Suchergebnisse

chapter 1 Introduction -- part Part I Evolution, behavior, and learning -- chapter 2 Evolution and learning�the rise of behavioral plasticity -- chapter 3 Motivation and well-being -- chapter 4 Propagation of behavioral determinants -- part Part II Coordination, cooperation, and social welfare -- chapter 5 The significance of the group for the evolution of order and cooperation -- chapter 6 Welfare and evolution -- chapter 7 Conclusions.

As raw and processed materials constitute a major share of the cost of inputs to industrial production in all developed countries and since the raw material crisis in 2009 revealed the criticality of the raw material supply worldwide, the increasingly efficient use of material resources has become an important point on the political agenda. One way to promote this increase is funding of research in efficiency-increasing technology innovations. Data describing the physical and economic effects of sixteen such innovations are used to model on the basis of input-output analysis the employment effect of these technologies once their full application potential in Germany would be exploited. It turns out that the employment effect is positive and its strong robustness is based on the combination of three promoting factors, each of which alone increases the likelihood of increasing employment. These factors refer to the profitability of efficiency-increasing technologies and to the import of foreign value added and the change in labour productivity characterizing many instances of material efficiency increase.

As raw and processed materials constitute a major share of the cost of inputs to industrial production in all developed countries and since the raw material crisis in 2009 revealed the criticality of the raw material supply worldwide, the increasingly efficient use of material resources has become an important point on the political agenda. One way to promote this increase is funding of research in efficiency-increasing technology innovations. Data describing the physical and economic effects of sixteen such innovations are used to model on the basis of input-output analysis the employment effect of these technologies once their full application potential in Germany would be exploited. It turns out that the employment effect is positive and its strong robustness is based on the combination of three promoting factors, each of which alone increases the likelihood of increasing employment. These factors refer to the profitability of efficiency-increasing technologies and to the import of foreign value added and the change in labour productivity characterizing many instances of material efficiency increase.

Although fundamental innovations can make especially important contributions to the environmental soundness of economic progress, they are often impeded by path dependency and lock-in on the part of established technologies. Because the intensity of the latter effect changes in time, it is possible to identify and strategically use windows of opportunity - periods in which successful transition is greatly facilitated. In the case of the mobile fuel cell, economies of scale, learning and network effects are among the most important techno-economic determinants of such a window. Other more political determinants are political guidance and supranational agreements. All effects were combined to form a time strategy that allows innovation policy to effectively push the new technology at the lowest possible cost for the economy.

Existing research on the international transfer of climate technologies has so far largely concentrated on the transfer of mitigation technologies. However, the UNFCCC's decision to adopt the Cancún Adaptation Framework reflects the increasing political priority that is given to climate adaptation in general, as well as to the development and transfer of adaptation technologies. Given this situation, the objective of this case study is to explore the specific drivers and barriers pertaining to the international transfer and diffusion of membrane bio-reactors (MBR), a water treatment technology that enables the reclamation and reuse of water and helps to reduce the negative impacts of climate change. While this technology has largely been developed in industrialized countries, many of those countries that are most vulnerable to draughts and water scarcity belong to the developing world. Therefore, this case study analyzes the international transfer of MBR technology to two emerging economies, Brazil and China. Methodologically, the case study combines quantitative evidence, e.g. trade and patent data, with qualitative evidence gained from the analysis of the relevant legal and political framework in Brazil and China, as well as from insights gained from eight personal interviews with experts representing MBR companies and policy makers.

Existing research on the international transfer of climate technologies has so far largely concentrated on the transfer of mitigation technologies. However, the UNFCCC's decision to adopt the Cancún Adaptation Framework reflects the increasing political priority that is given to climate adaptation in general, as well as to the development and transfer of adaptation technologies. Given this situation, the objective of this case study is to explore the specific drivers and barriers pertaining to the international transfer and diffusion of membrane bio-reactors (MBR), a water treatment technology that enables the reclamation and reuse of water and helps to reduce the negative impacts of climate change. While this technology has largely been developed in industrialized countries, many of those countries that are most vulnerable to draughts and water scarcity belong to the developing world. Therefore, this case study analyzes the international transfer of MBR technology to two emerging economies, Brazil and China. Methodologically, the case study combines quantitative evidence, e.g. trade and patent data, with qualitative evidence gained from the analysis of the relevant legal and political framework in Brazil and China, as well as from insights gained from eight personal interviews with experts representing MBR companies and policy makers.