Formation of grain sorghum grain yield by different systems of shoots depending on crop fertilizer

R.E. Hryshchenko, O. Lyubchych, O. Glieva
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引用次数: 1

Abstract

The article highlights the main results of research conducted in the Forest-Steppe of Ukraine on typical soils of the zone – dark gray podzolic coarse-grained light loam to study the productivity of sorghum grain variety Armida. The efficiency of seed treatment with biological preparation, mineral fertilizers, foliar fertilization and nitrogen fertilization during the growing season on crop productivity was established. The combination of these components provides an increase in crop yields. The fertilizer system, which provided for the introduction of N60P60K60, turned out to be optimal for sorghum cultivation. Crop productivity with this technology was 8,49 t/ha, and for sowing seeds treated with biological preparation – increased by 32%.The productivity of the crop increased by 30,6% and with complex application – seed treatment, application of N60P60K60 in the main and application of microfertilizer in foliar fertilization, compared to the option without seed treatment (7,74 t/ha).The percentage of grain of the main shoot, panicle and tillering shoots in the biological yield of the crop is determined. It is determined that the main panicle always has a higher percentage (62,8–70,4) in the formation of crop productivity. The growth of the role of the main shoot in the formation of the overall biological yield depends on the smaller number of side shoots.
高粱籽粒产量的形成由不同制度的芽对作物肥料的依赖
本文重点介绍了在乌克兰森林草原对该地区典型土壤-深灰色灰化土粗粒轻壤土进行的高粱籽粒品种阿米达生产力研究的主要成果。确定了生物制剂、矿物肥、叶面肥和氮肥在生长季节对作物生产力的影响。这些成分的结合可提高作物产量。以N60P60K60为引种品种的施肥体系最适合高粱栽培。采用该技术的作物产量为8.49吨/公顷,用生物制剂处理的种子播种产量提高了32%。与不进行种子处理(7.74 t/公顷)相比,采用复合施用(以N60P60K60为主,叶面施用微肥)的作物产量提高了30.6%。测定了该作物的主茎、穗和分蘖茎的籽粒占生物产量的百分比。结果表明,主穗在作物生产力的形成中所占的比例较高(62,8 - 70,4)。主芽的生长在总体生物产量形成中的作用取决于副芽数量较少。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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