In New York City, Scuba Divers’ Passion for Sport Becomes Mission to Collect Undersea Litter

Atlantic goliath grouper fish swim near Boynton Beach, Florida on September 10, 2023. (AFP)
Atlantic goliath grouper fish swim near Boynton Beach, Florida on September 10, 2023. (AFP)
TT

In New York City, Scuba Divers’ Passion for Sport Becomes Mission to Collect Undersea Litter

Atlantic goliath grouper fish swim near Boynton Beach, Florida on September 10, 2023. (AFP)
Atlantic goliath grouper fish swim near Boynton Beach, Florida on September 10, 2023. (AFP)

On a recent Sunday afternoon, the divers arrived on a thin strip of sand at the furthest, watery edge of New York City. Oxygen tanks strapped to their backs, they waded into the sea and descended into an environment far different from their usual terrestrial surroundings of concrete, traffic and trash-strewn sidewalks.

Horseshoe crabs and other crustaceans crawl on a seabed encrusted with barnacles and colonies of coral. Spiny-finned sea robin, blackfish and wayward angelfish swim in the murky ocean tinted green by sheets of algae.

Not all is pretty. Plastic bottles, candy wrappers and miles and miles of fishing line drift with the tides, endangering sea life.

The undersea litter isn't always visible from the shore. But it has long been a concern of Nicole Zelek, a diving instructor who four years ago launched monthly cleanups at this small cove in the community of Far Rockaway, where New York City meets the Atlantic Ocean, about 4 miles (6.4 kilometers) south of John F. Kennedy International Airport in Queens.

A throwaway culture of single-use plastics and other hard-to-degrade material has sullied the world's waters over the decades, posing a danger to marine life such as seals and seabirds. By 2025, some 250 million tons (226.7 million metric tons) of plastic will have found its way into the oceans, according to the PADI AWARE Foundation, a conservation group sponsoring a global project called Dive Against Debris.

Dive by dive, small groups like Zelek's have been trying to undo some of the damage.

“Every month we have a prize for the weirdest find,” she said. They have included the occasional goat skull, perhaps used as part of some ritual, Zelek surmises.

“The best find of all time was an actual ATM machine. Unfortunately, it was empty,” she said.

The divers' haul one late-summer Sunday wasn’t much, but there were clumps and clumps of fishing line untangled from underwater objects. What the divers can’t pull away by hand is cut with scissors.

“Unfortunately, tons of crabs and horseshoe crabs — which are under threat — get tangled in the fishing line and then they die,” Zelek said.

While more ambitious projects are underway to scoop up huge accumulations of floating debris in deeper waters, small-scale coastal cleanups like Zelek's are an important part of the battle against ocean pollution, said Nick Mallos, vice president of conservation for Ocean Conservancy.

“The science is very clear and that’s to tackle our global plastic pollution crisis,” he said. “We have to do it all.”

Every September, the conservancy holds monthlong international coastal cleanups. Since its inception nearly four decades ago, the cleanups have retrieved about 400 million pounds (181.4 million kilograms) of trash from coastal areas around the world.

The best way to combat plastics going into the oceans, Mallos said, is to reduce the globe's dependence on them, particularly in packaging consumer products. But human-powered cleanup is the least costly of all cleanup options.

The Dive Against Debris project invites what organizers call “citizen scientists” to survey their diving sites to help catalog the myriad items that don’t belong in oceans, lakes and other bodies of water. By the group’s count, more than 90,000 participants have conducted more than 21,000 such surveys and removed 2.2 million pieces of junk, big and small.

Zelek and her fellow divers have contributed their finds to the project.

Surface trash might be easy enough to clear with a rake, but the task is more challenging beneath the water. Over the years, the layers of monofilament fishing line have accumulated. And until a few years ago, no one was scooping out the line, hooks and lead weights.

Untangled, a pound of medium-weight fishing filament would stretch to a bit more than 4 miles (6.4 kilometers). It’s anybody’s guess how many miles of fishing line remain on the channel’s bottom.

“Those small things are really what start to accumulate and become a much larger and bigger problem,” said Tanasia Swift, who has been with the group for a year and works for an environmental nonprofit focused on restoring the health of New York City’s waters.

“If there’s anything that we see that doesn’t belong in the water, we take it out,” she said.

While the drivers work, fishermen cast their lines from a ledge where the city's concrete stops. The beach is frequented mostly by residents who live nearby.

