Regina Betz – författare

Carbon markets – both emission trading systems and baseline and credit systems – are an increasingly common policy instrument being introduced to address climate change mitigation. However, their design is crucial to ensure that they deliver cost-effective emission reductions while maintaining environmental integrity. This Element puts together a comprehensive, principle-based overview of the risks and abuses to environmental integrity and cost effectiveness that have emerged for carbon markets at all jurisdictional levels around the world, provides concrete examples, and offers effective policy and governance solutions to overcome such risks. This title is also available as Open Access on Cambridge Core.

Carbon markets - both emission trading systems and baseline and credit systems - are an increasingly common policy instrument being introduced to address climate change mitigation. However, their design is crucial to ensure that they deliver cost-effective emission reductions while maintaining environmental integrity. This Element puts together a comprehensive, principle-based overview of the risks and abuses to environmental integrity and cost effectiveness that have emerged for carbon markets at all jurisdictional levels around the world, provides concrete examples, and offers effective policy and governance solutions to overcome such risks. This title is also available as Open Access on Cambridge Core.

Carbon markets – both emission trading systems and baseline and credit systems – are an increasingly common policy instrument being introduced to address climate change mitigation. However, their design is crucial to ensure that they deliver cost-effective emission reductions while maintaining environmental integrity. This Element puts together a comprehensive, principle-based overview of the risks and abuses to environmental integrity and cost effectiveness that have emerged for carbon markets at all jurisdictional levels around the world, provides concrete examples, and offers effective policy and governance solutions to overcome such risks. This title is also available as Open Access on Cambridge Core.

The EU emissions trading scheme is the largest emissions control scheme in the world, capping almost half of European CO2 emissions. As the scheme emerges from its pilot phase, this special issue of Climate Policy journal analyses the lessons learned from the last two years and their implications for phase II.

The volume presents some of the key analyses that helped inform the European Commission''s decisions on national allocation plans, with research ranging from detailed country-by-country comparisons to more generic analysis that puts forward the case for harmonization. Challenging calls to seperate electricity from other sectors, a macroeconomic study suggests that the biggest efficiency gains come from inter-sectoral trading, even more than international trading. Empirical papers, which look at the expected scarcity of allowances in the market and merge models for the power and non-power sectors to project emissions and contrast these to the aggregate allocation volume, are complemented by two numerical simulations of trade and distributional effects, estimating the efficiency gains of the EU ETS in phase I and assessing allocation and distribution effects in the RGGI context.

The EU emissions trading scheme is the largest emissions control scheme in the world, capping almost half of European CO2 emissions. As the scheme emerges from its pilot phase, this special issue of Climate Policy journal analyses the lessons learned from the last two years and their implications for phase II.

The volume presents some of the key analyses that helped inform the European Commission''s decisions on national allocation plans, with research ranging from detailed country-by-country comparisons to more generic analysis that puts forward the case for harmonization. Challenging calls to seperate electricity from other sectors, a macroeconomic study suggests that the biggest efficiency gains come from inter-sectoral trading, even more than international trading. Empirical papers, which look at the expected scarcity of allowances in the market and merge models for the power and non-power sectors to project emissions and contrast these to the aggregate allocation volume, are complemented by two numerical simulations of trade and distributional effects, estimating the efficiency gains of the EU ETS in phase I and assessing allocation and distribution effects in the RGGI context.

The EU emissions trading scheme is the largest emissions control scheme in the world, capping almost half of European CO2 emissions. As the scheme emerges from its pilot phase, this special issue of Climate Policy journal analyses the lessons learned from the last two years and their implications for phase II.The volume presents some of the key analyses that helped inform the European Commission's decisions on national allocation plans, with research ranging from detailed country-by-country comparisons to more generic analysis that puts forward the case for harmonization. Challenging calls to seperate electricity from other sectors, a macroeconomic study suggests that the biggest efficiency gains come from inter-sectoral trading, even more than international trading. Empirical papers, which look at the expected scarcity of allowances in the market and merge models for the power and non-power sectors to project emissions and contrast these to the aggregate allocation volume, are complemented by two numerical simulations of trade and distributional effects, estimating the efficiency gains of the EU ETS in phase I and assessing allocation and distribution effects in the RGGI context.