Saving Seafood

New fishing tech may pose risks to fisheries

May 25, 2021 — New developments in recreational fishing technology — from the use of aerial drones and social media scouting reports to advances in hook design — are creating challenges for fisheries management and effective policy making, according to a new study.

With the opening of the spring fishing season, millions of recreational fishing aficionados across North America are dusting off their tackleboxes, fitting together their rods, and heading to the bait and tackle shop to purchase the latest in fish-catching gear. But what impact does all that new technology have on the fish themselves?

“There are still so many unknowns,” says Andy Danylchuk, professor of fish conservation in the UMass Amherst department of environmental conservation, and co-author of a new paper that investigates the relationship between fishing technology and fish ecosystems. “There’s more attention paid to products we use with our pets than to what we use to try to catch fish in our streams, lakes and oceans.”

Fishing technology has come a long way since the days of hook and worm. Today one can buy battery-powered, artificial lures that wriggle like minnows and are slathered in fish-attracting scent. Underwater cameras and fish finders help anglers not only seek out their targets but also observe as fish either approach or reject the bait. Aerial drones scan for fish and even deliver lures to them. Social media helps pinpoint, in real time, what fish are biting where. Even the seemingly simple hook has been completely redesigned to better reel in the big one. And it’s not as if recreational fishing in streams, lakes, and in the ocean is a niche-activity — it is the second most popular leisure activity in North America, falling just behind gardening.

Read the full story from the University of Massachusetts Amherst at Science Daily

The U.S. set ambitious offshore wind power targets – what will it take to meet them?

April 2, 2021 — The United States’ offshore wind industry is tiny, with just seven wind turbines operating off Rhode Island and Virginia. The few attempts to build large-scale wind farms like Europe’s have run into long delays, but that may be about to change.

The Biden administration announced on March 29, 2021, that it would accelerate the federal review process for offshore wind projects and provide more funding. It also set a goal: Develop 30,000 megawatts of offshore wind capacity this decade – enough to power 10 million homes with clean energy. To put that in perspective, the U.S. has just 42 megawatts today.

Several wind farm developers already hold leases in prime locations off the Eastern Seaboard, suggesting plenty of interest. So, will the government’s new goals and promise of additional funding be enough to finally launch a thriving offshore wind industry?

As engineering professors leading the Energy Transition Initiative and Wind Energy Center at the University of Massachusetts Amherst, we have been closely watching the industry’s challenges and progress. The process could move quickly once permitting and approvals are on track, but there are still obstacles.

Read the full story at the Portland Press Herald

2020 Ambrose Jearld Lecture to Focus on Practices that Reduce Participation in STEM Fields

July 10, 2020 — The following was released by NOAA Fisheries:

Nigel Golden will present the 2020 Ambrose Jearld Jr. Lecture on Diversity and Inclusion. Golden is a doctoral candidate in environmental conservation and graduate fellow in the Northeast Climate Adaptation Science Center at the University of Massachusetts Amherst.

The event is sponsored by the Woods Hole Diversity Initiative and the Woods Hole Diversity Advisory Committee. Golden’s lecture, “Reducing Harm: A Politic to Address Institutional and Cultural Practices that Reduce Participation and Retention in STEM,” will take place online on July 23 at 2:00 p.m.(EDT) via Zoom. Registration is required.

A native of Milwaukee, Golden received his bachelor of science in wildlife ecology and biology from the University of Wisconsin – Stevens Point. At the university, he cultivated his passion for conducting research in environmental conservation, and the importance of doing this work in conjunction with social justice issues.

Read the full release here

MASSACHUSETTS: Grants power seafood initiative at UMass-Amherst

June 25, 2020 — There might be something fishy about October at the University of Massachusetts Amherst this fall.

Thanks to a state grant reeled in by Our Wicked Fish Inc., students at the UMass flagship campus can expect plenty of local seafood and fishing-related events during “a month-long campaign for New England-caught seafood” coinciding with National Seafood Month.

