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Genetic resources are the base for improving the assortment of sweet cherry and large fruit cherry plum

机译:遗传资源是改善甜樱桃和大型果樱桃李子的各种各样的基础

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The article presents the results of research on the genetic resources of sweet cherry and cherry plum in the Nikita Botanical Gardens - National Scientific Center. Cultivars which are the sources and donors of valuable economical and biological traits: late flowering, its duration, winter hardiness, drought resistance, large-fruited, very early and very late ripening and fruit taste, resistance to cracking in sweet cherry fruits have been identified. In order to create highly productive cultivars and breeding forms resistant to abiotic factors, sources of valuable traits from genetic collections were used, which significantly increased the efficiency of the breeding process. The gene pool includes more than 300 sweet cherry genotypes and more than 400 cherry plums. New promising cultivars have been identified. They allow updating the conveyor for obtaining high-quality fruits in the southern zone of horticulture. Ten cultivars of sweet cherry: Uslada, Prizerka, Vesnyany Naspivy, Pikovaya Dama, Kutuzovka, Chernokrymka, Vitivnitsa, Znatnaya, Zarya Vostoka, Karadag and six cultivars of cherry plum: Andromeda, Desertnaya Rannaya, Obil’naya, Femida, Rumyanaya Zor’ka have been included in the State register of breeding in the Crimea and southern Russia. Four sweet cherry cultivars: Kudesnitsa, Ocharovanie, Triumf, Dolgojdannaya and one cherry plum cultivar: Feeriya, are undergoing a state test. Five new cultivars of sweet cherry and three cultivars of cherry plum, which surpass the zoned cultivars in a complex of valuable biological and economical characteristics, have been originated. The patents were received on these cultivars. A number of elite breeding forms of sweet cherry and cherry plum, which have a number of advantages over existing cultivars, have been originated.
机译:本文介绍了尼基塔植物园甜樱桃和樱桃李子遗传资源研究结果 - 国家科学中心。品种是有价值经济和生物特征的来源和捐赠者:晚开花,其持续时间,冬季耐寒,干旱,较大的,非常早期和熟练的果实,抗甜樱桃果实的抗裂性已经识别出来。为了为非生物因素造成高效的品种和育种形式,使用遗传收集的有价值的性状的来源,从而显着提高了育种过程的效率。基因库包括300多个甜樱桃基因型和超过400颗樱桃李子。已经确定了新的有希望的品种。它们允许更新输送机以获得园艺南部地区的高质量水果。十个品种甜樱桃:Uslada,Praireka,Vesnyany Naspivy,Pikovaya Dama,Kuteruzovka,Chernokrymka,Vitivnitsa,Znatnaya,Zarya Vostoka,Karadag和六个品种的樱桃梅:Andromeda,DesertNaya Rannaya,Obil'naya,Femida,Rumyanaya Zor'ka已被列入克里米亚和俄罗斯南部的育种育种登记册。四个甜樱桃品种:Kudesnitsa,Ocharovanie,Triousf,Dolgojdannaya和一个樱桃梅品种:Feeriya正在进行状态测试。五种新品种的甜樱桃和三种樱桃李子,在有价值的生物和经济特征的复杂中超越了分区品种。在这些品种上得到了专利。一些精英养殖形式的甜樱桃和樱桃李子,具有与现有品种的许多优势,已起源于现有品种。

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