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SITES OF MARS HABITABLE BY MICROBES

机译:可被微生物污染的火星站点

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摘要

The Mars Pathfinder and Viking missions in the places of landing sites have measured the temperature of Mars's surface. Then, globally for the entire planet, the temperature was determined by the Thermal Emission Spectrometer instrument on board of the Global Mars Surveyor satellite and Thermal Emission Imaging System on board of Odyssey 2001 satellite. We compare the observed values with the temperature intervals in which the different types of estremophiles can thrive, presented by Pedersen at the GeoExtreme Workshop held in Tremiti Islands in May 2001. Considering the microbial communities found in the terrestrial permafrost, the most promising place on Mars for the development of life of bacteria and archaea is the permafrost in zones near the equators.
机译:火星探路者号和维京号任务在着陆点的位置测量了火星表面的温度。然后,在全球范围内,整个温度由全球火星测量卫星上的热发射光谱仪和奥德赛2001卫星上的热成像系统确定。我们将观察到的值与2001年5月在特雷米蒂群岛举行的GeoExtreme研讨会上Pedersen提出的不同类型的雌性嗜热菌能够壮成长的温度间隔进行了比较。对于细菌和古细菌生命的发展,是赤道附近区域的永久冻土。

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