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Morphological Diversity of Corn’s (Zea mays L.) Local Cultivar and Improved Varieties in Central and North of Benin

机译:贝宁中部和北部玉米(Zea mays L.)本地品种的形态多样性和改良品种

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The better knowledge of a plant genetic biodiversity is based on a prior study of its agro-morphological characteristics. The objective of this study was to investigate the morphological diversity of maize accessions and its structure on the basis of 14 variables. For the experimentation, 43 and 98 maize accessions were planted in three replicates respectively in central and northern Benin following an incomplete randomized block. The mixed model analysis of two factors variance revealed a significant difference for all accessions considering each agro-morphological characteristic evaluated except the germination day of two areas seed accessions. The numerical classification grouped the accessions into four groups in each zone. The stepwise discriminant analysis showed that early characters related to plant height and ear insertion were the variables that discriminated accessions in both zones. Maturity and recovery ears, sensitivity to streak and the germination days are the variables that discriminate accessions of the two areas. These results provide a database for the creation of improved maize varieties that meet the needs of producers
机译:对植物遗传生物多样性的更好了解是基于对其农业形态特征的先前研究。这项研究的目的是在14个变量的基础上研究玉米种质的形态多样性及其结构。为了进行实验,在不完全随机区组之后,分别在贝宁中部和北部种植了43个和98个玉米分三份重复。对两个因子变异的混合模型分析表明,考虑到评估的每种农业形态特征,除两个区域种子种的发芽日外,所有种均存在显着差异。数值分类在每个区域将种质分为四组。逐步判别分析表明,与株高和穗插入有关的早期性状是区分两个区域中种质的变量。耳朵的成熟度和恢复力,对条痕的敏感性和发芽天数是区分这两个区域的变量。这些结果为建立满足生产者需求的改良玉米品种提供了数据库

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