In the heart of the UK, where the land stretches as far as the eye can see, a battle is being fought against the relentless forces of nature. It's not a battle against an enemy army, but against the very elements that sustain life. Tom Pearson, a farmer in Caxton, near Cambridge, finds himself in the midst of a drought that has left his fields cracked and parched. This is not just any drought; it's the third in five years, and the second in a row. The consequences are dire, with almost three-quarters of England's land currently in drought, and the fifth heatwave of the summer bearing down on the country.
As temperatures soar, the UK's farmers are facing an unprecedented challenge. The ground, once a source of sustenance, has turned against them, tearing apart the soil and leaving crops withering. This is not just a local issue; it's a crisis that has gripped Europe, with Spain, Central Europe, and East Asia also grappling with extreme heat and drought. The impact is far-reaching, affecting not just farmers but also the global food supply and the environment.
Pearson, who took over his family's land in 2015 with no formal agricultural training, has been championing regenerative farming methods. He has embraced no-till farming and sharply reduced chemical inputs, even experimenting with ancient grain varieties sourced from seed banks. But despite his efforts, his yields have been down for a third consecutive year, and the cracks in his fields serve as a stark reminder of the challenges he faces.
The crisis is not just a result of the current drought; it's a culmination of various factors. The war in Iran, which disrupted global energy and fertilizer markets, and the resulting surge in fuel and fertilizer prices, have left farmers exposed. The regenerative farming methods that Pearson has championed are often presented as a way to improve resilience to climate stress and the uncertainty of global energy markets. However, the reality is more complex.
While healthier soils can retain more water and lower input costs can partly offset lower yields, the impact of extreme weather events is still significant. The scale of the challenge goes well beyond Pearson's fields, with extreme-weather losses averaging 28 billion euros a year across the EU, and rising to 40 billion euros by 2050. The UK, outside the EU, has no comprehensive national crop-insurance scheme for farmers, leaving them to bear the brunt of the risk directly.
Pearson's own ask of the government is less about subsidy levels than about knowledge. He supports the shift towards paying farmers for public goods like soil health, but argues that the industry is still 'a bit short on the knowledge, a bit short on the data'. The most useful first step, according to risk specialist Rowan Douglas, is to properly quantify the financial risk the nation is already facing, the way his team did for the rest of the EU. The harder question, in his view, is how fairly to share the growing burden of risk between farmers and everyone who benefits from what they grow.
As the drought continues to ravage the UK's fields, Pearson's story serves as a stark reminder of the challenges facing farmers in the face of climate change. It's a story of resilience, innovation, and the urgent need for action. The future of farming hangs in the balance, and the time to act is now.
