Scientists launch $23 million Arctic mission to uncover what's hidden beneath the ice: 'We have basically no information'
A drifting science station designed for research in the Arctic is scheduled to carry out 10 successive missions from 2025 to 2046, where it will remain stuck in the ice for 90% of its expedition time.
It's an alternative to more traditional ice camps that have to battle dangerous conditions in the rapidly warming region.
In what's being called "an unprecedented scientific and human adventure at the North Pole," the $23 million Tara Polar Station will be the home of a team of 18 people made up of scientists, artists, physicians, journalists, and sailors.
The mission of this drifting science station is to gather data and perform research during the period from November to February, a part of the year that lacks observations because of the dangers inherent in a region of the world that is warming faster than anywhere else.
"We have basically no information," Tara Ocean Foundation's Chris Bowler told New Scientist. "Which is alarming, considering it is such a fragile place and it is changing so rapidly."
The Tara Ocean Foundation is focusing on the Arctic because the changes that occur there have global impacts. The French nongovernmental organization wants to analyze "the consequences of melting sea ice and pollution on these unique and fragile ecosystems."
The research performed at the Tara Polar Station is also aimed at "discovering new molecules/species/processes with new potential applications" and "improving knowledge of biodiversity on Earth by exploring regions inaccessible today."
It will take a tough team to board the vessel, which is being built to handle temperatures as cold as nearly minus-60 degrees Fahrenheit.
"The people we select need to be psychologically very sound," according to Bowler. "They need to be strong, because it's pretty hostile — you are at the extremes of what humans can withstand in these conditions."
"The inspiration was really to build a shelter that could shelter scientists through the polar night, through an entire season in the Arctic," he added. "We expect to develop Tara Polar Station like an international facility, that scientists can apply to use."
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Studying what is happening in the Arctic is vital since some scientists consider it the "canary in the coal mine" when it comes to the impacts of a warming world.
The Arctic is warming nearly four times faster than the Earth's average. In March 2025, the Arctic's sea ice extent was the lowest on record for the month, according to NOAA's March global climate report. The region's sea ice winter maximum extent happened on March 22 and was also the lowest on record.
Significant projected rises in sea levels could dramatically alter coastlines. If one of the worst-case scenarios plays out, some coastal counties in North Carolina would be underwater. The Florida Keys and portions of Miami would also be submerged.
In order to lessen the impacts of an overheating planet on the Arctic, we need to embrace renewable energy sources and move away from dirty fuels.
On an individual basis, that could include installing solar panels, replacing an old HVAC system with a heat pump, or choosing an electric vehicle for your next car purchase.
Join our free newsletter for weekly updates on the latest innovations improving our lives and shaping our future, and don't miss this cool list of easy ways to help yourself while helping the planet.
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CNN
an hour ago
- CNN
What if your house changed color with the seasons?
When Joe Doucet bought a new house in Katonah, New York, he wanted to make it as environmentally friendly as possible. As a designer and inventor, he immediately found himself wondering whether the exterior of his home could play a role in mitigating the effects of climate change. 'One of the things I had not really considered before was: What color should I paint the house?' he told CNN, speaking in a video call. It's well known that light-colored buildings reflect heat and stay cooler while darker ones absorb — just compare chilly Scandinavia's black housing tradition to the whitewashed homes found across warm Mediterranean countries. But what shade would perform best in a climate like New York's, with hot summers but dark and snowy winters? Doucet started by 3D-printing small scale models of his house, complete with similar levels of insulation, and painting them in different colors. Over the course of a year, he found that in winter the inside temperature of the black model was on average 7 degrees Fahrenheit warmer than the white one. In summer, the white model house was 12 degrees Fahrenheit cooler. 'The answer wasn't, 'Should I paint it black or white?' The answer was: It should be black in winter and white in summer,' he said of the findings. 'It is not really feasible to paint a house twice a year. I began to think, 'Surely there are other ways of doing this?'' Doucet's solution was inspired by his childhood interest in mood rings, which feature manmade 'stones' that change appearance according to the wearer's finger temperature. 