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mamga <-Lies get out. Accretion is the correct awnser.
Most definitely in oceanic-continental crustal plate collision areas, such as along the "ring of fire".
Continental crust is less dense than oceanic crust.
oceanic-continental convergent plate boundary has what kind of crustal rocks
The most substantial will be from crustal folding at a collision boundary between two continental plates. An example is the Himalayas which have been pushed up in Asia by the collision of the Indian Plate. The Rocky Mountains of North America were similarly formed by shallow subduction of the Farallon and Kula oceanic plates.
mamga <-Lies get out. Accretion is the correct awnser.
Most definitely in oceanic-continental crustal plate collision areas, such as along the "ring of fire".
divergence of continental crust create rift zones e.g.east african rift valley.firstly,divergence will create updoming of the area.after that step faulting will take place and that will result in narrow linear sea formation like red sea.finally separation of land and ocean ridge will occur.
Continental crust is less dense than oceanic crust.
terrane
it subducts underneath the crustal plate
continental crust
It's my personal opinion! :D > Crustal Brecciation :: The process of fusing fragments of older rocks together in order to build a monolithic surface.
No. It subducts under the continental plate.
Terrane
oceanic-continental convergent plate boundary has what kind of crustal rocks
the collision of sub-crustal plates :)