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  • 2020-2024  (30)
  • 2005-2009  (16)
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  • 1
    facet.materialart.
    Unknown
    Structure and distribution of a threatened muddy biotope in the south-eastern North Sea (2020)
    Elsevier
    Details
    Publication Date: 2023-02-08
    Description: Understanding the distribution and structure of biotopes is essential for marine conservation according to international legislation, such as the European Marine Strategy Framework Directive (MSFD). The biotope 'Sea Pen and Burrowing Megafuna Communities' is included in the OSPAR list of threatened and/or declining habitats. Accordingly, the MSFD prescribes a monitoring of this biotope by the member states of the EU. In the German North Sea, however, the distribution and spatial extent of this biotope as well as the structuring of its benthic species inventory is unknown. We used an extensive geo-referenced dataset on occurrence, abundance and biomass of the benthic infauna of the south-eastern North Sea to estimate the distribution of the biotope and to characterize the associated infauna assemblages. Sediment preferences of the burrowing megafauna, comprising decapod crustaceans and echiurids, were identified and the core distribution areas of the burrowing megafauna were modelled using Random Forests. Clusters of benthic infauna inside the core distribution areas were identified by fuzzy clustering. The burrowing megafauna occurred on a wide range of sediments with varying mud contents. The core distribution area of the burrowing megafauna was characterized by elevated mud content and a water depth of 25-55 m. The analysis of the benthic communities and their relation to sedimentological conditions identified four infauna clusters of slightly varying species composition. The biotope type 'Sea Pen and Burrowing Megafuna Communities' is primarily located inside the paleo valley of the river Elbe and covers an area of 4980 km2. Dedicated monitoring will have to take into account the spatial extent and the structural variability of the biotope. Our results can provide a baseline for the evaluation of the future development of the environmental status of the biotope. The maps generated herein will facilitate the communication of information relevant for environmental management to authorities and policy makers.
    Type: Article , PeerReviewed
    Format: text
    Location Call Number Limitation Availability
    BibTip Others were also interested in ...
    OceanRep: Article in a Scientific Journal - peer-reviewed
  • 2
    facet.materialart.
    Unknown
    Monitoring data (hard substrate, soft bottom) of the offshore wind farm alpha ventus (German Bight, North Sea) (2022)
    PANGAEA
    Details
    Publication Date: 2023-01-30
    Description: Alpha ventus was the first German offshore wind farm build in the German exclusive economic zone in 2008/2009. The data are part of the mandatory monitoring programme of the German Standard Investigation of the Impacts of Offshore Wind Turbines on the Marine Environment (latest version: StUK 4, published by BSH 2014). Makrozoobenthos was collected in the offshore wind farm alpha ventus at four wind turbines at different depth (epifouling communities), distance-dependent to the turbines in the soft bottom, as well as randomly within the soft bottom of the offshore wind farm area and in a comparable reference area nearby. Samples were taken by scrape samples with scuba divers to analyse the epifaunal communities and with van-Veen grabs to analyse the infauna. Soft-bottom samples in the wind farm and reference area were collected in spring and autumn from 2008-2012 before, during and after construction (until three years) of the wind farm. After construction of the turbines, epifaunal community was evaluated for recording successional stages of growth on the wind turbines in different depth to cover the vertical zonation along the turbines (at 1, 5 and 10 m depth). Further, soft-bottom samples were collected distance dependent to the turbines 100, 200 and 400 m apart from the turbines. Biodiversity data of species include abundance (count data) and biomass (wet mass, g) per sample. Data were sampled on behalf of the DOTI GmbH & Co. KG in the framework of the mandatory monitoring and collected and quality controlled by the Federal Martime and Hydrographic Agency (BSH) in cooperation with AWI. Thus, we would like to thank the DOTI GmbH, particularly Magdalena Buchholz on behalf of the DOTI GmbH, as well as the BSH, in particular Dr. Maria Boethling, who kindly provided the data for scientific independent research analysis and publication.
