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Figures, Tables and Boxes
Chapters: 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10
Chapter 1
Figures
Figure 1-1 U.S. Goal is Sound Stewardship of the Earth's Climate System
Figure 1-2 Cabinet-Level Committee on Climate Change Science and Technology Integration
Tables
Table 1-1 Federal Agencies Participating in the U.S. Climate Change Technology Program page
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Chapter 2
Figures
Figure 2-1 Series of CCTP Reports
Figure 2-2 Transportation � A Major End-Use Source of GHG Emissions
Figure 2-3 Electric Power � A Major Energy Supply Source of GHG Emissions
Figure 2-4 CO2 Capture and Storage � A Means for Reducing CO2 Emissions
Figure 2-5 Landfill Gas Capture � A Means for Reducing Emissions of Other GHGs
Figure 2-6 Measuring and Monitoring Systems Inform GHG Mitigation Strategies
Figure 2-7 Fundamental Discoveries Help Overcome Barriers to Technical Progress
Figure 2-8 CCTP-Sponsored Workshop Reviewing the Federal R&D Portfolio
Boxes
Box 2-1 CCTP Portfolio Planning and Investment Criteria
Box 2-2 CCTP Working Groups
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Chapter 3
Figures
Figure 3-1 Emissions of GHGs in 2000
Figure 3-2 Global Mean Radiative Forcing of the Climate System for the Year 2000, Relative to 1750
Figure 3-3 Primary Energy Use Projections Using Various Energy-Economic Models and Assumptions
Figure 3-4 CO2 Emissions Projections from Energy Use Using Various Energy-Economic Models and Assumptions
Figure 3-5 Net CO2 Emissions from Land Use Change
Figure 3-6 Methane Emissions Projections from the EMF-21 Study, With No Explicit Initiatives to Reduce GHG Emissions
Figure 3-7 Nitrous Oxide Emissions Projections from the EMF-21 Study, With No Explicit
Initiatives to Reduce GHG Emissions
Figure 3-8 Radiative Forcing in a Reference Case Scenario
Figure 3-9 Radiative Forcing Levels under Different Degrees of Constraint
Figure 3-10 Illustrative CO2 Emissions Profiles and Corresponding Concentrations
Figure 3-11 Potential Scale of CO2 Emissions Reductions to Stabilize GHG Concentrations: Hypothetical Unconstrained and Constrained Emissions Scenarios
Figure 3-12 World Primary Energy Demand for Three Advanced Technology Scenarios Under a High GHG Emissions Constraint Case
Figure 3-13 World Carbon Dioxide Emissions for Three Advanced Technology Scenarios Under a High GHG Emissions Constraint Case
Figure 3-14 Cost Reductions Associated with Three Advanced Technology Scenarios, Compared to a Baseline Case without Advanced Technologies
Figure 3-15 Global CO2 Emissions Intensity versus Global Energy Intensity
Figure 3-16 Global CO2 Emissions Intensity versus Percentage of Renewable and Nuclear Energy in the Energy Supply Mix
Figure 3-17 Carbon Dioxide Captured and Stored, as a Function of Primary Energy (PE) Supplied from Fossil Fuels for Various IPCC Scenarios
Figure 3-18 World Non-CO2 GHG Emissions Under High Emissions Constraints
Figure 3-19 Cumulative Contributions between 2000 and 2100 to the Reduction, Avoidance, Capture and Sequestration of Greenhouse Gas Emissions for the Three Advanced Technology Scenarios, Under Varying Carbon Constraints
Tables
Table 3-1 Estimated Timing of the First GtC-eq./Year of Reduced or Avoided Emissions (Compared to the Reference Case) for Advanced Technology Scenarios
Boxes
Box 3-1 The SRES Scenarios
Box 3-2 How Big is One Gigaton/Year of GHG Reduction?
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Chapter 4
Figures
Figure 4-1 Transportation Sector Energy Use by Mode and Type
Figure 4-2 Hydrogen Fuel Cell Bus
Figure 4-3 Refrigerator Energy Efficiency
Figure 4-4 Compact Fluorescent Light Bulb
Figure 4-5 Patriot House: Energy Efficient House
Figure 4-6 Four Possible Pathways to Increased Industrial Efficiency
Figure 4-7 Oxy-fuel Firing for Glass Manufacturing
Figure 4-8 Superconducting Motor
Figure 4-9 HTS Wire
Figure 4-10 A Distributed Energy Future
Figure 4-11 Technologies for Goal #1: Reduce Emissions from End Use and Infrastructure
Tables
Table 4-1 CO2 Emissions in the United States by End-Use Sector, 2003
Table 4-2 CO2 Emissions in the United States from Transportation, by Mode, in 2003
Table 4-3 Residential and Commercial CO2 Emissions in the United States, by Source, in 2003
Table 4-4 CO2 Emissions in the United States from Industrial Sources in 2003
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Chapter 5
Figures
Figure 5-1 World Electricity Generation
Figure 5-2 World Primary Energy Supply
Figure 5-3 Coal-Based Energy Complex
Figure 5-4 Advanced Gas Turbine
Figure 5-5 Hydrogen Fuel Cell
Figure 5-6 Possible Hydrogen Pathways
Figure 5-7 H2 Dispenser
Figure 5-8 Growth of Wind Capacity
Figure 5-9 U.S. Biomass Resources
Figure 5-10 U.S. Solar Resources
Figure 5-11 U.S. Wind Resources
Figure 5-12 U.S. Geothermal Resources
Figure 5-13 Bioenergy Cycle
Figure 5-14 Biomass as Feedstock for a Bioenergy and Bioproducts Industry
Figure 5-15 Photovoltaic Film
Figure 5-16 Offshore Wind Farm
Figure 5-17 Nuclear Power Plant
Figure 5-18 Nuclear Reactors Under Active Construction Worldwide
Figure 5-19 Future Nuclear Power Concepts
Figure 5-20 National Compact Stellarator Experiment
Figure 5-21 ITER International Magnetic Fusion Experiment
Figure 5-22 Technologies for Goal #2: Reducing Emissions from Energy Supply
Boxes
Box 5-1 Renewable Energy and Fuels Technologies
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Chapter 6
Figures
Figure 6-1 Terrestrial Sequestration: Woody Crops
Figure 6-2 Role of the Ocean in the Carbon Cycle
Figure 6-3 Technologies for Goal #3: CO2 Capture, Storage, and Sequestration
Boxes
Box 6-1 Weyburn II CO2 Storage Project
Box 6-2 Metal Organic Frameworks
Box 6-3 Carbon Sequestration Leadership Forum
Box 6-4 CO2 Storage in Stacked Formation
Box 6-5 Future Gen
Box 6-6 Coal Swelling
Box 6-7 Physiological Mechanisms of Growth, Response, and Adaptation in Forest Trees
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Chapter 7
Figures
Figure 7-1 Methane Piping
Figure 7-2 Coal Mine Ventilation System
Figure 7-3 Advanced Airborne Natural Gas Leak Detection System
Figure 7-4 Precision Agriculture and No-till Planting
Figure 7-5 Suring Ambico Manure Management System
Figure 7-6 Astron Remote Plasma Source for Reducing PFC Emissions from Semiconductor Manufacturing.
