收割后的玉米

A. Kishev, N. Mamsirov, R. A. Tiev, E. M. Egorova
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引用次数: 0

摘要

在农业技术中,中间栽培的后期作物在收获一年生牧草后种植,以获得绿色质量,在收获早期谷物作物后种植残茬作物。一年生草本植物在四月播种期达到割草的成熟期,在六月的第三个十年-七月的第一个十年收获绿色块茎。然而,在收获轮作主要作物后,距离生长季结束还有70-90天左右的时间,这足以使干草作物获得全面收获,从而提高耕地利用指数[1;6)。在这方面,2020-2022年在Kabardino-Balkarian共和国(Baksansky地区)的山脚下地区,对灌溉的顺高加索黑钙土进行了科学研究(根据b.a Dospekhov的“田间经验方法”),以研究改进干草作物种植玉米技术的要素,降低能源成本并优化土壤肥力的主要参数。最近,农业生产是在资源短缺、经济关系结构日益复杂和水土保持问题日益严重的情况下进行的。经济机制的主导地位从根本上改变了农业土地利用领域中许多普遍接受的观念和方法。总体目标是使每单位投入的作物产量最大化。研究发现,在冬菜籽凿凿加工至28 ~ 30 cm深度后,采用玉米割耕作粒,并施用N120P90剂量的肥料,有利于稳定土壤的农业物理性质,优化能量平衡
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Corn in postcut crops
In agrotechnologies postcut crops of intermediate cultures are placed after harvesting annual grasses for green mass, and stubble crops after harvesting early grain crops. Annual herbs at the April sowing dates reach mowing maturity and are harvested for green mass in the third decade of June – the first decade of July. However, after harvesting the main crop of the crop rotation, there are still about 70–90 days left until the end of the growing season, which is quite enough to obtain a full-fledged harvest in the hay crops, and thereby increase the index of arable land use [1; 6]. In this regard in 2020–2022 in the foothill zone of the Kabardino-Balkarian Republic (the Baksansky district), the scientific research was carried out on the irrigated Ciscaucasian chernozems (according to B.A. Dospekhov “Methodology of field experience”) in order to study the elements of improving the technology of growing corn in hay crops, providing a reduction in energy costs and optimization of the main parameters of soil fertility. Recently, agricultural production has been operating in the conditions of a resource deficit and an increasingly complex structure of economic relations and an ever-increasing problem of soil and water conservation. The dominance of economic mechanisms fundamentally changes many generally accepted ideas and approaches in the field of agricultural land use. The overall objective is to maximize crop production per unit of input. As a result of the research, it has been found that the cultivation of corn for grain by cutting, after winter rapeseed by chisel processing to a depth of 28–30 cm and the application of fertilizers at a dose of N120P90, contributes to the stabilization of the agrophysical properties of the soil and the optimization of the energy balance
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