Welfare of Farmed Geese — Foie Gras and Down Production

Geese farmed for foie gras and live-plucked for down feathers face distinct but serious welfare harms across two very different industry sectors.

Key Facts

Geese used for foie gras production are force-fed (gavage) as with ducks — the liver enlarges 6-8 times normal size
Live plucking of geese for down is practiced in Hungary and Poland — primary suppliers of European down
Live plucking causes acute pain and distress — birds are restrained and feathers pulled from skin
The European Down Standard prohibits live plucking but enforcement across global supply chains is inconsistent
Many fashion and bedding brands have committed to responsible down sourcing following welfare campaigns
Geese are naturally free-ranging, highly social birds — intensive housing restricts natural behaviours severely
Mulesed and live-plucked down products have largely been replaced by synthetic alternatives in some markets

Welfare Considerations

Goose welfare spans two industries with distinct practices. Foie gras production involves force-feeding causing documented suffering and liver pathology. Down production through live plucking causes direct physical pain and acute stress. Both are preventable: foie gras can be replaced by ethically produced pate alternatives; down can be sourced from feathers collected at slaughter (not live-plucked) or replaced with high-performance synthetic insulation. Consumer demand for responsible sourcing has been effective — multiple brands have committed to verified non-live-plucked down. Awareness campaigns work particularly well in luxury sectors where brand reputation matters enormously.

What You Can Do

Choose bedding and outdoor clothing with certified responsible down or high-performance synthetic alternatives
Refuse to buy or consume foie gras
Ask brands about their down sourcing verification and ask for third-party certification
Support campaigns against live-plucking in European down supply chains
Advocate for mandatory supply chain transparency for animal-derived products