Some HYDALP Results from the SRM model

This page shows some results obtained for the BASCH basin during 1996 and 1999 modelling periods.

1996 SRM Results for BASCH

This section shows input and output files for the SRM modelling carried out, plus figures to illustrate the results. Version 1.3 of the HYDALP SRM-Java implementation (build 30 or higher) is required to process the SRM input file. Click on an image to display at full size.

The figure opposite shows the stream flow simulation for Spring 1996. Zoom in on image
The figure opposite shows the monthly runoff generation for Spring 1996. Figure: Innsbruck 1996 stream flow simulationFigure: Innsbruck 1996 monthly runoff generation
The figures opposite show the SRM input file for Spring 1996, and the output generated by using this file with version 1.3, build 32 of SRM-Java.
Figure: 1996 SRM input file Details of SRM-Java input file Figure: 1996 SRM Output Example SRM-Java Output
SRM Input SRM Output

1999 SRM Results for BASCH

This section shows results from 1999 SRM modelling for the BASCH basin. These are presented as a number of graphs: the actual observed stream flow from the basin is shown on each graph by means of 10% and 20% error bands around the observed flow. Over these bands, various SRM forecasts can be compared: forecasts made for zero ("Simulated"), two or six days ahead, with ("obs. meteo") or without ("steady state" / null) actual Meteorological data observation input. Click on an image to display at full size

Figure: Simulated Flow vs Observed, BASCH 1999 Zoom in on figure Observed stream flow overlaid by stream flow simulation result, without observed Meteorological data. Observed stream flow overlaid by stream flow forecast for 2 days in advance, using observed Meteorological data. Figure: 2-day forecast Flow vs Observed, BASCH 1999 Zoom in on 1999 figure 2
Figure: Comaprison of two-day Steady State and With Met Data forecasts, BASCH 1999 Zoom in on 1999 figure 3 Observed stream flow overlaid by stream flow simulation results for both with and without ( "steady state" ) observed Meteorological data.
Figure: 2-day and 6-day Steady State Simulated Flow, BASCH 1999 Zoom in on 1999 figure 4 Observed stream flow overlaid by 2-day and 6-day stream flow simulation results, forecast without use of observed Meteorological data. ("steady state") Observed stream flow overlaid by 2-day and 6-day stream flow simulation results, forecast using observed Meteorological data. Figure: 2-day and 6-day Simulated Flow (with Met. observations), BASCH 1999 Zoom in on 1999 figure 5