美国航天局的研究表明,由于阳光渗透和光合作用,火星冰层下的潜在微生物生命存在。 NASA study suggests potential microbial life beneath Mars' ice due to sunlight penetration and photosynthesis.
美国航天局最近的一项研究表明,微生物生命可能存在于火星冰层之下。 A recent NASA study suggests that microbial life may exist beneath the ice on Mars. 研究人员发现,阳光可以穿透冰层,为浅水融化池中的光合作用创造条件,保护生命免受有害辐射。 Researchers found that sunlight can penetrate the ice, creating conditions for photosynthesis in shallow meltwater pools, which could protect life from harmful radiation. 该研究虽然没有确认现有生命,但确定了今后可能勘探的地点,强调必须调查这些“辐射可居住区”,以发现外星生命的迹象。 While the study does not confirm existing life, it identifies potential locations for future exploration, emphasizing the importance of investigating these "radiative habitable zones" for signs of extraterrestrial life.