* SWASH report file
      * made by FOCUS-SWASH UI v. 5 (internal version 5.1.0, 02 April 2015) 
      *
      * File Name   : E:\SwashProjects\CN2_VEG8\CN2_VEG8_report.txt
      * Description : Cabbage, 400kg,  uniform incorp.  0 cm
      * Substance   : CN2Gr
      *
      * Creation    : 16-Aug-2018, 10:48
      *
      * Remarks : SWASH report helps you to set up the needed runs to calculate the PECsw and PECsed, occuring in the EU
      *           for the selected substance, used on the selected crop. The scenario code informs you which models you need to
      *           run for this scenario.
      *           D1-D6: drainage entries calculated by the MACRO model, fate in surface water calculated by the TOXSWA model
      *                  
      *           R1-R4: runoff and erosion entries calculated by the PRZM model, fate in surface water calculated by the TOXSWA model
      *                  
      *
      *           For STREAMS the Mean Deposition and Mass Loading, as calculated by the FOCUS Drift Calculator, have been multiplied by a 
      *           factor 1.2 to account for pesticide mass incoming from the upstream catchment as decided by the FOCUS Surface Water 
      *           Scenarios Working Group.
      *
      *
      **********************************************************************************************************************************
      *  CREATED RUNS
      **********************************************************************************************************************************
      *
      *                                                     |--------------- APPLICATION -----------------|----- on Water Surface -----|
      * -ID------Crop(1st/2nd)-------Scenario-WaterbodyType-|-Method--------First/Last/Interval--#---Rate-|-Mean Deposition-Mass Loading
                                                                                      (d)          (kg/ha) (% of Appl. Rate)    (mg/m2)
      *
      * 495   Vegetables, leafy(1st)   D3_Ditch              granular appl. 11-Apr/11-May/1      1  400.0000     0.000           0.000
      *
      * 496   Vegetables, leafy(2nd)   D3_Ditch              granular appl. 22-Jul/21-Aug/1      1  400.0000     0.000           0.000
      *
      * 497   Vegetables, leafy(1st)   D4_Pond               granular appl. 26-Apr/26-May/1      1  400.0000     0.000           0.000
      *
      * 498   Vegetables, leafy(1st)   D4_Stream             granular appl. 26-Apr/26-May/1      1  400.0000     0.000           0.000
      *
      * 499   Vegetables, leafy(1st)   D6_Ditch              granular appl. 1-Aug /31-Aug/1      1  400.0000     0.000           0.000
      *
      * 500   Vegetables, leafy(1st)   R1_Pond               granular appl. 6-Apr /6-May /1      1  400.0000     0.000           0.000
      *
      * 501   Vegetables, leafy(2nd)   R1_Pond               granular appl. 17-Jul/16-Aug/1      1  400.0000     0.000           0.000
      *
      * 502   Vegetables, leafy(1st)   R1_Stream             granular appl. 6-Apr /6-May /1      1  400.0000     0.000           0.000
      *
      * 503   Vegetables, leafy(2nd)   R1_Stream             granular appl. 17-Jul/16-Aug/1      1  400.0000     0.000           0.000
      *
      * 504   Vegetables, leafy(1st)   R2_Stream             granular appl. 14-Feb/16-Mar/1      1  400.0000     0.000           0.000
      *
      * 505   Vegetables, leafy(2nd)   R2_Stream             granular appl. 17-Jul/16-Aug/1      1  400.0000     0.000           0.000
      *
      * 506   Vegetables, leafy(1st)   R3_Stream             granular appl. 15-Feb/17-Mar/1      1  400.0000     0.000           0.000
      *
      * 507   Vegetables, leafy(2nd)   R3_Stream             granular appl. 1-Jun /1-Jul /1      1  400.0000     0.000           0.000
      *
      * 508   Vegetables, leafy(1st)   R4_Stream             granular appl. 15-Feb/17-Mar/1      1  400.0000     0.000           0.000
      *
      * 509   Vegetables, leafy(2nd)   R4_Stream             granular appl. 1-Jun /1-Jul /1      1  400.0000     0.000           0.000
      *
      ************************************************** Surface WAter Scenarios Help **************************************************