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CSP_CASUPRO.FOR
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CSP_CASUPRO.FOR
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C=======================================================================
C COPYRIGHT 1998-2010 The University of Georgia, Griffin, Georgia
C University of Florida, Gainesville, Florida
C Iowa State University, Ames, Iowa
C International Center for Soil Fertility and
C Agricultural Development, Muscle Shoals, Alabama
C University of Guelph, Guelph, Ontario
C ALL RIGHTS RESERVED
C=======================================================================
C=======================================================================
C CSP_CASUPRO Sugarcane subroutine, based on the
C CROPGRO, Subroutine, G. Hoogenboom, J.W. Jones, K.J. Boote and
C sugarcane-specific modifications by Oscar Daza
C-----------------------------------------------------------------------
C Based on CROPGRO template plant growth subroutine.
C Computes plant development and growth.
C-----------------------------------------------------------------------
C REVISION HISTORY
C 01/01/1990 GH Written.
C 04/24/1994 NBP Changed TAIRHR to TGRO.
C 07/14/1995 JWH Modified to reserve some C for nodule growth
C 09/17/2001 CHP Removed CANNAA, RO and RP from output list.
C 09/21/2001 CHP Added KCAN, PORMIN, RWUEP1, RWUMX to output list.
C 12/03/2001 GH Changed name to CROPGRO to reflect template approach.
C 02/03/2003 CHP EORATIO and KEP now exported for ET routines.
C 06/19/2003 CHP Added KTRANS for export to transpiration routines instead of KEP.
C 07/08/2003 CHP Added KSEVAP for export to soil evaporation routines.
C 08/10/2003 FSR Modified for Oscar H. Daza sugarcane model CASUPRO
C 07/26/2004 CHP Removed variables which were not being used
C 03/24/2005 CHP Put weather variables in constructed variable.
C 05/16/2005 FSR Removed calls to NFIX and CSP_MOBIL
C 06/30/2006 FSR Incorporated into CSM v.5
C=======================================================================
SUBROUTINE CSP_CASUPRO(CONTROL, ISWITCH,
& CO2, EOP, EOS, HARVFRAC, NH4, NO3, PAR, !Input
& SOILPROP, SPi_AVAIL, SW, TAVG, TGRO, !Input
& TGROAV, TMIN, TRWUP, WEATHER, YREND, YRPLT, !Input
& CANHT, EORATIO, HARVRES, KTRANS, LFmntDEF, MDATE, !Output
& NSTRES, PUptake, PORMIN, RLV, RWUMX, SENESCE, !Output
& STGDOY, FracRts, UNH4, UNO3, XHLAI, XLAI) !Output
!-----------------------------------------------------------------------
USE ModuleDefs !Definitions of constructed variable types,
USE ModuleData
IMPLICIT NONE
SAVE
!-----------------------------------------------------------------------
CHARACTER*1 IDETO, ISWNIT, ISWPHO, ISWSYM,
& ISWWAT, ISWDIS, MEPHO, RNMODE
CHARACTER*2 CROP
CHARACTER*4 StalkState(NumOfStalks,10)
CHARACTER*6 ECONO
CHARACTER*30 FILEIO
CHARACTER*10 STNAME(20)
CHARACTER*92 FILECC, FILEGC
INTEGER, DIMENSION(1:NumOfStalks) :: Kill
INTEGER, PARAMETER :: NumOfStages = 5, NumOfPhases = 4
INTEGER, PARAMETER :: CanopyLayers=3
INTEGER CAB, CountStalk, CropTypeCode, DAS, DYNAMIC
INTEGER LAIXD, RUN, ZONE, NLAYR, NOUTDO, NVEG0
INTEGER Smax, YREND
INTEGER YREMRG, YRDOY, MDATE, YRPLT, YRSIM
INTEGER STGDOY(20), XDAY(6)
REAL b, AGEFAC
REAL AGRLF, AGRRT, AGRSTM
REAL AGRVG, AGRVG2
REAL CNODMN, CO2
REAL CTONOD, CAVVEG
REAL CMINEP
REAL CUMDEP
REAL CNOD,
& CADLF, CADST, CANHT, CANWH, CMINEA
REAL DAYL, DWNOD
REAL DRPP, DTPI, DTX
REAL EOP, EOS, EP1
REAL FINREF, FRACSH, FRSHV, FRLF, FRRT, FRSTM
REAL FREEZ1, FREEZ2
REAL GrowFrac, RipeFrac, GROWTH, GRWRES
REAL HARVFRAC(2)
REAL LAIMX, LAIX, LSFAC, LI, LITOT, LITOTAL, LMF
REAL MAINR
REAL NSTRES, NDMNEW,
& NGRLF, NGRRT, NGRST,
& !NADLF, NMINEA,
& NDMTOT, ! NDMSDR, NDMOLD, NDMVEG,
& NFIXN !NMINEP, NMOBR, NDTH, NODGR
REAL NAVL, NAVLV
!REAL NRUSLF, NRUSRT, NRUSST
REAL
& PAR, PCNL, PCNRT, PCNST, PConc_Seed, Ph1P
REAL PLIGLF, PLIGNO, PLIGRT, PLIGST, PLWT
REAL PG, PGT, PCLSD, PCCSD, PCNSD, PCNSH
REAL PgAvalPD, PLTPOP, PCH2O,
& PLIGSD, PLF1, PLF2, PLIGSH,
& PROLFI, PRORTI, PROSTI, PROVEG
REAL R30C2, RCH2O, RES30C, RLF30C, ROWSPC, RPROAV,
& RLIG, RLIP, RMIN, RNITP,
& ROA !, RNH4C, RNO3C, RPRO
REAL RATTP, RHOL, RO, RP, RTDEP, RHOS !, ROWSPC
REAL RSPNO3, RSPNH4
REAL SDNPL, SLAVAR, SIZELF, TDAY
! Senescence variables computed for soil N routines.
