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首页> 外文期刊>Ciencia Rural >Gibberellic acid combined with hand pollination increases ‘Red’ and ‘Lessard Thai’ sugar apple fruit quality and produced parthenocarpic ‘Gefner’ atemoya fruits
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Gibberellic acid combined with hand pollination increases ‘Red’ and ‘Lessard Thai’ sugar apple fruit quality and produced parthenocarpic ‘Gefner’ atemoya fruits

机译:赤霉素与手工授粉相结合可提高“红色”和“泰国柠檬色”糖苹果果实的品质,并产生单性结实的“杰夫纳”阿迪莫亚果实

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The present research aimed to evaluate the effect of applying gibberellic acid (GA3) with hand (HP) or natural pollination (NP) on fruit set and the fruit quality of ‘Red’ and ‘Lessard Thai’ sugar apple and ‘Gefner’ atemoya fruits.This study was performed in an experimental orchard located in Homestead, Florida, USA. The experimental design included randomized blocks, with eight treatments, four replicates and four plants per plot. Treatments included: (1) HP; (2) HP + 10 mg L-1 GA3; (3) HP + 100 mg L-1 GA3; (4) HP + 1,000 mg L-1 GA3; (5) NP; (6) NP + 10 mg L-1 GA3; (7) NP + 100 mg L-1 GA3 and (8) NP + 1,000 mg L-1 GA3. The HP plus 1,000 mg L-1 GA3 promoted fruit setting above 90% over the 14 weeks for all genotypes evaluated. Significant increments for length and total fruit weight were observed. ‘Red’ sugar apple and atemoya had a reduced number of seeds per fruit. The NP plus GA3 (1,000 mg L-1) was effective in producing high quality seedless ‘Gefner’ atemoya fruits. This investigationdemonstratedthat GA3 plus hand pollination produced high quality sugar apple and atemoya seeded fruits and in association with natural pollination promoted seedless ‘Gefner’atemoya fruits.
机译:本研究旨在评估用手(HP)或自然授粉(NP)施用赤霉素(GA3)对坐果的影响以及“红色”,“泰国小”糖苹果和“杰夫纳”阿德莫亚水果的品质这项研究是在美国佛罗里达州霍姆斯特德的一个实验果园中进行的。实验设计包括随机区组,每块地进行八次处理,四次重复和四株植物。治疗包括:(1)HP; (2)HP + 10毫克L-1 GA3; (3)HP + 100毫克L-1 GA3; (4)HP + 1,000毫克L-1 GA3; (5)NP; (6)NP + 10 mg L-1 GA3; (7)NP + 100毫克L-1 GA3和(8)NP + 1,000毫克L-1 GA3。在所有评估的基因型中,HP加1,000 mg L-1 GA3在14周内将坐果提高了90%以上。观察到长度和总果重的显着增加。 “红色”糖苹果和atemoya每个水果的种子数量减少了。 NP加GA3(1,000 mg L-1)有效产生高质量的无核'Gefner'atemoya果实。这项调查表明,GA3加人工授粉可生产优质的糖苹果和atemoya种子果实,并与自然授粉结合可促进无籽“ Gefner” atemoya果实。

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