Tag: infrastructure

S-Bahn, RER, and Overground

This blog post was inspired by Steven Lucy’s comments on Twitter about three different “regional rail” networks.

New York Governor Kathy Hochul announced in her State of the State speech the other day that the Metropolitan Transportation Authority (MTA), a state authority that operates New York City’s transit, would do a feasibility study for the “The Triboro” (or “Interborough Express”).

The line would use existing freight railroad rights of way to connect Queens and Brooklyn (ironically there isn’t a third borough connection).

Screenshot of a tweet from @RegionalPlan on January 5, 2022. Text of the tweet: “🚨 TRIBORO IS MOVING FORWARD 🚨 @GovKathyHochul just announced @MTA will launch an environmental impact statement for Interborough Express, an above-ground rail line using existing tracks through Brooklyn and Queens, and two-thirds of RPA’s Triboro proposal #StateOfTheStateNY

Transit Twitter has been abuzz, as reusing infrastructure is a really good idea!

John Surico, a professor in New York City, tweeted, “Wonder if NYC is about to have its London Overground moment. An overlooked transit project using freight lines, ended up being way more popular than expected. Since led to new routes, changed where Londoners saw themselves living, and connected otherwise disconnected locales.”

Steven Lucy, a business owner in Chicago, said in response, “Everyone says ‘Chicago RER’ or ‘Chicago S-Bahn’ but I think Chicago is ripe for a London-style Chicago Overground.”

I think all three – RER, S-Bahn, and London Overground – can be grouped as “regional rail”, which constitutes passenger trains running between center cities and their suburbs, stopping at the major stations and a few key stations in the cities, at frequencies higher than commuter and intercity rail and lower than rapid transit.

Regional rail is not quite a walk-up-and-board service, but it’s better than having the hourly or every other hour off-peak service that most United States cities with passenger trains endure.

What are they?

Someone asked Lucy, “What’s the difference between those three?”

Lucy: “My view: they all kind of operate similar service but have different histories.”

I’ll summarize those, and show some of my photos since I’ve ridden and experienced all three types of regional rail.

S-Bahn

Lucy: “Most S-Bahn systems share tracks and stations with long-distance trains (Berlin huge exception) and mainly serve one corridor in city center with branches to burbs.”

An S-Bahn train at the Munich Hauptbahnhof
Most S-Bahn trains in Germany have the same livery: Blocks of red with white around the doors. The Munich S-Bahn train is shown above. The Berlin S-Bahn, pictured below, is the oddity.

The “S-Bahn” branding, in particular, is used only in German-speaking countries, while in Denmark you’ll find the S-tog. The Wikipedia article for S-train reports a few other networks with similar branding.

S-Bahn trains typically use the same fare structure as the metros (rapid transit) they intersect with. And, in Germany, most S-Bahn trains look the same! Berlin is a major exception, and there are also some smaller networks with unique liveries. German regional transit is owned by cross-state cooperative transit agencies called “zweckverband” (a singular word there) who can operate lines themselves or contract them to other operators, and often S-Bahn services are contracted to DB, the federally-owned railway corporation.

An S-Bahn train passing the O2 World stadium

RER

Lucy: “RER was built from scratch post-war, mostly underground in city, to relieve both metro lines and traditional commuter rail.”

When used without qualifiers, RER means “Réseau Express Régional” in French, for Regional Express Network, and the term refers to the hybrid system used in Île-de-France, the region that includes Paris and its suburbs. Many of the lines are interlined, meaning they share routes and stop at some of the same stations. That means that some stations will have high-frequency service and appear to have a “walk up and go” function, but not all trains stopping there are going to the same place.

RER double decker commuter train with level boarding
RER trains are double decker. This model also has very wide doors with level boarding. Sydney’s regional rail trains (SydneyTrains) also have very wide doors and level boarding, which facilities expeditious boarding and deboarding.

The acronym works great in English, though –Regional Express Rail – and it’s being used in Toronto to denote a project to increase frequencies on the GO Transit commuter rail lines.

To call something that’s not in Paris “an RER” would mean that a transit authority is increasing the frequencies and service hours (later runs) of a commuter line and adjusting the fare structure to make it usable for more people.

The goal is to build a transit system that supports non-work trips at any time of the day for everyone; rather than weekday rush hour commuters that many regional trains in the United States (cough Metra cough) serve.

