The EMBARQ global network catalyzes environmentally and financially sustainable transport solutions to improve quality of life in cities.
This post also appears on TheCityFix.com.
In 2011, nearly 350 million people lived in Indian cities. More than 300 million new residents will join them over the next few decades to become part of the new urban India. This population boom will stress an already-pressured urban infrastructure system, especially with regard to transportation.
Indeed, Indian cities have become synonymous with congestion, noise, and air pollution. Each year, 135,000 people die in traffic crashes on Indian roads. Currently, India has 120 million vehicles, a number that is steadily growing. In 2010, outdoor air pollution contributed to more than 620,000 premature deaths. Plus, urban transport’s energy use and greenhouse gas emissions are set to increase almost seven-fold in the next 20 years.
This trend is clearly not sustainable if India’s city residents want to have any sort of quality of life in the future. In order to reverse course, the country must begin scaling sustainable transport and ensuring that it is integrated with land development. This is a topic we’ll discuss extensively during next week’s CONNECTKaro, a sustainable transport and urban development conference co-hosted by EMBARQ India, WRI’s center for sustainable transport in India.
This post originally appeared on ChinaDaily.com.
Over the past two decades, the world has witnessed a remarkable period of economic and human development: More than 2 billion people have gained access to improved drinking water; life expectancy has increased by approximately five years; more children are going to school, with 90 percent enrolled in primary education; and per capita income levels have doubled across developing countries.
China has experienced an even more profound transformation during this period. The country has sustained an annual GDP growth of around 10 percent. Five hundred million people have been lifted out of extreme poverty. People's lives have visibly improved and there are more opportunities for them.
Yet, many challenges remain. With the world's expanding population, rapid economic growth, and booming middle class, the pressure on natural resources is mounting. The truth is the world is on an unsustainable path.
China is part of this problem, but it also must be part of the solution. China faces real challenges when it comes to the environment and natural resources. Demand for water is rapidly outpacing supply, with food, energy, and domestic use intensifying for this scarce resource. The need for affordable and clean energy is on the rise. China's rapidly expanding urban population is having a significant impact on transportation, energy, and water infrastructure.
This post originally appeared on TheCityFix.com.
As more and more people move into cities, more cars are also hitting the streets. These vehicles not only spew greenhouse gas emissions, they can cause urban traffic fatalities. We already see 1.2 million traffic-related deaths per year worldwide. According to the World Health Organization, with increased urbanization and motorization, road fatalities are expected to become the fifth-leading cause of death by 2030.
What are some of the key drivers of urban traffic fatalities? What can be done to reduce fatalities through sustainable urban development and sustainable urban mobility? What are successful examples of projects to reduce road fatalities in cities?
At the invitation of The Brookings Institution and the FIA Foundation, Holger Dalkmann, Director of WRI’s EMBARQ Center for Sustainable Transport, and Claudia Adriazola-Steil, EMBARQ Director of the Health & Road Safety Program, highlighted last week in Washington, DC some key findings and actions to reduce urban traffic fatalities. Here are some highlights:
This post originally appeared on National Geographic's "City Solutions" blog.
City leaders face incredible pressure to deliver sustainable transportation. Cities now account for more than half of the world’s population—by 2050, they will hold 75 percent of us. These people--increasingly from the middle class--will need ways to commute to work, travel, and carry out their livelihoods.
At the same time, 1.27 million people die from traffic accidents every year—about half of these fatalities occur in cities. Cities also account for about 70 percent of global greenhouse gas emissions, much of which is transportation-related.
Cities, then, are tasked with a huge challenge: provide reliable, safe, and affordable transportation systems that can benefit both people and planet.
Meeting this challenge is a topic we discussed at length during the 10th annual Transforming Transportation conference in Washington, D.C. The two-day event looked at the various ways to scale up sustainable transportation and share lessons learned. Examples of city leadership were featured prominently throughout the event—and can serve as inspiration for how urban centers can meet transportation challenges.
Two leaders on urban development recently came together on the same stage: Dr. Jim Yong Kim and Mayor Michael Bloomberg.
Kim, president of the World Bank, and Bloomberg, mayor of New York City, headlined a panel at the Transforming Transportation conference, an event co-organized by the World Bank and WRI’s EMBARQ Center for Sustainable Transport. Through a discussion moderated by Zanny Minton Beddoes, an editor at The Economist, and closed by WRI’s president, Dr. Andrew Steer, Kim and Bloomberg took on the meaty topic of how to shape the future of urban transport.
