Accurate wind modeling is important for wind resources assessment and wind power
forecasting. To improve the WRF model configuration for the offshore wind modeling over …

With an increasing interest in offshore wind energy, focus has been directed towards large
semi-enclosed basins such as the Baltic Sea as potential sites to set up wind turbines. The …

A high‐resolution coupled ocean‐wave‐atmosphere model (Uppsala University Coupled
model, UU‐CM) of the Baltic Sea and the North Sea with improved representation of ocean …

Traditional atmosphere, ocean and wave models are run independently of each other. This
means that the energy and momentum fluxes do not fully account for the impact of the …

A detailed study of wind-induced coastal upwelling (CU) in the south-eastern Baltic Sea is
presented based on an analysis of multi-mission satellite data. Analysis of moderate …

An advanced mathematical model of the radiation forcing on the ocean surface is proposed
for the assessment of the CO 2 fluxes between atmosphere and ocean boundary in the …

Offshore wind and wave energy potentials are commonly simulated by atmosphere and
wave stand-alone models, in which the Atmosphere–Wave–Ocean (AWO) dynamical …

In situ measurements representing the marine atmosphere and air–sea interaction are taken
at ships, buoys, stationary moorings and land-based towers, where each observation …

Based on the analysis of multispectral satellite data, this work demonstrates the influence of
coastal upwelling on the variability of chlorophyll-a (Chl-a) concentration in the south …

Multiple stressors, such as overfishing, pollution, climate change, biological invasions etc.,
are affecting fish communities, and thus can have versatile effects on marine ecosystems …