Science

Newly Discovered Atmospheric Reaction Means Methane's Climate-Warming Lifetime is Longer Than Predicted

A breakthrough in atmospheric chemistry reveals that hydroxyl radicals—the molecules that break down methane—are less abundant than previously thought. The discovery suggests methane lingers in the atmosphere significantly longer, increasing its near-term warming impact and narrowing the global carbon budget.

Also missing: Agricultural Sector Representatives · Developing Nations reliant on cheap energy

The Evidence Pack: How the June 2026 Heatwave Triggered Mass Mortality and Alpine Glacial Collapse

Preliminary epidemiological models estimate 20,000 excess deaths across Europe, while observational data confirms the Alpine snowpack vanished a full month early.

The Evidence Pack: How New Satellite Data Reaffirms the Human Climate 'Fingerprint'

Following a controversial Department of Energy report that emphasized natural climate variability, a pioneering climate scientist has published a comprehensive rebuttal using next-generation satellite data to definitively isolate the human impact on global temperatures.

Also missing: Policymakers relying on the DOE report · Fossil fuel industry analysts