18/03/2026
Mycotoxin risk is becoming more complex — and more global.
On March 26, 2026, Alltech will release the results of its 2026 Alltech Asia Import Risk Analysis, providing critical insights for Asia’s import-dependent feed and livestock markets.
Now in its fifth edition, the report uses data from the Alltech Harvest Analysis to translate crop conditions in Europe and the Americas into actionable intelligence for producers across Asia.
“The Alltech 2026 Asia Import Risk Analysis translates harvest data from Europe and the Americas into critical insights for Asia’s import-dependent markets,” said Nick Adams, commercial director of Alltech’s Technology Group. “With climate pressures and rising mycotoxin levels in corn and forages, imported ingredients carry compounded risks.”
Key findings from the 2025 harvest highlight how weather variability is reshaping mycotoxin risk:
• Europe: Drought followed by late rainfall increased fungal pressure, delayed harvests and created significant regional variability — reinforcing the importance of multi-toxin assessment.
• United States: Contrasting weather extremes shifted risk westward, with post-harvest storage conditions playing a greater role in exposure.
• Canada: Widespread multi-toxin contamination, particularly in corn silage, with peak levels doubling year over year.
• Brazil: High levels of fumonisins and DON confirmed multi-mycotoxin exposure, with varying impacts depending on species sensitivity.
Across regions, multi-toxin contamination is now the norm — not the exception.
The report also includes species-specific risk assessments for broilers, grow-finish pigs and dairy cows, underscoring the need for more proactive, targeted mitigation strategies.
To explore the findings, Alltech will host a free webinar, “Mycotoxin Insights to Empower Your Nutritional Strategy,” on March 26 at 3:00 p.m. Singapore time.
The full report will be released the same day, alongside expert insights and analysis.
Register and learn more → https://www.alltech.com/alltech-asia-import-risk-analysis