RUN

GLOBAL
  Version 11 test run: PERLND and IMPLND w/ RCHRES (sediment, water quality)
  START       1976              END    1976
  RUN INTERP OUTPUT LEVEL    3
  RESUME     0 RUN     1                   UNIT SYSTEM     1
END GLOBAL

   ***  This test run uses MASS-LINK and SCHEMATIC blocks  ***

FILES      
<FILE>  <UN#>***<----FILE NAME------------------------------------------------->
WDM        21   test10.wdm
MESSU      22   test10.ech
           01   test10.out
           66   test10.d66
           94   test10.p94
           95   test10.p95
END FILES

OPN SEQUENCE
    INGRP              INDELT 01:00
      PERLND       1
      RCHRES       1
      DISPLY       5
      DISPLY       1
      GENER        1
      DISPLY       2
      RCHRES       2
      RCHRES       3
      RCHRES       4
      PLTGEN       2
      IMPLND       1
      RCHRES       5
      DISPLY       3
      GENER        2
      DISPLY       4
      PLTGEN       1
    END INGRP
END OPN SEQUENCE

PERLND
  ACTIVITY
    <PLS >          Active Sections (1=Active, 0=Inactive)             ***
    # -  # ATMP SNOW PWAT  SED  PST  PWG PQAL MSTL PEST NITR PHOS TRAC ***
    1              1    1         1    1
  END ACTIVITY

  PRINT-INFO
    <PLS >          Print-flags                                    *** PIVL  PYR
    # -  # ATMP SNOW PWAT  SED  PST  PWG PQAL MSTL PEST NITR PHOS TRAC       ***
    1              4    4         4    4                                      12
  END PRINT-INFO

  GEN-INFO
    <PLS ><-------Name------->        Unit-systems   Printer ***
    # -  #                                t-series Engl Metr ***
                                           in  out           ***
    1      BICKNELL FARM                    1    1    1    0
  END GEN-INFO

  *** Section SNOW ***

  ICE-FLAG
    <PLS >  0= Ice formation not simulated, 1= Simulated ***
    # -  #ICEFG                                          ***
    1         1
  END ICE-FLAG

  SNOW-PARM1
    <PLS >  Snow input info: Part 1                          ***
    # -  #       LAT     MELEV     SHADE    SNOWCF    COVIND ***
    1            42.      520.       0.0      1.45       0.5
  END SNOW-PARM1

  SNOW-PARM2
    <PLS >  Snow input info: Part 2                                    ***
    # -  #     RDCSN     TSNOW    SNOEVP    CCFACT    MWATER    MGMELT ***
    1           0.12       32.      0.05       0.5      0.08    0.0001
  END SNOW-PARM2

  SNOW-INIT1
    <PLS >  Initial snow conditions: Part 1                            ***
    # -  #  PACKSNOW   PACKICE PACKWATER    RDENPF      DULL    PAKTMP ***
    1            1.4       0.2       0.1       0.2      375.      27.5
  END SNOW-INIT1

  SNOW-INIT2
    <PLS >  Initial snow conditions: Part 2 ***
    # -  #    COVINX    XLNMLT    SKYCLR    ***
    1           0.50       0.0       1.0
  END SNOW-INIT2

  *** Section PWATER ***

  PWAT-PARM1
    <PLS >  PWATER variable monthly parameter value flags ***
    # -  # CSNO RTOP UZFG  VCS  VUZ  VNN VIFW VIRC  VLE   ***
    1         1    0    0    1    1    1    0    0    1
  END PWAT-PARM1

  PWAT-PARM2
    <PLS > ***  PWATER input info: Part 2
    # -  # ***FOREST      LZSN    INFILT      LSUR     SLSUR     KVARY     AGWRC
    1          0.010       8.0     0.150      250.     0.050       0.5      0.98
  END PWAT-PARM2

  PWAT-PARM3
    <PLS > ***  PWATER input info: Part 3
    # -  # ***PETMAX    PETMIN    INFEXP    INFILD    DEEPFR    BASETP    AGWETP
    1            40.       35.       2.0       2.0      0.10       0.0      0.08
  END PWAT-PARM3

  PWAT-PARM4
    <PLS >     PWATER input info: Part 4                               ***
    # -  #     CEPSC      UZSN      NSUR     INTFW       IRC     LZETP ***
    1                     0.01       0.1       1.0      0.60
  END PWAT-PARM4

  MON-INTERCEP
    <PLS>   Only required if VCSFG=1 in PWAT-PARM1                     ***
    # -  #  Interception storage capacity at start of each month       ***
            JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC ***
    1      0.04 0.04 0.03 0.03 0.03 0.03 0.10 0.17 0.19 0.14 0.05 0.04
  END MON-INTERCEP

  MON-UZSN
    <PLS>   Only required if VUZFG=1 in PWAT-PARM1                     ***
    # -  #  Upper zone storage at start of each month                  ***
            JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC ***
    1       0.4  0.4  0.4  0.4  1.6  1.1  1.1  1.3  1.3  1.3  1.1  0.9
  END MON-UZSN

  MON-MANNING
    <PLS >  Only required if VNNFG=1 in PWAT-PARM1                     ***
    # -  #  Manning's n for overland flow at start of each month       ***
            JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC ***
    1      0.30 0.30 0.30 0.30 0.27 0.25 0.25 0.25 0.25 0.25 0.35 0.33
  END MON-MANNING

