RUN
 
GLOBAL
  INLAND BASIN SEGMENT 30 
  START       1998/01/01 00:00  END    2000/04/30 00:00
  RUN INTERP OUTPT LEVELS    3    2
  RESUME     0 RUN     1                          UNITS    1
END GLOBAL
 
FILES
<FILE>  <UN#>***<----FILE NAME------------------------------------------------->
MESSU      25   BUNDICKS.ech
WDM        26   ..\inland.wdm
           90   BUNDICKS.out
END FILES
 
OPN SEQUENCE
    INGRP              INDELT 01:00
      PERLND      31
      PERLND      32
      PERLND      33
      PERLND      34
      PERLND      35
      PERLND      36
      PERLND      37
      PERLND      38
      IMPLND      38
      PERLND      39
      IMPLND      39
      BMPRAC      30
      RCHRES      30
      COPY       300
      COPY       301
      GENER        1
      GENER        2
      GENER        3
      GENER        9
      PLTGEN       1
      PLTGEN       2
      PLTGEN       3
      PLTGEN       4
      PLTGEN       5
      PLTGEN       6
      PLTGEN       7
      PLTGEN       8
      PLTGEN       9
      PLTGEN      10
*** Org N&P
      PLTGEN      45
      PLTGEN      46
*** Benthic
      PLTGEN      21
*** shear stress
      PLTGEN      23
***   EOS Sediment PLOTS
      PLTGEN      29
      PLTGEN      30
***  CONCENTRATIONS SG 10
      PLTGEN      31
      PLTGEN      32
***Concentrations for calibration sg 30
*** PO4, TP and TSS 
      PLTGEN      26
      PLTGEN      27
*** Manure output
      PLTGEN      37
    END INGRP
END OPN SEQUENCE
 
PERLND
  ACTIVITY
*** <PLS >               Active Sections                               ***
*** x -  x ATMP SNOW PWAT  SED  PST  PWG PQAL MSTL PEST NITR PHOS TRAC ***
   31         1    1    1    1    1    1    1    1    0    1    0    0
   32   37    1    1    1    1    1    1    1    1    0    1    1    0
   38   39    1    1    1    1    1    1    1    1    0    1    0    0
  END ACTIVITY

  PRINT-INFO
*** < PLS>                       Print-flags                           PIVL  PYR
*** x  - x ATMP SNOW PWAT  SED  PST  PWG PQAL MSTL PEST NITR PHOS TRAC
   31         5    6    5    5    5    5    5    5    0    5    0    0    0    9
   32   37    5    6    5    5    5    5    5    5    0    5    5    0    0    9
   38   39    5    6    5    5    5    5    5    5    0    5    0    0    0    9
  END PRINT-INFO

  GEN-INFO
***             Name                  Unit-systems   Printer BinaryOut
*** <PLS >                                t-series Engl Metr Engl Metr
*** x -  x                                 in  out
   31     FOREST                            1    1   90    0    0    0
   32     HIGH TILL CORN                    1    1   90    0    0    0
   33     HIGH TILL BEANS                   1    1   90    0    0    0
   34     LOW TILL CORN                     1    1   90    0    0    0
   35     LOW TILL BEANS                    1    1   90    0    0    0
   36     HAY                               1    1   90    0    0    0
   37     OTHER                             1    1   90    0    0    0
   38     PASTURE                           1    1   90    0    0    0
   39     URBAN                             1    1   90    0    0    0
  END GEN-INFO

  ATEMP-DAT
*** <PLS >     ELDAT    AIRTEMP
*** x -  x      (ft)    (deg F)
   31   39       30.       40.
  END ATEMP-DAT

  ICE-FLAG
*** <PLS > Ice-
*** x -  x flag
   31   39    1
  END ICE-FLAG

  SNOW-PARM1
*** < PLS>       LAT     MELEV     SHADE    SNOWCF    COVIND     KMELT     TBASE
*** x  - x   degrees      (ft)                          (in)  (in/d.F)       (F)
   31            38.       35.      0.75        1.        1.        0.       32.
   32   39       38.       35.      0.35        1.        1.        0.       32.
  END SNOW-PARM1

  SNOW-PARM2
*** <PLS >     RDCSN     TSNOW    SNOEVP    CCFACT    MWATER    MGMELT
*** x -  x             (deg F)                                (in/day)
   31           0.12       32.      0.35        1.      0.01     0.001
   32   39      0.12       32.      0.05        1.      0.01     0.001
  END SNOW-PARM2

  SNOW-INIT1
*** <PLS > Pack-snow  Pack-ice Pack-watr    RDENPF      DULL    PAKTMP
*** x -  x      (in)      (in)      (in)                       (deg F)
   31   39      0.01        0.      0.01       0.5      600.       32.
  END SNOW-INIT1

  SNOW-INIT2
*** <PLS >    COVINX    XLNMLT    SKYCLR
*** x -  x      (in)      (in)
   31   39      0.01      0.01       0.9
  END SNOW-INIT2

  PWAT-PARM1
*** <PLS >                   Flags
*** x -  x CSNO RTOP UZFG  VCS  VUZ  VNN VIFW VIRC  VLE IFFC  HWT IRRG IFRD
   31   39    1    1    1    1    0    1    0    0    1    1    0    0    0
  END PWAT-PARM1

  PWAT-PARM2
*** < PLS>    FOREST      LZSN    INFILT      LSUR     SLSUR     KVARY     AGWRC
*** x  - x                (in)   (in/hr)      (ft)              (1/in)   (1/day)
   31           0.05    20.361    0.0608      600.     0.005        0.    0.9945
   32   33        0.    15.361    0.0708      600.     0.005        0.    0.9939
   34             0.    15.361    0.0705      600.     0.005        0.    0.9939
   35   38        0.    15.361    0.0708      600.     0.005        0.    0.9939
   39             0.    10.063    0.0408      600.     0.005        0.      0.99
  END PWAT-PARM2

  PWAT-PARM3
*** < PLS>    PETMAX    PETMIN    INFEXP    INFILD    DEEPFR    BASETP    AGWETP
*** x  - x   (deg F)   (deg F)
   31   39       38.       32.        1.        1.        0.        0.       0.1
  END PWAT-PARM3

  PWAT-PARM4
*** <PLS >     CEPSC      UZSN      NSUR     INTFW       IRC     LZETP
*** x -  x      (in)      (in)                       (1/day)
   31             0.       4.5      0.07       1.8       0.3      0.02
   32   39        0.       4.5      0.09       1.8       0.3      0.02
  END PWAT-PARM4

  PWAT-STATE1
*** < PLS>  PWATER state variables (in)
*** x  - x      CEPS      SURS       UZS      IFWS       LZS      AGWS      GWVS
   31   39        0.        0.        0.        0.       12.        1.        0.
  END PWAT-STATE1

  MON-INTERCEP
*** <PLS >  Interception storage capacity at start of each month (in)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31       0.1  0.1 0.12 0.13 0.15 0.35  0.4  0.6 0.65 0.35 0.25  0.1
   32      0.01 0.07 0.09 0.09 0.15 0.12 0.140.3030.3550.155  0.1  0.1
   33      0.050.0550.0650.0810.1260.1550.1530.2030.2530.1050.0830.076
   34      0.01 0.05 0.09 0.09 0.15 0.14 0.140.2530.2050.155  0.1  0.1
   35      0.050.0550.0950.0910.1260.1550.1530.2030.2530.1050.0830.076
   36     0.023 0.060.0650.0780.0950.0980.0980.0940.0950.0770.0320.027
   37      0.020.0550.0550.0710.1030.1250.1430.1430.1530.1050.0930.056
   38     0.023 0.060.0650.0680.0850.0980.0980.0940.0950.0870.0620.047
   39     0.0230.0530.0530.0730.0960.0960.0960.1060.0960.0930.0730.063
  END MON-INTERCEP

  MON-UZSN
*** <PLS >  Upper zone storage at start of each month  (inches)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31   39 0.596.e-1 0.59 0.55 0.586.e-1 0.51 0.420.321 0.222.e-1 0.25
  END MON-UZSN

  MON-MANNING
*** <PLS >  Manning's n at start of each month
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31      0.070.075 0.08 0.07 0.07 0.08 0.09 0.15 0.15 0.15  0.1  0.1
   32      0.05 0.05 0.09 0.09 0.12 0.15 0.17  0.2  0.2  0.1  0.1 0.05
   33      0.12 0.12 0.12 0.18 0.18  0.2  0.2  0.2  0.2  0.2 0.15 0.12
   34   37 0.05 0.06 0.09 0.09 0.12 0.15 0.17  0.2  0.2  0.1  0.1 0.05
   38   39 0.08 0.08 0.09 0.09 0.09 0.09  0.1 0.11 0.11  0.1  0.1 0.09
  END MON-MANNING

  MON-INTERFLW
*** <PLS >  Interflow inflow parameter for start of each month
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31   39  1.1  1.2  1.3  1.6  1.5  1.5  1.5  1.6  1.7  1.5  1.3  1.1
  END MON-INTERFLW

  MON-IRC
*** <PLS >  Interflow recession constant at start of each month (/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31   39 0.35 0.35  0.3  0.3  0.3  0.3  0.3 0.35 0.35 0.35  0.3  0.3
  END MON-IRC

  MON-LZETPARM
*** <PLS >  Lower zone evapotransp   parm at start of each month
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31   390.4385.e-16.e-1 0.64 0.75 0.77 0.74 0.75 0.71 0.535.e-15.e-1
  END MON-LZETPARM

  SOIL-DATA
*** <PLS >|           Depths (in)         |    Bulk density (lb/ft3)      |
*** x -  x|Surface   Upper   Lower Groundw|Surface   Upper   Lower Groundw|
           SURFACE   UPPER   LOWER GROUNDW SURFACE   UPPER   LOWER GROUNDW   ***
   31         0.39   11.41    35.3     60.    74.9    82.5    88.2   105.2
   32   39    0.39    7.99    35.3     60.    74.9    87.1    93.3   105.2
  END SOIL-DATA

  SOIL-DATA2
***       Wilting point for each soil layer
*** <PLS >    SWILTP    UWILTP    LWILTP    AWILTP
*** x -  x   (in/in)   (in/in)   (in/in)   (in/in)
   32   39      0.01      0.02      0.05      0.18
  END SOIL-DATA2

  CROP-DATES
***                Crop planting and harvesting dates
*** <PLS >         PLANT1   HARV1    PLANT2   HARV2    PLANT3   HARV3
*** x -  x NCRP      M  D    M  D      M  D    M  D      M  D    M  D
   32         1      4 20   10 15      1  1   12 31      1  1   12 31
   33         2      6 26   10  5     10 15    6 12      1  1   12 31
   34         1      4 20   10 15      1  1   12 31      1  1   12 31
   35         1      4 28    8 15      1  1   12 31      1  1   12 31
   36         1      5 10   11 19      1  1   12 31      1  1   12 31
   37         1      4 15    9 15      1  1   12 31      1  1   12 31
  END CROP-DATES

  SED-PARM1
*** <PLS >  Sediment parameters 1
*** x -  x  CRV VSIV SDOP
   31   39    1    0    1
  END SED-PARM1

  SED-PARM2
*** <PLS >      SMPF      KRER      JRER     AFFIX     COVER      NVSI
*** x -  x                                  (/day)           lb/ac-day
   31             1.      0.25       2.2     0.002        0.        2.
   32   39        1.      0.25       2.2        0.        0.        1.
  END SED-PARM2

  SED-PARM3
*** <PLS >  Sediment parameter 3
*** x -  x      KSER      JSER      KGER      JGER
   31   39      0.25       2.2      0.25       2.2
  END SED-PARM3

  MON-COVER
*** <PLS >  Monthly values for erosion related cover
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31      0.57 0.57 0.57 0.67 0.67 0.67 0.77 0.77 0.77 0.77 0.67 0.57
   32       0.1  0.1 0.38 0.36 0.41 0.52 0.73 0.92 0.82 0.18 0.15  0.1
   33      0.33  0.3 0.38 0.36 0.41 0.52 0.73 0.92 0.92 0.68 0.53 0.37
   34       0.1  0.1  0.3 0.41 0.73 0.73 0.73 0.93 0.82 0.18 0.15  0.1
   35       0.1  0.1  0.6 0.41 0.73 0.73 0.73 0.93 0.93 0.71  0.1  0.1
   36   38 0.15 0.15 0.38 0.43 0.53 0.53 0.65 0.65 0.73 0.85 0.15 0.15
   39       0.1  0.1  0.3  0.4  0.4  0.4  0.4  0.4  0.4  0.4  0.1  0.1
  END MON-COVER

  SED-STOR
*** <PLS >  Detached sediment storage (tons/acre)
*** x -  x      DETS
   31            0.1
   32   33       0.2
   34   35       0.1
   36           0.06
   37            0.2
   38   39      0.05
  END SED-STOR

  PSTEMP-PARM1
*** <PLS >  Flags for section PSTEMP
*** x -  x SLTV ULTV LGTV TSOP
   31   39    1    1    1    1
  END PSTEMP-PARM1

  PSTEMP-PARM2
*** <PLS >      ASLT      BSLT     ULTP1     ULTP2     LGTP1     LGTP2
*** x -  x   (deg F)   (deg F)             (deg F)             (deg F)
   31   39       32.      0.95       32.       0.9       32.        0.
  END PSTEMP-PARM2

  MON-ASLT
*** <PLS >  Value of ASLT at start of each month (deg F)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31   39 35.9 35.9 39.5  43. 48.6 54.8 55.8 55.8 52.5 48.8  47. 40.7
  END MON-ASLT

  MON-BSLT
*** <PLS >  Value of BSLT at start of each month (deg F/F)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31   39  0.5  0.5  0.5  0.5  0.5  0.5  0.5  0.5  0.5  0.5  0.5  0.5
  END MON-BSLT

  MON-ULTP1
*** <PLS >  Value of ULTP1 at start of each month in deg F (TSOPFG=1)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31   39 33.6 33.6 45.7 50.7 62.4  74. 81.2 81.2 69.7 62.2 48.2 45.7
  END MON-ULTP1

  MON-ULTP2
*** <PLS >  Value of ULTP2 at start of each month in Deg F/F (TSOPFG=1)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31   39 0.45 0.45  0.4  0.4  0.4 0.35 0.35 0.35 0.35  0.4 0.45 0.45
  END MON-ULTP2

  MON-LGTP1
*** <PLS >  Value of LGTP1 at start of each month in Deg F (TSOPFG=1)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31   39  40.  44.  48.  52.  55.  58.  62.  64.  59.  59.  55.  48.
  END MON-LGTP1

  PSTEMP-TEMPS
*** <PLS >  Initial temperatures (deg F)
*** x -  x     AIRTC     SLTMP     ULTMP     LGTMP
   31   39       32.       32.       32.       50.
  END PSTEMP-TEMPS

  PWT-PARM1
*** <PLS >  Flags for section PWTGAS
*** x -  x  IDV  ICV  GDV  GVC
   31   39    1    0    1    0
  END PWT-PARM1

  PWT-PARM2
***         Second group of PWTGAS parms
*** <PLS >      ELEV     IDOXP     ICO2P     ADOXP     ACO2P
*** x -  x      (ft)    (mg/l)  (mg C/l)    (mg/l)  (mg C/l)
   31   39       30.       8.8        0.       8.8        0.
  END PWT-PARM2

  MON-IFWDOX
*** <PLS > Value at start of each month for interflow DO concentration (mg/l)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31   39  9.7  8.5  7.3   7.  6.4   6.  5.4   5.   5.   6.  7.2  9.6
  END MON-IFWDOX

  MON-GRNDDOX
*** <PLS >Value at start of each month for groundwater DO concentration (mg/l)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31   39  9.5   9.  8.5   8.   8.  7.5   7.   7.   5.  5.5   8.  9.5
  END MON-GRNDDOX

  PWT-GASES
***                   Initial DO and CO2 concentrations
*** <PLS >     SODOX     SOCO2     IODOX     IOCO2     AODOX     AOCO2
*** x -  x    (mg/l)  (mg C/l)    (mg/l)   (mg C/l)   (mg/l)  (mg C/l)
   31   39      10.5        0.       8.7        0.       7.5        0.
  END PWT-GASES

  NQUALS
*** <PLS >
*** x -  xNQUAL
   31         2
   32   37    1
   38   39    2
  END NQUALS

  QUAL-PROPS
*** <PLS >  Identifiers and Flags
*** x -  x    QUALID      QTID  QSD VPFW VPFS  QSO  VQO QIFW VIQC QAGW VAQC
   31     ORTHO P         LBS     1    2    0    0    0    1    4    1    4
   32   37BOD             LBS     1    2    0    0    0    1    4    1    4
   38   39ORTHO P         LBS     1    2    0    0    0    1    4    1    4
  END QUAL-PROPS

  MON-POTFW
*** <PLS >  Value at start of each month for washoff potency factor (lb/ton)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31      0.01 0.010.0360.0360.0360.1040.1040.1040.1040.0320.032 0.01
   32   37  77.  77.  77.  78.  77.  77.  62.  62.  62.  62.  78.  77.
   38   39 0.01 0.010.0360.0360.0360.1040.1040.1040.1040.0320.032 0.01
  END MON-POTFW

  MON-IFLW-CONC
*** <PLS >  Conc of QUAL in interflow outflow for each month (qty/ft3)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31     0.0160.0160.0160.0160.0160.0160.0160.0160.0160.0160.0160.016
   32   33  4.5  4.5  4.5  4.5  4.5  4.5  4.5  4.5  4.5  4.5  4.5  4.5
   34        2.   2.   2.   2.   2.   2.   2.   2.   2.   2.   2.   2.
   35       1.5  1.5  1.5  1.5  1.5  1.5  1.5  1.5  1.5  1.5  1.5  1.5
   36   37  3.6  3.6  3.6  3.6  3.6  3.6  3.6  3.6  3.6  3.6  3.6  3.6
   38     0.0150.0150.0150.0150.0150.0150.0150.0150.0150.0150.0150.015
   39     0.1250.1250.1250.1250.1250.1250.1250.1250.1250.1250.1250.125
  END MON-IFLW-CONC

  MON-GRND-CONC
*** <PLS >  Value at start of month for conc of QUAL in groundwater (qty/ft3)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31     0.0010.0010.0010.0010.0010.0010.0010.0010.0010.0010.0010.001
   32   33  5.5  5.5  5.5  5.5  5.5  5.5  5.5  5.5  5.5  5.5  5.5  5.5
   34        2.   2.   2.   2.   2.   2.   2.   2.   2.   2.   2.   2.
   35       1.5  1.5  1.5  1.5  1.5  1.5  1.5  1.5  1.5  1.5  1.5  1.5
   36   37  3.6  3.6  3.6  3.6  3.6  3.6  3.6  3.6  3.6  3.6  3.6  3.6
   38     .0025.0025.0025.0025.0025.0025.0025.0025.0025.0025.0025.0025
   39     0.0210.0210.0210.0210.0210.0210.0210.0210.0210.0210.0210.021
  END MON-GRND-CONC

  QUAL-PROPS
*** <PLS >  Identifiers and Flags
*** x -  x    QUALID      QTID  QSD VPFW VPFS  QSO  VQO QIFW VIQC QAGW VAQC
   31     BOD             LBS     1    2    0    0    0    1    4    1    4
   38   39BOD             LBS     1    2    0    0    0    1    4    1    4
  END QUAL-PROPS

  MON-POTFW
*** <PLS >  Value at start of each month for washoff potency factor (lb/ton)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31      130. 130. 130. 130. 130.  92.  92.  92.  92. 130. 130. 130.
   38   39 130. 130. 130. 130. 130.  92.  92.  92.  92. 130. 130. 130.
  END MON-POTFW

  MON-IFLW-CONC
*** <PLS >  Conc of QUAL in interflow outflow for each month (qty/ft3)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31        2.   2.   2.   2.   2.   2.   2.   2.   2.   2.   2.   2.
   38   39   3.   3.   3.   3.   3.   3.   3.   3.   3.   3.   3.   3.
  END MON-IFLW-CONC

  MON-GRND-CONC
*** <PLS >  Value at start of month for conc of QUAL in groundwater (qty/ft3)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31       2.5  2.5  2.5  2.5  2.5  2.5  2.5  2.5  2.5  2.5  2.5  2.5
   38   39   5.   5.   5.   5.   5.   5.   5.   5.   5.   5.   5.   5.
  END MON-GRND-CONC

  MST-PARM
*** <PLS >     SLMPF      ULPF      LLPF
*** x -  x
   31            0.9       1.5       1.5
   32   39       0.9       1.5        3.
  END MST-PARM

  NIT-FLAGS
*** <PLS > Nitrogen flags
*** x -  x VNUT FORA ITMX BNUM CNUM NUPT FIXN AMVO ALPN VNPR
   31         1    1  100    3    1    2    0    0    1    1
   32   34    0    1  100    3    1    1    0    0    0    0
   35         0    1  100    3    1    1    1    0    0    0
   36   37    0    1  100    3    1    1    0    0    0    0
   38         1    1  100    3    1    0    0    1    0    0
   39         1    1  100    3    1    0    0    0    0    0
  END NIT-FLAGS

  NIT-AD-FLAGS
***          Atmospheric Deposition Flags
***        <----NO3---->  <----NH3---->  <---ORGN---->
*** <PLS > <surf> <uppr>  <surf> <uppr>  <surf> <uppr>
*** x -  x <F><C> <F><C>  <F><C> <F><C>  <F><C> <F><C>
   31   39  -1  0   0  0   -1  0   0  0    0  0   0  0
  END NIT-AD-FLAGS

  MON-NITUPT
*** <PLS >  Plant uptake parm for nitrogen in soil layer (/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   38   39  0.2  0.2  0.2  0.2 0.15  0.1  0.1  0.1 0.15  0.2  0.2  0.2
  END MON-NITUPT

  MON-NITUPT
*** <PLS >  Plant uptake parm for nitrogen in soil layer (/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   38       0.2  0.2  0.2  0.2 0.15  0.1  0.1  0.1 0.15  0.2  0.2  0.2
   39      0.38 0.38 0.38 0.38 0.38 0.24 0.24 0.24 0.38 0.38 0.38 0.38
  END MON-NITUPT

  MON-NITUPT
*** <PLS >  Plant uptake parm for nitrogen in soil layer (/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   38       0.2  0.2  0.2  0.2 0.15  0.1  0.1  0.1 0.15  0.2  0.2  0.2
   39      0.38 0.38 0.38 0.38 0.38 0.24 0.24 0.24 0.38 0.38 0.38 0.38
  END MON-NITUPT

  NIT-FSTGEN
*** <PLS > Upt-facts<--------- Temp-parms (theta) --------->
*** x -  x  NO3  NH4  PLN KDSA KADA KIMN  KAM KDNI  KNI KIMA
   31   39  0.8  0.2 1.07 1.05 1.05 1.07 1.05 1.07 1.07 1.07
  END NIT-FSTGEN

  NIT-FSTPM
*** < PLS>    Nitrogen first-order parameters (/day)
*** x  - x     KDSAM     KADAM     KIMNI       KAM      KDNI       KNI     KIM
   31             0.        0.        0.      0.02        0.       10.        5.
   32   39        0.        0.        0.      0.01        0.       10.        5.
  END NIT-FSTPM

  NIT-FSTPM
*** < PLS>    Nitrogen first-order parameters (/day)
*** x  - x     KDSAM     KADAM     KIMNI       KAM      KDNI       KNI     KIM
   31             0.        0.        0.      0.01        0.        5.        2.
   32   39        0.        0.        0.    0.0015        0.        5.        2.
  END NIT-FSTPM

  NIT-FSTPM
*** < PLS>    Nitrogen first-order parameters (/day)
*** x  - x     KDSAM     KADAM     KIMNI       KAM      KDNI       KNI     KIM
   31             0.        0.        0.     0.002     0.015        3.       0.5
   32   38        0.        0.        0.     0.001     0.015        3.       0.5
   39             0.        0.        0.     0.001        0.        3.       0.5
  END NIT-FSTPM

  NIT-FSTPM
*** < PLS>    Nitrogen first-order parameters (/day)
*** x  - x     KDSAM     KADAM     KIMNI       KAM      KDNI       KNI     KIM
   31             0.        0.        0.    0.0005        0.        1.        0.
   32   38        0.        0.        0.        0.        0.        1.        0.
   39             0.        0.        0.    0.0001        0.        1.        0.
  END NIT-FSTPM

  NIT-CMAX
*** <PLS >      CMAX
*** x -  x     (ppm)
              (PPM)                                ***
   31   39     1000.
  END NIT-CMAX

