Yellowstone National Park, renowned for its geothermal features and volcanic history, is beginning to show signs of renewed ...

Yellowstone National Park's geological history is one of the most intensely studied in North America. A new geologic unit ...

After a thermal explosion at Biscuit Basin, the Yellowstone Volcano Observatory unveils a new safety plan to enhance monitoring and protect visitors in the park.

Yellowstone was confirmed as a supervolcano system in the 1960s, dramatically shifting scientific perspectives on volcanic hazards. The identification of the Toba eruption’s global impact in the 1990s ...

Scientists have studied Yellowstone National Park's magmatic system for years, but a new view of the magma chamber shows the long-dormant supervolcano is not at immediate risk of eruption.

A clear breakdown of how optics simulation tools work and how to make sense of their output.

Yellowstone’s Magma Reservoir Reveals Insights Into Future Volcanic Activity Learn how the boundaries of the magma chamber beneath Yellowstone have been located, and discover how these boundaries hint ...

The rim of the Yellowstone caldera, an ancient volcano, encircles the inner portion of Yellowstone National Park. If the supervolcano were to erupt again, ash from the blast could bury Billings in ...

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

The giant supervolcano that lies under Yellowstone National Park is cooling off in the west but staying hot in the northeast.