AbstractAccurate predictions of the fate of sand nourishments in the nearshore are critical to the management of eroding shorelines. The effectiveness of these nourishments depends on wave and current conditions, which vary with nourishment shape, size, and location. Here, observations of artificial sand mounds, including a new laboratory experiment, are examined to characterize the impact of a range of wave and current conditions on mound evolution and to inform coastal management techniques.
Boers (2005), Overview of historical pits, trenches and dumpsites on the NCS, in SANDPIT: Sand transport and morphology of offshore sand mining pits
Hands, Ahrens, and Resio (1997), Predicting Large-Scale, Cross-Shore Sediment Movement from Orbital Speeds, in Coastal Engineering 1996
Moulton, Elgar, and Raubenheimer (2014), A surfzone morphological diffusivity estimated from the evolution of excavated holes, Geophys. Res. Lett
Smith, Mohr, and Chader (2017), Laboratory experiments on beach change due to nearshore mound placement, Coast. Eng.
Soulsby (1997). Dynamics of Marine Sands: A Manual for Practical Applications.
Thornton, Humiston, and Birkemeier (1996), Bar / trough generation on a natural beach, J. Geophys. Res