Continuous runoff simulation model below Red Butte Creek Reservoir including snowmelt Term Project, CEE6440, Fall2016.

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Presentation transcript:

Continuous runoff simulation model below Red Butte Creek Reservoir including snowmelt Term Project, CEE6440, Fall2016

snow parameter calibration using snow water equivalent (SWE). Objective: snow parameter calibration using snow water equivalent (SWE). analyze mass balance through simulation result. Work Description: Work Description Method Tool Snowmelt Temperature Index ArcGIS & HEC-HMS 4.1 Canopy Loss Simple Canopy Surface Depression Loss Simple surface Infiltration Loss Soill Moisture Accounting Evapotranspiration Monthly average HEC-HMS4.1 Baseflow Recession Routing Muskingham

Temperature Index Snowmelt: Shook and Gray, 1994 Wind, Seasonal and aged factors

Snow Parameters:

Snowmelt Results: Calculated/Observed SWE Simulated SWE

Snow parameter calibration: Engineer Research And Development Center suggest snow parameter to be calibrated Calibrated Parameter http://www.erdc.usace.army.mil/

Calibrated Result: Calculated SWE Simulated SWE Calibrated SWE

Required parameter determined for SMA losses using ArcGIS Value Tool Data Source Maximum Canopy Storage (mm) 2.1 ArcGIS NLCD 2011 Maximum Surface Storage (mm) 3.11 SSURGO Impervious percent (%) 0.75 Maximum soil storage (Porosity) (mm) 180.03 Maximum tension storage (mm) 150.89 Maximum soil infiltration rate (mm/hr) 34.07 Maximum percolation rate (mm/hr) 60.247 GW1 maximum percolation rate (mm/hr) GW1 maximum Storage (mm) Excel Recession Limb analysis GW 1 Coefficient (hr) GW2 Maximum percolation rate (mm/hr) HEC-HMS Model Calibration GW2 maximum Storage (mm) GW 2 Coefficient (hr)

SSURGO Data Information: Horizen1 (Chkey) Component1(Cokey) Horizen2 (Chkey) Horizen3 (Chkey) Horizen1 (Chkey) Map Unit (Mukey) Component2 (Cokey) Horizen2 (Chkey) Horizen1 (Chkey) Component3 (Cokey) Horizen2 (Chkey) Horizen3 (Chkey) Horizen4 (Chkey)

QUESTIONS??