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Watershed Parameters of the El Fuerte Basin

Outline. IntroductionObjectivesArea StudiedData SourcesWRAPHydro ProcessResultsProcess of Uploading the Watershed Parameters in the Water Reliability ModelHydropower reliability results displayed in GISConclusions. Introduction. The modeling of water resources has become an important issue for decision holders and water users. By modeling, we can diagnose the resource, visualize future scenarios and establish strategies for optimization. .

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Watershed Parameters of the El Fuerte Basin

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    2. Outline Introduction Objectives Area Studied Data Sources WRAPHydro Process Results Process of Uploading the Watershed Parameters in the Water Reliability Model Hydropower reliability results displayed in GIS Conclusions

    3. Introduction

    4. Objectives Obtain the watershed parameters (drainage area, curve number and mean annual precipitation ) for the El Fuerte Basin Upload the watershed parameters in the El Fuerte Water Reliability Model for Hydropower Generation Display the reliability output in the Geographic Information System (GIS)

    5. El Fuerte Basin

    8. Data Sources

    9. WRAP Hydro Process

    10. Preprocessing

    11. Watershed Parameterization

    15. Uploading the Watershed Parameters in the Water Reliability Model

    16. Water Reliability Model of Hydropower Generation for the El Fuerte Basin

    19. Results

    21. Conclusions

    22. 23 sets of drainage area and mean annual precipitation parameters were obtained for the El Fuerte Basin. The average curve number parameters were not obtained due to the lack of information. The WRMHG can be extended from 8 to 24 control points by using the geodatabase. The outputs of the WRMHG were displayed in the Geodatabase. Further research is needed in the curve number raster, and in the strict representation of the basin

    23. Thank you Questions?

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