Endangered rays, sharks and native oysters 'could thrive' despite climate change, report claims
Endangered rays, sharks and native oysters could thrive in seas around the UK in the decades ahead amid changing conditions in the oceans - but other common species could become rare, according to a study.
Researchers looked at 19 threatened marine species in UK seas and the impact they could face from climate change.
The results suggested an "overall increase" in suitable habitat for the study's selected species, although said any projected change for many was "relatively small".
Some species will "move or shift" to new areas in response to rising ocean temperatures and this will have an impact on how they are managed and protected, the study added.
Many species are anticipated to lose habitat with climate change, researchers said.
Maintaining or increasing the numbers of vulnerable animals around the UK might require additional management methods.
Projecting habitat changes into the future has "a number of uncertainties" and species may find "favourable" new areas, but the conditions could then "move" to zones which are "not suitable" for species to survive.
The report, published in the Marine Biology journal, said although rays, sharks and oysters could become less threatened - there were risks for other species.
"Spurdog, thornback and undulate rays and native oyster showed the largest increases in suitable habitat this century, whereas decreases were seen in the slender sea pen, ocean quahog, sea fan and fan mussel," said the report.
"The increases were concentrated in the central and northern North Sea and the decreases to the south and west of the UK, as well as in the southern North Sea."
Some species may thrive in new areas not currently protected from human disturbance, scientists said.
But some currently protected sites "may no longer remain viable in protecting their designated features in the future".
"Some of these changes may become apparent relatively quickly, with substantial changes in suitable habitat evident from the 2030s and 2040s," researchers said.
Read more from Sky News:
The government is currently consulting on measures for fishing in Marine Protected Areas, which are designated parts of the ocean set up to protect habitats, species and ecosystems.
Researchers at the Centre for Environment, Fisheries and Aquaculture Science compiled the report in consultation with the Department for Environment, Food and Rural Affairs, Natural England, and the Joint Nature Conservation Committee.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
12 hours ago
- Yahoo
It took over 100 years for humans to see this squid alive for the first time
If you purchase an independently reviewed product or service through a link on our website, BGR may receive an affiliate commission. We've known about the existence of the rare Antarctic gonate squid since 1898. However, it has taken us over 100 years to actually see this squid alive. The creature dwells far beneath the glaciers of the Antarctic, and has been a long-sought-after discovery for over a century. But it took complete chance for scientists to catch sight of this rare creature for the first time. According to a new report shared by National Geographic, the Antarctic gonate squid first washed up on shore in the late 1800s. However, expeditions to the far southern areas of our world had never netted scientists with a live view of this rare squid. That was until last year, when scientists on board the Schmidt Ocean Institute's Falkor (too) had to stop short of their original planned study area due to hazardous weather. Today's Top Deals Best deals: Tech, laptops, TVs, and more sales Best Ring Video Doorbell deals Memorial Day security camera deals: Reolink's unbeatable sale has prices from $29.98 The result of that stop was our first look at this rare squid, which drifts through the cold waters of the dark Antarctic waters of the Weddell Sea. The squid was spotted roughly 7,000 feet below the surface, at the edge of an area known as the Powell Basin. The researchers watched as the squid drifted through the water, eventually releasing a cloud of greenish ink. Despite being known about for over a hundred years, many scientists believe this is the first look we have ever had of this rare squid in the wild and still alive. At roughly three feet long, the Antarctic gonate squid is not quite as large as some of the giant squids we've seen in the ocean. However, its elusiveness has made it that much more intriguing of a target for researchers. Little is known about the exact whereabouts of these rare squids, or how many are even still alive to this day. This discovery is also another reminder of just how vast and mysterious our oceans are. The fact that scientists continue to discover strange creatures at the bottom of the ocean is both exciting and somewhat terrifying. To put it into perspective, it is often said that we know more about the surface of Mars than we know about our own oceans. And that's saying a lot, because we still know so little about our neighboring planet, despite years of exploration by NASA's rovers. More Top Deals Amazon gift card deals, offers & coupons 2025: Get $2,000+ free See the
