Extreme Life

  • Why Microbes Matter
    Research on Mars can lead to advances in biotechnology and medicine, bring us closer to understanding our origins.
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  • Eating Kerogen
    A team of researchers discovered that microorganisms in Kentucky's New Albany Shale are eating kerogen.
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  • Cafe Methane
    In recent years, researchers discovered life also thrives in other, much colder, lightless deep-sea ecosystems besides hydrothermal vents.
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  • Life without Volcanic Heat
    An 18-story undersea vent off the Atlantic, near what has been called the 'Lost City', has recently revealed itself as ripe with exotic microbial life.
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  • Living on Fools Gold
    Reseachers study chemolithotrophic bacteria that survive by getting its energy by oxidizing pyrite, also known as "fool's gold".
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  • Bugs From Hell
    Geochemists and microbiologists are delving into the details of extreme biochemistry deep within the Earth, where chemical and metabolic processes go at glacial pace, and life appears to be completely disconnected from the photosynthesis-based biological cycles that dominate surface life.
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  • Life without Volcanic Heat
    An 18-story undersea vent off the Atlantic, near what has been called the 'Lost City', has recently revealed itself as ripe with exotic microbial life.
    more...
  • Test-tube RNA
    Research done by scientists at the Whitehead Institute for Biomedical Research offers insights into evolutionary origins of life.
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  • Café Methane
    In recent years, researchers discovered life also thrives in other, much colder, lightless deep-sea ecosystems besides hydrothermal vents.
    more...
  • Eating Kerogen
    A team of researchers discovered that microorganisms in Kentucky's New Albany Shale are eating kerogen.
    more...
  • Why Microbes Matter
    Research of possible microbial life on Mars can lead to advances in biotechnology and medicine.
    more...
  • The Invasion of the Deep-sea Microbes
    The microscopic life around hydrothermal vents may have an ancient heritage -- genetic comparisons suggest that modern vent microbes are close kin to the earliest forms of life on Earth.
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  • Glass Munchers under the Sea
    A team of researchers recently announced that they have found the deepest-living microbes on the planet that eats into rock at the bottom of the sea floor
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  • The Three Domains of Life
    When scientists first started to classify life, everything was designated as either an animal or a plant. But as new forms of life were discovered, the original classification was not sufficient enough to organize the diversity and complexity of life.
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  • Life Down Under
    Recent work by Christopher Chyba (SETI Institute) and Kevin Hand (Stanford University) suggests that there may be ways to nourish biology in watery environments where the Sun's rays don't penetrate.
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