大豆品种顶交组合的生产力组合能力

Q3 Agricultural and Biological Sciences
O. Mazur, O. Mazur
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引用次数: 0

摘要

采用双检验方法对具有不同经济价值性状和不同生态地理来源的大豆品种进行了顶交分析。根据配合力指标,大豆品种的价值由作物结构要素决定。在杂交群体中,正越界的程度和频率已被确定,这为杂交创造新品种提供了选择材料。在索耶2-95品种和KiVin试验中,发现ZKZ对矮豆的株高和附着性有较高的影响;通过生产节点的数量-在品种Sawyer 2-95, Medea, Kyivska 97和tester KyVin;根据每株豆的数量-在品种Ustya, Kyivska 97和tester KyVin;根据植物上的种子数量-在Medea, Kyivska 97和Hoverla测试品种;在Sawyer 2-95、Kyivska 97和Hoverla tester品种中,按1000粒种子的重量计算;根据植物的籽粒质量-在Medea, Kyivska 97和tester Hoverla品种中;在生产力方面-在Medea, Kyivska 97和tester Hoverla品种。结果表明,基因的加性效应在矮豆株高性状和附着性状、作物结构和产量要素的遗传控制中占主导地位,但也存在显著的非加性效应。根据单株豆子数、单株种子数和单株种子重,在绝大多数杂交群体中,遗传方式均为显性遗传和性状表现较高的亲本显性遗传。通过显性指标分析,鉴定出以特定性状的显性优势为特征,具有显著育种价值的杂交组合:Sawyer 2-95 × Hoverla、Kyivska 97 × Hoverla、Kharkivska早熟× Hoverla、Sawyer 2-95 × KiVin、Kharkivska早熟× KiVin。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
COMBINATION ABILITY OF SOYBEAN VARIETIES BY PRODUCTIVITY IN TOPCROSS CROSSES
Two-tester analysis of topcross crossings of soybean varieties, which differ in valuable economic traits and ecological and geographical origin, was used in the research. According to the indicators of combining ability, the value of soybean varieties was determined by the elements of the crop structure. In hybrid populations, the degree and frequency of positive transgressions have been determined, which is a selection material for the creation of new varieties by hybridization. High effects of ZKZ on plant height and attachment of lower beans were established in Sawyer 2-95 variety and KiVin tester; by the number of productive nodes - in the varieties Sawyer 2-95, Medea, Kyivska 97 and tester KyVin; according to the number of beans per plant - in varieties Ustya, Kyivska 97 and tester KyVin; according to the number of seeds on the plant - in the Medea, Kyivska 97 and Hoverla tester varieties; by the weight of 1000 seeds - in varieties Sawyer 2-95, Kyivska 97 and Hoverla tester; according to the mass of grain from the plant - in the varieties Medea, Kyivska 97 and tester Hoverla; in terms of productivity - in Medea, Kyivska 97 and tester Hoverla varieties. It was established that additive effects of genes were dominant in the genetic control of plant height traits and attachment of lower beans, elements of crop structure and productivity, but there was also a significant non-additive effect. According to the number of beans per plant, the number of seeds per plant, and the weight of seeds per plant, in the vast majority of hybrid populations, inheritance by the type of overdominance and dominance of the parental form with a higher manifestation of the trait was noted. The analysis of dominance indicators made it possible to identify crossbreeding combinations that are distinguished by the overdominance of the specified traits and have significant breeding value: Sawyer 2-95 × Hoverla, Kyivska 97 × Hoverla, Kharkivska precocious × Hoverla, Sawyer 2-95 × KiVin, Kharkivska precocious × KiVin.
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来源期刊
Agriculture and Forestry
Agriculture and Forestry Environmental Science-Nature and Landscape Conservation
CiteScore
1.60
自引率
0.00%
发文量
58
审稿时长
15 weeks
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