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Output file of single variables This feature is only available with run options (flag_multi) 8, 9, 10. Run option 8 Description of file with annual values of the selected variable
Name | Meaning | Variable*)
Site_ip | Name of simulation site | sitenum
Year1 | Annual value (mean or sum resp.) of first year | output_var(var,sitenum,1)**)
Year2 | Annual value (mean or sum resp.) of second year | output_var(var,sitenum,2)**)
Year3 | Annual value (mean or sum resp.) of third year | output_var(var,sitenum,3)**)
... | ... | ...
Run option 9, 10 Each selected variable results in a separate file with some statistical values. The statistic is given for each climate scenario and for each site. It is computed over all years and all realizations of the respective climate scenario. Description of file with statistics
Name | Meaning | Variable*)
Type_clim.scen. | Name of climate scenario | typeclim
Site_ip | Name of simulation site | sitenum
Month / Week / Year | Month, week or year (only in the case of mothly or weekly values or values for each year respectively) |
Mean | Average | avcl
Minimum | Minimum | mincl
Maximum | Maximum | maxcl
Variance | Variance | varicl
Var.Coeff | Variation coefficient | varocl
Std.Dev. | Standard deviation | sdev
Skewness | Skewness | skew
Excess | Excess | curt
0.05-Quant | 0.05 quantile | quant05
0.95-Quant. | 0.95 quantile | quant95
Median | Median | median
Description of file with all selected variables All selected annual variables are listed in the output file <sitename>_var_all.out
Name | Meaning | Variable*)
Type_clim.scen. | Name of climate scenario | typeclim
Site_ip | Name of simulation site | sitenum
Real. | Realisation | act_real
outvar(1) | Average over all years | **)
outvar(2) | Average over all years | **)
... | Average over all years | ...
*) internal used variables and calculations **) var: number of selected variable ***) year: simulation time Variables The variables will be selected at the end of the simulation control file. Each variable name requires a new line.
Name | Meaning | Unit | Variables and calculations*)
anzdlf | number of days with frost April-June | - | anzdlf
AET | Yearly actual evapotranspiration | mm | AET_cum
AET_year | Annual actual evapotranspiration sum for each year | mm | AET_cum
AET_monr | Monthly actual evapotranspiration | mm | AET_mon
AET_week | Weekly actual evapotranspiration | mm | AET_week
above_biom | Total aboveground biomass | t DW/ha | (sumbio - totfrt - totcrt) / 1000
C_accu | Soil carbon accumulation per year | t C/ha | C_accu
C_d_stem | Carbon in dead trees | t C/ha | C_opm_stem / 100
C_humtot | Total carbon in humus | t C/ha | C_hum_tot / 100
C_sum | Total carbon in ecosystem | t C/ha | C_tot / 100 + (sumbio + cumsumvsab + cumsumvsdead) * cpart / 1000
C_tot | Total carbon in soil | t C/ha | C_tot / 100
con_gor | Continentality index Gorczynski | - | con_gor
con_cur | Continentality index Currey | - | con_cur
con_con | Continentality index Conrad | - | con_con
cwb | Annual climate water balance | mm | cwb_an
cwb_year | Annual climate water balance for each year | mm | cwb_an
cwb_mon | Monthly climate water balance | mm | prec_mon(j) - pet_mon(j)
cwb_week | Weekly climate water balance | mm | prec_week(j) - pet_week(j)
date_lf | last late frost day of the year after beginning of vegetation period | -- | date_lf
date_lft | last late frost day of the year | -- | date_lftot
daybb_be | Day of bud burst beech | doy | svar(1)%daybb
daybb_bi | Day of bud burst betula | doy | svar(5)%daybb
daybb_oa | Day of bud burst oak | doy | svar(4)%daybb
dens | Stem density per ha | - | anz_tree_ha
dnlf | number of late frost days after start of vegetation period | -- | dnlf
dnlf_sp | number of late frost days after species specific bud burst | -- | dnlf_sp
drindal | Drought index for allocation calculation | - | drIndAl
fire_indb | Fire index Bruschek | - | fire_indb
fire_ind1 | Fire index west | - | fire(1)%mean
fire_ind2 | Fire index east | - | fire(2)%mean
fire_ind3 | Fire index Nesterov | - | fire(3)%mean
fire_ind1_c1 | Fire index west class 1 | - | fire(1)%frequ(1)
fire_ind1_c2 | Fire index west class 2 | - | fire(1)%frequ(2)
fire_ind1_c3 | Fire index west class 3 | - | fire(1)%frequ(3)
fire_ind1_c4 | Fire index west class 4 | - | fire(1)%frequ(4)
fire_ind1_c5 | Fire index west class 5 | - | fire(1)%frequ(5)
fire_ind2_c1 | Fire index east class 1 | - | fire(2)%frequ(1)
fire_ind2_c2 | Fire index east class 2 | - | fire(2)%frequ(2)
fire_ind2_c3 | Fire index east class 3 | - | fire(2)%frequ(3)
