CO2 Pathways and IPCC Carbon Budgets

     
About CO2 Pathways Carbon Budgets Pathways Feedbacks CCS CDR SRM Costs Calculations
    
Calculating the temperature increase in 2100 based on cumulative CO2 emissions and the IPCC's carbon budget Desired Temp Incr For 2100 °C CO2 Budget CO2 Emissions Pathway Starting
Cumulative CO2 Removals/ Emissions in 2100 (GTCO2)
1 Emulator Inputs Start Year End Year CCS Removal CDR Removal
2
    Percent Chance
506784
  End Yr #Yrs   Cum   Peak
3 Anthro. CO2 Emissions (s-curve) (Select 'End Year' at the right) 1.0
      2030 2050
4
CO2 emissions for 2025
40414243
1.1
      2030 2060
5
Annual change
00.51
1.2
      2030 2070
6
Minimum value for CO2 emissions
0123
1.3
      2030 2080
7
Starting year for decline
20252030203520402045
1.4
      2035 2055
8 Feedbacks (linear) 1.5
2035 2065
9
Feedback value in 2100
0246810
1.6
2035 2075
10 CCS (s-curve) (Select 'Start/End Years' at the right) 1.7
2035 2085
11
Ending value for CCS
0246810
1.8
2040 2060
12 Carbon Budget (Select 'Desired Tempertare Increase' at the right) 1.9
2040 2070
13 CDR (s-curve) (Select 'Start/End Years' at the right) 2.0
2040 2080
14 2.1
2040 2090
15 Emulator Carbon Calculations (GTCO2) 2.2
2045 2065
16 Cumulative CO2 emissions from CO2 pathway
2.3
2045 2075
17 Cumulative CO2 emissions from Carbon Feedbacks
2.4
2045 2085
18 Cumulative CO2 emission reductions from CCS
2.5
2045 2095
19 Calculated CO2 atmospheric removals from CDR
2.6
2050 2070
20 Carbon budget
2.7
2050 2080
21 2.8
2050 2090
22 2.9
2050 2100
23 3.0
24