Earth observation coupled with novel image analysis techniques now present a unique and
powerful tool for the historical study of shoreline change at local to global scale. However …

Climate change is resulting in global changes to sea level and wave climates, which in
many locations significantly increase the probability of erosion, flooding and damage to …

In this paper, a natural headland bypassing is investigated in terms of its short (months to
years) and long-term (years to decades) variability and its relationship with wave conditions …

Most studies regarding coastal morphodynamic have focused on sandy beaches or beaches
with a single type of sediment. Wave climate has been described as one of the main factors …

We analyse the response of small embayed sandy beaches in marginal seas to various
hydrometeorological drivers to isolate a specific mechanism that may stabilise beaches …

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 …

Beaches are highly variable environments and respond to changes in wave forcing,
themselves modulated by climate variability. Here, we analyze three high‐quality beach …

Key Points A novel modeling approach to shoreline prediction is presented and compared
with an established model at two study sites A decomposition of different time‐scales (from …

Through alteration of wave-generating atmospheric systems, global climate changes play a
fundamental role in regional wave climate. However, long-term wave-climate cycles and …

Port downtime leads to economic losses and reductions in safety levels. This problem is
generally assessed in terms of uni-variable thresholds, despite its multidimensional nature …