Among the stories we tell about ourselves in Calgary is a tale of desperate love — for our cars. Calgarians are having a mass “affaire de coeur” with their four-fendered darlings. Our automotive passions run so deep, we believe that life without cars is utterly inconceivable.
Funnily, it’s a story repeated worldwide, from Paris to Portland. Everyone everywhere, apparently, loves their cars more than anyone else. But it’s a myth.
We know because wherever high-quality, convenient and speedy alternatives have been built, people readily abandon their clunkers and take to the rails, to bikes and to their feet. Some places have actually ripped out highways only to discover they are not missed.
But myths persist because they contain elements of truth. So far, no comprehensive transit alternatives exist for most Calgarians and until they do, myth and fact are hard to separate. As it is, our system discourages more transit use.
At first glance, Calgary’s LRT system seems to be one of the most successful on the continent. In the fourth quarter of 2009, for example, 269,000 Calgarians rode the C-Train each working day. Of the 34 cities in the sample, only Toronto and Monterrey, Mexico had more riders. This is not a one-time thing; Calgary has topped ridership lists for years.
But this success is not because we love our transit system. It is, at least in part, because city policy limits downtown parking but has not made the offsetting investment to increase access and usability for those needing alternatives. Many feel herded to the LRT.
Even if downtown parking was unlimited and cheap, the road network already runs at capacity and there are no plans — and no room — for new expressways into downtown. Think what it would be like if tens of thousands more people drove each day.
On the other hand, what if tens of thousands of new people had to (or wanted to) choose public transportation as their first choice? This scenario was briefly foreshadowed when gas prices spiked in 2008. It was bad. So much so that in the morning rush, people travelling north would first board southbound trains to stations closer to the end of the line, just to get a spot on a northbound train.
Despite its apparent success, our transit system lacks diversity. We’ve streamlined the city for convenient driving, making more sustainable transit forms difficult to effectively implement.
Calgary isn’t alone. Planners everywhere are contending with the same issues and battling the same myths. Many cities have responded by introducing, or reintroducing, the humble tram. All over the world trams are being recognized as an essential ingredient of resilient urban transit networks.
Why trams? In their ongoing research into the effectiveness of different transportation modes, University of British Columbia planning professor Patrick Condon and his colleagues have concluded that trams have multiple benefits for cities interested in planning for resilience and sustainability.
Because trams and LRT cars are electric, they produce no carbon emissions or smog: They are better for the environment. Lifetime maintenance and repair costs for trams ranks lowest among the alternatives. Although the initial capital investment is higher than for busses, trams have lower lifetime operating costs. Trams have lower capacity than LRT, but many more miles of track can be built for the same cost because trams don’t require special, segregated infrastructure — you can step right from the curb to the tram.
Overall, compared to other transit modes, trams and LRT are greener, leaner and cheaper.
The key point, however, is that trams, unlike LRT or buses, play a significant role in fostering community and social resilience. Think of Calgary’s best streets, such as Ninth Avenue S.E. in Inglewood, and ask how they got that way? Would it be a surprise to find out all of them evolved as tram streets? It’s because trams evoke a sense of permanence and confidence. In turn, this encourages social and financial investment along tramlines in a way that other forms of transit do not. Wherever trams have been built, commerce and social vitality has blossomed.
Trams also add versatility. During rush hours they service inner-city commuters — decreasing the load on the rest of the system. The rest of the day, trams link neighbourhoods and communities in a predictable and trustworthy way, which inspires confidence and boosts ridership. Trams play a role in a complete transit network that neither LRT nor buses can.
In the next instalment, we extol some of the innumerable virtues of trams by considering the experience of Portland, Ore., where more than $3 billion of investment in trams has revitalized the inner city. Chapel Street in Melbourne, Australia also illustrates how walkable, compact streetscapes emerge along tramlines.
Trams provide new options and ways to think about urban resilience and sustainability. Calgary was a tram city once. It needs to be one again. That’s no myth.
Geoff Ghitter teaches urban studies at the University of Calgary. Links to the research used in this article can be found on his blog: geeessgee.blogspot.com. Noel Keough is an assistant professor in the faculty of environmental design at the University of Calgary and is co-founder of Sustainable Calgary Society.


