Saving Seafood

ALABAMA: With federal snapper season set at 9 days, state announces 66 day season for state waters

April 28, 2016 — In response to an announcement today that the federal red snapper season for recreational anglers will be nine days long, state officials said that Alabama would set a 66 day state season, from May 27 through July 31.

However, during the longer Alabama season, anglers will only be allowed to fish in state waters, which stretch nine miles from shore, while during the federal season the entire Gulf is open.

Confounding matters further is the federal charter boat season, for boats taking paying customers. That season lasts 46 days, from June 1 through July 17. Charter boats are not allowed to fish during the longer state season.

U.S. Rep. Bradley Byrne’s office shared a notice from the National Oceanic and Atmospheric Administration announcing the new federal season.

“A nine day Red Snapper season is a disgrace for Alabama’s fishermen. This type of ‘derby-style’ season poses serious challenges and puts the safety of our fishermen at risk,” said Congressman Bradley Byrne (R-AL). “There are plenty of Red Snapper in the Gulf, but the federal government continues to do a terrible job of counting the number of fish, as well as the number caught each year. The House has passed reform legislation that would give us a real season again, and it is past time for the Senate to act and bring real relief to our fishermen.”

Read the full story at Alabama.com

NOAA Announces Modifications to Gag, Black Grouper Regs in Gulf of Mexico

April 27, 2016 — NOAA Fisheries Announces Modifications to Gag and Black Grouper Recreational Management Measures in the Gulf of Mexico

Small Entity Compliance Guide

NOAA Fisheries has published a final rule changing gag and black grouper recreational management measures in the Gulf of Mexico. These changes include:

  • An increase in the gag recreational minimum size limit from 22 inches total length to 24 inches total length.
  • An increase in the black grouper recreational minimum size limit from 22 inches total length to 24 inches total length.
  • A lengthening of the gag recreational fishing season from July 1 – December 2, to June 1 – December 31.

Need for Action:
The Gulf of Mexico Fishery Management Council has chosen to increase the recreational minimum size limits for gag and black grouper from 22 inches total length to 24 inches total length. This increase is expected to provide more opportunity for gag and black grouper to mature before entering the fishery, and creates consistent recreational size regulations with those developed by the South Atlantic Fishery Management Council and State of Florida for gag and black grouper.

Read the full story at The Fishing Wire

How will Fish in the Northeast Respond to Climate Change?

April 27, 2016 — A new study, published by the journal PLOS ONE found 82 species of marine fish and invertebrates in the northwest Atlantic (or the northeast US) to be vulnerable to climate change (A write up of the study by the New York Times can be found here). These 82 species encompass every commercially managed fishery in the region as well as a few popular recreational species and endangered species.

Not all species were predicted to experience negative effects from climate change – only about half were likely to be negatively affected. 20 percent will be positively affected by climate change and the rest will be neutral, said Jon Hare, NOAA oceanographer and lead author of the paper. However a majority of the species studied did show a high potential for a change in habitat distribution, which could create significant management challenges

“Peter Baker, director of Northeast U.S. oceans for the Pew Charitable Trusts, said the report should be a motivator for fishing managers to protect more ocean habitat and preserve marine species.”

Comment by Doug S. Butterworth, Marine Resource Assessment and Management Group, University of Cape Town

In this paper, Hare et al. report the results of the application of Vulnerability Assessment methodology to assess the extent to which abundance or productivity of species on the Northeast US Continental Shelf may alter in response to climate change. More particularly, they consider, inter alia, directional effects (whether negative, neutral or positive) and potential for changes in distribution. The determinations are based on expert opinions which lead the authors to draw firm conclusions, e.g. that climate change is expected to negatively affect about half the species they consider.

The environmental conditions associated with the habitat preferences of different species may be determined from empirical studies for which considerable data are available. Hence there is a clear basis in data and analyses to formulate the opinions that have been consolidated in this report.

What is much less clear, however, is what bases could defensibly have been used by experts to comment on directional effects for abundance and particularly productivity under projected changes in environmental variables under climate change. The productivity, and consequently to a large extent, the abundance, of a population of a fish or invertebrate species is driven by the (typically) annual recruitments to that population. The inferences drawn by these experts must consequently have been based on knowledge of how environmental variables affect such recruitment.

Yet the difficulties of reliably establishing such relationships are well known in fisheries assessment science. The classic article on this topic by Ram Myers (When do environment-recruitment correlations work?) pointed to the failure of almost all such relationships that had been proposed when tested with new data.

This then begs the questions of what bases the experts contributing inferences concerning directional effects to the Hare et al. study used for their determinations and how reliable those inferences might be. If they are reliable, why are they generally not being used in the fisheries assessments from which advice on catch limits is formulated?

