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首页> 外文期刊>Journal of Biobased Materials and Bioenergy >Effects of Liquid Nano-Carbon Biological Fertilizer on Physiological Characters and Yield of Chinese Cabbage
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Effects of Liquid Nano-Carbon Biological Fertilizer on Physiological Characters and Yield of Chinese Cabbage

机译:液体纳米碳生物肥对大白菜生理特征及产量的影响

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In order to compare the effects of liquid nano-carbon biological fertilizer, humic acid and urea on Chinese cabbage, field plot experiment was conducted to study the effects of five different treatments on root length, yield and quality of annual Chinese cabbage. Fertilizer had significanteffect on root length of annual Chinese cabbage. The order of root length growth was T3 > T5 > T4 > T2> T1. The growth rates of roots were 21.69%, 18.94%, 14.26%, 3.77% and 0.0%, respectively. Fertilizer significantly increased the yield of annual Chinese cabbage. The order ofyield increase was T5 > T3 > T4 > T2 > T1. The yields were increased by 16.67%, 14.71%, 10.55%, 6.44% and 0%, respectively. Potato liquid nano-carbon bio-fertilizer has a significant effect on maintaining the growth and increasing yield of Chinese cabbage.
机译:为了比较液体纳米碳生物肥料,腐殖酸和尿素对大白菜的影响,进行了现场绘图实验,以研究五种不同治疗对年长度,产量和年白菜质量的影响。 肥料对年龄卷心菜的根部长度具有显着性。 根长生长的顺序为T3> T5> T4> T2> T1。 根源的增长率分别为21.69%,18.94%,14.26%,3.77%和0.0%。 肥料显着提高了每年大白菜的产量。 岩石的顺序增加是T5> T3> T4> T2> T1。 产量分别增加了16.67%,14.71%,10.55%,6.44%和0%。 马铃薯液纳米碳生物肥具有显着影响大白菜的生长和增加产量。

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