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Jujube post-harvest fruit quality and storagability in response to agro-chemicals preharvest application

机译:枣对农用化学品收获前施用的响应与收获后果实的品质和可贮藏性

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The present study was conducted on Peyuan jujube cultivar (Ziziphus Mauritania?Lamk) during the two successive seasons, 2010 and 2011 at Research and Agricultural Experimental Station, King Saud University, Saudi Arabia in order to investigate the effects of preharvest application of putrescine (Put), gibberellic acid (GA3), salicylic acid (SA), naphthalene acetic acid (NAA), cytofex (CPPU) and calcium chloride (CaCl2) on fruit yield, ripening date and quality at harvest and after cold storage at 5°C and 85 to 90% relative humidity (RH). Fruits were sprayed once three weeks before harvest (at the beginning of fruit color break) when they reached a diameter of 6 to 7 mm. Data showed that, the latest harvest was obtained with NAA followed by GA3?and CPPU treatments and then SA and CaCl2. The CaCl2?and NAA gave the shortest harvest spread (period). All agro-chemical substances gave the lowest yield percentage at the first harvest date, while at the second harvest date, GA3, putrescine (Put) and SA sprays resulted in the highest yield followed by CPPU and then NAA applications. At the third harvest date the NAA, GA3, Put and CPPU gave the highest yield percent followed by SA and then CaCl2. Fruit vitamin C, total soluble solids (TSS), acidity, firmness and quality grade increased significantly by all treatments as compared with the control either at harvest time or after cold storage. The percentage of fruit weight loss, commercially unacceptable peel as well as, fruit browning index tended to decrease with all sprayed substances.
机译:本研究于2010年和2011年连续两个季节在沙特阿拉伯沙特国王沙特大学研究和农业实验站对Peyuan枣栽培种(Zipziphus Mauritania?Lamk)进行了研究,以调查腐烂前施用腐胺(Put)的效果。 ),赤霉素(GA3),水杨酸(SA),萘乙酸(NAA),细胞因子(CPPU)和氯化钙(CaCl2)对果实产量,收获时的成熟日期和品质以及5°C冷藏后的品质85至90%相对湿度(RH)。当果实直径达到6至7毫米时,在收获前三周(在果实颜色断裂开始时)喷洒一次。数据显示,NAA,GA3和CPPU处理,然后是SA和CaCl2,获得了最新的收成。 CaCl2 +和NAA的收获期(周期)最短。在第一收获日,所有农业化学物质的产量百分比最低,而在第二收获日,GA3,腐胺(Put)和SA喷雾剂的产量最高,其次是CPPU,然后是NAA。在第三个收获日,NAA,GA3,Put和CPPU的产量百分比最高,其次是SA和CaCl2。在收获时或冷藏后,与对照相比,所有处理均显着提高了水果维生素C,总可溶性固形物(TSS),酸度,硬度和质量等级。水果的减重百分比,商业上不能接受的果皮以及水果褐变指数在所有喷雾物质中均趋于降低。

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