transit

Episode 34: Transit News, Listener Feedback, Lessons from Pittsburgh

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Finally a new episode with your feedback as well as some thoughts on recurring transit strikes and worsening climate change. I share some lessons from my experience riding buses and trains in Pittsburgh, including what kinds of information is important to visitors, new residents and seasoned transit users.

Links to people, places and systems mentioned on this episode:

San Francisco BART transit strike; flooding in Calgary and Toronto; train explosion in Quebec; good news for wildfires; Progressive Podcast Australia; Bikes on Metra commuter rail (The Chainlink forum); riding Divvy bike share (Chicago); Port Authority of Allegheny County (Pittsburgh bus/rail operator); Bike PGH; struggling city of Braddock; ("mini-Detroit"); Stockholm congestion pricing; Bill Lindeke, GaryRidesBikes, Copenhagenize, StrongTowns, walking_boston, bostonrailfan, TheTAdventure.

UPDATE: Walking Bostonian (@walking_boston) wrote a great summary of the transit situation in Pittsburgh.

Please contribute to the growing conversation about sustainable transportation and spread the word by sharing my work on your favorite social media outlets.  Send in your feedback by emailing feedback@criticaltransit.com or using the contact form at criticaltransit.com.

Transforming Amtrak to a useful and sustainable network

There is very little intelligent discussion of how to improve passenger rail in the United States (and Canada for that matter). It should be our goal to provide a useful, efficient, reliable and affordable transportation service, not merely to make money as most Amtrak critics seem to think. When discussing Amtrak, advocates typically fall in two camps: the more libertarian group believes everything except the profitable Northeast Corridor is a waste of money and should be discontinued; others see this attack and vigorously defend all existing services. Then there are the regional non-profit groups working to raise large sums of money for a few isolated high-speed rail lines.

The purpose of any planning is to evaluate your performance and work to achieve your previously defined goals. Yet ever since Amtrak was created 40 years ago to stop the bleeding of bankrupt private railroad companies, we have never defined any goals for intercity rail service. That’s probably why Amtrak fails at one of the top priorities for any transportation service: usefulness.

This is the main problem with our intercity passenger rail non-system: it is unsustainable because it is completely useless to the vast majority of Americans. Even for people like me who love riding trains, it can be very difficult to plan a trip on the infrequent, slow services. If you’re not a rail fan and don’t hate flying, air travel is likely to be your mode of choice, even if you would rather take a train.

These are the main deterrents to using intercity passenger rail in the United States (same for Via Rail in Canada):

Lack of geographic coverage.  Amtrak operates a handful of regional routes and even fewer long-distance lines. Many important cities are served indirectly, in only one direction, or omitted entirely. All east-west long-distance routes go far out of their way to meet in Chicago. Stations are often located outside of the walkable areas where people want to be and lack convenient local or regional transit and intercity bus connections. While most Americans live somewhere near a train route, few live near a service that is useful to them.

Infrequent service and poor schedules.  Amtrak owns and manages very few of the corridors on which it operates, meaning that it adheres to the rules and capabilities of its host railroads. The private freight operators are not bad people; they just have different priorities which are dictated by the needs of transporting cargo over long distances on very long train sets and shifting it to/from trucks.  As a result of these constraints, most Amtrak lines run only once per day and often at times that are inconvenient to potential passengers. For example, Cleveland and Toledo are served only by the Lake Shore Limited (New York/Boston - Chicago) and the Capitol Limited (Washington - Chicago), which both pass through only in the middle of the night.

Slow travel & frequent delays.  Since Amtrak does not control its running ways, its service quality can only be as good as its host railroads will allow. The top speed of 79 miles per hour is considered low by international standards, yet many segments don’t even allow that speed. It all has to do with the condition of the tracks, capability of the signals, and what/how other trains using the line. Schedules and sidings (extra tracks for passing) are often designed to deal with these issues but the most complicated schedule only works if you stay on time. An example of slow travel is the Empire Builder route which serves Minneapolis, Milwaukee and Chicago on its eastern end, but is too slow and often delayed for most people to rely on it.

