The City of Toronto is proposing to turn Dupont Street -- between Dundas Street West and Davenport Road -- into a "complete street."

Here's the area in question:

It's 4.7 kilometers long.

And here's how the city thinks about complete streets:

“Complete streets” are streets that are designed to be safe for all users: people who walk, bicycle, take transit or drive, and people of varying ages and levels of ability. They also consider other uses like sidewalk cafés, street furniture, street trees, utilities, and stormwater management.

Right now, the city is in the public consultation phase. If you'd like to provide your feedback, you can do that here. You have until October 30th. The online tool is also pretty neat. You can drop comments on specific areas of the street. And already the map has been totally filled up.

This is an important and busy artery in midtown. I use it all the time as a pedestrian, cyclist, and driver. It's not the best street, though. Yesterday it took me 45 minutes to drive from one end of it to the other. Along with better street design, this part of the city could use better transit.

I'm looking forward to seeing how Dupont ultimately gets designed.

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:

1. 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.

2. 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.

3. 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.

Matt Elliott writes a newsletter called the City Hall Watcher. And one of his features is something called Intersection Inspection. It is where he does a deep dive into traffic counts and modal splits for intersections across Toronto. This week, he covered Yonge & St. Clair in midtown, and so I thought it would be interesting to share it on the blog. (Thanks to Canada Record for the tag on X.)

Here are traffic counts for the intersection going back to 1984:

What seems clear is that Yonge & St. Clair is fairly evenly divided between cars and pedestrians. And it has been this way going back many decades. At the same time, though, the volume of cars seems to be declining. According to the above data, cars haven't seen a count above 20,000 since 2014. There does also seem to be a slight spike in bike usage recently (this is broken out further in Matt's newsletter).

Data is crucial to good city building and I don't think it is leveraged nearly enough. For example, take the intersection of Baldwin St and Kensington Ave in Toronto's Kensington Market. If you look at the traffic counts (which can also be found in the above newsletter), you'll see that 88% of traffic tends to be from pedestrians (79%) and bikes (9%). Only 12% of traffic is from cars.

With this data in hand, you might, then, ask yourself: Should Kensington Market be mostly pedestrianized? And in my opinion, this is a lot easier to answer when you have numbers in front of you telling you how humans actually occupy the area.