The Sea Beneath Arctic and Antarctic Ice Holds Many Secrets. These Scientists Dive Deep to Find Out

Ruari Buijs, a marine biology and oceanography student, right, and Caroline Chen, a scientific diver and research assistant, prepare to dive during a Polar Scientific Diving class in Kilpisjärvi, March 15, 2026. (AP Photo/Kostya Manenkov)
Ruari Buijs, a marine biology and oceanography student, right, and Caroline Chen, a scientific diver and research assistant, prepare to dive during a Polar Scientific Diving class in Kilpisjärvi, March 15, 2026. (AP Photo/Kostya Manenkov)
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The Sea Beneath Arctic and Antarctic Ice Holds Many Secrets. These Scientists Dive Deep to Find Out

Ruari Buijs, a marine biology and oceanography student, right, and Caroline Chen, a scientific diver and research assistant, prepare to dive during a Polar Scientific Diving class in Kilpisjärvi, March 15, 2026. (AP Photo/Kostya Manenkov)
Ruari Buijs, a marine biology and oceanography student, right, and Caroline Chen, a scientific diver and research assistant, prepare to dive during a Polar Scientific Diving class in Kilpisjärvi, March 15, 2026. (AP Photo/Kostya Manenkov)

As bubbles rippled across the frigid Finnish lake, diver Daan Jacobs emerged from a hole carved out of the thick, crackling ice.

The journey had taken him 8 meters (26 feet) beneath the surface, where sunlight filtered through the Arctic ice and fish swam around a rock formation. It's a remote place few will ever see, especially in winter, when snow blankets the ice and temperatures on land approach minus 40 degrees in both Celsius and Fahrenheit.

But Jacobs, a biodiversity adviser in the Netherlands, is one of a growing number of fortunate underwater explorers, The Associated Press said.

He was part of the Polar Scientific Diving class in the far north of Finland earlier this month, a program designed by the Finnish Scientific Diving Academy to train the next generation of scientists and researchers to dive beneath the Arctic and Antarctic ice to study the flora and fauna below.

“The view is beautiful,” Jacobs said, gulping for air following his 45-minute dive.

The Arctic is warming four times faster than the rest of the planet. From impacting worldwide weather patterns to making the polar bear population smaller, weaker and hungrier, because they rely on the sea ice to hunt from, higher temperatures at the North Pole spell disaster for the entire globe.

In Antarctica, meanwhile, global warming is leading to melting of ice sheets, prompting sea level rise and disrupting ocean ecosystems.

Human divers still needed

So scientists need to study what's underneath the remaining Arctic — and Antarctic — ice, and determine how climate change is affecting the plants and animals that have traditionally survived along the seafloor with little to no sunlight. But carrying out such research requires specialized scuba diving skills plus the proper scientific background — qualifications that experts say only a few hundred people in the world currently have.

The Finnish Scientific Diving Academy’s class aims to not only train more divers, but also to convince the world that the polar ice crisis requires additional research.

“Because it is melting so fast, we need to have more people deployed there — more science to be done — to understand better what happens,” said Erik Wurz, a marine biologist and one of the class's scientific diving instructors. “We have to do more and we need to be fast to save this unique ecosystem in the Arctic, but also the Antarctic.”

And in a world that’s increasingly outsourcing work to artificial intelligence and robots, British Antarctic Survey marine biologist Simon Morley said that human hands are still necessary for this. Dragging nets across the seafloor would destroy the habitat, and a remotely operated submersible or robot can usually only pick up one specimen at a time.

“A diver can go down and pick up 12 urchins, put them in a bag and not affect the rest of the system,” said Morley, who isn't part of the course.

Challenging conditions

During each 10-day session, the academy's instructors drill a dozen experienced divers on a frozen lake at the University of Helsinki's Kilpisjärvi Biological Station. The program began in 2024 and the demand has allowed them to add a second session per year.

The participants range from marine and freshwater biologists and other scientists to highly skilled recreational divers and documentary filmmakers.

Ruari Buijs, a marine biology and oceanography student at the University of Plymouth in England, ultimately wants to work in Antarctica and research marine megafauna. He enrolled in this month's polar diving class in an effort to be more employable upon graduation.

“I thought this would be a very good stepping stone toward that goal,” he said.

Meanwhile, Caroline Chen, a scientific diver and research assistant in Germany, said it’s her dream to dive in the polar regions. She believes that her experience in this course will help her design future experiments in such challenging conditions.

The students must learn more than just diving under ice that's nearly a meter (around three feet) thick and into water temperatures that hover just above freezing. For starters, there's the frigid air temperatures and whipping winds over Lake Kilpisjärvi.

