Saving Seafood

NOAA FISHERIES: Now Accepting Entries for the 2021 Marine Endangered Species Art Contest

February 9, 2021 — The following was released by NOAA Fisheries:

Contest for Kids K-12: Entries Due Friday, April 23

Teachers: Celebrate Endangered Species Day (May 21) by having your classroom participate in the 2021 Marine Endangered Species Art Contest!

Endangered and threatened species need our help. Students’ artwork will showcase their knowledge and commitment to protecting these animals. We invite Massachusetts schools as well as schools from anywhere in the U.S. and beyond to submit entries.

Artwork should highlight one or more marine endangered or threatened species from the New England/Mid-Atlantic region. Text highlighting why the animals are important and what people can do to protect them may also be included. Younger students, in grades K-2, who may not understand the threats to endangered species (i.e., pollution, fishing, etc.) are encouraged to portray the animals in their natural habitat instead.

Get the details on entry requirements, entry submissions, prizes, and more.

Questions?

Contact Edith Carson-Supino, Regional Office, 978-282-8490

NOAA Celebrates 10 years of Integrated Ecosystem Assessments

February 8, 2021 — The following was released by NOAA Fisheries:

NOAA is celebrating 10 years of implementing Integrated Ecosystem Assessments—a science and management effort to integrate all components of an ecosystem, including human needs and activities, into the decision-making process. We have published a special issue of the Coastal Management Journal, titled “Ten years of NOAA Integrated Ecosystem Assessment.” It is comprised of seven papers that highlight how, over the past 10 years, scientists have used the IEA approach to build:

  1. Relationships with other scientists from different disciplines, stakeholders, and managers
  2. A community of practice and share lessons learned
  3. An improved process to integrate social, economic, ecological, and physical components of the ecosystem together

This approach is a key part of NOAA’s ecosystem science enterprise. The introduction of the special issue provides a detailed description of each step of the approach.

The IEA approach is executed by scientists across the globe. Our IEA program is a NOAA-wide initiative that oversees the direction and execution of IEAs within U.S. ocean and coastal ecosystems. The program currently has five active regional programs:

  1. California Current
  2. West Hawai‘i
  3. Alaska
  4. Northeast
  5. Gulf of Mexico

Each region executes the IEA approach in different ways depending on the regional issues and needs. One of the many benefits of the IEA approach is its flexibility to meet the goals of the people and ecosystems involved as the environment and human activities change.

Read the full release here

Northeast scup: With abundant biomass, fishermen look to expand market post-pandemic

February 8, 2021 — Commercial scup, or porgy, landings peaked in 1981 at 21.73 million pounds but dipped to 2.66 million pounds by 2000. In recent years, commercial fishermen have not landed the commercial quota, and there have been industry-wide efforts focused on closing the gap.

The commercial fishery is year-round, and mostly in federal waters during the winter and state waters during the summer. A coastwide commercial quota is allocated between three quota periods: winter I, summer and winter II. Total ex-vessel value in 2018 was $9.70 million, resulting in an average price per pound of $0.73. NOAA data shows landings from October to the end of December 2020 are below last year’s landings.

Despite being highly abundant, and not considered overfished, the industry has grappled with achieving a harvest of the full quota every year, in part because commercial fishermen often do not fish for scup when the dock price is depressed. If market demand were increased, prices and opportunities for fleets to harvest the fish would follow. 

Dave Aripotch, a commercial scup commercial fisherman in Montauk, N.Y., says 2020 was decent, but that he pulled in less volume than previous years.

“A lot of times with scup, if you catch them, you catch a lot of them. This year, there were a lot of small and mediums around, and this means the market gets plugged even for jumbo.”

Read the full story at National Fisherman

Protecting Coastal Blue Carbon through Habitat Conservation

February 8, 2021 — The following was released by NOAA Fisheries:

Coastal habitats like salt marshes, mangroves, and seagrass beds provide us with countless benefits, from nursery grounds for fish to protection from storms. They also play an important role in addressing climate change by removing greenhouse gases like carbon dioxide from the atmosphere and storing them. The NOAA Fisheries’ Office of Habitat Conservation works to protect and restore these important coastal habitats and the climate benefits they provide.

