Urban advocacy

Every American metro is shaped by a network somebody built and somebody else removed.

In 1916 the United States had 15,580 miles of electric interurban railway, the largest such network ever built. By 1959 it had 209. The streetcars went the same way in the same years. This page is about what that cost, what the countries that kept their railways have now, what a working transit system does for the people who live near one, and what a single person can usefully do about it. Every figure on it is sourced in the sentence that uses it.

1What we had

The largest electric railway system in the world, gone in a working lifetime.

Not a metaphor and not a myth. The numbers below are counts of track, taken from the industry’s own directories and the standard history, and they describe a country that once had frequent electric rail in nearly every city of any size.

The interurbans were the fast ones: electric railways that ran between towns at speeds the steam railroads matched only on their main lines, and that stopped in the middle of every village on the way. George Hilton and John Due, whose 1960 account remains the standard reference, put the network at 15,580 route-miles at its 1916 peak (Hilton & Due, via Wikipedia). By 1940, the Dictionary of American History records, at most 4,000 miles remained — a quarter of the peak. Hilton and Due’s own count, as summarised by American-Rails, has 1,519 miles by 1950 and 209 by 1959.

The streetcars were bigger still. Working from the McGraw street-railway directories, Li, Lahoorpoor and Levinson find that US street railway track reached an observed maximum of 50,120 miles in 1918, and that 152 metropolitan areas had systems of at least a hundred miles each (Findings, 2026). By the 1960s, the first-generation streetcar survived in seven US cities: Boston, Cleveland, New Orleans, Newark, Philadelphia, Pittsburgh and San Francisco (Wikipedia, “Streetcars in North America”). Everywhere else, the tracks were paved over and a bus was put on the route, and within a decade most of those bus routes carried a fraction of what the cars had.

1916 15,580 miles of electric interurban railway at the peak. Hilton & Due (1960)
1918 50,120 miles of street railway track, in 152 metros with a hundred miles or more. Li, Lahoorpoor & Levinson (2026)
1950 1,519 miles of interurban left; 209 by 1959. Hilton & Due, via American-Rails
The 1960s 7 US cities where the original streetcars survived. Wikipedia
  1. 1940Houston
  2. 1941Seattle
  3. 1941Honolulu
  4. 1947Oklahoma City
  5. 1948Phoenix
  6. 1948Louisville
  7. 1948Columbus
  8. 1949Atlanta
  9. 1949San Diego
  10. 1950Denver
  11. 1950Buffalo
  12. 1951Cincinnati
  13. 1953Indianapolis
  14. 1953Birmingham
  15. 1954Minneapolis–Saint Paul
  16. 1955Omaha
  17. 1956Brooklyn
  18. 1956Dallas
  19. 1956Detroit
  20. 1957Kansas City
  21. 1958Chicago
  22. 1958Milwaukee
  23. 1961Los Angeles (Pacific Electric)
  24. 1962Washington
  25. 1963Baltimore
  26. 1963Los Angeles Railway
  27. 1966St. Louis

The last car, by city, 1940–1966: the year each city’s principal electric streetcar operator ran its final service, from the dated entries in Wikipedia’s list of US streetcar systems. Twenty-seven of the fifty-four metros in the game are on this rail; the game’s earliest decade, 1920, is the last one in which all of them still ran.

2What others kept

The countries that did not tear theirs out are not richer than America. They just kept the trains.

Switzerland, Japan, Austria and France rebuilt and electrified through the same decades the United States was paving over track. The gap today is not a matter of taste. It is an order of magnitude, and it shows up in how far people travel by rail, how they get to work, and how many of them die on the roads.

How far each person travels by train in a year

Passenger-kilometres by rail per resident, most recent year

  1. Japan 20222,825km
  2. Switzerland 20242,519km
  3. Austria 20241,614km
  4. France 20241,565km
  5. Germany 20241,287km
  6. United Kingdom 2024947km
  7. United States 2024134km

Per-capita rows from Wikipedia, “List of countries by rail usage” (OECD and UIC data). The US figure is arithmetic: the same table’s 45.6 billion passenger-km for 2024, divided by the Census Bureau’s 340.1 million residents at July 2024.

Getting to work on transit

Share of commute trips by public transport, percent, with survey year

  1. Hong Kong 201177%
  2. Seoul 201466%
  3. Tokyo 200951%
  4. London 202044.5%
  5. Vienna 202434%
  6. Zurich 201532%
  7. New York City 201932.1%
  8. Paris 202022%
  9. Chicago 202420.5%
  10. Boston 201614%
  11. Washington 20226%
  12. Los Angeles 20165%
  13. Houston 20162%
  14. United States, all workers 20223.1%

City rows from Wikipedia, “Modal share”, each citing its own travel survey; the years differ because the surveys do. The national row is the Census Bureau’s “Commuting in the United States: 2022” — 3.1 percent of US workers, down from 5.0 percent in 2019.