REAL SENRT(NL)
REAL SATFAC, SWFAC, SDWT, SHELWT,
& SLA, SLAMAX, STMWT, SEEDNI, SIZREF
REAL SLAMIN, SLAPAR, SLAREF, SLPF
REAL SRDOT, SLAAD, SLNDOT, SSDOT, SSNDOT, StkB, StkM
REAL TAVG, TDUMX, TGROAV, TMIN, TNLEAK, TOPWT, TOTWT, TRLV,
& TRNH4U, TRNO3U, TRNU, TRWUP, TURFAC, TURSLA
REAL VSTAGE
REAL WSIDOT, WRIDOT
REAL WTNCAN, WTNFX, WTNLA, WTNLO, WTNNA
REAL WTNNO, WTNNOD, WTNRA, WTNRO, WTNSA, WTNSDA
REAL WTNSDO, WTNSHA, WTNSHO, WTNSO, WTNUP
REAL WLDOTN, WRDOTN, WSDOTN, WTNRT, WTNSD, WTNSH,
& WTNST, WTNEW, WTNLF, WTLF, WLIDOT
REAL XHLAI, XLAI, XLAIlost
REAL BD(NL), DLAYR(NL), DS(NL), DUL(NL), ESW(NL),
& KG2PPM(NL), LL(NL), PUptake(NL), SAT(NL),
& SPi_AVAIL(NL), FracRts(NL),
& SW(NL), RLV(NL), WR(NL)
REAL NH4(NL), NO3(NL), UNH4(NL), UNO3(NL)
REAL XSLATM(10), YSLATM(10), PHTHRS(NumOfPhases)
REAL TGRO(TS)
! Species-dependant variables exported to SPAM module:
REAL EORATIO, KCAN, KEP, KTRANS
REAL PORMIN, RWUMX, RWUEP1
!FSR - LIST OF NEW VARIABLES ADDED FOR THE CASUPRO SUGARCANE MODEL
INTEGER PhenoStage, Stalk, TillerCount
REAL AGRSU, BADMD, BRDMD, CanLmtFac, DLFN, DPLARF
REAL FRSU, GAMMA, GRLF, GRRT, GRST, GRSU, LfShdFac, M
REAL MinGr, PCARSU, PConc_Shut, PConc_Root, PI1, PI2, PLIGSU
REAL PLIPSU, PMINSU, POASU, PROSUI, PSTRES1, PSTRES2
REAL PHTMAX, StkH2OFac, StkHrNO, SumTTD, SuH2OFac, SumTTG
REAL XFRRT(4), XFRSU(4), YFRRT(4), YFRSU(4)
REAL XLFNUM(7), XSTKRT(6), YLFSZ(7), XStkNum(9)
REAL YLfFac(9), YSLA(6), YSTKRT(6), XVSHT(10), YVSHT(10)
REAL ZVSDI(10)
REAL, DIMENSION(0:NumOfDays) :: CDEM, LeafAreaPlant, LFWTHa,
& LFWTHalost, LSWTHalost, LSWTHa, RTDWP, RTWTHa,
& StalkPopul, STKFWTHa, STKWTHa,
& STKWTHalost, STKWTP, SUWTHa
REAL, DIMENSION(0:NumOfDays, NumOfStalks) :: DeltaLeafNum,
& DeltaLeafArea, DeltaLeafArealost, LeafArea,
& LeafArealost, LeafNum, LFWT, LFWTlost,
& LSWTlost, LSWT,
& STKmntDEF, STKFWT, STKWT, SumTTStalk, SUWT
REAL, DIMENSION(1:NumOfStalks) :: EXCESS, MAINTR, PGAVAL,
& PgRatio, StkHt, SuDEF, SLDOT, TOTALWT
REAL, DIMENSION(1:NumOfStalks,CanopyLayers) :: LeafDist,LeafMaint,
& LFmntDEF,StkPG
!-----------------------------------------------------------------------
! Define constructed variable types based on definitions in
! ModuleDefs.for.
TYPE (ControlType) CONTROL
TYPE (SoilType) SOILPROP
TYPE (SwitchType) ISWITCH
Type (ResidueType) HARVRES
Type (ResidueType) SENESCE
Type (WeatherType) WEATHER
! Transfer values from constructed data types into local variables.
CROP = CONTROL % CROP
DYNAMIC = CONTROL % DYNAMIC
FILEIO = CONTROL % FILEIO
YRDOY = CONTROL % YRDOY
DAS = CONTROL % DAS
YRSIM = CONTROL % YRSIM
RUN = CONTROL % RUN
RNMODE = CONTROL % RNMODE
BD = SOILPROP % BD
DLAYR = SOILPROP % DLAYR
DS = SOILPROP % DS
DUL = SOILPROP % DUL
KG2PPM = SOILPROP % KG2PPM
LL = SOILPROP % LL
NLAYR = SOILPROP % NLAYR
SAT = SOILPROP % SAT
SLPF = SOILPROP % SLPF
WR = SOILPROP % WR
IDETO = ISWITCH % IDETO
ISWDIS = ISWITCH % ISWDIS
ISWNIT = ISWITCH % ISWNIT
ISWPHO = ISWITCH % ISWPHO
ISWSYM = ISWITCH % ISWSYM
ISWWAT = ISWITCH % ISWWAT
MEPHO = ISWITCH % MEPHO
CO2 = WEATHER % CO2
DAYL = WEATHER % DAYL
PAR = WEATHER % PAR
TAVG = WEATHER % TAVG
TDAY = WEATHER % TDAY
TGRO = WEATHER % TGRO
TGROAV = WEATHER % TGROAV
TMIN = WEATHER % TMIN
!***********************************************************************
!***********************************************************************
! Run Initialization - Called once per simulation
!***********************************************************************
IF (DYNAMIC .EQ. RUNINIT) THEN
!-----------------------------------------------------------------------
! Call input routine for CASUPRO model parameters
!-----------------------------------------------------------------------
CALL CSP_IPPLNT(CONTROL,
& CAB, CanLmtFac, CROP, ECONO, EORATIO, FILECC, !Output
& FILEGC, FINREF, !Output
& FREEZ1, FREEZ2, GAMMA, GRLF, GRRT, GRST, GRSU, KCAN, !Output
& KEP, LfShdFac, LMF, LSFAC, NOUTDO, PCARSU, PCH2O, PLF1,!Output
& PLF2, PLIGSU, PLIPSU, PLWT, PMINSU, POASU, PORMIN, !Output
& PROLFI, PRORTI, PROSTI, PROSUI, R30C2, RCH2O, RES30C, !Output
& RLF30C, RLIG, RLIP, RMIN, ROA, RWUEP1, RWUMX, SLAMAX, !Output
& SLAMIN, SLAPAR, SLAREF, !Output
& SIZELF, SIZREF, StkB, StkM, StkH2OFac, SuH2OFac, !Output
& TURSLA, XDAY, !Output
& XFRRT, XFRSU, XSLATM, XSTKRT, XVSHT, YFRRT, !Output
& YFRSU, YSLATM, YSLA, YSTKRT, YVSHT, ZVSDI) !Output
KTRANS = KEP
!! KSEVAP = -99. !Defaults to old method of light
! extinction calculation for soil evap.
