Gulf Fertilizer Dependency: Supply Risks and the Impact on Food Security

The clock started the moment the Strait of Hormuz fertilizer crisis began. Here is where it stands.

Which countries tip first, and what does the 2026/27 harvest actually look like? Read on.

Energy desks model oil. Agriculture desks model crops. The Hormuz disruption ignores that division. It started as an oil and gas story. It is becoming a food story, and between those two points sits an agricultural supply chain most boardrooms have never mapped.

When Qatar's Ras Laffan complex went offline and the Strait closed, the world lost more than LNG. It lost the primary feedstock for nitrogen fertilizer production. QatarEnergy's own CEO put a number on how long that lasts: repairing the damaged trains will take three to five years, with roughly 17% of Qatar's export capacity, 12.8 million tonnes a year, offline for that entire window regardless of what happens at the negotiating table. Argus Media's global head of fertilizer pricing put the scale on record: close to half of all globally traded sulfur comes from the Gulf, about a third of urea, and close to a quarter of ammonia, and this crisis will hit fertilizer trade harder than the Russia-Ukraine war did. That combination is what puts Gulf urea supply risk at the center of this brief, not a footnote to it.

The cascade moves in five stages. The energy shock and the fertilizer price spike already happened. Application cuts are underway: farmers who can't afford fertilizer at the new price are reducing application rates or switching to less input-intensive crops. Yield decline comes next, followed by the food inflation that lands hardest on the poorest households. Fertilizer prices and food inflation move together with only weeks of lag, which is why this brief tracks them as a single signal. The WFP warns that prolonged disruption could push up to 45 million more people into acute food insecurity this year.

Fertilizer must arrive before and during planting windows. Even short delays force farmers to cut application rates, weaken yields, and pass higher costs through the food chain. For fertilizer producers, food brands, and policymakers, the task now is operational, not analytical: secure supply, diversify sourcing, and accelerate nutrient-efficiency measures before the next planting cycle closes.

The World Bank's May 2026 analysis puts urea prices near a 60% rise for the year, easing in 2027 only if Middle East exports recover and gas prices moderate. Both conditions are open. The link between urea supply disruption and food security has rarely been this direct. Sulfur has doubled since January. DAP rose more than 10% in April alone, the largest single-month move since 2022, driven by sulfuric acid scarcity.

Mordor Intelligence's Nitrogenous Fertilizers Report values the segment at USD 107.78 billion in 2026, on track for USD 127.82 billion by 2031. Asia-Pacific held 36.0% of global value in 2025. The Middle East was forecast to grow fastest, at a 4.8% CAGR through 2031. That growth story is now structurally impaired. Urea, the largest single product line within the segment, accounts for 44.1% of it, roughly USD 47.5 billion in 2026, growing at a 6.7% CAGR. Given that scale, the urea price impact on food security is no longer a secondary concern for portfolio-level risk models.

Sulfur is a second-order risk that hasn't gotten enough attention. It isn't a fertilizer itself, it's the feedstock for sulfuric acid, which phosphate fertilizers like DAP and MAP require. The Gulf supplied roughly ~50% of globally traded sulfur before the disruption. Phosphate production in Morocco, India, and China is now constrained regardless of those countries' direct Gulf exposure. A sulfur shortage is a phosphate shortage, and a phosphate shortage reaches every major grain-producing region that depends on phosphate nutrition for yield, including economies with no Gulf exposure at all.

Proximity to the conflict doesn't determine exposure. The better measure is dual-axis vulnerability: how dependent a country is on Gulf fertilizer imports, and how intensively it applies nitrogen per hectare — fertilizer dependency by country made explicit, starting with Gulf fertilizer dependency. A farmer already applying fertilizer near maximum yield-optimizing rates loses disproportionately more from a 15% cut than the percentage suggests. The response curve is nonlinear. Countries where both numbers run high are the ones where the 2027 harvest is already in question.

Bangladesh

The clearest case. It sources 53.3% of its fertilizer from the Gulf and applies 170 kg of nitrogen per hectare, among the highest rates in the world. It also gets two-thirds of its LNG from Qatar and half its imported urea from the Gulf. Bangladesh is exposed on the energy side, the fertilizer side, and the food price side at once. No part of this crisis misses it.

