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首页> 外文期刊>Acta Horticulturae >Plant extracts treatment along with flower bud thinning promotes cactus pear production and fruit quality
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Plant extracts treatment along with flower bud thinning promotes cactus pear production and fruit quality

机译:植物提取物处理以及花蕾稀疏促进仙人掌梨生产和果实质量

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Cactus pear is a high-value crop that grows well in arid and semi-arid regions around the world. The area of cactus pear plantations in Egypt has expanded in the past few years due to its nutritional value and tolerance to drought and salinity Improving growth and productivity of this crop under these stressful conditions can be achieved in many ways i.e., fertilization, fruit thinning, plant hormone, and plant extracts application. In the present study, plant extracts such as clove oil, turmeric extract, and Nigella sativa seed oil (thymoquinon) were utilized to investigate their effect along with flower bud thinning on cactus pear productivity and fruit quality. During the 2014 and 2015 seasons, 12-year-old plants were sprayed with plant extracts,each at 0.25 and 0.5 g L1 concentrations, three times: before flowering, after fruit set and 21 days after that. The flower bud thinning treatments were done after bud emergence at 4, 6, 8 and 10 bud cladode '. The results showed that thinning slightlyincreased the yield while thinning plus spray applications substantially increased it in both seasons compared to control. Fruit characteristics (fruit weight, fruit size, pulp weight, fruit juice acidity and total soluble solids) were also dramaticallypromoted by all treatments. The highest productivity and the best fruit characteristics were obtained with turmeric extract (0.5 g L-1) along with thinning at 8 buds cladode*1. The results of this study suggest that this treatment may have the potentialfor improving cactus pear fruit production in term of quantity and quality.
机译:仙人掌梨是一个高价值的作物,在世界各地的干旱和半干旱地区生长。由于其在这些压力条件下,在过去几年中,埃及的仙人掌梨种植园在过去几年中已经扩大了这种作物的增长和生产力,可以在许多方面实现,即施肥,水果稀薄,植物激素和植物提取物应用。在本研究中,利用植物提取物如丁香油,姜黄提取物和Nigiva种子油(Thymoquinon)来研究它们的效果以及仙人掌薄膜生产率和果实质量的花蕾。在2014年和2015年季节期间,将12岁的植物用植物提取物喷洒,每个植物在0.25和0.5g L1浓度下,三次:开花前,水果套后和21天后。在芽出苗后,在4,6,8和10芽覆盖物后进行花芽稀释处理。结果表明,与对照相比,薄于稀释加入加油的同时略微增加产量,同时减薄加喷雾应用。果实特征(果子重,果实尺寸,纸浆重量,果汁酸度和总可溶性固体)也被所有治疗显着增加。用姜黄提取物(0.5g L-1)获得最高的生产率和最佳果实特性,以及在8芽Cladode * 1的薄膜下稀释。本研究的结果表明,这种治疗可能具有改善仙人掌梨果生产的潜在数量和质量。

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