It’s debatable whether the Long Island Railroad (LIRR), Metro North Railroad (MNR), and New Jersey Transit (NJT) in the New York City metropolitan area are a type of “RER”. There are some periods in their schedules, outside of peak periods, when there is better than hourly service, but the two systems do not have fare integration with buses, PATH subways, or NYC Subway, adding a barrier to people using the complete network.

London Overground

Lucy: “Overground took over some underused / disused lines and is kind of a lower-capacity mesh to the complement the Underground, mainly non-radial trips.”

On the Transport for London map, all Overground lines share the same hue of orange, and are identified by their geographic names. S-Bahn lines are typically called “Sx” where “x” is a number, and the five RER lines are letters A through E.

Hoxton Overground station
Hoxton station on the East London line.

I think it’s neat that the London Overground runs on original embankments between buildings in the city, making its presence very visible, much like the stations on Chicago’s four-track North Side Main Line (all of the Red, Brown, and Purple Line stations north of North Avenue).

One thing that several people noted in the various branches of conversations on Twitter were the effect on land use and development after the London Overground lines opened. I don’t know the details, but some said it accelerated gentrification.

London Overground train arriving into Hoxton
A London Overground train arrives into Hoxton station.

In Chicago, I don’t think converting Metra to an RER system would accelerate gentrification across the system because the current characteristics that inhibit or mitigate gentrification in many of Chicago’s neighborhoods (one of that characteristics is Chicago’s segregation and aldermanic privilege situation, which is better described by the Chicago Area Fair Housing Alliance).

The situation would be a little different if Metra added new stations or restored historic stations, as stations change market and neighborhood development fundamentals. For example, there used to be a station (with trains from Metra’s BNSF predecessor) two blocks from where I live in Little Village. The station area is now John G. Shedd Park.

Metra’s current leadership has indicated their desire to increase service frequency, but remains opposed to electrification (a key change to increase service frequency and operational efficiency and reducing costs) and has not indicated a desire to revamp their operations “style”.

Curb connoisseur

My sometimes traveling companion Brandon makes fun of me thinking I only travel to check out the curbs in every city. It started when we visited Portland together and yes, my camera was often aimed towards the ground. Here is a roundup of what curbs look like in other cities – I could only find these five photos that really focus on the kerb. 🙂

Starting in Chicago, Illinois

A curb and ADA-accessible ramp in Pilsen neighborhood of Chicago, Illinois. The City of Chicago, as part of a lawsuit, agreed to renovate thousands of curb cuts across town that did not meet the standards of the Americans with Disabilities Act of 1993. This particular location was more involved than others because of the real brick crosswalk. It had to be removed and then replaced after the level of the street was raised.

Moving west to Portland, Oregon

In a long walking tour of Portland, Oregon, with PBOT worker Greg Raisman, we came across my first ever mountable curb. It’s a raised part of the street and motorists in small vehicles will probably avoid driving on it. It was installed because this is part of a truck route and it’s easy for truck drivers to roll on top of it without driving on the sidewalk.

Jumping south to Tucson, Arizona

A typical bumpout or curb extension, as seen in Tucson, Arizona. This design is not unique to Tucson, but I point it out because this one comes with accompanying signage telling people bicycling and driving that they must stop when they see a person trying to cross the street.

Taking the train over to San Francisco, California

An atypical situation in San Francisco, California, (not the tracks, but the way the tracks terminate in a mound of danger) that I hope gets corrected right away. In downtown San Francisco, there are very wide crosswalks made with colored stone that sets it apart from the rest of the roadway. But the sidewalk ramps are still very narrow. Also, granite curbs are more slippery than concrete. This all just seems like a bad situation, but it looks pretty.

Flying the long way to Milan, Italy

I have it on good authority that Julius Caesar was at the curb dedication ceremony here in Milan, Italy, and saw far into the future people chatting about bicycles on the sidewalk.

Crawling a little north to Amsterdam, Netherlands

Curbs in Amsterdam, Netherlands, play a vital role in a calm and managed all-mode transportation system. Here the curb is a ramp up onto the sidewalk and separated bike lane that leads into a neighborhood street. Mounting the curb should signal to the driver that they are entering a different space that has different rules and responsibilities.