    Keywords: 1-B1; 1-B1/AV_M12_N100-1; 1-B1/AV_M12_N100-1_1_1; 1-B1/AV_M12_N100-2; 1-B1/AV_M12_N100-2_1_1; 1-B1/AV_M12_N100-3; 1-B1/AV_M12_N100-3_1_1; 1-B1/AV_M12_N200-1; 1-B1/AV_M12_N200-1_1_1; 1-B1/AV_M12_N200-2; 1-B1/AV_M12_N200-2_1_1; 1-B1/AV_M12_N200-3; 1-B1/AV_M12_N200-3_1_1; 1-B1/AV_M12_N400-1; 1-B1/AV_M12_N400-1_1_1; 1-B1/AV_M12_N400-2; 1-B1/AV_M12_N400-2_1_1; 1-B1/AV_M12_N400-3; 1-B1/AV_M12_N400-3_1_1; 1-B1/AV_M12_W100-1; 1-B1/AV_M12_W100-1_1_1; 1-B1/AV_M12_W100-2; 1-B1/AV_M12_W100-2_1_1; 1-B1/AV_M12_W100-3; 1-B1/AV_M12_W100-3_1_1; 1-B1/AV_M12_W200-1; 1-B1/AV_M12_W200-1_1_1; 1-B1/AV_M12_W200-2; 1-B1/AV_M12_W200-2_1_1; 1-B1/AV_M12_W200-3; 1-B1/AV_M12_W200-3_1_1; 1-B1/AV_M12_W400-1; 1-B1/AV_M12_W400-1_1_1; 1-B1/AV_M12_W400-2; 1-B1/AV_M12_W400-2_1_1; 1-B1/AV_M12_W400-3; 1-B1/AV_M12_W400-3_1_1; 1-B1/AV_M7_E100-1; 1-B1/AV_M7_E100-1_1_1; 1-B1/AV_M7_E100-2; 1-B1/AV_M7_E100-2_1_1; 1-B1/AV_M7_E100-3; 1-B1/AV_M7_E100-3_1_1; 1-B1/AV_M7_E200-1; 1-B1/AV_M7_E200-1_1_1; 1-B1/AV_M7_E200-2; 1-B1/AV_M7_E200-2_1_1; 1-B1/AV_M7_E200-3; 1-B1/AV_M7_E200-3_1_1; 1-B1/AV_M7_E400-1; 1-B1/AV_M7_E400-1_1_1; 1-B1/AV_M7_E400-2; 1-B1/AV_M7_E400-2_1_1; 1-B1/AV_M7_E400-3; 1-B1/AV_M7_E400-3_1_1; 1-B1/AV_M7_S100-1; 1-B1/AV_M7_S100-1_1_1; 1-B1/AV_M7_S100-2; 1-B1/AV_M7_S100-2_1_1; 1-B1/AV_M7_S100-3; 1-B1/AV_M7_S100-3_1_1; 1-B1/AV_M7_S200-1; 1-B1/AV_M7_S200-1_1_1; 1-B1/AV_M7_S200-2; 1-B1/AV_M7_S200-2_1_1; 1-B1/AV_M7_S200-3; 1-B1/AV_M7_S200-3_1_1; 1-B1/AV_M7_S400-1; 1-B1/AV_M7_S400-1_1_1; 1-B1/AV_M7_S400-2; 1-B1/AV_M7_S400-2_1_1; 1-B1/AV_M7_S400-3; 1-B1/AV_M7_S400-3_1_1; 1-B1/AV_P01-1; 1-B1/AV_P01-1_1_1; 1-B1/AV_P01-2; 1-B1/AV_P01-2_1_1; 1-B1/AV_P02-1; 1-B1/AV_P02-1_1_1; 1-B1/AV_P02-2; 1-B1/AV_P02-2_1_1; 1-B1/AV_P03-1; 1-B1/AV_P03-1_1_1; 1-B1/AV_P03-2; 1-B1/AV_P03-2_1_1; 