Cereal production equivalent to more than a tenth of crop growing land ‘wiped out’ by extreme weather – new analysis
Tom Lancaster is available for interview or further comment on the Land Use Framework

By Tom Lancaster
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New analysis [1] from the Energy and Climate Intelligence Unit (ECIU) of the harvests in 2024 and 2025 has calculated that the production lost after extreme weather is the equivalent to 13% of the area used to grow wheat, barley and oats in England, when reduced yield is factored in, as well as crop area.
The analysis comes on the same day as Defra is expected to publish its first ever Land Use Framework for England [2] that will set out a vision for how the country’s land can be used to produce food, help nature recover and adapt to the more extreme weather that climate change is driving.
Tom Lancaster, land, food and farming analyst at the Energy and Climate Intelligence Unit (ECIU) said:
“It is sometimes reported that action to tackle climate change will lead to farmland being ‘lost’. What this analysis makes clear is that extreme weather, made worse by climate change, is already hitting the production of staple crops, to the extent that we have already seen production wiped out in the last two years that is equivalent to more than a tenth of our wheat and barley growing area.
“With extremes set to worsen until the world reaches net zero emissions, continuing as we are is not an option. The Land Use Framework aims to guide choices to help build our resilience, planting new woods and trees to reduce flood risk to towns and villages whilst ensuring food production remains the central purpose of farming.”
2024 and 2025 were England’s third and second worst harvests on record respectively [3]. England’s wettest October to March ever [4] in 2023/24 ruined farmers ability to drill and manage crops, whilst spring 2025 was the hottest on record and driest for over 100 years [5], hitting crop yields.
The poor harvests in 2024 and 2025 were caused by wet weather in autumn 2023 and in some areas in autumn 2024 preventing farmers from sowing key crops, particularly wheat and winter barley. The impacts of ongoing wet weather in 2023/2024 and the very dry spring in 2025 then reduced per hectare yield. It is the combination of reduced crop area and yield as a result of extreme weather that had such as impact.
Previous ECIU analysis estimated that poor harvests following extreme weather this decade have reduced UK milling wheat production equivalent to over a year’s supply of bread [6].
Commenting further, Tom Lancaster, land, food and farming analyst at the Energy and Climate Intelligence Unit (ECIU) said, “The recent impacts of unprecedented extreme weather on broad acre arable farming in England point to a future of increasingly unmanageable impacts on food production and farm incomes. The evidence is clear that if we want to maintain and improve UK food security, we need to reduce emissions to net zero, whilst doing much more to build the resilience of our farming sector and wider economy.
“Defra’s land use framework is an important step in understanding how we can do this most effectively, maximising the benefits for nature and people, whilst still ensuring that we can grow the majority of our own food.”
Notes to editors:
1. ECIU’s analysis looked at the ten-year average crop area for wheat, barley and oats, which makes up 98% of the 2.6m hectares used to grow cereals in England, as well as the ten-year average production for these crops. It then calculated the shortfall in production in 2024 and 2025 and divided this by the ten-year average per hectare yield to estimate an area equivalent for each crop. For 2024, the shortfall was equivalent to 12% of the ten-year average area for wheat, barley and oats, increasing to 14% in 2025. The impact for specific crops was in some cases worse, with the area equivalent of lost wheat production in 2024 amounting to 19% of the ten-year average wheat area.
Although the crop area alone is reported by Defra and reduced by less than these percentage totals, the ECIU analysis factors in the impact of extreme weather, such as the dry spring in 2025, on per hectare yield. It combines this with the overall decline in production, a function of both lower crop area and lower yield, to estimate an area equivalent based on the ten-year averages for production, yield and crop area.
The production of oats (a mainly spring crop) increased in 2024 and 2025, partly due to more spring planting in 2024 after the wet autumn and winter, but this was not enough to offset a decline in the production of wheat and barley.
2. Defra: https://www.gov.uk/government/consultations/land-use-in-england
3. ECIU: https://eciu.net/analysis/reports/2025/england-cereals-and-oilseeds-harvests-ranked
4. Met Office: https://www.metoffice.gov.uk/research/climate/maps-and-data/about/state-of-climate
5. Met Office: https://www.metoffice.gov.uk/about-us/news-and-media/media-centre/weather-and-climate-news/2025/double-record-breaker-spring-2025-is-warmest-and-sunniest-on-uk-record
6. ECIU: https://eciu.net/media/press-releases/2025/years-worth-of-british-bread-lost-this-decade-as-extreme-weather-bites
For more information:
George Smeeton, Head of Communications, ECIU, t: 020 8156 5305, m: 07894 571 153, email: george.smeeton@eciu.net