; ********************************************************************* ; input for the vegetation module ; ; add the following substances: ; ; organic matter type 5 ; 'POC5' ; 'PON5' ; 'POP5' ; 'POS5' ; ; vegetation substances ; 'VB01' ; 'VB02' ; 'VB03' ; 'VB04' ; 'VB05' ; 'VB06' ; 'VB07' ; 'VB08' ; 'VB09' ; CONSTANTS 'ACTIVE_DecPOC5' DATA 1.00000e+000 ; new process ; ; ********************************************************************* ; ; generic ; CONSTANTS 'MinVB' DATA 0.001 ; minimum biomass for a species, start value for growth (gC/m2) CONSTANTS 'FfolPOC1' DATA 0.4 ; fraction of detritus from compartment 2 to POX1 (-) CONSTANTS 'FfolPOC2' DATA 0.4 ; fraction of detritus from compartment 2 to POX2 (-) CONSTANTS 'FfrootPOC1' DATA 0.4 ; fraction of detritus from compartment 5 to POX1 (-) CONSTANTS 'FfrootPOC2' DATA 0.4 ; fraction of detritus from compartment 5 to POX2 (-) CONSTANTS 'Initnsfd' DATA 0.0 ; inundation period prior to simulation start time (d) CONSTANTS 'VBFrMaxU' DATA 0.5 ; maximal fraction of nutrients taken up in a timestep (-) ; ; ********************************************************************* ; ; vegetation type 1: PHAU ; ; Rooting and shooting height, nutrient uptake and mortality form factor ; CONSTANTS 'RootDeVB01' DATA -0.50000e+000 ; Root height (a negative value!) (m) CONSTANTS 'VegHeVB01' DATA 10.0 ; Shooting height (m) CONSTANTS 'FfacVB01' DATA 1.00000e+000 ; Nutrient uptake form factor lin: F = M(mean)/(M/Hmax) (-) CONSTANTS 'SwDisVB01' DATA 1.00000e+000 ; Switch mortality distribution (1)cont. (2)lin. (3)exp. (-) ; ; Biomass allocation parameters ; CONSTANTS 'F1VB01' DATA 0.00000 ; allocation factor comp. 1 (stem) (-) CONSTANTS 'F2VB01' DATA 0.50000 ; allocation factor comp. 2 (foliage) (-) CONSTANTS 'F3VB01' DATA 0.00000 ; allocation factor comp. 3 (branch) (-) CONSTANTS 'F4VB01' DATA 0.00000 ; allocation factor comp. 4 (root) (-) CONSTANTS 'F5VB01' DATA 0.50000 ; allocation factor comp. 5 (fineroot) (-) ; ; Dry mass/carbon and carbon/nutrient ratios of all compartments ; CONSTANTS 'dmCfVB01' DATA 1.00000e+000 ; dry matter/carbon ratio ; CONSTANTS 'CNf2VB01' DATA 25.0 ; carbon-nitrogen ratio in foliage (gC/gN) CONSTANTS 'CNf5VB01' DATA 30.0 ; carbon-nitrogen ratio in fineroot (gC/gN) CONSTANTS 'CPf2VB01' DATA 300.0 ; carbon-phosporus ratio in foliage (gC/gP) CONSTANTS 'CPf5VB01' DATA 600.0 ; carbon-phosporus ratio in fineroot (gC/gP) CONSTANTS 'CSf2VB01' DATA 1000.0 ; carbon-sulphur ratio in foliage (gC/gS) CONSTANTS 'CSf5VB01' DATA 1000.0 ; carbon-sulphur ratio in fineroot (gC/gS) ; ; Wetland vegetation model ; ; growth parameters ; CONSTANTS 'SwVB01WV' DATA 1.0 ; use wetland vegetation model (0=no,1=yes) (-) CONSTANTS 'Rc0GWV01' DATA 0.4 ; wetland vegetation growth rate at 20 oC (1/d) CONSTANTS 'TcGWV01' DATA 1.04 ; temperature coefficient of WV growth for (-) CONSTANTS 'AcGWV01' DATA 10.0 ; acceleration factor for WV growth (-) CONSTANTS 'MinRWV01' DATA 0.1 ; minimum biomass ratio for acceleration (-) ; Air temperature in added in general inp-file! (oC) CONSTANTS 'SWiniVB01' DATA 1.0 ; 1 = initialise from % coverage (only during 1st run!!) (-) CONSTANTS 'iniCovVB01' DATA 5 ; (initial) coverage (from LAVegMod) (%) ; To later change to: ; SEG_FUNCTIONS ; 'iniCovVB01' ; INCLUDE './LAVegMod-PHAU.dat' ; ; CONSTANTS 'TBmWV01' DATA 100 ; target total biomass for VB01 (tDM/ha) ; Now a function in time for one year: FUNCTIONS 'TBmWV01' INCLUDE './coefficients_and_forcing/veluwe-TBmWV01.dat' ; ; mortality parameters ; CONSTANTS 'Rc0MSWV01' DATA 0.1 ; senescence mortality rate for at 20 oC (1/d) CONSTANTS 'TcMSWV01' DATA 1.03 ; temperature coefficient of WV mort. (-) CONSTANTS 'RcMGRWV01' DATA 0.0 ; grazing mortality