Tristan Hotham

Researcher of campaigns and platforms. Maker of other things.

Did Beeching Kill Your Town?

Cream title card reading "Did Beeching kill your town?" in black and crimson beside a map of Britain made of crimson dots for stations closed between 1955 and 1975 and grey dots for other closures, with the line "3,331 stations closed between 1955 and 1975. 643 towns in England and Wales lost every one and still have none."

In the 1950s and 1960s Britain closed thousands of railway stations. Ask in almost any small town that lost its trains and you will hear that it never recovered. I mapped every closure in Wikipedia’s lists, found the towns that lost their railway for good, and compared them with similar towns that kept one.

Explore the interactive version
Read the paper

On 27 March 1963 the British Railways Board published The Reshaping of British Railways, the report written under its chairman, Richard Beeching. It proposed closing 2,363 stations and about 5,000 miles of line. Plenty of closures came before it and some after, but his name has stuck to all of them, and so has a story: the trains went, and the town went downhill.

It is a hard story to test fairly. The closures were not random. The lines that went were the quiet ones, and quiet lines served small, rural places. So a town that lost its station might look different today simply because it was always a smaller, sleepier sort of place. I tried to get as close as open data allows.

Every closure, year by year

Wikipedia’s list of closed railway stations in Great Britain runs to 12 pages and 6,907 entries. I parsed every table and placed 93% of the stations on the map, mostly through Wikidata. Between 1955 and 1975, 3,331 of the listed stations closed. The worst year was 1964, the year after the report, with 556 closures. By the mid 1970s it was all but over.

Bar chart of listed station closures in Great Britain each year from 1900 to 2000, with a spike in the early 1930s, a wave in the early 1950s and a much bigger red peak in the 1960s topping out at 556 closures in 1964
Entries in Wikipedia’s lists of closed stations by year of closure. Red: 1955 to 1975.
Map of Great Britain covered in small red dots for stations closed between 1955 and 1975 and spread across the whole country, with grey dots for earlier closures
Every placed closed station, coloured by when it closed. The interactive version has a year slider, so you can watch the network thin out.

Which towns lost their railway for good?

To turn stations into towns I used the ONS built-up areas, which cover every town and village in Britain, and counted a station as a town’s if it was within 2 km of the centre, or 1 km of the edge for bigger towns. Then I sorted the towns: those that lost every station between 1955 and 1975 and still have no National Rail station; those that lost them but have a station again; and those that kept one all along.

For the comparisons I kept to England and Wales, where Census 2021 figures are in my data, and to towns of 2,000 to 100,000 people. Of the 1,720 such towns that had a station in 1955, 643 (37%) lost it and have none today. 78 got their railway back, and 981 kept a station throughout.

Map of Britain's towns as circles: red for towns that lost every station and still have none, green for towns that kept a station, blue for towns that got one back; green dominates around London and the big cities, red is scattered across the countryside
Built-up areas by railway history. Red: lost every station in 1955 to 1975 and none today. Green: kept a station. Blue: lost, then regained.

The pattern is the one you would expect from the way the closures were chosen. Half the station towns of 2,000 to 5,000 people (50%) lost their railway for good, against 4% of towns of 50,000 to 100,000. The East Midlands and the South West lost the most, the South East, with its commuter lines, the least.

Two bar charts: the share of station towns that lost their railway for good falls from 50% of towns of 2,000 to 5,000 people to 4% of towns of 50,000 to 100,000; by region it ranges from 58% in the East Midlands and South West to 19% in the South East
Share of towns with a station in 1955 that had none by 1975 and have none today. Number of towns in brackets.

Some big places are on the list. Washington, with 51,878 people, lost its last station in 1964; Leigh, with 43,532, in 1969. Skelmersdale, Dunstable, Witney and Haverhill have no station either. And some towns got theirs back: Mansfield, long said to be the largest town in Britain without a railway, on the Robin Hood Line in the 1990s; Corby in 2009; Kenilworth in 2018; Okehampton in 2021; Ashington in 2024; and Galashiels in Scotland on the Borders Railway in 2015.

So, how do those towns look today?

For each town I took the share of residents aged 65 or over, the share of households without a car, the share of adults in work, the share long-term sick, the share in managerial and professional jobs, and mean household income. Then I compared the towns that lost their railway with towns of the same size, in the same region, that kept one.

Dot and whisker chart: compared with similar towns that kept a station, lost towns have slightly fewer households without a car, slightly fewer managerial jobs and about 1,600 pounds lower household income, with no clear difference in age, work or sickness; regained towns have more adults in work
Difference from kept towns of the same size and region, with 95% intervals. Red: lost towns. Blue: towns that got a station back.

Size for size, the towns that lost their railway have about £1,613 a year lower household income, 3.1% of the typical kept town’s. They have 1.3 percentage points fewer adults in managerial and professional jobs, and 0.8 points fewer households without a car, because life there needs one. On age, work and long-term sickness I could find no clear difference at all.

Size for size, the towns that lost their trains are a little poorer and more car-bound than their neighbours with stations. They did not fall off a cliff.

The income gap has a geography. Among lost towns within 15 km of a city of 100,000 or more, it is £2,105. Further out, it all but vanishes: £261, easily chance. Near a city, a station means a commute, and it would make sense for people with well-paid city jobs to pick towns with stations. If that is right, the railway today sorts who lives where more than it decides whether a town lives or dies.

Dot and whisker chart of the income gap between lost and kept towns under different rules: around 1,300 to 2,200 pounds lower under most rules, about 2,100 pounds near cities and close to zero for towns 15 km or more from a city
The income gap under different rules for which station serves which town, and for different groups of towns.

There is a big caveat, and it is the part my comparison cannot see. Because I compare towns of the same size today, any people a town lost when its trains went are matched away. A careful study by Stephen Gibbons, Stephan Heblich and Edward Pinchbeck, published in the Journal of Urban Economics, follows populations from 1950 and finds exactly that: places that lost more rail access lost population, jobs, skilled workers and young people relative to others. So did Beeching kill your town? Probably not. But he may well have made it smaller.

How I did this

I parsed Wikipedia’s closed station lists (A to Z) and placed stations through their Wikidata entries, then OpenStreetMap, then OS Open Names; 473 could not be placed, and I did not parse Wikipedia’s separate lists for London, Greater Manchester, Merseyside, the West Midlands, Lancashire and Norfolk. Stations open today are the 2,609 National Rail stations; trams, metros and heritage lines do not count. I worked out which of today’s stations were shut in 1975 by matching names, places and Wikidata dates, which will have made some mistakes. Towns are ONS built-up areas; the outcomes come from Census 2021 and the ONS income estimates for 2022 to 2023, compared with regressions that allow for size and region. Everything here is association, not cause. The paper sets out every step and check.

Explore the interactive version
Read the paper
Data and code

Notes and sources

Tristan Hotham

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