目录 Introduction Part 1 Innovation Strategy for Green Growth / 1 1 Green Development and Innovation in China / 3 2 Green Innovations and CO2 Emissions in a Growth Perspective: Competition, Growth, Welfare Analysis and Policy Implications / 19 3 Are There Any First and Second Mover Advantages for Eco-pioneers? Lead Market Strategies for Environmental Innovation / 41 4 Exporting Green Technologies:Prerequisites and Perspectives for China and Germany / 64 5 An Evaluation on Driving Forces for Green Innovation in China / 83 6 Will the European Emission Trading Scheme Promote Green Innovation in the European Industry? / 96 Part 2 Innovation Policies for Green Growth / 117 7 Innovation Policies for Green Growth in China / 119 8 Governance of Innovation Alliances in Green Industries / 135 9 The Regional Innovation Capacity Construction for Green Growth: An Essential Way to be an Innovative Country/ 156 10 Are Regional Clusters Necessary for Innovation? Case of German Wind Turbine Innovation Clusters/ 171 Part 3 Industrial Innovation for Green Growth / 189 11 The Competitive Position of German and Chinese Photovoltaic Companies in International Markets / 191 12 Role of Entrepreneurial Region in Development of Photovoltaic Industry of China / 210 13 Innovations for Electro-mobility and Renewable Energies: Prospects for Chinese and German Firms / 227 14 Low Carbon Industrial Development in Chongqlng: Automotive Industry as Example / 244 Part 4 Enterprise Technology Innovation and Future Challenges for Green Growth / 257 15 Green Technologies--Germanys and Chinas Activities in Renewable Energies / 259 16 Lead Market Potential for Phosphorus Recycling Technologies in Germany / 275 17 The Greening of Human Resources Management in China / 297 18 Firms Innovation Strategies in Relation to Green Growth / 314
精彩内容 While the above argument may be valid to some extent, it should not be overlooked that the industrial modernization of OPEC countries in a world economy with lower prices of nonrenewable energy sources is likely to have advanced faster than it currently is and this would mean that global innovation dynamics might be stronger without OPEC market power; whether a general increase in innovation dynamics implies more green innovation dynamics has to be clarified on the basis of empirical analysis. A typical problem concerning the raise of relative oil/energy prices is the socalled Dutch disease problem which means that a natural resource boom will distract part of production factors from the tradable sector and raise the ratio of non-tradable wages to the wages in the tradable sector-and as the tradable sector expands in relative size,the country will suffer from a current account deficit and possibly even from lower long run growth( an effect which typically will incur if the tradable sector is more competitive than the non-tradable sector).The analysis of van der Ploeg(2011) shows that the size of the economy also plays a role:lf the natural resource windfall is large,capital goods have to be produced at home and,of course,adjustment to natural resource windfall takes time.ln the case of a small open economy facing a considerable windfall gain from a natural resource boom,it might be possible for the repective country to import capital and to attract sufficient migrant labor so that the Dutch disease will be avoided.Note that one may add:If the importing country(Ⅰ) is big,there will be a rise of the world real interest rate as the rising import of capital goods from country(Ⅱ) implies an increasing scarcity of capital abroad.
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