The Evolution of Technologies in Time and Space: From National and Regional to Spatial Innovation Systems

Päivi Oinas, Edward J. Malecki

International Regional Science Review · 2002 · 235 citations · 107 references

Concepts

TL;DR

Spatial innovation systems extend national and regional frameworks by tracking the path‑dependent evolution of technologies across locations over time, emphasizing actors’ external relations and spatial labor divisions among specialized regional systems. The study proposes a spatial innovation systems framework that tracks path‑dependent technology evolution and their intermingling across locations, highlighting the need for future research to understand these dynamics. The study finds that the integrating role of actors’ external relations in spatial innovation systems is still inadequately understood.

Abstract

Complementing existing approaches on national innovation systems (NISs) and regional innovation systems (RISs), the proposed spatial innovation systems (SISs) approach incorporates a focus on the path-dependent evolution of specific technologies as components of technological systems and the intermingling of their technological paths among various locations through time. SISs utilize spatial divisions of labor among several specialized RISs, possibly in more than one NIS. The SIS concept emphasizes the external relations of actors as key elements that transcend all existing systems of innovation. The integrating role of these relations remains inadequately understood to date. This poses a challenge for future research.

References

107