Ocean Modeling Discussion

Looking at the last few options in your CPP definitions file ...

/* bottom boundary layer closure,define only one of the following 5 */
#define UV_DRAG_GRID
#undef UV_LOGDRAG /*use to turn ON or OFF logarithmic bottom friction*/
#undef UV_QDRAG /*use to turn ON or OFF quadratic bottom friction ...

you are not providing a lot of info to help.
The 35 kg/m3 is a lot (!) of suspended sediment.
How is the model getting that much of a concentration? is this from resuspension? or from a lateral boundary?

The high concentration of suspended sediment (35 kg/m³) observed in the model is primarily ...

The high concentration of suspended sediment (35 kg/m³) observed in the model is primarily attributed to the riverine inputs. These inputs are implemented through river forcing, which is applied at the land-sea boundary within the river channel. Specifically, the river forcing is imposed via a SSF ...

Hello,
I am currently simulating sediment transport during extreme river floods with a suspended sediment concentration (SSC) of approximately 35 kg/m³ using the ROMS model. However, I am encountering an issue where the model predicts an unrealistic amount of sediment deposition in river channels ...