fisheries science Archives

Murkowski and Colleagues Work to Modernize Fisheries Science

August 7, 2026 — The following was released by the Office of U.S. Senator Lisa Murkowski:

Today, U.S. Senators Lisa Murkowski (R-AK) and Senator Sheldon Whitehouse (D-RI) introduced legislation that would help the National Oceanic and Atmospheric Administration (NOAA) better assess and protect our fisheries. The Fisheries Science Modernization Act would incorporate environmental DNA (eDNA) and other biomolecular tools into NOAA’s fisheries science programs, allowing for more cost-effective and expanded survey coverage. This would bolster, not replace, traditional stock assessment surveys by providing NOAA with additional scientifically validated tools to improve data collection, expand survey coverage, and strengthen fisheries management.

This bill would establish national standards for this innovative technology while expanding workforce capacity, strengthening interagency coordination, and supporting private-sector innovation without imposing new regulatory burdens. Senators Dan Sullivan (R-AK), Jeff Merkley (D-OR), Chris Van Hollen (D-MD), Patty Murray (D-WA), Angus King (I-ME), and Adam Schiff (D-CA) are co-sponsors.

“Without accurate stock assessments, we cannot make the informed, science-based management decisions needed to ensure our fisheries remain sustainable for generations to come,” said Senator Murkowski. “Environmental DNA is an innovative, cost-effective tool that will give our scientists a clearer picture of our fisheries while expanding survey coverage and reducing costs. This legislation is the product of extensive collaboration with NOAA, Alaska fishermen, Tribal partners, academia, and industry to modernize how we assess fish stocks using the best available science.”

“With climate change wreaking havoc on fisheries, researchers need to stay ahead of the curve,” said Senator Whitehouse. “This bill will allow NOAA to harness new technologies to keep fish stocks healthy and robust.”

“Reliable fisheries surveys and stock assessments are the foundation of sustainable fisheries management,” said Sen. Sullivan. “I’ve consistently fought to ensure NOAA maintains robust fisheries survey coverage in Alaska, where changing ocean conditions are impacting our subsistence, recreational, and commercially important species and the communities that depend on them. As fish stocks shift and ocean conditions become more variable, we need to invest in both the traditional surveys that have served us for decades and innovative technologies that can make those surveys even stronger. By thoughtfully investing in and integrating new tools, we can improve the quality of stock assessments, better support our fishermen and communities, and ensure America’s fisheries remain among the best managed in the world.”

“To implement the best possible fisheries management strategies, we need the best available data,” said Senator Merkley. “Our bipartisan bill modernizes federal fisheries science and invests in innovative data collection and analysis. Bolstering our tools to monitor fisheries is critical to supporting both Oregon fishermen and responsible, sustainable fishing for generations to come.”

“Environmental DNA is a promising new tool for fisheries and ecosystem assessment that could improve fisheries management while also lowering costs,” said Linda Behnken, Executive Director of the Alaska Longline Fishermen’s Association. “Senator Murkowski’s Fisheries Science Modernization Act will advance this technology while also improving oversight and collaboration.?ALFA supports this bill and applauds Senator Murkowski for her commitment to science-based management of Alaska’s fisheries.”

“The Fisheries Science Modernization Act comes at a pivotal moment for U.S. fisheries management,” said Austen Thomas, Senior Application Scientist. “As an eDNA service provider, Wilderlab USA sees firsthand how environmental DNA can expand monitoring coverage, reduce survey costs, and deliver data on species that traditional methods often miss. This bill’s focus on national standards and predictable procurement pathways is exactly what the private sector needs to invest with confidence in U.S. eDNA capacity. By bringing the private sector into closer partnership with NOAA and other resource agencies, this legislation will help ensure fisheries decisions are grounded in the best available science. We commend Senator Murkowski for this forward-looking legislation and look forward to supporting NOAA’s efforts to modernize how we understand and manage our nation’s fisheries.”

