叶面喷施硅、水杨酸和环铁对温室条件下黄瓜耐盐性和果实特性的影响

Rama Gehad منصور, Sawsan سليمان, Maher دعيس
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引用次数: 0

摘要

在叙利亚拉塔基亚农业研究中心的Al- Hennadi研究中心,研究了温室条件下叶面喷施环孢素、水杨酸和硅对黄瓜果实特性和耐盐性的影响。研究共确定了14个处理:1-C、2- SA25、3- SA50、4- CCC400、5-CCC600、6-Si 100、7- Si 200、8-S、9 -S+ SA25、10- S+SA50、11-S+ CCC400、12- S+ CCC600、13- S+ Si 100、14- S+ Si 200。结果表明,喷施Si、SA和CCC可改善果实品质(干物质、总糖、可溶性固形物、总酸和维生素C),且施硅(10 ~ 200)可显著提高果实各项指标。结果表明,SA、CCC和Si均能缓解盐度的有害影响,其中硅的效果更明显。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effect of foliar spray with silicon, salicylic acid and cycocel on cucumber salt tolerance and fruit characteristics under green- house conditions
The effect of foliar spray with cycocel, Salicylic acid, and Silicon on cucumber fruit characteristics, and salt tolerance under greenhouse conditions, was studied, at research center of Al- Hennadi, related to Agriculture research center – Lattakia- Syria . The research concluded 14 treatments : 1-C , 2- SA 25, 3- SA50 , 4- CCC400 , 5-CCC600, 6-Si 100 , 7- Si 200, 8-S, 9 –S+SA25 , 10- S+SA50, 11-S+ CCC400 , 12- S+ CCC600, 13- S+ Si 100, 14- S+ Si 200. The results showed that foliar spray with Si, SA and CCC improved fruit quality (dry matter, total sugars, soluble solids, total acids, and vitamin C). The results showed as well, that silicon application (Si(100,200) increased significantly the studied parameters. The results indicated that SA, CCC, and Si could alleviate the harmful effect of salinity, silicon was more effective.
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