Current implementation of the adoption timescale uses a logistic function to describe a slow-fast-slow adoption rate of interventions.
When set to the minimum timescale, the expected behaviour of the adoption would be an instantaneous adoption in the present year. When set to the maximum, the adoption should be slow a during the course of a few decades.
Currently, the minimum scale kicks in only after a few years.
This results (among other things) in a lot of emissions between "now" and the moment when they change which contribute to the total warming in 2100.
Current implementation of the adoption timescale uses a logistic function to describe a slow-fast-slow adoption rate of interventions.
When set to the minimum timescale, the expected behaviour of the adoption would be an instantaneous adoption in the present year. When set to the maximum, the adoption should be slow a during the course of a few decades.
Currently, the minimum scale kicks in only after a few years.
This results (among other things) in a lot of emissions between "now" and the moment when they change which contribute to the total warming in 2100.