The Model Regulations cover the classification of dangerous goods and their listing, the use, construction, testing and approval of packagings and portable tanks, and the consignment procedures (marking, labelling, placarding and documentation). They aim at ensuring a high level of safety by preventing accidents to persons and property and damage to the environment during transport and, providing at the same time, a uniform regulatory framework which can be applied worldwide for national or international transport by any mode.

The Model Regulations cover the classification of dangerous goods and their listing, the use, construction, testing and approval of packagings and portable tanks, and the consignment procedures (marking, labelling, placarding and documentation). They aim at ensuring a high level of safety by preventing accidents to persons and property and damage to the environment during transport and, providing at the same time, a uniform regulatory framework which can be applied worldwide for national or international transport by any mode.

Urbanization is a global phenomenon that hugely constrains existing transportation infrastructure in cities. Urban transportation (UT) challenges are more significant in developing countries with rapid development as the land occupation is dense.Limited urban space and infrastructure fail to meet the increasing traffic demands and to provide reasonable service quality. Therefore betterment of UT systems is more required than ever. Infrastructural development and transportation operations are mainly directed at citizen welfare and it requires huge capital investments. States initiate urban development by inviting private participation so that operational and commercial risks are minimized and quality of execution is better. Several aspects in planning and management of global UT projects are common. But the approach and solutions are typically developed for a local context and relevance. Specific UT challenges are land use planning, socioeconomic distribution, project designing, implementation, financial analysis and governmental policies. A comprehensive background of UT systems, challenges involved and various approaches adopted by different countries are presented along with five real-life Asian cases. The book is aimed as a one-point reference on modern day developments on urban transportation for a readership of consultants, practitioners, developers, policy makers, and academicians

Urbanization is a global phenomenon that hugely constrains existing transportation infrastructure in cities. Urban transportation (UT) challenges are more significant in developing countries with rapid development as the land occupation is dense.Limited urban space and infrastructure fail to meet the increasing traffic demands and to provide reasonable service quality. Therefore betterment of UT systems is more required than ever. Infrastructural development and transportation operations are mainly directed at citizen welfare and it requires huge capital investments. States initiate urban development by inviting private participation so that operational and commercial risks are minimized and quality of execution is better. Several aspects in planning and management of global UT projects are common. But the approach and solutions are typically developed for a local context and relevance. Specific UT challenges are land use planning, socioeconomic distribution, project designing, implementation, financial analysis and governmental policies. A comprehensive background of UT systems, challenges involved and various approaches adopted by different countries are presented along with five real-life Asian cases. The book is aimed as a one-point reference on modern day developments on urban transportation for a readership of consultants, practitioners, developers, policy makers, and academicians

The seventh of a new, well-received, and highly acclaimed series on critical infrastructure and homeland security, Transportation Protection and Homeland Security is a valuable reference source. The book was fashioned in response to the critical needs of transportation production managers, transportation engineers, security professionals (physical and cyber-security), students, and for anyone with a general interest in the security of transportation infrastructure systems. In Transportation Protection and Homeland Security, the reader will gain an understanding of the challenge of domestic preparedness-that is, an immediate need for a heightened state of awareness of the present threat facing the transportation sector as a potential terrorist target. Moreover, the reader will gain knowledge of security principles and measures that can be implemented-adding a critical component not only to your professional knowledge but also give you the tools needed to combat terrorism in the homeland-our homeland, both by outsiders and insiders.

The airline industry is one of the most fascinating in the world, with roots going back to the earliest years of the 20th century. Not long after the Wright brothers flew successfully for the first time in 1903, interest in aviation for military and commercial purposes began. In the late teens, the United States government began offering potentially lucrative airmail contracts to start-up air carriers and, despite some rough patches along the way, by the 1930s, the industry was beginning to look like the companies we see today; The industry, both in the United States and abroad, continued to grow during the 1950s, 60s, and 70s. By the mid-1970s, Congress decided that economic regulation was no longer necessary and began the process of deregulation by freeing the all-cargo carriers from most CAB oversight in 1977. In 1978, for better or worse, the passenger airlines were deregulated as well. Deregulation transformed the U.S. airline industry forever. New carriers entered the marketplace, while old ones failed and the industry experience such trends as consolidation, globalization and, more recently cost-cutting and downsizing. This book will provide the reader with insight into the nature of the airlines and why companies promulgate the strategies they do. First, the history of commercial air services will be examined, with an initial focus on the United States. After that background, airline operations around the world will be compared and the different types of carriers that comprise the industry will be discussed. Next, the reader will learn about important uncontrollable outside forces (fuel costs, terrorism, economic conditions, etc.) that can have dramatic and potentially devastating impacts on an airline. A discussion of the impact of both economic regulation and deregulation will follow. Finally future opportunities and challenges facing the airline industry will be presented in light of increased global demand and dwindling natural resources.

