NASA Finds Earth Microbes Could Survive on the Moon
Researchers found dormant microbes could survive briefly in lunar crater shade, raising contamination concerns for future missions, with Aspergillus niger proving the most resilient.
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10 Articles
Enough the footprint of a boot, or the rolling of a rover, to create on the Moon a habitable environment for microorganisms on Earth. That is the surprising conclusion of a new study recently published in ' Science Advances' and carried out by NASA researchers at Goddard Space Flight Center, including Prabal Saxena and Heather Graham. For decades we have assumed that our natural satellite, where extreme temperatures reign and always under the sc…
NASA finds Earth microbes could survive on the Moon
NASA scientists found that microbes brought by astronauts could survive in cold, shadowed niches around the Moon’s South Pole, potentially complicating future searches for pristine lunar chemistry. Some refuges may be no larger than a footprint, while one hardy fungus could even withstand limited exposure to sunlight.
How earthly microbes on the moon might survive in the shade
Microbes on the moon that hitch a ride on human astronauts could survive by using little nooks and crannies for protection from the harsh environment. The post How earthly microbes on the moon might survive in the shade first appeared on EarthSky.
Nasa maps Moon's south pole regions where Earth bacteria and fungi could survive for more than a day
Recent research highlights that Earth microbes, including select bacteria and fungi, may endure in the shaded pockets of the lunar south pole for several days. Among them, Aspergillus demonstrates remarkable resilience, surviving in some conditions for over a week. These findings pose significant implications for future lunar exploration, particularly for NASA's Artemis missions, as understanding these organisms is vital for scientific advanceme…
NASA scientists have found that individual terrestrial microorganisms that enter space during human expeditions are able to survive in sheltered and shaded areas near the South Pole of the Moon.
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