Rip currents are narrow and concentrated seaward-directed flows that extend from close to
the shoreline, through the surf zone, and varying distances beyond. Rip currents are …

The French Aquitanian Coast is an approximately 250 km long straight low coast exposed to
high energy conditions in a meso-macrotidal setting. Offshore wave conditions are …

Sandy beaches are highly dynamic environments buffering shores from storm waves and
providing outstanding recreational services. Long-term beach monitoring programs are …

Rip currents are strong, narrow seaward-flowing currents in the surf zone and are common
on energetic sandy beaches. They are generally associated with distinct beach morphology …

This review highlights the important role of the depth‐averaged sediment concentration
(DASC) to understand the formation of a number of coastal morphodynamic features that …

During several field experiments, measurements of waves and currents as well as
topographic surveys were conducted on four morphologically-contrasted macrotidal …

Understanding and predicting surf zone risks is of paramount importance to prevent
drowning incidents and severe spine injuries on beaches globally. This study holistically …

The Aquitanian Coast (France) is a high-energy meso-macrotidal environment exhibiting a
highly variable double sandbar system. The inner and the outer bar generally exhibit a bar …

Advances in image-based remote sensing using unmanned aerial vehicles (UAV) and
structure-from-motion (SfM) photogrammetry continue to improve our ability to monitor …

This study describes a laboratory experiment on rip current circulations over a moveable
bed. Rip current characteristics over eight contrasting nature‐like beach morphologies are …