unitmod_vars.h File Reference
Header file for global spatial variables for the ecological Unit Model. More...
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Detailed Description
Header file for global spatial variables for the ecological Unit Model.
This declares spatial variables that are global to Unit_Mod.c.
Note: documented with Doxygen, which expects specific syntax within special comments.
The Everglades Landscape Model (ELM).
last updated: June 2008
Definition in file unitmod_vars.h.
Variable Documentation
| float* TP_settlDays |
- Remarks:
- This header file is generated from the "ModelOutlist_creator_v?.xls" OpenOffice workbook. Editing this .h header source directly is not recommended w/o changing ModelOutlist_creator.
To add/remove a spatial variable to/from the model:
1) Enter/delete the variable documentation in ModelOutlist_creator_v?.xls;
2) Add/remove the 2 lines of code in the alloc_memory function of UnitMod.c;
3) If you want it to be available for output, indicate so in ModelOutlist_creator, and add/remove the line of code in the gen_output function of Unit_Mod.c;
4) Export (cut&paste) the contents of this page into unitmod_vars.h;
5) Use/delete the variable in the code equations! _Units_: d; _Brief_: EWQM: cumulative days in which water depth is great enough for settling to occur (ESP mode of EWQM emulation ONLY)
Definition at line 35 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn13(), and gen_output().
| float* FLOC |
_Units_: kgOM/m^2; _Brief_: FLOCculent organic matter at the interface between soil and surface water
Definition at line 38 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn12(), gen_output(), and init_eqns().
| float* FLOC_DECOMP |
_Units_: kgOM/m^2/d; _Brief_: FLOCculent organic matter - DECOMPosition losses
Definition at line 39 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn12(), gen_output(), and init_eqns().
| float* FLOC_DECOMP_POT |
_Units_: kgOM/m^2/d; _Brief_: FLOCculent organic matter -DECOMPosition POTential losses
Definition at line 40 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn12(), gen_output(), and init_eqns().
| float* FLOC_DECOMP_QUAL_CF |
_Units_: dimless; _Brief_: FLOCculent organic matter - DECOMPosition Control Function (0-1) of degree of nutrient QUALity limitation
Definition at line 41 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn12(), gen_output(), and init_eqns().
| float* FLOC_DEPO |
_Units_: kgOM/m^2/d; _Brief_: FLOCculent organic matter - DEPosition losses
Definition at line 42 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn12(), cell_dyn4(), gen_output(), and init_eqns().
| float* FLOC_DEPO_POT |
_Units_: kgOM/m^2/d; _Brief_: FLOCculent organic matter - DEPosition POTential losses
Definition at line 43 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn12(), gen_output(), and init_eqns().
| float* FLOC_FR_ALGAE |
_Units_: kgOM/m^2/d; _Brief_: FLOCculent organic matter gained FRom mortality of periphyton (generalized, ALGAE)
Definition at line 44 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn12(), and gen_output().
| float* Floc_fr_phBio |
_Units_: kgOM/m^2/d; _Brief_: FLOCculent organic matter gained from mortality of photosynthetic Biomass of macrophytes
Definition at line 45 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn12(), and CellAvg().
| float* FLOC_Z |
_Units_: m; _Brief_: FLOCculent organic matter depth at the interface between soil and surface water
Definition at line 47 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn12(), gen_output(), and init_eqns().
| float* FlocP |
_Units_: kgP/m^2; _Brief_: Phosphorus in the FLOCculent organic matter at the interface between soil and surface water
Definition at line 48 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn12(), cell_dyn4(), and init_eqns().
| float* FlocP_DECOMP |
_Units_: kgP/m^2/d; _Brief_: Phosphorus in the FLOCculent organic matter - DECOMPosition losses
Definition at line 49 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), and cell_dyn12().
| float* FlocP_DEPO |
_Units_: kgP/m^2/d; _Brief_: Phosphorus in the FLOCculent organic matter - DEPosition losses
Definition at line 51 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn12(), and cell_dyn4().
| float* FlocP_FR_ALGAE |
_Units_: kgP/m^2/d; _Brief_: Phosphorus in the FLOCculent organic matter gained from FRom mortality of periphyton (generalized, ALGAE)
Definition at line 53 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), and cell_dyn12().
| double* FlocP_OM |
_Units_: kgP/kgOM; _Brief_: Phosphorus concentration in the Flocculent Organic Matter
Definition at line 54 of file unitmod_vars.h.
Referenced by alloc_memory(), and cell_dyn12().
| float* FlocP_OMrep |
_Units_: mgP/kgOM; _Brief_: Phosphorus concentration of the Flocculent Organic Matter (units converted to this for reporting purposes)
Definition at line 55 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn12(), and gen_output().
| float* FlocP_PhBio |
_Units_: kgP/m^2/d; _Brief_: Phosphorus in the FLOCculent organic matter gained from mortality of photosynthetic Biomass of macrophytes
Definition at line 56 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), and cell_dyn12().
| float* soil_MOIST_CF |
_Units_: dimless; _Brief_: soil Control Function of degree of MOISTure limitation
Definition at line 58 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn12(), cell_dyn4(), gen_output(), and init_eqns().
| float* TP_SED_MINER |
_Units_: kgP/d; _Brief_: Total Phosphorus gained in SEDiment/soil water due to floc MINERalization
Definition at line 59 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn12(), CellAvg(), and gen_output().
| float* TP_SFWT_MINER |
_Units_: kgP/d; _Brief_: Total Phosphorus gained in SurFace WaTer due to floc MINERalization
Definition at line 60 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn12(), CellAvg(), and gen_output().
| float* AIR_TEMP |
_Units_: deg C; _Brief_: Air temperature, daily average at ground level
Definition at line 68 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn7(), cell_dyn8(), gen_output(), and init_eqns().
| float* boundcond_depth |
_Units_: m; _Brief_: External boundary condition input, ponded water depth
Definition at line 69 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn1(), flowCalc_CanCel(), flowCalc_CelCan(), Flux_GWcells(), Flux_SWcells(), and init_eqns().
| float* boundcond_ETp |
_Units_: tenths of mm/d; _Brief_: External boundary condition input, potential EvapoTranspiration
Definition at line 70 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn1(), cell_dyn7(), and init_eqns().
| float* boundcond_rain |
_Units_: tenths of mm/d; _Brief_: External boundary condition input, rainfall
Definition at line 71 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn1(), cell_dyn7(), and init_eqns().
| double* DINdummy |
_Units_: NA; _Brief_: UNUSED in calculations; placeholder for function arguements
Definition at line 72 of file unitmod_vars.h.
Referenced by alloc_memory(), and horizFlow().
| float* FIREdummy |
_Units_: NA; _Brief_: UNUSED in calculations; placeholder for function arguements
Definition at line 73 of file unitmod_vars.h.
