Saving Seafood

CFF Receives New Funding to Expand Electronic Monitoring in the Atlantic Sea Scallop Fishery

July 1, 2026 — The following was released by the Coonamessett Farm Foundation:

The Coonamessett Farm Foundation (CFF) recently received additional funding from the National Fish and Wildlife Foundation’s competitive Electronic Monitoring and Reporting Grant Program to further expand the use of electronic monitoring (EM) technologies in the Atlantic sea scallop fishery.

In addition to the $449,000 award from NFWF to support project objectives, fishing partners have pledged a combined cost-share of $756,000 underscoring their commitment to these efforts during the project period.

Stock assessment biologists with NOAA Fisheries have identified a decline in scallop biomass over consecutive years, likely influenced by environmental factors including rising ocean temperatures in addition to a predator population surge in species like sea stars and crabs that prey heavily upon juvenile scallops. Fishing practices such as prolonged tow-times, deck loading, and high grading are also known to negatively impact scallop beds and the survivability of discarded animals.

The use of EM is widely considered a successful tool for reducing monitoring costs while improving data collection, vessel trip coordination and safety. This project seeks to develop a better understanding of implementation costs while also evaluating an incentive-based approach that could provide a broader range of data to support management decisions.

Read the full story on: Electronic Monitoring in the Atlantic Sea Scallop Fishery

 

 

Coonamessett Farm Foundation Publishes Final Report entitled: Tension in the Air: Using a Tensiometer to Assess Dredge Fullness and Loss During Haul-back Comparing Different Dredge Configurations

May 7, 2026 — The following was released by the The Coonamessett Farm Foundation:

The Coonamessett Farm Foundation has released the final report for its project
entitled: Tension in the Air: Using a Tensiometer to Assess Dredge Fullness and Loss During
Haul-back Comparing Different Dredge Configurations. This report was submitted to NOAA
Fisheries in March 2026 and was prepared under the 2024 Sea Scallop Research Set-Aside
Program continuing more than a decade of collaborative, industry-based research. The report
evaluates the performance of three dredge configurations, 5-row apron, traditional 7-row apron,
and extended-link apron, under commercially representative conditions using paired dredge
deployments across four research trips conducted between September 2024 and July 2025 on
Georges Bank and adjacent areas.

A key innovation of this work was the integration of a tensiometer to measure warp tension in
real time, providing a novel approach to assessing dredge loading, performance, and catch loss
throughout both towing and haul-back phases.

This research demonstrated that while the 5-row apron configuration-maintained scallop catch
rates comparable to the 7-row configuration, the reduction in windowpane flounder bycatch was
modest  relative to an extended link apron. The 5-row apron configuration as required by
Framework Adjustment 25 represents an incremental improvement rather than an impactful
solution for reducing windowpane flounder bycatch in the sea scallop fishery. Additionally, the
application of tensiometer technology provides a powerful new tool for understanding dredge
dynamics and optimizing fishing practices.

More information about the project and the full report is available here:
https://www.coonamessettfarmfoundation.org/news-1/tension-in-the-air