Seasonal morphodynamics of multiple intertidal bars (MITBs) on a meso‐to macrotidal beach
Multiple intertidal bar (MITB) beach systems comprise a succession of subdued, shore‐
parallel sandbars, developed under low‐energy conditions in meso‐to macrotidal settings …
parallel sandbars, developed under low‐energy conditions in meso‐to macrotidal settings …
Video-based nearshore bathymetric inversion on a geologically constrained mesotidal beach during storm events
Although geologically constrained sandy beaches are ubiquitous along wave-exposed
coasts, there is still a limited understanding of their morphological response, particularly …
coasts, there is still a limited understanding of their morphological response, particularly …
Wave, tide and topographical controls on headland sand bypassing
Embayed beaches separated by irregular rocky headlands represent 50% of global
shorelines. Quantification of inputs and outflows via headland bypassing is necessary for …
shorelines. Quantification of inputs and outflows via headland bypassing is necessary for …
Inter-annual morphological evolution and volume changes of a meso-to macrotidal beach exhibiting multiple intertidal bars (MITB)
Although morphologically persistent in the long term, Multiple Intertidal Bar Systems (MITBs)
display short-term, especially seasonal, morphodynamic behaviour. Analysis of high …
display short-term, especially seasonal, morphodynamic behaviour. Analysis of high …
New insights into combined surfzone, embayment, and estuarine bathing hazards
Rip currents are the single largest cause of beach safety incidents globally, but where an
estuary mouth intersects a beach, additional flows are created that can exceed the speed of …
estuary mouth intersects a beach, additional flows are created that can exceed the speed of …
Relation between orbital velocities, pressure, and surface elevation in nonlinear nearshore water waves
The inability of the linear wave dispersion relation to characterize the dispersive properties
of nonlinear shoaling and breaking waves in the nearshore has long been recognized. Yet …
of nonlinear shoaling and breaking waves in the nearshore has long been recognized. Yet …
Crossing the boundaries: How key advancements in understanding of headland sediment bypassing improves definition of littoral cells
Headland sediment bypassing connects short‐term physical forcing and long‐term
morphological response. The contributions from King et al., 2021, https://doi. org/10.1029 …
morphological response. The contributions from King et al., 2021, https://doi. org/10.1029 …
Flow characteristics of the rip current system adjacent to a coastal vertical structure for irregular waves
J Xu, S Yan, Z Zou, Z Liu, Y Wang, C Chang, Z Wang… - Ocean …, 2024 - Elsevier
Rip currents are common hazards found on many beaches around the world. The present
research examines the rip current flow features adjacent to a coastal vertical structure with …
research examines the rip current flow features adjacent to a coastal vertical structure with …