Saving Seafood

Are big ups and downs normal for forage fish?

February 16, 2017 — Forage fish stocks have undergone fluctuation swings for hundreds of years, research shows, with at least three species off the US West Coast repeatedly experiencing steep population increases followed by declines long before commercial fishing began.

The rise and fall of Pacific sardine, northern anchovy, and Pacific hake off California have been so common that the species were in collapsed condition 29 to 40 percent of the time over the 500-year period from CE 1000 to 1500, according to a new study in Geophysical Research Letters.

Using a long time series of fish scales deposited in low-oxygen, offshore sedimentary environments off Southern California, researchers described such collapses as “an intrinsic property of some forage fish populations that should be expected, just as droughts are expected in an arid climate.”

Even though they are expected, the findings still have implications for the ecosystem, and for fishermen and fishery managers, who have witnessed several booms, followed by crashes every one to two decades on average and lasting a decade or more.

Read the full story at Futurity.com

Oceana Files Legal Challenge to Northern Anchovy Catch Limit

WASHINGTON (Saving Seafood) — November 29, 2016 — Last week, environmental group Oceana filed a lawsuit alleging that a recent National Marine Fisheries Service (NMFS) specification rule allows commercial fishing for northern anchovy at levels that threaten the anchovy population and the marine ecosystem. The complaint was filed against the NMFS, Secretary of Commerce Penny Pritzker, and the National Oceanic and Atmospheric Administration (NOAA) in the District Court of Northern California.

The specification rule in question, announced October 26, 2016 under the Coastal Pelagic Species Fishery Management Plan, set an annual catch limit (ACL) of 25,000 metric tons for the central subpopulation of anchovy. In its lawsuit, Oceana claims that the NMFS did not articulate the scientific basis for this ACL, did not base the ACL and related management measures on best available science, and did not explain how it would prevent overfishing and protect the West Coast marine ecosystem’s food web.

In doing so, Oceana claims that the rule violates the Magnuson-Stevens Fishery Conservation and Management Act and the Administrative Procedure Act. The complaint claims that the northern anchovy population has severely declined since 2009, and that northern anchovy are “one of the most important forage species” in the California marine ecosystem.

“The Fisheries Service’s actions and failures to act have harmed Oceana’s members’ interest in rebuilding and maintaining a healthy and sustainable population of northern anchovy and a healthy ocean ecosystem,” said the lawsuit, which was filed by lawyers from Earthjustice on Oceana’s behalf. “This harm will continue in the absence of action by the Court.”

Read the full legal complaint as a PDF

New Program Gives Vet Foothold in Fisheries

November 22, 2016 — Barney Boyer’s first few months as a NOAA Fisheries intern have been busy. He has assisted with tracking the return of salmon and forage fish to the Elwha River estuary, surveyed Puget Sound ocean conditions, and begun studying the invasion of non-native fish in the Snohomish River.

Boyer is the first military veteran to take an internship with NOAA Fisheries through a new partnership between Washington’s The next link/button will exit from NWFSC web site Department of Veterans Affairs and The next link/button will exit from NWFSC web site Veterans Conservation Corps, NOAA Fisheries’ West Coast Region, the The next link/button will exit from NWFSC web site NOAA Restoration Center and the Northwest Fisheries Science Center (NWFSC). Boyer is based at the NWFSC’s Mukilteo Research Station, near Everett, where he is assisting with several research projects, including one that may include him as co-author of a peer-reviewed paper.

“It’s really turned out to be an amazing experience so far,” Boyer said. “Every day here is an interesting experience, and I’m learning all the time.”

Casey Rice, director of the Mukilteo Research Station until his unexpected passing earlier this year, was a key advocate of hosting veterans at Mukilteo.

“Casey wanted this to happen and his colleagues have assumed the task of moving it forward,” said John Floberg of the NOAA Restoration Center, who helped coordinate the program. “It’s Casey’s legacy that veterans are now contributing to research at Mukilteo.”

Read the full story at the Fishing Wire

Regulators Put Limits on Fish No One Wants to Eat

August 23, 2016 — Atlantic saury, pearlsides, sand lances—you’ve probably never tasted any of these fish (or heard of them). But they and other “forage” species play a vital role in our oceans—they’re food for the fish we eat. In fact, these lowly forage species are so essential to the health of marine ecosystems that some people are taking extra steps to protect them—especially as the global demand for seafood soars. Last week the Mid-Atlantic Fishery Management Council, which oversees fishing in U.S. waters from New York State to North Carolina, decided to start managing more than 50 species of forage fish.

