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首页> 外文期刊>Acta Horticulturae >Manipulating time of bud break, flowering and crop development of sweet cherry with the dormancy breaker Waiken?
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Manipulating time of bud break, flowering and crop development of sweet cherry with the dormancy breaker Waiken?

机译:用休眠破碎机“ Waken”操纵甜樱桃的芽断裂,开花和作物发育的时间?

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摘要

Trials were conducted over two seasons to determine the effect of late winter applications of the rest breaker Waiken~R (an emulsified vegetable oil compound, SST Australia Pty Ltd) on flowering and spring growth of sweet cherry cultivars 'Vista' and'Sylvia'. Trial design in all trials was a randomised complete block with 10 single tree replicates. An untreated control was included in all trials and Waiken was applied to dormant trees. In the first season, Waiken was applied at 4% by volume to drippoint to 'Vista' trees on 4th August (approx. 7 weeks before budburst). Treatment advanced and concentrated the flowering and harvest maturity and also reduced apical dominance and increased leaf canopy development in spring. The following season trialswere established on 'Vista and 'Sylvia'. In the 'Vista' trial, 4% Waiken was applied as a single application at four different times - the earliest on 2 August (54 days before budburst (dBBB)) and the latest application on 27 August (30 dBBB). In the 'Sylvia' trial, 4% Waiken was applied at either 73 dBBB (2 August) or 60 dBBB (15 August). In both cultivars, earlier applications of Waiken advanced bud break, flowering and fruit maturity by approximately 7 days. Later application of Waiken at 30 d BBB delayed bud development and flower opening, reduced the length of the flowering period and concentrated fruit maturity. Waiken increased early canopy development at all timings but to a greater degree with earlier applications (up to 300%). This work has demonstrated that Waiken is effective in manipulating budbreak and flowering in sweet cherry and has potential to delay bud and flower development to help avoid frost in frosty areas. However further work is needed to determine how late it can be appliedto delay bud break in cherries.
机译:在两个季节内进行了试验,以确定在冬季晚些时候使用破乳剂Waiken〜R(一种乳化植物油化合物,SST Australia Pty Ltd)对甜樱桃品种“ Vista”和“ Sylvia”的开花和春季生长的影响。在所有试验中,试验设计均为随机完整块,其中包含10个单棵树重复项。所有试验均包括未经处理的对照,Waken用于休眠的树木。在第一个季节,在8月4日(发芽前大约7周),以4%的体积将Waiken滴到“ Vista”树上。处理使花期和收获的成熟期提前并集中,并且在春季减少了根尖优势并增加了叶冠的发育。接下来的季节试验建立在“维斯塔和西尔维亚”上。在“ Vista”试验中,将4%Waiken作为单一应用在四个不同的时间进行应用-最早于8月2日(发芽前54天(dBBB)),而最新一次是8月27日(30 dBBB)。在“ Sylvia”试验中,在73 dBBB(8月2日)或60 dBBB(8月15日)处应用4%Waiken。在这两个品种中,Waiken的较早施用都可使花蕾断裂,开花和果实成熟提前约7天。后来在BBB 30 d施用Waiken可以延缓芽的发育和花的开放,缩短开花期的长度并集中果实的成熟度。在任何时候,Waiken都会增加早期树冠的发育,但是在早期应用中(更大程度地达到300%),其发展程度更大。这项工作表明,Waiken可有效控制甜樱桃的花蕾和开花,并具有延迟花蕾和花朵发育的潜力,有助于避免在霜冻地区结霜。然而,需要进一步的工作来确定可以将其延迟多长时间来延迟樱桃的芽破裂。

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