小麦和三粒小麦样品在不同生长阶段的抗锈病能力

G. Volkova, O. Kudinova, O. O. Ignatieva, V. Agapova, E. V. Gladkova, O. Vaganova, I. Matveeva
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摘要

目的研究从 N. I. Vavilov 全俄植物遗传资源研究所(VIR)和俄罗斯南部育种中心收集的冬小麦、春小麦和冬三麦样本对叶锈病、黄锈病和茎锈病的抗性,并确定具有群体抗性的新来源。Vavilov All-Russian Institute of Plant Genetic Resources (VIR) 和俄罗斯南部育种中心收集的样本在不同发育阶段对叶锈病、黄锈病和茎锈病的抗性进行研究,并确定具有群体抗性的新来源。 材料与方法。分析了全俄植物遗传资源研究所(VIR)和俄罗斯南部育种中心收集的 158 个小麦和三粒小麦样本在不同植物生长阶段对叶锈病、茎锈病和黄锈病种群的抗性。在幼苗期,研究样本在联邦植物保护生物研究中心的气候箱中接种锈菌种群,并记录植物对病变的反应类型。在田间条件下,根据 CIMMYT 标准在人工感染背景下对样本进行评估。 结果。在田间条件下,79 个小麦和三粒小麦样本的成株阶段对叶锈病、黄锈病和茎锈病具有群体抗性,26 个样本的幼株阶段对叶锈病、黄锈病和茎锈病具有群体抗性。有 22 个样本在两个阶段都表现出对三种锈病的抗性。其中,5 个样本属于 VIR 系列,3 个冬季三粒小麦品种(Dozor、Knyaz、Svat)和 P.P. Lukyanenko 国家谷物中心的 Kavalerka 小麦品种选育,9 个来自 Donskoy 农业研究中心和联邦罗斯托夫农业研究中心的品系,以及 4 个联邦罗斯托夫农业研究中心选育的冬季三粒小麦品种(Ataman Platov、Zimogor、Kapral、Legion)。 结论已发现的具有群体抗性的小麦和冬季黑麦样本有望用于培育对锈病有免疫力的品种。
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Rust resistance of wheat and triticale samples in different plant growing stages
   Aim. To study resistance to leaf, yellow and stem rusts of winter and spring wheat and winter triticale samples from the collection of the N. I. Vavilov All‐Russian Institute of Plant Genetic Resources (VIR) and breeding centres of southern Russia in different phases of ontogenesis and to identify new sources with group resistance.   Material and Methods. The resistance of 158 wheat and triticale samples from the VIR collection and southern breeding centres to populations of leaf, stem and yellow rusts in different plant growth stages was analysed. In the juvenile phase the samples studied were inoculated with populations of rust fungi in climate chambers of the Federal Research Centre of Biological Plant Protection and the type of plant reaction to lesions was noted. In field conditions the samples were evaluated according to the CIMMYT scale on an artificial infectious background.   Results. In the adult plant stage under field conditions 79 wheat and triticale samples with group resistance to leaf, yellow and stem rusts were identified, and in the juvenile stage 26 samples. 22 samples showed resistance to three rusts in both phases of ontogenesis. Of these, 5 samples belong to the VIR collection, 3 winter triticale varieties (Dozor, Knyaz, Svat) and the Kavalerka wheat variety selection of the P.P. Lukyanenko National Grain Centre, 9 lines from the Donskoy Agrarian Research Centre and the Federal Rostov Agrarian Research Centre, and 4 winter triticale varieties (Ataman Platov, Zimogor, Kapral, Legion) of selections of the Federal Rostov Agrarian Research Centre.   Conclusion. The samples of wheat and winter triticale with group resistance which have been identified are promising for use in breeding for immunity to rust diseases.
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