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Smooth Handfish Extinction Marks a Sad Milestone

July 10, 2020 — For centuries humans believed the ocean was so vast that it was impossible to do it measurable harm. But we now know human activities can destroy critical marine habitats, dangerously pollute seawater and make sea environments more acidic. Overharvesting has disrupted food chains and directly pushed many ocean species into the critically endangered category—and has driven some animals, including Steller’s sea cow, into total extinction. This past March the smooth handfish, Sympterichthys unipennis, officially became the first modern-day marine fish to be declared extinct.

Handfish are a family of 14 unusual bottom-dwelling species related to deep-sea anglerfish. Unlike most other fishes, they do not have a larval phase and do not move around very much as adults; these traits make them sensitive to environmental changes, according to Graham Edgar, a marine ecologist at the University of Tasmania. “They spend most of their time sitting on the seabed, with an occasional flap for a few meters if they’re disturbed,” Edgar says. “As they lack a larval stage, they are unable to disperse to new locations—and consequently, handfish populations are very localized and vulnerable to threats.” In 1996, he adds, another species called the spotted handfish was the first marine fish listed as critically endangered on the International Union for Conservation of Nature (IUCN) Red List.

The smooth handfish was once common enough to be one of the first fish species described by European explorers in Australia. Now none has been reported in well over a century, despite frequent scientific sampling in its known range (including by Edgar and his colleagues). Red List guidelines officially define “extinct” as meaning “there is no reasonable doubt that the last individual has died.” Edgar and the members of Australia’s National Handfish Recovery Team were forced to that conclusion earlier this year, and the Red List placed it in the extinct category. Scientists are unsure exactly what finished off the species, but others in the region are threatened by trawl fishing, pollution and climate change.

Read the full story at Scientific American

Global Overfishing Could be Helped by New Indicators

August 12, 2019 — In a new paper published in “Science Advanced,” National Oceanic and Atmospheric Administration researchers Jason Link and Reg Watson from the University of Tasmania’s Institute for Marine Antarctic Studies suggested new ways of monitoring and managing overfishing.

They suggest a broader, whole ecosystem-focused approach to monitoring and research, rather than the population-by-population, smaller scale approach that most management uses now.

“In simple terms, to successfully manage fisheries in an ecosystem, the rate of removal for all fishes combined must be equal to or less than the rate of renewal for all those fishes,” said Link.

Link is the senior scientist for ecosystem management at NOAA Fisheries and a former fisheries scientist at the Northeast Fisheries Science Center in Woods Hole.

Read the full story at CapeCod.com

More work, less fish: Amount of fish caught for effort expended has declined since 1950

July 3, 2019 — Global fishing fleets have exploded in size and power since the 1950s, even as it takes more and more effort to catch fewer fish, according to recent research.

And while reducing fishing effort overall could lead to greater catches that require less work, achieving that goal is no simple task.

Between 1950 and 2015, the number of vessels plying the world’s waters doubled from 1.7 million to 3.7 million, while the amount of collective engine power of all vessels surged from 25 GW to 145 GW, with the portion of the world’s vessels that are motorized drastically increasing.

But the amount of fish caught for the effort expended – the catch per unit effort – dropped for most countries to one-fifth of what it was in 1950, according to a recent study published in the Proceedings of the National Academy of Sciences. And there could be one million additional motorized vessels by 2050 if current trends continue, according to the study.

“The stress we put on the oceans’ resources is rather large, and management needs to react – and we see some of that, but not yet globally,” Yannick Rousseau, a doctoral researcher at the Institute for Marine and Antarctic Studies at the University of Tasmania and the lead author on the study, told SeafoodSource.

Read the full story at Seafood Source

Researchers Map Global Fishing Patterns From 1869 to 2015

June 28, 2018 — SEAFOOD NEWS — Researchers at the University of Tasmania’s Institute for Maine and Antarctic Studies have mapped the scale and patterns of change in global marine fishing for the last century and a half.

Led by Reg Watson, Professor of Fisheries and Ecological Modelling at the University, the study takes a look at global marine fishing from 1869 to 2015. The data was able to not only document entire catch by country and associated fishing gear, but also estimate the illegal, unreported and discarded catch.

“Compared to the previous blurry maps, the new techniques have provided a sharp image of the fishing patterns providing valuable wild-caught seafoods,” Watson explained.

For Watson, the data dating back to 1869 is “invaluable to get an all-inclusive overview and see how things have changed over time.” For instance, the researchers were able to discover that prior to the 1900s, Canada, the United States and Japan were all key fishing countries. However, Japan, Russia and Peru have been leading the pack since the 1950s. The data also revealed that more bottom-dwelling fish were caught prior to 1900 and that the “expansion of valued landings of tuna, shrimp and squid” didn’t happen until recent years.

“Much can be learnt from looking at historical patterns of fishing, and they can help inform decisions vital to maintaining the marine resources and their environments that mankind depends on,” said Watson.

Find the full research paper here.

This story originally appeared on SeafoodNews.com, a subscription site. It is reprinted with permission.

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