Working in Antarctica sometimes means using ‘pee bottles’ as some buildings have no indoor plumbing, said one person there

The Atmospheric Research Observatory,  two-storied industrial building, is pictured here at night in 2018 in front of green auroras lighting up the sky in the background.
The Atmospheric Research Observatory building, one of the outbuildings by the Amundsen-Scott South Pole Station in Antarctica.

  • The Amundsen-Scott South Pole station houses some of the world’s most sophisticated scientific equipment.
  • But the buildings that host those instruments often don’t have running water.
  • So “pee bottles” are sometimes the best option, according to someone who works there.
  • See more stories on Insider’s business page.

Amazing scientific discoveries are made at the Amundsen-Scott South Pole Station, a remote research station close to the ceremonial South Pole in Antarctica.

But for those working at the station over the polar winter, dedication to science sometimes means having to give up on the bare essentials.

“The outbuildings generally do not have running water, although there is sometimes a room with a primitive toilet (one that needs to be emptied),” Josiah “Joe” Horneman, a physician assistant working at the station over the winter, told Insider.

The Amundsen-Scott South Pole Station itself, nicknamed the elevated station, has all the mod-cons. Not only does it have indoor plumbing, but it also hosts a gym, a basketball court, a music room, and a craft room.

A 3D rendering of the Amundsen-Scott South Pole station's elevated building. It has four wings and is seen here set against a snowy background.
A 3D rendering of the Amundsen-Scott South Pole Station.

But most of the scientific work takes place in outbuildings that are within walking distance of the stations, such as the South Pole Telescope, the South Pole Atmospheric Research Observatory (ARO), and the IceCube Neutrino Observatory, as Horneman showed here:

A post shared by Joe Spins the Globe (@joespinstheglobe)

The time it takes to travel from these sites back to the elevated station “varies with the outbuilding and weather,” Horneman said.

For instance, the trip to the ARO in perfect weather takes less than 10 minutes, he said.

You can see Horneman walking to the ARO in the video here:

But coming back from a building that is further out, like the IceCube, in bad weather, could take more than 20 minutes, he said.

“So ‘pee bottles’ or good hustling skills are necessary if you head out to one of them,” he said.

Horneman said that for most of the “winter-overs” like himself, this isn’t a problem. The work in the outbuilding usually doesn’t take much time – it is mostly maintenance, like making sure the boilers are working or checking that scientific equipment is running.

But there is one exception: the ARO. “Those guys are generally out there all day long because they need to take air samples and/or ozone measurements throughout the day,” he said.

“They use pee bottles as far as I know,” he added.

Read more about life in the Antarctic winter in Insider’s full interview with Horneman and his colleague, Antoinette “Toni” Traub, here.

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The air is so dry in Antarctica that chips and popcorn never go stale. It also wrecks your skin, according to someone working there

Josiah Horneman, a man, is wearing a heavy red coat whilst walking in a corridor at the Amundsen-Scott South Pole Station.
Horneman in full gear as he prepares to walk out into the cold Antarctic winter.

  • During the polar winter, the remote Amundsen-Scott station is the driest place on Earth.
  • Over winter, people living there battle flaky skin and “bloody boogers”, he said.
  • But there are some perks: chips and popcorn never go stale.
  • See more stories on Insider’s business page.

The air in Antarctica’s remote Amundsen-Scott South Pole Station is so dry that chips and popcorn never go stale, according to a worker that is currently living there

That is because the station is not only one of the coldest places on Earth. The air there is also incredibly dry.

“It’s the driest place on earth,” Josiah “Joe” Horneman, a physician assistant working at the station over winter, told Insider.

Horneman uses TikTok to show that day-to-day life at the station is far from bleak.

Because the air can often reach -70 degrees Fahrenheit, it can’t retain as much moisture. Any that is introduced instantly freezes, a fact demonstrated by Horneman by tossing boiling water into the air:

@antwuhnet

Answer to @lewithe13 @joespinstheglobe and i throw boiling water in the air. so cold. so fun. ##antarctica ##southpole

♬ original sound – toni on ice

“This means flaky skin, constantly hydrating, bloody boogers, getting zapped whenever you touch metal,” Horneman said.

