In this paper we present a process-based numerical model for the prediction of storm
hydrodynamics and hydrology on gravel beaches. The model comprises an extension of an …

Video derived runup statistics from ten separate deployments at six field sites have been
used to develop a new parameterisation for the prediction of runup of runup on gravel …

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 …

Many worldwide coasts are under erosion with climate projections indicating that damages
will rise in future decades. Specifically, deltaic coasts are highly vulnerable systems due to …

This paper investigates the profile response of a mixed sand-gravel deltaic beach (Playa
Granada, southern Spain) forced by storm waves from varying directions. Beach morphology …

This paper addresses the evolution of a mixed beach (Playa Granada, southern Spain)
forced by an artificial nourishment project through the analysis of field observations and the …

This paper addresses the changes in the morphology and sedimentology of a micro-tidal
mixed sand and gravel beach (Playa Granada, southern Spain) forced by wave and water …

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 …

Gravel barriers provide a natural form of coastal protection and flood defence for many sites
around the UK and worldwide. Predicting their vulnerability to different storm impact regimes …

Many deltas across the globe are retreating, and nearby beaches are undergoing strong
erosion as a result. Among soft and prompt solutions, nourishments are the most heavily …