As Beijing is issuing its first-ever red alert due to record levels of air pollution, it is time for us to reflect on how we can propose cleaner urban transport solutions to large cities in the developing world.
The transport sector accounts for 23 percent of energy-related global CO2 emissions, second behind electricity and heat generation. Moreover, transport-related emissions are set to rise from 23 percent to up to 33 percent by 2050.
In Beijing, banning half of the car off the streets (except electric and hybrid vehicles) is one of the most radical measures that the authorities have taken to fight what some observers have called airpocalypse. To compensate, 200 additional buses have been added to the cities’ public transport system. Schools have also been closed and outdoor construction works have been forced to stop. The social and economic costs of airpocalypse are enormous. With particulates levels more than 10 times the recommended levels, there are serious health consequences for Beijing’s 20 million inhabitants.
As urbanization continues all over the world, many mega-cities are desperately looking for credible solutions to improve urban transport systems and reduce traffic congestion. Sophisticated but expensive systems like underground subways are economically out-of-reach for many large cities in the developing world. The good news is that there are some excellent alternatives that the World Bank Group and other international partners have been promoting.
One of these alternatives is the so-called Bus Rapid Transit (BRT) system. Invented in Latin America and since then spread all over the world, BRTs have a particular relevance for fiscally-constrained, developing nations because of their relatively modest cost but also their dramatic benefits in terms of urban mobility and air pollution reduction.
It is the end of another hot day in Rio de Janeiro. I’m tired and sweaty after spending the afternoon checking out the progress on some of the city’s train stations, which are being renovated for the upcoming Olympic Games. But I’m also happy, having witnessed the progress made in improving Rio’s suburban rail system, known as SuperVia, which the World Bank has been supporting for the last 20 years.
So who is behind this brilliant idea? Actually, it is rather something that we all take for granted in developed countries, as well as some developing countries’ expressways or highways: the rest area.
We normally associate rest areas with a quick stop for food, gas or other necessities. But what if these rest areas could add even more value to transportation, and without huge expenses? This is precisely what the South Korean government did back in 2010 when it opened the first “Regional Buses to Regional Buses Transfer Centers,” utilizing rest areas along expressways. The idea was gestated at the Korea Transport Institute (KOTI), one of the partners of the World Bank’s Transport and ICT global practice.
Since 2010, rest areas have played an effective role as “sub-hubs,” or transfer centers for regional buses, which in turn have more than doubled the number of regional routes, increasing the accessibility to smaller cities, and all this without having to go through the capital Seoul, where there is often too much traffic and congestion.
We know that bus transport is a more effective transportation mode than individual cars, particularly in terms of moving more people and reducing congestion and pollution. But in Korea, as well as other countries, there are several reasons why bus transport is less favored than cars, but one of the most important is a lack of accessibility to smaller cities. That is to say, bus transport cannot provide door-to-door service. In fact, accessibility in regional bus transport is worse than within cities mainly because regional buses tend to operate mostly non-stop services between larger cities.
Also available in: العربيةWomen’s economic equality is good for business. It is clear that women play a fundamental role in building and sustaining the world economy.
They offer a powerful source of economic growth and opportunity. Women contribute not only to the formal economy, but also through the valuable and generally unpaid tasks of caregiving and homemaking. It has been proven that better opportunities in education, health, employment, and policies lead to better well being for women, their communities and — in turn — the economic and social well-being of a country.
However, only recently has the relationship of gender and infrastructure — more specifically, transport — and the role it plays in a country’s social and economic well-being been addressed.
Transport networks are one of the most important elements of a country’s infrastructure, and they are key to reducing poverty and promoting equality. A country’s transport infrastructure generally centers on enabling the supply of goods, connecting and providing access to people, services and trade, with the objective of bringing economic prosperity to a nation. However, it has been only in the past five to ten years that infrastructure projects have started to include gender awareness as part of their investment decisions.
As women become even more central to a country’s economy, addressing their transportation needs takes on an essential role in promoting economic growth and prosperity.
Vietnam’s economic emergence is perhaps best experienced along its rural roads: more than 175,000 kilometers of pavement, rubble and dirt track extend to two-thirds of the country’s population, including nearly all of the poorest people, who live among its productive farms, lush forests and meandering river valleys.
In recent years, road investments in Vietnam’s rural areas have improved socioeconomic development and promoted gender equity, social participation, improved school attendance, and more inclusive health services to impoverished regions. However, all but a few hundred communes remain off-grid, and infrastructural roadblocks and bureaucratic potholes have delayed the goal of a fully integrated road system.
The World Bank’s Third Rural Transport Project (RTP3) supported a win-win solution: employing ethnic minority women to sustainably manage road maintenance through an innovative participatory approach to local development. This blog entry describes the experience of improving the roads — and women’s lives — in rural Vietnam. Here are some of the lessons we’ve learned along the way:
Lesson 1: Solutions can come from unexpected sources.
The RTP3 task team’s investigation showed that up to a third of the population in Vietnam’s Northern Uplands provinces would be expected to contribute up to 10 percent of their total annual household expenditure to ensure safe passage along local roads — too much for most to afford. Furthermore, even when adequate resources are made available for maintenance, contractors have sometimes been unwilling to work in inaccessible regions for fear of mudslides during the rainy season.