  NIT-SVALPM
*** <PLS >      XFIX        K1        N1
*** x -  x     (ppm)
   31   39       10.        1.       1.5
  END NIT-SVALPM

  NIT-SVALPM
*** <PLS >      XFIX        K1        N1
*** x -  x     (ppm)
   31   39        5.        1.       1.5
  END NIT-SVALPM

  NIT-SVALPM
*** <PLS >      XFIX        K1        N1
*** x -  x     (ppm)
   31   39        1.        1.       1.5
  END NIT-SVALPM

  NIT-SVALPM
*** <PLS >      XFIX        K1        N1
*** x -  x     (ppm)
   31   39        1.        1.       1.5
  END NIT-SVALPM

  NIT-UPIMCSAT
*** <PLS >     CSUNI     CSUAM     CSINI     CSIAM
*** x -  x    (ug/l)    (ug/l)    (ug/l)    (ug/l)
   31            50.       40.       10.        2.
  END NIT-UPIMCSAT

  NIT-UPIMCSAT
*** <PLS >     CSUNI     CSUAM     CSINI     CSIAM
*** x -  x    (ug/l)    (ug/l)    (ug/l)    (ug/l)
   31            50.       40.       10.        2.
  END NIT-UPIMCSAT

  NIT-UPIMCSAT
*** <PLS >     CSUNI     CSUAM     CSINI     CSIAM
*** x -  x    (ug/l)    (ug/l)    (ug/l)    (ug/l)
   31            50.       40.       10.        2.
  END NIT-UPIMCSAT

  NIT-UPIMCSAT
*** <PLS >     CSUNI     CSUAM     CSINI     CSIAM
*** x -  x    (ug/l)    (ug/l)    (ug/l)    (ug/l)
   31            50.       40.       10.        2.
  END NIT-UPIMCSAT

  MON-NITUPNI
*** <PLS >  Maximum plant uptake rate for nitrate (mg/l/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31       10.  15.  15.  15.  20.  25.  25.  25.  20.  15.  10.   5.
  END MON-NITUPNI

  MON-NITUPNI
*** <PLS >  Maximum plant uptake rate for nitrate (mg/l/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31        5.   5.   7.  43.  16.  16.  18.  18.  14.  15.  10.   5.
  END MON-NITUPNI

  MON-NITUPNI
*** <PLS >  Maximum plant uptake rate for nitrate (mg/l/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31       0.3  0.5  0.5  0.5  0.7  0.8  1.2  1.2  0.9  0.7  0.4  0.3
  END MON-NITUPNI

  MON-NITUPNI
*** <PLS >  Maximum plant uptake rate for nitrate (mg/l/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31        0.   0.   0.   0.   0.   0.   0.   0.   0.   0.   0.   0.
  END MON-NITUPNI

  MON-NITUPAM
*** <PLS >  Maximum plant uptake rate for ammonia (mg/l/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31       10.  15.  15.  15.  20.  25.  15.  15.  20.  25.  20.  10.
  END MON-NITUPAM

  MON-NITUPAM
*** <PLS >  Maximum plant uptake rate for ammonia (mg/l/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31        5.   5.   7.  43.  16.  16.  10.  10.  14.  15.  15.   5.
  END MON-NITUPAM

  MON-NITUPAM
*** <PLS >  Maximum plant uptake rate for ammonia (mg/l/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31       0.5  0.5  0.5  0.5  0.7  0.8  0.6  0.6  0.7  0.7  0.5  0.5
  END MON-NITUPAM

  MON-NITUPAM
*** <PLS >  Maximum plant uptake rate for ammonia (mg/l/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31        0.   0.   0.   0.   0.   0.   0.   0.   0.   0.   0.   0.
  END MON-NITUPAM

  MON-NITIMNI
*** <PLS >  Maximum immobilization rate for nitrate (mg/l/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31      0.05 0.05 0.05  0.1  0.1  0.1 0.15 0.15  0.1  0.1  0.1 0.05
  END MON-NITIMNI

  MON-NITIMNI
*** <PLS >  Maximum immobilization rate for nitrate (mg/l/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31      0.05 0.05 0.05 0.05 0.05  0.1  0.1  0.1  0.1 0.05 0.05 0.05
  END MON-NITIMNI

  MON-NITIMNI
*** <PLS >  Maximum immobilization rate for nitrate (mg/l/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31      0.02 0.02 0.02 0.04 0.04 0.05 0.05 0.05 0.04 0.04 0.04 0.02
  END MON-NITIMNI

  MON-NITIMNI
*** <PLS >  Maximum immobilization rate for nitrate (mg/l/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31      0.05 0.05 0.05  0.1  0.1  0.1 0.15 0.15  0.1  0.1  0.1 0.05
  END MON-NITIMNI

  MON-NITIMAM
*** <PLS >  Maximum immobilization rate for ammonia (mg/l/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31       0.1  0.1  0.1  0.1  0.1  0.2  0.2  0.2  0.2  0.1  0.1  0.1
  END MON-NITIMAM

  MON-NITIMAM
*** <PLS >  Maximum immobilization rate for ammonia (mg/l/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31       0.1  0.1  0.1  0.1  0.1  0.1  0.1  0.1  0.1  0.1  0.1  0.1
  END MON-NITIMAM

  MON-NITIMAM
*** <PLS >  Maximum immobilization rate for ammonia (mg/l/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31      0.01 0.01 0.01 0.01 0.02 0.02 0.02 0.02 0.02 0.01 0.01 0.01
  END MON-NITIMAM

  MON-NITIMAM
*** <PLS >  Maximum immobilization rate for ammonia (mg/l/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31      0.05 0.05 0.05 0.05 0.05  0.1  0.1  0.1  0.1 0.05 0.05 0.05
  END MON-NITIMAM

  NIT-AMVOLAT
*** <PLS >     SKVOL     UKVOL     LKVOL     AKVOL     THVOL    TRFVOL
*** x -  x    (/day)    (/day)    (/day)    (/day)       (-)   (deg C)
   38            15.      0.05        0.        0.     1.047       20.
  END NIT-AMVOLAT

  NIT-YIELD
*** <PLS >    NUPTGT    NMXRAT
*** x -  x   (lb/ac)       (-)
   32          218.3        2.
   33           70.6        2.
   34          218.3        2.
   35          238.1        2.
   36          282.3        2.
   37          218.3        2.
  END NIT-YIELD

  MON-NUPT-FR1
*** <PLS >  Monthly fractions of total annual N uptake
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   32        0. 0.01 0.120.1250.1650.155 0.14 0.13 0.11 0.02 0.020.005
   33      0.01 0.02  0.10.1250.1450.135 0.13 0.14  0.1 0.06 0.030.005
   34        0. 0.01 0.120.1250.1650.155 0.14 0.13 0.11 0.02 0.020.005
   35      0.01 0.02  0.10.1250.1450.135 0.13 0.14  0.1 0.06 0.030.005
   36      0.02 0.02 0.110.1350.1550.145 0.15 0.12 0.08 0.04 0.020.005
   37      0.01 0.02  0.10.1350.1550.135 0.13 0.13  0.1 0.06 0.020.005
  END MON-NUPT-FR1

  MON-NUPT-FR2
*** <PLS >  Monthly fractions of N uptake from soil layer
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   32   39 0.01 0.01 0.01 0.01 0.01 0.01 0.01 0.01 0.01 0.01 0.01 0.01
  END MON-NUPT-FR2

  MON-NUPT-FR2
*** <PLS >  Monthly fractions of N uptake from soil layer
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   32   39 0.48 0.48 0.64 0.64 0.64 0.64 0.64 0.72 0.62 0.62 0.48 0.48
  END MON-NUPT-FR2

  MON-NUPT-FR2
*** <PLS >  Monthly fractions of N uptake from soil layer
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   32   39 0.51 0.51 0.35 0.35 0.35 0.35 0.35 0.27 0.37 0.37 0.51 0.51
  END MON-NUPT-FR2

  MON-NUPT-FR2
*** <PLS >  Monthly fractions of N uptake from soil layer
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   32   37   0.   0.   0.   0.   0.   0.   0.   0.   0.   0.   0.   0.
  END MON-NUPT-FR2

  NIT-ORGPM
*** <PLS >      KLON      KRON     KONLR     THNLR
*** x -  x                        (/day)
   31          5000.    10000.   0.00001      1.07
  END NIT-ORGPM

  NIT-ORGPM
*** <PLS >      KLON      KRON     KONLR     THNLR
*** x -  x                        (/day)
   31          5000.    10000.   0.00001      1.07
  END NIT-ORGPM

  NIT-ORGPM
*** <PLS >      KLON      KRON     KONLR     THNLR
*** x -  x                        (/day)
   31          5000.    10000.   0.00001      1.07
  END NIT-ORGPM

  NIT-ORGPM
*** <PLS >      KLON      KRON     KONLR     THNLR
*** x -  x                        (/day)
   31          5000.    10000.   0.00001      1.07
  END NIT-ORGPM

  MON-NPRETBG
*** <PLS >  Monthly return rates for below-ground plant nitrogen (/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31     0.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.0030.003
  END MON-NPRETBG

  MON-NPRETBG
*** <PLS >  Monthly return rates for below-ground plant nitrogen (/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31     3.e-43.e-43.e-43.e-43.e-43.e-43.e-43.e-43.e-43.e-43.e-43.e-4
  END MON-NPRETBG

  MON-NPRETBG
*** <PLS >  Monthly return rates for below-ground plant nitrogen (/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31     3.e-43.e-43.e-43.e-43.e-43.e-43.e-43.e-43.e-43.e-43.e-43.e-4
  END MON-NPRETBG

  MON-NPRETBG
*** <PLS >  Monthly return rates for below-ground plant nitrogen (/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31        0.   0.   0.   0.   0.   0.   0.   0.   0.   0.   0.   0.
  END MON-NPRETBG

  MON-NPRETAG
*** <PLS >  Monthly return rates for above-ground plant nitrogen (/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31        0.   0.   0.   0.   0.   0.   0.   0.   0.0.002   0.   0.
  END MON-NPRETAG

  MON-NPRETLI
*** <PLS >  Monthly return rates for litter compartment nitrogen (/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31     0.0020.0020.0020.0020.0020.0020.0020.0020.0020.0020.0020.002
  END MON-NPRETLI

  MON-NPRETLI
*** <PLS >  Monthly return rates for litter compartment nitrogen (/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31     0.0130.0130.0130.0130.0130.0130.0130.0130.0130.0130.0130.013
  END MON-NPRETLI

  MON-NPRETFBG
*** <PLS >  Monthly refractory fractions for below-ground plant N return
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31       0.1  0.1  0.1  0.1  0.1  0.1  0.1  0.1  0.1  0.1  0.1  0.1
  END MON-NPRETFBG

  MON-NPRETFLI
*** <PLS >  Monthly refractory fractions for litter N return
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31       0.1  0.1  0.1  0.1  0.1  0.1  0.1  0.1  0.1  0.1  0.1  0.1
  END MON-NPRETFLI

  MON-NITAGUTF
*** <PLS >  Monthly above-ground fractions for plant uptake
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31       0.3  0.3  0.3  0.4  0.5  0.6  0.6  0.6  0.6  0.5  0.4  0.3
  END MON-NITAGUTF

  MON-NITAGUTF
*** <PLS >  Monthly above-ground fractions for plant uptake
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31       0.3  0.3  0.3  0.4  0.5  0.6  0.6  0.6  0.6  0.5  0.4  0.3
  END MON-NITAGUTF

  MON-NITAGUTF
*** <PLS >  Monthly above-ground fractions for plant uptake
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31       0.3  0.3  0.3  0.4  0.5  0.6  0.6  0.6  0.6  0.5  0.4  0.3
  END MON-NITAGUTF

  MON-NITAGUTF
*** <PLS >  Monthly above-ground fractions for plant uptake
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   31        0.   0.   0.   0.   0.   0.   0.   0.   0.   0.   0.   0.
  END MON-NITAGUTF

  NIT-STOR1
*** <PLS >Initial storage of N (lb/ac)
*** x -  x     LORGN      AMAD      AMSU       NO3      PLTN     RORGN
   31           150.       0.5      0.01       0.1       50.      200.
   32           220.        1.      0.01       0.1        0.        0.
   33           255.        1.      0.01       0.1        0.        0.
   34   37      250.        1.      0.01       0.1        0.        0.
   38   39      150.        1.      0.01       0.1        0.        0.
  END NIT-STOR1

  NIT-STOR1
*** <PLS >Initial storage of N (lb/ac)
*** x -  x     LORGN      AMAD      AMSU       NO3      PLTN     RORGN
   31           500.        5.      0.02       0.5      400.     2200.
   32   39      500.        5.       0.3        1.        0.        0.
  END NIT-STOR1

  NIT-STOR1
*** <PLS >Initial storage of N (lb/ac)
*** x -  x     LORGN      AMAD      AMSU       NO3      PLTN     RORGN
   31           300.        5.      0.02       0.5      100.     1200.
   32   39     1200.        5.       0.5        1.        0.        0.
  END NIT-STOR1

  NIT-STOR1
*** <PLS >Initial storage of N (lb/ac)
*** x -  x     LORGN      AMAD      AMSU       NO3      PLTN     RORGN
   31           200.        3.     0.005        1.        0.     1000.
   32   39      800.        3.       0.1        1.        0.        0.
  END NIT-STOR1

  NIT-STOR2
*** <PLS >  Initial N in interflow, above-ground, and litter storage (lb/ac)
*** x -  x     IAMSU      INO3     ISLON     ISRON    AGPLTN    LITTRN
   31   39        0.        0.        0.        0.      500.       20.
  END NIT-STOR2

  PHOS-FLAGS
*** <PLS > Phosphorus flags.
*** x -  x VPUT FORP ITMX BNUM CNUM PUPT
   31   39    1    1  100    3    1    1
  END PHOS-FLAGS

  PHOS-AD-FLAGS
***        Atmospheric Deposition Flags
***        <----PO4---->  <---ORGP---->
*** <PLS > <surf> <uppr>  <surf> <uppr>
*** x -  x <F><C> <F><C>  <F><C> <F><C>
   32   39   0  0   0  0    0  0   0  0
  END PHOS-AD-FLAGS

  MON-PHOSUPT
*** <PLS > Monthly phosphorus uptake parameters for soil layer (/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   32   35  1.5  1.5  1.5  1.7  1.9   9.   9.   9.   9.  6.8  1.5  1.5
   36   37 0.75 0.75 0.75  1.5   3.  4.5  4.5  4.5  4.5  3.6  1.5 0.75
  END MON-PHOSUPT

  MON-PHOSUPT
*** <PLS > Monthly phosphorus uptake parameters for soil layer (/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   32   35   2.   2.   2.   2.  4.5  21.  27.  27.  27.  27.  3.3   2.
   36   37   1.   1.   1.  2.7   6.   9.   9.   9.   9.   6.  2.7   1.
  END MON-PHOSUPT

  MON-PHOSUPT
*** <PLS > Monthly phosphorus uptake parameters for soil layer (/day)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   32   35  1.2  1.2  1.2   3.  12.  30.  36.  36.  36.  36.  1.2  1.2
   36   37   1.   1.   1.  2.8   6.   9.   9.   9.   9.   9.  3.6   1.
  END MON-PHOSUPT

  PHOS-FSTGEN
*** <PLS > Temperature corection parameters (theta)
*** x -  x     THPLP    THKDSP    THKADP    THKIMP     THKMP
   32   39      1.07      1.05      1.05      1.07      1.07
  END PHOS-FSTGEN

  PHOS-FSTPM
*** <PLS > Phosphorus first-order parameters  (/day)
*** x -  x      KDSP      KADP      KIMP       KMP
   32   39        0.        0.       15.     0.002
  END PHOS-FSTPM

  PHOS-FSTPM
*** <PLS > Phosphorus first-order parameters  (/day)
*** x -  x      KDSP      KADP      KIMP       KMP
   32   39        0.        0.       6.5     0.001
  END PHOS-FSTPM

  PHOS-FSTPM
*** <PLS > Phosphorus first-order parameters  (/day)
*** x -  x      KDSP      KADP      KIMP       KMP
   32   39        0.        0.      0.35    0.0001
  END PHOS-FSTPM

  PHOS-FSTPM
*** <PLS > Phosphorus first-order parameters  (/day)
*** x -  x      KDSP      KADP      KIMP       KMP
   32   39        0.        0.        0.        0.
  END PHOS-FSTPM

  PHOS-CMAX
*** <PLS >      CMAX
*** x -  x     (ppm)
   32   39        5.
  END PHOS-CMAX

  PHOS-SVALPM
***        Parameters for Freundlich method
*** <PLS >      XFIX        K1        N1
*** x -  x     (ppm) (complex)
   32   39       30.        5.       1.5
  END PHOS-SVALPM

  PHOS-SVALPM
***        Parameters for Freundlich method
*** <PLS >      XFIX        K1        N1
*** x -  x     (ppm) (complex)
   32   39       35.        5.       1.5
  END PHOS-SVALPM

  PHOS-SVALPM
***        Parameters for Freundlich method
*** <PLS >      XFIX        K1        N1
*** x -  x     (ppm) (complex)
   32   39       15.        5.       1.5
  END PHOS-SVALPM

  PHOS-SVALPM
***        Parameters for Freundlich method
*** <PLS >      XFIX        K1        N1
*** x -  x     (ppm) (complex)
   32   39       10.        5.       1.5
  END PHOS-SVALPM

  PHOS-YIELD
*** <PLS >    PUPTGT    PMXRAT
*** x -  x   (lb/ac)       (-)
   32           41.9        5.
   33           13.7        5.
   34           41.3        5.
   35           24.3        5.
   36           35.3        5.
   37           41.9        5.
  END PHOS-YIELD

  MON-PUPT-FR1
*** <PLS >  Monthly fractions of total annual P uptake
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   32      0.01 0.01 0.110.1250.1650.155 0.14 0.13 0.11 0.02 0.020.005
   33      0.01 0.02  0.10.1250.1450.135 0.12 0.14 0.11 0.06 0.030.005
   34      0.01 0.01 0.110.1250.1650.155 0.14 0.13 0.11 0.02 0.020.005
   35      0.01 0.02  0.10.1250.1450.135 0.13 0.14  0.1 0.06 0.030.005
   36      0.04 0.05 0.090.1050.1550.145 0.15 0.12 0.08 0.04 0.020.005
   37      0.01 0.02 0.110.1250.1550.135 0.12 0.13 0.11 0.06 0.020.005
  END MON-PUPT-FR1

  MON-PUPT-FR2
*** <PLS >  Monthly fractions of P uptake from soil layer
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   32   39 0.05 0.05 0.05 0.05 0.05 0.05 0.05 0.05 0.05 0.05 0.05 0.05
  END MON-PUPT-FR2

  MON-PUPT-FR2
*** <PLS >  Monthly fractions of P uptake from soil layer
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   32   37  0.6  0.6  0.6  0.6  0.6  0.6  0.6  0.6  0.6  0.6  0.6  0.6
  END MON-PUPT-FR2

  MON-PUPT-FR2
*** <PLS >  Monthly fractions of P uptake from soil layer
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   32   37 0.35 0.35 0.35 0.35 0.35 0.35 0.35 0.35 0.35 0.35 0.35 0.35
  END MON-PUPT-FR2

  MON-PUPT-FR2
*** <PLS >  Monthly fractions of P uptake from soil layer
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   32   39   0.   0.   0.   0.   0.   0.   0.   0.   0.   0.   0.   0.
  END MON-PUPT-FR2

  PHOS-STOR1
*** <PLS >  Initial phosphorus in soil layer (lb/ac)
*** x -  x      ORGP      P4AD      P4SU      PLTP
   32   34       50.        1.        0.        0.
   35            60.        1.        0.        0.
   36   37       40.        1.        0.        0.
  END PHOS-STOR1

  PHOS-STOR1
*** <PLS >  Initial phosphorus in soil layer (lb/ac)
*** x -  x      ORGP      P4AD      P4SU      PLTP
   32   34      100.       28.        1.        0.
   35           105.       28.        1.        0.
   36   37      100.       28.        1.        0.
  END PHOS-STOR1

  PHOS-STOR1
*** <PLS >  Initial phosphorus in soil layer (lb/ac)
*** x -  x      ORGP      P4AD      P4SU      PLTP
   32   34       60.      158.       0.5        0.
   35            60.      138.       0.5        0.
   36   37       60.      158.       0.5        0.
  END PHOS-STOR1

  PHOS-STOR1
*** <PLS >  Initial phosphorus in soil layer (lb/ac)
*** x -  x      ORGP      P4AD      P4SU      PLTP
   32   37       30.      210.        1.        0.
  END PHOS-STOR1

END PERLND
 
IMPLND
  ACTIVITY
*** <ILS >               Active Sections
*** x -  x ATMP SNOW IWAT  SLD  IWG IQAL
   38         1    1    1    0    1    0
   39         1    1    1    1    1    1
  END ACTIVITY

  PRINT-INFO
*** <ILS > ******** Print-flags ******** PIVL  PYR
*** x -  x ATMP SNOW IWAT  SLD  IWG IQAL *********
   38         5    6    5    0    5    0    0    9
   39         5    6    5    5    5    5    0    9
  END PRINT-INFO

  GEN-INFO
***             Name             Unit-systems   Printer BinaryOut
*** <ILS >                           t-series Engl Metr Engl Metr
*** x -  x                            in  out
   38     ANIMAL-FEEDLOT               1    1   90    0    0    0
   39     RESIDENTIAL                  1    1   90    0    0    0
  END GEN-INFO

  ATEMP-DAT
*** <ILS >     ELDAT    AIRTEMP
*** x -  x      (ft)    (deg F)
   38   39       30.      37.8
  END ATEMP-DAT

  ICE-FLAG
*** <ILS > Ice-
*** x -  x flag
   38   39    1
  END ICE-FLAG

  SNOW-PARM1
*** < ILS>       LAT     MELEV     SHADE    SNOWCF    COVIND     KMELT     TBASE
*** x  - x   degrees      (ft)                          (in)  (in/d.F)       (F)
   38   39       38.       45.      0.35      1.05        1.        0.       32.
  END SNOW-PARM1

  SNOW-PARM2
*** <ILS >     RDCSN     TSNOW    SNOEVP    CCFACT    MWATER    MGMELT
*** x -  x             (deg F)                                (in/day)
   38   39      0.12       32.       0.1        1.      0.03     0.001
  END SNOW-PARM2

  SNOW-INIT1
*** <ILS > Pack-snow  Pack-ice Pack-watr    RDENPF      DULL    PAKTMP
*** x -  x      (in)      (in)      (in)                       (deg F)
   38   39        0.        0.        0.       0.2      600.       32.
  END SNOW-INIT1

  SNOW-INIT2
*** <ILS >    COVINX    XLNMLT    SKYCLR
*** x -  x      (in)      (in)
   38   39        0.       0.1       0.8
  END SNOW-INIT2

  IWAT-PARM1
*** <ILS >        Flags
*** x -  x CSNO RTOP  VRS  VNN RTLI
   38   39    0    1    1    0    0
  END IWAT-PARM1

  IWAT-PARM2
*** <ILS >      LSUR     SLSUR      NSUR     RETSC
*** x -  x      (ft)                          (in)
   38   39      600.     0.005      0.01       0.5
  END IWAT-PARM2

  MON-RETN
*** <ILS >  Retention storage capacity at start of each month (in)
*** x -  x  JAN  FEB  MAR  APR  MAY  JUN  JUL  AUG  SEP  OCT  NOV  DEC
   38      0.35 0.35 0.35 0.35 0.35 0.35 0.35 0.35 0.35 0.35 0.35 0.35
   39     0.0360.0360.0490.0490.0490.0650.0650.0650.0490.0490.049 0.04
  END MON-RETN

  SLD-PARM1
*** <ILS >     Flags
*** x -  x VASD VRSD SDOP
   39         0    1    0
  END SLD-PARM1

  SLD-PARM2
***             KEIM      JEIM    ACCSDP    REMSDP
*** <ILS >                         tons/      /day
*** x -  x                        ac.day
   39           0.01       1.9      0.01        1.
  END SLD-PARM2

  SLD-STOR
*** <ILS >  Solids storage (tons/acre)
*** x -  x
   39           0.05
  END SLD-STOR

  IWT-PARM1
*** <ILS >  Flags for section IWTGAS
*** x -  x WTFV CSNO
   38   39    0    0
  END IWT-PARM1

  IWT-PARM2
***         Second group of IWTGAS parms
*** <ILS >      ELEV      AWTF      BWTF
*** x -  x      (ft)   (deg F) (deg F/F)
   38   39       40.       60.      0.15
  END IWT-PARM2

