Saving Seafood

Feds back off controversial plan to close commercial bluefish fishery mid-season

August 5, 2016 — The Long Island bluefish fishery will not be closed mid-season as the National Oceanic and Atmospheric Administration announced last month, which prompted an outcry from federal and state elected officials and commercial fishermen.

A new federal rule will now allow transfers of bluefish quotas from the coast-wide recreational quota to the commercial quota, ensuring that the fishery can continue to harvest bluefish for the remainder of the season, the governor and members of the New York congressional delegation announced yesterday. As a result, 1.58 million pounds from the recreational fishing sector will be transferred to the commercial quota.

“With this common sense, flexible decision by the NOAA, we have reeled in a major win for Long Island’s commercial fishing boats,” said Sen. Chuck Schumer. “With the quota transfer, our Long Island fishing boats – who were facing a harsh and premature closing of the fishery — can keep earning, employing others and harvesting their catch. The feds did the right thing by heeding the call and supporting an industry that has deep history on Long Island.”

Read the full story at SoutholdLOCAL

‘Sea change:’ NOAA to shift fish surveys to commercial boats

August 3, 2016 — In what one advocate called “a potential sea change” for the commercial fishing industry, NOAA Fisheries announced intentions Tuesday to shift all or part of long-controversial stock surveys from its Bigelow research vessel to commercial boats, saying a transition over the next five years could bring “greater shared confidence” in survey results.

“We have to learn to work better with the (commercial fishing) industry — we have to open up better lines of communication,” Dr. Bill Karp, director of NOAA’s Northeast Fisheries Science Center in Woods Hole, said of the transition.

How fish stocks are measured has been one of the biggest points of contention for years between governmental regulators and commercial fishermen, as survey results affect seasonal catch limits, quotas for various species and more. The latest questions about NOAA’s Henry R. Bigelow research ship arose this spring, for example, when maintenance problems delayed NOAA’s spring survey from April to June.

Don Cuddy, program director for the Center for Sustainable Fisheries in New Bedford, said fishermen also have felt the Bigelow is unable to accurately count “flatfish,” such as yellowtail flounder, because of the type of gear it tows.

“Yellowtail flounder are critical to the scallop industry as well as the groundfish,” Cuddy said, explaining that low quotas for yellowtail can force scallopers to prematurely stop operations, if they incidentally snag too many yellowtail as a bycatch.

Cuddy said enabling commercial boats to participate in NOAA surveys — and placing government scientists on the same boats as fishermen — could help “close the credibility gap” that has long surrounded survey results.

Read the full story at the New Bedford Standard-Times

NOAA switching fish survey practice

August 3, 2016 — The National Oceanic and Atmospheric Administration Fisheries announced Tuesday afternoon that it will begin the planning process to turn over part or all of a key fish population study from its flagship $54 million research vessel to private commercial fishing vessels.

“We are thinking we want to make good on our commitment in our strategic plan for more transparency and building confidence in (fish) survey results,” said William Karp, the science and research director for NOAA’s Northeast Fisheries Science Center. He said other regions, Alaska and the Northwest, use commercial vessels for this purpose.

The spring and fall bottom survey has been done by NOAA vessels since 1963 and is the longest continuous fish survey in the world. Using a special net, the 208-foot-long Henry B. Bigelow samples fish populations at 400 randomly selected sites from Cape Hatteras to the Canadian border. The relative abundance of the species they catch forms an index that helps scientists estimate fish populations along with biological information and landings data.

Read the full story at the Cape Cod Times

7 things NOAA Fisheries will give you money for

July 28, 2016 — NOAA Fisheries has made $10 million in grants available for projects focused on sustainable fisheries and coastal fishing communities.

The award ceiling for a grant is $300,000. The floor is $25,000.

Do you have a concept that could help sustain fisheries or enhance economic opportunities for fishing communities?

The National Oceanic and Atmospheric Administration is looking for fresh ideas about improving fisheries sustainability and coastal community resilience. It has approximately $10 million in Saltonstall-Kennedy grants to award to individuals or groups.

Read the full story at the Asbury Park Press

Fisheries grant program to top $10 million

July 28, 2016 — NOAA Fisheries estimates it will provide $10 million in funding for the 2017 Saltonstall-Kennedy grant program for projects concentrating on sustainable fisheries and coastal fishing communities, the federal fisheries regulator announced.

The $10 million is based on initial estimates of seafood import tariff revenues and could fluctuate higher or lower, according to Susan Olsen, who coordinates the Saltonstall-Kennedy program within NOAA’s Gloucester-based Greater Atlantic Region.

“It has the opportunity to grow or shrink, but based on our estimates, the $10 million figure was reasonable,” Olsen said.

