Ways to increase bean productivity and quality with different growing technologies

V. F. Kaminskyі, S. Dvoretska, T.V. Karazhbey, M. Shevchuk
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Abstract

The aim of the research was: to study ways to increase the productivity of beans by combining in a single process fertilizer, pre-sowing seed treatment with drugs based on an active strain of nodule bacteria, growth stimulants of biological origin, micronutrients in the form of negligence. Methods. The research program included: phenological observations of plant development (development phases and stages of organogenesis), morphological - on the formation of elements of productivity, leaf apparatus and duration of its functioning, morphophysiological - on the dynamics of development of productivity elements, the formation of productive potential. Results. The article presents the results of research on the effectiveness of mineral fertilizers, growth stimulants and microfertilizers to increase the productivity of beans and its quality. It is established that the maximum yield of beans - 2.81 t / ha (in 2018 3.30 t / ha) at the level of absolute control, respectively 1.05 t / ha was formed on the option, which involves the application of mineral fertilizers at a dose of P60K60 + N30 + N30 kg / ha d.r., sowing of seeds treated with a strain of nodule bacteria BTU - p and joint treatment of crops with growth stimulants in the physique of branching and budding with microfertilizers in the budding phase. The maximum increase in yield was 0.92 t / ha, and 0.86 t / ha from the application of fertilizers was obtained with the application of P60K60 + N30 + N15 and P 0 K0 + N30 + N30, with the control of 1.05 t / ha. Pre-sowing inoculation of seeds with a strain of nitrogen-fixing bacteria BTU-r provided an increase in yield - 0.24 - 0.39 t / ha. The use of growth stimulator in the technology of cultivation provided an increase in crop productivity by 1.04 t / ha on the background without seed inoculation, with inoculation - 2.22 t / ha compared to the absolute control (1.05 t / ha). Co-application of growth stimulant with microfertilizers on crops yielded 2.41 t / ha with a protein content of 20.39%.
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利用不同的种植技术提高大豆产量和品质的方法
这项研究的目的是:研究通过在单一过程中结合肥料、播种前种子处理与基于结核细菌活性菌株的药物、生物来源的生长刺激剂、疏忽形式的微量营养素来提高豆类生产力的方法。方法。研究项目包括:植物发育的物候观察(器官发生的发育阶段和阶段),形态学观察(生产力要素的形成,叶器官及其功能持续时间),形态生理学观察(生产力要素的发展动态,生产潜力的形成)。结果。本文介绍了矿质肥料、生长刺激剂和微量肥料对提高大豆生产力和品质的有效性的研究结果。建立它的最高产量bean - 2.81吨/公顷(2018年3.30吨/公顷)的绝对控制,分别为1.05吨/公顷成立的选项,其中包括矿物肥料的应用的剂量P60K60 + N30 + N30公斤/公顷d.r,播种的种子处理的根瘤菌BTU - p和联合治疗作物增长兴奋剂体格的分支和出芽微肥都在萌芽阶段。在1.05 t / ha的对照条件下,P60K60 + N30 + N15和p0k0 + N30 + N30的产量增幅最大,为0.86 t / ha。播前接种一株固氮菌BTU-r可增产0.24 ~ 0.39 t / ha。在栽培技术中使用生长刺激剂,在不接种种子的情况下,作物产量增加了1.04 t / ha,与绝对对照(1.05 t / ha)相比,接种量增加了2.22 t / ha。促生长剂与微量肥配施产量为2.41 t / hm2,蛋白质含量为20.39%。
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