!-----------------------------------------------------------------------
CALL CSP_PHENOL(CONTROL, ISWITCH, FILECC,
& DTPI, Kill, LI, M, SOILPROP, TGROAV, !Input
& TURFAC, XLFNUM, XStkNum, YLfFac, YLFSZ, YRDOY, !Input
& YRPLT, YRSIM, !Input
& CropTypeCode, DeltaLeafArea, DeltaLeafNum, !Output
& DLFN, DPLARF, DRPP, DTX, TillerCount, !Output
& LeafNum, MinGr, MDATE, !Output
& NVEG0, PhenoStage, PHTHRS, Ph1P, PI1, PI2, ROWSPC, !Output
& Smax, StalkState, STNAME, STGDOY, StkHrNO, !Output
& SumTTD, SumTTG, SumTTStalk, TDUMX, VSTAGE, !Output
& XLAI, YREMRG) !Output
!-----------------------------------------------------------------------
IF (CROP .NE. 'FA' .AND. MEPHO .EQ. 'C') THEN
CALL CSP_PHOTO(CONTROL,FILEIO,
& CANHT, CanLmtFac, CANWH, CO2, ECONO, EXCESS, !Input
& DeltaLeafArea, DeltaLeafNum, FILECC, !Input
& DeltaLeafArealost, FILEGC, FRACSH, FRSHV, !Input
& KCAN, LeafArea,LeafAreaPlant, LeafNum, !Input
& LfShdFac, PAR, !Input
& PStres2, RNITP, SLAREF, SLAAD, !Input
& SLPF, Smax, StalkState, StkHt, SWFAC, TAVG, !Input
& TURFAC, WEATHER, XHLAI, !Input
& AGEFAC, LeafDist, LI, LITOTAL, PGT, PgRatio, !Output
& PLTPOP, StkPG) !Output
ENDIF
!-----------------------------------------------------------------------
! IF (ISWDIS .EQ. 'Y') THEN
! CALL PEST(CONTROL, ISWITCH,
! & AREALF, CLW, CSW, LAGSD, LNGPEG, NR2, PGAVL, !Input
! & PHTIM, PLTPOP, RTWT, SLA, SLDOT, SOILPROP, !Input
! & SSDOT, STMWT, TOPWT, WLFDOT, WTLF, YRPLT, !Input
! & RLV, SDNO, SHELN, SWIDOT, !Input/Output
! & VSTAGE, WSHIDT, WTSD, WTSHE, !Input/Output
! & ASMDOT, DISLA, NPLTD, PPLTD, !Output
! & SDDES, WLIDOT, WRIDOT, WSIDOT,SDWT) !Output
! ENDIF
!-----------------------------------------------------------------------
IF (CROP .NE. 'FA') THEN
! CALL CSP_DEMAND(RUNINIT,
! & AGRLF, AGRRT, AGRSTM, AGRSU, CROP, DLFN, DPLARF, !Input
! & DRPP, FILECC, FILEIO, NSTRES, NVEG0, PAR, !Input
! & PCNL, PCNRT, PCNST, PCNSU, PGAVL, PLTPOP, RPROAV, !Input
! & RTWT, STMWT, SUWT, SWFAC, TAVG, TDUMX, !Input
! & TURFAC, VSTAGE, WCRLF, WCRRT, WCRST, WCRSU, WNRLF, !Input
! & WNRRT, WNRST, WNRSU, WTLF, YRDOY, YRSIM, !Input
! & AGRVG, AGRVG2, F, FNINL, FNINR, FNINS, FRLF, !Ouput
! & FRRT, FRSTM, FRSU, NDMNEW, NDMOLD, NDMTOT, !Ouput
! & NDMVEG, NMINEP, NMOBR) !Ouput
!-----------------------------------------------------------------------
C Call plant COMPosition INitialization (for data input)
C-----------------------------------------------------------------------
CALL CSP_INCOMP(RUNINIT,
& FILECC, FRLF, FRRT, FRSTM, FRSU, !Input
& AGRLF, AGRRT, AGRSTM, AGRSU, AGRVG, AGRVG2) !Output
!-----------------------------------------------------------------------
CALL CSP_GROW_CANE(CONTROL, DYNAMIC,
& CAB, CropTypeCode, DeltaLeafArea, !AGEFAC,!Input
& DeltaLeafNum, DTPI, ECONO, EXCESS, FILEIO, FILECC, !Input
& FILEGC, FINREF, FRSU, GAMMA, GRLF, GRRT, GRST, !Input
& GRSU, KCAN,Kill, LeafNum, MAINTR, NLAYR, NVEG0, !Input
& PAR, PgAvalPD, PGAVAL, PgRatio, PhenoStage, !Input
& PLTPOP, PLF1, PLF2, PLWT, ROWSPC, SLA, !Input
& SLAMIN, SLAMAX, SLAPAR, SLAREF, !Input
& LSFAC, SENRT, SLDOT, Smax, SRDOT, StkHrNO, StalkState, !Input
& StkB, StkM, SumTTStalk, TGRO, !Input
& TURFAC, TURSLA, WEATHER, XDAY, XFRRT, !Input
& XFRSU, XLAI, XLAIlost, XSLATM, XSTKRT, XVSHT, YFRRT, !Input
& YFRSU, YRDOY, YRPLT, YSLA, YSTKRT, YVSHT, ZVSDI, !Input
& CDEM, FRRT, TOTWT, TOTALWT, XHLAI, YSLATM, !Input/Output
& BRDMD, CANHT, CANWH, CountStalk, DeltaLeafArealost, !Output
& LAIMX, LAIXD, LeafArea, LeafArealost, LeafAreaPlant, !Output
& LFWT, LFWTHa, LSWTlost, LSWT, LSWTHa, LFWTHalost, !Output
& LFWTlost, LSWTHalost, StkH2OFac, STKmntDEF, !Output
& RTDWP, RTWTHa, SENESCE, StalkPopul, STKWT, STKFWT, !Output
& STKFWTHa, STKWTHa, STKWTHalost, STKWTP, SuDEF, !Output
& SuH2OFac, SUWT, SUWTHa, TOPWT) !Output
!-----------------------------------------------------------------------
!IF (ISWNIT .EQ. 'Y') THEN
CALL CSP_NUPTAK(RUNINIT,
& DLAYR, DUL, KG2PPM, FILECC, LL, NDMTOT, !Input
& NH4, NLAYR, NO3, RLV, SAT, SW, !Input
& TRNH4U, TRNO3U, TRNU, UNH4, UNO3) !Output
!-----------------------------------------------------------------------
C CALL CSP_VEGGR(RUNINIT,
C & AGRLF, AGRRT, AGRSTM, AGRSU, CMINEP, CSAVEV, !Input
C & DTX, FILECC, FNINL, FNINR, FNINS, FNINSU, NAVL, !Input
C & NDMNEW, NDMOLD, NMINEA, PAR, PCH2O, PG, PGAVL, !Input
C & ROWSPC, STMWT, TRNU, TURFAC, VSTAGE, WCRLF, !Input
C & WCRRT, WCRST, WCRSU, WTLF, XLAI, YRDOY, YRSIM, !Input
C & AGRVG, FRLF, FRRT, FRSTM, FRSU, !Input/Output
C & CADLF, CADST, CADSU, CMINEA, CRUSLF, CRUSRT, !Output
C & CRUSST, CRUSSU, EXCESS, NADLF, NADRT, NADST, !Output
C & NADSU, NGRLF, NGRRT, NGRST, NGRSU, NSTRES, !Output
C & TNLEAK, WLDOTN, WRDOTN, WSDOTN, WSUDOTN) !Output
!-----------------------------------------------------------------------
C Call leaf senescence routine for initialization
C-----------------------------------------------------------------------
CALL CSP_SENES(CONTROL, DYNAMIC,
& CAB, ECONO, FILECC, FILEGC, GRLF, GRSU, KCAN, !Input
& LeafArea, LeafMaint, LeafNum, LFmntDEF, !Input
& MinGr, Ph1P, PhenoStage, !Input
& PI1, RATTP, Smax, !Input
& StalkState, STKmntDEF, STKWT, STKWTP, SuDEF, !Input
& SumTTStalk, SWFAC, TMIN, XLAI, !Input
& YRDOY, YRPLT, YRSIM, !Input
& Kill, SLDOT, SLNDOT, SSDOT, SSNDOT) !Output
C-----------------------------------------------------------------------
C Call to root growth and rooting depth routine
C-----------------------------------------------------------------------
CALL CSP_ROOTS(CONTROL, DYNAMIC,
& AGRRT, CROP, DLAYR, DS, DTX, DUL, ESW, FILECC, !Input
& FRRT, ISWWAT, LL, NLAYR, PGT, PLTPOP, PLWT, RO, RP, !Input
& RTDWP, RTWTHa, SAT, SW, SWFAC, !Input
& VSTAGE, WR, WRDOTN, WTNEW, !Input
& CUMDEP, RLV, RTDEP, SATFAC, SENRT, SRDOT) !Output
ENDIF
!-----------------------------------------------------------------------
CALL CSP_OPGROW(CONTROL, ISWITCH,
& BRDMD, CADLF, CADST, CANHT, CANWH, CMINEA, !Input
& CountStalk, DLAYR, EOS, GROWTH, GRWRES, !Input
& Kill, LeafArea, LeafArealost,LeafNum, LFWTHa, !Input
& LFWT, LFWTHalost, LSWTlost, LSWT, LSWTHa, !Input
& LSWTHalost, LFWTlost, LITOTAL, !Input !Input
& MAINR, MDATE, NFIXN, NLAYR, NSTRES, PSTRES1, PSTRES2, !Input
& PCLSD,PCCSD, PCNL, PCNRT, PCNSD, PCNSH, PCNST, !Input
& PGT, RHOL, RHOS, RLV, RTDEP, !Input
& RTWTHa, SATFAC, SENESCE, SLAREF, Smax, StalkPopul, !Input
& PHTMAX, STKFWTHa, STKFWT, STKWT, STKWTHa, !Input
& STKWTHalost, SumTTD, SumTTG, SWFAC, SUWT, SUWTHa, !Input
& TGRO, TGROAV, TOTWT, TURFAC, WTNCAN, WTNLF, WTNST, !Input
& WTNSD, WTNUP, WTNFX, XLAI, XLAIlost, YRPLT, PhenoStage, !Input
& BADMD) !Output
!-----------------------------------------------------------------------
! Initialize Overview.out file.
