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首页> 外文期刊>Bulgarian Journal of Agricultural Science >The influence of sowing time and micro-fertilizerson soybean productivity in the northern steppe of Ukraine
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The influence of sowing time and micro-fertilizerson soybean productivity in the northern steppe of Ukraine

机译:播种时间和微肥大豆豆生产率在乌克兰北草原中的影响

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摘要

Field studies conducted in 2016-2018 in the conditions of the northern Steppe of Ukraine with the mid-season soybean variety Romashka showed that the periods of sowing and application of micro-fertilizers have a significant impact on the growth and development of plants and their productivity. In particular, the efficiency of micro-fertilizer Quantum was higher than the early sowing at the soil temperature of 8-10°C (April 20) with the integrated application of seed treatment and crops, when a larger mass of plants was formed.The number of vacuoles and the number and weight of seeds of one plant increased. The shift of sowing to May 1, when the soil temperature was 10-12°C, resulted in a decrease in all indicators and a decrease in the efficiencyof micro-fertilizers. The highest productivity was obtained at the sowing time on April 20 and the treatment of seeds and crops by micro-fertilizer, Quantum, was 2.22 tons per hectare, and the increase in crop productivity was significant and amounted to0.28 t/ha (14.4%).
机译:2016-2018在乌克兰北部的北部草原条件下进行的现场研究与中午大豆品种罗马卡表明,播种和应用微肥的期间对植物的生长和发展产生了重大影响及其生产力。特别地,微肥料量子的效率高于8-10°C(4月20日)的土壤温度早期播种,当形成大量植物时,种子处理和作物的综合应用。一株植物种子的液泡数量和数量和重量增加。当土壤温度为10-12℃时,播种至5月1日的转变导致所有指标的减少和微肥料效率降低。在4月20日播种时间获得了最高的生产率,并通过微肥料,量子的种子和作物治疗每公顷2.22吨,作物生产率的增加显着,量为0.28吨/公顷(14.4 %)。

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