Discover how researchers are using computer simulations of 'fireworks' to understand the interaction of immiscible fluids, paving the way for effective carbon storage solutions to combat climate change.
Discover why seals can dive deep without the risk of blacking out, unlike human freedivers. A groundbreaking study reveals their unique ability to monitor oxygen levels, ensuring safe ascents.
A groundbreaking study shows that human-caused climate change may have been detectable as early as 1885, challenging previous assumptions about our impact on the planet's climate. Researchers emphasize the need for ongoing monitoring of the upper atmosphere.
A groundbreaking study indicates that human-caused climate change was detectable in Earth's atmosphere as early as 1885, much earlier than previously thought. This research highlights the urgency of monitoring climate changes and the impacts of greenhouse gas emissions.
A new study uncovers alarming risks associated with marine carbon dioxide removal techniques, highlighting how they could worsen ocean oxygen depletion and harm marine ecosystems. Discover the findings that could change climate strategies.
A new study warns that sea levels could rise by 8 to 12 inches per decade, challenging coastal communities' ability to adapt. Scientists call for stricter climate targets to avert disaster.
The European Space Agency's new Biomass satellite, equipped with innovative radar technology, aims to provide crucial insights into forest carbon storage and the impacts of climate change. This groundbreaking mission will enhance our understanding of how forests are affected by human activities.
Exciting new findings from the James Webb Space Telescope suggest the presence of biosignatures on exoplanet K2-18b, raising thrilling possibilities about life beyond Earth. Meanwhile, questions arise about the Antikythera mechanism and the curious case of 'vegetative electron microscopy.'
As spring brings a welcome warmth, millions in the U.S. are battling record pollen counts that trigger severe allergies. Discover how climate change is intensifying this annual nightmare.
Researchers at the University of Cambridge have developed a groundbreaking method to capture carbon dioxide from the air and convert it into syngas, offering a potential game-changer in tackling climate change and reducing emissions.
