Cross-section showing changes in electron density at different altitudes. Dashed lines show changes in vertical alignment. Credit: Fu et al., 2025

Thousands of sensors reveal 3D structure of earthquake-triggered sound waves

Sedimentary rock cores from South Africa

Rock record illuminates oxygen history

Gold

Tapping into the World’s largest gold reserves

Tiny gas bubbles

Tiny gas bubbles reveal secrets of Hawaiian volcanoes

Illustration of the Cascadia subduction zone, a region where the patterns examined in this study play out. (Credit: Carie Frantz, Wikimedia Commons)

The ripple effect of small earthquakes near major faults

An illustration of the nano channels Texas Engineers developed for rare earth element extraction

Rare earth element extraction bolstered by new research

Aerial view of Ontake Volcano, Honshū Island, Japan. Image Credit: Dr. Koshun Yamaoka

Eruption loading: New approaches to earthquake monitoring at Ontake volcano, Japan

Bryce Canyon National Park, Utah

Slickrock: Geologists explore why Utah’s Wasatch Fault is vulnerable to earthquakes

The Grand Prismatic Spring in Yellowstone National Park (Stock photo).

Inside Yellowstone’s fiery heart: Researchers map volatile-rich cap, offering clues to...

A graphic showing the convective heat cycle (red arrows) that drives plate tectonic motion (black arrows) on Earth. Heat flows toward subduction zones through the uppermost mantle layer, the asthenosphere. A computer model from Rice University finds that the asthenosphere can locally drag plates along with it rather than acting exclusively as a brake on plate movements as had been widely believed. (Image courtesy of Surachit/Wikimedia Commons)

Crustal brines at an oceanic transform fault

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