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首页> 外文期刊>Plant Genetic Resources Characterization and Utilization >Genotypic variation in leaf epicuticular wax quantity in a large faba bean (Vicia faba L.) germplasm collection
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Genotypic variation in leaf epicuticular wax quantity in a large faba bean (Vicia faba L.) germplasm collection

机译:大型法豆豆(Vicia Faba L.)种质收集中的叶片侵占蜡量的基因型变异

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摘要

Among grain legumes, faba bean is reputed to be relatively sensitive to drought stress. Epicuticular wax (ECW) quantity is considered as an important drought adaptation strategy in plant species. This study aimed to define variation in leaf ECW concentration as a drought-adaptive trait in 197 faba bean accessions under well-watered conditions. The relationship between ECW and stomatal characteristics was also investigated. Highly significant differences were found in the ECW concentration, which ranged from 0.680 to 2.104 mg/dm(2). No relationships were found between ECW and any measure of stomatal morphology and function. This study provides evidence of the wide variation in ECW in faba bean germplasm, which is independent of stomatal characteristics and leaf water content. This variation may allow the genetic improvement of ECW as a drought-adaptive character in faba bean breeding programs aiming at the economical use of water.
机译:在谷物豆类中,法瓦豆被众所述,对干旱胁迫相对敏感。 弹性蜡(ECW)量被认为是植物物种中的重要干旱适应策略。 本研究旨在将叶ECW浓度的变化定义为197年Faba Bean脱水条件下的干旱适应性性状。 还研究了ECW和气孔特征之间的关系。 在ECW浓度中发现了强烈的显着差异,其范围为0.680至2.104mg / dm(2)。 ECW与任何气孔形态和功能的衡量标准之间没有任何关系。 本研究提供了Faba Bean种质中ECW宽泛变化的证据,该杂志属于气孔特征和叶含水含量。 这种变异可以允许ECW作为旨在经济利用水的法瓦豆种繁殖计划中的eCW作为干旱适应性的遗传改善。

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