Germplasm Collection and Seed Diversity of Cowpea (Vigna unguiculata (L.) Walp.)

N. Al-Saady, S. Nadaf, A. Al-Lawati, S. A. Al-Hinai
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引用次数: 5

Abstract

Cowpea (Vigna unguiculata L.) is a legume crop cultivated in whole of Arabian Peninsula countries including Oman as a dual crop for both food and fodder during summer. Both consumers and farmers prefer large size seeds. This paper presents the results of collecting missions of indigenous cowpea germplasm and analysis of seed diversity of collected accessions. The collecting mission led to the accumulation of seed samples of 64 accessions with large number from the governorates of Sharqiya (North Eastern) (19), followed by Dhofar (Southern) (17), Al-Dakhiliyah (Interior) (10), South Batinah (South Coast) (9), North Batinah (North coast) (5) and Dhahira & Buraimi (4). The accessions were diverse in respect to all the seed traits studied, i.e. seed length (cm) and width (cm), 100-seed weight (g) and seed color. The accessions were grouped into 14 genetically diverse clusters based on the Principal Component Analysis, which revealed the contribution of seed length and 100-seed weight to the total variation existing in indigenous germplasm collected from all the governorates of Oman. The results of critical examination of seed color pattern of these samples indicated the presence of as many as 31 groups of which the largest group had 16 accessions followed by a group with 4 accessions, 2 groups with 3 accessions each and 9 groups with 2 accessions. There were 19 accessions numbering 193, 197, 251, 269, 276, 280, 293, 297, 301, 303, 325, 327, 328, 331, 332, 333, 339, 343 and 347 which formed groups of their own due to a unique combination of seed coat colors.
豇豆种质资源及种子多样性研究
豇豆(Vigna unguiculata L.)是一种豆科作物,在包括阿曼在内的整个阿拉伯半岛国家都有种植,在夏季作为食物和饲料的双重作物。消费者和农民都喜欢大粒种子。本文介绍了豇豆本地种质资源的采集任务和采集材料的种子多样性分析结果。收集任务导致64个材料的种子样本积累,其中大部分来自Sharqiya(东北部)(19),其次是Dhofar(南部)(17),Al-Dakhiliyah(内陆)(10),South Batinah(南海岸)(9),North Batinah(北海岸)(5)和Dhahira & Buraimi(4)。这些材料在所有研究的种子性状方面都是不同的,即种子长度(cm)和宽度(cm), 100粒重(g)和种子颜色。基于主成分分析,将这些材料分为14个遗传多样性簇,揭示了种子长度和百粒重对阿曼各省本地种质总变异的贡献。对这些样品的种子颜色图案进行了严格的检验,结果表明它们有31个组,其中最大的组有16个,其次是4个组,2个组各有3个,9个组有2个。共有19个品种,编号为193、197、251、269、276、280、293、297、301、303、325、327、328、331、332、333、339、343和347,由于种皮颜色的独特组合而形成了自己的群体。
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