Russia detects tomato pests, viruses in Belarus, Turkey, Kazakhstan shipments
As international trade in fresh produce continues to grow, phytosanitary compliance remains essential to maintain market access and protect agricultural resources.
RUSSIA – Russian phytosanitary authorities have reported quarantine pest detections in imported tomatoes from Belarus, Turkey, and Kazakhstan, leading to shipment rejections and mandatory disinfestation treatments.
In the Smolensk region, three consignments of fresh tomatoes from Belarus totalling about 56 tonnes were found to contain tomato brown rugose fruit virus (ToBRFV). The tomatoes were grown in the Vitebsk region and were destined for the Moscow, Kaliningrad, and Smolensk regions. All three consignments were returned to the sender.
Since the beginning of 2026, regional authorities have inspected about 1,500 tonnes of fresh tomatoes from Belarus. In the Kaliningrad region, 19.5 tonnes of tomatoes from Turkey were found to contain South American tomato moth (Tuta absoluta).
Laboratory testing confirmed the pest in viable larvae. The shipment was denied entry and sent for phytosanitary disinfestation. In the Tyumen region, 14.8 tonnes of fresh tomatoes from Kazakhstan were found to contain South American tomato moth.
Moreover, from January 1 to August 5, the regional authority recorded six cases involving the import of quarantine pest-infested products from Kazakhstan, totalling more than 21 tonnes.
The major threats impacting regional tomato trade and safety include tomato brown rugose fruit virus, which damages fruit quality and reduces yields, and South American tomato moth, which causes significant crop losses through leaf mining and fruit damage.
Authorities handle contaminated agricultural shipments at the border by denying entry to infected shipments, returning contaminated products to the sender, requiring phytosanitary disinfestation treatments, and conducting laboratory testing to confirm pest presence.
These enforcement actions highlight the rigorous phytosanitary screening processes currently used to protect domestic crops from foreign contamination. Meanwhile, the detections demonstrate the importance of phytosanitary controls in preventing the introduction and spread of quarantine pests and diseases.
Russia’s enforcement actions reflect a broader commitment to agricultural biosecurity and protecting domestic production from foreign contamination. The findings also highlight the need for exporting countries to maintain rigorous pest management and inspection systems to meet importing country requirements.
In addition, as international trade in fresh produce continues to grow, phytosanitary compliance remains essential to maintain market access and protect agricultural resources.
Lastly, the response from Russian authorities highlights the serious consequences of non-compliance and the shared responsibility of trading partners to uphold plant health standards.
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