Science | Policy | Reform

Science Informed Policy to transform high risk animal industry.

We turn peer-reviewed research into policy change that reforms the industrial practices causing the most severe animal suffering and ecological harm.

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HOW WE WORK.

WE RESEARCH

We conduct peer-reviewed studies on the high-risk practices causing the most severe animal suffering and cumulative harm.

WE TRANSLATE

We turn findings into clear, actionable recommendations that advocates can cite and policymakers can act on.

WE WIN

We work with legislators and agencies to turn recommendations into law — and use each win to build momentum for the next.

Recent Publication

Journal of Advanced Agricultural Technologies, vol. 13, no. 1, pp. 1-10, 2026.

Abstract—This study highlights the potential risks associated with foie gras production and consumption. Foie gras consumption has been linked to diseases such as amyloidosis, listeriosis, and campylobacter infections, posing serious public health concerns. The process of producing foie gras, which involves force-feeding birds to enlarge their livers beyond natural capacity, not only causes animal suffering but also contributes to environmental degradation, including harmful algal blooms. Research has shown that foie gras contains some of the highest levels of flame retardants, which are known to cause endocrine disruption and other health issues. Additionally, the intensive fattening requirements of foie gras operations contribute to the spread of zoonotic diseases like avian influenza, raising both public health and biodiversity concerns. Because waterfowl, like ducks and geese used in foie gras production, are the natural reservoirs for avian flu, they can be asymptomatic carriers. The Highly Pathogenic Avian Influenza (HPAI) virus is the most likely candidate for the pandemic among humans. Given the negative effects on public health, ecosystems, and personal experience of the animals, divergence from foie gras production and consumption is recommended.

Keywords—amyloidosis, avian influenza, listeria, HPAI, force-feeding, zoonotic spillover, flame retardants, gavage, campylobacter


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Nooksack River, Deming, WA March 2025. Tests performed assessing Bacteria Coliform in multiple locations.

Meet Our Researchers

Graduate 

Angela Catalano

SUNY Geneseo

New York

Undergraduate student of American politics with a special focus on sustainability policy

Kacey Fifield

Columbia University

New York

Undergraduate student of Environmental Science

Amanda Fox

Arizona State University

Earth and Environmental Sciences