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The interactive effect of the elevated CO2 and moisture stress on the photosynthesis in Brassica leaves at different canopy positions

机译:升高的CO2和水分胁迫对不同冠状叶片叶片光合作用的互动效果

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Brassica produces important edible oil consumed in South Asian counties including India. Production of Brassica crop in India suffered because its growing area is largely rain fed and this crop experiences adverse stress effect at various stages of growth (Uprety and Rabha 1999). The interactive effect of the elevated CO2 and temperature on Brassica species was studied using Free Air CO2 enrichment (FACE) facility for CO2 enrichment. The interactive effect of CO2 and temperature on the plant was studied using leaves at different canopy positions. The contribution of a temperaure, light and relative humidity. has been studied with the help of correlation analysis between these environmental factors and rate of photosynthesis in the top, middle and lower leaves of the canopy.
机译:芸苔生产在包括印度在内的南亚县消耗的重要食用油。在印度的芸苔作物生产遭遇,因为其生长面积主要是雨水,这种作物在增长的各个阶段(Uprety和Rabha 1999)经历不利的应力效应。使用Free Air CO 2富集(面部)设施研究了CO 2富集的FRIC CO2富集(面部)富集的铜型和温度的互动效果。使用不同的遮阳位置的叶片研究了CO2和温度对植物的互动效果。温度,光和相对湿度的贡献。在这些环境因子与顶部,中间和下叶片在顶部,中间和下叶片之间的相关性分析的帮助下已经研究过。

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