pressure for (g/m2/d) CONSTANTS 'AcMWV01' DATA 10.0 ; acceleration factor for senescence mort (-) CONSTANTS 'MaxRWV01' DATA 1.2 ; maximum biomass ratio for (for mort acceleration) (-) CONSTANTS 'RcMrtVB01' DATA 0.05 ; inundation mortality rate (1/d) CONSTANTS 'CrnsfVB01' DATA 100.0 ; lag time for inudation mortality (d) CONSTANTS 'CrdepVB01' DATA 1.0 ; critical depth for inundation mortality (m) ; ; Processes to be activated for vegetation 1 ; CONSTANTS 'ACTIVE_VB01_Upt3D' DATA 1.00000e+000 ; ACTIVE_VB01_Upt3D Vegetation module, distribution of nutrients uptake from sediment by VB01 CONSTANTS 'ACTIVE_VB01_Mrt3W' DATA 1.00000e+000 ; ACTIVE_VB01_Mrt3W Vegetation module, distribution of biomass detritus fluxes in water for VB01 CONSTANTS 'ACTIVE_VB01_Mrt3S' DATA 1.00000e+000 ; ACTIVE_VB01_Mrt3S Vegetation module, distribution of biomass detritus fluxes in sediment for VB01 CONSTANTS 'ACTIVE_VBGrowth01' DATA 1.00000e+000 ; ACTIVE_VBGrowth01 Vegetation module, growth of VB01 CONSTANTS 'ACTIVE_VBMort01' DATA 1.00000e+000 ; ACTIVE_VBMort01 Vegetation module, inundation induced mortality of VB01 CONSTANTS 'ACTIVE_VB01Upt' DATA 1.00000e+000 ; ACTIVE_VB01Upt Vegetation module, uptake of nutrients by VB01 CONSTANTS 'ACTIVE_VBStatus01' DATA 1.00000e+000 ; ACTIVE_VBStatus01 Vegetation module, status of vegation cohort VB01 CONSTANTS 'ACTIVE_VB01availN' DATA 1.00000e+000 ; ACTIVE_VB01availN Vegetation module, availability of nutrients for VB01 ; ; ********************************************************************* ; ; vegetation type 2 ; ; Rooting and shooting height, nutrient uptake and mortality form factor ; CONSTANTS 'RootDeVB02' DATA -0.50000e+000 ; Root height (a negative value!) (m) CONSTANTS 'VegHeVB02' DATA 10.0 ; Shooting height (m) CONSTANTS 'FfacVB02' DATA 1.00000e+000 ; Nutrient uptake form factor lin: F = M(mean)/(M/Hmax) (-) CONSTANTS 'SwDisVB02' DATA 1.00000e+000 ; Switch mortality distribution (1)cont. (2)lin. (3)exp. (-) ; ; Biomass allocation parameters ; CONSTANTS 'F1VB02' DATA 0.00000 ; allocation factor comp. 1 (stem) (-) CONSTANTS 'F2VB02' DATA 0.50000 ; allocation factor comp. 2 (foliage) (-) CONSTANTS 'F3VB02' DATA 0.00000 ; allocation factor comp. 3 (branch) (-) CONSTANTS 'F4VB02' DATA 0.00000 ; allocation factor comp. 4 (root) (-) CONSTANTS 'F5VB02' DATA 0.50000 ; allocation factor comp. 5 (fineroot) (-) ; ; Dry mass/carbon and carbon/nutrient ratios of all compartments ; CONSTANTS 'dmCfVB02' DATA 1.00000e+000 ; dry matter/carbon ratio ; CONSTANTS 'CNf2VB02' DATA 25.0 ; carbon-nitrogen ratio in foliage (gC/gN) CONSTANTS 'CNf5VB02' DATA 30.0 ; carbon-nitrogen ratio in fineroot (gC/gN) CONSTANTS 'CPf2VB02' DATA 300.0 ; carbon-phosporus ratio in foliage (gC/gP) CONSTANTS 'CPf5VB02' DATA 600.0 ; carbon-phosporus ratio in fineroot (gC/gP) CONSTANTS 'CSf2VB02' DATA 1000.0 ; carbon-sulphur ratio in foliage (gC/gS) CONSTANTS 'CSf5VB02' DATA 1000.0 ; carbon-sulphur ratio in fineroot (gC/gS) ; ; Wetland vegetation model ; ; growth parameters ; CONSTANTS 'SwVB02WV' DATA 1.0 ; use wetland vegetation model (0=no,1=yes) (-) CONSTANTS 'Rc0GWV02' DATA 0.4 ; wetland vegetation growth rate at 20 oC (1/d) CONSTANTS 'TcGWV02' DATA 1.04 ; temperature coefficient of WV growth for (-) CONSTANTS 'AcGWV02' DATA 10.0 ; acceleration factor for WV growth (-) CONSTANTS 'MinRWV02' DATA 0.1 ; minimum biomass ratio for acceleration (-) ; Air temperature in added in general inp-file! (oC) CONSTANTS 'SWiniVB02' DATA 1.0 ; 1 = initialise from % coverage (only during 1st run!!) (-) CONSTANTS 'iniCovVB02' DATA 5 ; (initial) coverage (from LAVegMod) (%) ; To later change to: ; SEG_FUNCTIONS ; 'iniCovVB02' ; INCLUDE './LAVegMod-PHAU.dat' ; ; CONSTANTS 'TBmWV02' DATA 