From the formation of continents to the creation of mountain ranges, it took Earth a long time to get where it is today. Leave it to SciShow to explain four billion years’ worth of history in less ...

March 23, 1769 marks the birthday of pioneering stratigrapher William Smith, who is also credited with creating the first useful geological map, however like many other great accomplishments also ...

Researchers have made a new discovery that changes our understanding of Earth's early geological history, challenging beliefs about how our continents formed and when plate tectonics began. A study ...

Inside of Orton Hall, located on the south end of the Oval, lies a museum that offers visitors a picture of thousands of years of natural history. The Orton Hall Geological Museum, which houses ...

This schematic of the Earth's crust and mantle shows the results of a new study that found that iron's heavier forms (isotopes) would have concentrated near the bottom of the mantle as it crystallized ...

A project to map the impact sequence on the asteroid Vesta is helping scientists compare its history to other solar system objects. A team of 14 scientists led by David Williams of Arizona State ...

The breakup of the supercontinent and formation of the current Afro-Eurasia landmass were caused by movement of Earth's tectonic plates. The position of these tectonic plates is preserved in magnetic ...

This is a preview. Log in through your library . Abstract The history of the geological sciences has gone through substantive changes in perception, methodology, and changing methods of scientific ...

This story was first published in KCUR's Creative Adventure newsletter. You can sign up to receive stories like this in your inbox every Tuesday. To understand local lithology is to understand Kansas ...

Helicopters will be flying low over northern Colorado during the next several months to conduct geological imaging, according to a news release from the U.S. Geological Survey. Beginning in August, ...

This schematic of the Earth's crust and mantle shows the results of a new study that found that iron's heavier forms (isotopes) would have concentrated near the bottom of the mantle as it crystallized ...