Runoff Module 1 Date: 2011/03/31 File Name: ... C:\WRSM2000\CALEDON\D22\D22RU1.DAT Runoff Module number: 1 Runoff Module name: D22A & D22B Catchment area: 1093.00 kmē The module uses the Pitman Groundwater Model. Mean Annual Precipitation: 700 mm Rainfile: ... C:\WRSM2000\CALEDON\D22\Caled3_sec.ran Calibration Parameters: Power of soil moisture/Subsurface flow eqn........(POW): 2.00 Soil moisture state when subsurface flow = 0 ......(SL): 30.00 Soil moisture capacity in mm.......................(ST): 110.00 Subsurface flow at full soil moisture capacity.....(FT): 1.00 Maximum groundwater flow in mm/month...............(GW): 1.00 Min. catchment absorption rate in mm/month...... (ZMIN): 140.00 Max. catchment absorption rate in mm/month.......(ZMAX): 300.00 Interception storage in mm.........................(PI): 1.50 Forest Factor (Van der Zel only)...................(FF): 1.00 Lag of flow (excluding groundwater)................(TL): 0.25 Lag of groundwater flow............................(GL): 1.00 Coefficient in evaporation / soil moisture equation.(R): 0.50 Evaporation and pan factors. Oct 149 0.800 0.000 Nov 161 1.000 0.000 Dec 185 1.000 0.000 Jan 175 1.000 0.000 Feb 136 1.000 0.000 Mar 118 1.000 0.000 Apr 82 1.000 0.000 May 64 1.000 0.000 Jun 48 1.000 0.000 Jul 56 0.800 0.000 Aug 83 0.800 0.000 Sep 119 0.800 0.000 The Runoff Module has no afforestation. The Runoff Module has no alien vegetation areas. The Runoff Module has no paved areas. The Module has no inflow route. The Runoff Module has 3 outflow routes: Route 2 carries 38.0 % of the total runoff. Route 3 carries 4.0 % of the total runoff. Route 1 carries 58.0 % of the total runoff. Runoff Module 10 Date: 2011/03/31 File Name: ... C:\WRSM2000\CALEDON\D22\D22RU10.DAT Runoff Module number: 10 Runoff Module name: D22J,K&L Catchment area: 1352.00 kmē The module uses the Pitman Groundwater Model. Mean Annual Precipitation: 748 mm Rainfile: ... C:\WRSM2000\CALEDON\D22\CALED44.ran Calibration Parameters: Power of soil moisture/Subsurface flow eqn........(POW): 2.00 Soil moisture state when subsurface flow = 0 ......(SL): 30.00 Soil moisture capacity in mm.......................(ST): 110.00 Subsurface flow at full soil moisture capacity.....(FT): 1.00 Maximum groundwater flow in mm/month...............(GW): 1.00 Min. catchment absorption rate in mm/month...... (ZMIN): 140.00 Max. catchment absorption rate in mm/month.......(ZMAX): 300.00 Interception storage in mm.........................(PI): 1.50 Forest Factor (Van der Zel only)...................(FF): 1.00 Lag of flow (excluding groundwater)................(TL): 0.25 Lag of groundwater flow............................(GL): 1.00 Coefficient in evaporation / soil moisture equation.(R): 0.50 Evaporation and pan factors. Oct 152 0.800 0.000 Nov 164 1.000 0.000 Dec 189 1.000 0.000 Jan 178 1.000 0.000 Feb 138 1.000 0.000 Mar 120 1.000 0.000 Apr 83 1.000 0.000 May 65 1.000 0.000 Jun 49 1.000 0.000 Jul 57 0.800 0.000 Aug 84 0.800 0.000 Sep 122 0.800 0.000 The Runoff Module has no afforestation. The Runoff Module has no alien vegetation areas. The Runoff Module has no paved areas. The Module has no inflow route. The Runoff Module has 3 outflow routes: Route 27 carries 3.0 % of the total runoff. Route 29 carries 72.0 % of the total runoff. Route 30 carries 25.0 % of the total runoff. Runoff Module 5 Date: 2011/03/31 File Name: ... C:\WRSM2000\CALEDON\D22\D22RU5.DAT Runoff Module number: 5 Runoff Module name: D22E&F Catchment area: 1131.00 kmē The module uses the Pitman Groundwater Model. Mean Annual Precipitation: 784 mm Rainfile: ... C:\WRSM2000\CALEDON\D22\CALED44.ran Calibration Parameters: Power of soil moisture/Subsurface flow eqn........