“Components of the campaign will include social media content, on-campus contests, online giveaways, meet-n-greets with fishers, and could also include events such as a film screening, fish cutting demonstrations, cooking demonstrations, and brief before-and-after online survey,” the Baker administration said in a press release announcing the award of three grants through the Division of Marine Fisheries’ Seafood Marketing Grant Program.

The partnership between Our Wicked Fish and UMass Dining was awarded $31,240 in funding, the largest of the three grants.

Read the full story at the Gloucester Daily Times

New study compiles Gulf of Maine seasonal wildlife timing shifts

April 24, 2019 — Many researchers and amateur naturalists keep track of dates for the first robin of spring, the first peepers or ice-out on ponds, and such records can offer decades of data on the timing of plant and animal life cycle events known as phenology.

While such observations are common in terrestrial systems, a new report by first author Michelle Staudinger and others at the University of Massachusetts Amherst shows there is a limited understanding of similar events in the oceans. They urge more researchers to increase observations and use more phenological datasets to understand how marine species are responding to climate change through phenological shifts in the Gulf of Maine and other coastal regions.

Staudinger says, “We only found 20 studies documenting shifts in phenology in the Gulf of Maine. This topic appears to have received less attention in the region compared to other responses to climate change. We provide a summary of the existing evidence and offer examples of the implications, remaining research questions and available long-term datasets appropriate for assessing shifts in the region. These data come from a range of federal, state, academic and citizen science monitoring programs.”

Read the full story from the University of Massachusetts Amherst at Phys.org

Federal Shutdown Halts Some Environmental Conservation Efforts, Slows Others

January 9, 2019 — Federal researchers in western Massachusetts study ways to protect migrating fish, backyard birds and urban trees. The government shutdown is keeping them home and away from their research.

The researchers work for agencies like the USDA Forest Service and the U.S. Geological Survey.

Curt Griffin heads the UMass Amherst Department of Environmental Conservation, where some of the scientists are based.

“It’s a very, very unfortunate event that our federal colleagues are caught up in this mess,” Griffin said. “And it’s not fair to them. It’s not fair to the public that they provide important services to. So it’s just a very broken system, and they’re caught in the middle.”

Read the full story at New England Public Radio

Massachusetts: UMass placing sustainable fisheries professor at Hodgkins Cove

December 21, 2017 — The University of Massachusetts at Amherst embarked on recasting the role of its Gloucester Marine Station at Hodgkins Cove by hiring Gloucester resident Katie Kahl to serve as the liaison between research elements at the school and the Cape Ann community.

The university’s School of Earth and Sustainability is set to formally announce the appointment of Kahl on Thursday to the newly created position of extension assistant professor in sustainable fisheries and coastal resilience.

“I’m really excited and can’t wait to start,” Kahl said Wednesday. “This is really a great opportunity for the university to re-imagine its role at the Gloucester Marine Station.” Kahl’s mission, which begins Jan. 2, is a new one for the university’s research facility.

The university announced last January that it was establishing a permanent, full-time extension faculty position at the Gloucester Marine Station as the focal point for determining the future role of the facility.

Most recently, it housed the university’s Large Pelagics Research Center, which was nicknamed the “Tuna Lab.” Under the guidance of Molly Lutcavage, the center did internationally groundbreaking research on giant bluefin tuna and other highly migratory pelagic species.

Read the full story at the Gloucester Times

 

MASSACHUSETTS: Cape fishermen push dogfish, skate at expo

March 23, 2017 — Chatham fishermen Charlie Dodge, Jamie Eldredge, and Greg Connors walked the crowded aisles of the Seafood Expo North America Monday, one of the largest seafood shows in the world, drawing more than 21,000 attendees and exhibitors over three days.

The men were there to meet wholesale fish buyers and distributors looking to market their catch: skates — a kite-shaped fish related to sharks — and dogfish, a small coastal shark.

Dogfish and skates may not be ready to join heavyweights like salmon and shrimp, but with help from the Cape Cod Commercial Fishermen’s Alliance, as well as federal and state grants to assist with marketing, they are slowly gaining a foothold in domestic markets.

