杨安贵, 陈国惠, 冯丽, 吴文彬, 卫云飞. 玉米精量节肥防治面源污染高产栽培模式的研究[J]. 中国生态农业学报(中英文), 2004, 12(4): 145-148.
引用本文: 杨安贵, 陈国惠, 冯丽, 吴文彬, 卫云飞. 玉米精量节肥防治面源污染高产栽培模式的研究[J]. 中国生态农业学报(中英文), 2004, 12(4): 145-148.
YANG An-Gui, CHEN Guo-Hui, FENG LI, WU Wen-Bin, WEI Yun-Fei. Research on maize higll-yielding culture mode with applying fertilizer in extractive quantity to control nonpoint-source pollution[J]. Chinese Journal of Eco-Agriculture, 2004, 12(4): 145-148.
Citation: YANG An-Gui, CHEN Guo-Hui, FENG LI, WU Wen-Bin, WEI Yun-Fei. Research on maize higll-yielding culture mode with applying fertilizer in extractive quantity to control nonpoint-source pollution[J]. Chinese Journal of Eco-Agriculture, 2004, 12(4): 145-148.

玉米精量节肥防治面源污染高产栽培模式的研究

Research on maize higll-yielding culture mode with applying fertilizer in extractive quantity to control nonpoint-source pollution

  • 摘要: 采用三元二次回归组合设计试验研究探索出1套稳定玉米产量不变而精量节肥防治面源污染高产栽培模式,并建立了玉米栽培密度、施N量和施P量的数字模型,确定了P肥按穴基肥深施,N肥以速效攻穗为主的深施(1Ocm 以上)化肥的施肥技术。

     

    Abstract: Using the orthogonal quadratic regression design method,a cultivation technology mode to retain maize high yield with applying fertilizer in extractive quantity is found out,by which nonpoint-source pollution can be controlled.From the research result,a numeric rllode of the density of maize planting,quantity of applying N and quantity of applying P is built,and the applying technologies of fertilizer are defined including deep hole-application of P fertilizer and deep application of N fertilizer for the rapid growth of its ears.

     

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