  MON-LZETPARM
    <PLS >  Only required if VLEFG=1 in PWAT-PARM1                     ***
    # -  #  Lower zone ET parameter at start of each month             ***
            JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC ***
    1      0.20 0.20 0.20 0.23 0.23 0.25 0.60 0.80 0.75 0.50 0.30 0.20
  END MON-LZETPARM

  PWAT-STATE1
    <PLS > *** Initial conditions at start of simulation
    # -  # ***  CEPS      SURS       UZS      IFWS       LZS      AGWS      GWVS
    1           0.05       0.0      0.15       0.0       4.0      0.05      0.05
  END PWAT-STATE1

  *** Section PSTEMP ***

  PSTEMP-PARM2
    <PLS >                                                             ***
    # -  #      ASLT      BSLT     ULTP1     ULTP2     LGTP1     LGTP2 ***
    1           14.5      .365       1.2       4.0       1.2       6.0
  END PSTEMP-PARM2

  *** Section PWTGAS ***

  PWT-PARM2
    <PLS >                                                   ***
    # -  #      ELEV     IDOXP     ICO2P     ADOXP     ACO2P ***
    1           500.        6.       .05        5.       .05
  END PWT-PARM2
END PERLND

IMPLND
  ACTIVITY
    <ILS >  Active Sections              ***
    # -  # ATMP SNOW IWAT  SLD  IWG IQAL ***
    1              1    1    1    1    1
  END ACTIVITY

  PRINT-INFO
    <ILS >  Print-flags                            ***
    # -  # ATMP SNOW IWAT  SLD  IWG IQAL PIVL  PYR ***
    1              4    4    4    4    4        12
  END PRINT-INFO

  GEN-INFO
    <ILS ><-------Name------->   Unit-systems   Printer ***
    # -  #                           t-series Engl Metr ***
                                      in  out           ***
    1      DONIGIAN INDUSTRY           1    1    1    0
  END GEN-INFO

  *** Section SNOW ***

  ICE-FLAG
    <ILS >  0= Ice formation not simulated, 1= Simulated ***
    # -  #ICEFG                                          ***
    1         1
  END ICE-FLAG

  SNOW-PARM1
    <ILS >  Snow input info: Part 1                          ***
    # -  #       LAT     MELEV     SHADE    SNOWCF    COVIND ***
    1            42.      450.       0.0      1.45       0.5
  END SNOW-PARM1

  SNOW-PARM2
    <ILS >  Snow input info: Part 2                                    ***
    # -  #     RDCSN     TSNOW    SNOEVP    CCFACT    MWATER    MGMELT ***
    1           0.12       32.      0.05       0.5      0.08    0.0001
  END SNOW-PARM2

  SNOW-INIT1
    <ILS >  Initial snow conditions: Part 1                            ***
    # -  #  PACKSNOW   PACKICE PACKWATER    RDENPF      DULL    PAKTMP ***
    1            1.4       0.2       0.1       0.2      375.      27.5
  END SNOW-INIT1

  SNOW-INIT2
    <ILS >  Initial snow conditions: Part 2 ***
    # -  #    COVINX    XLNMLT    SKYCLR    ***
    1           0.50       0.0       1.0
  END SNOW-INIT2

  *** Section IWATER ***

  IWAT-PARM1
    <ILS >           Flags          ***
    # -  # CSNO RTOP  VRS  VNN RTLI ***
    1         1                   1
  END IWAT-PARM1

  IWAT-PARM2
    <ILS >                                         ***
    # -  #      LSUR     SLSUR      NSUR     RETSC ***
    1           200.      .010      .010       .01
  END IWAT-PARM2

  IWAT-PARM3
    <ILS >                     ***
    # -  #    PETMAX    PETMIN ***
    1            40.       35.
  END IWAT-PARM3

  IWAT-STATE1
    <ILS >  IWATER state variables ***
    # -  #      RETS      SURS     ***
    1            .01       .01
  END IWAT-STATE1

  *** Section SOLIDS ***

  SLD-PARM2
    <ILS >                                         ***
    # -  #      KEIM      JEIM    ACCSDP    REMSDP ***
    1            .08       1.9       .01        .5
  END SLD-PARM2

  SLD-STOR
    <ILS >  Solids storage (tons/acre) ***
    # -  #                             ***
    1            0.2
  END SLD-STOR

  *** Section IWTGAS ***

  IWT-PARM2
    <ILS >                               ***
    # -  #      ELEV      AWTF      BWTF ***
    1           410.       40.       0.8
  END IWT-PARM2

  *** Section IQUAL ***

  NQUALS
    <ILS >      ***
    # -  #NQUAL ***
    1         1
  END NQUALS

  QUAL-PROPS
    <ILS >    Identifiers and Flags                ***
    # -  #<--qualid-->    QTID  QSD VPFW  QSO  VQO ***
    1     COD               LB    1         1
  END QUAL-PROPS

  QUAL-INPUT
    <ILS >  Storage on surface and nonseasonal parameters ***
    # -  #     SQO   POTFW   ACQOP  SQOLIM   WSQOP        ***
    1         1.20    .175     .02     2.0     1.7
  END QUAL-INPUT
END IMPLND

