| WG3 - Technical SummaryContents1 Scope of the Report  
  1.1 Background1.2 Broadening the Context of Climate Change Mitigation
 1.3 Integrating the Various Perspectives
 2 Greenhouse Gas Emissions Scenarios  
  2.1 Scenarios2.2 Greenhouse Gas Emissions Mitigation Scenarios
 2.3 Global Futures Scenarios
 2.4 Special Report on Emissions Scenarios
 2.5 Review of Post-SRES Mitigation Scenarios
 3 Technological and Economic Potential of Mitigation Options  
  3.1 Key Developments in Knowledge about Technological 
    Options to Mitigate GHG Emissions in the Period up to 2010-2020 since the 
    Second Assessment Report3.2 Trends in Energy Use and Associated Greenhouse Gas 
    Emissions
 3.3 Sectoral Mitigation Technological Options
  
    3.3.1 The Main Mitigation Options in the Buildings 
      Sector3.3.2 The Main Mitigation Options in the Transport Sector
 3.3.3 The Main Mitigation Options in the Industry 
      Sector
 3.3.4 The Main Mitigation Options in the Agricultural 
      Sector
 3.3.5 The Main Mitigation Options in the Waste Management 
      Sector
 3.3.6 The Main Mitigation Options in the Energy Supply 
      Sector
 3.3.7 The Main Mitigation Options for Hydrofluorocarbons 
      and Perfluorocarbons
 3.4 The Technological and Economic Potential of Greenhouse 
    Gas Mitigation: Synthesis 4 Technological and Economic Potential of Options to Enhance, 
  Maintain, and Manage Biological Carbon Reservoirs and Geo-engineering  
  4.1 Mitigation through Terrestrial Ecosystem and Land 
    Management4.2 Social and Economic Considerations
 4.3 Mitigation Options
 4.4 Criteria for Biological Carbon Mitigation Options
 4.5 Economic Costs
 4.6 Marine Ecosystem and Geo-engineering
 5 Barriers, Opportunities, and Market Potential of Technologies 
  and Practices  
  5.1 Introduction5.2 Sources of Barriers and Opportunities
 5.3 Sector- and Technology-specific Barriers and Opportunities
 6 Policies, Measures, and Instruments  
  6.1 Policy Instruments and Possible Criteria for their 
    Assessment6.2 National Policies, Measures, and Instruments
 6.3 International Policies and Measures
 6.4 Implementation of National and International Policy 
    Instruments
 7 Costing Methodologies  
  7.1 Conceptual Basis7.2 Analytical Approaches
  
    7.2.1 Co-Benefits and Costs and Ancillary Benefits 
      and Costs7.2.2 Implementation Costs
 7.2.3 Discounting
 7.2.4 Adaptation and Mitigation Costs and the Link 
      between Them
 7.3 System Boundaries: Project, Sector, and Macro
  
    7.3.1 Baselines7.3.2 Consideration of No Regrets Option
 7.3.3 Flexibility
 7.3.4 Development, Equity, and Sustainability Issues
 7.4 Special Issues Relating to Developing Countries and 
    EITs7.5 Modelling Approaches to Cost Assessment
 8 Global, Regional, and National Costs and Ancillary Benefits  
  8.1 Introduction8.2 Gross Costs of GHG Abatement in Technology-detailed 
    Models
 8.3 Costs of Domestic Policy to Mitigate Carbon Emissions
 8.4 Distributional Effects of Carbon Taxes
 8.5 Aspects of International Emission Trading
 8.6 Ancillary Benefits of Greenhouse Gas Mitigation
 8.7 "Spillover" Effects from Actions Taken in 
    Annex B on Non-Annex B Countries
 8.8 Summary of the Main Results for Kyoto Targets
 8.9 The Costs of Meeting a Range of Stabilization Targets
 8.10 The Issue of Induced Technological Change
 9 Sectoral Costs and Ancillary Benefits of Mitigation  
  9.1 Differences between Costs of Climate Change Mitigation 
    Evaluated Nationally and by Sector9.2 Selected Specific Sectoral Findings on Costs of Climate 
    Change Mitigation
  
    9.2.1 Coal9.2.2 Oil
 9.2.3 Gas
 9.2.4 Electricity
 9.2.5 Transport
 9.3 Sectoral Ancillary Benefits of Greenhouse Gas Mitigation9.4 The Effects of Mitigation on Sectoral Competitiveness
 9.5 Why the Results of Studies Differ
 10 Decision Analytical Frameworks 
  10.1 Scope for and New Developments in Analyses for 
    Climate Change Decisions10.2 International Regimes and Policy Options
 10.3 Linkages to National and Local Sustainable Development 
    Choices
 10.4 Key Policy-relevant Scientific Questions
 11 Gaps in Knowledge
 
 A Report of Working Group III
 of the Intergovernmental Panel on Climate Change
 This summary was accepted but not approved in detail at the Sixth Session of 
  IPCC Working Group III (Accra, Ghana · 28 February - 3 March 2001). "Acceptance" 
  of IPCC reports at a session of the Working Group or Panel signifies that the 
  material has not been subject to line-by-line discussion and agreement, but 
  nevertheless presents a comprehensive, objective, and balanced view of the subject 
  matter.
 Lead Authors:
 Tariq Banuri (Pakistan), Terry Barker (UK), Igor Bashmakov (Russian Federation), 
  Kornelis Blok (Netherlands), John Christensen (Denmark), Ogunlade Davidson (Sierra 
  Leone), Michael Grubb (UK), Kirsten Halsnæs (Denmark), Catrinus Jepma 
  (Netherlands), Eberhard Jochem (Germany), Pekka Kauppi (Finland), Olga Krankina 
  (Russian Federation), Alan Krupnick (USA), Lambert Kuijpers (Netherlands), Snorre 
  Kverndokk (Norway), Anil Markandya (UK), Bert Metz (Netherlands), William R. 
  Moomaw (USA), Jose Roberto Moreira (Brazil), Tsuneyuki Morita (Japan), Jiahua 
  Pan (China), Lynn Price (USA), Richard Richels (USA), John Robinson (Canada), 
  Jayant Sathaye (USA), Rob Swart (Netherlands), Kanako Tanaka (Japan), Tomihiro 
  Taniguchi (Japan), Ferenc Toth (Germany), Tim Taylor (UK), John Weyant (USA)
 Review Editor:Rajendra Pachauri (India)
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