Referenced by alloc_memory(), and cell_dyn1().
| unsigned char* HAB |
_Units_: dimless; _Brief_: Habitat, or vegetation community type (integer attribute, defining database parameter lookups)
Definition at line 74 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn1(), cell_dyn12(), cell_dyn2(), cell_dyn4(), cell_dyn7(), cell_dyn8(), flowCalc_CanCan(), flowCalc_CanCel(), flowCalc_CelCan(), Flux_GWcells(), FluxChannel(), gen_output(), init_dynam_data(), and init_eqns().
| float* SOLRAD274 |
_Units_: cal/cm^2/d; _Brief_: Incomping solar radiation received at altitude of 274m in atmosphere (v2.2, no longer used in calc potential ET)
Definition at line 75 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn7(), gen_output(), and init_eqns().
| float* SOLRADGRD |
_Units_: cal/cm^2/d; _Brief_: Incomping solar radiation received at ground surface, attenuated through atmosphere (v2.2, no longer used in calc potential ET)
Definition at line 76 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), cell_dyn7(), cell_dyn8(), gen_output(), and init_eqns().
| float* H2O_TEMP |
_Units_: deg C; _Brief_: Temperature of ponded surface water, daily average (=AIR_TEMP in v2.1)
Definition at line 85 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), cell_dyn4(), cell_dyn7(), gen_output(), and init_eqns().
| float* HYD_DOM_ACTWAT_PRES |
_Units_: dimless; _Brief_: Logical flag (true or false) denoting PRESence of WATer in the DOM_ACTive zone depth (DOM_MAXDEPTH)
Definition at line 86 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn12(), cell_dyn4(), cell_dyn7(), cell_dyn8(), cell_dyn9(), gen_output(), and init_eqns().
| float* HYD_DOM_ACTWAT_VOL |
_Units_: m^3; _Brief_: HYDrologic, water VOLume storage in the DOM_ACTive zone depth (DOM_MAXDEPTH)
Definition at line 87 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn12(), cell_dyn4(), cell_dyn7(), cell_dyn8(), cell_dyn9(), gen_output(), and init_eqns().
| float* HYD_ET |
_Units_: m/d; _Brief_: actual total Evaporation plus Transpiration (ET) from all storages (reporting purposes only)
Definition at line 88 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn7(), CellAvg(), and gen_output().
| float* HYD_EVAP_CALC |
_Units_: m/d; _Brief_: HYDrologic, total potential EVAPotranspiration (was calculated variable in v2.1, now data input)
Definition at line 89 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn7(), and gen_output().
| float* HYD_MANNINGS_N |
_Units_: d per m^0.333; _Brief_: HYDrologic, calculated MANNING'S N surface roughness, (based on empirically-derived surface roughness coeficient)
Definition at line 90 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn7(), CellAvg(), gen_output(), horizFlow(), and init_eqns().
| float* HYD_SAT_POT_TRANS |
_Units_: m/d; _Brief_: HYDrologic, POTential TRANSpiration loss from SATurated water storage
Definition at line 91 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn7(), and gen_output().
| float* HYD_SED_WAT_VOL |
_Units_: m^3; _Brief_: HYDrologic, WATer VOLume stored in soil/SEDiment storage
Definition at line 92 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn10(), cell_dyn12(), cell_dyn4(), cell_dyn7(), cell_dyn8(), cell_dyn9(), gen_output(), and init_eqns().
| float* HYD_TOT_POT_TRANSP |
_Units_: m/d; _Brief_: HYDrologic, total POTential TRANSpiration loss (from saturated and unsaturated water storages)
Definition at line 93 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn7(), and gen_output().
| float* HYD_TRANSP |
_Units_: m/d; _Brief_: HYDrologic, sum of actual TRANSPiration loss from saturated and unsaturated water storages (reporting purposes only)
Definition at line 94 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn7(), CellAvg(), and gen_output().
| float* HYD_UNSAT_POT_TRANS |
_Units_: m/d; _Brief_: HYDrologic, POTential TRANSpiration loss from UNSATurated water storage
Definition at line 95 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn7(), and gen_output().
| float* HYD_WATER_AVAIL |
_Units_: dimless; _Brief_: HYDrologic, control function (0-1) of proportion of WATer in upper soil profile that is AVAILable for plant uptake, including unsaturated and (capillary) saturated withdrawals
Definition at line 96 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn7(), gen_output(), and init_eqns().
| float* HydTotHd |
_Units_: m; _Brief_: Hydrologic, Total hydraulic Head (or stage), not used in calculations, only for reporting purposes
Definition at line 97 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn1(), cell_dyn7(), CellAvg(), and gen_output().
| float* HydRelDepPosNeg |
_Units_: m; _Brief_: Hydrologic, Relative Depth of water (w/ respect to land elevation), Positive or Negative (= stage minus land elevation; not used in calculations, only for reporting purposes)
Definition at line 98 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn1(), cell_dyn7(), CellAvg(), and gen_output().
| float* LAI_eff |
_Units_: dimless; _Brief_: effective LAI estimates leaf area index that is above ponded surface water
Definition at line 99 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn7(), CellAvg(), gen_output(), and init_eqns().
| float* MAC_WATER_AVAIL_CF |
_Units_: dimless; _Brief_: empirical data as a (0-1) control function, the proportion (Y) of water available to plants as a function of proportion (0-1) of water available in upper soil profile (X, HYD_WATER_AVAIL)
Definition at line 100 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn7(), cell_dyn8(), gen_output(), and init_eqns().
| float* SAT_TO_UNSAT_FL |
_Units_: m/d; _Brief_: Effectively unused as recharge rate should be parameterized as 0: SATurated TO UNSATurated FLow with lowering water table due to recharge loss ONLY
Definition at line 101 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn7(), and gen_output().
| float* SAT_VS_UNSAT |
_Units_: dimless; _Brief_: control function (0-1), determining relative magnitude of potential surface- to SATurated VS UNSATurated storage flow, having effects under conditions of extremely shallow ponded depths
Definition at line 102 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn7(), gen_output(), and init_eqns().
| float* SAT_WATER |
_Units_: m; _Brief_: height of the SATurated WATER storage volume (excluding soil/sediment volume)
Definition at line 103 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn1(), cell_dyn7(), gen_output(), horizFlow(), and init_eqns().
| float* SAT_WT_HEAD |
_Units_: m; _Brief_: SATurated WaTer hydraulic HEAD (does not include any overlying surface water)
Definition at line 104 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn1(), cell_dyn7(), gen_output(), and init_eqns().
| float* SAT_WT_RECHG |
_Units_: m/d; _Brief_: Effectively unused as recharge rate should be parameterized as 0: SATurated WaTer RECHarGe loss to deep aquifer
Definition at line 105 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn7(), gen_output(), and init_eqns().
| float* SAT_WT_TRANSP |
_Units_: m/d; _Brief_: actual TRANSPiration loss from SATurated WaTer storage
Definition at line 106 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn7(), and gen_output().
| float* SF_WT_EVAP |
_Units_: m/d; _Brief_: actual EVAPoration loss from SurFace WaTer storage
Definition at line 108 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn7(), CellAvg(), and gen_output().
| float* SF_WT_FROM_RAIN |
_Units_: m/d; _Brief_: RAINfall gain to the SurFace WaTer storage
Definition at line 109 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn10(), cell_dyn13(), cell_dyn7(), cell_dyn9(), CellAvg(), gen_output(), and init_eqns().
| float* SF_WT_INFILTRATION |
_Units_: m/d; _Brief_: SurFace WaTer loss due to INFILTRATION into the unsaturated storage zone
Definition at line 110 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn10(), cell_dyn7(), cell_dyn9(), gen_output(), and init_eqns().
| float* SF_WT_POT_INF |
_Units_: m/d; _Brief_: SurFace WaTer POTential loss due to INFiltration into the unsaturated storage zone
Definition at line 111 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn7(), gen_output(), and init_eqns().
