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Evaluation Of Ulv And Thermal Fog Mosquito Control Applications In Temperate And Desert Environments, Seth C. Britch, Kenneth J. Linthicum, Wayne W. Wynn, Todd W. Walker, Muhammad Farooq, Vincent L. Smith, Cathy A. Robinson, Branka B. Lothrop, Melissa Snelling, Arturo Gutierrez, Hugh D. Lothrop, Jerry D. Kerce, James J. Becnel, Ulrich R. Bernier, Julia W. Pridgeon
Evaluation Of Ulv And Thermal Fog Mosquito Control Applications In Temperate And Desert Environments, Seth C. Britch, Kenneth J. Linthicum, Wayne W. Wynn, Todd W. Walker, Muhammad Farooq, Vincent L. Smith, Cathy A. Robinson, Branka B. Lothrop, Melissa Snelling, Arturo Gutierrez, Hugh D. Lothrop, Jerry D. Kerce, James J. Becnel, Ulrich R. Bernier, Julia W. Pridgeon
United States Department of Agriculture-Agricultural Research Service / University of Nebraska-Lincoln: Faculty Publications
Ultra-low-volume (ULV) and thermal fog aerosol dispersals of pesticides have been used against mosquitoes and other insects for half a century. Although each spray technology has advantages and disadvantages, only 7 studies have been identified that directly compare their performance in the field. US military personnel currently operating in hot-arid environments are impacted by perpetual nuisance and disease vector insect problems, despite adulticide operations using modern pesticide-delivery equipment such as ULV. None of the identified comparative studies has looked at the relative feasibility and efficacy of ULV and thermal fog equipment against mosquitoes in hot-arid environments. In this study we …