News

Scientists discovered a magma cap almost 2.5 miles below the surface at Yellowstone National Park. Here’s what that means for ...
The magma cap is critical for preventing eruptions at Yellowstone. Geoscientists have discovered a magma cap at Yellowstone National Park that is likely playing a critical role in preventing a ...
Geoscientists discovered a magma cap acting as a "lid" 2.4 miles beneath Yellowstone. This magma cap traps heat and pressure, but also allows gas to vent, reducing eruption risk. Seismic imaging ...
Jonathan Newton / The Washington Post via Getty Scientists have discovered a magma cap under the surface of Yellowstone National Park The cap acts as a lid, making sure the pressure and heat below ...
Now, a recent study shows the location of Yellowstone's magma cap and hints at when it may erupt. The Yellowstone caldera has a magma chamber about 40 by 80 kilometers across. The place where the ...
The data adds to existing evidence that Yellowstone is not facing an imminent volcanic eruption. The magma cap acts as a lid on the pressure and heat beneath, and the system is releasing gas at a ...
Geoscientists have discovered a magma cap at Yellowstone National Park that is likely playing a critical role in preventing a massive eruption in one of the largest active volcanic systems in the ...
The newly discovered magma cap is 2.6 miles (3.8 kilometers) below the surface of Yellowstone. | Credit: Xiyu Zhang via Getty Images A "breathing" cap of magma has been discovered inside the ...
Geoscientists have discovered a magma cap at Yellowstone National Park that is likely playing a critical role in preventing a massive eruption in one of the largest active volcanic systems in the ...
And by finding a defined magma cap, researchers have also been able to determine that Yellowstone’s system remains lively and dynamic. “It hasn’t just been sitting there without any recharge ...
It's sort of like taking an MRI of the Earth. And we can see this few hundred foot thick cap to the Yellowstone magma reservoir that's over 2 miles deep. I think that says a lot about our ability ...