Satellite‐derived shoreline observations combined with dynamic shoreline models enable
fine‐scale predictions of coastal change across large spatiotemporal scales. Here, we …

Monitoring sandy shoreline evolution from years to decades is critical to understand the past
and predict the future of our coasts. Optical satellite imagery can now infer such datasets …

Beach slope is a critical parameter to, eg, beach safety, wave reflection at the coast and
longshore transport rate. However, it is usually considered as a time-invariant and profile …

Emergency managers have an increasing need for tools to enhance preparedness to
extreme coastal storms and support disaster risk reduction measures. With the emergence of …

Some of the most disruptive effects of climate change are projected to be felt along the
coastlines. The combined effects of future changes in water levels and wave climate along …

Equilibrium-based models are a transparent method of modelling shoreline change, though
often too simplistic to capture complex dynamics. Conversely, deep learning methodologies …

Coastal jetties are commonly used throughout the world to stabilize channels and improve
navigation through inlets. These engineered structures form artificial boundaries to littoral …

This research is dedicated to examining downslope sediment transport on steep shorefaces.
We present a model that incorporates nonlinear surface wave profiles, sediment movement …

Within the context of coastal dynamics and coastal hazard, modeling the evolution of the
nearshore zone is a major challenge, particularly the movement of coastlines associated to …

La pente de plage est le plus souvent considérée comme constante dans le temps, et reliée
à une taille de grain de sable homogène. L'étude couplée des pentes et des sédiments des …