It was an interesting pairing of perspectives. Bloomberg is a leader in business, government, and philanthropy who has had an enormous impact on New York City. Kim brings a public health and international perspective, and now, at the World Bank, focuses on advancing the goal of reducing poverty and boosting “shared prosperity” across the globe. Despite their different backgrounds, the two shared the idea that sustainable transport goes beyond moving vehicles and infrastructure. At its core, transportation is about improving the health and quality of life for people.
A Critical Moment for Sustainable Transport
As both Kim and Bloomberg noted, the world is moving unsustainably—literally. About 1.3 million people die every year as a result of traffic accidents. In most cities, motorized transport is responsible for 80 percent of local air pollution. And with 70 percent of the world’s population expected to live in cities by 2050, these urban problems are likely to worsen.
The need for action on sustainable transport has never been more apparent than it is today. The world’s population is expected to reach a whopping 9.8 billion people by 2050, with about 70 percent of these people residing in cities. Meanwhile, greenhouse gas (GHG) emissions are on the rise. Transportation contributes 13 percent of global emissions, spurring climate change and creating dangerous air pollution.
Sustainable transport—like public transport systems, bicycling lanes, and walking—has the capacity to save lives, reduce energy use and GHG emissions, facilitate access to goods and services that support sustainable development, and enhance the overall quality of life in cities. While the need for sustainable transport has long been accepted in some parts of the world, it is now gaining momentum globally. Cities, which are so important to the global economy, play a key role.
A Critical Moment for Sustainable Transportation
Multi-lateral development banks (MDBs) signaled a paradigm shift when they committed $175 billion for sustainable transport over 10 years at the Rio+20 summit this past June. While the funding comes from resources already allocated for development, this commitment represents the first time that MDBs have earmarked dollars of this magnitude for sustainable transport. This financial commitment can help leverage the impact of investments in transport infrastructure, which already account for more than $1 trillion a year globally. It can also support work at the national level, as well as cities’ historic leadership on transportation.
We are now presented with a chance to truly embrace sustainable transport at the local, national, and international levels. It’s imperative that we capitalize on the opportunity presented by this unprecedented alignment of wills.
This post originally appeared on TheCityFix.com.
Zipcar’s $500 million acquisition by Avis-Budget Group announced last Wednesday is a watershed moment for the car-sharing industry. What will it mean for car sharing?
Barely 10 years ago, no one knew whether car sharing could even work in North America, let alone become a staple of trendy and pragmatic urban living. Yet today Zipcar, plus dozens of innovative start-ups like City CarShare, PhillyCarShare, I-Go, and CommunAuto, have grown into robust community assets in every major U.S. and Canadian city.
Car sharing has made an indelible mark on how we live in cities. Membership exceeds one in five adults in many urban neighborhoods from Montreal to San Francisco. Each shared vehicle in North America has been shown to replace nine to 13 personal cars, and reduce driving by an average of 44 percent – as members pocket the savings and choose to walk, bike, and take public transit.
Zipcar has been at the forefront of this transformation. Launching in Cambridge, Mass., with a handful of lime-green Volkswagen Beetles, the feisty start-up pioneered early innovation, catalyzed massive scale-up around the world, and helped inspire a whole movement toward shared access to everything from houses to bicycles to parking spaces—and even pets.
This piece was co-authored with Daniel Bongardt, Project Director of Deutsche Gesellschaft fuer Internationale Zusammenarbeit (GIZ) China.
China—especially its cities—has embraced sustainable transport in a big way. The Ministry of Housing and Urban-Rural Development recently urged Chinese cities to increase the number of travelers using non-motorized transportation to at least 50 percent by 2015. The country has been undergoing the most rapid expansion of urban rail systems in world history, and it leads Asia in bus-rapid-transit (BRT) and busway implementation. Plus, dozens of cities are expanding non-motorized transport. Hangzhou, for example, has built up the largest public bike program in the world, accumulating 65,000 bicycles in fewer than two years.
But while China leads the developing world in sustainable urban transport expansion, the country faces great challenges when it comes to financing the construction, maintenance, and operation of new and existing public urban transport projects.