(POW): 2.00 Soil moisture state when subsurface flow = 0 ......(SL): 30.00 Soil moisture capacity in mm.......................(ST): 110.00 Subsurface flow at full soil moisture capacity.....(FT): 1.00 Maximum groundwater flow in mm/month...............(GW): 1.00 Min. catchment absorption rate in mm/month...... (ZMIN): 140.00 Max. catchment absorption rate in mm/month.......(ZMAX): 300.00 Interception storage in mm.........................(PI): 1.50 Forest Factor (Van der Zel only)...................(FF): 1.00 Lag of flow (excluding groundwater)................(TL): 0.25 Lag of groundwater flow............................(GL): 1.00 Coefficient in evaporation / soil moisture equation.(R): 0.50 Evaporation and pan factors. Oct 160 0.800 0.000 Nov 172 1.000 0.000 Dec 199 1.000 0.000 Jan 188 1.000 0.000 Feb 145 1.000 0.000 Mar 126 1.000 0.000 Apr 88 1.000 0.000 May 68 1.000 0.000 Jun 52 1.000 0.000 Jul 60 0.800 0.000 Aug 89 0.800 0.000 Sep 128 0.800 0.000 The Runoff Module has no afforestation. The Runoff Module has no alien vegetation areas. The Runoff Module has no paved areas. The Module has no inflow route. The Runoff Module has 1 outflow routes: Route 49 carries 100.0 % of the total runoff. Runoff Module 8 Date: 2011/03/31 File Name: ... C:\WRSM2000\CALEDON\D22\D22RU8.DAT Runoff Module number: 8 Runoff Module name: D22G&H Catchment area: 1510.00 kmē The module uses the Pitman Groundwater Model. Mean Annual Precipitation: 703 mm Rainfile: ... C:\WRSM2000\CALEDON\D22\Caled3_sec.ran Calibration Parameters: Power of soil moisture/Subsurface flow eqn........(POW): 2.00 Soil moisture state when subsurface flow = 0 ......(SL): 30.00 Soil moisture capacity in mm.......................(ST): 110.00 Subsurface flow at full soil moisture capacity.....(FT): 1.00 Maximum groundwater flow in mm/month...............(GW): 1.00 Min. catchment absorption rate in mm/month...... (ZMIN): 140.00 Max. catchment absorption rate in mm/month.......(ZMAX): 300.00 Interception storage in mm.........................(PI): 1.50 Forest Factor (Van der Zel only)...................(FF): 1.00 Lag of flow (excluding groundwater)................(TL): 0.25 Lag of groundwater flow............................(GL): 1.00 Coefficient in evaporation / soil moisture equation.(R): 0.50 Evaporation and pan factors. Oct 157 0.800 0.000 Nov 170 1.000 0.000 Dec 195 1.000 0.000 Jan 184 1.000 0.000 Feb 143 1.000 0.000 Mar 124 1.000 0.000 Apr 86 1.000 0.000 May 67 1.000 0.000 Jun 51 1.000 0.000 Jul 59 0.800 0.000 Aug 87 0.800 0.000 Sep 126 0.800 0.000 The Runoff Module has no afforestation. The Runoff Module has no alien vegetation areas. The Runoff Module has no paved areas. The Module has no inflow route. The Runoff Module has 5 outflow routes: Route 37 carries 29.0 % of the total runoff. Route 41 carries 32.0 % of the total runoff. Route 42 carries 3.0 % of the total runoff. Route 43 carries 32.0 % of the total runoff. Route 44 carries 4.0 % of the total runoff. Runoff Module 4 Date: 2011/03/31 File Name: ... C:\WRSM2000\CALEDON\D22\D22RU4.DAT Runoff Module number: 4 Runoff Module name: D22D Catchment area: 628.00 kmē The module uses the Pitman Groundwater Model. Mean Annual Precipitation: 694 mm Rainfile: ... C:\WRSM2000\CALEDON\D22\Caled3_sec.ran Calibration Parameters: Power of soil moisture/Subsurface flow eqn........(POW): 2.00 Soil moisture state when subsurface flow = 0 ......(SL): 30.00 Soil moisture capacity in mm.......................(ST): 110.00 Subsurface flow at full soil moisture capacity.....(FT): 1.00 Maximum groundwater flow in mm/month...............