Evaluation

This project examines the association between heat exposure and traumatic injury risk in agricultural workers, the relationship between heat stress and productivity, and the feasibility of using a biomarker of heat acclimation to detect workers at risk for heat-related illness and injury, with the ultimate goal of prevention. 

This project partners with Washington State University to reduce pesticide use in dairy operations by introducing Integrated Pest Management (IPM) practices in these workplaces. We are working with a network of participants to develop a robust and practical IPM program that provides evidence for cost-effective interventions that can reduce pesticide usage in these farm operations.

This project responds to specified PPE needs for the tree fruit and related industries in Washington State that can reduce pesticide handler exposure and potential pesticide-related illness. Three safety concerns of WA airblast pesticide applicators were addressed: 1) data-driven respirator cartridge change-out schedule, 2) field efficacy of gloves used by pesticide handlers, 3) the effectiveness of a PPE hat that could be used with PPE suits and jackets.