This book is dedicated to metaheuristics as applied to vehicle routing problems. Several implementations are given as illustrative examples, along with applications to several typical vehicle routing problems. As a first step, a general presentation intends to make the reader more familiar with the related field of logistics and combinatorial optimization. This preamble is completed with a description of significant heuristic methods classically used to provide feasible solutions quickly, and local improvement moves widely used to search for enhanced solutions. The overview of these fundamentals allows appreciating the core of the work devoted to an analysis of metaheuristic methods for vehicle routing problems. Those methods are exposed according to their feature of working either on a sequence of single solutions, or on a set of solutions, or even by hybridizing metaheuristic approaches with others kind of methods.

Several fiery rail accidents in 2013-2015 in the U.S. and Canada carrying crude oil produced from the Bakken region of North Dakota have raised questions at many levels on the safety of transporting this, and other types of crude oil, by rail. Sandia National Laboratories was commissioned by the U.S. Department of Energy to investigate the material properties of crude oils, and in particular the so-called "tight oils" like Bakken that comprise the majority of crude oil rail shipments in the U.S. at the current time. The book provides a literature survey of public sources of information on crude oil properties that have some bearing on the likelihood or severity of combustion events that may occur around spills associated with rail transport. The book also contains background information including a review of the notional "tight oil" field operating environment, as well a basic description of crude oils and potential combustion events in rail transport.

Public transit systems, which receive funding from the federal government, are vulnerable to catastrophic events, as demonstrated by the impact Hurricane Sandy and other events have had on transit systems. These events highlight our reliance on transit systems for access to jobs, medical care, and other services, as well as the cost of recovering from these events. Building resilience -- the ability to prepare for, respond to, recover from, and mitigate the risk of catastrophic events -- is one strategy to help limit the nation's fiscal exposure to catastrophic events. This book examines how DHS and DOT help transit agencies make their systems resilient; actions selected transit agencies take to make their systems resilient; and challenges transit agencies face with making their systems resilient. It also addresses the progress the Department of Transportation has made allocating, obligating, and disbursing the Disaster Relief Appropriations Act surface transportation funds; how the Federal Transit Administration's (FTA) new Public Transportation Emergency Relief program compares to the Federal Emergency Management Agency's (FEMA) and Federal Highway Administration's (FHWA) emergency relief programs; and the extent to which FTA and FEMA have implemented their memorandum of agreement to co-ordinate their roles and responsibilities when providing assistance to transit agencies.

The technological revolution linked to high speed rail (HSR) has been accompanied by myths and claims about its contribution to society and the economy. Although HSR is unquestionably a technological advance that has become a symbol of modernity, this review and analysis of the international experiences shows that the conditions necessary to have a positive impact, economically, socially and environmentally, are enormously restrictive. The Economics and Politics of High Speed Rail: Lessons from Experiences Abroad, by Daniel Albalate and Germa Bel, introduces the main questions policy makers and scholars should examine when considering and studying HSR implementation, with particular emphasis on the US's recent interest in this technology and possible application in California. Albalate and Bel then review the experiences of the most significant implementations of HSR around the globe. This in-depth international perspective includes chapters on the pioneers of HSR (Japan and France), the European followers (Germany, Spain and Italy), as well as Asian experiences in China, Taiwan, and Korea. Albalate and Bel's study provides a clear distinction between the myths and realities associated with this transportation innovation. Among the most relevant findings, this study highlights how HSR projects that do not satisfy highly restrictive conditions-on mobility patterns, measured costs, and economically rational designs-that make it desirable have been the source of huge financial debacles and the economic failure of HSR in most cases, which result in unfortunate consequences for taxpayers. The Economics and Politics of High Speed Rail is a rigorous investigation of the economic and political challenges and ramifications of implementing new public transportation technology.

In Last Exit Clifford Winston reminds us that transportation services and infrastructure in the United States were originally introduced by private firms. The case for subsequent public ownership and management of the system was weak, in his view, and here he assesses the case for privatization and deregulation to greatly improve Americans' satisfaction with their transportation systems.