1-B1/AV_P04-1; 1-B1/AV_P04-1_1_1; 1-B1/AV_P04-2; 1-B1/AV_P04-2_1_1; 1-B1/AV_P07-1; 1-B1/AV_P07-1_1_1; 1-B1/AV_P07-2; 1-B1/AV_P07-2_1_1; 1-B1/AV_P08-1; 1-B1/AV_P08-1_1_1; 1-B1/AV_P08-2; 1-B1/AV_P08-2_1_1; 1-B1/AV_P09-1; 1-B1/AV_P09-1_1_1; 1-B1/AV_P09-2; 1-B1/AV_P09-2_1_1; 1-B1/AV_P10-1; 1-B1/AV_P10-1_1_1; 1-B1/AV_P10-2; 1-B1/AV_P10-2_1_1; 1-B1/AV_P11-1; 1-B1/AV_P11-1_1_1; 1-B1/AV_P11-2; 1-B1/AV_P11-2_1_1; 1-B1/AV_P12-1; 1-B1/AV_P12-1_1_1; 1-B1/AV_P12-2; 1-B1/AV_P12-2_1_1; 1-B1/AV_P13-1; 1-B1/AV_P13-1_1_1; 1-B1/AV_P13-2; 1-B1/AV_P13-2_1_1; 1-B1/AV_P16-1; 1-B1/AV_P16-1_1_1; 1-B1/AV_P16-2; 1-B1/AV_P16-2_1_1; 1-B1/AV_P17-1; 1-B1/AV_P17-1_1_1; 1-B1/AV_P17-2; 1-B1/AV_P17-2_1_1; 1-B1/AV_P18-1; 1-B1/AV_P18-1_1_1; 1-B1/AV_P18-2; 1-B1/AV_P18-2_1_1; 1-B1/AV_P19-1; 1-B1/AV_P19-1_1_1; 1-B1/AV_P19-2; 1-B1/AV_P19-2_1_1; 1-B1/AV_P20-1; 1-B1/AV_P20-1_1_1; 1-B1/AV_P20-2; 1-B1/AV_P20-2_1_1; 1-B1/AV_R6_N100-1; 1-B1/AV_R6_N100-1_1_1; 1-B1/AV_R6_N100-2; 1-B1/AV_R6_N100-2_1_1; 1-B1/AV_R6_N100-3; 1-B1/AV_R6_N100-3_1_1; 1-B1/AV_R6_N200-1; 1-B1/AV_R6_N200-1_1_1; 1-B1/AV_R6_N200-2; 1-B1/AV_R6_N200-2_1_1; 1-B1/AV_R6_N200-3; 1-B1/AV_R6_N200-3_1_1; 1-B1/AV_R6_N400-1; 1-B1/AV_R6_N400-1_1_1; 1-B1/AV_R6_N400-2; 1-B1/AV_R6_N400-2_1_1; 1-B1/AV_R6_N400-3; 1-B1/AV_R6_N400-3_1_1; 1-B1/AV_R6_W100-1; 1-B1/AV_R6_W100-1_1_1; 1-B1/AV_R6_W100-2; 1-B1/AV_R6_W100-2_1_1; 1-B1/AV_R6_W100-3; 1-B1/AV_R6_W100-3_1_1; 1-B1/AV_R6_W200-1; 1-B1/AV_R6_W200-1_1_1; 1-B1/AV_R6_W200-2; 1-B1/AV_R6_W200-2_1_1; 1-B1/AV_R6_W200-3; 1-B1/AV_R6_W200-3_1_1; 1-B1/AV_R6_W400-1; 1-B1/AV_R6_W400-1_1_1; 1-B1/AV_R6_W400-2; 1-B1/AV_R6_W400-2_1_1; 1-B1/AV_R6_W400-3; 1-B1/AV_R6_W400-3_1_1; 1-M1; 1-M1/AV_M12_N100-1; 1-M1/AV_M12_N100-1_1_1; 1-M1/AV_M12_N100-2; 1-M1/AV_M12_N100-2_1_1; 1-M1/AV_M12_N100-3; 