Comments: 12
dontdrive wrote:
on Nov 12th, 2010 at 3:16pm Report Abuse
vycter wrote:
Source:
http://www.calgarytransit.com/environment/ride_the_wind.html
on Nov 15th, 2010 at 2:45pm Report Abuse
officematt2002 wrote:
on Nov 15th, 2010 at 7:55pm Report Abuse
vycter wrote:
on Nov 15th, 2010 at 8:23pm Report Abuse
Clairvoyant wrote:
But back to trams.
If you want to demonstrate trams, look at Leningrad in The Siege.
A question of numerical clarity: "269,000 Calgarians rode the C-Train each working day" Was that 269,000 rides on the LRT (134,500 to & 134,500 from), or 269,000 to & 269,000 from for a total of 538,000 passenger trips?
"... wherever high-quality, convenient and speedy alternatives are built, people readily abandon their clunkers and take to the rails, to bikes, and to their feet." Can you give some first world examples of "wherever"? Especially examples that include not just the urban core, but an area that encompasses most of the population? And preferably examples that have continental climates with brutal winters?
"... trams and LRT are greener, leaner, and cheaper." If LRT is "cheaper", why is the City not trumpeting the costs from the hilltops? Why is it so difficult to get full cycle, all-in, costs? Why, if wind powered LRT is so great, will the City not provide actual power consumption & costs in the context of coal & gas fired power?
"... the road network already runs at capacity ...". Congested, yes. But really at "capacity"? Real engineers do something called "debottlenecking": optimization of operating procedures and of the hardware, can yield an increase in capacity disproportionately large relative to costs. But the City is busy with social engineering, and prefers to create congestion, rather than to debottleneck to increase capacity. There is a problem of ideology, not an inherent limitation of capacity.
"... trams and LRT cars are electric ... They are better for the environment." This is opinion, not fact. Maybe true, maybe not. It depends where you put the fences, and what parameters you consider.
"... Calgary's best streets ... evolved as tram streets ..." Is "best" not a value judgment, and thus dependent like art on the eye of the beholder? Maybe as a place to live and raise a family, some (most?) of us might prefer something other that Ninth Avenue S.E. in Inglewood with or without trams? Maybe something quiet, boring, safe, non-vibrant might be "best"?
Maybe LRT & trams are "resilient". But maybe not robust. A power outage shuts them down instantly: cars, & buses can keep moving for at least a little while. The outage can come from nature (The Ice Storm as one historical example), from human "error", or from terrorist acts.
An accident blocking the line, shuts down LRT or the specific tram line. This is not robust. With multiple parallel lines, trams are more robust than LRT, but do not approach that achieved by track-independent vehicles.
Public transit with high people-density are not robust in the context of pandemics. As it currently exists, the LRT is marvelous for the incubation & transmission of communicable diseases. If SARS containment had seriously breached, would Toronto's subways, streetcars, and buses have made it impossible to put the genie back into the bottle? What modifications do we need to make to air quality, people density, and sanitation, to make trams & LRT biologically reasonably safe? I.e. to make public transit robust from the perspective of communicable diseases, both nuisance diseases and deadly pandemics.
on Nov 17th, 2010 at 8:39pm Report Abuse
officematt2002 wrote:
Well laid out clairvoyant, as always. I have used the Budapest transit system in recent years and I must say, even though it is a relic from the Stalinist era, it is amazingly efficient and more reliable than Calgary Transit (which I might add in light of this light dusting we have had recently can't even operate on a level comparable to true snowbelt cities such as Toronto and Montreal).
One must question why this city is always paralyzed at the sight of a snow cloud.
on Nov 17th, 2010 at 9:27pm Report Abuse
plebe45 wrote:
on Nov 18th, 2010 at 3:37pm Report Abuse
vycter wrote:
Trains are not perfect, but they prove to be efficient people movers and cheaper to operate in the long run. That seems to be the point of this article.
on Nov 20th, 2010 at 1:18am Report Abuse
officematt2002 wrote:
on Nov 20th, 2010 at 10:46am Report Abuse
vycter wrote:
on Nov 20th, 2010 at 11:04am Report Abuse
Clairvoyant wrote:
on Nov 21st, 2010 at 9:23am Report Abuse
Clairvoyant wrote:
on Nov 25th, 2010 at 12:02pm Report Abuse
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