Accoustically Tagged Fish Tracking around Atlantic Outer Continental Shelf (OCS) Heavy Mineral and Sand Resources

Forecast New Requirement Updated

Agency
Solicitation expected
Estimated value
$250,000 to $499,000
Set-aside
No set-aside

Forecast facts

Anticipated award
Not on record
NAICS code
541715 Research and Development in the Physical, Engineering, and Life Sciences (except Nanotechnology and Biotechnology)
Place of performance
Sterling, VA
Forecast number
52395
Points of contact

Forecast details come from the GSA Acquisition Gateway. Agencies' dates and values are estimates.

About this forecast

The Department of the Interior's Bureau of Ocean Energy Management will procure research and development services to unify existing acoustic telemetry arrays at Canaveral, Frying Pan, and Sandbridge shoals and quantify fish movement, displacement, and habitat reuse before and after dredging operations on the Atlantic Outer Continental Shelf. The work will generate regionwide, standardized data to support defensible effects analyses that will enable the agency to refine dredging windows, plan leases, and evaluate cumulative recovery of managed species. Solicitation release is estimated for March 31, 2027.

The estimated award value ranges from $250,000 to $499,000 under a definitive contract. Work will be performed in Sterling, Virginia. Jennifer Bucatari, Oceanographer within the Marine Minerals Program at the Bureau of Ocean Energy Management, is the point of contact (jennifer.bucatari@boem.gov).

Forecast text

Unifies existing acoustic telemetry arrays at Canaveral, Frying Pan, and Sandbridge shoals to quantify fish movement, displacement, and habitat re‑use before and after dredging. Region‑wide, standardized data enable defensible effects analyses. MMA will use the metrics to refine dredging windows, plan leases, and evaluate cumulative recovery of managed species.

On GovTribe

Work this forecast

  • Track it in your pipeline
  • Find teaming partners
  • Similar forecasts
  • Ask GovTribe AI about this forecast