How Can We Reduce Transportation Pollution

Vehicles such as cars, trucks, planes, and ships create much of the pollution in our environment. But did you know that engineers have developed cars that don't produce any pollution at all? Or that good city planning greatly reduces the amount of pollution being produced? See what you can do to reduce transportation pollution. As part of the Searchlight BooksTM collection, this series sheds light on an important question—What Can We Do about Pollution? Informative text, compelling photos, and engaging captions will help you find the answer!

Traffic-Related Air Pollution synthesizes and maps TRAP and its impact on human health at the individual and population level. The book analyzes mitigating standards and regulations with a focus on cities. It provides the methods and tools for assessing and quantifying the associated road traffic emissions, air pollution, exposure and population-based health impacts, while also illuminating the mechanisms underlying health impacts through clinical and toxicological research. Real-world implications are set alongside policy options, emerging technologies and best practices. Finally, the book recommends ways to influence discourse and policy to better account for the health impacts of TRAP and its societal costs. Overviews existing and emerging tools to assess TRAP’s public health impacts Examines TRAP’s health effects at the population level Explores the latest technologies and policies--alongside their potential effectiveness and adverse consequences--for mitigating TRAP Guides on how methods and tools can leverage teaching, practice and policymaking to ameliorate TRAP and its effects

Transportation is a significant contributor to national greenhouse gas emissions, and can be part of the Nation's solution to the climate change challenge. The Energy Independence and Security Act (December 2007) called upon the U.S. Department of Transportation (DOT), in coordination with the U.S. Environmental Protection Agency (EPA) and in consultation with the U.S. Global Change Research Program (USGCRP), to conduct a study of the impact of the Nation's transportation system on climate change and strategies to mitigate the effects by reducing greenhouse gas emissions. The study also considers fuel savings and air pollution reduction from these measures. Transportation's Role in Reducing U.S. Greenhouse Gas Emissions is a report to Congress from the U.S. Department of Transportation (DOT) on the potential of transportation strategies to contribute to greenhouse gas reductions. Transportation has a significant impact on national greenhouse gas emissions, and transportation can be part of the nation's solution to the climate change challenge. The Energy Independence and Security Act (December 2007) called upon DOT, in consultation with the U.S. Environmental Protection Agency (EPA) and the U.S. Global Change Research Program (USGCRP), to conduct a study of the impact of the Nation's transportation system on climate change and strategies to mitigate the effects by reducing greenhouse gas emissions from transportation. The study is also to consider fuel savings and air pollution reduction from these measures. This report responds to that directive. Volume 1: Synthesis Report provides an overview of transportation's contribution to greenhouse gas emissions (GHG), analyzes the effectiveness of various strategies available to reduce GHGs from the transportation sector, discusses the role of DOT planning and funding programs in providing a framework for strategic action on climate change, and concludes with five policy actions that Congress may wish to consider. Volume 2: Technical Report provides the technical basis for the summary material and recommendations in Volume 1. This volume, Volume 2, contains detailed technical discussions of the four groups of strategies that can contribute to reducing the carbon footprint of the transportation sector. Each group of strategies is evaluated based on a set of factors including magnitude of GHG reduction, timing of impacts, cost, cobenefits (including fuel savings and air quality), implications for other DOT goals, impacts on infrastructure financing, and feasibility and implementation considerations.

October 1998 A policy considered in isolation may be ineffective because of the countervailing impact of other factors. And the success of a policy may itself lead to perverse incentives. Thus it is important to design complementary policies that support the original goal. Controlling air pollution from urban transport requires attention to land use planning, transport needs and modes, and air quality. Air quality is declining in urban areas, in part because of the rapid motorization of societies worldwide. To combat the problem, various pollution control strategies have been used or proposed for urban passenger transport. Heil and Pargal develop a simple framework to analyze these strategies. The virtue of this framework is its simplicity and its separation of factors. The authors examine the point of impact of different policy levers and categorize different instruments in a way that should help policymakers choose among them. The framework explicitly recognizes behavioral incentives, especially the fact that offsetting changes in consumer behavior can often undermine the original intent of particular policies. Among the findings: * Policies aimed at improving transport efficiency often improve air quality at the same time. * But supply-side policies to relieve traffic congestion sometimes conflict with supply-side measures to control air pollution. Improvements in roads and traffic, for example, may increase private motorized traffic conditions, making it difficult to assess the net effect of the improvements on air pollution. * There seems to be considerable scope for low-cost solutions to air quality problems associated with the transport sector. Inexpensive, low-technology solutions, such as establishing bus lanes or paving dirt roads, substantially improve both transport efficiency and air quality. * Behavioral change is difficult when viable transport alternatives are unavailable. A viable public transport system is essential to reduce transport-caused air pollution in densely populated areas. * Fuel and emission standards should become stricter over time. Standards should be gradually ratcheted up to give domestic auto industries the incentive to develop and adopt cleaner technology. This paper-a product of Infrastructure and Environment, Development Research Group-is part of a larger effort in the group to study the impact of motorization on air pollution. Sheoli Pargal may be contacted at [email protected].

