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MAINE: American Aquafarms buys shuttered Gouldsboro seafood processing plant

May 3, 2022 — American Aquafarms has purchased a former sardine cannery in Gouldsboro, indicating the company will likely continue to pursue a salmon farm in Frenchman Bay after being dealt a major permitting setback last month.

The sale of the Maine Fair Trade Lobster plant from East Coast Seafood to American Aquafarms closed Friday, according to East Coast Seafood CEO Bob Blais. American Aquafarms has said that it plans to use the 11-acre property in the village of Prospect Harbor for a hatchery and processing facility.

Thomas Brennan, American Aquafarms director of project development, did not immediately respond to a request for comment Monday. On Friday, he said knew the company was heading in the direction of a sale, but didn’t have a firm closing date.

“It’s going to happen,” Brennan said. “It’s just a question of when.”

Read the full story at the Bangor Daily News

Climate change could significantly impact commercial fishing, Rutgers study says

April 18, 2022 — Fish such as cod, anchovy and sardines could decline in the future as climate change forces marine species to find survivable ocean temperatures and disrupts predator-prey relationships, according to a new Rutgers University study. The authors say this could have implications for the fishing industry.

Marine species require certain temperatures to survive and reproduce, and they also need to eat. Rutgers researchers evaluated the relationship between survivable ocean temperatures and species’ need to find prey.

They found that climate change could dramatically reshuffle marine food webs (how one species feeds on another), and that predator-prey interactions could prevent marine species from keeping up with the temperatures they need to flourish. The result is fewer productive species that can then be caught by fisheries, and feed the world.

“Marine life, in many ways, is at the frontlines of experiencing the effects of climate change — they’re moving to new locations much faster than species on land, for example,” said study author Malin Pinsky, an associate professor of ecology, evolution, and natural resources at Rutgers.

Read the full story at WHYY

NOAA report highlights 2021 climate, weather, ocean research

March 29, 2022 — Launching the first ever national rip current forecast model, creating high-resolution sea ice information to improve navigation, and using artificial intelligence to process marine mammal calls: These are just a few of NOAA’s many notable scientific accomplishments from the past year. The newly released 2021 NOAA Science Report includes more than 60 stories that represent a selection of NOAA’s 2021 research and development accomplishments across the range of NOAA’s mission. Some of NOAA’s biggest science accomplishments from 2021 include the following 4 stories:

1. Looking at how climate change could impact West Coast fisheries

The “Future Seas” project is a collaborative effort that uses models to explore potential impacts of climate change on West Coast fisheries and evaluate strategies for managing those impacts. This year, the team of scientists completed detailed projections of West Coast ocean conditions out to the year 2100 and used them to project potential climate-driven changes in the distributions and landings of Pacific sardine and albacore tuna in the California Current System, an ocean current that moves southward along the West Coast of North America. Thanks to the Future Seas project, scientists can now provide  information and advice on climate resilience to West Coast fishing communities, which helps them better prepare for the effects of climate change.

Read the full story from NOAA

California Current Fish Surveys Resume with 3-Month Assessment of Sardine, Anchovy, and Mackerel

July 30, 2021 — The following was released by NOAA Fisheries:

NOAA Fisheries has begun an ambitious assessment of small pelagic fish reaching from the Canadian border to the southern tip of the Baja Peninsula, in cooperation with Mexico, which will help determine how many fish can be caught off the West Coast.

The COVID-19 pandemic had idled surveys for sardine, anchovy, and other species of small coastal pelagic species (CPS) off the West Coast since 2019. Small pelagic species are important ecologically and provide food for larger fish, such as tunas. The new assessment resumes regular CPS  surveys by collecting data from NOAA Ship Reuben Lasker, commercial fishing vessels equipped with acoustic technology, and autonomous Saildrones.

The Lasker left San Diego on July 6, becoming the centerpiece of the 3-month survey. It will cover thousands of miles in U.S., and Mexican waters. NOAA Fisheries scientists are coordinating efforts with federal fisheries agencies in Mexico and Canada, providing a science foundation for future decisions on fishing levels and seasons.

“Organizing and coordinating this survey was a tremendous feat of collaboration,” said Kristen Koch, Director of the Southwest Fisheries Science Center in La Jolla, which is leading the survey. “Collecting data across all three countries will provide a valuable foundation for management of these important transboundary species.”

