Glider Released off Southeast Coast
A glider has been deployed off the Atlantic coast of Florida with the mission to detect hotspots of reef fish activity in and around marine protected areas using funding provided by NOAA’s Southeast Fisheries Science Center (SEFSC).
The University of South Florida’s Teledyne Webb Research Slocum Glider is equipped with a sensor suite, including two passive acoustic recording systems developed by Loggerhead Instruments and a Vemco VMT tag receiver provided by the Ocean Tracking Network at Dalhousie University. Post-mission analysis of the passive acoustic recordings will be conducted by Loggerhead Industries. The resulting data sets will be used to augment NOAA Fisheries SEFSC and NOAA Ocean Service (NCCOS) collaborative research on reef fish spawning aggregations and will contribute to their coral reef fish monitoring programs.
The glider will travel north along the continental shelf edge using the Gulf Stream to transport it until it reaches South Carolina, where the glider will attempt to transit onshore to about the 50m isobath. The remainder of the mission will entail traversing along shore in the Edisto and North Charleston Marine Protected Areas. For this effort, navigation is primarily being assisted by the utilization of the regional-scale nowcast/forecast ocean modeling system developed at North Carolina State University, as well as the region’s HF Radar. The resulting data sets will be provided to NOAA’s SEFSC and NCCOS, SECOORA, and the IOOS glider DAC.
Follow the Glider's path in real-time on our data portal!
A glider has been deployed off the Atlantic coast of Florida with the mission to detect hotspots of reef fish activity in and around marine protected areas using funding provided by NOAA’s Southeast Fisheries Science Center (SEFSC).
The University of South Florida’s Teledyne Webb Research Slocum Glider is equipped with a sensor suite, including two passive acoustic recording systems developed by Loggerhead Instruments and a Vemco VMT tag receiver provided by the Ocean Tracking Network at Dalhousie University. Post-mission analysis of the passive acoustic recordings will be conducted by Loggerhead Industries. The resulting data sets will be used to augment NOAA Fisheries SEFSC and NOAA Ocean Service (NCCOS) collaborative research on reef fish spawning aggregations and will contribute to their coral reef fish monitoring programs.
The glider will travel north along the continental shelf edge using the Gulf Stream to transport it until it reaches South Carolina, where the glider will attempt to transit onshore to about the 50m isobath. The remainder of the mission will entail traversing along shore in the Edisto and North Charleston Marine Protected Areas. For this effort, navigation is primarily being assisted by the utilization of the regional-scale nowcast/forecast ocean modeling system developed at North Carolina State University, as well as the region’s HF Radar. The resulting data sets will be provided to NOAA’s SEFSC and NCCOS, SECOORA, and the IOOS glider DAC.
Follow the Glider’s path in real-time on our data portal!
Related news
New High Frequency Radar at the Dry Tortugas National Park Improves Ocean Surface Current Measurements Across the Straits of Florida
A new CODAR Low-Power SeaSonde HFR has been deployed by the University of South Florida at Fort Jefferson on Garden Key to measure surface currents to improve understanding and prediction of the Gulf of Mexico Loop Current.
President Biden Proposes Significant Budget Cuts to IOOS for 2025
President Biden’s recent 2025 budget proposal slashed the funding allocated for the Integrated Ocean Observing System (IOOS) by 76%, which would effectively shut down coastal and ocean observing efforts.
Webinar: NOAA Resources to Help Coastal Communities Understand Flood Risk
Join us Wednesday, March 27th at 12 PM Eastern Time for SECOORA's Coastal Observing in Your Community Webinar Series to hear from Doug Marcy with the NOAA Office for Coastal Management.