Course content

Data and data quality. GIS systems in hydrological applications. Lumped and distributed precipitation - runoff models. Updating and inflow prognosis. Reservoirs and lake models. Modelling of rivers and flood zones. Modelling of ungaged basins and regionalisation. Snow hydrology. Simulation of land use changes.

Learning outcome

Knowledge

The student should have knowledge of:

• How hydrological models can be used for planning and operation of power plants, flood simulations and land use changes.
• Theoretical foundation of the models
• What simplifications and approximations that must be made for practical use
• Which input required, uncertainty and errors in the data, and methods for correction
• Calibration, Uncertainty and evaluation of results.
• Use of GIS in hydrological modelling

Skills

Students will be able to:

• Calibrate and use rainfall-runoff models to calculate drainage in a catchment
• Calculating snowmelt with a degree day model and an energy balance model
• Setup and application of a distributed model.
• Prepare and assess the quality of data from different sources

General competance

Students can:

• Link between basic hydrological theory and application of models
• Choose between which problems that may be solved with simplistic models, and which require more complicated models
• Understand how GIS can be used for hydrologic and hydraulic calculations

Learning methods and activities

Lectures and seminars. Exercises and applications of computer models.

Compulsory assignments

• Computer exercises

Recommended previous knowledge

TVM4105 Hydrology or similar background.

Course materials

Selected section from the Hydropower Development Book series, papers and sections of reports. All materials are available digitally.