A detailed look at Yellowstone's magma storage system finds that only one region is likely to host liquid magma in the long ...

An expert from the Yellowstone Volcano Observatory has revealed some of the most likely impacts of an eruption in the famed national park.

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

Yellowstone National Park is home to one of the Earth’s most fascinating geological wonders—a supervolcano. But where could it erupt next? Scientists finally have answers! :volcano: Key Findings: ...

researchers have recently discovered where the next eruption will likely take place. Beehive geyser in Yellowstone National Park erupting - USGS By measuring the electrical conductivity of the ...

No, Yellowstone isn’t erupting, but researchers now know where the next major eruption is most likely to take place ...

It won't blow today, but future eruptions will likely center on the northeastern side of the national park, the new study finds. Not that Yellowstone is likely to still be a national park by the ...

Scientists studying Yellowstone's supervolcano have made strides in understanding when it might erupt. Research published in ...

It contains far more silica than basalt magma. And it’s generally associated with explosive eruptions. Grand Prismatic Spring Yellowstone National Park. Picture: Getty Images The USGS survey reveals ...

Despite the study confirming that Yellowstone’s magma is more solid than liquid, Michael Poland emphasized the need to focus on more immediate risks and hazards in the park rather than ...

researchers were able to map the areas throughout Yellowstone National Park with the highest amounts of rhyolitic magma storage. The study, published in the academic journal Nature, suggests that the ...