| float* SF_WT_TO_SAT_DOWNFLOW |
_Units_: m/d; _Brief_: SurFace WaTer DOWNFLOW TO SATurated storage
Definition at line 112 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn10(), cell_dyn7(), cell_dyn9(), gen_output(), and init_eqns().
| float* SF_WT_VEL_mag |
_Units_: m/d; _Brief_: SUrface WaTer, VELocity of net daily horizontal advection (all directions), magnitude-only
Definition at line 113 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRstats_sum(), CellAvg(), flowCalc_CelCel(), gen_output(), and horizFlow().
| float* BCmodel_sfwat |
_Units_: m; _Brief_: BoundaryCondition model's (e.g., the SFWMM) surface water depth, positive values only (above land surface), used only for output purposes (not used in any calculation)
Definition at line 114 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn1(), CellAvg(), and gen_output().
| float* SFWT_VOL |
_Units_: m^3; _Brief_: SurFace WaTer storage VOLume
Definition at line 115 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn10(), cell_dyn12(), cell_dyn13(), cell_dyn2(), cell_dyn4(), cell_dyn7(), cell_dyn9(), gen_output(), and init_eqns().
| float* SURFACE_WAT |
_Units_: m; _Brief_: height of the SurFace WaTer storage VOLume
Definition at line 116 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), BIRstats_sum(), cell_dyn1(), cell_dyn10(), cell_dyn12(), cell_dyn13(), cell_dyn2(), cell_dyn4(), cell_dyn7(), cell_dyn8(), cell_dyn9(), CellAvg(), gen_output(), horizFlow(), init_dynam_data(), and init_eqns().
| float* UNSAT_AVAIL |
_Units_: dimless; _Brief_: proportion (0-1) of UNSATurated water storage in pore space that is AVAILable for gravitational flow (above field capacity)
Definition at line 117 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn7(), and gen_output().
| float* UNSAT_CAP |
_Units_: m; _Brief_: potential total storage CAPacity (pore space) in the height of the current UNSATurated zone
Definition at line 118 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn7(), gen_output(), and init_eqns().
| float* UNSAT_DEPTH |
_Units_: m; _Brief_: DEPTH (height) of the UNSATurated zone (including pore space)
Definition at line 119 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRstats_sum(), cell_dyn1(), cell_dyn12(), cell_dyn2(), cell_dyn4(), cell_dyn7(), CellAvg(), gen_output(), init_dynam_data(), and init_eqns().
| float* UNSAT_HYD_COND_CF |
_Units_: dimless; _Brief_: empirical data as a control function (0-1), the proportion (Y) of maximum vertical water infiltration rate through soil as a function of soil moisture proportion (0-1) (X, UNSAT_MOIST_PRP)
Definition at line 120 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn7(), and gen_output().
| float* UNSAT_MOIST_PRP |
_Units_: dimless; _Brief_: MOISTure PRoPortion (0-1) in UNSATurated storage
Definition at line 121 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRstats_sum(), cell_dyn12(), cell_dyn7(), CellAvg(), gen_output(), and init_eqns().
| float* UNSAT_PERC |
_Units_: m/d; _Brief_: potential PERColation loss from UNSATurated storage to saturated storage
Definition at line 122 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn7(), and gen_output().
| float* UNSAT_TO_SAT_FL |
_Units_: m/d; _Brief_: PERColation loss from UNSATurated storage to saturated storage
Definition at line 123 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn7(), and gen_output().
| float* UNSAT_TRANSP |
_Units_: m/d; _Brief_: actual TRANSPiration loss from UNSATurated water storage
Definition at line 124 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn7(), and gen_output().
| float* UNSAT_WATER |
_Units_: m; _Brief_: height of the UNSATurated WATER storage volume (excluding soil/sediment volume)
Definition at line 125 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn1(), cell_dyn7(), gen_output(), horizFlow(), and init_eqns().
| float* UNSAT_WT_POT |
_Units_: m; _Brief_: UNSATurated WaTer storage POTential storage that is not filled (<= UNSAT_CAP)
Definition at line 126 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn7(), gen_output(), and init_eqns().
| int* basn |
_Units_: dimless; _Brief_: Map array defining hydrologic basins and Indicator Regions
Definition at line 136 of file unitmod_vars.h.
Referenced by alloc_mem_stats(), alloc_memory(), BIRbudg_sum(), BIRinit(), BIRstats_sum(), flowCalc_CanCel(), flowData_CanCan(), flowData_CanCel(), flowData_CelCan(), flowData_CelCel(), Flux_GWcells(), Flux_SWstuff(), FluxChannel(), and init_static_data().
| float* Bathymetry |
_Units_: m; _Brief_: Bathymetry (positive depth) relative to zero of vertical datum used in land elevation surveys (i.e., positive depth below 0 NGVD29 or NAVD88)
Definition at line 137 of file unitmod_vars.h.
Referenced by alloc_memory(), init_dynam_data(), and init_eqns().
| int* BCondFlow |
_Units_: dimless; _Brief_: Map array defining boundary condition flow allowances
Definition at line 138 of file unitmod_vars.h.
Referenced by alloc_memory(), Flux_GWater(), Flux_GWcells(), Flux_SWater(), Flux_SWcells(), and init_static_data().
| float* BulkD |
_Units_: kgSoil/m^3soil; _Brief_: Bulk Density of soil
Definition at line 139 of file unitmod_vars.h.
Referenced by alloc_memory(), init_dynam_data(), and init_eqns().
| float* DIM |
_Units_: kgIOM/m^2; _Brief_: Deposited Inorganic Matter mass in upper soil zone (inorganic component only)
Definition at line 140 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn4(), cell_dyn9(), and init_eqns().
| float* DOM_BD |
_Units_: kgOM/m^3soil; _Brief_: Bulk Density of (only) the Deposited Organic Matter component of the soil
Definition at line 141 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn4(), init_dynam_data(), and init_eqns().
| float* ELEVATION |
_Units_: m; _Brief_: Initial land surface ELEVATION relative to zero of vertical datum used in land elevation surveys (i.e., positive above 0 NGVD29 or NAVD88)
Definition at line 142 of file unitmod_vars.h.
Referenced by alloc_memory(), gen_output(), init_dynam_data(), and init_eqns().
| float* HYD_RCCONDUCT |
_Units_: m/d; _Brief_: HYDraulic CONDUCTivity Rate Constant of surficial aquifer
Definition at line 143 of file unitmod_vars.h.