But there are some unexpected perks to the air being that dry.

“Your bath towel and hair (for those that have it) dry very fast,” Horneman said, adding: “Mildew and mold are non-existent.”

Another upside is that chips and popcorn never go stale, Horneman said. That’s useful as the staff have a popcorn machine that they use for every movie night and TV night, Horneman says in a TikTok post.

“I eat so much freaking popcorn here,” he said.

Josiah Horneman points to a popcorn machine in the background at the Amundsen-Scott South Pole Station.
Staff have an on-site popcorn machine that is useful on movie nights.

You can read more about life in the Antarctic winter in Insider’s full interview with Horneman and a colleague here.

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An iceberg about 70 times the size of Manhattan broke off from Antarctica, creating the world’s largest iceberg

A-76 iceberg, currently the largest iceberg
The A-76 iceberg has roughly the same surface area as the Spanish Island of Majorca, the European Space Agency said on May 19, 2021.

  • A large iceberg broke off from the Ronne Ice Shelf in Antarctica, the European Space Agency said.
  • It is about 70 times the land area of Manhattan, making it the world’s biggest iceberg right now.
  • Scientists said this was not climate change-related and shouldn’t affect sea levels.
  • See more stories on Insider’s business page.

An iceberg measuring about 70 times the size of Manhattan has broken off from the Ronne Ice Shelf of Antarctica, making it the current largest iceberg in the world, the European Space Agency (ESA) said on Wednesday.

Satellite images captured the moment it broke off from the ice sheet, shown in the tweet below:

The oblong iceberg, named A76, is now floating into the Wedell Sea.

It is about 105 miles long and 15 miles wide, and has a surface area of 1,668 square miles, the ESA said.

That’s about 72 times the land area of Manhattan, which stands at about 23 square miles, according to latest available data.

A new record broken

Although the new iceberg currently holds the record as the largest in the world, it is not even in the top 10 biggest icebergs in history, New Scientist reported.

A68a, an iceberg measuring 2300 square miles – about the size of Delaware – held the record until December 2020, when it broke up.

It then passed the title to A23A, an iceberg which broke from Antarctica in 1986 and measures 1,540 square miles.

The largest-ever iceberg was spotted in the Southern Ocean in 1958, according to the Guiness World Records. It was thought to be about 12,000 square miles, though this was an estimate as scientists did not have satellite imagery at the time.

Filchner Ronne Ice Shelf, Antartica
The Filchner-Ronne Ice shelf is the second biggest ice shelf in Antarctica.

New Scientist reported that because the iceberg calved from the Ronne Ice shelf, it is not a cause for major concern.

That area is not being affected heavily by climate change, and this ice shelf releases icebergs as part of its natural cycle, Alex Brisbourne, a glaciologist at the British Antarctic Survey said, according to New Scientist.

The Ronne Ice Shelf floats over the ocean, so even if the iceberg were to melt away completely, it would not make a difference to sea levels, just like an ice cube doesn’t change the water level in a glass, CNN reported.

Still, depending on where it goes, the iceberg could prove a nuisance.

Before it broke up, the A68a iceberg was on course to cut off a vital access route to a penguin colony in South Georgia.

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Researchers in the Antarctic experience an isolated, confined, extreme environment akin to space – so their lives are ripe for study

nasa international space station iss earth clouds sts130 shuttle crew photo february 19 2010 iss_sts130_big
The International Space Station as seen by astronauts from NASA’s space shuttle Endeavour on February 19, 2010.

Space and humans are not a perfect mix. Scientists are constantly discovering new kinds of health risks associated with space, related to how factors like microgravity and cosmic radiation affect our bones and organs.

But prolonged exposure to the environment of space isn’t just a concern for our bodies. What about our minds?