This text will be of interest to policy-makers, industry consultants and students of industrial economics and management alike who feel attracted and pay attention to strategic and structural elements of network economies. The book is also designed as a text for a course in business strategy and a supplementary text for industrial organisation. In contrast to strategy texts that tend to do a comprehensive covering of descriptive material, the author identifies and focuses on specific issues that offer analytical insights and have applications in industry analysis. The selection of the material springs from academic and consultancy work in ICT related network industries. The central theme is the interplay of competition and cooperation along vertical and horizontal industry lines. This forms the core base of business strategy relating to the growth of business and complementary activities through innovation, mergers and related strategic choices. Coverage includes: 1. High Speed Technology Competition (HSTC), 2. Vertical Competition and Outsourcing in a Supply Chain (VCOSC) 3. Supply-Chain Coopetition (SCOOP), 4. Co-operative R&D, Collusion and High Tech Competition (COOP) 5. R&D Cooperation with Product Differentiation (TCRDCOOP), 6. Competition in Network Markets (CNM), 7. Open Source Technologies (OST), 8. Increasing Returns Mechanism (IRM), 9. Internet Competition (IC).

This book is dedicated to research on transportation accidental injury and damage, including the pre-injury and immediate post-injury phases. It also includes studies of human, environmental and vehicular factors influencing the occurrence, type and severity of transportation accidents and injury; the design, implementation and evaluation of countermeasures; biomechanics of impact and human tolerance limits to injury; modelling and statistical analysis of accident data; policy, planning and decision-making in safety and prevention of traffic accidents.

This examination of transport economics brings alive economic theories for students, elucidating traditional concepts by applying them to a real world context. It examines the microeconomic concepts that underpin this sector and the implications for transport markets with real examples from across the EU. Also available is a companion website with extra features to accompany the text, please take a look by clicking below - http://www.palgrave.com/economics/transport/Home.aspx

This comprehensive survey of transportation economic policy pays homage to a classic work, Techniques of Transportation Planning, by renowned transportation scholar John R. Meyer. With contributions from leading economists in the field, it includes added emphasis on policy developments and analysis. The book covers the basic analytic methods used in transportation economics and policy analysis; focuses on the automobile, as both the mainstay of American transportation and the source of some of its most serious difficulties; covers key issues of urban public transportation; and analyzes the impact of regulation and deregulation on the U.S. airline, railroad, and trucking industries. In addition to the editors, the contributors are Alan A. Altshuler, Harvard University; Ronald R. Braeutigam, Northwestern University; Robert E. Gallamore, Union Pacific Railroad; Arnold M. Howitt, Harvard University; Gregory K. Ingram, The Wold Bank; John F. Kain, University of Texas at Dallas; Charles Lave, University of California, Irvine; Lester Lave, Carnegie Mellon University; Robert A. Leone, Boston University; Zhi Liu, The World Bank; Herbert Mohring, University of Minnesota; Steven A. Morrison, Northeastern University; Katherine M. O'Regan, Yale University; Don Pickrell, U.S. Department of Transportation; John M. Quigley, University of California, Berkeley; Ian Savage, Northwestern University; and Kenneth A. Small, University of California Irvine.

Urban transportation problems abound across America, including jammed highways during rush-hours, deteriorating bus service, and strong pressures to build new rail systems. Most solutions attempt either to increase transportation capacity (by building more roads and expanding mass transit) or to manage existing capacity (through HOV restrictions, exclusive bus lanes, and employer-based policies such as flexible work hours). This book develops an alternative solution to urban transportation problems based on economic analysis, but well aware of the political constraints on policymakers. The authors estimate that efficient pricing and service policies could save more than $10 billion in annual net benefits over current practices, but argue that powerful, entrenched political and institutional forces will continue to thwart efficient economic solutions to improve urban transportation. They believe, however, that some form of privatization would likely improve social welfare more than an efficient public sector system. Facing fewer operating restrictions, greater economic incentives, and stronger competitive pressures, private suppliers could substantially improve the efficiency of urban operations and offer services that are more responsive to the needs of all types of travelers. The authors conclude that policymakers have bestowed huge benefits on the public by allowing the private sector to play a leading and unencumbered role in the provision of intercity transportation. Public officials should take the next step and allow the private sector to play a leading role in the provision of urban transportation.

