Productivity across European regions is related to three types of networks that mediate R&D-related knowledge spillovers: trade, co-patenting and geographical proximity. Both our panel and instrumental variable estimations for European regions suggest that network relations are crucial sources of R&D spillovers, but with potentially different features. Both import and co-patenting relations affect local productivity directly, but spillovers from innovation-leading regions are effective only when they are import-mediated and when recipient regions have a solid knowledge base. From a policy perspective, this may frustrate recent European policy initiatives, such as Smart Specialization, which are designed to benefit all regions in Europe
Collaboration is the cornerstone of European innovation policy, because it stimulates the recombinat...
International audienceThis article builds upon the empirical results concerning localised knowledge ...
Agglomeration and spillovers are key phenomena of technological innovation, driving regional economi...
Productivity across European regions is related to three types of networks that mediate R&D-related ...
Productivity across European regions is related to three types of networks that mediate R&D-related ...
The geography of innovation traditionally concentrates on localised knowledge spillovers, yet neglec...
This paper investigates the impact of “relational” spillovers, arising from participation in Europea...
This paper aims at investigating inter-regional knowledge spillovers across European sub-national re...
Research on the impact of innovation on regional economic performance in Europe has fundamentally fo...
Is the knowledge creation process linear or characterized by feedback relations among actors involve...
In agglomeration studies the effects of various regional externalities related to knowledge spillove...
This article analyses the effect of knowledge spillovers from academic research on regional innovati...
The aim of this paper is to estimate the effect of research externalities across space, in generatin...
This paper explores the spatial distribution of innovative activity and the role of technological sp...
Collaboration is the cornerstone of European innovation policy, because it stimulates the recombinat...
International audienceThis article builds upon the empirical results concerning localised knowledge ...
Agglomeration and spillovers are key phenomena of technological innovation, driving regional economi...
Productivity across European regions is related to three types of networks that mediate R&D-related ...
Productivity across European regions is related to three types of networks that mediate R&D-related ...
The geography of innovation traditionally concentrates on localised knowledge spillovers, yet neglec...
This paper investigates the impact of “relational” spillovers, arising from participation in Europea...
This paper aims at investigating inter-regional knowledge spillovers across European sub-national re...
Research on the impact of innovation on regional economic performance in Europe has fundamentally fo...
Is the knowledge creation process linear or characterized by feedback relations among actors involve...
In agglomeration studies the effects of various regional externalities related to knowledge spillove...
This article analyses the effect of knowledge spillovers from academic research on regional innovati...
The aim of this paper is to estimate the effect of research externalities across space, in generatin...
This paper explores the spatial distribution of innovative activity and the role of technological sp...
Collaboration is the cornerstone of European innovation policy, because it stimulates the recombinat...
International audienceThis article builds upon the empirical results concerning localised knowledge ...
Agglomeration and spillovers are key phenomena of technological innovation, driving regional economi...