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Growth of Himalayas slowing down, study finds

The collision between Eurasia and the Indian subcontinent, which created the world's highest mountain range, is slowing down, a new study has found. 

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Kunlun Mountains at the northern edge of the Tibetan Plateau. These mountains formed soon after India collided with Asia 50 million years ago, despite the point of collision being much farther to the south at this time.

Marin Clark

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As Earth's tectonic plates move across the planet's surface, the continents that sit atop them are carried along, sometimes smashing together for many millions of years at a time. As the continents mash against each other, their collision gradually slows.

New research suggests that this slowing may be the work of forces not within Earth's  crust, as is generally thought, but deep underneath it.

Understanding the forces controlling the shifting tectonic plates can help shed light on the factors that drive earthquakes and volcanoes, as well as the origins and demise of mountains, oceanic trenches and continents.

Researcher Marin Clarkfocused on India's ongoing collision with Eurasia to gain more insight into these forces.

"The India/Eurasia collision is enormous — it's created the largest landform made in the last 500 million years or so: the Himalaya and the Tibetan Plateau together," said Clark, a geophysicist and geomorphologist at the University of Michigan, Ann Arbor. "The landform's so big, it affects the atmosphere."

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