I agree with Hare et al. when they argue that the expert opinions they collated “can guide future monitoring, research, and monitoring studies.” However, they go further to state that their results can be used by managers to “guide management actions” (they provide examples of species for which they suggest decreasing fishing mortality). Should they not first meet the burden of justifying the bases on which the experts who contributed to their study drew their inferences about directional effects, and also explain the associated implications for the reliability of knowledge about fishery recruitment-environmental variable relationships?

Read the original post at CFOOD

NOAA Fisheries Announces Final Measures for 2016-18 Mackerel, Squid, Butterfish Fisheries

April 26, 2016 — The following was released by NOAA:

NOAA Fisheries announces the 2016-18 management measures for the Atlantic mackerel, squid, and butterfish fisheries.

Atlantic Mackerel Fishery

As of May 26, we are decreasing the Atlantic mackerel commericial quota to 9,177 mt  and the recreational quota to 614 mt because catches have remained low since 2011,and the last stock assessment for mackerel was in 2010. Without a new stock assessment the Council’s Scientific and Statistical Committee decided to base the 2016-18 Acceptable Biological Catch on 50% of the long-term median catch.

To keep the catch cap on river herring and shad in the mackerel fishery proportional with the quota, we are reducing it from 89 mt to 82 mt.

Squid and Butterfish Management Controls

This action requires longfin squid and butterfish moratorium permit holders to use 3-inch mesh when possessing more than 5,000 lbs, up from 2,500 lbs, and clarifies that 5-inch (square or diamond) or greater strengtheners may be used outside the 3-inch mesh to avoid breaking nets during large hauls. These measures go into effect on May 26.

As of April 26, vessels with a longfin squid and butterfish moratorium permit are no longer required to call into the Pre-Trip Notification System (PTNS).

For more information on these management measures, read the final rule as filed in the Federal Register today and the fishery bulletin pdf posted on our website.

US fisheries continue to rebuild thanks to NOAA’s management process

April 25, 2016 — As a result of the combined efforts of NOAA Fisheries, the regional fishery management councils, and other stakeholders, in 2015 two stocks were rebuilt and the number of stocks listed as subject to overfishing or overfished remains near an all-time low.

“On the 40th anniversary of the Magnuson-Stevens Act (MSA), we recognize that our dynamic, science-based management process is proving to be successful at ending overfishing and rebuilding stocks, helping us realize significant benefits to the economy,” NOAA Fisheries stated in its annual report.

NOAA pointed out that based on the assessments carried out at the end of 2015, the findings are the following:

  • 28 stocks were on the overfishing list, from which some were removed, such as hogfish (Eastern Gulf of Mexico Puerto Rico Scups & Porgies Complex Puerto Rico Wrasses Complex), thorny skate (Gulf of Maine), winter skate (Georges Bank/ Southern New England), windowpane (Gulf of Maine/Georges Bank), greater amberjack (Gulf of Mexico), gray triggerfish (Gulf of Mexico). Others were added, such as hogfish (Southeast Florida), chinook salmon (Columbia River Basin: Upper River Summer), chinook salmon (Washington Coast: Willapa Bay Fall Natural), chinook salmon (Washington Coast: Grays Harbor Fall), coho salmon (Washington Coast: Hoh), swordfish (Eastern Pacific ), summer flounder, yellowtail flounder (Southern New England/Mid-Atlantic Winter), flounder (Georges Bank) and bigeye tuna (Atlantic).
  • 38 stocks were on the overfished list, from which blueline tilefish (South Atlantic) and canary rockfish (Pacific Coast) while others were removed as is the case of hogfifish (Southeast Florida), yellowtail flounder (Southern New England/Mid-Atlantic Winter) and flounder (Georges Bank).
  • 39 stocks have been rebuilt since 2000, including canary rockfish (Pacific Coast) and petrale sole (Pacific Coast).

Read the full story at FIS

Monitoring The Catch Aboard Groundfishing Vessels

April 22, 2016 — While the feds used to pay for [at-sea] monitors, as of March 1st, fishermen have had to start footing the roughly $700-per-day cost.

John Bullard is Regional Administrator for NOAA’s Greater Atlantic Regional Fishery Office in Gloucester. His agency uses input from fishermen and scientists to set quotas and other regulations for the industry.

“It’s not that we wanted the industry to pay,” Bullard said. “We understand the hardship that the groundfish industry is under, believe me.”

Bullard explained that NOAA covered the costs of at-sea monitors for as long as it could. But that money is now gone. And he said the industry has had plenty of warning.

“We’ve been saying to industry, ‘You guys are gonna have to pay for this…not because we want you to, but because the money’s gonna run out.’ So this hasn’t been a sudden thing,” said Bullard.

Most groundfishermen now must scramble to come up with ways to pay for at-sea monitors. Meanwhile, others are trying another option: electronic monitoring with video cameras.

