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Another definition of the 15-minute city
We begin 2023 with an informative article defining the “15-minute city”. This is actually an entry in Planetizen’s Planopedia, which contains definitions of fundamental concepts in urban planning:
Ionescu, D. (December 2022) “What is a 15-minute City?” Planetizen, https://www.planetizen.com/definition/15-minute-city?utm_source=newswire&utm_medium=email&utm_campaign=news-12292022&mc_cid=ee083e2ee7&mc_eid=9ccfe464b1 [Last accessed: 1/1/2023]
I’ve written and shared articles about this concept before. Here are a couple from 2021 where I offered my opinions about the concept as already applied in the Philippines:
https://d0ctrine.com/2021/08/13/on-defining-the-15-minute-city/
https://d0ctrine.com/2021/04/07/didnt-we-already-have-15-minute-cities-and-towns-in-the-philippines/
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On the Robinsons Antipolo Transport Terminal – again
I took the following photos of the transport terminal at Robinsons Antipolo last December 24. I have shared photos at the ground level and mostly close-ups of the buses, vans and tricycles that operate to and from the terminal. I was at the toy shop last Saturday for a last minute purchase and saw a nice vantage point to show the expanse of the terminal.
Bus ports and garage (in the distance)
There are regular trips here between Antipolo and Cubao (aircon buses), Antipolo and Ortigas Center (P2P buses), and Antipolo and other provinces (Quezon, Bicol, Samar, Leyte and Bohol).
People can transfer to modern Jeepneys (actually mini buses) that ply the Antipolo-Marikina route or perhaps take a tricycle (conventional or electric) to their final destinations.
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Shared article: Active and Micro Mobility Modes Can Provide Cost-Effective Emission Reductions–If We Let Them
I’m sharing this article on active and micro mobility modes from Todd Litman, published in Planetizen.com:
Source: Active and Micro Mobility Modes Can Provide Cost-Effective Emission Reductions–If We Let Them
From the article:
“Common Active Transportation Leverage Effects:
–Shorter trips. Shorter active trips often substitutes for longer motorized trips, such as when people choose a local store rather than driving to more distant shops.
–Reduced chauffeuring. Better walking and bicycling conditions reduces the need to chauffeur non-drivers (special trips to transport a passenger). These often require empty backhauls (miles driven with no passenger). As a result, each mile of avoided chauffeuring often reduces two vehicle-miles.
-Increased public transit travel. Since most transit trips include walking and bicycling links, improving these modes supports public transit travel and transit-oriented development.
-Vehicle ownership reductions. Active mode improvements allow some households to reduce their vehicle ownership, which reduces vehicle trip generation, and therefore total vehicle-miles.
-Lower traffic speeds. Active travel improvements often involve traffic speed reductions. This makes non-auto travel more time-competitive with driving and reduces total automobile travel.
-More compact development. Walking and bicycling support more compact, multimodal communities by reducing the amount of land devoted to roadways and parking, and creating more attractive streets.
-Social norms. As active travel increases, these modes become more socially acceptable.
The article is a must read if we are to understand how important active transport and micro mobilities are in the context of today’s transport conundrum. Of course, part of the contextualization and perhaps ‘localization’ on these modes will be related to land use or development. The latter is a big challenge especially for the likes of Metro Manila and other rapidly developing cities in the Philippines where housing in the cities (related to compact development) has become quite expensive and has driven more and more people to live in the suburbs. As I’ve mentioned in previous posts, this has resulted in more pressure to develop transportation systems but infrastructure development cannot play the catch up game given the limited resources for their construction. Meanwhile, services are also behind in terms of quality and requires reforms and rationalizations.
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On Metro Manila having one of the worst transit systems in the world
This is a follow-up to the previous post on the UC-Berkeley Study. Here is an example of how media featured the study outcomes:
https://www.facebook.com/CNNPhilippines/videos/1089453421728393
I didn’t see whether there was a response from government. These studies end up as features and nothing more if these do not prompt or push authorities to act on the problem. Even experts from academe or industry are reduced to being commentators or even pundits providing context, assessments and opinions, even recommendations that are perceived to fall on deaf ears. Perhaps government is already desensitized about these issues and will just trudge along at its own pace? In the end, it is the commuters mostly taking public transportation who continue to suffer and lose productive time to their daily travels.
