Difference between revisions of "Mohid Land"
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*[[Module DrainageNetwork]] which handles water routing inside rivers | *[[Module DrainageNetwork]] which handles water routing inside rivers | ||
*[[Module PorousMedia]] which calculates infiltration, unsaturated and saturated water movement | *[[Module PorousMedia]] which calculates infiltration, unsaturated and saturated water movement | ||
| + | *[[Module PorousMediaProperties]] which calculates property transport in soil (under development) | ||
*[[Module Vegetation]] which accounts for vegetation in terms of evapotranspiration and initial loss | *[[Module Vegetation]] which accounts for vegetation in terms of evapotranspiration and initial loss | ||
*[[Module Basin]] which handles information between modules and computes interface forcing fluxes between atmosphere and soil (e.g. troughfall, potential evapotranspiration, etc.). | *[[Module Basin]] which handles information between modules and computes interface forcing fluxes between atmosphere and soil (e.g. troughfall, potential evapotranspiration, etc.). | ||
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MOHID Land's main features: | MOHID Land's main features: | ||
Revision as of 11:40, 20 March 2009
MOHID Land is the newest core executable of the MOHID Water Modelling System. This program is designed to simulate hydrographic basin and aquifers. Some modules developed are related with specific processes which occur inside a watershed. Examples are:
- Module Runoff which calculates overland runoff;
- Module DrainageNetwork which handles water routing inside rivers
- Module PorousMedia which calculates infiltration, unsaturated and saturated water movement
- Module PorousMediaProperties which calculates property transport in soil (under development)
- Module Vegetation which accounts for vegetation in terms of evapotranspiration and initial loss
- Module Basin which handles information between modules and computes interface forcing fluxes between atmosphere and soil (e.g. troughfall, potential evapotranspiration, etc.).
MOHID Land's main features:
- Drainage Network (Cinematic and Dynamic Wave);
- 2D Overland Flow
- Infiltration
- Linkage to MOHID Water by Module Discharges
- Floods
- Basin Management
- Evapotranspiration