Referenced by alloc_memory(), gen_output(), horizFlow(), init_dynam_data(), and init_eqns().
| float* Inorg_Z |
_Units_: m; _Brief_: deposited Inorganic matter in upper soil zone mass converted to depth (Z) (inorganic component only, accounting for bulk density)
Definition at line 145 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn4(), and init_eqns().
| unsigned char* ON_MAP |
_Units_: dimless; _Brief_: Map array (unsigned char) integer defining active grid cells of the model domain, and flow interaction attributes with levee presence
Definition at line 146 of file unitmod_vars.h.
| float* SED_INACT_Z |
_Units_: m; _Brief_: SEDiment/soil INACTive Zone height (=distance below DOM_MAXDEPTH parameter)
Definition at line 147 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn4(), gen_output(), and init_eqns().
| float* WQMsettlVel |
_Units_: m/d; _Brief_: EWQM: Map array defining basin-based settling rates for Everglades Water Quality Model emulation (cell_dyn13) ONLY
Definition at line 148 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn13(), and init_static_data().
| float* MAC_HEIGHT |
_Units_: m; _Brief_: HEIGHT of MACrophytes above ground surface
Definition at line 157 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn7(), cell_dyn8(), gen_output(), and init_eqns().
| float* MAC_LAI |
_Units_: dimless; _Brief_: MACrophyte Leaf Area Index of the proportion of leaf surface area to ground surface area
Definition at line 158 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), cell_dyn7(), cell_dyn8(), gen_output(), and init_eqns().
| float* MAC_LIGHT_CF |
_Units_: dimless; _Brief_: MACrophyte growth Control Function (0-1) of degree of LIGHT limitation
Definition at line 159 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), gen_output(), and init_eqns().
| float* MAC_MAX_BIO |
_Units_: kgC/m^2; _Brief_: MACrophytes MAXimum attainable BIOmass (sum of two parameters)
Definition at line 160 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), gen_output(), and init_eqns().
| float* MAC_NOPH_BIOMAS |
_Units_: kgC/m^2; _Brief_: MACrophytes live NOn-PHotosynthetic tissue (carbon) BIOMASs
Definition at line 161 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), CellAvg(), gen_output(), and init_eqns().
| double* mac_nph_CtoOM |
_Units_: ; _Brief_:
Definition at line 162 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), and init_eqns().
| double* mac_nph_OM |
_Units_: kgOM/m^2; _Brief_: macophytes live non-photosynthetic tissue (Organic Matter) biomass (bookeeping, only used for mass balance when cell changes habitats)
Definition at line 163 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), and init_eqns().
| double* mac_nph_P |
_Units_: kgP/m^2; _Brief_: macophytes live non-photosynthetic tissue (Phosphorus) biomass
Definition at line 164 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn4(), cell_dyn8(), and init_eqns().
| double* mac_nph_PC |
_Units_: kgP/kgC; _Brief_: macrophyte nonphotosynthetic tissus Phosphorus to Carbon concentration
Definition at line 165 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), and init_eqns().
| float* mac_nph_PC_rep |
_Units_: mgP/kgC; _Brief_: macrophyte nonphotosynthetic tissus Phosphorus to Carbon concentration (units converted for reporting purposes)
Definition at line 166 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), CellAvg(), and gen_output().
| float* MAC_NUT_CF |
_Units_: dimless; _Brief_: MACrophyte growth Control Function (0-1) of degree of NUTrient limitation
Definition at line 167 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), CellAvg(), gen_output(), and init_eqns().
| float* MAC_PH_BIOMAS |
_Units_: kgC/m^2; _Brief_: MACrophytes live PHotosynthetic tissue (carbon) BIOMASs
Definition at line 168 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), CellAvg(), gen_output(), and init_eqns().
| double* mac_ph_CtoOM |
_Units_: kgC/kgOM; _Brief_: macrophyte nonphotosynthetic tissus Carbon to Organic Matter concentration
Definition at line 169 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), and init_eqns().
| double* mac_ph_OM |
_Units_: kgOM/m^2; _Brief_: macophytes live photosynthetic tissue (Organic Matter) biomass (bookeeping, only used for mass balance when cell changes habitats)
Definition at line 170 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), and init_eqns().
| double* mac_ph_P |
_Units_: kgP/m^2; _Brief_: macophytes live photosynthetic tissue (Phosphorus) biomass
Definition at line 171 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn4(), cell_dyn8(), and init_eqns().
| double* mac_ph_PC |
_Units_: kgP/kgC; _Brief_: macrophyte photosynthetic tissus Phosphorus to Carbon concentration
Definition at line 172 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), and init_eqns().
| float* mac_ph_PC_rep |
_Units_: mgP/kgC; _Brief_: macrophyte photosynthetic tissus Phosphorus to Carbon concentration (units converted for reporting purposes)
Definition at line 173 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), CellAvg(), and gen_output().
| float* MAC_PROD_CF |
_Units_: dimless; _Brief_: MACrophyte growth Control Function (0-1) of degree of combined limitations on net carbon primary PRODuction
Definition at line 174 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), gen_output(), and init_eqns().
| float* MAC_REL_BIOM |
_Units_: dimless; _Brief_: proportion of MACrophyte BIOMass RELative to its maximum attainable
Definition at line 175 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn7(), cell_dyn8(), gen_output(), and init_eqns().
| float* MAC_SALT_CF |
_Units_: dimless; _Brief_: MACrophyte growth Control Function (0-1) of degree of SALT constraint; inoperative in v2.2, hardwired=1.0
Definition at line 176 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), gen_output(), and init_eqns().
| float* MAC_TEMP_CF |
_Units_: dimless; _Brief_: MACrophyte growth Control Function (0-1) of degree of TEMPerature limitation
Definition at line 177 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), gen_output(), and init_eqns().
| float* MAC_TOT_BIOM |
_Units_: kgC/m^2; _Brief_: MACrophytes live TOTal tissue BIOMASs
Definition at line 178 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRstats_sum(), cell_dyn8(), CellAvg(), gen_output(), init_dynam_data(), and init_eqns().
| float* MAC_WATER_CF |
_Units_: dimless; _Brief_: MACrophytes growth Control Function (0-1) of degree of WATer limitation
Definition at line 179 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), CellAvg(), gen_output(), and init_eqns().
| float* NPHBIO_AVAIL |
_Units_: kgC/m^2; _Brief_: NonPHototsynthetic macrophyte BIOmass AVAILable for losses via mortality and translocation
Definition at line 180 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), gen_output(), and init_eqns().
| float* NPHBIO_MORT |
_Units_: kgC/m^2/d; _Brief_: NonPHototsynthetic macrophyte BIOmass MORTality losses
Definition at line 181 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), CellAvg(), gen_output(), and init_eqns().
| double* nphbio_mort_OM |
_Units_: kgOM/m^2/d; _Brief_: nonphototsynthetic macrophyte Organic Matter mortality losses
Definition at line 182 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn4(), cell_dyn8(), and init_eqns().
| double* nphbio_mort_P |
_Units_: kgP/m^2/d; _Brief_: nonphototsynthetic macrophyte Phosphorus mortality losses
Definition at line 183 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn4(), cell_dyn8(), and init_eqns().
| float* NPHBIO_MORT_POT |
_Units_: kgC/m^2/d; _Brief_: NonPHototsynthetic macrophyte macrophyte BIOmass MORTality POTential losses
Definition at line 184 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), gen_output(), and init_eqns().
| float* NPHBIO_REFUGE |
_Units_: kgC/m^2; _Brief_: NonPHototsynthetic macrophyte BIOmass REFUGE density (from losses)
Definition at line 185 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), gen_output(), and init_eqns().
| float* NPHBIO_SAT |
_Units_: kgC/m^2; _Brief_: NonPHotosynthetic macrophyte BIOmass SATuration density (90% of the maximum attainable)
Definition at line 186 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), gen_output(), and init_eqns().
| double* nphbio_transl_OM |
_Units_: kgOM/m^2/d; _Brief_: nonphotosynthetic macrophyte Organic Matter translocation gain from photosynthetic biomass
Definition at line 187 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), and init_eqns().
