Global Rapeseed Production in 2026/27 Season to Exceed 86 Million Tons for the First Time

This is reported by AgroReview

International analysts from Oil World (Germany) forecast a record global rapeseed harvest for the 2026/27 season. According to experts, for the first time in the history of the industry, production will exceed 86 million tons. The main factors contributing to this growth will be the expansion of planted areas to maximum levels and a positive weather forecast in leading rapeseed-producing countries.

Rapeseed Areas and Harvest Dynamics

According to the latest estimates, in the 2026/27 season, the total rapeseed harvest will reach 86 million tons, which is 0.4 million tons more than in the current season (85.6 million tons). This increase has been made possible by the expansion of planted areas to a record 41.9 million hectares, exceeding last year’s figure by 1.2 million hectares. Additionally, favorable conditions for the crop’s growth are expected across all major rapeseed-growing regions.

Rapeseed Production Forecast by Country

• Canada — production is expected to be around 21.6 million tons, slightly lower compared to the previous season (21.8 million tons). However, an increase in planted areas by 4-5% is forecasted, reaching 9.1-9.2 million hectares. Experts emphasize the rising profitability of the crop ahead of the spring planting campaign.
• European Union — the harvest may reach 20.85 million tons, surpassing last season’s result (20.48 million tons).
• India — a harvest of 11.5 million tons is expected, compared to 11.4 million tons the previous year.
• Australia — an expected yield of 7.75 million tons, slightly more than last season (7.68 million tons).

“Analysts continue to monitor changes in climate cycles and note that warming in the Pacific Ocean will persist, positively impacting the final rapeseed harvest figures.”

Overall, experts emphasize positive trends in rapeseed cultivation, linked to the increase in areas under the crop and stable support for favorable climate conditions in major regions worldwide.