Creating Broader Research Impacts through Boundary Organizations

Climate science research documents and predicts changes in the physical environment. This information informs policy decisions and public programs through the design of human interventions that promote adaptive management. Since the early 2000s, federal funding has led to the creation of transdisciplinary regional climate workgroups to facilitate integrative knowledge coproduction and promote shared use of research results by scientific and nonscientific stakeholders. Labeled “boundary organizations,” these workgroups are tasked with facilitating partnerships between climate science researchers and practitioners with expertise in multiple physical and social science disciplines. When these organizations are successful, scientific findings and practitioner experiences are integrated to synergistically create usable knowledge about adaptive management that provides direct public value and creates broader societal impacts. This article explores the broader impacts provided by these boundary organizations through the establishment of regional research agendas and the communication of research results in ways that influence regional public policy and promote adaptive management.     

Measuring Technological Change in Greece

This paper uses the Growth Accounting methodology to estimate technological change, as well as labor and capital productivity in the various sectors of the Greek economy over the period 1988–1998. The results show that the technological level, as measured through annual growth in Total Factor Productivity, has remained practically unchanged. Meanwhile, technological change accounts for about 40% of economic growth, which is slightly lower compared with the relative performance of other O.E.C.D. countries. Finally, our main findings are, in general terms, consistent with estimates by other researchers.      

Measurement of R&;D Multipliers: The Case of Greece

The present paper applies empirically the methodology of backward and forward R & D multipliers for the case of Greece, which, despite its high growth rates in output (G.D.P.), ranks last among European Union (E.U) countries in R&D expenditure. The backward R&D multipliers measure the total amount of R&D expenditure embodied in one unit of an industrys final demand. On the other hand, forward multipliers reflect the percentage of an industrys R&D expenditures that is embodied in the final output categories. The results show that the Greek economy experiences a decrease in backward R&D multipliers over the time period 1993–1997, and some policy implications are discussed, regarding the countrys priority to increase R&D diffusion and stimulate R&D financing.