The Audi Urban Future Initiative

is a forum for emerging ideas about the critical role of mobility in the twenty-first-century metropolis, a rapidly changing landscape of complex challenges and new opportunities.

The Audi Urban Future Initiative

is a forum for emerging ideas about the critical role of mobility in the twenty-first-century metropolis, a rapidly changing landscape of complex challenges and new opportunities.

The Audi Urban Future Initiative broadcasts a range of perspectives and explores innovative advancements, tracking and analyzing the trends of the day.

To reimagine urban mobility—to seek sustainable, accessible, equitable, and enjoyable ways to move from one place to another—is to reimagine the city.

The Audi Urban Future Initiative consists of the Award, Workshops, Research on the future of mobility in our cities and the Insight Team.

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April 30, 2013

The Last Yards Count

Höweler + Yoon Architecture present typologies of commuters in the second City Dossier Workshop in Ingolstadt

    Map of BostonWashington 2030 by Höweler + Yoon Architecture.

    © Höweler + Yoon Architecture

    Seaport Boulevard to downtown by Höweler + Yoon Architecture.

    © Höweler + Yoon Architecture

    How switch architecture might look like by Höweler + Yoon Architecture.

    © Höweler + Yoon Architecture

    The final piece is usually missing. “The last mile(s)” is the term used by Höweler + Yoon Architecture for the components of the mobility system that sometimes hold up the flow when it comes to the last yards – because the means of getting to the final destination are lacking. No bicycle at the subway station, no connection between the bus and train, the car parked a long distance away, no taxis far and wide. This is the starting point of their research for the Boston City Dossier.

    At the second City Dossier Workshop in Ingolstadt, Eric Höweler and J. Meejin Yoon presented their latest findings and talked with Audi experts, members of the Audi Urban Future Insight Team and representatives of the curator, Stylepark. This was followed by Audi experts presenting future technologies that could drive ahead the approach of Höweler + Yoon Architecture.

    Two principles: sharing and switching

    Höweler + Yoon Architecture introduced two important principles that will influence future transportation in the society of the USA.
    The first guiding principle is sharing. In the future people will share more and more – in addition to music, information, bicycles and automobiles, they may also share space and time. They believe that there will be an increasing number of communities with common interests, which will make contact with each other in order to share.
    On the other hand, the architects also emphasize the principle of switching – meaning that people will change in as easy and uncomplicated a way as possible between different modes of mobility. From the car to the subway, from the subway to the bus, and from the bus to a bike to get to the office. Without waiting times, without problems.

    Eric Höweler: “The Boswash region is characterized by a high level of mobility, both public and private: many forms of mobility coexist within a diverse mobility ecology. However these different mobilities are not integrated in the sense that switching between modes is difficult and inconvenient, if not impossible. Taking the subway may not be an option, given that people’s homes are often too far from a station or stop. This gap between the public transit system and houses is often referred to as the 'last mile' phenomenon. The car has often been the only mobility system to close the gap in this last mile. Similarly, the first mile, and the mid mile have also been identified as gaps within contemporary commuting practices.”

    Only when the gaps that interrupt the flow from A to B in some places have been identified, can specific solutions be developed. To this purpose Höweler + Yoon Architecture have researched four commuter typologies that are often encountered in the Boston metropolitan area. With the help of this information the architects aim to recognize gaps in the supply system and to derive solutions.


    Four types of commuter with various needs

    The different kinds of commuter are defined as follows:

    THE ROAD WARRIOR

    © Yuri Arcurs. Used under license from Shutterstock.com, 2013.

    This are typical traveling businesspersons who live in the suburbs and commute daily from there to work and back again. This does not really present a difficulty – except for the fact that they do not always find a parking space straight away. Every day they therefore spend valuable time looking for somewhere to park. Altogether they take 20 minutes to cover a distance of 22.5 kilometers (14 miles).

    THE REVERSE COMMUTER

    © Rui Vale Sousa. Used under license from Shutterstock.com, 2013.

    From their homes in the city center, commuters of this type drive their cars daily to work on the business premises of their companies, which are outside the center of town. Apart from a few traffic hold-ups there is no problem here. The difficulties start when they drive home again, as they find no parking spaces in front of their homes. 50 kilometers (31 miles) take them 44 minutes.

    THE STRAPHANGER

    © Bevan Goldswain. Used under license from Shutterstock.com, 2013.

    Straphangers are those who commute in buses and by subway. They live in quiet surroundings some way outside the city and work in the center, approximately 19 kilometers (12 miles) away. To do this they have to drive each day to a park’n’ride area, change to public transport, and finally go to their destination on foot. Sometimes it happens that they find no more spaces at the park’n’ride station. It takes them a total of 55 minutes.

    THE CAST-AWAY

    © Aleshyn Andrei. Used under license from Shutterstock.com, 2013.

    Cast-aways have to travel from one district of the city to another – every day. This takes them 44 minutes for a mere 8 kilometers (5 miles). Usually they first catch a bus, then travel by subway. Unfortunately the bus often arrives late, and there is a delay in getting the connection to the subway. When they finally arrive at their station, they continue to their destination on foot.


    Next step: identify locations

    The question that Höweler + Yoon Architecture now pose in the next step is: What precisely most slows down these types of commuter – and to what extent is there an accumulation of such experiences at particular places in Boston? Is it the time they spend looking for a parking space at the park’n’ride station? Or the fact that, although the train is a practical way of traveling , the journey there is not convenient as the bus to the station always arrives late? The identification of specific places and thus of related commuter habits is intended to help create a city dossier that is as close to real life as possible.

    J. Meejin Yoon: “A thorough analysis of mobility practices, demands, and services in Boston has targeted a number of sites that would lend themselves to a first/last mile system. This system could consist of both hardware and software: vehicles, stations, signage and information, as well as a service and dedicated lanes for a new mobility infrastructure.”