The psychological effects of extreme isolation and confinement during long-term space travel and missions to other planets still represent a big unknown.

If we’re ever going to successfully travel through space and even colonize other worlds, we need to understand much more about what happens to people stuck in unforgiving places for long periods, while very, very far from home.

As it happens, there is a scientific name for these hostile habitats: isolated, confined, extreme (ICE) environments. There is even a field of research in which scientists probe the psychological impacts of living in conditions analogous to long jaunts in space.

Researchers exploring Ross Island, Antarctica.
Researchers exploring Ross Island, Antarctica.

Of all the places on Earth to run ICE experiments, one in particular stands out.

“The Antarctic is regarded as an ideal analog for space because its extreme environment is characterized by numerous stressors that mirror those present during long-duration space exploration,” a team of researchers led by psychologist Candice Alfano from the University of Houston wrote in a new study.

“In addition to small crews and limited communication during Antarctic winter months, the environment offers little sensory stimulation and extended periods of darkness and harsh weather conditions restrict outdoor activity. Evacuation is difficult if not impossible,” the study authors added.

Alfano and her team leveraged the natural hardship of Antarctica’s difficult conditions, monitoring the psychological health and development of personnel living and working at two remote Antarctic research stations during the nine-month study period.

The psychologists devised a monthly self-reporting tool called the Mental Health Checklist, designed to measure personnel’s emotional states and mental health, including positive adaptation (feelings of control and inspiration), poor self-regulation (feelings of restlessness, inattentiveness, and tiredness), and anxious apprehension (feelings of worry and obsessing over things).

The study also monitored and rated Antarctic personnel’s physical symptoms of illness, and Alfano’s team collected saliva samples to assess the personnel’s cortisol levels – a biomarker of stress.

Ultimately, the study results showed that the participants’ positive adaptations decreased over the course of their Antarctic mission, while poor self-regulation emotions increased.

“We observed significant changes in psychological functioning, but patterns of change for specific aspects of mental health differed,” Alfano said in a press release.

“The most marked alterations were observed for positive emotions such that we saw continuous declines from the start to the end of the mission, without evidence of a ‘bounce-back effect’ as participants were preparing to return home,” she added.

michael alegria lopez nasa astronaut spacesuit international space station iss construction eva february 8 2007 iss014e13416_large
Michael Lopez-Alegria works on the International Space Station in a spacesuit on February 8, 2007.

According to the researchers, much previous research in this area has focused on negative emotional states triggered by the conditions of isolated, confined, and extreme environments.

But it’s possible we’ve been missing out on another simultaneous problem. Diminishing positive feelings over long stays in difficult places appeared to be an almost universal response to the ICE conditions, whereas changes in negative emotion levels were more varied between individuals.

“Positive emotions such as satisfaction, enthusiasm, and awe are essential features for thriving in high-pressure settings,” Alfano said. “Interventions and countermeasures aimed at enhancing positive emotions may, therefore, be critical in reducing psychological risk in extreme settings.”

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After a massive iceberg broke away from Antarctica, it revealed a long-hidden world of creatures on the seafloor

polarstern brunt ice shelf AWI
The research vessel Polarstern in the gap between iceberg A74 (right) and Brunt Ice Shelf (left).

  • Last month, an iceberg the size of Los Angeles, called A74, broke off of Antarctica’s Brunt Ice Shelf and floated away.
  • Researchers aboard the Polarstern vessel happened to be nearby, so they investigated the area of the seafloor that had been covered by the iceberg, half a mile down.
  • They found marine creatures that had been hidden for decades, including anemones, sea stars, sponges, marine worms, fish, and sea pigs. They also collected samples.
  • The researchers captured hours of video footage and thousands of underwater images. A selection of their most interesting photos are below.
  • See more stories on Insider’s business page.
The researchers aboard the Polarstern research vessel found themselves in the right place at the right time last month. They were sailing near Antarctica’s northern rim when a giant iceberg broke off the continent.

brunt ice shelf
Crew members of the Polarstern prepare to deploy an underwater camera system.