Trains between cities

Passenger journeys a year, millions

  1. Japan, Shinkansen network 2024385.9m
  2. France, domestic TGV 2023124m
  3. United States, all of Amtrak FY202432.8m

Wikipedia, “Shinkansen” (385.9 million journeys in 2024); International Railway Journal (124 million domestic TGV passengers in 2023); Amtrak (32.8 million customer trips in FY2024, its all-time record).

Amtrak’s record year is a twelfth of one Japanese high-speed network. The Shinkansen opened in 1964, the year after the Los Angeles Railway closed.

Who dies on the roads

Road traffic deaths per 100,000 residents per year

  1. United States 202312.2
  2. France 20224.9
  3. Germany 20223.3
  4. Switzerland 20222.7
  5. United Kingdom 20222.6
  6. Japan 20232.1

United States: IIHS, Fatality Facts 2023 (40,901 deaths, NHTSA FARS). Others: Wikipedia, “List of countries by traffic-related death rate” (WHO and International Transport Forum data).

Traffic deaths are not only a transit statistic, but they are partly one: below, APTA’s analysis of why.

One more number for scale. American transit carried 7.7 billion boardings in 2024 (APTA, 2024 Public Transportation Fact Book, reported by Mass Transit), which sounds like a great deal until it is divided by 340 million people: about 23 boardings per American per year, or one every two weeks. The average Swiss resident covers more ground on a train in a fortnight than the average American does in a year.

3What it does for people

The case for transit is not an aesthetic one. It is money, time, safety and air.

Six measured effects, each from a named study. They are not projections and they are not the game’s model: they are what has been observed where frequent transit already exists.

4–24%

Homes near frequent transit are worth more

Across seven US regions between 2012 and 2016, homes within half a mile of heavy rail, light rail, commuter rail or bus rapid transit sold for 4 to 24 percent more than the regional median. Commercial property in four of the seven was 5 to 42 percent higher per square foot.

APTA and the National Association of Realtors, “The Real Estate Mantra” (2019)

$13,000a year

A household with one less car keeps the difference

Transportation is the second-largest thing American households buy: 17.0 percent of spending, $13,174 a year, behind only housing (BLS Consumer Expenditures 2023). APTA’s comparison of fares against car ownership and parking across twenty cities puts the saving for a two-person household that drops one car at more than $13,000 a year.

APTA, Transit Savings Report (September 2023), via Metro Magazine

10× safer

Per mile, a transit trip is ten times safer than a car trip

Todd Litman’s analysis for APTA finds transit travel ten times safer per mile than travel by car, and transit-oriented communities with about a fifth the per-capita traffic casualty rate of car-oriented ones — not because riders are safer people, but because fewer cars at lower speeds hurt fewer people, riders and non-riders alike.

Litman for APTA, “The Hidden Traffic Safety Solution” (2016), via Mobility Lab

19minutes a day

Riders walk, without deciding to

Americans who use transit on a given day walk a median of 19 minutes to and from it, and 29 percent of them reach the recommended thirty minutes of daily physical activity on that walking alone. The effect is strongest for rail riders and for households without a car.

Besser & Dannenberg, American Journal of Preventive Medicine (2005), from the 2001 National Household Travel Survey

0.22vs 0.96 lb CO₂

A quarter of the carbon per passenger-mile

The Federal Transit Administration’s accounting puts a private car at 0.96 pounds of CO₂ per passenger-mile, a bus at 0.64, light rail at 0.36, commuter rail at 0.33 and heavy rail at 0.22. The game charges your network for its own emissions for the same reason the FTA does: an empty bus is worse than a car.

FTA, “Public Transportation’s Role in Responding to Climate Change” (2010)

$5per $1 invested

Five dollars back, and the jobs to build it

APTA’s 2026 economic analysis finds that every dollar invested in public transportation generates about five dollars of long-term economic value, and that each billion dollars supports 41,400 jobs across construction, manufacturing and operations. Separately, Brookings found the typical resident of a large US metro can reach only 30 percent of the region’s jobs by transit within ninety minutes (“Missed Opportunity”, 2011) — which is the gap the investment closes.

APTA, “Economic Impact of Public Transportation Investment” (February 2026), via Citizens for Modern Transit

4What you can do

Transit is decided in rooms with forty people in them. Be one of the forty.