    Audi’s future technologies and the last mile

    Which future technologies could drive forward this approach by Höweler + Yoon Architecture, and how could Audi make a contribution towards implementation? With reference to Höweler + Yoon Architecture’s research, following their presentation Audi experts from six different departments introduced future technologies which could be relevant for a specific development of the ideas and which are already the subject of intense research in the departments concerned. Some examples:

    • Interfaces in the automobile: The experts at Audi for the human-machine interface are examining for example the alternatives for attaching interfaces to the outside of the car. These interfaces can transmit data from the car to mobile devices. In this way it is, for example, possible to receive data about your surroundings at a particular moment. The aim is to achieve a simple, adaptable, personalized and transportable user interface. The key phrase is “augmented information”.
    • Lightweight material preferred: If a last-mile vehicle is being considered, as Höweler + Yoon Architecture suggest, in the opinion of the Audi experts lightweight construction would be especially suitable. Material for this purpose would be useful through being light enough to make mobile equipment that can be carried around – a folding bicycle, for example.
    • Design of a last-mile vehicle: A vehicle that could be changeable in its shape and design, and be synchronized with users’ needs – this idea was taken up by the design experts at Audi. In their view the last-mile vehicle could be a smart system made from adaptable elements – in terms of the sound and smell of a car, for example.

    Next workshop on 2 May in New York

    Already on 2 May the experts are meeting again for the third City Dossier Workshop in New York, where the Ideas City Festival is taking place. One of the themes to be discussed here will be the situations in which commuters need help with their “last mile(s)” and, above all, in which locations: although this is a phenomenon that affects many people, the challenges that each different individual has to handle on his or her last yards seem to be highly diverse.

    Further reports on the involvement of the Audi Urban Future Initiative in the Ideas City Festival in New York, which is taking up the issue of the future of cities for the second time from 1 through 4 May, are to follow.

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    April 17, 2013

    From sunshine to solar power

    SUNdy, a floating solar module

      4000 solar modules are fixed on the top of SUNdy.

      ©DNV Kema

      Via marine cables the power is transported from the SUNdy module to the  coast.

      ©DNV Kema

      No place, but a lot of sun. Coastal cities, like there are a lot in south east asia, are a perfect place for the technique.

      ©DNV Kema

      Energy is one of the most critical issues for the megacities of the future, as modern societies are no longer conceivable without electric power. At the same time, power stations are enormous, dirty and possibly dangerous too – something that was known even before the tsunami catastrophe of Fukushima. But how comes the desperately needed power to the houses and working places of the people?

      Via marine cables the power is transported from the SUNdy module to the  coast.

      ©DNV Kema

      There is no question, in case of energy producing the places of production und consumption should be as far aspossible away from each other. Coal-fired power stations, for example, which are potentially less dangerous, would never be placed by urban planners in a densely populated area, as they produce too much pollution and too much noise, which would amount to a considerable reduction of the quality of life of local residents.

      Especially for the emerging gigantic coastal cities of Asia, the Norwegian company DNV has developed a solution that could help to satisfy the hunger of megacities for energy. SUNdy is the name for a platform as large as a football stadium that in the future could float offshore near cities and supply them with clean power.

      4000 solar modules are fixed on the top of SUNdy.

      ©DNV Kema

      The idea is fundamentally extremely simple. Many coastal cities have an abundance of sea and sunshine, but at the same time are short of space. SUNdy is a floating hexagonal platform as large as a football stadium. Approximately 4000 solar modules on the platform will busily collect solar energy and convert it into electricity. A capacity of 560 watts per module is planned, which would give a whole platform a total of around two megawatts. This corresponds to the consumption of 30,000 people.

      The floating solar plants are anchored by heavy chains at depths between 20 and 100 meters. This secures them even when the sea is rough. “Like a spider's web the dynamic structure can adapt to the waves,” says Bjørn Tore Markussen from the Norwegian technology company DNV KEMA Energy & Sustainability. High waves could even help to clean the surfaces of the modules independently. The power generated is supplied to the coast via marine cables at 34.5 volts and is then distributed to households through the normal electricity network.

      No place, but a lot of sun. Coastal cities, like there are a lot in south east asia, are a perfect place for the technique.

      ©DNV Kema

      The modular construction of SUNdy has a special advantage. Individual parts of the offshore solar power station could be removed at any time for maintenance. The location of the energy cluster can be changed as needed, or the number of modules increased. This is ideal for the dynamic cities of East Asia, whose construction of energy infrastructure is often unable to keep up with demand. At the same time, many of them are situated on sunny coasts. There have already been specific inquiries about SUNdy from this region. It will be interesting to see when and where the first floating solar power stations go into operation.

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      The Audi Urban Future Research

      Driverless Urban Car Evolution, Spatial Transformations, Urbanizing Technology, Experiments in Motion

        The kick-off event of "Experiments in Motion" took place at the New Museum in New York City.

        © David X. Prutting/BFAnyc.com

        The ‘Research’ element of the Audi Urban Future Initiative pairs up local markets with the most visionary research institutions worldwide, it will provide an academic foundation for future mobility scenarios and, together with the other components, ultimately create a rich ecosystem of global knowledge on mobility.

        Please scroll down to see all related articles...

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        December 24, 2012

        Transactions and tools

        Mumbai (6)

          CRIT on Mumbai's high transactional capacities.

          © CRIT

          CRIT on urban tools.

          © CRIT

          In the second installment of our two-part postcard series, we expand on our response to the questions posed to CRIT by the Audi Urban Future Award 2012: What will the future of Mumbai look like in 2030? What will your role be in this future? What is your vision? The postcards presented here and in our previous blog post attempt to answer these questions. 

          On Mumbai. In the past two decades, Mumbai has seen some of the most innovative policies, institutional arrangements, and projects planned to produce efficient and equitable urban systems for an intelligible future. Large-scale infrastructure projects, cross-subsidization of housing, geographical and demographic information systems, and new urban (re)development policies are being put in place. But Mumbai, like any city, is a composite body, where spaces, identities, and forms constantly blur. Here, no form of policy, governance structure, or infrastructure can provide a platform for different groups to pursue their aspirations equally. Rather, they unsettle the city; create new ruffles, new possibilities, new actors, and new relationships. But the act of blurring creates interstices with high transactional capacities. It forms the logic through which the city opens for many to use and create their many futures.

          On tools. The response to such an urban future is not to articulate a single idea of the future, but rather formulate tools that can be used and modified by different urban actors to negotiate with the emerging contradictions and alter their urban surroundings. These include tools to blur the social and physical edges to allow for higher transactions, tools to help create and harness new economic opportunities, tools to engage with the environmental crises, and tools to make the city livable for the elderly. The future city then becomes a site open for different actors to use, claim, and appropriate in order to pursue their desires and mobilize their own futures—a city open for multiple futures. Mobility is about navigating different ecosystems of the city to make one’s own future.

