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Mars' Acidalia Planitia: Promising Site for Subsurface Microbial Life
Research indicates the Acidalia Planitia on Mars possesses sufficient water, warmth from radioactive decay, and energy to support methanogenic bacteria, potentially resolving the debate about Martian atmospheric methane; however, verification requires future deep-drilling missions.
Mars' Acidalia Planitia: Promising Site for Subsurface Microbial Life
Research indicates the Acidalia Planitia on Mars possesses sufficient water, warmth from radioactive decay, and energy to support methanogenic bacteria, potentially resolving the debate about Martian atmospheric methane; however, verification requires future deep-drilling missions.
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32% Bias Score
Life on Land