The council’s decision is a bit unusual—after all, none of the forage fish populations are in danger of collapse, and only one of the 50-plus species is harvested on a large scale in the mid-Atlantic today. In the region, people have mostly ignored these fish because they tend to be small, low-value and not very appetizing. But the council is trying to handle its fisheries more holistically because it has realized that putting controls on a single species at a time just will not work. “There’s a move now to manage all fisheries as part of a bigger system,” says Steve Ross, a research professor at the University of North Carolina Wilmington who is one of the council’s scientific advisors. “When you manage one fish, you try to manage its whole environment—and that includes the food web.”

These small, nutrient-rich forage fish pump energy through the ecosystem in a way that no other marine animal can. They feed on the bottom of the food chain—on single-celled plankton, which larger fish cannot eat—and then they become prey for all sorts of upper-level predators like tuna, sea bass and halibut as well as seabirds and marine mammals. “I like to say that forage fish help turn sunlight into salmon,” explains Ellen Pikitch, a professor of marine biology at Stony Brook University. “They support so much of the ocean ecosystem.”

Read the full story at Scientific American

Mid-Atlantic Council Approves Amendment to Protect Unmanaged Forage Species

August 9, 2016 — The following was released by the Mid-Atlantic Fishery Management Council:

VIRGINIA BEACH, Va. — The Mid-Atlantic Fishery Management Council has approved an amendment to protect unmanaged forage species in the Mid-Atlantic. If approved by the Secretary of Commerce, the Unmanaged Forage Omnibus Amendment would prohibit the development of new and expansion of existing directed commercial fisheries on a number of unmanaged forage species in Mid-Atlantic Federal waters. The prohibition would continue until the Council has had an opportunity to assess the available scientific information for these species and consider the potential impacts to existing fisheries, fishing communities, and the marine ecosystem.

Forage fish are small, low trophic level fish that play a central role in the marine food chain. These species facilitate the transfer of energy to higher trophic levels by consuming very small prey and then being eaten by larger, predatory fish and other marine animals.

“Forage species play a vital role in maintaining the productivity and structure of marine ecosystems and are currently at risk of unregulated fisheries development in the absence of adequate science to ensure their ecological sustainability,” said the Council’s Chairman, Rick Robins. “With this action, the Mid-Atlantic Council is taking a proactive approach to conserving unmanaged forage species and the ecosystem services they provide in the Mid-Atlantic region.”

The amendment was not intended to address all unmanaged forage species in the Mid-Atlantic but rather to focus on those species that have high ecological importance and those that have high potential for the development of a large-scale targeted commercial fishery.

The Council received more than 21,000 comments during the public comment period, the majority of which focused on the list of species to be included in the amendment. Although the Council initially considered a list of more than 250 forage species, this was narrowed down to a list of 15 taxa (i.e. species, families, orders, and other taxonomic groupings) for inclusion.

After considering input from its advisory panel, Ecosystem and Ocean Planning Committee, and members of the public, the Council voted to remove false albacore due to its large size and high trophic level. These 15 taxa include more than 50 forage species, including anchovies, halfbeaks, herrings, sardines, and sand lances. The complete list is included at the bottom of this announcement.

The Council voted to designate these taxa, with the exception of chub mackerel, as ecosystem components (ECs) in all of the Council’s fishery management plans (FMPs). The amendment would establish an incidental possession limit of 1,700 pounds for all EC species combined. For chub mackerel, the Council approved temporary measures to be implemented while the Council evaluates potentially adding the species as a stock in the Atlantic Mackerel, Squid, Butterfish FMP. These measures would include an annual landings limit of 2.86 million pounds and a 40,000-pound incidental possession limit which would go into effect once this landings limit is met.

The Council also voted to require use of exempted fishing permits (EFPs) prior to allowing any new fisheries or expansion of existing fisheries for unmanaged forage species and to establish a new policy for Council review of EFP applications. The Council also agreed that, prior to allowing any new fisheries or expansion of existing fisheries, the Council would consider whether the species in question should be managed as a stock in the fishery or if other discretionary management measures should be used.

Additional information, updates, and background materials related to this amendment are available on the Unmanaged Forage Omnibus Amendment page here.

Oregon’s Forage Fish Management Plan available for public comment

June 15, 2016 — SALEM, Ore. — The Oregon Department of Fish and Wildlife is asking for public comment on the Oregon Forage Fish Management Plan, which will establish protections for forage fish through new fishing regulations, and guide resource management decisions.

Forage fish are small, schooling fish which serve as an important source of food for other fish species, birds and marine mammals. There are forage fish species that are currently tracked and managed individually, such as sardine, herring and mackerel; in some years, these species are caught in large numbers.

In contrast, the Forage Fish Management Plan applies to a grouping of forage fish species that are not currently caught in significant numbers, such as sand lance, smelt, and squid. These species are caught in commercial and recreational fisheries.

