首页> 外文期刊>Journal of animal and veterinary advances >Effect of Different Sulphur Doses on Yield and Yield Components at Field Pea (Pisum sativum sp. arvense L.) Genotypes
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Effect of Different Sulphur Doses on Yield and Yield Components at Field Pea (Pisum sativum sp. arvense L.) Genotypes

机译:不同硫素剂量对豌豆(Pisum sativum sp。arvense L.)基因型产量和产量构成的影响

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The present study was conducted to determine the effects of sulphur doses (5 doses), year and genotype factors on plant height, pod number, seed number, seed number per pod, biological yield, seed yield and 1000 seed weight on different field peas in experimental field of Yuzuncu Yil University during 2005-2006 years. For this aim, the data were analyzed using three-way ANOVA design (2 genotypes×2 years×5 sulphur doses×3 replications). The effects of genotype factor on pod number (p<0.05), seed yield (p<0.01) and biological yield (p<0.01) were found to be significant, whereas the influence of year on plant height, pod number, seed number and biological yield were significant (p<0.01). It has been suggested in present study that: The effects of genotype by year interaction on seed number and biological yield were significant, the effect of genotype by dose interaction on biological yield was found to be significant, the effects of dose by year interaction on seed number and biological yield were significant and the effects of genotype×year×dose interaction on seed number per pod, seed number and biological yield were found to be significant. As a result, it was concluded that genotype 2 in terms of pod number, seed number and biological yield was found to be more advantageous than genotype 1 as well as the highest seed yield and biological yield were obtained from 4th sulphur dose.
机译:本研究旨在确定硫剂量(5剂),年和基因型因素对不同豌豆株高,荚数,种子数,每荚的种子数,生物产量,种子产量和1000种子重量的影响。 Yuzuncu Yil University 2005-2006年的实验领域。为此,使用三向ANOVA设计(2个基因型×2年×5个硫剂量×3个重复)分析数据。基因型因子对豆荚数(p <0.05),种子产量(p <0.01)和生物产量(p <0.01)的影响显着,而年份对株高,豆荚数,种子数和种子的影响生物产量显着(p <0.01)。本研究表明:基因型逐年交互作用对种子数量和生物产量的影响显着,基因型通过剂量互作对生物产量的影响显着,剂量逐年交互作用对种子的影响。数量和生物学产量均显着,基因型×年×剂量相互作用对单荚种子数量,种子数量和生物学产量的影响显着。结果,得出结论,就荚果数,种子数和生物产量而言,基因型2比基因型1更有利,并且从第4次硫剂量获得最高的种子产量和生物产量。

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