Improving the chance of finding fossil microbes on Mars
Sarah Chamberlain, Jeremy Bailey
Abstract
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Sarah Chamberlain, Jeremy Bailey
Abstract
Open-access reader
All life on Earth requires the presence of liquid water. Evidence that Mars once had liquid water for extended periods of time is growing and is keeping alive the possibility that life may once have started on Mars. We are using infrared spectroscopy of Mars to search for minerals indicative of the past presence of liquid water. If we can locate regions containing such minerals, these would be promising locations to search for fossil microbes.
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All life on Earth requires the presence of liquid water. Evidence that Mars once had liquid water for extended periods of time is growing and is keeping alive the possibility that life may once have started on Mars. We are using infrared spectroscopy of Mars to search for minerals indicative of the past presence of liquid water. If we can locate regions containing such minerals, these would be promising locations to search for fossil microbes.
Key concepts: Mars Exploration Program, Life on Mars, Astrobiology, Liquid water, Exploration of Mars, Environmental science, Earth science, Geology