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The growth of car use in several advanced economies has slowed down, stopped, or turned negative. The change can not be attributed to adverse economic conditions alone. Socio-demographic factors, including population ageing and changing patterns of education, working, and household composition matter. Rising urbanization and less car-oriented policies in some cities also reduce the growth of car use, perhaps combined with changing attitudes towards mobility. Some groups choose to use cars less, others are forced to. This report summarizes insights into the drivers of change in car use. It shows that explanations are place-specific, and that projections of future car use are increasingly uncertain. The task for policy-makers is to identify mobility strategies that are robust under an increasingly wide range of plausible scenarios.
Transportation, Automotive --- Economic aspects. --- Automotive transportation --- Highway transportation --- Motor carriers --- Motor transportation --- Road transportation --- Automobiles --- Social aspects
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Transportation, Automotive --- Transportation, Automotive. --- Automotive transportation --- Highway transportation --- Motor carriers --- Motor transportation --- Road transportation --- Automobiles --- Social aspects
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Transportation, Automotive --- Trucks --- Environmental aspects. --- Energy conservation. --- Fuel consumption. --- Automotive transportation --- Highway transportation --- Motor carriers --- Motor transportation --- Road transportation --- Automobiles --- Social aspects
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Chaque année, environ 1.2 million de personnes dans le monde sont tuées sur les routes et 50 millions sont blessées. Mais les accidents ne sont pas une fatalité. Beaucoup peut être fait pour réduire les immenses souffrances qu’ils entraînent ainsi que leurs conséquences économiques. Ce rapport fait le point sur les évolutions et les initiatives récentes pour atteindre des objectifs de sécurité routière de plus en plus ambitieux. Il constitue un examen majeur au niveau international de l’approche pour un « système sûr », qui a déjà été adoptée par quelques pays.
Traffic safety. --- Transportation, Automotive. --- Automotive transportation --- Highway transportation --- Motor carriers --- Motor transportation --- Road transportation --- Automobile driving --- Highway safety --- Road safety --- Traffic accidents --- Safety measures --- Prevention --- Automobiles --- Public safety --- Traffic engineering --- Transportation, Automotive --- Social aspects --- Collision avoidance systems
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This report examines existing regulatory approaches and then explores how performance standards might be used to improve regulatory outcomes. Under a performance-based approach to regulation, standards would specify the performance required from vehicle operations rather than mandating how this level of performance is to be achieved. More flexible performance-based regulations provide for increased innovation and more rapid adoption of new technologies. The report explores the regulatory reform processes in some countries that have led to more direct, outcome-oriented approaches to regulating road transport vehicles.
Transport --- Transportation, Automotive --- Trucking --- Commercial vehicles --- Transportation Economics --- Business & Economics --- Standards --- Commercial motor vehicles --- Road haulage --- Truck freight --- Trucking industry --- Automotive transportation --- Highway transportation --- Motor carriers --- Motor transportation --- Road transportation --- Freight --- Motor vehicles --- Vehicles --- Freight and freightage --- Automobiles --- Social aspects
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"The level of automobility, defined as travel in personal vehicles, is often seen as a function of income: The higher a country's per capita income, the greater the amount of driving. However, levels of automobility vary quite substantially between countries even at similar levels of economic development. This suggests that countries follow different mobility paths. The research detailed in this report sought to answer three questions: What are the factors besides economic development that affect automobility? What is their influence on automobility? What will happen to automobility in developing countries if they progress along similar paths as developed countries? To answer these questions, the authors developed a methodology to identify these factors, model their impact on developed countries, and forecast automobility (as defined by per capita vehicle-kilometers traveled [VKT]) in four developing countries. This methodology draws on quantitative analysis of historical automobility development in four country case studies (the United States, Australia, Germany, and Japan) that represent very different levels of per capita automobility, in combination with data derived from an expert-based qualitative approach. The authors used the latter to assess how these experiences may affect the future of automobility in the BRIC countries: Brazil, Russia, India, and China. According to this analysis, automobility levels in the four BRIC countries will fall between those of the United States (which has the highest per capita VKT level of the four case studies) and Japan (which has the lowest). Brazil is forecasted to have the highest per capita VKT and India the lowest." -- "Abstract" on web page.
