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, and within normal at all other stations. The diversity and cell abundances of phytoplankton were normal at all stations in the Baltic Sea with a post spring bloom community. Several dinoflagellate genera were present in high numbers at most stations, such as Gymnodiniales, Heterocapsa rotundata, and Last updated: Jun 01, 2023

norvegica* was found in elevated cell numbers at N14 Falkenberg. The integrated chlorophyll concentrations (0-10m and 0-20 m) were above normal for this month at Å17, and within normal at all other stations. Diversity and cell abundance of phytoplankton were high at all stations in the Baltic Sea and at the Last updated: Apr 28, 2023

the Kattegat, the integrated concentrations (0-10 and 0-20 m) were below normal. Diversity and cell abundance of phytoplankton were low at most stations in the Baltic Sea, with the exception of the two southern stations, where the spring bloom was ready to start; BY2 and BY5. Otherwise, there were Last updated: Mar 31, 2023

abundance of phytoplankton were low in the Baltic Sea, with mostly smaller cells such as Cryptomonadales and smaller Gymnodiniales as well as various ciliates. Some chains of Skeletonema marinoi were found at several stations. The integrated chlorophyll concentrations (0-10m and 0-20 m) were a bit above Last updated: Mar 01, 2023

considering the relatively higher species diversity in the Kattegat compared to the Skagerrak phytoplankton samples. The integrated chlorophyll concentrations (0-10m and 0-20 m) were within normal for this month at all stations. Diversity and cell abundance of phytoplankton were low in the Baltic Sea, with Last updated: Jan 25, 2023

abundance of phytoplankton were generally moderate in the Baltic Sea, with mostly Chaetoceros danicus, Gymnodiniales, Cryptomonadales, the colony-forming cyanobacterium Snowella sp. and various ciliates. At the stations in the southern parts of the Baltic Sea; BY2, BY5, Hanö bight and BCIII-10, filamentous Last updated: Dec 15, 2022

the administration of Sweden’s lakes and watercourses. status of thE baltiC sEa The Baltic Sea’s environmental problems are partly due to shortage of oxygen in the deep basins, eutrophication, acidification and in the future climate change. SMHI studies these processes through measurements, analysis Last updated: Apr 23, 2014

numbers at all stations. The integrated chlorophyll concentrations (0-10m and 0-20 m) were low, but within normal for this month at all stations except at Å17 where it was a bit elevated. Diversity and cell abundance of phytoplankton were generally low in the Baltic Sea, but with highest diversity at BY5 Last updated: Oct 03, 2022

with the climate problem. This repor! provides the final reporting of the SWECLIM-program, building on earlier reports and complements the results published in scientific journals, as reports, presented in meetings and provided to the general public. The focus here is on the work undertaken Start / The Swedish regional climate modeling program 1996-2003. Final report.