How widespread is the air pollution problem in England and Wales?

According to a 2025 report by Friends of the Earth, 95% of neighborhoods in England and Wales had harmful air pollution levels.

Home / Environment / Narrow Streets and Tall Buildings Trap Deadly Air Pollution in London

Narrow Streets and Tall Buildings Trap Deadly Air Pollution in London

Q: What measures are recommended to tackle air pollution in London?

Experts recommend the creation of vertical 'green walls', more tree planting, promotion of active travel, and stricter controls on wood-burning stoves to tackle the air pollution crisis in London.

Q: How can artificial intelligence help reduce carbon emissions from vehicles in London?

The study suggests that AI-enabled systems could reduce carbon emissions by up to 40% annually per vehicle by managing electric vehicle charging and traffic flow.

11 Sep

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Summary

Pollution spikes found in narrow London corridors like Wilson Street and Eldon Street
Measures recommended include green walls, more trees, and stricter controls on wood-burning
95% of neighborhoods in England and Wales had harmful air pollution levels in 2025

Narrow Streets and Tall Buildings Trap Deadly Air Pollution in London

According to a recent study, London's iconic streets with narrow corridors and tall buildings are trapping deadly air pollution, posing a serious threat to public health. Researchers conducted a walking survey in London and found the highest pollution spikes in narrow corridors like Wilson Street (14m wide) and Eldon Street (13m).

The study emphasizes that the issue is not limited to London, as a 2025 report by Friends of the Earth found 95% of neighborhoods in England and Wales had harmful air pollution levels. While particulate matter (PM) levels have been falling, measures like the Ultra Low Emission Zone (ULEZ) and the Congestion Charge Zone need to be backed by further action.

Experts recommend a range of solutions, including the creation of vertical 'green walls', more tree planting, promotion of active travel, and stricter controls on wood-burning stoves. The study also highlights the potential of artificial intelligence to manage electric vehicle charging and traffic flow, which could reduce carbon emissions by up to 40% annually per vehicle.

Disclaimer: This story has been auto-aggregated and auto-summarised by a computer program. This story has not been edited or created by the Feedzop team.