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The search for habitable planets with biosignature gases framed by a 'Biosignature Drake Equation'

机译:搜索具有“生物环化德雷克方程”构成生物环化气体的可居住行星

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摘要

The discovery of thousands of exoplanets in the last two decades has uncovered a wide diversity of planets that are very different from those in our own Solar System. Ideas for how to detect signs of life in the variety of planetary possibilities, by way of biosignature gases, are expanding, although they largely remain grounded in study of familiar gases produced by life on Earth and how they appear in Earth's spectrum as viewed as an exoplanet. What are the chances we will be able to observe and identify biosignature gases on exoplanets in the coming two decades? I review the status of the search for habitable planets and biosignature gases framed by a 'Biosignature Drake Equation'.
机译:在过去二十年中发现成千上万的外产上午发现了广泛的行星,与我们自己的太阳系中的行星截然不同。 通过生物环化气体,如何检测各种行星可能性迹象的想法正在扩大,但它们在很大程度上仍然保持在地球上生命中熟悉的熟悉气体以及它们在地球谱中所显示的熟悉气体的基础 Exoplanet。 我们在未来二十年内观察和识别生物环化气体的机会是什么? 我审查了“生物环化德雷克方程”框架的可居住行星和生物关键气体的状态。

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