Model | Description | Status | Contact |
Delft3D flow | 1DV module – rigid plants affect flow and turbulence in 3D | Available, documented | Adri Mourits |
Delft3D flow | Trachytope formula, 2D flow | Available, documented | Bert Jagers |
D-FM | Trachytope formula, 2D flow | Available, not tested | Herman Kernkamp |
SWAN-VEG | Additional effect of vegetation in formula, based on work of Suzuki | Available, documented | Jacco Groeneweg |
Short and long wave attenuation by rigid vegetation (e.g. mangroves) | Available, documented | Arnold van Rooijen | |
Delwaq | SAV; Macrophyte module with biomass development linked to nutrients, light etc. | Available, under development | Ellis Penning |
Delwaq | Vegmod; Emergent vegetation development linked to nutrients; no flow feedback | Available, documented | Johannes Smits |
Delwaq | Vegetation dynamics for flow without link to nutrients, dedicated for feedback to flow | Available, undocumented, special version? | Qinghua Ye |
Delft3D-Part | Particle tracking; dispersal of seeds | Available, documented | Jan van Beek |
Dynveg | Flexible vegetation – flow interactions. Via Matlab link with D3Dflow (patchwork) | Available, undocumented, not linked formally with standard Deltares software | Jasper Dijkstra |
HABITAT | Potential habitat for various plants and animalsvia knowledge rules, static GIS overlay procedures | Available, documented | Valesca Harezlak |
OpenFoam | ? | Unknown |
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SOBEK | ? | Unclear if/how Sobek-users implement vegetation. Delwaq as a potential tool |
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Matlab modules | Interaction of different vegetation types and life stages with hydromorphology (REFORM project) | Includes interactive coupling procedure with Delft3D-FLOW - undocumented | Mijke van Oorschot |
Matlab modules | Interaction of flexible vegetation with flow (and sediment) | Unofficial, undocumented | Jasper Dijkstra |