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Recognition and Determination of Related Traits Importance with Seed Yield in Chickpea ( Cicer Aietinum )

机译:鹰嘴豆种子产量相关性状重要性的识别与确定。

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To study the relationship between seed yield and its components 5 varieties and 18 different genotypes of Cicer arietinum were evaluated. This study was carried out under dryland farming during 2007 in research farm of Razi university. Path analysis showed that in the first level of yield, the highest direct effect was related to biological yield and the highest indirect effect was related to seed number per plant due to biological yield. In second level of yield due to the seed number per plant double seed pod number had the highest direct effect and the highest indirect effect was related to hundreds seed weight due to double the seed pod number. In second level of yield due to biological yield, the highest direct effect was related to high plant and the highest indirect effect was related to high plant due to second branch number. In the third level of yield due to a hundred seed weight, the highest direct effect was related to pod diameter and the highest indirect effect was related to pod length due to pod diameter. Factor analysis showed that 5 factors explained 81.65 percent of the variance. Cluster analysis based on ward method were arranged genotypes in 3 clusters.
机译:为了研究种子产量与其组成之间的关系,对5个品种和18个不同基因型的Acerinum进行了评价。这项研究是在2007年于拉齐大学的研究农场进行的旱地耕作下进行的。通径分析表明,在第一级产量中,由于生物产量,最高的直接效应与生物产量有关,而最高的间接效应与单株种子数有关。在第二级产量中,由于每棵植物的种子数增加,因此双种子荚数具有最高的直接效应,而最高的间接效应与由于种子荚数加倍的数百个种子重量有关。在由于生物产量而引起的第二产量水平中,由于第二分支数,最高的直接效应与高植物有关,而最高的间接效应与高植物有关。在由于百粒重而导致的第三级产量中,最高直接效应与荚果直径有关,而最高间接效应与荚果直径有关。因子分析表明,有5个因子解释了81.65%的方差。基于病房法的聚类分析将基因型分为3个聚类。

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