RCHRES
  ACTIVITY
    RCHRES  Active Sections (1=Active, 0=Inactive)           ***
    # -  # HYFG ADFG CNFG HTFG SDFG GQFG OXFG NUFG PKFG PHFG ***
    1    5    1    1    1    1    1    1    1    1    1    1   
  END ACTIVITY

  PRINT-INFO
    RCHRES  Print-flags                                                     ***
    # -  # HYDR ADCA CONS HEAT  SED  GQL OXRX NUTR PLNK PHCB PIVL  PYR ***
    1    4    5    5    5    5    5    5    5    5    5    5        12
    5         4    4    4    4    4    4    4    4    4    4        12
  END PRINT-INFO

  GEN-INFO
    RCHRES<-------Name------->Nexit   Unit Systems   Printer      ***
    # -  #                               t-series  Engl Metr LKFG ***
                                           in  out                ***
    1     MEIER POND              2         1    1    1    0    1
    2     OUTLET                  1         1    1    1    0
    3     SPILLWAY                1         1    1    1    0
    4     UPPER KITTLE CREEK      1         1    1    1    0
    5     LOWER KITTLE CREEK      1         1    1    1    0
  END GEN-INFO

  *** Section HYDR ***

  HYDR-PARM1
    RCHRES  Flags for HYDR section                           ***
    # -  #  VC A1 A2 A3  ODFVFG for each     ODGTFG for each *** FUNCT  for each
            FG FG FG FG  possible   exit     possible   exit *** possible   exit
                           1  2  3  4  5       1  2  3  4  5 ***

    1           1  1  1   -1  6
    2    5      1  1  1    4
  END HYDR-PARM1

  HYDR-PARM2
    RCHRES ***
    # -  #  DSN FTBN       LEN     DELTH     STCOR        KS      DB50 ***
    1        00    1       0.5        1.                  .5
    2        00    2      0.25       20.                  .5
    3        00    3      0.25       30.                  .5
    4        00    4       2.0       40.                  .5
    5        00    5       3.0       40.                  .5
  END HYDR-PARM2

  HYDR-INIT
    RCHRES  Initial conditions for HYDR section    ***
    # -  #       VOL     Initial  value  of COLIND *** Initial  value  of OUTDGT
             (ac-ft)     for  each  possible  exit *** for  each  possible  exit
                           EX1  EX2  EX3  EX4  EX5 ***   EX1  EX2  EX3  EX4  EX5
    1            30.       4.0  5.0
    2    5       0.0       4.0
  END HYDR-INIT

  *** Section CONS ***

  NCONS
    RCHRES      ***
    # -  #NCONS ***
    1    5    1
  END NCONS

  CONS-DATA
    RCHRES  Data for conservative constituent No. 3                    ***
    # -  #<---Substance-id--->      Conc        ID      CONV     QTYID ***
    1    5     ALKALINITY          1000.      MG/L     35.31        KG
  END CONS-DATA

  *** Section HTRCH ***

  HEAT-PARM
    RCHRES      ELEV     ELDAT    CFSAEX    KATRAD     KCOND     KEVAP ***
    # -  #                                                             ***
    1    5      450.      100.       .95
  END HEAT-PARM

  HEAT-INIT
    RCHRES        TW    AIRTMP ***
    # -  #                     ***
    1    5       60.       40.
  END HEAT-INIT

  *** Section SEDTRN ***

  SANDFG
    RCHRES       ***
    # -  # SDFG ***
    1    2    1
    3    4    2
    5         3
  END SANDFG

  SED-GENPARM
    RCHRES    BEDWID    BEDWRN       POR ***
    # -  #                               ***
    1           200.        4.
    2    3      1.33        3.
    4            2.0        2.
    5           2.66        2.
  END SED-GENPARM

  SAND-PM
    RCHRES         D         W       RHO     KSAND    EXPSND ***
    # -  #                                                   ***
    1    5      .014       2.5                 1.5       1.2
  END SAND-PM

  SILT-CLAY-PM
    RCHRES         D         W       RHO     TAUCD     TAUCS         M ***
    # -  #                                                             ***
    1         .00063     .0066       2.2        .2        .4        .5
    2    3    .00063     .0066       2.2    1.E-10      500.        .5
    4    5    .00063     .0066       2.2        .2        .4        .5
  END SILT-CLAY-PM

  SILT-CLAY-PM
    RCHRES         D         W       RHO     TAUCD     TAUCS         M ***
    # -  #                                                             ***
    1        .000055   .000034       2.0       .15        .3       .75
    2    3   .000055   .000034       2.0    1.E-10      500.       .75
    4    5   .000055   .000034       2.0       .15        .3       .75
  END SILT-CLAY-PM

  SSED-INIT
    RCHRES     Suspended sed concs (mg/l) ***
    # -  #      Sand      Silt      Clay  ***
    1    5        5.       20.       30.
  END SSED-INIT

  BED-INIT
    RCHRES    BEDDEP  Initial bed composition      ***
    # -  #      (ft)      Sand      Silt      Clay ***
    1             2.        .8        .1        .1
    2    3        2.        .8        .1        .1
    4    5        1.        .8        .1        .1
  END BED-INIT

  *** Section GQUAL ***

  GQ-GENDATA
    RCHRES NGQL TPFG PHFG ROFG CDFG SDFG PYFG  LAT ***
    # -  #                                         ***
    1    5    1    1    1    2    1    1    1   42
  END GQ-GENDATA

