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This thesis investigates the connection betweenenvironmental regulation, technological innovation, and export competitivenessin renewable energy equipment based on a large sample of 225 developed anddeveloping countries from 1990 to 2012. The empirical analysis yields strongsupporting evidence for the narrowly strong Porter Hypothesis as well as forthe lead market theory. The results suggest that environmental regulationdrives innovation and export volumes in solar- and wind-power-related goods.This is particularly the case for well-crafted (i.e. market-based,output-oriented, and clear)…mehr

Produktbeschreibung
This thesis investigates the connection betweenenvironmental regulation, technological innovation, and export competitivenessin renewable energy equipment based on a large sample of 225 developed anddeveloping countries from 1990 to 2012. The empirical analysis yields strongsupporting evidence for the narrowly strong Porter Hypothesis as well as forthe lead market theory. The results suggest that environmental regulationdrives innovation and export volumes in solar- and wind-power-related goods.This is particularly the case for well-crafted (i.e. market-based,output-oriented, and clear) instruments such as carbon trading regimes.Moreover, the data show that early adopters of renewable energy supportpolicies benefit most.
Autorenporträt
Dr. Henning Diederich completed his doctoral thesis under the supervision of Prof. Dr. Wilhelm Althammer at HHL Leipzig Graduate School of Management. He studied economics and management in Leipzig, Cologne, Bangalore, and San Diego and works as a top management consultant.