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On the best public transit systems in the world
Manila’s poor ranking in recent study conducted by the University of California Berkeley’s Institute of Transportation Studies with think tank Oliver Wynam on public transit systems caught the attention of a lot of people. Media was quick to feature this in the news and I am aware of at least GMA and CNN Philippines doing features of this in their news programs. Here is the article on the same that mentions the UC Berkeley ITS study:
Pollard, A. (November 21, 2022 ) “These Cities Have the Best Public Transit Systems,” Bloomberg CityLab, https://www.bloomberg.com/news/articles/2022-11-21/these-cities-have-the-best-public-transit-systems [Last accessed: 12/11/2022]
Manila, or Metro Manila to be exact, placed only 56th in public transit while ranking 48th in sustainable mobility and 58th in urban mobility readiness. I leave it to the readers to go read the UC Berkeley report rather than depending on media or social med influencers for their takes on the ranking. The report can be downloaded from the link I provided above.
Perhaps there should be an assessment of cities (at least the highly urbanized ones) in the Philippines to see how they are ranked. There should be a criteria (UC Berkeley and Oliver Wynam used distance to public transit, affordability, operating hours, crowding and commute speeds among others in their study) to be agreed upon where experts can score cities using a simple-enough scale, say 1 to 10 with 10 being the highest score. What are your top 5 Philippine cities in terms of public transportation?
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Commuting from/to Antipolo via the public transport terminal at Robinsons Antipolo
I was at the Robinsons Antipolo public transport terminal to take a P2P bus to Ortigas. I took a few photos before boarding the bus. The bus no longer terminates at Robinsons Galleria but instead goes to Greenhills. This is very convenient for people who need to go to Virra Mall or somewhere in its vicinity (e.g., Cardinal Santos Medical Center, LSGH, etc.).
Then there are the buses plying the Antipolo-Cubao route via Sumulong Highway-Marcos Highway-Aurora Boulevard. These are regular aircon buses (not P2P) operated by various companies including G-Liner, RRCG, Jayross, etc. Below are photos of Diamond Star buses loading passengers bound for Cubao.
The lines can be very long depending on the time in the morning but I guess the assurance of a seat makes it worthwhile to go to the terminal rather than wait for the bus along its route. Passengers loads are practically back to pre-pandemic levels and with some jeepneys back, that means competition for the buses.
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Provincial bus services via the transport terminal at Robinsons Antipolo
Robinsons Antipolo recently announced the daily trip schedule for provincial destinations for the transport terminal at the mall. These are for destinations in the Bicol region and the Visayan Islands of Samar, Leyte and Bohol. These will likely travel via Rizal’s “backdoor” through Teresa, Morong, Tanay and Pililla and proceed through the Laguna towns of Pangil, Pakil, Paete, Lumban and Pagsanjan, before going through Quezon province via Luisiana, Lucban towards Lucena, where there is a major bus. From Lucena, the trip will then take the usual routes through Bicol. Here is the posting from the Robinsons Antipolo Facebook page:
There are three bus companies serving the routes mentioned above and as shown at the bottom of the poster. While I am familiar with the routes in Bicol (I have experienced traveling by bus all the way to Gubat, Sorsogon, which is my mother’s hometown and where we have many close relatives.), I have not experienced crossing to Samar via Matnog. I have been to both Samar and Leyte and have crossed the San Juanico Bridge many times so I know how long those trips can be. The highways now are better and I assume the buses offer more comfortable rides so its the ferry (RORO) crossing between Matnog and Allen that will be the slowest and perhaps most uncertain part of the trip. I say uncertain because if the weather is not good, the coast guard will halt the ferry services. I was surprised there was a connection to Bohol. That is not a short trip from Leyte to Bohol. And I was expecting a service to Cebu instead, which was closer and had regular ferry services between Leyte and Cebu islands.
I don’t know about the demand for these services or routes. I hope these are sustainable and sustained as it offers an alternative for people residing in Rizal and nearby areas who want to go to Bicol, Samar, Leyte or Bohol via these routes.
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On making streets safer through woonerfs
One of the new things I learned when I was taking up transportation planning as an undergraduate student in the 1990s was about the woonerf. Our teacher then was a Visiting Professor from the Tokyo Institute of Technology. He introduced to us many concepts in that elective course that paved the way to a number of us proceeding to specialize in transportation. What is a woonerf? Well, here’s a nice article defining the woonerf and providing some examples:
Ionescu, D. (October 6, 2022) “What is a Woonerf?” Planetizen, https://www.planetizen.com/definition/woonerf?utm_source=newswire&utm_medium=email&utm_campaign=news-10062022&mc_cid=9d60b3d668&mc_eid=9ccfe464b1 [Last accessed: 10/10/2022]
To quote from the article:
“Translated as “living street,” a woonerf employs strategies like traffic calming devices and low speed limits to force drivers to slow down and safely share street space with pedestrians, cylists, and others, often without raised curbs separating cars and pedestrians. In the Netherlands, where the woonerf originated in the 1960s, motorized traffic within woonerf zones is limited to walking speed…
…A woonerf is not a pedestrianized street, but rather one where multiple users and vehicles co-exist. However, a woonerf can be converted to car-free uses using bollards or other barriers. The woonerf maintains utilitarian uses like loading docks and parking while making the roadway safer and more accessible to non-drivers.”
