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首页> 外文期刊>Genetic Resources and Crop Evolution >Phenotypic characterization of diverse Bambara groundnut (Vigna subterranea [L.] Verdc.) germplasm collections through seed morphology
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Phenotypic characterization of diverse Bambara groundnut (Vigna subterranea [L.] Verdc.) germplasm collections through seed morphology

机译:通过种子形态对不同的班巴拉花生(Vigna地下[L.] Verdc。)种质表型进行表征

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Bambara groundnut (Vigna subterranea [L.] Verdc.) is an important grain legume native to Africa. Unlike other legumes, the crop has been largely neglected by science and is part of the so-called neglected and underutilized plant species of Africa. In Africa, farmers currently grow unimproved and heterogeneous landraces in seed mixtures that hold distinctive and divergent genetic attributes. The systematic selection of Bambara groundnut landraces into defined homogenous groups of seed morphotypes for effective breeding would boost crop productivity and quality, and improve food security. Systematic pre-breeding of Bambara groundnut is a starting point to enhance the productivity of the crop. The objective of this study was to characterize a wide range of germplasm of Bambara groundnut collections using seed morphology to classify and identify unique germplasm. Bambara groundnut seed collections (58 seed lots) from seven diverse geographic origins were phenotyped using visual technique to describe seed morphological features including: seed coat colour and pattern, seed eye colour and pattern and hilum colour and pattern. The study generated baseline seed morphology diversity information, and 353 different seed morphotypes of the crop were distinguished for field production of true to type lines and further genetic improvement.
机译:班巴拉花生(Vigna subterranea [L.] Verdc。)是一种原产于非洲的重要谷物豆类。与其他豆类不同,该作物在很大程度上已被科学所忽视,并且是非洲被忽视和利用不足的植物物种的一部分。在非洲,农民目前使用具有独特和不同遗传属性的种子混合物种植未经改良的异质地方品种。系统地选择班巴拉花生的地方品种分为确定的同种种子形态型群以进行有效育种,将提高作物的生产力和质量,并改善粮食安全。班巴拉花生的系统预育是提高作物生产力的起点。这项研究的目的是使用种子形态学对独特的种质进行分类,以表征班巴拉花生的各种种质。使用视觉技术对来自七个不同地理起源的班巴拉花生种子集合(58个种子批次)进行表型分析,以描述种子的形态特征,包括:种皮颜色和样式,种子眼颜色和样式以及门铃颜色和样式。该研究产生了基线种子形态多样性信息,并区分了353种不同的作物种子形态型,以进行真正的品系田间生产和进一步的遗传改良。

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