. Central Oklahoma aquifer,                                                     
                          . demonstration of PHAST                                                        

                              *** Output at End of Steady State Iteration No.     1 ***

     Time .......................................................   0.000      (yr)

                                        *** Global Flow Balance Summary ***
                         Current Time Step                         Rates                  Amounts

 Fluid inflow ...............................................  4.766512E+10  (kg/yr)     9.533025E+10  (kg)
 Fluid outflow ..............................................  3.350351E+12  (kg/yr)     6.700701E+12  (kg)
 Change in fluid in region .................................. -6.703064E+12  (kg/yr)    -1.340613E+13  (kg)
 Residual imbalance ......................................... -3.400378E+12  (kg/yr)    -6.800757E+12  (kg)
 Fractional imbalance .......................................                             -0.5073

               Current Time Step by Boundary Condition Type
                                                                 Amounts

 Step total specified p cell fluid net inflow ............... -2.826904E+10  (kg)
 Step total flux b.c. fluid net inflow ......................  9.533025E+10  (kg)
 Step total leakage b.c. fluid net inflow ................... -1.170076E+10  (kg)
 Step total river leakage b.c. fluid net inflow ............. -6.660731E+12  (kg)
 Step total well fluid net inflow ...........................  0.000000E+00  (kg)


                              *** Output at End of Steady State Iteration No.     2 ***

     Time .......................................................   0.000      (yr)

                                        *** Global Flow Balance Summary ***
                         Current Time Step                         Rates                  Amounts

 Fluid inflow ...............................................  9.533025E+10  (kg/yr)     1.906605E+11  (kg)
 Fluid outflow ..............................................  3.826827E+12  (kg/yr)     7.653654E+12  (kg)
 Change in fluid in region .................................. -2.063642E+11  (kg/yr)    -4.127284E+11  (kg)
 Residual imbalance .........................................  3.525132E+12  (kg/yr)     7.050265E+12  (kg)
 Fractional imbalance .......................................                              0.9212

               Current Time Step by Boundary Condition Type
                                                                 Amounts

 Step total specified p cell fluid net inflow ............... -2.771470E+10  (kg)
 Step total flux b.c. fluid net inflow ......................  1.906605E+11  (kg)
 Step total leakage b.c. fluid net inflow ................... -2.318054E+10  (kg)
 Step total river leakage b.c. fluid net inflow ............. -7.602758E+12  (kg)
 Step total well fluid net inflow ........................... -3.652500E+02  (kg)


                              *** Output at End of Steady State Iteration No.     3 ***

     Time .......................................................   0.000      (yr)

                                        *** Global Flow Balance Summary ***
                         Current Time Step                         Rates                  Amounts

 Fluid inflow ...............................................  9.533025E+10  (kg/yr)     3.813210E+11  (kg)
 Fluid outflow ..............................................  6.322477E+11  (kg/yr)     2.528991E+12  (kg)
 Change in fluid in region .................................. -1.970810E+11  (kg/yr)    -7.883240E+11  (kg)
 Residual imbalance .........................................  3.398365E+11  (kg/yr)     1.359346E+12  (kg)
 Fractional imbalance .......................................                              0.5375

               Current Time Step by Boundary Condition Type
                                                                 Amounts

 Step total specified p cell fluid net inflow ............... -5.415498E+10  (kg)
 Step total flux b.c. fluid net inflow ......................  3.813210E+11  (kg)
 Step total leakage b.c. fluid net inflow ................... -4.521655E+10  (kg)
 Step total river leakage b.c. fluid net inflow ............. -2.429619E+12  (kg)
 Step total well fluid net inflow ........................... -7.305000E+02  (kg)


                              *** Output at End of Steady State Iteration No.     4 ***

     Time .......................................................   0.000      (yr)

                                        *** Global Flow Balance Summary ***
                         Current Time Step                         Rates                  Amounts

 Fluid inflow ...............................................  9.533025E+10  (kg/yr)     7.626420E+11  (kg)
 Fluid outflow ..............................................  2.893428E+11  (kg/yr)     2.314742E+12  (kg)
 Change in fluid in region .................................. -1.826325E+11  (kg/yr)    -1.461060E+12  (kg)
 Residual imbalance .........................................  1.138002E+10  (kg/yr)     9.104015E+10  (kg)
 Fractional imbalance .......................................                              0.0393

               Current Time Step by Boundary Condition Type
                                                                 Amounts

 Step total specified p cell fluid net inflow ............... -1.042666E+11  (kg)
 Step total flux b.c. fluid net inflow ......................  7.626420E+11  (kg)
 Step total leakage b.c. fluid net inflow ................... -8.668783E+10  (kg)
 Step total river leakage b.c. fluid net inflow ............. -2.123788E+12  (kg)
 Step total well fluid net inflow ........................... -1.461000E+03  (kg)


                              *** Output at End of Steady State Iteration No.     5 ***

     Time .......................................................   0.000      (yr)

                                        *** Global Flow Balance Summary ***
                         Current Time Step                         Rates                  Amounts

 Fluid inflow ...............................................  9.533025E+10  (kg/yr)     1.525284E+12  (kg)
 Fluid outflow ..............................................  2.689813E+11  (kg/yr)     4.303701E+12  (kg)
 Change in fluid in region .................................. -1.594255E+11  (kg/yr)    -2.550807E+12  (kg)
 Residual imbalance .........................................  1.422564E+10  (kg/yr)     2.276103E+11  (kg)
 Fractional imbalance .......................................                              0.0529