PSTRES1 = 1.0
PSTRES2 = 1.0
PConc_Shut = 0.0
PConc_Root = 0.0
CALL CSP_OPHARV(CONTROL, ISWITCH,
& AGEFAC, BADMD, CANHT, TillerCount, LAIMX, !Input
& LAIXD, LeafNum, LFWTHa, LSWTHa, !Input
& HARVFRAC,NSTRES, PLTPOP, PLWT, PStres1, !Input
& PStres2, PhenoStage, StalkPopul, StalkState, !Input
& STGDOY, STKFWTHa, StkHt, STKWTHa, !Input
& STNAME, SUWTHa, SWFAC, TOPWT, TURFAC, !Input
& VSTAGE, WTNCAN, WTNST, WTNUP, XLAI, YRPLT) !Input
! If this is not a sequenced run, don't use any previously calculated
! harvest residue.
IF (RUN .EQ. 1 .OR. INDEX('QF',RNMODE) .LE. 0) THEN
HARVRES % RESWT = 0.0
HARVRES % RESLIG = 0.0
HARVRES % RESE = 0.0
ENDIF
! Previously uninitialized (from VEGGR -- do we really need these?)
! chp 2/6/2007
WSDOTN = 0.0
WLDOTN = 0.0
NGRST = 0.0
NGRLF = 0.0
NGRRT = 0.0
NDMNEW = 0.0
!***********************************************************************
!***********************************************************************
! Seasonal initialization - run once per season
!***********************************************************************
ELSEIF (DYNAMIC .EQ. SEASINIT) THEN
!***********************************************************************
! The following statements came from INPLNT
!-----------------------------------------------------------------------
CMINEP = 0.0
CNOD = 0.0
CNODMN = 0.0
CTONOD = 0.0
NAVL = 0.0
PgAvalPD = 0.0
RO = 0.0
RP = 0.0
RPROAV = 0.0
! from SWFACS
TURFAC = 1.0
SWFAC = 1.0
RSPNO3 = 0.0 !Added by CHP 10-17-2003
RSPNH4 = 0.0 !
PSTRES1 = 1.0
PSTRES2 = 1.0
STGDOY = 9999999
DO Stalk = 1, NumOfStalks
DO Zone = 1, 3
LFmntDEF(Stalk,Zone) = 0. ! Initialize
END DO
END DO
!-----------------------------------------------------------------------
CALL CSP_PHENOL(CONTROL, ISWITCH, FILECC,
& DTPI, Kill, LI, M, SOILPROP, TGROAV, !Input
& TURFAC, XLFNUM, XStkNum, YLfFac, YLFSZ, YRDOY, !Input
& YRPLT, YRSIM, !Input
& CropTypeCode, DeltaLeafArea, DeltaLeafNum, !Output
& DLFN, DPLARF, DRPP, DTX, TillerCount, !Output
& LeafNum, MinGr, MDATE, !Output
& NVEG0, PhenoStage, PHTHRS, Ph1P, PI1, PI2, ROWSPC, !Output
& Smax, StalkState, STNAME, STGDOY, StkHrNO, !Output
& SumTTD, SumTTG, SumTTStalk, TDUMX, VSTAGE, !Output
& XLAI, YREMRG) !Output
!-----------------------------------------------------------------------
IF (CROP .NE. 'FA') THEN
IF (MEPHO .EQ. 'L') THEN
!Retrieve AGEFAC and PG from ETPHOT routine.
CALL GET('SPAM', 'AGEFAC', AGEFAC)
CALL GET('SPAM', 'PG' , PG)
ELSEIF (MEPHO .EQ. 'C') THEN
CALL CSP_PHOTO(CONTROL,FILEIO,
& CANHT, CanLmtFac, CANWH, CO2, ECONO, EXCESS, !Input
& DeltaLeafArea, DeltaLeafNum, FILECC, !Input
& DeltaLeafArealost, FILEGC, FRACSH, FRSHV, !Input
& KCAN, LeafArea,LeafAreaPlant, LeafNum, !Input
& LfShdFac, PAR, !Input
& PStres2, RNITP, SLAREF, SLAAD, !Input
& SLPF, Smax, StalkState, StkHt, SWFAC, TAVG, !Input
& TURFAC, WEATHER, XHLAI, !Input
& AGEFAC, LeafDist, LI, LITOTAL, PGT, PgRatio, !Output
& PLTPOP, StkPG) !Output
ENDIF
ENDIF
!-----------------------------------------------------------------------
C Initialize pest coupling point and damage variables
! Need to initialize even if pests are not being modelled this
! season - zero out values from last simulation.
