Difference between revisions of "GSSHA Training"
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| − | + | We will have a series of WMS and GSSHA training courses in 2025: | |
| − | [ | + | To register to attend one or more courses, please contact the lead instructor at [mailto:Aaron.R.Byrd2@usace.army.mil Aaron.R.Byrd2@usace.army.mil]. Contact Aquaveo at [mailto:training@aquaveo.com training@aquaveo.com] for information about customized WMS and GSSHA training courses. |
| − | + | ||
| + | == Programmatic Integration with GSSHA – 1 day – May 1 == | ||
| + | This course will cover the new programmatic integration feature of GSSHA and how to use it with various software development tools. The intent is to enable users to interact with GSSHA as it is running, including visualizing data and adding processes. The course will cover a range of tools, many of which are available to USACE engineers. | ||
| + | |||
| + | The course will cover: | ||
| + | * Basics of WMS and GSSHA | ||
| + | * Programmatic interface options of GSSHA | ||
| + | * BMI Overview | ||
| + | * GSSHA Implementation of BMI | ||
| + | * Developing models that interact with GSSHA | ||
| + | * GSSHA C++ Interface | ||
| + | * GSSHA Python Interface | ||
| + | |||
| + | == Wildfire Hydrology with WMS and GSSHA – 1 day – August 6 == | ||
| + | This new course will cover wildfire impacts to hydrology and how to simulate them in WMS and GSSHA. The course will cover both theory and practical application of wildfire hydrology assessment. A new tool, the SERVES model, for creating modified soil moistures will be discussed. | ||
| + | |||
| + | The course will cover: | ||
| + | * Wildfire Impacts on Hydrology Overview | ||
| + | * Basics of GSSHA and WMS | ||
| + | * Burn Severity and Post-Fire Hydrologic Processes: Soil, Soil Moisture, and Vegetation Alterations from Fire | ||
| + | * Data sources and resources | ||
| + | * SERVES soil moisture estimate tool | ||
| + | * Including wildfire impacts in GSSHA and WMS | ||
| + | * Flooding Analysis from wildfire Impacts | ||
| + | |||
| + | == Urban Hydrology with WMS and GSSHA – 1 day – September 10 == | ||
| + | This course will build on previous GSSHA and WMS training course and cover how to use GSSHA and WMS for urban hydrologic modeling. Relevant topics include storm network modeling, urbanization modeling, flood detention structure modeling, and including nature-based infrastructure in models. The class will cover both theory and practical applications. | ||
| + | |||
| + | The course will cover: | ||
| + | * Urban Hydrology Overview | ||
| + | * Urbanization and Land Use Change Hydrology | ||
| + | * GSSHA and WMS Modeling of urbanization and land use change | ||
| + | * Storm Drain Network Hydrology | ||
| + | * GSSHA and WMS Modeling of storm drain networks | ||
| + | * Flood Detention Structure Overview | ||
| + | * GSSHA and WMS Modeling of flood detention structure | ||
| + | * Natural and Nature Based Infrastructure for Flood Defense | ||
| + | * GSSHA and WMS Modeling of Natural and Nature Based Flood Defense Infrastructure | ||
| + | |||
| + | == WMS and GSSHA Basics – 2 day – November 5-6 == | ||
| + | This course will cover the basics of creating hydrologic assessment models using WMS and GSSHA. The course will cover standard topics such as modeling rainfall-runoff processes, streamflow processes, and infiltration processes. | ||
| + | |||
| + | The course will cover: | ||
| + | * WMS and GSSHA Overviews | ||
| + | * Introduction to Hydrologic Modeling | ||
| + | * Using spatial data and imagery | ||
| + | * Hydrologic modeling wizard | ||
| + | * Overland flow modeling | ||
| + | * Stream flow modeling | ||
| + | * Infiltration modeling | ||
| + | * Short and Long term rainfall and evapotranspiration modeling | ||
| + | * Sensitivity analysis and calibration | ||
Latest revision as of 18:50, 14 March 2025
We will have a series of WMS and GSSHA training courses in 2025:
To register to attend one or more courses, please contact the lead instructor at Aaron.R.Byrd2@usace.army.mil. Contact Aquaveo at training@aquaveo.com for information about customized WMS and GSSHA training courses.
Contents
Programmatic Integration with GSSHA – 1 day – May 1
This course will cover the new programmatic integration feature of GSSHA and how to use it with various software development tools. The intent is to enable users to interact with GSSHA as it is running, including visualizing data and adding processes. The course will cover a range of tools, many of which are available to USACE engineers.
The course will cover:
- Basics of WMS and GSSHA
- Programmatic interface options of GSSHA
- BMI Overview
- GSSHA Implementation of BMI
- Developing models that interact with GSSHA
- GSSHA C++ Interface
- GSSHA Python Interface
Wildfire Hydrology with WMS and GSSHA – 1 day – August 6
This new course will cover wildfire impacts to hydrology and how to simulate them in WMS and GSSHA. The course will cover both theory and practical application of wildfire hydrology assessment. A new tool, the SERVES model, for creating modified soil moistures will be discussed.
The course will cover:
- Wildfire Impacts on Hydrology Overview
- Basics of GSSHA and WMS
- Burn Severity and Post-Fire Hydrologic Processes: Soil, Soil Moisture, and Vegetation Alterations from Fire
- Data sources and resources
- SERVES soil moisture estimate tool
- Including wildfire impacts in GSSHA and WMS
- Flooding Analysis from wildfire Impacts
Urban Hydrology with WMS and GSSHA – 1 day – September 10
This course will build on previous GSSHA and WMS training course and cover how to use GSSHA and WMS for urban hydrologic modeling. Relevant topics include storm network modeling, urbanization modeling, flood detention structure modeling, and including nature-based infrastructure in models. The class will cover both theory and practical applications.
The course will cover:
- Urban Hydrology Overview
- Urbanization and Land Use Change Hydrology
- GSSHA and WMS Modeling of urbanization and land use change
- Storm Drain Network Hydrology
- GSSHA and WMS Modeling of storm drain networks
- Flood Detention Structure Overview
- GSSHA and WMS Modeling of flood detention structure
- Natural and Nature Based Infrastructure for Flood Defense
- GSSHA and WMS Modeling of Natural and Nature Based Flood Defense Infrastructure
WMS and GSSHA Basics – 2 day – November 5-6
This course will cover the basics of creating hydrologic assessment models using WMS and GSSHA. The course will cover standard topics such as modeling rainfall-runoff processes, streamflow processes, and infiltration processes.
The course will cover:
- WMS and GSSHA Overviews
- Introduction to Hydrologic Modeling
- Using spatial data and imagery
- Hydrologic modeling wizard
- Overland flow modeling
- Stream flow modeling
- Infiltration modeling
- Short and Long term rainfall and evapotranspiration modeling
- Sensitivity analysis and calibration
