El Niño 2026/27: Crop-by-Crop Exposure Across Fruits, Vegetables and Pulses

Egypt: The Seasons in Play

Egypt's summer tomato campaign is already accounted for — planted area came in roughly 5–7% below plan as growers responded to higher fertilisation, crop protection and energy costs, with average Brix around 4.9, in line with the wider Mediterranean this year. The revised assessment was due in the first days of September.

The forecast matters for what comes after. If the WMO's 90% probability of persistence past November holds, the El Niño signal will be active across a long stretch of the Egyptian calendar:

• Winter tomato transplanting and growth — the crop that covers the window when Northern Hemisphere factories are shut, and Egypt's only sun-dried tomato season.
• Winter and early-spring vegetables — artichokes, green beans, peas and carrots, all of which set and fill in the cooler months.
• Stone and citrus fruit flowering — apricots, peaches and mandarins, where late-winter and early-spring temperature swings decide the crop before anyone sees a fruit.
• Strawberry and pepper production, which run through the same period.

An honest caveat belongs here. The correlation between El Niño and Mediterranean weather is weaker and less direct than in the Americas, and nobody can forecast an Egyptian winter crop from a Pacific sea-surface anomaly. What the historical record does show is that El Niño years correlate with more volatile and more intense summer heatwaves across the Mediterranean basin — which is exactly what the 2026 summer delivered, from Extremadura to the Camargue. Treat the Egyptian winter crop as normal-risk with elevated uncertainty.

What the WMO Actually Said

On 2 June 2026 the WMO issued a climate alert with unusually high confidence:

• 80% probability that a new El Niño locks in between June and August 2026.
• 90% probability that conditions persist through at least November.
• Subsurface tropical Pacific temperatures 6°C above average — the heat reservoir fuelling it.
• Models point to at least a moderate event with distinct potential to become severe. NOAA put the probability of a very strong event at 63% as of 11 June; ECMWF expected the very strong threshold to be met.

A "very strong" event by WMO classification has occurred only five times since the mid-20th century. One caution belongs alongside all of it: these forecasts have been wrong before. A super El Niño was forecast in 2014 and never materialised. Every figure above is a June 2026 position, and probabilities are not outcomes.

The Four Mechanisms That Actually Damage a Crop

"El Niño" does not damage anything directly — it shifts weather patterns, and those patterns hit crops through a small number of specific mechanisms. Knowing which mechanism threatens which crop is what makes the risk assessable rather than vague.

1. Heat at flowering. Sustained temperatures above roughly 35°C during flowering cause blossom drop and failed fruit set. This caps yield potential weeks before harvest and it is invisible at the time. It is the mechanism behind the documented tomato blossom-drop risk, and it applies equally to peppers, beans, peas and legumes, all of which are flowering crops with a narrow set window.
2. Rainfall timing at harvest. Water is rarely the problem; timing is. Rain during a harvest window means fields machinery cannot enter, fruit that splits or rots, mould and bacterial disease, and lower solids. This is what damaged California's 1998 tomato crop and it is the same threat to any crop harvested off open ground.
3. Water availability and irrigation cost. In drought-side regions the crop may be fine but the water is not. Irrigation allocation prices in Australia's Murray–Darling Basin routinely spike in drought years, and in South Africa's Limpopo province processors cut planted acreage outright when reserves fall. This shows up as a cost line, not a crop failure.
4. Humidity, disease and sunscald. Warm nights and high humidity drive fungal and bacterial pressure; extreme solar radiation with low humidity causes sunscald on exposed fruit. Both degrade quality rather than tonnage — which matters more for a graded product like whole fruit or a syrup pack than for a purée or paste.

Crop-by-Crop Exposure Across the Range

Reading the four mechanisms against Saporina's product lines gives the following exposure map. The final column states the basis, so you can see where a published El Niño analysis stands behind a row and where it is agronomic reasoning from the mechanism.

Two patterns are worth pulling out of that table. First, heat at flowering is the common thread — it is the single mechanism that reaches tomatoes, peppers, olives, peas, corn, beans and every fruit line at once, which is why a heat-volatile season shows up across a whole catalogue rather than in one category. Second, processed formats absorb damage differently: a purée, paste, concentrate or jam can use fruit that a whole-fruit-in-syrup or a graded whole-olive pack cannot. In a difficult year, quality-driven losses tend to land hardest on the graded, visible-fruit lines.

