Cassava for space diet - African contribution to space exploration -

N. Katayama, H. Hashimoto, P. Njemanze, K. Tomita-Yokotani, M. Yamashita
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Abstract

Space agriculture is an advanced concept to support life on extraterrestrial outpost. It drives materials recycle loop by biological and ecological functions and creates pleasant life environment on a distant planet. Choice of space diet is one of primary decision required for designing space agriculture. We shall consider diverse food culture as well. We propose cassava, Manihot esculentaand, for one major composition of space food materials. Cassava is a major crop in Africa. It can grow under severe environment. Once farming condition is optimized, the crop yield efficiency is the best among rice, wheat, potato, and sweet potato, in terms of required area to harvest biomass energy from limited area of planting. Propagation made by stem cutting is another advantage of cassava in space agriculture avoiding entomophilous or anemophilous process to pollinate. Cassava for space agriculture would be a good example of promoting mission planning under cooperation between advanced manned space nations and less-space faring countries. It might enforce robustness of the life support capability based on the diversity of agricultural system. More importantly, dream of flying space could be shared by people, regardless of their present commitment to space.
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木薯用于空间饮食-非洲对空间探索的贡献-
太空农业是一个先进的概念,以支持外星前哨的生命。它通过生物和生态功能驱动物质循环循环,在遥远的星球上创造宜人的生活环境。太空饮食的选择是设计太空农业所需的主要决策之一。我们也要考虑不同的饮食文化。我们建议木薯(Manihot esculentaand)作为太空食品材料的主要成分之一。木薯是非洲的一种主要作物。它能在恶劣的环境下生长。在耕作条件优化的情况下,就从有限的种植面积中收获生物质能源所需的面积而言,水稻、小麦、马铃薯和甘薯的作物产量效率是最好的。木薯在空间农业中的另一个优势是茎切繁殖,避免了虫媒或风媒授粉。木薯用于空间农业将是在先进的载人航天国家和空间较少的国家之间的合作下促进任务规划的一个很好的例子。在农业系统多样性的基础上增强了生命维持能力的鲁棒性。更重要的是,人们可以共享太空飞行的梦想,无论他们目前对太空的承诺如何。
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