!-----------------------------------------------------------------------
! CALL PEST(CONTROL, ISWITCH,
! & AREALF, CLW, CSW, LAGSD, LNGPEG, NR2, PGAVL, !Input
! & PHTIM, PLTPOP, RTWT, SLA, SLDOT, SOILPROP, !Input
! & SSDOT, STMWT, TOPWT, WLFDOT, WTLF, YRPLT, !Input
! & RLV, SDNO, SHELN, SWIDOT, !Input/Output
! & VSTAGE, WSHIDT, WTSD, WTSHE, !Input/Output
! & ASMDOT, DISLA, NPLTD, PPLTD, !Output
! & SDDES, WLIDOT, WRIDOT, WSIDOT,SDWT) !Output
!-----------------------------------------------------------------------
! Call plant COMPosition INitialization
! This call must preceed initialization call to GROW (need to
! initialize value of SDPROR for use in that routine) chp 9/22/98
!-----------------------------------------------------------------------
IF (CROP .NE. 'FA') THEN
CALL CSP_INCOMP(SEASINIT,
& FILECC, FRLF, FRRT, FRSTM, FRSU, !Input
& AGRLF, AGRRT, AGRSTM, AGRSU, AGRVG, AGRVG2) !Output
ENDIF
!-----------------------------------------------------------------------
CALL CSP_GROW_CANE(CONTROL, DYNAMIC,
& CAB, CropTypeCode, DeltaLeafArea, !AGEFAC,!Input
& DeltaLeafNum, DTPI, ECONO, EXCESS, FILEIO, FILECC, !Input
& FILEGC, FINREF, FRSU, GAMMA, GRLF, GRRT, GRST, !Input
& GRSU, KCAN,Kill, LeafNum, MAINTR, NLAYR, NVEG0, !Input
& PAR, PgAvalPD, PGAVAL, PgRatio, PhenoStage, !Input
& PLTPOP, PLF1, PLF2, PLWT, ROWSPC, SLA, !Input
& SLAMIN, SLAMAX, SLAPAR, SLAREF, !Input
& LSFAC, SENRT, SLDOT, Smax, SRDOT, StkHrNO, StalkState, !Input
& StkB, StkM, SumTTStalk, TGRO, !Input
& TURFAC, TURSLA, WEATHER, XDAY, XFRRT, !Input
& XFRSU, XLAI, XLAIlost, XSLATM, XSTKRT, XVSHT, YFRRT, !Input
& YFRSU, YRDOY, YRPLT, YSLA, YSTKRT, YVSHT, ZVSDI, !Input
& CDEM, FRRT, TOTWT, TOTALWT, XHLAI, YSLATM, !Input/Output
& BRDMD, CANHT, CANWH, CountStalk, DeltaLeafArealost, !Output
& LAIMX, LAIXD, LeafArea, LeafArealost, LeafAreaPlant, !Output
& LFWT, LFWTHa, LSWTlost, LSWT, LSWTHa, LFWTHalost, !Output
& LFWTlost, LSWTHalost, StkH2OFac, STKmntDEF, !Output
& RTDWP, RTWTHa, SENESCE, StalkPopul, STKWT, STKFWT, !Output
& STKFWTHa, STKWTHa, STKWTHalost, STKWTP, SuDEF, !Output
& SuH2OFac, SUWT, SUWTHa, TOPWT) !Output
!-----------------------------------------------------------------------
CALL CSP_NUPTAK(SEASINIT,
& DLAYR, DUL, KG2PPM, FILECC, LL, NDMTOT, !Input
& NH4, NLAYR, NO3, RLV, SAT, SW, !Input
& TRNH4U, TRNO3U, TRNU, UNH4, UNO3) !Output
!-----------------------------------------------------------------------
C Call leaf senescence routine for initialization
C-----------------------------------------------------------------------
CALL CSP_SENES(CONTROL, DYNAMIC,
& CAB, ECONO, FILECC, FILEGC, GRLF, GRSU, KCAN, !Input
& LeafArea, LeafMaint, LeafNum, LFmntDEF, !Input
& MinGr, Ph1P, PhenoStage, !Input
& PI1, RATTP, Smax, !Input
& StalkState, STKmntDEF, STKWT, STKWTP, SuDEF, !Input
& SumTTStalk, SWFAC, TMIN, XLAI, !Input
& YRDOY, YRPLT, YRSIM, !Input
& Kill, SLDOT, SLNDOT, SSDOT, SSNDOT) !Output
C-----------------------------------------------------------------------
C Call to root growth and rooting depth routine
C-----------------------------------------------------------------------
CALL CSP_ROOTS(CONTROL, DYNAMIC,
& AGRRT, CROP, DLAYR, DS, DTX, DUL, ESW, FILECC, !Input
& FRRT, ISWWAT, LL, NLAYR, PGT, PLTPOP, PLWT, RO, RP, !Input
& RTDWP, RTWTHa, SAT, SW, SWFAC, !Input
& VSTAGE, WR, WRDOTN, WTNEW, !Input
& CUMDEP, RLV, RTDEP, SATFAC, SENRT, SRDOT) !Output
C-----------------------------------------------------------------------
C Plant phosphorus module initialization
C-----------------------------------------------------------------------
CALL P_CASUPRO (CONTROL, DYNAMIC, ISWITCH, !Input
& CROP, FILECC, GrowFrac, LFWTHa, MDATE, !Input
& PLTPOP, RipeFrac, RLV, RTDEP, RTWTHa, !Input
& SOILPROP,SPi_AVAIL, STKWTHa, !Input
& WLIDOT, WRIDOT, WSIDOT, YRPLT, !Input
& SENESCE, !I/O
& PConc_Shut, PConc_Root, PConc_Seed, !Output
& PStres1, PStres2, PUptake, FracRts) !Output
!-----------------------------------------------------------------------
! Write headings to output file GROWTH.OUT
!-----------------------------------------------------------------------
CALL CSP_OPGROW(CONTROL, ISWITCH,
& BRDMD, CADLF, CADST, CANHT, CANWH, CMINEA, !Input
& CountStalk, DLAYR, EOS, GROWTH, GRWRES, !Input
& Kill, LeafArea, LeafArealost,LeafNum, LFWTHa, !Input
& LFWT, LFWTHalost, LSWTlost, LSWT, LSWTHa, !Input
& LSWTHalost, LFWTlost, LITOTAL, !Input !Input
& MAINR, MDATE, NFIXN, NLAYR, NSTRES, PSTRES1, PSTRES2, !Input
& PCLSD,PCCSD, PCNL, PCNRT, PCNSD, PCNSH, PCNST, !Input
& PGT, RHOL, RHOS, RLV, RTDEP, !Input
& RTWTHa, SATFAC, SENESCE, SLAREF, Smax, StalkPopul, !Input
& PHTMAX, STKFWTHa, STKFWT, STKWT, STKWTHa, !Input
& STKWTHalost, SumTTD, SumTTG, SWFAC, SUWT, SUWTHa, !Input
& TGRO, TGROAV, TOTWT, TURFAC, WTNCAN, WTNLF, WTNST, !Input
& WTNSD, WTNUP, WTNFX, XLAI, XLAIlost, YRPLT, PhenoStage, !Input
& BADMD) !Output
!-----------------------------------------------------------------------
CALL CSP_OPHARV(CONTROL, ISWITCH,
& AGEFAC, BADMD, CANHT, TillerCount, LAIMX, !Input
& LAIXD, LeafNum, LFWTHa, LSWTHa, !Input
& HARVFRAC,NSTRES, PLTPOP, PLWT, PStres1, !Input
& PStres2, PhenoStage, StalkPopul, StalkState, !Input
& STGDOY, STKFWTHa, StkHt, STKWTHa, !Input
& STNAME, SUWTHa, SWFAC, TOPWT, TURFAC, !Input
& VSTAGE, WTNCAN, WTNST, WTNUP, XLAI, YRPLT) !Input
! Zero the value of HARVRES composite variable here
! NOTE: At this time, the variable has already been used to
! initialize soil properties for this season.
