Tintwistle Moor Fire Burns 606 Hectares for 1 Month as Heat Keeps Major Incident Alive
Updated
Updated · bbc.co.uk · Jul 24
Tintwistle Moor Fire Burns 606 Hectares for 1 Month as Heat Keeps Major Incident Alive
3 articles · Updated · bbc.co.uk · Jul 24
Summary
606 hectares of Peak District moorland have burned since 24 June, with the Tintwistle fire still smouldering more than a month later after being declared a major incident on 13 July.
Hot, dry weather and peat ignition have made the blaze hard to extinguish, with experts saying it may not be fully out until substantial rain arrives and warning it is comparable to England's biggest recent wildfires.
Around 65 firefighters, backed by UK crews and helicopters, are working across four sectors to contain the fire, while a separate 90-hectare wildfire is also burning at nearby Dovestone Reservoir.
Smoke has distressed nearby residents, especially children, older people and those with health conditions, while runoff into reservoirs could raise water-treatment costs once rain comes.
More broadly, the fire is destroying peat, wildlife habitat and ground-nesting birds in a landscape where officials say wildfire risk is rising; unions want a national summit and 5,000 more firefighters.
As infernos rage across the Peak District, is the lack of a national wildfire framework putting historic monuments at irreversible risk?
With massive CO2 releases in similar blazes, could these underground peat fires permanently destroy England's crucial carbon sinks?
Tintwistle Moor Fire 2026: Over 600 Hectares Burned—Ecological, Policy, and Public Health Impacts
Overview
The Tintwistle Moor wildfire began during a record UK heatwave in June 2026, quickly escalating as high winds and repeated hot spells fueled its spread. Emergency services mounted a large-scale response, but the fire’s intensity was worsened by deep-burning peat and decades of land management changes that left the moors dry and full of flammable vegetation. The blaze released ancient carbon, harmed wildlife during breeding season, and sent smoke across Greater Manchester, causing severe air quality issues and public health warnings. The crisis exposed the urgent need for better wildfire prevention, clearer public health communication, and a balanced approach to managing the UK’s vulnerable upland landscapes.