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Aquaponics: An Option for In-situ Production of Mission Consumables

机译:鱼菜共生:特派团消耗品的现场生产的选择

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摘要

In-situ production of food for manned deep space missions is a challenge which aquaponia can meet. Aquaponia is the science of growing plants in water, recirculated from an aquatic habitat. Aquaponic systems are efficient and generate almost no waste. Most aquaponic systems are closed-looped, meaning that the water is continuously recycled to and from the aquatic habitat and growing beds. Aquaponic systems yield two consumables, at higher quantity and better quality than the traditional systems, and are found in unique spaces worldwide. Since the 1980s, M. R. McMurty, D.C. Sanders, and others have been publishing results about aquaponic designs and management guidelines. This paper reviews the science of aquaponia and concludes with an outline of continued research objectives for the use of aquaponics in space for the production of mission consumables.
机译:载人深空飞行任务的原地生产食品是磷铵可以应付的挑战。 Aquaponia是一门在水中生长植物的科学,可以从水生生境中循环出来。 Aquaponic系统高效且几乎不产生废物。大多数水生生物系统都是闭环的,这意味着水会不断地往返于水生生境和生长床。与传统系统相比,水培系统可产生两种消耗品,其数量和质量更高,并且在全球范围内都有独特的用途。自1980年代以来,M。R. McMurty,DC D.C. Sanders等人一直在发表有关水培设计和管理指南的结果。本文回顾了水族箱科学,并总结了继续在太空中使用水族箱生产任务性消耗品的研究目标。

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