A tractor drawing lines across brown soil beside a green field, seen from above

Rebuilding how Europe feeds itself, from farm to fork.

The problem

Europe grows most of its own food, but not on its own terms. Behind every meal sits a food system that leans on things the continent cannot control: gas to make fertiliser, crop sprays that are being phased out, soya grown on the other side of the Atlantic, and farmers who are getting older with few people to take over.

2022 showed what that means. When gas prices spiked after Russia invaded Ukraine, fertiliser plants across Europe cut their output, and Yara, one of the world's largest fertiliser makers, ran its European ammonia plants at about a third of capacity. Farmers paid more for every tonne they spread, and the cost travelled all the way to the shop shelf.

That was the shock. The slower pressures are just as real. Between 2018 and 2022 the EU lost a net 53 approved pesticide substances, leaving farmers fewer ways to protect a crop just as the weather gets harder to predict. Only one in ten EU farm managers is under 40. And at the far end of the chain, after all that effort, a large share of the food grown is never eaten.

The opportunity

Each of those weak points is also an opening. Across Europe, young companies are taking the food chain apart link by link and rebuilding it with things that can be made here: fertiliser from electricity, protein from steel tanks, ingredients from what factories used to throw away.

Seeds, soil & inputs

It starts in the soil. Most nitrogen fertiliser is made from natural gas in a handful of large plants and shipped to the field, so its price rises and falls with the gas market. Meanwhile the sprays farmers have used for decades are disappearing, often with nothing to take their place.

So the newest fertiliser plants are small enough to sit on the farm: NitroVolt and NitroCapt make fertiliser from air, water and electricity, right where it is used. Crop protection is turning to biology instead. Micropep and Aphea.Bio use natural peptides and microbes, Agriodor keeps pests away with plant scents, and Wild Bioscience borrows traits from wild plants to breed tougher crops.

Farms & greenhouses

On the farm itself, the margin for error is shrinking. There are fewer hands to do the work, water and energy cost more each year, and the weather swings harder, so every choice about what to plant, water or spray carries more risk.

The answer is better information, and machines that take on the repetitive work. In greenhouses, Source.ag forecasts the harvest and tells growers when to water, and Voltiris turns the light crops do not use into electricity. In open fields, FarmDroid and Kilter build robots that sow and weed with little or no herbicide, and Stenon reads soil nutrients in seconds with a handheld probe.

New proteins

Then there is what animals eat. Europe imports 74% of the high-protein feed its livestock need, most of it soya from the Americas, which leaves its meat and dairy exposed to harvests and politics far away.

So a growing group of companies is making protein without the field. Enifer and The Protein Brewery grow it from fungi, Solar Foods from bacteria fed on gases, and Farmless from microbes fed on electricity, water and CO2. Mosa Meat goes further still and grows beef from animal cells.

Ingredients & processing

In the factory, value is lost twice. Peel, stones and spent yeast mostly end up as animal feed or waste, while staples like palm oil and cocoa are grown on the other side of the world and are getting harder to source.

Both point to the same answer: make ingredients here, from what is already here. Kern Tec turns fruit stones into pastes and oils, Revyve makes egg replacers from spent brewery yeast, NoPalm Ingredients grows fats that stand in for palm oil from yeast fed on leftovers, and Planet A Foods makes chocolate without cocoa.

Waste & retail

And at the end of the chain, much of it is thrown away. The EU wasted around 130 kg of food per person in 2023, and households threw away just over half of it. The rest is lost on farms, in factories, in shops and in kitchens.

You cannot cut what you do not measure, so this part starts with data. Orbisk, KITRO and Kikleo show kitchens exactly what they throw away, OneThird tells shops how ripe their produce is before it spoils, and BlakBear puts sensors in meat packs that predict how long they will really keep.

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The future

Some of this already works. Robots weed fields and harvest tomatoes in greenhouses, and restaurant kitchens use cameras to cut what they waste. The next few years are about scale: taking something that works on one farm, in one factory or in one kitchen, and making it work on thousands.

Other parts will take longer. New proteins have to match the price of what they replace and get through Europe's novel food approval, which takes about two and a half years on average. Biological sprays need seasons of field trials before farmers trust them. That is not a reason to wait. It is where most of the work will be, and where the people who join now will make the difference.

Why work on this

It is hard to think of a better moment to join. The gas crisis, tighter EU rules and a changing climate have pushed these problems up every agenda, and European food and farming startups raised €3B in 2025, 28% of the world total. Europe also starts ahead: the Netherlands is the world's second-largest agricultural exporter after the United States, Wageningen is ranked the best university in the world for agriculture, and many of the companies here grew out of it, out of Ghent, or out of a technical university nearby.

And few sectors need as many kinds of people. Biologists and fermentation scientists take a recipe from a flask to a steel tank, agronomists run trials on real farms, and engineers build the robots, sensors and software. Because nothing new goes on a European shelf without approval, food scientists and regulatory specialists matter here more than almost anywhere. Most teams are small, and the work happens in a field, a greenhouse or a pilot plant as often as at a desk.

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