;
; *********************************************************************
;
; generic
;
CONSTANTS 'SwVegMod'    DATA 1.0            ; use wetland vegetation model (0=no,1=yes)      (-)
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 10.0               ; 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 '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'  (This will be taken care of through the lavegmod2delwaq tool!)
;
; CONSTANTS 'TBmWV01'    DATA  100          ; target total biomass for VB01              (tC/ha)
; This one is a very important forcing function!!
;
; Now a (example) 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 'Rc0MGRWV01'  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 10.0               ; lag time for inudation mortality                       (d)
CONSTANTS 'CrdepVB01'   DATA 1.0                ; critical depth for inundation mortality                (m)
;