This book introduces the basic tools of dynamic optimization in economics to study environmental problems, applies econometric methods to estimate and test the models derived by dynamic optimization, and discusses environmental problems in a broad perspective, including the design and implementation of environmental policies. Although the coverage is selective, it represents what the author has to offer from his perspective and experience gained in research in dynamic optimization, econometrics and policy analysis, especially for China. The volume is self-contained for readers with mathematical background of first-year graduate students in the analytical fields of science and engineering but only limited training in economics, while an economics text presumes more knowledge of economics. Once the tools are mastered, the reader can pursue his own research on the topic if he is interested, or simply become a more mature citizen in the global economy.

This revised and updated guide to the environmental economics of development projects demonstrates how the environmental impacts of projects can be translated into monetary values. The theoretical bases are examined, and the techniques themselves given detailed exposition, supported by extensive case studies illustrating a wide range of applications. The text should become a useful complement to all standard forms of project analysis.

It has always been thought that some level of pollution and waste is unavoidable in development projects. But no one has made much effort to quantify and assess the extent of this sort of damage. In this book a group of analysts from the Asian Development Bank and from the East West Center propose a means of constructing useful economic evaluations of the impacts of development projects on the environments in which they are constructed. This study demands the systematic evaluation of all the intentional and unintentional consequences of development initiatives before they are determined upon. It is essential reading for development economists, analysts and bankers. Originally published in 1986

Monographic compilation of conference papers on economic analysis of environmental problems in the USA - includes results of microeconomic research studies concerning pollution control, resources conservation, resource allocation problems, etc. Flow charts, references and statistical tables. Conference held in Chicago 1972 November 10 and 11.

The relationship between economic growth and the environment is at the forefront of public attention and poses serious challenges for policymakers around the world. Economic Analysis of Environmental Policy, a textbook for advanced undergraduate and graduate courses, provides a rigorous and thorough explanation of modern environmental economics, applying this exposition to contemporary issues and policy analysis. Opening with a discussion of contemporary pollution problems, institutional players and the main policy instruments at our disposal, Ross McKitrick develops core theories of environmental valuation and optimal control of pollution. Chapters that follow cover issues like tradable permits, regulatory standards, emission taxes, and polluter liability as well as advanced topics like trade and the environment, sustainability, risk, inequality, and self-monitoring. Throughout, McKitrick uses clear, intuitive, and coherent analytical tools, so that students, academics, and practitioners can develop their policy analysis skills while comprehending the debates and challenges at the frontier of this exciting and rapidly-developing field.

A framework is concisely presented for the economic analysis of pollution problems and for evaluating proposed solutions. The substantial recent literature on environmental economics is reviewed and related to Ontario environmental policy. Topics include the theory of externalities as an explanation of environmental problems, policy objectives, costs of information and monitoring, and the impact of these costs on control policy selection. Three case studies of specific pollution problems – sulphur dioxide from a smelter, lead from downtown factories, and urban automobile emissions – are given, and possible solutions explored. The authors' methodology is applicable not only to air and water pollution but also to noise, aesthetic degradation, and solid waste. This study will be welcomed by specialists, civil servants, and students trying to understand the economic aspects of environmental maintenance.