Cost.  In most places Amtrak is reasonably priced and easily beats the cost of driving or flying, but in high demand corridors such as California and the Northeast Corridor, the prices can be unaffordable for most travelers. Buses provide much cheaper travel on the same corridors but are unreliable as they must operate in heavily congested traffic, a glaring example of income inequality.

What’s missing from every Amtrak discussion I hear in transit circles is the need to build and maintain an intercity and regional transportation system that is useful to people. All four of the above issues can be solved if we invest in infrastructure upgrades that would permit fast, frequent, reliable service everywhere it is needed. With this approach, some segments will yield a good farebox recovery ratio, and it would also hopefully prompt a serious discussion on what we’re trying to achieve with our rail service.

So far we have only done the equivalent of local transit service cuts: eliminate some routes to make it look more efficient on paper while in reality the network erodes and loses riders in a death spiral.

Episode 32: La Crosse, Wisconsin: small city and rural transit

We look first at the small radial bus system transit run by the La Crosse Municipal Transit Utility, which I rode on Fare Free Day.  Service Rep/Dispatcher Sonna Severson explains the system, then Director Keith Carlson explains some of the issues and what they've been working on. I toured the MTU service area, rode one of their brand new hybrid buses and enjoyed the two-year-old Grand River Station, a beautiful indoor/outdoor transit center which functions as a pulse point hub for ten fixed routes and Jefferson Lines intercity buses.

When I accidentally discovered the very new Scenic Mississippi Regional Transit, I had to take a ride. I share some audio from the trip as bus driver Carrie tells us about the service and who is using it.  Regional Transportation Planner (MRRPC) Peter Fletcher explains the process of starting a new transit service in Wisconsin, the complex public-private partnership that funds SMRT, and how it's going so far. The service is operated by Running Inc., which also operates a regional shared-ride taxi company.  Some publicity and coordination with MTU schedules, and a spot in Grand River Station, would help the ridership grow.

I biked from La Crosse north along the Mississippi River to Winona, Minnesota, my next stop, in the dark on country roads without my regular dynamo taillight. I blame Brompton for selling me an inferior halogen headlight which caused my inferior rear light to burn out, but thanks to the great folks at Calhoun Cycle in Minneapolis for replacing it and getting me on my way. [UPDATE: Eventually I replaced these with a good Busch & Muller LED light set that's been flawless.]

Read and contribute to the rural transit resource library of the TROUT in Bancroft, Ontario.  Learn about the Brompton US Championship race which will take place during Open Streets Minneapolis on June 23.

Most of this episode was recorded during the first few days of April.  Please send your questions, comments, ideas for show topics and guests to feedback@criticaltransit.com or using the contact form. Follow me and my work on Twitter @criticaltransit or Facebook.

Episode 31: Nice Ride: Bike Sharing in the Twin Cities

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I stopped by the Nice Ride Minnesota offices near the Midtown Greenway in Minneapolis.  Nice Ride is a bike share system now in its fourth year of operation and its second year in St Paul.  Anthony Ongaro and Mitch Vars discuss the state of the system and how it is helping to make the Twin Cities a happier and healthier place. Later we dream about moving Nice Ride bikes by bike, and Executive Director Bill Dossett explains the evolution of the local bike network and shares his favorite places to ride.

Learn more about the show and my ongoing transit tour, send questions and stories, suggest destinations, topics or guests by emailing feedback@criticaltransit.com, and follow me on Facebook and Twitter.

Transit corridors in Minneapolis

It is late April in Minneapolis and still no sign of spring. The past few days have seen more snow and rain, including enough snow on Thursday to cause the Nice Ride bike sharing system to shut down and Metro Transit bus routes to be significantly delayed. According to locals it is unusually cold for this time of year. Of course. Express buses brave the late April snow.

The snow hasn't stopped me from exploring the transit system and biking the many trails. While there is certainly a long way to go, the Twin Cities and Metro Transit have made great progress in improving the speed, reliability and usefulness of public transportation. Aside from one recently added light rail line, Minneapolis is a bus-only downtown. That means it welcomes more buses than much larger cities like Boston and New York which are served almost exclusively by fast, high-capacity subways.

Metro Transit groups bus routes onto shared corridors, which helps orient passengers, facilitate transfers and justify the cost of service and facility improvements.

