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    With ERGOM-GETM-WBS model (with a horizontal resolution of 600 m) calculated days per year with bottom oxygen below 2 ml/l, averaged between 2005 and 2014 in the German Baltic Sea.

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    With ERGOM-GETM-WBS model calculated total nitrogen, between 2006 and 2014 in the Western Baltic Sea.

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    With ERGOM-GETM-WBS model (with a horizontal resolution of 600 m) calculated Chlorophyll a [µg/l] at surface, averaged for spring (March to May) between 2005 and 2014 in the German Baltic Sea.

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    With ERGOM-GETM-WBS model (with a horizontal resolution of 600m) calculated Dissolved Inorganic Nitrogen [µmol/l] at surface, averaged for winter (December to February) as sum of Nitrate and Ammonium between 2005 and 2014 in the German Baltic Sea.

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    With ERGOM-GETM-WBS model (with a horizontal resolution of 600m) calculated Dissolved Inorganic Nitrogen [µmol/l] at surface, averaged for spring (March to May) as sum of Nitrate and Ammonium between 2005 and 2014 in the German Baltic Sea.

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    With ERGOM-GETM-WBS model (with a horizontal resolution of 600 m) calculated Dissolved Inorganic Phosphorus [µmol/l] at surface, averaged for autumn (September to November) between 2005 and 2014 in the German Baltic Sea.

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    With ERGOM-GETM-WBS model (with a horizontal resolution of 600 m) calculated Dissolved Inorganic Phosphorus [µmol/l] at surface, averaged for winter (December to February) between 2005 and 2014 in the German Baltic Sea.

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    With ERGOM-GETM-WBS model (with a horizontal resolution of 600 m) calculated Dissolved Inorganic Phosphorus [µmol/l] at surface, averaged for summer (June to August) between 2005 and 2014 in the German Baltic Sea.

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    With ERGOM-GETM-WBS model (with a horizontal resolution of 600 m) calculated Dissolved Inorganic Phosphorus [µmol/l] at surface, averaged for spring (March to May) between 2005 and 2014 in the German Baltic Sea.

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    Monitoring stations from monitoring expedition of October 1969 with the oxygen concentration (points). Displayed areas of oxygen concentration (and hydrogen sulphide concentrations in the near bottom layer of the Baltic Sea. More details in the link "Marine Science Reports" (No. 100, chapter 3-5)