The ship was some 3,000 miles from the southernmost tip of South America, not far from the Brunt Ice Shelf, which is replete with giant, growing cracks. On February 26, one of those cracks tore through the shelf, and an iceberg of more than 490 square miles (1,270 square kilometers) splintered off. This known as a calving event.

The iceberg, named A74, is about the size of Los Angeles, and more than 20 times the size of Manhattan. As it moved away from Antarctica, it revealed a part of the sea floor that hadn’t seen sunlight in 50 years.

polarstern brunt ice shelf AWI
A view of the gap between iceberg A74 (right) and the Brunt Ice Shelf, where new ice has started to form.

The Polarstern crew waited for strong winds in the area to abate, then entered the gap between the A74 and the ice shelf on March 13. The scientists’ goal: investigate the portion of the Weddell Sea bed that had been covered by up to 1,000 feet of thick ice for decades.

The Polarstern crew deployed a camera instrument called the Ocean Floor Observation and Bathymetry System, or OFOBS.

brunt ice shelf
Crew members of the Polarstern prepare to submerge the Ocean Floor Observation and Bathymetry System.

They towed it behind the the ship on a long cable, submerging the OFOBS up to half a mile under the surface.

The OFOBS recorded five hours of footage and took thousands of photos.

The crew also deployed buoys that could measure the temperature and salt content of the water in the newly created gap. Data from the buoys could tell scientists how quickly that part of the Antarctic is warming.

Once OFOBS reached the sea floor, it spotted various creatures living among stones that had tumbled into the water from the ice shelf above.

polarstern brunt ice shelf AWI
A sea anemone attached to a stone under the Antarctic ice.

Most of the creatures the cameras spotted were sessile animals: organisms like anemones that attach themselves to rocks or the ocean floor and don’t move.

Most of the species were filter feeders, like sea sponges.

polarstern brunt ice shelf AWI
A sea sponge nearly a foot wide is affixed to a small seafloor stone.

These immobile creatures eat microscopic algae and other tiny organic particles in the water that float near their stony abodes.

According to Autun Purser, a member of the OFOBS team, the presence of these filter feeders wasn’t a surprise. But some of the findings shocked his team.

brunt ice shelf
A 1.5-foot-wide stone heavily populated by filter feeding animals, including large sponges.

“I was expecting fewer, larger filter feeding animals (sponges mainly),” Purser, an oceanic researcher with the Alfred Wegener Institute in Germany, told Insider via email from aboard the Polarstern.

That expectation was based, in part, on findings from a group of British researchers that also drilled more than half a mile into the ice shelf last month, 162 miles from the area Purser’s team was exploring. That team found sponges living on stones under the ice.

Purser’s team was startled to see many creatures swimming around, rather than staying stationary.

polarstern brunt ice shelf AWI
A marine worm leaves a spiral trail of poop on the sea floor.

“I was not expecting to see octopus and fish, or many mobile animals, and they were actually there,” he said.

The OFOBS spotted sea cucumbers, brittle sea stars, mollusks, worms, at least five fish species, and two types of octopus.

polarstern brunt ice shelf AWI
A stone housing a brittle sea star, or ophiuroid. The white curled features are the starfish’s arms, raised to help it capture prey and food.

Using a grabbing device aboard the OFOBS, the scientists collected specimens of some of the creatures, as well as silt from sea floor.

The OFOBS also glimpsed a cute type of sea cucumber called a sea pig.

brunt ice shelf sea pigs
Sea pigs, or holothurians, feed on organic material on the ocean floor.

These translucent, water-filled creatures have tube-like legs — sometime on their heads — that help them scuttle about in the deepest, darkest parts of every ocean on the planet. 

It’s a bit of a mystery what, precisely, sustained this diverse, underwater ecosystem in the absence of sunlight. Most organic food stuffs and algae hang out in parts of the ocean where they have access to the light they need to survive.

polarstern brunt ice shelf AWI
An anemone surrounded by the poop trails of a long-departed marine worm.

