NASA scientist Prabal Saxena believes that microbial life could potentially exist on the moon, despite its desolate appearance. He suggests that there may be habitable niches in protected areas on airless bodies like the moon. Saxena has been studying the possibility of alien life outside our solar system, but he has recently focused on the lunar south pole.
The lunar south pole has gained attention because it is the intended landing site for NASA's Artemis III mission in 2025. It has been identified as having 13 potential landing sites, and it contains craters with ice that could be mined for rocket fuel. Some regions within these craters are in permanent darkness and shielded from the sun's radiation, making them potential safe havens for extreme microbes.
Research has shown that certain microorganisms, such as Deinococcus radiodurans and tardigrades, can survive in extreme conditions. Saxena's team is currently investigating which organisms might be most suited for surviving in such regions on the moon.
Even if microbes do not currently exist on the moon, it is highly likely that they would be introduced by humans walking on its surface. If Saxena's team is correct, these microbes could not only survive but also potentially grow and thrive in the shadowed craters of the moon.
The lunar south pole has gained attention because it is the intended landing site for NASA's Artemis III mission in 2025. It has been identified as having 13 potential landing sites, and it contains craters with ice that could be mined for rocket fuel. Some regions within these craters are in permanent darkness and shielded from the sun's radiation, making them potential safe havens for extreme microbes.
Research has shown that certain microorganisms, such as Deinococcus radiodurans and tardigrades, can survive in extreme conditions. Saxena's team is currently investigating which organisms might be most suited for surviving in such regions on the moon.
Even if microbes do not currently exist on the moon, it is highly likely that they would be introduced by humans walking on its surface. If Saxena's team is correct, these microbes could not only survive but also potentially grow and thrive in the shadowed craters of the moon.
