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Effects of biochar on acid black soil nutrient, soybean root and yield

机译:生物炭对酸性黑土养分,大豆根和产量的影响

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This research focuses on studying the effects of biochar on acidic soil nutrient, soybean production, root and plant height,using the method of pot plant simulation for soybean cultivation patterns in three ridging test. Biochar was applied for pot with set 0, 1, 5, 10, 15, 20, 25t hm-2. Biochar, diammonium hydrogen phosphate, urea and potassium chloride were fully mixed then sampled on soybean clover stage (V3), full bloom stage (R2) and the early mature stage (R7).This research examined the soybean root index. At the early mature stage (R7), soil samples were blown dry and examined chemical index. During the mature period (R8), we examined the yield and plant height. The results showed that, with the increase of the content of the biochar, available potassium , and organic matter was increased significantly, increasing 77.69mgkg-l, and 7.56gkg-l compared with control respectively. The root dry weight, main root length, lateral root number, total length, lateral root number, root dry weight of the maximum was respectively increased by 80.85%, 100%, 33.86%, 167.74%, 26.31% and 80.41% than control in early mature stage. The yield increased by 35.97% compared with control.
机译:本研究侧重于研究生物炭对酸性土壤养分,大豆生产,根和植物高度的影响,采用盆栽培养模式的盆栽植物模拟方法。 BioChar适用于带有0,1,5,10,15,20,25t HM-2的锅。完全混合生物炭,磷酸二铵,尿素,尿素,然后在大豆三叶子阶段(V3),全绽放阶段(R2)和早期成熟阶段(R7)上采样。该研究检查了大豆根指数。在早期成熟阶段(R7),土壤样品吹干并检查化学指数。在成熟时期(R8)期间,我们检查了产量和植物高度。结果表明,与所述生物炭,可用的钾的含量的增加,和有机物显著增加,增加77.69mgkg-1,和7.56gkg -1-分别与对照组相比。根系干重,主要根长,侧根,总长度,最大根系,根系干重分别增加80.85%,100%,33.86%,167.74%,26.31%和80.41%早期成熟阶段。与对照相比,产量增加了35.97%。

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