(GW): 1.00 Min. catchment absorption rate in mm/month...... (ZMIN): 140.00 Max. catchment absorption rate in mm/month.......(ZMAX): 300.00 Interception storage in mm.........................(PI): 1.50 Forest Factor (Van der Zel only)...................(FF): 1.00 Lag of flow (excluding groundwater)................(TL): 0.25 Lag of groundwater flow............................(GL): 1.00 Coefficient in evaporation / soil moisture equation.(R): 0.50 Evaporation and pan factors. Oct 152 0.800 0.000 Nov 164 1.000 0.000 Dec 189 1.000 0.000 Jan 178 1.000 0.000 Feb 138 1.000 0.000 Mar 120 1.000 0.000 Apr 83 1.000 0.000 May 65 1.000 0.000 Jun 49 1.000 0.000 Jul 57 0.800 0.000 Aug 84 0.800 0.000 Sep 122 0.800 0.000 The Runoff Module has no afforestation. The Runoff Module has no alien vegetation areas. The Runoff Module has no paved areas. The Module has no inflow route. The Runoff Module has 2 outflow routes: Route 19 carries 25.0 % of the total runoff. Route 21 carries 75.0 % of the total runoff. Runoff Module 19 Date: 2011/03/31 File Name: ... C:\WRSM2000\CALEDON\D22\D22RU19.DAT Runoff Module number: 19 Runoff Module name: D23J Catchment area: 534.00 kmē The module uses the Pitman Groundwater Model. Mean Annual Precipitation: 541 mm Rainfile: ... C:\WRSM2000\CALEDON\D22\D2G.ran Calibration Parameters: Power of soil moisture/Subsurface flow eqn........(POW): 2.00 Soil moisture state when subsurface flow = 0 ......(SL): 30.00 Soil moisture capacity in mm.......................(ST): 110.00 Subsurface flow at full soil moisture capacity.....(FT): 1.00 Maximum groundwater flow in mm/month...............(GW): 1.00 Min. catchment absorption rate in mm/month...... (ZMIN): 140.00 Max. catchment absorption rate in mm/month.......(ZMAX): 300.00 Interception storage in mm.........................(PI): 1.50 Forest Factor (Van der Zel only)...................(FF): 1.00 Lag of flow (excluding groundwater)................(TL): 0.25 Lag of groundwater flow............................(GL): 1.00 Coefficient in evaporation / soil moisture equation.(R): 0.50 Evaporation and pan factors. Oct 165 0.800 0.000 Nov 181 1.000 0.000 Dec 209 1.000 0.000 Jan 197 1.000 0.000 Feb 153 1.000 0.000 Mar 133 1.000 0.000 Apr 92 1.000 0.000 May 72 1.000 0.000 Jun 54 1.000 0.000 Jul 63 0.800 0.000 Aug 93 0.800 0.000 Sep 135 0.800 0.000 The Runoff Module has no afforestation. The Runoff Module has no alien vegetation areas. The Runoff Module has no paved areas. The Module has no inflow route. The Runoff Module has 2 outflow routes: Route 105 carries 40.0 % of the total runoff. Route 106 carries 60.0 % of the total runoff. Runoff Module 11 Date: 2011/03/31 File Name: ... C:\WRSM2000\CALEDON\D22\D22RU11.DAT Runoff Module number: 11 Runoff Module name: D23A&B Catchment area: 1205.00 kmē The module uses the Pitman Groundwater Model. Mean Annual Precipitation: 696 mm Rainfile: ... C:\WRSM2000\CALEDON\D22\D2F.ran Calibration Parameters: Power of soil moisture/Subsurface flow eqn........(POW): 2.00 Soil moisture state when subsurface flow = 0 ......(SL): 30.00 Soil moisture capacity in mm.......................(ST): 110.00 Subsurface flow at full soil moisture capacity.....(FT): 1.00 Maximum groundwater flow in mm/month...............(GW): 1.00 Min. catchment absorption rate in mm/month...... (ZMIN): 140.00 Max. catchment absorption rate in mm/month.......(ZMAX): 300.00 Interception storage in mm.........................(PI): 1.50 Forest Factor (Van der Zel only)...................(FF): 1.00 Lag of flow (excluding groundwater)................(TL): 0.25 Lag of groundwater flow............................(GL): 1.00 Coefficient in evaporation / soil moisture equation.