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Food & Farming · Friday, 21 August 2026

01 · Briefing · what happened

Britain imports the fruit it could grow, from countries baking harder than it is

Food & Farming 9 min 28 sources

A charity's audit found 80% of UK fruit and 47% of its vegetables come from abroad, mostly from countries more exposed to heat than Britain. Growers say they would plant more here if the sums worked.

80%

of UK fruit imported

and 47% of its vegetables

94%

self-sufficiency in carrots

the only vegetable that high

25,653

small cane growers in South Africa

most producing below what the land allows

35%

fall in France's maize harvest

lowest since 1980

At a glance

  • A Food Foundation report found the UK imports 80% of its fruit and 47% of its vegetables.
  • 18 of the top 20 countries supplying UK staples are rated moderately to severely vulnerable to climate breakdown.
  • Five of Britain's nine most-bought fruits grow fine here; for four of them the UK produces under 40% of what it eats.
  • Growers say the block is energy costs, water, workers, planning rules and prices - not the climate or the seed.
  • A six-year South African study of 25,653 small cane growers found the same: cost and timing, not knowledge.
  • A regenerative beef farm in Essex stayed green through the drought, but its owner says grants made the switch possible.
  • Europe's harvest is already short - French maize down 35%, Britain's cereal crop the worst since 1984.
  • The Met Office says the building El Nino is likely the strongest in living memory.

Forces in play

Heat damage High

France's maize crop is down 35% on last year and Britain's cereal harvest is heading for its worst since 1984.

Cost of growing High

UK glasshouse growers pay more for power than European rivals and some have cut production; energy pushed UK inflation to 2.9% in July.

Import reliance Building

Britain buys 80% of its fruit abroad, mostly from countries rated more exposed to heat than Britain is.

Money for soil Easing

Lloyds Bank, a food firm, two water companies and an insurer are pooling cash to pay farmers for soil health, reckoning 4-6 pounds saved for every pound spent.

Food price pressure Easing

UK food inflation fell to 1.3% in July, its lowest in close to five years, even as energy bills climbed.

In play Food Foundation — published the audit of what Britain imports and could grow British Apples and Pears — says members want to plant more but need certainty on energy, water and prices South African Sugarcane Research Institute — six-year study naming cost and timing as the real constraint Met Office — forecasts the strongest El Nino in living memory Lloyds Bank and Soil Capital — putting private money behind soil practices that held up in the drought

How it unfolded

  1. Sat A Darlington farmer says he cannot sow next year's crop; the ground is dust
  2. Sun A South African study lands on why small cane farms produce below their land's capacity
  3. Mon European farm groups call this harvest an unprecedented crisis
  4. Wed The Food Foundation reports the UK imports 80% of its fruit
  5. Thu Science publishes a rice gene that raises grain weight and shortens growing time
  6. Fri The Met Office says the building El Nino may be the strongest in living memory

Where this points

Watch the UK government's promised horticulture growth plan, and whether it moves on energy prices, water licences and planning. Those are the three things growers keep naming, and new grant money would signal the gap is being treated as an economic problem rather than an agricultural one.

Full briefing

Britain grows enough grain, meat, milk and eggs to cover its own needs. Fruit and vegetables are another story. A report published on Wednesday by the Food Foundation, a charity that works on food policy, put the picture plainly. About 40% of the UK’s food is imported, including 80% of its fruit and 47% of its vegetables [1]. That is one of the highest rates of reliance on imported fruit in Europe, ahead of France, Germany and Spain [1].

The uncomfortable part is where it comes from. The report found 18 of the top 20 countries supplying the UK with healthy staple foods are rated moderately to severely vulnerable to climate breakdown [1]. Britain is leaning on places the heat is hitting harder than it is hitting Britain.

Much of it could be grown here. Five of the nine fruits British shoppers buy most - apples, strawberries, blueberries, raspberries and pears - grow perfectly well in the UK climate [1]. For four of those five, the country produces less than 40% of what it eats [1]. Among vegetables, only carrots reach a high level of self-sufficiency, at 94% [1]. For tomatoes, mushrooms, peppers, cucumbers, onions, broccoli and green beans, roughly half is home-grown [1].

Why the growers stop short

Nobody involved thinks this is about agronomy. Ali Capper, who runs an apple and hop farm in Worcestershire and chairs the British Apples and Pears trade body, said members want to grow more fruit [1]. What they need, she said, is certainty on seasonal workers, water, planning rules, competitively priced energy, and “long-term agreements and profitable returns” [1].

