L11. Hydrodynamic modelling of floodplain/marine hydraulics, hydrological connectivity sediment transport and water quality
Hydrodynamic modelling is a powerful tool to investigate various aspect of floodplain hydraulics, inundation, hydrological connectivity, sources and sinks of sediment, erosion and deposition processes, sediment transport capacity, salinity and water quality. This session invites presentations related but not limited to
1-D/2-D hydrodynamic modelling for floodplain hydraulics
Calibrating hydrodynamic models using satellite data
Estimate flood discharge using advanced hydrodynamic modelling
Improving rating curves using coupled 1-D and 2-D hydrodynamic modelling
Comparing computation efficiency of different hydrodynamic models
Evaluating 1-D, 2-D and 3-D hydrodynamic models
Wetland inundation modelling
Quantifying hydrological connectivity between floodplain water bodies and between rivers and marine water
Estimating/comparing in channel and floodplain flow velocity
Quantifying flow residence time and nutrients decay on the floodplain
Identifying sources and sinks of sediment and their transport from catchment to coast
Estimating sediment and nutrient loads during floods