Yesterday afternoon, I took the 504 King streetcar from the Bloor-Dundas West mobility hub down to King & Bathurst to meet a friend at the Wheat Sheaf Tavern. In case you didn't know, this is believed to be the oldest continually-operating pub in the city. It opened in 1849.
My streetcar ride took an obscenely long time (over an hour) and so it was the wrong mobility choice for a peak summer afternoon. I should have biked. But once I did finally arrive at Toronto's oldest pub, it was great to see all of the activity happening right at the intersection for the new King-Bathurst subway station (Ontario Line).
I'm always a bit cynical when it comes to transit plans. Like, it's hard for me to believe that something is actually happening. I'm still waiting for SmartTrack to open. So I need constant visual reminders like these:
What you are seeing above is the northeast corner of the intersection, which is where one of the two station entrances will go. Naturally, the station platform and track itself are also aligned on a diagonal so as to minimize "significant construction impacts" to the Wheat Sheaf (southwest corner).
This stop is also one of Infrastructure Ontario's Transit-Oriented Communities, which means the intent is to have a private developer build things on top of the station. Directionally, this is, of course, the right approach. It didn't happen on the Eglinton Crosstown line; but we know that the best way to maximize the value of transit investment is to combine it with smart land use planning (the rail + property model). Density is your friend.
From what I could glean during my time on the patio at the Wheat Sheaf, all of this appears to be moving forward. And already today, there is a ton of foot traffic in the area -- meaning the future transit station should do very well from a ridership perspective. Now we just need this line extended up to the Bloor-Dundas West mobility hub so that the 504 streetcar can be relieved of some of its duties.
Station Plan/Rendering: Metrolinx and IO
I had a dinner in the suburbs this evening. And so in the afternoon today, I opened up Google Maps to figure out how I was going to get there.
I didn’t have my car with me — because I hate driving into the office — so in my mind, I was either going to take transit or take an Uber.
These are the time estimates that Google gave me:
https://twitter.com/RM_Transit/status/1784219694200737890
Sometimes I'll hear people in Toronto talk pejoratively about all of the development that's been happening at Yonge & Eglinton (in midtown). They'll say it's too much density.
But then you come across charts like the ones above (source previously shared here) and you realize that this location is the only section along the new Eglinton Crosstown LRT line that is actually starting to have enough people.
Based on 2021 Census data, there were about 40k people within 800m of the future Eglinton and Mount Pleasant stations. In contrast, there are many downtown stations along the Ontario Line (also under construction) with around 80k people.
Why this is important is because if the objective is to get people to ride this new transit and collect a lot of fares, then the single most important factor is going to be the amount of people that live, work, and play adjacent to each station.
Now, I'm not a transportation planner, but in my mind there are three simple ways to think and go about optimizing for this:
You can look at where population densities are already high and then add new transit to service these densities. This is what is happening with the Ontario Line and it was long overdue. We know that ridership is going to be relatively high because of the chart at the top of this post.
You can look at where there's existing transit and then work to optimize the land uses around it. This is what we should be doing a better job of along the Bloor-Danforth line, where certain station areas have actually lost people over the last few decades. This is the opposite of what you want next to transit investments.
Lastly, you can also proactively plan new transit while simultaneously encouraging more density. An example of this would be the Vaughan Metropolitan Centre (just north of Toronto). Extend the line and encourage growth. This is good. The only thing with this approach is that it can seem a bit misaligned if you're currently failing at #1 and #2.
Yesterday afternoon, I took the 504 King streetcar from the Bloor-Dundas West mobility hub down to King & Bathurst to meet a friend at the Wheat Sheaf Tavern. In case you didn't know, this is believed to be the oldest continually-operating pub in the city. It opened in 1849.
My streetcar ride took an obscenely long time (over an hour) and so it was the wrong mobility choice for a peak summer afternoon. I should have biked. But once I did finally arrive at Toronto's oldest pub, it was great to see all of the activity happening right at the intersection for the new King-Bathurst subway station (Ontario Line).
