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Role of zinc and boron on the yield, quality, Zn and B availability and uptake by hybrid maize

机译:锌和硼对杂交玉米产量,品质,锌和硼有效性及吸收的作用

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Field experiment was conducted to know the impact of various levels zinc and boron application as individually and in combination on the yield and quality of hybrid maize var. COHM 4. The results showed that, application of ZnSO<,4> at 37.5kg·ha<'-1> registered the highest grain yield of hybrid maize and it was on par with the combined application of 25.0kg Zn SO<,4>+10.0kg Borax ha<'-1>. A linear increase in the protein content was noticed with Zn and B addition while the lowest protein content was observed at control plots. Further inclusion of Zn and B in the fertilizer schedule enhanced their respective soil nutrient status to sufficient range even at post harvest stage. The uptake pattern of Zn and B showed significant differences between with and without micro nutrient inclusion and the highest values were noted with the best treatments.
机译:进行了田间试验,以了解不同水平的锌和硼单独施用和联合施用对杂交玉米品种的产量和品质的影响。 COHM 4.结果表明,在37.5kg·ha'-1下施用ZnSO <,4>记录了杂交玉米的最高单产,与25.0kg ZnSO <,4的联合施用相当。 > + 10.0kg硼砂ha <'-1>。加入锌和硼后,蛋白质含量呈线性增加,而在对照样区观察到最低的蛋白质含量。施肥计划中进一步包含锌和硼,即使在收获后阶段,也将其各自的土壤养分状况提高到足够的范围。 Zn和B的吸收模式在有和没有微量营养素夹杂物之间显示出显着差异,并且在最佳处理下达到最高值。

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