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TABLE 1 Model classification (Perrin, 2002; Oudin, 2004). 2.2 Description of some common hydrological model types 2.2.1 Physical models

Table 1 Model classification (Perrin, 2002; Oudin, 2004). 2.2 Description of some common hydrological model types 2.2.1 Physical models

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FIG. 1 Elements of water system and their interactions.
FIG. 1 Elements of water system and their interactions.
FIG. 2 Classification of models based on process (Singh, 1995). The following Table 1 shows commonly model classification according to their characteristics (Perrin, 2002; Oudin, 2004).
FIG. 2 Classification of models based on process (Singh, 1995). The following Table 1 shows commonly model classification according to their characteristics (Perrin, 2002; Oudin, 2004).
FIG. 3 Classification of models related to the time and space scale (Singh, 1995).
FIG. 3 Classification of models related to the time and space scale (Singh, 1995).
FIG. 4 Hydrological model classification (Gaume, 2002).
FIG. 4 Hydrological model classification (Gaume, 2002).
Depending on the use of the model, these components are designed differently. The process includes all the components of the water cycle, as well as the natural and anthropogenic phenomena that interact on the watershed system and which determine the model’s outputs (simulations). FIG. 5 Rainfall transformation into hydrograph (Musy, 2005).
Depending on the use of the model, these components are designed differently. The process includes all the components of the water cycle, as well as the natural and anthropogenic phenomena that interact on the watershed system and which determine the model’s outputs (simulations). FIG. 5 Rainfall transformation into hydrograph (Musy, 2005).
Related topics:
Watershed HydrologyStatistical Hydrology
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