TECHNIQUES FOR OPTIMIZING THE QUALITY OF CORN

S. Semina, I. Gavryushina, A. Paliychuk
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Abstract

Corn is the most important feed crop, it provides high-energy feed, is indispensable for the production of high-quality silage. The introduction of mineral fertilizers, as well as their addition with trace elements, helps to improve the nutritional value of the feed, reduce the amount of fiber in the green mass and increase the content of raw protein. The article presents the results of research on the study of non-root processing of corn with complex fertilizers with trace elements at various levels of root nutrition. It was found that the greatest influence on the accumulation of protein substances in the maize biomass was exerted by mineral fertilizers, which contribute to the growth of raw protein, on average, by 1.24-1.35% compared to the non-maneuverable agrophone. There is a tendency to increase the protein content of biomass during foliar processing of corn plants. From the use of complex fertilizers with trace elements, the protein collection increased by 6.5-26.5 %. Depending on the agrophone and the complex fertilizers used, no significant changes in the content of raw fiber were detected. Non-root treatment with fertilizers with trace elements contributed to obtaining a greater yield of exchange energy, compared with the options without foliar treatment of crops, the increase was 3.4-15.5% on fertilized, and 13.5-24.5% on non − fertilized agricultural backgrounds. In all the studied agrophones, the advantage of non-root treatment with Cytovite was revealed in terms of the output of exchange energy. The use of ECOFUS is slightly inferior to it in terms of efficiency.
玉米品质优化技术
玉米是最重要的饲料作物,它提供高能量饲料,是生产优质青贮饲料不可缺少的原料。引入矿物肥,并添加微量元素,有助于提高饲料的营养价值,减少青肉中纤维的含量,提高原料蛋白质的含量。本文介绍了不同根系营养水平的微量元素复合肥料对玉米非根加工的研究结果。结果表明,矿质肥对玉米生物量中蛋白质物质积累的影响最大,对原料蛋白质生长的贡献率平均为1.24 ~ 1.35%。玉米叶片加工过程中有增加生物量蛋白质含量的趋势。施用添加微量元素的复合肥料,蛋白质的收集量增加了6.5 ~ 26.5%。根据不同的agrophone和复合肥料的使用,未检测到原料纤维含量的显著变化。与不进行叶面处理的作物相比,施用微量元素肥料的无根处理能获得更高的交换能产量,施肥的作物比不施用叶面处理的作物增产3.4 ~ 15.5%,不施肥的作物增产13.5 ~ 24.5%。在所研究的所有agrophones中,在交换能输出方面,显示了细胞质非根处理的优势。ECOFUS的使用在效率方面略低于它。
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