  GQ-QALDATA
    RCHRES<-------GQID------->      DQAL    CONCID      CONV     QTYID ***
    # -  #                                                             ***
    1    5        PESTICIDE B4       10.        UG      1.E6         G
  END GQ-QALDATA

  GQ-QALFG
    RCHRES HDRL OXID PHOT VOLT BIOD  GEN SDAS ***
    # -  #                                    ***
    1    5    1    1    1    1    1    1    1
  END GQ-QALFG

  GQ-HYDPM
    RCHRES        KA        KB        KN     THHYD ***
    # -  #                                         ***
    1    5      .001       .01      .001      1.03
  END GQ-HYDPM

  GQ-ROXPM
    RCHRES       KOX      THOX ***
    # -  #                     ***
    1    5        .1      1.03
  END GQ-ROXPM

  GQ-PHOTPM
    # -  #***     K1        K2        K3        K4        K5        K6        K7
    # -  #***     K8        K9       K10       K11       K12       K13       K14
    # -  #***    K15       K16       K17       K18       PHI     THETA
    1    5      848.      544.      330.      195.      120.       68.       41.
    1    5       23.       13.        7.        4.        1.        .1
    1    5                                                .3       1.1
  END GQ-PHOTPM

  GQ-CFGAS
    RCHRES     CFGAS ***
    # -  #           ***
    1    5      .001
  END GQ-CFGAS

  GQ-BIOPM
    RCHRES    BIOCON     THBIO       BIO ***
    # -  #                               ***
    1    5       .01                 10.
  END GQ-BIOPM

  GQ-GENDECAY
    RCHRES    FSTDEC     THFST ***
    # -  #                     ***
    1    5        .2
  END GQ-GENDECAY

  GQ-SEDDECAY
    RCHRES     KSUSP    THSUSP      KBED     THBED ***
    # -  #                                         ***
    1    5                          .002
  END GQ-SEDDECAY

  GQ-KD
    RCHRES                  Partition coefficients                     ***
    # -  # ADPM(1,1) ADPM(2,1) ADPM(3,1) ADPM(4,1) ADPM(5,1) ADPM(6,1) ***
    1          .0001      .001      .001     .0001      .001      .001
    2    3     .0001      .001      .001    1.E-10    1.E-10    1.E-10
    4    5     .0001      .001      .001     .0001      .001      .001
  END GQ-KD

  GQ-ADRATE
    RCHRES         Adsorption/desorption rate parameters               ***
    # -  # ADPM(1,2) ADPM(2,2) ADPM(3,2) ADPM(4,2) ADPM(5,2) ADPM(6,2) ***
    1           150.      150.      150.       .25       .25       .25
    2    3      150.      150.      150.     1000.     1000.     1000.
    4    5      150.      150.      150.       .25       .25       .25
  END GQ-ADRATE

  GQ-SEDCONC
    RCHRES     SQAL1     SQAL2     SQAL3     SQAL4     SQAL5     SQAL6 ***
    # -  #                                                             ***
    1           .001       .01       .01      .001       .01       .01
    2    3      .001       .01       .01        0.        0.        0.
    4    5      .001       .01       .01      .001       .01       .01
  END GQ-SEDCONC

  GQ-VALUES
    RCHRES      TWAT     PHVAL       ROC       CLD     SDCNC       PHY ***
    # -  #                                                             ***
    1    5                         1.E-5
  END GQ-VALUES

  GQ-ALPHA
    RCHRES***
    # -  #***     K1        K2        K3        K4        K5        K6        K7
    # -  #***     K8        K9       K10       K11       K12       K13       K14
    # -  #***    K15       K16       K17       K18
    1    5      .008      .009      .010      .011      .011      .011      .012
    1    5      .013      .015      .016      .017      .018      .019      .020
    1    5      .021      .022      .024      .024
  END GQ-ALPHA

  GQ-GAMMA
    RCHRES***
    # -  #***     K1        K2        K3        K4        K5        K6        K7
    # -  #***     K8        K9       K10       K11       K12       K13       K14
    # -  #***    K15       K16       K17       K18
    1    5      .001      .001      .001      .001      .001      .001      .001
    1    5      .001      .002      .002      .002      .002      .002      .002
    1    5      .002      .002      .002      .002
  END GQ-GAMMA

  GQ-DELTA
    RCHRES***
    # -  #***     K1        K2        K3        K4        K5        K6        K7
    # -  #***     K8        K9       K10       K11       K12       K13       K14
    # -  #***    K15       K16       K17       K18
    1    5     .0007     .0007     .0007     .0007     .0007     .0007     .0007
    1    5     .0007     .0007     .0007     .0007     .0007     .0007     .0007
    1    5     .0007     .0007     .0007     .0007
  END GQ-DELTA

  GQ-CLDFACT
    RCHRES***
    # -  #***     F1        F2        F3        F4        F5        F6        F7
    # -  #***     F8        F9       F10       F11       F12       F13       F14
    # -  #***    F15       F16       F17       F18
    1    5       .10       .10       .10       .15       .15       .15       .15
    1    5       .17       .17       .17       .17       .18       .19       .20
    1    5       .21       .21       .21       .21
  END GQ-CLDFACT

