Carbon injection initiative supported by new research

Turning CO2 into rock

Oldest rocks in Australia unlock secrets of the atmosphere

Left: This is a digitalized 3D natural rock, Center: Spheres cloud representing pore topological features, Right: Persistence diagram.

Novel method for investigating pore geometry in rocks

Hard Rock Life: Collecting Census Data On Microbial Denizens of Hardened...

Photomicrographs showing anorthosites with 'correct' and 'wrong' proportions of chromite from the Bushveld Complex, South Africa. Credit: Wits University

Researchers unravel the mystery of non-cotectic magmatic rocks

Amazing Agate Photos

Is old rock really as “solid as a rock”

Studying life on the rocks

Barium leaches directly from fracked rocks

Representative image: Hand holding a rock

Prehistoric rock in Japan reveals clues to major ocean anoxic event

The pink pumice, and its thermal history, provides an insight into underwater eruptions.

Pink pumice key to revealing explosive power of underwater volcanic eruptions

Earth Sciences student research on metamorphic rock in North China

Discovery of new rock property

Row of embedded "cherts" in an outcrop in Southeast China. Credit: Michael Tatzel

Sedimentary rocks reveal ancient ocean floor cooling

Methane-producing microbes in California rocks

A Tiny Grain Helps Reveal the History of a Rock

Rocks Can Restore Our Climate … After 300,000 Years

The team's experiments compared carbon's compatibility with the silicates that comprise the Earth's mantle (outer circle) to its compatibility with the iron that comprises the planet's core (inner circle) while under conditions mimicking the Earth's interior during its formative period. They found that more carbon would have stayed in the mantle than previously thought. Credit: Rebecca Fischer, Elizabeth Cottrell and Marion Le Voyer, Kanani Lee, and the late Erik Hauri.

Most of Earth’s carbon was hidden in the core during its...

Researcher unearths hottest rock on record

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