In 2016, NOAA Fisheries recommended $11 million in funding for 50 projects nationally, which was about $1 million more than the agency initially said it expected to distribute as part of the grants program. Neither of the two applicants from Cape Ann — Gloucester Marine Genomics Institute and the Gloucester Fishing Community Preservation Fund — made the final cut for funding in 2016.

This year’s application process includes changes from years past that NOAA Fisheries said “will help applicants sharpen their submissions for greater success.”

Read the full story at the Gloucester Times

New and rare whale species identified from carcass found in Pribilofs

July 27, 2016 — A stroll on the beach of a remote Bering Sea island two years ago has produced a scientific breakthrough — the discovery of a previously unidentified species of beaked whale that dwells in the deep waters of the North Pacific Ocean.

The conclusion, described in a study published in the journal Marine Mammal Science of the California-based Society for Marine Mammalogy, stems from the 2014 discovery of a beached whale carcass by a local monitoring program called Island Sentinel. Karin Holser, a teacher on St. George Island in the Pribilofs, alerted authorities, and Michelle Ridgway, a Juneau-based biologist involved with a Pribilof science camp, responded quickly.

“She was the one who said, ‘This looks like a Baird’s beaked whale, but it doesn’t,'” said Phillip Morin, a research molecular geneticist with the National Oceanic and Atmospheric Administration and lead author of the new study.

The whale was about two-thirds the size of a Baird’s beaked whale, which typically grows to 35 or 40 feet, Morin said. It was clearly not a juvenile, as its teeth were worn and yellow, “so they were not baby teeth,” he said. Its skull had a distinct slope and its dorsal fin was different from that of the typical Baird’s beaked whale.

Tissue samples were sent to the Marine Mammal and Turtle Division of NOAA Fisheries’ Southwest Fisheries Science Center in California, where Morin works and where the world’s most extensive collection of cetacean tissues is kept. The whale’s skull was sent to the Smithsonian Institution in Washington — and students from the Pribilofs visited the lab there to take part in the examination.

DNA analysis showed it was a species different from the 22 previously known species of beaked whales in the world and the two known to swim in the North Pacific.

Read the full story at Alaska Dispatch News

NOAA Recommends $9 Million in Funding for Community-based Habitat Restoration

July 25, 2016 — The following was released by NOAA:

NOAA is recommending $9 million in funding for 17 coastal and marine habitat restoration projects for its 2016 Community-based Restoration Program, as part of agency efforts to support healthy ecosystems and resilient coastal communities.

The recommended projects, in 10 states and territories, range from coral reef restoration in Florida to fish passage improvements in California. In the Greater Atlantic region, there are four recommended projects in Massachusetts, one in Maine, and one in Maryland.

This year’s projects will restore habitat for a variety of coastal and marine species, including three of NOAA Fisheries’ highly at-risk “Species in the Spotlight” – Atlantic salmon, Central California Coast coho, and Sacramento River winter-run Chinook. Projects will also concentrate on habitat improvement in two of NOAA’s Habitat Focus Areas – Puerto Rico’s Culebra Island, and West Hawaii – where agency and partner efforts can come together to yield community and environmental benefits.

“These restoration projects are a win-win for the environment and surrounding communities,” said Pat Montanio, director of the NOAA Fisheries Office of Habitat Conservation. “When we make smart investments in habitat restoration, we not only help sustain fisheries and recover protected resources, we also use these projects to provide additional benefits, like protecting coastal communities from flooding and erosion, and boosting local economies through increased recreational opportunities.”

This year marks the 20th anniversary of the Community-based Restoration Program, which was established in 1996 and authorized under the Magnuson-Stevens Fishery Conservation and Management Reauthorization Act of 2006. Since the program’s beginning, NOAA has provided more than $140 million to implement more than 2,000 habitat restoration projects, all through strong partnerships with more than 2,500 organizations. Through the program and the Magnuson-Stevens Act, NOAA and its partners are helping to create healthy habitats and resilient fish populations in the United States.

At this point in the selection process, the application approval and obligation of funds is not final. Each of the 17 applications is being “recommended” and is not a guarantee of funding. Final approval is subject to funding availability as well as final review and approval by both the NOAA Grants Management Division and Department of Commerce Federal Assistance Law Division. Applicants should expect to receive formal notification of award approval by October 1.

Details about the 17 projects recommended for funding are available on the NOAA Fisheries Office of Habitat Conservation website.

Life on the Line: OSU scientists track effects of a changing ocean on tiny sea life

July 22, 2016 — NEWPORT, Ore. — In a cold mist under gray skies, the Pacific Ocean heaved against the boat as two scientists from Oregon State University pulled a net full of life from the deep.

It was a July day, but it felt like a day in December.

