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U.S. Adopts Safety Improvements for Observers in Pacific Tuna Fisheries

August 18, 2020 — The following was released by NOAA Fisheries:

NOAA Fisheries this week made effective new regulations to implement measures that will promote the safety of fisheries observers on tuna-fishing vessels. These measures reflect stronger international standards developed through years of U.S.-led negotiations to improve the safety of observers at sea.

For example, the measures require countries and vessel operators to take emergency actions to help observers if an observer is threatened, harassed, assaulted, missing, presumed fallen overboard, injured, or suffering from a serious illness. Also, observers aboard purse seine vessels will now receive emergency communication devices and personal locator beacons before leaving port.

Fisheries observers collect data essential to the international organizations managing tuna fishing in the eastern Pacific Ocean: the Inter-American Tropical Tuna Commission (IATTC) and Agreement on the International Dolphin Conservation Program (AIDCP). IATTC staff use the information collected by observers in fish stock assessments and to evaluate the compliance of member nations’ fishing fleets with international conservation measures.

Fisheries observers often face hazardous situations at sea. Rough waters churned up by storms, as well as busy decks with crews pulling in their catch, create dangerous conditions. Observers can also encounter difficult situations on board a vessel with fishing crews who can view them as intrusive.

Read the full release here

Questions remain as monitors return to boats

August 17, 2020 — NOAA Fisheries will redeploy at-sea monitors and other observers aboard Northeast fishing vessels today for the first time since March despite continued health and safety concerns from fishing stakeholders.

The federal fisheries manager first excused the vessels from carrying all observers with a March 20 waiver that it extended six times because of pandemic-related health and safety concerns.

During a Wednesday webinar, as NOAA Fisheries officials discussed how they hope to complete the deployment safely, it became clear there would be no seventh extension despite the tenacity of the pandemic.

It was also clear that the path toward redeployment still has some murky stretches, which NOAA officials quickly conceded.

“There are a lot of unknowns,” said Katherine McArdle, branch chief for the agency’s Fisheries Sampling Branch. “We’re going into this with a very sensitive and gentle manner.”

Read the full story at the Gloucester Daily Times

Fisheries Survival Fund Questions NOAA Over Decision to Reinstate Observers, But Cancel Surveys

August 17, 2020 — Why are fishery surveys being canceled but at-sea-observers being reinstated? That’s the tough question that the Fisheries Survival Fund (FSF) is asking. FSF submitted a letter to NOAA Fisheries Assistant Administrator Chris Oliver on August 13, just one day before the resumption of observer programs in the Northeast region.

“As you know, FSF represents the significant majority of full-time Limited Access permit holders in the Atlantic scallop fishery,” the letter reads. “Our members are home-ported along the Atlantic Coast from Massachusetts through North Carolina. The scallop industry recognizes the value of observers, as well as the difficulty of decisions NMFS is confronting during the COVID-19 pandemic. However, FSF still does not understand why NMFS cancelled unique fishery-independent surveys critical to resource management yet is reinstating less critical fishery-dependent data collected by observers when other options (VTRs, vessel tracking, and electronic monitoring) are available.”

Read the full story at Seafood News

The Last Lobster Supper?

August 17, 2020 — Mark Ring has been fishing the Stanley Thomas for nearly 30 years. With its red hull, the sturdy boat is the watercraft incarnation of Ring himself—a burly guy with permanently ruddy cheeks just above the hairline of his Vandyke beard. It is his second boat. It is also his last. Ring started lobstering when he was a teenager. Back then, he recalls, he didn’t have to go far from shore to set his traps. He’d head out and, barring thick morning fog, he could see the coastline and hundreds of lobster buoys bobbing in the waters before him. “You could drop your cages and hear them hit the bottom,” Ring says in a steep North Shore accent, leaning against the Stanley Thomas’s worn center console while remembering the old days. He’d haul his yellow traps up from the sea floor, the ropes slimy with algae, the cages bursting with lobsters aggressively clawing to get out. After a typical nine-hour day, Ring would return to the marina, hoist his traps onto the wet deck, and offload 2,000 lobsters.