What is Coastal Blue Carbon?

Coastal blue carbon is carbon that is stored in coastal habitats like salt marshes, mangroves, and seagrass beds.

Just like forests on land, coastal habitats capture and store carbon dioxide from the atmosphere, both in plants and in the soil. But compared to forests, coastal habitats do so on a much larger scale. Research shows that mangroves and salt marshes remove (sequester) carbon from the atmosphere at a rate 10 times greater than tropical forests. They also store three to five times more carbon per acre than tropical forests. This is because most coastal blue carbon is stored in the soil, rather than in above-ground plants.

Coastal blue carbon habitats are also sometimes referred to as “carbon sinks,” because they sequester more carbon than they release. They also hold on to it for long periods of time. Carbon found in coastal soils is often hundreds or thousands of years old.

Read the full release here

Closure for the Commercial Golden Tilefish Longline Component in South Atlantic Federal Waters on February 10, 2021

February 5, 2021 — The following was released by NOAA Fisheries:

WHAT/WHEN:

The commercial longline component for golden tilefish in federal waters of the South Atlantic will close at 12:01 a.m., local time, on February 10, 2021.  The closure applies to all harvest or possession of golden tilefish with longline fishing gear.

WHY THIS CLOSURE IS HAPPENING:

  • Only golden tilefish longline endorsement holders are allowed to harvest golden tilefish with longline fishing gear.
  • The 2021 commercial catch limit for the golden tilefish longline component is 248,805 pounds gutted weight. NOAA Fisheries predicts this catch limit will be reached by February 10, 2021, and according to the accountability measure, harvest must close to prevent the catch limit from being exceeded.

DURING AND AFTER THE CLOSURE:

  • Golden tilefish harvested with longline fishing gear may not be sold or purchased after the closure. The prohibition on sale or purchase during the closure does not apply to fish that were harvested, landed ashore, and sold prior to 12:01 a.m., local time, on February 10, 2021, and were held in cold storage by a dealer or processor.
  • During the longline closure, a vessel with a golden tilefish longline endorsement may not commercially harvest golden tilefish using hook-and-line fishing gear, and is limited to the golden tilefish recreational bag and possession limits when the recreational sector is open, without regard to where the golden tilefish was harvested (i.e. in state or federal waters).
  • A vessel that does not have a longline endorsement, but has a commercial South Atlantic snapper-grouper unlimited permit, may commercially harvest golden tilefish with hook-and-line fishing gear until the hook-and-line catch limit is reached.
  • The commercial longline component for golden tilefish in federal waters of the South Atlantic will open at 12:01 a.m., local time, on January 1, 2022.

This bulletin provides only a summary of the existing regulations.  Full regulations can be found in the Federal Register or at https://www.ecfr.gov/cgi-bin/text-idx?SID=383bc195ccbeab4fd6bec1c24905df34&node=sp50.12.622.i&rgn=div6.

Surface Slicks are Pelagic Nurseries for Diverse Ocean Fauna

February 5, 2021 — The following was released by NOAA Fisheries:

To survive the open ocean, freshly hatched tiny fish larvae must find food, avoid predators, and navigate ocean currents. Their experiences during these great ocean odysseys have long been a mystery, until now. We have discovered that a surprisingly dense and diverse array of marine animals find refuge in so-called “surface slicks” during early life. To view an immersive, interactive version of this story, check out our story map: Hidden World Just Below the Surface.

Surface slicks are home to the larvae of at least 112 marine fish species, including commercially and ecologically important fish such as mahi-mahi, jacks, and billfish. Serving as makeshift nursery habitats, surface slicks are meandering lines of smooth surface water that collect plankton and shelter-providing debris. They are formed from the convergence of ocean currents, tides, and variations in the seafloor.

“These ‘bioslicks’ form an interconnected superhighway of rich nursery habitat that accumulate and attract thousands of young fish, along with dense concentrations of food and shelter,” says Dr. Jonathan Whitney, a research marine ecologist for NOAA and lead author of the study, published today in Scientific Reports. “The fact that surface slicks host such a large proportion of larvae, along with the resources they need to survive, tells us they are critical for the replenishment of adult fish populations.”