The best example of bus priority is the pair of bus lanes for suburban express routes. Buses operate northbound along Marquette Ave and southbound along 2 Ave S in two bus lanes that run in the opposite direction as other traffic. During rush hour there is a constant stream of buses on both streets.

Express bus traffic on 2 Ave South

Express bus traffic on Marquette Ave South

Other corridors are still in need of improvement. Nicollet Mall, a two-lane street intended for buses and bicycles handles several local routes and is hampered by an arbitrary 10 mph speed limit and no passing room. This is a picture from the central library showing Nicollet Mall as well as 4 St which hosts four of the busiest routes in the region: 3, 16, 50, 94.

Local bus on Nicollet Mall (bottom) and 4 St (right); express buses on Marquette (background).

Hennepin Ave, 7 St and 8 St serve many buses per hour all day but have no dedicated lanes and force buses to be delayed in mixed traffic. No bus lanes exist in St Paul, even though all Metro Transit buses are concentrated on two one-way street pairs. Most of the streets in both downtowns are very wide and entirely devoted to mixed traffic. There is so much opportunity to improve transit speed, reliability and effectiveness by creating dedicated bus running ways; hopefully that's in the future.

Rail lines are not inherently better than bus lines

In my last post I celebrated the nearing opening of the Twin Cities' second light rail line. The project improved a heavily used transit corridor in two ways: it will increase capacity, and it will provide faster and more reliable service between Minneapolis, a major university and St Paul by operating in a dedicated right-of-way.  However, as sleek as trains may be, it's not solely the conversion from bus to rail that matters. Let's first dispense with the myth that trains are inherently better than buses. As a passenger I don't care how the vehicle propels itself; I just want to reach my destination.  What really matters for passengers is the service quality: a high quality transit line is fast, frequent, reliable and runs all day. At any time you can just show up at an easy-to-find station and count on completing your trip without extra effort or delays. Long waits, indirect routing, traffic and other delays are major disincentives to transit use and can happen regardless of the vehicle type.

The reason we believe that trains are inherently better than buses is that in most places we arbitrarily treat them better by giving them priority on the street, paying fares in advance and running frequent and well marketed service. Bus riders are subjected to long and uncomfortable waits, lines at the front door, traffic congestion and unpredictable delays, even though there is nothing stopping us from running high quality bus service.

In places that don't need the capacity that rail provides, let's build dedicated infrastructure for buses and implement all the other things we do without question for rail but never do for buses. For example, proof-of-payment fare collection (before boarding) can be implemented system-wide and would cut running times by 20 to 30 percent. The money saved in operating costs could be used to make other improvements like increasing frequency to address crowding, installing bus priority measures in congested areas and upgrading bus stops.

The question then is, if you really make an effort to improve bus service, will ridership grow so much that you will need rail vehicles for capacity reasons?  If so, great!

Minneapolis Light Rail expands to Central Corridor

When I spent a few days in the twin cities a few years ago, I was excited to ride the city's first light rail line.  The Hiawatha (Blue) Line replaced bus 55 in 2004, and even though its alignment outside of downtown is generally not pedestrian friendly, ridership grew so fast that platforms had to be lengthened only five years later to permit longer train sets.  That experience established the case for high quality, high capacity transit in the Twin Cities. IMG_3968   IMG_3972 IMG_4053   IMG_4055

Ten years later, Metro Transit is nearing completion of the Central Corridor (Green) Line which will replace overcrowded bus routes. Currently buses 16 (local, all times) and 50 (peak-only limited-stop) carry many thousands of riders between downtown Minneapolis, the University of Minnesota and downtown St Paul, and have no priority aside from a bus lane in downtown Minneapolis.

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The Central Corridor LRT project, now about 90% complete, is a good example of how and when transit infrastructure should be built.  Too many cities build rail lines on empty corridors hoping for economic development while failing to understand actual transit ridership patterns and improve existing bus routes that people are using now.

As transit becomes more crowded it is important that we address areas of high demand. Trains should not be viewed as magical toys that will attract business, but rather as a tool for increasing capacity. When you have enough ridership, one train set can replace a few buses, which will save you a lot in operating costs. Since we will always have many needs and limited funding, I suggest gradually making capital improvements to speed bus lines all over the city, rather than waiting until you can build a rail line. When ridership is so high that you have major bus bunching, then it's time for light rail or sometimes even heavy rail.