HARVRES % RESWT = 0.0
HARVRES % RESLIG = 0.0
HARVRES % RESE = 0.0
!***********************************************************************
!***********************************************************************
! DAILY RATE CALCULATIONS
!***********************************************************************
ELSE IF (DYNAMIC .EQ. RATE) THEN
!***********************************************************************
IF (YRDOY .GT. YRPLT .AND. YRPLT .NE. -99) THEN
IF (YRDOY .GT. YREMRG .AND. YREMRG .GT. 0
& .AND. ISWWAT .EQ. 'Y') THEN
! Calculate daily water stress factors
SWFAC = 1.0
TURFAC = 1.0
IF (EOP .GT. 0.001) THEN
EP1 = EOP * 0.1 ! convert mm/d to cm/d
IF (TRWUP / EP1 .LT. RWUEP1) THEN
TURFAC = (1./RWUEP1) * TRWUP / EP1
ENDIF
IF (EP1 .GE. TRWUP) THEN
SWFAC = TRWUP / EP1
ENDIF
ENDIF
ENDIF
! EOP Potential plant transpiration rate (mm/d)
! RWUEP1 Threshold for reducing leaf expansion compared w/ ratio of
! TRWU/EP1 (total potenial daily root water uptake/ actual
! transpiration)
! TRWUP Potential daily root water uptake over soil profile (cm/d)
!-----------------------------------------------------------------------
! CALL vegetative and reproductive development subroutine
!----------------------------------------------------------------------
! IF (ISWDIS .EQ. 'Y') THEN
! CALL PEST(CONTROL, ISWITCH,
! & AREALF, CLW, CSW, LAGSD, LNGPEG, NR2, PGAVL, !Input
! & PHTIM, PLTPOP, RTWT, SLA, SLDOT, SOILPROP, !Input
! & SSDOT, STMWT, TOPWT, WLFDOT, WTLF, YRPLT, !Input
! & RLV, SDNO, SHELN, SWIDOT, !Input/Output
! & VSTAGE, WSHIDT, WTSD, WTSHE, !Input/Output
! & ASMDOT, DISLA, NPLTD, PPLTD, !Output
! & SDDES, WLIDOT, WRIDOT, WSIDOT,SDWT) !Output
! ENDIF
!-----------------------------------------------------------------------
CALL CSP_PHENOL(CONTROL, ISWITCH, FILECC,
& DTPI, Kill, LI, M, SOILPROP, TGROAV, !Input
& TURFAC, XLFNUM, XStkNum, YLfFac, YLFSZ, YRDOY, !Input
& YRPLT, YRSIM, !Input
& CropTypeCode, DeltaLeafArea, DeltaLeafNum, !Output
& DLFN, DPLARF, DRPP, DTX, TillerCount, !Output
& LeafNum, MinGr, MDATE, !Output
& NVEG0, PhenoStage, PHTHRS, Ph1P, PI1, PI2, ROWSPC, !Output
& Smax, StalkState, STNAME, STGDOY, StkHrNO, !Output
& SumTTD, SumTTG, SumTTStalk, TDUMX, VSTAGE, !Output
& XLAI, YREMRG) !Output
!----------------------------------------------------------------------
IF (CROP .NE. 'FA' .AND. DAS .GT. NVEG0) THEN
IF (MEPHO .EQ. 'L') THEN
!Retrieve AGEFAC and PG from ETPHOT routine.
CALL GET('SPAM', 'AGEFAC', AGEFAC)
CALL GET('SPAM', 'PG' , PG)
ELSEIF (MEPHO .EQ. 'C') THEN
CALL CSP_PHOTO(CONTROL,FILEIO,
& CANHT, CanLmtFac, CANWH, CO2, ECONO, EXCESS, !Input
& DeltaLeafArea, DeltaLeafNum, FILECC, !Input
& DeltaLeafArealost, FILEGC, FRACSH, FRSHV, !Input
& KCAN, LeafArea,LeafAreaPlant, LeafNum, !Input
& LfShdFac, PAR, !Input
& PStres2, RNITP, SLAREF, SLAAD, !Input
& SLPF, Smax, StalkState, StkHt, SWFAC, TAVG, !Input
& TURFAC, WEATHER, XHLAI, !Input
& AGEFAC, LeafDist, LI, LITOTAL, PGT, PgRatio, !Output
& PLTPOP, StkPG) !Output
ENDIF
ENDIF
!-----------------------------------------------------------------------
CALL CSP_GROW_CANE(CONTROL, DYNAMIC,
& CAB, CropTypeCode, DeltaLeafArea, !AGEFAC,!Input
& DeltaLeafNum, DTPI, ECONO, EXCESS, FILEIO, FILECC, !Input
& FILEGC, FINREF, FRSU, GAMMA, GRLF, GRRT, GRST, !Input
& GRSU, KCAN,Kill, LeafNum, MAINTR, NLAYR, NVEG0, !Input
& PAR, PgAvalPD, PGAVAL, PgRatio, PhenoStage, !Input
& PLTPOP, PLF1, PLF2, PLWT, ROWSPC, SLA, !Input
& SLAMIN, SLAMAX, SLAPAR, SLAREF, !Input
& LSFAC, SENRT, SLDOT, Smax, SRDOT, StkHrNO, StalkState, !Input
& StkB, StkM, SumTTStalk, TGRO, !Input
& TURFAC, TURSLA, WEATHER, XDAY, XFRRT, !Input
& XFRSU, XLAI, XLAIlost, XSLATM, XSTKRT, XVSHT, YFRRT, !Input
& YFRSU, YRDOY, YRPLT, YSLA, YSTKRT, YVSHT, ZVSDI, !Input
& CDEM, FRRT, TOTWT, TOTALWT, XHLAI, YSLATM, !Input/Output
& BRDMD, CANHT, CANWH, CountStalk, DeltaLeafArealost, !Output
& LAIMX, LAIXD, LeafArea, LeafArealost, LeafAreaPlant, !Output
& LFWT, LFWTHa, LSWTlost, LSWT, LSWTHa, LFWTHalost, !Output
& LFWTlost, LSWTHalost, StkH2OFac, STKmntDEF, !Output
& RTDWP, RTWTHa, SENESCE, StalkPopul, STKWT, STKFWT, !Output
& STKFWTHa, STKWTHa, STKWTHalost, STKWTP, SuDEF, !Output
& SuH2OFac, SUWT, SUWTHa, TOPWT) !Output
!----------------------------------------------------------------------
ENDIF
!***********************************************************************
!***********************************************************************
! DAILY INTEGRATION
!***********************************************************************
ELSE IF (DYNAMIC .EQ. INTEGR .AND. CROP .NE. 'FA') THEN
!***********************************************************************
!-----------------------------------------------------------------------
! Move CSP_PHENOL integration up here.
! Need to set NVEG0 before test for DAS = NVEG0, otherwise,
! initialization on day of emergence will never occur.