That challenges the topside support team, which must operate equipment to keep the diver safe while fending off their own risk of frostbite. They also have to learn how to become safety divers in case of an emergency, like if the primary diver can't find the hole in the ice to surface after 45 minutes below.

But once they're underwater, the divers say it's an incredible experience. During this month's session, the group dived beneath ice roughly 80 centimeters (around 2½ feet) thick. Chen spotted some fish along the sea floor and then took a moment to look to the surface as sunlight streamed through the ice, seemingly mimicking another Arctic phenomenon.

“It looks insane from the bottom up,” Chen said. “It changes all the time, like the Northern Lights.”

Buijs said that the cold doesn't affect the covered parts of a diver's body. But the area around their mouth remains exposed underwater.

“I think the worst thing is like your lips feel very numb afterward and they like stick out a lot,” he said, laughing. “You kind of get Botox lips a little bit.”



Brooch Given to First Passenger to Board Doomed Steamship Found at Roadshow

The brooch contains a dedication with the date April 21 1894 (AP)
The brooch contains a dedication with the date April 21 1894 (AP)
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Brooch Given to First Passenger to Board Doomed Steamship Found at Roadshow

The brooch contains a dedication with the date April 21 1894 (AP)
The brooch contains a dedication with the date April 21 1894 (AP)

A brooch given to the first passenger to board a Dundee-built steamship 37 years before she sank has surfaced at an antiques roadshow.

The decorative item was presented to Elizabeth Anderson on April 21 1894, the date of the maiden voyage of the SS Citrine, according to the British website ‘itv News.’

Built by Dundee shipbuilders W B Thompson & Co, the Citrine was one of a number of vessels in the Glasgow-based “Gem line,” all of which were named after gemstones or minerals.

The shipping firm was owned by William Robertson, who started out with a single barge in 1852 before growing it into one of the largest coastal bulk shipping fleets in Britain.

The brooch was presented to Anderson by Robertson and is inscribed with the words “SS Citrine, April 21 1894, Elizabeth McIntyre Anderson, from William Robertson.”

The sides of the gold-colored item are shaped as a ship’s rope and its center has been designed as a life ring mounted with a citrine stone, echoing the name of the vessel.

The Citrine sank on March 17 1931 after striking rocks at Bradda Head, Port Erin, on the Isle of Man.

Accounts at the time described the ship’s final moments in darkness, heavy weather and confusion, and the disaster claimed the lives of nine of her 11 crew members.

William Robertson had been dead for 12 years by the time of the sinking but the business remained in family hands under his sons, William Francis Robertson and James Robertson.
The brooch was discovered at a WeBuyVintage roadshow in Fleetwood, Lancashire.


NASA Robot Mission Aiming to Rescue Space Telescope

This handout photo released by NASA on July 31, 2004, shows the Swift spacecraft being unwrapped in Hangar AE at Cape Canaveral Air Force Station at Kennedy Space Center, Florida. (Photo by Handout / NASA / AFP)
This handout photo released by NASA on July 31, 2004, shows the Swift spacecraft being unwrapped in Hangar AE at Cape Canaveral Air Force Station at Kennedy Space Center, Florida. (Photo by Handout / NASA / AFP)
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NASA Robot Mission Aiming to Rescue Space Telescope

This handout photo released by NASA on July 31, 2004, shows the Swift spacecraft being unwrapped in Hangar AE at Cape Canaveral Air Force Station at Kennedy Space Center, Florida. (Photo by Handout / NASA / AFP)
This handout photo released by NASA on July 31, 2004, shows the Swift spacecraft being unwrapped in Hangar AE at Cape Canaveral Air Force Station at Kennedy Space Center, Florida. (Photo by Handout / NASA / AFP)

NASA on Tuesday is set to launch a daring robotic rescue mission, a long shot bid to prevent one of its aging telescopes from vanishing into dust.

If successful, the effort could pave the way for giving other satellites a second life.

The operation is set to last several months, kicking off with the launch of a robot designed to rescue the Swift space telescope that's currently falling towards Earth.

Without intervention, Swift is expected to soon burn up in the atmosphere.

The rescue spacecraft developed by the US startup Katalyst is slated to lift off Tuesday at 1023 GMT from a Pacific Ocean atoll aboard a small rocket named Pegasus.

The rocket-propelled launch vehicle will not take off from a launch pad. Instead, it will be released from a jet.

"Everything about this mission is so crazy," said NASA astrophysicist Regina Caputo with a laugh during an interview with AFP.

After it reaches an orbit near that of the telescope, the robot must locate Swift across the vastness of space.

The aim is then for the robot to maneuver around the telescope and latch on with three movable arms.

