This data set was prepared to verify the core relation between intertidal morphodynamics and BSS distribution as descripted by the Dynamic Equilibrium Theory (DET). Hydrodynamic and bed-level change data were monitored daily for one year on two tidal flats with contrasting wave exposures. Notably, the bed-level change data were provided by SED-sensors (surface elevation dynamic sensors). The data sets presented here includes the bed-level data, wave data, water depths and current velocity
Dynamic equilibrium theory (DET) has been applied to tidal flats to systematically explain intertida...
Dynamic equilibrium theory (DET) has been applied to tidal flats to systematically explain intertida...
Dynamic equilibrium theory (DET) has been applied to tidal flats to systematically explain intertida...
This data set was prepared to verify the core relation between intertidal morphodynamics and BSS dis...
This data set was prepared to verify the core relation between intertidal morphodynamics and BSS dis...
This data set was prepared to verify the core relation between intertidal morphodynamics and BSS dis...
This data set was prepared to verify the core relation between intertidal morphodynamics and BSS dis...
This data set was prepared to verify the core relation between intertidal morphodynamics and BSS dis...
This data set was prepared to verify the core relation between intertidal morphodynamics and BSS dis...
Dynamic equilibrium theory (DET) has been applied to tidal flats to systematically explain intertida...
Dynamic equilibrium theory (DET) has been applied to tidal flats to systematically explain intertida...
Dynamic equilibrium theory (DET) has been applied to tidal flats to systematically explain intertida...
Dynamic equilibrium theory (DET) has been applied to tidal flats to systematically explain intertida...
Dynamic equilibrium theory (DET) has been applied to tidal flats to systematically explain intertida...
Dynamic equilibrium theory (DET) has been applied to tidal flats to systematically explain intertida...
Dynamic equilibrium theory (DET) has been applied to tidal flats to systematically explain intertida...
Dynamic equilibrium theory (DET) has been applied to tidal flats to systematically explain intertida...
Dynamic equilibrium theory (DET) has been applied to tidal flats to systematically explain intertida...
This data set was prepared to verify the core relation between intertidal morphodynamics and BSS dis...
This data set was prepared to verify the core relation between intertidal morphodynamics and BSS dis...
This data set was prepared to verify the core relation between intertidal morphodynamics and BSS dis...
This data set was prepared to verify the core relation between intertidal morphodynamics and BSS dis...
This data set was prepared to verify the core relation between intertidal morphodynamics and BSS dis...
This data set was prepared to verify the core relation between intertidal morphodynamics and BSS dis...
Dynamic equilibrium theory (DET) has been applied to tidal flats to systematically explain intertida...
Dynamic equilibrium theory (DET) has been applied to tidal flats to systematically explain intertida...
Dynamic equilibrium theory (DET) has been applied to tidal flats to systematically explain intertida...
Dynamic equilibrium theory (DET) has been applied to tidal flats to systematically explain intertida...
Dynamic equilibrium theory (DET) has been applied to tidal flats to systematically explain intertida...
Dynamic equilibrium theory (DET) has been applied to tidal flats to systematically explain intertida...
Dynamic equilibrium theory (DET) has been applied to tidal flats to systematically explain intertida...
Dynamic equilibrium theory (DET) has been applied to tidal flats to systematically explain intertida...
Dynamic equilibrium theory (DET) has been applied to tidal flats to systematically explain intertida...