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首页> 外文期刊>Agroforestry Systems >Transplanting and harvesting effect on artemisinin biosynthesis and herb yield in Artemisia annua L.
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Transplanting and harvesting effect on artemisinin biosynthesis and herb yield in Artemisia annua L.

机译:移植和收获对青蒿中青蒿素生物合成和草本植物产量的影响。

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摘要

This study evaluates the effect of differential transplantation (5th January, 28th January and 20th February; Ist T, IInd T and IIIrd T, respectively) and harvesting time (after 100 days of transplantation and 126–204 days of age) on artemisinin and herb yield in Artemisia annua in order to optimize field conditions. During the investigation, maximum plant height with branching intensity was observed in the third transplantation. Such a pattern of morphological appearance is classified under oval canopy, and such traits can be useful as visible morphotypic markers. Maximum plants with high artemisinin content were observed in the IInd transplantation. Interestingly, a wide range of artemisinin content (0.1–1 %) was observed in all three populations. Hence, to achieve maximum growth and high artemisinin yield within the shortest possible time, the second transplantation date is recommended for large-scale cultivation.
机译:这项研究评估了差异移植对青蒿素和草药的影响(分别是1月5日,1月28日和2月20日; Ist T,IInd T和IIIrd T)和收获时间(移植100天后和126-204日龄后)为了优化田间条件,在青蒿中获得最佳产量。在研究过程中,在第三次移植中观察到最大植物高度和分支强度。这种形态学外观的模式被归类在椭圆形的树冠下,这样的性状可用作可见的形态型标记。在第二次移植中观察到最多的青蒿素含量最高的植物。有趣的是,在所有三个人群中均观察到广泛的青蒿素含量(0.1-1%)。因此,为了在尽可能短的时间内实现最大的生长和高青蒿素产量,建议第二次移植日期进行大规模种植。

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