| double* nphbio_transl_P |
_Units_: kgP/m^2/d; _Brief_: nonphotosynthetic macrophyte Phosphorus translocation gain from photosynthetic biomass
Definition at line 188 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), and init_eqns().
| float* NPHBIO_TRANSLOC |
_Units_: kgC/m^2/d; _Brief_: NonPHotosynthetic macrophyte biomass TRANSLOCation gain from photosynthetic biomass
Definition at line 189 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), gen_output(), and init_eqns().
| float* NPHBIO_TRANSLOC_POT |
_Units_: kgC/m^2/d; _Brief_: NonPHotosynthetic macrophyte biomass TRANSLOCation POTential gain from photosynthetic biomass
Definition at line 190 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), gen_output(), and init_eqns().
| float* PHBIO_AVAIL |
_Units_: kgC/m^2; _Brief_: PHototsynthetic macrophyte BIOmass AVAILable for losses via mortality and translocation
Definition at line 191 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), gen_output(), and init_eqns().
| float* PHBIO_MORT |
_Units_: kgC/m^2/d; _Brief_: PHototsynthetic macrophyte BIOmass MORTality losses
Definition at line 192 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), CellAvg(), gen_output(), and init_eqns().
| double* phbio_mort_OM |
_Units_: kgOM/m^2/d; _Brief_: phototsynthetic macrophyte Organic Matter mortality losses
Definition at line 193 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn12(), cell_dyn8(), and init_eqns().
| double* phbio_mort_P |
_Units_: kgP/m^2/d; _Brief_: phototsynthetic macrophyte Phosphorus mortality losses
Definition at line 194 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn12(), cell_dyn8(), and init_eqns().
| float* PHBIO_MORT_POT |
_Units_: kgC/m^2/d; _Brief_: PHototsynthetic macrophyte macrophyte BIOmass MORTality POTential losses
Definition at line 195 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), gen_output(), and init_eqns().
| float* PHBIO_NPP |
_Units_: kgC/m^2/d; _Brief_: PHototsynthetic macrophyte BIOmass Net Primary Production growth gain
Definition at line 196 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), CellAvg(), gen_output(), and init_eqns().
| double* phbio_npp_OM |
_Units_: kgOM/m^2/d; _Brief_: phototsynthetic macrophyte Organic Matter net primary production growth gain
Definition at line 197 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), and init_eqns().
| double* phbio_npp_P |
_Units_: kgP/m^2/d; _Brief_: phototsynthetic macrophyte Phosphorus net primary production growth gain
Definition at line 198 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn8(), and init_eqns().
| float* PHBIO_REFUGE |
_Units_: kgC/m^2; _Brief_: PHototsynthetic macrophyte BIOmass REFUGE density (from losses)
Definition at line 199 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), gen_output(), and init_eqns().
| float* PHBIO_SAT |
_Units_: kgC/m^2; _Brief_: PHotosynthetic macrophyte BIOmass SATuration density (90% of the maximum attainable)
Definition at line 200 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), gen_output(), and init_eqns().
| double* phbio_transl_OM |
_Units_: kgOM/m^2/d; _Brief_: photosynthetic macrophyte Organic Matter translocation gain from photosynthetic biomass
Definition at line 201 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), and init_eqns().
| double* phbio_transl_P |
_Units_: kgP/m^2/d; _Brief_: photosynthetic macrophyte Phosphorus translocation gain from photosynthetic biomass
Definition at line 202 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), and init_eqns().
| float* PHBIO_TRANSLOC |
_Units_: kgC/m^2/d; _Brief_: PHotosynthetic macrophyte biomass TRANSLOCation gain from non-photosynthetic biomass
Definition at line 203 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), gen_output(), and init_eqns().
| float* PHBIO_TRANSLOC_POT |
_Units_: kgC/m^2/d; _Brief_: PHotosynthetic macrophyte biomass TRANSLOCation POTential gain from non-photosynthetic biomass
Definition at line 204 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn8(), gen_output(), and init_eqns().
| float* TP_SEDWT_UPTAKE |
_Units_: kgP/d; _Brief_: Total Phosphorus UPTAKE from SEDment/soil WaTer due to macrophyte net primary production
Definition at line 205 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn8(), CellAvg(), and gen_output().
| float* ALG_INCID_LIGHT |
_Units_: cal/cm^2/d; _Brief_: for ALGal growth, INCIDint LIGHT intensity reaching the water surface through macrophyte canopy
Definition at line 214 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), gen_output(), and init_eqns().
| float* ALG_LIGHT_CF |
_Units_: dimless; _Brief_: total periphyton (generalized, ALGae) growth Control Function (0-1) of degree of LIGHT limitation
Definition at line 215 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), CellAvg(), gen_output(), and init_eqns().
| float* ALG_LIGHT_EXTINCT |
_Units_: dimless; _Brief_: for ALGal growth, LIGHT EXTINCTion through suspended particles etc in surface water column (STATIC, set= alg_light_ext_coef)
Definition at line 216 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), gen_output(), and init_eqns().
| float* ALG_REFUGE |
_Units_: gC/m^2; _Brief_: total periphyton (generalized, ALGae) biomass REFUGE, below which resp/mortality losses do not occur (static, set= ALG_REF_MULT * ALG_MAX[habitat] parmameters)
Definition at line 217 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), gen_output(), and init_eqns().
| float* ALG_SAT |
_Units_: gC/m^2; _Brief_: Unused in calculations; potentially the saturation density of algae/periphyton
Definition at line 218 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), gen_output(), and init_eqns().
| float* ALG_TEMP_CF |
_Units_: dimless; _Brief_: total periphyton (generalized, ALGae) growth Control Function (0-1) of degree of TEMPerature limitation
Definition at line 219 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), gen_output(), and init_eqns().
| float* ALG_TOT |
_Units_: gC/m^2; _Brief_: sum TOTal of eutrophic and oligotrophic periphyton (generalized, ALGae) biomass
Definition at line 220 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), CellAvg(), and gen_output().
| float* ALG_WAT_CF |
_Units_: dimless; _Brief_: total periphyton (generalized, ALGae) growth Control Function (0-1) of degree of WATer limitation
Definition at line 221 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), gen_output(), and init_eqns().
| float* C_ALG |
_Units_: gC/m^2; _Brief_: oligotrophic periphyton (archaic, Calcareous, generalized, ALGae) biomass
Definition at line 222 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRstats_sum(), cell_dyn2(), CellAvg(), gen_output(), and init_eqns().
| float* C_ALG_AVAIL_MORT |
_Units_: gC/m^2; _Brief_: oligotrophic periphyton (archaic, Calcareous, generalized, ALGae) biomass AVAILable for MORTality losses
Definition at line 223 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), gen_output(), and init_eqns().
| float* C_ALG_GPP |
_Units_: gC/m2/d; _Brief_: oligotrophic periphyton (archaic, Calcareous, generalized, ALGae) Gross Primary Production gains
Definition at line 224 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), gen_output(), and init_eqns().
| float* C_ALG_GPP_P |
_Units_: gP/m2/d; _Brief_: oligotrophic periphyton (archaic, Calcareous, generalized, ALGae) Gross Primary Production Phosphorus gains
Definition at line 225 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), and cell_dyn2().