“It would be way better if it stays within the country,” Dodge said of dogfish, which, like skates is largely exported to Europe and Asia, and fetch relatively low prices, with skates at 23 cents per pound on average in 2015 and dogfish fluctuating between 11 cents and 22 cents per pound. In 2015, cod, by comparison, averaged $1.90 per pound.

Not long ago Chatham was one of the top cod ports in the country, but that stock is considered to be at historically low levels and landings state-wide collapsed from 27.5 million pounds in 2001 to 2.9 million pounds in 2015. Both skates and dogfish are plentiful and considered sustainably managed by organizations like the Gulf of Maine Research Institute, the Marine Stewardship Council and Seafood Watch. That message — a local, sustainable and affordable fish — has helped convince institutional clients like the University of Massachusetts in Amherst.

Read the full story at Cape Cod 

UMass’s award-winning dining halls serving up tasty dogfish as chefs reject ‘trash fish’ moniker

January 27, 2017 — AMHERST, Mass. — It may not have the tastiest name, but a University of Massachusetts chef says dogfish is becoming a popular fish on campus.

All the dining commons serve the fish — 400 to 500 pounds of it — as part of a fish fry every Friday night.

Bob Bankert, chef de cuisine for UMass Dining, said UMass began seeking alternatives to cod several years ago, and began serving dogfish in the fall.

“Cod is way over fished,” Bankert said.

Before arriving at dogfish, the dining halls also began serving other so-called “trash fish” such as pollock and redfish.

But Bankert rejects the “trash fish” moniker — born from the practice of fisherman tossing such species out instead of bringing them to market — and instead calls fish like dogfish “under loved.”

Bankert said people don’t have problems with the idea of eating catfish — but some balk at the name “dogfish.”

A spiny dogfish swims along a stretch of sandy seafloor. UMass-Amherst serves the fish during a weekly fish fry. Matthew Lawrence, NOAA Stellwagen Bank National Marine Sanctuary

Dogfish — a shark species also known as “cape shark” — is native to New England waters. But, about 90 percent of the harvest has been sent to England for that country’s fish and chips, Bankert said.

He’s hoping that through word of mouth and focus on the fish, more people will try it and be able to find it at markets.

Read the full story at MassLive

New England’s 1816 ‘Mackerel Year’ and climate change today

January 19, 2017 — Hundreds of articles have been written about the largest volcanic eruption in recorded history, at Indonesia’s Mt. Tambora just over 200 years ago. But for a small group of New England-based researchers, one more Tambora story needed to be told, one related to its catastrophic effects in the Gulf of Maine that may carry lessons for intertwined human-natural systems facing climate change around the world today.

In the latest issue of Science Advances, first author and research fellow Karen Alexander at the University of Massachusetts Amherst and 11 others including aquatic ecologists, climate scientists and environmental historians recount their many-layered, multidisciplinary investigation into the effects of Tambora on coastal fish and commercial fisheries.

Alexander says, “We approached our study as a forensic examination. We knew that Tambora’s extreme cold had afflicted New England, Europe, China and other places for as long as 17 months. But no one we knew of had investigated coastal ecosystems and fisheries. So, we looked for evidence close to home.”

In work that integrates the social and natural sciences, they used historical fish export data, weather readings,  and town growth chronologies and other sources to discover Tambora’s effects on the Gulf of Maine’s complex human and natural system.

The 1815 eruption caused a long-lasting, extreme climate event in 1816 known as the “year without a summer.” As volcanic winter settled on much of the Northern Hemisphere, crops failed, livestock died and famine swept over many lands. In New England, crop yields may have fallen by 90 percent. The researchers found that 1816 was also called “the mackerel year,” a clue to what they would find regarding fisheries.

Besides Tambora’s climate effects, the authors examined other system-wide influences to explain observed trends. These included historical events such as the War of 1812, human population growth, fish habitat obstruction due to dam building and changes in fishing gear that might have affected fisheries at the time. Employing historical methods in a Complex Adaptive Systems approach allowed them to group and order data at different scales of organization and to identify statistically significant processes that corresponded to known outcomes, Alexander says.

Read the full story at Phys.org