  *** Section RQUAL ***

  BENTH-FLAG
    RCHRES BENF ***
    # -  #      ***
    1         1
    4    5    1
  END BENTH-FLAG

  SCOUR-PARMS
    RCHRES    SCRVEL    SCRMUL ***
    # -  #                     ***
    1    5        3.
  END SCOUR-PARMS

  *** Section OXRX ***

  OX-FLAGS
    RCHRES REAM ***
    # -  #      ***
    2    3    1
    4         3
    5         2
  END OX-FLAGS

  OX-GENPARM
    RCHRES    KBOD20     TCBOD    KODSET    SUPSAT ***
    # -  #       /hr                               ***
    1    5        .1                  8.
  END OX-GENPARM

  OX-BENPARM
    RCHRES     BENOD     TCBEN     EXPOD  BRBOD(1)  BRBOD(2)    EXPREL ***
    # -  #  mg/m2.hr                      mg/m2.hr  mg/m2.hr           *** 
    1    5       10.       1.1       1.2       20.       25.       1.3 
  END OX-BENPARM

  OX-CFOREA
    RCHRES    CFOREA ***
    # -  #           ***
    1             5.
  END OX-CFOREA

  OX-REAPARM
    RCHRES    TCGINV      REAK    EXPRED    EXPREV ***
    # -  #                 /hr                     ***
    4                      2.0      -1.1       1.1
  END OX-REAPARM

  OX-INIT
    RCHRES       DOX       BOD     SATDO ***
    # -  #      mg/l      mg/l      mg/l ***
    1    5        8.      100.
  END OX-INIT

  *** Section NUTRX ***

  NUT-FLAGS
    RCHRES  TAM  NO2  PO4  AMV  DEN ADNH ADPO PHFL ***
    # -  #                                         ***
    1    5    1    1    1    1    1    0    0
  END NUT-FLAGS

  NUT-BENPARM
    RCHRES  BRTAM(1)  BRTAM(2)  BRPO4(1)  BRPO4(2)     ANAER  ***   
    # -  #  mg/m2.hr  mg/m2.hr  mg/m2.hr  mg/m2.hr      mg/l  *** 
    1    5      11.0      33.0       1.1       2.2    0.0005
  END NUT-BENPARM             
                                                                       
  NUT-NITDENIT
    RCHRES    KTAM20    KNO220     TCNIT    KNO320     TCDEN    DENOXT *** 
    # -  #       /hr       /hr                 /hr                mg/l *** 
    1    5      .002      .004      1.07      .001      1.04       0.2
  END NUT-NITDENIT
                     
  NUT-NH3VOLAT
    RCHRES    EXPNVG    EXPNVL ***       
    # -  #                     ***     
    1    5       .50    0.6667
  END NUT-NH3VOLAT             
                            
  NUT-BEDCONC   
    RCHRES       Bed concentrations of NH4 & PO4 (mg/mg)               ***
    # -  #  NH4-sand  NH4-silt  NH4-clay  PO4-sand  PO4-silt  PO4-clay ***
    1    5   0.00001   0.00001   0.00001   0.00001   0.00001   0.00001
  END NUT-BEDCONC                
                                
  NUT-ADSPARM   
    RCHRES       Partition coefficients for NH4 AND PO4  (l/mg)        ***
    # -  #  NH4-sand  NH4-silt  NH4-clay  PO4-sand  PO4-silt  PO4-clay ***
    1    5    0.0001    0.0001    0.0001       10.       10.       10.
  END NUT-ADSPARM
                            
  NUT-DINIT   
    RCHRES       NO3       TAM       NO2       PO4     PHVAL  ***
    # -  #      mg/l      mg/l      mg/l      mg/l ph units   *** 
    1    5       40.       10.        1.       50.       7.0
  END NUT-DINIT
                                           
  NUT-ADSINIT                        
    RCHRES        Initial suspended NH4 and PO4 concentrations (mg/mg) ***
    # -  #  NH4-sand  NH4-silt  NH4-clay  PO4-sand  PO4-silt  PO4-clay ***
    1    5        0.        0.        0.        0.        0.        0.
  END NUT-ADSINIT          

  *** Section PLANK ***

  PLNK-FLAGS
    RCHRES PHYF ZOOF BALF SDLT AMRF DECF NSFG ZFOO ***
    # -  #                                         ***
    1    5    1    1    1    1    1         1
  END PLNK-FLAGS

  PLNK-PARM1
    RCHRES    RATCLP    NONREF    LITSED     ALNPR      EXTB     MALGR ***
    # -  #                                               /ft       /hr ***
    1    5                                               4.5
  END PLNK-PARM1

  PHYTO-PARM
    RCHRES      SEED    MXSTAY      OREF    CLALDH    PHYSET    REFSET ***
    # -  #      mg/l      mg/l                ug/l                     ***
    1    5        .1        .1                            .5        .5
  END PHYTO-PARM

  ZOO-PARM1
    RCHRES    MZOEAT    ZFIL20    ZRES20        ZD      OXZD ***
    # -  #  mg/l.hr l/mgzoo.hr       /hr       /hr       /hr ***
    1    5                  .2
  END ZOO-PARM1

  PLNK-INIT
    RCHRES     PHYTO       ZOO     BENAL       ORN       ORP       ORC ***
    # -  #      mg/l     org/l     mg/m2      mg/l      mg/l      mg/l ***
    1    5       40.      200.        5.       20.       20.       20.
  END PLNK-INIT