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          Lincoln Paiva

          Toward a green mobility

          Lincoln Paiva is founder and president of Green Mobility, a consulting company specializing in the development of mechanisms to improve the mobility of companies and governments aiming to operate as more sustainable entities, and Instituto Mobilidade Verde, a nongovernmental organization specializing in sustainable urban mobility. He is a member of several organizations, including the Partnership on Sustainable Low Carbon Transport (SLoCaT), UN-HABITAT’s Urban Gateway, Clean Air Initiative for Asian Cities (CAI-ASIA), and Cities-for-Mobility. Paiva also serves on the board of environment and transport at Brazil's National Association of Public Transport (ANTP). In November, in São Paulo, he spoke with Ligia Nobre about public policy and private-sector initiatives needed to move toward socially equitable and environmentally sustainable urban mobility.

          What is green mobility?
          Lincoln Paiva: Green Mobility, from a "means of transportation" point of view, maybe understood as cleaner and more efficient vehicles. From a broader point of view, green mobility is a set of indicators involving planning, energy grid, technology, traffic control, infrastructure, and transportation systems providing a better quality of life for people and causing less economic, social, and environmental impact. Green mobility is not a goal in itself. The modern urban way of thinking conceives mobility as a means to provide urban and social development to the population in an ecological way or, in other words, with as little environmental impact as possible. We cannot think of sustainable urban mobility only as the transportation systems (transporting people) and energy. The purpose of sustainable urban mobility is to provide local development.

          Your company, Green Mobility, is meant to play a key role in promoting strategies and projects for sustainable urban mobility that combine both private and public initiatives. How does this work in Brazil? In particular, how does Green Mobility operate? 

          Paiva: We have been advising Brazilian cities to develop a more sustainable transportation policy and culture. The major challenge has been breaking paradigms about the low, medium, and high capacity transport systems, emphasizing the importance of creating a high-capacity network and not only systems. The cities have been implementing the wrong options, by taking only under consideration the data concerning passenger demand and neglecting socioeconomic issues, therefore leaving thousands of low-income people out of the transport system because of the tariff fees. 



          Lincoln Paiva is founder and president of Green Mobility.

          Courtesy of Lincoln Paiva

          You did research on workers' modes of dislocation in part of São Paulo's service industries. Please describe your research and the specific actions that are being taken by the companies and their workers.
          Paiva: The companies are still not willing to invest their money before they have a positive signal from the cities. Regarding projects involving the private sector, it will be important for cities to develop public policies that favor private investments. For instance, for a company to encourage people to go to work by bicycle, the city has to invest in infrastructure such as bicycle parking areas, bicycle paths, and security and also offer benefits so that the workers feel comfortable with the idea of pedaling a bike, exercising, and having a more positive attitude toward using the car less often.

          In São Paulo, what types of operational and structural measures, in terms of sustainable urban mobility, are possible in the short and long term?
          Paiva: The first thing to do would be to develop a municipal urban mobility plan, based on a more sustainable transport policy with short-, medium-, and long-term visions. Without it, it's virtually impossible to determine an emergency action plan. If you don't know where you are going to, all paths are alike.

          Another of São Paulo's current challenges is the disarticulation between the pattern of land use and mobility, as for example the fast-paced construction of high-rise buildings and other large-scale developments. What are the socioterritorial and environmental consequences for the city and its inhabitants?
          Paiva: I recently took part in a debate with [staff members of] São Paulo's municipal urban planning company. According to them, São Paulo is not among the most vertically dense cities in the world. I don't agree with the high-density proposals by urban planners, or in other words, the concept of Compact City, which is widely discussed in cities. In developing countries, this has caused islands of poverty and underdevelopment, because urban transport and work aren't dealt with as part of urban and social development, [which] will have to be [done as] part of a project involving several state-level departments. And that kind of cooperation is nonexistent in Brazil.

          The World Cup in 2014 and the Olympics in 2016 could be remarkable opportunities to set up new paradigms for sustainable cities in Brazil. How are mobility issues being handled in the cities involved? Are there areas for innovation?
          Paiva: There's no innovation as far as I know. Unfortunately, the Brazilian cities will miss out on those excellent opportunities. What we nowadays foresee in terms of transport projects has to do with the implementation of Bus Rapid Transit. But, I insist, that one transport system is not going to solve the problems of Brazilian cities. Public officials do not understand that these two events can attract tourists, resources, companies, investment, and development. Their vision is focused on transporting people. I liked the idea of building the soccer stadium in the eastern zone [of São Paulo], but I haven't seen any project for local development or for the city's transport system. The subway is already there, with capacity for sixty thousand people per hour each way. Aside from the money to build the stadium, there will be no other investment in the transport system.

          How can Brazilians improve their quality of life and make healthier cities?
          Paiva: São Paulo has got a minority of upper-middle-class and better-educated people, especially youngsters between nineteen and twenty-five years of age, who understand that, in order to improve quality of life, it will be necessary to change the lifestyle that is deeply influenced by North-American consumerism, especially the car as a status symbol. With the improvement of the economy and encouragement from the federal government, a considerable part of the population can afford to buy a car. It's not fair that people have to give up on an asset that was widely promised as a symbol of achievement and status and go back to riding a bus or walking. So, as I see it, the wealthiest population in the city will have to give up driving their cars, because 80 percent of the drivers live less than ten kilometers away from work. However, the city must rethink its mobility strategy, by providing different means of transportation for short distances that can be used instead of the car. Alternative types of transportation are practically nonexistent in São Paulo.

          How do you see the relationship between the automobile industry and urban planning and architecture?
          Paiva: The automobile industry's vision of the city's future is a false promise in terms of urban planning. It's technological cities like in The Jetsons cartoon: The car talks to the driver, appears to be people's best friend, solves all the daily problems, moving around among glass-enclosed buildings and empty streets. We aren't searching only for more security, technology, or better energy efficiency. The industry will have to accept that its purpose is not only transporting people in a more efficient and environmentally sustainable way, but to offer solutions for the accumulation of cars in the streets, which makes driving itself difficult, slows cities' development capacity, and impairs quality of life. No one wants to slow down car sales, but, in the future, not everybody will own a car and not everybody will be able to drive their car at the same time. The industry needs to understand its responsibility to introduce private transportation as one of the solutions for the implementation of a network of transportation systems in a city. Automobile manufacturers are wasting their time and sources thinking in terms of imaginary cities that will never become real. It is necessary to rethink the current model of individual transportation.

          How is climate change influencing public policies and private-sector initiatives in Brazil in terms of urban mobility? What are the main differences compared to other countries? 

