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影响太空探索的生命科学问题。

Life sciences issues affecting space exploration.

作者信息

White R J, Leonard J I, Leveton L, Gaiser K, Teeter R

机构信息

Lockheed Engineering & Sciences Co., Washington, DC 20024, USA.

出版信息

Microgravity Sci Technol. 1990 Dec;3(3):173-9.

Abstract

The U.S. space program is undertaking a serious examination of new initiatives in human space exploration involving permanent colonies on the Moon and an outpost on Mars. Life scientists have major responsibilities to the crew, to assure their health, productivity, and safety throughout the mission and the postflight rehabilitation period; to the mission, to provide a productive working environment; and to the scientific community, to advance knowledge and understanding of human adaptation to the space environment. Critical areas essential to the support of human exploration include protection from the radiation hazards of the space environment, reduced gravity countermeasures, artificial gravity, medical care, life support systems, and behavior, performance, and human factors in an extraterrestrial environment. Developing solutions to these concerns is at the heart of the NASA Life Sciences ground-based and flight research programs. Facilities analogous to planetary outposts are being considered in Antarctica and other remote settings. Closed ecological life support systems will be tested on Earth and Space Station. For short-duration simulations and tests, the Space Shuttle and Spacelab will be used. Space Station Freedom will provide the essential scientific and technological research in areas that require long exposures to reduced gravity conditions. In preparation for Mars missions, research on the Moon will be vital. As the challenges of sustaining humans on space are resolved, advances in fundamental science, medicine and technology will follow.

摘要

美国太空计划正在认真审视人类太空探索方面的新举措,这些举措涉及在月球建立永久殖民地以及在火星设立前哨基地。生命科学家对宇航员负有重大责任,要在整个任务期间以及飞行后康复期确保他们的健康、工作效率和安全;对任务本身,要提供一个高效的工作环境;对科学界,要增进对人类适应太空环境的认识和理解。支持人类探索的关键领域包括防范太空环境的辐射危害、减轻重力的对策、人工重力、医疗护理、生命支持系统以及外星环境中的行为、表现和人为因素。解决这些问题是美国国家航空航天局(NASA)生命科学地面和飞行研究项目的核心。在南极洲和其他偏远地区正在考虑建设类似于行星前哨基地的设施。封闭生态生命支持系统将在地球和空间站进行测试。对于短期模拟和测试,将使用航天飞机和太空实验室。自由号空间站将在需要长期暴露于微重力环境的领域提供至关重要的科学技术研究。为火星任务做准备,月球研究将至关重要。随着在太空维持人类生存的挑战得到解决,基础科学、医学和技术将会取得进展。

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