That’s all changed now. The days are longer and the haul is harder won. When Ring motors out predawn from the backshore Gloucester marina where he’s docked the Stanley Thomas for years, he must power out farther to deeper, colder water. “The lobsters are just not settling in 6 feet of water like they did 15 years ago,” he says. “They want to find the optimum temperature. And that temperature is at 20 feet.” When Ring heads back in at the end of a long day, the lobsters in his traps have far too much legroom. He is netting less than half of what he used to.

In the face of climate change, throughout New England, the American lobster is vanishing, and the lobsters that remain are quickly heading farther out to sea in search of colder waters. Rising pH levels in the waters closer to shore have also contributed to weaker shells, which reduce the chances the lobsters will make it to market alive. More often than not, lobstermen are tossing this weak-shelled catch back into the ocean. Such factors help explain why lobstermen across New England are seeing the weight of their landings continue to dip; last year, Maine’s landings dropped by 21 million pounds, to about 100 million, the lowest in more than a decade.

That’s a steep decline, but it’s nothing compared to what will become of the industry if the self-coronated “Prince of Whales,” New Hampshire’s Richard “Max” Strahan, has his way. He has all but made it his mission to end lobster fishing in order to save the endangered North Atlantic right whale—and, as a result, the future of the beloved lobster roll as we know it is looking pretty bleak. His adversaries have a different nickname for him: Mad Max.

A career endangered-species activist, Strahan sports an overgrown mustache, a floppy fisherman’s hat, and a smug grin. He’s filed more lawsuits than he can practically count on behalf of the right whale, and never eats seafood. “I’ve ruined more than a few clambakes,” he says. “Just try to put a lobster in a pot in front of me!” He has been arrested multiple times, and his frequent outbursts have earned him a police escort at most meetings of the National Oceanic and Atmospheric Administration Fisheries, where he shows up to advocate for whales and also trade insults with lobstermen. For very good reasons, his only listed contact is a post office box.

Read the full story at Boston Magazine

Praise for Reduction in Pacific Coast Groundfish Fishing Capacity Reduction Buyback Loan

August 14, 2020 — Politicians are praising the recent news that NOAA Fisheries has reduced the outstanding principal balance on the Pacific Coast Groundfish Fishing Capacity Reduction Buyback Loan. The loan has been reduced by nearly $6 million.

In 2000 the West Coast groundfish fishery was declared an economic disaster. In response, Congress authorized a $46 million buyout to reduce overcapacity. $36 million in funds was provided in the form of a loan that the remaining fishing vessels agreed to repay based on a 3.5%-5% fee on ex-vessel revenue over 30 years. Interest started accruing in March 2004, but NMFS did not implement a repayment system until September 2005. Vessels could not make any loan repayments during this time, which added $3.8 million in interest. And now, because of that error, those remaining vessels now owe over $13 million more than they would have if NMFS had immediately implemented a repayment system. The Pacific Coast groundfish industry has made payments of  more than $34 million towards the loan, but as of December 2019 still owed $22.4 million.

Read the full story at Seafood News

Give Pregnant Killer Whales Space to Forage

August 14, 2020 — The following was released by NOAA Fisheries:

With news of multiple pregnancies among the endangered Southern Resident killer whales, agencies and partners are calling for boaters to steer clear of the whales. The Washington Department of Fish and Wildlife, NOAA Fisheries, whale watch leaders, and Soundwatch are asking boaters to give the whales extra space on the water at this critical time.

”The whales, for the first time in a couple years, are very, very present in Puget Sound; and unfortunately we’re having a lot of people get too close to orcas within these regulated boundaries,” said Washington Department of Fish and Wildlife Police Captain Alan Myers. “That bubble of protection is extremely important in order to keep boaters either intentionally or unintentionally from interfering with these animals while they feed, forage, and move about in Washington’s waters.”

A photogrammetry team from SR3 and Southall Environmental Associates last month documented pregnancies in all three Southern Resident pods. While this is promising news, research has shown that many Southern Resident pregnancies fail or the calves do not survive beyond their first year.

The lack of sufficient Chinook salmon prey is a key issue for the whale population. Another concern is the sound from vessel traffic, which can interrupt echolocation clicks the whales use to hunt the salmon. In the presence of vessel traffic, the whales have been observed by researchers spending less time foraging and more time traveling. Research has also found that the speed of vessels, more so than their size, is the biggest factor in determining how much noise they produce. Slowing down is one of the best ways to allow pregnant females to find the prey they need.

