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SCeMFiS Announces $200,000 for Fisheries Management Research on Mammals, Menhaden, Ocean Quahogs, Surf Clams

WASHINGTON (Saving Seafood) – May 23, 2017 – The Science Center for Marine Fisheries (SCeMFiS) Industry Advisory Board (IAB) announced $200,000 in funding today for seven fisheries research projects and marine mammal-related work. The funding was approved during the Spring IAB Meeting held in Ocean Springs, Mississippi from April 26-27.

The selected projects will research species such as menhaden, ocean quahogs, surf clams, and marine mammals. They will also address critical management issues related to how fisheries managers conduct and implement stock assessments. Grant recipients include researchers from the Gulf  Coast Research Laboratory at the University of Southern Mississippi (USM), the School for Marine Science and Technology at UMass Dartmouth (SMAST), the Virginia Institute of Marine Science at the College of William & Mary (VIMS), and the University of Maryland Center for Environmental Science (UMCES).

“The projects, both shellfish and finfish, that have been funded by SCeMFiS have already shown positive results in contributing to the ‘Best Science’ available,” said Guy Simmons, Vice President of Marketing and Product Development at Sea Watch International and Chairman of the IAB, in a SCeMFiS release. “I believe the success of the past four years has been validated by new membership recruitment and the acceptance of the science from management agencies. I am especially proud of the work that went into the development and approval of our seven new research projects.”

SCeMFiS is sponsored by the National Science Foundation (NSF) through its Industry/University Cooperative Research Centers Program, which matches industry, government and other organizations with relevant academic specialists. The SCeMFiS IAB is composed of members of the shellfish and commercial finfish industries and the National Oceanic and Atmospheric Administration’s Northeast Fisheries Science Center (NEFSC) in Woods Hole, Massachusetts.

“As participants in the Atlantic surf clam and ocean quahog fisheries, many of its stakeholders have been involved in cooperative research with the goal of reducing uncertainty in the fisheries management plan for many years,” said Mr. Simmons. “Since the formation of SCeMFiS, these efforts have been dramatically enhanced by the involvement of all the members as well as the guidance from the National Science Foundation.”

The IAB will review funded projects at its next meeting in Cape May, New Jersey October 31-November 1. A full list of SCeMFiS research projects already underway can be found online here.

Descriptions of the seven new research projects, provided by SCeMFiS, are below:

Risk-Based Catch Advice 

  • Evaluation of Alternative Approaches to Risk-Based Catch Advice – this project will review and evaluate methods applied by Scientific and Statistical Committees of regional fishery management councils to evaluate forecast error and improve optimal yield within an appropriate consideration of uncertainty and risk. Principal Investigator: Steve Cadrin, UMass Dartmouth [SMAST]

Stock Assessment

  • Stock Assessment Team – the stock assessment team will provide external support to NMFS for benchmark assessment working groups with a focus in 2017 on the Atlantic mackerel assessment. Principal Investigator: Eric Powell, USM

Marine Mammals

  • Independent Advisory Team for Marine Mammal Assessments – Phase V – this team addresses uncertainties in slow growing marine mammal populations and the interactions between marine mammals and fishing operations. Principal Investigator: Paula Moreno, USM.

Atlantic Menhaden

  • Evaluation of Sampling Adequacy for Atlantic Menhaden Fisheries – this project will evaluate the current Atlantic sampling program for the characterization of menhaden fishery catch leading to recommendations designed to increase sampling efficiency. Principal Investigators: Geneviève Nesslage, UMCES & Robert Leaf, USM

Ocean Quahog

  • Ocean Quahog Population Dynamics: Validation of Estimation Procedures for an Age-at-Length Key – this study builds on previous work that developed the first population age frequencies for the U.S. stock by developing and testing approaches for deriving age-at-length keys from sparse datasets. Principal Investigators: Eric Powell, USM & Roger Mann, VIMS
  • Ocean Quahog Population Dynamics: Population Modeling to Interpret Population Age Frequencies – this project will develop a population dynamics model to explain observed changes in abundance at age over the past 250 yr since ocean quahogs first colonized their present Mid-Atlantic range. Principal Investigator: Eric Powell, USM

Surf Clams 

  • Survey of Surf Clams (Spisula solidissima) Southeast of Nantucket – this will be the first survey of a region providing substantial surfclam catch to determine the need to expand the NMFS stock survey and to evaluate the distribution of complex habitat within the Great South Channel Habitat Management Area. Principal Investigators: Roger Mann, VIMS & Eric Powell, USM

Read a release from SCeMFiS here

University scientists receive $1m grant for fisheries research

March 20, 2017 — Researchers at the University of Massachusetts Dartmouth’s School for Marine Science & Technology (SMAST) have been awarded $1,049,044 in research funds through the NOAA Fisheries Northeast Fisheries Science Center (NEFSC) and the New England Fishery Management Council (NEFMC) Sea Scallop Research Set-Aside (RSA) Program.