There should be many applications to the woonerf in the Philippines especially in areas where the dominant land use is residential and through traffic should be discouraged. This is goes well with the complete streets concept that is now being promoted and in fact pre-dates the concept and was well ahead of its time.
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On transit oriented development issues
I share this interesting article about some issues encountered in the US that affects transit operations and what planners term as transit-oriented development (TOD). While TOD remains a good concept and has been implemented successfully elsewhere (e.g., Japan, Korea, Singapore, European countries, etc.), the experience in the US may be quite different and even contrary. This underlines the importance of proper context when reading these articles that are likely written for an American audience (its published in a major US newspaper).
Sperance, C. (September 14, 2022) “Could it be the end of the line for transit-based development,” The Boston Globe, https://www.bostonglobe.com/2022/09/14/real-estate/could-it-be-end-line-transit-based-development/ [Last accessed: 9/24/2022]
The article describes how TOD came to be in the US:
“Even on a good day, when trains don’t derail or catch on fire, people move away anyway, looking for more space and the luxury of having their own car. But not everyone has the luxury to work from their living room in the burbs. The life sciences building boom in the area requires in-person work.
“We have a very strong economic engine that settled into places where people have to go to work, such as our academic institutions, our hospitals, and our labs,” Dimino said.
That’s a catalyst for transit-oriented development…”
The above quote looks to be very similar to what we have and are experiencing in many Philippine cities as well. I have mentioned and wrote about how housing affordability affects location choices in the Philippines. These choices of where to live ultimately affects transport mode choice and puts pressure on government to provide public transportation to connect suburbs to CBDs (i.e., residential areas to workplaces and even schools). We seem to be following the American model here and it does not help that the prices of residential units in the CBDs (and closer to workplaces) are not affordable to most people. The latter end up purchasing houses away from Metro Manila and in the adjacent provinces or Bulacan, Rizal, Laguna and Cavite. But it takes two to tango, as they say, and mass transit systems (their availability) also contributes to decisions of where to live. I conclude this post with another quote from the Boston Globe article:
“Transit will need to be an anchor and cornerstone of our future regarding equity, the economy, and climate and, therefore, will still be something that will have a relationship to housing decisions.”
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On bicycles vs. self driving cars
You’ve probably seen this graphic, the top part of which is attributed to the Cycling Promotion Fund. The last image is reproduced in the lower part of the image but labeled to emphasize what space is required to transport 48 people on electric cars and autonomous or self-driving cars.
It is quite obvious that even if the current fleets of cars are replaced by electric and self-driving models, they will practically be the same problem in terms of road space occupied and the resulting congestion. So perhaps e-cars or autonomous cars are not really the solution we are looking for.
There is this nice article where the author articulates the how bikes (and active transport in general) should be the a more essential part of future transport and society than the automobile:
Collignon, N. (September 9, 2022) “Bikes, not self driving cars, are the technological gateway to urban progress,” Next City, https://nextcity.org/urbanist-news/bikes-not-self-driving-cars-are-the-technological-gateway-to-progress [Last accessed: 9/16/2022]
There are two quotable quotes from the article that I want to highlight here:
“Today the potential benefits from cycling on health, congestion, pollution and CO2 emissions are crystal clear and increasingly quantifiable, but the benefits of self-driving vehicles remain hazy. When ride-hailing companies like Uber and Lyft promised lower congestion and reduced car ownership, they instead increased congestion and led to a decline in transit ridership.”
and
“The concept of “jaywalking,” for example, is integral to the “car technology” of today. The crime of crossing a street without respecting the dominance of cars was invented by the car industry in the 1920s, who pushed hard to define streets as a place for cars, not people. Our car technology today is also defined by the restriction of movement it imposes on people.
When we begin to see technology through the lens of systems, it becomes clear that genuine technology-led progress will focus on dealing with the accelerating complexity of today’s world, not increasing the complexity of our tools.”
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Caught (up) in traffic 