Eddie and his co-workers have been working throughout the summer season on CA farms to better understand how to prevent heat illness associated with farm work. Data collected includes the internal temperature of participants as they work, how much water they drink, and on-site weather conditions.
Professor Fadi Fathallah, engineer Victor Duraj, and others at the UC Agricultural Ergonomics Research Center (UC AERC) are continuing their earlier work funded by NIOSH Community Partners for Healthy Farming Intervention that showed some workers who harvest peaches and nectarines prefer a ladder with shorter spacing between steps.
The PBS FRONTLINE 2013 documentary, “Rape in the Fields,” highlights undocumented women from California’s Salinas and Fresno areas as well as Washington’s Yakima Valley experience with sexual harassment and rape suffered at the hands of their supervisors.
The best agricultural safety videos can be found on the U.S Agricultural Safety and Health Centers YouTube channel. The channel is a joint project of the 10 Agricultural Centers funded by the National Institute for Occupational Safety and Health (NIOSH).
WCAHS Member and Distinguished Professor Bruce Hammock, a member of the National Academy of Science, and his lab are developing a portable pesticide test that can be run on location to quickly and cost effectively detect if agricultural or landscape workers have been exposed to pesticides.
New research, published in the April issue of the Annals of Epidemiology, by Dr. Paul Leigh of the WCAHS, finds that approximately 77% of non-fatal occupational injuries and illnesses in agriculture go unreported.
Alex Castañeda is a 4th year UC Davis graduate student. WCAHS Seed Grant recipient to study air pollution and asthma. Below, he talks about what led him to love science and work to improve agricultural health and safety.
Research that we do at the Western Center for Agricultural Health and Safety (WCAHS) in collaboration with the Air Quality Research Center at the University of California, Davis, proposes new and novel methods to determine from where particulate matter (PM) arises.