Read the full release here

Dam Impact Analysis Model Helps Researchers Assess Atlantic Salmon Survival

August 14, 2020 — The following was released by NOAA Fisheries:

NOAA Fisheries Atlantic salmon researchers have found that Atlantic salmon abundance can increase as more young fish and returning adults survive their encounters with dams. Also, progress in rebuilding the population will depend heavily on continuing stocking of hatchery fish raised especially for this purpose. This information is based on a life history model and new information on changes in the Penobscot River watershed.

The remaining remnant Atlantic salmon populations in the United States are located in Maine, with the largest population in the Penobscot River. Numerous factors play a role in salmon recovery — from predation and habitat degradation to pollution and climate change. The two most influential factors are survival of fish as they navigate dams in the river, and survival during the marine phase of their life. Atlantic salmon are born and remain in fresh water for 1-3 years and migrate downriver through estuaries into the sea. Then they spend 1 to 2 years at sea before returning to the river where they were born to spawn.

“Our findings indicate that Atlantic salmon abundance can increase as survival at dams from the lower to the upper watershed increases. Hatchery supplementation will be necessary to sustain the population when survival is low in egg-to-smolt and marine life stages,” said Julie Nieland, a salmon researcher at the science center’s Woods Hole Laboratory in Massachusetts and lead author of the study. “Increases in survival during both of these life stages will likely be necessary to attain a self-sustaining population, especially if hatchery supplementation is reduced or discontinued.”

Read the full release here

Sea Scallop Research Set-Aside Program Competition is Open

August 14, 2020 — The following was released by NOAA Fisheries:

NOAA Fisheries, in coordination with the New England Fishery Management Council, is soliciting proposals under the 2021/2022 Atlantic Sea Scallop Research Set-Aside Program.

The solicitation closes October 12, 2020. You can review the solicitation and apply online.

Projects supported under the program must enhance the knowledge of the scallop fishery resource or contribute to the body of information on which scallop management decisions are made.

Read the full release here

Pandemic scraps local shrimp study

August 13, 2020 — When NOAA Fisheries recently cancelled four fishery and ecosystem surveys because of pandemic-related health and safety concerns, it was no real surprise that the Northern shrimp survey was one of the casualties.

It’s was just another indication of the star-crossed nature of the once-thriving regional shrimp fishery in the Gulf of Maine.

The imperiled fishery, which has suffered debilitating declines in its ability to sustain biomass and recruitment, has been closed since the end of the 2013 fishing season. Six times, the Atlantic States Marine Fishery Commission looked at the numbers generated by stock surveys and six times it saw no recourse but to shutter the fishery.

Matters devolved to the point that in late 2019, the ASMFC abandoned the previous policy of single-season closures and closed the Northern shrimp fishery for three years, ending in 2021.

Read the full story at the Gloucester Daily Times

NOAA Fisheries: Science Connect 2020 Issue 2

August 13, 2020 — The following was released by NOAA Fisheries:

This study compiled data on the distribution of over 67,000 marine and terrestrial species, including 44,575 marine species from a variety of taxa, both protected and non-protected species. The study analyzes 30 globally-distributed environmental variables simultaneously through the use of artificial neural networks (ANNs) modelling. This approach has the advantage over previous methods by evaluating the relative importance of each variable more robustly and examining how variables interact more clearly. Results indicate that overall, terrestrial diversity is better predicted by environmental factors than marine diversity. The authors call for increased cooperation across scientific domains to advance our understanding of how and why biodiversity is distributed across the globe. This is especially crucial as we seek to understand and manage a rapidly changing planet and face the possible global erosion of biodiversity and hence ecosystem services to human societies. Scientists from a variety of disciplines must come together to find common and global sustainable pathways to reduce the loss of biodiversity.  Portion of Figure 1 from publication, map of global species richness observed, modeled and residual errors.

Gagné et al. 2020. Towards a global understanding of the drivers of marine and terrestrial biodiversity. PLoS ONE 15(2).

Read the full release here

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