Read the full story at the Oregon Department of Fish and Wildlife

DAVE FRULLA & ANNE HAWKINS: Whither the Lenfest report?

May 20, 2016 — The following is an op-ed by Dave Frulla and Anne Hawkins, published in the June 2016 issue of National Fisherman:

In 2012, the Lenfest Ocean Program commissioned a report entitled “Little Fish, Big Impact,” regarding management of lower trophic level fisheries. Lenfest and other environmental groups followed the report’s publication with a major domestic and international media campaign. If Lenfest wanted to spark scientific debate and inquiry regarding forage fish management, it did a good job. If, however, its plan was to drive a “one- size-fits-all” solution to a complex problem, the results are far less constructive.

The report consisted of a literature review and basic computer modeling to “quantify” the value of forage fish to their predators. It concluded these fish were twice as valuable to other animals as for human nutritional, agricultural and aquaculture uses. The report thus recommended cutting forage fish catch rates between 50 and 80 percent across the board, to double the amount of forage fish left for fish, seabirds and other predators. It also recommended closures for spawning and around seabirds that rely on forage fish, and instructed no additional forage fish fisheries be authorized.

At release, the Lenfest report was received relatively uncritically, despite its far-reaching conclusions and recommendations. Since then, globally preeminent fishery scientists, including some of the Lenfest report’s own authors, have begun to examine the report’s assumptions and conclusions. Despite the report’s confident tone, there is no consensus on whether special management measures will provide any benefit to forage stocks.

Criticism of the Lenfest report can be divided into two main categories: its application to specific forage species, and its general methodology. Regarding application to specific species, it is important first to highlight there is no common definition of “forage fish.” It is, rather, a loosely formed concept, given how many marine organisms (and not just finfish) can be labeled important prey species for a given ecosystem or even for just one species.

Further, not all low trophic species fit the Lenfest report’s biological archetype. For instance, in April 2015, the Atlantic States Marine Fisheries Commission’s Biological Ecological Reference Points Workgroup presented a Memorandum to the Commission’s Menhaden Management Board stating that, “Ultimately, the BERP WG does not feel that the management actions recommended in [the Lenfest report]… are appropriate for Atlantic menhaden specific management,” in part because menhaden do not exhibit the stock-recruit relationship assumed in the Lenfest paradigm. (That is, menhaden recruitment is driven by environmental factors, rather than spawning stock size.)

As to methodology, the Lenfest report largely drew conclusions from ecosystem models that were not designed to evaluate management strategy impacts on low trophic level fisheries. The Lenfest report admits this shortcoming. Indeed, after its publication, Lenfest report authors Tim Essington and Eva Plaganyi co-authored their own follow-up paper showing that among the most common features absent from most of these ecosystem models were natural variability of forage fish stocks, important aspects of spatial structure, and the extent of overlap in size of predator and prey stocks. Regarding the last factor, a predator may eat smaller-sized year classes of prey fish than a fishery targets. Accordingly, humans and the predator fish aren’t competing; the forage species ran the predation gauntlet before being subject to fishing. Overall, Essington and Plaganyi concluded that “most of [the existing] models were not developed to specifically address questions about forage fish fisheries and the evaluation of fishing management.” Model suitability is but one element of the post-Lenfest report work on the scientific agenda for further consideration.

The ultimate question is whether the public, press and fisheries managers will pay attention as fisheries scientists pursue the important questions the Lenfest report raised, but did not resolve. The situation is reminiscent of the debate that occurred following publication by Dr. Boris Worm and other scientists of a 2006 report in Science suggesting all fisheries could collapse by 2048. That report received the same sort of PR roll-out as the Lenfest forage fish report. (We understand Dr. Worm’s work also received Pew Charitable Trusts/Lenfest funding.)

In 2009, Drs. Worm, Ray Hilborn (not a co-author of the initial report), and 19 other scientists collaborated on a subsequent report in Science concluding that existing fishery management tools were reversing the claimed global trend of depletion for individual stocks, and the situation was not so dire as Dr. Worm originally forecast. To this day, though, Dr. Worm’s original report is presented in press and policy debates without mention of his even more significant subsequent collaborative work. We hope the Lenfest report on forage fish management represents one early element — but not the final word — in consideration of the important topic it addresses.

Read the op-ed at National Fisherman

Public Hearings on Forage Species

May 11, 2016 — The Mid-Atlantic Fishery Management Council (Council) is soliciting public input on a draft amendment to address management and conservation of Unmanaged Forage Species in the Mid-Atlantic.

