几种植物生长激素对普通蒿扦插性能的影响

Dominic K.
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摘要

在新型冠状病毒(COVID-19)之后,许多植物材料,如青蒿(artemisia vulgaris L),作为廉价、易于制作的治疗许多感染的药物,重新受到关注。然而,从种子到青蒿的增殖往往是一个漫长的过程。在2021年的温室实验中,我们研究了商用(吲哚-3-丁酸- IBA)、天然生根激素粉(NRHP)、苹果醋(ACV)和自制(椰子水- CW和芦荟凝胶- AVG)生根激素和对照水(CONT)对青蒿扦插增殖的作用。不同处理的青蒿扦插成活率无显著差异(P > 0.05)。CW + AVG的茎数最高,为19根,株高最高,为138.0 cm,差异有统计学意义(P < 0.05)。AVG的单株叶片数量最多(1466片),其次是CW(1317片)、CW + AVG(1278片)和IBA(1241片)。叶片干重以CW + AVG处理最高,CW和IBA次之。根干重也有类似的变化规律。这项研究的结果表明,在青蒿插枝的整体性能方面,村舍自制的植物(椰子水和芦荟凝胶)生长激素与市售的IBA具有相当的效果。该研究对青蒿的低技术增殖具有重要意义。
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Effect of Some Plant Growth Hormones on the Performance of Artemisia vulgaris L. Cuttings
In the wake of the novel coronavirus (COVID-19), many plant material such as artemisia (Artemisia vulgaris L) have received renewed attention as cheap, easy-to-make treatment for many infections. However, the proliferation of artemisia from seeds is often a lengthy process. Here we investigated the role of commercial (Indol-3-butyric acid - IBA, Natural Rooting Hormone Powder - NRHP, Apple Cider Vinegar - ACV) and cottage-made (coconut water - CW and aloe vera gel - AVG) rooting hormone, and water as control (CONT) on the proliferation of artemisia cuttings in a greenhouse experiment in 2021. The survival of artemisia cuttings did not differ significantly (P > .05) across the treatments. The highest number of stems (19) and plant height (138.0 cm) was observed from CW + AVG, and the differed significantly from the others (P < .05) from the others. AVG produced the highest number of leaves per plant (1466), followed by CW (1317), CW + AVG (1278), and IBA (1241). The leaf dry weight was highest in CW + AVG, followed by those of CW and IBA. A similar pettern was observed for the root dry weight. The findings from this study showed that cottage-made plant based (coconut water and aloe vera gel) growth hormone has comparable effect to commercially available IBA on overall performance of artemisia cuttings. This study has great implications for low-tech proliferation of artemisia.
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