Environmental impact on downy mildew infection for different pea varieties

E. Bakinowska, W. Pilarczyk, B. Zawieja, A. Szczepańska-Álvarez
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Abstract

Summary In general, varieties of any cultivated species can differ in many aspects. One of the desirable traits in breeding new varieties is high yield, which can be significantly reduced by plant diseases. This study is an extension of previous research about the resistance of seed pea lines to downy mildew, and provides an extended analysis of this type of experiment. The probability of a degree of infection is determined based on a logistic model with a multinomial distribution. In the analysis the impact of a fixed effect of variety and random environmental effects is considered. It is shown that the environmental effects (combinations of years and location – macro-environments) significantly influence the resistance to diseases, and the differences among environments are larger than the variability of differences among genotypes over all environments. For two types of soils (light and rich) the most resistant varieties, which are significantly different from the control variety, are indicated.
环境对不同豌豆品种霜霉病感染的影响
一般来说,任何栽培物种的变种在许多方面都不同。高产是选育新品种的理想性状之一,可因植物病害而显著降低产量。本研究是以往豌豆种子品系对霜霉病抗性研究的延伸,对这类试验进行了拓展分析。感染程度的概率是根据多项式分布的逻辑模型确定的。在分析中考虑了品种的固定效应和随机环境效应的影响。结果表明,环境效应(年份和地点-宏观环境的组合)显著影响抗病性,环境间差异大于所有环境中基因型差异的变异性。对于两种类型的土壤(浅土壤和富土壤),指出了抗性最强的品种,它们与对照品种有显著差异。
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