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Iron-depleted, oxidized chemistry of Earth's continental crust not from crystallization of mineral garnet: Study

A new research attempted to determine the understanding of Earths crust by testing and ultimately eliminating one popular hypothesis about why continental crust is lower in iron and more oxidized compared to oceanic crust
Cornell University United States Megan Holycross Elizabeth Cottrell Pressure Laboratory Lyda Hill Foundation

Iron-depleted, oxidized chemistry of Earths continental crust not from crystallization of mineral garnet: Study

Washington, May 8: A new research attempted to determine the understanding of Earths crust by testing and ultimately eliminating one popular hypothesis about why continental crust is lower in iron and more oxidized compared to oceanic crust. The iron-poor composition of continental crust is a major reason why vast portions of the Earths surface stand above sea level as dry land, making terrestrial life possible today.
Department Of Energy District Of Columbia United States Cornell University Megan Holycross Elizabeth Cottrell

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Study presents new clues about the rise of ea

New research from the Smithsonian’s National Museum of Natural History and Cornell University deepens the understanding of Earth’s crust by testing and ultimately eliminating one popular hypothesis about why continental crust is lower in iron and more oxidized compared to oceanic crust. The iron-poor composition of continental crust is a major reason why vast portions of the Earth’s surface stand above sea level as dry land, making terrestrial life possible today. The study, published in S...
United States Cornell University Elizabeth Cottrell Megan Holycross Pressure Laboratory Smithsonian National Rock Collection

Earth's oldest minerals date onset of plate tectonics to 3.6 billion years ago

 E-Mail IMAGE: Zircons studied by the research team, photographed using cathodoluminescence, a technique that allowed the team to visualize the interiors of the crystals using a specialized scanning electron microscope. Dark circles... view more  Credit: Michael Ackerson, Smithsonian. Scientists led by Michael Ackerson, a research geologist at the Smithsonians National Museum of Natural History, provide new evidence that modern plate tectonics, a defining feature of Earth and its uniq...
Michael Ackerson National Aeronautics Space Administration Smithsonian National Museum Of Natural History National Museum Natural History

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