Rip current has become the primary coastal hazard globally. This work presents the
operational investigation of nation-wide rip current hazard and its implications for the beach …

Satellite remote sensing is a valuable tool for coastal management, enabling the possibility
to repeatedly observe nearshore sandbars. However, a lack of methodological approaches …

Nearshore sandbars are important features in the surf zone of many beaches because they
strongly influence the mean circulation and evolving morphology. Due to variations in wave …

Alongshore changes in shorelines along sandy beaches are a result of variations in wave
conditions and nearshore morphology, which can cause straight shorelines to develop large …

Nearshore sandbars are characteristic features of sandy surf zones and have been
observed with a variety of geometries in cross‐shore (eg location) and longshore direction …

Sandy beaches and dune systems have high recreational and ecological value, while they
offer protection against flooding during storms. At the same time, these systems are very …

Dune erosion driven by extreme marine storms can damage local infrastructure or
ecosystems and affect the long-term flood safety of the hinterland. These storms typically …

Studying nearshore breakers contributes to the understanding of nearshore geomorphology
and hydrodynamic environment, which is crucial for coastal engineering design, coastal …

Understanding long-term underwater sandbars dynamics is a key element for optimal
coastal zone management, but this endeavour is often held back by data availability. In …

Long-term observations of nearshore bar behaviour are a vital component of coastal
monitoring, management, and prediction. Optical satellite remote sensing enables the …