“United Catcher Boats supports the Fisheries Science Modernization Act of 2026 and appreciates Senator Murkowski’s continued leadership in advancing science-based fisheries management,” said Andrea Keikkala, Executive Director of United Catcher Boats. “Senator Murkowski has long demonstrated a deep understanding of the importance of sound fisheries science and the need to ensure NOAA Fisheries has the tools necessary to sustainably manage our nation’s fisheries. We appreciate her leadership in championing innovative technologies that have the potential to strengthen stock assessments, expand scientific capacity, and improve fisheries management. We recommend that Congress ensure NOAA Fisheries has adequate resources to successfully implement these important new responsibilities without reducing investment in existing stock assessments, fishery-independent surveys, cooperative research, observer programs, or other core science activities that are fundamental to science-based fisheries management. Investments in eDNA should complement, rather than displace, the core science programs that have made the United States the global leader in sustainable fisheries management.”

“The United States is a global leader in sustainable fisheries because of our commitment to science-based management,” said Joanna Slaney, Environmental Defense Fund’s Vice President for Political and Government Affairs. “As technology and science continue to advance, it is crucial for NOAA to examine innovative methods to collect fisheries data and further the best available science. EDF appreciates Senator Murkowski and Senator Whitehouse’s leadership to further science that supports thriving ecosystems, fishery resources, and the communities that depend on them.”

“Environmental DNA collection is an exciting new scientific frontier for augmenting our understanding of fisheries and their ecosystems,” said Meredith Moore, Ocean Conservancy’s Senior Director of Fish Conservation. “The Fisheries Science Modernization Act lays a solid foundation for unlocking this new source of data to improve fisheries management.”

“America’s 11.8 million saltwater anglers depend on healthy fisheries, and sound fisheries management starts with sound science,” said Mike Leonard, the American Sportfishing Association’s (ASA) Vice President of Government Affairs. “Environmental DNA has shown tremendous potential as a tool to supplement traditional fisheries surveys, improve our understanding of marine fish populations, and help managers make more informed decisions. By testing and validating these technologies before incorporating them into stock assessments, the Fisheries Science Modernization Act takes a thoughtful, science-based approach to strengthening marine fisheries research. Better science leads to better management, which ultimately benefits both fish populations and the millions of anglers who contribute more than $145 billion in economic activity to our nation’s coastal communities. ASA appreciates Senator Murkowski’s leadership on this important legislation.”

The legislation is further endorsed by the Cape Cod Fishermen’s Alliance, the Alaska Ocean Observing System, the U.S. Integrated Ocean Observing System, the Western Alaska Community Development Quota Program, eDNAtec, the National Estuarine Research Reserve Associationand, the Pacific Seafood Processors Association.

Background

Currently, NOAA’s stock assessment methods are constrained by high operational costs and limited vessel availability, resulting in gaps in survey coverage. The integration of eDNA, already widely used in the private sector, would help close these gaps by enabling sampling in remote or hazardous environments while reducing costs.

The Fisheries Science Modernization Act would provide the federal government with key tools to better protect and grow our fisheries by modernizing how fish stocks are assessed while expanding agencies’ capacity to use eDNA. Specifically, the legislation:

Modernizing Stock Assessments

Establishes a NOAA eDNA Fishery Stock Assessment Pilot Program to validate methods across diverse regions and species.
Requires NOAA to develop an agency-wide eDNA Implementation Plan detailing how eDNA will be integrated into federally managed fisheries.
Directs NOAA to routinely collect eDNA samples during existing surveys to improve accuracy, expand coverage, and build long-term datasets.
Integrates eDNA into fisheries research and ecosystem monitoring by amending the Magnuson-Stevens Act.
Promotes collaboration among NOAA, fishermen, Tribal Nations, academia, and industry.
Requires annual coordination meetings and reports to the Office of Science and Technology Policy (OSTP) and Congress to ensure accountability.

