Usually composite volcanoes. subduction zone volcanos usually form steep sided composite cones composed primarily of andesite
Composite Volcanoes
Volcanoes Form at Active Subduction Zones or in the ring of fire
Composite volcanoes most often form near subduction zones.
I think it would be shield volcanoes because it was it!
Usually, yes. Occasionally, though they can form in rift zones or at continental hotspots.
Both subduction zones and spreading centers.
Volcanoes Form at Active Subduction Zones or in the ring of fire
Composite volcanoes most often form near subduction zones.
magma forms in mantle above slab
I think it would be shield volcanoes because it was it!
Usually, yes. Occasionally, though they can form in rift zones or at continental hotspots.
Both subduction zones and spreading centers.
Subduction zones form along some tectonic plate boundaries. Of the three general types of tectonic plate boundaries, we will see them form at some (but not all) of what are called convergent plate boundaries.
Volcanoes form in subduction zones. There, the oceanic crust is subducted, meaning that is slides under the continental crust. When the crust slides below, it melts. Then the melting rock rises up as magma, creating a volcano.
Trenches are deep ocean features of subduction zones.
Volcanoes form along convergent boundaries known as subduction zones. Convergent boundaries form where oceanic lithosphere descends beneath continental crust. When the two plates collide convergence occurs, while volcanoes form along the zone.
The "Ring of Fire" is where the Pacific Plate meets other plates that form the Earth's crust. Each of the Earth's plates is moving (very slowly). In geologic time, the movements of two plates at their intersection causes both volcanoes and earthquakes.
Volcanoes are formed by tetonic plates pushing together. Therefore they often form in lines. Such as the Himalyers and the alpes.