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Larsson-McCann at SMHI. Participants will carry out individual project assignments, but they will also work in teams of 3-5 on related problem areas. Project Work will begin during the stay in Sweden and then to be presented during the follow-up seminar in India. Last updated: Apr 23, 2014

SMHI make measurements and observations in the air, lakes, rivers and sea. It provides large amounts of data on Swedish climate and environment quality checked and stored and then form the basis for collation, analysis and services of various kinds. Last updated: Apr 23, 2014

The survey was completed in co-operation with SLU (Swedish University of Agricultural Sciences) and within the international acoustic survey in the Bothnian Sea and Baltic Proper (BIAS) during weeks 38-42. The oxygen situation in the Baltic Proper is severe. Low oxygen concentrations (<2 ml/l) were Last updated: Apr 23, 2014

The integrated (0-20 meters) chlorophyll a concentrations were normal for the season at all Skagerrak sites. Chlorophyll a concentrations were however above normal in Kattegat at N14 and on the second sampling occasion at Anholt E. The phytoplankton community in the Skagerrak and the Kattegat was Last updated: Apr 23, 2014

Role in team Senior researcher, project leader Research leader New data sources for process-based hydrological modelling Model development, HYPE infrastructure Responsible for Arctic-HYPE pan-arctic hydrological model Expertise Expert on cold regions hydrological processes (snow, frozen soil Last updated: Feb 06, 2024

(700 m) fjord connecting the Baltic Sea with the Norwegian Sea (e.g. Rodhe, 1987). The sill depth of the fjord is about 270 m. The Kattegat offshore and inshore waters were identifi ed as problem areas, whereas the Inshore Skagerrak waters the OSPAR categories I - IV indicate a slight incoherence in Last updated: Apr 23, 2014

(700 m) fjord connecting the Baltic Sea with the Norwegian Sea (e.g. Rodhe, 1987). The sill depth of the fjord is about 270 m. The Kattegat offshore and inshore waters were identifi ed as problem areas, whereas the Inshore Skagerrak waters the OSPAR categories I - IV indicate a slight incoherence in Last updated: Apr 23, 2014

Mapping of winter nutrient conditions was performed in the Skagerrak and 16 stations with complete hydrography were sampled. In the Kattegatt area 18 stations were sampled with complete hydrography. The silicate levels were slightly enhanced compared to the normal in the Skagerrak. The other Last updated: Apr 23, 2014

together with species from the genus Pyramimonas. The integrated (0-20 meters) chlorophyll a concentrations from the Baltic Sea were below normal for the season at most sampling sites. Cryptomonads, Pyramimonas spp. dominated at all stations in the Baltic. The abundance of the genus Chrysochromulina was Last updated: Apr 23, 2014