Projects will address sea scallop research priorities established by the NEFMC for 2017 and 2018. Among these are resource surveys to estimate scallop biomass, projects addressing bycatch reduction, and work to improve understanding of scallop biology and recruitment.

SMAST received three awards to conduct surveys using its drop-camera array. High resolution surveys of Closed Area I, Closed II, and the Elephant Trunk will be completed, as well as a broad-scale survey in the Mid-Atlantic Bight and Georges Bank. The scallop survey research is led by Dr. Kevin Stokesbury.

Expanding on previous sea scallop gray-meat research, SMAST will attempt to delineate the southern range of gray-meat occurrences and assess the growth, meat weights, and reproductive potential of animals found with gray meat in scallop populations. This project, led by Dr. Daniel Georgiana, will complement ongoing lab-based research funded last year, university officials said.

Read the full story at Dartmouth Week

New video system may hold promise for cod surveys

February 1, 2017 — Researchers at UMass-Dartmouth continue to refine a new video survey system they believe holds promise for providing more accurate assessments of the beleaguered Gulf of Maine cod stock.

The developers of the system, which employs high-resolution video cameras in an open-ended commercial trawl net to count the number of fish and identify their species as they enter the net, put it through another rigorous test last week and came away pleased with the results.

“This was definitely the best trip yet,” said Travis Lowery, chief scientist and technician on the project along with UMass-Dartmouth professor Kevin Stokesbury and graduate student Nick Calabrese. “We’ve been moving more toward using Go-Pro cameras and the images were crystal clear. It all worked really, really well.”

For six days, the researchers performed 31 survey tows on Stellwagen Bank, about 15 miles southeast of Gloucester, and said they found Atlantic cod aggregating over much of the open fishing grounds.

The test also included a number of closed tows so researchers could collect biological samples to measure the length and weight of the captured fish. In the biggest closed-trawl haul, researchers collected 345 cod in a half-hour, with the largest measuring up to about 33 inches.

Read the full story at the Gloucester Times

New camera can help assess cod stocks in Gulf of Maine

January 26, 2017 — Researchers from UMass Dartmouth say they have successfully tested an underwater video-survey system that they hope will provide an accurate method to assess Atlantic cod stocks.

In collaboration with fishermen, the research team recently placed high-resolution cameras in an open-ended commercial trawl net on Stellwagen Bank in the Gulf of Maine, known as one of the world’s most active marine sanctuaries.

The cameras captured images of cod and other groundfish as they passed through the net. Periodically, researchers from UMD’s School for Marine Science & Technology closed the net for short periods to collect length, weight, and take other biological samples from some of the fish. The fish are unharmed and are returned to the sea.

Read the full story at the Boston Globe

MASSACHUSETTS: Scientists take advantage of rare shark stranding in Orleans

ORLEANS — The corpse lay on its side as scientists honed knives on whetstones in preparation for the first cut.

But the scene at the town transfer station Monday wasn’t a ghoulish Halloween skit intended to frighten the knot of onlookers; it was a necropsy on a 12-foot-long great white shark that washed onto Nauset Beach on Sunday, dying in the sand.

The scientists were there in part to see if there was any obvious reason the 20-year-old male shark had washed ashore and died. But they also were collecting valuable specimens from an animal that can no longer legally be caught and killed, leaving researchers dependent on the rare instances when one washes up on the beach.

“We hate to have sharks strand because we like to have them in the water and healthy, but when they do we maximize what we could possibly learn from them,” said Gregory Skomal, lead shark scientist at the state Division of Marine Fisheries.

Researchers from his agency, the National Marine Fisheries Service, and University of Massachusetts Dartmouth’s School of Marine Science and Technology converged on the transfer station Monday morning to take advantage of the opportunity.

Read the full story at the Cape Cod Times

New Bedford again tops nation for dollar value of fishing catch

October 31st, 2016 — The city’s port has again topped the country for dollar value of its fishing catch, NOAA Fisheries reported this week, citing 2015 landings worth $322 million.