Building National eDNA Capacity

Creates the National Aquatic Biomolecular Coordination Network (NABCN) to develop national standards for sampling, laboratory workflows, quality assurance and quality control (QA/QC), metadata, and bioinformatics.
Establishes a coordinated multi-agency framework enabling consistent biomolecular monitoring across freshwater, estuarine, coastal, and marine environments.
Expands NOAA’s workforce and laboratory capacity while supporting complementary private-sector services.
Trains National Marine Fisheries Service (NMFS) technicians in eDNA collection, handling, and modeling.
Supports research, innovation, and technology transfer across agencies, academia, Tribal partners, and industry.
Provides transparent performance standards and predictable procurement pathways to encourage U.S. innovation and commercialization of emerging eDNA tools, including autonomous and AI-enabled sampling systems.

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eDNAtec and the National Estuarine Research Reserve Association.

Thank you!

NEFMC Seeking Scientific and Statistical Committee Members

October 23, 2015 — The following was released by the New England Fishery Management Council:

The NEFMC seeks applicants who are interested in serving on its Scientific and Statistical Committee for the upcoming three-year term, beginning in January 2016. The Council may potentially fill more than one vacancy. Qualified individuals should have demonstrated expertise in one of the following: as an economist, fisheries scientist with expertise in population biology, or in marine ecosystems. The deadline for applications is November 18.

If you are having trouble opening the attachment which contains more complete details, please go to the Council’s website – RequestforSSCApplicants_3-yr-term.pdf. If you have questions about the SSC, the work it does and the time commitment required, please contact Chris Kellogg at ckellogg@nefmc.org or 978 465 0492, ext. 112.

View a PDF of the Notice

IFFO Welcomes New Technical Director

October 22, 2015 — The following was released by IFFO:

IFFO, the trade association for the global marine ingredients industry, will see the retirement of Technical Director Dr. Andrew Jackson at the end of 2015 after ten years of great contributions to the organisation. IFFO will be joined in November by Dr. Neil Auchterlonie – taking over as Technical Director from 1st January 2016 after a two month handover period with Dr. Jackson.

Dr. Auchterlonie has B.Sc, M.Sc and PhD degrees in Marine Biology, Applied Fish Biology and Aquaculture, and has spent time working in technical and production positions in aquaculture companies and government department and research agencies. Neil has a strong track record in managing aquaculture and fisheries science programmes in both public and private sector, specialising in commissioning, managing and reporting on science that addresses policy questions for both government and industry.

Andrew Mallison, IFFO Director General, welcomed Dr. Auchterlonie, saying “The technical services provided by IFFO to members and the wider industry are a key part of the organisation. Neil was the unanimous choice of the selection panel for this critical role from a wide range of international candidates. Andrew Jackson has made a huge contribution to IFFO and I am delighted that Neil brings a set of new skills to further develop our services to members.”

Dr. Auchterlonie said “I am delighted to be offered this opportunity to join the team at IFFO. I have been aware of the excellent work of both IFFO and Andrew Jackson over the years, and I am very humbled to be offered this chance to contribute to the organisation’s work at a crucially important and exciting time for the marine ingredients industry and the aquaculture sector.”

Senators Collins and King Announce Grant Funding to the University of New England to Support Atlantic Cod Research

October 2, 2015 — The following was released by the office of Senator Angus King:

U.S. Senators Susan Collins and Angus King today announced that the National Oceanic and Atmospheric Administration (NOAA) will award $244,040 to the University of New England to determine best capture-and-handling methods and promote survival for Atlantic cod unintentionally caught in lobster gear in the Gulf of Maine.

“Historically dominant in coastal Maine fishing communities, the Atlantic cod fishery is now almost non-existent,” Senators Collins and King said in a joint statement. “By better understanding all fisheries’ interactions with Atlantic cod populations, we can develop strategies to protect this vulnerable marine resource and create a more sustainable future for our fishing industry.”

