系外地球科学及其在表征系外行星可居住性和生命可探测性中的作用

C. Unterborn, P. Byrne, A. Anbar, G. Arney, D. Brain, S. Desch, B. Foley, M. Gilmore, H. Hartnett, W. Henning, M. Hirschmann, N. Izenberg, S. Kane, E. Kite, L. Kreidberg, Kanani K. M. Lee, T. Lyons, S. Olson, W. R. Panero, N. Planavsky, C. Reinhard, J. Renaud, L. Schaefer, E. Schwieterman, L. Sohl, E. Tasker, M. Way
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引用次数: 1

摘要

寻找系外行星生命必须包含系外行星大气中反映的复杂地质过程,否则我们就有可能报告假阳性和假阴性的检测结果。为此,我们必须培育新兴的“外地球科学”学科,使天文学家、天体物理学家、地球科学家、海洋学家、大气化学家和生物学家充分融合。增加跨学科研究项目的资金,支持现有和未来的多学科研究节点,以及开发研究孵化器,是将真正的地球科学从愿望变为现实的关键。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Exogeoscience and Its Role in Characterizing Exoplanet Habitability and the Detectability of Life
The search for exoplanetary life must encompass the complex geological processes reflected in an exoplanet's atmosphere, or we risk reporting false positive and false negative detections. To do this, we must nurture the nascent discipline of "exogeoscience" to fully integrate astronomers, astrophysicists, geoscientists, oceanographers, atmospheric chemists and biologists. Increased funding for interdisciplinary research programs, supporting existing and future multidisciplinary research nodes, and developing research incubators is key to transforming true exogeoscience from an aspiration to a reality.
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