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首页> 外文期刊>Indian journal of agricultural research >Evaluation response of photosynthesis of stevia plant {Stevia rebaudiana Var. Bertoni) to potassium humate and photoperiod
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Evaluation response of photosynthesis of stevia plant {Stevia rebaudiana Var. Bertoni) to potassium humate and photoperiod

机译:甜叶菊植物光合作用的评价响应{甜叶菊雷迪恩志法。 Bertoni)腐败和光周期

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摘要

For studying the effect of photoperiod and potassium humate in the photosynthesis apparatus of the Stevia plant, an experiment was carried out in factorial arrangement base on completely randomized design with four replications in Mashhad/Iran during2017. The experiment consisted of three lengths of the day (LD1= natural day, LD2 = 1.5 hours of light more than the natural length of day, and LD3 = 2.5 hours light more than natural day) and potassium humate fertilizer [KH1: zero with KH2: potassium humate (50%)]. The results showed that maximum of photosynthesis was found in KH2*LD2. The most of Ci, quantum yield Fv/Fm value was also found from spraying K-humate in LD2 treatment. The maximum amount of leaf dry weight and biomass was observed in KH2xLD2. The maximum biomasses were also gained in KH2*LD2.
机译:用于研究甜叶菊植物光合作用仪中的光周期和腐蚀的效果,在完全随机设计中进行了实验,在MASHHAD / IRAN中的四种复制期间在2017期间进行了四种复制。 该实验组成了当天的三个长度(LD1 =自然日,LD2 = 1.5小时的灯光超过自然的天数,而LD3 = 2.5小时比自然一天多)和耐腐钾钾肥[KH1:零与KH2 :腐蚀钾(50%)]。 结果表明,在KH2 * LD2中发现了最大的光合作用。 CI中的大部分,量子产量FV / FM值也来自LD2处理中的喷涂k-Humate。 在KH2XLD2中观察到最大叶片干重和生物质。 最大生物质也获得KH2 * LD2。

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