How hot is the Yellowstone hotspot? At 80 kilometres beneath the Earth's surface it's about 1450 °C, say researchers - which, for a supervolcano, is only lukewarm.That doesn't mean we won't get http://wiki.answers.com/article/dn12896-magma-surge-causes-record-rise-at-yellowstone.html. The last explosion, some 642,000 years ago, created the Yellowstone caldera and http://wiki.answers.com/article/mg18925345.100-how-a-supervolcano-covers-a-continent.html.
its a hot spot
How hot is the Yellowstone hotspot? At 80 kilometres beneath the Earth's surface it's about 1450 °C, say researchers - which, for a supervolcano, is only lukewarm.That doesn't mean we won't get http://wiki.answers.com/article/dn12896-magma-surge-causes-record-rise-at-yellowstone.html. The last explosion, some 642,000 years ago, created the Yellowstone caldera and http://wiki.answers.com/article/mg18925345.100-how-a-supervolcano-covers-a-continent.html.
magma
follar
Magma from deep within the mantle melts through the crust which is what causes hot spot volcanoes to form
Yes. Stratovolcanoes can form over continental hot spots.
The Yellostone volcano as it currently is formed about 2.1 million years ago. The hot spot that produced it has produced a chain of supervolcanoes, all of which are extinct apart from the current one in Yellowstone. This hot spot appears sto have started forming such volcanoes about 15 million years ago.
well, there is a hot spot that exploes making a landform, then the pacific plate caries it away form the hot spot, and this process repets.
No. Old Faithful is a geyser. However, it and the other geysers and hot springs of Yellowstone are the result of heat generated by a supervolcano.
Magma form at a hot spot due to a focusing of conditions that lead to melting. This is sometime caused by a mantle plume, but is NOT always the case.
A hot spot is in earths mantle.a hot spot is an area where material from deep within the mantle rises and then melts, forming magma and volcano forms above a hot spot when magma erupts and reaches the surface.