This paper presents experimental results on the cross-shore distribution of non-buoyant
microplastic particles under irregular waves propagating, shoaling and breaking on live …

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 …

Tidal flats are dynamic coastal ecosystems continually reshaped by natural processes and
human activities. This study investigates the application of Empirical Orthogonal Function …

Sandbars are ubiquitous morphologic features found in the nearshore environment
throughout the world, yet predictive capabilities of their evolution remain limited. In order to …

Coastlines play a crucial role in coastal dynamics, and classifying their shape is an essential
requirement for coastal analysis. With the development of Coastal Management Systems …

The longshore realignment of nearshore sandbars is a morphodynamic phenomenon of
multiple sandbar systems that has been known about for several decades. However, it is …

Coastal zones, critical for their ecological and economic significance, are increasingly
vulnerable to storm surges, sea-level rise, and land subsidence. Traditional defense …

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

Crescentic nearshore sandbars (CNSBs) that are observed in the shallow waters (< 10 m) of
sandy beaches are important for understanding coastal dynamics because of their strong …