首页> 外文期刊>Acta Horticulturae >Development of supporting techniques for pot Azalea (Rhododendron simsii hybrids) breeding focused on plant quality, disease resistance and enlargement of the assortment.
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Development of supporting techniques for pot Azalea (Rhododendron simsii hybrids) breeding focused on plant quality, disease resistance and enlargement of the assortment.

机译:杜鹃花(杜鹃)杂交育种支持技术的发展侧重于植物质量,抗病性和品种的扩大。

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摘要

For many decades, breeders have created new azalea cultivars at the Plant Unit of the Institute for Agricultural and Fisheries Research (ILVO, former DvP-CLO). In 2000, the Azalea Innovation Fund, in which all Belgian azalea growers are grouped, was established to fund partially this breeding work and since 2004, they participate in a research project on azalea. This project was divided into four topics; the first one was 'Development of bio-assays for resistance screening against Phytophthora spp. and Cylindrocladium scoparium. Aiming at a more sustainable culture, workable screening tests are needed for resistance screening of the azalea gene pool and seedlings. The culture of azaleas has to cope with more and more competition of other flowering pot plants. However, azaleas that are novel in one way or another (fragrant flowers, "savage" types) should be able to address new markets. To pursue this aim, we should explore the use of interspecific hybridization to enlarge the current assortment. In the third part of the project, segregation of plant quality traits will be explored in the offspring of parents that reveal the extreme phenotypes of the range of the examined trait. DNA marker analysis will be done on some of these populations resulting in the construction of a genetic map.
机译:几十年来,育种者在农业和渔业研究所(ILVO,原DvP-CLO)的植物部创造了新的杜鹃花品种。 2000年,杜鹃花创新基金成立,该基金将所有比利时杜鹃花种植者归为一组,以部分资助这项育种工作,自2004年以来,他们参与了杜鹃花研究项目。该项目分为四个主题。第一个是“开发针对疫霉菌的抗性筛选的生物测定方法。和柱形cla。为了更可持续的文化,需要可行的筛选测试来对杜鹃花基因库和幼苗进行抗性筛选。杜鹃花文化必须应付越来越多的其他开花盆栽植物的竞争。但是,以一种或另一种方式新颖的杜鹃花(芬芳的花朵,“野蛮”类型)应该能够开拓新的市场。为了实现这一目标,我们应该探索使用种间杂交来扩大目前的品种。在该项目的第三部分中,将在父母的后代中探索植物品质性状的分离,以揭示所检查性状范围的极端表型。将对其中一些种群进行DNA标记分析,从而构建遗传图谱。

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