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The Peanut and Tree Nut Processors Association (PTNPA) recently returned from a milestone international trade visit in Côte d'Ivoire (Ivory Coast), where the nut industry is hopeful to meet U.S. food safety standards to enter the U.S. market.

Controlled environment agriculture can help meet food requirements of the future, but this objective must be achieved by specific processes that minimize negative impacts on the environment and place food safety front and center.

Researchers at the University of Alberta have discovered a way to significantly reduce mycotoxin contamination of grains—plasma treatment.

With funding from the Center for Produce Safety, a researcher from the University of Arizona is exploring the usefulness of a handheld genetic sequencing device for in-field microbial characterization of irrigation water by the produce industry.

PFAS are sometimes used in pesticides as active substances or co-formulants. An analysis of EU pesticide residue monitoring data by Pesticide Action Network Europe shows that the average proportion of produce containing PFAS pesticide residues in the EU has nearly tripled over the last decade.

The Environmental Working Group (EWG) has published its Dirty Dozen list for 2024, describing the 12 fruits and vegetables most contaminated with pesticide residues, alongside its Clean Fifteen list, which contains the 15 commodities with the lowest amounts of pesticide residue.

Researchers have created a coating for galvanized steel food containers that repels bacteria and fungi, is mud-resistant, and reduces the risk of corrosion.

A recent study has identified factors that determine the susceptibility of different leafy greens to foodborne Escherichia coli, including storage temperatures, leaf roughness, and natural wax coating. The researchers also found that the juices of kale and collard leaves have a natural antimicrobial effect.

A study aims to determine how irrigation water that is treated to control microbial activity may affect pathogens on crop surfaces or soil, with the end goal of developing a quantitative microbial risk assessment (QMRA) for industry to gauge the reduction in microbial risk from treated water applied preharvest.

Funded by the Center for Produce Safety, a University of Georgia researcher is leveraging cutting-edge technology to improve the standard method for detection of viruses on foods, and then will use the method to study infectious norovirus persistence on berries.