Raquel Gonzalez is one such resident, and she's been coming to the beach for years. She and a neighbor brought a rake with them on the same Sunday the divers were there.

“Needs a lot of cleanup here. There's nobody that does any cleanup around here. We have to clean it up ourselves," she said.

“I love this spot, I love the scuba divers," Gonzalez said. “Look at all the good people here.”



Glasgow Building Fire Closes Scotland’s Busiest Train Station and Disrupts Rail Services

 Floors collapse inside the building as fire fighters work at the site of a large fire in Glasgow City center on March 8, 2026. (AFP)
Floors collapse inside the building as fire fighters work at the site of a large fire in Glasgow City center on March 8, 2026. (AFP)
TT

Glasgow Building Fire Closes Scotland’s Busiest Train Station and Disrupts Rail Services

 Floors collapse inside the building as fire fighters work at the site of a large fire in Glasgow City center on March 8, 2026. (AFP)
Floors collapse inside the building as fire fighters work at the site of a large fire in Glasgow City center on March 8, 2026. (AFP)

A major fire in the heart of Glasgow crippled Scottish train services Monday as firefighters worked to douse the blaze that destroyed a four-story building near Scotland's busiest railway station.

Glasgow Central Station was closed and all travel to, from and through the station was expected to be disrupted, National Rail said. There was no estimate when the station would reopen.

The fire broke out Sunday in a vape shop on Union Street, next to the station. It burned through the night and part of the building that dates back to 1851 collapsed.

Overnight footage of the blaze showed the building and its dome-like roofing structure completely engulfed in flames. That section of roofing later appears to have collapsed.

There were no reported casualties, Scottish Fire and Rescue Service said.


World’s Oldest Icebergs is Nearly at an End

 A drone captured the spectacular caves and arches of A23a in 2023 (British Antarctic Survey) 
 A drone captured the spectacular caves and arches of A23a in 2023 (British Antarctic Survey) 
TT

World’s Oldest Icebergs is Nearly at an End

 A drone captured the spectacular caves and arches of A23a in 2023 (British Antarctic Survey) 
 A drone captured the spectacular caves and arches of A23a in 2023 (British Antarctic Survey) 

The story of one of the world’s oldest icebergs is nearly at an end, after a breathtaking 40-year journey that has captivated scientists.

The iceberg, known as A23a, was once the largest on Earth, covering an area more than twice the size of Greater London, according to BBC.

But after a path full of twists and turns, A23a has melted, fractured and spectacularly disintegrated over the past year.

Now, far from the icy seas of Antarctica, what’s left of A23a is being eaten away by warmer waters. It’s in its death throes, not expected to last more than a matter of weeks.

All icebergs melt eventually, but scientists have been looking at how it's disintegrated for clues about how other parts of Antarctica might respond as the climate changes.

“It’s been an extraordinary journey,” said Prof Mike Meredith of the British Antarctic Survey in Cambridge. “But it is on its last legs now.”

This is the story of A23a’s final months.

But first we have to go back to 1986. That year, a nuclear reactor exploded at the Chernobyl power plant in what is now northern Ukraine, Gary Lineker won the golden boot at the Fifa World Cup in Mexico, and Whitney Houston received her first Grammy award.

Away from the world’s gaze, the Filchner Ice Shelf - a massive floating tongue of ice extending from the Antarctic continent and into the Weddell Sea - was changing dramatically. One of the icebergs to break off - or calve - was A23a, then about 4,000 sq km.

It soon became anchored in the muds of the Weddell Sea, where it remained stuck for more than 30 years. It wasn’t until 2020 that scientists noticed signs that A23a was on the move again.

While it’s likely icebergs have lived longer in the Earth’s distant past, A23a is thought to be the oldest iceberg in the world today, at least among those picked up by satellites and tracked by scientists.

“Its journey is really pretty impressive, just for sheer longevity,” said Dr Christopher Shuman, a retired scientist formerly with the University of Maryland, Baltimore County, in the US. He likens tracking its path to watching a TV drama “where you don't know what you're going to see next.”

As A23a moves across the vast South Atlantic Ocean, it can be hard to grasp its scale - but if you could drop it into the English Channel its size would be much more striking.

At the start of 2025 - even after 39 years - A23a was still a collosus. It would have almost stretched between the Isle of Wight and Normandy in France. Now, it wouldn’t even reach halfway from Dover to Calais.

