John Tory’s Mythical Subway

I think people forget, for example, that we have to rebuild the LRT in 25 or 30 years, just like we have to with the Scarborough RT. With a subway we won’t have to do that. The Yonge Street subway just celebrated its 60th anniversary and it’s still in good shape.

[John Tory in an interview for Metro News, April 7, 2014, courtesy of Matt Elliott]

The false comparison of long-lasting subway with a comparatively short-lived LRT is the sort of comment I expect to hear from (former TTC Chair and Mayoral candidate) Karen Stintz, or from the subway-loving Brothers Ford.  The number “100” is often bandied about as the longevity of a subway investment by analogy to the much older networks found in cities like New York, London and Paris.

I have written before about this and won’t belabour the details here, but now that a major candidate for the office of Mayor has taken up the line, it’s worth revisiting the topic.

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Metrolinx Contemplates Relief (4)

Public meetings regarding the Metrolinx Yonge Corridor Relief Study and the City of Toronto/TTC Relief Line Project Assessment have been announced:

  • Saturday April 5, 9:00 am to 1:00 pm at the Sheraton Centre Dominion Ballroom (Queen Street opposite City Hall)
  • Tuesday April 8, 6:00 pm to 9:00 pm at Richmond Hill Presbyterian Church (10066 Yonge Street, north of Major MacKenzie) (Metrolinx study only)
  • Thursday April 10, 5:30 pm to 9:30 pm at Riverdale Collegiate (1094 Gerrard Street East at Jones Avenue)
  • Saturday April 12, 9:00 am to 12:00 noon at Holy Name Parish (71 Gough Avenue, Danforth one block west of Pape) (City/TTC study only)

A new website has been created under the name regionalrelief.ca with links to various aspects of these studies.  There are three main branches only one of which contains new content.

  • The Metrolinx branch takes readers to the Metrolinx Regional Relief Strategy project page which reflects the status as of the February 2014 board meeting.
  • The City of Toronto branch goes to a subsite dedicated specifically to the Project Assessment for the Relief Line.  This includes a mechanism for public participation in formulation of the Terms of Reference for this study.
  • The York Region branch goes to the VivaNext page for the Yonge subway Richmond Hill extension.

I will update this article if new material appears before the public meetings.

When is “LRT” not LRT?

In all the debates about transit options, be they in Scarborough or elsewhere, one of the most abused and frequently misunderstood terms is “LRT”.

The term appears in various contexts over the years under both the guise “Light Rail Transit” and “Light Rapid Transit”.  The difference can be more in local preference including marketing aims.

One can even find “LRRT” where a proposal tries to be all things to be all people.  The Buffalo line, which incongruously runs on the surface downtown, but in a tunnel elsewhere, originally used this term, but was rebranded “Metro Rail”.  The “LRRT” term, however, is still in current use as a Google search will demonstrate.

The term “Light” contrasts “LRT” with systems that require more substantial (or “heavy”) infrastructure such as:

  • mainline railways including commuter rail operations such as GO,
  • “subways” as the term is used in Toronto (with other words such as “Metro” and “Tube” found in other cities),
  • any technology requiring a dedicated, segregated guideway and stations either because of automated control systems or because the right-of-way cannot be crossed for various reasons.

Life gets very confusing because there are overlaps between technologies and their implementation.  One of the oldest streetcar systems in North America, Boston’s, exhibits every conceivable type of operation with the same vehicles running in mixed traffic (little of this remains on the network), on reserved lanes in street medians, on private rights-of-way that run “cross country” relative to the road network, on elevated structures, and in tunnels just like a subway.  (The “Blue Line” running under the Boston harbour was originally a streetcar tunnel, but was converted to “subway” operation in the 1920s.)

The Boston Green Line is the oldest subway on the continent, and it runs with “streetcars” that morph into “light rail vehicles” not because of magic performed where they leave the street pavement, but because of the way the vehicles are used.  This is central to the concept of “LRT” – the ability to operate in many environments as appropriate to demand and local circumstance.

Unlike what Toronto calls a “subway”, an LRT network can adapt to its surroundings and this is a fundamental characteristic of the mode.  The original Scarborough LRT would have run at grade with some road crossings enroute, and a Malvern extension was on the books, but never built.

