Dieter F. Kogler, Adam Whittle, Keungoui Kim, Balázs Lengyel
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The findings indicate that externally oriented inventor collaboration networks increase the likelihood that a new technology specialization enters a region, but this external orientation is less important for related diversification than for unrelated diversification. Further, the results demonstrate that interregional collaboration networks help diversification into unrelated technologies if external knowledge sourcing is based on a diverse set of regions and if collaboration is intense within companies located in distinct regions. Within-firm collaborations across regions can compensate for missing related skills in metropolitan and in nonmetropolitan regions alike but are especially important in nonmetropolitan regions. These results provide new evidence about the importance of knowledge flows within multilocation firms in the technological knowledge diversification of regions.","PeriodicalId":48225,"journal":{"name":"Economic Geography","volume":"34 1","pages":"0"},"PeriodicalIF":7.2000,"publicationDate":"2023-09-21","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"2","resultStr":"{\"title\":\"Understanding Regional Branching: Knowledge Diversification via Inventor and Firm Collaboration Networks\",\"authors\":\"Dieter F. Kogler, Adam Whittle, Keungoui Kim, Balázs Lengyel\",\"doi\":\"10.1080/00130095.2023.2242551\",\"DOIUrl\":null,\"url\":null,\"abstract\":\"The diversification of regions into new technologies is driven by the degree of relatedness to existing capabilities already present in the region. In cases where opportunities for diversification are rather limited, external knowledge that spills over from neighboring regions or from farther away might become an important driver of regional diversification. Despite the relative importance of interregional knowledge flows via collaborative work, we still have a very limited understanding of how collaboration networks across regions might facilitate diversification processes. The present study investigates the diversification patterns of European metropolitan and nonmetropolitan regions into new knowledge domains via technology classes reported in patent applications to the European Patent Office. The findings indicate that externally oriented inventor collaboration networks increase the likelihood that a new technology specialization enters a region, but this external orientation is less important for related diversification than for unrelated diversification. Further, the results demonstrate that interregional collaboration networks help diversification into unrelated technologies if external knowledge sourcing is based on a diverse set of regions and if collaboration is intense within companies located in distinct regions. Within-firm collaborations across regions can compensate for missing related skills in metropolitan and in nonmetropolitan regions alike but are especially important in nonmetropolitan regions. 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Understanding Regional Branching: Knowledge Diversification via Inventor and Firm Collaboration Networks
The diversification of regions into new technologies is driven by the degree of relatedness to existing capabilities already present in the region. In cases where opportunities for diversification are rather limited, external knowledge that spills over from neighboring regions or from farther away might become an important driver of regional diversification. Despite the relative importance of interregional knowledge flows via collaborative work, we still have a very limited understanding of how collaboration networks across regions might facilitate diversification processes. The present study investigates the diversification patterns of European metropolitan and nonmetropolitan regions into new knowledge domains via technology classes reported in patent applications to the European Patent Office. The findings indicate that externally oriented inventor collaboration networks increase the likelihood that a new technology specialization enters a region, but this external orientation is less important for related diversification than for unrelated diversification. Further, the results demonstrate that interregional collaboration networks help diversification into unrelated technologies if external knowledge sourcing is based on a diverse set of regions and if collaboration is intense within companies located in distinct regions. Within-firm collaborations across regions can compensate for missing related skills in metropolitan and in nonmetropolitan regions alike but are especially important in nonmetropolitan regions. These results provide new evidence about the importance of knowledge flows within multilocation firms in the technological knowledge diversification of regions.
期刊介绍:
Economic Geography is a peer-reviewed journal dedicated to publishing original research that advances the field of economic geography. Their goal is to publish high-quality studies that are both theoretically robust and grounded in empirical evidence, contributing to our understanding of the geographic factors and consequences of economic processes. It welcome submissions on a wide range of topics that provide primary evidence for significant theoretical interventions, offering key insights into important economic, social, development, and environmental issues. To ensure the highest quality publications, all submissions undergo a rigorous peer-review process with at least three external referees and an editor. Economic Geography has been owned by Clark University since 1925 and plays a central role in supporting the global activities of the field, providing publications and other forms of scholarly support. The journal is published five times a year in January, March, June, August, and November.