Study level
BAC +4
ECTS
3 credits
Training structure
Faculty of Science
Time of year
Autumn
Description
The EU content is organized into 3 parts:
1) Water cycle and water balance 
- The main reservoirs
- Mechanisms of the water cycle
- Water circulation: from global to watershed scale 
- Humans: their influence on the water cycle
2) The aerial phase of the water cycle - Hydrology 
- The watershed
- Atmospheric circulation and precipitation
- Evapotranspiration
- Infiltration 
- Runoff
3) The underground phase of the water cycle - Hydrogeology 
- Porous media and their hydrodynamic properties
- Different types of aquifer
- Piezometric levels and maps
Objectives
- Know the technical vocabulary of hydrologists and hydrogeologists.
 - Be able to solve simple applied engineering problems (water balance, rainfall intensity, volume of underground reserves, groundwater flow, etc.).
 - Acquire the basic skills needed to implement an integrated approach to water resource management in a watershed.
 
Teaching hours
- Watershed water cycle - TDTutorial11h
 - Watershed water cycle - CMLecture16h
 
Knowledge control
Written final test (2h)
Syllabus
1- Water cycle and water balance
The main reservoirs
Mechanisms of the water cycle
Water circulation: from global to watershed scale
Man: his influence on the water cycle
2- The aerial phase of the water cycle - Hydrology
The watershed
Atmospheric circulation and precipitation
Evapotranspiration
Infiltration
Surface flows
3- The underground phase of the water cycle - Hydrogeology
Porous media and their hydrodynamic properties
Different types of aquifer
Piezometric levels and maps