植物牛膝草化感作用研究。

Ye. А. Tkachova, M. Fedorchuk, O. Kovalenko
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引用次数: 1

摘要

植物修复的需要促使将植物引入到栽培中,这不仅会使所获得的原料有几个使用方向,而且有助于改善土壤,并为进一步成功栽培后续农作物提供良好的先导。众所周知,精油作物可以激活有益微生物群的发育,防止土壤疲劳。本文介绍了考虑乌克兰南部气候变化条件下药用牛膝草(Hyssopus officinalis L.)品种的植物部分化感作用的研究结果。研究了牛膝草叶、茎、花水提物化感作用活性、根际土壤和植株年龄对豆瓣菜根系生长的影响。在研究过程中,采用了实证方法,特别是实验方法。2019-2021年,在尼古拉耶夫国立农业大学试验田的基础上,对药用牛膝草进行了第一、第二和第三年的植被培养研究,发现了具有刺激作用的培养水提取物的最佳浓度。揭示了药用牛膝草地上器官水溶性生物活性物质化感作用的依赖性,并揭示了其溶液浓度对化感作用的抑制作用。因此,在1:10的浓度下,使用第二年药用植物牛膝草花的变异体具有最高的化感活性。药用牛膝草生长第3年根系土层水溶液对豆瓣菜根系线性生长有抑制作用。当溶液浓度为1:10时,叶+茎变异体中最大。这表明,考虑到药用牛膝草的个体发生特性,在轮作中谨慎使用是必要的。所获得的成果将在有意愿种植药用牛膝草并将其用于作物轮作结构的各种所有制企业中得到实际应用
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Allelopathic activity of plants Hyssopus officinalis L.
The need for phytoremediation prompts the introduction of plants into the culture, which will not only have several directions of use of the obtained raw materials, but also contribute to the improvement of the soil and be a good precursor for the further successful cultivation of the following agricultural crops. It is known that essential oil crops activate the development of beneficial microbiota and prevent soil fatigue. The article presents the results of research on the allelopathic activity of plant parts of medicinal hyssop (Hyssopus officinalis L.) of the Marquis variety, taking into account age characteristics under conditions of climate change in Southern Ukraine. The aim of the work was to reveal the influence of allelopathic activity of aqueous extracts of leaves, stems and flowers of hyssop, soil in the rhizosphere zone and plant age on the growth of watercress roots. In the research process, empirical methods were used, in particular, an experiment. As a result of research carried out with the medicinal hyssop culture of the first, second and third years of vegetation on the basis of the experimental field of the Mykolaiv National Agrarian University during 2019-2021, the optimal concentration of water extracts of the culture with a stimulating effect was found. The dependence of the allelopathic activity of water-soluble biologically active substances of aerial organs of medicinal hyssop plants is shown, and the concentration of the solution, which causes an inhibitory effect, is revealed. Thus, the highest allelopathic activity was noted on the variant using hyssop flowers of medicinal plants of the second year of vegetation in a concentration of 1:10. Aqueous solutions of the soil layer of the root system where medicinal hyssop plants grew in the third year of vegetation have an inhibitory effect on the linear growth of watercress roots. It was the largest in the leaf + stem variant at a concentration of the aqueous solution of 1:10. This suggests that it is necessary to use the culture of medicinal hyssop in crop rotation carefully taking into account its ontogenesis features. The obtained results will have practical application in enterprises of various forms of ownership that will have the desire to grow medicinal hyssop and use it in the structure of crop rotation
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