Energy is the sharpest of those. Glasshouse growers have said for months that their power costs run above those of neighbouring European countries, and some have cut production because of it [1]. UK inflation rose to 2.9% in the year to July after the energy price cap went up 13%, adding about 221 pounds to a typical annual bill [5]. Food inflation, meanwhile, fell to 1.3%, its lowest in close to five years [5].

Fertiliser is the other lever that moves with energy rather than with farming. Roughly half the world’s population is fed thanks to synthetic nitrogen fertiliser, and making it runs on natural gas, so its price tracks gas markets [14]. War in Ukraine and the prolonged US-Iran conflict have pushed those prices up, and a farmer facing a dearer bag simply spreads less [14].

The National Farmers’ Union deputy president, Paul Tompkins, said growers are working to keep fruit and vegetable crops watered “at significant financial expense” [3]. NFU president Tom Bradshaw put the import question bluntly: “We’re not going to be able to trade our way through this potential crisis” [3].

The green field next to the brown ones

Near Chelmsford in Essex, Sam Squier’s roughly 200-acre beef farm sits as a green patch in a landscape of scorched brown [4]. His herd grazes herbal leys - a mix of grasses, deep-rooting herbs and legumes - that hold water and feed the soil. He has not bought winter feed in eight years [4]. He estimates the soil now holds around 400,000 litres more water per acre than before he switched [4]. Earthworm numbers, he reckons, rose from about 80 million to 680 million in six years [4].

Neighbouring farmers are already eating into their winter feed [3][4]. So why is Squier’s method not everywhere? He gives the answer himself: government environmental grants funded his transition, and he says the farm would struggle to stay viable without that support [4]. For others, he named ownership and tenancy arrangements, money, and plain resistance to change [4].

The evidence that it works is not thin. A study for the consultancy Soil Capital found farms using regenerative practices cut drought-related yield losses by at least 10%. That held in about 85% of cases, its chief impact officer Andrew Voysey said [4]. Lloyds Bank reckons water companies save 4 to 6 pounds of clean-up costs downstream for every pound put into farm soil health [4]. That is why a bank, a food business, two water companies and an insurer have pooled money to pay farmers to do it [4].

The same gap, in a South African cane field

South Africa has about 25,653 small-scale sugarcane growers. Their farms and the mills they supply generate 65,000 direct jobs and 270,000 indirect ones, supporting more than a million livelihoods in Mpumalanga and KwaZulu-Natal [6]. Many produce well below what their land could yield. A six-year project led by entomologist Lawrence Nkosikhona Malinga at the South African Sugarcane Research Institute went looking for why [6]. It ran with the provincial agriculture department and two grower associations [6].

It found four things: weed pressure, late decisions, dependence on contractors, and poor access to certified seedcane [6]. Every one traces back to money or institutions rather than knowledge. Growers use less herbicide than needed, or apply it late, because of cost [6]. Planting and fertiliser decisions slip because of finance, or because a contractor is booked elsewhere [6]. Certified seedcane is expensive or arrives too late, so growers plant whatever variety they can get rather than the one suited to their soil [6].

The study’s closing finding is the one worth carrying: “Small-scale growers often know what should be done, but operate within systems that make it difficult to follow the advice” [6].

The same arithmetic shows up elsewhere. San Pablo, in northern Colombia, now has about 275 smallholder oil palm growers, many of them former coca farmers [7]. Subsidies, technical support and tax discounts drove that switch, not new agronomy [7]. Nigeria is the world’s fourth-largest cocoa producer. Industry experts estimate farmers growing more than half its beans may fail EU anti-deforestation rules that take effect at the end of December [8]. The country has around 300,000 mostly small-scale cocoa farmers, and the EU buys 60% of the world’s cocoa [8].

The ceiling is a model, not a measurement

The number a field “could” produce is itself an estimate, and it moves. Writing in FoodNavigator, Ross Hendron argues UK wheat yields have been flat for three decades [9]. He co-founded the crop-genetics firm Wild Bioscience, so he is an interested party. He notes bread-making wheat production hit a ten-year low last year [9]. A new strain of yellow rust has overcome the Yr15 resistance gene [9]. He cites John Innes Centre scientists estimating half of today’s UK wheat area is now susceptible [9]. He sells a solution, so read the diagnosis and the prescription separately.