  *** Section PHCARB ***

  PH-PARM1
    RCHRES PHCN ALKC ***
    # -  #           ***
    1    5   50
  END PH-PARM1

  PH-INIT
    RCHRES       TIC       CO2        PH ***
    # -  #      mg/l      mg/l           ***
    1    5       20.        5.       8.5
  END PH-INIT
END RCHRES

FTABLES
  FTABLE      1
 ROWS COLS ***
   14    6
                                  WINTER    SUMMER    SPLWAY ***
     DEPTH      AREA    VOLUME    OUTLET    OUTLET     DISCH ***
      (FT)   (ACRES)   (AC-FT)     DISCH     DISCH     (CFS) ***
                                   (CFS)     (CFS)           ***
      .000      .000     .0000     .0000     .0000     .0000
     2.000     1.212    1.2120    0.0000     .0000     .0000
     4.000     2.424    4.8480    0.0000     .0000     .0000
     6.000     3.636   10.9080    0.0000     .0000     .0000
     8.000     4.848   19.3920    0.0000     .0000     .0000
    10.000     6.061   30.3050    0.0000     .0000     .0000
    12.000     7.273   43.6380    5.0000    3.5000     .0000
    14.000     8.485   59.3950    6.2500    4.3750     .0000
    16.000     9.697   77.5760    7.5000    5.2500     .0000
    18.000    10.909   98.1810    8.7500    6.1250     .0000
    20.000    12.121  121.2100   10.0000    7.0000     .0000
    21.000    12.727  133.6360   10.6250    7.4375   50.0000
    22.000    13.333  146.6630   11.2500    7.8750  100.0000
    23.000    13.939  160.3030   11.8750    8.3125  500.0000
  END FTABLE  1

  FTABLE      2
 ROWS COLS ***
   13    4
     DEPTH      AREA    VOLUME     DISCH  FLO-THRU ***
      (FT)   (ACRES)   (AC-FT)     (CFS)     (MIN) ***
      .000      .000     .0000      .000       0.0
      .167      .071     .0109    1.2241       6.5
      .333      .081     .0236    3.9148       4.4
      .500      .091     .0379    7.8193       3.5
      .667      .101     .0539   12.9032       3.0
      .833      .111     .0715   19.1853       2.7
     1.000      .121     .0909   26.7046       2.5
     1.333      .141     .1347   45.6529       2.1
     1.667      .162     .1852   70.1757       1.9
     2.000      .182     .2424  100.7192       1.7
     2.667      .586     .4983  201.9005       1.8
     3.333      .990    1.0236  344.6344       2.2
     4.000     1.394    1.8182  537.0775       2.5
  END FTABLE  2

  FTABLE      3
 ROWS COLS ***
   13    4
     DEPTH      AREA    VOLUME     DISCH  FLO-THRU ***
      (FT)   (ACRES)   (AC-FT)     (CFS)     (MIN) ***
      .000      .000     .0000      .000       0.0
      .167      .071     .0109    1.4992       5.3
      .333      .081     .0236    4.7947       3.6
      .500      .091     .0379    9.5766       2.9
      .667      .101     .0539   15.8032       2.5
      .833      .111     .0715   23.4971       2.2
     1.000      .121     .0909   32.7063       2.0
     1.333      .141     .1347   55.9132       1.7
     1.667      .162     .1852   85.9474       1.6
     2.000      .182     .2424  123.3553       1.4
     2.667      .586     .4983  247.2766       1.5
     3.333      .990    1.0236  422.0892       1.8
     4.000     1.394    1.8182  657.7828       2.0
  END FTABLE  3

  FTABLE      4
 ROWS COLS ***
   13    4
     DEPTH      AREA    VOLUME     DISCH  FLO-THRU ***
      (FT)   (ACRES)   (AC-FT)     (CFS)     (MIN) ***
      .000      .000     .0000      .000       0.0
      .250      .848     .1970     .9024     158.5
      .500      .970     .4242    2.8860     106.7
      .750     1.091     .6818    5.7642      85.9
     1.000     1.212     .9697    9.5120      74.0
     1.250     1.333    1.2879   14.1431      66.1
     1.500     1.455    1.6364   19.6862      60.3
     2.000     1.697    2.4242   33.6545      52.3
     2.500     1.939    3.3333   51.7323      46.8
     3.000     2.182    4.3636   74.2486      42.7
     4.000    11.879   11.3939  155.5774      53.2
     5.000    21.576   28.1212  296.8633      68.8
     6.000    31.273   54.5454  522.1440      75.8
  END FTABLE  4

  FTABLE      5
 ROWS COLS ***
   13    4
     DEPTH      AREA    VOLUME     DISCH  FLO-THRU ***
      (FT)   (ACRES)   (AC-FT)     (CFS)     (MIN) ***
      .000      .000     .0000      .000       0.0
      .333     1.697     .5253    1.5869     240.3
      .667     1.939    1.1313    5.0752     161.8
     1.000     2.182    1.8182   10.1370     130.2
     1.333     2.424    2.5859   16.7279     112.2
     1.667     2.667    3.4343   24.8719     100.2
     2.000     2.909    4.3636   34.6200      91.5
     2.667     3.394    6.4646   59.1848      79.3
     3.333     3.879    8.8889   90.9763      70.9
     4.000     4.364   11.6364  130.5731      64.7
     5.333    36.687   39.0034  284.8886      99.4
     6.667    69.010  109.4680  593.7734     133.8
     8.000   101.333  223.0302 1129.6948     143.3
  END FTABLE  5
END FTABLES