India

A different risk profile. India uses roughly 60 million tonnes of fertilizer nutrients a year, the largest absolute consumption base in the world. Around 49% of its nitrogen fertilizer imports come from Gulf countries, mid-range on dependency but enormous in absolute volume: Bloomberg-compiled trade data puts India as the single largest destination for Gulf nitrogen fertilizer exports worldwide, worth roughly USD 11 billion between 2020 and 2025. IFFCO, Chambal Fertilisers, and GNFC all reduced or halted output after Qatar's gas disruption hit domestic production capacity. A country that manufactures much of its own fertilizer using imported gas learns that the gas disruption is the fertilizer disruption, twice: once on imports, once on the feedstock behind its own plants.

A dependency-only ranking gets the order wrong at the top. Rank these four countries by Gulf import dependency alone and Jordan comes first, at 79% — urea dependency by country distilled into a single ranking, before the agronomic adjustment reorders it. But dependency alone ignores the agronomic side of the equation: a country already applying nitrogen near yield-optimizing rates loses disproportionately more from a supply cut than the percentage suggests, because the yield-response curve is nonlinear. Weighing both variables equally, Gulf dependency and nitrogen application intensity, reorders the list, and it's Bangladesh, not Jordan, that comes out on top.

Two things to read carefully in this table, not around it. First, India and Pakistan are close enough (29.2 versus 28.0) that we treat them as a tied third rather than a clean rank order; the gap is inside the margin of what four data points can resolve. Second, and more important: India's composite score is low because the index measures import-dependency intensity, not absolute exposure. India is the largest absolute fertilizer consumer in the world, so a moderate score here does not mean low risk in volume terms, it means India's risk shows up as a scale problem rather than a dependency-ratio problem. Read the score and the volume flag together, not the score alone.

A second caveat, stated plainly: this index is normalized against only four countries, so every score is relative to this set, not an absolute scale. Adding Egypt, the Philippines, Kenya, or Vietnam will re-score all four entries, potentially by a meaningful margin, since Pakistan's dependency, for instance, currently sits at the floor of this set (27%, scored as 0) only because no country in the sample has a lower figure. Treat the ranking as directionally reliable within this set and provisional beyond it. It is fertilizer supply vulnerability by country, not an absolute global scale, and should be read that way.

Everyone is watching the Gulf. The bigger risk already happened in Beijing, and could happen next in Jakarta or Moscow. Export decisions by the three largest non-Gulf fertilizer producers turn a supply shortfall into something worse.

China, the world's largest urea producer, did what markets feared. In mid-March 2026, Beijing banned exports of nitrogen-potassium blends and certain phosphate varieties, restricting an estimated 50–75% of its export categories, up to 40 million metric tons. By May, China reversed part of that, issuing fresh urea export quotas once domestic supply was secured. The lever still exists: China cut urea exports from 5–6 MTPA in 2021 to 0.26 MTPA in 2024 through administrative control, eased to 5.8 MTPA in 2025, and has now shown it will close the door again whenever fertilizer prices spike. The open question isn't whether China restricts again. It's when, and for how long.

IFPRI models this directly: Hormuz disruption, Chinese export tightening, and Indonesian domestic prioritization together produce a worse price outcome than the physical supply gap alone would. The world learned that in March. Whether it learns it again before the 2027 harvest depends on decisions still being made in three capitals, none of them Gulf capitals.

Green ammonia and domestic nitrogen capacity are the clearest structural beneficiaries. The crisis has proven, in real time, that nitrogen fertilizer supply anchored to Gulf gas is a sovereign risk. Building fertilizer sourcing diversification into procurement plans, and pricing fertilizer chokepoint risk explicitly, are becoming baseline requirements, not competitive edges. US Section 45V hydrogen tax credits, worth up to USD 3 per kilogram of clean hydrogen, cut green ammonia production costs by roughly USD 500 per metric ton. That makes domestic production commercially viable in a way it wasn't eighteen months ago.

