Community, Scale, and Regional Governance: A Postfunctionalist Theory of Governance, Volume II [Hardcover]

This key volume by two of the world's leading political scientists aims to theorize the structure of governance below the central state.This is the second of five ambitious volumes theorizing the structure of governance above and below the central state. This book is written for those interested in the character, causes, and consequences of governance within the state.The book argues that jurisdictional design is shaped by the functional pressures that arise from the logic of scale in providing public goods and by the preferences that people have regarding self-government. The first has to do with the character of the public goods provided by government: their scale economies, externalities, and informational asymmetries. The second has to do with how people conceive and construct the groups to which they feel themselves belonging. In this book, the authors demonstrate that scale and community are principles that can help explain some basic features of governance, including the growth of multiple tiers over the past six decades, how jurisdictions are designed, why governance within the state has become differentiated, and the extent to which regions exert authority. The authors propose a postfunctionalist theory which rejects the notion that form follows function, and argue that whilst functional pressures are enduring, one must engage human passions regarding self-rule to explain variation in the structures of rule over time and around the world.Transformations in Governanceis a major new academic book series from Oxford University Press. It is designed to accommodate the impressive growth of research in comparative politics, international relations, public policy, federalism, environmental and urban studies concerned with the dispersion of authority from central states up to supranational institutions, down to subnational governments, and side-ways to public-private networks. It brings together work that significantly advances our understanding of the orgl³X