By collecting more seafloor samples and visiting this area of the Weddell Sea again in the future, the Polarstern researchers hope to answer that question.

Purser said the team’s observations show that marine ecosystems can be quite diverse and abundant, even if there’s only a moderate amount of food available.

brunt ice shelf
A view of the Weddell Swa between the Brunt Ice Shelf and the A74 iceberg that broke off the shelf in February 2021.

“Possibly everything happens over a longer timeframe, animals more slowly growing, etc.,” he added. “But to determine if this is the case, repeat observations of the under-ice community, whilst still under ice, would be needed.”

The team hopes to one day use autonomous underwater robots to investigate parts of the ocean that were formerly trapped under the ice.

This isn’t the first time Antarctica has lost a giant iceberg, and it won’t be the last.

Brunt North Rift_12Jan2021_Andy Van Kints_02
A crack in the Brunt Ice Shelf that eventually birthed iceberg A74, as seen from the air on January 12, 2021.

“It is entirely natural for sections to calve away from ice shelves. As ice flows off the land, the ice shelf grows and eventually reaches a size which is unstable,” Adrian Luckman, a glaciologist at Swansea University in Wales, previously told Insider. “Some calving events are small and go unnoticed, but every few years a large one such as this happens.”

Researchers aboard the Polarstern said icebergs the size of A74 slough off every decade or so.

polarstern brunt ice shelf AWI
A TerraSAR-X satellite image of the A74 iceberg, left, in the Weddell Sea of Antarctica as it breaks off from the Brunt Ice Shelf.

In 2017, an iceberg the size of Delaware broke off the continent’s Larsen C Ice Shelf.

Luckman thinks another iceberg will break off the Brunt Ice Shelf in the coming weeks or months.

Read the original article on Business Insider

An iceberg the size of Los Angeles just broke off Antarctica – and it could happen again within weeks

Brunt North Rift (Feb2021)_Sebastian Gleich.JPG
A view of the North Rift crack on the Brunt Ice Shelf in February 2021.

Antarctica’s Brunt Ice Shelf is replete with giant cracks. 

Scientists have been keeping tabs on the capricious ice for years, and the event they’d been watching out for finally happened on Friday: An iceberg more than 490 square miles (1,270 square kilometers) in size splintered off the shelf. It’s about the size of Los Angeles, and more than 20 times the size of Manhattan. 

The Brunt Ice Shelf is located on Antarctica’s northern rim, some 3,000 miles from the southernmost tip of South America. It has all the key ingredients for a massive calving event – the term for when a chunk of ice breaks off and floats out to sea. The British Antarctic Survey (BAS), had warned since November that the event was “imminent,” since a crack called the North Rift had opened up on the shelf. 

In January, the rift started lengthening by more than half a mile per day. The video below shows the crack from the air.

Early on Friday, the last 1,000 or so feet (a few hundred meters) of the crack tore through the ice, and the ‘berg cracked free.

Converging cracks in the ice

Brunt North Rift_12Jan2021_Andy Van Kints_02
The North Rift crack in the Brunt Ice Shelf, as seen from the air on January 12, 2021.

The North Rift is the third major crack to develop on the Brunt Ice Shelf since 2011, according to the BAS, which keeps tabs on the region’s ice using satellite imagery.

But this one wasn’t the crack that had researchers concerned. Two other cracks have been accelerating toward each other since 2019, known as the “Halloween crack” and “Chasm 1.” If  those meet, an even bigger iceberg will slough off into the ocean. 

“It seemed as though one of these would eventually lead to a calving event,” Adrian Luckman, a glaciologist at Swansea University in Wales, told Insider. “The development of a new ‘North Rift’ towards the end of 2020 was a bit of a surprise but shows how complex the dynamics of ice shelves can be.”

NASA started tracking the Halloween crack in October 2016 (hence its name). It’s growing eastward from an area called McDonald Ice Rumples – a spot on the shelf’s surface where the ice isn’t flat and instead features crevasses and rifts.