1-M1/AV_M12_N100-3_1_1; 1-M1/AV_M12_N200-1; 1-M1/AV_M12_N200-1_1_1; 1-M1/AV_M12_N200-2; 1-M1/AV_M12_N200-2_1_1; 1-M1/AV_M12_N200-3; 1-M1/AV_M12_N200-3_1_1; 1-M1/AV_M12_N400-1; 1-M1/AV_M12_N400-1_1_1; 1-M1/AV_M12_N400-2; 1-M1/AV_M12_N400-2_1_1; 1-M1/AV_M12_N400-3; 1-M1/AV_M12_N400-3_1_1; 1-M1/AV_M12_W100-1; 1-M1/AV_M12_W100-1_1_1; 1-M1/AV_M12_W100-2; 1-M1/AV_M12_W100-2_1_1; 1-M1/AV_M12_W100-3; 1-M1/AV_M12_W100-3_1_1; 1-M1/AV_M12_W200-1; 1-M1/AV_M12_W200-1_1_1; 1-M1/AV_M12_W200-2; 1-M1/AV_M12_W200-2_1_1; 1-M1/AV_M12_W200-3; 1-M1/AV_M12_W200-3_1_1; 1-M1/AV_M12_W400-1; 1-M1/AV_M12_W400-1_1_1; 1-M1/AV_M12_W400-2; 1-M1/AV_M12_W400-2_1_1; 1-M1/AV_M12_W400-3; 1-M1/AV_M12_W400-3_1_1; 1-M1/AV_M7_E100-1; 1-M1/AV_M7_E100-1_1_1; 1-M1/AV_M7_E100-2; 1-M1/AV_M7_E100-2_1_1; 1-M1/AV_M7_E100-3; 1-M1/AV_M7_E100-3_1_1; 1-M1/AV_M7_E200-1; 1-M1/AV_M7_E200-1_1_1; 1-M1/AV_M7_E200-2; 1-M1/AV_M7_E200-2_1_1; 1-M1/AV_M7_E200-3; 1-M1/AV_M7_E200-3_1_1; 1-M1/AV_M7_E400-1; 1-M1/AV_M7_E400-1_1_1; 1-M1/AV_M7_E400-2; 1-M1/AV_M7_E400-2_1_1; 1-M1/AV_M7_E400-3; 1-M1/AV_M7_E400-3_1_1; 1-M1/AV_M7_S100-1; 1-M1/AV_M7_S100-1_1_1; 1-M1/AV_M7_S100-2; 1-M1/AV_M7_S100-2_1_1; 1-M1/AV_M7_S100-3; 1-M1/AV_M7_S100-3_1_1; 1-M1/AV_M7_S200-1; 1-M1/AV_M7_S200-1_1_1; 1-M1/AV_M7_S200-2; 1-M1/AV_M7_S200-2_1_1; 1-M1/AV_M7_S200-3; 1-M1/AV_M7_S200-3_1_1; 1-M1/AV_M7_S400-1; 1-M1/AV_M7_S400-1_1_1; 1-M1/AV_M7_S400-2; 1-M1/AV_M7_S400-2_1_1; 1-M1/AV_M7_S400-3; 1-M1/AV_M7_S400-3_1_1; 1-M1/AV_P01-1; 1-M1/AV_P01-1_1_1; 1-M1/AV_P01-2; 1-M1/AV_P01-2_1_1; 1-M1/AV_P02-1; 1-M1/AV_P02-1_1_1; 1-M1/AV_P02-2; 1-M1/AV_P02-2_1_1; 1-M1/AV_P03-1; 1-M1/AV_P03-1_1_1; 1-M1/AV_P03-2; 1-M1/AV_P03-2_1_1; 1-M1/AV_P04-1; 1-M1/AV_P04-1_1_1; 1-M1/AV_P04-2; 1-M1/AV_P04-2_1_1; 1-M1/AV_P05-1; 1-M1/AV_P05-1_1_1; 1-M1/AV_P05-2; 1-M1/AV_P05-2_1_1; 