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Marine experts argue that our main global safety framework largely overlooks deep-sea damage and widespread ocean oxygen loss. Filling these gaps is tricky because complex marine tipping points rarely boil down to single global numbers.
In Delaware and Chesapeake waters, the abundance and activity of oil-degrading microbes vary with water salinity, temperature, and nutrients.
A computer-modelling study shows that strategically picking land for Indonesia's community forests can double their combined benefits for climate, wildlife, and poverty alleviation compared to handing out permits at random.
A global database tracking 46 sirenian and marine carnivoran species shows that nearly half face extinction, yet scientific knowledge is heavily skewed towards migratory and long-known animals. Geographic range size emerged as the main predictor of extinction risk.
Marine clouds do not react to pollution straight away; their cover peaks a day later and hundreds of kilometres downwind. This delay reshapes how scientists calculate cloud cooling effects.
Combining lab DNA tools with Indigenous Ecological Knowledge builds fairer, stronger wildlife protection, but real success requires treating local groups as equal partners.
A survey of 244 environmental professionals across 25 countries reveals that saving wildlife now depends as much on tackling crime and corruption as it does on ecology.
A newly tested framework uses zero trust rules and hidden network connections to let supercomputers, cloud servers, and quantum devices collaborate securely without relying on old-fashioned firewalls.
Scientists have shown that toxic metals pulled from discarded lithium-ion battery cathodes can be transformed into tiny particles that speed up green energy reactions.
A comprehensive review shows how special materials absorb destructive ultraviolet rays and re-emit them as visible light, shielding solar cells while boosting their power.