前人在乌克兰北部草原条件下种植冬黑麦的有效性

Yu. V. Bezsusidnia
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摘要

时事性。目前,相关的问题是,根据播种日期和矿物质营养,前人对现代冬季黑麦品种的粮食生产力的影响,对这些问题的研究可以更充分地揭示植物的生物潜力,并大大提高乌克兰北部草原地区这种作物的产量。目的。研究北方草原不同播期、土壤矿质营养水平和气候条件下现代冬黑麦品种籽粒生产力形成特征。材料与方法。2018-2021年,以中国粮食科学院国有企业研究所“第聂伯罗”实验农场为基础,进行四因素田间试验。在植株矿质营养水平不同的背景下,分早(9月5 ~ 10日)、优(9月20 ~ 25日)、晚(10月5 ~ 10日)三个阶段播种帕米亚特·库杜尔卡和斯托尔品种的冬黑麦。结果。研究结果表明,前代处理对冬麦产量有显著影响。9月20日至25日播种的Stoir品种产量最高。与此同时,从历年研究的平均值来看,在冻融土壤上,氮肥植物的变异产量最高:春大麦后6.47 t/ha,向日葵后5.03 t/ha。Pamiat Khudoierka品种也提供了最高的产量,分别为6.17和4.72吨/公顷。然而,考虑到最大指标,品种间的产量差异分别为0.30 t/ha和0.31 t/ha。结论。结论。研究结果表明,在春大麦和向日葵之后,在9月20 ~ 25日播冬黑麦,早春施45 kg a.i./ha氮肥,可确保storir品种形成最高产量,分别为6.47和5.03 t/ha。关键词:冬黑麦,前代,品种,播期,饲料作物,产量
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Effectiveness of predecessors at growing winter rye (Secale Cerealе L.) in the conditions of Northern Steppe of Ukraine
Topicality. Nowadays, the relevant issue is the influence of predecessors on the grain productivity for the modern varieties of winter rye depending on the sowing dates and mineral nutrition, the study of which allows to reveal the biological potential of plants to a fuller extent and to significantly increase the yield of this crop in the Northern Steppe zone of Ukraine. Purpose. To study features for formation of grain productivity of modern winter rye varieties depending on the predecessors against the background of different sowing dates and the level of mineral nutrition in the soil and climatic conditions of the Northern Steppe. Materials and Methods. In the 2018–2021, the studies were conducted on the basis of Experimental Farm “Dnipro” of State Enterprise Institute of Grain Crops NAAS in four-factor field trial. Winter rye of Pamiat Khudoierka and Stoir varieties were sown after spring barley and sunflower against the background of different levels of mineral nutrition of plants in three terms: early (September 5–10), optimal (September 20–25) and late (October 5–10). Results. According to the research results, a significant influence of predecessors on the winter rye yield was established. The highest level of yield was obtained for the Stoir variety, which was sown in the period from 20 to 25 September. At the same time, on average over the years of research, the highest yield was observed in variants with nitrogen feeding plants on freeze-thawed soil: after spring barley – 6.47 t/ha, after sunflower – 5.03 t/ha. The Pamiat Khudoierka variety also provided the highest yield in these variants of the experiment – 6.17 and 4.72 t/ha, respectively. However, the difference in yield between varieties, taking into account the maximum indicator, depending on the predecessors was respectively 0.30 and 0.31 t/ha. Conclusions. Conclusions. According to the results of the research, it was found that sowing of winter rye after spring barley and sunflower in the most optimal terms, namely September 20–25, and the applying 45 kg a.i./ha nitrogen in early spring, ensured the formation of the highest yield in the Stoir variety, which was 6.47 and 5.03 t/ha, respectively. Keywords: winter rye, predecessor, varieties, sowing dates, feeding crops, yield
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