Evidence from Earth’s deep past suggests dramatic subduction zones can spread like a contagion.

(This article appeared in the July 2025 print issue)

Scientists thought La Niña was coming. It didn't — at least for now. What could that mean for this year's hurricane season, and how might long-term climate change affect El Niño and La Niña patterns?

Minnesota study adds to growing evidence of human-accelerated erosion, which could jeopardize agriculture.

A rock formation in Michigan has beat out other contenders for the title — for now.

(This article appeared in the July 2025 print issue)

Scientists are rethinking what we knew about a vanished ice sheet — and that could spell trouble for New York City.

Note: My web hosting service does not like the ridiculously long URL on this one. Here it is: https://www.livescience.com/planet-earth/climate-change/a-long-lost-antarctic-ice-sheet-could-predict-the-future-of-new-york-city-one-in-which-lower-manhattan-and-coney-island-are-perpetually-submerged

Two new studies provide unprecedented insight into one of the ancient world’s most famous cataclysms.

Climate change may influence seismic activity as melting glaciers reduce pressure on quake-prone faults.

Nevada is becoming a major producer of lithium, thanks to topography, climate, and geologic serendipity.

(This article appeared in the January 2025 print issue)

New geoarchaeological research shows that metalworking in ancient Egypt led to significant contamination in a nearby port.

Researchers have discovered the world's oldest known arc-slicing fault in Australia, intensifying the debate over the origins of plate tectonics.

A new analysis of skeletons and collapsed walls indicates that seismic activity compounded the historic catastrophe wrought by Mount Vesuvius.

Even experts struggle to make accurate predictions. So, what does that say about our visions of the future? And what, according to research, can be done about it?