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Safe streets for children

We have been working with UNICEF and several partner organizations on a project on Child Road Traffic Injury Prevention (CRTIP). The Final Reports for the two pilot cities, Valenzuela City and Zamboanga City, have been submitted and represents over 2 years work including during the lockdowns due to the Covid-19 pandemic. The latter part of project implementation indeed became a challenge as we couldn’t travel and engage face-to-face or conduct field surveys like how we did in the first part of the project. Still, I believe we were able to accomplish much and most of what we initially set out to do. Here are the covers of the Final Reports we submitted to UNICEF and we understand will be officially or formally transmitted to the two cities.

The reports narrate the surveys conducted for 25 schools in Zamboanga and 41 schools in Valenzuela. Each initially had selected 25 schools but Valenzuela pushed for an additional 16 schools midway into the project. The SR4S tool developed by iRAP was used for the assessments of critical areas around the schools. The initial assessments were used to identify interventions to improve safety in these areas and recommendations were submitted for consideration of the cities as well as the DPWH where applicable (i.e., the DPWH has jurisdiction over national roads and improvements proposed along these). While some interventions were implemented, others and many were delayed mainly due to Covid-19.

We also conducted a survey to determine the commuting characteristics of schoolchildren in both cities. Since most schools were public schools, it was no surprise that most children lived near the schools or within the school district (which is basically the catchment area for these schools). Thus, it also came as no surprise that most schoolchildren came by foot (walking), motorcycles (riding with a parent) or motor tricycle. There’s a lot of information and takeaways from the data but unfortunately, we could get the bigger, more complete picture of Valenzuela City because they selected only elementary schools covering students from Grades 1 to 6. Zamboanga had a more robust data set with both elementary and high schools, covering Grades 1 to 12. The information derived from these surveys were also analyzed and related to the SR4S assessments. The commuting survey results and SR4S assessment are subject of two technical papers presented in the recent EASTS 2021 conference hosted by Hiroshima University.

What’s next? We are now drafting a proposal for a Phase 2 of the project. We hope to continue and reinforce and follow-up on the recommended interventions from Phase 1. We also hope to be able to work on the CRTIP data hub that was only partly completed due to the many constraints faced by that part of the project. I will post here from time to time about some of the outcomes from the surveys and assessments.

On defining the 15-minute city

I have shared articles and briefly written about the concept of the 15-minute city on this blog. Here is another discussing how a 15-minute city is defined:

(February 8, 2021) “Defining the 15-minute city,” Public Square, https://www.cnu.org/publicsquare/2021/02/08/defining-15-minute-city [Last accessed: 8/10/2021]

Here is an image from the article:

Again, it is important to contextualize these concepts. I share these as references and topics for discussion. Of course, I have my own opinions about this and I have written about those in previous posts. I guess in the Philippine context, we can include the pedicab or non-motorized three-wheelers in the discussion. These are also very popular modes in many cities and municipalities despite their being also prohibited along national roads like their motorized counterparts. It would be nice to have more visuals in the form of maps that show travel times for essential destinations or places like hospitals, markets, grocery stores, workplaces and, of course, homes. I assume there is at least someone, somewhere who perhaps have made multi-layer maps of this sort and attempted to related them along the lines of this concept of a 15-minute city (or perhaps the even older “compact cities”).

On step counts

Here’s a nice read about whether we need to reach 10,000 steps/day. We often hear or read about people asking how many steps you’re taking on average each day or lamenting or bragging about how many they’re taking each day. Perhaps we don’t really have to take so many? And maybe the key is really about our diets.

Apparently, there is really no need to reach that so-called magic number that is 10,000 steps.

Here is another article:

Landsverk, G. (July 9, 2021) “Forget 10,000 steps — here’s how much you should actually walk per day, according to science,” Insider, https://medium.com/insider/forget-10-000-steps-heres-how-much-you-should-actually-walk-every-day-db6699848f9c [Last accessed: 7/14/2021]

Article on the new mobilities

Here’s a quick share of an article on what is described as the new mobilities:

Litman, T. [June 30, 2021] “Planning for New Mobilities: Preparing for Innovative Transportation Technologies and Services,” Planetizen.com, https://bit.ly/2U99Hlw [Last accessed: 7/3/2021]

What exactly are these new mobilities? To quote from the article:

“New Mobilities

  1. Active Travel and Micromobilities. Walking, bicycling, and variations, including small, lower-speed motorized vehicles such as electric scooters, bikes, and cargo bikes.
  2. Vehicle Sharing. Convenient and affordable bicycle, scooter, and automobile rental services.
  3. Ridehailing and Microtransit. Mobility services that transport individuals and small groups.
  4. Electric Vehicles. Battery-powered scooters, bikes, cars, trucks, and buses.
  5. Autonomous Vehicles. Vehicles that can operate without a human driver.
  6. Public Transport Innovations. Innovations that improve transit travel convenience, comfort, safety, and speed.
  7. Mobility as a Service (MaaS). Navigation and transport payment apps that integrate multiple modes.
  8. Telework. Telecommunications that substitutes for physical travel.
  9. Tunnel Roads and Pneumatic Tube Transport. New high-speed transport networks.
  10. Aviation Innovation. Air taxis, drones, and supersonic jets.
  11. Mobility Prioritization. Pricing systems and incentives that favor higher-value trips and more efficient modes.
  12. Logistics Management. Integrated freight delivery services.”
Cyclist along Circumferential Road 6 carrying a washing machine

Are roads really designed just for cars?

The answer is no. Roads were and are built as basic infrastructure for transport no matter what the mode. However, the standards for dimensions (i.e., number of lanes, widths, etc.) are based on the motor vehicle capacity, and structural standards (i.e., thickness, strength, reinforcement, etc.) are based on the weights they are supposed to carry over their economic lives. The pavement load as it is referred to is usually based on the cumulative heavy vehicle traffic converted in terms of the equivalent standard or single axles or ESA. An ESA is 18,000 pounds or 18 kips in the English system of measurements or 8.2 metric tons in the Metric system.

A typical local road – is it really just for cars or is it also for walking and cycling? Or perhaps animal drawn transport? 

A colleague says many of the posts in social media pitting bicycles with cars are already quite OA (overacting). I tend to agree as I read how people generalize roads being car-centric. Roads have been built basically to serve a avenues for transportation. They were improved over time in order to have more efficient ways to travel by land. It didn’t hurt that vehicle technology also developed over time and bicycles somehow became less popular than the cars and motorcycles. The motorcycle itself evolved from bicycles so in a way, it is the evolved and mechanized form of the two-wheeler.

In a perfect world, people would be sharing the road space and it would be equitable among different users. In a perfect world perhaps, it won’t be car-centric as there would probably be better public transport options and transit will be efficient, reliable, comfortable and convenient to use.

The reality, however, is that we do not live in a perfect world and transformations like the ones being pitched on social media are nice but are also not as inclusive and equitable as their advocates claim them to be. I’ve always said and written that you cannot simply change transportation without also implementing changes in land use and housing in particular.

Why do we need wide roads connecting suburbs and urban areas? Why is there sprawl? Why do people live in the periphery of CBDs or the metropolis? It is not just about transport though it seems easier to focus on this. Even transportation in Japan, with Metropolitan Tokyo and its equivalent of NCR plus as a subject, needs to be properly contextualized for land use and transport interaction and development. It seems that even with a comprehensive and efficient railway network, there are still shortcomings here and there. We don’t have such a railway network (yet) so we need to find ways for easing the currently long and painful commutes many people experience on a daily basis. That means continued dependence on road-based transport and trying to implement programs and schemes to improve operations.

On predicting how new developments will affect pedestrians

I’ve been involved in a number of traffic or transport impact assessment (TIA) projects in the past. In these assessments, not much is usually written about the impacts to pedestrians though we make sure that there is a section discussing their needs (e.g., sidewalks, crossings, footbridges). Unfortunately, even with specific recommendations, there is no assurance that the proponent will revise their designs. The typical TIA in the Philippines is undertaken after there have been architectural plans already prepared if not completed. By completed here, I mean they are practically final from the perspective of the client or proponent. The exception it seems is a big mall chain that seems to constantly revise their plans and for which our recommendations are almost always considered and incorporated in design.

I am sharing this recent article on the development of a new traffic model to predict the impacts of new developments on walkers.

Wilson, K. (April 26, 2021) “New Traffic Model Predicts How New Developments Will Affect Walkers,” StreetsBlog USA, https://usa.streetsblog.org/2021/04/26/new-traffic-model-predicts-how-changes-affect-walkers/ [Last accessed: 5/12/2021]

From the perspective of doing TIAs, I think that there should be a conscious effort of including the needs of pedestrians (walkers) and cyclists in impact assessments. Too often, (and I too am guilty here), there is but a minor mention of their needs and recommendations can be disregarded by both proponents (e.g., little or no change in designs to accommodate pedestrian requirements) and the local government (i.e., no push to make sure pedestrian needs are addressed).