Figure 7-7 Sulfur Hexafluoride (SF6) Cover Gas 155
Figure 7-8 Nitrogen Oxides from Combustion Sources
Figure 7-9 Understanding Black Carbon from Combustion
Figure 7-10 Technologies for Goal #4: Reduce Emissions of Other Gases
Tables
Table 7-1 Target Areas for Reducing Emissions of Non-CO2 GHGs
Table 7-2 U.S. and Global Methane Emissions from Energy and Waste
Table 7-3 Change in U.S. Methane Emissions from Energy and Waste
Table 7-4 U.S. and Global Ch3 and N2O Emissions from Agriculture
Table 7-5 U.S. and Global Emissions of High-GWP Gases
Boxes
Box 7-1 What are the "Other" Greenhouse gases?
Box 7-2 Global Warming Potentials of Selected Greenhouse Gases
Box 7-3 Methane to Markets
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Chapter 8
Figures
Figure 8-1 Earth Observation Satellites Such as CALIPSO
Figure 8-2 Measurement and Monitoring Technologies for Assessing the Efficacy, Durability, and Environmental Effects of Emission Reduction and Stabilization Technologies
Figure 8-3 NASA "A" Train Satellite Constellation System
Figure 8-4 Integrating System Architectural Linking Measurement and Monitoring Observation Systems to Greenhouse Gas Reduction Actions
Figure 8-5 Hierarchical Layers of Spatial Observation Technologies and Capabilities
Figure 8-6 Technologies for Goal #5: Measure and Monitor Emissions
Tables
Table 8-1 Proposed R&D Portfolio for Measurement and Monitoring of Energy Production
and Use Technologies
Table 8-2 Proposed R&D Portfolio for Measurement and Monitoring Systems for Geologic Sequestration
Boxes
Box 8-1 Geological Sequestration of Carbon Dioxide
Box 8-2 Agriflux
Box 8-3 Ameriflux
Box 8-4 Diagnostic Technologies
Box 8-5 World Ocean Circulation Experiment
Box 8-6 Concepts for Global CO2 and Black Carbon Measurements
Box 8-7 NOAA Regional Carbon Monitoring
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Chapter 9
Figures
Figure 9-1 Fundamental Science Helps to Enable Technology Innovation
Figure 9-2 Laser-Assisted Welding Imaging System
Figure 9-3 Use of Synchrotron Radiation for Materials Research
Figure 9-4 Magnetic Fusion Energy Simulations
Figure 9-5 Laser-Based Surface Analysis to Measure Trace Impurities
Figure 9-6 Nanoscale Materials Science Enables New Molecular Functionality
Figure 9-7 Free-Air CO2 Enrichment Facility
Figure 9-8 Stable Enzymes Embedded in Biomimetic Nanomembrane
Tables
Table 9-1 Cross-Cutting Strategic Research Areas
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Chapter 10
Figures
Figure 10-1 Earth as Seen from Space
Figure 10-2 Comparative Analysis of Estimated Cumulative Costs Over the 21st Century of GHG Mitigation, With and Without Advanced Technologies, Across a Range of Hypothesized GHG Emissions Constraints
Figure 10-3 Climate Change Technology Development and Deployment for the 21st Century
Figure 10-4 Westinghouse AP1000 Advanced Nuclear Reactor
Figure 10-5 Coal-Based FutureGen Energy-Plex
Figure 10-6 Switchgrass as Cellulosic Feedstock for Bio-Based Fuels
Figure 10-7 White Light From Inorganic, Multi-Color Light-Emitting Diodes as Advanced Lighting Concept
Figure 10-8 Asia Pacific Partnership on Clean Development and Climate
Tables
Table 10-1 Estimated Cumulative GHG Emissions Mitigation (GtC) from Accelerated Adoption
of Advanced Technologies over the 21st Century, by Strategic Goal,
Across a Range of Hypothesized GHG Emissions Constraints
Table 10-2 Estimated Timing of Advanced Technology Market Penetrations, as Indicated by the First GtC-Eq./Year of Incremental Emissions Mitigation5, by Strategic Goal, Across a Range of Hypothesized GHG Emissions Constraints
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