Wind wave-induced sediment transport is an important process affecting coastal seabed
changes and coastline evolution. During this research a numerical system was developed to …

Wind waves play the major role in the bottom sediments resuspension in coastal areas.
However, the available results of field observations imply that only the consideration of the …

In this study, a numerical model is developed to determine shoreline changes due to wind
wave induced longshore sediment transport, by solving sediment continuity equation and …

The paper presents results of considerations on possibility of bottom sandy sediment
transport in the south Baltic remote foreshore under waves and currents. The analysis is …

We analyze wave-driven longshore sediment transport along the Curonian Spit, a narrow
about 98 km long sandy peninsula at the south-eastern coast of the Baltic Sea. The bulk and …

The paper deals with the sandy coastal zone at Lubiatowo in Poland (the south Baltic Sea).
The study comprises experimental and theoretical investigations of hydrodynamic and …

Alongshore variations in sediment transport along the eastern Baltic Sea coast from the
Sambian (Samland) Peninsula up to Pärnu Bay in the Gulf of Riga are analysed using long …

Purpose. Based on the mathematical modeling methods, influence of the wind waves on
redistribution of the sand fractions in the semi-closed estuary-type water area is estimated …

Point measurement-based estimation of bedload transport in the coastal zone is very
difficult. The only way to assess the magnitude and direction of bedload transport in larger …

The paper deals with experimental and theoretical investigations of forces that drive
sediment motion beyond the surf zone of the southern Baltic Sea. The study site is located in …