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首页> 外文期刊>Communications in Biometry and Crop Science >Genotype X Environment Interaction Studies in Chenopodium album L.: An Underutilized Crop with Promising Potential
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Genotype X Environment Interaction Studies in Chenopodium album L.: An Underutilized Crop with Promising Potential

机译:Chenopodium album L.基因型X环境相互作用研究:具有潜在潜力的未充分利用的作物

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This study was carried out to evaluate the performance of different germplasm lines of Chenopodium album L. in successive foliage cuttings, as well as to study the magnitude and pattern of genotype × environment interaction for different morphological and quality traits. Thirteen germplasm lines of C. album were evaluated for three consecutive years at Lucknow, India. Data recorded was foliage yield and values for five morphological and three quality traits. Leaf protein among the lines ranged from 3.63-4.51 g 100 g-1 with a mean of 4.06 g 100 g-1, leaf carotenoids ranged from 0.98-1.40 mg g-1. Two diploid and four hexaploid lines had a high stability for foliage yield. Two germplasm lines of C. album CA-VI and CA-XI were the only lines, which showed stability for all quality traits. Lines CA-I, CA-VI and CA-XIII showed stability for foliage yield and were high yielding. This indicates the possibility of simultaneous selection for high yield and broad adaptation.
机译:本研究旨在评价藜麦不同种质系在连续插条中的表现,并研究基因型×环境相互作用对不同形态和品质性状的影响程度和模式。在印度拉克瑙连续三年评估了C. album的13个种质系。记录的数据是叶片产量以及五个形态和三个品质性状的值。品系中的叶蛋白范围为3.63-4.51 g 100 g -1 ,平均为4.06 g 100 g -1 ,叶类胡萝卜素的范围为0.98-1.40 mg g < SUP> -1 。两个二倍体和四个六倍体系对叶片产量具有很高的稳定性。仅有C. album CA-VI和CA-XI的两个种质品系,它们对所有品质性状均表现出稳定性。品系CA-1,CA-VI和CA-XIII显示出对叶片产量的稳定性并且是高产的。这表明了同时选择高产和广泛适应的可能性。

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