Geographical position, geological development, hydrographical features, climate and
physical drivers together create the Baltic Sea environment. 2. Baltic Sea water is brackish …

The atlas presents a unique set of abundance data to describe the spatial, depth, size, and
temporal distribution of demersal and pelagic fish species over an extensive marine area …

Introduction Like in many parts of the world, the Baltic Sea experiences a multitude of
processes and stressors that influence fish stock dynamics. This paper compartmentalizes …

This paper synthesizes, compares, and discusses acoustic data pertaining to the presence
of gas in sediments within the Polish Exclusive Economic Zone in the southern Baltic Sea …

Abstract The Baltic Sea receives large nitrogen inputs by diazotrophic (N2-fixing)
heterocystous cyanobacteria but the significance of heterotrophic N2 fixation has not been …

Dissolved oxygen in the sea is essential for marine fauna and biogeochemical processes.
Decline in the sea water oxygen concentration is considered to be an effect of …

Eutrophication is expanding worldwide, but its implication for production and
bioaccumulation of neurotoxic monomethylmercury (MeHg) is unknown. We developed a …

Salinity and halocline depth variations in the Baltic Sea during 1961–2007 are studied using
a three‐dimensional ocean circulation model. Significant interannual and interdecadal …

Abstract The southern-central Arabian Gulf demonstrates a poor understanding of nutrients
and chlorophyll dynamics in physical-biogeochemical settings. Here, using data of …

Abstract The Baltic Sea deep waters suffer from extended areas of hypoxia and anoxia.
Their intra-and inter-annual variability is mainly determined by saline inflows which transport …