Hot spot volcanoes such as those in Hawaii and the Yellowstone Caldera form as a result of extra hot material rising from deep within the mantle. While most volcanoes can only form near plate boundaries, hot spot volcanoes can form in the middle of a tectonic plate. Unlike at subduction zones, which are generally associated with stratovolcanoes, hot spots that form under oceanic crust typically produce shield volcanoes. Hot spots under continental crust can be more complicated and have produced every variety of volcano.
Hot spot volcanoes are not inherently different from other volcanoes. All volcanoes require a source of magma. For most volcanoes, this magma comes from processes that related to plate boundaries. At hot spots there generally is no plate boundary: just extra hot material moving up in the mantle.
Hot spot volcanoes such as those in Hawaii and the Yellowstone Caldera form as a result of extra hot material rising from deep within the mantle. While most volcanoes can only form near plate boundaries, hot spot volcanoes can form in the middle of a tectonic plate. Unlike at subduction zones, which are generally associated with stratovolcanoes, hot spots that form under oceanic crust typically produce shield volcanoes. Hot spots under continental crust can be more complicated and have produced every variety of volcano.
they are different in the way that they are formed.
No. Teide and the other volcanoes of the region are on a hot spot.
Yes. The majority of volcanoes are found near plate boundaries.
Hot spot volcanoes are not associated with a plate boundaries. Hot spots can drive volcanic activity all by themselves.
None. Haleakala, like all the other volcanoes of Hawaii, formed over a hot spot.
the magma in the volcanoe is hotter than in other volcanoes
Hot spot volcanoes such as those in Hawaii and the Yellowstone Caldera form as a result of extra hot material rising from deep within the mantle. While most volcanoes can only form near plate boundaries, hot spot volcanoes can form in the middle of a tectonic plate. Unlike at subduction zones, which are generally associated with stratovolcanoes, hot spots that form under oceanic crust typically produce shield volcanoes. Hot spots under continental crust can be more complicated and have produced every variety of volcano.
they are different in the way that they are formed.
Hot spot volcanoes such as those in Hawaii and the Yellowstone Caldera form as a result of extra hot material rising from deep within the mantle. While most volcanoes can only form near plate boundaries, hot spot volcanoes can form in the middle of a tectonic plate. Unlike at subduction zones, which are generally associated with stratovolcanoes, hot spots that form under oceanic crust typically produce shield volcanoes. Hot spots under continental crust can be more complicated and have produced every variety of volcano.
Hot spot volcanoes such as those in Hawaii and the Yellowstone Caldera form as a result of extra hot material rising from deep within the mantle. While most volcanoes can only form near plate boundaries, hot spot volcanoes can form in the middle of a tectonic plate. Unlike at subduction zones, which are generally associated with stratovolcanoes, hot spots that form under oceanic crust typically produce shield volcanoes. Hot spots under continental crust can be more complicated and have produced every variety of volcano.
No. Teide and the other volcanoes of the region are on a hot spot.
Such volcanoes are hot spot volcanoes.
That's a very good question.
its a hot spot
Yes. The majority of volcanoes are found near plate boundaries.
Yes, it is not uncommon to find volcanoes at hot spots.
No. Mount Rainier, like the other cascade volcanoes, is associated with a subduction zone.