The Outlook warns that this baseline is highly vulnerable to market volatility from crises and conflicts. Geopolitical tensions and volatile energy markets — particularly the Middle East conflict and Strait of Hormuz disruptions — pose acute risks .
The Outlook's own stochastic analysis — which models the frequency of recent shocks — finds that if the frequency of shocks observed in recent years continues, there is a 25 percent probability that agricultural incomes in 2035 will be lower than current levels . Short-term risks are also significant: recent energy price hikes and resulting reductions in fertilizer use are likely to affect agricultural production in 2027 .
| Finding | Status | Source |
|---|---|---|
| 9% increase in global farm income per worker by 2035 | Confirmed | |
| Geopolitical tensions and volatile energy markets could erase gains for low-income countries | Confirmed | |
| Fertilizer prices up ~50% since conflict began; urea roughly doubled post-Hormuz | Confirmed in direction and scale | |
| Sulfur/sulfuric acid up over 1,000% since early 2025 | Insufficient evidence — not found in the available Outlook sources | — |
| Strait of Hormuz disruption as key driver of energy/fertilizer costs | Confirmed | |
| Disproportionate impact on low-income countries (1.7% grain production decline) | Confirmed | |
| Stochastic modeling: 25% probability farm incomes lower in 2035 than current levels | Confirmed |
The central tension of the report is clear: productivity gains support a modest 9% income rise, but the return of frequent supply shocks — already materialized via the Hormuz closure — creates a one-in-four chance that the decade's gains are entirely wiped out, with the poorest countries bearing the brunt.
The Outlook warns that this baseline is highly vulnerable to market volatility from crises and conflicts. Geopolitical tensions and volatile energy markets — particularly the Middle East conflict and Strait of Hormuz disruptions — pose acute risks .
The Outlook's own stochastic analysis — which models the frequency of recent shocks — finds that if the frequency of shocks observed in recent years continues, there is a 25 percent probability that agricultural incomes in 2035 will be lower than current levels . Short-term risks are also significant: recent energy price hikes and resulting reductions in fertilizer use are likely to affect agricultural production in 2027 .
| Finding | Status | Source |
|---|---|---|
| 9% increase in global farm income per worker by 2035 | Confirmed | |
| Geopolitical tensions and volatile energy markets could erase gains for low-income countries | Confirmed | |
| Fertilizer prices up ~50% since conflict began; urea roughly doubled post-Hormuz | Confirmed in direction and scale | |
| Sulfur/sulfuric acid up over 1,000% since early 2025 | Insufficient evidence — not found in the available Outlook sources | — |
| Strait of Hormuz disruption as key driver of energy/fertilizer costs | Confirmed | |
| Disproportionate impact on low-income countries (1.7% grain production decline) | Confirmed | |
| Stochastic modeling: 25% probability farm incomes lower in 2035 than current levels | Confirmed |
The central tension of the report is clear: productivity gains support a modest 9% income rise, but the return of frequent supply shocks — already materialized via the Hormuz closure — creates a one-in-four chance that the decade's gains are entirely wiped out, with the poorest countries bearing the brunt.