Brewer J H
Infection. 1980;8 Suppl 2:S219-20. doi: 10.1007/BF01639903.
After briefly reviewing the earlier methods used to monitor the microbial load of returned lunar material, the author reports the more accurate research on the ability of terrestrial organisms to grow under simulated Martian environments. The possible importance of anaerobic microbiology can readily be seen because of the low level of O2 found on Mars. The question of whether any of the experiments on board the Viking landers show any indication of life on Mars is discussed in detail.
在简要回顾了早期用于监测返回月球物质微生物负荷的方法后,作者报告了关于陆地生物在模拟火星环境下生长能力的更精确研究。由于在火星上发现的氧气水平较低,厌氧微生物学的潜在重要性显而易见。文中详细讨论了海盗号着陆器上的任何实验是否显示出火星上存在生命迹象的问题。