Formation of structural elements and yield of beans depending on the variety and pre-sowing treatment of seeds in the Eastern Forest-steppe of Ukraine

L.N. Potasheva, Yu.N. Potashev, I. Nepran
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Abstract

The article presents the results of studies on the effect of the bacterial preparation Rizogumin (based on nitrogen-fixing bacteria Rhizobium phaseoli) on the structural elements and grain yield of four standard varieties of beans in the Eastern Forest-Steppe of Ukraine. Introduction. In the context of reforming the agro-industrial complex of Ukraine and reducing the production of livestock products, the production of high-protein crop products has acquired great importance. As a consequence, in recent years, the demand for seeds of leguminous crops, in particular beans, has sharply increased. The use of beneficial microorganisms in the technology of growing beans makes it possible to significantly reduce the use of mineral fertilizers, to produce environmentally friendly products and is one of the most effective methods of increasing its yield. The aim of research is to establish the effect of pre-sowing seed treatment with Rizogumin on the structural elements and yield of standard varieties of beans in the Eastern Forest-Steppe of Ukraine. Materials and research methods. The study of the influence of Rizogumin on the structure and yield of various varieties of beans was carried out on the basis of the "Experimental field" URPC of the Kharkiv National Agrarian Universitynamed after V.V. Dokuchaev. The experiment studied the effect of seed inoculation with Rizogumin on the yield of four varieties of common beans for grain use: Pervomayskaya, Dokuchaevskaya, Mavka and Panna. Research results and their discussion. In average for 2018-2020 studies, pre-sowing treatment of seeds with a bacterial preparation ensured the formation of a more optimal ratio of structural elements of the yield in comparison with the control. So, during bacterization of seeds, the number of grains per plant in the Pervomayskaya variety was 21.3 pcs., in the Dokuchaevskaya variety - 20.3, in the Mavka variety - 24.9, in the Panna variety - 20.5 pcs.; on control - respectively 19.0, 18.1, 22.8, 18.9 pcs. If, when using Rizogumin, the weight of 1000 grains in these varieties reached 243, 245, 229, 272 g, then in the control - 238, 240, 226 262 g, respectively. Due to the better plant survival, the local varieties of beans Pervomayskaya and Dokuchaevskaya had a greater density of plants before harvesting: in the control - 40 pieces / m2, in the variant with inoculation - 41 pieces/m2; in the varieties Mavka and Panna, according to the variants of the experiment, 3 plants less were preserved per 1 m2. It has been found that, on average, for three years of research, the yield of beans of the Pervomaisk variety was 1.81 t/ha, the Dokuchaevskaya variety - 1.73, the Mavka variety - 1.89, the Panna variety - 1.81 t/ha. The greatest increase in yield was obtained in the varieties Pervomayskaya and Dokuchaevskaya - 0.16 t/ha each. The varieties Mavka and Panna formed a smaller increase in yield due to inoculation - 0.13 t/ha each. Key words: common beans, variety, pre-sowing seed treatment, structural elements, yield.
在乌克兰东部森林草原,豆子的结构组成和产量取决于种子的品种和播前处理
本文介绍了以固氮菌相根瘤菌为基础的细菌制剂Rizogumin对乌克兰东部森林草原4个标准品种豆类结构要素和产量影响的研究结果。在改革乌克兰农业工业综合体和减少畜产品生产的背景下,高蛋白作物产品的生产变得非常重要。因此,近年来,对豆科作物种子,特别是豆类种子的需求急剧增加。在豆类种植技术中使用有益微生物,可以显著减少矿物肥料的使用,生产环境友好型产品,是提高豆类产量的最有效方法之一。研究的目的是确定播前种子处理日佐古明对乌克兰东部森林草原标准品种豆类结构成分和产量的影响。材料和研究方法。在哈尔科夫国立农业大学(以V.V. Dokuchaev命名)的“试验田”URPC基础上,研究了Rizogumin对各种豆类结构和产量的影响。本试验研究了接种日佐古明对Pervomayskaya、Dokuchaevskaya、Mavka和Panna 4个粮食用普通豆品种产量的影响。研究结果及其讨论。在2018-2020年的研究中,平均而言,与对照相比,播种前用细菌制剂处理的种子确保形成更优化的产量结构要素比例。因此,在种子杀菌过程中,Pervomayskaya品种每株的粒数为21.3个。Dokuchaevskaya品种为20.3,Mavka品种为24.9,Panna品种为20.5;对照:分别为19.0、18.1、22.8、18.9件。当使用日佐古明时,这些品种的千粒重分别为243、245、229、272 g,对照则分别为238、240、226 262 g。当地品种Pervomayskaya和Dokuchaevskaya由于植株成活率较好,收获前植株密度较高:对照40株/m2,接种变异41株/m2;在品种Mavka和Panna中,根据试验的变异,每平方米少保存3株。据发现,在三年的研究中,Pervomaisk品种的豆子平均产量为1.81吨/公顷,Dokuchaevskaya品种为1.73吨/公顷,Mavka品种为1.89吨/公顷,Panna品种为1.81吨/公顷。产量增幅最大的品种是Pervomayskaya和Dokuchaevskaya,分别为0.16 t/ha。Mavka和Panna因接种而形成了较小的产量增加,各为0.13 t/ha。关键词:普通豆,品种,播前种子处理,结构要素,产量
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