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Protect dairy farm from fire

Comprehensive fire prevention strategies across all dairy operations are essential. Take the devastating explosion and fire at a dairy farm in Texas earlier in 2023, during which 18,000 dairy cattle were lost, a farm worker was seriously injured, and many farm buildings and equipment were destroyed, causing the largest barn fire in the state’s history. Prevention is possible with better safeguards — a critical necessity for states like Wisconsin, where close to one-quarter of all dairy farms are located.

As many Wisconsin state farms merge and consolidate their operations, dairy farms and agribusinesses are growing. Many are larger than ever before, resulting in greater operations and increased vulnerability for livestock, adding urgency to the need for additional fire-prevention measures.

Wisconsin dairy operators focused on reducing their hazard vulnerability should implement preventative measures to mitigate fire and explosion risks and safeguard livestock and property.

Maintain clean and tidy premises. The combination of ignition sources and combustible materials in dairy operations poses significant fire risks. From heaters, coolers and electrical fixtures to animal feed, methane, oils and fuels, those common elements create a potentially explosive mix. Maintain stringent hygiene standards and keep combustible materials like bedding and hay at least three feet away from electrical systems and sources. Conduct regular cleaning to remove hazardous materials, dust, weeds and debris, and implement a "no smoking" rule in all enclosed areas.

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Genetics Behind Swine Resilience - Dr. Jenelle Dunkelberger

Video: Genetics Behind Swine Resilience - Dr. Jenelle Dunkelberger


In this episode of The Swine it Podcast Show Canada, Dr. Jenelle Dunkelberger, geneticist at Topigs Norsvin, explains how genetics can improve disease resilience in pigs. She explores how resilience differs from resistance, the role of genetic variation, and how breeding strategies can enhance health and performance under disease pressure. Dr. Dunkelberger also covers practical applications and future implications for swine production. Listen now on all major platforms!

"Controlled experimental trials confirm that differences in mortality and performance under disease pressure are linked to genetic background, even when environmental conditions remain consistent."

Meet the guest: Dr. Jenelle Dunkelberger / jenelle-dunkelberger-9200ab86 is a geneticist at Topigs Norsvin, where she leads the Global Health and Behavior Research Platform. She earned her PhD from Iowa State University, focusing on host genetics and disease response in pigs. Her work centers on improving swine health and performance through genetic selection for resilience and behavior traits.