I'm always a bit cynical when it comes to transit plans. Like, it's hard for me to believe that something is actually happening. I'm still waiting for SmartTrack to open. So I need constant visual reminders like these:
What you are seeing above is the northeast corner of the intersection, which is where one of the two station entrances will go. Naturally, the station platform and track itself are also aligned on a diagonal so as to minimize "significant construction impacts" to the Wheat Sheaf (southwest corner).
This stop is also one of Infrastructure Ontario's Transit-Oriented Communities, which means the intent is to have a private developer build things on top of the station. Directionally, this is, of course, the right approach. It didn't happen on the Eglinton Crosstown line; but we know that the best way to maximize the value of transit investment is to combine it with smart land use planning (the rail + property model). Density is your friend.
From what I could glean during my time on the patio at the Wheat Sheaf, all of this appears to be moving forward. And already today, there is a ton of foot traffic in the area -- meaning the future transit station should do very well from a ridership perspective. Now we just need this line extended up to the Bloor-Dundas West mobility hub so that the 504 streetcar can be relieved of some of its duties.
Station Plan/Rendering: Metrolinx and IO
I had a dinner in the suburbs this evening. And so in the afternoon today, I opened up Google Maps to figure out how I was going to get there.
I didn’t have my car with me — because I hate driving into the office — so in my mind, I was either going to take transit or take an Uber.
These are the time estimates that Google gave me:
https://twitter.com/RM_Transit/status/1784219694200737890
Sometimes I'll hear people in Toronto talk pejoratively about all of the development that's been happening at Yonge & Eglinton (in midtown). They'll say it's too much density.
But then you come across charts like the ones above (source previously shared here) and you realize that this location is the only section along the new Eglinton Crosstown LRT line that is actually starting to have enough people.
Based on 2021 Census data, there were about 40k people within 800m of the future Eglinton and Mount Pleasant stations. In contrast, there are many downtown stations along the Ontario Line (also under construction) with around 80k people.
Why this is important is because if the objective is to get people to ride this new transit and collect a lot of fares, then the single most important factor is going to be the amount of people that live, work, and play adjacent to each station.
Now, I'm not a transportation planner, but in my mind there are three simple ways to think and go about optimizing for this:
You can look at where population densities are already high and then add new transit to service these densities. This is what is happening with the Ontario Line and it was long overdue. We know that ridership is going to be relatively high because of the chart at the top of this post.
You can look at where there's existing transit and then work to optimize the land uses around it. This is what we should be doing a better job of along the Bloor-Danforth line, where certain station areas have actually lost people over the last few decades. This is the opposite of what you want next to transit investments.
Lastly, you can also proactively plan new transit while simultaneously encouraging more density. An example of this would be the Vaughan Metropolitan Centre (just north of Toronto). Extend the line and encourage growth. This is good. The only thing with this approach is that it can seem a bit misaligned if you're currently failing at #1 and #2.
It was going to take me over 4 hours to walk there. Over an hour to drive there. And 47 minutes to take the train there. Interestingly enough, cycling was also going to be faster than driving.
As soon as I saw this, I shut down the app and decided I would take the train. All I was interested in was the absolute fastest option. And for me at that moment, it was the train.
I recognize that this isn’t always the case. Sometimes driving is much faster than taking transit. It depends on a number of factors.
But as a general rule, when it comes to big and dense cities, you really can’t beat trains and bikes for moving the greatest number of people, as quickly as possible.
It was going to take me over 4 hours to walk there. Over an hour to drive there. And 47 minutes to take the train there. Interestingly enough, cycling was also going to be faster than driving.
As soon as I saw this, I shut down the app and decided I would take the train. All I was interested in was the absolute fastest option. And for me at that moment, it was the train.
I recognize that this isn’t always the case. Sometimes driving is much faster than taking transit. It depends on a number of factors.
But as a general rule, when it comes to big and dense cities, you really can’t beat trains and bikes for moving the greatest number of people, as quickly as possible.
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