Bulletin of Entomological Research · 1985 · 209 citations · 12 references
Life SciencesEntomologyEvolutionary BiologyBiological ControlCoevolutionInsect EcologyFitness Costs Of ResistanceInsecticide ResistanceInsecticide Resistance GeneticsMultiple ResistanceResistance ManagementDominance Of Resistance TraitsEpistatic Interactions In ResistanceInsect Resistance To InsecticidesInsecticide MixturesInsecticide Resistance ManagementLinkage Disequilibrium AnalysisLinkage Disequilibrium PatternsResistance Evolution In Populations
Abstract Simple one- and multi-generation models are used to show the essential features of the dynamics of selection for resistance to one insecticide or two unrelated insecticides in insect populations, part of which are unexposed to either compound. The use of a mixture appears advantageous provided that resistance is not fully dominant, but, if it is, linkage disequilibrium builds up rapidly and nullifies the advantage of the mixture
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Molecular Population Genetics and Evolution.
Christopher Wills, Masatoshi Nei · Evolution · 1976 · 1.7K citations
EVOLUTION OF RESISTANCE IN THE PRESENCE OF TWO INSECTICIDES