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How Long Would The Scarborough LRT Construction Require?

With the emergence of two candidates for Mayor of Toronto who support the Scarborough LRT scheme, we are bound to hear much talk about how long construction would take, how long SRT riders would be forced to ride shuttle buses, and when the line might open.  In this context, it’s worth looking back at Metrolinx plans before various politicians decided to buy votes in Scarborough with a subway line.

The TTC’s original plans were to rebuild the SRT before the Pan Am Games. That schedule went out the window when then-Premier McGuinty pushed out the delivery plans for the Transit City projects so that most of the spending would occur after the provincial deficit was under control if not eliminated.

Also lost in the shuffle was the idea that the Sheppard LRT would be in operation before the SRT shutdown as an alternate route for people from northern Scarborough to reach the subway system.

Metrolinx revised timelines were based on three overlapping stages of the project:

  • Build the new maintenance shops at Conlins Road including pre-building a portion of the Sheppard LRT for use as a test track.  (This portion would be part of the link to the future Scarborough line and would be needed even if the Sheppard line were not yet operating.)
  • Build the north end of the Scarborough LRT line from Sheppard to a point just east of McCowan Yard.
  • Rebuild the existing SRT as an LRT line.  Only this part of the project would require a shutdown of SRT service.

As momentum grew for the subway proposal, it suited proponents to treat the entire project timeline as the shutdown period for the SRT, and thus we began to hear of a four-year long period when riders would be taking bus shuttles.  The situation was not helped by the fact that Queen’s Park and Metrolinx talked of the Scarborough LRT opening “by 2020” even though it could be finished far earlier.

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Toronto Deserves Better Transit Service Now! Part 2: What Can Be Done

The first part of this article reviewed the evolution of transit service and riding since 2006. In brief:

  • System riding grew by about 22% from 2006 to the projected demand in 2014.
  • The bus fleet, after increasing by about 22% early in that period in part for the Ridership Growth Strategy (RGS), has not grown since 2009.
  • The capacity of the bus fleet has dropped by about 6% as the remaining high-floor fleet was replaced with low-floor buses.
  • Although RGS improved crowding standards to encourage more riding, these changes were reversed in 2012 to fit more passengers on existing vehicles.
  • The streetcar fleet size has not changed at all, and peak service improvements, such as there were any, came from redeploying vehicles from routes shut down for construction projects.

Changing the level of TTC service on a broad scale is not something anyone can do overnight.  More service means more buses and streetcars, more operators and more garage capacity.  All of this takes more operating and capital subsidy, and a sustained commitment that lasts longer than a campaign sound-bite.

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Three Eras of Planning

This article is adapted from a presentation I gave on February 26, 2014, to Paul Bedford’s planning class at Ryerson University.  Paul’s students have a term assignment to design a plan for the GTA in 2067 (as well as other papers along the way).  They will work in teams, just as real-world planners would, and have to consider many factors that would inform a 50-year plan.

The date was chosen to be far enough in the future that the students would have to live with the theoretical consequences, and also because it is Canada’s bicentennial year.  2067 is also well beyond the horizon of many plans already sitting in libraries requiring consideration of what lies beyond work already done.

With this as a starting point, I realized that there are two eras roughly the same length in my own history.  One is the post WWII period during which I was born, grew up and have lived my life as a transit advocate (among many other hats).  One is the era from the 1890s to the 1940s that was dominated by the growth of public transit, but eclipsed by the automotive industry especially after the war.  The tension between the first and second eras, between two views of private and public transport, underlies all of the planning debates we have today, and will be central to any plans for the third era, the next fifty years.

Apologies to those who have seen some of my previous talks on the evolution of transit in Toronto.  Some illustrations are good as examples of certain developments, and I am constrained by material available in the City Archives and other online collections, as well as material in my own library.  It is not unknown for academics to recycle material for lectures, and I am following a well-worn path.

Many thanks to Paul Bedford for the invitation to speak to his class, and to his students for their interest.

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Metrolinx Contemplates Relief (3) (Meetings Postponed)

The meetings originally announced for the week of March 1st in Toronto and Richmond Hill have been postponed by joint agreement of the parties involved.  New dates later in March will be announced.

