El Niño, Hormuz, and Fertilizer: 2027 Food Crisis

Three crises are converging on one harvest year. NOAA gives a 62% chance El Niño emerges by mid-2026. The Hormuz blockade has cut 45% of global sulfur exports, pushing US fertilizer past $650 per ton. The WMO just confirmed 2015–2025 as the hottest eleven-year stretch on record. Each story makes news alone. Nobody is reporting them together. They'll hit one harvest, at one time — and 2027 could produce the weakest global food output in a generation.

A warming Pacific Ocean, a naval blockade in the Persian Gulf, and $650-a-ton urea all land on the same fields, in the same growing seasons, between now and late 2027.

Threat one: a Super El Niño is building

NOAA issued an El Niño Watch on March 12. La Niña is collapsing faster than expected. Models are swinging hard toward warmth.

NOAA forecasts 62% odds El Niño emerges by June–August 2026, persisting through year's end. The ECMWF projects something worse: sea surface temperatures 1–2°C above normal across the tropical Pacific by summer, peaking along the South American coast.

Zeke Hausfather of Berkeley Earth analysed 433 forecasts from 11 models. His finding: "We're in for a strong El Niño with a chance of a super strong event. Something that could even challenge what we saw in 2015–2016."

The 2015–16 event hit 2°C above average. Current models track 2.4°C. Severe Weather Europe noted the forecast "reaches or exceeds the threshold for a Super El Niño event in 2026/2027."

What El Niño does to food: drought across Southeast Asia and Australia, erratic monsoons in South Asia, floods in South America. Past strong events cut Indonesian and Philippine rice output 5–10%. A Nature Communications study found El Niño reduces global maize yields by up to 4.3%. India's kharif rice harvest — feeding 1.4 billion people — depends on monsoon rains El Niño disrupts.

The Philippines has already declared a national energy emergency. Add drought on top of fuel shortages, and 110 million people face compounding crises from two directions.

Threat two: the fertilizer chain is already broken

We've detailed the Hormuz sulfur-to-fertilizer chain before. The short version: Hormuz carries 45% of global sulfur exports, 35% of seaborne urea and phosphate trade, and the raw materials feeding the world's fertilizer plants.

That pipeline is cut. The consequences are already measurable.

Urea at New Orleans passed $650/ton — up 20%+ in two weeks. UAN28 liquid nitrogen surged 31% year-on-year. DAP phosphate climbed 11%. All eight major US retail fertilizer categories are higher than last year. Four by double digits.

The USDA projects American corn acreage will drop nearly 5 million acres as farmers flee nitrogen-hungry crops for cheaper soybeans. An estimated 10–15% of Northern US farmers haven't bought spring supplies. The Prospective Plantings report drops March 31 — six days away — and it'll show how many acres the fertilizer crisis has already erased.

India's pre-war urea buffer runs out in May, as kharif planting begins. Brazil's 2026/2027 soybean cycle starts in September — and Brazil needs Gulf urea to grow the crop feeding Chinese livestock. China has restricted fertilizer exports to protect its own farmers, tightening supply further.

Chinese media has been clearest on this. Xinhua called Hormuz "both an oil road and a food road." CLS Financial reported the blockade has trapped nearly 1 million tons of fertilizer. Sohu: "On February 28, the world focused on oil. Half a month later, another crisis signal emerged — fertilizer prices soaring."

Russian media added a detail absent everywhere else: Russia benefits. Izvestia noted a third of global urea and 45% of sulfur pass through Hormuz, but "for Russia, the situation does not look like a crisis — the domestic market has a price-fixing mechanism." Russia's farmers are shielded. Everyone else isn't.

Threat three: the baseline is already broken

The WMO released its State of the Global Climate 2025 report two days ago. 2015–2025: the hottest eleven years on record. 2025 hit 1.43°C above the pre-industrial baseline. Earth's energy imbalance — the gap between heat absorbed and heat radiated — is the highest in the 65-year measurement record.

The ocean has absorbed the equivalent of eighteen times annual human energy use every year for two decades. That stored heat amplifies El Niño events, fuels extreme weather, and raises the floor beneath every future temperature reading.

Right now, a historic March heatwave is smashing records in nearly 180 US cities. Over half the continental US is already in moderate to exceptional drought. The area hit by extreme weather in the past five years has doubled compared to twenty years ago.

The warming baseline makes every El Niño stronger, every drought deeper, every crop loss larger. The WMO report didn't just confirm the hottest decade — it confirmed the floor is rising. Whatever El Niño does this year, it'll do it on top of already record-breaking conditions.

The compound risk nobody's connecting

Each story travels through a different news desk. Climate reporters cover El Niño. Agricultural journalists cover fertilizer. Energy correspondents cover Hormuz. They rarely sit in the same room.

They converge on the same fields.

An Iowa farmer faces $650/ton nitrogen AND El Niño-driven heat stress on whatever corn she plants. A Philippine rice grower faces fuel shortages from Hormuz AND drought from El Niño AND fertilizer prices he can't afford. An Indian smallholder faces a May urea deadline AND an erratic monsoon AND a government already stretched by energy costs.

PGI score: 5. The regions most exposed — Sub-Saharan Africa, South and Southeast Asia — have the least coverage of the triple convergence bearing down on their food supply. Chinese media connects Hormuz to food. Western media connects El Niño to weather. Nobody connects all three to 2027.

The World Bank warned in 2024 that a "sustained oil price spike from Middle East escalation would raise food prices." That warning is now reality. The World Bank's scenario didn't model a simultaneous Super El Niño on top of a hot-decade baseline.

The timeline

Three deadlines closing at once.

March 31, 2026: USDA Prospective Plantings report. First hard data on how the fertilizer crisis reshaped American agriculture. This number sets expectations for global grain supply for eighteen months. May 2026: India's pre-war urea buffer depletes. If Hormuz hasn't reopened, India enters monsoon planting season short of nitrogen — the input that determines whether 1.4 billion people have enough rice. June–August 2026: El Niño emergence window. NOAA gives 62% odds. ECMWF models suggest it could reach Super El Niño thresholds. If it arrives strong, it compounds every agricultural risk already in motion. September 2026: Brazil's 2026/2027 soybean planting begins. Brazil needs Gulf urea. China needs Brazilian soy. The circular dependency has no workaround if Hormuz stays closed. October–December 2026: El Niño projected to peak. Strongest impacts on monsoon agriculture, Australian wheat, Southeast Asian rice, and African food production hit during this window. 2027: The harvest year. Everything planted, fertilized, and weathered between now and December 2026 determines what the world eats in 2027. Less fertilizer + weaker monsoons + drought-stressed crops = the weakest Northern Hemisphere harvest in years.

The part that should keep you up

We've seen each before. The 1997–98 Super El Niño devastated Southeast Asian agriculture. The 2008 fertilizer crisis triggered food riots in 30 countries. The 2022 Ukraine war showed how one conflict cascades through food supply chains.

We've never seen all three at once.

Hormuz is cutting fertilizer supply. Farmers are planting less. A potential Super El Niño threatens to slash yields on whatever does get planted. The warming baseline means every weather event hits harder than historical models predict.

Three stories. Three news desks. Three headlines. One harvest.

The 2027 food crisis isn't a prediction. It's a chain of events already in motion, with deadlines attached, and three fall before Christmas.