Research keeps nudging the ceiling. In Science on Thursday, researchers reported a rice locus, TGW1a, that shortens growing time and raises grain weight at once - normally a trade-off [10]. In Nature, a meta-analysis of 70 experiments plus 32 years of southern African field records found wild C4 grass production up 28% over three decades as carbon dioxide rose [11]. The authors say the fate of that extra carbon is uncertain [11]. A Chile-led team published the most complete genetic map yet of one of only two flowering plants that grow naturally in Antarctica [12]. The hope is to move its cold and drought tolerance into crops [12].

None of that reaches a field on its own. In Skagway, Alaska, a brewery grows 250 pounds of lettuce a week in a third-floor aeroponic farm [13]. That covers its whole restaurant, in a town of 1,000 that barges its produce up from the Lower 48 [13]. The owner paid $150,000 for the kit in 2018, then the supplier vanished [13]. Bowery Farming, once the largest US vertical-farming company at a $2.3 billion valuation, shut last year [13].

What this summer took

The gap this year is not theoretical. France’s agriculture ministry estimates the maize harvest down 35% on 2025, at about 9m tonnes - a level last seen in 1980 [2]. It says part of that is farmers switching to other crops such as sunflowers, not only the heat [2]. French growers report shortfalls of 25% for courgettes, 35% for lettuces, 40% for peas and 60% for broccoli [2]. Coldiretti, Italy’s largest farmers’ organisation, says about 60% of the country’s farmland is affected by drought [2]. It puts the cost to the sector, including wildfire and storm damage, above 3bn euros [2]. Spanish cereal harvests are down 35% in Castilla y Leon and 49% around Madrid [2].

Britain’s cereal harvest is on track to be the worst since comparable records began in 1984, and almost three-quarters of England is in drought [4]. Five key reservoirs in England and Wales are at “exceptionally low” levels [15]. The Danube has dropped to its lowest in 30 years in several countries, forcing nuclear plants in Hungary and Romania to shut or run reduced [16]. Champagne began its earliest harvest since records started in the early 20th century [17].

The next shove is loading. The Met Office says the developing El Nino is likely the strongest in living memory [18]. Pacific sea-surface temperatures are already well over 2C above normal and may exceed 3C later this year [18]. Prof Adam Scaife, its head of long-range forecasting, said: “I have never seen an El Nino signal this intense in our forecasts” [18]. The UN’s food agency has warned it could push tens of millions into crisis-level hunger [18]. Tropical crops - cocoa, coffee, sugar, palm - sit in the exposed band [19]. Mentions of El Nino in corporate filings and earnings calls have hit a multi-year high [20].

Also this week

The USDA forecasts Iowa at 216 bushels of corn per acre and Illinois at 212 [21]. The crop is running late in places, with no mature corn yet in 10 of the 18 major states, which is normal for most of them [22]. Ohio managed 0.9 days suitable for fieldwork in a week, down from 5.2 the week before [23]. US farm bankruptcies rose in both 2024 and 2025, reversing an improving trend [24]. Northern Ireland farm profits topped 1bn pounds for the first time in 2025, up 36% in real terms on record beef prices [25]. The agriculture minister warned prices have since fallen while input costs rose [25]. In the UK, 207 salmonella cases and one death share a single strain, and the evidence points to imported eggs [26]. In the US, more than 15,000 cyclospora cases across 47 states, and two deaths, drove wholesale lettuce prices down a record 73% in July [27]. That wiped out the year’s profit for some Salinas growers [27]. Deere lifted its profit forecast on construction demand, while demand for big tractors stayed weak [28].

02 · Lesson · why it matters

The field that stops short on purpose

Almost every field grows less than it could, and the missing part is made of roads, credit and prices - not soil.

How it works

  1. A field has a ceiling set by its climate and soil
  2. Reaching it costs money at every step
  3. The last unit of input often costs more than it returns
  4. Or the credit, the contractor or the road is missing
  5. So the farmer rationally stops short of the ceiling
  6. The gap looks like ignorance and is arithmetic

The twist

The gap between what a field could grow and what it does grow is almost never made of agriculture. It is made of roads, credit, storage and prices - which is why teaching farmers harder so rarely closes it.

