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Why is chicken so cheap? | The Economist
- Global chicken population stands at approximately 23 billion, representing ten times the population of any other bird species.
- Chicken meat is the fastest-growing global meat product, yet its price per pound has fallen sharply due to industrial efficiencies.
- Modern broiler chickens are four times larger than those in the 1950s, with a typical slaughter age of 35 to 40 days.
- David Speller, a consultant and farm operator in the UK, manages around 3 million chickens using technology including CCTV and CO2 monitors to control environments for up to 200,000 birds.
- The 1940s "Chicken of Tomorrow" competition initiated selective breeding for rapid growth and high protein yield, establishing the foundation for today's industry.
- Intensively reared broilers require artificial light and temperature control to survive; their bodies cannot sustain rapid weight growth or internal organ health beyond the standard slaughter window.
- Broiler chickens can live up to 10 years in natural conditions, but the intensive 38–39 day cycle prevents them from reaching maturity without severe medical issues.
- Genetic uniformity across the industry creates high vulnerability to disease, as identical genetics and diets mean an outbreak can affect entire flocks.
- Battery cage farming was banned in the EU in 2012, but over 95% of UK broilers remain intensively reared, with densities reaching 17 birds per square meter.
- Alternative systems differ significantly in lifespan and space: organic chickens live up to 81 days, free-range birds have access to open-air runs, and both offer better living space than intensive systems.
- Organic and free-range chickens command prices several times higher than intensive counterparts, driven by the high cost of production relative to consumer demand.
- Industry experts state that as long as consumers prioritize low cost and high volume, breeding will remain intensive, with farmers describing the sector as "purely market driven."
- Farms operate on rapid turnover cycles of seven to eight batches per year, requiring a 7-to-10-day cleaning and preparation period between each 34-to-39-day growth cycle.