!-----------------------------------------------------------------------
CALL CSP_PHENOL(CONTROL, ISWITCH, FILECC,
& DTPI, Kill, LI, M, SOILPROP, TGROAV, !Input
& TURFAC, XLFNUM, XStkNum, YLfFac, YLFSZ, YRDOY, !Input
& YRPLT, YRSIM, !Input
& CropTypeCode, DeltaLeafArea, DeltaLeafNum, !Output
& DLFN, DPLARF, DRPP, DTX, TillerCount, !Output
& LeafNum, MinGr, MDATE, !Output
& NVEG0, PhenoStage, PHTHRS, Ph1P, PI1, PI2, ROWSPC, !Output
& Smax, StalkState, STNAME, STGDOY, StkHrNO, !Output
& SumTTD, SumTTG, SumTTStalk, TDUMX, VSTAGE, !Output
& XLAI, YREMRG) !Output
!-----------------------------------------------------------------------
IF (DAS .EQ. NVEG0+1) THEN
!-----------------------------------------------------------------------
! On day of emergence, initialize:
!-----------------------------------------------------------------------
!!! CALL CSP_GROW_CANE(CONTROL, DYNAMIC,
!!! & AGEFAC, CAB, CropTypeCode, DeltaLeafArea, !Input
!!! & DeltaLeafNum, DTX, EXCESS, FILECC, FILEGC, FILEIO, !Input
!!! & FINREF, FRSU, GAMMA, GRLF, GRRT, GRST, GRSU, Kill, !Input
!!! & LeafNum, NVEG0, PAR, PgAvalPD, PGAVL, !Input
!!! & PGAVAL, PgRatio, PhenoStage, PLTPOP, PLF, PLWT, !Input
!!! & SIZELF, SLA, SLAMIN, SIZREF, SLAMAX, SLAPAR, SLAREF, !Input
!!! & SLAVAR, SLDOT, Smax, StkHrNO, StalkState, !Input
!!! & StkB, StkM, TGRO, TURFAC, TURSLA, XFRRT, !Input
!!! & XFRSU, XLAI, XLAIlost, XSLATM, XSTKRT, YFRRT, !Input
!!! & YFRSU, YRDOY, YRPLT, YSTKRT, !Input
!!! & CDEM, FRRT, TOTWT, TOTALWT, XHLAI, YSLATM, !Input/Output
!!! & CountStalk, DeltaLeafArealost, LAIMX, LeafArea, !Output
!!! & LeafArealost, LeafAreaPlant, LFWT, LFWTHa, LFWTHalost, !Output
!!! & LFWTlost, MntDEF, RTDWP, RTWTHa, SENESCE, StalkPopul, !Output
!!! & STKWT, STKWTHa, STKWTHalost, STKWTP, SUWT, SUWTHa, !Output
!!! & TOPWT) !Output
!-----------------------------------------------------------------------
C Call to root growth and rooting depth routine
C-----------------------------------------------------------------------
CALL CSP_ROOTS(CONTROL, EMERG,
& AGRRT, CROP, DLAYR, DS, DTX, DUL, ESW, FILECC, !Input
& FRRT, ISWWAT, LL, NLAYR, PGT, PLTPOP, PLWT, RO, RP, !Input
& RTDWP, RTWTHa, SAT, SW, SWFAC, !Input
& VSTAGE, WR, WRDOTN, WTNEW, !Input
& CUMDEP, RLV, RTDEP, SATFAC, SENRT, SRDOT) !Output
!-----------------------------------------------------------------------
ENDIF
!----------------------------------------------------------------------
!***********************************************************************
C Skip growth processes and N and C balances before plants emerge
C-----------------------------------------------------------------------
IF (DAS .GT. NVEG0) THEN
!-----------------------------------------------------------------------
! Initialize available N and C for beginning of daily calcs.
!-----------------------------------------------------------------------
NAVL = 0.0
!! PGAVL = 0.0
PgAvalPD = 0.0
C-----------------------------------------------------------------------
C Initialize variables that represent N and C availability during a day
C Assume that Fraction CMOBMX of CH2O can be Mobilized per Day
C PGAVL is the total available CH2O available for growth & respiration
C
C 8/26/97 KJB DTX IN PLACE OF 1 TO SLOW IT DOWN A BIT AT ALL TIMES
C AND TO BE SENSITIVE TO TEMPERATURE PRIOR TO R5 STAGE, BUT
C STILL WANT THE SPEED-UP CAUSED BY THE "+ DXR57" FEATURE AFTER R5.
!CMINEP Potential CH2O mobilization from storage removed for CASUPRO by FSR
! CMINEP = CMOBMX * DTX * (WCRLF + WCRST + WCRRT + WCRSU)
!! PGAVL = PG !+ CMINEP
C-----------------------------------------------------------------------
IF (MEPHO .EQ. 'C') THEN
CALL CSP_PHOTO(CONTROL,FILEIO,
& CANHT, CanLmtFac, CANWH, CO2, ECONO, EXCESS, !Input
& DeltaLeafArea, DeltaLeafNum, FILECC, !Input
& DeltaLeafArealost, FILEGC, FRACSH, FRSHV, !Input
& KCAN, LeafArea,LeafAreaPlant, LeafNum, !Input
& LfShdFac, PAR, !Input
& PStres2, RNITP, SLAREF, SLAAD, !Input
& SLPF, Smax, StalkState, StkHt, SWFAC, TAVG, !Input
& TURFAC, WEATHER, XHLAI, !Input
& AGEFAC, LeafDist, LI, LITOTAL, PGT, PgRatio, !Output
& PLTPOP, StkPG) !Output
ENDIF
C-----------------------------------------------------------------------
C Compute maintenance respiration and subtract from available CH2O
C-----------------------------------------------------------------------
CALL CSP_RESPIR(CONTROL,
& LeafArea, LeafDist, LFWT, LMF, R30C2, !Input
& RES30C, RLF30C, SLAREF, StalkState, !Input
& StkPG, SUWT, TGRO, TGROAV, TOTALWT, !Input
& RO, RP, !Input/Output
& LeafMaint, MAINTR) !Output
C-----------------------------------------------------------------------
DO Stalk = 1, NumOfStalks
IF (StalkState(Stalk,1) .EQ. 'LIVE') THEN
! Remove leaf area maintenance respiration costs from photosynthate
! production for each canopy zone on each stalk. If PG remains, add
! to PGAVAL for the stalk; if there is insufficient PG for leaf maint,
! the deficit is recorded to drive leaf senescence, and PGAVAL is left
! at zero.
PGAVAL(Stalk) = 0.
DO Zone = 1, 3
b = StkPG(Stalk,Zone) - LeafMaint(Stalk,Zone)
IF (b >= 0.) THEN
PGAVAL(Stalk) = PGAVAL(Stalk) + b
LFmntDEF(Stalk,Zone) = 0.
ELSE
LFmntDEF(Stalk,Zone) = b
END IF
END DO
! PGAVAL is reduced by stalk (without leaves) maintenance respiration
! costs. Result can be positive or negative.
PGAVAL(Stalk) = PGAVAL(Stalk) - MAINTR(Stalk)
ELSE ! Stalk not alive
PGAVAL(Stalk) = 0.0
END IF ! (StalkState(Stalk,1) .EQ. 'LIVE')
PgAvalPD = PgAvalPD + (PGAVAL(Stalk) * PLTPOP)
PgAvalPD = PgAvalPD ! temporary for de-bug - FSR
END DO
!-----------------------------------------------------------------------
! Reduce PGAVL if pest damage occurs to C assimilation
! Moved to PEST module - chp
!-----------------------------------------------------------------------
! Call PEST Module for INTEGRATION calculations
!-----------------------------------------------------------------------
! IF (ISWDIS.EQ.'Y') THEN
! CALL PEST(CONTROL, ISWITCH,
! & AREALF, CLW, CSW, LAGSD, LNGPEG, NR2, PGAVL, !Input
! & PHTIM, PLTPOP, RTWT, SLA, SLDOT, SOILPROP, !Input
! & SSDOT, STMWT, TOPWT, WLFDOT, WTLF, YRPLT, !Input
! & RLV, SDNO, SHELN, SWIDOT, !Input/Output
! & VSTAGE, WSHIDT, WTSD, WTSHE, !Input/Output
! & ASMDOT, DISLA, NPLTD, PPLTD, !Output
! & SDDES, WLIDOT, WRIDOT, WSIDOT,SDWT) !Output
!
! IF (ASMDOT .GT. 1.E-4) THEN
! PgAvalPD = PgAvalPD - ASMDOT
! PgAvalPD = MAX(0.0, PgAvalPD)
! ENDIF
!
! ENDIF
C-----------------------------------------------------------------------
C Compute N Available From Seed, During Early Growth
! chp - this takes much longer than 7 ptd to deplete seed N.
