A number of fault block mountains form in areas that are undergoing stretching.
Transform, Divergent, and Convergent
Some landforms caused by plate movement are: islands, plateaus, fault-block mountains, folded mountains, and fault lines. Hope this helped! :D
The theory of plate tectonics is used to understand geological processes, such as ridges forming, volcanoes, earthquakes, mountains forming, and also to predict and minimize damage done by some of these natural disasters. Using plate tectonics to study earthquakes can help scientists predict roughly when an earthquake will occur, and also the severity of it. This is done by studying the outline of the plates involved. Plate tectonics also explains the Mid Atlantic Ridge in Iceland, which formed because plates separated, leaving magma to rise and cool. Mountains are formed when plates of similar strength and thicknes collide but do no buckle, and so formed mountains as they press together upward. Volcanic islands are formed by gaps in the boundaries of plates, and as the magma spews forth and cools, the buildup eventually creates an island.
Fault lines.
These mountains form when faults or cracks in the earth's crust force some materials or blocks of rock up and others down. Instead of the earth folding over, the earth fractures and blocks are stacked. Examples include the Sierra Nevada mountains in North America and the Harz Mountains in Germany.Brookelynn L.
The Andes mountains of South America and the Cascade Mountains of North America are some examples of a continental-oceanic plate boundaries.
A fault can be found, with many different kinds of faults forming depending on the conditions. Some faults are plates sliding beside each other (earthquakes), some are two continental plates pressing together (forming mountains, and some consist of one plate being pushed under the other (forming volcanoes).
Transform, Divergent, and Convergent
no or yes if you have a really BIG bulldozer and i mean a really big one.just kidding you can`t stop mountains forming and if some one can stop it e-mail me
There are no exact amount if mountains on Earth. Some are even forming now, so you wouldn't now how much mountains there are on Earth.
mountains and earthquakes
There was a "first stage" of geologic evolution that began the process of forming the Sierra Nevada mountains about 100 million years ago. But it took a lot more time for them to really develop and take the shape we see them in today. Some deep formations evolved in the beginning. Note that the Pacific plate and the North American plate form a boundary near this location, and as the Pacific plate subducts (goes beneath) the North American plate, there is tremendous heating of Pacific plate material below the western edge of the North American plate. The expansion of this material pushed up on the region, and set a "base" for the formation of this range. About 20 million years ago, there was a lot of vulcanism that set the stage for mountain forming. Then some 5 to 4 million years ago, there was more uplift, and also the "cutting away" of the sides of the string of mountains. There is a long history associated with the formation of these magnificent mountains, and by using the links below, you can begin to discover the story of their formation.
some features caused by plate tectonics would be folded and faulted mountain chains. subduction zones are also some important features caused by plate tectonics. the oceanic crust goes underneath the continental crust creating a subduction zone at the plate boundaries.parvaiz mansoori
A natural boundary is a boundary that is defined by natural features, such as a strait, a mountain range etc.
Some landforms caused by plate movement are: islands, plateaus, fault-block mountains, folded mountains, and fault lines. Hope this helped! :D
Plate motion provides the force that pushes up Californias mountains.
The theory of plate tectonics is used to understand geological processes, such as ridges forming, volcanoes, earthquakes, mountains forming, and also to predict and minimize damage done by some of these natural disasters. Using plate tectonics to study earthquakes can help scientists predict roughly when an earthquake will occur, and also the severity of it. This is done by studying the outline of the plates involved. Plate tectonics also explains the Mid Atlantic Ridge in Iceland, which formed because plates separated, leaving magma to rise and cool. Mountains are formed when plates of similar strength and thicknes collide but do no buckle, and so formed mountains as they press together upward. Volcanic islands are formed by gaps in the boundaries of plates, and as the magma spews forth and cools, the buildup eventually creates an island.