Pesticide Science · 1992 · 22 citations · 8 references
Life SciencesEcologyEntomologyInsect EcologyInsect ToxicologyPesticide ToxicologyInsect ResistanceInsect-plant InteractionsInsecticide ResistanceMultiple ResistancePest ResistanceResistance MonitoringBioassays For Resistance DetectionInsect Resistance MechanismsInsect Resistance To InsecticidesInsecticide Resistance MechanismsMultiple Pest ResistanceMultiple Resistance MechanismsMultiple Resistance MonitoringResidual Insecticides
Abstract A residual bioassay was used to determine insecticide susceptibility in populations of Colarado potato beetle, Leptinotarsa decemlineata (Say), in eastern North Carolina. Mean bioassay mortalities were subjected to correlation analysis to assess patterns of resistance among tested insecticides. Within insecticide classes, cross‐resistance patterns were observed between carbaryl and carbofuran (carbamates), fenvalerate and permethrin (pyrethroids), and among azinphosmethyl, methamidophos, and phosmet (organophosphates). Significant associations between insecticides from different insecticide classes were concluded to be due to multiple resistance. Knowledge of multiple and cross‐resistance patterns are discussed in relation to the bioassay as a tool for monitoring insecticide resistance.
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Pesticide resistance: Strategies and tactics for management
Kevin Brown · Trends in Ecology & Evolution · 1987 · 635 citations
The Evolution of Resistance to Pesticides
George P. Georghiou · Annual Review of Ecology and Systematics · 1972 · 402 citations
Advances in Potato Pest Management
American Journal of Potato Research · 1982 · 213 citations
Agriculture, Agronomy, Crop Sciences +12