The Himalayas resulted from the collision of the Indian Plate into the European plate. The softer Indian Plate was forced underneath the harder European Plate, which caused the European Plate to rise up and form the Himalayas.
A convergent boundary is formed when plates collide. At this type of boundary, the denser plate sinks beneath the less dense plate in a process known as subduction. This collision often results in the formation of mountain ranges, volcanoes, and deep ocean trenches.
Mount Hood is formed by a convergent boundary where the Juan de Fuca tectonic plate is being subducted beneath the North American plate. This subduction causes magma to rise and create the volcanic activity that forms Mount Hood.
The Indo-Australian plate and the Asian plate, meeting where the Himalayas are, are both forcing their way towards each other. Both these plates are continental, therefore neither will go under the other - they can only move upwards (or buckle). As the plates then rise, the land rises, causing 'fold mountains'. The Himalayan Chain are the largest in the world.
In 1760, the Appalachian Mountains served as a significant geographical boundary to westward settlement in North America. Their rugged terrain made travel and settlement difficult for colonists, effectively limiting expansion into the lands beyond. The British government later sought to reinforce this boundary with the Proclamation of 1763, which prohibited settlement west of the mountains to stabilize relations with Native American tribes.
A transform boundary is primarily made up of lithospheric plates that slide past one another horizontally. These boundaries are characterized by significant geological features such as faults, which can lead to earthquakes as the plates grind against each other. Unlike convergent or divergent boundaries, transform boundaries do not typically create or destroy crust but instead focus on lateral motion. The San Andreas Fault in California is a well-known example of a transform boundary.
yes
The Himalaya Mountains have been a source of isolation for many years. Those who made the 1500 trek have nicknamed it the 'hump', 'hippie pass' or the 'Khyber pass'.
A convergent boundary is formed when plates collide. At this type of boundary, the denser plate sinks beneath the less dense plate in a process known as subduction. This collision often results in the formation of mountain ranges, volcanoes, and deep ocean trenches.
Krakatoa was formed off of a convergent plate boundary which pushed the land up and made a volcano.
convergent boundary ^.<
Mount Hood is formed by a convergent boundary where the Juan de Fuca tectonic plate is being subducted beneath the North American plate. This subduction causes magma to rise and create the volcanic activity that forms Mount Hood.
An artificial boundary is a boundary made by humans, examples include dams, the fence at the border between the U.S and Mexico. A natural boundary is a boundary made by nature, a boundary that "happens" naturally, examples include rivers, mountains and such.
yes, mountains are the result of drifting of earths crust towards each other over millions of result... The Himalaya, Andes etc. mountains were made through this drifting process....
The Hindu Kush Mountains and the Himalaya made it more difficult for the Mongols, who were used to hills and steppe to effectively conquer it.
The Appalachian Mountains served as a natural boundary that made it difficult for colonists to move westward during the early period of colonization in America. The rugged terrain and dense forests posed significant challenges for travel and settlement beyond the mountain range.
Because it won't erupt if it's not on land because the eruption is made by holes in the earth crust and to plates going into each other
mountains are made. from a fifth grader i look it up in my science book.