“To watch it be so stable for so long, and then just disintegrate over one year, has been fascinating,” said Dr Catherine Walker of the Woods Hole Oceanographic Institution in the US, who was born the same year as A23a.

Over the past two weeks A23a has been carried by ocean currents in a near-complete clockwise loop. This could be its final dance.

Recent satellite images suggest further hydrofracturing of what was left of it - “tantalizing evidence of sudden disintegration”, according to Prof Adrian Luckman of Swansea University.

While other icebergs have travelled further in the past, A23a is the furthest north of any Antarctic iceberg being tracked by scientists today. It’s closer to the equator than London.

The prolonged exposure to sea warmth means the berg’s remains will inevitably fragment and eventually melt away, even though the Southern Hemisphere winter is on the horizon.

By 5 March, A23a had shrunk to approximately 180 square km, although estimates can vary slightly.

Once it gets to roughly 70 square km, scientists will stop tracking it. That moment’s not far away, according to Luckman.

“All traces will probably have disappeared in a matter of weeks now, at most,” Luckman said.

 

 

 


Digital Reconstruction Reveals Face of ‘Little Foot,’ A 4 Million-Year-Old Human Ancestor

The Sterkfontein caves have yielded many hominin fossil discoveries. Emmanuel Croset/AFP/Getty Images 
The Sterkfontein caves have yielded many hominin fossil discoveries. Emmanuel Croset/AFP/Getty Images 
TT

Digital Reconstruction Reveals Face of ‘Little Foot,’ A 4 Million-Year-Old Human Ancestor

The Sterkfontein caves have yielded many hominin fossil discoveries. Emmanuel Croset/AFP/Getty Images 
The Sterkfontein caves have yielded many hominin fossil discoveries. Emmanuel Croset/AFP/Getty Images 

Scientists can now come face to face with an early human ancestor nicknamed Little Foot who lived 3.67 million years ago, thanks to digital reconstruction technology, according to CNN.

Renowned paleoanthropologist Ronald Clarke identified four tiny bones in the University of the Witwatersrand’s museum collection and went on to discover Little Foot’s nearly pristine fossil in the 1990s in the Sterkfontein Caves northwest of Johannesburg, South Africa.

Full excavation of the remains took a painstaking 20 years, but it was worth it.

At 90% intact, the specimen is the most complete known skeleton belonging to Australopithecus, chimpanzee-like ancestors who were able to walk upright on two feet but also adept at climbing trees to escape from predators like saber-toothed cats.

The skeleton represents the oldest evidence of human evolution in southern Africa, said Dr. Amélie Beaudet, an honorary researcher in the School of Geography, Archaeology and Environmental Studies at the University of the Witwatersrand, Johannesburg, who has studied the fossil unearthed from the Cradle of Humankind World Heritage Site for years.

However, Little Foot’s skull, which became crushed as surrounding cave sediment grew heavier and shifted over time, has been difficult to study. The skull distortion was so extensive that physical reconstruction wasn’t possible.

Now, Beaudet and her colleagues have digitally rearranged the facial bones to their rightful places, providing a clearer look at Little Foot’s face — and hinting at features that may be shared across the human family tree.

“Only a handful of Australopithecus fossils preserve an almost complete face, making Little Foot a rare and valuable reference point,” said Beaudet, lead author of the study published Monday in the journal Comptes Rendus Palevol, in a statement. “Little Foot’s face preserves key anatomical regions involved in vision, breathing and feeding, and its skull will offer further key elements for understanding our evolutionary history.”

Little Foot’s fossilized remains left South Africa for the first time so researchers could capture precise images of the inner structures of her face, which had never been seen.

The skull was shipped to England so it could go through high-resolution scanning at the Diamond Light Source synchrotron, located at the Harwell Science and Innovation Campus in Oxfordshire.

The size of Little Foot’s face fell between that of a gorilla and an orangutan, while the shape was closer to what is seen in orangutans and bonobos.

The team was surprised to find that the face size, as well as the shape and measurements of her eye sockets, were also more similar to the East African Australopithecus fossils, despite the fact that Little Foot was found in South Africa.

Little Foot’s skeleton is 50% more complete than the famed Lucy fossil, found in Ethiopia in 1974 by paleoanthropologists Donald Johanson and Tom Gray.

Next, the team wants to use digital reconstruction methods to correct deformation on other parts of the skull, such as the braincase, to reveal insights about the brain size of Little Foot — and potentially unlock clues about the cognitive abilities of our early human ancestors.