Figures

1.1 Monetary supply-and-use tablen
1.2 Physical supply-and-use tables
1.3 Supply-and-use-based NAMEA
1.4 NAMEA tables
1.5 The coverage of resident and non-resident units in emission/energy statistics and accounts
3.1 Industry mix component from shift-share analysis (coefficient m)
3.2 Efficiency component from shift-share analysis (coefficient p)
4.1 RAMEA framework (Arpa Emilia-Romagna)
4.2 Contribution of different sectors to the economy and the environment, (2005, %)
5.1 Pollutant emissions in Piemonte and Lombardia regions, 2005
5.2 Pollutant emissions by macro-sectors in Alessandria and Cuneo provinces, 2005
5.3 Households emissions in Alessandria and Cuneo provinces
5.4 Emissions (a) and concentrations (b) of NO2
5.5 Emissions (a) and concentrations (b) of NOx
5.6 Emissions (a) and concentrations (b) of PM10
5.7 Emissions (a) and concentrations (b) of SO2
6.1 Cumulative changes between 1999 and 2007 in total emissions ascribable to Italian production and final uses, broken down by effect (million tonnes)
6.2 Cumulated effect of production displacement through intermediate and final imports, 1999–2007 (million tonnes)
6.3 Displacement effect on emissions by type of import and by vertically integrated industry, 1999–2007 (million tonnes)
7.1 European carbon footprint: comparison of various methodologies (2000–2006)
7.2 Import shares over total output (2000–2006)
7.3 EU carbon footprint within the EU (2000–2006)
7.4 EU carbon footprint outside the EU (2000–2006)
8.1 Emissions induced by domestic final demand by sector (Italy)
8.2 Direct emissions by sector (Italy)
8.3 Emissions induced by domestic final demand by sector (Spain)
8.4 Direct emissions by sector (Spain)
8.5 Consumption/production perspective (Italy, 50 sectors)
8.6 Consumption/production perspective (Spain, 50 sectors)
8.7 Aggregation bias %: 30 vs. 50 sectors (Italy)
8.8 Aggregation bias %: 16 vs. 50 sectors (Italy)
8.9 Aggregation bias %: 30 vs. 50 sectors (Spain)
8.10 Aggregation bias %: 16 vs. 50 sectors (Spain)
10.1 Schematic description of a NAMEA framework for air emissions
10.2 Annual production of lignite 1998-2005 (million tons)
11.1 Air emissions from various emission sources and processes from 1997 to 2007
11.2 Overall trend in economic performance, air emissions and fuel consumption
11.3 Decomposition of the intensity effect into the emission–fuel coefficient and fuel intensity, changes in SO2 emissions 1997–2007
11.4 Decomposition of change in PM, SO2 and NOx emissions for several periods, aggregated from year-by-year decompositions
11.A.1 Additive particulate matter decomposition – NACE54
11.A.2 Additive SO2 decomposition
11.A.3 Additive NOx decomposition – NACE54
11.A.4 Additive CO decomposition – NACE54