DISPLY
  DISPLY-INFO1
    # -  #<----------Title----------->***TRAN PIVL DIG1 FIL1  PYR DIG2 FIL2 YRND
    1     O2 CONC, MEIER POND (mg/l)     AVER                   1    2   66   12
    2     PEST SED CONC, POND (mg/kg)    AVER                   1    2   66   12
    3     O2 CONC,LOWER KITTLE C(mg/l)   AVER                   1    2   66   12
    4     PEST SED CONC,L KTL C(mg/kg)   AVER                   1    2   66   12
    5     WATER TEMP,MEIER POND (DEGF)   AVER                   1    2   66   12
  END DISPLY-INFO1
END DISPLY

GENER
  OPCODE
    # -  #  Op- ***
           code ***
    1    2   19
  END OPCODE
END GENER

PLTGEN
  PLOTINFO
    # -  # FILE  NPT  NMN LABL  PYR PIVL ***
    1        94         2             24
    2        95    3    1              6
  END PLOTINFO

  GEN-LABELS
    # -  #<----------------Title ---------------->   ***    <------Y axis------>
    1     SIMULATED FLOWS (CFS)                             CFS
    2     SIMULATED VALS RELATED TO TEMP&PH,RCH 4
  END GEN-LABELS

  SCALING
    # -  #      YMIN      YMAX     IVLIN ***
    1    2        0.      150.       20.
  END SCALING

  CURV-DATA         (first curve)
              <-Curve label--> Line Intg  Col Tran ***
    # -  #                     type  eqv code code ***
    1         TOTAL POND OUTFL         7    1 AVER
    2         AVDEP FOR RCH 4          7    1 LAST
  END CURV-DATA

  CURV-DATA         (second curve)
              <-Curve label--> Line Intg  Col Tran ***
    # -  #                     type  eqv code code ***
    1         LOWER KITTLE CR          8    2 AVER
    2         TW FOR RCH 4             8    2 LAST
  END CURV-DATA

  CURV-DATA         (third curve)
              <-Curve label--> Line Intg  Col Tran ***
    # -  #                     type  eqv code code ***
    2         PH FOR RCH 4             9    2 LAST
  END CURV-DATA

  CURV-DATA         (fourth curve)
              <-Curve label--> Line Intg  Col Tran ***
    # -  #                     type  eqv code code ***
    2         HTEXCH FOR RCH 4        10    2
  END CURV-DATA
END PLTGEN

EXT SOURCES
<-Volume-> <Member> SsysSgap<--Mult-->Tran <-Target vols> <-Grp> <-Member->  ***
<Name>   # <Name> # tem strg<-factor->strg <Name>   #   #        <Name> # #  ***
WDM     39 PREC     ENGLZERO          SAME PERLND   1     EXTNL  PREC
WDM    131 PREC     ENGLZERO          SAME IMPLND   1     EXTNL  PREC
WDM     39 PREC     ENGLZERO          SAME RCHRES   1   3 EXTNL  PREC
WDM    131 PREC     ENGLZERO          SAME RCHRES   4   5 EXTNL  PREC
WDM    123 ATMP     ENGL              SAME PERLND   1     ATEMP  AIRTMP
WDM    122 ATMP     ENGL              SAME IMPLND   1     ATEMP  AIRTMP
WDM    123 ATMP     ENGL              SAME RCHRES   1   3 EXTNL  GATMP
WDM    122 ATMP     ENGL              SAME RCHRES   4   5 EXTNL  GATMP
WDM     41 EVAP     ENGL        .7    DIV  PERLND   1     EXTNL  PETINP
WDM     41 EVAP     ENGL        .7    DIV  IMPLND   1     EXTNL  PETINP
WDM     41 EVAP     ENGL        .7    DIV  RCHRES   1   5 EXTNL  POTEV
WDM     42 WIND     ENGL              DIV  PERLND   1     EXTNL  WINMOV
WDM     42 WIND     ENGL              DIV  IMPLND   1     EXTNL  WINMOV
WDM     42 WIND     ENGL              DIV  RCHRES   1   5 EXTNL  WIND
WDM     46 SOLR     ENGL              DIV  PERLND   1     EXTNL  SOLRAD
WDM     46 SOLR     ENGL              DIV  IMPLND   1     EXTNL  SOLRAD
WDM     46 SOLR     ENGL              DIV  RCHRES   1   5 EXTNL  SOLRAD
WDM    126 DEWP     ENGL              SAME PERLND   1     EXTNL  DTMPG
WDM    125 DEWP     ENGL              SAME IMPLND   1     EXTNL  DTMPG
WDM    126 DEWP     ENGL              SAME RCHRES   1   3 EXTNL  DEWTMP
WDM    125 DEWP     ENGL              SAME RCHRES   4   5 EXTNL  DEWTMP
WDM    140 CLND     ENGL              SAME RCHRES   1     EXTNL  COLIND
WDM    135 CLDC     ENGL              SAME PERLND   1     EXTNL  CLOUD
WDM    135 CLDC     ENGL              SAME IMPLND   1     EXTNL  CLOUD
WDM    135 CLDC     ENGL              SAME RCHRES   1   5 EXTNL  CLOUD
END EXT SOURCES

