Yes. It is a convergent boundary where both masses consist of continental crust.
A Collision plate boundary, where two continental plates that are the same in density and thickness, push against each other forming fold mountains and crumble zones. This causes Earthquakes from the pressure and stress but not volcanoes.
Mountain-building is a result of continental collision, so destructive plate boundaries. One plate is destroyed by subduction below the other, which undergoes compression, buckling and uplift as the collision continues. This is happening at present in Asia, raising the Himalayan Mountains.
A convergent or constructive continental boundary formed the Himalayas.
Convergent Boundary.
convergent oceanic-continental boundary
Continental Collision Boundary
Continental Collision Boundary
Continental Collision Boundary
A Collision plate boundary, where two continental plates that are the same in density and thickness, push against each other forming fold mountains and crumble zones. This causes Earthquakes from the pressure and stress but not volcanoes.
Mountain-building is a result of continental collision, so destructive plate boundaries. One plate is destroyed by subduction below the other, which undergoes compression, buckling and uplift as the collision continues. This is happening at present in Asia, raising the Himalayan Mountains.
continental continental convergent boundary
Subduction zones, trenches and volcanic islands: the boundary that is oceanic. Trenches and volcanic islands: an oceanic-continental boundary. Folded mountain ranges: a continental and continental collision.
convergent continental-continental boundary
convergent oceanic-continental boundary
A convergent or constructive continental boundary formed the Himalayas.
Convergent Boundary.
convergent oceanic-continental boundary