European agriculture is facing mounting pressure from climate change, extreme weather, rising costs and unstable markets, leaving many European farmers struggling to remain financially viable. A hot, dry summer severely damaged crops across the continent, with frost destroying almonds, extreme heat disrupting tomato production and drought reducing pumpkin and grain harvests. Europe’s forecast grain harvest fell by an estimated 16.7 million tonnes, representing losses of more than €3 billion. Some French vegetable sectors reported potential losses of up to 50 per cent.
Farmers are also dealing with supply-chain disruptions affecting fuel and fertiliser, while drought has restricted shipping on European waterways. Together, these challenges are increasing production costs and raising concerns about long-term food security.
One strategy helping European farmers adapt is crop diversification. At Curly Creek Ranch in Spain’s Basque Country, extreme heat stopped tomatoes from flowering and reduced pumpkin growth, but aubergines performed unusually well. Growing a wider range of crops spreads risk because different plants respond differently to drought, heat and other extreme conditions.
La Junquera farm in Murcia has similarly moved away from depending heavily on cereals. The farm now grows drought-adapted crops including rosemary, lavender, sage, oregano and pistachios. Some offer significantly better margins than conventional wheat. However, diversification carries risks. Frost destroyed the farm’s almond crop, while higher-value crops often require additional processing, investment and reliable buyers.
Soil health is another important part of building agricultural resilience. Years of intensive tillage, monoculture and synthetic fertiliser use can leave soils compacted and low in organic carbon, reducing their ability to absorb and retain water. Regenerative farming techniques can reverse some of this degradation. Cover crops, vegetation, ponds, swales and other water-management systems can slow runoff, improve infiltration and help farms cope with both drought and flooding.
For European farmers, however, changing farming practices can require substantial investment and financial risk. The EU’s Common Agricultural Policy (CAP) supports practices such as crop rotation, cover cropping and nitrogen-fixing crops, but critics argue that the system still focuses too heavily on hectares farmed rather than the environmental and resilience outcomes farmers produce.
Advocates are calling for a different approach in which subsidies reward measurable results such as healthier soils, increased vegetation, lower soil temperatures and improved photosynthesis. Satellite technology could potentially measure some of these outcomes and help determine payments.
Farmers are also calling for better drought and frost insurance, financial assistance during transitions to perennial crops, advisory services and investment in new machinery. Others argue that subsidies alone cannot solve agriculture’s structural problems and that regenerative practices must become economically competitive.
Ultimately, strengthening European agriculture will require more than simply introducing drought-resistant crops. European farmers need healthy soils, diversified production, reliable markets and policies that reward resilience. Without these changes, Europe risks continuing to lose farms while weakening the agricultural systems needed to protect food security in an increasingly unpredictable climate.