Astrobiology: exploring the origins, evolution, and distribution of life in the Universe.

D. D. Marais, Malcolm R. Walter
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引用次数: 97

Abstract

The search for the origins of life and its presence beyond Earth is strengthened by new technology and by evidence that life tolerates extreme conditions and that planets are widespread. Astrobiologists learn how planets develop and maintain habitable conditions. They combine biological and information sciences to decipher the origins of life. They examine how biota, particularly microorganisms, evolve, at scales from the molecular to the biosphere level, including interactions with long-term planetary changes. Astrobiologists learn how to recognize the morphological, chemical, and spectroscopic signatures of life in order to explore both extraterrestrial samples and electromagnetic spectra reflected from extrasolar planets.
天体生物学:探索宇宙中生命的起源、演化和分布。
新技术和证据表明生命可以忍受极端条件以及行星的广泛存在,加强了对生命起源及其在地球以外存在的探索。天体生物学家研究行星是如何发展和维持可居住条件的。他们结合了生物学和信息科学来破译生命的起源。他们研究生物群,特别是微生物,是如何进化的,从分子水平到生物圈水平,包括与长期行星变化的相互作用。天体生物学家学习如何识别生命的形态、化学和光谱特征,以便探索地外样本和从太阳系外行星反射的电磁光谱。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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