小扁豆(Lens culinaris L.)种子产量与某些形态生化性状的相互关系

G. Mandal
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引用次数: 0

摘要

利用通径分析对29个小扁豆基因型进行了相关研究,以确定一些形态和生化参数对产量的直接和间接影响。研究了以下性状:根瘤数、根瘤重、主根长、次根数、根鲜重和干重、株高、单株荚果数、开花至50%的天数、百粒重、叶片叶绿素含量、种子碳水化合物(含淀粉)含量、种子蛋白质含量和产量。考虑到遗传进步和GCV,我们观察到以下性状的选择是有益的:株高、单株荚果、开花至50%的天数、百粒重、种子蛋白质含量和产量。单株籽粒产量与百粒重、单株荚果数、株高、籽粒淀粉呈极显著正相关。开花天数至50%与产量呈负相关。通径系数研究表明,百粒重与荚果数之间存在较强的正向直接影响。叶片叶绿素含量对产量的影响。因此,直接选择荚果数和百粒重将是有益的,因为这些性状也具有较高的遗传率和较高的遗传进阶。株高对产量的直接负向影响较大,但与荚果数的间接影响较大,呈正相关关系。这可能是由于西孟加拉邦的冬季跨度短,导致作物被迫成熟。因此,在短冬跨条件下,高荚果数的矮株将获得更高的产量。
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Inter-Relationship between Seed Yield and Some Morphological and Biochemical Traits in Lentil (Lens culinaris L.)
Correlation Study with Path analysis was performed on 29 Lentil Genotypes to determine direct and indirect effect of some morphological as well as Biochemical parameters on Yield. Following traits were studied: Root Nodule number, Nodule weight, Primary Root Length, Secondary root numbers, Root Fresh and Dry weight, Plant Height, Pods per plant, Days to 50% Flowering, 100 seed weight, Leaf chlorophyll content, Seed Carbohydrate with Starch content, Seed Protein content and Yield. Considering both genetic Advance and GCV, it was observed that selection for the following characters viz. Plant Height, Pods per plant, Days to 50% flowering, 100 seed weight, Seed Protein content & Yield will be rewarding. Seed Yield per plant showed significantly Positive correlation with the following traits: 100 Seed weight, Pod number per plant, Plant height and seed starch. Negative association with yield was found for Days to 50% flowering. Path coefficient study revealed that there was a strong positive direct effect of 100 seed weight and Pod no. per plant along with Leaf Chlorophyll content on Yield. Hence, direct selection only for Pods number and 100 seed weight will be rewarding as these characters also gave higher heritability % along with high Genetic advance. Plant height gave strong negative direct effect on yield, but it gave a positive correlation due to high indirect effect in association with pod number. It may be due to short winter span of West Bengal which results into forced maturity of the crops. So short plants with higher pod numbers will be desirable for higher yield in short winter span condition.
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