Learning And Innovation In Natural Resource Based Industries

This book develops and articulates a new perspective on the relationship between natural resources and development by foregrounding issues of innovation, knowledge, and industrial dynamics. Despite growing academic attention to the relationship between economic development and natural resources in social sciences, the issue has received rather limited attention in the field of Innovation Studies. This is problematic given the centrality of innovation and technological change for growth and development. Against that background, this book makes three contributions. Firstly, it summarizes and synthesizes existing insights about learning and innovation in Natural Resource Based Industries. Secondly, it develops new insights based on original research work. Thirdly, it distils and explains the remaining research challenges in the field. Containing important insights for researchers, businesses, and policymakers, this book will be useful to all those with an interest in navigating a natural resource based development pathway. This book was originally published as a special issue of Innovation and Development.

This book rejects the idea that natural resource industries are doomed to slow growth. Rather, it examines the case of Norway to demonstrate that such industries can prove highly innovative and dynamic. Here, the case is compellingly made that a key empirical problem with the popular ‘resource curse’ argument is that some of the richest countries in the world – namely Norway, Sweden, Canada and Australia – have all developed fast-growing economies based on natural resources. Analysis of innovation and knowledge development in natural resource industries reveal important new insights about the role of learning and innovation. These insights are key to understanding variances in growth levels between natural resource-based economies. Ranestad illustrates how Norway’s high economic performance is built on knowledge-based natural resource industries. While Norwegian industries may have originated because of foreign technology and expertise, they thrived due to further developments carried out by organisations within Norway. Ranestad looks at how these developments were possible due to the country’s high level of human capital, capacity for knowledge absorption and ability to adapt to new global technological and economic circumstances.

The contexts range from farmer field schools, to floodplain management and community forestry.

Economic diversification remains at the top of the agenda for hundreds of regions around the world. From the single commodity economies of African countries and the Caribbean, to the many single industry regions of Europe and North America, as well as the oil and gas rich but volatile hydrocarbon economies. Economic diversification policies have been around for almost a century with varying degrees of success and failure. Economic Diversification Policies in Natural Resource Rich Economies takes a special interest in the policy experiences of a set of different countries that have extractive industries representing significant drivers of their economies and subsequently are significant contributors to government revenues. It explores twelve cases including upper-middle to high income economies such as Canada, Australia, Iceland and Norway, emerging economies such as Latin America, the GCC (Saudi and UAE), Kazakhstan, Malaysia and Russia, as well as the developing economy of Uganda. Each chapter provides a review of economic diversification experiences including policy environment, diversification strategies, desired outcomes, the role of government, and a critical evaluation of achievements. This book is suitable for those who study environmental economics, development economics and resource management.

Innovation in Forestry Territorial and Value Chain Relationships Edited by Gerhard Weiss, Davide Pettenella, Pekka Ollonqvist and Bill Slee Innovation is increasingly recognized as a key factor in environmental protection and sustainable development in forestry and forest-based industries. This volume provides a comprehensive theoretical foundation for the analysis of innovation processes and policies in a traditional, rural sector as well as presenting empirical analyses of innovation processes from major innovation areas. Innovative solutions are analysed in wood-related value chains, including timber-frame construction, furniture, bio-energy and forest transportation. Territorial services of the forest sector are examined, including various types of forest ecosystem services such as carbon sequestration, non-wood products and recreation. Innovation in Forestry is essential reading for researchers and policy makers in forestry and environmental sciences.

The concept of National Innovation Systems is well established in academic research and enthusiastically adopted by policymakers. Yet there are relatively few in-depth studies of individual national innovation systems. This book provides just that, a model for the application of the concept to an individual economy. Leading scholars provide a detailed analysis of the particular circumstances of Norway - a high income, high productivity, resource rich economy, with relatively modest investment in R&D, and a remarkable track record of social equity. The authors argue that investment in human capital may be more significant than any formula for R&D investment. The book includes contributions from historians, economists, and political scientists, and offers an unparalleled account of the development of one of the world's most successful economies. It will be essential reading fro academics and policymakers concerned with innovation and growth.

Several senior natural resource analysts study the role played by innovation, particularly technological innovation, in the pursuit of heightened productivity. Increasing the output of a given input improves a firm‘s bottom line, makes it more competitive internationally, and reduces the potential for resource depletion and shortages. Thus, high productivity is a necessary ingredient of economic prosperity. This book illustrates the importance of technological innovation in achieving an acceptable level of output and efficiency. In this important new offering, a team of resource scholars describes and chronicles the development of recent innovations in selected natural resource industries. The authors also reveal the causes, sources, and net effect of such innovation on productivity. In all of these sectors productivity has increased considerably since the early 1980s, although the level of improvement varies across industries. To what degree did technological innovation contribute to that increase? Individual detailed case studies detail important innovations in America‘s coal, petroleum, copper, and forest industries. The primary focus is on extraction and production technologies, although the existence and importance of innovation in other areas such as management technique also enter the picture. For example, the combination of new technology with restructuring seems to have breathed new life into a floundering U.S. copper industry. The authors describe the origin and diffusion of important innovation, and the concluding chapter quantifies the net effect of such innovation on productivity.

International agricultural research is expanding beyond the development of annual crop technologies for individual farms to the development of longer-tern natural resource management techniques for entire landscapes. But technologies of practices with a long lag time between investment and returns are unlikely to be adopted by farmers unless they have secure rights to the underlying resources (property rights). Similarly, technologies that span multiple farms are unlikely to be adopted unless neighbors and groups work together (collective action). But little is know about the way property rights and collective action in developing countries mediate the adoption of technologies by farmers and groups. To address this information gap, this volume brings together international experts in economics, sociology, and natural resource management to examine the links among property rights, collective action, and technological change for a variety of technologies across a rage of community contexts in the developing world.