  NQUALS
*** <ILS >
*** x -  xNQUAL
   39         4
  END NQUALS

  IQL-AD-FLAGS
***                        Atmospheric Deposition Flags
*** < ILS>  QUAL1  QUAL2  QUAL3  QUAL4  QUAL5  QUAL6  QUAL7  QUAL8  QUAL9 QUAL10
*** x  - x <F><C> <F><C> <F><C> <F><C> <F><C> <F><C> <F><C> <F><C> <F><C> <F><C>
   38   39  -1  0  -1  0   0  0   0  0   0  0   0  0   0  0   0  0   0  0   0  0
  END IQL-AD-FLAGS

  QUAL-PROPS
*** <ILS >    Identifiers and Flags
*** x -  x      QUALID    QTID  QSD VPFW  QSO  VQO
   39     NH3             LBS     0    0    1    0
  END QUAL-PROPS

  QUAL-INPUT
***         Storage on surface and nonseasonal parameters
***            SQO   POTFW   ACQOP  SQOLIM   WSQOP
*** <ILS >  qty/ac qty/ton    qty/  qty/ac   in/hr
*** x -  x                  ac.day
   39       0.0281      0.   0.002  0.1086     1.5
  END QUAL-INPUT

  QUAL-PROPS
*** <ILS >    Identifiers and Flags
*** x -  x      QUALID    QTID  QSD VPFW  QSO  VQO
   39     NO2 NO3         LBS     0    0    1    0
  END QUAL-PROPS

  QUAL-INPUT
***         Storage on surface and nonseasonal parameters
***            SQO   POTFW   ACQOP  SQOLIM   WSQOP
*** <ILS >  qty/ac qty/ton    qty/  qty/ac   in/hr
*** x -  x                  ac.day
   39        0.001      0.  0.0001    0.01      2.
  END QUAL-INPUT

  QUAL-PROPS
*** <ILS >    Identifiers and Flags
*** x -  x      QUALID    QTID  QSD VPFW  QSO  VQO
   39     ORTHO P         LBS     0    0    1    0
  END QUAL-PROPS

  QUAL-INPUT
***         Storage on surface and nonseasonal parameters
***            SQO   POTFW   ACQOP  SQOLIM   WSQOP
*** <ILS >  qty/ac qty/ton    qty/  qty/ac   in/hr
*** x -  x                  ac.day
   39       0.0109      0.   0.002  0.0408     1.5
  END QUAL-INPUT

  QUAL-PROPS
*** <ILS >    Identifiers and Flags
*** x -  x      QUALID    QTID  QSD VPFW  QSO  VQO
   39     BOD             LBS     0    0    1    0
  END QUAL-PROPS

  QUAL-INPUT
***         Storage on surface and nonseasonal parameters
***            SQO   POTFW   ACQOP  SQOLIM   WSQOP
*** <ILS >  qty/ac qty/ton    qty/  qty/ac   in/hr
*** x -  x                  ac.day
   39       0.8993      0.  0.3166   6.332     1.5
  END QUAL-INPUT

END IMPLND
 
RCHRES
  ACTIVITY
*** RCHRES  Active sections
*** x -  x HYFG ADFG CNFG HTFG SDFG GQFG OXFG NUFG PKFG PHFG
   30         1    1    0    1    1    0    1    1    1    0
  END ACTIVITY

  PRINT-INFO
*** RCHRES  Printout level flags
*** x -  x HYDR ADCA CONS HEAT  SED  GQL OXRX NUTR PLNK PHCB PIVL  PYR
   30         5    5    4    5    5    4    5    5    5    4    1    9
  END PRINT-INFO

  GEN-INFO
***              Name        Nexits   Unit Systems   Printer
*** RCHRES                               t-series  Engl Metr LKFG
*** x -  x                                 in  out
                                           in  out                ***
   30     REACH  30               1         1    1   90    0    0    0    0
  END GEN-INFO

  HYDR-PARM1
***         Flags for HYDR section
***RC HRES  VC A1 A2 A3  ODFVFG for each *** ODGTFG for each     FUNCT  for each
*** x  - x  FG FG FG FG  possible   exit *** possible   exit     possible   exit
            FG FG FG FG  possible   exit     possible   exit *** possible   exit
                           1  2  3  4  5       1  2  3  4  5 ***   1  2  3  4  5
   30        0  1  1  1    4  0  0  0  0       0  0  0  0  0       1  1  1  1  1
  END HYDR-PARM1

  HYDR-PARM2
*** RCHRES FTBW FTBU       LEN     DELTH     STCOR        KS      DB50
*** x -  x             (miles)      (ft)      (ft)                (in)
   30        0.  30.      5.75       20.        0.       0.5      0.01
  END HYDR-PARM2

  HYDR-INIT
***         Initial conditions for HYDR section
***RC HRES       VOL  CAT Initial value  of COLIND     initial  value  of OUTDGT
*** x  - x     ac-ft      for each possible   exit  for each possible exit,ft3
             (ac-ft)       for each  possible exit  ***  for each  possible exit
                           EX1  EX2  EX3  EX4  EX5  ***  EX1  EX2  EX3  EX4  EX5
   30             4.        4.   4.   4.   4.   4.        0.   0.   0.   0.   0.
  END HYDR-INIT

  HEAT-PARM
*** RCHRES      ELEV     ELDAT    CFSAEX    KATRAD     KCOND     KEVAP
*** x -  x      (ft)      (ft)
   30           100.       21.      0.95       8.5      2.12       5.5
  END HEAT-PARM

  HEAT-INIT
*** RCHRES        TW    AIRTMP
*** x -  x   (deg F)   (deg F)
   30            45.       50.
  END HEAT-INIT

  SANDFG
*** RCHRES
*** x -  x SNDFG
   30         3
  END SANDFG

  SED-GENPARM
*** RCHRES    BEDWID    BEDWRN       POR
*** x -  x      (ft)      (ft)
   30             7.        3.       0.6
  END SED-GENPARM

  SAND-PM
*** RCHRES         D         W       RHO     KSAND    EXPSND
*** x -  x      (in)  (in/sec)  (gm/cm3)
   30          0.005       0.5       2.5     0.001        2.
  END SAND-PM

  SILT-CLAY-PM
*** RCHRES         D         W       RHO     TAUCD     TAUCS         M
*** x -  x      (in)  (in/sec)    gm/cm3    lb/ft2    lb/ft2  lb/ft2.d
   30         0.0004    0.0035       2.4      0.02     0.035      0.01
  END SILT-CLAY-PM

  SILT-CLAY-PM
*** RCHRES         D         W       RHO     TAUCD     TAUCS         M
*** x -  x      (in)  (in/sec)    gm/cm3    lb/ft2    lb/ft2  lb/ft2.d
   30         0.0002    0.0002       2.4      0.02     0.035      0.01
  END SILT-CLAY-PM

  SSED-INIT
*** RCHRES     Suspended sed concs (mg/l)
*** x -  x      Sand      Silt      Clay
   30             2.        4.        4.
  END SSED-INIT

  BED-INIT
*** RCHRES    BEDDEP  Initial bed composition
*** x -  x      (ft)      Sand      Silt      Clay
   30             3.       0.2      0.42      0.38
  END BED-INIT

  BENTH-FLAG
*** RCHRES  Benthic release flag
*** x -  x BENF
   30         1
  END BENTH-FLAG

  OX-FLAGS
*** RCHRES Oxygen flags
*** x -  x REAM
   30         3
  END OX-FLAGS

  OX-GENPARM
*** RCHRES    KBOD20     TCBOD    KODSET    SUPSAT
*** x -  x       /hr               ft/hr
   30          0.355     1.047     0.055      1.05
  END OX-GENPARM

  OX-BENPARM
*** RCHRES     BENOD     TCBEN     EXPOD  BRBOD(1)  BRBOD(2)   EXPREL
*** x -  x  mg/m2.hr                      mg/m2.hr  mg/m2.hr
   30            50.      1.07      1.02    0.0001    0.0001       0.3
  END OX-BENPARM

  OX-REAPARM
*** RCHRES    TCGINV      REAK    EXPRED    EXPREV
*** x -  x                 /hr
   30          1.024       0.1    -0.673     0.969
  END OX-REAPARM

  OX-INIT
*** RCHRES       DOX       BOD     SATDO
*** x -  x      mg/l      mg/l      mg/l
   30             8.       1.5      15.5
  END OX-INIT

  NUT-FLAGS
*** RCHRES  Nutrient flags
*** x -  x  NH3  NO2  PO4  AMV  DEN ADNH ADPO PHFL
   30         1    0    1    0    1    1    1    2
  END NUT-FLAGS

  NUT-AD-FLAGS
***        Atmospheric Deposition Flags
*** RCHRES  NO3    NH3    PO4
*** x -  x <F><C> <F><C> <F><C>
   30       -1  0  -1  0  -1  0
  END NUT-AD-FLAGS

  CONV-VAL1
*** RCHRES      CVBO     CVBPC     CVBPN    BPCNTC
*** x -  x     mg/mg  mols/mol  mols/mol
   30           1.98      106.       16.       90.
  END CONV-VAL1

  NUT-BENPARM
*** RCHRES  BRNIT(1)  BRNIT(2)  BRPO4(1)  BRPO4(2)     ANAER
*** x -  x  mg/m2.hr  mg/m2.hr  mg/m2.hr  mg/m2.hr      mg/l
   30          0.001    0.0001    0.0001    0.0001       0.8
  END NUT-BENPARM

  NUT-NITDENIT
*** RCHRES    KTAM20    KNO220     TCNIT    KNO320     TCDEN    DENOXT
*** x -  x       /hr       /hr                 /hr                mg/l
   30           0.55      0.55      1.07       0.2      1.07        4.
  END NUT-NITDENIT

  NUT-BEDCONC
*** RCHRES       Bed concentrations of NH4 & PO4 (mg/kg)
*** x -  x  NH4-sand  NH4-silt  NH4-clay  PO4-sand  PO4-silt  PO4-clay
   30             1.        1.        1.       0.1       0.2       0.3
  END NUT-BEDCONC

  NUT-ADSPARM
*** RCHRES       Partition coefficients for NH4 AND PO4  (ml/g)
*** x -  x  NH4-sand  NH4-silt  NH4-clay  PO4-sand  PO4-silt  PO4-clay
   30           100.      100.      100.   100000.   100000.   100000.
  END NUT-ADSPARM

  NUT-DINIT
*** RCHRES       NO3       TAM       NO2       PO4
*** x -  x      mg/l      mg/l      mg/l      mg/l
   30             2.      0.01      0.01     0.001        7.
  END NUT-DINIT

  NUT-ADSINIT
*** RCHRES        Initial suspended NH4 and PO4 concentrations (mg/kg)
*** x -  x  NH4-sand  NH4-silt  NH4-clay  PO4-sand  PO4-silt  PO4-clay
   30             0.        0.        0.        0.        0.        0.
  END NUT-ADSINIT

  PLNK-FLAGS
*** RCHRES Plankton flags
*** x -  x PHYF ZOOF BALF SDLT AMRF DECF NSFG ZFOO  BNP
   30         1    0    1    0    0    1    1    2    0
  END PLNK-FLAGS

  PLNK-PARM1
***RC HRES    RATCLP    NONREF    LITSED     ALNPR      EXTB     MALGR    PARADF
*** x  - x                       l/mg.ft                 /ft       /hr
   30            0.3       0.2      0.01       0.2     0.003       0.1        1.
  END PLNK-PARM1

  PLNK-PARM2
***RC HRES     CMMLT      CMMN     CMMNP      CMMP    TALGRH    TALGRL    TALGRM
*** x  - x    ly/min      mg/l      mg/l      mg/l     deg F     deg F     deg F
   30           0.05     0.055     0.005     0.005       90.      -10.       60.
  END PLNK-PARM2

  PLNK-PARM3
*** RCHRES     ALR20      ALDH      ALDL     OXALD     NALDH     PALDH
*** x -  x       /hr       /hr       /hr       /hr      mg/l      mg/l
   30          0.001     0.003    0.0001  0.000001        0.        0.
  END PLNK-PARM3

  PHYTO-PARM
*** RCHRES      SEED    MXSTAY      OREF    CLALDH    PHYSET    REFSET
*** x -  x      mg/l      mg/l     ft3/s      ug/l     ft/hr     ft/hr
   30           0.15      0.15        3.       50.     0.011      0.07
  END PHYTO-PARM

  BENAL-PARM
***RC HRES      MBAL    CFBALR    CFBALG    MINBAL     CAMPR     FRAVL    NMAXFX
*** x  - x     mg/m2                         mg/m2      mg/l                mg/l
   30          1000.      0.05      0.05     1.e-4     0.001        0.       10.
  END BENAL-PARM

  PLNK-INIT
*** RCHRES     PHYTO       ZOO     BENAL       ORN       ORP       ORC
*** x -  x      mg/l     org/l     mg/m2      mg/l      mg/l      mg/l
   30            0.2      0.03      100.      0.01      0.01       0.5
  END PLNK-INIT

END RCHRES
 
FTABLES
 
  FTABLE     30
 rows cols                               ***
   20    4
     depth      area    volume  outflow1 ***
        0.        0.        0.        0.
       0.3      5.54      1.66      0.79
      0.47      5.59      2.23      1.18
      0.54       5.6      2.45      1.31
      0.59      5.69       2.6      1.44
      0.61      5.75      3.03      1.49
      0.64      5.79      3.33      1.55
       0.7      5.83      3.64      1.67
      0.82      5.87      4.46      1.74
      0.84       6.1      5.63       1.8
      0.86      6.35      5.81      1.93
      0.89      6.91      6.14        2.
      0.94      7.05      6.63      2.63
      0.96      7.14      6.85      2.69
      1.02      7.63      7.78      3.34
       1.3      8.24     12.72       6.4
       1.6      8.38      13.5     12.05
       3.2     10.38     33.51     13.11
        4.     17.38     70.77     15.31
     10.65     52.38   5054.77     16.31
  END FTABLE 30
END FTABLES
 
COPY
  TIMESERIES
  Copy-opn***
*** x -  x  NPT  NMN
  300  301    0   10
  END TIMESERIES

END COPY
 
PLTGEN
  PLOTINFO
  Plot-opn***
*** x -  x FILE  NPT  NMN LABL  PYR PIVL TYPE
    1        31    0   10    0    9   24    1
    2        32    0   10    0    9   24    1
    3        33    0   10    0    9   24    1
    4        34    0   10    0    9   24    1
    5        35    0   10    0    9   24    1
    6        36    0   10    0    9   24    1
    7        37    0   10    0    9   24    1
    8        38    0   10    0    9   24    1
    9        39    0   10    0    9   24    1
   10        40    0    5    0    9   24    1
***BENTHIC
   21        51    0    1    0    9   24    1
***SHEAR STRESS
   23        53    4    0    0    9   24    1
*** P concentrations
   26        56    0    1    0    9   24    1
   27        57    0    1    0    9   24    1
*** Sediments sand,silt,clay sg10
   29        59    3    1    0    9   24    1
*** EOS sediments
   30        60    0   10    0    9   24    1
*** concentrations from Segment 10
   31        61    3    4    0    9    1    1
   32        62    4    3    0    9    1    1
*** animal waste Edge of Stream Loads
   37        41    0    9    0    9   24    1
*** Org N&P
   45        63    0    9    0    9   24    1
   46        64    0    9    0    9   24    1
  END PLOTINFO

  GEN-LABELS
 Plot -opn***
*** x  - x  General title                                   Y-axis label
    1     SUR & SUB LOADS FROM SEG30 FOREST                 
    2     SUR & SUB LOADS FROM SEG30  CORN                  
    3     SUR & SUB LOADS FROM SEG30  SOYBEANS              
    4     SUR & SUB LOADS FROM SEG30  LO TILL COR           
    5     SUR & SUB LOADS FROM SEG30  DOUBLE CROP           
    6     SUR & SUB LOADS FROM SEG30  HAY LND               
    7     SUR & SUB LOADS FROM SEG30  OTHER - VEG           
    8     SUR & SUB LOADS FROM SEG30  PASTURE               
    9     SUR & SUB LOADS FROM SEG30  P URBAN               
   10     IMP URBAN FROM SEG30                              
   21     BENTHIC ALGAE Segment 30                          
   23     shear stress  30                                  
   26     PART AND ORG P MG/L                              
   27     TOTAL P MG/L                                     
   29     SEDIMENTS segment 30                              
   30     EOS SEDIMENTS per/LU Reach 30 lb/acre             
   31     SEGMENT 30 N AND P CONCENTRATIONS                 
   32     SEGMENT 30 FLOW, ORG C, CHLA, DO, T,BOD           
   37     ANIMAL WASTE LOADS SG 30                          
   45     ORG N AGCHEMS SEG 30                              
   46     ORG P AGCHEMS SEG 30                              
  END GEN-LABELS

  SCALING
  Plot-opn***   YMIN      YMAX     IVLIN    THRESH
*** x -  x                        ivl/in
    1   46        0.   100000.       20.    -1E+30
  END SCALING

  CURV-DATA
  Plot-opn*** Curve label      Line Intg  Col Tran
*** x -  x                     type  eqv code code
    1   10    SURF FLOW IN        0    1    1 SUM
   21         BENTHIC ALGAE       0    1    1 AVER
   23         Shear Stress Min    0    1    1 MIN
   26         Part and Org P      0    1    1 AVER
   27         TOTAL P (mg/l)      0    1    1 AVER
   29         SAND                0    1    1 AVER
   30         EOS SED FOREST      0    1    1 SUM
   31         NO3 (MG/L)          0    1    1 AVER
   32         FLOW (CFS)          0    1    1 AVER
   37         SURF FLOW IN        0    1    1 SUM
   45         ORG-N FM FOREST   S10    1    1 SUM
   46         ORG-P FM FOREST   S10    1    1 SUM
  END CURV-DATA

  CURV-DATA
  Plot-opn*** Curve label      Line Intg  Col Tran
*** x -  x                     type  eqv code code
    1   10    SURF NH3 (LB/AC)    0    1    1 SUM
   23         shear max           0    1    1 MAX
   29         SILT                0    1    1 AVER
   30         EOS SED HI-TILL  CORN    1    1 SUM
   31         NH3 (MG/L)          0    1    1 AVER
   32         ORGANIC C (MG/L) (MG/L)  1    1 AVER
   37         SURF NH3 (LB/AC)    0    1    1 SUM
   45         ORG-N FM HITIL-CORN10    1    1 SUM
   46         ORG-P FM HITIL CORN10    1    1 SUM
  END CURV-DATA

  CURV-DATA
  Plot-opn*** Curve label      Line Intg  Col Tran
*** x -  x                     type  eqv code code
    1   10    SURF NO3 (LB/AC)    0    1    1 SUM
   23         Shear Average       0    1    1 AVER
   29         CLAY                0    1    1 AVER
   30         EOS SED HI-TILL BEANS    1    1 SUM
   31         PO4 (MG/L)          0    1    1 AVER
   32         CHLA (UG/L)         0    1    1 AVER
   37         SURF NO3 (LB/AC)    0    1    1 SUM
   45         ORG-N FM DOUBLE   S10    1    1 SUM
   46         ORG-P FM DOUBLE   S10    1    1 SUM
  END CURV-DATA

  CURV-DATA
  Plot-opn*** Curve label      Line Intg  Col Tran
*** x -  x                     type  eqv code code
    1   10    SURF PO4 (LB/AC)    0    1    1 SUM
   23         shear AVVEL         0    1    1 AVER
   29         TOTAL SEDIMENT      0    1    1 AVER
   30         EOS SED LO-TILL  CORN    1    1 SUM
   31         ORGANIC N (MG/L)    0    1    1 AVER
   32         DO (MG/L)           0    1    1 AVER
   37         SURF PO4 (LB/AC)    0    1    1 SUM
   45         ORG-N FM LOWTILC  S10    1    1 SUM
   46         ORG-P FM LOWTILC  S10    1    1 SUM
  END CURV-DATA

  CURV-DATA
  Plot-opn*** Curve label      Line Intg  Col Tran
*** x -  x                     type  eqv code code
    1   10    SURF BOD (LB/AC)    0    1    1 SUM
   30         EOS SED LO-TILL BEANS    1    1 SUM
   31         TOTAL N (MG/L)      0    1    1 AVER
   32         TEMPERATURE (C)     0    1    1 AVER
   37         SURF BOD (LB/AC)    0    1    1 SUM
   45         ORG-N FM FULL S BEANS10  1    1 SUM
   46         ORG-P FM FULL S BEANS10  1    1 SUM
  END CURV-DATA

  CURV-DATA
  Plot-opn*** Curve label      Line Intg  Col Tran
*** x -  x                     type  eqv code code
    1    9    SUBSURF FLOW        0    1    1 SUM
   30         EOS SED HAYLAND     0    1    1 SUM
   31         ORGANIC P (MG/L)    0    1    1 AVER
   32         BOD     (mg/L)      0    1    1 AVER
   37         SURF REFRACT.ORGN(LB/AC) 1    1 SUM
   45         ORG-N FM HAY S10    0    1    1 SUM
   46         ORG-P FM HAY S10    0    1    1 SUM
  END CURV-DATA

  CURV-DATA
  Plot-opn*** Curve label      Line Intg  Col Tran
*** x -  x                     type  eqv code code
    1    9    SBSR NH3 (LB/AC)    0    1    1 SUM
   30         EOS SED OTHER-VE   GT    1    1 SUM
   31         TOTAL P (MG/L)      0    1    1 AVER
   32         TSS      (MG/L)     0    1    1 AVER
   37         SURF LABILE.ORGN (LB/AC) 1    1 SUM
   45         ORG-N FM VEGETAB  S10    1    1 SUM
   46         ORG-P FM VEGETAB  S10    1    1 SUM
  END CURV-DATA

  CURV-DATA
  Plot-opn*** Curve label      Line Intg  Col Tran
*** x -  x                     type  eqv code code
    1    9    SBSR NO3 (LB/AC)    0    1    1 SUM
   30         EOS SED PASTURE     0    1    1 SUM
   37         SURF REFRACT.ORGP(LB/AC) 1    1 SUM
   45         ORG-N FM PASTURE  S10    1    1 SUM
   46         ORG-P FM PASTURE  S10    1    1 SUM
  END CURV-DATA

  CURV-DATA
  Plot-opn*** Curve label      Line Intg  Col Tran
*** x -  x                     type  eqv code code
    1    9    SBSR PO4 (LB/AC)    0    1    1 SUM
   30         EOS SED PURBAN      0    1    1 SUM
   37         SURF LABILE.ORGP (LB/AC) 1    1 SUM
   45         ORG-N FM PERV.UR BS10    1    1 SUM
   46         ORG-P FM PERV.UR  B10    1    1 SUM
  END CURV-DATA

  CURV-DATA
  Plot-opn*** Curve label      Line Intg  Col Tran
*** x -  x                     type  eqv code code
    1    9    SBSR BOD (LB/AC)    0    1    1 SUM
   30         EOS SED IMP URBA    N    1    1 SUM
  END CURV-DATA

END PLTGEN
 
GENER
  OPCODE
*** GENER   OP-
*** x -  x CODE
    1    3   19
    9        11
  END OPCODE

  PARM
*** GENER          K
*** x -  x
    9           -32.
  END PARM

END GENER
 
BMPRAC
  PRINT-INFO
*** BMPRAC  Printout level flags
*** x -  x FLOW CONS HEAT  SED   GQ  OXY  NUT PLNK   PH PIVL  PYR
   30         4    4    4    4    4    4    4    4    4    1    9
  END PRINT-INFO

  GEN-INFO
***              Name           BMP             Unit Systems   Printer
*** BMPRAC                     Type NCON  NGQ      t-series  Engl Metr
*** x -  x<------------------>                      in  out
   30     New BMP                 1    0    0         1    1    0    0
  END GEN-INFO

  FLOW-FLAG
*** BMPRAC Monthly variable flag
*** x -  x VOLF
   30         0
  END FLOW-FLAG

  FLOW-FRAC
*** BMPRAC Removal fraction
*** x -  x    VOLFRC
   30             0.
  END FLOW-FRAC

  CONS-FLAG
*** BMPRAC            Monthly variable flags
*** x -  x  C1F  C2F  C3F  C4F  C5F  C6F  C7F  C8F  C9F C10F
   30         0    0    0    0    0    0    0    0    0    0
  END CONS-FLAG

  CONS-FRAC
*** BMPRAC        Name           Units  Removal fraction
*** x -  x<-------CONID------>  <CQTYID>    CONFRC
   30                                            0
  END CONS-FRAC

