There are a large number of geophysical processes affecting sea level dynamics and
coastal erosion in the Baltic Sea region. These processes operate on a large range of …

Accurate sea-level forecasting is crucial for navigation, engineering and coastal
conservation. One of the major obstacles in obtaining accurate sea-level data, both at …

A multitude of geophysical processes contribute to and determine variations and changes in
the height of the Baltic Sea water surface. These processes act on a broad range of …

This study examines the Baltic Sea level spectrum in the interval of periods from a few
months to decades. Effective statistical methods of time series analysis have been applied to …

Statistical analysis of the extreme values of the Baltic Sea level has been performed for a
series of observations for 15–125 years at 13 tide gauge stations. It is shown that the …

Sea level changes with a period of 14 months (P 14) are usually associated with the pole
tide, which is the oceanic response to the Chandler wobble in the Earth's axis of rotation …

Low-frequency sea level variability can be a critical factor for several wave energy converter
(WEC) systems, for instance, linear systems with a limited stroke length. Consequently …

Статистический анализ экстремальных значений уровня Балтийского моря выполнен
для рядов наблюдений с длительностью от 15 до 125 лет на 13-ти станциях. Показано …

The present study examines the seasonal and decadal changes of the variance of the
synoptic (periods from 2 days to 30 days) and mesoscale (periods from 2 h to 2 days) sea …

The spatial and temporal features of synoptic and mesoscale variability of the Baltic Sea
level are studied using long-term hourly data. The spectral analysis revealed significant …