紫花苜蓿自交系选择研究结果

Meirman Galiolla, Kenenbayev Serik, Yerzhanova Sakysh, A. Serik, T. Saltanat
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引用次数: 2

摘要

对紫花苜蓿在生态地理类群背景下的采集情况进行了研究,共收集样品1078份,其中栽培品种985份。sativa L.和mvaria Mart.。,以及其他野生物种的93份样本。高产样品在草林制干草的三年周期中分配。分离样品的个别基因型用于选择形成合成品种所需的自交系。自交系是通过强制自花授粉在具有自育迹象的基因型上产生的。系统试验确定了J2和J3代自交系的选育效率。此时,整体组合能力达到一个潜在值,在J2和J3之外进一步孵育对组合能力的影响不明显。通过对J2和J3最佳自交系的选择,根据一般组合能力和合成品种结构,创造了受专利和作者证书保护的苜蓿品种:Kokorai、Osimtal和Kokbalausa。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Results of Selection Studies of Alfalfa Based on Inbred Lines
The collection of alfalfa in the context of ecology-geographical groups was studied, consisting of 1,078 samples, including 985 samples of the cultivated species—M. sativa L. and M. varia Mart., and 93 samples for other wild species. Highly productive samples are allocated in the three-year cycle of using the grass stand in the haymaking regime. Individual genotypes of isolated samples are used for selection of inbred lines required for the formation of synthetic varieties. Inbred lines were created by forced self-pollination on genotypes with signs of self-fertility. Methodical experiments established the efficiency of bringing inbred lines to generations J2 and J3. In this case, the overall combinational ability reaches a potential value, and further incubation outside of J2 and J3 does not significantly affect its value. With the selection of the best inbred lines in J2 and J3, the lucerne varieties: Kokorai, Osimtal and Kokbalausa, which are protected by patents and author’s certificates, have been created in accordance with the general combination ability and their inclusion in the structure of synthetic varieties.
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