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Table 1.1 Quantitative comparison of GEIA and EDGAR 2.0 emission inventory results for (a) NO x and (b) SO 2 .
Table 1.2 Comparison of the global default emission factors for NO x between EDGAR and GEIA as used for
China and India for stationary combustion (emission factors of minor importance are between brackets).
Table 1.3 Summary of variables used in EDGAR 2.0 and GEIA CO 2 emissions datasets.
Table 1.4 Comparison of ORNL and EDGAR estimates of national CO2 emissions for different fuel types and
three country groups; data refer to the natural logarithm of (ORNL value/EDGAR value).
Table 1.5 Link between the EDGAR 2.0 and CORINAIR SNAP1 source categories.
Table 1.6 Comparison of 1990 CO 2 emissions for European countries of CORINAIR'90 (excl. 'nature') and
EDGAR 2.0, by country (Mton/year).
Table 1.7 Quantitative comparison of the CORINAIR90 results on SNAP1 with EDGAR inventories for (a) CO 2 ,
CH 4 ,N 2 O; and (b) CO, NMVOC, NO x and SO 2 , by region and by sector (unit: kton, except CO 2 : Mton).
Table 1.8 Global totals for carbon dioxide in Pg CO 2 /year.
Table 1.9 Global totals for methane in Tg CH 4 per year.
Table 1.10 Global totals for nitrous oxide in Tg N 2 O per year.
Table 1.11 Spatial comparison EDGAR V2.0 (all anthropogenic emissions below 1 km) en GEIA V1 emissions
of CO 2 : Map Cross Correlation (MCC) at global and regions level.
Table 1.12 Spatial comparison EDGAR V2.0 (all anthropogenic emissions below 1 km) and GEIA V1 emissions
of NO x and SO 2 : global and regional Map Cross Correlation (MCC) and comparison with CO 2 .
Differences with CO 2 larger than 0.3 are printed in bold.
Table 1.13 Indication of uncertainty estimate for greenhouse gases. Source: Olivier et al., 1999a.
Table 1.14 Indication of uncertainty estimate for ozone and aerosol precursors. Source: Olivier et al., 1999b.
Table 4.1 Data used for deforestation 1970-1995.
Table 4.2 Historical trend in regional savannah burning (index; 1990=1).
Table 4.3 Regional fractions of agriculture waste burning on-site in EDGAR 3, (excluding per LDC country the
amount used as biofuel) (unit: % field burning of total agricultural residues).
Table 4.4 Non-energy use: IPCC Tier 1 default fractions of carbon stored and resulting effective CO 2 emission
factor as used in EDGAR 3.
Table 4.5 Emission factors in EDGAR 3.0 for international shipping based on Corbett et al. (1997, 1999) and
IPCC (1997) (kg/GJ).
Table 4.5 Emission factors for biomass burning in EDGAR 3.0 (kg/kg C).
Table 4.6 Emission factors in EDGAR 3.2 for biomass burning (vegetation fires) (g/kg C and g/kg dm).
Table 4.7 Emission factors in for vegetation fires presented in Andreae and Merlet (2001) (g/kg dm).
Table 4.9 Methane recovery from coal mining, landfills and wastewater treatment plants (WWTP) (in Gg).
Table 4.10 Fraction of petrol cars with catalytic convertor. (Sources: NEW CRONOS, Eurostat (01/10/1997)).
Table 4.11 Trend in emission factors for CH 4 from rice cultivation 1970-1990: assumed emission factor
improvement in period 1970-1990 based on country trend data in Denier Van der Gon (1999, 2000) and
emission factors for 1990 from Neue (1997) (in kg/ha harvested area).
Table 4.12 Amount of waste annually stored in landfills per region 1970-1995 (in Tg).
Table 4.13 Priorities for sectoral time profiles based on their contribution to emissions of various compounds.
Table A.2.1. Priorities for sectoral time profiles based on their contribution to emissions of various compounds.
Table A.2.2. LOTOS time profiles for estimating emissions with temporal resolution at monthly, week and daily
level. Source: Veldt (1992).