A box model has been implemented to understand the large-scale biogeochemical cycles of
nitrogen, phosphorus, and silicon in the Gulf of Riga. The large data sets collected within the …

Increased nutrient input results in an enhanced production of organic matter (eutrophication)
especially in the river plumes of the Baltic Sea. Therefore, the open sea and the near-shore …

To investigate whether uptake of dissolved organic compounds might favour the growth
potential of toxic cyanobacteria and dinoflagellates, surface water was collected in late July …

The importance of dissolved silicate (DSi), dissolved inorganic nitrogen (DIN), dissolved
organic nitrogen (DON), phosphate and dissolved organic phosphorus (DOP) on algal …

Nutrient inputs from catchments with intensive agriculture are mostly dominated by inorganic
nutrients, whereas the contribution of organic nutrients from catchments with natural forests …

The long term dynamics of nitrogen, phosphorus, and phytoplankton in the Gulf of Riga were
simulated with a biogeochemical box model that resolved seasonal cycles. The model was …

Water quality changes affect the ecological functioning of riverine ecosystems as well as
their ability to support organisms and sustain environmental values. The study eighteen …

In this study, algal growth potential tests were performed in water samples collected from six
sampling sites in Meiliang Bay, Lake Taihu. The potential release of soluble reactive …

Two approaches for setting ecological class boundaries, response curves and a simplified
mathematical boundary-setting protocol, were tested for coastal, transitional and open …

The effect of physical and chemical factors on the species diversity, distribution and density
of blue-green algae was examined along the Nour shore of the Caspian Sea. Sampling was …