Authors' ad copy***Use whenever possible*** The Clean Air Act of 1991 and the Intermodal Surface Transportation Efficiency Act of 1994 require that metropolitan transportation planning agencies give high priority to the improvement of air quality. Under these laws, transportation planners must design regional highway and transit systems that contribute substantially to the attainment of federal air quality standards. This new requirement reveals important limitations to the standard methods by which transportation planners do their work. The mathematical models and statistical techniques used by transportation planners appear to be inadequate to enable them to analyze the air quality implications of alternative transportation plans. This was the situation when a group of environmental organizations brought suit in federal district court alleging that the Metropolitan Transportation Commission in the San Francisco Bay area had violated requirements of these laws in its transportation planning and highway funding activities. This volume provides an account of the legal dispute that pitted environmentalists against regional transportation planners, and which demonstrated that regional transportation planning methods are in need of substantial improvement. This monograph should be of interest to urban planners, environmentalists, public policy analysts, and those who apply mathematical modeling and statistical analysis to questions of public policy. The authors--an attorney and a transportation planner who took part in the lawsuit--analyze the specific arguments made by both sides in this important legal action, and draw from the specific case broader conclusions about the role of technical analysis in public policy making. *************************************************************** Urban planning does not and cannot exist in isolation--there are a large number of external factors that impact on a planner's work including politics and the planning commission; environmental impact studies; and national, state, and local legislation. Focusing on the interrelations between federal legislation, the judicial process, and transportation planning, Transportation Planning on Trial examines the interaction between regional transportation planning and environmental, particularly air, quality. This unique volume is designed to help urban planners understand the legal restrictions and requirements that directly impact how they operate. It considers two recent federal legislation pieces--the Clean Air Act of 1990 and the Intermodal Surface Transportation Efficiency Act of 1991--that mark the most important landmarks in a decade-long shift in emphasis in regional transportation planning. This groundbreaking volume will be vitally important to transportation planners, students of urban and transportation planning, transportation policymakers, environmentalists and environmental lawyers.

This third edition of the late R.J. Salter's successful book has been revised and updated by N.B. Hounsell. Part I covers transportation planning, incorporating new methodological approaches and models. Part II covers highway traffic analysis and design, including updated sections on link and junction design, together with new computer aided design packages. Part III concentrates in traffic signals, with new chapters on microprocessor-based signal control and modern urban traffic control systems. This new edition consolidates the book's position as a practical text of traffic theory and practice, including many worked examples, for undergraduate and postgraduate students of transport and traffic engineering.

Authors' ad copy***Use whenever possible*** The Clean Air Act of 1991 and the Intermodal Surface Transportation Efficiency Act of 1994 require that metropolitan transportation planning agencies give high priority to the improvement of air quality. Under these laws, transportation planners must design regional highway and transit systems that contribute substantially to the attainment of federal air quality standards. This new requirement reveals important limitations to the standard methods by which transportation planners do their work. The mathematical models and statistical techniques used by transportation planners appear to be inadequate to enable them to analyze the air quality implications of alternative transportation plans. This was the situation when a group of environmental organizations brought suit in federal district court alleging that the Metropolitan Transportation Commission in the San Francisco Bay area had violated requirements of these laws in its transportation planning and highway funding activities. This volume provides an account of the legal dispute that pitted environmentalists against regional transportation planners, and which demonstrated that regional transportation planning methods are in need of substantial improvement. This monograph should be of interest to urban planners, environmentalists, public policy analysts, and those who apply mathematical modeling and statistical analysis to questions of public policy. The authors--an attorney and a transportation planner who took part in the lawsuit--analyze the specific arguments made by both sides in this important legal action, and draw from the specific case broader conclusions about the role of technical analysis in public policy making. *************************************************************** Urban planning does not and cannot exist in isolation--there are a large number of external factors that impact on a planner's work including politics and the planning commission; environmental impact studies; and national, state, and local legislation. Focusing on the interrelations between federal legislation, the judicial process, and transportation planning, Transportation Planning on Trial examines the interaction between regional transportation planning and environmental, particularly air, quality. This unique volume is designed to help urban planners understand the legal restrictions and requirements that directly impact how they operate. It considers two recent federal legislation pieces--the Clean Air Act of 1990 and the Intermodal Surface Transportation Efficiency Act of 1991--that mark the most important landmarks in a decade-long shift in emphasis in regional transportation planning. This groundbreaking volume will be vitally important to transportation planners, students of urban and transportation planning, transportation policymakers, environmentalists and environmental lawyers.