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Fertilizer disruptions can raise farm costs immediately, but they do not automatically cause lower crop yields or higher grocery bills. The outcome depends on which nutrients are affected, whether farmers can obtain them in time for application, how they adjust, and what happens to harvests, inventories, transport, and trade afterward. The World Bank’s April 2026 outlook documented a sharp fertilizer-price rise and warned that yield effects could emerge with a lag in some places; it did not establish a universal yield loss or a fixed fertilizer-only share of food inflation.
How does a fertilizer supply disruption reach a farm?
A disruption can begin with expensive energy or feedstock, a production outage, a shipping bottleneck, an export restriction, sanctions, or conflict. Because natural gas is a key feedstock for ammonia and urea production, energy shocks can affect both the cost of making nitrogen fertilizer and the amount available. Trade interruptions can then make supplies harder or more expensive to deliver to importing regions.
In its April 2026 report, the World Bank linked the closure of the Strait of Hormuz to disrupted fertilizer exports and production inputs. It also described production cessation or suspension in Iran and Qatar, reduced urea and ammonia production in India amid lower LNG supply, and possible Chinese export curbs as a further risk. These are events and risks described in that report, not permanent conditions.
Exposure varies by nutrient and supplier. In 2024, the Middle East accounted for almost one quarter of global urea exports and more than 15% of global ammonia exports, according to International Fertilizer Association data cited by the World Bank in 2026. Urea, a nitrogen fertilizer, was especially affected in the April 2026 outlook; phosphate fertilizer such as DAP and potash such as MOP can follow different supply and price paths.
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What do the recent fertilizer-price figures show?
The figures below describe different measures and periods. A fertilizer price index, a monthly urea quotation, and FAO’s fertilizer price basket are not interchangeable; none by itself measures a farm’s actual bill or a grocery-price change.
| Measure and period | Reported figure | What it tells you |
|---|---|---|
| World Bank Group fertilizer price index, 2026 Q1 | Rose by more than 12% quarter over quarter | A broad index increase during the first quarter of 2026; not a forecast or a crop-yield measurement. |
| Urea, March 2026 | Average of $725 per metric ton, nearly 55% above February and the highest since April 2022 | A monthly price observation reported by the World Bank Group in 2026; it applies to urea, not all fertilizers. |
| World Bank Group fertilizer price index, 2026 annual outlook | Projected to increase by more than 30% in 2026 | A forecast in the April 2026 outlook, not a realized full-year result. |
| Urea, DAP, and MOP, late 2025 | Prices averaged about 20% above year-earlier levels | The World Bank Group’s December 2025 report also described weak affordability and pressure on margins for maize, wheat, and rice. |
| FAO fertilizer price basket, April 2024 and April 2022 | $327 per tonne in April 2024, compared with $815 per tonne in April 2022 | A comparison of the FAO basket at two dates; it shows how much that basket had fallen from its April 2022 level by April 2024. |
These observations should not be read as a single continuous price series: they cover different products or baskets, dates, and measures. The April 2026 World Bank report uses data through March 2026 for its quoted monthly fertilizer observations.
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How can fertilizer shortages affect crop yields?
A price increase affects yield only if it changes what a farmer can or chooses to apply, and whether that change matters to the crop under the conditions that season. A farmer facing high prices or limited supply may buy less, delay application, change the nutrient mix, switch crops, or use other practices. The yield consequence depends on crop requirements, soil nutrient reserves, weather, application timing, and what alternatives are practical.
Timing is important because fertilizer needed during a crop’s application window may not be fully replaced by a delivery after that window. But the effect is not necessarily immediate: a reduction in application can show up in a later harvest, and its size can vary substantially by location, crop, and soil. The World Bank’s April 2026 assessment said further curtailments and demand destruction could negatively affect yields with a lag in some locations; it did not report a general percentage yield decline caused by fertilizer disruption.
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Global totals can hide serious local strain. A 2025 study by Vos, Glauber, Hebebrand, and Rice found that global fertilizer demand fell only modestly during the 2022–2023 crop cycle despite steep cost increases. Using proxy indicators, the authors estimated more adverse effects for many farmers in Africa, with variation among farmers. The study also noted that limited data prevented a complete global assessment of the 2021–2022 shock, so its demand and profitability findings should not be treated as a precise census of every farm.
Why do fertilizer disruptions squeeze farm margins?
A farm’s margin depends on revenue as well as costs. If fertilizer becomes more expensive while the prices a farmer receives for crops weaken, the gap tightens from both sides. If fertilizer prices rise but crop prices also rise, the effect can be different. A fertilizer price alone cannot show whether an individual farm’s profit increased or fell.
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Affordability is especially consequential for fertilizer-intensive crops. The World Bank’s December 2025 reporting described weak fertilizer affordability and margin pressure for maize, wheat, and rice. In April 2026, it said urea’s ratio to food prices had reached levels not seen since mid-2022, indicating tighter affordability for growers. These are signals of cost pressure, not a quantified loss for every farmer: farmgate crop prices, input contracts, timing of purchases, yields, and other costs differ.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.Will fertilizer disruptions make food more expensive?
They can contribute to higher food prices, but the link is indirect and uncertain. Higher fertilizer or energy costs may raise production costs; reduced fertilizer use may lower output in affected places and seasons, potentially tightening supplies later. How much reaches consumers depends on harvests elsewhere, inventories, weather, transport costs, exchange rates, trade policy, processing, and retail margins. Food prices do not move one-for-one with fertilizer prices, and the cited World Bank reporting does not assign fertilizer a fixed share of grocery inflation.
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Markets can also adjust between shock and consumer price. FAO’s 2024 account reported that fertilizer trade contracted in 2022 and rebounded in 2023, and its short-term view for 2024/25 at that time was for relative stability. That history illustrates why one episode cannot establish a permanent pass-through rate. The relevant questions are whether a supply or price shock changes application, what harvests follow, and whether other suppliers, stocks, or trade can offset the disruption.
How should you compare fertilizer shocks across regions or years?
Two episodes are not directly comparable just because both are called fertilizer shortages. To understand likely effects, check the details that connect a disruption to a farm and then to food markets:
- Cause: Was the constraint driven by energy, plant production, shipping, export policy, or several factors?
- Nutrient: Does it affect urea or other nitrogen inputs, phosphate such as DAP, potash such as MOP, or a combination?
- Local exposure: How dependent is the region on imports, and are alternative suppliers available?
- Timing: Does supply arrive before the crop’s relevant application window?
- Affordability: How do fertilizer costs compare with crop prices available to local farmers?
- Evidence of impact: Is a yield or demand result observed, estimated from proxies, or only forecast?
- Price transmission: Are reported prices farmgate, wholesale commodity, or consumer retail prices?
Keeping these distinctions clear prevents a reported increase in fertilizer costs from being mistaken for a measured drop in yields or a guaranteed rise in household food bills.
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