Acknowledgment; Contents; Acronyms; 1 Introduction; 1.1 Overview; 1.2 Rationale; 1.2.1 Input
Output Analysis; 1.2.2 Consumption-Based Accounting; 1.2.3 Rapid Development in MRIO Databases, Coverage and Availability; 1.2.4 Understanding Difference and Uncertainty; 1.2.5 The Need for Further Research; 1.3 Aims and Research Themes; 1.4 Organisation of This Book; References; 2 Literature Review; 2.1 A Brief Overview of Input
Output Techniques; 2.1.1 Environmentally-Extended Input
Output Analysis; 2.1.2 Understanding Trade in Input
Output Analysis; 2.2 MRIO Construction.

2.2.1 Data Requirements to Extend IO to Consider Global Trade2.2.2 Preparation of Data for MRIO; 2.3 Data Sources and Construction of Current MRIO Systems; 2.3.1 GTAP MRIO; 2.3.2 WIOD MRIO; 2.3.3 Eora MRIO; 2.3.4 Comparing the Source Data, Structure and Construction of Eora, GTAP and WIOD; 2.4 The Future of MRIO Databases; 2.4.1 EXIOBASE; 2.4.2 OECD ICIO; 2.4.3 Further Considerations; 2.5 Differences in MRIO Outcomes; 2.5.1 Exploring the Effect of Data and Build Choices on MRIO Outcomes; 2.5.2 Calculated Differences in CBA of Eora, GTAP and WIOD.

2.6 Policy Applications, Level of Detail and Uncertainty2.6.1 National CBAs; 2.6.2 Identifying the Imported Component of CBA; 2.6.3 Impact by Source Nation and/or Product Destination; 2.6.4 Supply Chain Analysis; 2.7 Matrix Difference Statistics; 2.8 Structural Decomposition Analysis; 2.8.1 Log-Mean Divisia Index; 2.8.2 Shapely-Sun; 2.8.3 Dietzenbacher and Los; 2.8.4 Applications of Structural Decomposition Analysis; 2.9 Structural Path Analysis; 2.10 Structural Path Decomposition; References; 3 Methods and Data; 3.1 Input
Output Analysys; 3.1.1 The Leontief Inverse; 3.1.2 Taylor's Expansion.

3.1.3 Environmentally Extended Input
Output Analysis3.2 Matrix Difference Statistics; 3.3 Structural Decomposition Analysis; 3.3.1 Dietzenbacher and Los Method; 3.3.2 Shapley-Sun Method; 3.3.3 Logarithmic Mean Divisia Index Method; 3.4 Structural Path Analysis; 3.4.1 Structural Path Analysis with Supply and Use Formats; 3.4.2 Hybrid SUT and SIOT MRIO Tables; 3.5 Structural Path Decomposition; 3.6 Aggregating to Common Classifications; 3.6.1 The Common Classification System; 3.6.2 Using Concordance Matrices; 3.7 Conversion of Supply and Use Tables to Symmetric IO Tables.

3.7.1 Product-by-product Tables from a SUT (Model B)3.7.2 Industry-by-Industry Tables from a SUT (Model D); 3.7.3 Calculation Procedure; 3.8 Databases and Emissions Extensions Used in This Study; 3.9 Methodological and Data Framework; References; 4 Using Matrix Difference Statistics to Compare MRIO Databases; 4.1 Overview; 4.2 Creation of Concordance Matrices; 4.3 A Comparison of Monetary Output Using Original and Aggregated MRIO Databases; 4.3.1 Country Level Results; 4.4 A Comparison of Consumption-Based Emissions Using Original and Aggregated MRIO Databases.