The Organization for Economic Cooperation and Development has described Norway's economic performance as a "paradox". Other scholars also refer to it as a "puzzle". The concept has been developed due to the combination of low innovation and high economic performance in the country. Even when the rents of oil and gas sector are excluded, Norway's productivity and income are among the highest in the world. However, at the same time Norwegian R&D investment has a relatively small share of the country's GDP compared to other industrial economies.
The Schumpeterian Approach plays an important role in the theoretical perspective of innovation-and-growth literature. Joseph Schumpeter analysed the role of radical innovations and evaluated the importance of their influences on the economic system. Other scholars such as Freeman and Nelson continued the research by emphasizing the paradigmatic- and sector-specific views of the whole technological change process combined with the economic growth.
Analysis and critique
Although the concept of Norwegian "paradox" has been used in the literature, other researchers have presented further analysis and critique. Fagerberg posits that the "paradox" should be analysed by combining three interrelated aspects of Norwegian economic development: innovation, path-dependency, and policy. Norway's innovative performance had been scientifically influenced by the ability of Norwegian entrepreneurs, firms, and public sector actors. They were able to understand the hidden opportunities, mobilize resources, adopt current capabilities and develop new ones, and development of appropriate institutions and policies helped to support successful growth.
Furthermore, the historical development of Norway's national innovation system was impacted by the path-dependency. Norway has not been successful in developing non-resource based industries, yet managed to achieve substantial results in resource-based industry development and resource-based innovation elaboration. Norway's resource-based sectors have beneficially contributed to developing knowledge and adapting to new challenges. Finally, Norwegian institutions and politics managed to extend a relatively narrow definition of science, technology, and innovation policy. Due to this, broad perspective of innovation systems was successfully implemented.
Other scholars have suggested different analysis of the Norwegian "paradox". Fulvio Castellacci argued that characterization of Norway's economy as a combination of low innovation and high economic performance is inaccurate; the problem is not with innovative activities yet as it is commonly believed; it is more related to the sectoral composition of the economy.
- OECD (2007) Economic Surveys: Norway, Paris: OECD
- Castellacci, F. (2008). "Innovation in Norway in a European perspective". Nordic Journal of Political Economy 34: 1–43.
- Fagerberg, J.; et al. (2009). "Innovation-systems, path-dependency and policy: The co-evolution of science, technology and innovation policy and industrial structure in a small, resource-based economy". TIK Working Papers Innovation Studies No. 20080624.