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Barley Production and Breeding in Europe: Modern Cultivars Combine Disease Resistance, Malting Quality and High Yield

机译:欧洲大麦生产和繁殖:现代品种结合抗病,阳性质量和高收益率

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Barley is still one of the major agricultural crops in Europe although cultivation area and grain production is obviously declining. While winter barley is clearly out-yielding spring barley, the latter is generally characterized by superior malting and brewing quality. Nonetheless, the use of winter barley is continuously replacing spring barley not only as animal feed but also for malt production. In major barley growing countries like Germany grain yield of classical winter barley cultivars, i.e. line varieties, has been increased by ca. 70 kg /ha /year in the last decades. The implementation of "haploidy steps" and use of doubled haploids in line breeding has caused an acceleration of breeding progress. More recently, the application of marker-assisted selection allowed an efficient combination of effective genes or loci (pyramiding) for enhancing resistance against fungal and viral diseases and improving product quality. Today, the development of a suitable hybrid system has formed the basis for an exploitation of heterosis in barley via hybrid breeding. New hybrid varieties tend to have in general a higher yield potential than line varieties. On this basis, it is feasible to enhance the performance of barley and to improve its competitiveness with other major crops such as wheat, maize or oilseed rape.
机译:虽然栽培区和粮食生产明显下降,但大麦仍然是欧洲的主要农作物之一。虽然冬季大麦清晰地出现出春季大麦,但后者通常以优越的麦芽和酿造质量为特征。尽管如此,冬季大麦的使用不仅是春天大麦,不仅是动物饲料,而且是麦芽生产。在德国粮食产量古典冬季大麦品种等主要大麦生长国家,即排行品种,已被加拿大增加。在过去的几十年中/年/年/年度。实施“千倍体步骤”的实施与促进繁殖中的双倍倍增物的使用导致了育种进展的加速。最近,可以施加标记辅助选择的应用促进有效基因或基因座(金字塔)的有效组合,以提高对真菌和病毒疾病的抵抗力,提高产品质量。如今,合适的混合系统的发展已经通过杂种繁殖形成了大麦杂种优势的基础。新的混合品种往往具有比线条品种更高的产量潜力。在此基础上,加强大麦的性能并提高其与小麦,玉米或油菜等其他主要作物的竞争力是可行的。

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