Globalization affects regional economies in a broad spectrum of aspects, from labor market conditions and development policies to climate change. This volume, written by an international cast of eminent regional scientists, provides new tools for analyzing the enormous changes in regional economies due to globalization. It offers timely conceptual refinements for regional analysis.

This textbook offers an introduction to empirical regional economics, including a comprehensive and systematic overview of the fundamentals, history, development, and applications of economic base models. It not only provides a sound basis for regional economics and regional economic analysis, but it also includes numerous applications of the underlying theory. The book has an empirical orientation, highlighting the value of observation and testing in order to explain regional economic behavior. Theory plays an important role in this study, but it is only a starting point. The book is divided into three parts: the first discusses the economic base theory of regional growth and the empirical evidence supporting it, while the second part covers the specification and application of four increasingly complex regional economic models: the economic base model, the input-output model, the interindustry econometric model, and the structural time-series model. Lastly, the third part presents forty-eight regional economic case studies organized under seven headings, including economic cycles, economic policy, and regional forecasting. Given its scope, the book appeals to upper-undergraduate and graduate students majoring in economics, economic geography, and business, as well as to anyone in the private or public sector interested in gaining a better understanding of practical methods of regional economic forecasting and analysis. For additional course material, please check the author's website: https://www.empiricalregionaleconomics.com/

This book deals with the economic modelling of water at the global, national and sub-national levels. It presents a multi-faceted analysis and, while it outlines the theories behind various models, its main purpose is to analyse policy issues and present insights arising from modelling, including a chapter analysing the macroeconomic implications of climate change. Arguably the most compelling reason for publishing a book on the economic modelling of water arises from the fact that agriculture accounts for approximately 70% of water used for economic purposes, while only contributing 4% of global income. Given that water is an essential commodity, this discrepancy may in part be symptomatic of an undervaluation of water due to immature and incomplete markets. In turn, this undervaluation has led to an ongoing misallocation of water. When economic models include water accounts that feed into production functions, they model impacts on the marginal product of water. Policies that improve the link between the marginal product and price of water will improve water allocation, while advanced economic models such as those presented here can enhance our ability to explore the possible impacts of improved policy.

Regional economic development has attracted the interest of economists, geographers, planners and regional scientists for a long time. And, of course, it is a field that has developed a large practitioner cohort in government and business agencies from the national down to the state and local levels. In planning for cities and regions, both large and small, economic development issues now tend to be integrated into strategic planning processes. For at least the last 50 years, scholars from various disciplines have theorised about the nature of regional economic development, developing a range of models seeking to explain the process of regional economic development, and why it is that regions vary so much in their economic structure and performance and how these aspects of a region can change dramatically over time. Regional scientists in particular have developed a comprehensive tool-kit of methodologies to measure and monitor regional economic characteristics such as industry sectors, employment, income, value of production, investment, and the like, using both quantitative and qualitative methods of analysis, and focusing on both static and dynamic analysis. The 'father of regional science', Walter lsard, was the first to put together a comprehensive volume on techniques of regional analysis (Isard 1960), and since then a huge literature has emerged, including the many titles in the series published by Springer in which this book is published.

The book details the innovative TERM (The Enormous Regional Model) approach to regional and national economic modeling, and explains the conversion from a comparative-static to a dynamic model. It moves on to an adaptation of TERM to water policy, including the additional theoretical and database requirements of the dynamic TERM-H2O model. In particular, it examines the contrasting economic impacts of water buyback policy and recurring droughts in the Murray-Darling Basin. South-east Queensland, where climate uncertainty has been borne out by record-breaking drought and the worst floods in living memory, provides a chapter-length case study. The exploration of the policy background and implications of TERM’s dynamic modeling will provide food for thought in policy making circles worldwide, where there is a pressing need for solutions to similarly intractable problems in water management.

This book presents essential advances in analytical frameworks and tools for modeling the spatial and economic impacts of disasters. In the wake of natural disasters, such as Hurricane Katrina, the Haiti Earthquake, and the East Japan Earthquake and Tsunami, as well as major terrorist attacks, the book analyzes disaster impacts from various perspectives, including resilience, space-time extensions, and decision-making strategies, in order to better understand how and to what extent these events impact economies and societies around the world. The contributing authors are internationally recognized experts from various disciplines, such as economics, geography, planning, regional science, civil engineering, and risk management. Thanks to the insights they provide, the book will benefit not only researchers in these and related fields, but also graduate students, disaster management professionals, and other decision-makers.