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Here is a quick share today. This is another excellent article from Todd Litman who makes a great argument for why planning should move away from its being car-centric and contribute towards a significant reduction in society’s dependence on cars.
Litman, T. (December 15, 2020) “Automobile Dependency: An Unequal Burden,” Planetizen.com, https://www.planetizen.com/node/111535?utm_source=newswire&utm_medium=email&utm_campaign=news-12212020&mc_cid=e746a044a3&mc_eid=9ccfe464b1 .
Much have been said and written about this topic in many platforms including social media but in many of these, I noticed that the discussion often deteriorated into hating or shaming exercises rather than be convincing, constructive arguments for reforms in planning and behavior and preference changes in transport modes. Litman is always very fair and comprehensive and employs evidence or facts in his articles that should be clear for most people to understand. I say ‘most people’ here because there are still many who are among those considered as “fact-resistant”. Happy reading!
The restrictions for physical distancing for public transport seems to be easing. The reason for this statement is the observation that passengers of public utility vehicles are no longer one seat apart (less than the ideal 2m distance between people but deemed sufficient with physical barriers installed in the vehicles). If allowed to be seated next to each other (of course with some sort of physical barrier between them), the set-up will increase the allowed passenger capacities of PUVs to at least their seating capacities. Conventional jeepneys will be able to seat the 16 to 20 passengers their benches are designed for and buses, depending on their sizes and seating configurations may seat perhaps 40 to 60 passengers. That doubles or even triples the number of passengers that can be carried by each vehicle from the time these were allowed to resume operations after the lockdowns.
Plastic barriers separate passengers seated beside each other
Not all physical barriers are designed and installed to provide whatever protection passengers can get from them. The photos above for a G-Liner bus seems to be the more desirable design as the barriers are practically like curtains. I have seen token plastic barriers installed in jeepneys. I wonder if these even went through some approval process of the DOTr, LTFRB or local government unit. Such inferior designs do not help the cause of promoting public transport use over private vehicles.
When I was living in Japan in the late 1990s and again in the early 2000s, I recall walking a lot every day. I felt healthy then not just because I thought I ate well but I had a lot of exercise, too. I consciously walked and jogged in the mornings and/or afternoons depending on the weather. And my commute included walks between my train station and the university. The following article seems to support what should be a healthy lifestyle without gym time.
Okumura, K. (November 6, 2020) “How Japanese People Stay Fit for Life, Without Ever Visiting a Gym,” Medium.com, https://kokumura.medium.com/how-the-japanese-exercise-to-stay-youthful-be2d6105e6e6.
I tried to estimate the number of steps I took on average each day. It seems I could easily make more than 10,000 steps everyday as I usually walk more than 6,000 steps for my commute and the typical walks in and around campus (including lunch time strolls with friends). My morning and afternoon walks can match this 6,000 steps. These can even be more during weekends when I’m out in the city or in Tokyo to be with friends. These steps seem nothing then and I loved to walk around partly to keep my sanity while studying there.
When I was visiting researcher later at another university, my step count was about the same if not higher. The only difference perhaps between Yokohama and Saitama was that I had a bicycle when I was in Saitama. The bicycle increased my range and I took the bicycle lent to me by friends to dome groceries or explore the nearby wards. Those were the days, I guess, that I wished I still have now in terms of more active transportation.
This seems like a non-transport post but it is, actually. Since the start of the pandemic, one of the biggest concerns have been the so-called super-spreaders. These are people who are usually asymptomatic of the COVID-19 virus and as such have been going around seemingly oblivious to their impacts on other people who may not be as resistant (somehow) as they are. These people might not be aware of their being carriers of COVID-19 and yet exercise little or no restraint or care in their movements.
Cox, C. [November 10, 2020] “The Vulnerable Can Wait. Vaccinate the Super-Spreaders First,” Wired. https://www.wired.com/story/covid-19-vaccine-super-spreaders/?bxid=5bd6761b3f92a41245dde413&cndid=37243643&esrc=AUTO_OTHER&source=EDT_WIR_NEWSLETTER_0_DAILY_SPECIAL_EDITION_COVER_ZZ&utm_brand=wired&utm_campaign=aud-dev&utm_mailing=WIR_Daily_111020_Special_Cover&utm_medium=email&utm_source=nl&utm_term=WIR_Daily_EXCLUDE_PaywallSubs
One wonders how many super-spreaders are there among us in the Philippines considering many people have practically disregarded other people’s safety vs. COVID-19 by moving about without necessity and application of best practices like distancing and the use of masks and shields.
I’m just sharing the new publication from the United Nations (UN) World Health Organization (WHO) – Supporting healthy urban transport and mobility in the context of COVID-19:
The brief document contains recommendations for travelers and transport service providers. It is a compact, concise reference for everyone as we continue to deal with the impacts of COVID-19.
Here is another quick share of an article that reports on a study showing that there is no direct correlation between COVID-19 and public transportation use:
email@example.com (October 2, 2020) Study: No Direct Correlation Between COVID-19, Transit System Use. AASHTO Journal. https://aashtojournal.org/2020/10/02/study-no-direct-correlation-between-covid-19-transit-system-use/
Such articles and the study (there is a link in the article for the report) support the notion that public transportation can be made safe for use by commuters during the pandemic. The report is a compilation of best practices around the world that can be replicated here, for example, in order to assure the riding public that public transport (can be) is safe. Needless to say, car use is still less preferred and other findings have also supported active transport whenever applicable. This reference is both relevant and timely given the new pronouncement (or was it a proposal?) from the Philippines’ Department of Transportation (DOTr) to implement what they termed as “one seat apart” seating in public utility vehicles in order to increase the capacity of public transport in the country. The department has limited the number of road public transport vehicles and the current physical distancing requirements have reduced vehicle capacities to 20-30% of their seating capacities. It is worse for rail transit as designated spaces/seats in trains translated to capacities less than 10% of pre-lockdown numbers.
The infection risk table I posted a few days ago was improved into the following infographics:
I posted about the work we have been doing to assess the infection risk (i.e., spread of COVID-19) for various modes of transport considering the transition of many areas including the National Capital Region (NCR) to the General Community Quarantine (GCQ). The work was undertaken through the Transportation Science Society of the Philippines (TSSP), which is under the umbrella of the Eastern Asia Society for Transportation Studies (EASTS). Here is the outcome in the form of an “Infection Risk Classification of Transport Modes or Vehicle Types” developed by a core group of public transportation and road safety specialists among its members:
Note again that this is the product of a rapid assessment using the mentioned criteria and factors. It is a qualitative assessment and a quantitative one, given the data, would obviously been preferred. Moreover, this is an assessment for risk of infection rather than for road safety. In the “old normal”, for example, cycling and motorcycle use may have a higher risk in traffic given traffic mix, human behavior and lack of facilities to make these modes safe.