Our Research
Study of physical phenomena (numerical modelling and measurements):- sound scattering by pelagic and benthic marine organisms
- sound scattering at the sea bottom
- underwater noise generation processes
- transmission loss of underwater noise propagation
Hydroacoustic studying marine organisms (Baltic Sea and Svalbard fjords):
- hydroacoustic observations of fish and zooplankton behavior under the changing climate
- hydroacoustic detection, identification and characterization of pelagic habitats
Sea bottom acoustics:
- hydroacoustic classification of sea bottom habitats
- linear and non-linear methods of detection and characterization of gas bubbles in marine sediments
- detection and identification of anthropogenic impact on a sea bed
Study of ambient underwater acoustic noise:
- characterization of anthropogenic noise in the Baltic Sea
- determination of the relationship between breaking wind waves, generated air bubbles and acoustic noise in the Baltic Sea
- determination of changes in underwater noise propagation conditions in West Spitsbergen fjords - impact of climate warming
