Effect of inoculation with microbiological preparations on morphological characteristics and yield of vegetable soybean

F. E. Mullo Panoluisa, E. V. Romanova, C. A. Salazar Flores
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Abstract

Relevance. Vegetable soybean is a special variety with high added value, consumed fresh and harvested at the stage technical ripeness (R6). Accession-A is one of the promising vegetable soybean materials, studied and identified as a result of work that was carried out jointly with the Federal Scientific Vegetable Center in the Moscow Region (FSVC) and the Agrobiotechnology Department of the Agricultural Technological Institute (ATI) of the RUDN University named after Patrice Lumumba. The use of microorganisms to promote atmospheric nitrogen fixation is a common practice in soybean production.Methodology. The purpose of this study was to evaluate the effect of two microbiological preparations based on Sinorhizobium fredii and Bradyrhizobium jaроniсum in order to identify which microbiological preparation gives the best results in terms of morphological indicators and vegetable soybean yield under the conditions region of the Non-Chernozem zone of the Russian Federation. The object of the study was accession-A of vegetable soybean. Two types of treatment were carried out: B1 – treatment with a preparation with Bradyrhizobium jaronicum (1 l/t of seeds), B2 – treatment with a preparation with Sinorhizobium fredii (1 l/t of seeds). Control without treatment (K).Results. According to statistical analysis of biometric indicators, it was found that treatment with S. fredii (B2) had the highest average values for indicators of stem diameter (11.50 mm), lower pod attachment height (11.19 cm), number of branches (3.40 pcs.) and the number of productive nodes (27.48 pcs.). Preparation B2 improved the structure of the crop, influencing the obtainment of the highest indicators of plant weight (30.47 g), seed weight per plant (15.33 g), weight of 1000 seeds (171.25 g), number of seeds per plant (98.50 pcs.), number of seeds in a bean (2.89 pcs.) and seed yield (3.11 t/ha). The use of microbiological preparations based on B. japonicum and S. fredii gave better results compared to the control treatment.
接种微生物制剂对菜豆形态特征和产量的影响
相关性。蔬菜大豆是一种具有高附加值的特殊品种,新鲜食用,在技术成熟期(R6)收获。通过与莫斯科地区联邦蔬菜科学中心(FSVC)和以 Patrice Lumumba 命名的 RUDN 大学农业技术研究所(ATI)农业生物技术部联合开展工作,研究并确定了 Accession-A 是有前途的蔬菜大豆材料之一。使用微生物促进大气固氮是大豆生产中的常见做法。本研究的目的是评估基于 Sinorhizobium fredii 和 Bradyrhizobium jaроniсum 的两种微生物制剂的效果,以确定哪种微生物制剂在俄罗斯联邦非切尔诺泽姆地区条件下的形态指标和蔬菜大豆产量方面效果最佳。研究对象是蔬菜大豆的加入物-A。进行了两种处理B1 - 使用 Bradyrhizobium jaronicum 制剂(1 升/吨种子)处理,B2 - 使用 Sinorhizobium fredii 制剂(1 升/吨种子)处理。结果。根据生物计量指标的统计分析发现,使用 S. fredii(B2)处理的茎干直径(11.50 毫米)、下部豆荚附着高度(11.19 厘米)、分枝数(3.40 个)和生产节数(27.48 个)的平均值最高。制剂 B2 改善了作物的结构,影响了植株重量(30.47 克)、每株种子重量(15.33 克)、1000 粒种子重量(171.25 克)、每株种子数量(98.50 粒)、每粒种子数量(2.89 粒)和种子产量(3.11 吨/公顷)等最高指标的获得。与对照处理相比,使用基于日本酵母菌(B. japonicum)和酵母菌(S. fredii)的微生物制剂取得了更好的效果。
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