The UK government’s plan to ease planning regulations for industrial chicken farming is a shortsighted approach, as highlighted in recent discussions following industry lobbying efforts.
This initiative would essentially perpetuate the status quo in chicken production, a sector known for its low resilience and significant animal welfare concerns. It demonstrates a troubling lack of vision for the forthcoming UK food strategy and the 25-year agricultural framework.
Proponents of these regulatory changes cite lower stocking densities as a rationale for their implementation; however, this minor adjustment does little to address the overall poor welfare conditions faced by chickens in industrial facilities across the country. Additionally, the fast-growing, low-welfare chicken breeds predominantly depend on imported soy as their sole feed source, making them susceptible to trade disruptions—an issue that has become increasingly relevant in light of the ongoing conflict in Iran.
The long-term sustainability of industrial chicken farming is already in question due to frequent disease outbreaks, rising energy costs, and extreme weather events like heatwaves and flooding. These factors are exacerbating existing challenges within the industry and further compromising the welfare of chickens, which are often kept in inadequate conditions. Furthermore, this regulatory shift disregards the concerns of local communities that have voiced opposition to the proliferation of industrial chicken units. Numerous recent planning applications have faced resistance, with some local groups pursuing legal action against producers and retailers for the environmental harm they inflict.
The government must shift its focus away from short-term solutions and instead limit the establishment of industrial chicken units. It should prioritize sustainable farming practices such as agroforestry and regenerative agriculture to foster a resilient, high-welfare, and just future for UK agriculture.
Ruth Tanner
UK Country Director, World Animal Protection
