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    It seems like anywhere you look on Earth, microorganisms are there – even kilometers beneath the Earth’s surface where sunlight never reaches. Scientists are just beginning to understand Earth’s deep subsurface biosphere, but a new study might help determine just how far down microbes can
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    The European Space Agency has selected a new space-based mission to detect extrasolar planets. Planetary Transits and Oscillations of stars (PLATO) is planned for launch by 2024.
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    A new study on the effect of frequent impacts on the crust of the early Earth could help determine whether or not evidence of these violent events can still be found in the planet's geological record.
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  • News_Image_1453
    Researchers have compared the effects of human activities with historic periods of climate change using data collected from wetlands along the lower Hudson River. Over the past millennium, humankind has had the greatest impact on ecosystem change at the study sites.
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    At 7pm EST today, gURLs in Space is hosting a Google+ Hangout with HI-SEAS Researcher, Dr. Yajaira Sierra-Sastre.
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    NASA has extended the Lunar Atmosphere and Dust Environment Explorer (LADEE) mission for an additional 28 days. LADEE will now make the closest orbit of the lunar surface yet, gathering valuable data from low altitudes in the Moon's thin atmosphere.
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    Astrobiologists are developing ‘intelligent’ instruments that could help future robotic explorers make their own decisions about where and how to collect data. Although focused on Mars exploration for the time being, the technology could benefit missions throughout the Solar System.
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    NASA’s twin Mars Exploration Rovers landed on Mars in January of 2004 to begin their 90-day primary mission on the red planet. Ten years later, the Opportunity rover is still returning data from the surface.
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  • News_Image_1294
    As 2013 draws to a close, Astrobiology Magazine highlights the year's top stories. At number 7, astrobiologists had revealed new information about the structure of RNA molecules found in the ribosome of cells. (Originally published on 10/07/13)
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  • News_Image_1376
    A recent set of publications highlight findings from NASA’s Curiosity rover during its first four months on Mars. The studies provide new insight into the origin of water trapped in Mars soil, and the history of the martian environment at Curiosity’s landing site in Gale
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    Scientists have performed a detailed analysis of the biochemistry that allows microbes to survive in extreme cold on the ocean floor around methane seeps.
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    Scientists have discovered a new, previously unidentified microbe living in spacecraft assembly clean rooms in Florida and South America.
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  • News_Image_1294
    Astrobiologists have revealed new information about the structure of RNA molecules found in the ribosome of cells. The study indicates that long-accepted models of ribosomal RNA, which are used to study how ribosomes function, require some major updating.
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    The Astrobiology Program has completed the first phase of development for the next Astrobiology Roadmap. Over 500 participants joined in webinars and discussions that will shape the future of astrobiology research at NASA. Today, experts will gather for a workshop to discuss the results of
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  • News_Image_1159
    The NASA Astrobiology Program is now outlining the new 2013 Astrobiology Roadmap, which charts future directions for astrobiology research and technology development at the organization. The process has begun with a series of webinars and online discussions, and a call is out to the astrobiology
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