USF and NOAA Launch Cooperative Ocean Mapping Center - 17/11/2020


The University of South Florida’s College of Marine Science has been awarded a five-year, US$9 million cooperative agreement by the National Oceanic and Atmospheric Administration’s (NOAA) Office of Coast Survey to launch the Center for Ocean Mapping and Innovative Technologies (COMIT).

COMIT, located on the USF St. Petersburg campus, will develop new technologies and approaches to ocean and coastal zone mapping in line with NOAA’s commitment to building resilient coastal ecosystems, communities and economies. 

“This partnership between the University of South Florida and NOAA will enable us to deliver detailed maps of the seafloor in the Gulf of Mexico,” said Tom Frazer, dean of the College of Marine Science. “A surprisingly small percentage of the world’s oceans have been adequately mapped. The mapping products generated from this collaborative effort will help us to better understand important ocean processes and sustainably manage the rich array of natural resources found in the Gulf.” 

COMIT will build on USF’s expertise in ocean engineering, habitat and bathymetric mapping, modelling of coastal storm events, coastal geodesy, sea-level rise and safe navigation in ports such as Tampa Bay.

“I am excited for NOAA to start this new partnership with USF,” said Rear Admiral Shepard M. Smith, director of NOAA’s Office of Coast Survey. “This comes at a crucial time when advances in unmanned systems, artificial intelligence and machine learning are helping us to more efficiently and accurately map the seafloor and providing data to inform decisions vital to resource conservation and our national and economic security.”

Sonar map of the water depths in the “Elbow” region 70 miles west of St. Petersburg, Florida. The conspicuous ridge feature that spans the length of the area runs parallel to Florida’s current Gulf Coast. It is hypothesized that this is a drowned barrier island that existed 10,000-12,000 years ago when the sea level was lower. (Courtesy: Image courtesy of Matthew Hommeyer, Center for Ocean Mapping and Integrative Technologies at the University of South Florida)
Sonar map of the water depths in the “Elbow” region 70 miles west of St. Petersburg, Florida. The conspicuous ridge feature that spans the length of the area runs parallel to Florida’s current Gulf Coast. It is hypothesized that this is a drowned barrier island that existed 10,000-12,000 years ago when the sea level was lower. (Courtesy: Image courtesy of Matthew Hommeyer, Center for Ocean Mapping and Integrative Technologies at the University of South Florida)

Cost-effectiveness of Innovative Technologies

Ocean maps are traditionally created using sonar equipment and other technologies aboard expensive ships. The work is time-consuming, especially in shallow waters, and requires the ship to cruise over the area of interest in a methodical, 'mow the lawn' pattern. The new centre will evaluate and demonstrate the cost-effectiveness of innovative technologies, including autonomous surface vessels, underwater robots and satellites.

Steve Murawski, USF professor and Downtown Partnership-Peter Betzer Endowed Chair of Oceanography, will serve as the new centre director. COMIT will support eight additional marine science faculties, as well as a team of scientists, students and technicians.

“As a coastal state, the strength of our economy relies on clean, safe and productive ocean ecosystems – and on our ability to effectively and accurately map those systems,” said Senator Marco Rubio. “The new centre, which will build on the unique expertise of USF as a leader in marine sciences nationally and globally, will benefit our state and advance our national leadership in ocean science.”

Seabed 2030

COMIT’s goals align with the recently-released National Strategy for Mapping, Exploring and Characterizing the United States Exclusive Economic Zone and is consistent with the Seabed 2030 initiative to have the world’s oceans mapped during the next decade. The Exclusive Economic Zone (EEZ) is the area of the seabed that falls within the jurisdiction of the United States.

COMIT will also harness the long-standing partnerships in St. Petersburg that have made it the largest hub of marine science expertise in the south-eastern United States. Representative Charlie Crist said: “This partnership between NOAA and USF will build upon long-existing cooperation between the agency and the university, and will take advantage of the vibrant marine science and innovation communities of the city of St. Petersburg.”

USF’s centre plan also includes a robust education strategy to ensure that the research is shared with stakeholder audiences in communities near and far.

To learn more about COMIT, please visit here.

USF College of Marine Science staff work aboard the research vessel Weatherbird II. The college is home to a new center that will create maps of the seafloor and develop more efficient technologies that can be used to model coastal storm events, sea level rise and safe navigation in ports. (Courtesy: USF)
USF College of Marine Science staff work aboard the research vessel Weatherbird II. The college is home to a new center that will create maps of the seafloor and develop more efficient technologies that can be used to model coastal storm events, sea level rise and safe navigation in ports. (Courtesy: USF)

Last updated: 27/11/2020