          Paiva: Brazil could be a leader in this area due to its low rank in the list of countries with the highest motorization rates. In order to reach for that [goal], it is necessary to foster the development of new technologies that would enable a more comprehensive understanding of the public transportation systems and to create new systems oriented toward our own reality.

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          (Im)mobility and socioterritorial dimensions in São Paulo

          São Paulo

            The Copan Building, designed by architect Oscar Niemeyer (1951–1966), offers an extraordinary perspective, both about and inside of downtown São Paulo.

            © Ligia Nobre, 2008

            The cable-supported bridge in the Berrini Avenue-Marginal Pinheiros area (south zone) was inaugurated in May 2008, as both a synthesis of the “world city” scenery and a new symbol of São Paulo. 

            © Ligia Nobre, 2008

            High-income residential buildings nearby the Berrini Avenue Business Area (south zone), which recently saw a real-estate market boom. 

            © Ligia Nobre, 2012

            The Bandeira Bus Terminal was implemented at the bottom of Anhangabau Valley in downtown São Paulo, connecting the city’s north-south axis.

             

            © Ligia Nobre, 2008

            Paraisópolis Favela in the Morumbi neighborhood of the city’s south zone. 

            © Ligia Nobre, 2008

            A low-income residential neighborhood in the east zone. 

            © Ligia Nobre, 2003

            A bus lane on Santo Amaro Avenue (south zone) toward downtown and Bandeira Bus Terminal.

            © Ligia Nobre, 2012 

            São Paulo is heterogeneous, multifaceted, uneven, and entropic. It is a fascinating metropolis, fueled by a laissez-faire of opportunities and opportunism and marked by unregulated and segregating urbanization. Over the course of the twentieth century, São Paulo demolished and built above itself at least three times; it reversed the course of its rivers, rectified, channeled, and fouled them, and allowed its hilly topography of Atlantic forest to be overlaid by thick layers of paving surfaces, buildings, highways, and viaducts. The city synthesizes both the dynamics and socioterritorial characteristics of urbanization in Latin America and Brazil, which is the result of both the European colonization in America and multiple migration processes.

            The Copan Building, designed by architect Oscar Niemeyer (1951–1966), offers an extraordinary perspective, both about and inside of downtown São Paulo.

            © Ligia Nobre, 2008

            Since the early nineteenth century, São Paulo has been the hub of economic activities in the state and the country, with direct implications on its territorial formation and demographic dynamics.1 For economist Alvaro Comin, in Brazil and other developing countries, this "strategy of hyper concentration produced high levels of regional inequality, as well as deep internal inequalities in these central spaces."2

            During the last century, São Paulo’s population multiplied several times. The country’s urban population increased from 31 percent to 81 percent between 1950 and 2000. During that period, the country’s population increased threefold, the city of São Paulo fivefold, and the São Paulo Metropolitan Area (SPMA) seven times over. Currently, about twenty million people reside in the thirty-nine municipalities of the SPMA, including approximately eleven million in the capital. The metropolitan area is nearly 8,000 square kilometers, and the city encompasses an area of some 1,523 square kilometers. The city that accounts for about 12.5 percent of national gross domestic product, but only 5 percent of the country’s population, presents a sharp contrast between wealth and poverty.

            Map of São Paulo.

            © Urban-Think Tank

            Inequitable living conditions between high- and low-income groups in São Paulo defines the conflicting relationships within its territory, making this metropolis one of the most unequal places in the world. São Paulo is marked by a strong pattern of isolation and segregation between individuals from different social groups. The urban dynamics of São Paulo are the result of the relationship between the distribution of land uses and inhabitants’ diverse everyday practices. Living, work, education, health, leisure, culture, commerce, and urban fabric have very distinct configurations according to the region and one’s socioeconomic situation. Unequal conditions establish networks of mobility and accessibility to urban spaces and goods and services; these conditions define different scales of socioterritorial distances and proximities.3

            Distances and Proximities

            Founded in 1554 by Jesuits, São Paulo operated as a small trading post for centuries. The city grew rapidly from the nineteenth century onward, driven by the wealth generated by coffee exports and, following the abolition of slavery, the work of a new urban labor market (mainly Italian, Spanish, and Japanese immigrants) in the early republican period.4 Urbanization and modernization became important in Brazil in the early twentieth century and from the 1930s onward, with the rise of industrialization (due to the international economic crisis and drastic reduction of export crops). São Paulo played a key role in this change, with an intense process of migration from the whole country, mainly from the Northeast and Minas Gerais. Since then, its territory has been settled in terms of class segregation: “the central region, intended for the elite and a place of urban interventions, and outside it, on flood plains and basins along railway lines, a city without rules that received the poor, where budding industries were set up.”5

            Until the 1920s, São Paulo grew along with the tram system. The main transportation mode was collective and on tracks. The city in the early 1930s, with 888,000 inhabitants, had a tram network with a linear extension of 258 kilometers (accounting for 84 percent of the city trips made in collective mode), four times bigger than the current metro extension.6 However, the tram system gradually declined until it disappeared in 1968,7 replaced by the road system for the car-based model and the buses as the predominant mode of collective transportation.

            In the 1950s, São Paulo established itself as the leading financial center and largest conurbation in the country through a developmentalist process based on the automobile industry in the metropolitan area. It was the period after World War II, when President Juscelino Kubitschek promoted the motto: “fifty years in five" of a "Modern Brazil." Brasilia, which was founded in 1960, was the new federal capital, and São Paulo was described as the "city that cannot stop." The ring road model became the guiding principle set by both the Plan of Avenues (1930–1938), conceivedby engineer Prestes Maia, who later became the city’s mayor, and the Program of Public Improvements for the City of São Paulo of 1950 directed by New York City planner Robert Moses. Along with the popularization of car manufacturing, the ring road defined the mobility structure8 and the continuous peripheral expansion of the city, which continues to this day. As urban planners Raquel Rolnik and Danielle Klintowitz have emphasized in a recent article (here, translated from the original Portuguese):

            "The processes of restructuring roads provided the physical infrastructure for the real estate expansion and the increase of circulation for the middle classes—for consumption, leisure—through the increasing of speed and flexibility led by cars. At the same time that the collective transportation model facilitated the opening of low-income housing settlements in the metropolitan periphery, providing a suited mode of transportation toward a dispersed and low-density expansion."9