C-----------------------------------------------------------------------
NAVL = MAX(SDNPL * DTX / 7. , 0.0)
SDNPL = SDNPL - NAVL
C-----------------------------------------------------------------------
C If ISWNIT = Y - Call soil N routines. Balance Available C and N
C If ISWNIT = N - Do not call soil N routines, N assumed to be limited by C
C-----------------------------------------------------------------------
IF (ISWNIT .EQ. 'Y') THEN
CALL CSP_NUPTAK(INTEGR,
& DLAYR, DUL, KG2PPM, FILECC, LL, NDMTOT, !Input
& NH4, NLAYR, NO3, RLV, SAT, SW, !Input
& TRNH4U, TRNO3U, TRNU, UNH4, UNO3) !Output
C-----------------------------------------------------------------------
C Account for C Used to reduce N Uptake to protein
C-----------------------------------------------------------------------
! RSPNO3 = TRNO3U/0.16 * RNO3C
! RSPNH4 = TRNH4U/0.16 * RNH4C
IF (PgAvalPD .LT. (RSPNO3+RSPNH4)) THEN
PgAvalPD = 0.0
ELSE
PgAvalPD = PgAvalPD - (RSPNO3 + RSPNH4)
ENDIF
C-----------------------------------------------------------------------
C Accumulate nitrogen for today's growth, NAVL
C-----------------------------------------------------------------------
NAVL = NAVL + TRNU
ELSE
!OHD - Provide all the N demanded (Potential Production)
NAVL = NAVL + NDMNEW
ENDIF
C-----------------------------------------------------------------------
C CALL Nitrogen mobilization subroutine
C to compute availability of N from other tissue (NMINEA)
C-----------------------------------------------------------------------
C Accumulate NAVL for growth, reduce PGAVL by protein re-synthesis cost
C Followning 6 lines Removed by FSR (May-18-2005)
C-----------------------------------------------------------------------
! IF (PGAVL .GT. NMINEA/0.16*RPRO) THEN
! PGAVL = PGAVL - NMINEA/0.16*RPRO
! ELSE
! PGAVL = 0.0
! ENDIF
! NAVL = NAVL + NMINEA
C-----------------------------------------------------------------------
C NAVLV = N available for veg growth from uptake
C CAVVEG = C available for veg growth
C NDMVEG = N required for veg growth if all PGAVL is used as computed
C PROVEG = average protein composition of growing tissue today
C-----------------------------------------------------------------------
CAVVEG = MAX(0.,PgAvalPD) ! Changes for CASUPRO (FSR)
NAVLV = MAX(0.,NAVL) ! Changes for CASUPRO (FSR)
IF(CAVVEG .GT. 0.0) THEN
PROVEG = PROLFI * FRLF + PRORTI * FRRT + PROSTI * FRSTM +
& PROSUI * FRSU ! Changes for CASUPRO (FSR)
ENDIF
C-----------------------------------------------------------------------
C Call routine to compute actual vegetative growth, C to mine or add
C-----------------------------------------------------------------------
C CALL CSP_VEGGR(INTEGR,
C & AGRLF, AGRRT, AGRSTM, AGRSU, CMINEP, CSAVEV, !Input
C & DTX, FILECC, FNINL, FNINR, FNINS, FNINSU, NAVL, !Input
C & NDMNEW, NDMOLD, NMINEA, PAR, PCH2O, PG, PGAVL, !Input
C & ROWSPC, STMWT, TRNU, TURFAC, VSTAGE, WCRLF, !Input
C & WCRRT, WCRST, WCRSU, WTLF, XLAI, YRDOY, YRSIM, !Input
C & AGRVG, FRLF, FRRT, FRSTM, FRSU, !Input/Output
C & CADLF, CADST, CADSU, CMINEA, CRUSLF, CRUSRT, !Output
C & CRUSST, CRUSSU, EXCESS, NADLF, NADRT, NADST, !Output
C & NADSU, NGRLF, NGRRT, NGRST, NGRSU, NSTRES, !Output
C & TNLEAK, WLDOTN, WRDOTN, WSDOTN, WSUDOTN) !Output
C-----------------------------------------------------------------------
C Compute C required for LF, ST, and RT growth, and remaining C and N
C-----------------------------------------------------------------------
PgAvalPD = PgAvalPD - AGRVG * (WLDOTN + WSDOTN + WRDOTN)
NAVL = NAVL - (NGRLF + NGRST + NGRRT)
PgAvalPD = PgAvalPD - (CADST + CADLF) * PCH2O
C-----------------------------------------------------------------------
C Since Veggr was called here, and CSP_GROW_CANE replaced Veggr, it is
C now called here.
C-----------------------------------------------------------------------
!! IF (MEPHO .EQ. 'C') THEN
!! CALL CSP_PHOTO(CONTROL,
!! & CO2, EXCESS, KCAN, LeafArea, DeltaLeafArea, !Input
!! & DeltaLeafArealost, LeafAreaPlant, LeafNum, !Input
!! & SLPF, PAR, PStres2, RNITP, SLA, SLAAD, !Input
!! & StalkState, Smax, SWFAC, TAVG, XHLAI, !Input
!! & AGEFAC, LI, PG, PgRatio, PLTPOP, StkPG) !Output
!! ENDIF
C-----------------------------------------------------------------------
CALL CSP_GROW_CANE(CONTROL, DYNAMIC,
& CAB, CropTypeCode, DeltaLeafArea, !AGEFAC,!Input
& DeltaLeafNum, DTPI, ECONO, EXCESS, FILEIO, FILECC, !Input
& FILEGC, FINREF, FRSU, GAMMA, GRLF, GRRT, GRST, !Input
& GRSU, KCAN,Kill, LeafNum, MAINTR, NLAYR, NVEG0, !Input
& PAR, PgAvalPD, PGAVAL, PgRatio, PhenoStage, !Input
& PLTPOP, PLF1, PLF2, PLWT, ROWSPC, SLA, !Input
& SLAMIN, SLAMAX, SLAPAR, SLAREF, !Input
& LSFAC, SENRT, SLDOT, Smax, SRDOT, StkHrNO, StalkState, !Input
& StkB, StkM, SumTTStalk, TGRO, !Input
& TURFAC, TURSLA, WEATHER, XDAY, XFRRT, !Input
& XFRSU, XLAI, XLAIlost, XSLATM, XSTKRT, XVSHT, YFRRT, !Input
& YFRSU, YRDOY, YRPLT, YSLA, YSTKRT, YVSHT, ZVSDI, !Input
& CDEM, FRRT, TOTWT, TOTALWT, XHLAI, YSLATM, !Input/Output
& BRDMD, CANHT, CANWH, CountStalk, DeltaLeafArealost, !Output
& LAIMX, LAIXD, LeafArea, LeafArealost, LeafAreaPlant, !Output
& LFWT, LFWTHa, LSWTlost, LSWT, LSWTHa, LFWTHalost, !Output
& LFWTlost, LSWTHalost, StkH2OFac, STKmntDEF, !Output
& RTDWP, RTWTHa, SENESCE, StalkPopul, STKWT, STKFWT, !Output
& STKFWTHa, STKWTHa, STKWTHalost, STKWTP, SuDEF, !Output
& SuH2OFac, SUWT, SUWTHa, TOPWT) !Output
!-----------------------------------------------------------------------
C Call leaf senescence routine to compute leaf loss variables
C-----------------------------------------------------------------------
CALL CSP_SENES(CONTROL, DYNAMIC,
& CAB, ECONO, FILECC, FILEGC, GRLF, GRSU, KCAN, !Input
& LeafArea, LeafMaint, LeafNum, LFmntDEF, !Input
& MinGr, Ph1P, PhenoStage, !Input
& PI1, RATTP, Smax, !Input
& StalkState, STKmntDEF, STKWT, STKWTP, SuDEF, !Input
& SumTTStalk, SWFAC, TMIN, XLAI, !Input