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A deep learning model called BattleNet predicts battery discharge speeds from manufacturing data and designs tailor-made electrodes in minutes.
A long-term study shows that coral partnerships with internal algae adapt predictably under moderate ocean heat, but veer into random divergence under extreme conditions.
Genetic evidence from the deep Pacific Ocean shows that many microbes carry genes to make food from inorganic carbon using carbon monoxide and sulfur, rather than relying mainly on ammonia.
During an ancient bout of severe global warming, three lineages of early hoofed mammals shrank in size but kept their diets surprisingly stable.
Satellites show that while frozen northern lands keep looking greener, their vegetation resilience suffered a widespread decline after 2008 due to dry air and wildfires.
A study of 31 stranded Yelkouan shearwaters along the Italian coast found plastic debris inside 90.3% of the birds, alongside widespread tissue contamination by synthetic plasticisers.
A modelling study of the Great Barrier Reef shows that tracking reef health, rather than just location, completely changes which areas need urgent protection.
Planting trees in towns can support declining moths, but only if planners design for tree age, variety, and connected green spaces rather than just adding canopy cover.
Across 25 forest sites in the United States, chemical imbalances in the canopy predicted the timing of autumn leaf fall better than local climate alone.
Digital tests show that sinking rock slabs near Asia pulled on the Pacific floor, sending stress thousands of miles away to tear open the Gulf of California.