How can lightning and solar storms be used to map magma beneath Yellowstone? Through magnetotelluric imaging, which provides ...

Geologists found a deep-running network of magma channels in the northeast corner of Yellowstone National Park.

Yellowstone National Park, known for erupting geysers like Old Faithful ... The last eruption to occur at Yellowstone was ...

It covers an area about 30 by 45 miles. The findings mean that the future of volcanic activity at Yellowstone is in the northeastern part of the park, and there’s no chance it’s going to blow ...

A new study on the supervolcano percolating underneath Yellowstone National Park reaffirms it’s not about to blow and end humanity as we know it. It ...

Large explosive eruptions occur in Yellowstone around once every 700,000 years, according to the U.S. Geological Survey.

Using magnetotellurics, researchers produced a detailed picture of the magma beneath Yellowstone, offering insights into a ...

Yellowstone supervolcano ’s last eruption covered most of what is now the USA in volcanic ash and lava that flowed for ...

Despite an explosive summer at Yellowstone National Park — marked by a thermal feature eruption that destroyed a boardwalk ...

Researchers from the United States Geological ... Earth’s surface under the park. But different types of magma conduct electricity differently. And that helps “diagnose” the volcano’s current state of ...

Yellowstone National Park, known for erupting geysers like Old ... Old Faithful, Yellowstone’s iconic geyser, is pictured. Eve Chen / USA TODAY NETWORK via Imagn Images However, Americans ...