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A major volcanic eruption could reduce global wind and sunlight for up to 20 months, wiping out massive amounts of renewable electricity and costing billions.
A review of eight major energy modeling tools shows big differences in how they predict building heat loss, leaving warm climates overlooked.
Computer models show that pulling carbon from the air alongside cheap renewable power could cool Earth to 1.0°C for only 0.25% extra global income.
A 24-year study across South Asia reveals that tigers and leopards react to people in opposite ways, meaning human carnivore conflict cannot be solved with a single strategy.
Using 3D laser holograms, scientists tracked tiny marine grazers swimming freely in raw seawater, finding that microscopic plastic specks disrupt gut structure, calcium signals, and steering behaviour.
Researchers reviewing medical imaging find that neural networks can process raw sound echoes into high-resolution scans at ultrafast speeds, bypassing slow mathematical calculations.
Using satellite data and machine learning, researchers successfully mapped offshore fine particle pollution over the eastern China seas from 2019 to 2024. The model revealed clear seasonal patterns and confirmed that coastal smog drifts directly out across open water.
A computer-modelling study reveals that crafting tiny light-emitting crystal flaws creates big trade-offs in power, water, toxic waste, and cash across twenty recipes.
A study shows that more frequent and severe El Niño events could increase the local extinction risk of female South American sea lions in Peru by 83.4% over 50 years.
A virtual computer model uses continuous sensor data to forecast dangerous glucose shifts in septic intensive care patients 15 to 30 minutes in advance, updating in seconds on ordinary hardware.