At the inaugural ceremony in the Great Hall of the People, Chinese President Xi Jinping reaffirmed the new institution's mission, saying that "Our motivation [for setting up the bank] was mainly to meet the need for infrastructure development in Asia and also satisfy the wishes of all countries to deepen their co-operation."
Indeed, the AIIB is a major piece of China's regional infrastructure plan, which aims to address the huge needs for expanding rail, road and maritime transport links between China, central Asia, the Middle East and Europe. But the AIIB should also represent a huge opportunity for cooperation not only between countries in the region but also with other multilateral development banks.
Our experience working on transport mega-projects co-financed by several multilateral development banks (MDBs) already shows that this collaboration is much needed and critical for the success and viability of mega-projects. The most recent experience with the Quito Metro Line One Project, for example, shows that the co-financing banks – World Bank, Inter-American Development Bank, Andean Development Corporation and European Investment Bank – brought not only their financial muscle but also their rich and diverse global knowledge and experience. Incidentally, because of the Quito Metro project, all the MDBs involved in the project were dubbed as the “musketeers, ” precisely due to the high degree of collaboration and team work that is making this project a success.
- East Asia and Pacific
- Latin America & Caribbean
- Bus Rapid Transit
- BRT systems
- public transit
- public transport
- public transportation
- infrastructure financing
- infrastructure financing gap
- multilateral development banks
- MDB collaboration
- asian infrastructure investment bank. aiib
An increasing “motorbike revolution” – represented by spectacular increase in motorbike motorization and reliance on door-to-door motorized services – has changed the rules of the game and cannot be obviated in transport systems.
Flicking through the Uber website, we found that the company used to offer an “UberMoto” service in Paris from 2012 to 2013. Meanwhile, on the other side of the Atlantic, the local Colombian newspaper headlines discuss the legislation forbidding male passengers on motorcycles in a number of cities in an effort to curb moto-taxis.
The impact of motorbikes cannot be ignored. Purchase of motorbikes and operation of moto-taxis have been identified as key drivers for a modal shift from public transit to private vehicles in many places around the world, including Colombia. The nationwide phenomenon of moto-taxis has revolutionized mobility in small and medium-size Colombian cities, and has become a source of income for many.
To start, the numbers speak for themselves. In 1992, 1,566 kids (14 years old and under) were killed in road crashes in South Korea. By 2014, children deaths dramatically decreased to only 53, the equivalent of an almost 97 percent reduction over that period of time. No other country that we know of has experienced such a remarkable reduction in only 22 years.
What made this achievement possible?
Although there isn't a single answer, the evidence shows that comprehensive policies played a crucial role in reducing children deaths due to road and traffic injuries.
We arrived in the village of La Redonda-El Aguila, Honduras at ten o’clock in the morning, when the temperature was already about 94 degrees Fahrenheit. We were warmly welcomed and invited to take a short walk to the place they had prepared specially for us to hold our meeting. We were offered bean tamales and coffee, and began the meeting with members of two road maintenance microenterprises that are supported through a World Bank-financed project.
The microenterprises program was launched in 2013 under the Second Roads Rehabilitation and Maintenance project with a goal of creating 10 microenterprises to maintain 310 kilometers (192 miles) of roads. The routine maintenance work includes cutting and clearing vegetation on both sides of the road to ensure good visibility, cleaning drainage systems, keeping the roads free of debris and occasionally patching holes in the road. Microenterprise members earn wages from their work, which they invest into their households and communities.
Each microenterprise is supported by a supervisor, usually a civil engineer, who teaches members how to do the road maintenance work efficiently and effectively. Additionally, members learn how to meet conservation standards, as well as gain understanding of why maintenance activities are so important to extend the life of the road. The supervisor performs a progressive evaluation and on-the-job training for all micro-entrepreneurs. Upon completion of the training, the microenterprise is granted a contract to carry out labor-intensive routine maintenance activities over a stretch of road (at a ratio of about three kilometers per partner) for a period of 12 months, which is renewable subject to satisfactory performance.
Ultimately, the program empowers entrepreneurs to become permanent contributors to the conservation of their roads.
How can improved roads change peoples’ lives? How much do people benefit from road projects? Answering these seemingly simple questions is, in fact, much trickier than it appears.
We recently concluded an impact evaluation to measure the socio-economic impacts of World Bank-financed municipal road improvements on poor rural households in the state of Tocantins, Brazil. After 10 years of study, what were the results and lessons learned? And how did we go about conducting the evaluation?
The study followed a methodology traditionally used in impact evaluations in the social sector and was based on a precedent in Vietnam. Throughout the state, one of the least-developed and least-populated in Brazil, most municipal roads are unpaved with inadequate maintenance. The World Bank’s municipal roads project helped construct 700 concrete bridges and 2,100 culverts crossing rivers and streams, providing year-round access to remote populations that once couldn’t access municipal centers during rainy season.
The anticipated result chain of the project was as follows: improvement of physical accessibility would contribute to increase travel demand to markets, schools and health services. This would, in turn, contribute to improved education, better health and increased business opportunities. Finally, it would result in long-term household income growth.
Our study aimed at measuring these impacts through a “difference in differences with matching,” a method that compares a treatment group (population benefiting from the interventions) and a control group (population that does not), while ensuring similar socio-economic characteristics (or comparability) between groups. An “instrumental variables estimator” was then used to confirm the robustness of the results.
The results show positive socio-economic impacts to rural residents, as well as provides for several policy implications: