More Efficient Mosquito Control
Culex tarsalis vector of human diseases in California
What Has ANR Done?Cornel detected resistance to pesticides in several mosquito populations in a small-scale statewide mosquito pesticide tolerance surveillance program. He trained mosquito personnel on how to conduct pesticide susceptibility testing so that districts can conduct the tests themselves. After developing the GIS interface, Cornel and Lynn trained the Fresno Mosquito and Vector Control District manager on the use of the GIS package. The district has successfully implemented this interface for six months and during that time has become more efficient in controlling mosquitoes.
Increase in mosquito control efficiency and cost reductionThere have been no further reports of resistance spreading since the discovery of resistance to currently used pesticides. This is testament to the Mosquito Abatement District's use of better resistance management and mitigating strategies. Since evaluation and use of the GIS interface in Fresno County, mosquito abatement district manager Dave Farley is convinced that GIS use will mitigate the effects of future budget cuts his district may have to face. He predicts that the district will save a conservative $138,000 per year -- 15 percent of the current budget -- beginning in 2008-09 and that GIS will improve services.
Supporting Unit:UC Davis Entomology and Kearney Agricultural Center
Anthony Cornel, Assistant Professor
Department of Entomology, UC Davis
Mosquito Control Research Laboratory, Kearney Agricultural Center
9240 S. Riverbend Avenue, Parlier, CA 93648
(559) 646-6581; Fax (559) 646-6593; email@example.com