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Kinetics and Quality of Quinoa Seeds After Drying and During Storage

机译:藜麦种子干燥和贮藏后的动力学和品质

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This study aimed to assess the effect of different drying forms, environments, and storage periods on germination and sanitary quality of quinoa seeds cv.BRS Syetetuba.Seeds were submitted to drying in forced air circulation chamber at 30, 40, and 50 C and in a suspended tray, in full sun, until they reached 12% of moisture content.The observed drying data were adjusted to 10 mathematical models.The storage for 360 days was continuous in three different environments.Seeds were evaluated at 0, 6, and 12 months for germination, first count of germination, moisture content, and sanity tests.The experimental design was completely randomized, in a split split-plot scheme with four replicates.Among the studied models, Midilli was efficient in describing the drying curves of quinoa seeds.The storage environment influenced the loss of seed quality more than the drying temperature.The increased storage period caused a decrease on fungal seed incidence.
机译:这项研究旨在评估不同干燥方式,环境和储存时间对藜麦种子BRS Syetetuba的发芽和卫生质量的影响。将种子在30、40和50 C的强制空气循环室内进行干燥。一个悬浮的托盘,在充满阳光的情况下,直到水分含量达到12%。将观察到的干燥数据调整为10个数学模型。在三个不同的环境中连续存储360天,分别在0、6和12下评估种子萌发的月份,首次发芽的数量,水分含量和健全性测试。实验设计完全随机化,采用四份重复的拆分剖分方案。在所研究的模型中,Midilli能有效描述藜麦种子的干燥曲线贮藏环境对种子质量损失的影响远大于干燥温度,增加的贮藏期限导致真菌种子发生率下降。

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