  HEAT-FLAG
*** BMPRAC Monthly variable flag
*** x -  x  HTF
   30         0
  END HEAT-FLAG

  HEAT-FRAC
*** BMPRAC Removal fraction
*** x -  x     HTFRC
   30             0.
  END HEAT-FRAC

  SED-FLAG
*** BMPRAC Monthly variable flags
*** x -  x Sand Silt Clay
   30         0    0    0
  END SED-FLAG

  SED-FRAC
*** BMPRAC         Removal fractions
*** x -  x      sand      silt      clay
   30           0.75      0.75      0.75
  END SED-FRAC

  GQ-FLAG
***                   Monthly variable flags
*** BMPRAC<------Qual 1------><------Qual 2------><------Qual 3------>
*** x -  x Soln Sand Silt Clay Soln Sand Silt Clay Soln Sand Silt Clay
   30         0    0    0    0    0    0    0    0    0    0    0    0
  END GQ-FLAG

  GQ-FRAC
***BM PRAC        Name           Units            Removal fractions
*** x  - x<-------GQID------->  <GQTYID>      Soln      Sand      Silt      Clay
   30     unknown                                0         0         0         0
  END GQ-FRAC

  OXY-FLAG
*** BMPRAC  Monthly variable flags
*** x -  x DOXF BODF
   30         0    0
  END OXY-FLAG

  OXY-FRAC
*** BMPRAC   Removal fractions
*** x -  x       DOX       BOD
   30             0.       0.8
  END OXY-FRAC

  NUT-FLAG
***                  Monthly variable flags
*** BMPRAC<-----Solution-----><---Ads-NH4---><---Ads-PO4--->
*** x -  x  NO3  TAM  NO2  PO4 Sand Silt Clay Sand Silt Clay
   30         0    0    0    0    0    0    0    0    0    0
  END NUT-FLAG

  DNUT-FRAC
*** BMPRAC               Removal fractions
*** x -  x       NO3       TAM       NO2       PO4
   30            0.5       0.5       0.5       0.5
  END DNUT-FRAC

  ADSNUT-FRAC
***                             Removal fractions
*** BMPRAC              Ammonia                     Phosphate
*** x -  x      Sand      Silt      Clay      Sand      Silt      Clay
   30            0.5       0.5       0.5       0.5       0.5       0.5
  END ADSNUT-FRAC

  PLANK-FLAG
*** BMPRAC  Monthly variable flags
*** x -  x Phyt  Zoo  ORN  ORP  ORC
   30         0    0    0    0    0
  END PLANK-FLAG

  PLANK-FRAC
*** BMPRAC                  Removal Fractions
*** x -  x      Phyt       Zoo       ORN       ORP       ORC
   30             0.        0.       0.5       0.5        0.
  END PLANK-FRAC

  PH-FLAG
*** BMPRAC  Monthly variable flags
*** x -  x  TIC  CO2
   30         0    0
  END PH-FLAG

  PH-FRAC
*** BMPRAC    Removal fractions
*** x -  x       TIC       CO2
   30             0.        0.
  END PH-FRAC

END BMPRAC
 
EXT SOURCES
<-Volume-> <Member> SsysSgap<--Mult-->Tran <-Target vols> <-Grp> <-Member-> ***
<Name>   x <Name> x tem strg<-factor->strg <Name>   x   x        <Name> x x ***
*** Met Seg LEWES
WDM     18 HPRC  10 ENGLZERO          SAME PERLND  31  39 EXTNL  PREC  
WDM     28 TEMP     ENGL              SAME PERLND  31  39 EXTNL  GATMP 
WDM     51 DEWP     ENGLZERO          SAME PERLND  31  39 EXTNL  DTMPG 
WDM     54 WNDH     ENGLZERO          SAME PERLND  31  39 EXTNL  WINMOV
WDM     56 RADH     ENGLZERO          SAME PERLND  31  39 EXTNL  SOLRAD
WDM     52 CLDC     ENGLZERO          SAME PERLND  31  39 EXTNL  CLOUD 
WDM     57 PET      ENGLZERO          DIV  PERLND  31  39 EXTNL  PETINP
*** Met Seg LEWES
WDM     18 HPRC  10 ENGLZERO          SAME IMPLND  38  39 EXTNL  PREC  
WDM     28 TEMP     ENGL              SAME IMPLND  38  39 EXTNL  GATMP 
WDM     51 DEWP     ENGLZERO          SAME IMPLND  38  39 EXTNL  DTMPG 
WDM     54 WNDH     ENGLZERO          SAME IMPLND  38  39 EXTNL  WINMOV
WDM     56 RADH     ENGLZERO          SAME IMPLND  38  39 EXTNL  SOLRAD
WDM     52 CLDC     ENGLZERO          SAME IMPLND  38  39 EXTNL  CLOUD 
WDM     57 PET      ENGLZERO          DIV  IMPLND  38  39 EXTNL  PETINP
*** Met Seg LEWES
WDM     18 HPRC  10 ENGLZERO          SAME RCHRES  30     EXTNL  PREC  
WDM     28 TEMP     ENGL              SAME RCHRES  30     EXTNL  GATMP 
WDM     51 DEWP     ENGLZERO          SAME RCHRES  30     EXTNL  DEWTMP
WDM     54 WNDH     ENGLZERO          SAME RCHRES  30     EXTNL  WIND  
WDM     56 RADH     ENGLZERO          SAME RCHRES  30     EXTNL  SOLRAD
WDM     52 CLDC     ENGLZERO          SAME RCHRES  30     EXTNL  CLOUD 
WDM     57 PET      ENGLZERO          DIV  RCHRES  30     EXTNL  POTEV 

WDM1     1 SNO3     ENGLZERO      54.3DIV  RCHRES  30     INFLOW NUIF1  1
WDM1     2 SPO4     ENGLZERO       7.8DIV  RCHRES  30     INFLOW NUIF1  4
WDM      3 NO3A     ENGL              DIV  PERLND  31     EXTNL  NIADFX 1 1
WDM      4 NH4A     ENGL              DIV  PERLND  31     EXTNL  NIADFX 2 1
WDM      3 NO3A     ENGL              DIV  PERLND  32     EXTNL  NIADFX 1 1
WDM      4 NH4A     ENGL              DIV  PERLND  32     EXTNL  NIADFX 2 1
WDM      3 NO3A     ENGL              DIV  PERLND  33     EXTNL  NIADFX 1 1
WDM      4 NH4A     ENGL              DIV  PERLND  33     EXTNL  NIADFX 2 1
WDM      3 NO3A     ENGL              DIV  PERLND  34     EXTNL  NIADFX 1 1
WDM      4 NH4A     ENGL              DIV  PERLND  34     EXTNL  NIADFX 2 1
WDM      3 NO3A     ENGL              DIV  PERLND  35     EXTNL  NIADFX 1 1
WDM      4 NH4A     ENGL              DIV  PERLND  35     EXTNL  NIADFX 2 1
WDM      3 NO3A     ENGL              DIV  PERLND  36     EXTNL  NIADFX 1 1
WDM      4 NH4A     ENGL              DIV  PERLND  36     EXTNL  NIADFX 2 1
WDM      3 NO3A     ENGL              DIV  PERLND  37     EXTNL  NIADFX 1 1
WDM      4 NH4A     ENGL              DIV  PERLND  37     EXTNL  NIADFX 2 1
WDM      3 NO3A     ENGL              DIV  PERLND  38     EXTNL  NIADFX 1 1
WDM      4 NH4A     ENGL              DIV  PERLND  38     EXTNL  NIADFX 2 1
WDM      3 NO3A     ENGL              DIV  PERLND  39     EXTNL  NIADFX 1 1
WDM      4 NH4A     ENGL              DIV  PERLND  39     EXTNL  NIADFX 2 1
WDM***   5 ORNA     ENGL              DIV  PERLND  31     EXTNL  NIADFX 1 1
WDM***8472 ORNX     ENGL              DIV  PERLND  31     EXTNL  NIADFX 3 1
WDM***8474 ORPX     ENGL              DIV  PERLND  31     EXTNL  PHADFX 2 1
WDM***8473 PO4A     ENGL              DIV  PERLND  31     EXTNL  PHADFX 1 1
WDM      3 NO3A     ENGL              DIV  IMPLND  39     EXTNL  IQADFX 2 1
WDM      4 NH4A     ENGL              DIV  IMPLND  39     EXTNL  IQADFX 1 1
*** ATMOSPHERIC DEPOSITION LOADS segments 30
WDM      3 NO3A     ENGLZERO          DIV  RCHRES  30     EXTNL  NUADFX 1 1
WDM      4 NH4A     ENGLZERO          DIV  RCHRES  30     EXTNL  NUADFX 2 1
WDM      5 ORNA     ENGLZERO          DIV  RCHRES  30     EXTNL  PLADFX 1 1
***WDM   8434 ORPX     ENGLZERO          DIV  RCHRES  30     EXTNL  PLADFX 2 1
***WDM   8433 PO4A     ENGLZERO          DIV  RCHRES  30     EXTNL  NUADFX 3 1
WDM     34 ORPX     ENGLZERO          DIV  RCHRES  30     EXTNL  PLADFX 2 1
WDM     33 PO4A     ENGLZERO          DIV  RCHRES  30     EXTNL  NUADFX 3 1
END EXT SOURCES
 
NETWORK
<-Volume-> <-Grp> <-Member-><--Mult-->Tran <-Target vols> <-Grp> <-Member->  ***
<Name>   x        <Name> x x<-factor->strg <Name>   x   x        <Name> x x  ***
**** PARTICULATE N ADS NH3 + ORG N  curve 4 
RCHRES  30 NUTRX  RSNH4  4            AVER GENER    1     INPUT  ONE     
RCHRES  30 HYDR   VOL                 AVER GENER    1     INPUT  TWO     
**** PARTICULATE P ADS PO4 + ORG P  curve 6 
RCHRES  30 NUTRX  RSPO4  4            AVER GENER    2     INPUT  ONE     
RCHRES  30 HYDR   VOL                 AVER GENER    2     INPUT  TWO     
*** concentrations for calibration only
****ADS PO4 + ORG P
RCHRES  30 NUTRX  RSPO4  4            AVER GENER    3     INPUT  ONE     
RCHRES  30 HYDR   VOL                 AVER GENER    3     INPUT  TWO     
**** WATER TEMPERATURE deg C  curve 5 
RCHRES  30 HTRCH  TW                  AVER GENER    9     INPUT  ONE     
*** for total Organic N
***RCHRES  30 PLANK  PKST3  4    11.6    AVER PLTGEN  29     INPUT  MEAN   1
****  FOREST
PERLND  31 PWATER SURO                SAME PLTGEN   1     INPUT  MEAN   1
PERLND  31 NITR   TSAMS  1            SAME PLTGEN   1     INPUT  MEAN   2
PERLND  31 NITR   SEDN   2            SAME PLTGEN   1     INPUT  MEAN   2
PERLND  31 NITR   TSNO3  1            SAME PLTGEN   1     INPUT  MEAN   3
PERLND  31 PQUAL  SOQUAL 1            SAME PLTGEN   1     INPUT  MEAN   4
PERLND  31 PQUAL  SOQUAL 2            SAME PLTGEN   1     INPUT  MEAN   5
PERLND  31 PWATER IFWO                SAME PLTGEN   1     INPUT  MEAN   6
PERLND  31 PWATER AGWO                SAME PLTGEN   1     INPUT  MEAN   6
PERLND  31 NITR   TSAMS  5            SAME PLTGEN   1     INPUT  MEAN   7
PERLND  31 NITR   SSAMS  3            SAME PLTGEN   1     INPUT  MEAN   7
PERLND  31 NITR   TSNO3  5            SAME PLTGEN   1     INPUT  MEAN   8
PERLND  31 NITR   SSNO3  3            SAME PLTGEN   1     INPUT  MEAN   8
PERLND  31 PQUAL  IOQUAL 1            SAME PLTGEN   1     INPUT  MEAN   9
PERLND  31 PQUAL  AOQUAL 1            SAME PLTGEN   1     INPUT  MEAN   9
PERLND  31 PQUAL  IOQUAL 2            SAME PLTGEN   1     INPUT  MEAN  10
PERLND  31 PQUAL  AOQUAL 2            SAME PLTGEN   1     INPUT  MEAN  10
****  HIGH TILL CORN
PERLND  32 PWATER SURO                SAME PLTGEN   2     INPUT  MEAN   1
PERLND  32 NITR   TSAMS  1            SAME PLTGEN   2     INPUT  MEAN   2
PERLND  32 NITR   SEDN   2            SAME PLTGEN   2     INPUT  MEAN   2
PERLND  32 NITR   TSNO3  1            SAME PLTGEN   2     INPUT  MEAN   3
PERLND  32 PHOS   TSP4S  1            SAME PLTGEN   2     INPUT  MEAN   4
PERLND  32 PHOS   SEDP   2            SAME PLTGEN   2     INPUT  MEAN   4
PERLND  32 PQUAL  SOQUAL 1            SAME PLTGEN   2     INPUT  MEAN   5
PERLND  32 PWATER IFWO                SAME PLTGEN   2     INPUT  MEAN   6
PERLND  32 PWATER AGWO                SAME PLTGEN   2     INPUT  MEAN   6
PERLND  32 NITR   TSAMS  5            SAME PLTGEN   2     INPUT  MEAN   7
PERLND  32 NITR   SSAMS  3            SAME PLTGEN   2     INPUT  MEAN   7
PERLND  32 NITR   TSNO3  5            SAME PLTGEN   2     INPUT  MEAN   8
PERLND  32 NITR   SSNO3  3            SAME PLTGEN   2     INPUT  MEAN   8
PERLND  32 PHOS   TSP4S  5            SAME PLTGEN   2     INPUT  MEAN   9
PERLND  32 PHOS   SSP4S  3            SAME PLTGEN   2     INPUT  MEAN   9
PERLND  32 PQUAL  IOQUAL 1            SAME PLTGEN   2     INPUT  MEAN  10
PERLND  32 PQUAL  AOQUAL 1            SAME PLTGEN   2     INPUT  MEAN  10
****  HIGH TILL BEANS
PERLND  33 PWATER SURO                SAME PLTGEN   3     INPUT  MEAN   1
PERLND  33 NITR   TSAMS  1            SAME PLTGEN   3     INPUT  MEAN   2
PERLND  33 NITR   SEDN   2            SAME PLTGEN   3     INPUT  MEAN   2
PERLND  33 NITR   TSNO3  1            SAME PLTGEN   3     INPUT  MEAN   3
PERLND  33 PHOS   TSP4S  1            SAME PLTGEN   3     INPUT  MEAN   4
PERLND  33 PHOS   SEDP   2            SAME PLTGEN   3     INPUT  MEAN   4
PERLND  33 PQUAL  SOQUAL 1            SAME PLTGEN   3     INPUT  MEAN   5
PERLND  33 PWATER IFWO                SAME PLTGEN   3     INPUT  MEAN   6
PERLND  33 PWATER AGWO                SAME PLTGEN   3     INPUT  MEAN   6
PERLND  33 NITR   TSAMS  5            SAME PLTGEN   3     INPUT  MEAN   7
PERLND  33 NITR   SSAMS  3            SAME PLTGEN   3     INPUT  MEAN   7
PERLND  33 NITR   TSNO3  5            SAME PLTGEN   3     INPUT  MEAN   8
PERLND  33 NITR   SSNO3  3            SAME PLTGEN   3     INPUT  MEAN   8
PERLND  33 PHOS   TSP4S  5            SAME PLTGEN   3     INPUT  MEAN   9
PERLND  33 PHOS   SSP4S  3            SAME PLTGEN   3     INPUT  MEAN   9
PERLND  33 PQUAL  IOQUAL 1            SAME PLTGEN   3     INPUT  MEAN  10
PERLND  33 PQUAL  AOQUAL 1            SAME PLTGEN   3     INPUT  MEAN  10
****  LOW TILL CORN
PERLND  34 PWATER SURO                SAME PLTGEN   4     INPUT  MEAN   1
PERLND  34 NITR   TSAMS  1            SAME PLTGEN   4     INPUT  MEAN   2
PERLND  34 NITR   SEDN   2            SAME PLTGEN   4     INPUT  MEAN   2
PERLND  34 NITR   TSNO3  1            SAME PLTGEN   4     INPUT  MEAN   3
PERLND  34 PHOS   TSP4S  1            SAME PLTGEN   4     INPUT  MEAN   4
PERLND  34 PHOS   SEDP   2            SAME PLTGEN   4     INPUT  MEAN   4
PERLND  34 PQUAL  SOQUAL 1            SAME PLTGEN   4     INPUT  MEAN   5
PERLND  34 PWATER IFWO                SAME PLTGEN   4     INPUT  MEAN   6
PERLND  34 PWATER AGWO                SAME PLTGEN   4     INPUT  MEAN   6
PERLND  34 NITR   TSAMS  5            SAME PLTGEN   4     INPUT  MEAN   7
PERLND  34 NITR   SSAMS  3            SAME PLTGEN   4     INPUT  MEAN   7
PERLND  34 NITR   TSNO3  5            SAME PLTGEN   4     INPUT  MEAN   8
PERLND  34 NITR   SSNO3  3            SAME PLTGEN   4     INPUT  MEAN   8
PERLND  34 PHOS   TSP4S  5            SAME PLTGEN   4     INPUT  MEAN   9
PERLND  34 PHOS   SSP4S  3            SAME PLTGEN   4     INPUT  MEAN   9
PERLND  34 PQUAL  IOQUAL 1            SAME PLTGEN   4     INPUT  MEAN  10
PERLND  34 PQUAL  AOQUAL 1            SAME PLTGEN   4     INPUT  MEAN  10
****  LOW TILL BEANS
PERLND  35 PWATER SURO                SAME PLTGEN   5     INPUT  MEAN   1
PERLND  35 NITR   TSAMS  1            SAME PLTGEN   5     INPUT  MEAN   2
PERLND  35 NITR   SEDN   2            SAME PLTGEN   5     INPUT  MEAN   2
PERLND  35 NITR   TSNO3  1            SAME PLTGEN   5     INPUT  MEAN   3
PERLND  35 PHOS   TSP4S  1            SAME PLTGEN   5     INPUT  MEAN   4
PERLND  35 PHOS   SEDP   2            SAME PLTGEN   5     INPUT  MEAN   4
PERLND  35 PQUAL  SOQUAL 1            SAME PLTGEN   5     INPUT  MEAN   5
PERLND  35 PWATER IFWO                SAME PLTGEN   5     INPUT  MEAN   6
PERLND  35 PWATER AGWO                SAME PLTGEN   5     INPUT  MEAN   6
PERLND  35 NITR   TSAMS  5            SAME PLTGEN   5     INPUT  MEAN   7
PERLND  35 NITR   SSAMS  3            SAME PLTGEN   5     INPUT  MEAN   7
PERLND  35 NITR   TSNO3  5            SAME PLTGEN   5     INPUT  MEAN   8
PERLND  35 NITR   SSNO3  3            SAME PLTGEN   5     INPUT  MEAN   8
PERLND  35 PHOS   TSP4S  5            SAME PLTGEN   5     INPUT  MEAN   9
PERLND  35 PHOS   SSP4S  3            SAME PLTGEN   5     INPUT  MEAN   9
PERLND  35 PQUAL  IOQUAL 1            SAME PLTGEN   5     INPUT  MEAN  10
PERLND  35 PQUAL  AOQUAL 1            SAME PLTGEN   5     INPUT  MEAN  10
****  HAY
PERLND  36 PWATER SURO                SAME PLTGEN   6     INPUT  MEAN   1
PERLND  36 NITR   TSAMS  1            SAME PLTGEN   6     INPUT  MEAN   2
PERLND  36 NITR   SEDN   2            SAME PLTGEN   6     INPUT  MEAN   2
PERLND  36 NITR   TSNO3  1            SAME PLTGEN   6     INPUT  MEAN   3
PERLND  36 PHOS   TSP4S  1            SAME PLTGEN   6     INPUT  MEAN   4
PERLND  36 PHOS   SEDP   2            SAME PLTGEN   6     INPUT  MEAN   4
PERLND  36 PQUAL  SOQUAL 1            SAME PLTGEN   6     INPUT  MEAN   5
PERLND  36 PWATER IFWO                SAME PLTGEN   6     INPUT  MEAN   6
PERLND  36 PWATER AGWO                SAME PLTGEN   6     INPUT  MEAN   6
PERLND  36 NITR   TSAMS  5            SAME PLTGEN   6     INPUT  MEAN   7
PERLND  36 NITR   SSAMS  3            SAME PLTGEN   6     INPUT  MEAN   7
PERLND  36 NITR   TSNO3  5            SAME PLTGEN   6     INPUT  MEAN   8
PERLND  36 NITR   SSNO3  3            SAME PLTGEN   6     INPUT  MEAN   8
PERLND  36 PHOS   TSP4S  5            SAME PLTGEN   6     INPUT  MEAN   9
PERLND  36 PHOS   SSP4S  3            SAME PLTGEN   6     INPUT  MEAN   9
PERLND  36 PQUAL  IOQUAL 1            SAME PLTGEN   6     INPUT  MEAN  10
PERLND  36 PQUAL  AOQUAL 1            SAME PLTGEN   6     INPUT  MEAN  10
**** OTHER - VEGETABLES
PERLND  37 PWATER SURO                SAME PLTGEN   7     INPUT  MEAN   1
PERLND  37 NITR   TSAMS  1            SAME PLTGEN   7     INPUT  MEAN   2
PERLND  37 NITR   SEDN   2            SAME PLTGEN   7     INPUT  MEAN   2
PERLND  37 NITR   TSNO3  1            SAME PLTGEN   7     INPUT  MEAN   3
PERLND  37 PHOS   TSP4S  1            SAME PLTGEN   7     INPUT  MEAN   4
PERLND  37 PHOS   SEDP   2            SAME PLTGEN   7     INPUT  MEAN   4
PERLND  37 PQUAL  SOQUAL 1            SAME PLTGEN   7     INPUT  MEAN   5
PERLND  37 PWATER IFWO                SAME PLTGEN   7     INPUT  MEAN   6
PERLND  37 PWATER AGWO                SAME PLTGEN   7     INPUT  MEAN   6
PERLND  37 NITR   TSAMS  5            SAME PLTGEN   7     INPUT  MEAN   7
PERLND  37 NITR   SSAMS  3            SAME PLTGEN   7     INPUT  MEAN   7
PERLND  37 NITR   TSNO3  5            SAME PLTGEN   7     INPUT  MEAN   8
PERLND  37 NITR   SSNO3  3            SAME PLTGEN   7     INPUT  MEAN   8
PERLND  37 PHOS   TSP4S  5            SAME PLTGEN   7     INPUT  MEAN   9
PERLND  37 PHOS   SSP4S  3            SAME PLTGEN   7     INPUT  MEAN   9
PERLND  37 PQUAL  IOQUAL 1            SAME PLTGEN   7     INPUT  MEAN  10
PERLND  37 PQUAL  AOQUAL 1            SAME PLTGEN   7     INPUT  MEAN  10
****  PASTURE
PERLND  38 PWATER SURO                SAME PLTGEN   8     INPUT  MEAN   1
PERLND  38 NITR   TSAMS  1            SAME PLTGEN   8     INPUT  MEAN   2
PERLND  38 NITR   SEDN   2            SAME PLTGEN   8     INPUT  MEAN   2
PERLND  38 NITR   TSNO3  1            SAME PLTGEN   8     INPUT  MEAN   3
PERLND  38 PQUAL  SOQUAL 1            SAME PLTGEN   8     INPUT  MEAN   4
PERLND  38 PQUAL  SOQUAL 2            SAME PLTGEN   8     INPUT  MEAN   5
PERLND  38 PWATER IFWO                SAME PLTGEN   8     INPUT  MEAN   6
PERLND  38 PWATER AGWO                SAME PLTGEN   8     INPUT  MEAN   6
PERLND  38 NITR   TSAMS  5            SAME PLTGEN   8     INPUT  MEAN   7
PERLND  38 NITR   SSAMS  3            SAME PLTGEN   8     INPUT  MEAN   7
PERLND  38 NITR   TSNO3  5            SAME PLTGEN   8     INPUT  MEAN   8
PERLND  38 NITR   SSNO3  3            SAME PLTGEN   8     INPUT  MEAN   8
PERLND  38 PQUAL  IOQUAL 1            SAME PLTGEN   8     INPUT  MEAN   9
PERLND  38 PQUAL  AOQUAL 1            SAME PLTGEN   8     INPUT  MEAN   9
PERLND  38 PQUAL  IOQUAL 2            SAME PLTGEN   8     INPUT  MEAN  10
PERLND  38 PQUAL  AOQUAL 2            SAME PLTGEN   8     INPUT  MEAN  10
***PURBAN
PERLND  39 PWATER SURO                SAME PLTGEN   9     INPUT  MEAN   1
PERLND  39 NITR   TSAMS  1            SAME PLTGEN   9     INPUT  MEAN   2
PERLND  39 NITR   SEDN   2            SAME PLTGEN   9     INPUT  MEAN   2
PERLND  39 NITR   TSNO3  1            SAME PLTGEN   9     INPUT  MEAN   3
PERLND  39 PQUAL  SOQUAL 1            SAME PLTGEN   9     INPUT  MEAN   4
PERLND  39 PQUAL  SOQUAL 2            SAME PLTGEN   9     INPUT  MEAN   5
PERLND  39 PWATER IFWO                SAME PLTGEN   9     INPUT  MEAN   6
PERLND  39 PWATER AGWO                SAME PLTGEN   9     INPUT  MEAN   6
PERLND  39 NITR   TSAMS  5            SAME PLTGEN   9     INPUT  MEAN   7
PERLND  39 NITR   SSAMS  3            SAME PLTGEN   9     INPUT  MEAN   7
PERLND  39 NITR   TSNO3  5            SAME PLTGEN   9     INPUT  MEAN   8
PERLND  39 NITR   SSNO3  3            SAME PLTGEN   9     INPUT  MEAN   8
PERLND  39 PQUAL  IOQUAL 1            SAME PLTGEN   9     INPUT  MEAN   9
PERLND  39 PQUAL  AOQUAL 1            SAME PLTGEN   9     INPUT  MEAN   9
PERLND  39 PQUAL  IOQUAL 2            SAME PLTGEN   9     INPUT  MEAN  10
PERLND  39 PQUAL  AOQUAL 2            SAME PLTGEN   9     INPUT  MEAN  10
****  URBAN IMPERVIOUS 
IMPLND  39 IWATER SURO                SAME PLTGEN  10     INPUT  MEAN   1
IMPLND  39 IQUAL  SOQUAL 1            SAME PLTGEN  10     INPUT  MEAN   2
IMPLND  39 IQUAL  SOQUAL 2            SAME PLTGEN  10     INPUT  MEAN   3
IMPLND  39 IQUAL  SOQUAL 3            SAME PLTGEN  10     INPUT  MEAN   4
IMPLND  39 IQUAL  SOQUAL 4            SAME PLTGEN  10     INPUT  MEAN   5
****  ORG N&P FROM AGCHEM SEG 10 ***
PERLND  31 NITR   POORN               SAME PLTGEN  45     INPUT  MEAN   1
PERLND  32 NITR   POORN               SAME PLTGEN  45     INPUT  MEAN   2
PERLND  33 NITR   POORN               SAME PLTGEN  45     INPUT  MEAN   3
PERLND  34 NITR   POORN               SAME PLTGEN  45     INPUT  MEAN   4
PERLND  35 NITR   POORN               SAME PLTGEN  45     INPUT  MEAN   5
PERLND  36 NITR   POORN               SAME PLTGEN  45     INPUT  MEAN   6
PERLND  37 NITR   POORN               SAME PLTGEN  45     INPUT  MEAN   7
PERLND  38 NITR   POORN               SAME PLTGEN  45     INPUT  MEAN   8
PERLND  39 NITR   POORN               SAME PLTGEN  45     INPUT  MEAN   9
PERLND  31 PQUAL  SOQUAL 2      0.0055SAME PLTGEN  46     INPUT  MEAN   1
PERLND  31 PQUAL  IOQUAL 2      0.0055SAME PLTGEN  46     INPUT  MEAN   1
PERLND  31 PQUAL  AOQUAL 2      0.0055SAME PLTGEN  46     INPUT  MEAN   1
PERLND  32 PHOS   SEDP   1            SAME PLTGEN  46     INPUT  MEAN   2
PERLND  33 PHOS   SEDP   1            SAME PLTGEN  46     INPUT  MEAN   3
PERLND  34 PHOS   SEDP   1            SAME PLTGEN  46     INPUT  MEAN   4
PERLND  35 PHOS   SEDP   1            SAME PLTGEN  46     INPUT  MEAN   5
PERLND  36 PHOS   SEDP   1            SAME PLTGEN  46     INPUT  MEAN   6
PERLND  37 PHOS   SEDP   1            SAME PLTGEN  46     INPUT  MEAN   7
PERLND  38 PQUAL  SOQUAL 2      0.0055SAME PLTGEN  46     INPUT  MEAN   8
PERLND  38 PQUAL  IOQUAL 2      0.0055SAME PLTGEN  46     INPUT  MEAN   8
PERLND  38 PQUAL  AOQUAL 2      0.0055SAME PLTGEN  46     INPUT  MEAN   8
PERLND  39 PQUAL  SOQUAL 2      0.0055SAME PLTGEN  46     INPUT  MEAN   9
PERLND  39 PQUAL  IOQUAL 2      0.0055SAME PLTGEN  46     INPUT  MEAN   9
PERLND  39 PQUAL  AOQUAL 2      0.0055SAME PLTGEN  46     INPUT  MEAN   9
**** BENTHIC ALGAE
RCHRES  30 PLANK  BENAL               AVER PLTGEN  21     INPUT  MEAN   1
*** SHEAR STRESS ***
RCHRES  30 HYDR   TAU                 SAME PLTGEN  23     INPUT  POINT  1
RCHRES  30 HYDR   TAU                 SAME PLTGEN  23     INPUT  POINT  2
RCHRES  30 HYDR   TAU                 SAME PLTGEN  23     INPUT  POINT  3
RCHRES  30 HYDR   AVVEL               SAME PLTGEN  23     INPUT  POINT  4
*** SEDIMENT
RCHRES  30 SEDTRN SSED   1            SAME PLTGEN  29     INPUT  POINT  1
RCHRES  30 SEDTRN SSED   2            SAME PLTGEN  29     INPUT  POINT  2
RCHRES  30 SEDTRN SSED   3            SAME PLTGEN  29     INPUT  POINT  3
RCHRES  30 SEDTRN SSED   4            AVER PLTGEN  29     INPUT  MEAN   1
*** for total Organic P
RCHRES  30 PLANK  PKST3  5          56AVER PLTGEN  29     INPUT  MEAN   1
***RCHRES  30 PLANK  PKST3  5   216.0    AVER PLTGEN  32     INPUT  MEAN   3
****ADS PO4 and NH3
***RCHRES  30 NUTRX  RSNH4  4            AVER GENER    1     INPUT  ONE
***RCHRES  30 HYDR   VOL                 AVER GENER    1     INPUT  TWO
***RCHRES  30 NUTRX  RSPO4  4            AVER GENER    2     INPUT  ONE
***RCHRES  30 HYDR   VOL                 AVER GENER    2     INPUT  TWO
**** EOS SEDIMENTS 10
PERLND  31 SEDMNT SOSED  1            SAME PLTGEN  30     INPUT  MEAN   1
PERLND  32 SEDMNT SOSED  1            SAME PLTGEN  30     INPUT  MEAN   2
PERLND  33 SEDMNT SOSED  1            SAME PLTGEN  30     INPUT  MEAN   3
PERLND  34 SEDMNT SOSED  1            SAME PLTGEN  30     INPUT  MEAN   4
PERLND  35 SEDMNT SOSED  1            SAME PLTGEN  30     INPUT  MEAN   5
PERLND  36 SEDMNT SOSED  1            SAME PLTGEN  30     INPUT  MEAN   6
PERLND  37 SEDMNT SOSED  1            SAME PLTGEN  30     INPUT  MEAN   7
PERLND  38 SEDMNT SOSED  1            SAME PLTGEN  30     INPUT  MEAN   8
PERLND  39 SEDMNT SOSED  1            SAME PLTGEN  30     INPUT  MEAN   9
IMPLND  39 SOLIDS SOSLD  1            SAME PLTGEN  30     INPUT  MEAN  10
*** SEGMENT 30 Concentrations
*** FLOW AND INSTREAM WATER QUALITY CONCENTRATIONS
**** NO3 curve 1 
RCHRES  30 NUTRX  DNUST  1            SAME PLTGEN  31     INPUT  POINT  1
**** NH3 curve 2 
RCHRES  30 NUTRX  DNUST  2            SAME PLTGEN  31     INPUT  POINT  2
**** PO4 curve 3 
RCHRES  30 NUTRX  DNUST  4            SAME PLTGEN  31     INPUT  POINT  3
GENER    1 OUTPUT TIMSER         0.368SAME PLTGEN  31     INPUT  MEAN   1
RCHRES  30 PLANK  PKST3  4            AVER PLTGEN  31     INPUT  MEAN   1
**** TOTAL N curve 5 
RCHRES  30 NUTRX  DNUST  1            AVER PLTGEN  31     INPUT  MEAN   2
RCHRES  30 NUTRX  DNUST  2            AVER PLTGEN  31     INPUT  MEAN   2
GENER    1 OUTPUT TIMSER         0.368SAME PLTGEN  31     INPUT  MEAN   2
RCHRES  30 PLANK  PKST3  4            AVER PLTGEN  31     INPUT  MEAN   2
GENER    2 OUTPUT TIMSER         0.368SAME PLTGEN  31     INPUT  MEAN   3
RCHRES  30 PLANK  PKST3  5            AVER PLTGEN  31     INPUT  MEAN   3
**** TOTAL P curve 7 
RCHRES  30 NUTRX  DNUST  4            AVER PLTGEN  31     INPUT  MEAN   4
GENER    2 OUTPUT TIMSER         0.368SAME PLTGEN  31     INPUT  MEAN   4
RCHRES  30 PLANK  PKST3  5            AVER PLTGEN  31     INPUT  MEAN   4
**** FLOW CFS  curve 1 
RCHRES  30 HYDR   RO                  SAME PLTGEN  32     INPUT  POINT  1
**** TOTAL ORG C curve 2 
RCHRES  30 PLANK  PKST3  6            SAME PLTGEN  32     INPUT  POINT  2
**** CHLOROPHYLL A curve 3 
RCHRES  30 PLANK  PHYCLA              SAME PLTGEN  32     INPUT  POINT  3
**** DISSOLVED OXYGEN curve 4 
RCHRES  30 OXRX   DOX                 SAME PLTGEN  32     INPUT  POINT  4
GENER    9 OUTPUT TIMSER       0.55555SAME PLTGEN  32     INPUT  MEAN   1
*** BOD curve 6 
RCHRES  30 OXRX   BOD                 AVER PLTGEN  32     INPUT  MEAN   2
**** TSS      curve 7 
RCHRES  30 SEDTRN SSED   4            AVER PLTGEN  32     INPUT  MEAN   3
RCHRES  30 PLANK  PKST3  4        11.6AVER PLTGEN  32     INPUT  MEAN   3
GENER    3 OUTPUT TIMSER         0.368SAME PLTGEN  26     INPUT  MEAN   1
RCHRES  30 PLANK  PKST3  5            AVER PLTGEN  26     INPUT  MEAN   1
*** Total P
RCHRES  30 NUTRX  DNUST  4            AVER PLTGEN  27     INPUT  MEAN   1
GENER    3 OUTPUT TIMSER         0.368SAME PLTGEN  27     INPUT  MEAN   1
RCHRES  30 PLANK  PKST3  5            AVER PLTGEN  27     INPUT  MEAN   1
*** ANIMAL WASTE
IMPLND  38 IWATER SURO                SAME PLTGEN  37     INPUT  MEAN   1
IMPLND  38 IWATER SURO            9.04SAME PLTGEN  37     INPUT  MEAN   2
IMPLND  38 IWATER SURO            2.26SAME PLTGEN  37     INPUT  MEAN   3
IMPLND  38 IWATER SURO            2.26SAME PLTGEN  37     INPUT  MEAN   4
IMPLND  38 IWATER SURO          1437.5SAME PLTGEN  37     INPUT  MEAN   5
IMPLND  38 IWATER SURO            67.8SAME PLTGEN  37     INPUT  MEAN   6
IMPLND  38 IWATER SURO            8.29SAME PLTGEN  37     INPUT  MEAN   7
IMPLND  38 IWATER SURO            3.39SAME PLTGEN  37     INPUT  MEAN   8
IMPLND  38 IWATER SURO            0.87SAME PLTGEN  37     INPUT  MEAN   9
END NETWORK
 
