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Farmer/Worker Health

Anhydrous Ammonia Safety for Farmworkers

Summary: Anhydrous ammonia (NH3) is an effective nitrogen crop fertilizer used throughout the Midwest and beyond. Anhydrous ammonia is potentially dangerous, as it seeks water from the nearest source, which may be the human body – especially the eyes, lungs, and skin because of their high moisture content. Few problems occur when anhydrous ammonia is handled properly and applied as intended. However, it is important for all individuals working with this type of fertilizer to understand the potential health risks, necessary safety precautions, and proper response in the event of an exposure.Personal protective equipment (PPE) is one of the last lines of defense for workers against Anhydrous Ammonia injuries. Women in all industries, including agriculture, have trouble finding and purchasing respiratory protective equipment that fits and is safe and comfortable wear. The National Safety Council, in a 2019 publication of Safety and Health, reported OSHA documentation indicating the lack of a full range of PPE, as well as, employers’ limited knowledge of PPE designed for women – as some of the reasons for the difficulty. Focus of the training is on anhydrous ammonia safety during transport and application, including the anatomy of the nurse tank and toolbar, safety inspection processes, hitching and unhitching safety, personal protective equipment (PPE), rural roadway safety, and first aid/emergency procedures. Hazard communication and emergency action plans will also be addressed.Intended Audience: Farm/Ranch owner and operators, health and safety professionals, safety officers or specialists, managers, supervisors, safety coordinators, health safety and environmental interns and any person or persons who serve as safety personnel in an agricultural setting.

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Comprehensive Seafood Hazards: Vibrio Risks and Integrated Health Protection in Coastal Communities - Live 6/26 12pm

Summary: This webinar provides a comprehensive overview of health risks associated with seafood, with particular emphasis on Vibrio species as significant pathogens responsible for wound infections and foodborne illness in coastal populations. The session also addresses broader biological, chemical, and physical hazards in seafood systems, including environmental contaminants and occupational injury risks. Designed for both industry and public health audiences, the webinar integrates current research, surveillance insights, and field-based practices to support risk reduction across the seafood value chain. Practical, evidence-based strategies for prevention, safe handling, and exposure mitigation will be highlighted, with relevance for both seafood workers and consumers.Intended Audience:Fishermen and seafood industry workersHealthcare professionals in marine and coastal communitiesEnvironmental health specialistsStudents and professionals in marine biology, public health, and infectious diseasesOrganizations focused on coastal health, seafood safety, and environmental protectionPresenters: Gülsün Akdemir Evrendilek, Ph.D., Associate Extension Professor and Seafood Technology and Food Safety Specialist, The University of Maine Cooperative ExtensionChad Roy, Ph.D., M.S.P.H, Professor of Medicine, Vice Chair, Research, Deming Department of Medicine, Associate Dean for Research, Tulane School of Medicine

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