Transportation, Automotive --- Automobiles --- Automobile drivers --- Business & Economics --- Transportation Economics --- Social aspects --- Drivers, Automobile --- Autos (Automobiles) --- Cars (Automobiles) --- Gasoline automobiles --- Motorcars (Automobiles) --- Automotive transportation --- Highway transportation --- Motor carriers --- Motor transportation --- Road transportation --- Automobile occupants --- Motor vehicle drivers --- Motor vehicles
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Today we can hardly imagine life in Europe without roads and the automobiles that move people and goods around. In fact, the vast majority of movement in Europe takes place on the road. Travelers use the car to explore parts of the continent on their holidays, and goods travel large distances to reach consumers. Indeed, the twentieth century has deservedly been characteried as the century of the car. The situation looked very different around 1900. People crossing national borders by car encountered multiple hurdles on their way. Technically, they imported their vehicle into a neighboring country and had to pay astronomic import duties. Often they needed to pass a driving test in each country they visited. Early on, automobile and touring clubs sought to make life easier for traveling motorists. International negotiations tackled the problems arising from differing regulations. The resulting volume describes everything from the standardied traffic signs that saved human lives on the road to the Europabus taking tourists from Stockholm to Rome in the 1950s. Driving Europe offers a highly original portrait of a Europe built on roads in the course of the twentieth century.
Roads --- Transportation, Automotive --- History --- Transport. Traffic --- anno 1900-1999 --- Europe --- Highways --- Roadways --- Thoroughfares --- Transportation --- Highway engineering --- Pavements --- History. --- Automotive transportation --- Highway transportation --- Motor carriers --- Motor transportation --- Road transportation --- Automobiles --- Social aspects
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Transport. Traffic --- European Union --- Transportation, Automotive --- Computer network resources --- Transports routiers --- Information électronique --- Computer network architectures --- -Automotive transportation --- Highway transportation --- Motor carriers --- Motor transportation --- Road transportation --- Automobiles --- Architectures, Computer network --- Network architectures, Computer --- Computer architecture --- Social aspects --- Computer network architectures. --- Computer network resources. --- -Computer network resources --- -Architectures, Computer network --- Automotive transportation --- Information électronique --- Développement --- Union européenne --- Transport routier
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Transport is the fastest-growing energy sector world-wide. Every year increasing numbers of drivers at the wheels of ever larger vehicles burn more petroleum products and emit more carbon dioxide. The danger is clear. Nations around the world have taken up the challenge to reduce oil use and the CO2 that comes with it. This report examines the multiple policy approaches being taken by IEA Member countries to reduce transport-related carbon emissions. These include improving fuel economy in new cars and trucks, as well as reducing fuel consumption by vehicles already on the road. Also covered are the use of alternative fuel sources and ways to cut the growth in travel, such as by improving transit systems and using new technologies to reduce congestion. Energy-saving options in freight transport are also explored, such as making trucks and trucking systems more efficient and how to move more goods by rail and water-borne transport. More than twenty different approaches are developed, including some which have been neglected by most IEA countries. The study discusses the benefits and costs of each option, as well as obstacles it faces, and quantifies the effect of each option in reducing oil use and CO2 emissions. Success stories from IEA countries are presented, as well as some stories of failure.
#A0204A --- 540 Luchtverontreiniging --- Transportation --- Carbon dioxide --- Energy consumption --- Transport --- Gaz carbonique --- Energie --- Environmental aspects --- Aspect de l'environnement --- Consommation --- Transportation, Automotive --- Greenhouse gases --- GHGs (Greenhouse gases) --- Heat-trapping gases --- Gases --- Automotive transportation --- Highway transportation --- Motor carriers --- Motor transportation --- Road transportation --- Automobiles --- Social aspects
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This Round Table examines the structure and performance of the road haulage industry, whether there are any economies of scale within it, and the influence of demand on its structure and operations.
Transport --- Transportation, Automotive --- Economies of scale --- Economic specialization --- Business & Economics --- Transportation Economics --- Specialization, Economic --- Economics --- Division of labor --- Economies of size --- Increasing returns --- Scale, Economies of --- Size, Economies of --- Big business --- Costs, Industrial --- Diminishing returns --- Automotive transportation --- Highway transportation --- Motor carriers --- Motor transportation --- Road transportation --- Automobiles --- Social aspects --- 656.1 --- 656.1 Road transport --- Road transport
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