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Chemical fingerprints from volcanic rock offer hints of what’s happening in the mantle below the area where three rift zones ...
A spot in eastern Africa called the Afar Triangle marks the meeting point of three rift zones—lines where Earth’s crust is being rent apart. Researchers haven’t been sure exactly what drives this ...
Researchers mapped a pulsing mantle plume under Afar that channels molten rock upward, stretching Africa’s crust until it ...
This "virtual Earth" is the first computer model that "views" the crust and mantle as an interconnected, dynamic system, the researchers reported Oct. 30 in the journal Science Advances.
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Indy100 on MSNThe Earth’s crust is disappearing beneath our feet – and most people don’t even realise itThe Earth’s crust is disappearing right beneath our feet – and most people don’t even realise it. Now, if you’re a geologist, ...
In 1981, scientists discovered one of the thinnest portions of the Earth’s crust — a 1-mile (1.6 kilometers) thick, earthquake-prone spot under the Atlantic Ocean where the American and African ...
Geologists from the University of Hong Kong (HKU) have made a breakthrough in understanding how Earth's early continents ...
From early Earth history, the continental crust (the Earth's thick solid outer skin that we live on) has accumulated mass from the underlying hot mantle. Most of the newly formed crust, however ...
This "virtual Earth" is the first computer model that "views" the crust and mantle as an interconnected, dynamic system, the researchers reported Oct. 30 in the journal Science Advances.
Geoscientists have made an unprecedented achievement on their 60-year quest to know more about Earth's mysterious depths. Pieces of Earth’s rocky mantle were collected by a drilling vessel ...
This "virtual Earth" is the first computer model that "views" the crust and mantle as an interconnected, dynamic system, the researchers reported Oct. 30 in the journal Science Advances.
Voyage from Earth's crust to its mantle and back again Date: January 19, 2015 Source: ETH Zürich Summary: Uranium isotopes leave a distinct 'fingerprint' in the sources of volcanic rocks, making ...
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