The following video was posted today on Paul Langan's "High Speed Rail Canada" page on Facebook:
While the irony of someone who boasts of
having created "the only national educational resource on high speed rail, TGV, trains, past studies and current information" posting a video by a Youtuber who seemingly hasn't heard of any of the HSR studies for which Canadians are supposedly famous for was obviously lost on poor Paul, one table caught my attention:
For quite a while, I have been looking for a formula to somehow compare the ridership potential of different rail corridors, this is the first time I've actually seen one and it makes sense that you multiply both cities' population figures (as the demand between two cities of 5 million people each should be much higher than between a city of 9.9 million and one of 0.1 million, even though in both cases both cities have a combined population of 10 million) and to divide it by the square of the distance by which they are apart.
I've therefore made a list of 30 (often overlapping) rail corridors, of which 11 are located in the Quebec-Windsor corridor (highlighted in yellow), 3 in Atlantic Canada (blue) and the remaining 16 in Western Canada. I also used a slightly paler color for all corridors which are not currently served by passenger rail services, which applies to 3 out of the 11 rail corridors in the Quebec-Windsor corridor, 1 out of 3 in Atlantic Canada and 13 out of 16 in Western Canada:
Compiled from: CMA/CA population figures provided by the
2016 Census, distances (in km) provided in various historic VIA/CN/CP schedules and frequencies from
VIA's last pre-Covid schedule
The methodology used above has some obvious shortcomings (like using distance-by-rail rather than Euclidean distance), but while it's time for me to go to bed, I'll curiously check tomorrow what reactions and reflections this quick-and-dirty table will provoke...