(R): 0.50 Evaporation and pan factors. Oct 160 0.800 0.000 Nov 172 1.000 0.000 Dec 199 1.000 0.000 Jan 188 1.000 0.000 Feb 145 1.000 0.000 Mar 126 1.000 0.000 Apr 88 1.000 0.000 May 68 1.000 0.000 Jun 52 1.000 0.000 Jul 60 0.800 0.000 Aug 89 0.800 0.000 Sep 128 0.800 0.000 The Runoff Module has no afforestation. The Runoff Module has no alien vegetation areas. The Runoff Module has no paved areas. The Module has no inflow route. The Runoff Module has 2 outflow routes: Route 72 carries 95.0 % of the total runoff. Route 128 carries 5.0 % of the total runoff. Runoff Module 13 Date: 2011/03/31 File Name: ... C:\WRSM2000\CALEDON\D22\D22RU13.DAT Runoff Module number: 13 Runoff Module name: D23C Catchment area: 861.00 kmē The module uses the Pitman Groundwater Model. Mean Annual Precipitation: 638 mm Rainfile: ... C:\WRSM2000\CALEDON\D22\D2F.ran Calibration Parameters: Power of soil moisture/Subsurface flow eqn........(POW): 3.00 Soil moisture state when subsurface flow = 0 ......(SL): 15.00 Soil moisture capacity in mm.......................(ST): 160.00 Subsurface flow at full soil moisture capacity.....(FT): 3.50 Maximum groundwater flow in mm/month...............(GW): 0.00 Min. catchment absorption rate in mm/month...... (ZMIN): 80.00 Max. catchment absorption rate in mm/month.......(ZMAX): 460.00 Interception storage in mm.........................(PI): 1.50 Forest Factor (Van der Zel only)...................(FF): 1.00 Lag of flow (excluding groundwater)................(TL): 0.30 Lag of groundwater flow............................(GL): 2.50 Coefficient in evaporation / soil moisture equation.(R): 0.50 Evaporation and pan factors. Oct 162 0.800 0.000 Nov 175 1.000 0.000 Dec 202 1.000 0.000 Jan 191 1.000 0.000 Feb 148 1.000 0.000 Mar 128 1.000 0.000 Apr 89 1.000 0.000 May 70 1.000 0.000 Jun 53 1.000 0.000 Jul 61 0.800 0.000 Aug 90 0.800 0.000 Sep 130 0.800 0.000 The Runoff Module has no afforestation. The Runoff Module has no alien vegetation areas. The Runoff Module has no paved areas. The Module has no inflow route. The Runoff Module has 3 outflow routes: Route 58 carries 30.0 % of the total runoff. Route 57 carries 20.0 % of the total runoff. Route 59 carries 50.0 % of the total runoff. Runoff Module 14 Date: 2011/03/31 File Name: ... C:\WRSM2000\CALEDON\D22\D22RU14.DAT Runoff Module number: 14 Runoff Module name: D23D&E Catchment area: 1267.00 kmē The module uses the Pitman Groundwater Model. Mean Annual Precipitation: 611 mm Rainfile: ... C:\WRSM2000\CALEDON\D22\D2F.ran Calibration Parameters: Power of soil moisture/Subsurface flow eqn........(POW): 2.00 Soil moisture state when subsurface flow = 0 ......(SL): 30.00 Soil moisture capacity in mm.......................(ST): 110.00 Subsurface flow at full soil moisture capacity.....(FT): 1.00 Maximum groundwater flow in mm/month...............(GW): 1.00 Min. catchment absorption rate in mm/month...... (ZMIN): 140.00 Max. catchment absorption rate in mm/month.......(ZMAX): 300.00 Interception storage in mm.........................(PI): 1.50 Forest Factor (Van der Zel only)...................(FF): 1.00 Lag of flow (excluding groundwater)................(TL): 0.25 Lag of groundwater flow............................(GL): 1.00 Coefficient in evaporation / soil moisture equation.