Whenever possible, these things should be done for the entire system. Payment of fares before boarding and bypassing localized traffic congestion are two good places to start. Next year Metro Transit will be operating two high quality lines which should provide examples of ways to improve other lines.

My new favorite bridge: with an enclosed walkway

I have arrived in Minneapolis and am busy documenting transit and bike facility improvements. Look for this site to be very active over the next few weeks. Today I discovered my new favorite bridge: the Washington Ave Bridge linking the University of Minnesota campus on either side of the river. This is a two-level bridge featuring an enclosed walkway in the center of the upper level to provide shelter for the long walk.

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An enclosed walkway seems so simple yet so incredibly useful. It's common in private spaces like shopping malls and should be built everywhere a bridge is needed. At least build a canopy.

The entire upper level of this bridge is for bikes and pedestrians only, so you can still walk outside if it's a nice day. The lower level was just reconstructed to add tracks for the new Central Corridor light rail line (the topic of several upcoming posts). It's a critical link for transit as thousands of bus passengers are carried across every day. Next I would like to see the vehicle lanes become exclusive bus lanes, and we'll have a truly sustainable bridge.

Episode 29: Madison Metro Transit

The unique geography of Madison, Wisconsin -- built on an isthmus, a narrow strip of land between two lakes -- creates an interesting bus service design. It's not quite narrow enough to put all buses on one street that everyone could walk to for very frequent service, but still there is frequent combined service on three corridors running the length of the isthmus. Like many agencies, Madison Metro Transit is struggling to manage steady growth in ridership. They were recently awarded the Outstanding Public Transportation Award for their efforts to improve and promote their service in innovative ways.  Marketing Director Mick Rusch joins me to discuss their services and some of the operational issues they deal with.

Bus routes and schedules are designed to facilitate connections at a series of transfer points at the edges of the city and downtown around the State Capitol. The most transit friendly city in Wisconsin has installed many transit priority facilities such as bus lanes and most notably a busway for the full length of the busy State Street pedestrian mall. The University of Wisconsin offers unlimited transit passes for their students, faculty and staff.

Metro Transit is struggling to deal with overcrowding and is even considering raising fares in order to increase service frequency. Would changing from a city department to a regional transit authority be the solution? Listen in to learn about bus-bike interaction, winter weather, bus technology and much more.

In the second half a listener shares a video on the structure of Singapore's bus and rail networks and suggests that privatized transit can only work well when heavily regulated. But if a public entity makes all the important decisions, is it still attractive to those who advocate for deregulation?  We also consider whether transit agencies should strive for profit, and suggests a way for the public sector to capture and reinvest some of increasing real estate values that their services facilitate.

Send your comments and suggestions for topics and/or guests by contacting me. Follow the blog at criticaltransit.com, and if this work is useful to you, please support the show to help me continue traveling and reporting.

Ramp metering could make transit priority on city streets easier

Ramp metering (wiki) seems to be a common practice at freeway entrances in Wisconsin. The concept is simple: by allowing vehicles onto the highway in small numbers, you can reduce traffic up ahead as well as improve safety by reducing the friction caused by merging traffic. In the event of an emergency, holding traffic back away from the scene reduces the number of interfering cars that first responders have to deal with.

Street metering could be very useful in cities with limited space. Since traffic engineers primarily concern themselves with traffic flow, one thing they focus on is storage: space for vehicles to wait during a red signal phase or for turns. If you metered the traffic coming into a busy area, you wouldn't need as much storage in areas without excess room.Those of us who always hear the tired lie that "there's no room" for bike or transit priority -- there is always room unless you give car priority -- might think about how metering could reduce the storage engineers say they "need" in specific locations. So you can have your protected bike lane in the narrow road section as long as not as many cars are allowed to queue there.

As a transit priority measure, metering could be used in advance of a bottleneck such as a bridge or business district, allowing buses to pass stopped cars in a bus lane or shoulder and move in front where the street is clear. Think of it as a queue jump where traffic is held for a minute or two whenever the bus is detected as approaching. A meter could also be used at an intersection with a transit corridor so that buses and streetcars don't deal with as much traffic.

Do you know any current examples of metering on city streets?