西孟加拉邦terai地区一些有前途的本土茄子基因型的评价

Amar Biradar, Taru Dumi, Subhamoy Sikder, Shibnath Basfore, Ranjit Chatterjee
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摘要

目前的实验是在北方邦蔬菜和香料作物部实施的,在2019-20和2020-21秋冬季节,在西孟加拉邦terai地区对28个高度多样化的茄子基因型进行了10个非常重要的产量和产量归因性状的研究,以评估不同遗传现象在重要产量相关性状表现中的参与程度,并了解它们之间的相互关系,以设计更好的选择标准。结果表明,变异系数各分量的大小相近,除开花日数和果实成熟日数外,其余性状均表现出较高的估计值和较高的遗传力,表明环境因素对这些性状表现的干扰较小。这些性状的高遗传率加上平均遗传进步表明,有可能根据表型表现选择这些性状,以便在期望的方向上进一步改进。在基因型水平上,通径分析的剩余效应为0.1367,表明所研究性状对产量的贡献约为86.5%,表明本实验研究的成功需要适当的性状选择。从性状关联和通径系数分析发现,期望产量与单株平均果数(0.68和0.801)、单株平均果重(0.48和0.565)、单株一次枝数(0.51和0.113)呈高度正相关;因此,这些产量性状之间存在显著的正相关关系,说明考虑这些性状提高产量的同时选择育种策略可能是有益的,因为它们可能受到加性基因作用的调节。
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Evaluation of some promising indigenous brinjal genotypes under terai region of West Bengal
Present experiment was implemented under the Department of Vegetable and Spice Crops, Uttar Banga Krishi Viswavidyalaya, Coochbehar which situated at terai region of West Bengal during the autumn-winter season of 2019-20 and 2020-21 on 28 highly diversified brinjal genotypes on ten highly important yield and yield attributing traits to assess the extent of involvement of different genetic phenomena in manifestation of important yield related traits and to understand the inter relationship among them to design better selection criteria. Result revealed that there was close proximity in the magnitude among the component of coefficient of variation and these component exhibited high estimates coupled with high heritability for almost all the characters excepting days to first flowers and days to fruit maturity indicated less interference of the environmental factors in the manifestation of these traits. High magnitude of heritability coupled with genetic advance of mean for those character suggested possibility for selecting these characters based on phenotypic performance for further improvement at desired direction. Residual effect from path analysis was 0.1367 at genotypic level which suggested that contribution of the traits under study was approximately 86.5% on yield, argued for appropriate selection of traits for success of present experimental study. From character associationship and path coefficient it was found that expected yield was highly correlated in positive direction with average fruits per plant (0.68 and 0.801), average fruit weight (0.48 and 0.565), numbers of primary branches per plant (0.51 and 0.113); hence, these yield attributing traits were significantly positively related with each other which suggested that simultaneous selective breeding strategy considering these characters for improvement of yield could be rewarding due to their probable conditioning by additive gene action.
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