MORPHOLOGIC ANALYSIS OF SEBASTIAN INLET, FLORIDA: ENHANCEMENTS TO THE TIDAL INLET RESERVOIR MODEL
Fig. 2. Configuration of Sebastian Inlet in 2000.
WAVE CLIMATE
Fig. 3. Seasonal joint probability distributions of wave power vs. direction.
Fig. 4. Seasonal joint probability distributions of wave power vs. direction for wave power greater than 8x10 W/m
MORPHOLOGIC CHANGES OVER THE PAST 50 YEARS
Figure - Zarillo_etal-030007
ENHANCEMENTS TO THE TIDAL INLET RESERVOIR MODEL
Fig. 7. Major components of Sebastian Inlet morphology
Fig. 8. Conceptual diagram for the Reservoir Model (from Kraus 2002).
Fig. 9. Sediment pathways described in the Reservoir Model superimposed
MODELED EVOLUTION OF SEBASTIAN INLET 1950 2050.
Fig. 11. Reservoir Model results without bypassing from Sebastian Inlet sand trap.
ACKNOWLEDGEMENTS - Zarillo_etal-030014
Zarillo_etal-03
Fig. 2. Configuration of Sebastian Inlet in 2000.
WAVE CLIMATE
Fig. 3. Seasonal joint probability distributions of wave power vs. direction.
Fig. 4. Seasonal joint probability distributions of wave power vs. direction for wave power greater than 8x10 W/m
MORPHOLOGIC CHANGES OVER THE PAST 50 YEARS
Figure - Zarillo_etal-030007
ENHANCEMENTS TO THE TIDAL INLET RESERVOIR MODEL
Fig. 7. Major components of Sebastian Inlet morphology
Fig. 8. Conceptual diagram for the Reservoir Model (from Kraus 2002).
Fig. 9. Sediment pathways described in the Reservoir Model superimposed
MODELED EVOLUTION OF SEBASTIAN INLET 1950 2050.
Fig. 11. Reservoir Model results without bypassing from Sebastian Inlet sand trap.
ACKNOWLEDGEMENTS - Zarillo_etal-030014
Zarillo_etal-03
