The evolution of science policy and innovation studies
Highlights
► Identifies most influential contributions in the field of science policy and innovation studies. ► Analyses the disciplinary origins and subsequent development of the field including the evolving links with other fields. ► Reveals the growing dominance of US authors and explores possible reasons for this. ► Shows how the field has begun to coalesce around evolutionary economics, an interactive model of innovation, ‘systems of innovation’, and the resource-based view of firm. ► Discusses whether innovation studies is perhaps in the early stages of becoming a discipline.
Introduction
The field of science policy and innovation studies (SPIS) is now around 50 years old. From humble beginnings involving just a few researchers in the late 1950s, it has grown to become a significant field involving several thousand researchers (Fagerberg and Verspagen, 2009). Some of its contributions have had a major impact on neighbouring disciplines as well as within the field itself. It is therefore timely to look back and analyse what has been achieved.
The overall aim of this exploratory study is to systematically identify the most influential intellectual developments in the field of SPIS and analyse how these have evolved over time with a view to addressing the following research questions. First, what are the intellectual origins of the field and the disciplines upon which it has drawn, and how have these relationships evolved over time? Secondly, is the field beginning to coalesce around a common conceptual framework and set of analytical tools? Thirdly, are there potential links with other fields that are either absent or only weakly developed, and, if so, why? Fourthly, what is the geographical breakdown of important SPIS advances, in particular with regard to the relative contributions of North America and Europe, and what might explain that breakdown? Finally, is SPIS perhaps in the early stages of becoming a discipline?
To address these questions, however, we first need to construct a systematic overview of the field. Such an overview may be useful for research students or ‘newcomers’ to the field, and to academic faculty developing lecture courses and reading lists. It may also offer SPIS ‘insiders’ a more comprehensive ‘map’ of field as a whole, especially of areas seen as less directly linked (e.g. work on medical or health innovations, or on organisational and other non-technological forms of innovation). More specifically, it might enable researchers to identify ‘gaps’ in the field, or potential synergies between previously rather separate bodies of research, and hence offer guidance as to where they might most fruitfully concentrate their efforts. Lastly, the article may provide some insights as to how ideas originate and come to exert a major influence and how research fields develop. (However, detailed analysis of the factors affecting the impact of influential publications is left to future research.)
In what follows, Section 2 first defines the scope of the field of ‘science policy and innovation studies’, while Section 3 reviews the literature on previous attempts to map or review the field, including similar studies in neighbouring social science fields. Section 4 sets out the methodology employed to identify the SPIS contributions that have had most impact on the academic community. Section 5 then analyses the origins and early development of the field, as social scientists from a number of disciplines began to become interested in science, technology and innovation, while Section 6 focuses on the most influential contributions from the 1980s onwards, showing how SPIS by then was becoming a more coherent field centred on the adoption of an evolutionary economics framework, an interactive model of the innovation process, the concept of ‘systems of innovation’, and the resource-based view of the firm. Lastly, Section 7 discusses the broad findings with regard to the original research questions, assessing how far SPIS has coalesced as a field and whether there are any ‘missing links’ with neighbouring fields that, if developed, might further strengthen the field. We consider the large and growing dominance of US authors and identify possible reasons for this. Finally, we explore the question of whether SPIS is perhaps in the early stages of becoming a discipline.
Section snippets
Definition and scope of field of ‘science policy and innovation studies’
Before proceeding further, we need to specify exactly the focus of analysis in this review. One problem is that different people have labelled the various research activities on which we are focussing in different ways. Another is that those labels have changed over time. For example, in the 1960s, a common designation was ‘science policy’ (or ‘research policy’), while in the 1970s and 80s various combinations of science, technology and innovation (and variations on these such as engineering
Literature review
Next, let us consider the relationship of this study to previous efforts to review the field. There have been several such attempts in textbooks or handbooks and in review articles. Highly cited examples include Freeman [1974 & 1982], Freeman and Soete [1997], Nelson and Winter [1977], Dosi [1988], Griliches [1990] and Brown and Eisenhardt [1995].2
Methodology for identifying the main academic contributions to SPIS
In what follows, we focus on the main ‘academic’ contributions to the field of SPIS. One might ask why we do not instead attempt to identify the most important contributions to policy or management practice, given that many would see the ultimate aim of field as being to contribute to more effective policy or management. Certainly, there have been numerous instances of impact on policy or management practice,3
Pre-history
Although the SPIS field can be said to have begun to emerge just over 50 years ago in the late 1950s, there were important ‘pre-cursor’ publications before that. In this ‘pre-history’ phase, the central figure is undoubtedly Schumpeter, with two books [1934 & 1942] cited well over 2000 times and a third [1939] 1300 times (see Table 1).13
The field matures
Up to the end of the 1970s, much of the research carried out in the emerging field of SPIS was experimental in nature. In addition, although there were some exceptions (such as SPRU and PREST), many contributions came from individual social sciences with little direct engagement between them, at least initially.30
Discussion and conclusions
In this review, we have seen how the key intellectual ‘foundations’ of SPIS have emerged and developed, in particular, the ‘evolutionary economics’ alternative to the neo-classical tradition, the interactive model of the innovation process, the notion of ‘systems of innovation’, and the ‘resource-based view’ of firm. Moreover, while research on each of these initially was rather independent of the others, over time these strands have come together and begun to ‘fuse’. While we are still clearly
Concluding remarks
This article has attempted to identify the key intellectual contributions to the field of science policy and innovation studies over the last 50 years. Along with Fagerberg et al. (2012), it represents one of the first attempts to identify and analyse influential SPIS contributions on the basis of highly cited publications, and appears to be one of the most comprehensive and systematic studies of this type among social sciences more generally. In the case of SPIS, we have seen how, beginning in
Acknowledgements
A major part of the research reported here was completed at the Centre for Advanced Study, Norwegian Academy of Science and Letters, Oslo, during 2007–2008 in the project led by Jan Fagerberg on ‘Understanding Innovation’; the author is grateful to the Centre for the facilities and support provided. The article has benefited substantially from discussions with Giovanni Dosi, Jan Fagerberg, Frank Geels, Benoit Godin, the late Hariolf Grupp, Magnus Gulbrandsen, Bengt-Åke Lundvall, Stan Metcalfe,
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