'I recall a fascination I had with a mood ring I received as a child and really trying to dig in and understand what it was,' he explained. 'I knew, even as 7-year-old, that (the ring's changing color) had nothing to do with my mood, that there was some type of chemistry at play. The chemistry that creates that change is very, very similar to what I used.' The process in question is called a thermochromic response, which refers to how chains of liquid crystals react to atmospheric temperature. In a mood ring, these liquid crystals are contained within the 'gemstone,' causing its color to change. Doucet developed a kind of thermochromic pigment containing the crystals and started experimenting with a tin of ordinary housepaint and different additives. The result was a substance that could change color by absorbing ultra-violet light (which produces heat) above a certain temperature. Despite what he called the 'great success' of his initial trials, Doucet found his new paints would slowly degrade in the sunlight. But after experimenting for another year, the designer solved the issue with the help of a protective additive. His climate-responsive paint, as he dubs it, appears 'very, very dark gray' below 77 degrees Fahrenheit and gradually turns lighter as the temperature rises. Doucet has since filed a patent application for the technology. He admits his invention won't be especially useful for people in consistently hot or cold climates. But Doucet believes his paint could be a 'game changer' for those living in the world's temperate zones — including large parts of North America, Europe and Asia — where average temperatures are typically higher than 50 degrees Fahrenheit in the warmest months but no lower than 26.6 degrees Fahrenheit in the coldest. Last year was the hottest year on record. It was also the first calendar year to breach 1.5 degrees Celsius above pre-industrial levels, a critical climate threshold. Doucet sees his invention as a direct response to this changing climate, rather than innovative new technology: 'This could have been done 70 years ago, there was just no need for it,' he explained. 'Climate change wasn't an issue at the time.' But more than helping homeowners respond to rising temperatures, Doucet's invention could have an impact on their climate pollution amid increasing energy costs and dependence on air conditioning (in 2020, 88% of US households used AC, up from 77% two decades ago). The operation of buildings accounts for 30% of global energy consumption, according to the International Energy Agency. But homes with improved thermal control consume less power by reducing demand for both air conditioning and heating. Doucet's modeling 'conservatively' predicts his paint could help households save between 15% to 30% on their energy costs. Beyond the science, Doucet believes there is beauty in the idea that buildings might shift with the seasons, like the leaves on a tree. 'There's something poetic about seeing the built environment and the built world change with the seasons in the way nature does,' he said. He also notes that new climate-responsive paints need not only change from white to black: 'You can tint this pretty much any color,' he explained. A house could turn light blue in warmer months before turning a darker blue in the wintertime, he offered as an example. So, with his prototype technology developed, how long until people can paint their houses with it? 'Five to 10 years,' said Doucet, caveating that its proliferation will depend on how people react to it. So far, he said, responses have ranged from 'amazing' to 'I don't believe you.' The changing political climate may also impact his product's route to market. President Donald Trump's promise to 'terminate' his predecessor Joe Biden's clean energy policies — which he has called the 'Green New Scam' — has created an uncertain climate for eco-investing. Doucet, who is also involved with an wind energy venture, says the resulting change in how investors respond to green projects has made him reluctant to raise venture capital and go at it alone. Instead, he hopes to find a partner that can bring the invention to market, like a paint company, a chemical company or some combination of both. 'When situations change,' he said, referencing the Trump administration's plans to cut subsidies and tax rebates for clean energy projects, 'you need to change with them.' Nevertheless, Doucet appears confident that his creation has a potentially huge market. Not only could the paint be used on homes, but also larger buildings like schools, factories and other structures requiring a controlled internal environment. Though he is careful not to oversell the impact of his invention. 'There is no single solution to climate change. It's a series of steps and small actions,' he said. 'But this could be a meaningful one.'
CNN
an hour ago
- CNN
What if your house changed color with the seasons?
