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Grain yield response of facultative and winter triticale for late autumn sowing in different weather conditions

机译:不同天气条件下秋季播种的毕业与冬季小教的粮食产量反应

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Climate change is affecting the growing conditions of winter cereals. Peculiarities of organogenesis and their impact in grain yield of facultative triticale depend on different nitrogen fertilization can help to avoid adverse effects of unfavorable conditions. Field experiment was conducted in zone of the Right-Bank Forest-Steppe of Ukraine. The experiment included 2 late autumns sowing periods and fertilization system with few variants of nitrogen fertilization applied in spring. Features of organogenesis of two winter varieties and facultative triticale Pidzimok kharkivskiy were determined by apical meristem microscopy from emergence till heading. Was established process of apical meristem differentiation in facultative triticale has non-linear relation between temperature and number of spikelets. The efficiency of apical meristem differentiation reaches its maximum at 12 °C. Grain yield of triticale varieties depend on studied factors but main impact had weather conditions. Grain yield of facultative triticale significantly exceeds winter varieties and had a lesser difference between sowing period than winter cultivars. Crops in the first sowing period were more productive than in the second. Facultative triticale has great productivity potential in late autumn sowing and can realize it in various conditions. Reduced yields in late sowing are lower than in winter cultivars.
机译:气候变化正在影响冬季谷物不断增长的条件。有机组织的特性及其对近型小教物籽粒产量的影响取决于不同的氮肥可以有助于避免不利的条件的不利影响。在乌克兰的右岸森林 - 草原区的区域进行了田间实验。该实验包括2个深秋播种时期和施肥系统,春季施用氮肥少量含氮。两种冬季品种和兼职色情的功能性的特征是通过从出现到前线的顶端分类学显微镜测定。在兼性小教中的顶端单位分化的成立过程具有温度和尖峰数之间的非线性关系。顶端单位分化的效率在12°C下达到其最大值。小教物品种的谷物产量取决于研究因素,但主要影响有天气条件。兼产小教物的粮食产量明显超过冬季品种,播种时期比冬季品种在较小的差异。第一次播种时期的农作物比第二个播种时间更加成熟。兼表性小教徒在深秋播种中具有良好的生产力潜力,可以在各种条件下实现它。晚期播种的产量降低低于冬季品种。

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