The channels and mechanisms of knowledge flows define the links that make up production and innovation systems. As such, they relate directly or indirectly to all policies that affect such systems. Knowledge flows are also directly related to intellectual property protection policies and competition policies that create the infrastructure supporting various forms of formal interaction among economic agents in production and innovation systems. Knowledge Flows in European Industry presents the results of an extensive research programme funded by the European Commission to empirically appraise the dissemination of knowledge relevant to the innovative activities of European manufacturing and service sectors. It explores the extent, density, and mechanism of innovation-related knowledge flows affecting the innovative capacity of European industry and the mechanisms that support such flows, as well as examining incentives to access and transmit results and the determinants of knowledge transmission. Featuring contributions from leading international scholars including Anthony Arundel and Bent Dalum, this interdisciplinary volume focuses on questions of interest to regional, national, and pan-European science, technology and innovation policy, and will be an important read for those involved in business and management as well as those in the field of economics.

Featuring contributions from leading international scholars, this interdisciplinary book presents the results of an extensive European Commission funded research study focusing on questions of interest to science, technology and innovation policy.

The book provides conceptual and empirical insights into the complex relationship between knowledge flows and regional growth in the EU. The author critically scrutinizes and enhances the RIS (Regional Innovation System) approach, discussing innovation as a technological, institutional and evolutionary process. Moreover, she advances the ongoing discourse on the role of space and technological proximity in the process of innovation and technological externalities. The book closes with an investigation of the role of technological change and knowledge spillovers in the dynamic growth and “catching-up” of EU regions. ​

Uses new empirical evidence to propose an integrated approach for achieving strong industrial and technological capabilities to form the basis for regional and national economic development. Draws on the experiences of European and Latin American countries to show that sociotechnical constituencies play a crucial role in innovation-based economic development at both regional and national levels. Discussion integrates long-standing debates on areas such as agency structure and micro-meso-macro analysis. Lopez-Martinez is affiliated with the National University of Mexico. Piccaluga is affiliated with the University of Lecce. Annotation copyrighted by Book News Inc., Portland, OR

This is a book of high interest for scholars, practitioners and policymakers interested in innovation, knowledge flows and respective policies. A number of well known authors investigate drivers of innovation, the dynamics of networks, and the role of platforms in both high and low-tech sectors applying a framework of knowledge capability, knowledge phases and "worlds of production" amongst others. Investigated sectors include food and drinks, tourism, automotive industry, ICT, media, KIBS, and biotechnology. Examples of private and public policy platforms illustrate the theme

Innovation, which in essence is the generation of knowledge and its subsequent application in the marketplace in the form of novel products and processes, has become the key concept in inquiries concerning the contemporary knowledge based economy. Geography plays a decisive role in the underlying processes that enable and support knowledge formation and diffusion activities. Place specific characteristics are considered especially important in this context, however, more recently investigation into innovative capacity of places has also turned its attention to external knowledge inputs through innovation networks, and increasingly recognize the evolutionary character of the processes that lead to knowledge creation and subsequent application in the marketplace. The chapters that comprise this book are embedded at the intersection of the dynamic processes of knowledge production and creative destruction. The first three contributions all discuss the role of global innovation networks, in the context of territorial and/or sectoral dynamics, while the following two chapters investigate the evolution of regional or metropolitan knowledge economies. The final three contributions adopt a knowledge base approach in order to provide insight into the organisation of innovation networks and spatiality of knowledge flows. This book was published in a special issue of European Planning Studies.

The exchange of knowledge between science and industry has been a focus of innovation research and policy for many decades. New developments in the way technologies are generated, shared, and transferred into new products, services, and business models are currently re-emphasising science-industry interactions. Main drivers are the emergence of open innovation models, the increased internationalisation of innovation processes, the rise of digital platforms, new modes of governance in public research, and the enlarged role of disruptive innovations. At the same time, the measurement of knowledge flows is still limited, and indicators on recent trends in science-industry interaction are lacking. This limits innovation policy in monitoring changes and addressing challenges. A conference in October 2019 in Berlin brought together industry representatives, researchers, and policy makers to discuss these developments and how the measurement of science-industry links could be improved. This policy brief summarises key trends in science-industry collaborations, presents existing indicators and discusses ways to improve our indicator system on knowledge flows between science and industry in order to better inform policy.

This edited volume describes the spatial diffusion of knowledge and innovation using a large dataset at the regional level, and presents scientific evidence on the role of knowledge and innovation on regional development. The empirical results support a new design for innovation policies at the regional level, which could help the European Union to achieve the targets set up in its 2020 Agenda. Today, financial capital, general information, consolidated technologies and codified knowledge are readily available virtually everywhere. However, the ability to organize these ‘pervasive’ factors into continuously innovative production processes and products is by no means pervasive and generalized; rather, it exists selectively only in some places where tacit knowledge is continuously created, exchanged and utilized and business ideas find their way to real markets. Territorial Patterns of Innovation provides evidence that, contrary to popular belief, local knowledge intensity does not necessarily guarantee higher innovation performance. Moreover, the book shows that the growth benefits deriving from innovation do not necessarily match the strength of the formal local knowledge base, and that regions innovating in the absence of a strong local knowledge base can be as successful as more knowledge-intensive regions in turning innovation into a higher growth rate. Together, the contributions in this book offer a new understanding of the relationship between knowledge, innovation and regional performance by delving beyond generally held beliefs. It will be of value to regional scientists, industrial economists and policymakers.

The need for effective knowledge transfer among public and private research has never been greater than it is today. Companies, universities and research and technology organisations understand that leadership in their respective fields depends upon collaborating productively with each other, in ways that support and reinforce their distinct yet complementary missions. By now, the working practices and professional skills required for effective knowledge transfer are widely known and well documented. Unfortunately, many difficulties still remain, often relating to a need to better understand respective partners' interests and motives, to improve the management of intellectual property rights and deal with unrealistic expectations. At present, we are simply not capitalising adequately on the knowledge that is at our disposal. It is much easier to overcome these difficulties when sound conditions are established that provide a basis for long-term trust and lead to simple and effective rules of engagement at grass roots level. When we published the Handbook of Responsible Partnering, which contains guidelines based on good practices, we called on governments to give greater priority to establishing these conditions, and to work towards greater consistency across national boundaries. We have been promoting these guidelines widely within the business and public research communities during the past two years. We are grateful to the European Commission for now highlighting this priority also and for documenting important lessons learnt. We ask all governments to take notice of these lessons, and to continue the processes of reform and improvement necessary to secure European leadership in the knowledge economy.