This project will evaluate Atlantic cod released from standard lobster gear. Transmitters attached to the cod will allow scientists to analyze mortality data on cod released from lobster traps. Researchers will then be able to use this data to provide best practice recommendations to determine how cod can best survive capture in lobster equipment.

This grant funding was awarded through the NOAA’s Bycatch Reduction Engineering Program (BREP). BREP supports the development of technological solutions and changes in fishing practices designed to minimize bycatch. Bycatch is a fish or marine species caught unintentionally while fishing for a different species.

Read the release here

Vetlesen Distinguished Lecture Series: Size-based methods to understand marine ecosystems, fisheries potential and impacts

October 5, 2015 — The following was released by the University of Rhode Island:

Size-based methods to understand marine ecosystems, fisheries potential and impacts

by Simon Jennings, Centre for Environment, Fisheries and Aquaculture Science, Lowestoft, UK

Friday 9 October at Noon in the Coastal Institute Auditorium Narragansett Bay Campus

Abstract: Body-size-based methods provide insights into marine systems and fisheries impacts that complement those from more complex species-based analyses. These methods are applicable to many systems since they have relatively low parameter demands and are based on established ecological principles. However, they may omit structures, processes and outliers that “matter” to science or fishery managers. Drawing on examples from highly abstracted system models through to tactical models being considered for fisheries management, I review the strengths and weaknesses of size-based methods and challenge them with data. Having highlighted and sought to address some of the uncertainties, I examine what size-based methods can contribute to predicting global fish production, biomass and catch potential, biodiversity, fish contributions to biogeochemical cycles, climate change effects and tradeoffs between fisheries yields and impacts.

Global Fisheries Scientists Join new CFOOD Initiative

SEATTLE — September 28, 2015 — The following was released by the Collaborative for Food from Our Oceans Data (CFOOD):

International experts in fisheries management have come together as part of a new initiative, called CFOOD (Collaborative for Food from Our Oceans Data.) The coalition will gather data from around the world and maintain fisheries databases while ensuring seafood sustainability discussions in the media reflect ground-truth science.

The CFOOD project, headquartered at the University of Washington’s School of Aquatic and Fishery Sciences (SAFS), is made up of a network of scientists whose mission stemmed from a frustration with erroneous and agenda-driven stories about fisheries sustainability in the media. The CFOOD project will maintain a website and social media channels that provide a forum for immediate feedback on new seafood sustainability reports and studies.

“The CFOOD website allows us to offer independent scientific commentary to debunk false claims, support responsible science, or introduce new issues based on recent research,” said Dr. Ray Hilborn, Professor at University of Washington’s SAFS and founder of the CFOOD initiative.

“The ocean is a remarkably abundant source of healthy protein,” said Hilborn. “And while sustainability challenges exist, particularly in areas lacking sufficient fishery management infrastructure, many fisheries around the world are well-managed and sustainable. The message doesn’t always seem to resonate with consumers because of misinformation they continue to hear in the media.”

By reviewing and providing scientific analysis on relevant studies, papers, and media reports the CFOOD network hopes to use science to set the record straight for consumers, so they can have confidence the seafood they purchase is harvested in an environmentally responsible fashion.

Other scientists on the editorial board for CFOOD include Robert Arlinghaus, Leibniz-Institute of Freshwater Ecology and Inland Fisheries and Humboldt at Universität zu Berlin; Kevern Cochrane, FAO Retired, Cape Town, South Africa; Stephen Hall, World Fish Center, Penang, Malaysia; Olaf Jensen, Rutgers University; Michel Kaiser, Bangor University, UK; Ana Parma, CONICET Puerto Madryn, Argentina; Tony Smith, Hobart, Australia; Nobuyuki Yagi, Tokyo University.

“Exaggerated claims of impending ecological disaster might grab attention, but they risk distorting effort and resources away from more critical issues. I hope this initiative will help provide the balance we need,” said Dr. Stephen Hall, Director General, World Fish Center, based in Malaysia.

