首页> 外文期刊>Annals of Biological Research >Effect of salinity and allelopathic extract Amartanthus retroflexus andChenopodium album weeds on growth and production of effective medicinalsubstances in Valeriana officinalis
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Effect of salinity and allelopathic extract Amartanthus retroflexus andChenopodium album weeds on growth and production of effective medicinalsubstances in Valeriana officinalis

机译:盐度和化感提取物A菜和白菜白菜杂草对缬草生长和有效药物产生的影响

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Although each of these stress alone significantly affect the plant But if the interaction with other stress conditions, even in low situation plant ecosystems are able to change But little research has been to interference under stress. The aim of this experiment was interaction between biological and non biological stress, allelopathy and the salt that is applied to both the chemical impact on plants. Treatment was 4level salinity and weed organs extract (10 percent). The result showed that Organ extract treatment of weeds with greater deterrence, less impact on the salinity change is the result of interaction between stress. But in essence, low-intensity interference effect had much stronger deterrence. According this experimental result Both stress factors by reducing total number stem and non-fertile stems and stalks can reduce performance. The different characteristics of different intensity were affected by stress the different attributes of different intensity were affected by stress. the aim of this experimental was effect of extracts the Amartanthus retroflexus and Chenopodium album weeds, Different levels of salinity on germination and growth in Valeriana officinalis.
机译:尽管这些压力单独严重影响了植物,但如果与其他胁迫条件相互作用,即使在低强度的情况下,植物生态系统也能改变,但很少有研究针对胁迫下的干扰。该实验的目的是生物和非生物胁迫,化感作用和盐之间的相互作用,该盐既用于对植物的化学作用,又在作用上。处理方法为盐度为4级,杂草器官提取率为10%。结果表明,器官提取物对杂草的威慑作用更大,对盐分变化影响较小,是胁迫之间相互作用的结果。但从本质上讲,低强度干扰效应具有更强的威慑力。根据该实验结果,通过减少茎杆总数和非生育力茎杆的两种应力因子,都可以降低性能。应力影响不同强度的不同特性,应力影响不同强度的不同属性。本实验的目的是提取A菜叶和藜属杂草,不同盐度对缬草发芽和生长的影响。

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