Metrolinx will hold three public meetings to discuss the Regional Relief Strategy on March 1st and 3rd in Toronto, and on March 5th in Richmond Hill.

Metrolinx Contemplates Relief (2)

This article is a continuation of a previous commentary on the Metrolinx Yonge Network Relief Strategy.

On February 14, 2014, the Metrolinx Board considered the presentation on the Yonge Network Relief Study, but little information was added in the debate.  One question, from Chair Robert Prichard, went roughly “shouldn’t this have been started two years ago”, but it was left hanging in the air without a response.  Two years, of course, has brought us a new Provincial Premier and a recognition that her predecessor’s timidity on the transit file wasted a great deal of time.

Moreover, there is a long overdue acknowledgement that Metrolinx cannot simply plan one line at a time without understanding network effects including those beyond its own services.

Originally, I planned to leave the next installment in this discussion until public consultation sessions began, but I have now decided to make some brief comments on the various options that will be on the table.  (See Yonge Network Relief Study, page 11.)

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Metrolinx Contemplates Relief

At its meeting on February 14, 2014, the Metrolinx Board will receive a presentation on the Yonge Network Relief Study. Despite the need for better regional transit links (and by that I mean links that do not take people to downtown Toronto), the elephant in the room has always been the unstoppable demand for more capacity into the core area. Planning for and debates about catching up with the backlog of transit infrastructure cannot avoid this issue, and it skews the entire discussion because the scale and cost of serving downtown is greater than any other single location in the GTHA.

Conflicting political and professional attitudes across the region colour the view of downtown.  Toronto suburbs, never mind the regions beyond the city boundary, are jealous of downtown’s growth, and for decades have wanted some of the shiny new buildings and jobs for themselves. But the development, such as it was, skipped over the “old” suburbs to new areas in the 905 that could offer lower taxes possible through booming development and the low short-term cost of “new” cities.

Strangling downtown is not a new idea, and politicians decades ago foretold of gleaming suburban centres to redirect growth together with its travel demand. The transit network would force-feed the new centres, and downtown would magically be constrained by not building any new transit capacity to the core.

Someone forgot to tell GO Transit where service and ridership grew over the decades. Downtown Toronto continued to build, and that is now compounded by the shift of residential construction into the older central city.

Thanks to the early 1990s recession, the subway capacity crisis that had built through the 1980s evaporated, and the TTC could talk as if more downtown capacity was unneeded. To the degree it might be required, the marvels of new technology would allow them to stuff more riders on existing lines. A less obvious motive was that this would avoid competition for funding and political support between new downtown capacity with a much-favoured suburban extension into York Region. Whenever they did talk about “downtown relief”, the TTC did so with disdain.

Times have changed. Long commutes are now a burden, not a fast escape to suburban paradise. Every debate starts with “congestion” and the vain hope that there is a simple, take-two-pills-and-call-me-in-the-morning solution. Top that off with an aversion for any taxes that might actually pay for improvements, or sacrifices in convenience until that blissful day when transit arrives at everyone’s doorstep.

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Creative Accounting With Subway Operating Costs

The Toronto Star’s Royson James writes today about automation of the TTC’s subway service and the elimination of train crews. His article includes a figure taken from a paper published by the Neptis Foundation which claims:

Converting the TTC subway to UTO [unmanned train operation] could save about $200 million per year, or $2 billion NPV [net present value].

Installation of PSDs [platform screen doors] might cost another $300 million to $500 million.

[Page 51.]

I wrote briefly about the Neptis paper last year, and keep meaning to return to it if only to debunk some of its more outrageous claims. However, the emergence of fantastical statements about the potential benefits of total automation force me to address this separately.

First off, the cost of PSDs is considerably higher than stated in the report. When this was still part of the TTC’s “above the line” budget, the cost stood at roughly $1-billion (about $15m per station).

The Neptis report says that automation could save “about $200 million per year”. This is wildly inaccurate as can be proven in various ways.

The total TTC operating budget for 2014 is $1.6-billion. Of this, at most 80% of the costs are for labour, and only half of that will be for operators who make up roughly 50% of the workforce. This means we are starting with a total cost of everyone who drives a bus, streetcar or subway train of $640-million. Saving almost one third of this by eliminating crews on the subway simply is not credible.

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