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Department of Earth and Planetary Sciences

College of Arts and Sciences, has been elected to the National Academy of Sciences. McSween is one of 120 members from around the world newly named to the academy, which recognizes distinguished and continuing achievements in original research. Continue reading

passed away in September 2017 at age 79.

According to Broadley, “Taylor was instrumental in supplying samples of mantle xenoliths, rock sections of the lithosphere (a section of the planet located between the crust and the mantle) that get captured by the passing magma and erupted to the surface during the volcanic explosion. Taylor also provided advice throughout the study.”

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Graphic illustrating the moon's layers of crust and the magma moon from which the moon as we know it was formed. Source: The University of Texas at Austin/Jackson School of Geosciences

The Earth’s Moon had a rough start in life. Formed from a chunk of the Earth that was lopped off during a planetary collision, it spent its early years covered by a roiling global ocean of molten magma before cooling and forming the serene surface we know today.

research team, led by Nick Dygert, assistant professor in the UT Department of Earth and Planetary Sciences, took to the lab to recreate the magmatic melt that once formed the lunar surface and uncovered new insights on how the modern moonscape came to be. Their study shows that the Moon’s crust initially formed from rock floating to the surface of the magma ocean and cooling. However, the team also found that one of the great mysteries of the lunar body’s formation – how it could develop a crust composed of just one mineral – cannot be explained by the initial crust formation and must have been the result of some secondary event.

The results were published on Nov. 21 in the journal Geophysical Research Letters.

Read more at tntoday.utk.edu.