Home
Weather London
WeatherRadar
RainfallRadar
TemperatureRadar
WindRadar
LightningRadar
Weather News
Editor's Pick
Discover the app
Weather widget
Contact us
Apps
Career
    Home / Editor's Pick /

    Issues with leaves on the railway lines

11:00
6 November 2024

Fact or friction?
Issues with leaves on the railway lines

Leaves on the railway lines supposedly costs the UK millions of pounds each year in delays, but how does something so small impact something so large?

The worst weather for causing train delays in autumn is in fact damp weather. As leaves begin to drop off the trees, turbulence of passing trains causes them to get sucked onto the lines.

Strong or brisk winds also play a crucial role in encouraging large leaf fall in short periods of time. When inclement weather then follows a period of windy weather, this causes the leaves to stick to the railway lines.

The leaves then deposit a sap residue on the lines as the heavy train wheels pass over them, causing the tracks to become very slippery.

Consequently, breaking becomes more difficult, along with insufficient traction. A build up of leaves can also cause a loss of track circuit detection.

Many trains end up missing the exact spot at a location they should stop at, termed technically as "station overruns". Network Rail say that "leaves on the line are the rail equivalent of black ice on the roads".

To combat the issue, rail companies use special "Railhead Treatment Trains" that release high-pressured water jets to blast away the leaves, in addition to a gel solution, containing a mix of sand and steel grains, to help them run as usual.

Railway companies often implement different schedules for autumn, enabling extra time for drivers to get their passengers to their destination safely.

Keep track of whether the weather will delay your day, via the WeatherRadar.

More on the topic
Drought across large parts of Europe. High fire risk. . . Monday, 20 July 2026
Split image showing a Europe rainfall anomaly map on the left with widespread dry conditions across much of the continent, and a cracked, parched field on the right alongside a wildfire warning symbol highlighting elevated fire risk.
Monday, 20 July 2026

High fire risk

Drought across large parts of Europe
Heat becoming a bigger factor in drought. New study. . . Thursday, 23 July 2026
A hand holds dry, dusty earth above a parched field. The ground is cracked and covered with plant debris – a sign of prolonged drought.
Thursday, 23 July 2026

New study

Heat becoming a bigger factor in drought
Heatwave breaks after remarkable run. Two weeks of heat. . . Monday, 20 July 2026
Split image showing the London skyline in hazy golden sunshine on the left and a July temperature anomaly map of Europe on the right, with above-average temperatures across the UK, Ireland, and much of western Europe highlighted in red alongside a thermometer icon.
Monday, 20 July 2026

Two weeks of heat

Heatwave breaks after remarkable run
All weather news
This might also interest you
Turbulent weather in the Canary Islands. Storm and rain. . . Friday, 12 December 2025
Weather graphic showing rain and wind fields over the Canary Islands and a central warning symbol.
Friday, 12 December 2025

Storm and rain

Turbulent weather in the Canary Islands
Flooding, gales, and heavy snow. Storm Chandra. . . Tuesday, 27 January 2026
Split image showing aerial flooding in a town with muddy water covering roads on the left, and a rural road on the right blocked by heavy snowfall with vans stopped and a person walking in snow.
Tuesday, 27 January 2026

Storm Chandra

Flooding, gales, and heavy snow
Super Typhoon Bavi threatens Taiwan. Up to 1,000 mm of rain. . . Wednesday, 8 July 2026
The image shows an intense tropical cyclone over the western Pacific, east of Taiwan and the Philippines. The centre of the system is depicted as a light purple and white vortex with a clearly visible eye, surrounded by a ring of red and orange areas indicating the strongest wind speeds. A white arrow marks the typhoon’s predicted track towards the north-west, in the direction of Taiwan. To the west of the storm lie the Philippines, with the cities of Manila and Cebu; to the north of these lies Taiwan, with Taipei. Further west, the Chinese coast, including Hong Kong, and parts of Vietnam can be seen. The coloured wind map shows predominantly green areas outside the storm’s core, indicating significantly weaker winds. White streamlines illustrate the typhoon’s anti-clockwise circulation in the Northern Hemisphere. The highest wind speeds are concentrated around the eye of the cyclone.
Wednesday, 8 July 2026

Up to 1,000 mm of rain

Super Typhoon Bavi threatens Taiwan
All articles
Weather & Radar

Weather & Radar is also available on

Google Play StoreApp Store

Company

Contact us Privacy Policy Legal info Accessibility statement

Services

Uploader

Socials

facebooktwittertikToklinkList