That  larvae hosted in slick nurseries grow up and radiate out into neighboring ecosystems. There, they join adult fish populations from shallow coral reefs to the open ocean to the bottom of the deep sea.

What’s more, many forage (prey) fish, like flying fish, spend their larval and juvenile life stages in surface slicks. “These biological hotspots provide more food at the base of the food chain that amplifies energy up to top predators,” says study co-author Dr. Jamison Gove, a research oceanographer for NOAA. “This ultimately enhances fisheries and ecosystem productivity.”

Read the full release here

NEFMC Votes to Submit Groundfish Framework 61 with Universal Sector Exemption for Redfish

February 5, 2021 — The following was released by the New England Fishery Management Council:

The New England Fishery Management Council voted on January 26, 2021 to include a universal sector exemption for redfish in Framework Adjustment 61 to the Northeast Multispecies Fishery Management Plan. If approved by NOAA Fisheries, the exemption would allow groundfish sector vessels to target redfish with 5.5-inch codend mesh within a larger Redfish Exemption Area in the future than was available in the 2020 fishing year.

Following this decision, the Council voted to submit Framework 61 to NOAA’s Greater Atlantic Regional Fisheries Office (GARFO) for review and implementation. The target implementation date is May 1, 2021, the start of the new fishing year.

The Council signed off on all other Framework 61 measures, including 2021-2023 specifications for groundfish stocks based on updated assessment information, during its December 2020 meeting. A recap is available here.

Read the full release here

More ships must slow to protect right whales, NOAA says

February 5, 2021 — A detailed analysis shows that speed limits for ships have reduced risk for collisions with endangered right whales, but there are significant gaps in compliance – particularly off U.S. Southeast ports, where burgeoning cargo traffic is on a long-term upswing, the National Oceanic and Atmospheric Administration (NOAA) reported.

Drafted in June and released on 21 January, the NOAA review used automatic identification system (AIS) data to track total vessel transits through the two types of speed limit zones: Seasonal Management Areas (SMAs), frequented by whales at known times of year where ships over 65 feet in length are mandated to make way at 10 knots or less; and dynamic management areas (DMAs), where NOAA issues temporary advisories to mariners to voluntarily observe the 10-knot limit when whales have been reported.

Read the full story at Seafood Source

HAWAII: Two of three dead monk seals on Kauai likely died from drowning in lay nets

February 4, 2021 — Post-mortem exams have revealed that two of the three Hawaiian monk seals that were found dead on Kauai’s north shore last year likely drowned in lay nets, wildlife officials said today.

Three seals were found dead separately — in September, November and December — all in the Anahola area of Kauai.

The unusual succession of deaths prompted an investigation by the National Oceanic and Atmospheric Administration Office of Law Enforcement, which was offering a reward of up to $20,000 for information leading to the issuance of a civil penalty or criminal conviction in one or both of these endangered Hawaiian monk seals.

The first seal, a juvenile male identified as RL52, was found dead around Sept. 10 after having just been spotted a week earlier nearby in good condition. The second seal, an untagged, juvenile female, was found dead around Nov. 18.

NOAA now believes the first two seals found in September and November likely died after becoming entangled in lay gill nets, a news release from the state Department of Land and Natural Resources said, based on recent lab test results and information gathered by law enforcement officials.

Read the full story at the Honolulu Star Advertiser

They should be heading north, but whale and her calf are going south. Scientists worried

February 2, 2021 — The coasts off Northeast Florida, Georgia and South Carolina are the only known spots in the ocean where North Atlantic right whales give birth to their calves. After birth, the mother and calf usually swim north to New England.

But a right whale that recently gave birth to a calf is heading in the wrong direction, according to federal marine scientists.

The 12-year-old adult and her baby were first seen off Amelia Island near Jacksonville on Jan. 21. Scientists with the National Oceanic and Atmospheric Administration are concerned because the pair was next spotted last Wednesday, Jan. 27, much farther south near the Lake Worth Inlet just north of West Palm Beach in South Florida.

“In this case, the pair is heading south, into areas they normally don’t go, making it important for people to be on the lookout for them,” said Allison Garret, spokeswoman with NOAA Fisheries.

Read the full story at The Bradenton Herald