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C.E.B.A.S.微型模块:人工(人造)水生生态系统的测试结果。

C.E.B.A.S. MINI MODULE: test results of an artificial (man-made) aquatic ecosystem.

作者信息

Blum V, Kreuzberg K, Stretzke E

机构信息

Comparative Endocrinology Research Section, Ruhr-University Bochum, Germany.

出版信息

Adv Space Res. 1994 Nov;14(11):89-98. doi: 10.1016/0273-1177(94)90284-4.

DOI:10.1016/0273-1177(94)90284-4
PMID:11540223
Abstract

The original Closed Equilibrated Biological Aquatic System (C.E.B.A.S.) is a long-term multi-generation research facility for experiments with aquatic animals and plants in a space station the development of which is surrounded by a large international scientific program. In addition, a miniaturized laboratory prototype, the C.E.B.A.S. MINI MODULE, with a total volume of about 10-12 liters for a Spacelab middeck locker was developed and a first version was tested successfully for two weeks with a population of fishes (Xiphophorus helleri) in the animal tank and a Ceratophyllum spec. in the illuminated higher plant growth chamber. The water recycling system consisted of a bacteria filter and a mechanical filter and the silastic tubing gas exchanger was separated by valves for the utilization in emergency cases only. Data were collected with the acquisition module of the original C.E.B.A.S. process control system. In addition, an optimized version was tested for 7 weeks with fishes and plants and thereafter with fish and with plants only for 2 and 1 weeks, resp.. The paper presents the relevant water parameters (e.g., pH, pressure, temperature, oxygen saturation, flow rate, ion concentrations) during the test period as well as morphological and physiological data of the enclosed animals and plants. On the basis of the given results the possible role of the C.E.B.A.S. system as a scientific tool in artificial ecosystem research and for the development of a combined animal-plant intensive aquaculture system and its utilization in bioregenerative life support is discussed.

摘要

最初的封闭式平衡生物水生系统(C.E.B.A.S.)是一个用于在空间站对水生动植物进行实验的长期多代研究设施,其开发工作由一个大型国际科学项目围绕。此外,还开发了一个小型化实验室原型,即总容积约10 - 12升的C.E.B.A.S.迷你模块,可以安装在空间实验室的中层舱储物柜中。首个版本已成功测试两周,动物饲养槽中有一群鱼类(黑剑尾鱼),光照充足的高等植物生长室内有一种金鱼藻。水循环系统由一个细菌过滤器和一个机械过滤器组成,硅橡胶管气体交换器由阀门隔开仅供紧急情况下使用。数据通过原始C.E.B.A.S.过程控制系统的采集模块收集。此外,一个优化版本对鱼类和植物进行了7周的测试,之后分别对鱼类和植物进行了2周和1周的测试。本文介绍了测试期间的相关水参数(如pH值、压力、温度、氧饱和度、流速、离子浓度)以及封闭动植物的形态和生理数据。基于给出的结果,讨论了C.E.B.A.S.系统作为人工生态系统研究的科学工具以及在动植物综合集约水产养殖系统开发中的可能作用,以及其在生物再生生命支持中的应用。

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