Development of Insect Resistance to Insecticides: A critical review of the literature up to 1951. IIU.S. Department of Agriculture, Agricultural Research Administration, Bureau of Entomology and Plant Quarantine, 1951 - Insecticide resistance - 45 pages |
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adult apparent areas Bellflower strain blue tick Bruce 29 Bruce and Decker chemical chlordane codling moth colony compound D'Alessandro data presented DDT was applied DDT-resistant flies DDT-resistant strain Decker 33 degrade develop resistance development of resistance dieldrin dosage Drosophila ethylamine exposure to DDT exposure to insecticide female field gamma benzene hexachloride genoid house flies hydrocyanic acid increased resistance indicate insecticides Knipling L'Heritier larvae lead arsenate lindane loss of resistance March and Metcalf material methoxy methoxychlor Mosna mosquitoes nonresistant normal and resistant normal flies normal strain obtained oil sprays paraoxon parathion physiological piperonyl butoxide population pupae pyrethrins reported residual resis resistance to benzene resistance to DDT resistance to insecticides resistant flies resistant insects resistant to hydrocyanic sensitive showed species spider mite strain of flies strain of resistant strains of house super-resistant susceptible and resistant susceptible flies tested tetraethyl pyrophosphate tion tolerance toxaphene toxicity treated with DDT