SCHEMATIC
<-Source->                <--Area-->       <-Target->  <ML->  ***
<Name>   #                <-factor->       <Name>   #      #  ***
PERLND   1                     6000.       RCHRES   1      1
IMPLND   1                     3000.       RCHRES   5      2
RCHRES   1                                 RCHRES   2      3  
RCHRES   1                                 RCHRES   3      4  
RCHRES   2                                 RCHRES   4      5  
RCHRES   3                                 RCHRES   4      5  
RCHRES   4                                 RCHRES   5      5  
END SCHEMATIC

MASS-LINK

  MASS-LINK        1
<Srce>     <-Grp> <-Member-><--Mult-->     <Targ>         <-Grp> <-Member-> ***
<Name>     <Name> <Name> # #<-factor->     <Name>         <Name> <Name> # # ***
PERLND     PWATER PERO       0.0833333     RCHRES         INFLOW IVOL
PERLND     PWTGAS POHT                     RCHRES         INFLOW IHEAT
PERLND     PWTGAS PODOXM                   RCHRES         INFLOW OXIF   1
PERLND     PWTGAS POCO2M                   RCHRES         INFLOW PHIF   2
  END MASS-LINK    1

  MASS-LINK        2
<Srce>     <-Grp> <-Member-><--Mult-->     <Targ>         <-Grp> <-Member-> ***
<Name>     <Name> <Name> # #<-factor->     <Name>         <Name> <Name> # # ***
IMPLND     IWATER SURO       0.0833333     RCHRES         INFLOW IVOL
IMPLND     SOLIDS SOSLD         0.10       RCHRES         INFLOW ISED   1
IMPLND     SOLIDS SOSLD         0.46       RCHRES         INFLOW ISED   2
IMPLND     SOLIDS SOSLD         0.44       RCHRES         INFLOW ISED   3
IMPLND     IWTGAS SOHT                     RCHRES         INFLOW IHEAT
IMPLND     IWTGAS SODOXM                   RCHRES         INFLOW OXIF   1
IMPLND     IWTGAS SOCO2M                   RCHRES         INFLOW PHIF   2
IMPLND     IQUAL  SOQUAL                   RCHRES         INFLOW OXIF   2
  END MASS-LINK    2

  MASS-LINK        3
<Srce>     <-Grp> <-Member-><--Mult-->     <Targ>         <-Grp> <-Member-> ***
<Name>     <Name> <Name> # #<-factor->     <Name>         <Name> <Name> # # ***
RCHRES     OFLOW         1                 RCHRES         INFLOW
  END MASS-LINK    3

  MASS-LINK        4
<Srce>     <-Grp> <-Member-><--Mult-->     <Targ>         <-Grp> <-Member-> ***
<Name>     <Name> <Name> # #<-factor->     <Name>         <Name> <Name> # # ***
RCHRES     OFLOW         2                 RCHRES         INFLOW
  END MASS-LINK    4

  MASS-LINK        5
<Srce>     <-Grp> <-Member-><--Mult-->     <Targ>         <-Grp> <-Member-> ***
<Name>     <Name> <Name> # #<-factor->     <Name>         <Name> <Name> # # ***
RCHRES     ROFLOW                          RCHRES         INFLOW
  END MASS-LINK    5

END MASS-LINK

NETWORK
<-Volume-> <-Grp> <-Member-><--Mult-->Tran <-Target vols> <-Grp> <-Member->  ***
<Name>   #        <Name> # #<-factor->strg <Name>   #   #        <Name> # #  ***
RCHRES   1 HTRCH  TW              1.       DISPLY   5     INPUT  TIMSER
RCHRES   1 OXRX   DOX             1.       DISPLY   1     INPUT  TIMSER
RCHRES   1 GQUAL  RSQAL 12        1.       GENER    1     INPUT  ONE
RCHRES   1 SEDTRN RSED  10        1.       GENER    1     INPUT  TWO
GENER    1 OUTPUT TIMSER          1.1      DISPLY   2     INPUT  TIMSER
RCHRES   1 HYDR   ROVOL          12.1      PLTGEN   1     INPUT  MEAN   1
RCHRES   4 HYDR   AVDEP           1.       PLTGEN   2     INPUT  POINT  1
RCHRES   4 HTRCH  TW              1.       PLTGEN   2     INPUT  POINT  2
RCHRES   4 PHCARB PHST   3        1.       PLTGEN   2     INPUT  POINT  3
RCHRES   4 HTRCH  HTEXCH          1.       PLTGEN   2     INPUT  MEAN   1
RCHRES   5 OXRX   DOX             1.       DISPLY   3     INPUT  TIMSER
RCHRES   5 GQUAL  RSQAL 12        1.       GENER    2     INPUT  ONE
RCHRES   5 SEDTRN RSED  10        1.       GENER    2     INPUT  TWO
GENER    2 OUTPUT TIMSER          1.1      DISPLY   4     INPUT  TIMSER
RCHRES   5 HYDR   ROVOL          12.1      PLTGEN   1     INPUT  MEAN   2
END NETWORK

END RUN