               Current Time Step by Boundary Condition Type
                                                                 Amounts

 Step total specified p cell fluid net inflow ............... -1.953530E+11  (kg)
 Step total flux b.c. fluid net inflow ......................  1.525284E+12  (kg)
 Step total leakage b.c. fluid net inflow ................... -1.617600E+11  (kg)
 Step total river leakage b.c. fluid net inflow ............. -3.946589E+12  (kg)
 Step total well fluid net inflow ........................... -2.922000E+03  (kg)


                              *** Output at End of Steady State Iteration No.     6 ***

     Time .......................................................   0.000      (yr)

                                        *** Global Flow Balance Summary ***
                         Current Time Step                         Rates                  Amounts

 Fluid inflow ...............................................  9.533025E+10  (kg/yr)     3.050568E+12  (kg)
 Fluid outflow ..............................................  2.394193E+11  (kg/yr)     7.661419E+12  (kg)
 Change in fluid in region .................................. -1.266020E+11  (kg/yr)    -4.051265E+12  (kg)
 Residual imbalance .........................................  1.748708E+10  (kg/yr)     5.595866E+11  (kg)
 Fractional imbalance .......................................                              0.0730

               Current Time Step by Boundary Condition Type
                                                                 Amounts

 Step total specified p cell fluid net inflow ............... -3.502539E+11  (kg)
 Step total flux b.c. fluid net inflow ......................  3.050568E+12  (kg)
 Step total leakage b.c. fluid net inflow ................... -2.916077E+11  (kg)
 Step total river leakage b.c. fluid net inflow ............. -7.019558E+12  (kg)
 Step total well fluid net inflow ........................... -5.844000E+03  (kg)


                              *** Output at End of Steady State Iteration No.     7 ***

     Time .......................................................   0.000      (yr)

                                        *** Global Flow Balance Summary ***
                         Current Time Step                         Rates                  Amounts

 Fluid inflow ...............................................  9.533025E+10  (kg/yr)     6.101136E+12  (kg)
 Fluid outflow ..............................................  2.021382E+11  (kg/yr)     1.293684E+13  (kg)
 Change in fluid in region .................................. -8.962436E+10  (kg/yr)    -5.735959E+12  (kg)
 Residual imbalance .........................................  1.718356E+10  (kg/yr)     1.099748E+12  (kg)
 Fractional imbalance .......................................                              0.0850

               Current Time Step by Boundary Condition Type
                                                                 Amounts

 Step total specified p cell fluid net inflow ............... -5.851215E+11  (kg)
 Step total flux b.c. fluid net inflow ......................  6.101136E+12  (kg)
 Step total leakage b.c. fluid net inflow ................... -5.059500E+11  (kg)
 Step total river leakage b.c. fluid net inflow ............. -1.184577E+13  (kg)
 Step total well fluid net inflow ........................... -1.168800E+04  (kg)


                              *** Output at End of Steady State Iteration No.     8 ***

     Time .......................................................   0.000      (yr)

                                        *** Global Flow Balance Summary ***
                         Current Time Step                         Rates                  Amounts

 Fluid inflow ...............................................  9.533025E+10  (kg/yr)     1.220227E+13  (kg)
 Fluid outflow ..............................................  1.626124E+11  (kg/yr)     2.081439E+13  (kg)
 Change in fluid in region .................................. -5.016132E+10  (kg/yr)    -6.420649E+12  (kg)
 Residual imbalance .........................................  1.712088E+10  (kg/yr)     2.191472E+12  (kg)
 Fractional imbalance .......................................                              0.1053

               Current Time Step by Boundary Condition Type
                                                                 Amounts

 Step total specified p cell fluid net inflow ............... -8.775416E+11  (kg)
 Step total flux b.c. fluid net inflow ......................  1.220227E+13  (kg)
 Step total leakage b.c. fluid net inflow ................... -8.434816E+11  (kg)
 Step total river leakage b.c. fluid net inflow ............. -1.909337E+13  (kg)
 Step total well fluid net inflow ........................... -2.337600E+04  (kg)


                              *** Output at End of Steady State Iteration No.     9 ***

     Time .......................................................   0.000      (yr)

                                        *** Global Flow Balance Summary ***
                         Current Time Step                         Rates                  Amounts

 Fluid inflow ...............................................  9.533025E+10  (kg/yr)     2.440454E+13  (kg)
 Fluid outflow ..............................................  1.299410E+11  (kg/yr)     3.326490E+13  (kg)
 Change in fluid in region .................................. -2.179027E+10  (kg/yr)    -5.578310E+12  (kg)
 Residual imbalance .........................................  1.282049E+10  (kg/yr)     3.282046E+12  (kg)
 Fractional imbalance .......................................                              0.0987

               Current Time Step by Boundary Condition Type
                                                                 Amounts

 Step total specified p cell fluid net inflow ............... -1.147211E+12  (kg)
 Step total flux b.c. fluid net inflow ......................  2.440454E+13  (kg)
 Step total leakage b.c. fluid net inflow ................... -1.345669E+12  (kg)
 Step total river leakage b.c. fluid net inflow ............. -3.077202E+13  (kg)
 Step total well fluid net inflow ........................... -4.675200E+04  (kg)


                              *** Output at End of Steady State Iteration No.    10 ***

     Time .......................................................   0.000      (yr)

                                        *** Global Flow Balance Summary ***
                         Current Time Step                         Rates                  Amounts

 Fluid inflow ...............................................  9.533025E+10  (kg/yr)     4.880909E+13  (kg)
 Fluid outflow ..............................................  1.106067E+11  (kg/yr)     5.663064E+13  (kg)
 Change in fluid in region .................................. -7.225606E+09  (kg/yr)    -3.699510E+12  (kg)
 Residual imbalance .........................................  8.050857E+09  (kg/yr)     4.122039E+12  (kg)
 Fractional imbalance .......................................                              0.0728

               Current Time Step by Boundary Condition Type
                                                                 Amounts

 Step total specified p cell fluid net inflow ............... -1.430892E+12  (kg)
 Step total flux b.c. fluid net inflow ......................  4.880909E+13  (kg)
 Step total leakage b.c. fluid net inflow ................... -2.091245E+12  (kg)
 Step total river leakage b.c. fluid net inflow ............. -5.310850E+13  (kg)
 Step total well fluid net inflow ........................... -9.350400E+04  (kg)


                              *** Output at End of Steady State Iteration No.    11 ***

     Time .......................................................   0.000      (yr)

                                        *** Global Flow Balance Summary ***
                         Current Time Step                         Rates                  Amounts

 Fluid inflow ...............................................  9.533025E+10  (kg/yr)     9.761818E+13  (kg)
 Fluid outflow ..............................................  1.023049E+11  (kg/yr)     1.047602E+14  (kg)
 Change in fluid in region .................................. -1.772119E+09  (kg/yr)    -1.814650E+12  (kg)
 Residual imbalance .........................................  5.202534E+09  (kg/yr)     5.327394E+12  (kg)
 Fractional imbalance .......................................                              0.0509

               Current Time Step by Boundary Condition Type
                                                                 Amounts

 Step total specified p cell fluid net inflow ............... -2.006734E+12  (kg)
 Step total flux b.c. fluid net inflow ......................  9.761818E+13  (kg)
 Step total leakage b.c. fluid net inflow ................... -3.384378E+12  (kg)
 Step total river leakage b.c. fluid net inflow ............. -9.936911E+13  (kg)
 Step total well fluid net inflow ........................... -1.870080E+05  (kg)


                              *** Output at End of Steady State Iteration No.    12 ***

     Time .......................................................   0.000      (yr)

                                        *** Global Flow Balance Summary ***
                         Current Time Step                         Rates                  Amounts

 Fluid inflow ...............................................  9.533025E+10  (kg/yr)     1.952364E+14  (kg)
 Fluid outflow ..............................................  9.777531E+10  (kg/yr)     2.002438E+14  (kg)
 Change in fluid in region .................................. -6.440088E+08  (kg/yr)    -1.318930E+12  (kg)
 Residual imbalance .........................................  1.801056E+09  (kg/yr)     3.688562E+12  (kg)
 Fractional imbalance .......................................                              0.0184

               Current Time Step by Boundary Condition Type
                                                                 Amounts

 Step total specified p cell fluid net inflow ............... -2.234228E+12  (kg)
 Step total flux b.c. fluid net inflow ......................  1.952364E+14  (kg)
 Step total leakage b.c. fluid net inflow ................... -5.849682E+12  (kg)
 Step total river leakage b.c. fluid net inflow ............. -1.921599E+14  (kg)
 Step total well fluid net inflow ........................... -3.740160E+05  (kg)


                              *** Output at End of Steady State Iteration No.    13 ***

     Time .......................................................   0.000      (yr)

                                        *** Global Flow Balance Summary ***
                         Current Time Step                         Rates                  Amounts

 Fluid inflow ...............................................  9.533025E+10  (kg/yr)     3.904727E+14  (kg)
 Fluid outflow ..............................................  9.571814E+10  (kg/yr)     3.920615E+14  (kg)
 Change in fluid in region .................................. -6.922948E+07  (kg/yr)    -2.835639E+11  (kg)
 Residual imbalance .........................................  3.186647E+08  (kg/yr)     1.305251E+12  (kg)
 Fractional imbalance .......................................                              0.0033

               Current Time Step by Boundary Condition Type
                                                                 Amounts

 Step total specified p cell fluid net inflow ............... -3.966789E+12  (kg)
 Step total flux b.c. fluid net inflow ......................  3.904727E+14  (kg)
 Step total leakage b.c. fluid net inflow ................... -1.076149E+13  (kg)
 Step total river leakage b.c. fluid net inflow ............. -3.773332E+14  (kg)
 Step total well fluid net inflow ........................... -7.480320E+05  (kg)


                              *** Output at End of Steady State Iteration No.    14 ***

     Time .......................................................   0.000      (yr)

                                        *** Global Flow Balance Summary ***
                         Current Time Step                         Rates                  Amounts

 Fluid inflow ...............................................  9.533025E+10  (kg/yr)     7.809454E+14  (kg)
 Fluid outflow ..............................................  9.538496E+10  (kg/yr)     7.813936E+14  (kg)
 Change in fluid in region .................................. -2.845593E+06  (kg/yr)    -2.331110E+10  (kg)
 Residual imbalance .........................................  5.186708E+07  (kg/yr)     4.248951E+11  (kg)
 Fractional imbalance .......................................                              0.0005

               Current Time Step by Boundary Condition Type
                                                                 Amounts

 Step total specified p cell fluid net inflow ............... -7.781294E+12  (kg)
 Step total flux b.c. fluid net inflow ......................  7.809454E+14  (kg)
 Step total leakage b.c. fluid net inflow ................... -2.108115E+13  (kg)
 Step total river leakage b.c. fluid net inflow ............. -7.525312E+14  (kg)
 Step total well fluid net inflow ........................... -1.496064E+06  (kg)


                              *** Output at End of Steady State Iteration No.    15 ***

     Time .......................................................   0.000      (yr)

                                        *** Global Flow Balance Summary ***
                         Current Time Step                         Rates                  Amounts

 Fluid inflow ...............................................  9.533025E+10  (kg/yr)     1.561891E+15  (kg)
 Fluid outflow ..............................................  9.533417E+10  (kg/yr)     1.561955E+15  (kg)
 Change in fluid in region .................................. -1.027977E+05  (kg/yr)    -1.684238E+09  (kg)
 Residual imbalance .........................................  3.819481E+06  (kg/yr)     6.257838E+10  (kg)
 Fractional imbalance .......................................                              0.0000

               Current Time Step by Boundary Condition Type
                                                                 Amounts

 Step total specified p cell fluid net inflow ............... -1.555403E+13  (kg)
 Step total flux b.c. fluid net inflow ......................  1.561891E+15  (kg)
 Step total leakage b.c. fluid net inflow ................... -4.206295E+13  (kg)
 Step total river leakage b.c. fluid net inflow ............. -1.504338E+15  (kg)
 Step total well fluid net inflow ........................... -2.992128E+06  (kg)


                              *** Output at End of Steady State Iteration No.    16 ***

     Time .......................................................   0.000      (yr)

                                        *** Global Flow Balance Summary ***
                         Current Time Step                         Rates                  Amounts

 Fluid inflow ...............................................  9.533025E+10  (kg/yr)     3.123782E+15  (kg)
 Fluid outflow ..............................................  9.533076E+10  (kg/yr)     3.123798E+15  (kg)
 Change in fluid in region .................................. -1.823693E+02  (kg/yr)    -5.975878E+06  (kg)
 Residual imbalance .........................................  5.067282E+05  (kg/yr)     1.660447E+10  (kg)
 Fractional imbalance .......................................                              0.0000

               Current Time Step by Boundary Condition Type
                                                                 Amounts

 Step total specified p cell fluid net inflow ............... -3.110575E+13  (kg)
 Step total flux b.c. fluid net inflow ......................  3.123782E+15  (kg)
 Step total leakage b.c. fluid net inflow ................... -8.410649E+13  (kg)
 Step total river leakage b.c. fluid net inflow ............. -3.008586E+15  (kg)
 Step total well fluid net inflow ........................... -5.984256E+06  (kg)


                              *** Output at End of Steady State Iteration No.    17 ***

     Time .......................................................   0.000      (yr)

                                        *** Global Flow Balance Summary ***
                         Current Time Step                         Rates                  Amounts

 Fluid inflow ...............................................  9.533025E+10  (kg/yr)     6.247563E+15  (kg)
 Fluid outflow ..............................................  9.533025E+10  (kg/yr)     6.247563E+15  (kg)
 Change in fluid in region ..................................  6.140285E+01  (kg/yr)     4.024097E+06  (kg)
 Residual imbalance .........................................  3.200811E+02  (kg/yr)     2.097684E+07  (kg)
 Fractional imbalance .......................................                              0.0000

               Current Time Step by Boundary Condition Type
                                                                 Amounts

 Step total specified p cell fluid net inflow ............... -6.221160E+13  (kg)
 Step total flux b.c. fluid net inflow ......................  6.247563E+15  (kg)
 Step total leakage b.c. fluid net inflow ................... -1.682108E+14  (kg)
 Step total river leakage b.c. fluid net inflow ............. -6.017141E+15  (kg)
 Step total well fluid net inflow ........................... -1.196851E+07  (kg)


                              *** Output at End of Steady State Iteration No.    18 ***

     Time .......................................................   0.000      (yr)

                                        *** Global Flow Balance Summary ***
                         Current Time Step                         Rates                  Amounts

 Fluid inflow ...............................................  9.533025E+10  (kg/yr)     1.249513E+16  (kg)
 Fluid outflow ..............................................  9.533025E+10  (kg/yr)     1.249513E+16  (kg)
 Change in fluid in region ..................................  1.306682E+00  (kg/yr)     1.712694E+05  (kg)
 Residual imbalance ......................................... -2.705501E+02  (kg/yr)    -3.546154E+07  (kg)
 Fractional imbalance .......................................                              0.0000

               Current Time Step by Boundary Condition Type
                                                                 Amounts

 Step total specified p cell fluid net inflow ............... -1.244232E+14  (kg)
 Step total flux b.c. fluid net inflow ......................  1.249513E+16  (kg)
 Step total leakage b.c. fluid net inflow ................... -3.364216E+14  (kg)
 Step total river leakage b.c. fluid net inflow ............. -1.203428E+16  (kg)
 Step total well fluid net inflow ........................... -2.393702E+07  (kg)


                              *** Output at End of Steady State Iteration No.    19 ***

     Time .......................................................   0.000      (yr)

                                        *** Global Flow Balance Summary ***
                         Current Time Step                         Rates                  Amounts

 Fluid inflow ...............................................  9.533025E+10  (kg/yr)     2.499025E+16  (kg)
 Fluid outflow ..............................................  9.533025E+10  (kg/yr)     2.499025E+16  (kg)
 Change in fluid in region .................................. -2.713406E-02  (kg/yr)    -7.113031E+03  (kg)
 Residual imbalance ......................................... -9.417175E+00  (kg/yr)    -2.468656E+06  (kg)
 Fractional imbalance .......................................                              0.0000

               Current Time Step by Boundary Condition Type
                                                                 Amounts

 Step total specified p cell fluid net inflow ............... -2.488465E+14  (kg)
 Step total flux b.c. fluid net inflow ......................  2.499025E+16  (kg)
 Step total leakage b.c. fluid net inflow ................... -6.728432E+14  (kg)
 Step total river leakage b.c. fluid net inflow ............. -2.406856E+16  (kg)
 Step total well fluid net inflow ........................... -4.787405E+07  (kg)


                              *** Output at End of Time Step No.    50 ***

     Time .......................................................   1.000E+05  (yr)

                                        *** Global Flow Balance Summary ***
                         Current Time Step                         Rates                  Amounts

 Fluid inflow ...............................................  9.533025E+10  (kg/yr)     1.906605E+14  (kg)
 Fluid outflow ..............................................  9.533025E+10  (kg/yr)     1.906605E+14  (kg)
 Change in fluid in region .................................. -3.556625E+00  (kg/yr)    -7.113250E+03  (kg)
 Residual imbalance .........................................  1.354962E+03  (kg/yr)     2.709925E+06  (kg)
 Fractional imbalance .......................................                              0.0000


          Component: H         

 Solute inflow ..............................................  5.794205E+05  (kg/yr)     1.158841E+09  (kg)
 Solute outflow .............................................  6.780978E+05  (kg/yr)     1.356196E+09  (kg)
 Change in solute in region ................................. -7.412571E+03  (kg/yr)    -1.482514E+07  (kg)
 Residual imbalance .........................................  9.126481E+04  (kg/yr)     1.825296E+08  (kg)
 Fractional imbalance .......................................                              0.1346


          Component: O         

 Solute inflow ..............................................  3.302088E+07  (kg/yr)     6.604177E+10  (kg)
 Solute outflow .............................................  3.659360E+07  (kg/yr)     7.318720E+10  (kg)
 Change in solute in region ................................. -4.451673E+05  (kg/yr)    -8.903346E+08  (kg)
 Residual imbalance .........................................  3.127550E+06  (kg/yr)     6.255099E+09  (kg)
 Fractional imbalance .......................................                              0.0855


          Component: As        

 Solute inflow ..............................................  0.000000E+00  (kg/yr)     0.000000E+00  (kg)
 Solute outflow .............................................  2.590026E+02  (kg/yr)     5.180052E+05  (kg)
 Change in solute in region .................................  9.039827E+00  (kg/yr)     1.807965E+04  (kg)
 Residual imbalance .........................................  2.680424E+02  (kg/yr)     5.360849E+05  (kg)
 Fractional imbalance .......................................                              1.0349


          Component: C         

 Solute inflow ..............................................  8.147018E+06  (kg/yr)     1.629404E+10  (kg)
 Solute outflow .............................................  8.885335E+06  (kg/yr)     1.777067E+10  (kg)
 Change in solute in region ................................. -1.143131E+05  (kg/yr)    -2.286261E+08  (kg)
 Residual imbalance .........................................  6.240035E+05  (kg/yr)     1.248007E+09  (kg)
 Fractional imbalance .......................................                              0.0702


          Component: Ca        

 Solute inflow ..............................................  7.196397E+06  (kg/yr)     1.439279E+10  (kg)
 Solute outflow .............................................  3.884320E+06  (kg/yr)     7.768640E+09  (kg)
 Change in solute in region ................................. -1.159103E+06  (kg/yr)    -2.318205E+09  (kg)
 Residual imbalance ......................................... -4.471180E+06  (kg/yr)    -8.942360E+09  (kg)
 Fractional imbalance .......................................                             -0.6213


          Component: Cl        

 Solute inflow ..............................................  4.516556E+05  (kg/yr)     9.033112E+08  (kg)
 Solute outflow .............................................  2.010764E+07  (kg/yr)     4.021529E+10  (kg)
 Change in solute in region ................................. -1.923533E+07  (kg/yr)    -3.847067E+10  (kg)
 Residual imbalance .........................................  4.206557E+05  (kg/yr)     8.413114E+08  (kg)
 Fractional imbalance .......................................                              0.0209


          Component: Mg        

 Solute inflow ..............................................  3.207187E+06  (kg/yr)     6.414374E+09  (kg)
 Solute outflow .............................................  1.674152E+06  (kg/yr)     3.348304E+09  (kg)
 Change in solute in region ................................. -3.223701E+05  (kg/yr)    -6.447402E+08  (kg)
 Residual imbalance ......................................... -1.855405E+06  (kg/yr)    -3.710811E+09  (kg)
 Fractional imbalance .......................................                             -0.5785


          Component: Na        

 Solute inflow ..............................................  2.687055E+05  (kg/yr)     5.374109E+08  (kg)
 Solute outflow .............................................  2.257261E+07  (kg/yr)     4.514523E+10  (kg)
 Change in solute in region ................................. -1.100167E+07  (kg/yr)    -2.200334E+10  (kg)
 Residual imbalance .........................................  1.130224E+07  (kg/yr)     2.260448E+10  (kg)
 Fractional imbalance .......................................                              0.5007


          Component: S         

 Solute inflow ..............................................  7.181160E+05  (kg/yr)     1.436232E+09  (kg)
 Solute outflow .............................................  7.298210E+05  (kg/yr)     1.459642E+09  (kg)
 Change in solute in region ................................. -1.151748E+04  (kg/yr)    -2.303496E+07  (kg)
 Residual imbalance .........................................  1.874987E+02  (kg/yr)     3.749974E+05  (kg)
 Fractional imbalance .......................................                              0.0003


          Component: Charge    

 Solute inflow ..............................................  1.918721E-07  (kg/yr)     3.837443E-04  (kg)
 Solute outflow .............................................  2.383856E+04  (kg/yr)     4.767712E+07  (kg)
 Change in solute in region ................................. -1.228872E+04  (kg/yr)    -2.457743E+07  (kg)
 Residual imbalance .........................................  1.154984E+04  (kg/yr)     2.309969E+07  (kg)
 Fractional imbalance .......................................                              0.4845

               Current Time Step by Boundary Condition Type
                                                                 Amounts

 Step total specified p cell fluid net inflow ............... -1.898548E+12  (kg)
 Step total flux b.c. fluid net inflow ......................  1.906605E+14  (kg)
 Step total leakage b.c. fluid net inflow ................... -5.133386E+12  (kg)
 Step total river leakage b.c. fluid net inflow ............. -1.836286E+14  (kg)
 Step total well fluid net inflow ........................... -7.305000E+05  (kg)



          Component: H         

 Step total specified C cell or associated with specified P c -1.497059E+07  (kg)
 Step total flux b.c. solute net inflow .....................  1.158841E+09  (kg)
 Step total leakage b.c. solute net inflow .................. -6.246269E+07  (kg)
 Step total river leakage b.c. solute net inflow ............ -1.278762E+09  (kg)
 Step total well solute net inflow .......................... -8.745984E+00  (kg)



          Component: O         

 Step total specified C cell or associated with specified P c -7.707348E+08  (kg)
 Step total flux b.c. solute net inflow .....................  6.604177E+10  (kg)
 Step total leakage b.c. solute net inflow .................. -3.765721E+09  (kg)
 Step total river leakage b.c. solute net inflow ............ -6.865075E+10  (kg)
 Step total well solute net inflow .......................... -4.628550E+02  (kg)



          Component: As        

 Step total specified C cell or associated with specified P c -2.302722E+04  (kg)
 Step total flux b.c. solute net inflow .....................  0.000000E+00  (kg)
 Step total leakage b.c. solute net inflow .................. -1.736188E+05  (kg)
 Step total river leakage b.c. solute net inflow ............ -3.213592E+05  (kg)
 Step total well solute net inflow .......................... -9.014535E-04  (kg)



          Component: C         

 Step total specified C cell or associated with specified P c -1.837058E+08  (kg)
 Step total flux b.c. solute net inflow .....................  1.629404E+10  (kg)
 Step total leakage b.c. solute net inflow .................. -9.827261E+08  (kg)
 Step total river leakage b.c. solute net inflow ............ -1.660424E+10  (kg)
 Step total well solute net inflow .......................... -1.148900E+02  (kg)



          Component: Ca        

 Step total specified C cell or associated with specified P c -1.450850E+07  (kg)
 Step total flux b.c. solute net inflow .....................  1.439279E+10  (kg)
 Step total leakage b.c. solute net inflow .................. -1.659760E+09  (kg)
 Step total river leakage b.c. solute net inflow ............ -6.094371E+09  (kg)
 Step total well solute net inflow .......................... -3.061664E+01  (kg)



          Component: Cl        

 Step total specified C cell or associated with specified P c -1.098618E+08  (kg)
 Step total flux b.c. solute net inflow .....................  9.033112E+08  (kg)
 Step total leakage b.c. solute net inflow .................. -3.125127E+10  (kg)
 Step total river leakage b.c. solute net inflow ............ -8.854158E+09  (kg)
 Step total well solute net inflow .......................... -1.256212E+03  (kg)



          Component: Mg        

 Step total specified C cell or associated with specified P c -6.388697E+06  (kg)
 Step total flux b.c. solute net inflow .....................  6.414374E+09  (kg)
 Step total leakage b.c. solute net inflow .................. -6.323594E+08  (kg)
 Step total river leakage b.c. solute net inflow ............ -2.709556E+09  (kg)
 Step total well solute net inflow .......................... -1.331002E+01  (kg)



          Component: Na        

 Step total specified C cell or associated with specified P c -4.095871E+08  (kg)
 Step total flux b.c. solute net inflow .....................  5.374109E+08  (kg)
 Step total leakage b.c. solute net inflow .................. -2.006701E+10  (kg)
 Step total river leakage b.c. solute net inflow ............ -2.466863E+10  (kg)
 Step total well solute net inflow .......................... -1.066714E+03  (kg)



          Component: S         

 Step total specified C cell or associated with specified P c -1.435986E+07  (kg)
 Step total flux b.c. solute net inflow .....................  1.436232E+09  (kg)
 Step total leakage b.c. solute net inflow .................. -5.734298E+07  (kg)
 Step total river leakage b.c. solute net inflow ............ -1.387939E+09  (kg)
 Step total well solute net inflow .......................... -6.249526E+00  (kg)



          Component: Charge    

 Step total specified C cell or associated with specified P c -3.523090E+03  (kg)
 Step total flux b.c. solute net inflow .....................  3.837443E-04  (kg)
 Step total leakage b.c. solute net inflow .................. -6.031505E+07  (kg)
 Step total river leakage b.c. solute net inflow ............  1.264146E+07  (kg)
 Step total well solute net inflow .......................... -4.508036E+00  (kg)


               Cumulative Summary
                                                                 Amounts

 Cumulative Fluid inflow ....................................  9.533025E+15  (kg)
 Cumulative Fluid outflow ...................................  9.533025E+15  (kg)
 Cumulative Change in fluid in region ....................... -3.485552E+05  (kg)
 Current Fluid in region ....................................  2.692531E+14  (kg)
 Current Fluid volume in region .............................  2.692531E+11  (m ^3)
 Residual imbalance .........................................  6.690833E+07  (kg)
 Fractional imbalance .......................................      0.0000


          Component: H         

 Cumulative Solute inflow ...................................  5.794205E+10  (kg)
 Cumulative Solute outflow ..................................  8.626928E+10  (kg)
 Cumulative Change in solute in region ......................  7.762805E+08  (kg)
 Current Solute in region ...................................  2.252242E+09  (kg)
 Residual imbalance..........................................  2.910352E+10  (kg)
 Fractional imbalance .......................................      0.3374


          Component: O         

 Cumulative Solute inflow ...................................  3.302088E+12  (kg)
 Cumulative Solute outflow ..................................  4.843686E+12  (kg)
 Cumulative Change in solute in region ...................... -6.022788E+10  (kg)
 Current Solute in region ...................................  1.308041E+11  (kg)
 Residual imbalance..........................................  1.481370E+12  (kg)
 Fractional imbalance .......................................      0.3058


          Component: As        

 Cumulative Solute inflow ...................................  0.000000E+00  (kg)
 Cumulative Solute outflow ..................................  2.748362E+08  (kg)
 Cumulative Change in solute in region ......................  1.082580E+06  (kg)
 Current Solute in region ...................................  1.374324E+06  (kg)
 Residual imbalance..........................................  2.759188E+08  (kg)
 Fractional imbalance .......................................      1.0039


          Component: C         

 Cumulative Solute inflow ...................................  8.147018E+11  (kg)
 Cumulative Solute outflow ..................................  1.202647E+12  (kg)
 Cumulative Change in solute in region ......................  1.425903E+10  (kg)
 Current Solute in region ...................................  3.278049E+10  (kg)
 Residual imbalance..........................................  4.022041E+11  (kg)
 Fractional imbalance .......................................      0.3344


          Component: Ca        

 Cumulative Solute inflow ...................................  7.196397E+11  (kg)
 Cumulative Solute outflow ..................................  3.070672E+12  (kg)
 Cumulative Change in solute in region ...................... -7.164890E+12  (kg)
 Current Solute in region ...................................  9.851762E+10  (kg)
 Residual imbalance.......................................... -4.813857E+12  (kg)
 Fractional imbalance .......................................     -0.6719


          Component: Cl        

 Cumulative Solute inflow ...................................  4.516556E+10  (kg)
 Cumulative Solute outflow ..................................  4.437556E+13  (kg)
 Cumulative Change in solute in region ...................... -9.025248E+13  (kg)
 Current Solute in region ...................................  1.437131E+12  (kg)
 Residual imbalance.......................................... -4.592208E+13  (kg)
 Fractional imbalance .......................................     -0.5088


          Component: Mg        

 Cumulative Solute inflow ...................................  3.207187E+11  (kg)
 Cumulative Solute outflow ..................................  9.783606E+11  (kg)
 Cumulative Change in solute in region ...................... -1.492866E+12  (kg)
 Current Solute in region ...................................  3.142007E+10  (kg)
 Residual imbalance.......................................... -8.352241E+11  (kg)
 Fractional imbalance .......................................     -0.5595


          Component: Na        

 Cumulative Solute inflow ...................................  2.687055E+10  (kg)
 Cumulative Solute outflow ..................................  2.640397E+13  (kg)
 Cumulative Change in solute in region ...................... -4.752031E+13  (kg)
 Current Solute in region ...................................  8.395117E+11  (kg)
 Residual imbalance.......................................... -2.114321E+13  (kg)
 Fractional imbalance .......................................     -0.4449


          Component: S         

 Cumulative Solute inflow ...................................  7.181160E+10  (kg)
 Cumulative Solute outflow ..................................  9.763447E+10  (kg)
 Cumulative Change in solute in region ...................... -5.610699E+10  (kg)
 Current Solute in region ...................................  2.887908E+09  (kg)
 Residual imbalance.......................................... -3.028412E+10  (kg)
 Fractional imbalance .......................................     -0.3102


          Component: Charge    

 Cumulative Solute inflow ...................................  1.918721E-02  (kg)
 Cumulative Solute outflow ..................................  3.782373E+10  (kg)
 Cumulative Change in solute in region ......................  1.059735E+09  (kg)
 Current Solute in region ...................................  1.059735E+09  (kg)
 Residual imbalance..........................................  3.888347E+10  (kg)
 Fractional imbalance .......................................      1.0280

               Cumulative Summary by Boundary Condition Type
                                                                 Amounts

 Cumulative specified p cell fluid net inflow ............... -9.492739E+13  (kg)
 Cumulative flux b.c. fluid net inflow ......................  9.533025E+15  (kg)
 Cumulative leakage b.c. fluid net inflow ................... -2.566693E+14  (kg)
 Cumulative river leakage b.c. fluid net inflow ............. -9.181428E+15  (kg)
 Cumulative well fluid net inflow ........................... -3.652500E+07  (kg)



          Component: H         

 Cumulative specified C cell or associated with 
      specified P cell solute net inflow..................... -9.273954E+08  (kg)
 Cumulative flux b.c. solute net inflow .....................  5.794205E+10  (kg)
 Cumulative leakage b.c. solute net inflow .................. -3.111734E+09  (kg)
 Cumulative river leakage b.c. solute net inflow ............ -8.223015E+10  (kg)
 Cumulative well solute net inflow .......................... -4.571897E+02  (kg)



          Component: O         

 Cumulative specified C cell or associated with 
      specified P cell solute net inflow..................... -5.316733E+10  (kg)
 Cumulative flux b.c. solute net inflow .....................  3.302088E+12  (kg)
 Cumulative leakage b.c. solute net inflow .................. -2.264983E+11  (kg)
 Cumulative river leakage b.c. solute net inflow ............ -4.564021E+12  (kg)
 Cumulative well solute net inflow .......................... -3.239545E+04  (kg)



          Component: As        

 Cumulative specified C cell or associated with 
      specified P cell solute net inflow..................... -9.291999E+05  (kg)
 Cumulative flux b.c. solute net inflow .....................  0.000000E+00  (kg)
 Cumulative leakage b.c. solute net inflow .................. -1.606430E+06  (kg)
 Cumulative river leakage b.c. solute net inflow ............ -2.723006E+08  (kg)
 Cumulative well solute net inflow .......................... -2.308345E-02  (kg)



          Component: C         

 Cumulative specified C cell or associated with 
      specified P cell solute net inflow..................... -1.330719E+10  (kg)
 Cumulative flux b.c. solute net inflow .....................  8.147018E+11  (kg)
 Cumulative leakage b.c. solute net inflow .................. -5.900602E+10  (kg)
 Cumulative river leakage b.c. solute net inflow ............ -1.130334E+12  (kg)
 Cumulative well solute net inflow .......................... -8.492959E+03  (kg)



          Component: Ca        

 Cumulative specified C cell or associated with 
      specified P cell solute net inflow..................... -4.764116E+10  (kg)
 Cumulative flux b.c. solute net inflow .....................  7.196397E+11  (kg)
 Cumulative leakage b.c. solute net inflow .................. -8.852940E+11  (kg)
 Cumulative river leakage b.c. solute net inflow ............ -2.137737E+12  (kg)
 Cumulative well solute net inflow .......................... -1.038578E+05  (kg)



          Component: Cl        

 Cumulative specified C cell or associated with 
      specified P cell solute net inflow..................... -7.123677E+11  (kg)
 Cumulative flux b.c. solute net inflow .....................  4.516556E+10  (kg)
 Cumulative leakage b.c. solute net inflow .................. -1.223675E+13  (kg)
 Cumulative river leakage b.c. solute net inflow ............ -3.142644E+13  (kg)
 Cumulative well solute net inflow .......................... -1.464664E+06  (kg)



          Component: Mg        

 Cumulative specified C cell or associated with 
      specified P cell solute net inflow..................... -1.511863E+10  (kg)
 Cumulative flux b.c. solute net inflow .....................  3.207187E+11  (kg)
 Cumulative leakage b.c. solute net inflow .................. -2.344379E+11  (kg)
 Cumulative river leakage b.c. solute net inflow ............ -7.288041E+11  (kg)
 Cumulative well solute net inflow .......................... -2.835629E+04  (kg)



          Component: Na        

 Cumulative specified C cell or associated with 
      specified P cell solute net inflow..................... -4.139335E+11  (kg)
 Cumulative flux b.c. solute net inflow .....................  2.687055E+10  (kg)
 Cumulative leakage b.c. solute net inflow .................. -6.676016E+12  (kg)
 Cumulative river leakage b.c. solute net inflow ............ -1.931402E+13  (kg)
 Cumulative well solute net inflow .......................... -8.053299E+05  (kg)



          Component: S         

 Cumulative specified C cell or associated with 
      specified P cell solute net inflow..................... -1.141287E+09  (kg)
 Cumulative flux b.c. solute net inflow .....................  7.181160E+10  (kg)
 Cumulative leakage b.c. solute net inflow .................. -9.243087E+09  (kg)
 Cumulative river leakage b.c. solute net inflow ............ -8.725009E+10  (kg)
 Cumulative well solute net inflow .......................... -1.152293E+03  (kg)



          Component: Charge    

 Cumulative specified C cell or associated with 
      specified P cell solute net inflow..................... -5.362575E+08  (kg)
 Cumulative flux b.c. solute net inflow .....................  1.918721E-02  (kg)
 Cumulative leakage b.c. solute net inflow .................. -5.061012E+09  (kg)
 Cumulative river leakage b.c. solute net inflow ............ -3.222646E+10  (kg)
 Cumulative well solute net inflow .......................... -7.114224E+02  (kg)



                                       ***** Simulation Completed *****
               Last time value calculated ...................................... 1.0000E+05 (yr)
               Last time step index ............................................      50