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Effect of Combination of Soil Granular NPK and Foliar Liquid Fertilizer on Nutrients Uptake and Maize Yield

机译:土壤颗粒氮磷钾与叶面液肥配合施用对养分吸收和玉米产量的影响。

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Investigation to compare the effect of soil basal granular NPK fertilization to its combination with liquid foliar fertilization on maize nutrients uptake and yield was conducted on experimental station of the Institute of Agricultural Research and Training (IAR&T), Obafemi Awolowo University, Moor Plantation Ibadan located at Ikenne, Ogun state Nigeria; high rain forest agro-ecology and experimental farm of the Nigeria Institute For Oil Palm Research (NIFOR) at Ikoga, Badagry, Lagos state; coastal rain forest agro-ecology in 2009 cropping season. The experimental design was a randomized complete block design (RCBD) with three replications. The treatments consisted of different levels of soil applied NPK (20-10-10) fertilizer in combination with liquid foliar fertilizer from Vioryl products, sole 100 kg/ha NPK and sole liquid foliar fertilizer products. Application of 100 kg/ha granular NPK fertilizer combined with foliar fertilizer application resulted in higher dry matter, cob and grain weights, yield and more concentrations of N, P, K, Mg and Zn in maize tissues than individual application of NPK fertilizer or foliar fertilizer in both locations. The increase due to the soil application of NPK fertilizer at different levels (100, 80, 60 and 40 kg/ha) combined with foliar fertilizer compared to the sole application of 100 kg/ha NPK fertilizer varied from 16 to 60% at Ikenne and 17 to 48% at Badagry for maize grain weight, and 6 to 26% at Ikenne and 6 to 30% at Badagry for maize dry matter yield. Based on the results of this study, farmers are advised to use the foliar liquid fertilizer as a nutrient complement rather than as the basic fertilizer as is envisaged. Research needs to be conducted to ascertain the influence of seasons on various types of fertilizer applications on maize production.
机译:在巴西奥巴米米·阿沃罗沃大学农业研究与培训学院(IAR&T)的实验站进行了比较土壤基础粒状氮磷钾肥与液态叶面肥组合对玉米养分吸收和产量影响的研究。尼日利亚奥贡州伊肯(Ikenne);位于拉各斯州Badagry的Ikoga的尼日利亚油棕研究所(NIFOR)的高雨林农业生态和实验农场; 2009年沿海雨林的农业生态种植季节。实验设计是具有三个重复的随机完全区组设计(RCBD)。处理包括不同水平的土壤施用的NPK(20-10-10)肥料,Vioryl产品的液态叶面肥料,唯一的100 kg / ha NPK和唯一的液态叶面肥料产品。与单独施用氮磷钾肥或叶面肥相比,施用100 kg / ha颗粒氮磷钾肥与叶面肥相结合可提高玉米组织中的干物质,玉米芯和籽粒重量,产量以及更多的N,P,K,Mg和Zn浓度。在两个地方都施肥。与单独施用100 kg / ha氮磷钾肥料相比,在不同水平(100、80、60和40 kg / ha)下施用氮磷钾肥料在土壤上的增加量在Ikenne和16%至60%之间变化。玉米粒重在Badagry为17%至48%,Ikenne为6%至26%,在Badagry为6%至30%。根据这项研究的结果,建议农民使用叶面液态肥料作为营养补充剂,而不是设想的基本肥料。需要进行研究以确定季节对各种化肥施用方式对玉米生产的影响。

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