SCHEMATIC
<-Volume->                  <--Area-->     <-Volume->  <ML#> ***       <sb>
<Name>   x                  <-factor->     <Name>   x        ***        x x
PERLND  32                       306.4     BMPRAC  30      2
PERLND  33                      183.85     BMPRAC  30      2
PERLND  31                      1751.2     RCHRES  30     51
PERLND  32                       306.4     RCHRES  30     52
PERLND  33                      183.85     RCHRES  30     53
PERLND  34                                 RCHRES  30     54
PERLND  35                       770.3     RCHRES  30     55
PERLND  36                        12.1     RCHRES  30     56
PERLND  37                         161     RCHRES  30     57
PERLND  38                        16.8     RCHRES  30     58
IMPLND  38                                 RCHRES  30     83
PERLND  39                       215.7     RCHRES  30     59
IMPLND  39                        92.5     RCHRES  30     84
BMPRAC  30                                 RCHRES  30      1
PERLND  31                      1751.2     COPY   300     90
PERLND  32                       612.8     COPY   300     90
PERLND  33                       367.7     COPY   300     90
PERLND  34                                 COPY   300     90
PERLND  35                       770.3     COPY   300     90
PERLND  36                        12.1     COPY   300     90
PERLND  37                         161     COPY   300     90
PERLND  38                        16.8     COPY   300     90
IMPLND  38                                 COPY   300     91
PERLND  39                       215.7     COPY   300     90
IMPLND  39                        92.5     COPY   300     91
PERLND  31                      1751.2     COPY   301     14
PERLND  32                       612.8     COPY   301     12
PERLND  33                       367.7     COPY   301     12
PERLND  34                                 COPY   301     12
PERLND  35                       770.3     COPY   301     12
PERLND  36                        12.1     COPY   301     12
PERLND  37                         161     COPY   301     12
PERLND  38                        16.8     COPY   301     14
IMPLND  38                                 COPY   301     13
PERLND  39                       215.7     COPY   301     14
IMPLND  39                        92.5     COPY   301     13
END SCHEMATIC
 
EXT TARGETS
<-Volume-> <-Grp> <-Member-><--Mult-->Tran <-Volume-> <Member> Tsys Aggr Amd ***
<Name>   x        <Name> x x<-factor->strg <Name>   x <Name>qf  tem strg strg***
*** PLOTS FOR OUTPUT
***RCHRES  30 HYDR   RO                  AVER WDM    641 FLOW     ENGL AGGR REPL
***RCHRES  30 NUTRX  DNUST  2            AVER WDM    642 NH3X     ENGL AGGR REPL
***RCHRES  30 NUTRX  DNUST  1            AVER WDM    643 NO3X     ENGL AGGR REPL
***RCHRES  30 NUTRX  DNUST  4            AVER WDM    644 PO4X     ENGL AGGR REPL
***RCHRES  30 PLANK  PKST3  6            AVER WDM    645 TOCX     ENGL AGGR REPL
***RCHRES  30 PLANK  PKST3  4            AVER WDM    646 ORGN     ENGL AGGR REPL
***RCHRES  30 PLANK  PKST3  5            AVER WDM    647 ORGP     ENGL AGGR REPL
***RCHRES  30 PLANK  PHYCLA              AVER WDM    648 CHLA     ENGL AGGR REPL
***RCHRES  30 OXRX   DOX                 AVER WDM    649 DOXX     ENGL AGGR REPL
***RCHRES  30 HTRCH  TW                  AVER WDM    650 WTMP     METR AGGR REPL
***RCHRES  30 OXRX   BOD                 AVER WDM    349 BODX     ENGL AGGR REPL
RCHRES  30 HYDR   RO                  AVER WDM   1501 FLOH     ENGL      REPL
RCHRES  30 NUTRX  DNUST  2            AVER WDM   1502 NH3H     ENGL      REPL
RCHRES  30 NUTRX  DNUST  1            AVER WDM   1503 NO3H     ENGL      REPL
RCHRES  30 NUTRX  DNUST  4            AVER WDM   1504 PO4H     ENGL      REPL
RCHRES  30 PLANK  PKST3  6            AVER WDM   1505 TOCH     ENGL      REPL
RCHRES  30 PLANK  PKST3  4            AVER WDM   1506 ORNH     ENGL      REPL
RCHRES  30 PLANK  PKST3  5            AVER WDM   1507 ORPH     ENGL      REPL
RCHRES  30 PLANK  PHYCLA              AVER WDM   1508 CHLH     ENGL      REPL
RCHRES  30 OXRX   DOX                 AVER WDM   1509 DOXH     ENGL      REPL
RCHRES  30 HTRCH  TW                  AVER WDM   1510 WTMH     METR      REPL
RCHRES  30 OXRX   BOD                 AVER WDM   1511 BODH     ENGL      REPL
RCHRES  30 ROFLOW ROVOL  1 1 0.0029996     WDM   1512 SIMQ   1 ENGL AGGR REPL
COPY   300 OUTPUT MEAN   1 1 0.0002499     WDM   1513 SURO   1 ENGL AGGR REPL
COPY   300 OUTPUT MEAN   2 1 2.4997e-4     WDM   1514 IFWO   1 ENGL AGGR REPL
COPY   300 OUTPUT MEAN   3 1 2.4997e-4     WDM   1515 AGWO   1 ENGL AGGR REPL
COPY   300 OUTPUT MEAN   8 1 0.0002499     WDM   1520 PERO   1 ENGL AGGR REPL
COPY   300 OUTPUT MEAN   4 1 0.0002499     WDM   1516 PETX   1 ENGL AGGR REPL
COPY   300 OUTPUT MEAN   5 1 0.0002499     WDM   1517 SAET   1 ENGL AGGR REPL
COPY   300 OUTPUT MEAN   6 1 0.0002499AVER WDM   1518 UZSX   1 ENGL AGGR REPL
COPY   300 OUTPUT MEAN   7 1 0.0002499AVER WDM   1519 LZSX   1 ENGL AGGR REPL
*** Edge of Stream Loads
COPY   301 OUTPUT MEAN   1 1               WDM   1521 FLOW     ENGL      REPL
COPY   301 OUTPUT MEAN   2 1               WDM   1522 NH4L     ENGL      REPL
COPY   301 OUTPUT MEAN   3 1               WDM   1523 NO3L     ENGL      REPL
COPY   301 OUTPUT MEAN   4 1               WDM   1524 ORNL     ENGL      REPL
COPY   301 OUTPUT MEAN   5 1               WDM   1525 TONL     ENGL      REPL
COPY   301 OUTPUT MEAN   6 1               WDM   1526 ORPL     ENGL      REPL
COPY   301 OUTPUT MEAN   7 1               WDM   1527 PO4L     ENGL      REPL
COPY   301 OUTPUT MEAN   8 1               WDM   1528 BODL     ENGL      REPL
COPY   301 OUTPUT MEAN   9 1               WDM   1529 DOL      ENGL      REPL
COPY   301 OUTPUT MEAN  10 1               WDM   1530 SEDL     ENGL      REPL
END EXT TARGETS
 
MASS-LINK
 
  MASS-LINK       12
<-Volume-> <-Grp> <-Member-><--Mult-->     <-Target vols> <-Grp> <-Member->  ***
<Name>            <Name> x x<-factor->     <Name>                <Name> x x  ***
PERLND     PWATER PERO                     COPY           INPUT  MEAN   1
PERLND     NITR   PONH4                    COPY           INPUT  MEAN   2
PERLND     NITR   PONO3                    COPY           INPUT  MEAN   3
PERLND     NITR   POORN                    COPY           INPUT  MEAN   4
PERLND     NITR   PONITR                   COPY           INPUT  MEAN   5
PERLND     PHOS   SEDP   1                 COPY           INPUT  MEAN   6
PERLND     PHOS   POPHOS                   COPY           INPUT  MEAN   7
PERLND     PQUAL  POQUAL 1                 COPY           INPUT  MEAN   8
PERLND     PWTGAS PODOXM                   COPY           INPUT  MEAN   9
PERLND     SEDMNT SOSED                    COPY           INPUT  MEAN  10
  END MASS-LINK   12
 
  MASS-LINK       13
<-Volume-> <-Grp> <-Member-><--Mult-->     <-Target vols> <-Grp> <-Member->  ***
<Name>            <Name> x x<-factor->     <Name>                <Name> x x  ***
IMPLND     IWATER SURO                     COPY           INPUT  MEAN   1
IMPLND     IQUAL  SOQUAL 1                 COPY           INPUT  MEAN   2
IMPLND     IQUAL  SOQUAL 2                 COPY           INPUT  MEAN   3
IMPLND     IQUAL  SOQUAL 1                 COPY           INPUT  MEAN   5
IMPLND     IQUAL  SOQUAL 2                 COPY           INPUT  MEAN   5
IMPLND     IQUAL  SOQUAL 3                 COPY           INPUT  MEAN   7
IMPLND     IQUAL  SOQUAL 4                 COPY           INPUT  MEAN   8
IMPLND     IWTGAS SODOXM                   COPY           INPUT  MEAN   9
IMPLND     SOLIDS SOSLD                    COPY           INPUT  MEAN  10
  END MASS-LINK   13
 
  MASS-LINK       14
<-Volume-> <-Grp> <-Member-><--Mult-->     <-Target vols> <-Grp> <-Member->  ***
<Name>            <Name> x x<-factor->     <Name>                <Name> x x  ***
PERLND     PWATER PERO                     COPY           INPUT  MEAN   1
PERLND     NITR   PONH4                    COPY           INPUT  MEAN   2
PERLND     NITR   PONO3                    COPY           INPUT  MEAN   3
PERLND     NITR   POORN                    COPY           INPUT  MEAN   4
PERLND     NITR   PONITR                   COPY           INPUT  MEAN   5
PERLND     PQUAL  POQUAL 1                 COPY           INPUT  MEAN   7
PERLND     PQUAL  POQUAL 2                 COPY           INPUT  MEAN   8
PERLND     PWTGAS PODOXM                   COPY           INPUT  MEAN   9
PERLND     SEDMNT SOSED                    COPY           INPUT  MEAN  10
  END MASS-LINK   14
 
  MASS-LINK       51
<-Volume-> <-Grp> <-Member-><--Mult-->     <-Target vols> <-Grp> <-Member->  ***
<Name>            <Name> x x<-factor->     <Name>                <Name> x x  ***
PERLND     PWATER PERO       0.0833333     RCHRES         INFLOW IVOL    
PERLND     SEDMNT SOSED  1        0.04     RCHRES         INFLOW ISED   1
PERLND     SEDMNT SOSED  1        0.69     RCHRES         INFLOW ISED   2
PERLND     SEDMNT SOSED  1        0.27     RCHRES         INFLOW ISED   3
PERLND     PWTGAS POHT                     RCHRES         INFLOW IHEAT   
PERLND     PWTGAS PODOXM                   RCHRES         INFLOW OXIF   1
PERLND     NITR   PONO3                    RCHRES         INFLOW NUIF1  1
PERLND     NITR   TSAMS  1                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   TSAMS  5                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   SSAMS  3                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   SEDN   2         0.7     RCHRES         INFLOW NUIF2  2 1
PERLND     NITR   SEDN   2         0.3     RCHRES         INFLOW NUIF2  3 1
PERLND     PQUAL  POQUAL 1                 RCHRES         INFLOW NUIF1  4
PERLND     NITR   TSSLN  1        18.9     RCHRES         INFLOW OXIF   2
PERLND     NITR   TSSLN  5        18.9     RCHRES         INFLOW OXIF   2
PERLND     NITR   SSSLN  3        18.9     RCHRES         INFLOW OXIF   2
PERLND     NITR   SEDN   1        18.9     RCHRES         INFLOW OXIF   2
PERLND     NITR   TSSRN  1                 RCHRES         INFLOW PKIF   3
PERLND     NITR   TSSRN  5                 RCHRES         INFLOW PKIF   3
PERLND     NITR   SSSRN  3                 RCHRES         INFLOW PKIF   3
PERLND     NITR   SEDN   3                 RCHRES         INFLOW PKIF   3
PERLND     PQUAL  POQUAL 2      0.0037     RCHRES         INFLOW PKIF   4
PERLND     PQUAL  POQUAL 2         0.6     RCHRES         INFLOW PKIF   5
  END MASS-LINK   51
 
