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Urban High-Technology Zones offers essential planning insights for our increasingly high-tech economy and society, looking at the role the built environment plays, the policy factors that contribute to their formation and growth, quality-of-life impacts of high tech clusters on their surrounding communities, and economic geography. Using a combination of advanced geospatial data-driven techniques with evidence-based insights, the book provides quantitative measures on high tech cluster's social, environmental and economic impacts. While findings are from drawn cities in the US, the book's spatial analyses, methodology, research conclusions and literature reviews are generalizable to cities around the world. Users will find numerous insights and guidance on the role high-tech clusters play in how cities reach their economic growth and social equity goals, making it a useful resource for academic research and policy guidance. - Draws on disaggregated firm-level data to provide strong analytical granularity - Includes numerous and diverse case studies focusing economic externalities, policy implementation, and institutional barriers - Examines such issues as housing affordability and high-tech clusters' place attributes

Clusters - regional concentrations of related firms and organizations - are seen as being an important element of economic growth and innovation. But there is little understanding of how clusters come into existence, and little guidance provided on the role of policies that are conducive to the formation of clusters. Cluster Genesis focuses on these early origins of clusters. The case histories of well-known, established clusters, as well as more recently-developed clusters are discussed, including: · The Hollywood motion picture cluster, · Silicon Valley, · Boston and San Francisco biotech regions, · The Biotech industry in China, · Medicon Valley in Scandinavia, · The Irish ITC sector. Leading scholars contribute chapters examining cluster genesis, the divergent processes by which clusters arise, how multinationals contribute to cluster development, and how economic development policy may promote or hinder cluster genesis. Cluster Genesis uses a variety of methodological perspectives, examines a range of policy options, and draws on a number of rich case histories, and will be key reading for academics, researchers, and students of Economics, Innovation, Sociology, Geography, and Management Studies, as well as economic development officials and policy makers.

This book investigates cluster-life-cycle (CLC) analysis to inform the entrepreneurial discovery process (EDP), in order to support the effectiveness of the smart specialization strategy (S3). It focuses on the evolutionary analysis of clusters’ development stages (emergence, development, maturity, decline/transformation), highlighting how different phases of the CLC have a different role in informing S3-policy-making and identifying regions’ potentials to specialize. In so doing, it offers an original conceptual model that explains what information can be provided by CLC analysis in the effective design and implementation of S3 and EDP, systematizes clusters' stage-specific features, and unveils the role played by each CLC stage. It contributes to the emerging academic debate on the role of the CLC concept in policy-making, by highlighting the importance of CLC analysis in dynamically investigating regional contexts and tailoring development policies such as S3. The book is an invaluable resource for academics and regional policy makers, providing them with guidance and recommendations on how to effectively approach the design and implementation of S3 and EDP, by fully tapping the potential of CLC analysis.

This book takes the approach that all local economic clusters have something in common. It does this by putting specific case studies into a wider perspective.

The social sciences have sophisticated models of choice and equilibrium but little understanding of the emergence of novelty. Where do new alternatives, new organizational forms, and new types of people come from? Combining biochemical insights about the origin of life with innovative and historically oriented social network analyses, John Padgett and Walter Powell develop a theory about the emergence of organizational, market, and biographical novelty from the coevolution of multiple social networks. In the short run, they argue, actors make relations, but in the long run, they argue, actors make actors. Organizational novelty arises from spillover across intertwined networks, which tips reproducing biographical and production flows. This theory is developed through formal deductive modeling and through a wide range of careful and original historical case studies, ranging from early capitalism and state formation, to the transformation of communism, to the emergence of contemporary biotechnology and Silicon Vally. -- from back cover.

'This volume is an important step in furthering the discussion about how cluster strategies work and the implications for theory and policy.' – Jennifer Clark, Review of Regional Studies The role of innovations and clusters has increasingly dominated local and regional development policies in recent decades. This authoritative and accessible Handbook considers important aspects of high-tech clusters, analyses insightful cluster case studies, and provides a number of recommendations for cluster policies. The chapters in this Handbook are written by international experts in the field and present evidence of the scope, effects, and potential of clusters as concentrations of innovative activities. The authors emphasize that cluster development is not the only option for local and regional development and argue that for cluster policies to be worthwhile, supporting policies in fields such as education, R&D, transportation, and communication infrastructure must accompany most cluster policies. Furthermore, several contributions stress that clusters often develop along a life cycle that may end with decline and even the disappearance of clusters. Consequently, this Handbook provides the basis for improving both research on innovation and clusters and the formulation and implementation of cluster policies. Furnishing the reader with rich, comprehensive discussion of innovations and clusters, this Handbook will be an essential source for researchers and academics in the field, as well as policymakers, planners and specialists, development experts and agencies, and consultants.

Various theories have been put forward as to why business and industry develops in clusters and despite good work being carried out on path dependence and dynamics, this is still very much an emerging topic in the social sciences. To date, no overarching theoretical framework has been developed to show how clusters evolve. Unfolding Cluster Evolution aims to address this gap by presenting theoretical and empirical research on the geography of innovation. This contributed volume seeks to shed light on the understanding of clusters and its dynamic evolution. The book provides evidence to suggest that traditional perspectives from evolutionary economic geography need to be wedded to management thinking in order to reach this point. Bringing together thinking from a range of disciplines and countries across Europe, this book explores a wide range of topics from the capability approach, to network dynamics, to multinational corporations, to firm entry and exit and social capital. This book will be of interest to policy makers and students of urban studies, economic geography, and planning and development.

This book tackles the issue of technological and economic catch-up by examining the role that public research institutions and local policy play in the promotion of this process by fostering local science-technology linkages with incoming foreign-owned multinationals.

To explain the importance of scientific research and technological innovation for industrial countries and in particular for the EU, in order to improve or to maintain economic leadership, is the central idea of this volume. It starts with a historical and theoretical perspective on scientific-technological innovation and its importance for industrial growth. Then it analyzes EU policy framework and strategies for R&D and it presents several national success stories both from EU and non-EU countries to confirm the theoretical perspective.