100 ; target total biomass (tDM/ha) ; Now a function in time for one year: FUNCTIONS 'TBmWV02' INCLUDE './coefficients_and_forcing/veluwe-TBmWV02.dat' ; ; mortality parameters ; CONSTANTS 'Rc0MSWV02' DATA 0.1 ; senescence mortality rate for at 20 oC (1/d) CONSTANTS 'TcMSWV02' DATA 1.03 ; temperature coefficient of WV mort. (-) CONSTANTS 'RcMGRWV02' DATA 0.0 ; grazing mortality pressure for (g/m2/d) CONSTANTS 'AcMWV02' DATA 10.0 ; acceleration factor for senescence mort (-) CONSTANTS 'MaxRWV02' DATA 1.2 ; maximum biomass ratio for (for mort acceleration) (-) CONSTANTS 'RcMrtVB02' DATA 0.05 ; inundation mortality rate (1/d) CONSTANTS 'CrnsfVB02' DATA 10.0 ; lag time for inudation mortality (d) CONSTANTS 'CrdepVB02' DATA 1.0 ; critical depth for inundation mortality (m) ; ; Processes to be activated for vegetation 2 ; CONSTANTS 'ACTIVE_VB02_Upt3D' DATA 1.00000e+000 ; ACTIVE_VB02_Upt3D Vegetation module, distribution of nutrients uptake from sediment by VB02 CONSTANTS 'ACTIVE_VB02_Mrt3W' DATA 1.00000e+000 ; ACTIVE_VB02_Mrt3W Vegetation module, distribution of biomass detritus fluxes in water for VB02 CONSTANTS 'ACTIVE_VB02_Mrt3S' DATA 1.00000e+000 ; ACTIVE_VB02_Mrt3S Vegetation module, distribution of biomass detritus fluxes in sediment for VB02 CONSTANTS 'ACTIVE_VBGrowth02' DATA 1.00000e+000 ; ACTIVE_VBGrowth02 Vegetation module, growth of VB02 CONSTANTS 'ACTIVE_VBMort02' DATA 1.00000e+000 ; ACTIVE_VBMort02 Vegetation module, inundation induced mortality of VB02 CONSTANTS 'ACTIVE_VB02Upt' DATA 1.00000e+000 ; ACTIVE_VB02Upt Vegetation module, uptake of nutrients by VB02 CONSTANTS 'ACTIVE_VBStatus02' DATA 1.00000e+000 ; ACTIVE_VBStatus02 Vegetation module, status of vegation cohort VB02 CONSTANTS 'ACTIVE_VB02availN' DATA 1.00000e+000 ; ACTIVE_VB02availN Vegetation module, availability of nutrients for VB02 ; ; ********************************************************************* ; ; vegetation type 3 ; ; Rooting and shooting height, nutrient uptake and mortality form factor ; CONSTANTS 'RootDeVB03' DATA -0.50000e+000 ; Root height (a negative value!) (m) CONSTANTS 'VegHeVB03' DATA 10.0 ; Shooting height (m) CONSTANTS 'FfacVB03' DATA 1.00000e+000 ; Nutrient uptake form factor lin: F = M(mean)/(M/Hmax) (-) CONSTANTS 'SwDisVB03' DATA 1.00000e+000 ; Switch mortality distribution (1)cont. (2)lin. (3)exp. (-) ; ; Biomass allocation parameters ; CONSTANTS 'F1VB03' DATA 0.00000 ; allocation factor comp. 1 (stem) (-) CONSTANTS 'F2VB03' DATA 0.50000 ; allocation factor comp. 2 (foliage) (-) CONSTANTS 'F3VB03' DATA 0.00000 ; allocation factor comp. 3 (branch) (-) CONSTANTS 'F4VB03' DATA 0.00000 ; allocation factor comp. 4 (root) (-) CONSTANTS 'F5VB03' DATA 0.50000 ; allocation factor comp. 5 (fineroot) (-) ; ; Dry mass/carbon and carbon/nutrient ratios of all compartments ; CONSTANTS 'dmCfVB03' DATA 1.00000e+000 ; dry matter/carbon ratio ; CONSTANTS 'CNf2VB03' DATA 25.0 ; carbon-nitrogen ratio in foliage (gC/gN) CONSTANTS 'CNf5VB03' DATA 30.0 ; carbon-nitrogen ratio in fineroot (gC/gN) CONSTANTS 'CPf2VB03' DATA 300.0 ; carbon-phosporus ratio in foliage (gC/gP) CONSTANTS 'CPf5VB03' DATA 600.0 ; carbon-phosporus ratio in fineroot (gC/gP) CONSTANTS 'CSf2VB03' DATA 1000.0 ; carbon-sulphur ratio in foliage (gC/gS) CONSTANTS 'CSf5VB03' DATA 1000.0 ; carbon-sulphur ratio in fineroot (gC/gS) ; ; Wetland vegetation model ; ; growth parameters ; CONSTANTS 'SwVB03WV' DATA 1.0 ; use wetland vegetation model (0=no,1=yes) (-) CONSTANTS 'Rc0GWV03' DATA 0.4 ; wetland vegetation growth rate at 20 oC (1/d) CONSTANTS 'TcGWV03' DATA 1.04 ; temperature coefficient of WV growth for (-) CONSTANTS 'AcGWV03' DATA 10.0 ; acceleration factor for WV growth (-) CONSTANTS 'MinRWV03' DATA 0.1 ; minimum biomass ratio for acceleration (-) ; Air temperature in added in general inp-file! (oC) CONSTANTS 'SWiniVB03' DATA 1.0 ; 1 = initialise from % coverage (only during 1st run!!) (-) CONSTANTS 'iniCovVB03' DATA 5 ; (initial) coverage (from LAVegMod) (%) ; To later change to: ; SEG_FUNCTIONS ; 'iniCovVB03' ; INCLUDE './LAVegMod-PHAU.dat' ; ; CONSTANTS 'TBmWV03' DATA 100 ; target total biomass (tDM/ha) ; Now a function in time for one year: FUNCTIONS 'TBmWV03' INCLUDE './coefficients_and_forcing/veluwe-TBmWV03.dat' ; ; mortality parameters ; CONSTANTS 'Rc0MSWV03' DATA 0.1 ; senescence mortality rate for at 20 oC (1/d) CONSTANTS 'TcMSWV03' DATA 1.03 ; temperature coefficient of WV mort. (-) CONSTANTS 'RcMGRWV03' DATA 0.0 ; grazing mortality pressure for (g/m2/d) CONSTANTS 'AcMWV03' DATA 10.0 ; acceleration factor for senescence mort (-) CONSTANTS 'MaxRWV03' DATA 1.2 ; maximum biomass ratio for (for mort acceleration) (-) CONSTANTS 'RcMrtVB03' DATA 0.05 ; inundation mortality rate (1/d) CONSTANTS 'CrnsfVB03' DATA 10.0 ; lag time for inudation mortality (d) CONSTANTS 'CrdepVB03' DATA 1.0 ; critical depth for inundation mortality (m) ; ; Processes to be activated for vegetation 1 ; CONSTANTS 'ACTIVE_VB03_Upt3D' DATA 1.00000e+000 ; ACTIVE_VB03_Upt3D Vegetation module, distribution of nutrients uptake from sediment by VB03 CONSTANTS 'ACTIVE_VB03_Mrt3W' DATA 1.00000e+000 ; ACTIVE_VB03_Mrt3W Vegetation module, distribution of biomass detritus fluxes in water for VB03 CONSTANTS 'ACTIVE_VB03_Mrt3S' DATA 1.00000e+000 ; ACTIVE_VB03_Mrt3S Vegetation module, distribution of biomass detritus fluxes in sediment for VB03 CONSTANTS 'ACTIVE_VBGrowth03' DATA 1.00000e+000 ; ACTIVE_VBGrowth03 Vegetation module, growth of VB03 CONSTANTS 'ACTIVE_VBMort03' DATA 1.00000e+000 ; ACTIVE_VBMort03 Vegetation module, inundation induced mortality of VB03 CONSTANTS 'ACTIVE_VB03Upt' DATA 1.00000e+000 ; ACTIVE_VB03Upt Vegetation module, uptake of nutrients by VB03 CONSTANTS 'ACTIVE_VBStatus03' DATA 1.00000e+000 ; ACTIVE_VBStatus03 Vegetation module, status of vegation cohort VB03 CONSTANTS 'ACTIVE_VB03availN' DATA 1.00000e+000 ; ACTIVE_VB03availN Vegetation module, availability of nutrients for VB03 ; ; ********************************************************************* ; ; vegetation type 4 ; ; Rooting and shooting height, nutrient uptake and mortality form factor ; CONSTANTS 'RootDeVB04' DATA -0.50000e+000 ; Root height (a negative value!) (m) CONSTANTS 'VegHeVB04' DATA 10.0 ; Shooting height (m) CONSTANTS 'FfacVB04' DATA 1.00000e+000 ; Nutrient uptake form factor lin: F = M(mean)/(M/Hmax) (-) CONSTANTS 'SwDisVB04' DATA 1.00000e+000 ; Switch mortality distribution (1)cont. (2)lin. (3)exp. (-) ; ; Biomass allocation parameters ; CONSTANTS 'F1VB04' DATA 0.00000 ; allocation factor comp. 1 (stem) (-) CONSTANTS 'F2VB04' DATA 0.50000 ; allocation factor comp. 2 (foliage) (-) CONSTANTS 'F3VB04' DATA 0.00000 ; allocation factor comp. 3 (branch) (-) CONSTANTS 'F4VB04' DATA 0.00000 ; allocation factor comp. 4 (root) (-) CONSTANTS 'F5VB04' DATA 0.50000 ; allocation factor comp. 5 (fineroot) (-) ; ; Dry mass/carbon and carbon/nutrient ratios of all compartments ; CONSTANTS 'dmCfVB04' DATA 1.00000e+000 ; dry matter/carbon ratio ; CONSTANTS 'CNf2VB04' DATA 25.0 ; carbon-nitrogen ratio in foliage (gC/gN) CONSTANTS 'CNf5VB04' DATA 30.0 ; carbon-nitrogen ratio in fineroot (gC/gN) CONSTANTS 'CPf2VB04' DATA 300.0 ; carbon-phosporus ratio in foliage (gC/gP) CONSTANTS 'CPf5VB04' DATA 600.0 ; carbon-phosporus ratio in fineroot (gC/gP) CONSTANTS 'CSf2VB04' DATA 1000.0 ; carbon-sulphur ratio in foliage (gC/gS) CONSTANTS 'CSf5VB04' DATA 1000.0 ; carbon-sulphur ratio in fineroot (gC/gS) ; ; Wetland