  MASS-LINK       52
<-Volume-> <-Grp> <-Member-><--Mult-->     <-Target vols> <-Grp> <-Member->  ***
<Name>            <Name> x x<-factor->     <Name>                <Name> x x  ***
PERLND     PWATER PERO       0.0833333     RCHRES         INFLOW IVOL    
PERLND     SEDMNT SOSED  1        0.04     RCHRES         INFLOW ISED   1
PERLND     SEDMNT SOSED  1        0.69     RCHRES         INFLOW ISED   2
PERLND     SEDMNT SOSED  1        0.27     RCHRES         INFLOW ISED   3
PERLND     PWTGAS POHT                     RCHRES         INFLOW IHEAT   
PERLND     PWTGAS PODOXM                   RCHRES         INFLOW OXIF   1
PERLND     NITR   PONO3                    RCHRES         INFLOW NUIF1  1
PERLND     NITR   TSAMS  1                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   TSAMS  5                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   SSAMS  3                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   SEDN   2         0.7     RCHRES         INFLOW NUIF2  2 1
PERLND     NITR   SEDN   2         0.3     RCHRES         INFLOW NUIF2  3 1
PERLND     PHOS   TSP4S  1                 RCHRES         INFLOW NUIF1  4
PERLND     PHOS   TSP4S  5                 RCHRES         INFLOW NUIF1  4
PERLND     PHOS   SSP4S  3                 RCHRES         INFLOW NUIF1  4
PERLND     PHOS   SEDP   2         0.7     RCHRES         INFLOW NUIF2  2 2
PERLND     PHOS   SEDP   2         0.3     RCHRES         INFLOW NUIF2  3 2
PERLND     PQUAL  POQUAL 1         0.3     RCHRES         INFLOW OXIF   2
PERLND     PQUAL  POQUAL 1       0.037     RCHRES         INFLOW PKIF   3
PERLND     NITR   SEDN   1                 RCHRES         INFLOW PKIF   3
PERLND     PHOS   SEDP   1                 RCHRES         INFLOW PKIF   4
PERLND     PQUAL  POQUAL 1      0.0037     RCHRES         INFLOW PKIF   4
PERLND     PQUAL  POQUAL 1         0.6     RCHRES         INFLOW PKIF   5
  END MASS-LINK   52
 
  MASS-LINK       53
<-Volume-> <-Grp> <-Member-><--Mult-->     <-Target vols> <-Grp> <-Member->  ***
<Name>            <Name> x x<-factor->     <Name>                <Name> x x  ***
PERLND     PWATER PERO       0.0833333     RCHRES         INFLOW IVOL    
PERLND     SEDMNT SOSED  1        0.04     RCHRES         INFLOW ISED   1
PERLND     SEDMNT SOSED  1        0.69     RCHRES         INFLOW ISED   2
PERLND     SEDMNT SOSED  1        0.27     RCHRES         INFLOW ISED   3
PERLND     PWTGAS POHT                     RCHRES         INFLOW IHEAT   
PERLND     PWTGAS PODOXM                   RCHRES         INFLOW OXIF   1
PERLND     NITR   PONO3                    RCHRES         INFLOW NUIF1  1
PERLND     NITR   TSAMS  1                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   TSAMS  5                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   SSAMS  3                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   SEDN   2         0.7     RCHRES         INFLOW NUIF2  2 1
PERLND     NITR   SEDN   2         0.3     RCHRES         INFLOW NUIF2  3 1
PERLND     PHOS   TSP4S  1                 RCHRES         INFLOW NUIF1  4
PERLND     PHOS   TSP4S  5                 RCHRES         INFLOW NUIF1  4
PERLND     PHOS   SSP4S  3                 RCHRES         INFLOW NUIF1  4
PERLND     PHOS   SEDP   2         0.7     RCHRES         INFLOW NUIF2  2 2
PERLND     PHOS   SEDP   2         0.3     RCHRES         INFLOW NUIF2  3 2
PERLND     PQUAL  POQUAL 1         0.3     RCHRES         INFLOW OXIF   2
PERLND     PQUAL  POQUAL 1       0.037     RCHRES         INFLOW PKIF   3
PERLND     NITR   SEDN   1                 RCHRES         INFLOW PKIF   3
PERLND     PHOS   SEDP   1                 RCHRES         INFLOW PKIF   4
PERLND     PQUAL  POQUAL 1      0.0037     RCHRES         INFLOW PKIF   4
PERLND     PQUAL  POQUAL 1         0.6     RCHRES         INFLOW PKIF   5
  END MASS-LINK   53
 
  MASS-LINK       54
<-Volume-> <-Grp> <-Member-><--Mult-->     <-Target vols> <-Grp> <-Member->  ***
<Name>            <Name> x x<-factor->     <Name>                <Name> x x  ***
PERLND     PWATER PERO       0.0833333     RCHRES         INFLOW IVOL    
PERLND     SEDMNT SOSED  1        0.04     RCHRES         INFLOW ISED   1
PERLND     SEDMNT SOSED  1        0.69     RCHRES         INFLOW ISED   2
PERLND     SEDMNT SOSED  1        0.27     RCHRES         INFLOW ISED   3
PERLND     PWTGAS POHT                     RCHRES         INFLOW IHEAT   
PERLND     PWTGAS PODOXM                   RCHRES         INFLOW OXIF   1
PERLND     NITR   PONO3                    RCHRES         INFLOW NUIF1  1
PERLND     NITR   TSAMS  1                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   TSAMS  5                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   SSAMS  3                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   SEDN   2         0.7     RCHRES         INFLOW NUIF2  2 1
PERLND     NITR   SEDN   2         0.3     RCHRES         INFLOW NUIF2  3 1
PERLND     PHOS   TSP4S  1                 RCHRES         INFLOW NUIF1  4
PERLND     PHOS   TSP4S  5                 RCHRES         INFLOW NUIF1  4
PERLND     PHOS   SSP4S  3                 RCHRES         INFLOW NUIF1  4
PERLND     PHOS   SEDP   2         0.7     RCHRES         INFLOW NUIF2  2 2
PERLND     PHOS   SEDP   2         0.3     RCHRES         INFLOW NUIF2  3 2
PERLND     PQUAL  POQUAL 1         0.3     RCHRES         INFLOW OXIF   2
PERLND     PQUAL  POQUAL 1       0.037     RCHRES         INFLOW PKIF   3
PERLND     NITR   SEDN   1                 RCHRES         INFLOW PKIF   3
PERLND     PHOS   SEDP   1                 RCHRES         INFLOW PKIF   4
PERLND     PQUAL  POQUAL 1      0.0037     RCHRES         INFLOW PKIF   4
PERLND     PQUAL  POQUAL 1         0.6     RCHRES         INFLOW PKIF   5
  END MASS-LINK   54
 
  MASS-LINK       55
<-Volume-> <-Grp> <-Member-><--Mult-->     <-Target vols> <-Grp> <-Member->  ***
<Name>            <Name> x x<-factor->     <Name>                <Name> x x  ***
PERLND     PWATER PERO       0.0833333     RCHRES         INFLOW IVOL    
PERLND     SEDMNT SOSED  1        0.04     RCHRES         INFLOW ISED   1
PERLND     SEDMNT SOSED  1        0.69     RCHRES         INFLOW ISED   2
PERLND     SEDMNT SOSED  1        0.27     RCHRES         INFLOW ISED   3
PERLND     PWTGAS POHT                     RCHRES         INFLOW IHEAT   
PERLND     PWTGAS PODOXM                   RCHRES         INFLOW OXIF   1
PERLND     NITR   PONO3                    RCHRES         INFLOW NUIF1  1
PERLND     NITR   TSAMS  1                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   TSAMS  5                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   SSAMS  3                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   SEDN   2         0.7     RCHRES         INFLOW NUIF2  2 1
PERLND     NITR   SEDN   2         0.3     RCHRES         INFLOW NUIF2  3 1
PERLND     PHOS   TSP4S  1                 RCHRES         INFLOW NUIF1  4
PERLND     PHOS   TSP4S  5                 RCHRES         INFLOW NUIF1  4
PERLND     PHOS   SSP4S  3                 RCHRES         INFLOW NUIF1  4
PERLND     PHOS   SEDP   2         0.7     RCHRES         INFLOW NUIF2  2 2
PERLND     PHOS   SEDP   2         0.3     RCHRES         INFLOW NUIF2  3 2
PERLND     PQUAL  POQUAL 1         0.3     RCHRES         INFLOW OXIF   2
PERLND     PQUAL  POQUAL 1       0.037     RCHRES         INFLOW PKIF   3
PERLND     NITR   SEDN   1                 RCHRES         INFLOW PKIF   3
PERLND     PHOS   SEDP   1                 RCHRES         INFLOW PKIF   4
PERLND     PQUAL  POQUAL 1      0.0037     RCHRES         INFLOW PKIF   4
PERLND     PQUAL  POQUAL 1         0.6     RCHRES         INFLOW PKIF   5
  END MASS-LINK   55
 
  MASS-LINK       56
<-Volume-> <-Grp> <-Member-><--Mult-->     <-Target vols> <-Grp> <-Member->  ***
<Name>            <Name> x x<-factor->     <Name>                <Name> x x  ***
PERLND     PWATER PERO       0.0833333     RCHRES         INFLOW IVOL    
PERLND     SEDMNT SOSED  1        0.04     RCHRES         INFLOW ISED   1
PERLND     SEDMNT SOSED  1        0.69     RCHRES         INFLOW ISED   2
PERLND     SEDMNT SOSED  1        0.27     RCHRES         INFLOW ISED   3
PERLND     PWTGAS POHT                     RCHRES         INFLOW IHEAT   
PERLND     PWTGAS PODOXM                   RCHRES         INFLOW OXIF   1
PERLND     NITR   PONO3                    RCHRES         INFLOW NUIF1  1
PERLND     NITR   TSAMS  1                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   TSAMS  5                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   SSAMS  3                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   SEDN   2         0.7     RCHRES         INFLOW NUIF2  2 1
PERLND     NITR   SEDN   2         0.3     RCHRES         INFLOW NUIF2  3 1
PERLND     PHOS   TSP4S  1                 RCHRES         INFLOW NUIF1  4
PERLND     PHOS   TSP4S  5                 RCHRES         INFLOW NUIF1  4
PERLND     PHOS   SSP4S  3                 RCHRES         INFLOW NUIF1  4
PERLND     PHOS   SEDP   2         0.7     RCHRES         INFLOW NUIF2  2 2
PERLND     PHOS   SEDP   2         0.3     RCHRES         INFLOW NUIF2  3 2
PERLND     PQUAL  POQUAL 1         0.3     RCHRES         INFLOW OXIF   2
PERLND     PQUAL  POQUAL 1       0.037     RCHRES         INFLOW PKIF   3
PERLND     NITR   SEDN   1                 RCHRES         INFLOW PKIF   3
PERLND     PHOS   SEDP   1                 RCHRES         INFLOW PKIF   4
PERLND     PQUAL  POQUAL 1      0.0037     RCHRES         INFLOW PKIF   4
PERLND     PQUAL  POQUAL 1         0.6     RCHRES         INFLOW PKIF   5
  END MASS-LINK   56
 
  MASS-LINK       57
<-Volume-> <-Grp> <-Member-><--Mult-->     <-Target vols> <-Grp> <-Member->  ***
<Name>            <Name> x x<-factor->     <Name>                <Name> x x  ***
PERLND     PWATER PERO       0.0833333     RCHRES         INFLOW IVOL    
PERLND     SEDMNT SOSED  1        0.04     RCHRES         INFLOW ISED   1
PERLND     SEDMNT SOSED  1        0.69     RCHRES         INFLOW ISED   2
PERLND     SEDMNT SOSED  1        0.27     RCHRES         INFLOW ISED   3
PERLND     PWTGAS POHT                     RCHRES         INFLOW IHEAT   
PERLND     PWTGAS PODOXM                   RCHRES         INFLOW OXIF   1
PERLND     NITR   PONO3                    RCHRES         INFLOW NUIF1  1
PERLND     NITR   TSAMS  1                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   TSAMS  5                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   SSAMS  3                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   SEDN   2         0.7     RCHRES         INFLOW NUIF2  2 1
PERLND     NITR   SEDN   2         0.3     RCHRES         INFLOW NUIF2  3 1
PERLND     PHOS   TSP4S  1                 RCHRES         INFLOW NUIF1  4
PERLND     PHOS   TSP4S  5                 RCHRES         INFLOW NUIF1  4
PERLND     PHOS   SSP4S  3                 RCHRES         INFLOW NUIF1  4
PERLND     PHOS   SEDP   2         0.7     RCHRES         INFLOW NUIF2  2 2
PERLND     PHOS   SEDP   2         0.3     RCHRES         INFLOW NUIF2  3 2
PERLND     PQUAL  POQUAL 1         0.3     RCHRES         INFLOW OXIF   2
PERLND     PQUAL  POQUAL 1       0.037     RCHRES         INFLOW PKIF   3
PERLND     NITR   SEDN   1                 RCHRES         INFLOW PKIF   3
PERLND     PHOS   SEDP   1                 RCHRES         INFLOW PKIF   4
PERLND     PQUAL  POQUAL 1      0.0037     RCHRES         INFLOW PKIF   4
PERLND     PQUAL  POQUAL 1         0.6     RCHRES         INFLOW PKIF   5
  END MASS-LINK   57
 
  MASS-LINK       58
<-Volume-> <-Grp> <-Member-><--Mult-->     <-Target vols> <-Grp> <-Member->  ***
<Name>            <Name> x x<-factor->     <Name>                <Name> x x  ***
PERLND     PWATER PERO       0.0833333     RCHRES         INFLOW IVOL    
PERLND     SEDMNT SOSED  1        0.04     RCHRES         INFLOW ISED   1
PERLND     SEDMNT SOSED  1        0.69     RCHRES         INFLOW ISED   2
PERLND     SEDMNT SOSED  1        0.27     RCHRES         INFLOW ISED   3
PERLND     PWTGAS POHT                     RCHRES         INFLOW IHEAT   
PERLND     PWTGAS PODOXM                   RCHRES         INFLOW OXIF   1
PERLND     NITR   PONO3                    RCHRES         INFLOW NUIF1  1
PERLND     NITR   TSAMS  1                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   TSAMS  5                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   SSAMS  3                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   SEDN   2         0.7     RCHRES         INFLOW NUIF2  2 1
PERLND     NITR   SEDN   2         0.3     RCHRES         INFLOW NUIF2  3 1
PERLND     PHOS   TSP4S  1                 RCHRES         INFLOW NUIF1  4
PERLND     PHOS   TSP4S  5                 RCHRES         INFLOW NUIF1  4
PERLND     PHOS   SSP4S  3                 RCHRES         INFLOW NUIF1  4
PERLND     PHOS   SEDP   2         0.7     RCHRES         INFLOW NUIF2  2 2
PERLND     PHOS   SEDP   2         0.3     RCHRES         INFLOW NUIF2  3 2
PERLND     PQUAL  POQUAL 1         0.3     RCHRES         INFLOW OXIF   2
PERLND     PQUAL  POQUAL 1       0.037     RCHRES         INFLOW PKIF   3
PERLND     NITR   SEDN   1                 RCHRES         INFLOW PKIF   3
PERLND     PHOS   SEDP   1                 RCHRES         INFLOW PKIF   4
PERLND     PQUAL  POQUAL 1      0.0037     RCHRES         INFLOW PKIF   4
PERLND     PQUAL  POQUAL 1         0.6     RCHRES         INFLOW PKIF   5
  END MASS-LINK   58
 
  MASS-LINK       59
<-Volume-> <-Grp> <-Member-><--Mult-->     <-Target vols> <-Grp> <-Member->  ***
<Name>            <Name> x x<-factor->     <Name>                <Name> x x  ***
PERLND     PWATER PERO       0.0833333     RCHRES         INFLOW IVOL    
PERLND     SEDMNT SOSED  1        0.04     RCHRES         INFLOW ISED   1
PERLND     SEDMNT SOSED  1        0.69     RCHRES         INFLOW ISED   2
PERLND     SEDMNT SOSED  1        0.27     RCHRES         INFLOW ISED   3
PERLND     PWTGAS POHT                     RCHRES         INFLOW IHEAT   
PERLND     PWTGAS PODOXM                   RCHRES         INFLOW OXIF   1
PERLND     NITR   PONO3                    RCHRES         INFLOW NUIF1  1
PERLND     NITR   TSAMS  1                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   TSAMS  5                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   SSAMS  3                 RCHRES         INFLOW NUIF1  2
PERLND     NITR   SEDN   2         0.7     RCHRES         INFLOW NUIF2  2 1
PERLND     NITR   SEDN   2         0.3     RCHRES         INFLOW NUIF2  3 1
PERLND     PQUAL  POQUAL 1                 RCHRES         INFLOW NUIF1  4
PERLND     PQUAL  POQUAL 2       0.037     RCHRES         INFLOW PKIF   3
PERLND     PQUAL  POQUAL 2      0.0037     RCHRES         INFLOW PKIF   4
PERLND     PQUAL  POQUAL 2         0.6     RCHRES         INFLOW PKIF   5
PERLND     PQUAL  POQUAL 2         0.3     RCHRES         INFLOW OXIF   2
  END MASS-LINK   59
 
  MASS-LINK       83
<-Volume-> <-Grp> <-Member-><--Mult-->     <-Target vols> <-Grp> <-Member->  ***
<Name>            <Name> x x<-factor->     <Name>                <Name> x x  ***
IMPLND     IWATER SURO       0.0833333     RCHRES         INFLOW IVOL    
IMPLND     IWTGAS SOHT                     RCHRES         INFLOW IHEAT   
IMPLND     IWTGAS SODOXM                   RCHRES         INFLOW OXIF   1
IMPLND     IWATER SURO            9.04     RCHRES         INFLOW NUIF1  2
IMPLND     IWATER SURO            2.26     RCHRES         INFLOW NUIF1  1
IMPLND     IWATER SURO            2.26     RCHRES         INFLOW NUIF1  4
IMPLND     IWATER SURO        158.2699     RCHRES         INFLOW OXIF   2
IMPLND     IWATER SURO            47.6     RCHRES         INFLOW PKIF   5
IMPLND     IWATER SURO         67.8062     RCHRES         INFLOW PKIF   3
IMPLND     IWATER SURO            3.39     RCHRES         INFLOW PKIF   4
  END MASS-LINK   83
 
  MASS-LINK       84
<-Volume-> <-Grp> <-Member-><--Mult-->     <-Target vols> <-Grp> <-Member->  ***
<Name>            <Name> x x<-factor->     <Name>                <Name> x x  ***
IMPLND     IWATER SURO       0.0833333     RCHRES         INFLOW IVOL    
IMPLND     IWTGAS SOHT                     RCHRES         INFLOW IHEAT   
IMPLND     IWTGAS SODOXM                   RCHRES         INFLOW OXIF   1
IMPLND     IQUAL  SOQUAL 1                 RCHRES         INFLOW NUIF1  2
IMPLND     IQUAL  SOQUAL 2                 RCHRES         INFLOW NUIF1  1
IMPLND     IQUAL  SOQUAL 3                 RCHRES         INFLOW NUIF1  4
IMPLND     IQUAL  SOQUAL 4         0.3     RCHRES         INFLOW OXIF   2
IMPLND     IQUAL  SOQUAL 4       0.037     RCHRES         INFLOW PKIF   3
IMPLND     IQUAL  SOQUAL 4      0.0037     RCHRES         INFLOW PKIF   4
IMPLND     IQUAL  SOQUAL 4         0.6     RCHRES         INFLOW PKIF   5
IMPLND     SOLIDS SOSLD  1        0.24     RCHRES         INFLOW ISED   1
IMPLND     SOLIDS SOSLD  1        0.49     RCHRES         INFLOW ISED   2
IMPLND     SOLIDS SOSLD  1        0.27     RCHRES         INFLOW ISED   3
  END MASS-LINK   84
 
  MASS-LINK       90
<-Volume-> <-Grp> <-Member-><--Mult-->     <-Target vols> <-Grp> <-Member->  ***
<Name>            <Name> x x<-factor->     <Name>                <Name> x x  ***
PERLND     PWATER SURO                     COPY           INPUT  MEAN   1
PERLND     PWATER IFWO                     COPY           INPUT  MEAN   2
PERLND     PWATER AGWO                     COPY           INPUT  MEAN   3
PERLND     PWATER PET                      COPY           INPUT  MEAN   4
PERLND     PWATER TAET                     COPY           INPUT  MEAN   5
PERLND     PWATER UZS                      COPY           INPUT  MEAN   6
PERLND     PWATER LZS                      COPY           INPUT  MEAN   7
PERLND     PWATER PERO                     COPY           INPUT  MEAN   8
  END MASS-LINK   90
 
  MASS-LINK       91
<-Volume-> <-Grp> <-Member-><--Mult-->     <-Target vols> <-Grp> <-Member->  ***
<Name>            <Name> x x<-factor->     <Name>                <Name> x x  ***
IMPLND     IWATER SURO                     COPY           INPUT  MEAN   1
IMPLND     IWATER PET                      COPY           INPUT  MEAN   4
IMPLND     IWATER IMPEV                    COPY           INPUT  MEAN   5
  END MASS-LINK   91
 
  MASS-LINK        1
<-Volume-> <-Grp> <-Member-><--Mult-->     <-Target vols> <-Grp> <-Member->  ***
<Name>            <Name> x x<-factor->     <Name>                <Name> x x  ***
BMPRAC     ROFLOW                          RCHRES         INFLOW         
  END MASS-LINK    1
 
  MASS-LINK        2
<-Volume-> <-Grp> <-Member-><--Mult-->     <-Target vols> <-Grp> <-Member->  ***
<Name>            <Name> x x<-factor->     <Name>                <Name> x x  ***
PERLND     PWATER PERO       0.0833333     BMPRAC         INFLOW IVOL    
PERLND     SEDMNT SOSED  1        0.04     BMPRAC         INFLOW ISED   1
PERLND     SEDMNT SOSED  1        0.69     BMPRAC         INFLOW ISED   2
PERLND     SEDMNT SOSED  1        0.27     BMPRAC         INFLOW ISED   3
PERLND     PWTGAS POHT                     BMPRAC         INFLOW IHEAT   
PERLND     PWTGAS PODOXM                   BMPRAC         INFLOW IOX    1
PERLND     NITR   PONO3                    BMPRAC         INFLOW IDNUT  1
PERLND     NITR   TSAMS  1                 BMPRAC         INFLOW IDNUT  2
PERLND     NITR   TSAMS  5                 BMPRAC         INFLOW IDNUT  2
PERLND     NITR   SSAMS  3                 BMPRAC         INFLOW IDNUT  2
PERLND     NITR   SEDN   2         0.7     BMPRAC         INFLOW ISNUT  2 1
PERLND     NITR   SEDN   2         0.3     BMPRAC         INFLOW ISNUT  3 1
PERLND     PHOS   TSP4S  1                 BMPRAC         INFLOW IDNUT  4
PERLND     PHOS   TSP4S  5                 BMPRAC         INFLOW IDNUT  4
PERLND     PHOS   SSP4S  3                 BMPRAC         INFLOW IDNUT  4
PERLND     PHOS   SEDP   2         0.7     BMPRAC         INFLOW ISNUT  2 2
PERLND     PHOS   SEDP   2         0.3     BMPRAC         INFLOW ISNUT  3 2
PERLND     PQUAL  POQUAL 1         0.3     BMPRAC         INFLOW IOX    2
PERLND     PQUAL  POQUAL 1       0.037     BMPRAC         INFLOW IPLK   3
PERLND     NITR   SEDN   1                 BMPRAC         INFLOW IPLK   3
PERLND     PHOS   SEDP   1                 BMPRAC         INFLOW IPLK   4
PERLND     PQUAL  POQUAL 1      0.0037     BMPRAC         INFLOW IPLK   4
PERLND     PQUAL  POQUAL 1         0.6     BMPRAC         INFLOW IPLK   5
  END MASS-LINK    2
END MASS-LINK
 
SPEC-ACTIONS
***                          addr
***                        <------>
*** kwd  varnam optyp  opn  vari  s1 s2 s3 tp multiply  lc ls ac as agfn ***
  <****> <----> <----> <-> <----><-><-><-><-><--------> <><-> <><-> <--> ***
  UVQUAN prec10 PERLND  31 SUPY             3                 DY  1 SUM
  <oper><f><-l> *** <yr><m><d><h><n>dstp  <vari><1><2><3><a><-value--> tc tst nu