Transportation is a significant contributor to national greenhouse gas emissions, and can be part of the Nation's solution to the climate change challenge. The Energy Independence and Security Act (December 2007) called upon the U.S. Department of Transportation (DOT), in coordination with the U.S. Environmental Protection Agency (EPA) and in consultation with the U.S. Global Change Research Program (USGCRP), to conduct a study of the impact of the Nation's transportation system on climate change and strategies to mitigate the effects by reducing greenhouse gas emissions. The study also considers fuel savings and air pollution reduction from these measures. This report responds to that directive. Volume 1: Synthesis Report provides an overview of transportation's contribution to greenhouse gas emissions (GHG), analyzes the effectiveness of various strategies available to reduce transportation sector GHGs, discusses the role of DOT planning and funding programs for strategic action on climate change, and concludes with five policy options that Congress may wish to consider. This study evaluates potentially viable strategies to reduce transportation greenhouse gas (GHG) emissions. The study was mandated by the Energy Independence and Security Act (P.L. 110-140, December 2007). The Act directed the U.S. Department of Transportation (DOT), in coordination with the U.S. Environmental Protection Agency (EPA) and consultation with the U.S. Global Change Research Program (USGCRP), to conduct a study of the impact of the Nation's transportation system on climate change and strategies to mitigate the effects of climate change by reducing GHG emissions from transportation. This study also examines the potential impact of these strategies on air quality, petroleum savings, transportation goals, costs, and other factors. Each GHG reduction strategy may have various positive impacts (including co-benefits) or negative impacts on these factors. Potential tradeoffs and interdependencies when reducing GHG emissions will need to be considered in order to develop balanced solutions. The study is presented in two parts: Volumes 1 and 2. Volume 1: Synthesis Report provides an overview of the study's findings and discusses policy options that Congress may wish to consider to reduce transportation GHG emissions. Volume 2: Technical Report provides the technical details of the assessment.

While intercity passenger transport counts for about 2% of the total passenger transport volume the share of the total passenger kilometers traveled is estimated more than one third. In many countries the major part of intercity transport is performed by car and air and as a result, the contribution to the carbon footprint is substantially higher than the share of overall passenger transport performance. This creates a challenge to develop a sustainable organization of intercity transport which requires a true joint effort of policy makers, industry sectors and households. This presupposes that all options for reducing the carbon footprint of the transport modes – car, air and rail – are fully exploited through modern propulsion technology, use of regenerative energy and efficient organization of transport processes. Basic conditions for meeting this requirement are an incentive compatible public framework of regulation, taxation, charging and education, the private willingness to adjust to new behavioral patterns and a consequent push of technological progress towards energy and CO2 savings. This book begins with an international comparison of intercity transport and the current state of greenhouse gas emissions (GHG) of this transport segment. A focus is given to comparing the situation in the EU, the US and Japan while describing the more recent development of intercity transport in China, followed by an analysis of intercity transport policies and their contribution to meet the global climate change issues. This book will be of interest to researchers in transportation economics and policy, as well as civil engineering and planning.

There is a growing awareness of the role of the transport sector in efforts aimed at achieving sustainable development. Transport poses a dilemma in that it is necessary for economic and social development, yet it accounts for about 25 per cent of total commercial energy consumed worldwide, and is associated with greenhouse gas emissions, noise pollution and land use impacts. Demand for transport services is expected to grow considerably as economic growth occurs in developing countries and the trend toward urbanisation and globalisation in world trade continues. This report was prepared as part of the activities of the joint United Nations/World Bank project entitled Global Initiatives on Transport Emissions (GITE), and seeks to provide guidance to policy makers on sustainable transport development in both developed and developing countries.

Transportation, Energy Use and Environmental Impacts shows researchers, students and professionals the important connection between transportation planning, energy use and emissions. The book examines the major transportation activities, components, systems and subsystems by mode. It closely explores the resulting environmental impacts from transport planning, construction and the decommissioning of transportation systems. It discusses transportation planning procedures from an energy use standpoint, offering guidelines to make transportation more energy consumption efficient. Other sections cover propulsion and energy use systems, focusing on road transportation, railway, waterway, pipeline, air, air pollutants, greenhouse gas emissions, and more. Shows the relationship between road, rail, maritime, air and pipeline transportation activities with fuel use and pollution, greenhouse gases and waste Provides a comprehensive approach, covering transportation system planning, design and infrastructure construction Synthesizes the needed information and data, explaining how to improve transportation system performance Includes learning aids, such as cases from around the globe, a glossary, extensive bibliography, chapter objectives, summaries and exercises

This title delves into different issues pertaining to transportation pollution and its causes, effects, and how we can proactively deal with it to make our planet a cleaner and healthier place.

Mass transportation has become central to the lifestyle of developed societies - but with what consequences for the environment and, ultimately, human health? Transport and the Environment investigates the major aspects of this emotive subject, with contributions from authors with international reputations for their research in the field. Discussions encompass air transport and its contribution to global pollution, the possible consequences of using hydrogen as a fuel, performance indicators and policy instruments for sustainable transport, the contamination of the atmosphere and surface waters by road vehicles, the impact of surface transport on climate, and the effects of transport pollutants on public health. This authoritative review of the current state of knowledge will be of great value to scientists, policy-makers and students on environmental science and engineering courses.