That marks 16 years in a row that New Bedford has held the top-value title, which is thanks largely to scallops. Dutch Harbor, Alaska, again was tops for total volume of catch, landing 787 million pounds last year.

New Bedford’s catch was much smaller: 124 million pounds, good for only 11th in the country and far behind Dutch Harbor. But Dutch Harbor’s catch had a value of $218 million — second-highest in the country — reflecting the strong commercial value of New Bedford’s scallop industry.

“The scallop industry has put New Bedford at the top of the food chain, as it were, of fishing ports for the last 16 years — that’s a very impressive streak,” said Ed Anthes-Washburn, port director for the city’s Harbor Development Commission. “It really shows the impact of scallops but also the impact of cooperative research.”

In the 1990s, SMAST scientists Brian Rothschild and Kevin Stokesbury pioneered innovations in counting scallops, with cameras tested and used on local scallopers. The resulting data affected stock assessments by the National Oceanic and Atmospheric Administration (NOAA), ultimately leading to larger catch quotas and helping secure steady catches for waterfront businesses.

Read the full story at the New Bedford Standard-Times 

MASSACHUSETTS: UMass Dartmouth, Iceland sign partnership to maintain fishery

August 9, 2016 — DARTMOUTH, Mass. — UMass Dartmouth has established a new partnership with the Republic of Iceland intended to advance marine science and marine-related biotech research and commercialization, the university announced Monday.

Representatives of Iceland visited SouthCoast in 2015 to display and demonstrate some of the products Iceland is making utilizing the parts of fish that might typically be discarded in New England.

The result is 95 percent utilization of cod, said the announcement. Cod are abundant in Icelandic and Norwegian waters.

According to Dr. Brian Rothschild, dean emeritus of the UMass Dartmouth School for Marine Science and Technology (SMAST), the products being manufactured can be something as familiar as cod fish oil to leather pocketbooks made with fish skin.

He said the method is similar to the old expression about Russia, “that they used to process everything in the pig except the squeal.”

Utilization of fish waste in New Bedford to make fish meal was curtailed decades ago after complaints about odor; Rothschild said today’s technology almost eliminates that.

UMass Dartmouth spokesman John Hoey said that the collaborations with Iceland, including faculty and student exchanges, will be mainly with the College of Engineering, concentrating on biofuels for example, and SMAST, the School for Marine Science and Technology, which is more oriented toward fisheries management and surveys.

Read the full story at the New Bedford Standard-Times

SMAST wins patent on 3D counting, measuring fish on deck of a boat

July 20, 2016 — NEW BEDFORD — A newly patented 3-D photograph system developed at the UMass Dartmouth School for Marine Science and Technology soon may greatly add to scientists’ knowledge about ocean fish populations, the school announced Tuesday.

The device, the work of now-retired dean Dr. Brian Rothschild and graduate student Glenn Chamberlain, includes two digital cameras and a reference frame.

Using a common technique called stereo photogrammetry, the device essentially uses 3-D images to map the surface of the fish. The reference frame will permit the monitoring not only of the number of fish, but their size. The fish can be on the deck, or in a net, and the data obtained can be stored permanently, Rothschild said.

“The concept is very simple,” Rothschild said, and the parts are easily obtainable commercially; the two cameras cost about $500, he said.

Read the full story at the New Bedford Standard-Times

40 years of change: For fishing industry, the spring of 1976 was the start of a new era

June 20, 2016 — The following is excerpted from a story published Saturday by the New Bedford Standard-Times:

NEW BEDFORD, Mass. — When you talk about fishing here in New Bedford, you have to start with the whaling era — and the lessons learned.

For decades, the pursuit of whaling chugged along without any dramatic changes. The ships, the equipment, the culture remained essentially the same for years, feeding countless families, lining countless pockets … until the bonanza ran out and the industry collapsed in the early part of the 20th century, never to be revived.

The fishing industry, both local and national, might have fallen into that same trap, but 40 years ago the U.S. government changed the game, adopting the most sweeping changes in the laws governing fisheries that reverberates to this day.

On April 13, 1976, the Magnuson-Stevens Fishery Conservation and Management Act was passed and immediately accomplished two major goals.

One, it set into motion a new and unique scheme of regulation to rebuild dwindling fish stocks, a system dramatically different than anything else the government had tried until 1976.

Two, it expelled foreign fishing vessels from fishing inside a 200-mile limit from America’s shoreline.

