
How tiny bits of plastic leave chemical clues inside marine life
By tagging microscopic plastics with gold and palladium, researchers tracked how marine copepods absorb, excrete, and react to different plastic types in their food and water.
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By tagging microscopic plastics with gold and palladium, researchers tracked how marine copepods absorb, excrete, and react to different plastic types in their food and water.

By analysing bat droppings in an urban park, researchers found that bats feed on nearly two hundred types of insects, including plant pests and disease carriers.

Canada's coastal tidal marshes are shrinking three times faster than in 1988, even inside officially protected conservation zones.

Measurements show that the northern Atlantic has lost roughly 18% less surface heat since 1985, causing a key ocean current system to slow down.

A review reveals that microscopic structures inside Southern African trees dictate how well they store carbon and resist severe water shortages.

A ten-year study of Atlantic plankton reveals that while bans have reduced older pollutants, a fresh wave of plastic and tyre chemical substitutes has taken their place.

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.

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.

A microscopic siloxane coating protects sulfide-based solid battery electrolytes from moisture, halting toxic gas release while allowing lithium ions to pass.