Researchers Discover The ‘Lid’ That is Holding Back the Eruption of Yellowstone Supervolcano Experts Discover Over 86,000 ...

A new hot spring developed at Yellowstone’s Norris Geyser Basin, formed by minor hydrothermal explosions and shifting ...

Geologic mapping has come a long way – from paper maps to powerful digital databases. How do researchers store and organize ...

The findings of the study titled "A sharp volatile-rich cap to the Yellowstone magmatic system" were published by Nature. It ...

Yellowstone's supervolcano appears to have a magma cap that vents pressure and reduces the chances of a massive eruption happening anytime soon.

Massive volcanoes dot the Cascade Range from BC into NorCal, but what about the space in between? Volcanoes in those places ...

Scientists in Wyoming have discovered evidence of two mysterious volcanic eruptions that are older than the last caldera-forming supereruption at Yellowstone. The ash deposits were buried beneath ...

Yellowstone is a focal point for supervolcano research. The Yellowstone Volcano Observatory (YVO), managed by the U.S. Geological Survey (USGS), continuously monitors the region.

A new study shows a volcanic eruption of Yellowstone may be even less likely than we thought: Scientists have discovered a magma cap that may play a role in relieving volcanic pressure underground.

U. researchers: Yellowstone ‘supervolcano’ has another, bigger magma reservoir U. research • Seismologists found a massive chamber of lava and rock 12 to 28 miles below the park, much larger ...

While that is certainly not small, when it comes to caldera sizes, it’s relative. World-famous Yellowstone National Park’s Yellowstone Caldera is an active supervolcano in Wyoming.