PlantsSpecies Derived Type
type, public :: PlantsSpecies
Components
| Type | Visibility | Attributes | Name | Initial | |||
|---|---|---|---|---|---|---|---|
| real(kind=float), | public | :: | GPPtoNPP |
GPP/NPP ratio |
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| real(kind=float), | public | :: | agemax |
maximum age |
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| real(kind=float), | public | :: | albedo |
plant albedo (0-1) |
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| real(kind=float), | public | :: | alpha |
canopy quantum efficiency (molC/molPAR) |
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| real(kind=float), | public | :: | as |
scaling coefficient in stem mass v diameter relationship |
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| real(kind=float), | public | :: | canopymax |
maximum canopy storage capacity (m) |
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| real(kind=float), | public | :: | cra |
Chapman-Richards asymptotic maximum height |
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| real(kind=float), | public | :: | crb |
Chapman-Richards exponential decay parameter |
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| real(kind=float), | public | :: | crc |
Chapman-Richards shape parameter |
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| real(kind=float), | public | :: | dbhdcmax |
maximum ratio between stem and crown diameters (m/cm) |
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| real(kind=float), | public | :: | dbhdcmin |
minimum ratio between stem and crown diameters (m/cm) |
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| real(kind=float), | public | :: | denmax |
minimum tree density (trees/ha) |
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| real(kind=float), | public | :: | denmin |
minimum tree density (trees/ha) |
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| real(kind=float), | public | :: | fpra |
parameter 1 to compute allocation factors |
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| real(kind=float), | public | :: | fprn |
parameter 2 to compute allocation factors |
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| real(kind=float), | public | :: | hdmax |
H/D ratio in carbon partitioning for high density |
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| real(kind=float), | public | :: | hdmin |
H/D ratio in carbon partitioning for low density |
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| real(kind=float), | public | :: | k |
extinction coefficient for absorption of PAR by canopy |
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| real(kind=float), | public | :: | laimax |
maximum leaf area index used for precipitation interception (m2/m2) |
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| real(kind=float), | public | :: | ltr |
leaf turnover rate [s-1] |
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| real(kind=float), | public | :: | mf |
Fractions of mean leaf biomass pools per tree on each dying tree |
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| real(kind=float), | public | :: | mr |
Fractions of mean root biomass pools per tree on each dying tree |
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| real(kind=float), | public | :: | ms |
Fractions of mean stem biomass pools per tree on each dying tree |
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| character(len=50), | public | :: | name |
species name, Fagus, Abies, ... |
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| real(kind=float), | public | :: | ns |
scaling exponent in stem mass v diameter relationship |
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| character(len=1), | public | :: | phenology |
evergreen (E), deciduous (D) |
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| real(kind=float), | public | :: | rtr |
root turnover rate [s-1] |
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| real(kind=float), | public | :: | sla |
specific leaf area [m2/Kg] |
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| real(kind=float), | public | :: | spra |
parameter 3 to compute allocation factors |
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| real(kind=float), | public | :: | sprn |
parameter 4 to compute allocation factors |
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| real(kind=float), | public | :: | tcold_leaf |
temperature threshold that accelerates leaf turnover (°C) |
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| real(kind=float), | public | :: | theta_fswc |
parameter to compute soil water content modifier |
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| real(kind=float), | public | :: | theta_fvpd |
parameter to compute vapor pressure deficit modifier |
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| real(kind=float), | public | :: | tmax |
maximum temperature for vegetation growing (°C) |
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| real(kind=float), | public | :: | tmin |
minimum temperature for vegetation growing (°C) |
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| real(kind=float), | public | :: | topt |
optimum temperature for vegetation growing (°C) |
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| real(kind=float), | public | :: | wSx1000 |
Fractions of mean leaf biomass pools per tree on each dying tree |
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| real(kind=float), | public | :: | wood_density |
wood density (kg/m3) |
Source Code
TYPE PlantsSpecies !Descriptor CHARACTER (LEN = 50) :: name !!species name, Fagus, Abies, ... CHARACTER (LEN = 1) :: phenology !! evergreen (E), deciduous (D) REAL (KIND = float) :: alpha !! canopy quantum efficiency (molC/molPAR) REAL (KIND = float) :: GPPtoNPP !!GPP/NPP ratio REAL (KIND = float) :: k !! extinction coefficient for absorption of PAR by canopy REAL (KIND = float) :: cra !! Chapman-Richards asymptotic maximum height REAL (KIND = float) :: crb !! Chapman-Richards exponential decay parameter REAL (KIND = float) :: crc !! Chapman-Richards shape parameter REAL (KIND = float) :: as !! scaling coefficient in stem mass v diameter relationship REAL (KIND = float) :: ns !! scaling exponent in stem mass v diameter relationship !REAL (KIND = float) :: saf !! stem allocation factor !REAL (KIND = float) :: raf !! root allocation factor !REAL (KIND = float) :: laf !! leaf (foliage) allocation factor REAL (KIND = float) :: dbhdcmin !! minimum ratio between stem and crown diameters (m/cm) REAL (KIND = float) :: dbhdcmax !! maximum ratio between stem and crown diameters (m/cm) REAL (KIND = float) :: denmin !! minimum tree density (trees/ha) REAL (KIND = float) :: denmax !! minimum tree density (trees/ha) REAL (KIND = float) :: agemax !! maximum age REAL (KIND = float) :: tmax !! maximum temperature for vegetation growing (°C) REAL (KIND = float) :: tmin !! minimum temperature for vegetation growing (°C) REAL (KIND = float) :: topt !! optimum temperature for vegetation growing (°C) REAL (KIND = float) :: theta_fswc !! parameter to compute soil water content modifier REAL (KIND = float) :: theta_fvpd !! parameter to compute vapor pressure deficit modifier REAL (KIND = float) :: fpra !! parameter 1 to compute allocation factors REAL (KIND = float) :: fprn !! parameter 2 to compute allocation factors REAL (KIND = float) :: spra !! parameter 3 to compute allocation factors REAL (KIND = float) :: sprn !! parameter 4 to compute allocation factors REAL (KIND = float) :: ltr !!leaf turnover rate [s-1] REAL (KIND = float) :: rtr !!root turnover rate [s-1] REAL (KIND = float) :: tcold_leaf !! temperature threshold that accelerates leaf turnover (°C) REAL (KIND = float) :: sla !! specific leaf area [m2/Kg] REAL (KIND = float) :: hdmin !! H/D ratio in carbon partitioning for low density REAL (KIND = float) :: hdmax !! H/D ratio in carbon partitioning for high density REAL (KIND = float) :: albedo !!plant albedo (0-1) REAL (KIND = float) :: laimax !!maximum leaf area index used for precipitation interception (m2/m2) REAL (KIND = float) :: canopymax !! maximum canopy storage capacity (m) REAL (KIND = float) :: wood_density !! wood density (kg/m3) REAL (KIND = float) :: ms !! Fractions of mean stem biomass pools per tree on each dying tree REAL (KIND = float) :: mr !! Fractions of mean root biomass pools per tree on each dying tree REAL (KIND = float) :: mf !! Fractions of mean leaf biomass pools per tree on each dying tree REAL (KIND = float) :: wSx1000 !! Fractions of mean leaf biomass pools per tree on each dying tree END TYPE PlantsSpecies