Website: http://cfooduw.org/

Twitter: https://twitter.com/cfoodUW

Facebook: https://www.facebook.com/cfooduw?fref=ts

2016 Monkfish Research Set-Aside Proposals Due November 16, 2015

September 17, 2015 — The following was released by NOAA:

NOAA Fisheries, in coordination with the New England and Mid-Atlantic Fishery Management Councils (Councils), is soliciting monkfish research proposals to utilize 500 Monkfish Days-at-Sea (DAS) per year that have been set-aside by the Councils to fund monkfish research through the 2016 Monkfish Research Set-Aside (RSA) Program.

Read the announcement summary or the full announcement on our website, or go to Grants.gov and use the following funding opportunity number: NOAA-NMFS-NEFSC-2016-2004598.

Questions? Contact Cheryl Corbett, Northeast Fisheries Science Center, 166 Water Street, Woods Hole, MA 02543, by phone 508-495-2070, fax 508-495-2004, or email at cheryl.corbett@noaa.gov.

American Lobster and Jonah Crab Reports Now Available

August 21, 2015 — The Atlantic States Marine Fisheries Commission has released the final versions of the 2015 American Lobster Benchmark Stock Assessment and Peer Review Report and Interstate Fishery Management Plan for Jonah Crab. Both documents can be found on the Commission website at www.asmfc.org on the American Lobster webpage. Direct links to the documents follow:

2015 American Lobster Benchmark Stock Assessment and Peer Review Report – Please note this is a low resolution version; a high resolution copy of the report can be obtained at https://asmfc.egnyte.com/dl/kJfBicPSNR.

Interstate Fishery Management Plan for Jonah Crab

Fishing study reveals scallop fishing impact

August 19, 2015 — Sustainable scallop fishing within the Cardigan Bay Special Area of Conservation (SAC) could be possible, thanks to the world’s largest ever fishing impact study led by scientists from Wales’ Bangor University.

Bangor University worked together with the Welsh Fishermen’s Association, Welsh Government and Natural Resources Wales for the study, which focused on understanding the amount of scallop fishing within the SAC that would be considered sustainable and that would not damage the conservation features of the area.

“This is the first study of its kind that provides information that would enable us to advise on the amount of fishing that the seabed within the SAC can tolerate, it provides the basis for a truly ecosystem based approach to management of a potential fishery in the area,” said Professor Michel Kaiser who leads the fisheries and conservation science group at Bangor University’s School of Ocean Sciences.

Read the full story at World Fishing & Aquaculture

Gulf of Maine Research Institute Releases Information About FishTank Workshop

July 27, 2015 — The following was released by the Gulf of Maine Research Institute:

The Gulf of Maine Research Institute will be facilitating a FishTank Workshop entitled “Taking Stock: A Workshop to Collaboratively Improve Assessments”, taking place on November 9 & 10, 2015 at the Radisson Hotel Plymouth Harbor, 180 Water Street, Plymouth, MA 02360.

Registration starts, August 1 and can be done on-line at http://www.gmri.org/fisheries-convening/fish-tank/register

A little background:

The most recent Fish Tank series (http://www.gmri.org/fisheries-convening/fish-tank/meeting-materials) brought together commercial and recreational fishermen, scientists, and policy representatives from across the region to spark productive conversations and brainstorm ideas to improve the increasingly complex stock assessment process and data streams feeding into the assessment. The goals of these sessions included:

· identifying potential data gaps in the Gulf of Maine cod stock assessment,

· formulating industry-led research questions to address data gaps through collaborative research or the use of fishery-dependent data,

· sharing ideas with NOAA Fisheries on improving communications around stock assessments.

From these meetings, it is our intent through this workshop to develop plans to take action on industry recommendations, discuss how data from research projects can be integrated into the stock assessment process, and determine best approaches to obtain funding for project ideas. We also hope to have panel sessions to showcase other initiatives in the region around improving stock assessments, as well as results from relevant collaborative research projects in the region that may inform stock assessments.