The Lasker will survey coastal pelagic fish along transects in the California Current, quantifying the fish with echosounders. These instruments include an advanced new model that can for the first time also measure the velocities of fish as they swim relative to the ship. The measurements will help to understand whether and how fish respond to survey vessels and if those reactions affect the quality of data on the numbers and distributions of fish.

Read the full release here

Chicken of the Sea giving away USD 10,000 in post-COVID “reunion grants”

July 28, 2021 — Chicken of the Sea is encouraging vaccinated Americans to gather together for family occasions with a new promotion.

Consumers can enter to win one of twenty USD 500 (EUR 423) “Reunion Grants” – a total of USD 10,000 (EUR 8,500) – to ensure their outdoor gatherings “are the most memorable yet for family and friends,” Chicken of the Sea said in a press release.

Read the full story at Seafood Source

California Current Fish Surveys Resume with 3-Month Assessment of Sardine, Anchovy, and Mackerel

July 22, 2021 — The following was released by NOAA Fisheries:

NOAA Fisheries has begun an ambitious assessment of small pelagic fish reaching from the Canadian border to the southern tip of the Baja Peninsula, in cooperation with Mexico, which will help determine how many fish can be caught off the West Coast.

The COVID-19 pandemic had idled surveys for sardine, anchovy, and other species of small coastal pelagic species (CPS) off the West Coast since 2019. Small pelagic species are important ecologically and provide food for larger fish, such as tunas. The new assessment resumes regular CPS  surveys by collecting data from NOAA Ship Reuben Lasker, commercial fishing vessels equipped with acoustic technology, and autonomous Saildrones.

The Lasker left San Diego on July 6, becoming the centerpiece of the 3-month survey. It will cover thousands of miles in U.S., and Mexican waters. NOAA Fisheries scientists are coordinating efforts with federal fisheries agencies in Mexico and Canada, providing a science foundation for future decisions on fishing levels and seasons.

“Organizing and coordinating this survey was a tremendous feat of collaboration,” said Kristen Koch, Director of the Southwest Fisheries Science Center in La Jolla, which is leading the survey. “Collecting data across all three countries will provide a valuable foundation for management of these important transboundary species.”

The Lasker will survey coastal pelagic fish along transects in the California Current, quantifying the fish with echosounders. These instruments include an advanced new model that can for the first time also measure the velocities of fish as they swim relative to the ship. The measurements will help to understand whether and how fish respond to survey vessels and if those reactions affect the quality of data on the numbers and distributions of fish.

Read the full release here

Oceana sues NMFS over California sardine management

July 20, 2021 — Alleging that West Coast fisheries managers are repeating mistakes of the past half-century, the environmental group Oceana is suing NMFS over its approval of the latest sardine management plan and demanding more action to rebuild the stock.

“Despite these hard lessons, NMFS repeats these management failures in Amendment 18,” states the group’s complaint, filed by the legal group Earthjustice July 14 in the U.S. District Court for northern California, naming Commerce Secretary Gina Raimondo, NOAA and the fisheries agency.

Oceana says NMFS should not have approved the Pacific Fishery Management Council’s amendment to the coastal pelagic species management plan, allowing managers to “chose a suite of already disproven, status quo management measures that will keep this population at levels too low to support either the ecosystem or the primary fishery that relies on sardine for half a century or more.”

Managers recognize that the sardine stock size is primarily driven by environmental factors, and that there is inadequacy of surveys used in assessments, said Diane Pleschner-Steele, executive director of the California Wetfish Producers Association.

“Oceana just refuses to acknowledge the reality,” said Pleschner-Steele. “We’ve been arguing for years that the surveys don’t capture the (accurate number) of fish.”

The accusation of “status quo is misrepresenting management,” said Pleschner-Steele. The council and NMFS need flexibility to improve surveys and assessments, monitor environmental factors and consider the fishing community needs with “the only reasonable rebuilding plan,” she said.

Read the full story at National Fisherman

2021-2022 Annual Specifications and Management Measures for Pacific Sardine

July 15, 2021 — The following was released by NOAA Fisheries:

NOAA Fisheries has implemented annual harvest specifications and management measures for the northern subpopulation of Pacific sardine (hereafter, Pacific sardine), for the fishing year from July 1, 2021, through June 30, 2022. The rule prohibits most directed commercial fishing for Pacific sardine off the coasts of Washington, Oregon, and California.