*** DISRIB FUNCTION ***
*** Third Column refers to number of MONTHS/DAYS in which CHEMICAL is applied***

*** DISTRB for TWO MONTHLY MANURE APPLICATIONS ***
  DISTRB  1   2 MO   2 SHIFT    .50  .50
*** DISTRB for THREE MONTHLY MANURE APPLICATIONS ***
  DISTRB  2   3 MO   2 SHIFT    .33  .33  .34
*** DISTRB for Pasture application 10 in a month***
  DISTRB  3  10 MO   1 SHIFT    .10  .10  .10  .10  .10  .10  .10  .10  .10  .10
*** DISTRB for GRAIN FERTILIZER APPLICATION DISTRIBUTED OVER 5 DAYS***
  DISTRB  5   5 DY   1 SHIFT    .20  .20  .20  .20  .20
*** DISTRB for GRAIN FERTILIZER APPLICATION DISTRIBUTED OVER 10 DAYS***
  DISTRB  4  10 DY   1 SHIFT    .10  .10  .10  .10  .10  .10  .10  .10  .10  .10
*** DISTRB for Four monthly manure applications***
*** DISTRB  7   4 DY   7 SHIFT    .25  .25  .25  .25
  DISTRB  6  10 DY   3 SHIFT    .1   .1   .1   .1   .1   .1   .1   .1   .10  .10


*** Nitrogen Manure Applications.

*** first 2 characters are land use next is Manure or Fertilizer, last 3 are con
  UVNAME  NO355   2 SNO3              0.5 QUAN    UNO3              0.5 QUAN
  UVNAME  NH455   2 SAMAD             0.5 QUAN    UAMAD             0.5 QUAN
  UVNAME  ORN55   2 SORGN             0.5 QUAN    UORGN             0.5 QUAN

*** Nitrogen Fertilizer Application - 100% Upper Layer ***
  UVNAME  NO3100  1 UNO3              1.0 QUAN
  UVNAME  NH4100  1 UAMAD             1.0 QUAN
  UVNAME  ORN100  1 UORGN             1.0 QUAN

*** Nitrogen Fertilizer Application - 10% Surface and 90% Upper Layer ***
  UVNAME  NO319   2 SNO3              0.1 QUAN    UNO3              0.9 QUAN
  UVNAME  NH419   2 SAMAD             0.1 QUAN    UAMAD             0.9 QUAN
  UVNAME  ORN19   2 SORGN             0.1 QUAN    UORGN             0.9 QUAN

*** Nitrogen Fertilizer Application - 100% Surface Layer ***
  UVNAME  NO310   1 SNO3              1.0 QUAN
  UVNAME  NH410   1 SAMAD             1.0 QUAN

*** Nitrogen Fertilizer Application - 15% Surface and 85% Upper Layer ***
  UVNAME  NO315   2 SNO3             0.15 QUAN    UNO3             0.85 QUAN
  UVNAME  NH415   2 SAMAD            0.15 QUAN    UAMAD            0.85 QUAN
  UVNAME  ORN15   2 SORGN            0.15 QUAN    UORGN            0.85 QUAN

*** Nitrogen Fertilizer Application - 80% Surface and 20% Upper Layer ***
  UVNAME  NO385   2 SNO3             0.80 QUAN    UNO3             0.20 QUAN
  UVNAME  NH485   2 SAMAD            0.80 QUAN    UAMAD            0.20 QUAN
  UVNAME  ORN85   2 SORGN            0.80 QUAN    UORGN            0.20 QUAN

*** PHOSPHORUS Fertilizer Application - 80% Surface and 20% Upper Layer ***
  UVNAME  PO485   2 SP4AD             0.8 QUAN    UP4AD             0.2 QUAN
  UVNAME  ORP85   2 SORGP             0.8 QUAN    UORGP             0.2 QUAN

*** PHOSPHORUS Fertilizer Application - 50% Surface and 50% Upper Layer ***
  UVNAME  PO455   2 SP4AD             0.5 QUAN    UP4AD             0.5 QUAN
  UVNAME  ORP55   2 SORGP             0.5 QUAN    UORGP             0.5 QUAN

*** PHOSPHORUS Fertilizer Application - 10% Surface and 90% Upper Layer ***
  UVNAME  PO419   2 SP4AD             0.1 QUAN    UP4AD             0.9 QUAN
  UVNAME  ORP19   2 SORGP             0.1 QUAN    UORGP             0.9 QUAN

*** PHOSPHORUS Fertilizer Application - 15% Surface and 85% Upper Layer ***
  UVNAME  PO415   2 SP4AD            0.15 QUAN    UP4AD            0.85 QUAN
  UVNAME  ORP15   2 SORGP            0.15 QUAN    UORGP            0.85 QUAN

*** Phosphorus Fertilizer Application - 100% Surface Layer ***
  UVNAME  PO410   1 SP4AD             1.0 QUAN
  UVNAME  ORP10   1 SORGP             1.0 QUAN

***following two user definitions are for the mineral time series
  UVNAME  NITR1   4 SAMAD           0.078 QUAN    UAMAD           0.702 QUAN
                    SNO3            0.022 QUAN    UNO3            0.198 QUAN
  UVNAME  PO419   2 SP4AD             0.1 QUAN    UP4AD             0.9 QUAN

***following are the user definitions for the manure series
  UVNAME  HICNH3  2 SAMAD            0.10 QUAN    UAMAD            0.90 QUAN
  UVNAME  HICORN  2 SORGN            0.10 QUAN    UORGN            0.90 QUAN
  UVNAME  HICPO4  2 SP4AD            0.10 QUAN    UP4AD            0.90 QUAN
  UVNAME  HICORP  2 SORGP            0.10 QUAN    UORGP            0.90 QUAN


  UVNAME  DOCNH3  2 SAMAD            0.10 QUAN    UAMAD            0.90 QUAN
  UVNAME  DOCORN  2 SORGN            0.10 QUAN    UORGN            0.90 QUAN
  UVNAME  DOCPO4  2 SP4AD            0.10 QUAN    UP4AD            0.90 QUAN
  UVNAME  DOCORP  2 SORGP            0.10 QUAN    UORGP            0.90 QUAN

  UVNAME  LOCNH3  2 SAMAD            0.10 QUAN    UAMAD            0.90 QUAN
  UVNAME  LOCORN  2 SORGN            0.10 QUAN    UORGN            0.90 QUAN
  UVNAME  LOCPO4  2 SP4AD            0.10 QUAN    UP4AD            0.90 QUAN
  UVNAME  LOCORP  2 SORGP            0.10 QUAN    UORGP            0.90 QUAN


  UVNAME  FUBNH3  2 SAMAD            0.50 QUAN    UAMAD            0.50 QUAN
  UVNAME  FUBORN  2 SORGN            0.50 QUAN    UORGN            0.50 QUAN
  UVNAME  FUBPO4  2 SP4AD            0.50 QUAN    UP4AD            0.50 QUAN
  UVNAME  FUBORP  2 SORGP            0.50 QUAN    UORGP            0.50 QUAN
  UVNAME  HAMNH3  2 SAMAD            0.50 QUAN    UAMAD            0.50 QUAN
  UVNAME  HAMORN  2 SORGN            0.50 QUAN    UORGN            0.50 QUAN
  UVNAME  HAMPO4  2 SP4AD            0.50 QUAN    UP4AD            0.50 QUAN
  UVNAME  HAMORP  2 SORGP            0.50 QUAN    UORGP            0.50 QUAN
  UVNAME  VEMNH3  2 SAMAD            0.50 QUAN    UAMAD            0.50 QUAN
  UVNAME  VEMORN  2 SORGN            0.50 QUAN    UORGN            0.50 QUAN
  UVNAME  VEMPO4  2 SP4AD            0.50 QUAN    UP4AD            0.50 QUAN
  UVNAME  VEMORP  2 SORGP            0.50 QUAN    UORGP            0.50 QUAN
  UVNAME  PAMNH3  2 SAMAD            1.00 QUAN    UAMAD            0.00 QUAN
  UVNAME  PAMORN  2 SORGN            1.00 QUAN    UORGN            0.00 QUAN
  UVNAME  PAMPO4  2 SP4AD            1.00 QUAN    UP4AD            0.00 QUAN
  UVNAME  PAMORP  2 SORGP            1.00 QUAN    UORGP            0.00 QUAN




                               ***SEGMENT  30**


*** MANURE Application
*** SECOND GRAINS Application ***
IF (prec10 < 0.11) THEN
  PERLND32     DY  11998 03 02 12    1 3  HICNH3          +=   14.64
  PERLND32     DY  11998 04 02 12    1 3  HICNH3          +=   14.64
  PERLND32     DY  11998 09 02 12    1 3  HICNH3          +=    5.86
  PERLND32     DY  11998 10 02 12    1 3  HICNH3          +=   11.71
  PERLND32     DY  11998 11 15 12    1 3  HICNH3          +=    5.86
  PERLND32     DY  11998 12 02 12    1 3  HICNH3          +=    5.86
  PERLND32     DY  11998 03 02 12    1 3  HICORN          +=   51.73
  PERLND32     DY  11998 04 02 12    1 3  HICORN          +=   51.73
  PERLND32     DY  11998 09 02 12    1 3  HICORN          +=   20.69
  PERLND32     DY  11998 10 02 12    1 3  HICORN          +=   41.38
  PERLND32     DY  11998 11 15 12    1 3  HICORN          +=   20.69
  PERLND32     DY  11998 12 02 12    1 3  HICORN          +=   20.69
  PERLND32     DY  11998 03 02 12    1 3  HICPO4          +=   11.00
  PERLND32     DY  11998 04 02 12    1 3  HICPO4          +=   11.00
  PERLND32     DY  11998 09 02 12    1 3  HICPO4          +=    4.40
  PERLND32     DY  11998 10 02 12    1 3  HICPO4          +=    8.80
  PERLND32     DY  11998 11 15 12    1 3  HICPO4          +=    4.40
  PERLND32     DY  11998 12 02 12    1 3  HICPO4          +=    4.40
  PERLND32     DY  11998 03 02 12    1 3  HICORP          +=   18.06
  PERLND32     DY  11998 04 20 12    1 3  HICORP          +=   18.06
  PERLND32     DY  11998 09 02 12    1 3  HICORP          +=    7.22
  PERLND32     DY  11998 10 02 12    1 3  HICORP          +=   14.45
  PERLND32     DY  11998 11 15 12    1 3  HICORP          +=    7.22
  PERLND32     DY  11998 12 02 12    1 3  HICORP          +=    7.22
  PERLND33     DY  11998 03 20 12    1 3  DOCNH3          +=    0.04
  PERLND33     DY  11998 04 20 12    1 3  DOCNH3          +=    0.04
  PERLND33     DY  11998 10 05 12    1 3  DOCNH3          +=    0.36
  PERLND33     DY  11998 03 20 12    1 3  DOCORN          +=    0.16
  PERLND33     DY  11998 04 20 12    1 3  DOCORN          +=    0.16
  PERLND33     DY  11998 10 05 12    1 3  DOCORN          +=    1.26
  PERLND33     DY  11998 03 20 12    1 3  DOCPO4          +=    0.03
  PERLND33     DY  11998 04 20 12    1 3  DOCPO4          +=    0.03
  PERLND33     DY  11998 10 05 12    1 3  DOCPO4          +=    0.27
  PERLND33     DY  11998 03 20 12    1 3  DOCORP          +=    0.06
  PERLND33     DY  11998 04 20 12    1 3  DOCORP          +=    0.06
  PERLND33     DY  11998 10 05 12    1 3  DOCORP          +=    0.44
  PERLND35     DY  11998 03 10 12    1 3  FUBNH3          +=    0.00
  PERLND35     DY  11998 04 10 12    1 3  FUBNH3          +=    0.00
  PERLND35     DY  11998 05 10 12    1 3  FUBNH3          +=    0.00
  PERLND35     DY  11998 03 10 12    1 3  FUBORN          +=    0.00
  PERLND35     DY  11998 04 10 12    1 3  FUBORN          +=    0.00
  PERLND35     DY  11998 05 10 12    1 3  FUBORN          +=    0.00
  PERLND35     DY  11998 03 10 12    1 3  FUBPO4          +=    0.00
  PERLND35     DY  11998 04 10 12    1 3  FUBPO4          +=    0.00
  PERLND35     DY  11998 05 10 12    1 3  FUBPO4          +=    0.00
  PERLND35     DY  11998 03 10 12    1 3  FUBORP          +=    0.00
  PERLND35     DY  11998 04 10 12    1 3  FUBORP          +=    0.00
  PERLND35     DY  11998 05 10 12    1 3  FUBORP          +=    0.00
  PERLND36     DY  11998 03 02 12    5 3  HAMNH3          +=    0.00
  PERLND36     DY  11998 04 20 12    5 3  HAMNH3          +=    0.00
  PERLND36     DY  11998 05 02 12    5 3  HAMNH3          +=    0.00
  PERLND36     DY  11998 03 02 12    5 3  HAMORN          +=    0.00
  PERLND36     DY  11998 04 20 12    5 3  HAMORN          +=    0.00
  PERLND36     DY  11998 05 02 12    5 3  HAMORN          +=    0.00
  PERLND36     DY  11998 03 02 12    5 3  HAMPO4          +=    0.00
  PERLND36     DY  11998 04 20 12    5 3  HAMPO4          +=    0.00
  PERLND36     DY  11998 05 02 12    5 3  HAMPO4          +=    0.00
  PERLND36     DY  11998 03 02 12    5 3  HAMORP          +=    0.00
  PERLND36     DY  11998 04 20 12    5 3  HAMORP          +=    0.00
  PERLND36     DY  11998 05 02 12    5 3  HAMORP          +=    0.00
  PERLND37     DY  11998 03 02 12    5 3  VEMNH3          +=    0.00
  PERLND37     DY  11998 04 20 12    5 3  VEMNH3          +=    0.00
  PERLND37     DY  11998 05 02 12    5 3  VEMNH3          +=    0.00
  PERLND37     DY  11998 03 02 12    5 3  VEMORN          +=    0.00
  PERLND37     DY  11998 04 20 12    5 3  VEMORN          +=    0.00
  PERLND37     DY  11998 05 02 12    5 3  VEMORN          +=    0.00
  PERLND37     DY  11998 03 02 12    5 3  VEMPO4          +=    0.00
  PERLND37     DY  11998 04 20 12    5 3  VEMPO4          +=    0.00
  PERLND37     DY  11998 05 02 12    5 3  VEMPO4          +=    0.00
  PERLND37     DY  11998 03 02 12    5 3  VEMORP          +=    0.00
  PERLND37     DY  11998 04 20 12    5 3  VEMORP          +=    0.00
  PERLND37     DY  11998 05 02 12    5 3  VEMORP          +=    0.00
  PERLND38     DY  11998 03 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  11998 04 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  11998 05 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  11998 06 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  11998 07 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  11998 08 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  11998 09 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  11998 10 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  11998 11 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  11998 03 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  11998 04 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  11998 05 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  11998 06 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  11998 07 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  11998 08 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  11998 09 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  11998 10 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  11998 11 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  11998 03 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  11998 04 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  11998 05 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  11998 06 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  11998 07 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  11998 08 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  11998 09 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  11998 10 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  11998 11 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  11998 03 02 12    3 3  PAMORP          +=    8.71
  PERLND38     DY  11998 04 02 12    3 3  PAMORP          +=    8.71
  PERLND38     DY  11998 05 02 12    3 3  PAMORP          +=    8.71
  PERLND38     DY  11998 06 02 12    3 3  PAMORP          +=    8.71
  PERLND38     DY  11998 07 02 12    3 3  PAMORP          +=    8.71
  PERLND38     DY  11998 08 02 12    3 3  PAMORP          +=    8.71
  PERLND38     DY  11998 09 02 12    3 3  PAMORP          +=    8.71
  PERLND38     DY  11998 10 02 12    3 3  PAMORP          +=    8.71
  PERLND38     DY  11998 11 02 12    3 3  PAMORP          +=    8.71

  PERLND32     DY  11999 03 02 12    1 3  HICNH3          +=   14.64
  PERLND32     DY  11999 04 02 12    1 3  HICNH3          +=   14.64
  PERLND32     DY  11999 09 02 12    1 3  HICNH3          +=    5.86
  PERLND32     DY  11999 10 02 12    1 3  HICNH3          +=   11.71
  PERLND32     DY  11999 11 15 12    1 3  HICNH3          +=    5.86
  PERLND32     DY  11999 12 02 12    1 3  HICNH3          +=    5.86
  PERLND32     DY  11999 03 02 12    1 3  HICORN          +=   51.73
  PERLND32     DY  11999 04 02 12    1 3  HICORN          +=   51.73
  PERLND32     DY  11999 09 02 12    1 3  HICORN          +=   20.69
  PERLND32     DY  11999 10 02 12    1 3  HICORN          +=   41.38
  PERLND32     DY  11999 11 15 12    1 3  HICORN          +=   20.69
  PERLND32     DY  11999 12 02 12    1 3  HICORN          +=   20.69
  PERLND32     DY  11999 03 02 12    1 3  HICPO4          +=   11.00
  PERLND32     DY  11999 04 02 12    1 3  HICPO4          +=   11.00
  PERLND32     DY  11999 09 02 12    1 3  HICPO4          +=    4.40
  PERLND32     DY  11999 10 02 12    1 3  HICPO4          +=    8.80
  PERLND32     DY  11999 11 15 12    1 3  HICPO4          +=    4.40
  PERLND32     DY  11999 12 02 12    1 3  HICPO4          +=    4.40
  PERLND32     DY  11999 03 02 12    1 3  HICORP          +=   18.06
  PERLND32     DY  11999 04 20 12    1 3  HICORP          +=   18.06
  PERLND32     DY  11999 09 02 12    1 3  HICORP          +=    7.22
  PERLND32     DY  11999 10 02 12    1 3  HICORP          +=   14.45
  PERLND32     DY  11999 11 15 12    1 3  HICORP          +=    7.22
  PERLND32     DY  11999 12 02 12    1 3  HICORP          +=    7.22
  PERLND33     DY  11999 03 20 12    1 3  DOCNH3          +=    0.04
  PERLND33     DY  11999 04 20 12    1 3  DOCNH3          +=    0.04
  PERLND33     DY  11999 10 05 12    1 3  DOCNH3          +=    0.36
  PERLND33     DY  11999 03 20 12    1 3  DOCORN          +=    0.16
  PERLND33     DY  11999 04 20 12    1 3  DOCORN          +=    0.16
  PERLND33     DY  11999 10 05 12    1 3  DOCORN          +=    1.26
  PERLND33     DY  11999 03 20 12    1 3  DOCPO4          +=    0.03
  PERLND33     DY  11999 04 20 12    1 3  DOCPO4          +=    0.03
  PERLND33     DY  11999 10 05 12    1 3  DOCPO4          +=    0.27
  PERLND33     DY  11999 03 20 12    1 3  DOCORP          +=    0.06
  PERLND33     DY  11999 04 20 12    1 3  DOCORP          +=    0.06
  PERLND33     DY  11999 10 05 12    1 3  DOCORP          +=    0.44
  PERLND35     DY  11999 03 10 12    1 3  FUBNH3          +=    0.00
  PERLND35     DY  11999 04 10 12    1 3  FUBNH3          +=    0.00
  PERLND35     DY  11999 05 10 12    1 3  FUBNH3          +=    0.00
  PERLND35     DY  11999 03 10 12    1 3  FUBORN          +=    0.00
  PERLND35     DY  11999 04 10 12    1 3  FUBORN          +=    0.00
  PERLND35     DY  11999 05 10 12    1 3  FUBORN          +=    0.00
  PERLND35     DY  11999 03 10 12    1 3  FUBPO4          +=    0.00
  PERLND35     DY  11999 04 10 12    1 3  FUBPO4          +=    0.00
  PERLND35     DY  11999 05 10 12    1 3  FUBPO4          +=    0.00
  PERLND35     DY  11999 03 10 12    1 3  FUBORP          +=    0.00
  PERLND35     DY  11999 04 10 12    1 3  FUBORP          +=    0.00
  PERLND35     DY  11999 05 10 12    1 3  FUBORP          +=    0.00
  PERLND36     DY  11999 03 02 12    5 3  HAMNH3          +=    0.00
  PERLND36     DY  11999 04 20 12    5 3  HAMNH3          +=    0.00
  PERLND36     DY  11999 05 02 12    5 3  HAMNH3          +=    0.00
  PERLND36     DY  11999 03 02 12    5 3  HAMORN          +=    0.00
  PERLND36     DY  11999 04 20 12    5 3  HAMORN          +=    0.00
  PERLND36     DY  11999 05 02 12    5 3  HAMORN          +=    0.00
  PERLND36     DY  11999 03 02 12    5 3  HAMPO4          +=    0.00
  PERLND36     DY  11999 04 20 12    5 3  HAMPO4          +=    0.00
  PERLND36     DY  11999 05 02 12    5 3  HAMPO4          +=    0.00
  PERLND36     DY  11999 03 02 12    5 3  HAMORP          +=    0.00
  PERLND36     DY  11999 04 20 12    5 3  HAMORP          +=    0.00
  PERLND36     DY  11999 05 02 12    5 3  HAMORP          +=    0.00
  PERLND37     DY  11999 03 02 12    5 3  VEMNH3          +=    0.00
  PERLND37     DY  11999 04 20 12    5 3  VEMNH3          +=    0.00
  PERLND37     DY  11999 05 02 12    5 3  VEMNH3          +=    0.00
  PERLND37     DY  11999 03 02 12    5 3  VEMORN          +=    0.00
  PERLND37     DY  11999 04 20 12    5 3  VEMORN          +=    0.00
  PERLND37     DY  11999 05 02 12    5 3  VEMORN          +=    0.00
  PERLND37     DY  11999 03 02 12    5 3  VEMPO4          +=    0.00
  PERLND37     DY  11999 04 20 12    5 3  VEMPO4          +=    0.00
  PERLND37     DY  11999 05 02 12    5 3  VEMPO4          +=    0.00
  PERLND37     DY  11999 03 02 12    5 3  VEMORP          +=    0.00
  PERLND37     DY  11999 04 20 12    5 3  VEMORP          +=    0.00
  PERLND37     DY  11999 05 02 12    5 3  VEMORP          +=    0.00
  PERLND38     DY  11999 03 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  11999 04 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  11999 05 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  11999 06 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  11999 07 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  11999 08 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  11999 09 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  11999 10 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  11999 11 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  11999 03 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  11999 04 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  11999 05 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  11999 06 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  11999 07 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  11999 08 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  11999 09 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  11999 10 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  11999 11 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  11999 03 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  11999 04 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  11999 05 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  11999 06 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  11999 07 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  11999 08 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  11999 09 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  11999 10 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  11999 11 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  11999 03 02 12    3 3  PAMORP          +=    8.71
  PERLND38     DY  11999 04 02 12    3 3  PAMORP          +=    8.71
  PERLND38     DY  11999 05 02 12    3 3  PAMORP          +=    8.71
  PERLND38     DY  11999 06 02 12    3 3  PAMORP          +=    8.71
  PERLND38     DY  11999 07 02 12    3 3  PAMORP          +=    8.71
  PERLND38     DY  11999 08 02 12    3 3  PAMORP          +=    8.71
  PERLND38     DY  11999 09 02 12    3 3  PAMORP          +=    8.71
  PERLND38     DY  11999 10 02 12    3 3  PAMORP          +=    8.71
  PERLND38     DY  11999 11 02 12    3 3  PAMORP          +=    8.71

