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Participatory variety selection and stability analysis of Durum wheat varieties (Triticum durum Desf.) in northwest Amhara

机译:杜兰姆小麦品种(Triticum Durum Desf)的参与性品种选择和稳定性分析。在西北阿哈拉

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Durum wheat (Triticum turgidum L. var durum ) is an indigenous predominant tetraploid wheat species in Ethiopia. Ten released durum wheat varieties were evaluated during 2016 and 2017 main cropping seasons at five districts representing various agro-ecologies of northwestern Ethiopia. The experiment was laid-out using Randomized Complete Block Design, replicated three times. Grain yield and protein contents (%) of entries were scored and the ANOVAs were performed for the traits under study. Additive Main effect and Multiplicative Interaction (AMMI) model was used to determine the stability of the genotypes across environments. Analysis of variance revealed a significant difference among the tested varieties for the grain yield in all tested locations. The AMMI analysis of variance of the grain yield showed that the presence of a highly significant difference among genotypes, environments and genotype–environment interaction with the contribution of 10%, 75.6% and 14.4% of the total sum of square variance, respectively. Genotypes Denbi, OBSA and Tate were identified as the most stable genotypes. Mukiye and Utuba recommend for Shebel Berenta; Filakit and TOLTU recommend for Debre; Elias and Mangudo recommended for Wonberema woreda.
机译:杜兰姆小麦( Triticum Turgidum L. Var Durum)是埃塞俄比亚的土着主要的四倍体小麦物种。在2016年和2017年,2016年和2017年主要种植季节评估了十个地区的遗传季节,代表埃塞俄比亚西北部各种农业生态。使用随机完整块设计进行实验,复制三次。评分谷物产量和蛋白质含量(%)条目,对研究的特征进行ANOVA。添加剂主要效果和乘法相互作用(AMMI)模型用于确定环境中基因型的稳定性。方差分析显示,所有测试地点的谷物产量的测试品种呈现显着差异。 AMMI对谷物产量的变化分析表明,基因型,环境和基因型环境之间的存在非常显着差异,分别与平方差异总和的10%,75.6%和14.4%的贡献相互作用。基因型DeNBI,鼠标和塔特被鉴定为最稳定的基因型。 Mukiye和Utuba为Shebel Berenta推荐; Filakit和Toltu推荐碎片; Elias和Mangudo推荐用于Wonberema Woreda。

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