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Contact metamorphism can occur in this scenario.
at convergent plate boundries
contact
Destructive plate boundaries.
The short answer is that they don't! For metamorphism to occur rocks require either heat, pressure or a combination of the two. Both of these conditions occur together in the mantle, however they can occur in other places to. Such as in the rocks around igneous intrusions (high temperatures and low to moderate pressures) which cause contact metamorphism. It can also occur in zones of high tectonic stress (such as continental collision zones where mountains are being built where there is a relatively low temperature by mantle standards but very high pressure) which causes regional metamorphism. Finally in zones characterised by very high strains (e.g. the rocks in very close proximity to fault zones) metamorphism can occur. The type depends on the strain rate and the depth (which affects the pressure and temperature). This type of metamorphism is known as dynamic metamorphism). All the above conditions (and a number of others) can cause metamorphism to occur in sections of the earth outside the mantle. The differing types of metamorphism at differing temperatures and pressures create differing assemblages of minerals. These are known as metamorphic facies. Please see the related links for more information.
For metamorphism of rock to occur temperature and pressure must increase. Rocks created in this manner are called metamorphic rocks.
Regional metamorphism can occur.
Dynamic Metamorphism >.<
Contact metamorphism can occur in this scenario.
everything
Yes they do occur under volcanoes
Can deformation occur without metamorphism? (; sorry you should put the definitions in the description box when you're dealing with big words haha.
The changes to the rock must occur in solid form.
Dynamic
It forms deep inside the Earth's surface
water
Dynamic