  PERLND32     DY  12000 03 02 12    1 3  HICNH3          +=   14.64
  PERLND32     DY  12000 04 02 12    1 3  HICNH3          +=   14.64
  PERLND32     DY  12000 09 02 12    1 3  HICNH3          +=    5.86
  PERLND32     DY  12000 10 02 12    1 3  HICNH3          +=   11.71
  PERLND32     DY  12000 11 15 12    1 3  HICNH3          +=    5.86
  PERLND32     DY  12000 12 02 12    1 3  HICNH3          +=    5.86
  PERLND32     DY  12000 03 02 12    1 3  HICORN          +=   51.73
  PERLND32     DY  12000 04 02 12    1 3  HICORN          +=   51.73
  PERLND32     DY  12000 09 02 12    1 3  HICORN          +=   20.69
  PERLND32     DY  12000 10 02 12    1 3  HICORN          +=   41.38
  PERLND32     DY  12000 11 15 12    1 3  HICORN          +=   20.69
  PERLND32     DY  12000 12 02 12    1 3  HICORN          +=   20.69
  PERLND32     DY  12000 03 02 12    1 3  HICPO4          +=   11.00
  PERLND32     DY  12000 04 02 12    1 3  HICPO4          +=   11.00
  PERLND32     DY  12000 09 02 12    1 3  HICPO4          +=    4.40
  PERLND32     DY  12000 10 02 12    1 3  HICPO4          +=    8.80
  PERLND32     DY  12000 11 15 12    1 3  HICPO4          +=    4.40
  PERLND32     DY  12000 12 02 12    1 3  HICPO4          +=    4.40
  PERLND32     DY  12000 03 02 12    1 3  HICORP          +=   18.06
  PERLND32     DY  12000 04 20 12    1 3  HICORP          +=   18.06
  PERLND32     DY  12000 09 02 12    1 3  HICORP          +=    7.22
  PERLND32     DY  12000 10 02 12    1 3  HICORP          +=   14.45
  PERLND32     DY  12000 11 15 12    1 3  HICORP          +=    7.22
  PERLND32     DY  12000 12 02 12    1 3  HICORP          +=    7.22
  PERLND33     DY  12000 03 20 12    1 3  DOCNH3          +=    0.04
  PERLND33     DY  12000 04 20 12    1 3  DOCNH3          +=    0.04
  PERLND33     DY  12000 10 05 12    1 3  DOCNH3          +=    0.36
  PERLND33     DY  12000 03 20 12    1 3  DOCORN          +=    0.16
  PERLND33     DY  12000 04 20 12    1 3  DOCORN          +=    0.16
  PERLND33     DY  12000 10 05 12    1 3  DOCORN          +=    1.26
  PERLND33     DY  12000 03 20 12    1 3  DOCPO4          +=    0.03
  PERLND33     DY  12000 04 20 12    1 3  DOCPO4          +=    0.03
  PERLND33     DY  12000 10 05 12    1 3  DOCPO4          +=    0.27
  PERLND33     DY  12000 03 20 12    1 3  DOCORP          +=    0.06
  PERLND33     DY  12000 04 20 12    1 3  DOCORP          +=    0.06
  PERLND33     DY  12000 10 05 12    1 3  DOCORP          +=    0.44
  PERLND35     DY  12000 03 10 12    1 3  FUBNH3          +=    0.00
  PERLND35     DY  12000 04 10 12    1 3  FUBNH3          +=    0.00
  PERLND35     DY  12000 05 10 12    1 3  FUBNH3          +=    0.00
  PERLND35     DY  12000 03 10 12    1 3  FUBORN          +=    0.00
  PERLND35     DY  12000 04 10 12    1 3  FUBORN          +=    0.00
  PERLND35     DY  12000 05 10 12    1 3  FUBORN          +=    0.00
  PERLND35     DY  12000 03 10 12    1 3  FUBPO4          +=    0.00
  PERLND35     DY  12000 04 10 12    1 3  FUBPO4          +=    0.00
  PERLND35     DY  12000 05 10 12    1 3  FUBPO4          +=    0.00
  PERLND35     DY  12000 03 10 12    1 3  FUBORP          +=    0.00
  PERLND35     DY  12000 04 10 12    1 3  FUBORP          +=    0.00
  PERLND35     DY  12000 05 10 12    1 3  FUBORP          +=    0.00
  PERLND36     DY  12000 03 02 12    5 3  HAMNH3          +=    0.00
  PERLND36     DY  12000 04 20 12    5 3  HAMNH3          +=    0.00
  PERLND36     DY  12000 05 02 12    5 3  HAMNH3          +=    0.00
  PERLND36     DY  12000 03 02 12    5 3  HAMORN          +=    0.00
  PERLND36     DY  12000 04 20 12    5 3  HAMORN          +=    0.00
  PERLND36     DY  12000 05 02 12    5 3  HAMORN          +=    0.00
  PERLND36     DY  12000 03 02 12    5 3  HAMPO4          +=    0.00
  PERLND36     DY  12000 04 20 12    5 3  HAMPO4          +=    0.00
  PERLND36     DY  12000 05 02 12    5 3  HAMPO4          +=    0.00
  PERLND36     DY  12000 03 02 12    5 3  HAMORP          +=    0.00
  PERLND36     DY  12000 04 20 12    5 3  HAMORP          +=    0.00
  PERLND36     DY  12000 05 02 12    5 3  HAMORP          +=    0.00
  PERLND37     DY  12000 03 02 12    5 3  VEMNH3          +=    0.00
  PERLND37     DY  12000 04 20 12    5 3  VEMNH3          +=    0.00
  PERLND37     DY  12000 05 02 12    5 3  VEMNH3          +=    0.00
  PERLND37     DY  12000 03 02 12    5 3  VEMORN          +=    0.00
  PERLND37     DY  12000 04 20 12    5 3  VEMORN          +=    0.00
  PERLND37     DY  12000 05 02 12    5 3  VEMORN          +=    0.00
  PERLND37     DY  12000 03 02 12    5 3  VEMPO4          +=    0.00
  PERLND37     DY  12000 04 20 12    5 3  VEMPO4          +=    0.00
  PERLND37     DY  12000 05 02 12    5 3  VEMPO4          +=    0.00
  PERLND37     DY  12000 03 02 12    5 3  VEMORP          +=    0.00
  PERLND37     DY  12000 04 20 12    5 3  VEMORP          +=    0.00
  PERLND37     DY  12000 05 02 12    5 3  VEMORP          +=    0.00
  PERLND38     DY  12000 03 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  12000 04 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  12000 05 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  12000 06 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  12000 07 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  12000 08 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  12000 09 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  12000 10 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  12000 11 02 12    3 3  PAMNH3          +=   14.37
  PERLND38     DY  12000 03 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  12000 04 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  12000 05 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  12000 06 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  12000 07 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  12000 08 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  12000 09 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  12000 10 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  12000 11 02 12    3 3  PAMORN          +=   15.57
  PERLND38     DY  12000 03 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  12000 04 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  12000 05 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  12000 06 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  12000 07 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  12000 08 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  12000 09 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  12000 10 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  12000 11 02 12    3 3  PAMPO4          +=    1.81
  PERLND38     DY  12000 03 02 12    3 3  PAMORP          +=    8.71
  PERLND38     DY  12000 04 02 12    3 3  PAMORP          +=    8.71
  PERLND38     DY  12000 05 02 12    3 3  PAMORP          +=    8.71
  PERLND38     DY  12000 06 02 12    3 3  PAMORP          +=    8.71
  PERLND38     DY  12000 07 02 12    3 3  PAMORP          +=    8.71
  PERLND38     DY  12000 08 02 12    3 3  PAMORP          +=    8.71
  PERLND38     DY  12000 09 02 12    3 3  PAMORP          +=    8.71
  PERLND38     DY  12000 10 02 12    3 3  PAMORP          +=    8.71
  PERLND38     DY  12000 11 02 12    3 3  PAMORP          +=    8.71

END IF

***MINERAL APPLICATIONS

                                        ***SEGMENT 20***
IF (prec10 < 0.11) THEN
  PERLND32     DY  11998 04 18       2 3  NITR1            2    24.01  YR   1  3
  PERLND32     DY  11998 04 18       2 3  PO419            2     4.61  YR   1  3
  PERLND32     DY  11998 04 24       2 3  NITR1            2    24.01  YR   1  3
  PERLND32     DY  11998 04 24       2 3  PO419            2     4.61  YR   1  3

  PERLND32     DY  11998  5 21       1 3  NITR1            2     8.00  YR   1  3
  PERLND32     DY  11998  5 21       1 3  PO419            2     0.00  YR   1  3
  PERLND32     DY  11998  5 24       1 3  NITR1            2     8.00  YR   1  3
  PERLND32     DY  11998  5 24       1 3  PO419            2     0.00  YR   1  3
  PERLND32     DY  11998  5 28       1 3  NITR1            2     8.00  YR   1  3
  PERLND32     DY  11998  5 28       1 3  PO419            2     0.00  YR   1  3
  PERLND32     DY  11998  6  2       1 3  NITR1            2     8.00  YR   1  3
  PERLND32     DY  11998  6  2       1 3  PO419            2     0.00  YR   1  3
  PERLND32     DY  11998  6  6       1 3  NITR1            2     8.00  YR   1  3
  PERLND32     DY  11998  6  6       1 3  PO419            2     0.00  YR   1  3
  PERLND32     DY  11998  6  9       1 3  NITR1            2     8.00  YR   1  3
  PERLND32     DY  11998  6  9       1 3  PO419            2     0.00  YR   1  3

  PERLND33     DY  11998  2 16       2 3  NITR1            2     2.49  YR   1  3
  PERLND33     DY  11998  2 26       2 3  NITR1            2     2.49  YR   1  3
  PERLND33     DY  11998  3  6       2 3  NITR1            2     8.70  YR   1  3
  PERLND33     DY  11998  3 10       2 3  NITR1            2     8.70  YR   1  3
  PERLND33     DY  11998  3 15       2 3  NITR1            2     8.70  YR   1  3

  PERLND33     DY  11998 10  6       4 3  NITR1            2     1.24  YR   1  3
  PERLND33     DY  11998 10  6       4 3  PO419            2    14.73  YR   1  3

  PERLND35     DY  11998  5  6       4 3  PO455            2    26.73  YR   1  3

  PERLND36     DY  11998  4  1       6 3  NITR1            2   155.21  YR   1  3
  PERLND36     DY  11998  4  1       6 3  PO419            2    19.42  YR   1  3
  PERLND36     DY  11998  4  6       6 3  NITR1            2   155.21  YR   1  3
  PERLND36     DY  11998  4  6       6 3  PO419            2    19.42  YR   1  3
  PERLND36     DY  11998  4 11       6 3  NITR1            2   155.21  YR   1  3
  PERLND36     DY  11998  4 11       6 3  PO419            2    19.42  YR   1  3
  PERLND36     DY  11998  7 10       6 3  NITR1            2   155.21  YR   1  3
  PERLND36     DY  11998  7 10       6 3  PO419            2    19.42  YR   1  3
  PERLND36     DY  11998  7 16       6 3  NITR1            2   155.21  YR   1  3
  PERLND36     DY  11998  7 16       6 3  PO419            2    19.42  YR   1  3
  PERLND36     DY  11998  7 22       6 3  NITR1            2   155.21  YR   1  3
  PERLND36     DY  11998  7 22       6 3  PO419            2    19.42  YR   1  3

  PERLND37     DY  11998  4 10       6 3  NITR1            2    20.01  YR   1  3
  PERLND37     DY  11998  4 10       6 3  PO419            2    23.10  YR   1  3
  PERLND37     DY  11998  4 15       6 3  NITR1            2    20.01  YR   1  3
  PERLND37     DY  11998  4 15       6 3  PO419            2    23.10  YR   1  3
  PERLND37     DY  11998  4 20       6 3  NITR1            2    20.01  YR   1  3
  PERLND37     DY  11998  4 20       6 3  PO419            2    23.10  YR   1  3
  PERLND37     DY  11998  5  5       6 3  NITR1            2    20.01  YR   1  3
  PERLND37     DY  11998  5  5       6 3  PO419            2    23.10  YR   1  3
  PERLND37     DY  11998  5 10       6 3  NITR1            2    20.01  YR   1  3
  PERLND37     DY  11998  5 10       6 3  PO419            2    23.10  YR   1  3
  PERLND37     DY  11998  5 15       6 3  NITR1            2    20.01  YR   1  3
  PERLND37     DY  11998  5 15       6 3  PO419            2    23.10  YR   1  3

END IF

*** Soil reseting block

  PERLND32          1998 10  1         3  SPLTN            1       0.0 YR   1  5
  PERLND32          1998 10  1         3  UPLTN            1       0.0 YR   1  5
  PERLND32          1998 10  1         3  LPLTN            1       0.0 YR   1  5
  PERLND32          1998 10  1         3  SPLTP            1       0.0 YR   1  5
  PERLND32          1998 10  1         3  UPLTP            1       0.0 YR   1  5
  PERLND32          1998 10  1         3  LPLTP            1       0.0 YR   1  5
  PERLND32          1998 10  1         3  SORGN            1     280.0 YR   1  5
  PERLND32          1998 10  1         3  UORGN            1     700.0 YR   1  5
  PERLND32          1998 10  1         3  LORGN            1     600.0 YR   1  5
  PERLND32          1998 10  1         3  SORGP            1      50.0 YR   1  5
  PERLND32          1998 10  1         3  UORGP            1     150.0 YR   1  5
  PERLND32          1998 10  1         3  LORGP            1      60.0 YR   1  5
  PERLND32          1998 10  1         3  NDFCT  1         1       0.0 YR   1  5
  PERLND32          1998 10  1         3  NDFCT  2         1       0.0 YR   1  5
  PERLND32          1998 10  1         3  NDFCT  3         1       0.0 YR   1  5
  PERLND32          1998 10  1         3  PDFCT  1         1       0.0 YR   1  5
  PERLND32          1998 10  1         3  PDFCT  2         1       0.0 YR   1  5
  PERLND32          1998 10  1         3  PDFCT  3         1       0.0 YR   1  5

  PERLND33          1998 10  1         3  SPLTN            1       0.0 YR   1  5
  PERLND33          1998 10  1         3  UPLTN            1       0.0 YR   1  5
  PERLND33          1998 10  1         3  LPLTN            1       0.0 YR   1  5
  PERLND33          1998 10  1         3  SPLTP            1       0.0 YR   1  5
  PERLND33          1998 10  1         3  UPLTP            1       0.0 YR   1  5
  PERLND33          1998 10  1         3  LPLTP            1       0.0 YR   1  5
  PERLND33          1998 10  1         3  SORGN            1     280.0 YR   1  5
  PERLND33          1998 10  1         3  UORGN            1     700.0 YR   1  5
  PERLND33          1998 10  1         3  LORGN            1     600.0 YR   1  5
  PERLND33          1998 10  1         3  SORGP            1      50.0 YR   1  5
  PERLND33          1998 10  1         3  UORGP            1     150.0 YR   1  5
  PERLND33          1998 10  1         3  LORGP            1      60.0 YR   1  5
  PERLND33          1998 10  1         3  NDFCT  1         1       0.0 YR   1  5
  PERLND33          1998 10  1         3  NDFCT  2         1       0.0 YR   1  5
  PERLND33          1998 10  1         3  NDFCT  3         1       0.0 YR   1  5
  PERLND33          1998 10  1         3  PDFCT  1         1       0.0 YR   1  5
  PERLND33          1998 10  1         3  PDFCT  2         1       0.0 YR   1  5
  PERLND33          1998 10  1         3  PDFCT  3         1       0.0 YR   1  5

  PERLND34          1998 10  1         3  SPLTN            1       0.0 YR   1  5
  PERLND34          1998 10  1         3  UPLTN            1       0.0 YR   1  5
  PERLND34          1998 10  1         3  LPLTN            1       0.0 YR   1  5
  PERLND34          1998 10  1         3  SPLTP            1       0.0 YR   1  5
  PERLND34          1998 10  1         3  UPLTP            1       0.0 YR   1  5
  PERLND34          1998 10  1         3  LPLTP            1       0.0 YR   1  5
  PERLND34          1998 10  1         3  SORGN            1     280.0 YR   1  5
  PERLND34          1998 10  1         3  UORGN            1     700.0 YR   1  5
  PERLND34          1998 10  1         3  LORGN            1     600.0 YR   1  5
  PERLND34          1998 10  1         3  SORGP            1      50.0 YR   1  5
  PERLND34          1998 10  1         3  UORGP            1     150.0 YR   1  5
  PERLND34          1998 10  1         3  LORGP            1      60.0 YR   1  5
  PERLND34          1998 10  1         3  NDFCT  1         1       0.0 YR   1  5
  PERLND34          1998 10  1         3  NDFCT  2         1       0.0 YR   1  5
  PERLND34          1998 10  1         3  NDFCT  3         1       0.0 YR   1  5
  PERLND34          1998 10  1         3  PDFCT  1         1       0.0 YR   1  5
  PERLND34          1998 10  1         3  PDFCT  2         1       0.0 YR   1  5
  PERLND34          1998 10  1         3  PDFCT  3         1       0.0 YR   1  5

  PERLND35          1998 10  1         3  SPLTN            1       0.0 YR   1  5
  PERLND35          1998 10  1         3  UPLTN            1       0.0 YR   1  5
  PERLND35          1998 10  1         3  LPLTN            1       0.0 YR   1  5
  PERLND35          1998 10  1         3  SPLTP            1       0.0 YR   1  5
  PERLND35          1998 10  1         3  UPLTP            1       0.0 YR   1  5
  PERLND35          1998 10  1         3  LPLTP            1       0.0 YR   1  5
  PERLND35          1998 10  1         3  SORGN            1     280.0 YR   1  5
  PERLND35          1998 10  1         3  UORGN            1     700.0 YR   1  5
  PERLND35          1998 10  1         3  LORGN            1     600.0 YR   1  5
  PERLND35          1998 10  1         3  SORGP            1      50.0 YR   1  5
  PERLND35          1998 10  1         3  UORGP            1     150.0 YR   1  5
  PERLND35          1998 10  1         3  LORGP            1      60.0 YR   1  5
  PERLND35          1998 10  1         3  NDFCT  1         1       0.0 YR   1  5
  PERLND35          1998 10  1         3  NDFCT  2         1       0.0 YR   1  5
  PERLND35          1998 10  1         3  NDFCT  3         1       0.0 YR   1  5
  PERLND35          1998 10  1         3  PDFCT  1         1       0.0 YR   1  5
  PERLND35          1998 10  1         3  PDFCT  2         1       0.0 YR   1  5
  PERLND35          1998 10  1         3  PDFCT  3         1       0.0 YR   1  5


  PERLND36          1998 10  1         3  SPLTN            1       0.0 YR   1  5
  PERLND36          1998 10  1         3  UPLTN            1       0.0 YR   1  5
  PERLND36          1998 10  1         3  LPLTN            1       0.0 YR   1  5
  PERLND36          1998 10  1         3  SPLTP            1       0.0 YR   1  5
  PERLND36          1998 10  1         3  UPLTP            1       0.0 YR   1  5
  PERLND36          1998 10  1         3  LPLTP            1       0.0 YR   1  5
  PERLND36          1998 10  1         3  SORGN            1     250.0 YR   1  5
  PERLND36          1998 10  1         3  UORGN            1     700.0 YR   1  5
  PERLND36          1998 10  1         3  LORGN            1     600.0 YR   1  5
  PERLND36          1998 10  1         3  SORGP            1      40.0 YR   1  5
  PERLND36          1998 10  1         3  UORGP            1     150.0 YR   1  5
  PERLND36          1998 10  1         3  LORGP            1      60.0 YR   1  5
  PERLND36          1998 10  1         3  NDFCT  1         1       0.0 YR   1  5
  PERLND36          1998 10  1         3  NDFCT  2         1       0.0 YR   1  5
  PERLND36          1998 10  1         3  NDFCT  3         1       0.0 YR   1  5
  PERLND36          1998 10  1         3  PDFCT  1         1       0.0 YR   1  5
  PERLND36          1998 10  1         3  PDFCT  2         1       0.0 YR   1  5
  PERLND36          1998 10  1         3  PDFCT  3         1       0.0 YR   1  5


  PERLND37          1998 10  1         3  SPLTN            1       0.0 YR   1  5
  PERLND37          1998 10  1         3  UPLTN            1       0.0 YR   1  5
  PERLND37          1998 10  1         3  LPLTN            1       0.0 YR   1  5
  PERLND37          1998 10  1         3  SPLTP            1       0.0 YR   1  5
  PERLND37          1998 10  1         3  UPLTP            1       0.0 YR   1  5
  PERLND37          1998 10  1         3  LPLTP            1       0.0 YR   1  5
  PERLND37          1998 10  1         3  SORGN            1     250.0 YR   1  5
  PERLND37          1998 10  1         3  UORGN            1     700.0 YR   1  5
  PERLND37          1998 10  1         3  LORGN            1     600.0 YR   1  5
  PERLND37          1998 10  1         3  SORGP            1      40.0 YR   1  5
  PERLND37          1998 10  1         3  UORGP            1     150.0 YR   1  5
  PERLND37          1998 10  1         3  LORGP            1      60.0 YR   1  5
  PERLND37          1998 10  1         3  NDFCT  1         1       0.0 YR   1  5
  PERLND37          1998 10  1         3  NDFCT  2         1       0.0 YR   1  5
  PERLND37          1998 10  1         3  NDFCT  3         1       0.0 YR   1  5
  PERLND37          1998 10  1         3  PDFCT  1         1       0.0 YR   1  5
  PERLND37          1998 10  1         3  PDFCT  2         1       0.0 YR   1  5
  PERLND37          1998 10  1         3  PDFCT  3         1       0.0 YR   1  5

*** Segment 10
*** Tillage Operations for all land uses ***
IF (prec10 < 0.11) THEN
*** HITILL-CORN ***
  PERLND32     DY  11998  4 05         3  DETS             1     3.500 YR   1  6
  PERLND32     DY  11998 10 20         3  DETS             1     3.500 YR   1  6

*** DOUBLE CROPS ***
  PERLND33     DY  11998  6 04         3  DETS             1     3.500 YR   1  6
  PERLND33     DY  11998 11  3         3  DETS             1     3.500 YR   1  6

*** LOWTILL-CORN ***
  PERLND34     DY  11998  4 05         3  DETS             1     1.500 YR   1  6
  PERLND34     DY  11998 10 20         3  DETS             1     1.500 YR   1  6

*** FS BEANS ***
  PERLND35     DY  11998  4 20         3  DETS             1     2.000 YR   1  6

*** HAY ***
  PERLND36     DY  11998  5 01         3  DETS             1     2.000 YR   1  6

*** VEGETABLES ***
  PERLND37     DY  11998  4  5         3  DETS             1     3.500 YR   1  6
  PERLND37     DY  11998 10 22         3  DETS             1     2.500 YR   1  6
END IF

*** PERVIOUS URBAN fertilizer weekly app, varying monthly 
***oper><f><-l>dc<ds<yr><m><d><h><n>dstp  <vari><1><2><3><a><-value--> tc tst nu
  PERLND39     DY  11998  1  6 12    5 3  NO355           +=    0.0000 YR   1  6
  PERLND39     DY  11998  1  6 12    5 3  NH455           +=    0.0000 YR   1  6
  PERLND39     DY  11998  2  6 12    5 3  NO355           +=    0.0000 YR   1  6
  PERLND39     DY  11998  2  6 12    5 3  NH455           +=    0.0000 YR   1  6
  PERLND39     DY  11998  3  6 12    5 3  NO355           +=    0.2551 YR   1  6
  PERLND39     DY  11998  3  6 12    5 3  NH455           +=    0.5742 YR   1  6
  PERLND39     DY  11998  4  6 12    5 3  NO355           +=    9.1854 YR   1  6
  PERLND39     DY  11998  4  6 12    5 3  NH455           +=    2.2962 YR   1  6
  PERLND39     DY  11998  5  6 12    5 3  NO355           +=    9.1854 YR   1  6
  PERLND39     DY  11998  5  6 12    5 3  NH455           +=    2.2962 YR   1  6
  PERLND39     DY  11998  6  6 12    5 3  NO355           +=    2.2962 YR   1  6
  PERLND39     DY  11998  6  6 12    5 3  NH455           +=    0.5742 YR   1  6
  PERLND39     DY  11998  7  6 12    5 3  NO355           +=    2.2962 YR   1  6
  PERLND39     DY  11998  7  6 12    5 3  NH455           +=    0.5742 YR   1  6
  PERLND39     DY  11998  8  6 12    5 3  NO355           +=    9.1854 YR   1  6
  PERLND39     DY  11998  8  6 12    5 3  NH455           +=    2.2962 YR   1  6
  PERLND39     DY  11998  9  6 12    5 3  NO355           +=    9.1854 YR   1  6
  PERLND39     DY  11998  9  6 12    5 3  NH455           +=    2.2962 YR   1  6
  PERLND39     DY  11998 10  6 12    5 3  NO355           +=    2.2962 YR   1  6
  PERLND39     DY  11998 10  6 12    5 3  NH455           +=    0.5742 YR   1  6
  PERLND39     DY  11998 11  6 12    5 3  NO355           +=    0.0000 YR   1  6
  PERLND39     DY  11998 11  6 12    5 3  NH455           +=    0.0000 YR   1  6
  PERLND39     DY  11998 12  6 12    5 3  NO355           +=    0.0000 YR   1  6
  PERLND39     DY  11998 12  6 12    5 3  NH455           +=    0.0000 YR   1  6
END SPEC-ACTIONS
 
END RUN