When Joe Doucet bought a new house in Katonah, New York, he wanted to make it as environmentally friendly as possible. As a designer and inventor, he immediately found himself wondering whether the exterior of his home could play a role in mitigating the effects of climate change. 'One of the things I had not really considered before was: What color should I paint the house?' he told CNN, speaking in a video call. It's well known that light-colored buildings reflect heat and stay cooler while darker ones absorb — just compare chilly Scandinavia's black housing tradition to the whitewashed homes found across warm Mediterranean countries. But what shade would perform best in a climate like New York's, with hot summers but dark and snowy winters? Doucet started by 3D-printing small scale models of his house, complete with similar levels of insulation, and painting them in different colors. Over the course of a year, he found that in winter the inside temperature of the black model was on average 7 degrees Fahrenheit warmer than the white one. In summer, the white model house was 12 degrees Fahrenheit cooler. 'The answer wasn't, 'Should I paint it black or white?' The answer was: It should be black in winter and white in summer,' he said of the findings. 'It is not really feasible to paint a house twice a year. I began to think, 'Surely there are other ways of doing this?'' Doucet's solution was inspired by his childhood interest in mood rings, which feature manmade 'stones' that change appearance according to the wearer's finger temperature. 'I recall a fascination I had with a mood ring I received as a child and really trying to dig in and understand what it was,' he explained. 'I knew, even as 7-year-old, that (the ring's changing color) had nothing to do with my mood, that there was some type of chemistry at play. The chemistry that creates that change is very, very similar to what I used.' The process in question is called a thermochromic response, which refers to how chains of liquid crystals react to atmospheric temperature. In a mood ring, these liquid crystals are contained within the 'gemstone,' causing its color to change. Doucet developed a kind of thermochromic pigment containing the crystals and started experimenting with a tin of ordinary housepaint and different additives. The result was a substance that could change color by absorbing ultra-violet light (which produces heat) above a certain temperature. Despite what he called the 'great success' of his initial trials, Doucet found his new paints would slowly degrade in the sunlight. But after experimenting for another year, the designer solved the issue with the help of a protective additive. His climate-responsive paint, as he dubs it, appears 'very, very dark gray' below 77 degrees Fahrenheit and gradually turns lighter as the temperature rises. Doucet has since filed a patent application for the technology. He admits his invention won't be especially useful for people in consistently hot or cold climates. But Doucet believes his paint could be a 'game changer' for those living in the world's temperate zones — including large parts of North America, Europe and Asia — where average temperatures are typically higher than 50 degrees Fahrenheit in the warmest months but no lower than 26.6 degrees Fahrenheit in the coldest. Last year was the hottest year on record. It was also the first calendar year to breach 1.5 degrees Celsius above pre-industrial levels, a critical climate threshold. Doucet sees his invention as a direct response to this changing climate, rather than innovative new technology: 'This could have been done 70 years ago, there was just no need for it,' he explained. 'Climate change wasn't an issue at the time.' But more than helping homeowners respond to rising temperatures, Doucet's invention could have an impact on their climate pollution amid increasing energy costs and dependence on air conditioning (in 2020, 88% of US households used AC, up from 77% two decades ago). The operation of buildings accounts for 30% of global energy consumption, according to the International Energy Agency. But homes with improved thermal control consume less power by reducing demand for both air conditioning and heating. Doucet's modeling 'conservatively' predicts his paint could help households save between 15% to 30% on their energy costs. Beyond the science, Doucet believes there is beauty in the idea that buildings might shift with the seasons, like the leaves on a tree. 'There's something poetic about seeing the built environment and the built world change with the seasons in the way nature does,' he said. He also notes that new climate-responsive paints need not only change from white to black: 'You can tint this pretty much any color,' he explained. A house could turn light blue in warmer months before turning a darker blue in the wintertime, he offered as an example. So, with his prototype technology developed, how long until people can paint their houses with it? 'Five to 10 years,' said Doucet, caveating that its proliferation will depend on how people react to it. So far, he said, responses have ranged from 'amazing' to 'I don't believe you.' The changing political climate may also impact his product's route to market. President Donald Trump's promise to 'terminate' his predecessor Joe Biden's clean energy policies — which he has called the 'Green New Scam' — has created an uncertain climate for eco-investing. Doucet, who is also involved with an wind energy venture, says the resulting change in how investors respond to green projects has made him reluctant to raise venture capital and go at it alone. Instead, he hopes to find a partner that can bring the invention to market, like a paint company, a chemical company or some combination of both. 'When situations change,' he said, referencing the Trump administration's plans to cut subsidies and tax rebates for clean energy projects, 'you need to change with them.' Nevertheless, Doucet appears confident that his creation has a potentially huge market. Not only could the paint be used on homes, but also larger buildings like schools, factories and other structures requiring a controlled internal environment. Though he is careful not to oversell the impact of his invention. 'There is no single solution to climate change. It's a series of steps and small actions,' he said. 'But this could be a meaningful one.'
CNN
an hour ago
- CNN
What if your house changed color with the seasons?