Read and listen to the full story at WCAI

Feds continue to discuss potential new regulations for turtle excluder devices

April 22, 2016 — The federal government is considering new requirements and regulations for turtle excluder devices to reduce sea turtle bycatch in shrimp fisheries.

Michael Barnett, a fisheries biologist with the National Oceanic and Atmospheric Administration’s National Marine Fisheries Service, said it has been documented that there are an abundance of turtles in the Gulf of Mexico in the same areas and at the same times that skimmer trawl fisheries operate.

Through the use of TEDs and protecting nesting sites, turtle populations have had a “dramatic increase,” Barnett said. However, with a number of catches being seen in skimmer trawls, it is necessary for NOAA to look into rules regarding bycatch in skimmers.

Notably from the data already collecting, Barnett said, is that the turtles being seen in the bycatch were small, young turtles that could have passed through the 4-inch bar spacing of standard TEDs.

Read the full story at Houma Today

10 fish stocks added to NOAA’s overfishing list in US

April 22, 2016 — Three stocks of Chinook salmon, one of Coho salmon and two flounder stocks have been added to the overfishing list produced by the National Oceanic and Atmospheric Administration (NOAA), the organization that regulates U.S. fishing reported in its 2015 Report to Congress on the Status of U.S. Fisheries.

Still, the number of fish stocks in U.S. waters subject to overfishing is near an all-time low, according to Alan Risenhoover, director of NOAA Fisheries’ Office of Sustainable Fisheries.

“The partnerships forged over past 40 years under the Magnuson-Stevens Act have resulted in the number of overfished stocks remaining near all-time lows and additional stocks are rebuilding,” Risenhoover said. “Through its stakeholder-driven process, the U.S. will continue to be a global leader in managing its stocks sustainably.”

Read the full story at Seafood Source

CONNECTICUT: Murphy secures more federal funds for Milford fisheries lab

April 22, 2016 — MILFORD, Conn. — U.S. Sen. Chris Murphy said that a subcommittee’s appropriations bill approved Thursday includes more than $20 million in federal funds for Long Island Sound programs, and $200 million for the National Oceanic and Atmospheric Administration, which has a research lab in Milford.

Murphy is a member of the appropriations subcommittee of the U.S. Senate committee on Commerce, Science, Justice, and Related Agencies. The funding, in the fiscal year that begins Oct. 1, “would support critical aquaculture research and improve regulatory permitting that supports over 700 local jobs and helps to improve the health of Long Island Sound,” Murphy said.

The Milford Lab is one of just two NOAA labs nationwide supporting aquaculture research, he said. The subcommittee bill “includes language addressing concerns around staffing changes and funding cuts at Milford Lab,” Murphy said in a prepared statement.

Read the full story at the Stamford Advocate

U.S. fisheries continue to rebuild; number of overfished stocks remains near all-time low

April 22, 2016 — The following was released by NOAA:

Total number of rebuilt U.S. marine fish stocks since 2000 rises to 39

The number of domestic fish stocks listed as overfished or subject to overfishing remain near all-time lows, according to the 2015 Status of U.S. Fisheries report to Congress.

The 2015 report highlights the United States’ continued progress towards managing fish stocks sustainably. This is a result of the combined efforts of NOAA Fisheries, commercial and recreational fishermen, the regional fishery management councils, states, and other partners.

“It’s fitting that this report aligns with the 40th anniversary of the Magnuson-Stevens Act,” said Eileen Sobeck, assistant NOAA administrator for fisheries. “Magnuson-Stevens provided the dynamic, science-based management process that is proving successful year after year at keeping U.S. fisheries among the world’s most sustainable and resilient. This year’s report highlights the act’s continued success.”

In 2015, eight stocks came off the overfishing list:

  • greater amberjack in the Gulf of Mexico
  • gray triggerfish in the Gulf of Mexico;
  • hogfish in the Eastern Gulf of Mexico;
  • thorny skate in the Gulf of Maine;
  • winter skate in Georges Bank/Southern New England;
  • windowpane flounder in the Gulf of Maine/Georges Bank;
  • Puerto Rico scups and porgies complex (similar species that occur in the same area)
  • Puerto Rico wrasses complex.

In addition, two stocks are no longer listed as overfished—blueline tilefish in the South Atlantic and canary rockfish along the Pacific Coast.

A stock is on the overfishing list when the annual catch rate is too high. A stock is on the overfished listwhen the population size of a stock is too low, whether because of fishing or other causes, such as environmental changes.

The report also found that two fish stocks—canary rockfish and petrale sole, both on the Pacific Coast—were rebuilt to target levels in 2015. That brings the total number of rebuilt U.S. marine fish stocks to 39 since 2000.

“This rebuilding success demonstrates the importance of the scientific monitoring and responsive management approach Congress built in to the Magnuson-Stevens Act,” said Sobeck. “It also shows that managing fisheries to sustainable levels in an ever-changing environment is an ongoing process of science informing management.”

See the release at NOAA