Precision agriculture is moving from a premium option to a standing requirement. The FAO's emergency recommendation includes intercropping to cut nitrogen dependency.

Precision application technology, variable-rate equipment, and digital soil tools cut nutrient waste at scale. When fertilizer prices double, that technology pays back in one season instead of five.

Brazil is the structural supply-side beneficiary, but only if it can source its own inputs. Mordor Intelligence's Brazil Fertilizers Report puts field crops at 96% of Brazil's fertilizer consumption in 2025, growing at a 5.62% CAGR. Brazil imports about 10% of its urea from Gulf sources, meaningful in absolute volume but manageable through rerouting. Its bigger exposure is price transmission as global fertilizer prices reset upward. Its bigger opportunity is selling protein into a world that needs it.

The pattern has repeated more than once, and there's no reason to assume it stops repeating. A ceasefire holds for a matter of weeks. Strait traffic rebuilds from a wartime low toward normal crossing volumes, and sulfur and urea prices ease with it. Then an attack on commercial shipping triggers military retaliation, diplomatic talks on the Strait's status stall, and the cycle resets. Each version of this sequence has looked slightly different in its specifics, a different vessel, a different facility, a different round of strikes, but the shape has held constant: reopening has proven reversible, not resolved.

A ceasefire's failure isn't evidence the deal was flawed. It's evidence that confidence in Gulf shipping rebuilds over weeks and breaks in hours, while physical recovery (mine-clearing, port repair, roughly 515 stranded vessels) was already going to take months regardless of the diplomatic outcome. The more durable fact sits underneath the shipping picture entirely: QatarEnergy's own repair timeline for Ras Laffan runs three to five years, with 17% of its export capacity gone for that whole window no matter how any given ceasefire goes. Every reset like this shows the same thing: the diplomatic floor is no more stable than the physical one. Each reset has a cost measured in planting decisions, not shipping delays.

Fertilizer has to arrive before and during a fixed planting window, and that window doesn't negotiate. A farmer deciding this month whether to buy fertilizer at current prices, cut application rates, or switch to a lower-input crop can't wait on Doha. Each cycle of reopening and re-escalation pushes more of those decisions toward the option that damages next year's yield.

Two structural weaknesses in the fertilizer supply chain were already visible before July: origin concentration in Gulf gas, and circular input dependency, where would-be alternative suppliers also run their production through the same disrupted region. A third is now harder to ignore. Fertilizer buyers have spent a decade diversifying suppliers and none diversifying chokepoints, Hormuz among them. Redundancy exists in who sells the fertilizer, not in how it physically reaches a port.

If El Niño conditions develop alongside continued Hormuz instability, rice-producing regions face higher input costs and weaker growing conditions in the same season. The FAO has flagged this as plausible. Current forecasting models aren't pricing it in.

This brief traces fertilizer exposure. The same Gulf disruption is simultaneously restructuring global LNG and energy infrastructure investment, and driving a petrochemical feedstock crisis through naphtha and LPG, covered in Mordor Intelligence's companion Signal briefs. It's the same origin shock, read through three different desks.

For any organization that touches more than one of these verticals, a food or agribusiness company with energy exposure, an investor spanning chemicals and agriculture, a government weighing food and industrial policy together, pricing chokepoint risk once, at the Strait level, is more efficient than re-discovering the same exposure three separate times, one sector at a time.

Seven decisions with a harvest-cycle deadline.

The 6-to-12-month countdown means the intelligence that matters now isn't about the conflict. It's about what's happening on farms in Bangladesh, India, and Sub-Saharan Africa this planting season: application rates, crop-switching decisions, and export signals from Beijing. Closing that gap takes ground-level data. Mordor Intelligence Value Chain & Supply Chain Analysis practice traces fertilizer supply chains from Gulf gas origin to farmgate cost across 90+ country trade flows, catching the policy move before the price spike confirms it. Start with the Fertilizer Hub on Synapse: 56+ reports across fertilizers, crop protection, and precision agriculture, updated continuously.

The organizations that act ahead of the 2026/27 harvest will treat the FAO's warning as an operational deadline. The planting calendar does not wait.