Resistance of samples of spring soft wheat of the world collection VIR to Puccinia recondite b conditions of the Orenburg cisdural Region

T. A. Timoshenkova
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Abstract

In the conditions of the steppe zone of the Orenburg region, the problem of increasing the resistance of grain production to abiotic and biotic stress factors is relevant. A dangerous biotic stress for wheat plants is leaf rust. With the constant process of morphogenesis in nature, it is necessary to search for sources and donors of resistance to pathogens in the specific conditions of the cultivation region for inclusion in the breeding process. To study the characteristics of the Puccinia recondite population, the genetic diversity of the world collection of spring soft wheat, and identify sources of resistance to leaf rust in the steppe conditions of the Orenburg Cis-Urals in 2017–2022. A field assessment of 140 samples was carried out. When considering the incidence of leaf rust, we used the methods of VIR (N.I. Vavilov All-Russian Institute of Plant Growing) and VIZR (All-Russian Research Institute of Plant Protection). Studies of P. recondite samples have established the prevalence of pathogenic populations virulent to the genes Lr 1, 2a, 2b, 2c, 3a, 3bq, 3ka, 11, 14a, 14b, 15, 17, 18, 20 and Lr 1, 2a, 2b, 2c, 3a, 3bq, 3ka, 9, 11, 14a, 14b, 15, 17, 18, 20. These populations are avirulent to the genes Lr 9, 16, 19, 24, 44 and Lr 16, 19, 24, 44. High Juvenile resistance was demonstrated by the varieties Lavrusha, Novosibirskaya 91, Sibirskaya 16, OmGAU-90 (West Siberian eco group), Spurt and Tulaikovskaya 108 (forest-steppe Volga eco group), Azhurnaya (steppe southern eco group), Aktyube 3 (steppe eastern eco group), Hoffman (North American eco group) and Chelyaba 75 (forest-steppe eastern eco group). Under field conditions, samples k-64365 Taiga Niva were not affected by brown leaf rust; k-64867 Novosibirskaya 44; k-64886 Aktobe 27; k-64976 CDC Merlin; k-64998 Favorite; k-65006 Hoffman; k-65007 GNS-28; k-65128 Altaiskaya 110; k-65139 Saratovskaya 74; k-65145 Volkhitka; k-65147 Skorospelka 98; k-65253 Omskaya 41; k-65269 Pin Chum 11; k-65449 Mertsana and k-65450 Yaritsa. The selected samples are recommended for breeding improvement of spring soft wheat in the conditions of the Orenburg region.
世界 VIR 保藏品中的春软小麦样本对奥伦堡奇斯杜拉州褐斑病菌 b 条件的抗性
在奥伦堡州草原区的条件下,提高粮食生产对非生物性和生物性胁迫因素的抵抗力是一个重要问题。叶锈病是小麦植物面临的一种危险的生物胁迫。随着自然界形态发生过程的不断变化,有必要在种植地区的特定条件下寻找抗病原体的来源和供体,以便将其纳入育种过程。为了研究 Puccinia recondite 种群的特征、世界春软麦收集的遗传多样性,并确定 2017-2022 年奥伦堡 Cis-Urals 地区草原条件下叶锈病抗性的来源。对 140 个样本进行了实地评估。在考虑叶锈病发病率时,我们采用了 VIR(N.I. Vavilov 全俄植物种植研究所)和 VIZR(全俄植物保护研究所)的方法。对 P. recondite 样本的研究确定了对 Lr 1、2a、2b、2c、3a、3bq、3ka、11、14a、14b、15、17、18、20 和 Lr 1、2a、2b、2c、3a、3bq、3ka、9、11、14a、14b、15、17、18、20 基因带毒的病原种群的普遍性。这些种群对 Lr 9、16、19、24、44 和 Lr 16、19、24、44 基因无抗性。Lavrusha、Novosibirskaya 91、Sibirskaya 16、OmGAU-90(西西伯利亚生态群)、Spurt 和 Tulaikovskaya 108(伏尔加森林草原生态群)、Azhurnaya(南部草原生态群)、Aktyube 3(东部草原生态群)、Hoffman(北美生态群)和 Chelyaba 75(东部森林草原生态群)等品种表现出较强的幼年抗性。在田间条件下,k-64365 Taiga Niva 样品未受褐叶锈病影响;k-64867 Novosibirskaya 44;k-64886 Aktobe 27;k-64976 CDC Merlin;k-64998 Favorite;k-65006 Hoffman;k-65007 GNS-28;k-65128 Altaiskaya 110;k-65139 Saratovskaya 74;k-65145 Volkhitka;k-65147 Skorospelka 98;k-65253 Omskaya 41;k-65269 Pin Chum 11;k-65449 Mertsana 和 k-65450 Yaritsa。建议在奥伦堡地区条件下对所选样本进行春软麦育种改良。
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