vegetation model ; ; growth parameters ; CONSTANTS 'SwVB04WV' DATA 1.0 ; use wetland vegetation model (0=no,1=yes) (-) CONSTANTS 'Rc0GWV04' DATA 0.4 ; wetland vegetation growth rate at 20 oC (1/d) CONSTANTS 'TcGWV04' DATA 1.04 ; temperature coefficient of WV growth for (-) CONSTANTS 'AcGWV04' DATA 10.0 ; acceleration factor for WV growth (-) CONSTANTS 'MinRWV04' DATA 0.1 ; minimum biomass ratio for acceleration (-) ; Air temperature in added in general inp-file! (oC) CONSTANTS 'SWiniVB04' DATA 1.0 ; 1 = initialise from % coverage (only during 1st run!!) (-) CONSTANTS 'iniCovVB04' DATA 5 ; (initial) coverage (from LAVegMod) (%) ; To later change to: ; SEG_FUNCTIONS ; 'iniCovVB04' ; INCLUDE './LAVegMod-PHAU.dat' ; ; CONSTANTS 'TBmWV04' DATA 100 ; target total biomass (tDM/ha) ; Now a function in time for one year: FUNCTIONS 'TBmWV04' INCLUDE './coefficients_and_forcing/veluwe-TBmWV04.dat' ; ; mortality parameters ; CONSTANTS 'Rc0MSWV04' DATA 0.1 ; senescence mortality rate for at 20 oC (1/d) CONSTANTS 'TcMSWV04' DATA 1.03 ; temperature coefficient of WV mort. (-) CONSTANTS 'RcMGRWV04' DATA 0.0 ; grazing mortality pressure for (g/m2/d) CONSTANTS 'AcMWV04' DATA 10.0 ; acceleration factor for senescence mort (-) CONSTANTS 'MaxRWV04' DATA 1.2 ; maximum biomass ratio for (for mort acceleration) (-) CONSTANTS 'RcMrtVB04' DATA 0.05 ; inundation mortality rate (1/d) CONSTANTS 'CrnsfVB04' DATA 150.0 ; lag time for inudation mortality (d) CONSTANTS 'CrdepVB04' DATA 1.0 ; critical depth for inundation mortality (m) ; ; Processes to be activated for vegetation 4 ; CONSTANTS 'ACTIVE_VB04_Upt3D' DATA 1.00000e+000 ; ACTIVE_VB04_Upt3D Vegetation module, distribution of nutrients uptake from sediment by VB04 CONSTANTS 'ACTIVE_VB04_Mrt3W' DATA 1.00000e+000 ; ACTIVE_VB04_Mrt3W Vegetation module, distribution of biomass detritus fluxes in water for VB04 CONSTANTS 'ACTIVE_VB04_Mrt3S' DATA 1.00000e+000 ; ACTIVE_VB04_Mrt3S Vegetation module, distribution of biomass detritus fluxes in sediment for VB04 CONSTANTS 'ACTIVE_VBGrowth04' DATA 1.00000e+000 ; ACTIVE_VBGrowth04 Vegetation module, growth of VB04 CONSTANTS 'ACTIVE_VBMort04' DATA 1.00000e+000 ; ACTIVE_VBMort04 Vegetation module, inundation induced mortality of VB04 CONSTANTS 'ACTIVE_VB04Upt' DATA 1.00000e+000 ; ACTIVE_VB04Upt Vegetation module, uptake of nutrients by VB04 CONSTANTS 'ACTIVE_VBStatus04' DATA 1.00000e+000 ; ACTIVE_VBStatus04 Vegetation module, status of vegation cohort VB04 CONSTANTS 'ACTIVE_VB04availN' DATA 1.00000e+000 ; ACTIVE_VB04availN Vegetation module, availability of nutrients for VB04 ; ; ********************************************************************* ; ; vegetation type 5 ; ; Rooting and shooting height, nutrient uptake and mortality form factor ; CONSTANTS 'RootDeVB05' DATA -0.50000e+000 ; Root height (a negative value!) (m) CONSTANTS 'VegHeVB05' DATA 10.0 ; Shooting height (m) CONSTANTS 'FfacVB05' DATA 1.00000e+000 ; Nutrient uptake form factor lin: F = M(mean)/(M/Hmax) (-) CONSTANTS 'SwDisVB05' DATA 1.00000e+000 ; Switch mortality distribution (1)cont. (2)lin. (3)exp. (-) ; ; Biomass allocation parameters ; CONSTANTS 'F1VB05' DATA 0.00000 ; allocation factor comp. 1 (stem) (-) CONSTANTS 'F2VB05' DATA 0.50000 ; allocation factor comp. 2 (foliage) (-) CONSTANTS 'F3VB05' DATA 0.00000 ; allocation factor comp. 3 (branch) (-) CONSTANTS 'F4VB05' DATA 0.00000 ; allocation factor comp. 4 (root) (-) CONSTANTS 'F5VB05' DATA 0.50000 ; allocation factor comp. 5 (fineroot) (-) ; ; Dry mass/carbon and carbon/nutrient ratios of all compartments ; CONSTANTS 'dmCfVB05' DATA 1.00000e+000 ; dry matter/carbon ratio ; CONSTANTS 'CNf2VB05' DATA 25.0 ; carbon-nitrogen ratio in foliage (gC/gN) CONSTANTS 