Wave-influenced Delta Morphodynamics, Long-term Sediment Bypass and Trapping Controlled by Relative Magnitudes of Riverine and Wave-driven Sediment Transport

This repository contains supporting data for *Wave-influenced Delta Morphodynamics, Long-term Sediment Bypass and Trapping Controlled by Relative Magnitudes of Riverine and Wave-driven Sediment Transport,* submitted to Geophysical Research Letters. Delft3D Config for Q1000Qs100Hs15.docx → contains configuration file info for running the Delft3d simulation Q1000Qs100Hs15. Matlab 2022b was used to load Delft3D output files and process the data. WaveDelta_Depth&DepositThick.mat Contains: Depth → timesteps x 322 x 142. Timesteps are variable for each simulation. MSEDRiverSum → 4 x 322 x 142. Mass of sediments from riverine source at four intermediate timesteps. MSEDWaveSum → 4 x 322 x 142. Mass of sediments from longshore transport (LSTUp) source at four intermediate timesteps. VolRiverSum → 322 x 142. Final Volume of sediments from riverine source. VolWaveSum → 322 x 142. Final Volume of sediments from longshore transport (LSTUp) source. XCOR & YCOR are the X and Y grid coordinate locations for maps (322 x 142). Shift2&4km are used for cases highly skewed downdrift to correct for 0 location at the river mouth. Cerc_formula.mlx Computes CERC longshore transport for the simulation conditions. J.mlx calculates river mouth balance (J) values (Nienhuis et al. (2016)) presented in Figure S4. Additional 114 Figures are provided in Data_Visualization_Figures.rar to show Depth and thickness; subaqueous morphodynamics and depth and sediment transport (quiver).