Introduction to meteorological prediction, meteorological data analysis, prognosis of weather systems, motion and development, satellite imagery, Doppler radar, numerical weather prediction, extended range forecasting, applied laboratory exercises.
For a full listing of course offerings please see the UBC calendar description
To develop a practical understanding of the principles of mid-latitude weather at the synoptic scales using dynamical and physical principles. To learn analysis and prognosis tools used to analyse current weather, and to be able to make scientifically-based short and medium term forecasts of future weather conditions. To learn how to present weather information to the public.
Rosie Howard
May Wong
No required texts.
Recommended textbooks: TBA.
Please see course webpage (available here).
| Topics | |
|---|---|
| 1 | Meteorological data |
| 2 | NWP Guidance interpretation |
| 3 | Satellite analysis |
| 4 | Tephigram and hodograph analysis |
| 5 | Frontal analysis and short-range prognosis |
| 6 | Cyclogenesis |
| 7 | Energetics approaches to understanding cyclogenesis |
| 8 | Temperature and Cloud & precipitation prediction |
| 9 | Medium range prognoses and horizontal weather depiction |
| 10 | Wind Prediction |
| Lab | Topics |
|---|---|
| 1 | Meteorological data |
| 2 | NWP Guidance interpretation |
| 3 | Satellite analysis |
| 4 | Tephigram and hodograph analysis |
| 5 | Short-range prognosis |
| 6 | Marine bomb case study |
| 7 | Temperature forecasting |
| 8 | Horizontal weather depiction and medium-range prognoses |
| 9 | Cloud and precipitation forecasts |
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