'CNf5VB05' DATA 30.0 ; carbon-nitrogen ratio in fineroot (gC/gN) CONSTANTS 'CPf2VB05' DATA 300.0 ; carbon-phosporus ratio in foliage (gC/gP) CONSTANTS 'CPf5VB05' DATA 600.0 ; carbon-phosporus ratio in fineroot (gC/gP) CONSTANTS 'CSf2VB05' DATA 1000.0 ; carbon-sulphur ratio in foliage (gC/gS) CONSTANTS 'CSf5VB05' DATA 1000.0 ; carbon-sulphur ratio in fineroot (gC/gS) ; ; Wetland vegetation model ; ; growth parameters ; CONSTANTS 'SwVB05WV' DATA 1.0 ; use wetland vegetation model (0=no,1=yes) (-) CONSTANTS 'Rc0GWV05' DATA 0.4 ; wetland vegetation growth rate at 20 oC (1/d) CONSTANTS 'TcGWV05' DATA 1.04 ; temperature coefficient of WV growth for (-) CONSTANTS 'AcGWV05' DATA 10.0 ; acceleration factor for WV growth (-) CONSTANTS 'MinRWV05' DATA 0.1 ; minimum biomass ratio for acceleration (-) ; Air temperature in added in general inp-file! (oC) CONSTANTS 'SWiniVB05' DATA 1.0 ; 1 = initialise from % coverage (only during 1st run!!) (-) CONSTANTS 'iniCovVB05' DATA 5 ; (initial) coverage (from LAVegMod) (%) ; To later change to: ; SEG_FUNCTIONS ; 'iniCovVB05' ; INCLUDE './LAVegMod-PHAU.dat' ; ; CONSTANTS 'TBmWV05' DATA 100 ; target total biomass (tDM/ha) ; Now a function in time for one year: FUNCTIONS 'TBmWV05' INCLUDE './coefficients_and_forcing/veluwe-TBmWV05.dat' ; ; mortality parameters ; CONSTANTS 'Rc0MSWV05' DATA 0.1 ; senescence mortality rate for at 20 oC (1/d) CONSTANTS 'TcMSWV05' DATA 1.03 ; temperature coefficient of WV mort. (-) CONSTANTS 'RcMGRWV05' DATA 0.0 ; grazing mortality pressure for (g/m2/d) CONSTANTS 'AcMWV05' DATA 10.0 ; acceleration factor for senescence mort (-) CONSTANTS 'MaxRWV05' DATA 1.2 ; maximum biomass ratio for (for mort acceleration) (-) CONSTANTS 'RcMrtVB05' DATA 0.05 ; inundation mortality rate (1/d) CONSTANTS 'CrnsfVB05' DATA 10.0 ; lag time for inudation mortality (d) CONSTANTS 'CrdepVB05' DATA 1.0 ; critical depth for inundation mortality (m) ; ; Processes to be activated for vegetation 5 ; CONSTANTS 'ACTIVE_VB05_Upt3D' DATA 1.00000e+000 ; ACTIVE_VB05_Upt3D Vegetation module, distribution of nutrients uptake from sediment by VB05 CONSTANTS 'ACTIVE_VB05_Mrt3W' DATA 1.00000e+000 ; ACTIVE_VB05_Mrt3W Vegetation module, distribution of biomass detritus fluxes in water for VB05 CONSTANTS 'ACTIVE_VB05_Mrt3S' DATA 1.00000e+000 ; ACTIVE_VB05_Mrt3S Vegetation module, distribution of biomass detritus fluxes in sediment for VB05 CONSTANTS 'ACTIVE_VBGrowth05' DATA 1.00000e+000 ; ACTIVE_VBGrowth05 Vegetation module, growth of VB05 CONSTANTS 'ACTIVE_VBMort05' DATA 1.00000e+000 ; ACTIVE_VBMort05 Vegetation module, inundation induced mortality of VB05 CONSTANTS 'ACTIVE_VB05Upt' DATA 1.00000e+000 ; ACTIVE_VB05Upt Vegetation module, uptake of nutrients by VB05 CONSTANTS 'ACTIVE_VBStatus05' DATA 1.00000e+000 ; ACTIVE_VBStatus05 Vegetation module, status of vegation cohort VB05 CONSTANTS 'ACTIVE_VB05availN' DATA 1.00000e+000 ; ACTIVE_VB05availN Vegetation module, availability of nutrients for VB05 ; ; ********************************************************************* ; ; vegetation type 6 ; ; Rooting and shooting height, nutrient uptake and mortality form factor ; CONSTANTS 'RootDeVB06' DATA -0.50000e+000 ; Root height (a negative value!) (m) CONSTANTS 'VegHeVB06' DATA 10.0 ; Shooting height (m) CONSTANTS 'FfacVB06' DATA 1.00000e+000 ; Nutrient uptake form factor lin: F = M(mean)/(M/Hmax) (-) CONSTANTS 'SwDisVB06' DATA 1.00000e+000 ; Switch mortality distribution (1)cont. (2)lin. (3)exp. (-) ; ; Biomass allocation parameters ; CONSTANTS 'F1VB06' DATA 0.00000 ; allocation factor comp. 1 (stem) (-) CONSTANTS 'F2VB06' DATA 0.50000 ; allocation factor comp. 2 (foliage) (-) CONSTANTS 'F3VB06' DATA 0.00000 ; allocation factor comp. 3 (branch) (-) CONSTANTS 'F4VB06' DATA 0.00000 ; allocation factor comp. 4 (root) (-) CONSTANTS 'F5VB06' DATA 0.50000 ; allocation factor comp. 5 (fineroot) (-) ; ; Dry mass/carbon and carbon/nutrient ratios of all compartments ; CONSTANTS 'dmCfVB06' DATA 1.00000e+000 ; dry matter/carbon ratio ; CONSTANTS 'CNf2VB06' DATA 25.0 ; carbon-nitrogen ratio in foliage (gC/gN) CONSTANTS 'CNf5VB06' DATA 30.0 ; carbon-nitrogen ratio in fineroot (gC/gN) CONSTANTS 'CPf2VB06' DATA 300.0 ; carbon-phosporus ratio in foliage (gC/gP) CONSTANTS 'CPf5VB06' DATA 600.0 ; carbon-phosporus ratio in fineroot (gC/gP) CONSTANTS 'CSf2VB06' DATA 1000.0 ; carbon-sulphur ratio in foliage (gC/gS) CONSTANTS 'CSf5VB06' DATA 1000.0 ; carbon-sulphur ratio in fineroot (gC/gS) ; ; Wetland vegetation model ; ; growth parameters ; CONSTANTS 'SwVB06WV' DATA 1.0 ; use wetland vegetation model (0=no,1=yes) (-) CONSTANTS 'Rc0GWV06' DATA 0.4 ; wetland vegetation growth rate at 20 oC (1/d) CONSTANTS 'TcGWV06' DATA 1.04 ; temperature coefficient of WV growth for (-) CONSTANTS 'AcGWV06' DATA 10.0 ; acceleration factor for WV growth (-) CONSTANTS 'MinRWV06' DATA 0.1 ; minimum biomass ratio for acceleration (-) ; Air temperature in added in general inp-file! (oC) CONSTANTS 'SWiniVB06' DATA 1.0 ; 1 = initialise from % coverage (only during 1st run!!) (-) CONSTANTS 'iniCovVB06' DATA 5 ; (initial) coverage (from LAVegMod) (%) ; To later change to: ; SEG_FUNCTIONS ; 'iniCovVB06' ; INCLUDE './LAVegMod-PHAU.dat' ; ; CONSTANTS 'TBmWV06' DATA 100 ; target total biomass (tDM/ha) ; Now a function in time for one year: FUNCTIONS 'TBmWV06' INCLUDE './coefficients_and_forcing/veluwe-TBmWV06.dat' ; ; mortality parameters ; CONSTANTS 'Rc0MSWV06' DATA 0.1 ; senescence mortality rate for at 20 oC (1/d) CONSTANTS 'TcMSWV06' DATA 1.06 ; temperature coefficient of WV mort. (-) CONSTANTS 'RcMGRWV06' DATA 0.0 ; grazing mortality pressure for (g/m2/d) CONSTANTS 'AcMWV06' DATA 10.0 ; acceleration factor for senescence mort (-) CONSTANTS 'MaxRWV06' DATA 1.2 ; maximum biomass ratio for (for mort acceleration) (-) CONSTANTS 'RcMrtVB06' DATA 0.05 ; inundation mortality rate (1/d) CONSTANTS 'CrnsfVB06' DATA 10.0 ; lag time for inudation mortality (d) CONSTANTS 'CrdepVB06' DATA 1.0 ; critical depth for inundation mortality (m) ; ; Processes to be activated for vegetation 6 ; CONSTANTS 'ACTIVE_VB06_Upt3D' DATA 1.00000e+000 ; ACTIVE_VB06_Upt3D Vegetation module, distribution of nutrients uptake from sediment by VB06 CONSTANTS 'ACTIVE_VB06_Mrt3W' DATA 1.00000e+000 ; ACTIVE_VB06_Mrt3W Vegetation module, distribution of biomass detritus fluxes in water for VB06 CONSTANTS 'ACTIVE_VB06_Mrt3S' DATA 1.00000e+000 ; ACTIVE_VB06_Mrt3S Vegetation module, distribution of biomass detritus fluxes in sediment for VB06 CONSTANTS 'ACTIVE_VBGrowth06' DATA 1.00000e+000 ; ACTIVE_VBGrowth06 Vegetation module, growth of VB06 CONSTANTS 'ACTIVE_VBMort06' DATA 1.00000e+000 ; ACTIVE_VBMort06 Vegetation module, inundation induced mortality of VB06 CONSTANTS 'ACTIVE_VB06Upt' DATA 1.00000e+000 ; ACTIVE_VB06Upt Vegetation module, uptake of nutrients by VB06 CONSTANTS 'ACTIVE_VBStatus06' DATA 1.00000e+000 ; ACTIVE_VBStatus06 Vegetation module, status of vegation cohort VB06 CONSTANTS 'ACTIVE_VB06availN' DATA 1.00000e+000 ; ACTIVE_VB06availN Vegetation module, availability of nutrients for VB06 ; ; ********************************************************************* ; ; vegetation type 7 ; ; Rooting and shooting height, nutrient uptake and mortality form factor ; CONSTANTS 'RootDeVB07' DATA -0.50000e+000 ; Root height (a negative value!) (m) CONSTANTS 'VegHeVB07' DATA 10.0 ; Shooting height (m) CONSTANTS 'FfacVB07' DATA 1.00000e+000 ; Nutrient uptake form factor