基因型与环境互作对甜菜生产性能的meta分析

P. Fasahat, M. Aghaeezadeh, M. Kakueinezhad, Leila Jabbari
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引用次数: 1

摘要

不同气候条件下甜菜基因型的评价是育种计划的主要目标。在大多数研究中,环境对甜菜的质量和数量性状有很大的影响。因此,从不同环境中收集的数据可能有助于更准确的基因型选择。本研究采用基于Hedges技术的荟萃分析方法,评估了不同环境对甜菜基因型生产性能的影响。数据收集于15年间(2003-18年)在伊朗12个地区进行的149项试验。对所有试验的性状值进行加权,然后估计效应大小、反应比和置信区间。在研究环境中,Khoy对根产量、含糖量、糖产量和白糖产量均有正向影响。可以预见,环境对最终产量形成的影响很大,因此设拉子环境对根产量和糖产量都有负面影响。总体而言,基于meta分析结果的环境排名与通过比较平均结果得出的排名有很大不同。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A meta-analysis of genotype × environment interaction on sugar beet performance
Summary The evaluation of sugar beet genotypes under different climate conditions is a principal goal of breeding programs. In most studies, environment has a high influence on the qualitative and quantitative traits of sugar beet. Therefore, data collected from different environments may contribute to more accurate genotype selection. In this study, the effect of different environments on sugar beet genotypes’ performance was evaluated using a meta-analysis method based on Hedges’ technique. Data were collected from 149 trials conducted in twelve regions in Iran over 15 years (2003–18). For all trials, the value of the traits was weighted, and subsequently the effect size, reaction ratio and confidence interval were estimated. Among the studied environments, Khoy had a positive effect on root yield, sugar content, sugar yield and white sugar yield. As could be expected, the effect of environment on final yield formation was high, so that the Shiraz environment had a negative effect on root yield and sugar yield. Overall, the ranking of environments based on the meta-analysis results was quite different from that obtained by comparison of mean results.
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