Geology

  • Different at the Core
    Silicon isotopes from the Earth, meteorites and planetary material have shown that the Earth's core may have formed differently than that of Mars. Additionally, the data shows that atoms of silicon from the Earth and Moon were likely mixed in the early stages of their
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  • The Dreadful Hammers of Jules Verne
    In the nineteenth century, the new science of geology was greatly affected by technological innovations. From Astrobiology Magazine, European Edition is an essay about how Jules Verne used his novels, such as "Journey to the Centre of the Earth," to explore the latest geological
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  • Building a Habitable Earth
    To understand the origin of life we need to know about the conditions on the early Earth, but the rock record for the first 700 million years of Earth history is gone. From Astrobiology Magazine, European Edition is a story about techniques scientists are
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  • Life's Slimy Beginnings
    From Astrobiology Magazine, European Edition is a podcast interview with Frances Westall of the Centre de Biophysique Moléculaire in France. She discusses her search for traces of life in the Earth´s most ancient rocks, and explains how fossilized microbial mats provide information about life´s slimy
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  • Life’s Slimy Beginnings
    From Astrobiology Magazine, European Edition is a podcast interview with Frances Westall of the Centre de Biophysique Moléculaire in France. She discusses her search for traces of life in the Earth´s most ancient rocks, and explains how fossilized microbial mats provide information about life´s slimy
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  • Earth's Early Quakes
    The oldest preserved pieces of Earth's crust have provided evidence of active plate tectonics as early as 3.8 billion years ago. The rocks also yield information about the historical chemical composition of the oceans, providing a better understanding of how Earth's oceans may have affected
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  • Earth’s Early Quakes
    The oldest preserved pieces of Earth's crust have provided evidence of active plate tectonics as early as 3.8 billion years ago. The rocks also yield information about the historical chemical composition of the oceans, providing a better understanding of how Earth's oceans may have affected
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  • Reading History in Rocks
    Scientists are refining a technique to pin down the dates of events in the lives of rocks, including the collisions of continents or a rock's journey through the crust of the Earth.
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  • Water World
    Seismologists have created a new 3-D model that reveals the existence of an underground water reservoir deep in the Earth's mantle. The research could have implications in understanding our planet's global environment.
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  • Mountains of Play-Doh
    New research may help refine the accepted models used by earth scientists to describe the ways in which continents clash to form the Earth's landscape.
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