It will then vie to tow Swift into a stable orbit over the course of at least a month, rescuing it from destruction by moving it about 300 kilometers higher.

"This is a lot of firsts stacked on top of each other," said Shawn Domagal-Goldman, the director of NASA's astrophysics division, during a recent call with reporters.

"I'm just deeply thankful that we're even giving this a go."

The idea of such a rescue might seem odd at first glance.

The Neil Gehrels Swift Observatory telescope was launched in 2004, and was originally designed for a two-year mission.

The device was intended to study gamma-ray bursts, what Caputo called "the most energetic things that happen in the universe."

She likened it to a supercharged version of a supernova, which is a dramatic, explosive death of a star.

Gamma-ray bursts are extremely brief, she explained, so the telescope was placed at an altitude of approximately 600 kilometers in low Earth orbit, so it could remain in constant communication with researchers.

But with that pro came a con -- at such an altitude, the device without its own propulsion would eventually drift closer to Earth and burn up in the atmosphere.

Caputo said that phenomenon was expected and normal, because when the Sun is in its more active cyclical stages, it emits more particles and causes an expansion of Earth's atmosphere.

That creates drag, meaning satellites in low Earth orbit lose altitude.

Yet when forecasts in early 2025 indicated the telescope was nearing the end of its life, NASA began considering a possible rescue.

"We decided, yeah, we want to go save this one this time, because of how special it is," said Domagal-Goldman.

Despite its age, the Swift telescope remains in high demand within the scientific community, not least for its rapid response capabilities.

Should it burn up, it could not be immediately replaced.

The mission attempting unprecedented maneuvers has a projected cost of $30 million to save the device, which originally cost $250 million.

The rescue robot named LINK will have to overcome numerous challenges and unknowns.

For example, engineers do not have a clear picture of what the back of the telescope actually looks like -- even though that's where the robot must latch on.

With a laugh, Caputo projected the chances of success at "maybe 50-50."

Still, both NASA and the company Katalyst believe the mission -- which could run into the fall -- might pave the way for new possibilities in spacecraft management, and is worth a shot.

Robert Lamontagne, a vice president at Katalyst, said during a call with journalists that it could represent the "start of a new model" to "refuel, reposition, repurpose, repair, and even upgrade satellites, even if they were never prepared for it."


Rare Dinosaur Fossil from Antarctica is Found Tucked Away in a Drawer

This image provided by the Natural History Museum shows a fossil found in Antarctica that belongs to a group of dinosaurs called titanosaurs. (Natural History Museum via AP)
This image provided by the Natural History Museum shows a fossil found in Antarctica that belongs to a group of dinosaurs called titanosaurs. (Natural History Museum via AP)
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Rare Dinosaur Fossil from Antarctica is Found Tucked Away in a Drawer

This image provided by the Natural History Museum shows a fossil found in Antarctica that belongs to a group of dinosaurs called titanosaurs. (Natural History Museum via AP)
This image provided by the Natural History Museum shows a fossil found in Antarctica that belongs to a group of dinosaurs called titanosaurs. (Natural History Museum via AP)

Scientists have stumbled on a rare dinosaur fossil from Antarctica, tucked away for decades in a drawer.

The bone comes from the tail of a long-necked, plant-eating dinosaur called a titanosaur. Scientists haven't yet identified the species it belongs to, The Associated Press reported.

It was discovered in 1985 during an expedition to Antarctica's James Ross Island and collected by geologist Mike Thomson. Working with the British Antarctic Survey, Thomson was mapping the area's rock layers and collected marine reptile fossils to help with future dating efforts. He recorded the find as a large reptile.

Decades later, paleontologist Mark Evans spotted the bone in the British Antarctic Survey's collections and wondered whether it might be a dinosaur.

He and other researchers analyzed the shape of the bone and compared it to other more complete dinosaur remains, confirming their discovery. The findings were published on Monday in the journal Acta Palaeontologica Polonica.

Dinosaur fossils are rare to find in Antarctica because of the unforgiving ice caps. But millions of years ago, when this dinosaur lived, the region was populated by lush forests — a “rather different and much more hospitable place than we think of today,” said study co-author Paul Barrett with the Natural History Museum in London.

At about 23 feet (7 meters) long, the dinosaur was small for its group and may have been young when it died. Scientists don't know how the creature met its end, but they think its body floated away from the coast and sank to the sea floor, becoming fossilized in marine rock.

Technology has come a long way since the dinosaur tail bone was first found, allowing researchers to peer inside bones and gain even more detailed information about ancient creatures. Thomson died in 2020 before the fossil was identified as belonging to a dinosaur.

“If he were still with us, he would be delighted to know what this was,” Evans, a study co-author, said.