RIVM report xxxxxx xxx
RIVM report xxxxxx xxx
RIVM report xxxxxx xxx
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
<strong>RIVM</strong> <strong>report</strong> 773301 001 / NRP <strong>report</strong> 410200 051 page 31 of 142<br />
The <strong>report</strong> describes a number of ways to estimate the quality and uncertainty of national<br />
greenhouse gas emission inventories. It can be concluded that measuring concentrations of<br />
greenhouse gases in the atmosphere is not the only independent method to verify inventories because<br />
measurements and atmospheric models also contain errors and uncertainties. Comparisons with<br />
independent inventories on national, regional and global scales can provide more insight into the<br />
quality of the inventories. Analysis showed that national inventories from industrialised countries, as<br />
<strong>report</strong>ed in the 1DWLRQDO &RPPXQLFDWLRQV are not transparent. Compliance to the Kyoto Protocol<br />
cannot be reviewed on the basis of this information alone. A more detailed standard <strong>report</strong>ing format<br />
is recommended for national inventories. A review for the Kyoto Protocol can thus be made on the<br />
basis of similar information from all industrialised countries. Precise and complete information on<br />
emissions from non-Annex-I countries is still missing. A lack of statistics on long-term trends and a<br />
lack of country-specific emission factors make national inventories from these countries incomplete<br />
and inaccurate, especially for agriculture, forestry and land-use change. Energy statistics could also<br />
be much improved.<br />
From the viewpoint of validating the EDGAR 2.0 emissions, we summarise here the conclusions<br />
for each of the three greenhouse gases that were compared.<br />
&DUERQGLR[LGH<br />
For CO 2 , the difference between the estimated global budget of fossil fuels and the sum of the<br />
available inventories is small (