The Influence of Bio-Effecting Agents on Chickpea Plants Growing Processes Under the Conditions of the Right-Bank Forest-Steppe of Ukraine

O. Kozlova
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引用次数: 2

Abstract

Modern agrarian production requires a number of measures that will provide the most substantial level of crop productivity, high quality of basic products and reducing the expenses for their cultivation. One of the effective strategies in the technology of sunflower cultivation is the pre-seeding inoculation of seeds with microbial preparations, as well as non-root crop treatments of sunflower plants with biological preparations that have a fungicidal component in the period of vegetation. The results of the experiment showed that this strategy significantly improves the phytosanitary state of the crop. The research is based on new hybrids of sunflower, a mixture of biological preparations with growth stimulants to prevent the spread of sunflower diseases. The study deals with the influence of scrubbing substances of biological origin, that have a fungicidal component in its formulation, on the level of pathogenic microflora in the cultivation of sunflower hybrids in the southern steppe of Ukraine. Field studies on the influence of growth stimulators and biological fungicides on the extent of diseases in sunflower hybrids and its productivity were carried out on the pilot field of Kherson State Agrarian University during 2016-2018. The scheme of the study included the analysis of the following factors: factor A – sunflower hybrids of the company "Limagrain"; factor B - biological fungicides and growth stimulators; factor C - time of preparation application. Seed treatment was carried out according to the experimental scheme - one day before sowing, in the phase of differentiation of cone growth and in the phase of budding. The result of the developed method is the application of biological preparation mixture with growth stimulants that will guarantee the farmers the high yield and will help to reduce the attenuation of sunflower on gray rot and false powdery mildew
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乌克兰右岸森林草原条件下生物效应剂对鹰嘴豆生长过程的影响
现代农业生产需要采取一些措施,这些措施将提供最高水平的作物生产力、高质量的基本产品和减少种植费用。向日葵栽培技术中有效的策略之一是播种前用微生物制剂对种子进行接种,以及在植物生长期用具有杀真菌成分的生物制剂对向日葵植株进行非根作物处理。试验结果表明,该策略显著改善了作物的植物检疫状况。这项研究是基于向日葵的新杂交品种,一种混合了生长刺激剂的生物制剂,以防止向日葵疾病的传播。这项研究涉及在制剂中含有杀真菌成分的生物来源洗涤物质对乌克兰南部草原向日葵杂交栽培中致病微生物菌群水平的影响。2016-2018年,在美国赫尔森州立农业大学的试验田进行了生长促进剂和生物杀菌剂对向日葵杂交品种病害程度和产量的影响的田间研究。本研究方案包括以下因素的分析:因子A -“利马格兰”公司的向日葵杂交种;因子B——生物杀菌剂和生长刺激剂;因素C -制备应用的时间。按试验方案播种前1天、球果生长分化期和出芽期进行种子处理。该方法的结果是使用生物制剂混合生长刺激剂,保证了农民的高产,有助于减少向日葵对灰腐病和假白粉病的衰减
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