Sector detail 26 homogeneous sectors As Eora Structure of IO tables Uses concordance matrices to aggregate Eora to 26 sectors Harmonization of sectors Harmonization of As Eora prices and currency Assumption for As Eora countries with no IO construction data As Eora Off-diagonal trade data calculations, System balancing and constraints GTAP () Tables submitted by GTAP consortium members National IO tables Bilateral trade data Trade in goods from UN Comtrade database. Trade in services from UN Servicetrade data Source Tables submitted by GTAP consortium members Value added data Region detail 129 regions 57 homogeneous product-by-product sector tables Sector detail Structure of IO tables Homogenous SIOT table structure System To disaggregate a non-agricultural sectors, the Harmonization of country’s sectors structure from other IO tables within regional groupings is used. For agricultural sectors data from the FAO is employed IO tables scaled to US$ using GDP data from the World Harmonization of prices and currency Bank Assumption for GTAP contains 20 composite regions such as of ‘Rest South East which are calculated as a linear countries with no IO Asia’ construction combination of the known IO tables for that region and data matching the required income level for the area System Off-diagonal trade Uses to harmonize dataset. ‘entropy-theoretic methods’ Constraints include consumption data from the World data calculations, Bank, energy data from IEA), Bilateral trade data from balancing and constraints database. UN’s COMTRADE WIOD () National IO tables SUTs from National Accounts. Bilateral trade data Trade in goods from UN Comtrade database. Trade in services from UN, Eurostat and OECD data Source Value added data SUTs from National Accounts. 40 countries and a rest of the world region Region detail Sector detail 35 homogeneous industry-by-industry sector tables Homogenous SIOT table structure Structure of IO tables System
Sector detail 26 homogeneous sectors Structure of IO tables As Eora System construction Harmonization of sectors Uses concordance matrices to aggregate Eora to 26 sectors Harmonization of prices and currency As Eora Assumption for countries with no IO data As Eora Off-diagonal trade data calculations, balancing and constraints As Eora GTAP () Source data National IO tables Tables submitted by GTAP consortium members Bilateral trade data Trade in goods from UN Comtrade database. Trade in services from UN Servicetrade Value added data Tables submitted by GTAP consortium members System Region detail 129 regions Sector detail 57 homogeneous product-by-product sector tables Structure of IO tables Homogenous SIOT table structure System construction Harmonization of sectors To disaggregate a country’s non-agricultural sectors, the structure from other IO tables within regional groupings is used. For agricultural sectors data from the FAO is employed Harmonization of prices and currency IO tables scaled to US$ using GDP data from the World Bank Assumption for countries with no IO data GTAP contains 20 composite regions such as ‘Rest of South East Asia’ which are calculated as a linear combination of the known IO tables for that region and matching the required income level for the area Off-diagonal trade data calculations, balancing and constraints Uses ‘entropy-theoretic methods’ to harmonize dataset. Constraints include consumption data from the World Bank, energy data from IEA), Bilateral trade data from UN’s COMTRADE database. WIOD () Source data National IO tables SUTs from National Accounts. Bilateral trade data Trade in goods from UN Comtrade database. Trade in services from UN, Eurostat and OECD Value added data SUTs from National Accounts. System Region detail 40 countries and a rest of the world region Sector detail 35 homogeneous industry-by-industry sector tables Structure of IO tables Homogenous SIOT table structure