It isn’t talked about much today, but until 1976 the capacity of the foreign fleet exceeded the Americans, sending huge factory ships into fertile places like Georges Bank to virtually vacuum the fish into the hold and freeze it on the spot, allowing the ships to stay for weeks at a time. “There were West Germans, Poles, Russians, East Germans,” recalled former fisherman James Kendall, now a seafood consultant.

In 1975, the National Marine Fisheries Service reported there were 133 foreign fishing vessels fishing on Georges Bank. The Magnuson-Stevens Act ended that decisively.

Since 1976, much has changed. The unions, which once represented the fishermen and the workers in the fish houses, virtually disappeared from the waterfront. The venerable fish auction at the Wharfinger Building on City Pier 3 is now a museum piece, since the brokers years ago put down their chalkboards and picked up computer screens. Today it has evolved into a computerized display auction elsewhere on the waterfront, with complete transparency and documentation, and bidders located across the nation.

What else has changed?

For lack of a better term, everything.

Where, oh where has our groundfish fleet gone?

At the BASE New Bedford Seafood Display Auction, co-owner Richard Canastra called up data of groundfish sales in recent years that demonstrate a dropoff of more than 30 percent in the last few years alone.

Today there are some days that don’t warrant conducting the auction at all. “Sometimes it’s like a candy store,” he said. “Five pounds of this and three pounds of that.”

Much of the blame for the shrinking of the groundfish fleet, particularly in New Bedford and Gloucester, is laid at the feet of the catch shares and sector management introduced in 2010 by NOAA Administrator Jane Lubchenco. It dispensed with most of the old days-at-sea  system, which had reduced the annual days at sea to 50, down from around 225, that the boats once had available to them.

The term “sectors” was unfamiliar to the industry when NOAA announced their arrival in 2010. Essentially they are cooperatives, in which individual boats are grouped together along with their catch allocations, and the sector manager manages them as efficiently as he or she can.

This was predicted to cause a consolidation of the industry into the bigger players as the smaller ones weren’t getting enough quota to make it profitable to fish.

For some boat owners, the problem was that the catch shares were determined by the history of the boats but the practice of shack left no paper trail, no formal record, so catch shares were reduced in many cases.

Dr. Brian Rothschild, dean emeritus of the UMass Dartmouth School for Marine Science and Technology and a critic of NOAA, noted that many boat owners found that they can “own it and lease it out and obtain money in windfall profits” without even going fishing.

Oh, those pesky environmentalists!

It was “not right from the beginning that NOAA has enforced this,” Rothschild said. “On top of that, NOAA enforcement didn’t come from a desire to make good public policy but because it came under the influence of organizations like the Environmental Defense Fund,” he said.

Catch shares and sector management have, however, withstood legal challenges in federal court, because of a legal doctrine named Chevron, in which government institutions are allowed to interpret laws such as Magnuson any way they wish unless the departures from congressional intent are egregious.

Rothschild is among those who believe that sector management under Magnuson has been ignoring key provisions of the act, notably the socio-economic impact evaluation and the instruction to use the best available science. That has largely excluded scientists outside of NOAA itself.

Outside scientists have occasionally run rings around NOAA. For example, SMAST’s Dr. Kevin  Stokesbury’s invention of a camera apparatus to quite literally count the scallops on the seabed individually has revolutionized scallop management, opened the door to a treasure trove of healthy scallops, and made New Bedford the No. 1 fishing port in the nation.

But NOAA now employs its own camera apparatus. It conducts regular surveys of fish populations and that has been a very sore point at times in recent years.

This is a departure from the days before Magnuson, when fishermen were issued permits for various species and were left largely on their own to discover how many fish were in the ocean, which were already dwindling at the time.

Read the full story at the New Bedford Standard-Times

Monkfish Money to Allow Study of the New England Fishery

June 13, 2016 — PORTLAND, Maine — The federal government says two projects designed to improve the future of the monkfish fishery will receive more than $3.7 million in grants.

The grants are going to the University of Massachusetts at Dartmouth School for Marine Science and Technology and Cornell University Cooperative Extension.

The UMass project will tag juvenile monkfish to improve growth estimates for the fish. Cornell’s project is a two-year study of the genetic population structure of monkfish.

The monkfish fishery was worth more than $18 million in 2014. It is based in Massachusetts and Rhode Island. Fishermen also land monkfish in other states including New Jersey, New York, Connecticut and Maine.

Read the full story from the Associated Press at the Maine Public Broadcasting Network

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