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I just returned from Antarctica: climate change isn't some far-off problem – it's here and hitting hard

I just returned from Antarctica: climate change isn't some far-off problem – it's here and hitting hard

The Guardian11-05-2025
Antarctica is often viewed as the last truly remote place on Earth – frozen, wild and untouched. But is it really as untouched as it seems?
This vast frozen continent is encircled by the Antarctic Circumpolar Current, the only current in the world that connects all the oceans, showing how closely linked our planet really is.
Earlier this year, I joined more than 100 scientists on a journey to Antarctica. What we encountered was extraordinary: towering icebergs, playful penguins, breaching whales and seals resting on the ice. Yet beneath this natural wonder lies a sobering reality – Antarctica is changing, and fast. The experience left me both inspired and deeply saddened.
This unique environment highlights the fragility of our planet. Its pristine landscapes and thriving wildlife represent what we stand to lose if we don't take urgent action to reduce human impact.
Historically, Antarctica suffered from exploitation – hunters came for whales and seals, leaving scars on its ecosystems. While wildlife is slowly recovering, these species now face a new threat: climate change. Rising ocean temperatures are melting ice, reshaping habitats and disrupting the delicate balance of life.
The continent stands as a powerful symbol of our interconnected climate systems – a compelling case for conservation. During our visit, we toured research stations and Port Lockroy, where gentoo penguins raise their chicks. Here, human activity is carefully managed. Half the island is set aside for the penguins, while the other half welcomes around 18,000 tourists each year who come to learn about this remarkable place. It's a model of coexistence – one that shows how we can live alongside nature when we choose to act responsibly.
Along our journey, we witnessed diverse wildlife in their natural habitats – from penguins and seals to whales and seabirds. Albatrosses and cape petrels followed our ship, gliding effortlessly over the waves – symbols of resilience, yet also vulnerability.
But reminders of past damage still linger. On Deception Island, rusted remains of the whaling industry serve as stark evidence of the harm unchecked exploitation can cause. They also underscore why continued protection of these fragile ecosystems is vital.
As an oceanographer, I study how the ocean shapes our world – and Antarctica is central to that story. The surrounding waters link the Pacific, Indian and Atlantic oceans through the Antarctic Circumpolar Current. This connectivity means that what happens in Antarctica affects us all. Pollution, warming seas and oil spills know no borders. These changes disrupt ocean currents, harm marine life and influence climate systems around the globe.
The implications are clear: addressing environmental challenges requires international cooperation and decisive action.
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For Australia and other nations, the lesson is urgent. We must embrace sustainable practices, invest in renewable energy and support conservation efforts. By reducing carbon emissions and learning from the past, we can help protect Antarctica – and the planet – for future generations.
My journey wasn't just about witnessing climate change – it was about understanding the deep interconnections that bind our world. And it's not just about telling a story of adventure. It's about sparking awareness of the power of science, leadership and collective action to drive meaningful change.
Antarctica, with all its beauty and vulnerability, reminds us what's at stake – and why we must act now. The urgency is real. The responsibility is ours. Together, we can protect this extraordinary planet.
Jennifer Verduin is an oceanographer and professor at Murdoch University. She was one of 125 scientists who visited Antarctica as part of the Homeward Bound program
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Perhaps it is naive to imagine that solar geoengineering will occur after diplomatic efforts rather than before. As the climate expert Ben James writes: 'I find it impossible to imagine a UN mechanism approving something so universally contentious. Rather, someone will probably just do it.' Stratospheric aerosol injection, like nuclear fission, is a technology to which we already have access. And there are several more under development and notable for their promise. An American startup, Terraform Industries, demonstrated last year that it could produce synthetic natural gas from sunlight, water, and airborne carbon dioxide. In other words, the prototype can conjure some of the world's best-performing fuel from almost nothing. It is also possible that we will be able to take not only energy from the air, but pollution. Via carbon capture, we can remove fossil fuel-generated pollutants from the atmosphere, though we have not yet worked out how to do this in an energy-efficient manner. 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We can drill deep enough, several kilometres down, to reach rock the temperature of a boiling kettle, or even a heated oven, but it's expensive, and can cause mild tremors. Moreover, to pay back that up-front cost, geothermal systems need to produce heat for years – which, given how hard it is to know what's going on several kilometres down, presents yet further difficulty. For that reason, this promising technology has been far less attractive an investment than drilling for fossil fuels, and has therefore remained underdeveloped. Necessity is forcing us into action. So is new technology. Commissioned by a think tank, I spent much of last year examining the performance of FORGE, the US government's geothermal field laboratory, in Utah. The lab shares its results and allows companies to visit and test their gear. Its drilling speed had increased fivefold between 2017 and 2022 and costs had fallen by as much as 50 per cent from 2022 onward. 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But if they are successful, they could unlock a power source that would leave fossil fuels outmoded and make fusion an irrelevance. Due to advanced geothermal being in the category of those 'big bets', that would be a vindication of Ackva's approach. We failed to make the most of nuclear power; we might shy away from stratospheric aerosol injections; but to start to turn the situation around, we might need only one of those big bets to pay off.