The Great Challenge of Funding Sustainable Transport Projects in Chinese Cities
China lacks dedicated funding structures for planned public transit, biking, and walking facilities—at both the national and local levels. The Ministry of Transport provides funding only for inter-city highway projects, acquiring this revenue from gasoline taxes and vehicle registry fees. Local governments, which are often in charge of urban public transport development, currently support metro or BRT construction through per project-based funding, mainly via land leasing and local loans--neither of which is sustainable.
In March 2009, Mexico’s second largest city, Guadalajara, unveiled a new bus rapid transit (BRT) system. The 27-station, 16-km system services 130,000 passengers per day and feeds into light rail and other bus services, with fully integrated fares. The project has reduced travel time by 30 percent and is expected to cut the city’s (CO2) emissions by 36,000 metric tons per year, equivalent to removing about 7,000 cars from the roads.
“It’s the first phase of an ambitious plan to transform the entire transit system in this city of four million,” says EMBARQ’s Adriana Lobo. EMBARQ – The World Resources Institute Center for Sustainable Transport – and its allied Center for Sustainable Transport in Mexico conceived the project, delivered financing, and helped restructure the entire feeder bus system. “EMBARQ,” explains Lobo, “in effect, served as an extension of city staff to lead the design and implementation of the project.”
By working with cities around the world to improve their transportation, EMBARQ seeks to make cities clean, livable, and prosperous. Since 2002, the EMBARQ Network has expanded into seven countries and employs more than 60 experts in fields ranging from urban planning to air quality management, and from geography and sociology to civil and transport engineering.
When Brazil secured its position as future host to both the 2014 World Cup and 2016 Olympic Games, a new opportunity to upgrade urban transport came into focus. In 2009, the federal government announced $6.6 billion of funding for improved urban mobility to host cities, and Bus Rapid Transit (BRT) became a central plank of this agenda. Around 500 km of BRT systems will be constructed in eight cities, almost doubling the current BRT lineage in all of Latin America.
EMBARQ’s Center for Sustainable Transport in Brazil (CTS-Brasil) convened a pivotal international event at which President Lula declared sustainable mobility a priority for Brazilian cities—marking the first time that a president of Brazil attended an urban transport event. CTS-Brasil leveraged its expertise, relationships, reputation, and political and technical leadership to promote high-quality BRT in four major cities:
- In Recife, CTS-Brasil introduced the BRT concept and technically supported the terms of reference for contracting a $1.3 million BRT engineering design study.
- In Belo Horizonte, CTS-Brasil delivered a strategic framing workshop to align stakeholders and identify potential risks to the implementation of the three planned BRT corridors.
- In Rio de Janeiro, CTS-Brasil applied the EMBARQ BRT Simulator to provide critical support the city’s candidacy as an Olympic site.
- In Porto Alegre, CTS-Brasil and EMBARQ played a vital role in acquiring $100 million financing from CAF, and convincing CAF to approve a $1 million, non-refundable grant for refining BRT studies.
CTS-Brasil also contributed to the editing of a BRT manual which will be distributed to all urban and metropolitan bus operators throughout Brazil.
These achievements pave the way for a consistent national sustainable transport policy. In recognition of CTS-Brasil’s contributions, the Ministry of Cities invited CTS-Brasil to a prestigious group of advisors to guide its criteria for federal financing of an additional $10 billion in sustainable transit solutions.
Federal government of Mexico (PROTRAM) leads improvements in urban mobility by providing funds to public transit projects
On the heels of successful sustainable transport implementation in several key Mexican cities, the federal government’s creation of PROTRAM in 2009 signaled an important shift toward strong institutional support for nationwide sustainable mobility. PROTRAM offers grants to subnational governments for up to 50% of the infrastructure cost of public transportation projects. As the first program that provides federal funding for urban public transit, PROTRAM is a critical component of the mainstreaming and replication of sustainable transit systems across Mexico.
CTS-Mexico has served as the government’s main advisor in implementing PROTRAM effectively and improving the quality of its projects. The Secretary of the Treasury and Public Credit appointed CTS-Mexico to evaluate the technical and financial feasibility of public transportation projects seeking funding from PROTRAM. In this role, CTS-Mexico developed project evaluation guidelines that allow for rapid analysis of each project, and is responsible for continuous high-quality operational and financial reviews. CTS-Mexico is uniquely positioned to reconcile competing interests and offer objective, forthright advice.