| float* C_ALG_MORT |
_Units_: gC/m2/d; _Brief_: oligotrophic periphyton (archaic, Calcareous, generalized, ALGae) MORTality losses
Definition at line 226 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn12(), cell_dyn2(), CellAvg(), gen_output(), and init_eqns().
| float* C_ALG_MORT_P |
_Units_: gP/m2/d; _Brief_: oligotrophic periphyton (archaic, Calcareous, generalized, ALGae) MORTality Phosphorus losses
Definition at line 227 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn12(), and cell_dyn2().
| float* C_ALG_MORT_POT |
_Units_: gC/m2/d; _Brief_: oligotrophic periphyton (archaic, Calcareous, generalized, ALGae) MORTality POTential losses
Definition at line 228 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), gen_output(), and init_eqns().
| float* C_ALG_NPP |
_Units_: gC/m2/d; _Brief_: oligotrophic periphyton (archaic, Calcareous, generalized, ALGae) Net Primary Production gains
Definition at line 229 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), CellAvg(), gen_output(), and init_eqns().
| float* C_ALG_NUT_CF |
_Units_: dimless; _Brief_: oligotrophic periphyton (archaic, Calcareous, generalized, ALGae) growth Control Function (0-1) of degree of NUTrient limitation
Definition at line 230 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), CellAvg(), gen_output(), and init_eqns().
| float* C_ALG_P |
_Units_: gP/m^2; _Brief_: oligotrophic periphyton (archaic, Calcareous, generalized, ALGae) phosphorus biomass
Definition at line 231 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn2(), cell_dyn4(), and init_eqns().
| double* C_ALG_PC |
_Units_: gP/gC; _Brief_: oligotrophic periphyton (archaic, Calcareous, generalized, ALGae) Phosphorus to Carbon concentration
Definition at line 232 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), and init_eqns().
| float* C_ALG_PCrep |
_Units_: mgP/kgC; _Brief_: oligotrophic periphyton (archaic, Calcareous, generalized, ALGae) Phosphorus to Carbon concentration (units converted for reporting purposes)
Definition at line 233 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), and CellAvg().
| float* C_ALG_PROD_CF |
_Units_: dimless; _Brief_: oligotrophic periphyton (archaic, Calcareous, generalized, ALGae) growth Control Function (0-1) of degree of combined limitations on gross carbon primary PRODuction
Definition at line 234 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), gen_output(), and init_eqns().
| float* C_ALG_RESP |
_Units_: gC/m2/d; _Brief_: oligotrophic periphyton (archaic, Calcareous, generalized, ALGae) RESPiration losses
Definition at line 235 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), CellAvg(), gen_output(), and init_eqns().
| float* C_ALG_RESP_POT |
_Units_: gC/m2/d; _Brief_: oligotrophic periphyton (archaic, Calcareous, generalized, ALGae) RESPiration POTential losses
Definition at line 236 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), gen_output(), and init_eqns().
| float* NC_ALG |
_Units_: gC/m^2; _Brief_: eutrophic periphyton (archaic, NonCalcareous, generalized, ALGae) biomass
Definition at line 237 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRstats_sum(), cell_dyn2(), CellAvg(), gen_output(), and init_eqns().
| float* NC_ALG_AVAIL_MORT |
_Units_: gC/m^2; _Brief_: eutrophic periphyton (archaic, NonCalcareous, generalized, ALGae) biomass AVAILable for MORTality losses
Definition at line 238 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), gen_output(), and init_eqns().
| float* NC_ALG_GPP |
_Units_: gC/m2/d; _Brief_: eutrophic periphyton (archaic, NonCalcareous, generalized, ALGae) Gross Primary Production gains
Definition at line 239 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), gen_output(), and init_eqns().
| float* NC_ALG_GPP_P |
_Units_: gP/m2/d; _Brief_: eutrophic periphyton (archaic, NonCalcareous, generalized, ALGae) Gross Primary Production Phosphorus gains
Definition at line 240 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), and cell_dyn2().
| float* NC_ALG_MORT |
_Units_: gC/m2/d; _Brief_: eutrophic periphyton (archaic, NonCalcareous, generalized, ALGae) MORTality losses
Definition at line 241 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn12(), cell_dyn2(), CellAvg(), gen_output(), and init_eqns().
| float* NC_ALG_MORT_P |
_Units_: gP/m2/d; _Brief_: eutrophic periphyton (archaic, NonCalcareous, generalized, ALGae) MORTality Phosphorus losses
Definition at line 242 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn12(), and cell_dyn2().
| float* NC_ALG_MORT_POT |
_Units_: gC/m2/d; _Brief_: eutrophic periphyton (archaic, NonCalcareous, generalized, ALGae) MORTality POTential losses
Definition at line 243 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), gen_output(), and init_eqns().
| float* NC_ALG_NPP |
_Units_: gC/m2/d; _Brief_: eutrophic periphyton (archaic, NonCalcareous, generalized, ALGae) Net Primary Production gains
Definition at line 244 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), CellAvg(), gen_output(), and init_eqns().
| float* NC_ALG_NUT_CF |
_Units_: dimless; _Brief_: eutrophic periphyton (archaic, NonCalcareous, generalized, ALGae) growth Control Function (0-1) of degree of NUTrient limitation
Definition at line 245 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), CellAvg(), gen_output(), and init_eqns().
| float* NC_ALG_P |
_Units_: gP/m^2; _Brief_: eutrophic periphyton (archaic, NonCalcareous, generalized, ALGae) phosphorus biomass
Definition at line 246 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn2(), cell_dyn4(), and init_eqns().
| double* NC_ALG_PC |
_Units_: gP/gC; _Brief_: eutrophic periphyton (archaic, NonCalcareous, generalized, ALGae) Phosphorus to Carbon concentration
Definition at line 247 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), and init_eqns().
| float* NC_ALG_PCrep |
_Units_: mgP/kgC; _Brief_: eutrophic periphyton (archaic, NonCalcareous, generalized, ALGae) Phosphorus to Carbon concentration (units converted for reporting purposes)
Definition at line 248 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), and CellAvg().
| float* NC_ALG_PROD_CF |
_Units_: dimless; _Brief_: eutrophic periphyton (archaic, NonCalcareous, generalized, ALGae) growth Control Function (0-1) of degree of combined limitations on PRODuction
Definition at line 249 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), gen_output(), and init_eqns().
| float* NC_ALG_RESP |
_Units_: gC/m2/d; _Brief_: eutrophic periphyton (archaic, NonCalcareous, generalized, ALGae) RESPiration losses
Definition at line 250 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), CellAvg(), gen_output(), and init_eqns().
| float* NC_ALG_RESP_POT |
_Units_: gC/m2/d; _Brief_: eutrophic periphyton (archaic, NonCalcareous, generalized, ALGae) RESPiration POTential losses
Definition at line 251 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn2(), gen_output(), and init_eqns().
| float* TP_SFWT_UPTAK |
_Units_: kgP/d; _Brief_: Total Phosphorus UPTAKe from SurFace WaTer due to periphyton primary production
Definition at line 252 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn2(), CellAvg(), and gen_output().
| double* TP_Act_to_Tot |
_Units_: dimless; _Brief_: Total Phosphorus concentration in the upper Active DOM zone relative to average concentration the Total soil/sediment zone down to base_datum; PLACEHOLDER for dynamic variable
Definition at line 260 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn4(), cell_dyn9(), and init_eqns().
