A NASA-led study found some Earth microbes may survive on the moon's surface.
Research highlights 'survivable niches' near the lunar South Pole.
Fungi like Aspergillus niger were identified as potentially resilient organisms.
Survival periods could range from several weeks to many months.
Scientists used modeling simulations based on Lunar Reconnaissance Orbiter data.
Researchers focused on environments such as permanently shadowed craters.
Shielded locations provide protection from harsh lunar radiation and temperature extremes.
The findings raise concerns about contamination from upcoming human missions.
Unavoidable contamination could skew future analysis of lunar chemical makeup.
Maintaining the integrity of organic molecule research is a primary concern for scientists.
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All sources report that a NASA-led study has identified the potential for specific Earth microbes to survive in certain locations on the moon. Reporting agrees that this survival is possible due to 'survivable niches' near the lunar South Pole.
The exact duration of survival for different microbial species remains a subject for further investigation. Future lunar missions may provide direct evidence to confirm these modeling simulations.
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A NASA-led study indicates that certain Earth microbes, such as the fungus Aspergillus niger, could survive for weeks or even months in specific niches on the moon. Researchers identified these potential habitats, including permanently shadowed craters near the lunar South Pole, using modeling simulations and Lunar Reconnaissance Orbiter data. The findings suggest that these organisms might persist in areas protected from extreme conditions. There is a specific concern that human missions will inevitably introduce microbes that could interfere with the scientific study of the moon's organic molecules. Scientists emphasize the importance of understanding this contamination to avoid skewing data on the moon's chemical composition.
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The Jerusalem Post reports on a NASA-led study indicating that certain Earth microbes, particularly fungi like Aspergillus niger, could survive for weeks or months in 'survivable niches' near the lunar South Pole. Researchers utilized modeling simulations based on Lunar Reconnaissance Orbiter data to identify environments, such as permanently shadowed craters, where these organisms might persist. The study authors express concern that unavoidable contamination from human missions could potentially skew scientific analysis of the moon's chemical makeup and organic molecules.