            The city of São Paulo is divided into five zones: center, north, south, east and west. The southwest vector concentrates the economic elite, employment and work opportunities—with a combination of industrial and service-oriented economic activities—and the largest public investments in road infrastructure and the metro. The historic downtown area, which was a prestigious place until the 1950s, gradually lost its economic and demographic importance for the elite, becoming a “commuting territory”—a very lively area occupied by diverse popular activities and groups. The urban primacy of the business and financial center, and associated large-scale urban interventions and real estate speculation, migrated to Paulista and Faria Lima Avenues in the 1960s and 1970s, and Berrini Avenue-Marginal Pinheiros from the 1990s onward. Both avenues are near high-income and middle-class residential neighborhoods and not far from the Congonhas City Airport. The most recent relocation occurred following self-segregating spatial strategies of the local elite, including large gated residential developments, corporate office buildings, shopping malls, and hundreds of thousands of square meters of parking spaces. Geared toward the interests and operations of a "world city," São Paulo, today, tends to push even more of its lowest-income residents to the edges of the metropolis, due to the high cost of living and skyrocketing land prices.10

            The cable-supported bridge in the Berrini Avenue-Marginal Pinheiros area (south zone) was inaugurated in May 2008, as both a synthesis of the “world city” scenery and a new symbol of São Paulo. 

            © Ligia Nobre, 2008

            High-income residential buildings nearby the Berrini Avenue Business Area (south zone), which recently saw a real-estate market boom. 

            © Ligia Nobre, 2012

            The Bandeira Bus Terminal was implemented at the bottom of Anhangabau Valley in downtown São Paulo, connecting the city’s north-south axis.

             

            © Ligia Nobre, 2008

            Due to a combination of buses, illegal land uses, and autoconstruction, the occupation of peripheries has sped up since the 1940s. Millions of low-income residents and migrants live mainly in the east and south zones of the city, at a distance of more than forty kilometers from the center of São Paulo. It was a clandestine model, with the state’s consent, as a form of solving the housing problem at low cost, without urban and civil rights, without or with precarious urban infrastructure, far away from their places of work. In the 1980s, the periphery-center pattern of urbanization changed considerably. The emergence of condominiums in the suburbs, and, at the same time, the expansion and densification of cortiços (tenements) in the central region, besides various areas of favelas (settled in stream edges, hillsides, and margins of dams), shuffled the position of social groups in the city. Different social groups now lived in close proximity, but they are separated by walls and security equipment. A paradigmatic case is the neighborhood of Morumbi, with favelas and luxury condominiums side by side. In the last decade, the peripheries have changed, as they no longer correspond to the images of rarefied occupation and desolation of thirty years ago. There are completely new territorial configurations, with large private investments, such as supermarkets and shopping malls, as well as public facilities, such as hospitals, the Centers for Unified Education (CEU), and more urban infrastructure. However, these physical improvements have not affected the unequal social stratification of the metropolis.11 The contemporary metropolitan territory is much more heterogeneous and complex, with ongoing contradictory and conflicting processes.

            Paraisópolis Favela in the Morumbi neighborhood of the city’s south zone. 

            © Ligia Nobre, 2008

            Social housing and self-built constructions in the east zone. 

            © Ligia Nobre, 2008

            A low-income residential neighborhood in the east zone. 

            © Ligia Nobre, 2003

            The three main business centers and road infrastructure in São Paulo.

            © Ligia Nobre, 2012

            People waiting for the train during evening rush hour at Vila Olimpia Train Station/ Marginal Pinheiros in the south zone. 

            © Ligia Nobre, 2012

            Congestion: Conditions and Consequences

            Every inhabitant of São Paulo has to be a strategist to commute, as they must negotiate time, money, comfort, traffic jams, stress, and living and working conditions. Income level is the main variable related to mobility (i.e. the lower one’s income, the lower one’s capability of geographical and social mobility).12

            The number of daily trips in the SPMA is approximately 38.1 million.13 In São Paulo, walking trips account for approximately one-third of daily trips, public transportation accounts for one-third, and private transportation for one-third. Of the walking trips in the SPMA, 88.5 percent are associated with short distances and 5 percent are due to the high cost of public transportation. The survey does not count walking trips if they are part of a journey that involves any other means of transportation—a symptom of the nonsystemic view of urban mobility and pedestrian patterns in São Paulo.

            The private car is still the priority form of transportation in São Paulo. Its use has been growing exponentially since the 1950s; in the last five to ten years, automobile ownership has been made possible for more people through easier access to and availability of credit. It is no coincidence that the automobile industry accounts for approximately 20 percent of Brazil’s industrial gross domestic product. In 1997, the municipality implemented a system of license-plate control, known as rodizio, that forbids 20 percent of the registered cars per day to circulate in the “central zone” during peak weekday hours between 07:00 and 10:00 and 17:00 and 20:00. Still in place, the system actually had a reverse effect for reducing the number of cars. Mainly middle- and high-income residents bought a second car, which allowed them to keep a car for private daily use. The current total fleet is of more than six million vehicles; about 800 new ones are registered everyday.

            Surrounding the downtown São Paulo area, the Elevado Costa e Silva, an elevated highway known as "Minhocão,” or "big earthworm," was built in the 1970s during the dictatorship period. Connecting the east and west parts of the city, it is paradigmatic of the conflict between the metropolitan scale of road infrastructure and the local scale of urban territories—a conflict that degrades adjacent residential neighborhoods.

            © Ligia Nobre, 2012

            The cable-supported bridge, completed in 2008, is in the Berrini Avenue Business Area of the city's south zone; here, looking toward Roberto Marinho Avenue and the Congonhas City Airport. 

            © Ligia Nobre, 2012

            The two express highways, along Tietê and Pinheiros river basins, define the west and north borders of the “restricted central zone,” and connect the city to the regional and federal network of roads. About half a million vehicles use the highways on a daily basis, including individual cars, buses, and trucks. Cargo transport and logistics (loading and unloading, parking, and routes), and their environmental impacts, are directly related to the activities in the city. A restricted rodizio system has also been implemented for trucks (according to their dimensions) in specific zones of the city. According to a 2009 Urban Age survey, about “20 percent of all daily truck trips either originate from or are destined for the SPMA and around 45 percent of the trucks circulating in the state of São Paulo cross the SPMA."14 Intended to reduce traffic congestion, a larger regional ring-road infrastructure, known as the Rodoanel, was built, in part, as an attempt to redirect traffic flows not destined for the metropolitan area.