Bridges of Portland

Like Chicago, Portland has many moveable bridges that connect major parts of the city. In Chicago, you have to cross the Chicago River from the west or north to get into the central business district (or loop). For Portland, you’ve got to cross the Willamette River from the humongous east side to the west side and central business district.

But that’s where the similarities stop. While Chicago has twenty bikeable bridges* from Lake Shore Drive on the east to Roosevelt Road on the south, they are each 200-500 feet long and bicyclists ride amongst normal traffic (except for northbound Lake Shore Drive). To ride on the bridges in Portland, bicyclists ride on bike-specific facilities across five bridges, all over 1,000 feet long.

There is only one lane for people riding bikes.

From north to south:

  • Broadway – Sidewalk with one-way bike traffic and two-way pedestrian traffic in each direction.
  • Steel Bridge – Narrow sidewalk on the lower level with tw0-way bike and pedestrian traffic.
  • Burnside – Bike lane, one in each direction.
  • Morrison – 15-foot wide path for bicyclists and pedestrians, in both directions. The City of Portland has construction details on this new path.
  • Hawthorne – Sidewalk with one-way bike traffic and two-way pedestrian traffic in each direction.

It’s great that people riding bikes are accommodated but all of these bridges are excellent examples of “afterthought planning.” There are tens of thousands of people riding bikes across the bridges each day in very close quarters (see this video I made of people riding and walking on the Hawthorne Bridge). Expensive changes are being made now (or have recently been constructed) to accommodate the high volumes of bikes on the bridges.

Complete streets policies are being adopted across the country that attempt to address our past experience with transportation infrastructure construction: bikes will be accommodate throughout all aspects of planning, design, and construction to ensure people riding across these bridges on bikes don’t have to tread carefully between joggers and high curb next to automobiles and buses traveling at 30 MPH.

The Burnside bridge has a typical bike lane.

The Columbia River Crossing (a highway bridge replacement project between Portland, Oregon, and Vancouver, Washington) will be a failure for residents from the day it opens if it does not include facilities that allow for comfortable and convenient biking.

I didn’t appreciate the riding environment on any of the bridges** except for the Burnside bridge. This one seems most like the twenty Chicago bridges I have the choice of riding on each day on my commute to work – they look and act like typical streets. While bike-specific facilities like those on the five Portland bridges are not necessary, taking care to make cycling across bridges convenient and comfortable is a priority.

There’s only one path on the Steel Bridge and its on the lower level. You should probably only use this bridge recreationally because it doesn’t connect well into the street grid at either end.

*Only two of these twenty bridges have bike-specific facilities. Wells has a bike lane and a treatment to make cycling safer on the open-grate metal bridge. The Lakefront Trail traverses the Lake Shore Drive bridge.

*I did not ride on the Morrison bridge during my trip in April 2010.

Traffic: It never ends

Automobile congestion on the Kennedy Expressway* (I-90/94), taken from the L tracks above Lake Street in Chicago, Illinois.

Other things that never end (a roundup of sorts):

Fietsen in Nederland (bicycling in the Netherlands)

If you and I have chatted about bicycling in the past six months, I’ve probably mentioned the Dutch in our conversation.

Why?

I want a Dutch bicycle. Explaining this one will take another blog post – compiling all my reasons takes a long time. But in addition to cool bikes, here’re a couple other things they do:

  • They (the Dutch) make bicycling better (safer and easier). More people ride their bikes than drive cars for a majority of trips. They have the lowest cycling injury and fatality rate.
  • They build bicycling infrastructure beyond what I can imagine. Bike highways connect small towns and big cities. 4,000 space parking garages.

I started reading a blog called “A view from the cycle path” written by Briton David Hembrow living in The Netherlands. He writes about bicycling history in the country, posts ridership statistics, discusses his commute, and sends readers to more information about it all.

I also read Marc van Woudenberg’s blog, Amsterdamize. I found it either via Flickr, or via web search, when I looked for other WorkCycles Fr8 owners and users. I want the Fr8 bike (pictured below). I can get one from the local WorkCycles (build their own bikes and sell other manufacturers’) dealer, Dutch Bike Chicago.

Remind me to post my paper and presentation about the past, present and future of bicycle planning in The Netherlands I will submit for my Sustainable Development Techniques class at UIC.