When Joe Doucet bought a new house in Katonah, New York, he wanted to make it as environmentally friendly as possible. As a designer and inventor, he immediately found himself wondering whether the exterior of his home could play a role in mitigating the effects of climate change. 'One of the things I had not really considered before was: What color should I paint the house?' he told CNN, speaking in a video call. It's well known that light-colored buildings reflect heat and stay cooler while darker ones absorb — just compare chilly Scandinavia's black housing tradition to the whitewashed homes found across warm Mediterranean countries. But what shade would perform best in a climate like New York's, with hot summers but dark and snowy winters? Doucet started by 3D-printing small scale models of his house, complete with similar levels of insulation, and painting them in different colors. Over the course of a year, he found that in winter the inside temperature of the black model was on average 7 degrees Fahrenheit warmer than the white one. In summer, the white model house was 12 degrees Fahrenheit cooler. 'The answer wasn't, 'Should I paint it black or white?' The answer was: It should be black in winter and white in summer,' he said of the findings. 'It is not really feasible to paint a house twice a year. I began to think, 'Surely there are other ways of doing this?'' Doucet's solution was inspired by his childhood interest in mood rings, which feature manmade 'stones' that change appearance according to the wearer's finger temperature. 'I recall a fascination I had with a mood ring I received as a child and really trying to dig in and understand what it was,' he explained. 'I knew, even as 7-year-old, that (the ring's changing color) had nothing to do with my mood, that there was some type of chemistry at play. The chemistry that creates that change is very, very similar to what I used.' The process in question is called a thermochromic response, which refers to how chains of liquid crystals react to atmospheric temperature. In a mood ring, these liquid crystals are contained within the 'gemstone,' causing its color to change. Doucet developed a kind of thermochromic pigment containing the crystals and started experimenting with a tin of ordinary housepaint and different additives. The result was a substance that could change color by absorbing ultra-violet light (which produces heat) above a certain temperature. Despite what he called the 'great success' of his initial trials, Doucet found his new paints would slowly degrade in the sunlight. But after experimenting for another year, the designer solved the issue with the help of a protective additive. His climate-responsive paint, as he dubs it, appears 'very, very dark gray' below 77 degrees Fahrenheit and gradually turns lighter as the temperature rises. Doucet has since filed a patent application for the technology. He admits his invention won't be especially useful for people in consistently hot or cold climates. But Doucet believes his paint could be a 'game changer' for those living in the world's temperate zones — including large parts of North America, Europe and Asia — where average temperatures are typically higher than 50 degrees Fahrenheit in the warmest months but no lower than 26.6 degrees Fahrenheit in the coldest. Last year was the hottest year on record. It was also the first calendar year to breach 1.5 degrees Celsius above pre-industrial levels, a critical climate threshold. Doucet sees his invention as a direct response to this changing climate, rather than innovative new technology: 'This could have been done 70 years ago, there was just no need for it,' he explained. 'Climate change wasn't an issue at the time.' But more than helping homeowners respond to rising temperatures, Doucet's invention could have an impact on their climate pollution amid increasing energy costs and dependence on air conditioning (in 2020, 88% of US households used AC, up from 77% two decades ago). The operation of buildings accounts for 30% of global energy consumption, according to the International Energy Agency. But homes with improved thermal control consume less power by reducing demand for both air conditioning and heating. Doucet's modeling 'conservatively' predicts his paint could help households save between 15% to 30% on their energy costs. Beyond the science, Doucet believes there is beauty in the idea that buildings might shift with the seasons, like the leaves on a tree. 'There's something poetic about seeing the built environment and the built world change with the seasons in the way nature does,' he said. He also notes that new climate-responsive paints need not only change from white to black: 'You can tint this pretty much any color,' he explained. A house could turn light blue in warmer months before turning a darker blue in the wintertime, he offered as an example. So, with his prototype technology developed, how long until people can paint their houses with it? 'Five to 10 years,' said Doucet, caveating that its proliferation will depend on how people react to it. So far, he said, responses have ranged from 'amazing' to 'I don't believe you.' The changing political climate may also impact his product's route to market. President Donald Trump's promise to 'terminate' his predecessor Joe Biden's clean energy policies — which he has called the 'Green New Scam' — has created an uncertain climate for eco-investing. Doucet, who is also involved with an wind energy venture, says the resulting change in how investors respond to green projects has made him reluctant to raise venture capital and go at it alone. Instead, he hopes to find a partner that can bring the invention to market, like a paint company, a chemical company or some combination of both. 'When situations change,' he said, referencing the Trump administration's plans to cut subsidies and tax rebates for clean energy projects, 'you need to change with them.' Nevertheless, Doucet appears confident that his creation has a potentially huge market. Not only could the paint be used on homes, but also larger buildings like schools, factories and other structures requiring a controlled internal environment. Though he is careful not to oversell the impact of his invention. 'There is no single solution to climate change. It's a series of steps and small actions,' he said. 'But this could be a meaningful one.'
