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Population Fluctuation and Influence of Different Management Practices Against Bemisia tabaci (Genn.) on Cucumber Plant Under Greenhouse Condition.

机译:温室条件下对白苏塔巴西(Genn。)对Bemisia tabaci(Genn。)对温室条件下黄瓜植物的群体波动及影响。

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摘要

The population fluctuation of Bemisia tabaci (Genn.) studied on winter plantation of cucumber plant Cucumis sativus L. of 2018/2019& 2019/2020 seasons under greenhouse condition at Giza governorate, Egypt and, the insecticidal activities of two heavy nano metals (cu++ & mg++) and two commercial oils (camphor& Piper nigrum), its concentrations compared with recommended bio-insecticide (biofly) and recommended chemical insecticide (actara) were evaluated against B. tabaci (eggs & immature stages). The high infestation were in 2nd week of November and 2nd week of December with 428 eggs/10 leaves & 390 nymphs/10 leaves, respectively in season 2018 /2019, and recoded highly infestation in 2nd and 4th week of November with 390 eggs/10 leaves & 423 nymphs/10 leaves, respectively in the season 2019/2020. Camphor oil was the most effective with mortality percent 97.6% followed by Piper nigrum oil (93.6%) compared with chemical insecticide (actara).
机译:Bemisia Tabaci(Genn。)在吉萨省Giza省的温室条件下的冬季种植园(Genn)的冬季种植园研究。埃及吉萨省的温室条件下,埃及和两种重纳米金属的杀虫活性(Cu ++&用推荐的生物杀虫剂(Biofly)和推荐的化学杀虫剂(Actara)评估B. tabaci(鸡蛋和未成不熟阶段)评估其浓度的Mg ++)和两种商用油(Bioofly)和推荐的化学杀虫剂(Actara)。高感染率在11月2日和2月2日的第二周,分别在2018/2019年的赛季分别与428个鸡蛋/ 10叶和390个若虫/ 10个叶子,并在11月的第2期和第4周内重新侵犯了390个鸡蛋/ 10叶子和423个若虫/ 10叶,分别在2019/2012年赛季。与化学杀虫剂(Actara)相比,樟脑油是最有效的97.6%,随后吹笛剂Nigrum油(93.6%)。

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