Extensive research efforts in the last decade have improved knowledge of swash-zone
processes. This paper reviews and synthesizes from 2004 onward the research advances of …

A critical review of conceptual and mathematical models developed in recent decades on
sediment transport in the swash zone is presented. Numerous studies of the hydrodynamics …

This new edition-now with Nancy Jackson as a co-author-continues the themes of the first
edition: the need to restore the biodiversity, ecosystem health, and ecosystem services …

This paper presents an extension of the XBeach-G numerical model with a sediment
transport and morphology module, which includes the effect of groundwater ventilation and …

Continuous Argus video data and fortnightly measurements of subaerial morphology were
obtained over a 3-year period from a steep macrotidal gravel beach on the southwest coast …

State-of-the-art morphodynamic field data were collected from Slapton Sands (UK), a fine-
gravel beach (D50= 2–10mm), over a 10-day period under a range of wave–tide conditions …

Monitoring and analysis of changes in the volume and area of nourished beaches is crucial
to inform any beach renourishment programme. The aim of this study is to utilise UAV …

This study introduces a model based on Richards' equation to describe variably-saturated
beach groundwater flow. The surface wave propagation is computed by the phase-resolving …

A numerical study was conducted to investigate the fate of solute in a laboratory beach in
response to waves and tides. A new temporal upscaling approach labeled “net inflow” was …

XBeach, a process-based numerical model capable of computing nearshore circulation and
morphodynamics, including overwash and breaching, has been used in 1D mode to …