Google Maps users are baffled after spotting a mysterious FACE on a mountain top in Chile - as one claims it could be an 'alien base'
Google Maps users are baffled after spotting a mysterious FACE on a mountain top in Chile - as one claims it could be an 'alien base'

Daily Mail​

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Google Maps users are baffled after spotting a mysterious FACE on a mountain top in Chile - as one claims it could be an 'alien base'

From UFOs buried in the Sahara Desert to mysterious doorways in Antarctica, Google Maps users have made dozens of wild discoveries over the years. But the latest sighting is one of the strangest yet. Eagle–eyed Google Maps users have spotted a mysterious face on a mountain top in Chile. The face is located on a remote island right at the south of the country – and some viewers claim it could be an ' alien base'. Scott C Waring, a UFO hunter who spotted the face, asked: 'Are these aliens? 'The oldest aliens in our universe might be seen as angels or demons with such even god or gods.' While Mr Waring believes this could be an alien base, not everyone is convinced. In fact, scientists say there is a much simpler explanation for this confounding illusion. Mr Waring spotted the face at the coordinates 55°32'35"S, 69°15'56"W while scouring Google Maps. He posted a video to YouTube revealing his finding, and many excited alien hunters were quick to comment. 'I found some in Antarctica I couldn't work out what they were or are at first I thought they were like some sort of digital error or random digital program issue but now I'm starting think your right and these could be like those ancient nasca glyphs but good find mate,' one user commented. Another added: 'This is truly the most significant find to date! Bravo!' And one wrote: 'You are the best. Thank you very much for your efforts.' There's a very good reason why all sorts of geological structures get mistaken for faces or skulls. When faced with a structure containing intricate and varied patterns, the brain turns this noisy, dynamic information into patterns and objects that we can understand. The brain gets this right most of the time, but sometimes certain predispositions cause errors which disturb our perceptions. Dr Robin Kramer, an expert on face perception from the University of Lincoln, told Daily Mail: 'Our face detection system has evolved to be great at detecting faces and it makes more sense to err on the side of caution by occasionally seeing faces where there aren't any, rather than missing faces where there are.' Scientists call this phenomenon pareidolia, which is a bias towards seeing meaningful patterns in inanimate objects. 'Face pareidolia explains why we might see faces in geological structures, as well as pretty much anything else,' Dr Kramer added. Scientists think that we evolved this sensitivity towards faces because it helped our ancestors find friends and spot enemies. For hunter-gatherers, it was better to briefly mistake a bush for your neighbour's animal than miss someone sneaking up on you. Professor Kevin Brooks, a psychologist at Macquarie University, told Daily Mail: 'We tend to classify anything vaguely face-like as a face until proven otherwise – it's safer that way. 'Evolutionary psychologists speculate that we evolved this mechanism to help our survival, and increase our chances of passing on our genes, bringing forth another generation of people who are also good at face detection.' Some people are more sensitive to faces and so might experience more pareidolia in their daily lives. Dr Susan Wardle, a researcher at the National Institutes of Health, told Daily Mail that pareidolia isn't 'usually' a sign of any psychological or neurological issues. However, a high rate of pareidolia might be a sign of someone's bias towards believing in the paranormal. A Finnish study conducted in 2012 found that people with religious or paranormal beliefs were much more likely to see faces in random stimuli. This could explain why alien hunters seem to find faces or patterns in geological features so frequently. Dr Wardle concludes: 'Most people who see faces in things recognise that the faces are not real. 'Issues can arise when people interpret visual patterns to have meaning that they do not, or when they have difficulty distinguishing true perceptions from illusory ones.' WHY DO WE SEE FACES IN INANIMATE OBJECTS? Pareidolia is the psychological response to seeing faces and other significant and everyday items in random stimuli. It is a form of apophenia, when people see patterns in random, unconnected data. There have been multiple occasions when people have claimed to see religious images and themes in unexpected places. On the red planet, one of the most famous is the 'face on Mars' spotted by one of the Viking orbiters in 1976. This was later proven to just be a chance alignment of shifting sand dunes.

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