Within just a few million years, the continental plates begin to bend and squish toward each other. Around 200 million years ago, we see the emergence of Pangaea, the supercontinent associated with ...

Earth’s earliest crust may have looked a lot more like the continents we know today than scientists once believed. A recent study shakes up old ideas about how Earth's surface evolved, showing that ...

Dive into the world beneath your feet and discover what tectonic plates are, how they move, and why they're responsible for ...

Buildings swayed, sirens blared and panicked Colombians raced onto the streets Sunday after a shallow 6.3 magnitude ...

A major 6.3-magnitude earthquake lasting several seconds shook the Colombian capital of Bogota early Sunday, according to AFP ...

It appears that the lithosphere, which is the rocks on the outside of the world, has a pretty significant role to play in why the tectonic plates are moving the way they are.” These are the words used ...

The hulking rock, called Maka Lahi, is the size of a two-story house and sits on a 120-foot-tall cliff, covered in vegetation ...

Plate tectonics involves the movements of 15 major and 40 minor lithospheric plates. Note that the Indo-Australian Plate is currently separating into two, which explains why the Indian and ...

Plate tectonics give rise to Earth's mountain ranges, earthquakes and the long-term movement of continents, and may even have provided the right conditions for life on Earth. But as far as we know ...

"Plate tectonics is a specific type of mobile lid regime, that is a mantle dynamics regime where the lid (lithosphere) takes part in the convection cell. As such, it is characterized by high ...

Tectonic plates are made up of Earth’s crust and the rigid top layer of the mantle, known as the lithospheric mantle. The planet has around a dozen large and irregularly shaped tectonic plates ...