While the eruptions of the volcanoes along the Mid-Atlantic Ridge usually don't trouble us, their birth was once responsible for ripping a supercontinent apart and creating the Atlantic Ocean that we know today.

Squeaks and Jessi have been having fun learning all about Australia. Squeaks wants to know more about marsupials, the special group of animals that lives almost nowhere else. So Jessi introduces him to a...

Lizards are incredibly widespread and diverse but it took them a long time to get to where they are now. Because they used to face some pretty stiff competition from a group of lizard look-alikes.

New research suggests climate change in the past might have helped dinosaurs spread across the world. And modern climate change is revealing some of the things they left behind.

Did you know that in about 200 million years, Earth is due for another supercontinent? What exactly that supercontinent will look like, though, depends on a lot of geological factors, and is harder to guess at than you might think!...

In about 200 million years, Earth is due for another supercontinent. What exactly that supercontinent will look like, though, depends on a lot of geological factors, and is harder to guess at than you might think! Today, SciShow walks...

Today we're going to tell the story of a quiet revolution in the 1960s that shifted our entire understanding of how the Earth works. We currently believe that the Earth's broken outer shell rises from the mantle and folds back in - kind...

North America didn't always have its familiar shape, nor its famed mountains, canyons, and plains: all of that was once contained in an unrecognizable mass, buried deep in Rodinia, a huge supercontinent that lay on the face of the Earth....

This video examines life on Earth during the Precambrian and Paleozoic era.

2 minute video giving a brief overview of plate tectonics, for middle school science

The supercontinent that included all of Earth's land surface about 200-300 million years ago.
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A Twig Science
Glossary Film.
Key scientific terms defined in just 60 seconds using stunning images and concise...

Explore the theory of Continental Drift: have the continents always been in the same place? And are they stationary now? Earth Science - Geology - Learning Points. 250 million years ago, most of the world's land mass was joined together....

Discover how Earth formed over 4.6 billion years ago, from a cloud of dust and gas to a planet with continents. Learn about the process of continental drift and how it shaped the seven continents we know today.



The 7...

Fossil Locations discusses the importance of fossils and what they can tell people about their discovery locations by introducing several examples of fossils and discussing their surroundings.

“Plate Tectonics” will look at the movement of tectonic plates, and how they have shaped our world.

“Exploring Continental Drift” introduces the concept of continental drift by exploring how it works and how it came to shape Earth’s seven continents.

The video discusses the presence of warm water fossilized animals in rocks found in cold Vermont and how this change occurred over time. The video also mentions the theory of the supercontinent Pangea and how the continents have drifted...

With HD footage from all over the world, this program shows students all the various types of landforms found on our planet. Animation segments demonstrate how land formations are created by movement of the earth's plates, volcanoes,...

This video is about the theory of continental drift, which suggests that the present-day continents were once joined together in a supercontinent called Pangea. The video also discusses the challenges faced by the scientist Alfred Vagner...

The video discusses the theory of continental drift proposed by Alfred Vagner in 1912. The video explores the evidence that Vagner compiled to support his theory, including the geographic fit of the continents, fossil evidence, and rock...

CLEAN : Pangaea: New Art from Africa and Latin America