Operational meteorology

Teacher(s)

Crucifix Michel (coordinator);

Language

English

Prerequisites

1) Previous knowledge :
This course starts from a basic knowledge of meteorological processes. The following chapters of the text book ' Meteorology Today' - C.D. Ahrens are useful study material :

•  Chapter 1 : The earth and its atmosphere
• Chapter 2 : Energy
• Chapter 5 : Atmospheric moisture
• Chapter 6 : Condensation
• Chapter 7 : Stability and cloud development
• Chapter 8 : Precipitation
• Chapter 9 : The atmosphere in motion
• Chapter 11 : Wind
• Chapter 13 : Midlatitude cyclones   

2) Language :The course is given in English, so a good level in listening English as a satisfactory level in written and spoken English is required.

Main themes

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Aims

At the end of this learning unit, the student is able to :
1	Firstly, this module is dedicated to the interpretation and the analysis of surface and upper meteorological maps. Secondly, the goal of this module is to acquire several valuable techniques and working methods for the forecasting of the main parameters and/or weather phenomena like wind and temperature, the formation of fog and the forecasting of clouds and precipitation. At the end of the module, the students should be able to :Identify and explain the different elements found on a surface map Perform an analysis of the atmosphere on the main standard levels ; recognize the main atmospheric patterns and follow their developments Understand and apply correctly the forecasting techniques in exercises and case studies : choose and apply the appropriate methods for forecasting temperature (Tmin,Tmax , Tgrass,'), wind (speed, direction, gusts,'), clouds and precipitation (type, amount,') and the formation and formation/dissipation of fog

The contribution of this Teaching Unit to the development and command of the skills and learning outcomes of the programme(s) can be accessed at the end of this sheet, in the section entitled “Programmes/courses offering this Teaching Unit”.

Content

a.     Revision basic meteorology
·       Wind, jet stream, thermodynamics, clouds, air masses, frontal systems, pressure centres,
b.     Analysis meteorological maps
·       Analysis of surface maps, upper maps (500 hPa, 700 hPa, 850 hPa, 925 hPa, ') and additional maps (temperature, humidity, thetaw, ')
c.     Wind & temperature forecasting
·       Wind forecasting (direction, speed, gusts, ')
·       Heating and cooling in the atmosphere
·       Temperature forecasting (maximum temperature, minimum temperature, ')
·       Exercises
d.     Clouds & precipitation forecasting
·       Profile of clouds
·       Stratiform clouds
·       Convective clouds
·        Exercise
e. Fog forecasting
·     Fog identification and forecasting techniques
·     Fog identification on satellite images
·     Exercises
f.      Practice
·      Meteorological briefings
·      Case studies

Evaluation methods

A presentation of a case study (weight is 40% of the total score).
A written exam (weight is 60% of the total score) will consist of two parts :
-  theory (30%)
- practice ' open book (30%)

Faculty or entity

GEOG