Quote:
Originally Posted by Doady
^ As I said, commuter rail and park-and-ride is a reality of larger urban areas. Nothing is 100%. All I say is, planners should do what they can to encourage shorter trips. That is the secret of Brampton's high transit ridership. It is more self-contained than a typical suburb. A suburb needs to be both origin and destination. Mixed-uses. Buses carrying riders in both directions, that is efficiency. Buses or trains full in one direction but empty in the other direction is not efficient.
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Keep in mind that a lot of peak period surge commuter service is, and will continue to be, provided by trains that are stored at the end of the line coming into town in the morning and laid over until the evening commute back. Not all trains are returning empty. Yes there will be two way all day service since there will always be some demand in both directions including reverse commutes, but even when there is less traffic in the opposite direction, it's still much more efficient for an electrified train carrying say 1000 people to take them 30km and return empty than it is for 1000 people to drive 800 cars 30km and find places to park them downtown before driving back. If the average car has 150hp (some have less, many have more) that's 120,000hp worth of machinery. By comparison, a typical electric locomotive may have 6000hp. Plus according to a Wikipedia
source, "Electric locomotives usually cost 20% less than diesel locomotives, their maintenance costs are 25-35% lower, and cost up to 50% less to run."
So I disagree that trains running full in one direction and empty is inefficient.
Quote:
Originally Posted by Doady
I wasn't saying we should only invest in local transit, or that we should compare only local transit ridership and ignore regional transit ridership. I was saying shorter length of trips is what makes it possible to serve more Canadians with transit compared to US. Of course, Canada is more sprawled than Europe, so longer distances, more car use.
As I said, I want to see full service on Milton, it would be a dream come true, and I like to use Lakeshore in the meantime. Investing in commuter rail is good. I am not against it at all. I just think it would be wrong to focus so much on it. More investment including electrification of GO and Exo would be cool, but they are just small part of transit in two particular regions.
MiWay and Brampton Transit together get around 100 million boardings annually while GO Transit gets around 80 million, Long Island Rail Road 110 million, Metro-North Railroad 90 million. Is GO more important than MiWay and Brampton Transit? Is Canada doing worse than the US because of lack of electrified commuter rail?
I think we should not start to ignore or downplay what we have accomplished with suburban transit all over Canada. And yes, that includes places like Scarborough and Montreal-Nord as well. Even if the US can't learn anything, at least we know how well transit already works in these places and we can build upon it. Incrementally building upon previous successes is really what improving transit is all about. Nothing suddenly appears out of thin air. Even there really was a lack of electrified rail service in suburban Canada (there isn't), we are busy laying the foundations for more (or were busy until the coronavirus came along).
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I agree that no one should focus on regional transit at the expense of local. The point is that regional has long been an area of weakness or a sort of missing link in Canada so that's why there needs to be additional focus on bringing it up to par. I also don't think we should interpret this criticism as being praise for the US, or being a result of making comparisons to the US. At this point, the US is largely irrelevant to Canada in terms of transit. I'm sure there are a few things to be learned here and there, but in most cases NYC is too big to make for realistic comparisons and few of the more comparable cities are doing things much - if any - better.
And I still have to caution against comparing regional systems like GO and LIRR with local systems using boarding numbers. Using Brampton as an example, it stretches about 15km from edge to edge in either direction, but of course there's little reason for people to travel edge to edge. There are two regional centres, Downtown Brampton and Bramlea Ciy Centre so if we assume the average trip to one of them 9or a similar distance), 5km as an average trip length would probably be a generous estimate.
GO transit published ridership by station for 2018
here (found posted on UT) and if we combine the three GO stops in Brampton (Bramlea, Brampton, and Mount Pleasant), GO estimates about 2.38 million annual trips to/from them in 2018. SInce about 95% of all GO train trips start or end at Union which is 34km from the centre of Brampton, that equates roughly to 81 million rider km of travel done by transit. Brampton transit ridership is about 27.4 million, so at an average of 5km, that would equate to 137 million rider km of travel. In other words, about 60% as much travel is provided by 3 stops on one line (even before it's electrified or given high frequency service) as is provided by the entire local system. That should absolutely not be downplayed.
If we were to extrapolate that to the entire GO system, if it has 80 million annual boardings, and if the average trip length were 30km, that would be 2.4 billion km of service in rider kms. 15x that of Brampton Transit. Even if we grant an overly generous 10km average trip for the Mississauga and Brampton systems, with 100 million annual boardings that equates to 1 billion rider km or just over 1/5 of GO. That's what I meant about it being "flattering" to more local system to use simple trip or rider figures when comparing to longer distance systems. It doesn't mean the longer distance systems are less efficient; it just means they're providing a different type of service that should be measured and evaluated using different methods.