to rapidly changing seafloor topographies.
Further reading
For more information on the research initiatives in this region, visit the Geography section.
Source note: This article includes information reported by St Pete Catalyst.
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