FAO and WHO recently published a report identifying and prioritizing chemical contaminants that pose a food safety risk due to their presence in sources of water used in agri-food systems.
A two-year study of Southeastern U.S. watersheds confirmed that surface water harbors complex, clinically relevant Salmonella populations that differ from food animal datasets—revealing critical gaps in understanding environmental Salmonella transmission and the need for robust One Health surveillance systems.
University of Georgia researchers conducted a review to compile and communicate best practices for reducing the spread of foodborne pathogens among beef cattle herds prior to processing, with a focus on Shiga toxin-producing Escherichia coli.
Researchers with the Connecticut Agricultural Experiment Station have demonstrated that the use of iron-fortified hemp biochar made from agricultural waste can significantly reduce the amount of toxic PFAS “forever chemicals” taken up by food crops grown in contaminated soil.
During the inaugural meeting of the Third National Congress on Animal and Plant Health and Food Safety 2025, representatives from the Mexican government, academia, and private industry discussed the need for cross-sector collaboration to ensure food safety in the face of emerging risks.
EVOCA, a new biofungicide from Biotalys, has received regulatory approval from EPA, and has also been exempted from maximum residue limits based on its safety profile.
The Spanish Federation of Agricultural Cooperatives of Murcia (Fecoam) points to recent RASFF food safety notifications about U.S. nuts demonstrating dangerous levels of aflatoxin contamination—with almonds exceeding EU maximum levels by three times in one instance—and calls for stricter import controls.
An ongoing Center for Produce Safety-funded study is investigating the factors contributing to the persistence of a reoccurring, emerging, and persisting (REP) Escherichia coli O157:H7 subtype associated with leafy greens foodborne illness outbreaks, with the goal of developing a risk assessment tool for growers.
A 2024 European foodborne illness outbreak caused by a rare Salmonella serotype, linked to leafy greens grown near a buffalo farm, exposed gaps in biosecurity, surveillance, and data transparency across the agri-food system.
A new study assessed the efficacy of a commercial lytic bacteriophage cocktail as a preharvest agricultural water treatment against Salmonella Infantis, and found modest but consistent pathogen reductions across diverse water conditions.
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