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首页> 外文期刊>Ciencia Rural >Rooting of Lavandula angustifolia microcuttings
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Rooting of Lavandula angustifolia microcuttings

机译:薰衣草小切口的生根

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> face="Verdana, Arial, Helvetica, sans-serif" size="2">Two experiments were carried out aiming to evaluate the ex vitro rooting of L. angustifolia cv. 'Provence Blue' treated with different concentrations (0, 2.5, 5.0 and 10mM) of indolebutyric acid (IBA) with talc as a vehicle to evaluated the ex vitro rooting of 'Vera', 'Provence Blue', 'English' and 'Elegance Ice' lavender cultivars. The experiments were carried out in a greenhouse using three concentrations of AIB plus control. After the 30th day, it was evaluated: surviving microcuttings percentage, percentage of rooted microcuttings, roots number, roots length. It was concluded that the microcutting can be an efficient technique for lavender plantlets production, by using micropropagated plants as explants donor. The concentration of 5.0mM IBA was more effective on root length and rooting rate of microcuttings lavender cv. 'Provence Blue', despite reducing the number of roots. Among the cultivars the percentage of plant survival ranged from 82% to 100%. The lavender cultivars evaluated showed differences in ex vitro microcuttings rooting. The cultivars 'Provence Blue' and 'Elegance Ice' achieved higher percentage of rooting. The cultivars had no influence on the percentage of microcuttings survival. It was concluded that the microcuttings can be an efficient technique for the propagation of lavender since microcuttings treated with 5.0mM IBA have higher survival and rooting percentage of rooting and survival.
机译:> face =“ Verdana,Arial,Helvetica,sans-serif” size =“ 2”>进行了两项旨在评估 的离体生根的实验L. angustifolia cv。以滑石粉为载体,以不同浓度(0、2.5、5.0和10mM)的吲哚丁酸(IBA)处理“普罗旺斯蓝”,以评估“维拉”,“普罗旺斯蓝”的离体生根,“英语”和“优雅冰”熏衣草品种。实验是在温室中使用三种浓度的AIB和对照进行的。第30天后,评估:存活的微切屑百分比,生根的微切屑百分比,根数,根长。结论是,通过使用微繁殖的植物作为外植体供体,微切割可以成为生产薰衣草苗的有效技术。 5.0mM IBA的浓度对微切口薰衣草简历的根长和生根率更有效。尽管减少了根数,但还是“普罗旺斯蓝”。在品种中,植物存活的百分比为82%至100%。评估的薰衣草品种在体外微切屑生根方面存在差异。品种“普罗旺斯蓝”和“优雅冰”的生根率更高。品种对微切屑存活率没有影响。结论是,用5.0mM IBA处理的微切屑具有较高的成活率和生根率和生根率,因此,微切屑可作为薰衣草繁殖的有效技术。

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