environment of the deep mantle suggest that goethite can remain stable under the cooler portions of descending oceanic plates. This stability contradicts earlier models that predicted goethite would decompose and release its water at relatively shallow...

Scientists discover a massive water reservoir 700 km deep in Earth’s mantle, locked in rock and unlike any known ocean. At a depth of roughly 700 km beneath the planet’s crust, a massive slab of rock stores water bound within its mineral crystals under...

Continental drift, a brighter Sun and rising CO₂ may push Earth toward near‑uninhabitable conditions, reshaping climate and habitability. Around 250 million years from now, the Earth’s plates are predicted to coalesce into a single supercontinent often...

Satellite data uncover hidden changes beneath Africa’s remote terrain, revealing shifting ground processes previously unseen. A massive, silent flow of magma moved beneath Ethiopia’s Rift Valley between December 2024 and March 2025, traveling roughly...