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首页> 外文期刊>International Journal of Biosciences >Effect of K Nano-fertilizer and N Bio-fertilizer on yield and yield components of red bean (phaseolus vulgaris L.)
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Effect of K Nano-fertilizer and N Bio-fertilizer on yield and yield components of red bean (phaseolus vulgaris L.)

机译:钾纳米肥和氮生物肥对红豆(Phaseolus vulgaris L.)产量及产量构成的影响

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摘要

A field experiment was laid out in order to study on effect of Nano and Bio fertilizers on yield and yieldcomponents of red bean (pheseolus vulgaris L.) in Islamic Azad University, Boroujerd branch, Iran at 2014. Theexperiment was laid out in a factorial design based on randomized block design with three replications.Treatments were Nitrogen bio-fertilizers in four levels (Azot Barvar 1, Nitrokara, Nitroxin and control) with 27%Khazraa K chelate Nano-fertilizer (KKCNF) in four levels ( foliar 1, 2 and 3 in 1000 and control). Analysis ofvariance results showed that effect of N-biofertilizer and KKCNF treatments on yield and all yield componentswere significant at 1% probability level. Interaction effect of them was significant on all treats except number ofgrain per pod. According to the mean comparison charts, higher number of grain per pod , 1000 grain weight,biomass yield and grain yield for N bio-fertilizer found in Azot Barvar 1 and the control treatment had the lowestof them. For foliar application of KKCNF comparison of the mean values of them obtained at 2 in 1000 solutionand control treatment had the lowest. Interaction effect between N bio-fertilizer and KKCNF showed thatcombined application of Azot Barvar 1 and 2 in 1000 solution had the highest of the above treats and the controlcombined treatment had the lowest. In final our results indicated that yield and yield components of red beanincreased with application of N bio-fertilizer and KKCNF and could be replaced chemical fertilizers by thesefertilizers.
机译:为了研究纳米和生物肥料对红豆(Pheseolus vulgaris L.)红豆产量和产量构成的影响,于2014年在伊朗伊斯兰阿扎德大学Boroujerd分校进行了田间试验。该实验是通过析因设计进行的根据三步重复的随机区组设计,治疗包括四个级别的氮生物肥料(Azot Barvar 1,Nitrokara,Nitroxin和对照)和四个级别的27%Khazraa K螯合纳米肥料(KKCNF)(叶面1、2和5)。千分之三与对照)。方差结果分析表明,N-生物肥料和KKCNF处理对产量和所有产量构成部分的影响均在1%概率水平上显着。它们的相互作用对所有食物均具有显着的影响,每粒荚的粒数除外。根据平均比较图,Azot Barvar 1和对照处理中发现的氮素生物肥料的单荚粒数,1000粒重,生物量产量和籽粒产量最高。对于KKCNF的叶面施用,在1000溶液中2和对照处理中得到的平均值的比较最低。氮肥与KKCNF的交互作用表明,在上述处理中,Azot Barvar 1和2的组合施用量最高,而对照组合处理的施用量最低。最后,我们的研究结果表明,施用氮生物肥料和KKCNF可以提高红豆的产量和产量构成,并可以用这些肥料代替化肥。

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