Brett Wells Bultemeier, Extension Assistant Professor, University of Florida/Institute of Food and Agricultural Sciences (UF/IFAS) Pesticide Information Office, Gainesville, FL, email@example.com
Michelle Atkinson, Extension Agent II, UF/IFAS Extension, Manatee County Extension, Palmetto, FL, firstname.lastname@example.org
Joe Gasper, System Administrator IV, IFAS Information Technology (IT), Gainesville, FL, email@example.com
Jason Ferrell, Director, Center for Aquatic and Invasive Plants and UF/IFAS Pesticide Information Office, UF/IFAS Extension, Gainesville, FL, firstname.lastname@example.org
Pesticide safety educators have turned to online delivery to reach a wider applicator audience and to adapt to the impacts of the COVID-19 virus. Microsoft® Teams and Zoom have been the most widely used among this group. This article discusses these platforms and some of the unique features that can be used to ensure that virtual training and applicator recertification are legal, ethical, and ultimately successful. The authors conclude that distance training will likely be part of the new norm in pesticide training.
KEYWORDS: applicator recertification, COVID-19 pandemic, Microsoft Teams, pesticide safety education programs, virtual training, Zoom
Full Text: 82-18-1-BAGF.pdf
Thia B. Walker, Extension Specialist – Pesticide Safety Education Colorado State University, Fort Collins, CO, email@example.com
Claudia M. Boot, Research Scientist, Central Instrumentation Facility, Department of Chemistry, Colorado State University, Fort Collins, CO, claudia.Boot@colostate.edu
Jeffrey M. Edwards, Pesticide Applicator Training Coordinator, Specialist, University of Wyoming Extension, Laramie, WY, firstname.lastname@example.org
Mark J. Bareta, Research Associate , Colorado State University, Department of Agricultural Biology, Fort Collins, CO, email@example.com
Karolien Denef, Associate Director, Central Instrumentation Facility, Department of Chemistry, Colorado State University, Fort Collins, CO, karolien.Denef@colostate.edu
Melanie Burnett, Colorado State University – Research Associate, Central Instrumentation Facility, Department of Chemistry, Fort Collins, CO.
Troy Bauder, Water Quality Specialist, Colorado State University Extension, Fort Collins, CO, troy.Bauder@colostate.edu
Zachary D. Weller, Assistant Professor, Departments of Statistics Colorado State University, Fort Collins, CO, zach.Weller@colostate.edu
This study investigated numerous factors influencing the removal of carbaryl or permethrin from various types of clothing. These factors included application rate (1X or 9X), washing machine type (full-fill agitator or high efficiency), clothing type (blue jeans, work shirt, T-shirt, or cotton/polyester blend T-shirt), and drying method (electric dryer or clothesline). Additionally, this study examined transference to baby Onesies® during laundering and assessed the role of Ultraviolet-B (UV-B) exposure in reducing residues for articles dried on clotheslines. Contamination inside washing and drying machines and pesticide levels in wastewater were also examined. The results indicated that both washing machine types were effective at removing carbaryl and permethrin from the clothing. Among the different fabric types, blue jeans consistently retained more residues than other clothing types used in the study. Transference of pesticide to the Onesies® occurred with all pesticides at both rates, indicating pesticide-contaminated clothing should be laundered separately from all other laundry, including other work clothes or family clothes. Based on the findings of this study, we provide safety recommendations for applicators and laundering guidelines for effectively decontaminating clothing.
KEYWORDS: pesticide removal; clothing decontamination; pesticide transference; pesticides in wastewater
Full Text: 82-942-WBEBDBBW.PDF
Journal of Pesticide Safety Education by American Association of Pesticide Safety Educators is licensed under a Creative Commons Attribution-Noncommercial-No Derivative Works 3.0 United States License.
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