Every line in the game is a line somebody had to argue for at a public meeting on a weeknight, against people who had driven there. The arguments on this page are the ones that carry. Here is where to make them.

01 · Ride

Take the bus you keep meaning to take.

Ridership is the only statistic a board cannot argue with, and every count is taken on an ordinary Tuesday. A trip you make is a trip in the number. If the service is bad, ride it anyway and then say so, in writing, to the agency.

02 · Vote

Transit is on the ballot more often than you think.

Sales-tax measures, bond authorisations, county boards, city councils: the decisions in this game are made by elected bodies most people cannot name. Find out who sits on your transit agency’s board and who appoints them.

03 · Show up

Go to the public meeting. Say one true thing.

Comment periods are decided by whoever turns up, and the people who turn up to oppose a line are reliable. Two minutes at a microphone saying “I live here and I would ride this” is worth more than it feels like.

04 · Join

Support a coalition that does this every week.

The organisations below read the budgets, track the votes, and fill the room when it matters. Membership is the cheapest transit investment there is, and a tenth of what this game earns goes to groups like them.

Independent organisations, listed because of their work. None is affiliated with Interurban and none has endorsed it.

§Sources

Every figure on this page, and where it was read.

  1. Hilton, G. W. & Due, J. F., The Electric Interurban Railways in America (Stanford University Press, 1960); 15,580 miles in 1916 as cited in Wikipedia, “Interurban”; 1,519 miles by 1950 and 209 by 1959 as summarised in American-Rails, “Interurbans & Streetcars”.
  2. Dictionary of American History, “Railways, Interurban” — at most 4,000 miles by 1940.
  3. Li, H., Lahoorpoor, B. & Levinson, D., “Streetcar and Interurban Deployment in the United States: 1894–1926”, Findings (2026) — 50,120 miles (80,660 km) of track in 1918; 152 metropolitan areas with systems of at least 100 miles.
  4. Wikipedia, “Streetcars in North America” — the seven US cities whose first-generation streetcars survived the 1960s.
  5. Wikipedia, “List of streetcar systems in the United States” — closing dates on the timeline, each row citing a dated newspaper or agency record.
  6. Wikipedia, “List of countries by rail usage” (OECD/UIC) — rail passenger-km per capita; US total 45.6 billion passenger-km (2024). US Census Bureau, Vintage 2024 estimates — 340.1 million residents.
  7. Wikipedia, “Modal share” — commute mode share by city. US Census Bureau, “Commuting in the United States: 2022” (ACSBR-018, February 2024) — 3.1 percent of US workers by public transportation in 2022, 5.0 percent in 2019.
  8. Wikipedia, “Shinkansen” — 385.9 million journeys in 2024. International Railway Journal — 124 million domestic TGV passengers in 2023. Amtrak — 32.8 million customer trips in FY2024.
  9. IIHS, Fatality Facts 2023: State by state — 40,901 US road deaths, 12.2 per 100,000. Wikipedia, “List of countries by traffic-related death rate” (WHO/ITF) — the other countries.
  10. APTA, 2024 Public Transportation Fact Book (75th edition) — 7.7 billion unlinked trips in 2024, as reported by Mass Transit (May 2025); APTA ridership data.
  11. APTA & National Association of Realtors, “The Real Estate Mantra — Locate Near Public Transportation” (October 2019); summarised by RISMedia.
  12. US Bureau of Labor Statistics, “Consumer Expenditures — 2023” (September 2024) — transportation 17.0 percent of spending, $13,174.
  13. APTA, Transit Savings Report (September 2023); reported by Metro Magazine.
  14. Litman, T. for APTA, “The Hidden Traffic Safety Solution: Public Transportation” (September 2016); reported by Mobility Lab.
  15. Besser, L. M. & Dannenberg, A. L., “Walking to Public Transit: Steps to Help Meet Physical Activity Recommendations”, American Journal of Preventive Medicine 29(4), 2005.
  16. Federal Transit Administration, “Public Transportation’s Role in Responding to Climate Change” (January 2010) — pounds of CO₂ per passenger-mile by mode.
  17. APTA, “Economic Impact of Public Transportation Investment” (February 2026) — $5 of value per $1, 41,400 jobs per $1 billion; reported by Citizens for Modern Transit.
  18. Tomer, A., Kneebone, E., Puentes, R. & Berube, A., “Missed Opportunity: Transit and Jobs in Metropolitan America”, Brookings (May 2011) — 30 percent of jobs within 90 minutes by transit for the typical resident.

Figures checked 4 October 2026. The same register, with each source’s URL, is in data/advocacy.js. Where a publisher’s own page refused automated retrieval, the figure was read in the named report of it and the primary is still the one linked.