Yield and Productivity Outlook
How irrigation efficiency, varietal selection and mechanisation are reshaping tonnes per hectare across major producers.
Research PapersKey findings
- Average global yield reached 8.2 tonnes per hectare.
- Best-performing regions exceed 11 t/ha under modern irrigation.
- Productivity gaps remain the largest single source of upside.
Publication details
- Category
- Research Papers
- Format
- Reporting year
- 2026
- Length
- 62 pages
Why productivity is the binding constraint
Land suitable for date cultivation is finite and increasingly contested. Output growth therefore depends on how much each hectare — and each cubic metre of water — can deliver.
Average global yield reached 8.2 tonnes per hectare, while the best-performing regions under modern irrigation exceed 11 tonnes per hectare.
What separates the leaders
Three practices explain most of the gap: subsurface or drip irrigation with scheduling based on soil moisture, disciplined thinning and pollination management, and rapid post-harvest cooling.
Mechanisation matters less to yield than to harvest loss, but it becomes decisive where labour availability is constrained.
Closing the gap
Bringing median performers halfway to the regional frontier would add more volume than any realistic programme of new planting.
Productivity gaps therefore remain the largest single source of upside in the Council's projections to 2030.