            The average time spent in traffic in São Paulo per day is two hours and forty-two minutes, which means that people living in São Paulo spend twenty-seven days per year stuck in traffic jams.15 The daily average of congested roads in the city is 118 kilometers during morning and afternoon peak hours.16 The average speed of traffic was 19.3 kilometers per hour at peak time hours, between 2000 and 2008.17 Today, the average is between 14 and 17 kilometers per hour. Everyday, about three million people commute to work from their homes in São Paulo’s east zone to its central-southwest area, mainly by combining bus and metro, spending more than fours hours in traffic under crowded and precarious conditions.

            The SPMA’s 436 kilometers of mass-transit systems18 are at the limit of their operational capacities, due to a lack of integration between the different transport modes, lack of overall planning and institutional integration at the metropolitan and municipal levels, governance problems, the structure of subsidies and taxation, lack of investment in infrastructure, conflicts of interests, and patterns of urban land use.

            The current municipal collective transport system is the result of governance changes made between 2001 and 2005, a time that saw the implementation of an interconnected system of state (metropolitan buses, subway, and CPTM trains) and municipal services as well as the introduction of an electronic “single ticket,” or bilhete unico, that is based on time instead of a fare based on the number of connections or the distance traveled. The bus services are operated by private companies and divided in two subsystems: the structural (buses by medium- and large-sized companies or consortia) and local (microbuses by smaller companies and cooperatives), with a fleet of 14,937 vehicles19 that operate along 1,347 lines under the management of municipal public-private company SPTrans. There are still few designated lanes for buses (with some elements of the bus rapid transit system in operation). The bus system faces problems of overloading, delays, and inadequate responses to demand.

            A bus lane on Santo Amaro Avenue (south zone) toward downtown and Bandeira Bus Terminal.

            © Ligia Nobre, 2012 

            Most public transportation competes with cars and motorcycles for available street space. In fact, approximately 80 percent of the lanes are dominated by single-occupant, private cars. The average time spent traveling via mass transit for the six million passengers per day is 2.13 times slower than the individual mode.20

            Implemented in 1968 and operating since 1974, the metro network follows the same radio-concentric configuration established by the road system, with south-north and east-west lines crossing at the center of São Paulo. Currently, four lines are managed by the public company Metro and one by the private company Via Quatro21; together, they cover a total of 65.3 kilometers, and include fifty-eight stations. With heavy public sector investment, the Metro is the more popular of the two. For both passenger and cargo transport, the railway system22 has six lines managed by CPTM, with a network of 258.6 kilometers in length and 89 stations in the SPMA. However, recent reports have pointed out in both rail lines and the Metro systems an inhumane situation, with daily overcrowding and delays, worsening of maintenance, and more accidents in the last couple of years. New lines started being implemented with monorail system above the ground in the south of the city, close to the Berrini Avenue business area. Both the Metro and train have begun to encourage, if only in a timid way, an intermodal system that incorporates bicycles, with about thirty-two stations that offer a bicycle parking.

            Estação da Luz in downtown São Paulo.

             

            © Ligia Nobre, 2012 

            The city has only two bike lanes, totaling 4.5 kilometers,23 outside of those found in public parks, and they are discontinuous and in bad condition. Despite the city’s hilly topography, there is a growing popular movement and demand for broader regulation encouraging the use of bicycles as a sustainable, more democratic, accessible, and nonpolluting mode of transportation.

            Due to their maneuverability, motorcycles have been increasingly used for daily commuting between home and work, and for messenger services. In the last fifteen years, the number of motorcycles has increased exponentially, with increasingly serious consequences in terms of traffic accidents. The motorcycle’s presence in the metropolis is a direct response to increase in traffic jams and the demands from the “world city” for delivery services, as is the increasing daily use of helicopters, with an estimated 450 privately operated in the city, a number inferior only to New York City.24

            Challenges

            São Paulo has followed an urbanization pattern driven by the real-estate market, in which government policies and public investments have tended to respond predominantly to those private interests and away from concerns about the public sphere. The provision of public transportation infrastructure per million inhabitants in the SPMA decreased from thirty-eight kilometers in 1967 to twenty-three kilometers in 2002, according to the Urban Age report, confirming the hegemony of public investment for the road system since the 1930s up to today, as well as its very collapse.

            Unfortunately, São Paulo is the model of urbanization replicated in other Brazilian cities, and it is the metropolis with the most serious mobility crisis in the country at the moment. A study coordinated by economist Marcos Cintra, from Fundação Getulio Vargas, estimates that traffic jams will cause a loss of 56 billion Reais for the economy of São Paulo this year, or nearly 10 percent of the city’s gross domestic product, including direct and indirect costs.25 The implications are significant for all of São Paulo’s inhabitants, with high crime rates, security issues, problems of public health, pollution, flooding, human-environmental impacts, inefficiency of public transportation, traffic jams, and increasingly long commuting distances.

            The city suffers from an immobility that reduces its capacity to produce wealth equitably, a situation that supports extreme socioterritorial inequalities. As urban planner and president of Brazil's National Association of Public Transport, Eduardo Vasconcellos concludes that São Paulo is the failure of the city model based on the car: “Our current formula is the formula for failure.”26 But there is a growing awareness about the need to address issues of sustainable mobility, with studies, proposals, plans, and initiatives for São Paulo and its metropolitan area being produced by different actors.27 However, besides technical and economic decisions, the situation requires political will, excellent governance capacity, and long-term commitments—all in close collaboration with society and in a democratic, participatory process. A systemic mode of thinking and operating that fosters and integrates new modes of mobility and accessibility across the SPMA is the best hope for a cohesive metropolis.

