Efforts towards the numerical simulation of the Baltic Sea wave properties, started in the
1950s, have reached maturity by the implementation of contemporary third generation …

Abstract In the Baltic Sea, salinity and its large variability, both horizontal and vertical, are
key physical factors in determining the overall stratification conditions. In addition to that …

Sediment resuspension is a frequent phenomenon in coastal areas and a key driver for
many ecosystem functions. Sediment resuspension is often linked to biological and …

A model-intercomparison study was conducted, the first of its kind for the Baltic Sea, whose
aim was to systematically simulate the basic three-dimensional hydrographic properties of a …

Potential reasons for the drastic intensification and step-like nature of coastal erosion in the
Neva Bay area (to the east of the cape Peschany–Lebyazhye line), the easternmost part of …

Under warming climates, heat waves (HWs) have occurred in increasing intensity in Europe.
Also, public interest towards HWs has considerably increased over the last decades. The …

We calculated two sets of idealised ice-free wave hindcast data on a high-resolution, three-
layer nested grid covering the Baltic Sea, using two different wind datasets (ERA5 and …

Geographic information system (GIS) based methodologies are widely used to various
problems. However, its potential for application to strategic maritime search and rescue …

The Lagrangian trajectory model TRACMASS based on an Eulerian field of velocities
(calculated using the Rossby Centre Ocean Model), combined with relevant statistical …

We make an attempt to consolidate results from a number of recent studies into spatial
patterns of temporal variations in Baltic Sea wave properties. The analysis is based on …