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The early spring bloom has finished in the Skagerrak and Kattegat. Surface nutrient concentrations were still low. The spring bloom had not really started in the Baltic Proper and nutrient concentrations were normal, with the exception of phosphate which was high, particularly in the southern …

Nutrient concentrations were normal throughout the investigated area with the exception of silicate, concentrations, which were elevated in the Kattegat. The water below the halocline in the Arkona Basin was well oxygenated with levels of ca. 6 ml/l. In the rest of the Baltic Sea, oxygen …

Surface water temperatures were normal throughout the study area. Nutrient concentrations in the surface waters were mostly normal in all areas except for phosphate, which was higher than normal in the Arkona Basin. The deep water in the Arkona Basin was well oxygenated: 4.7-6.6 ml/l. In the …

Nutrient concentrations were normal in the whole investigated area, with the exception of phosphate that showed elevated levels in the southern part of the Baltic Proper. The water below the halocline in the Arkona Basin was well oxygenated with levels of ca. 5 ml/l. In the rest of the Baltic …

The nutrient concentrations in the surface water were normal throughout the monitored area, with the exception of elevated phosphate oncentrations in the Arkona Basin and silicate concentrations slightly above normal in the western and eastern Gotland Basin. In the southeast Baltic Proper and in …

Surface temperatures were higher than normal in the Skagerrak and the Kattegat. Nutrient concentrations in the surface layer were normal for the season with exception of higher phosphate and silicate level in the southern Kattegat In the northern Kattegat (Fladen) bottom water oxygen concentration …

Surface water temperatures were normal in the whole area. Nutrient concentrations were normal in the whole investigated area, with the exception of phosphate that showed elevated levels in the Arkona Basin. The water below the halocline in the Arkona Basin showed values just above 2 ml/l. In the …

In a future climate the concentrations and depositions of air pollutants may change considerably - resulting in the elimination of our current view of emission reductions. At SMHI research is being carried out with the objective of increasing the knowledge of the link between Climate and Air …