New government data reveals 100% of England's rivers, lakes and estuaries are contaminated, with good ecological status unlikely before 2063.
The number is unambiguous: zero. Not one river, lake or estuary in England currently meets good chemical status, according to the latest assessment published by the Environment Agency — the first comprehensive evaluation of the country's water quality in six years. Only 14.3% of surface waters achieved good ecological status, a figure that places England among the poorest performers in Europe for freshwater health.
The Agency identified three chemical groups as the principal drivers of failure. Mercury, a potent neurotoxin capable of damaging the nervous, digestive and immune systems even at trace concentrations, was found across all assessed water bodies. So too was PFOS — a member of the so-called "forever chemical" family linked to cancer — alongside polybrominated diphenyl ethers (PBDEs), flame retardants that were banned decades ago but persist stubbornly in sediments and living tissue. Because these substances do not break down, the Environment Agency does not expect England's waters to recover good chemical status until 2063, a full 36 years beyond the 2027 deadline set under water framework directive regulations.
The political response has been sharp. Craig Bennett, chief executive of The Wildlife Trusts, argued that if a foreign power were deliberately poisoning every water body in England with cancer-causing chemicals, governments across the political spectrum would demand immediate and overwhelming action. Greenpeace UK's head of politics, Ami McCarthy, called the situation "sobering" and pressed ministers to cut off pollution at its source rather than manage its consequences downstream. The UK's position is increasingly isolated.
While the European Union has moved to restrict PFAS chemicals under the continent's chemicals strategy, Britain has been criticised for a weaker regulatory response — and remains one of the few countries that has not yet banned mercury in dental fillings.