A research team led by a Keele scientist has shed new light on how a mysterious rock formation in Oman was created, which could reveal new details about Earth's ability to store carbon dioxide (CO2).

For most of deep time, spreading ridges released more carbon than volcano chains, changing how we interpret Earth’s climate history.

Tiny zircon crystals are revealing that Earth’s earliest history may have included surprisingly complex tectonic activity.

Antarctica sits above the strongest negative gravity anomaly on Earth, a region where the planet’s gravitational pull dips so ...

Earthquake damage isn't solely determined by magnitude; factors like depth, local geology, and infrastructure resilience play ...

April 2026 - 13 days for £3,595 per person 10 April 2027 - 13 days for £3,595 per person Journey through Vietnam’s deep history from Hanoi to Hoi An on a science-rich adventure where every landscape ...

Benton County Emergency Manager Bryan Lee urges Philomath-area residents to register for Linn-Benton Alert and prepare a ...

Here are a few especially interesting examples. Some of the deepest rocks you might encounter are fragments of the Earth’s upper mantle, known as serpentinized peridotite, torn from the Fidalgo ...

Earth’s continents will meet again, and when they do, shifting seas, harsher interiors, and newer climate belts will reshape life.

The Cascadia Subduction Zone is unusually quiet for a megathrust fault. Spanning more than 600 miles from Canada to ...

Researchers reveal grain boundary sliding as a formation mechanism for the crystal preferred orientation of antigorite and elucidate the formation and development of B-type antigorite CPO patterns.