| float* TP_Act_to_TotRep |
_Units_: dimless; _Brief_: TP_Act_to_Tot recast as floating point, for reporting only (was used when variables of type double were not output)
Definition at line 261 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn4(), and gen_output().
| float* TP_DNFLOW |
_Units_: kgP/d; _Brief_: Total Phosphorus DowNFLOW loss from surface water TP storage to saturated water TP storage via advection and diffusion
Definition at line 262 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn9(), and gen_output().
| float* TP_DNFLOW_POT |
_Units_: kgP/d; _Brief_: Total Phosphorus DowNFLOW POTential loss from surface water TP storage to saturated water TP storage via advection and diffusion
Definition at line 263 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn9(), and gen_output().
| float* TP_Atm_Depos |
_Units_: kgP/d; _Brief_: Total Phosphorus gained from atmospheric deposition (via either a rainfall TP concentration, or spatially constant total deposition, according to user input to GlobalParms)
Definition at line 264 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn13(), cell_dyn9(), and gen_output().
| float* TP_K |
_Units_: mgP/L; _Brief_: Total Phosphorus K value calculated for Freundlich sorption eqn
Definition at line 265 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn9(), and gen_output().
| double* TP_SED_CONC |
_Units_: kgP/m^3; _Brief_: Total Phosphorus CONCentration in entire SEDiment/soil water volume
Definition at line 266 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn12(), cell_dyn4(), cell_dyn8(), cell_dyn9(), gen_output(), and init_eqns().
| double* TP_SED_WT |
_Units_: kgP; _Brief_: Total Phosphorus stored in entire SEDiment/soil WaTer volume
Definition at line 267 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn12(), cell_dyn4(), cell_dyn8(), cell_dyn9(), gen_output(), horizFlow(), and init_eqns().
| double* TP_SED_WT_AZ |
_Units_: kgP; _Brief_: Total Phosphorus stored in Active Zone of SEDiment/soil WaTer volume
Definition at line 268 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn12(), cell_dyn4(), cell_dyn8(), cell_dyn9(), gen_output(), and init_eqns().
| double* TP_SEDWT_CONCACT |
_Units_: kgP/m^3; _Brief_: Total Phosphorus CONCentration in ACTive SEDiment/soil WaTer volume
Definition at line 269 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn12(), cell_dyn4(), cell_dyn8(), cell_dyn9(), gen_output(), init_dynam_data(), and init_eqns().
| float* TP_SEDWT_CONCACTMG |
_Units_: mgP/L; _Brief_: Total Phosphorus CONCentration in ACTive SEDiment/soil WaTer volume
Definition at line 270 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRstats_sum(), cell_dyn12(), cell_dyn4(), cell_dyn8(), cell_dyn9(), CellAvg(), gen_output(), and init_eqns().
| float* TP_settl |
_Units_: kgP/d; _Brief_: Total Phosphorus settled (deposited) out of storage in surface water (same varName used, but Everglades Water Quality Model module calc'd differently from ELM phosphorus module)
Definition at line 271 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn12(), cell_dyn13(), cell_dyn9(), CellAvg(), and gen_output().
| double* TP_SF_WT |
_Units_: kgP; _Brief_: Total Phosphorus stored in SurFace WaTer volume
Definition at line 273 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn12(), cell_dyn13(), cell_dyn2(), cell_dyn4(), cell_dyn9(), gen_output(), horizFlow(), and init_eqns().
| double* TP_SFWT_CONC |
_Units_: kgP/m^3; _Brief_: Total Phosphorus CONCentration in SurFace WaTer volume
Definition at line 274 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn12(), cell_dyn13(), cell_dyn2(), cell_dyn4(), cell_dyn9(), gen_output(), and init_eqns().
| float* TP_SFWT_CONC_MG |
_Units_: mgP/L; _Brief_: Total Phosphorus CONCentration in SurFace WaTer volume
Definition at line 275 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRstats_sum(), cell_dyn12(), cell_dyn13(), cell_dyn2(), cell_dyn4(), cell_dyn9(), CellAvg(), gen_output(), and init_eqns().
| double* TP_SORB |
_Units_: kgP; _Brief_: Total Phosphorus storage that is SORBed to sediment/soils
Definition at line 276 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn4(), cell_dyn9(), gen_output(), and init_eqns().
| float* TP_SORB_POT |
_Units_: kgP/d; _Brief_: Total Phosphorus POTential flux of adSORBtion to (positive) or deSORBtion from (negative) sediment/soils (Output Note: the negative values in this flux variable do not show in map output)
Definition at line 277 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn9(), and gen_output().
| double* TP_SORBCONC |
_Units_: gP/kg_soil; _Brief_: Total Phosphorus CONCentration SORBed to (organic and inorganic) soil mass (note units of gP/kg_soil)
Definition at line 278 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn9(), and gen_output().
| float* TP_SORBCONC_rep |
_Units_: mgP/kg_soil; _Brief_: Total Phosphorus CONCentration SORBed to (organic and inorganic) soil mass (reporting purposes only)
Definition at line 279 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn9(), CellAvg(), and gen_output().
| float* TP_SORBTION |
_Units_: kgP/d; _Brief_: Total Phosphorus flux of adSORBTION to (positive) or deSORBTION from (negative) sediment/soils Output Note: the negative values in this flux variable do not show in map output)
Definition at line 280 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn9(), and gen_output().
| float* TP_UPFLOW |
_Units_: kgP/d; _Brief_: Total Phosphorus UPFLOW gain to surface water TP storage from saturated water TP storage via diffusion (advection handled separately in Fluxes.c)
Definition at line 281 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn9(), and gen_output().
| float* TP_UPFLOW_POT |
_Units_: kgP/d; _Brief_: Total Phosphorus UPFLOW POTential gain to surface water TP storage from saturated water TP storage via diffusion (advection handled separately in Fluxes.c)
Definition at line 282 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn9(), and gen_output().
| float* TP_AtmosDepos |
_Units_: kgP/d; _Brief_: Total Phosphorus, Atmospheric Deposition rate (input map, NOT linked to rainfall)
Definition at line 285 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn13(), cell_dyn9(), init_dynam_data(), and init_eqns().
| double* SAL_SED_WT |
_Units_: kgSalt/m^3; _Brief_: SALinity in SEDiment/soil WaTer storage (can be any conservative solute w/ consistent units - salt/tracer does not affect any other calculation in v2.2)
Definition at line 292 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn10(), cell_dyn8(), CellAvg(), gen_output(), and init_eqns().
| float* SAL_SF_WT |
_Units_: kgSalt/m^3; _Brief_: SALinity in SurFace WaTer storage when ponded depth is sufficiently non-trivial (can be any conservative solute w/ consistent units - salt/tracer does not affect any other calculation in v2.2)
Definition at line 293 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRstats_sum(), cell_dyn1(), cell_dyn10(), cell_dyn8(), CellAvg(), gen_output(), and init_eqns().
| double* SAL_SF_WT_mb |
_Units_: kgSalt/m^3; _Brief_: SALinity in SurFace WaTer storage when ponded depth is non-zero (can be any conservative solute w/ consistent units - salt/tracer does not affect any other calculation in v2.2)
Definition at line 294 of file unitmod_vars.h.
