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首页> 外文期刊>Journal of Food Legumes >Stability analysis in soybean [(Glycine Max 1.) Merrill]
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Stability analysis in soybean [(Glycine Max 1.) Merrill]

机译：大豆稳定性分析[（甘氨酸最大1.）美林]

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摘要

The present investigation was carried out to study stability performance over three environments for seed yield and its components in 13 advanced breeding lines (including five parents) of soybean using a randomized complete block design. The partitioning of (environment + genotype x environment) mean squares showed that environments (linear) differed significantly and were quite diverse with regards to their effects on the performance of genotypes for seed yield and most of the yield components. Stablegenotypes were identified for wider environments and specific environments with high per se performance (over general mean) for seed yield per ha. On the basis of stability analysis of individual characters, the genotype DSb 21 was identified as stablegenotype for all the characters studied with higher mean across environments. For seed yield, genotype DSb 23-2 was high yielder across environments compared to the check JS 335.
机译：进行了本发明的调查，以研究使用随机完整块设计的三种种子产量的三种环境及其组分的三种环境（包括五个父母）。 （环境+基因型X环境）平均正方形的分区表明，环境（线性）有显着不同，并且对于它们对种子产量和大部分产量组分的基因型性能的影响相当多样化。 对于更广泛的环境和特定环境的稳定性型，具有高科的特定环境（过于一般平均值），用于每公顷种子产量。 在单个性状的稳定性分析的基础上，基因型DSB 21被鉴定为具有在环境中具有更高平均值的所有角色的稳定增强型。 对于种子产量，与检查JS 335相比，基因型DSB 23-2在环境中为高yielder。

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