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Breakthrough Study Uncovers Hidden Emissions of Potent Greenhouse Gas From Teflon Factories
New research published in the journal Nature has uncovered a startling gap between reported and actual emissions of HFC-23, a highly potent hydrofluorocarbon, from Teflon manufacturing processes globally. This study shines a light on an urgent need for more stringent regulation and independent auditing to ensure compliance with international agreements aimed at reducing greenhouse gases.…
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Study Finds Extreme Sea-Level Rise Prediction Unlikely, Offers Hope in Climate Crisis
In a climate landscape often dominated by alarming news, a Dartmouth-led study brings a glimmer of hope by disputing one of the most catastrophic predictions about sea-level rise. The study, published in Science Advances, contends that the dire forecasts of sea levels rising dramatically due to Antarctica’s ice sheets collapsing are highly improbable in the…
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AI Revolutionizes Climate Science by Linking Heat Waves to Global Warming
In a groundbreaking study, researchers at Stanford and Colorado State University have unveiled a new method that harnesses the power of artificial intelligence to rapidly and accurately assess the influence of global warming on extreme weather events, such as heat waves. This transformative approach, detailed in Science Advances, has the potential to revolutionize how scientists…
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Study Finds Low-Severity Wildfires Can Mitigate Future Fire Intensity for Up to 20 Years
Not all forest fires leave a trail of destruction. New research by the University of California, Davis, reveals that low- and moderate-severity wildfires can significantly reduce the intensity of future fires for up to 20 years in certain climates, providing a much-needed silver lining in the fight against increasingly frequent wildfires. The study, published in…
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Researchers Capture First-Ever Atomic-Level View of Catalyst in Action
In a groundbreaking achievement, scientists led by the California NanoSystems Institute at UCLA and Lawrence Berkeley National Laboratory have captured atomic-level images of a copper catalyst during an electrochemical reaction. This discovery, published in the journal Nature, marks the first time researchers can observe catalysts in real-time, unlocking vital insights for energy production and industrial…
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Innovative Use of Salt for Thermal Energy Storage by Georgia Tech Mechanical Engineers
As the world faces the twin challenges of climate change and increasing energy consumption, researchers at Georgia Tech’s George W. Woodruff School of Mechanical Engineering are developing groundbreaking thermal energy storage solutions using common salts. This innovative approach could help reduce our dependence on fossil fuels and pave the way for a more sustainable future.…
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UC Irvine Researchers Reveal How Urban Design Influences Flood Severity
Increased flooding due to stronger storms and urban growth has become a global challenge. Researchers from the University of California, Irvine have unveiled new findings indicating that building density and street networks significantly influence the intensity of urban flooding. Published in the journal Nature Communications, the research combines urban planning with statistical mechanics to formulate…
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Surf Ecosystems Identified as Crucial Climate Allies in New Study
Surf breaks around the globe are not just playgrounds for surfers but also vital assets in the fight against climate change. A pioneering study, published in Conservation Science and Practice, reveals that the forests, mangroves and marshes surrounding these surf spots store nearly 90 million metric tonnes (Mt) of climate-stabilizing carbon, making them essential places…
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Climate Change May Increase Enterovirus Outbreaks by Up to 40%, Study Finds
Rising temperatures linked to climate change may significantly intensify enterovirus outbreaks, including hand, foot and mouth disease (HFMD) and historically polio, by up to 40%, according to a new study. This research, conducted by scientists at Brown University, Princeton University and Johns Hopkins University, was published in Nature Communications on July 31. Researchers have long…
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Revolutionary Carbon Storage Method Developed by UT Austin Researchers
In a significant breakthrough addressing climate change, researchers at The University of Texas at Austin have developed a novel method for rapidly and safely storing carbon dioxide (CO2) captured from the atmosphere. This innovative technology, published in ACS Sustainable Chemistry & Engineering, promises to transform how we sequester carbon without the harmful chemical accelerants used…
