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VEG-01: Veggie Hardware Validation Testing on the International Space Station

机译:VEG-01:在国际空间站上的素食硬件验证测试

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The Veggie vegetable production system was launched to the International Space Station with three sets of test plants for an initial hardware validation test, designated VEG-01. VEG-01A and B featured the crop ‘Outredgeous’ red romaine lettuce, while VEG-01C tested ‘Profusion’ zinnia plants for longer duration growth and flowering characteristics. Irrigation of plants in all three growth studies presented a challenge, with lettuce suffering from inadequate water and zinnia suffering from excess water. Direct plant pillow watering by crew members enabled plant growth, and returned samples from the first crop, VEG-01A, indicated that food safety was acceptable. VEG-01B plants at harvest were split to allow for on-orbit crew consumption as well as science sample return. Direct-watered zinnias suffered fungal growth and other physiological stresses, but two plants survived and these produced numerous flowers. The VEG-01 series allowed a large amount of data on system performance, human factors, procedures, microbiology, and chemistry of space-grown plants to be gathered. Observations from these tests are helping to drive future hardware modifications and provide information on food crop growth and development in a microgravity environment.
机译:素食蔬菜生产系统被发射到国际空间站,带有三套测试工厂,用于初始硬件验证测试,命名为VEG-01。 VEG-01A和B以“ Outrredous”红色长叶莴苣为特色,而VEG-01C测试了“ Profusion”百日草植物的生长和开花特性。在所有三个生长研究中,植物灌溉面临着挑战,生菜的水分不足,百日草的水分过多。机组人员直接在植物枕上浇水使植物得以生长,从第一批农作物VEG-01A返还的样品表明食品安全性可以接受。收获时将VEG-01B工厂分开,以允许在轨人员消耗以及科学样品返回。直接浇水的百日草遭受真菌生长和其他生理压力,但是有两种植物存活下来,并产生了许多花。 VEG-01系列可以收集有关空间生长植物的系统性能,人为因素,程序,微生物学和化学性质的大量数据。这些测试的观察结果有助于推动未来硬件的改进,并提供有关微重力环境下粮食作物生长发育的信息。

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