After reading and researching I have found that the subducting plate plunges into the

mantle, it becomes heated. It makes subduction zones make volcanoes. When it reaches

the asthenosphere or thereabouts, subducted water in the descending slab of crust lowers

the melting temperature of the rock and a molten rock mixture forms. This hot, buoyant

magma forces its way upward through the overriding crust. As it approaches the surface, the

pressure from the overlying rocks decreases, and this allows hot gas to come out of solution,

further pressurizing the magma. When it reaches the surface, a volcano is formed. The

magma flows out as lava, sometimes explosively. After finding this information now, I

genuinely realize that this can happen anywhere on Earth and that the Earth beneath the

surface always has had something going on. Reading about these things I can only help to

think about the temperature the weather and other things to play a factor what they in the

volcanoes erupting the subduction zones.

When it comes to heat spots, it was fascinating because volcanoes are updated from

beneath the Earth and spew out with different temperatures you out the world volcanoes can

pretty much erupt at any moment. The majority of the world's volcanoes are associated with

subduction zones. Since subduction zones represent plate margins, volcanoes tend to occur

in lines, like the Cascade Range volcanoes or those on the Aleutian Peninsula. Closely

associated with volcanic activity are fumaroles, geysers, hot springs, gas vents, and other

geothermal phenomena near hotspots. All result from openings in the crust that allow (or

were caused by) upward motion of magma and relatively shallow magma bodies.

References

David K. Lynch, 2009, 2010 http://www.sanandreasfault.org/Volcanoes.html