CTS-Mexico has reviewed a total of 21 projects and positively influenced the design quality of eight projects now in the investment phase -— in Guadalajara, Mexico City, Chihuahua, Mexicali, Tijuana, Culiacán, Monterrey, and Veracruz. One of these projects, the second line of Guadalajara’s BRT, has been funded by PROTRAM and is now under construction. The other seven projects are confirmed in PROTRAM’s financing pipeline and are moving forward toward implementation. By providing project evaluation guidelines and assistance, CTS-Mexico has not only improved the efficacy of each project proposal submitted, but also strengthened PROTRAM’s institutional capacity to provide funds in the future.
Rio de Janeiro is a leader among the Brazilian cities aggressively promoting low-carbon development. In 2011, the city passed a landmark climate change law with a target to reduce greenhouse gas (GHG) emissions 8% below the business-as-usual (BAU) emissions scenario by 2012, 16% by 2016, and 20% by 2020.
Now Rio is conducting a GHG inventory for 2012, the first target year under its climate change law. The inventory will measure the city’s emissions against its 8% reduction target for 2012, and assess the effectiveness of GHG mitigation actions implemented so far. On July 2, the city government of Rio invited me and my colleagues from the Greater London Authority and the Federal University of Rio de Janeiro (COPPE) to a seminar to share our experiences in conducting GHG inventories and to discuss Rio’s 2012 inventory. At the seminar, Nelson Moreira Franco, Director for Climate Change Management and Sustainable Development for the City of Rio, stressed that GHG inventories help identify emission sources and provide scientific evidence on GHG levels, so it is extremely important that the city gets it right. To me, the seminar covered four important items:
Specifically, INFONAVIT connected CTS-México to the mid-sized city of Aguascalientes to transform a new low-income housing development, encompassing 10,000 houses for 40,000 people. CTS-México recommended solutions for mixed land use, public transportation, green spaces, and walking and bicycling.
In March 2010, the municipal government revised its development plans to include about 70 percent of CTS-México’s recommendations. The new design is expected to increase the neighborhood’s demand for public transportation, biking and walking. And the level of social interaction is expected to quadruple through the addition of four community centers and a 1.5-kilometer pedestrian-cyclist road. Dense development connected to mass transit can help reduce carbon emissions and lower urban infrastructure costs.
The redesigned development plan is estimated to reduce traffic speeds by 34% and also increase the demand for public transport by 30% to 60%, bike trips by 4% to 50%, walking trips by 24% to 40%, and green space by 5% to 30%.
Indore is one of the fastest growing cities in India, faced with the daunting task of providing a modern and efficient public transit system to its 1.8 million residents. Rising to the challenge, Atal Indore City Transport Services Ltd. (AICTSL) established an effective and well-organized transit agency to operate and manage the city’s public transport system. AICTSL is India’s first long-term public-private partnership (PPP), which has enabled the city to expand its transit system to 225 buses and double capacity to 220,000 daily trips. The city also began developing a BRT system, which is expected to be operational by June 2011.
CST-India was instrumental in AICTSL’s success by providing technical support for Indore’s successful request to the Ministry of Urban Development to fund 170 new buses, and preparing and negotiating contracts with private partners. CST-India also helped plan bus routes, develop vehicle specifications, establish AICTSL’s organizational structure, and design and implement a performance monitoring system. In addition, EMBARQ advised on important changes to the BRT system design, including high-platform island stations to ensure level-boarding, making the system more efficient, convenient and accessible for all passengers.
Jaipur, in northern India, is a tourist destination well known for its forts, palaces, and gardens. The city is also witnessing a rapid growth in its trade and manufacturing industries, and an influx of people from small villages and nearby towns in search of employment, education, and a better standard of living.
Facing high transport demand and lacking a formal public transport system, the city is partnering with EMBARQ India to help manage the reorganization of bus services, as a crucial first step toward a modern, sustainable transport system. Technical assistance from EMBARQ, WRI’s Center for Sustainable Transport, included guidance on fare structures and contract negotiations to reduce operational costs. We also helped develop tools for bus schedules and for monitoring performance to improve quality of service.
The public response has been overwhelmingly positive. Ridership on the Jaipur bus system increased from 65,000 in July 2010 to 172,000 in March 2011, and the city is planning to expand the system from 200 to 400 buses. India’s Ministry of Urban Development recognized Jaipur’s new bus system as a best emerging initiative at its annual urban mobility conference.
With cities set to house almost 5 billion people by 2030, how urban transport systems are designed will be pivotal for local economies, public health, and the global environment.