Where you've seen this

Hospital waiting lists

the treatment is known; the beds, staff and theatre hours are the gap

Home insulation

everyone knows it pays back, and the upfront cost stops most people anyway

School results

the syllabus is identical everywhere; what differs is what surrounds the child

Vaccination rates

the shot exists and works; getting it into an arm is a logistics and trust problem

The catch

The ceiling itself is a modelled number, not a measured one - so any headline about doubling output is a claim about someone's assumptions, and the honest version says which.

Full lesson

Two fields, one climate

Somewhere in Essex this month there is a fence with brown on one side and green on the other. Same rain, or lack of it. Same soil type. Same sky.

The green side belongs to a farmer who spent years rebuilding his soil, and who says plainly that he could not have afforded to do it without a government grant. The brown side belongs to neighbours who are already eating into their winter feed.

Nobody on the brown side is confused about what the green side did. The method is published. The gap between those two fields is not a gap in knowledge.

What the gap actually is

Agronomists call this the yield gap. It is the difference between what a field could produce using the best practice available for its own climate and soil, and what it actually produces.

The gap exists almost everywhere. It is largest in the poorest places, which is the part that gets quoted. What gets quoted less is why.

Take the herbicide a small sugarcane grower needs. He knows the dose. He knows the week to spray. He uses less than the label says, and sprays later than he should, because the drum costs money he does not have this month. The weeds then take water and light from the cane, so the harvest is smaller, so next year he has less money for herbicide.

That is not ignorance. That is arithmetic, running the wrong way.

The last unit has to pay

Here is the piece people skip. A farmer stopping short of the ceiling is usually behaving correctly.

Every extra bag of fertiliser costs a fixed amount and returns a shrinking amount. At some point the bag costs more than the grain it buys. A farmer who stops there is not failing. They are stopping at their own break-even, which sits below the agronomic ceiling because the ceiling was drawn with no price tag on it.

Now move that break-even around. Make credit unavailable and it drops, because you cannot buy the bag at any price. Make the road to the market bad and it drops again, because a bigger harvest you cannot sell is not income. Put the nearest store two days away and the timing slips, and a late input is a weaker input.

The ceiling never moved. The distance the farmer can afford to climb toward it did.

This is not the sweet-spot curve

A week ago on this beat we looked at diminishing returns. Inside one field, the first units of an input do the heavy lifting, and past a point more does nothing or harms. That is a curve inside a single field, with the money already in hand.

The yield gap is a different question. It asks why two fields with the same curve, in different countries, end up at different points on it. The answer is not in the soil. It is in whether there was a loan, a road, a dry store, a buyer, a price worth planting for.

Which is why decades of agricultural advice have such a modest record. You can teach a farmer the optimum dose with total success and change nothing, because the dose was never the constraint.

The ceiling is somebody’s model

There is one more turn, and it is the honest one.

The “could produce” number is not measured. It is modelled - from trial plots, from weather records, from assumptions about what a well-run field looks like. It moves when the model’s assumptions move.

A new disease strain breaks a resistance gene and half a country’s wheat area is suddenly below its old ceiling without a single farmer doing anything differently. A gene is found that lets rice fill grain faster, and the ceiling steps up. The air itself gains carbon dioxide and grasses in southern Africa put on more growth than the old models expected.

So when a headline says the world could double its food output, that is a claim about somebody’s assumptions. The useful question is always which ones, and whether the person quoting the number has read them.

Who is standing in the gap

It is tempting to file this under other people’s problems: smallholders far away, aid programmes, a chart in a report.

But the same shape is already at your table. Britain grows less than 40% of the apples, pears and berries it eats, in a climate that grows them well. Energy is dear, water is uncertain, and no contract runs long enough to justify planting a tree that takes years to fruit. Those imports come from countries the heat is hitting harder. The gap did not stay abroad; it came home as a price and a risk.

And the arrangement underneath it was built by people, not by weather. Someone set the energy price, wrote the planning rule, chose the length of a supermarket contract, decided what a subsidy rewards. Each of those decisions moved somebody’s break-even up or down, and none of them announced itself as an agricultural policy. They rarely do.

The gap is the most visible thing in farming and the least about farming. From inside any one seat - the grower’s, the buyer’s, the minister’s, the shopper’s - you can see your own constraint clearly and almost none of the others.

03 · Lab · your turn

Close the Gap

Rehearse a farmer's spending choice in three places and feel why the harvest stops short of what the land could give.

04 · Hope · carry this

The gap is made of roads, credit and stores, and those are the things people already know how to build. A shortfall that was never about the soil is a shortfall we can close.

Across the beats