In the net life swarmed, much of it too small to be seen with the unaided eye. The net held the keys to help scientists unlock how creatures of the sea are affected by changing ocean conditions and those effects on the aquatic food chain. And more specifically, the effects to salmon, a fish of much importance to humans.

For 20 years scientists have made bi-monthly trips on what is called the Newport Hydrographic Line, which takes them to the same seven sampling stations along a 25-mile path perpendicular to the coast. The stations are physical points on a map. There are no buoys or other structures that mark their locations. The scientists find them using GPS.

They launch their research vessel, the R/V Elakha, from a dock in Yaquina Bay that sits along a jagged bulge of land on which OSU’s Hatfield Marine Science Center resides. The trips have amassed an extraordinary amount of data about the sea and the life within it. The data is routinely posted on the National Oceanic and Atmospheric Administration’s Northwest Fisheries Science Center website and is used primarily to help forecast salmon runs. But the data has also told the story of changing ocean conditions and its impact on the food chain.

“We can also look at the changes in the bioenergetics of the food chain across the whole 20-year time series,” says OSU research assistant Jennifer Fisher. “It doesn’t just relate to salmon; it relates to sardines and (other) fish. It gives us an idea of ocean acidification, toxic algae – lots of things.”

Fisher has been going on these trips to sea for five years aboard the 54-foot research vessel owned and operated by OSU.

On this day, Fisher, OSU lab technician Tom Murphy and deckhand Dave Weaver use two different cone-shaped nets to capture organisms that live in the sea and that form the basis of the oceanic food chain.

Fisher’s primary interest in the day’s catch is in a tiny crustacean called a copepod. These creatures feed on the sea’s phytoplankton. Copepods are animals with large antennae and are only a millimeter or two in length. Under a microscope their bodies are an elongated oval protected by an exoskeleton. But they are nearly transparent. And inside their bodies scientists have discovered a lipid sac, or stored fat.

Read the full story at KVAL

Crawling to Recovery: Loggerhead sea turtles reach a nesting milestone

July 18, 2016 — BRUNSWICK, Ga. — It’s been a record nesting season for Georgia’s loggerhead sea turtles, which last week reached a milestone in efforts to help the threatened species recover.

With 2,810 nests on Georgia barrier islands, the turtles edged past a key goal while also setting a record high since comprehensive nesting counts began in 1989.

The National Oceanic and Atmospheric Administration Fisheries plan for goals for the region including Georgia and the Carolinas is a 2 percent annual nesting increase for a 50-year period. Before this season, Georgia’s 3 percent annual increase rate had the state on pace to hit its goal of 2,800 nests in 2020.

“We’ve had a number of increasing nesting years in a row, but this is kind of a big year for us,” Mark Dodd, coordinator for the Georgia Department of Natural Resources Sea Turtle Program, said in a phone interview. “It’s been a long history of conservation in Georgia that culminated in this 2,800 nests number, so it’s pretty exciting for us.”

Georgia’s main nesting sea turtle, loggerheads weigh as much as 400 pounds. Female turtles crawl onto beaches from late spring into August to lay eggs in nests dug on the dry-sand beach, DNR officials say. Hatchlings begin emerging this month, crawling to the surf to begin their lives at sea.

Read the full story at the Albany Herald

Surveys off Alaska lead to new types of soft-bodied fish

July 13, 2016 — ANCHORAGE, Alaska — Federal biologist Jay Orr never knows what’s going to come up in nets lowered to the ocean floor off Alaska’s remote Aleutian Islands, which separate the Bering Sea from the rest of the Pacific Ocean. Sometimes it’s stuff he has to name.

The National Oceanic and Atmospheric Administration biologist is part of a group that uses trawl nets to survey commercially important fish species such as cod in waters off Alaska. Sometimes those nets come up with things no one has seen before.

With co-authors, Orr has discovered 14 kinds of new snailfish, a creature that can be found in tide pools but also in the deepest parts of the ocean. A dozen more new snailfish are waiting to be named. Additional species are likely to be found as scientists expand their time investigating areas such as the Bering Sea Slope, in water 800 to 5,200 feet deep, or the 25,663-foot deep Aleutian Trench.

“I suspect we are just scraping the top of the distributions of some of these deep-water groups,” Orr said from his office in Seattle.

Orr and his colleagues measure the abundance of rockfish, flatfish and other “bottom fish” for the Alaska Fisheries Science Center, the research arm of the NOAA’s National Marine Fisheries Service. The center studies marine resources off Alaska and parts of the West Coast.

Five boats with six researchers each surveyed Alaska waters in late June. The teams trawl on the Bering Shelf every summer and in either Aleutian waters or the Gulf of Alaska every other year.

Their findings on fish abundance are fed into models for managing fish populations.

Read the full story from the Associated Press at the Miami Herald