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A list of all pages that have property "Describe input parameters model" with value " *Input topography OR initial relative coverage of high-resistance vegetation community *Annual duration of high-flow events *Initial surface-water level *Water surface slope during high-flow events *Bed sediment diffusion coefficient (for erosion by gravity) *Critical shear stress for entrainment of bed sediment (model uses a flocculent sediment transport relation) and corresponding entrainment function * Scaling factor affecting maximum peat accretion rate of high-flow-resistance community * Scaling factor affecting equilibrium elevation of high-flow-resistance community * Scaling factor for vegetative propagation/below-ground biomass expansion rates * Scaling factor for lateral velocities * Effected suspended sediment settling velocity * Soil bulk density * Optional: Mean annual evapotranspiration in each vegetation community * Optional: Vertical profiles of vegetation stem architecture and diameter and drag coefficient relationships for vegetation communities (otherwise model will use default high-flow-resistance and low-flow-resistance communities = ridge and slough vegetation communities in the Everglades) ". Since there have been only a few results, also nearby values are displayed.

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    • Model:RASCAL  + ( *Input topography OR initial relative cov</br>*Input topography OR initial relative coverage of high-resistance vegetation community</br>*Annual duration of high-flow events</br>*Initial surface-water level</br>*Water surface slope during high-flow events</br>*Bed sediment diffusion coefficient (for erosion by gravity)</br>*Critical shear stress for entrainment of bed sediment (model uses a flocculent sediment transport relation) and corresponding entrainment function</br>* Scaling factor affecting maximum peat accretion rate of high-flow-resistance community</br>* Scaling factor affecting equilibrium elevation of high-flow-resistance community</br>* Scaling factor for vegetative propagation/below-ground biomass expansion rates</br>* Scaling factor for lateral velocities</br>* Effected suspended sediment settling velocity</br>* Soil bulk density</br>* Optional: Mean annual evapotranspiration in each vegetation community</br>* Optional: Vertical profiles of vegetation stem architecture and diameter and drag coefficient relationships for vegetation communities (otherwise model will use default high-flow-resistance and low-flow-resistance communities = ridge and slough vegetation communities in the Everglades)</br>h vegetation communities in the Everglades) )