Comparison of insecticidal efficiency, IGRs, certain oils and their binary mixtures against, Spodoptera littoralis (Boisd) [electronic resource].

By: Language: English Summary language: Arabic Description: p. 1-4Other title:
  • مقارنة الكفاءة الإبادية لبعض المبيدات ومنظمات النمو الحشرية وبعض الزيوت وخلائطهم في مكافحة دودة ورق القطن Spodoptera littoralis (Boisd) [Added title page title]
Uniform titles:
  • Mansoura University Journal of plant protection and pathology, 2020 v. 11 (1) [electronic resource].
Subject(s): Online resources: In: Mansoura University Journal of Plant Protection and Pathology 2020.v.11(1)Summary: Toxicity of certain insecticides Emamectin benzoate (E) IGRs, Diflorate (D) 25%, Grand (G) 5% EC, mineral oil KZ oil (KZ) and plant oil Garlic oil (GO) were tested against strain producer laboratory of 4th larvae instar of Spodoptera littoralis (Boisd) The LC50, LC25 and LC10 were calculated for all treatments. The mixtures results may be arrangement in categories as following; 1. Mixtures showed that highest potential action by the lowest concentration of LC25+ LC10 (E+D), LC25+ LC10 (E+ G), LC10+ LC25 (E+ G), LC25+ LC10 (E+ Kz), LC10+ LC25 (D+ G), LC10+ LC25 (D+ Kz), LC10+ LC10 (G+ G) and LC10+ LC25 (G+ Kz); 2. Mixtures revealed that antagonism action LC10+ LC50 (E+ D), LC10+ LC25 (E+ G), LC10+ LC50 (E+ Kz), LC25+ LC50 (G+ G) and LC25+ LC50 (G+ Kz); 3. Mixtures cleared that additive effective LC25+ LC50 (E+ D), LC50+ LC10 (E+ G), LC25+ LC25 (E+ G), LC50+ LC50 (E+ Kz), LC50+ LC25 (D+ G), LC25+ LC25 (G+ G) and LC50+ LC25 (G+ Kz) though, use IGRs, plant or mineral oils, compounds in binamy as a mixture with little concentrations, it has been shown to be effective in controlling of S. littoralis.
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Toxicity of certain insecticides Emamectin benzoate (E) IGRs, Diflorate (D) 25%, Grand (G) 5% EC, mineral oil KZ oil (KZ) and plant oil Garlic oil (GO) were tested against strain producer laboratory of 4th larvae instar of Spodoptera littoralis (Boisd) The LC50, LC25 and LC10 were calculated for all treatments. The mixtures results may be arrangement in categories as following; 1. Mixtures showed that highest potential
action by the lowest concentration of LC25+ LC10 (E+D), LC25+ LC10 (E+ G), LC10+ LC25 (E+ G), LC25+ LC10 (E+ Kz), LC10+ LC25 (D+ G), LC10+ LC25 (D+ Kz), LC10+ LC10 (G+ G) and LC10+ LC25 (G+ Kz); 2. Mixtures revealed that antagonism action LC10+ LC50 (E+ D), LC10+ LC25 (E+ G), LC10+ LC50 (E+ Kz), LC25+ LC50 (G+ G) and LC25+ LC50 (G+ Kz); 3. Mixtures cleared that additive effective LC25+ LC50 (E+ D), LC50+ LC10 (E+ G), LC25+ LC25 (E+ G), LC50+ LC50 (E+ Kz), LC50+ LC25 (D+ G), LC25+ LC25 (G+ G) and LC50+ LC25 (G+ Kz) though, use IGRs, plant or mineral oils, compounds in binamy as a mixture with little concentrations, it has been shown to be effective in controlling of S. littoralis.

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