Pacific sardine harvest are allowed only in the live bait fishery, minor directed fisheries, as incidental catch in other fisheries, or as authorized under exempted fishing permits. The incidental harvest of Pacific sardine is limited to 20 percent by weight of all fish per trip when caught with other stocks managed under the Coastal Pelagic Species Fishery Management Plan or up to 2 metric tons per trip when caught with non-Coastal Pelagic Species stocks. The annual catch limit for the 2021-2022 Pacific sardine fishing year is 3,329 metric tons.

This rule is intended to conserve and manage the Pacific sardine stock off the U.S. West Coast.

Read the full release here

Impacts of fishing forage fish on the fish that feed on forage fish

June 7, 2021 — Small pelagic fish that school in open water—think sardines or anchovies, are eaten by all kinds of predators. Seabirds, marine mammals, and bigger fish feed on these small pelagics giving them the moniker “forage fish.”

Forage fish support several fisheries, particularly “reduction fisheries,” where fish are caught and reduced into fishmeal and fish oil for livestock and aquaculture. The anchoveta fishery off the coast of South America is the largest in the world, and nearly all catch is reduced. From a food production perspective, reduction fisheries turn fish that humans don’t like to eat into other kinds of meat that humans do. That isn’t to say forage fish aren’t fished for human consumption—they are and have one of the lowest carbon footprints of any food, but the majority of catch is reduced. Eat more anchovies and sardines, people!

However, forage fish also play a foundational role in many ocean ecosystems. They buoy the diets of marine birds and mammals like whales, puffins, albatross, and other vulnerable species while also indirectly supporting valuable fisheries, e.g., salmon and tuna feed on forage fish. Their role in the food chain has led to some calls to limit forage fish fisheries to boost the populations of their higher-value predators. This makes intuitive sense, but new research out this week by Free et al. shows it’s more complicated than simply “more prey, more predators.”

In 2012, a prominent forage fish paper was published that advised a highly precautionary approach to commercial fishing of forage fish. They suggested that to be as conservative as possible, even fisheries currently considered well-managed should be reduced by 50% to enhance and maintain predator populations. It kicked off a decade of forage fish population modeling and scientific discussion. The major criticism of the 2012 paper was that the ecosystem model used in the paper assumed that commercial fishing had an outsized impact on forage fish populations and did not account for ocean conditions. However, forage fish populations are highly sensitive to environmental conditions. For example, long before humans were fishing them, the Pacific Sardine went through periods of significant population boom and bust. This environmental sensitivity complicates the understanding of fishing impact, especially because the predators eat far more forage fish than are taken via fishing. Surly overfishing is bad, but would further reducing fishing below sustainable levels benefit the broader ecosystem?

Scientists did more research. In 2017, a paper by Hilborn et al. showed little correlation between forage fish populations and their predators. The authors argued that if forage fish have natural boom and bust cycles, their predators should have the resilience to find other kinds of prey in times of bust (and indeed, most marine predators that forage on small pelagic fish have a broad diet and are highly mobile). Hilborn et al. challenged the 2012 paper’s recommendations for a highly precautionary approach to forage fish fisheries. However, it was still a relatively simple analysis—the authors used population data to show correlations (or the lack thereof) between the abundance of forage fish and changes in their predator populations. They found that just 5 of the 50 predators examined in that study showed a positive correlation to forage fish population.

The 2017 paper showed correlation but not causality—the paper published this week gets closer to causality by controlling for possible confounding factors, namely by using a predator dynamics model that accounted for forage fish boom and bust cycles. This hadn’t been in previous models. Further, the 2017 paper only looked at U.S. ecosystems; this paper included ecosystems in Europe, South Africa, and the Humboldt Current off South America, giving a more global view of forage fish ecosystem dynamics.

Read the full story at Sustainable Fisheries UW

Scientists Record 4 Collapses in Sardine Population in the Gulf of California

May 10, 2021 — In the last 30 years, overfishing and alterations caused by Climate Change decimated the number of individuals and their fishing fell from 300 thousand tons per year to only 10 thousand

Sardine capture in the Gulf of California has fallen from 300,000 tons per year to just 10,000 tons per year, in four different cycles since 1991. An international scientific study published last Tuesday in the Canadian Journal of Fisheries and Aquatic Sciences concluded that radical population declines in sardines, called collapses, are caused by the combination of overfishing and alterations caused by climate change.

Read the full story at Seafood News

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