European strawberries found with cocktail of toxic pesticides
Translated from Slovenian, summarized and contextualized by DistantNews.
At a glance
- A study by Pan Europe found multiple pesticide residues in strawberries from 11 EU countries.
- Slovenian samples showed the highest average number of pesticide residues, with one sample containing eight different types.
- The article criticizes the reporting for omitting crucial data about Slovenian strawberries and highlights concerns about the combined effects of pesticides, even when below legal limits.
A report by the organization Pan Europe has revealed the presence of a cocktail of pesticide residues in strawberries grown across eleven European Union countries. While the study's findings were published on July 8, the article highlights a significant omission in its reporting concerning Slovenian produce.
Belgian strawberry samples contained nine different pesticide residues, Hungarian samples had eight, and Irish samples had seven. Crucially, the original report failed to mention that a Slovenian sample also contained eight different pesticide residues. Two samples of conventionally grown Slovenian strawberries were included in the research: one from a local producer and another from a local store.
These Slovenian samples contained six and eight different pesticide residues, respectively. With an average of seven residues per sample, Slovenia recorded the highest average among all participating countries. The total concentrations of all measured pesticide residues in the Slovenian samples, 1.878 and 1.571 mg/kg, were also the highest and second-highest among the 41 analyzed European samples. While total concentration is not a direct measure of toxicity, it serves as a significant comparative data point that was not fully presented to the Slovenian public.
Both Slovenian samples contained cyprodinil and fludioksonil, substances classified by the European Food Safety Authority (EFSA) as endocrine disruptors, and difenoconazole, a suspected carcinogen with potential neurodevelopmental concerns. The sample with eight residues also included the neurotoxic deltamethrin. The sample with the highest overall pesticide concentration was purchased directly from a Slovenian producer, suggesting that a short time between harvest and sale may limit pesticide degradation. This finding challenges the assumption that short supply chains guarantee lower pesticide exposure. Food safety authorities in Slovenia are urged to consider this data.
Originally published by Delo in Slovenian. Translated, summarized, and contextualized by our editorial team with added local perspective. Read our editorial standards.