fire_ind2_c4 | Fire index east class 4 | - | fire(2)%frequ(4)
fire_ind2_c5 | Fire index east class 5 | - | fire(2)%frequ(5)
fire_ind3_c1 | Fire index Nesterov class 1 | - | fire(3)%frequ(1)
fire_ind3_c2 | Fire index Nesterov class 2 | - | fire(2)%frequ(2)
fire_ind3_c3 | Fire index Nesterov class 3 | - | fire(2)%frequ(3)
fire_ind3_c4 | Fire index Nesterov class 4 | - | fire(2)%frequ(4)
fire_ind3_c5 | Fire index Nesterov class 5 | - | fire(2)%frequ(5)
fortyp | Forest classification |  | waldtyp
GPP | Yearly gross primary production | t C/ha | sumGPP * cpart *10 / kpatchsize
GPP_year | Annual gross primary production for each year | t C/ha | sumGPP * cpart *10 / kpatchsize
GPP_mon | Monthly gross primary production | t C/ha | GPP_mon(j) * 100 / kpatchsize
GPP_Week | Weekly gross primary production | t C/ha | GPP_week(j) * 100 / kpatchsize
height | Dominant tree height | cm | hdom
iday_vp | number of day indicating start of vegetation period | d | iday_vegper
ind_arid | Aridity index (UNEP) | - | ind_arid_an
ind_cout | Climate index Coutange | - | ind_cout_an
ind_emb | Climate index Emberger | - | ind_emb
ind_lang | Climate index Lang | - | ind_lang_an
ind_mart | Climate index Martonne | - | ind_mart_an
ind_reich | Climate index Reichel | - | ind_reich
ind_weck | Climate index Weck | - | ind_weck
ind_wiss | Climate index v. Wissmann | - | ind_wiss_an
interc | Yearly canopy interception | mm | int_cum_can
LAI | Maximum LAI | - | LAImax
N_dep | Yearly N deposition | g N/m² | Ndep_cum
N_leach | Yearly N leaching | kg N/ha | Nleach_c * 10
N_min | Yearly N mineralization | kg N/ha | N_min * 10
NEP | Yearly net ecosystem production | t C/ha | sumNPP * cpart *10 / kpatchsize - resps_c / 100
NEP_year | Annual net ecosystem production for each year | t C/ha | sumNPP * cpart *10 / kpatchsize - resps_c / 100
NEP_mon | Monthly net ecosystem production | t C/ha | NPP_mon(j) * cpart *10 / kpatchsize - resps_mon(j) / 100
NEP_week | Weekly net ecosystem production | t C/ha | NPP_week(j) * cpart *10 / kpatchsize - resps_week(j) / 100
NPP | Yearly net primary production | t C/ha | sumNPP * cpart *10 / kpatchsize
NPP_year | Annual net primary production for each year | t C/ha | sumNPP * cpart *10 / kpatchsize
NPP_mon | Monthly net primary production | t C/ha | NPP_mon(j) * 100 / kpatchsize
NPP_week | Weekly net primary production | t C/ha | NPP_week(j) * 100 / kpatchsize
ntindex | Nun temperature index | - | ntindex
perc | Yearly percolation sum | mm | perc_cum
perc_year | Annual percolation sum for each year | mm | perc_cum
perc_mon | Monthly percolation sum | mm | perc_mon(j)
perc_week | Weekly percolation sum | mm | perc_week(j)
PET | Yearly potential evapotranspiration sum | mm | PET_cum
PET_year | Annual potential evapotranspiration sum for each year | mm | PET_cum
PET_mon | Monthly potential evapotranspiration sum | mm | pet_mon(j)
PET_week | Weekly potential evapotranspiration sum | mm | pet_week(j)
prec | Yearly precipitation sum | mm | sum_prec
prec_year | Annual precipitation sum for each year | mm | sum_prec
prec_mon | Monthly precipitation sum | mm | prec_mon(j)
prec_week | Weekly precipitation sum | mm | prec_week(j)
resps | Yearly soil respiration | kg C/ha | resps_c * 10
resps_year | Annual soil respiration for each year | kg C/ha | resps_c * 10
resps_mon | Monthly soil respiration | kg C/ha | resps_mon(j) * 10
resps_week | Weekly soil respiration | kg C/ha | resps_week(j) * 10
steminc | Total annual stem increment | t DW/ha | totsteminc/1000
sumbio | Total Biomass | t DW/ha | sumbio / 1000
sumtlf | Temperature (minimum) sum of days with frost April - June | °C | sumtlf
temp | Mean yearly air temperature | °C | med_air
temp_year | Mean annual air temperature for each year | °C | med_air
temp_mon | Mean monthly air temperature | °C | temp_mon(j) / monrec(j)
temp_week | Mean weekly air temperature | °C | temp_week(j) / 7
TER | Total ecosystem respiration per year | t C/ha | sumTER * cpart *10 / kpatchsize
TER_year | Total annual ecosystem respiration for each year | t C/ha | sumTER * cpart *10 / kpatchsize
TER_mon | Total ecosystem respiration per month | t C/ha | TER_mon(j) * 100 / kpatchsize
TER_week | Total ecosystem respiration per week | t C/ha | TER_week(j) * 100 / kpatchsize
totstem | Total annual stem volume | m³/ha | totstem_m3
vsdead | Total annual dead stem volume | m³/ha | sumvsdead_m3
vsab | Total annual harvested stem volume | m³/ha | sumvsab_m3
*) internal used variables and calculations ###
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