In order to understand of the processes controlling phytoplankton successions in the NE
Black Sea, long-term data series are needed. We compiled 15 years (2002–2017) of …

Anthropogenic eutrophication affects the Mediterranean, Black, North and Baltic Seas to
various extents. Responses to nutrient loading and methods of monitoring relevant …

In many regions phosphorus limits coccolithophore growth, whereas nitrogen generally
controls development of diatoms. We tested the hypothesis that a change in nutrient …

This study addresses the occurrence of extreme values of chlorophyll-a concentrations in
European seas, using the satellite's OBGP MODIS AQUA v2018 dataset, for the 2003–2021 …

The marine and terrestrial nitrogen cycles are closely linked, although intellectual
boundaries in disciplines offen lead to separate treatment of both cycles (Gruber, 2004) …

The Black Sea ecosystem experienced severe eutrophication-related degradation during
the 1970s and 1980s. However, in recent years the Black Sea has shown some signs of …

During recent decades anthropogenic activities have dramatically impacted the Black Sea
ecosystem. High levels of riverine nutrient input during the 1970s and 1980s caused …

In order to analyze how environmental factors affect planktonic organisms along the
Romanian Black Sea coast, this study created semi-quantitative models of the causal …

The main aim of this study was to estimate the influence of the seasonal variations of the
Danube River particulate organic matter (POM) inputs on the Black Sea surface seawater …

The biogeochemistry of waters is an essential regulator of phytoplankton dynamics,
determining the level of species bloom and the change in dominants. This paper …