lin: F = M(mean)/(M/Hmax) (-) CONSTANTS 'SwDisVB07' DATA 1.00000e+000 ; Switch mortality distribution (1)cont. (2)lin. (3)exp. (-) ; ; Biomass allocation parameters ; CONSTANTS 'F1VB07' DATA 0.00000 ; allocation factor comp. 1 (stem) (-) CONSTANTS 'F2VB07' DATA 0.50000 ; allocation factor comp. 2 (foliage) (-) CONSTANTS 'F3VB07' DATA 0.00000 ; allocation factor comp. 3 (branch) (-) CONSTANTS 'F4VB07' DATA 0.00000 ; allocation factor comp. 4 (root) (-) CONSTANTS 'F5VB07' DATA 0.50000 ; allocation factor comp. 5 (fineroot) (-) ; ; Dry mass/carbon and carbon/nutrient ratios of all compartments ; CONSTANTS 'dmCfVB07' DATA 1.00000e+000 ; dry matter/carbon ratio ; CONSTANTS 'CNf2VB07' DATA 25.0 ; carbon-nitrogen ratio in foliage (gC/gN) CONSTANTS 'CNf5VB07' DATA 30.0 ; carbon-nitrogen ratio in fineroot (gC/gN) CONSTANTS 'CPf2VB07' DATA 300.0 ; carbon-phosporus ratio in foliage (gC/gP) CONSTANTS 'CPf5VB07' DATA 600.0 ; carbon-phosporus ratio in fineroot (gC/gP) CONSTANTS 'CSf2VB07' DATA 1000.0 ; carbon-sulphur ratio in foliage (gC/gS) CONSTANTS 'CSf5VB07' DATA 1000.0 ; carbon-sulphur ratio in fineroot (gC/gS) ; ; Wetland vegetation model ; ; growth parameters ; CONSTANTS 'SwVB07WV' DATA 1.0 ; use wetland vegetation model (0=no,1=yes) (-) CONSTANTS 'Rc0GWV07' DATA 0.4 ; wetland vegetation growth rate at 20 oC (1/d) CONSTANTS 'TcGWV07' DATA 1.04 ; temperature coefficient of WV growth for (-) CONSTANTS 'AcGWV07' DATA 10.0 ; acceleration factor for WV growth (-) CONSTANTS 'MinRWV07' DATA 0.1 ; minimum biomass ratio for acceleration (-) ; Air temperature in added in general inp-file! (oC) CONSTANTS 'SWiniVB07' DATA 1.0 ; 1 = initialise from % coverage (only during 1st run!!) (-) CONSTANTS 'iniCovVB07' DATA 5 ; (initial) coverage (from LAVegMod) (%) ; To later change to: ; SEG_FUNCTIONS ; 'iniCovVB07' ; INCLUDE './LAVegMod-PHAU.dat' ; ; CONSTANTS 'TBmWV07' DATA 100 ; target total biomass (tDM/ha) ; Now a function in time for one year: FUNCTIONS 'TBmWV07' INCLUDE './coefficients_and_forcing/veluwe-TBmWV07.dat' ; ; mortality parameters ; CONSTANTS 'Rc0MSWV07' DATA 0.1 ; senescence mortality rate for at 20 oC (1/d) CONSTANTS 'TcMSWV07' DATA 1.06 ; temperature coefficient of WV mort. (-) CONSTANTS 'RcMGRWV07' DATA 0.0 ; grazing mortality pressure for (g/m2/d) CONSTANTS 'AcMWV07' DATA 10.0 ; acceleration factor for senescence mort (-) CONSTANTS 'MaxRWV07' DATA 1.2 ; maximum biomass ratio for (for mort acceleration) (-) CONSTANTS 'RcMrtVB07' DATA 0.05 ; inundation mortality rate (1/d) CONSTANTS 'CrnsfVB07' DATA 10.0 ; lag time for inudation mortality (d) CONSTANTS 'CrdepVB07' DATA 1.0 ; critical depth for inundation mortality (m) ; ; Processes to be activated for vegetation 7 ; CONSTANTS 'ACTIVE_VB07_Upt3D' DATA 1.00000e+000 ; ACTIVE_VB07_Upt3D Vegetation module, distribution of nutrients uptake from sediment by VB07 CONSTANTS 'ACTIVE_VB07_Mrt3W' DATA 1.00000e+000 ; ACTIVE_VB07_Mrt3W Vegetation module, distribution of biomass detritus fluxes in water for VB07 CONSTANTS 'ACTIVE_VB07_Mrt3S' DATA 1.00000e+000 ; ACTIVE_VB07_Mrt3S Vegetation module, distribution of biomass detritus fluxes in sediment for VB07 CONSTANTS 'ACTIVE_VBGrowth07' DATA 1.00000e+000 ; ACTIVE_VBGrowth07 Vegetation module, growth of VB07 CONSTANTS 'ACTIVE_VBMort07' DATA 1.00000e+000 ; ACTIVE_VBMort07 Vegetation module, inundation induced mortality of VB07 CONSTANTS 'ACTIVE_VB07Upt' DATA 1.00000e+000 ; ACTIVE_VB07Upt Vegetation module, uptake of nutrients by VB07 CONSTANTS 'ACTIVE_VBStatus07' DATA 1.00000e+000 ; ACTIVE_VBStatus07 Vegetation module, status of vegation cohort VB07 CONSTANTS 'ACTIVE_VB07availN' DATA 1.00000e+000 ; ACTIVE_VB07availN Vegetation module, availability of nutrients for VB07