Bird keepers in northern England are preparing a new home for a well-known group of flamingos. A new enclosure will soon allow the birds to stay outdoors even during periods of bird flu risk. The project aims to improve their welfare and reduce stress caused by repeated indoor confinement.
Washington Wetland Centre, the home of 55 Chilean flamingos, currently keeps the birds indoors when avian influenza levels rise. This is done to protect them from wild bird transmission. But staff say the routine has drawbacks. The birds become less active and visitors lose the chance to see them in natural conditions.
Site manager Gill Pipes said the new aviary will change this situation. The structure is designed to keep wild birds away while still allowing flamingos to remain outside. She explained that the birds will only be brought indoors during extreme weather such as strong winds or thick ice.
He added that Washington Wetland Centre experiences extreme temperature ranges in the wild habitats of Chilean flamingos. These birds are naturally adapted to survive from freezing cold conditions to very hot climates. Staff say this makes them more resilient than their delicate appearance suggests.
As part of the development, ramps have been installed to help the flamingos move between their island and the wider enclosure. Care teams report that the birds have quickly adapted and are already using the ramps with ease and enthusiasm.
Pipes also noted that the new design will give visitors a closer and clearer view of the flamingos. She believes the improved viewing experience will help raise awareness about wetland conservation and the challenges faced by birds during disease outbreaks.
Work on the aviary is expected to be completed by mid-July. Once finished, it will provide a safer and more natural environment for the flamingos, while reducing the need for indoor confinement during future outbreaks.
Avian influenza has become a recurring challenge for wildlife centres across the United Kingdom. During high-risk seasons, many institutions are forced to move birds indoors to prevent infection. While effective for safety, this measure often limits natural behaviour and increases stress among flock animals.
Chilean flamingos are among the largest and most adaptable flamingo species. They are known for their ability to survive in harsh environments, including salt lakes and high-altitude wetlands. Their pink colouring comes from pigments in their food, mainly algae and crustaceans.
The Washington Wetland Centre is a popular educational site that attracts families, schools, and wildlife enthusiasts. Staff believe the new aviary will enhance public engagement and encourage more interest in wetland conservation and bird protection efforts.
Designers of the aviary have focused on creating a balance between protection and freedom. The structure uses enclosed mesh systems to prevent contact with wild birds while still allowing airflow, sunlight, and natural rainfall exposure. This helps maintain a more natural habitat for the flock.
Behavioural observations have shown that flamingos adapt quickly to improved outdoor access. Keepers report increased movement, more social interaction, and longer periods spent standing and feeding in natural light since the ramps were introduced.
Conservation experts say projects like this play an important role in improving animal welfare standards in managed environments. By reducing stress and increasing environmental enrichment, such developments can support healthier and longer-living captive populations.
Work is funded through a combination of centre resources and conservation support programmes. Officials hope the aviary will serve as a model for other wetland centres facing similar challenges from seasonal disease outbreaks and climate variability.
Visitors and animal welfare advocates have welcomed the project, saying it reflects a growing shift toward more naturalistic enclosures in modern zoos and wildlife centres. They believe that allowing animals to remain outdoors year-round, even during disease risks, improves both mental and physical health outcomes for captive birds.
Officials say monitoring will continue after installation to ensure the system works effectively across all seasons and weather conditions. Adjustments will be made if needed.