The goal of the amendment is to prohibit the development of new, and expansion of existing directed commercial fisheries on unmanaged forage species in Mid-Atlantic Federal waters until Council has had an adequate opportunity to assess the related scientific information and consider potential impacts to existing fisheries, fishing communities, and the marine ecosystem.

According to the executive summary of the Unmanaged Forage Omnibus Amendment released by the Council, forage species are defined as small, low to mid trophic (position occupied in a food chain) level species which are subject to extensive predation throughout their lifespan and which serve as important conduits of energy from low to high trophic levels. Forage species play an important role in sustaining the productivity and structure of marine ecosystems by linking low trophic level species such as phytoplankton and zooplankton to higher trophic level species, including predatory species sought after by many commercial and recreational fisheries.

Read the full story at The Fisherman

Fisheries scientists to address flaws in past forage fish research

WASHINGTON (Saving Seafood) – May 2, 2016 – Dr. Ray Hilborn, a marine biologist and fisheries scientist at the University of Washington, has launched a new initiative aimed at addressing key issues surrounding forage fish science and the impacts of forage fishing on predator species. Dr. Hilborn’s Forage Fish Project is one of several scientific efforts occurring in the next few months to expand the existing body of scientific research on forage fish.

Comprised of 14 renowned fisheries scientists from around the globe, the Forage Fish Project held its inaugural conference last month in Hobart, Australia, where it identified shortcomings in the existing forage fish research. Specifically, it found several issues with work produced by the Lenfest Forage Fish Task Force, whose April 2012 report, “Little Fish, Big Impact,” concluded forage fish are vulnerable to overfishing, among other findings.

The Forage Fish Project, which includes two members of the Lenfest Task Force, began work to address these flaws, with the goal of producing an accompanying study later this year.

In Hobart, Project members found that most of the models used in previous forage fish studies, like the Lenfest Task Force report, left out factors such as the natural variability of forage fish stocks, and the extent of size overlap between fisheries and predators. The group also found multiple indications that the Lenfest study greatly overstated the negative impact of forage fishing on predator species.

“Most [food web] models were not built with the explicit intention of evaluating forage fish fisheries, so unsurprisingly many models did not include features of forage fish population biology or food web structure that are relevant for evaluating all fishery impacts,” according to minutes from the Hobart meeting.

Two upcoming fishery management workshops will also evaluate forage species on the East and West Coasts of the U.S., the first organized by the Southwest Fisheries Science Center and the Pacific Fishery Management Council. The workshop, which will be held in La Jolla, Calif., from May 2-5, will focus on how to improve stock assessment methods for northern anchovy and other coastal pelagic species. Attendees will evaluate model-based assessment approaches based on routinely assessed pelagic species from around the world, consider non-assessment approaches to estimate fish stocks, and develop recommendations for how the SWFSC should evaluate coastal pelagic fish stocks in the future.

A similar forage fish workshop will be held May 16-17 in Portland, Maine. This workshop will focus on Atlantic herring, with the goal of establishing a rule to specify its acceptable biological catch (ABC), the recommended catch level for any given fish species. An effective ABC rule will consider the role of Atlantic herring in the ecosystem, stabilize the fishery at a level that will achieve optimum yield, and address localized depletion in inshore waters.

Ultimately, these various forage fish workshops and projects are striving to use the best available science to update previous research and determine sound management practices for forage species.

Read the full minutes from the Forage Fish Project conference in Hobart, Australia

Learn more about the upcoming coastal pelagic species workshop in La Jolla, Calif.

Learn more about the upcoming Atlantic herring workshop in Portland, Maine

Federal regulators: Don’t even think about fishing for these forage species

April 7, 2016 — No one’s fishing in large numbers for lanternfish, bristlemouth, pelagic squid or a handful of other forage-fish species targeted for protection in California by federal regulators this week.

And no one will be fishing for them anytime soon, under the new rule, which has been the subject of debate among fishers and environmentalists for more than five years. It aims to proactively protect the Pacific Ocean ecosystem by banning commercial fishing of round and thread herring, Pacific saury and sand lance, and certain smelts across the West Coast that are preferred meals of predators commonly fished here.

“The fishery management council wasn’t interested in being surprised by a potential new fishery,” said Yvonne deReynier, a NOAA spokeswoman. “Because of this rule, now people can’t just decide they want to go fishing without checking in and getting permission from fishery management. This is a big-picture concern of our council. The council wants to ensure there are going to be enough prey for mid- and higher-level trophic species that feed on these.”

Before the rule was finalized Monday, new forage-fish commercial fisheries could start relatively easily. Now they can’t begin without extensive study, regulation and permission by the Pacific Fishery Management Council to ensure they’re not overfished or otherwise harmed.

Read the full story at The Long Beach Press-Telegram