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Influence of Mineral Fertilizers on Winter Wheat Yield

机译:矿物肥料对冬小麦产量的影响

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The article considers the issue revealing the impact of slow-acting nitrogen fertilizers on the formation of leaf area and winter wheat productivity. A number of research was conducted in 2014-2017 in the forest-steppe zone of the Tyumen region, on leached chernozem, a predecessor is pure steam. In the period of earing the development of the leaf apparatus of winter wheat has been intensified by 0.18-4.73%, with respect to the control (without fertilizers) and other compared variants. Concerning the structure of winter wheat yield, within the period of study, the third, fourth and sixth variants of the experiment are traced, in which the control variant (without fertilizers) was exceeded by the largest number of indicators to the yield structure. The yield in the third, fourth and fifth variants was close in value, respectively, 3.36-3.41 kilo/ha, which is higher by 0.27-0.32 kilo/ha. The second option with the introduction of urea (60 kg/ha ai) appeared to be less effective: the average yield increase was 0.66% relative to the control. The yield of winter wheat, depending on the weather conditions of winter period, can vary from 2.20 to 4.58 t/ha, with a yield increase of up to 0.51 kilo/ha, which can positively affect the economic efficiency of cultivation and distribution of this yield in the Northern forest-steppe of the Tyumen region. It was established that the highest yield increase compared with the control one was obtained in the sixth variant with fertilization including carbamide encapsulated according to "Si" technology.
机译:本文考虑了揭示慢效氮肥对叶面积和冬小麦生产力的影响的问题。 2014 - 2017年在秋季地区的森林草原区进行了许多研究,在浸出的Chernozem上,前身是纯蒸汽。在耳朵的时期,冬小麦叶片设备的发展已经加剧了0.18-4.73%,相对于对照(没有肥料)和其他比较变体。关于冬小麦产量的结构,在研究期间,追踪实验的第三,第四和第六个变体,其中通过最大数量的指标超过屈服结构的控制变体(没有肥料)。第三,第四和第五变体中的产量分别为3.36-3.41千克/公顷,较高0.27-0.32千克/公顷。引入尿素(60kg / ha ai)的第二种选择似乎效果较小:相对于对照的平均产量增加为0.66%。冬小麦的产量,取决于冬季的天气条件,可从2.20到4.58 T / HA变化,产量增加高达0.51千克/公顷,这可以积极影响培养和分配的经济效率玉米林地区北森林林田的产量。确定与对照相比的最高产量增加,在第六个变体中获得施肥,包括根据“Si”技术包封的氨基甲酰胺。

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