Relevant fire parameters will be extracted from the jules code to aid tuning the flammability and fire emissions. These are in a new namelist 'jules_inferno'. Also l_inferno, l_trif_fire, z_burn_max have been moved to this namelist.
flam_sm_func options 1 or 2
flam_sm_up and flam_sm_low
flam_rhum_up and flam_rhum_low
flam_fuel_up and flam_fuel_low
flam_rain_const
ccdpm_max_io=1.0
ccdpm_min_io=0.8
ccrpm_max_io=0.2
ccrpm_min_io=0.0
add this to pftparms: firevegc_to_atmos_io=13*0.13
The current code does not recreate the relationship between flammability and burned area documented by Mangeon et al., 2016. This is because the units of rain are converted to mm/day twice. This can be recreated/modified using flam_rain_const.
We sould be able to recreate the current model (although it doesnt quite bit compare) and make a lot of different configurations, that preciously required a code change.
Relevant fire parameters will be extracted from the jules code to aid tuning the flammability and fire emissions. These are in a new namelist 'jules_inferno'. Also l_inferno, l_trif_fire, z_burn_max have been moved to this namelist.
flam_sm_func options 1 or 2
flam_sm_up and flam_sm_low
flam_rhum_up and flam_rhum_low
flam_fuel_up and flam_fuel_low
flam_rain_const
ccdpm_max_io=1.0
ccdpm_min_io=0.8
ccrpm_max_io=0.2
ccrpm_min_io=0.0
add this to pftparms: firevegc_to_atmos_io=13*0.13
The current code does not recreate the relationship between flammability and burned area documented by Mangeon et al., 2016. This is because the units of rain are converted to mm/day twice. This can be recreated/modified using flam_rain_const.
We sould be able to recreate the current model (although it doesnt quite bit compare) and make a lot of different configurations, that preciously required a code change.