Hydrologic and Hydraulic Analyses Using ArcGIS

ESRI Training and Education
Chicago, Charlotte, Danvers, Honolulu, Houston, New York, San Antonio, Sacramento, Tampa, United States

Course Format: Classroom | E-learning | Virtual Class | Online | On-site | Blended | Self-paced

Course Description:

'' What is ArcGIS?: Basic principles of GIS as spatial data management technology and why it is so useful in water resources analyses; Data structures, tools, and techniques.
Arc Hydro data model: The backbone of GIS implementation in water resources (data); Core feature classes, attributes, and relationships; HydroID–key identifier and relationship builder; Time series storage; Enterprise vs. project implementation–a two way street; Extending Arc Hydro–developing user required data (project database design) using TIN and GRID surfaces.
Arc Hydro tools: The backbone of GIS implementation in water resources (applications); HydroID management and Arc Hydro compliant database management (import and export of features and HydroID management); GRID terrain processing, combining raster, vector, and network datasets into an integrated data environment.
Advanced Arc Hydro tool functionality: Watershed delineation; Watershed characteristics extraction; Time series management; Hydrologic/hydraulic schema generation.
Data sources for H&H analyses: Terrain data, water features, precipitation, land use, soils, flows, curve numbers, and roughness (NED and EDNA, KIDAR, WBD, NHD, Nexrad, STATSGO, SURRGO); What to expect and what not.
Terrain representation for H&H analyses: Vector (TIN) and GRID structures; Precision vs. generality; Size considerations; Managing large TIN and GRID datasets I—is it really necessary; Managing large TIN and GRID datasets II—divide and conquer.
Generic GIS—H&H model integration: GIS information common to all models; XML structure as the data exchange format; Why XML and supporting technologies?; Principles of GeoRAS and GeoHMS model integration; Build-your-own: creating custom model interfaces—ICPR example.
USGS StreamStats: National regression equations for high and low flow estimation; Developing a StreamStats database; Watershed delineation and characterization; Running NSS.
HEC-GeoHMS: ArcGIS preprocessor for HEC-HMS; DEM preprocessing; Building a GeoHMS project; Extracting basin characteristics; HMS parameters computations; HMS schema generation; Export data to HMS.
HEC-GeoRAS: ArcGIS pre- and post-processor for HEC-RAS; Terrain preparation—developing consistent terrain representation from multiple data sources; Building a GeoRAS project—required and optional data; Developing RAS-required information; Export data to RAS.
Running HMS and RAS: Special considerations when building an integrated HMS-RAS model; Supplementing HMS and RAS with additional required data; Running HMS and RAS; Passing information between the two; Post-processing of HMS results (time series); Post-processing of RAS resulds—floodplain delineation.
Putting it all together: GIS support for floodplain mapping (FEMA), real-time operations, and emergency management; Using model builder as the application integrator.
...''

Elements of this syllabus are subject to change.

Phone:888-377-4575

School Address:

380 New York Street
Redlands, CA 92373-8100



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