            Footnotes
            1. Baeninger, Rosana (2011). “Crescimento da população na Regiao Metropolitana de São Paulo: desconstruindo mitos do seculo XX.” In: Kowarick, Lucio E. Marques, Eduardo (orgs.).  São Paulo: novos percursos e atores, São Paulo: Editora 34; Centro de Estudos da Metrópole.
            2. Comin, Alvaro (2010), City and economy: changes in São Paulo metropolitan context, Seminar: Metropolis and Inequalities, Centro de Estudos da Metrópole 
            3. Telles, V.S.; Cabane, R. (org.) (2006). Nas tramas da cidade: trajetórias urbanas e seus territórios. São Paulo: Humanitas.
            4. From the sixteenth to the nineteenth century, slavery (Africans mainly) in  Colonial Brazil shaped the country’s socioeconomic structure. Independent from Portugal since 1822, Brazil only abolished slavery in 1888, beginning to attract European and Asian immigrant labor.  
            5. Fix, Mariana (2003). Urban Slum Reports: The case of São Paulo, Brazil. In Understanding Slums: Case Studies for the Global Reporto n Human Settlements 2003, United Nations. p. 2
            6. Vasconcellos, Eduardo. (1999). Circular é preciso, viver não é preciso: a história do transito na cidade de São Paulo. São Paulo: Annablume, p. 158
            7. Nobre, Eduardo. A. C. (2010). Ampliação da Marginal do Tietê.: demanda real ou rodoviarismo requentado? AU. Arquitetura e Urbanismo, v.191, p. 58-63.
            8. “At this moment, the beds of hundreds of streams in the city began to be confined in channels or underground sewers to make way for the new avenues. Nearly all the city’s major avenues were thus built at the bottom of valleys, producing an unavoidable ecological disaster” Fix, Mariana (2003) Ibidem p. 4
            9. Rolnik, Raquel; Klintowitz, Danielle (2011). “(I)Mobilidade em São Paulo.” In: Estudos Avançados 25 (71), pp. 89-108
            10. Also to the state of São Paulo’s countryside and back to the Northeast region. See Comin, Alvaro (2011). “Cidades-regiões ou hiperconcentração do desenvolvimento? O debate visto do sul”. In: KOWARICK, Lucio e MARQUES, Eduardo (orgs.).  São Paulo: novos percursos e atores, São Paulo: Editora 34; Centro de Estudos da Metrópole. _ In 2011, Brazil’s 23-percent increase in real estate value was the second highest in the worldwide according to Exame magazine.
            11. Saraiva, C. e Marques, E. (2011). “Favelas e Periferias nos anos 2000”. In: Kowarick, Lucio e Marques, Eduardo (orgs.).  São Paulo: novos percursos e atores, São Paulo: Editora 34; Centro de Estudos da Metrópole.
            12. Survey Origem Destino (OD) by Metro, in http://www.nossaSãopaulo.org.br/portal/files/sintese_od_2007.pdf  
            13. Survey Origem Destino (OD) by Metro, 2007.
            14. (Dersa, 2005), Urban Age, London School of Economics (org.) (2009). “Chapter 6 – Mobility, Integration & Accessibility,” in: Cities and Social Equity - Urban Age South America Detailed Reportwww.urban-age.net
            15. Rolnik, Klintowitz, 2011, p. 89. Data in: <http://www.detran.sp.gov.br/frota/frota_jan.asp>.
            16. Rolnik, Klintowitz, 2011, p. 89. “Média aritmética anual dos congestionamentos, em km, nos horários de pico. Obs.:Os anos de 2009 e 2010 foram calculados com base no indicador de congestionamentos media mensal. Fonte: CET (Companhia de Engenharia de Tr.fego) – Elaboração: Rede Nossa São Paulo. Disponivel em: <http://www.nossaSãopaulo.org.br/observatorio/regioes.php?regiao=33&tema=13&indicador=114>.
            17. Rolnik, Klintowitz, 2011, p. 89. Source: CET (Companhia de Engenharia de Tráfego).
            18. Metro, commuter rail, and bus corridors, in Urban Age, 2009 Report
            19. Data in April/2012 in: http://www.sptrans.com.br/indicadores/ See map: http://www.sptrans.com.br/pdf/biblioteca_tecnica/guia.pdf
            20. OD 2007 in Rolnik, Klintowitz (2011)
            21. http://www.metro.sp.gov.br/metro/numeros-pesquisa/estrutura-fisica.aspx  (access in May 2012)
            22. http://www.cptm.sp.gov.br/e_companhia/gerais.asp
            23. Rede Nossa São Paulo (2011) (org.) “Diretrizes para o Plano de Mobilidade Sustentavel do Municipio de São Paulo”: in http://tcurbes.com.br/images/stories/files/pt/Relatorio_NossaSP_final_internet.pdf
            24. “De Helicoptero é mais barato”, by Humberto Maia Junior, in Exame magazine, São Paulo, May 2nd, 2012. Pp.51-54 (www.exame.com)
            25. Exame Magazine, São Paulo, 2 de maio 2012
            26. “A nossa fórmula atual é a fórmula do fracasso”, in AstizRodrigo (director) Soluções para o Transito, Documentary. Production Mixer, Exhibition Discovery Channel. Also available In:  http://www.youtube.com/watch?v=K8j_G0eVI_s (4 parts)
            27. The official government plan PITU 2025 (Integrated Urban Transport Plan) has incorporated some elements from the Strategic Master Plan for São Paulo (2002) and regulations by the City Statute (2001). The mobility federal law (2012) has been recently approved. The municipality launched the initiative SP2040 last year; and from the civil society, NGOshave been proposing guidelines and public campaigns, among others.
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            October 17, 2012

            Shenzhen's Green Mobility Campaign

            Pearl River Delta (2)

              The vision: Such massive urbanization in the Pearl River Delta, supported by immense infrastructure development, is a reaction of needed globalization and has resulted in the unbalanced present we have described. What will be the future of the region if the high GDP is still needed to remain competitive as the country’s grand strategy? It is a question with wide-reaching implications. Perhaps integrated infrastructure is the key and point of departure for us to look at the next thirty years and achieve a balance for all. Ultimately, humanity is the core value and center of energy where production and consumption, city and infrastructure, all have to meet and serve one another. It is no more and no less.

              © NODE Architecture & Urbanism

              August 2011 saw the first citywide Green Mobility campaign in Shenzhen. Responding to a government call to reduce the number of automobiles on the streets of the city during Shenzhen Universiade, the Olympics of international university students, more than 430,000 out of 1.85 million car owners in Shenzhen left their vehicles at home during the games, according to the City Traffic Police Bureau, which adopted a system that allowed car owners to register their voluntary choice. The effect was immediately visible: Traffic was much lighter.

              In the same spirit, a second green mobility campaign was initiated in spring 2012, and the program incorporates both private cars and government vehicles. Participating private owners are obligated to refrain from driving for thirty workdays a year (between the hours of 7:30 and 19:30). The dates a car owner chooses to leave his or her vehicle at home are registered through a Web site or SMS message. If a driver registers more than thirty car-free days, additional days will also be audited and a package of rewards is planned. Among the rewards are honorary green mobility titles; conversion into credits in a carbon account (a nationwide program promoting a low-carbon lifestyle initiated by China Association for NGO Cooperation) or social volunteering work hours; and a discount for parking. Social organizations and companies (for example, car insurance companies) are encouraged to offer additional rewards. Operators of government cars are obliged to fulfill a stricter use control as required nationwide by central government; under such rules, one government car will be kept off of the road each week.

