Without further ado, let's see what he has...
Without further ado, let's see what he has...
How is “green growth” benefiting India? One important dimension of that effort has been the use of environmentally optimized road designs, which has resulted in quality infrastructure using local and marginal materials, providing both economic and environmental benefits. Where available, sand deposits accumulated from frequent floods, industrial by-products, and certain types of plastic, mining, and construction waste have been used to good effect. Designs that use such materials have been about 25% cheaper to build, on average, than those requiring commonly used rock aggregates. The environmental benefits of using the above materials, in terms of addressing the big disposal problem of such materials and reducing the consumption of scarce natural stone aggregates, are as significant as the cost savings.
A second “green growth” dimension has been focusing investments on the “core” network, i.e. the network India needs to develop in order to provide access to all villages. Relative to a total rural road network of about 3.3 million kilometers, the core network that falls under PMGSY stretches over only 1.1 million kilometers. Prioritizing construction and maintenance on those critical road links will bring down costs as well as the associated carbon footprint.
- sustainable mobility
- sustainable transport
- capacity building
- rural access
- rural roads
- roads and highways
- Disaster Resilience
- climate resilient development
- Sustainable Communities
- Agriculture and Rural Development
- Climate Change
- South Asia
- Resilient Transport
Merely eight days after being sworn in, the newly elected Indian Minister for Rural Development, Mr. Gopinath Munde, died in a tragic car crash. While the nation grieves at the passing of an immensely popular and celebrated leader, politicians and the public got a reality check on the seriousness of the road safety epidemic prevalent in the country today.
The irony of the event was that a day before the incident, both authors of this post met with the Joint Secretary and Executive Officers of the Ministry of Rural Development to discuss improvements to road safety under the existing World Bank-funded Rural Roads project. This news is a stark reminder for the government and the Bank alike that a lot remains to be accomplished if we are to achieve a sustainable reduction in road deaths in India.
The Minister’s death added to the alarming list of fatalities that make India’s roads among the most dangerous in the world. Official statistics say around 140,000 people in the country die of such preventable crashes every year and health reports suggest even more. Simply put, 10% of the world’s road deaths take place on India’s roads – which account for less than 3% of the world’s vehicles! In light of those figures, India urgently needs to take comprehensive action to make its roads safer.
Within that regional context, Brazil, often on the frontline and seen as an example by many on the development agenda, lags behind in road safety, especially when compared to nations with similar socioeconomic characteristics. Recently, the federal and state governments have started to take concrete action in an effort to stop the carnage on their roads, and a recent seminar on road safety in Sao Paulo gives some reasons to believe that Brazil is indeed moving in the right direction.
In this context, and to better assist countries achieve safer and cleaner mobility, the World Bank, in partnership with the Institute for Health Metrics and Evaluation (IHME), has issued a new report: Transport for Health: The Global Burden of Disease from Motorized Road Transport. The IHME is the home of the Global Burden of Disease study, widely considered among the preeminent global health metrics publications.
The Transport for Health report, for the first time, quantifies the global health loss from injuries and air pollution that can be attributed to motorized road transport. The results are stark and call for immediate action: deaths from road transport exceed those from HIV, tuberculosis, or malaria; together, road injuries and pollution from vehicles contribute to six of the top 10 causes of death globally. Moreover, road injuries are among the top-10 causes of death among women of childbearing age and the fourth leading cause among women aged 15-29.
During a trip to South Africa last week, I was saddened to read this newspaper headline: “24 people killed, 14 seriously injured, and 44 with minor injuries after bus smashed into a mountainside.” The bus was bringing people back to Cape Town's township of Khayelitsha from a church gathering in eastern Mpumalanga—most of the occupants were women and children.
A major constraint with developing and maintaining rural roads is the fact that they are, unfortunately, rural. The areas where they are needed are often difficult to access, logistics become complicated, local contracting capability is limited, engineers are few and far between, and younger engineers especially, are not keen to leave the urban environment.
The other day, my colleague Roger Gorham, a transport economist working in Africa, shared with me an interesting story. He was in Lagos, meeting with stakeholders about setting up public-private partnerships for transport initiatives. One meeting revealed that, in an effort to improve service, a private entity had invested in new taxis for Lagos and in each had installed a GPS unit. This little revelation may not seem interesting, but it was very exciting to Roger, who also learned that the company has amassed more than 3 years of GPS tracking data for these taxis (which, incidentally, troll the city like perfect probes, nearly 24 hours a day, 7 days a week) and that this data could be made available to him, if he thought he might make some use of it.
Now, if you are reading this blog, chances are that you realize that with this kind of data and a little analysis, we can quickly and easily reveal powerful insights about a city’s transport network – when and where congestion occurs, average traffic volumes, key traffic generators (from taxi pick-up point data), occurrence of accidents and traffic blockages in real time, and even the estimated effects of congestion and drive cycle on fuel efficiency.
As Roger said, “They are sitting on a gold mine and don’t even know it….”