(R): 0.50 Evaporation and pan factors. Oct 165 0.800 0.000 Nov 178 1.000 0.000 Dec 206 1.000 0.000 Jan 194 1.000 0.000 Feb 150 1.000 0.000 Mar 131 1.000 0.000 Apr 91 1.000 0.000 May 71 1.000 0.000 Jun 53 1.000 0.000 Jul 62 0.800 0.000 Aug 92 0.800 0.000 Sep 133 0.800 0.000 The Runoff Module has no afforestation. The Runoff Module has no alien vegetation areas. The Runoff Module has no paved areas. The Module has no inflow route. The Runoff Module has 6 outflow routes: Route 74 carries 2.2 % of the total runoff. Route 75 carries 4.5 % of the total runoff. Route 76 carries 7.2 % of the total runoff. Route 77 carries 28.9 % of the total runoff. Route 79 carries 37.9 % of the total runoff. Route 134 carries 19.3 % of the total runoff. Runoff Module 16 Date: 2011/03/31 File Name: ... C:\WRSM2000\CALEDON\D22\D22RU16.DAT Runoff Module number: 16 Runoff Module name: D23F&G Catchment area: 864.00 kmē The module uses the Pitman Groundwater Model. Mean Annual Precipitation: 629 mm Rainfile: ... C:\WRSM2000\CALEDON\D22\D2G.ran Calibration Parameters: Power of soil moisture/Subsurface flow eqn........(POW): 2.00 Soil moisture state when subsurface flow = 0 ......(SL): 30.00 Soil moisture capacity in mm.......................(ST): 110.00 Subsurface flow at full soil moisture capacity.....(FT): 1.00 Maximum groundwater flow in mm/month...............(GW): 1.00 Min. catchment absorption rate in mm/month...... (ZMIN): 140.00 Max. catchment absorption rate in mm/month.......(ZMAX): 300.00 Interception storage in mm.........................(PI): 1.50 Forest Factor (Van der Zel only)...................(FF): 1.00 Lag of flow (excluding groundwater)................(TL): 0.25 Lag of groundwater flow............................(GL): 1.00 Coefficient in evaporation / soil moisture equation.(R): 0.50 Evaporation and pan factors. Oct 165 0.800 0.000 Nov 178 1.000 0.000 Dec 206 1.000 0.000 Jan 194 1.000 0.000 Feb 150 1.000 0.000 Mar 131 1.000 0.000 Apr 91 1.000 0.000 May 71 1.000 0.000 Jun 53 1.000 0.000 Jul 62 0.800 0.000 Aug 92 0.800 0.000 Sep 133 0.800 0.000 The Runoff Module has no afforestation. The Runoff Module has no alien vegetation areas. The Runoff Module has no paved areas. The Module has no inflow route. The Runoff Module has 3 outflow routes: Route 95 carries 15.0 % of the total runoff. Route 96 carries 61.0 % of the total runoff. Route 97 carries 24.0 % of the total runoff. Runoff Module 18 Date: 2011/03/31 File Name: ... C:\WRSM2000\CALEDON\D22\D22RU18.DAT Runoff Module number: 18 Runoff Module name: D23H Catchment area: 776.00 kmē The module uses the Pitman Groundwater Model. Mean Annual Precipitation: 519 mm Rainfile: ... C:\WRSM2000\CALEDON\D22\D2G.ran Calibration Parameters: Power of soil moisture/Subsurface flow eqn........(POW): 3.00 Soil moisture state when subsurface flow = 0 ......(SL): 0.00 Soil moisture capacity in mm.......................(ST): 80.00 Subsurface flow at full soil moisture capacity.....(FT): 1.00 Maximum groundwater flow in mm/month...............(GW): 0.00 Min. catchment absorption rate in mm/month...... (ZMIN): 60.00 Max. catchment absorption rate in mm/month.......(ZMAX): 490.00 Interception storage in mm.........................(PI): 1.50 Forest Factor (Van der Zel only)...................(FF): 1.00 Lag of flow (excluding groundwater)................(TL): 0.30 Lag of groundwater flow............................(GL): 0.50 Coefficient in evaporation / soil moisture equation.(R): 0.50 Evaporation and pan factors. Oct 173 0.800 0.000 Nov 187 1.000 0.000 Dec 216 1.000 0.000 Jan 204 1.000 0.000 Feb 158 1.000 0.000 Mar 137 1.000 0.000 Apr 95 1.000 0.000 May 74 1.000 0.000 Jun 56 1.000 0.000 Jul 65 0.800 0.000 Aug 96 0.800 0.000 Sep 139 0.800 0.000 The Runoff Module has no afforestation. The Runoff Module has no alien vegetation areas. The Runoff Module has no paved areas. The Module has no inflow route. The Runoff Module has 2 outflow routes: Route 113 carries 40.0 % of the total runoff. Route 114 carries 60.0 % of the total runoff.