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首页> 外文期刊>Poljoprivreda i Sumarstvo: Agriculture and Forestry >ADDITIVE MAIN EFFECTS AND MULTIPLICATIVE INTERACTIONS (AMMI) ANALYSIS FOR FRESH FORAGE YIELD IN COMMON VETCH (VICIA SATIVA L.) GENOTYPES
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ADDITIVE MAIN EFFECTS AND MULTIPLICATIVE INTERACTIONS (AMMI) ANALYSIS FOR FRESH FORAGE YIELD IN COMMON VETCH (VICIA SATIVA L.) GENOTYPES

机译：普通蔬菜（VICIA SATIVA L.）基因型鲜食产量的加性主要效应和多重相互作用（AMMI）分析。

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The study was held to evaluate genotype × environment interactions and stability status of twenty common vetch (Vicia sativa L.) genotypes in terms of fresh forage yield trait by using additive main effects and multiplicative interactions analysis (AMMI). Field trials of the study were carried out during 2008-09, 2009-10 and 2010-11 growing seasons under the rainfed conditions of two different locations of the Southeastern Anatolia region of Turkey. The field trials were established according to randomized blocks design with three replications. Additive main effects and multiplicative interactions analysis (AMMI) showed that the effect of environments on genotype × environment interactions were found quite high levels for fresh forage yield trait. The first three principal component axes (IPCA 1 IPCA 2 and IPCA 3) were found highly significant (P<0.01), and they accounted for 93.44% of the total genotype by environmental interaction. Furthermore, the effect of environments on forage yields of common vetch genotypes was found to be highest (42.23%), it was followed by genotype×environment interaction (GEI) (36.13%) and genotypic effects (21.64%). AMMI analysis revealed that with their high yield means, and lower IPCA-1 scores, close to zero, respectively, D-135 (G6), IFVS-2541 (G4) and IFVS-715 (G3) were considered to be possessing high stable fresh forage yields. Therefore, these genotypes should be preferred for forage yield production in Southeastern Anatolia region conditions.
机译：进行了这项研究，通过使用累加主效应和乘性交互作用分析（AMMI），根据新鲜草料产量性状评估了20种常见etch子（Vicia sativa L.）基因型的基因型×环境相互作用和稳定性状态。这项研究的现场试验是在2008-09、2009-10和2010-11生长季节在土耳其东南安纳托利亚地区两个不同地点的雨水条件下进行的。根据具有三重复的随机区组设计建立了田间试验。加性主效应和乘性相互作用分析（AMMI）表明，对于新鲜牧草产量性状，环境对基因型×环境相互作用的影响相当高。发现前三个主要成分轴（IPCA 1 IPCA 2和IPCA 3）非常显着（P <0.01），并且通过环境相互作用它们占总基因型的93.44％。此外，发现环境对常见v子基因型饲草产量的影响最高（42.23％），其次是基因型×环境相互作用（GEI）（36.13％）和基因型效应（21.64％）。 AMMI分析显示，D-135（G6），IFVS-2541（G4）和IFVS-715（G3）具有较高的产率和较低的IPCA-1分数，分别接近零。新鲜草料产量。因此，在安纳托利亚东南部地区条件下，这些基因型应优先用于牧草产量的生产。

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