New study reveals Yellowstone’s volcanic engine is shallower and more dynamic, forcing rethink of eruption risks A new study reveals Yellowstone’s supervolcano is fueled by a shallow, spread-out magma mush system, not a deep liquid chamber. This model suggests tectonic forces alone can fill the volcano’s chambers, changing the understanding of how an eruption might start. Separate AI analysis detected tens of thousands of previously hidden earthquakes, highlighting the system’s dynamic and restless nature. While the annual probability of a supereruption remains extremely low, the new data confirms the volcanic system is complex and active. A theoretical NASA plan to cool the magma…

Newswire

Features

The Latest

Editor's Picks