Amber provides new insights into the evolution of the Earth’s atmosphere

Megadrought risks in southwest U.S. soar as atmosphere warms

Modeling sulfur in the Archean atmosphere

Insights into the origins of sodium and other metallic layers in...

Losing air:New study finds a barrage of small impacts likely erased...

Rethinking early atmospheric oxygen

Changes in Earth’s crust caused oxygen to fill the atmosphere

Soil will absorb less atmospheric carbon than expected this century, study...

Study pinpoints timing of oxygen’s first appearance in Earth’s atmosphere

Iron toxicity for cyanobacteria delayed oxygen accumulation in early Earth’s atmosphere

Cosmic dust reveals Earth’s ancient atmosphere

Oldest rocks in Australia unlock secrets of the atmosphere

Ocean.

Primordial oceans had oxygen 250 million years before the atmosphere

Early Earth had a hazy, methane-filled atmosphere

Regional weather extremes linked to atmospheric variations

the central range of Taiwan

Mountain erosion may add CO2 to the atmosphere

Scientists probe underground depths of Earth’s carbon cycle

The ups and downs of early atmospheric oxygen

A 3D computer model of the asthenosphere by Rice University geophysicists finds that the convective cycling and pressure-driven flow can sometimes cause the asthenosphere to move even faster than the tectonic plates riding atop it.

Flow in the asthenosphere drags tectonic plates along

Carbon’s role in atmosphere formation

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