              Officials and residents hope that the initiative will help reduce Shenzhen’s traffic problems and related pollution burden, while promoting public transportation and other modes of environmentally friendly mobility. What worked during the Shenzhen Universiade, however, is yet to be proven on a daily basis. On average, automobile density in the city amounts to three hundred cars per kilometer, and rush hour traffic jams remain a headache for many commuters.

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              October 11, 2012

              From Autobahn to Bioregion

              John Thackara wants to replace "faster" with "closer"

                John Thackara.

                © Emily Qualey

                Driving a two thousand kilogram SUV to collect a three hundred gram pizza may seem normal now—but to our children, when they are old enough to drive, it will sound like madness.They’ll be shocked by our greedy use of space, matter, energy, and land—just to move around. They’ll grieve at the ways mobility damaged the biosphere, our only home.

                Designers are developing a dazzling array of responses to this challenge. The Web site Newmobility.org lists 177 different approaches to sustainable mobility; these range from bus rapid transit (BRT), car-free days, and demand-responsive transport (DRT) to hitch-hiking, pedestrianization, smart parking, and van pooling. Plug-in electric cars are especially popular with politicians and car companies—but EVs are not a long-term solution. They may be emission-free locally—but a whole system, well-to-tank assessment reveals true costs that include conflict minerals in their batteries and the dirty energy needed to run them.

                We once hoped that the Internet would replace trips to the mall; that air travel would give way to teleconferencing; and that digital transmission would replace the physical delivery of books and videos. Technology did enable these new kinds of mobility—but in addition to, not as replacements for, the old kinds. The Internet, by enabling these global flows, amplified resource intensity in the economy as a whole. The rhetoric of a “weightless” economy, the “death of distance,” and the “displacement of matter by mind” sound ridiculous, in retrospect.

                The fundamental problem is not that our vehicles burn the wrong kind of fuel. The problem is that our economy, and the systems that support it, perpetuate patterns of land use that render the way we live unsupportable.

                Rather than tinker with symptoms—by inventing hydrogen-powered vehicles, or turning gas stations into battery stations—the more pressing design task is to rethink the way we use time and space.

                Information network designers are ahead of us here. In the speed-obsessed computer world, they fight against delays measured in milliseconds. They struggle constantly with latency—the delay caused by the time it takes a message to travel between two processing nodes. They also fight attenuation—a weakening of the signal as it travels further from its source. Information is like food: its quality declines as it moves to faraway places. Their solution is to change the word "faster" to the word "closer." They move processors closer to the data and, guided by the "law of locality," they move the vast majority of network capacity to ultra-local uses.

                Nature can be an even better guide. The biosphere is the result of 3.8 billion years of iterative, trial-and-error design, and nature, in the words of Janine Benyus, “does not commute to work.” Nature also teaches us that sustainability is the property of a system; it is not a thing to be added to the world. By giving priority to the vitality and health of the places where we live, and acting accordingly, our focus will evolve, quite naturally, from the autobahn to the bioregion.

                John Thackara is a member of the jury for the Audi Urban Future Award 2012.

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                Heterogeneous City

                Yeşim Ustaoğlu calls for an urban life free of homogenizing forces

                  Yeşim Ustaoğlu

                   

                  © Yeşim Ustaoğlu

                  Our lives are now lived in the isolation of a cage: in super luxurious, high-security residences; in supertall office buildings; in shopping centers that promise social activity but kill all sense of it. City dwellers live in what are essentially ramparted castles. City life is thwarted by imposing steel-and-glass structures that rise in the name of cultural development and econmical enterprise. It is irony in the extreme.

                  I watch in horror as grandiose buildings, which herald and represent the latest in urban renewal, encroach on and destroy the surronding cultural heritage. One of the fundamental requirements of this isolated lifestyle is private transport—the endless commute. It is nearly possible to exist entirely on ring roads and isolated motorways without ever really touching or breathing the heart of the city.

                  We need to reassess the concept of local community life. Small, honest, evenly spaced homes on bright streets. The grocer at a walking distance, the village shop, the local café where we can read the morning newspaper, the parks where we can feel and smell the trees and land we live on are so much more precious to me than the walled up luxury of high-security residences.

                  I believe it so important that we can take our child’s hand and walk with her to the community school. These characterless, robotlike satellite residences are devoid of any personal identity or creativity. In contrast, an independant community with a real history that can look after itself, I believe, affords far more intrinsic security and intellectual freedom. Instead of moving away from one another, I recommend moving closer together.

                  If it were left to me, rather than move toward satellite developments and residences, I believe it possible to move toward more evenly spaced models. In this way, the city would not lose its congruity and integrity, as every one of its inhabitants inherits and inhabits the same bright and enjoyable landscapes. All citizens—old, young, able-bodied, or disabled—must be able to live as a free and functioning part of the whole. After all, it is not just the good of the individual on whom one must concentrate but the good of the enviroment itself is at stake.

                  Priority and care must similarly be taken for the cultural, natural, and historical heritage of the city itself; this is of particular personal importance for myself in the case of İstanbul. On this point, it is with great respect and humility that we must approach solving the problems of energy sources and the creation of a clean and efficient public transportation system. These must be done without any harm to the citys’ heritage or character and without any waste of time or energy. An efficient metro system and ferry service are my recommendations.

                  Within my concept, the subject of the car is a complex issue. The car offers independence, freedom, and the discovery of new terrain. It affords spontaniety and choice, which must be protected, too.

                  I believe that city life means to be free to walk the streets, stop at any point to look up, and get up and go at anytime.

                  Yeşim Ustaoğl is a member of the jury for the Audi Urban Future Award 2012.

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                  A lecture series by David Banister

                  @ Vrije Universiteit Brussel, October 15, 2012

                  Prof. Dr. David Banister of Oxford University will be awarded with the BIVEC-GIBET Chair by the Benelux Interuniversity Association of Transport Researchers (BIVEC-GIBET). For that he is giving a series of three linked lectures on the Sustainable Mobility Paradigm. The first one is about “Planetary boundaries and low carbon urban mobility.”

                  The lecture is part of David Banister's current research on five main areas: policy scenario building, reducing the need to travel, climate change, energy and environmental modelling, transport investment and economic development, and rural transport and employment.

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