The dataset contains the published status of the spatial stipulations of the site development plan as an additional source of information. The planning scale of the plan is 1:400,000. The published documents are authoritative. Further information is available at https://gdiwiki.bsh.de/wiki/index.php/Fl%C3%A4chenentwicklungsplan (only German)

Der Datensatz Elevation beschreibt die Topographie des Seegrundes der Nord- und Ostsee. Das Tiefenbezugssystem NHN. Der Lagebezug ist ETRS89-UTM32. Die Rasterauflösung des DGM 50 m x 50 m.

Der Datensatz Meeresboden-DGM beschreibt die Topographie des Seegrundes der Nord- und Ostsee. Das Tiefenbezugssystem NHN. Der Lagebezug ist ETRS89-UTM32. Die Rasterauflösung des DGM 50 m x 50 m.

Der Datensatz enthält den veröffentlichten Stand der räumlichen Festlegungen des Flächenentwicklungsplans als zusätzliches Informationsangebot. Der Planungsmaßstab des Plans beträgt 1:400.000. Maßgeblich sind die bekanntgegebenen Dokumente. Weitere Informationen gibt es unter https://gdiwiki.bsh.de/wiki/index.php/Fl%C3%A4chenentwicklungsplan

Der Dienst Meeresboden-DGM beschreibt die Topographie des Seegrundes der Nord- und Ostsee. Der Dienst stellt den Datensatz des Meeresboden-DGM zur Verfügung. Das Tiefenbezugssystem ist NHN. Der ursprüngliche Lagebezug des Modells ist ETRS89-UTM32. Die Rasterauflösung des DGM ist 50 m x 50 m.

Der Dienst Meeresboden-DGM beschreibt die Topographie des Seegrundes der Nord- und Ostsee. Der Dienst stellt den Datensatz des Meeresboden-DGM zur Verfügung. Das Tiefenbezugssystem ist NHN. Der ursprüngliche Lagebezug des Modells ist ETRS89-UTM32. Die Rasterauflösung des DGM ist 50 m x 50 m.

The data cover 12 to 36 hours predictions as result of the BSH circulation model. resolution about 1 nautical mile (E-W 100'', N-S 60'') on a spharical grid. 3D-parameters (except wind, waterlevel and ice) have been computed for vertical levels with lower limits (meter) of 8, 16, 24, 50, 100, 150, 200, 250, 1000.

Various paramters for analysing morphodynamics in the German Bight on the basis of a 32 years time series aof interpolated bathymatries (yeasr 1982 - 2012). The data were generated within the framework of the German Coastal Engineering Research Council project AufMod (¿Aufbau integrierter Modellsysteme zur Analyse der langfristigen Morphodynamik in der Deutschen Bucht¿ [¿Development of integrated model systems for the analysis of long-term morphodynamics in the German Bight¿], 01.11.2009-31.12.2012). - "Morphological Alteration": differences in depth between two annual topographies for different periods (1, 5, 10, 30 years periods). - "Morphological Space": maximum difference in height at each model grid point (Zmax-Zmin) for different periods (1, 5, 10, 30 years) - "Morphological Drive": Difference between the maximum and the minimum annual rate of change in the period under consideration ((dz/a)max-( dz/a)min); 1, 5, 10, 30 years). With this parameter, it is possible to make a declaration as to whether a morphological alteration constantly takes place throughout the period under consideration or extreme results have occurred - "Count Of Datasets": amount of field campaigns present in the respective period under consideration - "Considerd Period": Time interval which is actually covered with data within the period under consideration [decimal years]

The data comprises all German ice observing stations as well as ice stations of international fairways of the Baltic and North Sea. Following the Baltic ice code the parameters given are: amount and arrangements of sea ice (ice concentration) ; stage of ice development (ice thickness); topography or form of ice; and navigation conditions in ice. This oberservations were coded and were extracted from old filing cards, compilations, monthly reports and GTS messages.

Data were generated within the framework of the German Coastal Engineering Research Council project AufMod (¿Aufbau integrierter Modellsysteme zur Analyse der langfristigen Morphodynamik in der Deutschen Bucht¿ [¿Development of integrated model systems for the analysis of long-term morphodynamics in the German Bight¿], 01.11.2009-31.12.2012). Various sedimentological parameters processed as products for the German Bight area were calculated from interpolated grain size distributions: - "Median_Grain_Size": Median-Durchmesser (D50) der interpolierten Kornsummenkurve - "Mean_Grain_Size": Mittelwert des Korndurchmessers - "Sorting1": Sortierung after Trask (1932): sqrt(D75/D25) - "Sorting2": Sortierung after Folk and Ward (1957): (phi84-phi16)/4+(phi95-phi5)/6.6 - "Skewness": Skewness after Folk and Ward (1957): (phi16+phi84-2phi50)/2(phi84-phi16)+(phi5+phi95-2phi50)/2(phi95-phi5) - "Kurtosis": Kurtosis after Folk and Ward (1957): (phi95-phi5)/2.44(phi75-phi25) - "GSF_micrometer": content of sand fractions (half phi° intervals) [%], 63 to 2000 micrometers - "PredominantSandFractions": spatial distribution of sediment fractions with a coontent 50 % / 20 % - 50 %