The tables below summarize the estimated surface fluxes for combined natural sources and fossil fuel burning from the current CarbonTracker release (CT2011) and the previous releases (CT2010, CT2009, CT2008, and CT2007B). The uncertainty in the estimates is the one standard deviation from the filter estimate. Units are PgC yr-1 (1015 gC yr-1, or billion metric ton C yr-1, or 3.7 billion metric ton CO2 yr-1). Note that 2000 is excluded from long-term means as we consider it a "spin-up" year for our analysis.
CT2011 vs. CT2010
- Natural Flux
- Fossil fuel Flux
CT2011 vs. CT2009
- Natural Flux
- Fossil fuel Flux
CT2011 vs. CT2008
- Natural Flux
- Fossil fuel Flux
CT2011 vs. CT2007B
- Natural Flux
- Fossil fuel Flux
CT2010 vs. CT2009
- Natural Flux
- Fossil fuel Flux
CT2010 vs. CT2008
- Natural Flux
- Fossil fuel Flux
CT2010 vs. CT2007B
- Natural Flux
- Fossil fuel Flux
CT2009 vs. CT2008
- Natural Flux
- Fossil fuel Flux
CT2009 vs. CT2007B
- Natural Flux
- Fossil fuel Flux
CT2008 vs. CT2007B
- Natural Flux
- Fossil fuel Flux
Table 1: Long-term mean natural flux (biosphere + ocean + fire) from CT2011 compared to CT2010, including average fluxes computed over common time periods. The uncertainty listed is the one standard deviation level from the ensemble Kalman filter estimate. Units are PgC yr-1.
|
Table 2: Long-term mean fossil fuel emissions used in CT2011 compared to CT2010, including average fluxes computed over common time periods. The uncertainty listed is the one standard deviation level from the ensemble Kalman filter estimate. Units are PgC yr-1.
|
Table 3: Long-term mean natural flux (biosphere + ocean + fire) from CT2011 compared to CT2009, including average fluxes computed over common time periods. The uncertainty listed is the one standard deviation level from the ensemble Kalman filter estimate. Units are PgC yr-1.
|
Table 4: Long-term mean fossil fuel emissions used in CT2011 compared to CT2009, including average fluxes computed over common time periods. The uncertainty listed is the one standard deviation level from the ensemble Kalman filter estimate. Units are PgC yr-1.
|
Table 5: Long-term mean natural flux (biosphere + ocean + fire) from CT2011 compared to CT2008, including average fluxes computed over common time periods. The uncertainty listed is the one standard deviation level from the ensemble Kalman filter estimate. Units are PgC yr-1.
|
Table 6: Long-term mean fossil fuel emissions used in CT2011 compared to CT2008, including average fluxes computed over common time periods. The uncertainty listed is the one standard deviation level from the ensemble Kalman filter estimate. Units are PgC yr-1.
|
Table 7: Long-term mean natural flux (biosphere + ocean + fire) from CT2011 compared to CT2007B, including average fluxes computed over common time periods. The uncertainty listed is the one standard deviation level from the ensemble Kalman filter estimate. Units are PgC yr-1.
|
Table 8: Long-term mean fossil fuel emissions used in CT2011 compared to CT2007B, including average fluxes computed over common time periods. The uncertainty listed is the one standard deviation level from the ensemble Kalman filter estimate. Units are PgC yr-1.
|
Table 9: Long-term mean natural flux (biosphere + ocean + fire) from CT2010 compared to CT2009, including average fluxes computed over common time periods. The uncertainty listed is the one standard deviation level from the ensemble Kalman filter estimate. Units are PgC yr-1.
|
Table 10: Long-term mean fossil fuel emissions used in CT2010 compared to CT2009, including average fluxes computed over common time periods. The uncertainty listed is the one standard deviation level from the ensemble Kalman filter estimate. Units are PgC yr-1.
|
Table 11: Long-term mean natural flux (biosphere + ocean + fire) from CT2010 compared to CT2008, including average fluxes computed over common time periods. The uncertainty listed is the one standard deviation level from the ensemble Kalman filter estimate. Units are PgC yr-1.
|
Table 12: Long-term mean fossil fuel emissions used in CT2010 compared to CT2008, including average fluxes computed over common time periods. The uncertainty listed is the one standard deviation level from the ensemble Kalman filter estimate. Units are PgC yr-1.
|
Table 13: Long-term mean natural flux (biosphere + ocean + fire) from CT2010 compared to CT2007B, including average fluxes computed over common time periods. The uncertainty listed is the one standard deviation level from the ensemble Kalman filter estimate. Units are PgC yr-1.
|
Table 14: Long-term mean fossil fuel emissions used in CT2010 compared to CT2007B, including average fluxes computed over common time periods. The uncertainty listed is the one standard deviation level from the ensemble Kalman filter estimate. Units are PgC yr-1.
|
Table 15: Long-term mean natural flux (biosphere + ocean + fire) from CT2009 compared to CT2008, including average fluxes computed over common time periods. The uncertainty listed is the one standard deviation level from the ensemble Kalman filter estimate. Units are PgC yr-1.
|
Table 16: Long-term mean fossil fuel emissions used in CT2009 compared to CT2008, including average fluxes computed over common time periods. The uncertainty listed is the one standard deviation level from the ensemble Kalman filter estimate. Units are PgC yr-1.
|
Table 17: Long-term mean natural flux (biosphere + ocean + fire) from CT2009 compared to CT2007B, including average fluxes computed over common time periods. The uncertainty listed is the one standard deviation level from the ensemble Kalman filter estimate. Units are PgC yr-1.
|
Table 18: Long-term mean fossil fuel emissions used in CT2009 compared to CT2007B, including average fluxes computed over common time periods. The uncertainty listed is the one standard deviation level from the ensemble Kalman filter estimate. Units are PgC yr-1.
|
Table 19: Long-term mean natural flux (biosphere + ocean + fire) from CT2008 compared to CT2007B, including average fluxes computed over common time periods. The uncertainty listed is the one standard deviation level from the ensemble Kalman filter estimate. Units are PgC yr-1.
|
Table 20: Long-term mean fossil fuel emissions used in CT2008 compared to CT2007B, including average fluxes computed over common time periods. The uncertainty listed is the one standard deviation level from the ensemble Kalman filter estimate. Units are PgC yr-1.
|