Object-GAWSER Object-Oriented Guelph All-Weather Storm-Event Runoff Model
Preliminary description of STELLA II objects
Sector organization of Object-GAWSER
DATA INPUTS SECTOR
Figure 4. DATA INPUTS sector
OUTPUTS SECTOR
Table 1. Description of the adjustment factors
Inputs for SNOMLT
Inputs for GROFF2
Inputs for GROFF3
Inputs for GROFF4-continue
Inputs for GROFF5
EXAMPLE SIMULATIONS
Agricultural watershed simulation
Figure 7. Discharge from an agricultural watershed
TECHNICAL DESCRIPTION OF SNOMLT
Figure 9. The "Basic Hydrology section."
Hydrology section-continue - SR96_040025
Hydrology section-continue - SR96_040026
Density/Depth section
Table 4. Variables and initial conditions for the Density/Depth section
Graphical descriptions of SNOMLT
Figure 14. Behavior of EXCESS_LWC with respect to LWC and LWCAP
Demonstration of conservation of mass - SR96_040031
Table 5. Conservation of mass within SWC
TECHNICAL DESCRIPTION OF GROFF2
Table 9. Explanation of the variables in GROFF2
Discussion of equations
Demonstration of conservation of mass - SR96_040036
TECHNICAL DESCRIPTION OF SBS_STOR_&_FLOW_1
Table 13. Explanation of the subsurface routing variables.
TECHNICAL DESCRIPTION OF SRFRNF
Table 14. Explanation of the surface routing variables.
TECHNICAL DESCRIPTION OF SRFRNF-continue
Figure 23. Behavior of the lag and route structure
TECHNICAL DESCRIPTION OF CHNLRTNG
Figure 24. The entire channel routing sector (CHNLRTNG)
SECTOR LINKAGES
Table 16. Description of the variables considered in Sector Linkages
Figure 28. The link between GROFF2 and SBS_STOR_&_FLOW_1
RESULTS - SR96_040048
Figure 30. Behavior of the solid water content of the snowpack
Figure 33. Behavior of RHO relative to TEMPs
Figure 35. Behavior of SDEP and GAWSER DEPTH relative to TEMPs
Figure 36. Behavior of the liquid water released from the snowpack
Figure 38. Behavior of infiltration using another initial value of TINF
Results from GROFF2
Figure 41. Behavior of runoff using a different initial value for TINF
Figure 43. Available storage in the bottom soil layer
Routing results
Figure 46. Lag and route structure
CONCLUSION - SR96_040059
LITERATURE CITED - SR96_040060
LITERATURE CITED-continue - SR96_040061
APPENDIX A: SAMPLE INPUT PARAMETER VALUES
Report Documentation Page - SR96_040063
SR96_04
Preliminary description of STELLA II objects
Sector organization of Object-GAWSER
DATA INPUTS SECTOR
Figure 4. DATA INPUTS sector
OUTPUTS SECTOR
Table 1. Description of the adjustment factors
Inputs for SNOMLT
Inputs for GROFF2
Inputs for GROFF3
Inputs for GROFF4-continue
Inputs for GROFF5
EXAMPLE SIMULATIONS
Agricultural watershed simulation
Figure 7. Discharge from an agricultural watershed
TECHNICAL DESCRIPTION OF SNOMLT
Figure 9. The "Basic Hydrology section."
Hydrology section-continue - SR96_040025
Hydrology section-continue - SR96_040026
Density/Depth section
Table 4. Variables and initial conditions for the Density/Depth section
Graphical descriptions of SNOMLT
Figure 14. Behavior of EXCESS_LWC with respect to LWC and LWCAP
Demonstration of conservation of mass - SR96_040031
Table 5. Conservation of mass within SWC
TECHNICAL DESCRIPTION OF GROFF2
Table 9. Explanation of the variables in GROFF2
Discussion of equations
Demonstration of conservation of mass - SR96_040036
TECHNICAL DESCRIPTION OF SBS_STOR_&_FLOW_1
Table 13. Explanation of the subsurface routing variables.
TECHNICAL DESCRIPTION OF SRFRNF
Table 14. Explanation of the surface routing variables.
TECHNICAL DESCRIPTION OF SRFRNF-continue
Figure 23. Behavior of the lag and route structure
TECHNICAL DESCRIPTION OF CHNLRTNG
Figure 24. The entire channel routing sector (CHNLRTNG)
SECTOR LINKAGES
Table 16. Description of the variables considered in Sector Linkages
Figure 28. The link between GROFF2 and SBS_STOR_&_FLOW_1
RESULTS - SR96_040048
Figure 30. Behavior of the solid water content of the snowpack
Figure 33. Behavior of RHO relative to TEMPs
Figure 35. Behavior of SDEP and GAWSER DEPTH relative to TEMPs
Figure 36. Behavior of the liquid water released from the snowpack
Figure 38. Behavior of infiltration using another initial value of TINF
Results from GROFF2
Figure 41. Behavior of runoff using a different initial value for TINF
Figure 43. Available storage in the bottom soil layer
Routing results
Figure 46. Lag and route structure
CONCLUSION - SR96_040059
LITERATURE CITED - SR96_040060
LITERATURE CITED-continue - SR96_040061
APPENDIX A: SAMPLE INPUT PARAMETER VALUES
Report Documentation Page - SR96_040063
SR96_04
