Cockpit: Overview of the current input values and important results important input values important results
input values
sheet "base data"          
global budget from 2018 to 2100: 420  Gt     I. a)
assumed FOLU emissions from 2018 on: 63  Gt  
assumed CO2 emissions 2018 - 2019: 75  Gt   I. b)
global budget 2020 - 2100: 282  Gt   I. c)
emissions in the base year 2019 37  Gt   I. d)
Minimum annual CO2 emissions -4,4  Gt  
selected convergence level 0,25  t / capita II.
option selected for population 2050 (RM, SPM_G): forecast values
proportion which will be distributed on per-capita basis in case of globally increasing emissions (PCt): 50% escalation rate (ERPC): 10% RF III.
sheet "goal seek" RM-1 RM-2 RM-3 RM-4 RM-5
  RRt const RRt exp RRt lin RRt quadr RRt rad
Is the budget 2020 - 2100 complied with? yes yes yes yes yes
reduction rates 2020 (RR20) -7,66% -1,50% -1,50% -1,50% -1,47%
At which level of emissions (threshold value; TV) shall the annual percentage reduction be change into a constant annual reduction? 4 1,5 Gt
 
    RM-2-IB RM-3-IB RM-4-IB  
    RRt exp RRt lin RRt quadr  
Is the cumulative budget 2020 - 2100 complied with?   no no no  
Is the target amount 2050 (TA) complied with?   no yes no  
reduction rates 2020 (RR20)[1]   -4,19% -2,89% -4,90%  
cumulative global negative emissions 2020 - 2100 in Gt (overshoot)   -168  
sheets global scenarios RM FI
  RM-1 RM-2 RM-3 RM-4 RM-5  
cumulative global negative emissions 2020 - 2100 in Gt -145 -226 -189 -221 -162 -225
sheet "country" RM-1 RM-2 RM-3 RM-4 RM-5 FI RM-IB 2-4
convergence year 2051 2042 2044 2042 2045 2045
convergence level (t per capita) 0,28 0,26 0,27 0,27 0,28 0,28
Int. shipping and aviation share in remaining global budget 2020 - 2100 5,1% 6,0% 5,6% 6,0% 5,3% 6,0%
maximum overshoot in Gt[2] 145 226 189 219 162 225 168
average overshoot in Gt 92 130 116 128 104 126
total cumulative global anthropogenic emissions of CO2 by 2100 in Gt 2.601 2.600 2.601 2.599 2.600 2.601
individual annual rate of change no input
individual input emissions 2019 no input
global emissions by the end of 2010 in Gt 1.930 info
(A)FOLU about in Gt 5
sheet "graphs country"; reference values  
selected country EU28
sheet "IWP" RM-1 RM-2 RM-3 RM-4 RM-5 FI These values may not be up to date. You must first update the data in the sheet "IWP" and use the solver to determine the weighting of the population if you have changed input data.
Implicit Weighting Population at the Regensburg Formula depending on global path (weighting key: population / emissions in the BY -
the sum of emissions in the convergence period is considered)
12% 5% 7% 5% 8% 7%  
 
 
sheet "data countries"        
standard rate of change if no past data and no input value are available:   0,0%
number of individual projection rates:   4
individual projection rate selected country   -1,0%
projection 2019: upper limit annual rate of change (there is a macro there to determine it) 3,9%
projection 2019: lower limit annual rate of change   -4,0%
relative deviation emissions 2019: ((global emissions - sum of national emissions) / global emissions)[3]   0,0%
In the following sheets, macros have to be executed to update data: In the following sheets macros have to be executed if input data has been changed:  
output countries goal seek            
convergence              
IWP

[1]
Although starting values can be entered, they usually have to be adjusted by the program due to the limitations.
[2]
Maximum exceeded the prescribed cumulative CO2 budget.

It would be scientifically clarify which overshoot with respect to the tipping points in the climate system is still acceptable.
[3]

If the deviation is too large, assumptions about the global path by 2019 and/or the development of the emissions of the countries must be adjusted.