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封闭平衡生物水生系统:人工水生生态系统的12个月测试

The closed equilibrated biological aquatic system: a 12 months test of an artificial aquatic ecosystem.

作者信息

Blum V, Andriske M, Ludwig C h, Paassen U, Voeste D

机构信息

Ruhr-Universitat Bochum, Lehrstuhl fur Tierphysiologie, Germany.

出版信息

Adv Space Res. 1999;24(3):367-76. doi: 10.1016/s0273-1177(99)00487-1.

Abstract

The Closed Equilibrated Biological Aquatic System" (C.E.B.A.S.) is finally disposed for long-term multi-generation experiments with aquatic organisms in a space station. Therefore a minimum operation time of three months is required. It is verified in three versions of laboratory prototypes. The third one passed successfully a 12 months mid-term test in 1995/96 thus demonstrating its high biological stability. The third version of the C.E.B.A.S. consists of a 100 l animal tank, two plant cultivators with a volume of 15 l each with independent illuminations, a 3.0 l semibiological "mechanical" filter, a 3.0 l bacteria filter, a heating/cooling device and a dummy filter unit. The live-bearing teleost Xiphophorus helleri is the vertebrate and the pulmonate water snail Biomphalana glabrata the invertebrate experimental animal in the system. The rootless higher water plant Ceratophyllum demersum is the producer organism. Ammonia oxidizing bacteria and other microorganisms settle in the filters. A sample data acquisition is combined with temperature and plant illumination control. Besides of the space aspects the C.E.B.A.S. proved to be an extremely suitable tool to investigate the organism and subcomponent interactions in a well defined terrestrial aquatic closed ecosystem by providing physical, chemical and biological data which allow an approach to a comprehensive system analysis. Moreover the C.E.B.A.S. is the base for the development of innovative combined animal-plant aquaculture systems for human nutrition on earth which could be implemented into bioregenerative life support systems with a higher degree of complexity suitable for lunar or planetary bases.

摘要

“封闭平衡生物水生系统”(C.E.B.A.S.)最终准备好在空间站中用于对水生生物进行长期多代实验。因此,需要至少三个月的最短运行时间。它在三个版本的实验室原型中得到了验证。第三个版本在1995/96年成功通过了为期12个月的中期测试,从而证明了其高度的生物稳定性。C.E.B.A.S.的第三个版本由一个100升的动物饲养槽、两个各15升且带有独立照明的植物栽培器、一个3.0升的半生物“机械”过滤器、一个3.0升的细菌过滤器、一个加热/冷却装置和一个虚拟过滤器单元组成。卵胎生硬骨鱼黑剑尾鱼是该系统中的脊椎动物实验对象,而肺螺类淡水蜗牛光滑双脐螺则是无脊椎动物实验对象。无根高等水生植物金鱼藻是生产者生物。氨氧化细菌和其他微生物栖息在过滤器中。样本数据采集与温度和植物照明控制相结合。除了空间方面,C.E.B.A.S.被证明是一个极其合适的工具,通过提供物理、化学和生物学数据来研究一个定义明确的陆地水生封闭生态系统中的生物与子组件之间的相互作用,这些数据有助于进行全面的系统分析。此外,C.E.B.A.S.是地球上用于人类营养的创新型动植物联合养殖系统发展的基础,这种系统可以应用于具有更高复杂性的生物再生生命支持系统,适用于月球或行星基地。

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