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首页> 外文期刊>Pakistan journal of botany >Comparative photosynthetic characteristics and chlorophyll content of four oil peony species from 11 provenances in China
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Comparative photosynthetic characteristics and chlorophyll content of four oil peony species from 11 provenances in China

机译:来自中国11种杂志的四种油牡丹物种的比较光合特性和叶绿素含量

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Present study showed the photosynthetic characteristics of 4 wild oil peony (Paeonia, Ranunculaceae) species from 11 provenances in different provinces in China and hereby predicted the seed yields of them. By investigating the leaf gas-exchange factors, light-response curves and Chlorophyll contents of the different peonies in April, 2015, several photosynthetic parameters were analyzed and compared. The daily photosynthesis variation curves of eight origins were bimodal while the rest three were unimodal. Results showed that Paeonia rockii from Lintao county and Paeonia delavayi from Wenbishan mountain had significantly higher net photosynthetic rate than the others, suggesting larger photosynthesis capacity. The analysis of net photosynthetic rate reduction showed that Paeonia rockii and Paeonia delavayi had larger photosynthetic abilities than the other two species. Paeonia rockii from Baokang county had the biggest apparent quantum yield and lowest light compensation point of the all, which enabled it to possess the largest radiation use efficiency and shade-endurance. Paeonia delavayi from Wenbishan mountain had the biggest light-saturated net photosynthetic rate coming with the largest photosynthesis potential. Furthermore, the total chlorophyll content comparison showed strong photosynthesis capacity in Paeonia rockii from Baokang county and Paeonia rockii from Lintao county. In summary, Paeonia rockii and Paeonia delavayi especially Paeonia rockii from Lintao county, Paeonia rockii from Baokang county, and Paeonia delavayi from Wenbishan mountain had advantages in photosynthetic capacity to synthesis organic matters and could be screened as superior provenances.
机译:目前的研究表明,来自中国不同省份11种杂种的4种野生油牡丹(Paeonia,Ranunculaceae)物种的光合特性,从而预测了它们的种子产量。通过调查2015年4月的叶片气体交换因子,光反应曲线和不同牡丹的叶绿素含量,分析了几种光合参数并进行了比较。每日光合作用八个起源的变异曲线是双峰,而其余三种是单峰。结果表明,文本县的普恩·罗迪·普恩·普通山脉来自文本山的普恩·德拉韦迪比其他人的光合速率明显高,表明较大的光合容量。净光合速率降低分析表明,芍药rocia和Paeonia delavayi比其他两个物种更大的光合能力。 Baeonia Rockii来自Baokang County的表观最大的量子产量和最低的光补偿点,使其能够拥有最大的辐射使用效率和脉冲耐力。来自文比山山的Paeonia Delavayi具有最大的光合作用净光合速率最大的光合作用潜力。此外,叶绿素含量的总叶绿素含量比较显示了潘东县的帕尼亚兰迪的强烈光合作用能力,距离Lintau县的Paeonia Rockii。总之,芍药rockii和Paeonia delavayi特别是来自Lintau县的Paeonia Rockii,来自Baeokang County的Paeonia Rockii,来自Wenbishan山的Paeonia Delavayi在综合有机物的光合容量中具有优势,并且可以被筛选为优越的种植。

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