It has become apparent that the market diffusion of systems using new and renewable sources of energy such as solar systems, wind energy converters etc. is taking place more slowly than expected (see e.g. Jochem et al. 1986, p. 338). This indicates that various barriers to the market introduction of such technologies have been underestimated. This hypothesis is supported by the accelerating effect of strong financial incentives on market diffusion rates of wind energy systems in such countries as Denmark and the USA (see Jochem et al. 1986, p. 340f). It is often pointed out that the macroeconomic and social advantages of new energy technologies such as environmental attractiveness, reduction of dependence on energy imports, or resource preservation and the hidden costs of conventional energy systems are not adequately represented in microeconomic evaluations (see Wicke 1986, p. 12 or Solow 1982, p. 32). The general market pricing mechanism does not seem to work adequately in such cases. In any seriously distorted market, government has to compensate by internalizing the external effects of economic processes (see e.g. Solow 1982, p. 31 or Osterkamp/Schneider 1982, p. 27). Therefore, research efforts to estimate the full costs of energy systems to society are necessary. The knowledge of these full social costs of energy could enable government to take corrective action to help the market mechanism achieve an optimal allocation of resources.
Boycotting tropical timber reduces its economic value and provides an incentive to burn down forests, making them available for subsequent agricultural use or livestock farming. In contrast, a certification scheme for sustainably produced timber (tropical or non-tropical) protects the forests by raising their economic value. Examined here the impact of a certification scheme on German demand for tropical timber. A partial-equilibrium model is developed for the German tropical timber market as a whole as well as for five important submarkets representing 50% of the total demand. The results reveal that a credible certification scheme can induce a significant expansion of demand for sustainably produced tropical timber. This holds true for a scheme restricted to Germany as well as for an OECD-wide approach.
It has become apparent that the market diffusion of systems using new and renewable sources of energy such as solar systems, wind energy converters etc. is taking place more slowly than expected (see e.g. Jochem et al. 1986, p. 338). This indicates that various barriers to the market introduction of such technologies have been underestimated. This hypothesis is supported by the accelerating effect of strong financial incentives on market diffusion rates of wind energy systems in such countries as Denmark and the USA (see Jochem et al. 1986, p. 340f). It is often pointed out that the macroeconomic and social advantages of new energy technologies such as environmental attractiveness, reduction of dependence on energy imports, or resource preservation and the hidden costs of conventional energy systems are not adequately represented in microeconomic evaluations (see Wicke 1986, p. 12 or Solow 1982, p. 32). The general market pricing mechanism does not seem to work adequately in such cases. In any seriously distorted market, government has to compensate by internalizing the external effects of economic processes (see e.g. Solow 1982, p. 31 or Osterkamp/Schneider 1982, p. 27). Therefore, research efforts to estimate the full costs of energy systems to society are necessary. The knowledge of these full social costs of energy could enable government to take corrective action to help the market mechanism achieve an optimal allocation of resources.
Boycotting tropical timber reduces its economic value and provides an incentive to burn down forests, making them available for subsequent agricultural use or livestock farming. In contrast, a certification scheme for sustainably produced timber (tropical or non-tropical) protects the forests by raising their economic value. Examined here the impact of a certification scheme on German demand for tropical timber. A partial-equilibrium model is developed for the German tropical timber market as a whole as well as for five important submarkets representing 50% of the total demand. The results reveal that a credible certification scheme can induce a significant expansion of demand for sustainably produced tropical timber. This holds true for a scheme restricted to Germany as well as for an OECD-wide approach.
Sponsored by the German Marshall Fund of the United States, Washington, D.C. and the Gottlieb-Daimler- and Karl Benz-Stiftung, Ladenburg, FRG"--Prelim. p.
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