Entry requirements

120 credits of which 90 credits should be in the main area of studies natural sciences or technology including the course Meteorology, hydrology and environmental measurement techniques 15 credits.

Learning outcomes

After the completion of the course, the student should be able to

• in more detail describe the earth's global climate
• understand climates regular and stochastic behaviour in space and time
• judge the relevance of climate scenarios, calculated from global circulation models (GCMs)
• know the limit of requirements on climatological background data that shall be used for technical applications
• have gained knowledge about processes that governs the atmospheric boundary layer
• explain the climatological variations in the atmospheric boundary layer, on time scales from days to years.

Content

The course focuses on climate variability in time and space (from daily, seasonal variations to longer periods and from micro to global scale). Our climate sets the framework for sustainable community development. Knowledge of climate can be applied including on sound propagation, energy (solar, wind, hydro, wave, etc.), design basis for structures (buildings, dams, etc.) and a sustainable Community Development (roads, airports, railways, building, etc.). How our society is affecting the climate can be investigated by using climate models and methods for reducing impacts (e.g. carbon sequestration and emissions agreements). The course will also address the structure of the atmosphere closest to the surface and how the processes within it can be described and quantified.