
News
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Andrea Taschetto & Kial Stewart recognised by AMOS
21st Century Weather Chief Investigator Andrea Taschetto has been elected a Fellow of the Australian Meteorological and Oceanographic Society (AMOS), while Dr Kial Stewart received the AMOS Science Outreach Award for 2025. Andrea is an Associate Professor in the Climate Change Research Centre at the University of New South Wales, and leads the ‘Weather Systems
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Ocean fronts revealed as key players in Earth’s carbon cycle
Narrow bands covering just over one-third of the world’s seas are responsible for absorbing nearly three-quarters of the carbon dioxide that oceans pull from the atmosphere, new research shows. The PhD study published in Nature Climate Change reveals ocean fronts play a far larger role in regulating Earth’s carbon cycle than previously understood. Ocean fronts are boundaries
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Climate change made Australian heatwave five times more likely
Previously expected just four times per century, heat at the level recently experienced by Australia is now likely every five years, and will happen every two years without much stronger action to reduce emissions. Human-induced climate change made the intense early January heatwave in Australia five times more likely, according to a new analysis by
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Doldrum days: New study reveals calm seas are a driver of coral bleaching
Becalmed in the doldrums. Have you ever heard that old nautical expression? It’s a throwback to the times of Treasure Island and Robinson Crusoe. Hundreds of years ago, the prolonged absence of wind in the tropical ocean could spell disaster for sailing ships and their crews, who rapidly ran out of drinking water as they
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UrbanTALES: The biggest urban climate simulation dataset ever released
Understanding why air moves the way it does between buildings has long been one of urban climate science’s toughest challenges. Airflow in streets and between towers is shaped by a maze of real-world factors: building heights, street layouts, wind direction, and even the gaps between structures. For decades, researchers could only study these effects using