Use of Biological and Chemical Compounds for the Integrated Management of Apricot Powdery Mildew in Egypt

None Sharkawy Sahar, S. A., Asmaa M. Alkolaly, None Kafsheer, D. A.
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Abstract

This study aims to evaluate an integrated management program for powdery mildew caused by Sphaerotheca pannosa in apricot trees Prunus armeniaca, where four fungicides Copper, Carbendazim, Praiz and Topas) and three biocides ( Bio Z , Bio Arc and Activator Yeasts ) were evaluated in the first season 2020 in Ismailia and Beheira governorates in the regions of South Tahrir and Nubariya. All compounds significantly reduced the percentage of disease severity on leaves and flowers compared to the control, and the activator yeasts was among the best treatments, as it recorded in the last spraying a percentage of disease severity on leaves and flower 28.5% and 27.6% respectively compared with control 52.7 %and 56.2%, followed by the biocides Bio Z and Bio Arc.In the second season 2021, the compounds were evaluated during the flowering period, which led to their precipitation and the occurrence of plant toxicity for flowers at their highest rates with copper. As for the biocides compounds, they were completely safe.From here, an integrated control program was designed for two seasons 2022 and 2023 that combines fungicides and biocides. It is applied early before flowering. It gave excellent results, reduced the rate of fungicide use, and was safer and cost-saving.
生物和化学化合物在埃及杏白粉病综合治理中的应用
本研究旨在评估一项针对亚美尼亚杏(Prunus armeniaca)白粉病的综合管理方案,在2020年第一季度,在南塔利尔和努巴里亚地区的伊斯梅利亚省和贝黑拉省对四种杀菌剂(Copper、Carbendazim、Praiz和Topas)和三种杀菌剂(Bio Z、Bio Arc和Activator Yeasts)进行了评估。与对照相比,所有化合物均显著降低了叶片和花朵的疾病严重程度百分比,其中激活酵母处理效果最好,末次喷施时叶片和花朵的疾病严重程度百分比分别为28.5%和27.6%,而对照为52.7%和56.2%,杀菌剂Bio Z和Bio Arc次之。在2021年第二季,在开花期间对化合物进行了评估,结果表明,在铜的作用下,化合物的沉淀和植物毒性发生率最高。至于杀菌剂,它们是完全安全的。从这里开始,为2022年和2023年两个季节设计了一个综合控制方案,结合了杀菌剂和杀菌剂。在开花前施用。该方法效果良好,降低了杀菌剂的使用率,而且更安全、更节约成本。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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