SST_NEMO_JUL2007_Indo.eps
 SST for Jul 2007 in the Indian Ocean from the ORCA2_LIM3_PISCES model of NEMO  
 integrated for 50 years 1958-2007. The external atmospheric forcing fields used
 are the DFS4 dataset. Units are degC.

SST_2XCO2_Scenario_2L23B_JUL2080_Indo.eps
 SST for Jul 2080 in the Indian Ocean from ORCA2_LIM3_PISCES model of NEMO  
 integrated for 11 years 2070-2080. The external atmospheric forcing fields used
 are taken from the IPSL simulation labeled 2L23B run for 1931-2080. 
 Units are degC.

SST_Diff_2XCO2_Scenario_2L23B_JUL2080-NEMO_JUL2007_Indo.eps
 SST difference between the above two figs Jul 2007 and Jul 2080. Units are degC.

SSS_NEMO_JUL2007_Indo.eps
 SSS for Jul 2007 in the Indian Ocean from the ORCA2_LIM3_PISCES model of NEMO  
 integrated for 50 years 1958-2007. The external atmospheric forcing fields used
 are the DFS4 dataset. Units are psu.

SSS_2XCO2_Scenario_2L23B_JUL2080_Indo.eps
 SSS for Jul 2080 in the Indian Ocean from ORCA2_LIM3_PISCES model of NEMO  
 integrated for 11 years 2070-2080. The external atmospheric forcing fields used
 are taken from the IPSL simulation labeled 2L23B run for 1931-2080. 
 Units are psu.

SSS_Diff_2XCO2_Scenario_2L23B_JUL2080-NEMO_JUL2007_Indo.eps
 SSS difference between the above two figs Jul 2007 and Jul 2080. Units are psu.

MLD_NEMO_JUL2007_Indo.eps
 Mixed layer depth (MLD) for Jul 2007 in the Indian Ocean from the 
 ORCA2_LIM3_PISCES model of NEMO integrated for 50 years 1958-2007. 
 The external atmospheric forcing fields used are the DFS4 dataset.
 Units are meters. 

MLD_2XCO2_Scenario_2L23B_JUL2080_Indo.eps
 MLD for Jul 2080 in the Indian Ocean from ORCA2_LIM3_PISCES model of NEMO  
 integrated for 11 years 2070-2080. The external atmospheric forcing fields used
 are taken from the IPSL simulation labeled 2L23B run for 1931-2080. 
 Units are meters. 

MLD_Diff_2XCO2_Scenario_2L23B_JUL2080-NEMO_JUL2007_Indo.eps
 MLD difference between the above two figs Jul 2007 and Jul 2080.
 Units are meters. 

NCHL+DCHL_NEMO_JUL2007_Indo.eps
 Nano and diatoms chlorophyl comcentrations (NCHL and DCHL) in the top 30 m of
 the ocean for Jul 2007 in the Indian Ocean from the ORCA2_LIM3_PISCES model 
 of NEMO integrated for 50 years 1958-2007. The external atmospheric forcing 
 fields used are the DFS4 dataset. Units are mg/m^3.
 
NCHL+DCHL_2XCO2_Scenario_2L23B_JUL2080_Indo.eps

 Nano and diatoms chlorophyl comcentrations (NCHL and DCHL) in the top 30 m of
 for Jul 2007 in the Indian Ocean from the ORCA2_LIM3_PISCES model of NEMO  
 integrated for 11 years 2070-2080. The external atmospheric forcing fields used
 are taken from the IPSL simulation labeled 2L23B run for 1931-2080.
 Units are mg/m^3.

NCHL+DCHL_Diff_2XCO2_Scenario_2L23B_JUL2080-NEMO_JUL2007_Indo.eps
 NCHL+DCHL difference between the above two figs Jul 2007 and Jul 2080.
 Units are meters. 

PPPHY+PPPHY2_NEMO_2007_Indo.eps
 Primary production of nanophyto (PPPHY) and 
 primary production of diatoms (PPPHY2) in the top 30 m of
 the ocean for Jul 2007 in the Indian Ocean from the ORCA2_LIM3_PISCES model 
 of NEMO integrated for 50 years 1958-2007. The external atmospheric forcing 
 fields used are the DFS4 dataset. Units are mg C/m^3/d.

PPPHY+PPPHY2_2XCO2_Scenario_2L23B_2080_Indo.eps
 PPPHY+PPPHY2 in the top 30 m of the ocean for Jul 2080 in the Indian Ocean 
 integrated for 11 years 2070-2080. The external atmospheric forcing fields used
 are taken from the IPSL simulation labeled 2L23B run for 1931-2080.
 Units are mg C/m^3/d.

PPPHY+PPPHY2_Diff_2XCO2_Scenario_2L23B_2080-NEMO_2007_Indo.eps
 Difference of PPPHY+PPPHY2 between the above two figs Jul 2007 and Jul 2080.
 Units are mg C/m^3/d.

DpCO2_NEMO_2007_Indo.eps
 Delta CO2 (DpCO2) for Jul 2007 in the Indian Ocean from the ORCA2_LIM3_PISCES 
 model of NEMO integrated for 50 years 1958-2007. The external atmospheric 
 forcing fields used are the DFS4 dataset. Units are micro atm.

DpCO2_2XCO2_Scenario_2L23B_2080_Indo.eps
 DpCO2 for Jul 2080 in the Indian Ocean from ORCA2_LIM3_PISCES model of NEMO  
 integrated for 11 years 2070-2080. The external atmospheric forcing fields used
 are taken from the IPSL simulation labeled 2L23B run for 1931-2080. 
 Units are micro atm.
 
DpCO2_Diff_2XCO2_Scenario_2L23B_2080-NEMO_2007_Indo.eps
 Difference of DpCO2 between the above two figs Jul 2007 and Jul 2080.
 Units are micro atm.

IPCC_2007_fig3-2.eps
 Figure 3.2. Left panel: Solid lines are multi-model global averages of surface warming 
 (relative to 1980-1999) for the SRES scenarios A2, A1B and B1,
 shown as continuations of the 20th century simulations. 
 The orange line is for the experiment where concentrations were held constant at year 2000 
 values. The bars in the middle of the figure indicate the best estimate (solid line within
 each bar) and the likely range assessed for the six SRES marker scenarios
 at 2090-2099 relative to 1980-1999. The assessment of the best estimate and likely ranges 
 in the bars includes the Atmosphere-Ocean General Circulation Models (AOGCMs) 
 in the left part of the figure, as well as results from a hierarchy of 
 independent models and observational constraints.
 Right panels: Projected surface temperature changes for the early and late 21st century 
 relative to the period 1980-1999. The panels show the multi-AOGCM
 average projections for the A2 (top), A1B (middle) and B1 (bottom) SRES scenarios averaged
 over decades 2020-2029 (left) and 2090-2099 (right). 

ipcc_ddc_co2_scenarios.eps
 Figure 1: Atmospheric CO2 concentrations as observed at Mauna Loa from 
 1958 to 2008 (black dashed line) and projected under the 6 SRES marker and 
 illustrative scenarios. Two carbon cycle models (see Box 3.7 in IPCC, 2001) 
 are used for each scenario: BERN (solid lines) and ISAM (dashed).