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Instructional Video8:33
Physics Girl

The Unusual Formation of the Hawaiian Islands

For Students 9th - Higher Ed Standards
How are the Hawaiian Islands different from other island chains? Discover the surprising geologic history of Hawaii with a video from a cool physics playlist. The narrator takes a hike with some geologists and discusses mantle plume...
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Instructional Video4:52
TED-Ed

Why is Mount Everest so Tall?

For Students 2nd - 8th Standards
Many years ago, when the Indian plate collided into the Eurasian plate, the highest mountain on Earth was formed. But what gives Mount Everest its shape? Watch an informative video to learn what factors make the prominent peak so tall.
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Instructional Video14:33
Crash Course

The Sun and The Earth: Crash Course Big History #3

For Students 9th - Higher Ed Standards
Amaze your class with the fact that more than 1,000 confirmed planets exist. The video explains the formation and development of planets, especially the earth. It covers the solar nebula, birth of the sun, and the development of the...
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Instructional Video5:54
Curated OER

Mid Ocean Ridges, Volcanoes, and the Arctic

For Teachers 6th - 12th
Journey underwater for a better look at the tectonic plates and the volcanoes they create. Although this video is slightly dry, it is packed with valuable information and easy-to-understand visual images. Consider using a portion to...
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Instructional Video4:57
TED-Ed

What Happens When Continents Collide?

For Teachers 7th - 12th
Ever heard of the Great American Biotic Interchange? The joining of North and South America caused one of the greatest biological migrations in Earth's history. Watch the continents collide and learn about the global consequences.
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Instructional Video11:50
Khan Academy

Compositional and Mechanical Layers of the Earth

For Students 8th
Sal details the chemical and mechanical makeup of the crust, mantle, and core layers of the earth. A strong addition to your geology or earth science lecture.
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Instructional Video4:29
Be Smart

How Does A Canyon Become Grand?

For Students 6th - 12th
Ah, the Grand Canyon ... ain't it grand? The narrator of a video from PBS Digital Studios explains, in detail, how the Grand Canyon was formed over millions of years.
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Instructional Video5:09
Fuse School

The Rock Cycle

For Students 9th - 12th
Aren't all rocks the same? High school earth scientists can say "definitely not!" after viewing the second in a series of seven videos. Beginning with an easy analysis and comparison of sandstone and granite, class members follow the...
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Instructional Video1:00
Howard Hughes Medical Institute

Continental Movement Over the Past 200 Million Years

For Students 6th - 12th Standards
Go for a ride on the continental drift. A video animation shows the movement of land over a period of 200 million years. The lesson instructor explains the shift during the animation and gives pupils a unique viewing perspective to...
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Instructional Video6:04
PBS

Making North America | The Cascadia Subduction Zone

For Students 6th - 8th Standards
Scientists discovered a rain forest covered in sand and saltwater residue. This led to a collection of core samples and a rather intense prediction for the future of the American Pacific Northwest. Part of a larger series on the story of...
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Instructional Video4:53
TED-Ed

Why Are Earthquakes so Hard to Predict?

For Students 6th - 12th Standards
Cell phones to crowdsource vibrations to warn of incoming earthquakes? Detectors to register high levels of radon-thoron isotopes? After detailing the factors that make earthquakes so difficult to predict, the narrator of a fascinating...
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Instructional Video9:33
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Curated OER

Structure of the Earth

For Students 8th
Salman Khan goes into detail about the layers of the Earth. He provides names and general numbers about depths and composition.
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Instructional Video0:44
Howard Hughes Medical Institute

Holmes' Model of Convection

For Students 6th - 12th Standards
Convection currents do more than just bake a cake. A quick lesson demonstrates the convection currents of the earth and how they contribute to continental drift. An animation illustrates the movement of the currents and demonstrates how...

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