On the tech side, there is a local development that can be used for counting pedestrians and cyclists. The TITAN project funded by the DOST-PCIEERD developed a tool that can count pedestrians and cyclists in aid of studies involving them. Such tools can be useful for data collection regardless of whether there is a new project or a TIA being undertaken.

On building the ideal city from a transportation perspective

There’s a not so old article that popped in my timeline of articles I’ve read the past years. I thought I would make a quick share of it here. It is a good read and something that will never be irrelevant for as long as we have not redeveloped our cities and municipalities for transport equity and sustainability. Here’s a takeaway from the article:

“The ideal city is a place where lots of different kinds of people with lots of different amounts of money can live and work. It has to be easy to get around without a car, even for people whose bodies can’t ride bikes or hop over potholes, and for people who have kids to drop off on the way to work and groceries to buy on the way home, and maybe flowers to buy next door to the dry cleaner’s. These are places where people want to live, because it’s nice there. The fact that those places also adapt to and mitigate climate change instead of causing it is a bonus.”

Here’s the article from last year:

Rogers, A. (April 1, 2020) “Build Cities for Bikes, Buses, and Feet—Not Cars,” Wired, https://www.wired.com/story/cities-without-cars-san-francisco-jeff-tumlin/?bxid=5bd6761b3f92a41245dde413&cndid=37243643&esrc=AUTO_OTHER&source=EDT_WIR_NEWSLETTER_0_ENGAGEMENT_ZZ&utm_brand=wired&utm_campaign=aud-dev&utm_mailing=WIR_Classics_042921&utm_medium=email&utm_source=nl&utm_term=WIR_Daily_TopClickers [Last accessed: 4/30/2021]

On when to use masks when outdoors

Here is a useful graphic from the US Centers for Disease Control and Prevention. The graphic described situations for when masks are required. I don’t want to use preferred because it means people may opt out of using masks. It is a useful reference even for those in other countries that do not have enough clear information from their governments about wearing masks and how it helps protect vs. getting infected by Covid-19. It is applicable to people searching for a legit reference to mask-wearing in outdoor situations.

This information becomes more relevant as people start getting vaccinated and at the same time look forward to getting together with family and friends in social events such as eating out or having picnics. Of course, this also applies to exercise as well as commuting via active transport modes (i.e., walking or cycling).

On what local governments can do to improve road safety

Here is a very interesting article on how a small city in the US was able to reduce traffic deaths by investing in people-oriented transport programs and projects:

Kessler, E. (April 6, 2021) “EYES ON THE STREET: How Hoboken Has Eliminated Traffic Deaths,” StreetsBlog NYC, https://nyc.streetsblog.org/2021/04/06/eyes-on-the-street-how-hoboken-has-eliminated-traffic-deaths/ [Last accessed: 4/14/2021]

The article is pretty much self-explanatory. I won’t be commenting more about this except that many of the items mentioned can be taken on by many cities and municipalities in the Philippines. You don’t have to be a highly urbanized city with a big population and so much resources to come up with a plan and perhaps improvise in order to reduce costs of implementation. The most important thing is leadership since leaders like the mayor will be responsible for and making the critical decisions for the town. That is why he was elected in the first place, and the same goes for the other elected officials who are supposed to represent the interests of all their constituents and not just those who own cars.

If you build the bike lanes, will people use them?

The obvious answer to this question is yes. It is not so clear, however, how many will really be using these bike lanes over time. That needs data. That requires counting. And such data will be useful in order to understand, among other things, why people choose to bike or why they don’t. The latter is important to determine what factors are being considered by people who can switch to cycling particularly for commuting. Of course, there are many references for this from other cities and countries but these still need to be contextualized from our (Philippine) perspective. Case in point is Marikina, which has the most comprehensive network of bike lanes in the country. What are the numbers and what are the constraints and misconceptions? Did the city do its part to promote and sustain cycling?

Here is an article discussing the experience in the US:

Penney, V. (April 1, 2021) “If You Build It, They Will Bike: Pop-Up Lanes Increased Cycling During Pandemic,” The New York Times, https://www.nytimes.com/2021/04/01/climate/bikes-climate-change.html?smid=url-share [Last accessed: 4/9/2021]

Bike lane along Katipunan Avenue (C5) in Quezon City

Here is the link to the paper mentioned in the article:

https://www.pnas.org/content/118/15/e2024399118