Recent reporting has brought new attention to the presence of PFAS—often referred to as “forever chemicals”—in fruits and vegetables grown in the United States. An analysis of testing data from California found that nearly 40% of conventionally grown produce samples contained residues from pesticides classified as PFAS.

PFAS are a group of synthetic chemicals used in a wide range of products because they resist water, heat, and oil. In agriculture, some pesticides contain PFAS compounds because of their durability and effectiveness. However, these same properties mean they can persist in the environment and remain in soil, water, and food over long periods of time.

The findings showed that PFAS‑related residues appeared across dozens of different fruits and vegetables, with some crops showing particularly high detection rates. For example, more than 90% of sampled peaches, nectarines, and plums contained a PFAS fungicide, while fruits like strawberries and grapes frequently showed residues from multiple PFAS pesticides.

Because California produces a large share of the fruits and vegetables consumed in the United States, these findings extend beyond a single region and into the broader national food supply.

For many people, this raises new questions about how food is grown and how agricultural inputs influence both environmental and long‑term food system outcomes. At the same time, experts continue to emphasize that fruits and vegetables remain essential to a healthy diet, and that the benefits of consuming them outweigh potential risks from trace pesticide residues.

What these findings do underscore is the importance of understanding the role of inputs in agriculture. The tools and materials used in production—from pest management to soil practices—can have effects that extend well beyond the growing season. This has led to greater attention on how food is produced, how inputs are selected, and what that means for both farms and communities.

For consumers, this often translates into increased interest in where food comes from and how it is grown. For farmers and food system partners, it can mean more conversations around transparency, production practices, and long‑term land stewardship.

Local food systems and direct relationships between farmers and communities play an important role in that conversation. Farmers markets and community food programs provide opportunities to ask questions, learn about growing practices, and make informed choices. They create a closer connection between how food is produced and how it is experienced at the table.

The conversation around PFAS is still evolving, and research continues to develop. What remains clear is the value of staying informed, supporting farmers, and maintaining access to fresh fruits and vegetables as a foundation for health. Rather than creating fear, these findings can serve as a reminder of how interconnected our food system is—from the inputs used on farms to the food that reaches our communities.

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