Yahoo
19 hours ago
- Yahoo
Rare photo captures extraordinary moment in the sea: 'Beautiful'
At first glance, it looks like a drifting ribbon of jelly. But look closer, and you'll see something extraordinary — a translucent spiral floating just below the surface, dotted with hundreds of thousands of tiny pink embryos. This surreal sight, recently captured by rangers from the National Park of American Samoa, is believed to be a floating egg mass laid by a diamondback squid (Thysanoteuthis rhombus) — a large, deep-sea species rarely seen in the act of reproduction. "Each tiny pink dot is a developing embryo," the National Park wrote in its post. "A rare and beautiful reminder of the ocean's wonders." The remarkable images caught the attention of marine experts in Australia, who confirmed the species and shed light on just how unique these sightings are, even in tropical waters. While these photos were taken in Polynesian waters, diamondback squid are also found in Australia. "This large-sized oceanic squid — over 20 kilograms when mature — is distributed globally in tropical and subtropical zones," Dr Wen-Sung Chung, a marine scientist at the University of Queensland, told Yahoo News Australia. "It attracts fisheries interest in several East Asian countries due to its high market price." Dr Chung confirmed the gelatinous ribbon was the egg mass of the diamondback squid, adding that several oceanic squid species produce similar floating structures. "These large, jelly-like egg masses can contain hundreds of thousands of eggs," he said. Incredible photos capture rare moment off Aussie coast Veteran diver devastated over grim Great Barrier Reef report Incredible event 'triggered by full moon' off famous coast "Most hatchlings are only one to two millimetres long and are known as paralarvae, which drift with the current. I haven't seen its egg mass on the Oz coast yet," he added, "but I have indeed seen them repeatedly in Taiwan." Dr Mandy Beasley, from the National Marine Science Centre at Southern Cross University, said the sighting is consistent with the known behaviour of the species. "This oceanic species does occur in Australian waters and is known to have floating egg masses that have been observed also in the Philippines," she told Yahoo. Dr John Healy, curator of malacology at the Queensland Museum, said the egg mass pictured in Samoa is "well over a metre in length" and likely attracted the nearby fish shown in the images. "They may be trying to eat some of the eggs or simply be curious about the mass," he told Yahoo. "The species occurs circumglobally, mainly in tropical and subtropical waters, and certainly in Australian waters — but mostly in pairs or as individuals," he said. "The Queensland Museum has a specimen on display that was fished off the beach at the northern end of Moreton Island in 2010 and donated to our collection." Though the diamondback squid is commercially fished in Japan and parts of Southeast Asia, it's not targeted in Australia. Still, experts say sightings like this — even overseas — help shed light on the mysterious deep-sea lives of oceanic squid and the fragile, fleeting structures they leave behind. Love Australia's weird and wonderful environment? 🐊🦘😳 Get our new newsletter showcasing the week's best stories.


New York Times
a day ago
- New York Times
Fifty Years After ‘Jaws,' Shark Science Is Still Surfacing
When Steven Spielberg's famous mechanical shark, Bruce, first appeared onscreen in the summer of 1975, Chris Lowe thought it looked fake. Dr. Lowe, who now leads the Shark Lab at California State Long Beach, was 11 that year. He had grown up on Martha's Vineyard, the island in Massachusetts where 'Jaws' was filmed. He had watched Mr. Spielberg's crew transform his hometown into 'Amity Island.' Some of his schoolmates served as extras; he saw the mechanical shark in person. But one of the film's characters in particular captured his attention: the marine biologist Matt Hooper, portrayed by Richard Dreyfuss. Dr. Lowe credited Hooper for first stirring his curiosity about shark scientists. 'Hooper kind of got me interested in this idea that there are scientists that get paid to study sharks,' he said. Dr. Lowe wasn't the only one. 'Jaws,' the highest-grossing movie of its time, cast a long shadow over the reputation of sharks. Throughout the 1970s and '80s, these ocean predators were vilified as voracious monsters and were drastically overfished. The only good shark was a dead shark, the thinking went. But the film also ushered in an era of curiosity, inquiry and shark science. It produced a generation or more of researchers fascinated with these creatures that remain largely unknown. 'I call it a blessing and a curse,' Dr. Lowe said. Before 'Jaws' premiered in 1975, most shark research was conducted by the U.S. Navy. Much of it involved experimenting and testing repellents to prevent shark attacks on sailors. Very little was known about sharks, and the research sought to understand why they attacked people. Want all of The Times? Subscribe.