Farms.com Home  › News

Risk of Airborne Transmission of Avian Influenza From Wild Waterfowl to Poultry Negligible

Risk of Airborne Transmission of Avian Influenza From Wild Waterfowl to Poultry Negligible

Research by Wageningen Bioveterinary Research (WBVR) has shown that the risk of airborne transmission of high pathogenic avian influenza virus from infected wild birds is negligible. The research looked specifically at the airborne movement of particles from wild waterfowl droppings in the vicinity of poultry farms during the risk season for avian influenza (October to March). It also considered transmission via aerosolization, with the exhalations or coughs of wild waterfowl infected with avian influenza virus finding their way into the ventilation systems of poultry farms. As a precaution, it's important that the carcasses of wild waterfowl or other wild birds that have died of high pathogenic avian influenza are removed from their habitat as soon as possible. If not, scavengers eating the carcasses could cause feathers to become distributed. Feathers of wild birds that died of, and if the wild bird died of high pathogenic avian influenza contain the virus, which can then the virus can survive for a long time in those feathers.

Introduction of the virus to poultry

"Wild waterfowl such as ducks, geese, swans and gulls are natural reservoirs of avian influenza viruses. These wild waterfowl can play an important role in introducing the virus to poultry, because they shed avian influenza virus when they're infected. Traces of the droppings of wild  infected with avian influenza, when deposited in the vicinity of poultry farms, can find their way into those farms. For example, they can become attached to boots, clothing or tools, or they can be carried in with bedding material stored outside the poultry houses, or they can be brought in through rats and mice carrying the droppings on their fur or legs.

Furthermore, previous experiences have suggested that the avian influenza virus can be transported from one farm to another if it is produced in large quantities by large numbers of infected chickens in a poultry house. This project investigated whether there is a risk of the avian influenza virus being transmitted into poultry houses from infected wild birds in the vicinity of those poultry houses," says Armin Elbers, project leader for the research and a senior epidemiologist at WBVR.  

Click here to see more...

Trending Video

EveryPig: AI, Collaboration & Data Integration Shaping Swine Production | Brian Doyle | WPX 2026

Video: EveryPig: AI, Collaboration & Data Integration Shaping Swine Production | Brian Doyle | WPX 2026

What are the biggest technology trends emerging at the 2026 World Pork Expo?

Brian Doyle of EveryPig shares his early observations from the show floor, highlighting strong attendance, increased collaboration between technology providers, and the growing role of artificial intelligence in modern pork production.

Doyle discusses how better data integration between systems can create a single source of truth for producers, while AI-powered tools and intelligent agents help automate routine tasks, analyze large volumes of production data, and turn information into actionable insights that improve decision-making.

Topics Covered:

Artificial Intelligence (AI) in pork production

Data integration and interoperability

Technology collaboration

Digital farm management

Automation and intelligent agents

World Pork Expo 2026

Recorded at the 2026 World Pork Expo.