Global Food Price Shocks Signal Rising Bearish Risk

Global Food Price Shocks Build From Two Supply Fronts

Global food price shocks rarely arrive from a single cause, and the current outlook reflects two pressures arriving together. According to BMI, a unit of Fitch Solutions, the risk to global food production is driven by overlapping supply shocks rather than one isolated event.

The first is a fertiliser shock. Tighter supplies and surging nitrogen prices have followed the disruption of trade flows through the Strait of Hormuz, a route that normally carries roughly one-third of global seaborne fertiliser.

The second is weather. BMI flagged a high probability of an El Nino event emerging by mid-2026, a development that threatens agricultural yields across multiple producing regions.

The danger lies in how the two interact. With input costs high and weather uncertain, farmers may pre-emptively cut fertiliser use, lowering crop yields even if severe weather never materialises.

Fertiliser Supply Disruption Has Already Doubled Urea Prices

Fertiliser supply disruption is no longer a forward risk but an active one. Commercial shipping through the Strait of Hormuz has been severely disrupted since 28 February 2026 amid the escalation of the conflict involving Iran, Israel and the United States.

The scale of the chokepoint is significant. Persian Gulf countries account for roughly 43% of seaborne urea exports and approximately 44% of seaborne sulfur trade. Unlike the 2022 Russia-Ukraine crisis, Gulf supply cannot easily be rerouted, leaving large export volumes trapped behind the strait.

The price response has been sharp. Through April, world urea prices approximately doubled and DAP prices rose about 35%, according to IFPRI. Analysis from North Dakota State University indicates the squeeze may extend into the 2027 purchase window if normalisation is delayed.

El Nino Crop Risk Has Hardened Since the BMI Assessment

El Nino crop risk has intensified beyond the probability range BMI originally cited. NOAA's Climate Prediction Center has issued an El Nino Watch, placing the chance of an event emerging at 82% for May to July 2026 and 96% for December 2026 to February 2027.

The forecast also points to elevated intensity. The Climate Prediction Center put the chance of the event reaching strong or very strong status by October at roughly 65%, with a "super" El Nino now the single most likely outcome for late 2026.

Forecasters note the spring predictability barrier limits certainty this early in the season. Even so, the signal is firmer than it was when the underlying risk was first assessed, sharpening the case for the bearish growth scenario.

Emerging Market Stagflation Becomes the Central Macroeconomic Risk

Emerging market stagflation is the headline macroeconomic outcome BMI identifies, driven by the outsized weight of food in consumer spending. Food accounts for an average of 32.5% of the consumer price basket across the economies sampled, transmitting any price shock directly into headline inflation.

Under a severe scenario of a 40% food price shock paired with a 10% spike in agricultural raw materials, the modelled outcomes are substantial. Aggregate GDP growth across the sampled markets slows by an average of 0.68 percentage points, falling from a baseline projection near 3.9% to roughly 3.2%.

Inflation moves in the opposite direction. Headline inflation rises by an average of 2.91 percentage points, eroding real household income and weakening private consumption. Both current account and fiscal budget balances are expected to deteriorate across most economies, producing the twin-deficit strain characteristic of a stagflationary shock.

Food Import Dependence Sorts the Winners From the Exposed

Food import dependence is the variable that separates the most vulnerable economies from those with room to absorb the shock. Domestic buffers and reliance on imported food determine where the damage concentrates.

The highest-risk group comprises Nigeria, Kenya and Egypt, where high import dependence meets thin fiscal buffers. GDP growth is projected to fall by 1.30 percentage points in Nigeria, 1.20 points in Kenya and 1.10 points in Egypt, alongside elevated risks of currency depreciation and tighter domestic financial conditions.

A middle tier of India, Turkiye and Vietnam faces intermediate effects, with mixed domestic agricultural capacity offset by high inflation sensitivity. The lowest-risk group of Brazil, Mexico and Poland is comparatively insulated. Brazil, a major agricultural exporter, sees growth trimmed by only 0.20 points, while diversified structures and stronger buffers limit the loss in Mexico and Poland to around 0.30 points.

Policy Channels to Contain the Shock

Standard economic playbooks point to several mitigation channels, split between immediate relief and structural resilience.

In the short term, direct cash transfers or targeted food subsidies can shield vulnerable households without fully depleting fiscal reserves. Releasing domestic grain buffers can cap local price spikes during peak disruption, while central banks in high-pass-through economies may need calibrated rate adjustments to anchor inflation expectations and limit second-round currency depreciation.

Longer-term resilience rests on reducing structural exposure. That includes diversifying sourcing for critical inputs away from volatile chokepoints such as the Strait of Hormuz, investing in precision agriculture to maximise yields while cutting nitrogen dependence, and adopting drought-resistant seed varieties to buffer production against recurring El Nino cycles.

Conclusion

Global food price shocks now sit at the intersection of an active fertiliser disruption and a hardening El Nino signal, a combination that BMI frames as a clear stagflationary threat to emerging markets. The fertiliser shock is already in the prices, and the weather risk has strengthened since the original assessment. For import-dependent economies with limited fiscal room, the window to build buffers before the next planting and price cycle is narrowing.