Yellowstone's magma system shows new activity, with the northeast sector possibly hosting future volcanic activity.

Yellowstone, home to many supervolcanoes on Earth, has shown some underground movement for the first time in 160,000 years. Scientists have detected magma moves, which have caught many’s attention and ...

Not that Yellowstone is likely to still ... Earth's rotating core creates a magnetic field that surrounds the planet. Because magma contains magnetic minerals, pockets of subterranean liquid ...

Yellowstone National Park is a popular destination for geology field trips. It’s easy to see why—the dynamic landscape ...

New research of the Yellowstone supervolcano has ... minerals and pockets of subterranean liquid magma that creates their own mini-magnetic field which is detectable from the surface.

The northeastern area of Yellowstone shows changes in magma distribution, although this region maintained geological stability for more than 160 thousand years. Scientists at the Yellowstone Volcano ...

The magma stored beneath the surface of Yellowstone National Park exists ... a result that is known thanks to the fascinating field of magnetotellurics.

Astute research has revealed that magma is shifting underground in the northeast part of Yellowstone, the last evidence of volcanic activity 160000 years ago. This finding, demonstrated by YVO ...

Because each caldera is centered over an associated magma reservoir ... Construction projects support field trips in the Yellowstone area in other ways. A case in point is Grassy Lake Dam ...

A team from the United States Geological Survey (USGS), publishing last week in Nature Geoscience also measured the percentage of rock in Yellowstone magma reservoirs that's actually melted.

It’s fair enough that not all nations have access to it because not all nations are situated on top of a magma chamber that can be extracted for thermal juice. That being said, those who have it ...

Thankfully, scientists have confirmed that Yellowstone won't detonate anytime soon. A close look at the supervolcano's plumbing reveals a lack of magma stores necessary to produce an eruption.