具有复杂经济价值性状的软冬小麦初始育种材料的选育

L. Murashko, T. Mukha, O. Humenyuk, Y. Suddenko, N. Novytska, O. M. Martynov
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引用次数: 0

摘要

意图创造柔软冬小麦的新育种材料,对穗部疾病和害虫定植具有高度抗性,可用于育种过程。方法。这项研究于2017年至2020年在全国有色人种协进会雷梅斯洛小麦研究所植物保护部的田间感染苗圃中,在人工接种小麦植株的条件下进行。根据A.I.Borggard-Anpilogov的方法,建立了一种常见短毛的人工感染背景,包括在播种前几天用孢子污染种子材料。通过在开花期向软冬小麦植株喷洒从当地病原体群体中分离的孢子悬浮液,创造了镰刀菌穗枯病的人工感染背景。后果根据所进行的研究结果,选择了对镰刀菌病原体具有高抗性(高达5%的穗部损伤)的第四代软小麦杂交种组合:“Berehynia Myronivska”/“Nobeoka bozu”的蓟马种群为5.2 ind./穗,禾谷叶甲–35.0 ind./m2和“Horly­tsia myroniovska”/“C-Lokia”,蓟马种群为5.0 ind./穗,禾叶甲2.0 ind./m2。在第四代杂交种的人工感染背景下,就对普通短棍的抗性而言,选择了受普通短棍影响15%至20%的杂交组合“Berehynia Myronivska”/“Horianka”、“Lehenda Myronivska'”/“Nana”,蓟马种群为2.8–8.6 ind./穗,禾叶甲虫为5.0–6.0 ind./m2。“Oberih Myronivskyi”/“Maris Templer”和“Berehynia Myronivska”/“Horianka”的组合获得了穗长、穗粒数和穗粒质量的最高指标,它们是根据软冬小麦抗枯萎病和普通穗的育种计划创建的。结论。通过对病虫害的复杂抗性分离出的软冬小麦常系被用于NAAS的V.M.Remeslo小麦研究所和乌克兰国家植物遗传资源中心(以哈尔科夫的V.Ya.Yuriev命名的植物生产研究所)的育种过程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Creation of the initial breeding material of soft winter wheat with a complex of economically valuable traits
Purpose. Creation of new breeding material of soft winter wheat, highly resistant to diseases of the ear and pest colonization for use in the breeding process. Methods. The studies were carried out in 2017–2020 under conditions of artificial inoculation of wheat plants with pathogens of common bunt and fusariosis of the ear in field infectious nurseries of the Department of Plant Protection of the V. M. Remeslo Institute of Wheat of NAAS. An artificial infectious background of common bunt was created according to the method of A. I. Borggard-Anpilogov, which consists in contamination of seed material with spores several days before sowing. An artificial infectious background of fusarium ear blight was created by spraying soft winter wheat plants in the flowering phase with a suspension of spores isolated from the local pathogen population. Results. According to the results of the conducted research, highly resistant (up to 5% ear dama­ge) combinations of hybrids of the fourth generation of soft wheat were selected against the causative agent of fusarium: ‘Berehynia Myronivska’ / ‘Nobeoka bozu’ had a thrips population of 5.2 ind./ear, and cereal leaf beetle – 35,0 ind./m2 and ‘Horly­tsia myronivska’ / ‘C-Lokia’, the thrips population of which was 5.0 ind./ear, cereal leaf beetle – 2.0 ind./m2. On an artificial infectious background of fourth-generation hybrids, in terms of resistance to common bunt, the crossing combinations ‘Berehynia Myronivska’ / ‘Horianka’, ‘Lehenda Myronivska’ / ‘Nana’ were selected, which were affected by common bunt from 15 to 20%, and thrips population was 2.8–8.6 ind./ear, cereal leaf beetle – 5.0–6.0 ind./m2. The highest indicators of the length of the ear, the number of grains in the ear and the mass of grain from the ear were obtained in the combinations of ‘Oberih Myronivskyi’ / ‘Maris Templer’ and ‘Berehynia Myronivska’ / ‘Horianka’, which were created in accordance with the breeding programs of soft winter wheat for resistance against fusarium head blight and common bunt. Conclusions. The constant lines of soft winter wheat, isolated by complex resistance against diseases and pests, are used in the breeding process of the V. M. Remeslo Institute of Wheat of NAAS and the National Center of Plant Genetic Resources of Ukraine (The Plant Production Institute named after V. Ya. Yuriev, Kharkiv).
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