The “Chasm 1” crack is located southeast of the McDonald Ice Rumples and started showing signs of movement in 2012. It started accelerating north in 2019, putting it on a collision course with the Halloween crack. The two are now just 1.2 miles (2 kilometers) apart.

Brunt Ice Shelf cracks
A map shows cracks on the Brunt Ice Shelf and the British Antarctic Survey’s Halley VI research station, February 26, 2021.

When they converge, a piece of ice about 660 square miles in size could break off the ice shelf.

According to the BAS, neither Chasm 1 nor the Halloween Crack have grown in the last 18 months. But Luckman, who’s been tracking the Brunt Ice Shelf cracks over the past few weeks using satellite imagery, thinks that quiet period is at an end. 

“Chasm 1 will certainly give rise to a further large calving event and I anticipate that this will happen in weeks to months,” he said.

The changing ice forced British researchers inland

Brunt North Rift_12Jan2021_Andy Van Kints_01
The North Rift crack in the Brunt Ice Shelf, as seen from the air on January 12, 2021.

This isn’t the first time Antarctica has lost a giant iceberg, and it didn’t set any records for size. In 2017, an iceberg the size of Delaware broke off the continent’s Larsen C Ice Shelf. 

“It is entirely natural for sections to calve away from ice shelves. As ice flows off the land, the ice shelf grows and eventually reaches a size which is unstable,” Luckman said. “Some calving events are small and go unnoticed, but every few years, a large one such as this happens.”

It’s difficult for scientists to determine how and why certain cracks in the Antarctic ice suddenly begin to grow, and there’s “no evidence that climate change has played a significant role,” the BAS said in a press release

Still, research shows that warming oceans are speeding up Antarctica’s melting overall. In the 1980s, Antarctica lost 40 billion tons of ice annually. In the last decade, that number jumped to an average of 252 billion tons per year

The instability of the ice has already impacted BAS researchers working at the Halley Research Station, where scientists study space weather and Earth’s atmosphere. In 2017, the expansion of Chasm 1 forced scientists to prematurely end the winter research season at Halley and close the station early

Since the station’s inception in 1956, there have been six Halleys. The station’s current iteration, Halley VIa, moved 14 miles upstream from its original location, which had been to the west of Chasm 1, on the crack’s inland side. 

“Four years ago, we moved Halley Research Station inland to ensure that it would not be carried away when an iceberg eventually formed. That was a wise decision,” Simon Garrod, director of operations at BAS, said in the release. “Our job now is to keep a close eye on the situation and assess any potential impact of the present calving on the remaining ice shelf.”

BAS Halley Research Station 10010653(Karl Tuplin BAS)
The British Antarctic Survey’s Halley VI research station on the Brunt Ice Shelf.

Luckman said he doesn’t think future calving events will pose a threat to the research station.

“Halley VI is on a stable part of the ice shelf,” he said. “But as we have seen, the future behaviour of fracturing ice is very hard to predict.” 

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Scientists accidentally found life under 3,000 feet of ice in Antarctica. ‘Never in a million years’ would they have expected it, the lead scientist said.

Animals found under Ice
An annotated still of a video in which scientists saw stationary animals under ice in Antarctica. The creatures appear similar to sponges.

  • Scientists stumbled upon life under 3,000 feet of ice in Antarctica.
  • They found two types of unidentified animals, where they had thought nothing could live.
  • Their next step is finding a way to get close enough to identify the creatures. 
  • Visit the Business section of Insider for more stories.

Scientist have found life under 3,000 feet under of ice in Antarctica, challenging their assumption that nothing could live in such conditions.

The previous theory was that life couldn’t exist in such extremity: no food, freezing temperatures, and complete darkness.

The creatures were found attached to a boulder in the frigid seas under the Filchner-Ronne ice shelf. Experts from the British Antarctica Survey drilled through 2,860 feet of ice, then another 1,549 feet of water to make the discovery.