Referenced by alloc_memory(), and cell_dyn10().
| float* SALT_SED_TO_SF_FLOW |
_Units_: kgSalt/d; _Brief_: SALT FLOW from SEDiment/soil water storage TO SurFace water storage via diffusion (advection handled separately in Fluxes.c)
Definition at line 295 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn10(), and gen_output().
| double* SALT_SED_WT |
_Units_: kgSalt; _Brief_: SALT mass in SEDiment/soil WaTer storage (can be any conservative solute w/ consistent units - salt/tracer does not affect any other calculation in v2.2)
Definition at line 297 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn10(), gen_output(), horizFlow(), and init_eqns().
| float* SALT_SFWAT_DOWNFL |
_Units_: kgSalt/d; _Brief_: SALT DOWNFLow from SurFace WATer storage to sediment/soil water storage via diffusion and advection
Definition at line 298 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn10(), and gen_output().
| float* SALT_SFWAT_DOWNFL_POT |
_Units_: kgSalt/d; _Brief_: SALT DOWNFLow POTential from SurFace WATer storage to sediment/soil water storage via diffusion and advection
Definition at line 299 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn10(), and gen_output().
| double* SALT_SURF_WT |
_Units_: kgSalt; _Brief_: SALT mass in SURFace WaTer storage (can be any conservative solute w/ consistent units - salt/tracer does not affect any other calculation in v2.2)
Definition at line 300 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn10(), gen_output(), horizFlow(), and init_eqns().
| float* SALT_Atm_Depos |
_Units_: kgSalt/d; _Brief_: SALT gained from atmospheric deposition (via either a rainfall TP concentration, or spatially constant total deposition, according to user input to GlobalParms)
Definition at line 301 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn10(), and gen_output().
| float* SALT_AtmosDepos |
_Units_: kgSalt/d; _Brief_: Salt, Atmospheric Deposition rate (input map, NOT linked to rainfall)
Definition at line 302 of file unitmod_vars.h.
Referenced by cell_dyn10().
| double* DEPOS_ORG_MAT |
_Units_: kgOM/m^2; _Brief_: DEPOSited ORGanic MATter (better name is accreted organic matter, AOM) mass in upper soil zone (not including floc layer)
Definition at line 306 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn4(), cell_dyn9(), gen_output(), and init_eqns().
| float* DOM_DECOMP |
_Units_: kgOM/m^2/d; _Brief_: Deposited Organic Matter DECOMPosition losses
Definition at line 307 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn4(), gen_output(), and init_eqns().
| float* DOM_DECOMP_POT |
_Units_: kgOM/m^2/d; _Brief_: Deposited Organic Matter DECOMPosition POTential losses
Definition at line 308 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn4(), gen_output(), and init_eqns().
| float* DOM_FR_FLOC |
_Units_: kgOM/m^2/d; _Brief_: Deposited Organic Matter gained FRom FLOCculent organic matter deposition
Definition at line 309 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn4(), and gen_output().
| float* DOM_fr_nphBio |
_Units_: kgOM/m^2/d; _Brief_: Deposited Organic Matter gained from mortality of non-photosynthetic Biomass of macrophytes
Definition at line 310 of file unitmod_vars.h.
Referenced by alloc_memory(), and cell_dyn4().
| double* DOM_P_OM |
_Units_: kgP/kgOM; _Brief_: Deposited Organic Matter Phoshorus concentration (relative to Organic Matter)
Definition at line 311 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn4(), gen_output(), and init_eqns().
| float* DOM_QUALITY_CF |
_Units_: dimless; _Brief_: Deposited Organic Matter Control Function of degree of limitation by surrounding nutrient availability, i.e., QUALITY
Definition at line 312 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn4(), gen_output(), and init_eqns().
| float* DOM_SED_AEROB_Z |
_Units_: m; _Brief_: Deposited Organic Matter SEDiment/soil AEROBic profile depth (Z) (incl. pore space)
Definition at line 313 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn4(), gen_output(), and init_eqns().
| float* DOM_SED_ANAEROB_Z |
_Units_: m; _Brief_: Deposited Organic Matter SEDiment/soil ANAEROBic profile depth (Z) (incl. pore space)
Definition at line 314 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn4(), gen_output(), and init_eqns().
| float* DOM_TEMP_CF |
_Units_: dimless; _Brief_: Deposited Organic Matter Control Function of degree of TEMPerature limitation
Definition at line 315 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn12(), cell_dyn4(), gen_output(), and init_eqns().
| float* DOM_Z |
_Units_: m; _Brief_: Deposited Organic Matter mass in upper soil zone converted to depth (Z) (organic component only, accounting for bulk density)
Definition at line 316 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn4(), gen_output(), and init_eqns().
| double* DOP |
_Units_: kgP/m^2; _Brief_: Deposited Organic Phosphorus (better name is accreted organic phosphorus AOP) mass in upper soil zone (not including floc layer, sorbed P, nor water P storage)
Definition at line 317 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn4(), gen_output(), and init_eqns().
| float* DOP_DECOMP |
_Units_: kgP/m^2/d; _Brief_: Deposited Organic Phosphorus DECOMPosition losses
Definition at line 318 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), cell_dyn4(), gen_output(), and init_eqns().
| float* DOP_FLOC |
_Units_: kgP/m^2/d; _Brief_: Deposited Organic Phosphorus added from FLOC deposition
Definition at line 319 of file unitmod_vars.h.
Referenced by alloc_memory(), and cell_dyn4().
| float* DOP_nphBio |
_Units_: kgP/m^2/d; _Brief_: Deposited Organic Phosphorus added from nonphotosynthetic Biomass mortality
Definition at line 320 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRbudg_sum(), and cell_dyn4().
| float* P_SUM_CELL |
_Units_: gP/m^2; _Brief_: SUM of all (biotic/abiotic) storages of Phosphorus (in CELLs) (for reporting only, thus units converted to gP/m^2)
Definition at line 321 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn4(), and gen_output().
| float* SED_ELEV |
_Units_: m; _Brief_: Dynamic land surface ELEVation, relative to model base datum, which is the GP_DATUM_DISTANCE depth below the zero of the vertical datum used in land elevation surveys (NGVD29 or NAVD88)
Definition at line 322 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRstats_sum(), cell_dyn1(), cell_dyn4(), cell_dyn7(), CellAvg(), gen_output(), horizFlow(), init_canals(), and init_eqns().
| float* TPtoSOIL |
_Units_: kgP/kg_soil; _Brief_: Total Phosphorus concentration in SOIL mass
Definition at line 325 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn1(), cell_dyn4(), init_dynam_data(), and init_eqns().
| float* TPtoSOIL_rep |
_Units_: mgP/kg_soil; _Brief_: Total Phosphorus concentration in SOIL mass (reporting purposes only)
Definition at line 326 of file unitmod_vars.h.
Referenced by alloc_memory(), BIRstats_sum(), cell_dyn4(), CellAvg(), and gen_output().
| float* TPtoVOL |
_Units_: kgP/m^3_soil; _Brief_: Total Phosphorus concentration in soil VOLume
Definition at line 327 of file unitmod_vars.h.
Referenced by alloc_memory(), and cell_dyn4().
| float* TPtoVOL_rep |
_Units_: ug/cm^3; _Brief_: Total Phosphorus concentration in soil VOLume (reporting purposes only)
Definition at line 328 of file unitmod_vars.h.
Referenced by alloc_memory(), cell_dyn4(), and CellAvg().
