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Entwicklung von Phytophthora-resistentem Zuchtmaterial für den ökologischen Landbau

机译:开发抗有机疫霉菌的育种材料

摘要

Under organic farming conditions late blight, caused by Phythophtora infestans, poses one of the highest production risks. Extensive plant breeding activities are needed to offer varieties which show higher resistance to this potato disease. For organic farming cultivars are required to thrive under reduced pest management and increased mechanical stress. To meet these demands the German Federal Ministry of Food and Agriculture has promoted a joint research project funded through the “Federal Organic Farming Scheme and other forms of sustainable agriculture” (BÖLN). The project brings together the German expertise in potato breeding: the Julius Kühn–Institut (JKI), the Leibniz-Institut für Pflanzengenetik und Kulturpflanzenforschung (IPK), the Bayerische Landesanstalt für Landwirtschaft (LfL) and German potato breeding companies. udA variety of modern and historic cultivars from potato breeders and the IPK Genbank, respectively, were used to combine quality traits with the late blight resistance of JKI breeding clones and other selected clones. Phenotypic results from a variety trial were used to choose suitable breeding partners. Where possible, the progeny were preselected using genetic markers for virus, nematode and late blight resistance. Central aspect of the project was to select clones in field trials under organic farming conditions. Since 2012 scientists and organic farmers have been choosing jointly from more than 2000 individuals per year to establish a late blight breeding pool for organic farming.ud
机译:在有机耕作条件下,由致病疫霉引起的晚疫病是最高的生产风险之一。需要进行广泛的植物育种活动,以提供对这种马铃薯病表现出更高抗性的品种。对于有机农业,要求在减少虫害管理和增加机械压力的情况下壮成长。为了满足这些需求,德国联邦粮食和农业部推动了一项联合研究项目,该项目由“联邦有机农业计划和其他形式的可持续农业”(BÖLN)资助。该项目汇集了德国马铃薯育种专业知识:JuliusKühn-Institut(JKI),Leibniz-InstitutfürPflanzengenetik und Kulturpflanzenforschung(IPK),Bayerische LandesanstaltfürLandwirtschaft(LfL)和德国马铃薯育种公司。 ud分别使用了来自马铃薯育种者和IPK Genbank的各种现代和历史栽培品种,将品质性状与JKI育种克隆和其他选定克隆的晚疫病抗性相结合。来自品种试验的表型结果被用来选择合适的育种伙伴。在可能的情况下,使用遗传标记对病毒,线虫和晚疫病抗性进行预选。该项目的主要方面是在有机农业条件下的田间试验中选择克隆。自2012年以来,科学家和有机农民每年一直从2000多个个体中共同选择,为有机农业建立晚疫病繁殖库。 ud

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