“The area underneath these ice shelves is probably one of the least-known habitats on Earth”, said Dr. Huw Griffith, one of the scientists who made the discovery, in a Twitter video. 

“We didn’t think that these kinds of animals, like sponges, would be found there.”

The Filchner-Ronne ice shelf is a massive floating ice sheet which stretches out from the Antarctic continent.

It spans more than 579,000 square miles, but only the equivalent of the surface of a tennis court has been explored. 

Enormous icebergs occasionally break off from these ice shelves and drift away. In December 2020, one of these icebergs threatened to crash into a breeding ground for sealions and penguins

Filchner Ronne Ice Shelf, Antartica
An annotated satellite image of the Filchner-Ronne Ice shelf is the second biggest ice Shelf in Antarctica.

ice sheets
The giant ice sheets is the second largest ice sheet in Antarctica

The scientists didn’t set out looking for life.

They were drilling through the ice sheet to collect samples from the sea floor. Instead, their camera hit a boulder. When they reviewed the camera’s footage, it revealed this discovery. 

“Never in a million years would we have thought about looking for this kind of life, because we didn’t think it would be there,” Griffiths told The Guardian.

The video reveals two types of unidentified animals, shown here in a video from the British Antarctic Survey. The animals in red seem to have long stalks, whereas another type of animal, highlighted in white, looks more like a round sponge-like animal. 

annotated video footage, new discovery animals, Antarctica
An annotated still of the footage which captured animals under the ice in Antarctica.

Other studies had looked at life under ice sheets. A few mobile animals, such as fish, worms, jellyfish or krill, could be found in that habitat.

But it was thought that the deeper and the furthest away from a light source the habitat stretched, the less likely it would be that life could be found.

Read more: Disney is shutting down the animation studio behind the ‘Ice Age’ movies. Some staffers say they’re shocked at the lack of communication and feel betrayed that its final movie won’t be released.

This is the first time that animals which are bound to a surface have been found there. The scientist say these animals are about 160 miles from the the open sea.

“Our discovery raises so many more questions than it answers, such as how did they get there? What are they eating? How long have they been there?” Griffith said in a press release. 

The scientists said their next step is to understand whether these are new species.

“To answer our questions we will have to find a way of getting up close with these animals and their environment … 260 km [160 miles] away from the ships where our labs are”, Griffith said. 

Life in research stations in Antarctica is not easy feat, as Insider’s Monica Humpfries reported

They are so remote that the first case of COVID-19 on the continent was only reported in December, 2020.  

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Previously untouched by the pandemic, Antarctica has reported its first cases of COVID-19

People walk along Orne Harbour, Antarctica, February 6, 2020. Picture taken February 6, 2020. Reuters/Ueslei Marcelino
People walk along Orne Harbour, Antarctica, on February 6, 2020.

COVID-19 has arrived on the most remote continent in the world.

Antarctica’s isolation had allowed it to ward off the pandemic for the last year, but this week the continent reported its first 36 cases on a Chilean base, local newspaper El Mercurio reported.

The cases include 26 Army personnel and 10 civilian contractors, according to the paper.

They have all since been evacuated to Punta Arenas in Chile and are in good condition, The Guardian reported.

The infected men are under “constant monitoring,” the Army said in a statement to El Mercurio.

The General Bernardo O’Higgins Riquelme research station, where those infected were based, is one of 13 active Chilean bases in Antarctica, ABC News reported.

As of Tuesday, 77.5 million cases of the coronavirus have been reported around the world, according to data from Johns Hopkins University.

While nobody permanently lives there, the Associated Press previously reported that nearly 1,000 scientists and researchers work there over the winter.

The continent remained free of the novel coronavirus, and the need for social distancing practices, longer than any other place on Earth.

In September, the Associated Press reported that, for the most part, Antarctic researchers were allowed to live their lives as normally as they would under non-pandemic conditions. The main differences were fewer teams arriving and no interaction with tourists.

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