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首页> 外文会议>International Conference on Machinery, Materials and Computing Technology >Impact of application of biochar and biochar-based fertilizer on peanuts nutrient absorption and yield
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Impact of application of biochar and biochar-based fertilizer on peanuts nutrient absorption and yield

机译：生物炭和生物炭肥应用对花生养分吸收和产量的影响

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The object of this study was to investigate application of biochar and biochar-based fertilizer on the peanuts content of nutrient absorption and yield. The results showed that applying biochar-based fertilizer can improve nitrogen, phosphorus and potassium absorbed dose. In comparison with the lower level of carbon treatment, the higher one nitrogen absorbed dose was obviously increase by 14.62%. In application of biochar-based fertilizer and chemical fertilizer can improve phosphorus absorption significantly compared with carbon alone applied. The potassium absorption content of biochar-based fertilizer (BBF) treatment was the most and increased by 28.39% and 17.47% in comparison with NPK treatment and C15 treatment, respectively. Peanut yield was the highest when biochar-based fertilizer was used. It reached 3494 kg/hm~2 and higher than application of the same level of carbon and nutrient treatment by 16.8%, 9.80%, respectively.
机译：本研究的目的是研究生物炭和生物炭肥料对营养吸收和产量的花生含量的应用。结果表明，应用生物炭肥料可以改善氮，磷和钾吸收剂量。与碳处理较低水平相比，较高的氮吸收剂量明显增加14.62％。在基于生物炭的肥料和化肥的应用中，与单独施加的碳相比，可以提高磷吸收。与NPK治疗和C15治疗相比，生物炭肥料（BBF）治疗的钾吸收含量最多，增长了28.39％和17.47％。使用基于生物炭的肥料时，花生产量最高。它达到3494千克/ Hm〜2，高于施加相同水平的碳和营养处理量分别为16.8％，9.80％。

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