Tomatoes: What Already Happened This Season

The 2026 European campaign is a live illustration of the heat mechanism, and the trajectory of the world estimate tells it plainly:

• Early June (WPTC Congress): AMITOM published a combined 2026 forecast of 17.6 million tonnes, up 4% year on year, with the global estimate at 40.1 million tonnes.
• 3 July: after a widespread European heatwave in the second half of June, the global estimate fell back below 40 million tonnes.
• 28 August: the world estimate stands at 39.8 million tonnes, 1.5% below the 40.3 million tonnes processed in 2025, with reduced forecasts confirmed in France, Spain and Türkiye.

The mechanism was not simply lower yield but accelerated maturity: extreme heat drove ripening so fast that a sharp volume drop was expected from late August, with factories already near capacity and limited ability to absorb the compressed peak. Türkiye is the clearest case — every producing region hit peak at once instead of staggering, and fruit was left in the field.

Looking forward rather than back, the region to watch is California, where the 1997–1998 super El Niño produced a crop the USDA recorded as drastically smaller, significantly delayed and damaged by wet-weather disease, with global paste inventories dipping as a result. The mechanism there is timing: heavy March–May rain delays transplanting, harvest slips into late September and October, and ripening fruit meets autumn rain.

Pulses: The Documented Picture

The Global Pulse Confederation's assessment is that no major pulse-producing region escapes entirely, though impacts vary widely.

India is the one to watch. In the 2015/16 El Niño, national rainfall came in 14% below the long-period average — Andhra Pradesh 40% below, Karnataka 24% below — and black matpe prices rose 45% with chickpeas up 35%. For 2026 the Indian Meteorological Department forecast 90% of LPA, and the government opened black matpe and pigeon pea imports through March 2027 as a precaution. Production targets are ambitious — 4 MMT of pigeon peas against 3.3–3.5 MMT last year — and industry commentators have voiced serious doubts about hitting them in an El Niño year, noting that rainfall distribution matters more than the total.

Australia is more relaxed: the Grains Australia Pulse Council expects growers who want to sow a winter crop to do so on time, with a muted impact if seedings establish with good early moisture. North America expects volatility rather than a directional shortfall — one North Dakota trader had already seen a 5% loss of planted acres to overland flooding shortly after emergence. ECMWF forecasts bone-dry conditions for mung and adzuki beans on China's Manchurian Plain, while Brazil's main bean planting window falls in August–October and could benefit if the moisture timing aligns.

For a buyer of canned chickpeas, cannellini or red kidney beans, the relevant point is that pulse raw material is globally traded and substitutable across origins in a way that processing tomatoes are not — so pulse exposure shows up as a price move rather than an availability gap.

What This Means for Buyers

The exposure sits in 2027, not in the next few weeks. Northern Hemisphere processing is finishing now on a crop already counted. The El Niño risk falls on the Southern Hemisphere campaigns, on California's 2027 planting window, on the Indian rabi pulse crop, and on Egypt's and the Mediterranean's winter and spring plantings.

Look at your basket by mechanism, not by category. If a heat-volatile spring is the risk, then your tomato, pepper, pea, corn and stone-fruit lines are all exposed to the same event at the same time — diversifying across those categories inside one growing region diversifies nothing. Origin spread is what actually reduces the correlation.

Expect quality effects before volume effects. Heat and humidity degrade grade, calibre, colour and solids well before they remove tonnage. If you buy to a whole-fruit specification, a graded olive or pepper count, or a minimum Brix, build a conversation about tolerances into your 2027 contracts rather than discovering it at inspection.

Treat this as a reason to spread risk, not to stockpile. A 63% probability of a very strong event is meaningfully short of certainty, and 2014 is the reminder of what happens when a market prices in a super El Niño that never arrives.

Cost pressure is separate from weather and is not going away. Fertiliser, energy, agrochemical, packaging and freight costs are elevated for growers and processors in every origin, having climbed since 2020 and spiked again in 2026 after supply chain disruption in the Persian Gulf. Even a benign El Niño leaves that in place, and it is the factor most likely to shape 2027 contract negotiations.

Saporina's Range

Saporina supplies the full ambient range from Egypt: tomato products across both the winter and summer seasons (sun-dried in winter only); olives, peppers and pickles; canned vegetables and pulses; fruit purées, concentrates and nectars; jams and spreads; and canned fruits in syrup. Available in aseptic bulk and drums, A10, A12 and retail formats, glass and PET, with private label packaging and full export documentation for EU, UK, North American and Gulf destinations.