We analyse the innovative activity of European regions in the fields of biotechnology and semiconductor technology. We explain regional patenting levels from publication levels within each region and nearby regions to account for local knowledge spillovers. We extend this approach by including...

We propose a research program to analyse spatial aspects of the science system. First, we provide a review of scientometric studies that already explicitly take the spatial dimension into account. The review includes studies on (i) the spatial distribution of research and citations, (ii) the...

This study analyses the changing effect of physical distance and territorial borders (regional, national, language) on the intensity of research collaboration across European regions. Using data on all co-publications between 313 regions in 33 European countries for the period 2000-2007, we find...

We analyse inter-regional research collaboration as measured by scientific publications and patents with multiple addresses, covering 1316 NUTS3 regions in 29 European countries. The estimates of gravity equations show the effects of geographical and institutional distance on research...

The geography of innovation traditionally concentrates on localised knowledge spillovers, yet neglects collaboration networks as a means to access knowledge outside the region. Using publication and patent data for 1316 regions in the EU27 plus Norway and Switzerland, we find that both localised...