High-energy breeding seasons may reshape seabirds’ future—sometimes in ways that look counterintuitive at first glance. In a multi-year field experiment...

A breakthrough for satellite navigation is emerging from an unexpected bottleneck: the way Global Ionospheric Maps (GIMs) quantify uncertainty. Researchers...

A “marine heatwave” (MHW) is often treated as a stand-alone anomaly in seawater temperature. But that framing can miss what...

Air pollution forecasts are often limited by an inconvenient reality: fixed air-quality monitoring stations are sparse and unevenly distributed. In...

Biochar is emerging as a surprising lever for tackling one of climate science’s trickiest problems: methane (CH₄). Unlike carbon dioxide,...

A new study led by Swansea University suggests that the future of Iraq’s Mesopotamian Marshes hinges far more on upstream...

Palmira, Colombia—A new study in Agricultural Systems reframes how climate-smart farming innovations spread, pointing to social relationships as a practical...

Aerosols—tiny particles emitted from industry, vehicles and natural sources—have long puzzled climate scientists: do they strengthen deep convective clouds, weaken...

Tropical cyclones are expected to drench more intensely as the planet warms, because warmer air can hold more water. Clausius–Clapeyron...

Glaciers may look motionless, but they are constantly sliding and deforming under their own weight—making glacier speed a crucial clue...