Cherise Burda — May 31, 2010
Do you know your Walk Score?
No, it's not a fitness test. Walk Score measures the "walkability" of your neighbourhood - how easy it is to walk to restaurants and grocery stores, rapid transit, a library or community centre, a park or even a hardware store. The higher your score the better.
I started with my current address in west downtown Toronto - 98 per cent! The website called it a "Walkers' Paradise." Then I got curious about the house where I grew up in Thornhill. It scored 45.
But my sister and brother-in-law's big house on the scrubby edges of Unionville scored much worse: 15 per cent! They can't buy a pack of gum without climbing into their minivan and driving to a big box complex.
The disparity between
Canada's walkable urban centres and its car-dependent outer regions is only
getting worse, according to a new report Pembina
released last week.
The report, called Canada's Coolest Cities, includes six case studies that examine what Canada's largest cities - Toronto, Vancouver, Montreal, Edmonton, Calgary and Ottawa - are doing to reduce greenhouse gas emissions from vehicles via better transportation and urban planning policies.
Most of these cities are doing some cool things, such as implementing bike sharing programs, investing in rapid transit lines that connect apartment clusters on the outskirts, making a point of planning more dense communities, and requiring new condos to include charging stations for electric vehicles.
However, in all six cases, these gains were undermined by sprawling development in the broader metropolitan regions, which outpaces accessible transit to serve this booming population.
Between 2001 and 2006, while the cities made progress in some areas, all of the large metropolitan areas studied except for Vancouver got worse: they experienced longer commute times, and now have fewer people living in medium- or high-density communities.
Reversing this trend requires three key solutions: funding transit, allocating population closer to transit, and providing practical choices for commuters.
The province of Ontario just
cut funding for transit in the Greater Toronto Area, even though this region
needs it more than ever. Decision makers and policy experts need to get
together to come up with a long-term funding strategy for transit in all urban
areas. The province needs to consider a range of options, including fuel taxes,
tolls, congestion charges and cap-and-trade revenues.
The Greater Toronto Area (GTA), for example, has the longest commute times of 19 major cities, including New York and Los Angeles. However, according to a recent OECD report, the GTA is the only city of its size without road tolls or congestion charges to offset the $3.3 billion a year in congestion costs and to fund transportation alternatives.
But even sustained
transit funding isn't going to be successful if commuters still have to get
into their cars just to get out of their suburbs and to the nearest rapid
transit station. A co-ordinated approach, which includes building walkable
communities, is required to turn this ship around.
Getting people to leave the car at home is always a challenge, but if transit is within walking distance we stand a fighting chance. A range of incentives, including employer benefits to take transit, pay-as-you-drive insurance and live-where-you-work mortgage incentives, can make low-carbon transportation a win-win for everyone.
Since communities can't transform into transit-oriented utopias overnight, the solution also needs to include those who still need to drive by providing better options and incentives for people to choose more efficient vehicles, including electric vehicles.
It's all about choice:
we need cost-effective options to choose a low-emitting vehicle, safe streets
to walk or cycle, access to rapid transit and affordable living in walkable
communities.
Achieving this also requires ending subsidies to sprawl and leveling the development playing field, as we recommended in the Driving Down Carbon report we released last month.
If our cities have the vision to implement these actions before our commutes get even longer, everyone will benefit: greenhouse gas emissions will drop, municipalities will reap the rewards of lower infrastructure costs and citizens will be able to spend more time living and less time behind the wheel - and who doesn't want that?
Learn more about Climate Change, Pembina's Work in Ontario.
Read more blogs relating to Climate Change, Transportation, Ontario.







d sanden — Sep 20, 2010 - 12:35 PM MT
147$/barrel oil at the start of the housing bubble burst in the US in 2007 may do more for curbing home buyer's appetite for sprawl. I live in a small commuter city and rapid growth stalled in the downturn - new home buyers aren't showing up in those numbers now. Those proposing carbon taxes/cap&trade/end to fossil fuel subsidies can probably calibrate from that.
Democracies work by votes. And if there's enough people with stranded home equity in sprawling suburbs, there will be pressure to fix it. Walking and biking can solve little out here, and aging demographics in Canada crimp athletic modes of transport with bad knees and the like. Public transportation is more costly per person-km in sprawling areas for a given service level.
Given auto use will remain, personal choices such as limiting and better organizing trips will help, as will choice of vehicle technology - as reviewed in book Transport Revolutions.
BEVs - battery electric vehicles - seem like a good compromise, and their efficiency is second only to GCV -grid connected vehicles. But lithium ion batteries can be half the cost of the vehicle. GCBEVs - a cross between GCVs grid connected vehicles (think trolley bus) and BEVs - could unlimit the range of a BEV, increase it's efficiency closer to that of GCV and cut the cost of the battery to NEV (neighborhood EV) size. ERICVS - en-route induction charged vehicle system - power a BEV and recharge it like GCBEVs but without the awkward overhead teather line, and with reduced energy efficiency and some way to mitigate heart pacemaker problems.
GCVs/GCBEVs/ERICVS all require investment along road corridors and some way to pay for it -taxes, levies. A great technology would be a net benefit relative to BEVs: if you can cut $10k/car off the battery cost, and in a serviced area of pop 40,000 with 10,000 cars that's 10,000 x $10k = $100M in savings relative to full BEVs, which could go into community / public infrastructure, Trolley lines can cost 1M/km and so you can go through it quickly.
Improvements to virtual travel -teleworking and telelearning technologies -including facilities for employee effort monitoring, ease of collaboration, and telerobotics - will take more trips off the calender.
Canada emits some of the well-to-wheels budget for US drivers -part of the 1.4M bbl/day piped south, and if some of these technologies proliferate there, Canada will breath easier too.
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