Оptimization在波兰西部的肥料和叶食性冬季油菜(Brassica napus L.)

A. V. Kurach, L. Lukashchuk, O. Zlotenko, S. Gen
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The research was carried out at the Institute of Agriculture of Western Polissia on a typical low-humus light loamy chernozem. General scientific methods and analyses were used to compare the factors under study: field method was used to determine the fertiliser efficiency; visual, measuring and weighing method; laboratory method; comparative and calculation method; statistical method. The results. It was found that on winter rape crops, the best degree of overwintering was 85.5–88.8 % and 83.0–86.0 % for fertilisation with N35P90K120 + N85S40 + N30 and N35S60K90 + N85, compared to N35P60K90 + N85, where these indicators are within 77.3–77.7 %. The highest survivability of plants during the growing season was 98.4–98.6 %, when N35P90K120 + N85S40 + N30 was applied together with foliar feeding (Huliver Stymul + Avanhard Silicon Bio (1.0 + 1.0 l/ha) and Huliver Stymul + Avanhard P Phosphorus + Potassium (1.0 + 0.6 l/ha) in the rosette phase and the beginning of budding. 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引用次数: 0

摘要

时事性。乌克兰市场条件的重大变化和播种面积结构的中断要求为现代冬油菜品种和杂交品种寻找最优和具有成本效益的施肥和作物管理系统。早春施肥中施用硫肥、硝酸铵,叶面施用促生长剂和微肥,改善了冬油菜的生长发育、产量结构和生产力。目的。开发复合肥、微量肥、生长促进剂等创新农业技术,以实现波兰西部冬季油菜的高产潜力。方法。这项研究是在西波兰农业研究所进行的,研究对象是一种典型的低腐殖质轻壤土黑钙土。采用一般的科学方法和分析方法对研究因子进行比较:采用田间法测定肥效;目测、计量和称重法;实验室方法;比较及计算方法;统计方法。结果。结果表明,在冬油菜上,N35P90K120 + N85S40 + N30和N35S60K90 + N85的最佳越冬程度分别为85.5% ~ 88.8%和83.0 ~ 86.0%,而N35P60K90 + N85的最佳越冬程度在73.3% ~ 77.7%之间。在莲台期和出芽初期,施用N35P90K120 + N85S40 + N30配合叶面饲喂(Huliver Stymul + Avanhard Silicon Bio (1.0 + 1.0 l/ha)和Huliver Stymul + Avanhard P磷+钾(1.0 + 0.6 l/ha),植株生长季存活率最高,为98.4% ~ 98.6%。单株荚果数最多,为121.5 ~ 124.0个,每荚种子数为24.1 ~ 24.7个,以N35P90K120 + N85S40 + N30两叶施肥,分别以华利弗·斯图尔+阿凡哈德硅生物(1.0 + 1.0 l/ha)和华利弗·斯图尔+阿凡哈德磷磷+钾(1.0 + 0.6 l/ha)施肥,千粒重为4.54 ~ 4.56 g。氮肥N35P90K120 + N85S40 + N30和叶面施肥(1.0 + 0.6 l/ha)的产量最高可达4.45 t/ha。结论。结果表明,早春施用硫酸铵N35S40和硝铵n50 ~ 85 kg/ha是冬油菜增产4.45 t/ha的有效方法,施肥增产幅度在5.1% ~ 15%之间。在春季莲座期和花蕾期叶面施用促生剂和微量肥2次,增产幅度为2.8 ~ 16.5%。关键词:冬油菜;施肥制度;叶面摄食
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Оptimization of fertilizer and foliar feeding winter rape (Brassica napus L.) in the Western Polissia
Topicality. Significant changes in market conditions and disruptions in the sown area structure in Ukraine require to search for optimal and cost-effective systems of fertilisation and crop management for modern varieties and hybrids of winter rape. The application of sulphur fertilisers, ammonium nitrate in early spring fertilisation and foliar feeding with growth stimulants and microfertilisers improves winter rape growth and development, yield structure and productivity. Purpose. To develop innovative agrotechnical practices involving the compound fertilizers, microfertilizers, growth stimulants, aimed to realize the high yield potential of winter rape in the Western Polissia. Methods. The research was carried out at the Institute of Agriculture of Western Polissia on a typical low-humus light loamy chernozem. General scientific methods and analyses were used to compare the factors under study: field method was used to determine the fertiliser efficiency; visual, measuring and weighing method; laboratory method; comparative and calculation method; statistical method. The results. It was found that on winter rape crops, the best degree of overwintering was 85.5–88.8 % and 83.0–86.0 % for fertilisation with N35P90K120 + N85S40 + N30 and N35S60K90 + N85, compared to N35P60K90 + N85, where these indicators are within 77.3–77.7 %. The highest survivability of plants during the growing season was 98.4–98.6 %, when N35P90K120 + N85S40 + N30 was applied together with foliar feeding (Huliver Stymul + Avanhard Silicon Bio (1.0 + 1.0 l/ha) and Huliver Stymul + Avanhard P Phosphorus + Potassium (1.0 + 0.6 l/ha) in the rosette phase and the beginning of budding. The largest number of pods per plant is 121.5–124.0 pcs, the number of seeds per pod is 24.1–24.7 pcs, the thousand seed weight – 4.54–4.56 g was observed for fertilisation with N35P90K120 + N85S40 + N30 with two foliar feeding with Huliver Stymul + Avanhard Silicon Bio (1.0 + 1.0 l/ha) and Huliver Stymul + Avanhard P Phosphorus + Potassium (1.0 + 0.6 l/ha). The maximum yield of 4.45 t/ha was obtained with fertiliser of N35P90K120 + N85S40 + N30 and foliar feeding with Huliver Stymul + Avanhard P Phosphorus + Potassium (1.0 + 0.6 l/ha). Conclusions. It was found that early spring application of ammonium sulphate N35S40 and ammonium nitrate N50–85 kg/ha was an effective method to increase the winter rape yield to 4.45 t/ha, the increase in yield due to fertilisation varied within 5.1–15 %. When foliar feeding with a growth stimulator and microfertilisers was applied two times in the spring rosette and flower budding stage, the yield increase ranged from 2.8 to 16.5 %. Key words: winter rape, fertilization system, foliar feeding, productivity
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