首页> 外文期刊>International Journal of Biosciences >Correlation between yield and other treats in sugar beet ( Beta vulgaris L.) under application of different biofertilizers and irrigation
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Correlation between yield and other treats in sugar beet ( Beta vulgaris L.) under application of different biofertilizers and irrigation

机译:不同生物肥料和灌溉条件下甜菜(Beta vulgaris L.)产量与其他处理方式的相关性

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This study was conducted at Dorud region, Iran, during 2013. The aim of this research was study on correlation between yield and some agronomic characteristics of sugar beet ( Beta vulgaris L.) under of different biofertilizers and irrigation closed time. The experimental design was factor ial based on RCBD with three replications. Treatments were three irrigation closed time [Oct - 6 (A 1 ), Oct - 13 (A 2 ) and Oct - 21 (A 3 )] and three nitrogen biofrtilizers [Nitroxin (B 1 ), Nitrokara (B 2 ), Biozar (B 3 ) and control (B 4 )]. After treatments 3m 2 in each plot harvested for leaf and root yield measurement. Sugars, K%, Na% and N% were determined by Betalizer machine in Isfahan sugar beet factory. Results showed that, the effect of irrigation on root yield, sugar yield and white sugar yield were significant. The effect of different biofertilizers were significant on root yield, K%, N%, alkalinity coefficient and sugar yield and white sugar yield. Interaction effect of irrigation and biofertilizers were significant on root yield, sugar yield and white sugar yi eld only. Application of different biofertilizers and different irrigation closed time reviled that among the all treatment highest root yield was belonged at application of Biozar in Oct - 13 irrigation closed time and minimum root yield was belonged at app lication of Nitrokara in Oct - 21 irrigation closed time. The correlation matrix indicated strong and significant (p<0.01) correlation of root yield with sugar yield and white sugar yield (r=0.97 and 0.95) respectively. Also results showed had significant (p <0.05) positive and negative correlation between root yield and N % and alkalinity coefficient respectively. In final our results showed that with increase in root yield, sugar yield and white sugar yield increased and N % and alkalinity coefficient decrea sed.
机译:这项研究于2013年在伊朗的多鲁德(Dorud)地区进行。该研究的目的是研究不同生物肥料和灌溉关闭时间下甜菜(Beta vulgaris L.)的产量与某些农学特性之间的相关性。实验设计是基于RCBD的因子分析,具有三个重复。处理方法为三个灌溉关闭时间[Oct-6(A 1),Oct-13(A 2)和Oct-21(A 3)]和三个氮生物肥[Nitroxin(B 1),Nitrokara(B 2),Biozar( B 3)和控制键(B 4)]。处理后,每块田地中3m 2收获用于叶和根产量的测量。糖,K%,Na%和N%由伊斯法罕甜菜工厂的Betalizer机测定。结果表明,灌溉对根产量,糖产量和白糖产量的影响显着。不同生物肥料对根产量,K%,N%,碱度系数以及糖产量和白糖产量具有显着影响。灌溉与生物肥料的交互作用仅对根产量,糖产量和白糖产量有显着影响。施用不同的生物肥料和不同的灌溉关闭时间表明,在所有处理中,最高的根产量应归功于10月13日灌溉关闭时间的Biozar施用,而最低的根产量应归功于10月21日施用的Nitrokara灌溉关闭时间。相关矩阵表明根产量与糖产量和白糖产量之间的相关性强且显着(p <0.01)(r = 0.97和0.95)。结果还表明,根系产量与N%和碱度系数之间分别具有显着(p <0.05)正相关和负相关。最终,我们的结果表明,随着根产量的增加,糖的产量和白糖的产量增加,而N%和碱度系数降低。

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