In June 2012, Rio de Janeiro blazed a trail for sustainable transport when it launched a 56 km cross-city bus rapid transit (BRT) system. Designed and implemented with technical support from EMBARQ, the high-tech bus route carries 220,000 passengers a day, establishing best practice in bringing improved quality of life while reducing greenhouse gas emissions.
BRT systems bring proven environmental, social, and economic benefits to crowded, congested, and polluted cities.
In Rio, the new BRT line, Transoeste, replaces short, fragmented bus routes with a rapid-transit corridor that gives priority to buses and enables passengers to cross the city on one bus instead of several. Pre-ticketing speeds journeys, as do dedicated BRT lanes and high-platform stations in place of roadside bus stops. For the first time, people from the west of Rio de Janeiro without cars can easily access opportunities in the far south.
The result is safer transport, shorter commutes, less pollution, and greater social inclusion. Typical travel time has been cut by at least half for 65 percent of riders. Surveys suggest 90 percent of passengers are satisfied with the new service. “Now I have one more hour to sleep in the morning and more time to play with my kids in the evening,” was one typical comment.
EMBARQ studies show road safety benefits from the BRT corridor. The BRT will save an estimated 300,000 tons of carbon dioxide a year by 2016, as well as 148 million hours of passengers’ time.
Making Change Happen: WRI’s Role
EMBARQ promotes BRT routes and their critical role in sustainable, integrated public transport systems around the world.
In Rio, EMBARQ Brazil partnered with the Municipal Secretariat for Transport and Mayor Eduardo Paes in providing technical support for Transoeste. In addition to providing design and project management expertise, EMBARQ assisted with marketing the new transport system to residents and the media. We also guide continuing safety audits that will help maximize passenger safety benefits.
By 2016, the year Rio hosts the summer Olympics, city authorities plan to expand the BRT network to 153 km. This expansion would make it the largest BRT network in Latin America, carrying 1.2 million passengers daily. By showcasing the bus transportation of the future, Rio’s actions can help promote BRT scale-up across emerging economies.
Urban transport in India, the world’s second-most populous country, has wide-ranging effects on local public health and safety, as well as on the global environment.
The number of auto-rickshaws in Indian cities has doubled between 2003 and 2010, offering significant opportunities to promote more sustainable transport. In a move to reduce pollution, improve road safety, and boost service, in July 2012, the city of Rajkot in Gujarat launched India’s first organized fleet service for auto-rickshaws.
EMBARQ India helped design and implement the pioneering fleet service, which sets a precedent for other cities seeking to provide sustainable public transport choices for India’s soaring urban population.
Reforming Rickshaws, Promoting Sustainable Transport
Auto-rickshaws are used for 10-20 percent of daily motorized road trips in India’s urban centers. Fleets range from 30,000 vehicles in medium-sized cities such as Rajkot (population 3.8 million) to 150,000 vehicles in Mumbai. While they provide a crucial form of intermediate public transport—especially for low-income residents—auto-rickshaws raise health and safety concerns. Their two-stroke engines are a major source of PM10 (soot) emissions, and poor design and maintenance can threaten passenger safety. Traditional lack of management of the sector creates additional problems, including informal fares and empty trips that generate unnecessary pollution and greenhouse gas emissions.
Rajkot’s solution was to launch G-Auto – India’s first city-supported, privately operated fleet auto-rickshaw service. Managed by the city government in partnership with Nirmal Foundation, a charitable trust, G-Auto launched with 100 vehicles and will expand significantly over time.
Benefits for passengers include reliable, meter-based services; trained drivers; dial-in, doorstep pickup services; and dependable auto-rickshaw presence at bus terminals, railway stations, and the airport. In terms of broader sustainable transportation policy, G-Auto promotes the use of public transport and reduced reliance on private motor vehicles.
Making Change Happen: WRI’s Role
EMBARQ India was a key partner in designing and implementing Rajkot’s organized auto-rickshaw fleet. In April 2011, EMBARQ India signed an MOU with the Rajkot Municipal Corporation (RMC) to help the city implement the sector reforms.
Based on our service-model concept, RMC invited bids to run the fleet service. EMBARQ India then drew up the pioneering partnership agreement and helped organize the service launch.
EMBARQ India is continuing to monitor the service and provide technical support. There is great demand to replicate the Rajkot model in other Indian cities. In August 2012, the city of Surat led the way, launching a pilot rickshaw fleet of 35 vehicles, with aspirations for significant scale-up.