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Phenology of 'Tupy' and 'Xavante' blackberries grown in a subtropical area

机译:亚热带地区种植的'Tupy'和'Xavante'黑莓的物候特性

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The objective of this study was to evaluate the duration of phenological stages of 'Tupy' and 'Xavante' blackberries grown under subtropical conditions with the goal of optimizing the production system. The experiment was conducted at the Experimental Station, Agricultural Research Center, Londrina State University, PR, Brazil, during two consecutive seasons: 2013 and 2014. A completely randomized design was used with five plot replications, with each composed of five plants. The duration (in days) of each phenological stage was recorded for both cultivars through visual observations at the following times: the onset of bud sprouting, the onset of flowering, the onset of fruit maturation, the beginning of fruit harvest, the end of flowering, and the end of fruit harvest. The duration (in days) of the following fruit development stages was also recorded: flower bud, full open flower, unripe green berry, ripening pink berry, and ripe berry. The phenological development of 'Tupy' and 'Xavante' blackberries was directly influenced by the subtropical winter conditions with changes in bud sprouting, flowering and fruit harvesting periods. In the 2013 season, 'Tupy' had a later start of the growth cycle than 'Xavante', but fruit harvest for both ended at the same time in early summer. In the 2014 season, 'Xavante' maintained its characteristic early start, and 'Tupy' also resumed the growth cycle, which was earlier than the previous season. The duration of fruit development was similar for both cultivars. 'Tupy' and 'Xavante' grown in subtropical mild winter conditions demonstrated unique phenology, with earlier and shorter growth cycles than in temperate regions; thus, growing blackberries as two annual crops to optimize the production system is proposed. (C) 2016 Elsevier B.V. All rights reserved.
机译:这项研究的目的是评估在亚热带条件下种植的'Tupy'和'Xavante'黑莓物候期的持续时间,目的是优化生产系统。该实验在巴西PR隆德里纳州立大学农业研究中心实验站的实验台上进行,连续两个季节:2013年和2014年。使用了完全随机的设计,重复了5个样地,每个样地由5种植物组成。在以下时间通过视觉观察记录两个品种每个物候阶段的持续时间(天):芽萌芽开始,开花开始,果实成熟开始,果实收获开始,开花结束,并结束水果收获。还记录了以下水果发育阶段的持续时间(天):花蕾,全开花,未成熟的绿色浆果,成熟的粉红色浆果和成熟的浆果。 “亚热带黑莓”和“黑莓”的物候发展直接受到亚热带冬季条件的影响,其芽萌芽,开花和果实收获期都有所变化。在2013赛季,“ Tupy”的生长周期比“ Xavante”的生长周期晚,但两者的果实收获都在初夏的同一时间结束。在2014赛季,“ Xavante”保持了其特色的早期起步,“ Tupy”也恢复了生长周期,该周期早于上一个季节。两个品种的果实发育时间相似。在亚热带温和的冬季条件下生长的“ Tupy”和“ Xavante”表现出独特的物候特征,与温带地区相比,生长周期更短。因此,提出了将黑莓作为两种一年生作物来优化生产系统的建议。 (C)2016 Elsevier B.V.保留所有权利。

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