1-M1/AV_P06-1; 1-M1/AV_P06-1_1_1; 1-M1/AV_P06-2; 1-M1/AV_P06-2_1_1; 1-M1/AV_P07-1; 1-M1/AV_P07-1_1_1; 1-M1/AV_P07-2; 1-M1/AV_P07-2_1_1; 1-M1/AV_P08-1; 1-M1/AV_P08-1_1_1; 1-M1/AV_P08-2; 1-M1/AV_P08-2_1_1; 1-M1/AV_P09-1; 1-M1/AV_P09-1_1_1; 1-M1/AV_P09-2; 1-M1/AV_P09-2_1_1; 1-M1/AV_P10-1; 1-M1/AV_P10-1_1_1; 1-M1/AV_P10-2; 1-M1/AV_P10-2_1_1; 1-M1/AV_P11-1; 1-M1/AV_P11-1_1_1; 1-M1/AV_P11-2; 1-M1/AV_P11-2_1_1; 1-M1/AV_P12-1; 1-M1/AV_P12-1_1_1; 1-M1/AV_P12-2; 1-M1/AV_P12-2_1_1; 1-M1/AV_P13-1; 1-M1/AV_P13-1_1_1; 1-M1/AV_P13-2; 1-M1/AV_P13-2_1_1; 1-M1/AV_P14-1; 1-M1/AV_P14-1_1_1; 1-M1/AV_P14-2; 1-M1/AV_P14-2_1_1; 1-M1/AV_P15-1; 1-M1/AV_P15-1_1_1; 1-M1/AV_P15-2; 1-M1/AV_P15-2_1_1; 1-M1/AV_P16-1; 1-M1/AV_P16-1_1_1; 1-M1/AV_P16-2; 1-M1/AV_P16-2_1_1; 1-M1/AV_P17-1; 1-M1/AV_P17-1_1_1; 1-M1/AV_P17-2; 1-M1/AV_P17-2_1_1; 1-M1/AV_P18-1; 1-M1/AV_P18-1_1_1; 1-M1/AV_P18-2; 1-M1/AV_P18-2_1_1; 1-M1/AV_P19-1; 1-M1/AV_P19-1_1_1; 1-M1/AV_P19-2; 1-M1/AV_P19-2_1_1; 1-M1/AV_P20-1; 1-M1/AV_P20-1_1_1; 1-M1/AV_P20-2; 1-M1/AV_P20-2_1_1; 1-M1/AV_R01-1; 1-M1/AV_R01-1_1_1; 1-M1/AV_R01-2; 1-M1/AV_R01-2_1_1; 1-M1/AV_R02-1; 1-M1/AV_R02-1_1_1; 1-M1/AV_R02-2; 1-M1/AV_R02-2_1_1; 1-M1/AV_R03-1; 1-M1/AV_R03-1_1_1; 1-M1/AV_R03-2; 1-M1/AV_R03-2_1_1; 1-M1/AV_R04-1; 1-M1/AV_R04-1_1_1; 1-M1/AV_R04-2; 1-M1/AV_R04-2_1_1; 1-M1/AV_R05-1; 1-M1/AV_R05-1_1_1; 1-M1/AV_R05-2; 1-M1/AV_R05-2_1_1; 1-M1/AV_R06-1; 1-M1/AV_R06-1_1_1; 1-M1/AV_R06-2; 1-M1/AV_R06-2_1_1; 1-M1/AV_R07-1; 1-M1/AV_R07-1_1_1; 1-M1/AV_R07-2; 1-M1/AV_R07-2_1_1; 1-M1/AV_R08-1; 1-M1/AV_R08-1_1_1; 1-M1/AV_R08-2; 1-M1/AV_R08-2_1_1; 1-M1/AV_R09-1; 1-M1/AV_R09-1_1_1; 1-M1/AV_R09-2; 1-M1/AV_R09-2_1_1; 1-M1/AV_R1_E100-1; 1-M1/AV_R1_E100-1_1_1; 1-M1/AV_R1_E100-2; 1-M1/AV_R1_E100-2_1_1; 1-M1/AV_R1_E100-3; 1-M1/AV_R1_E100-3_1_1; 1-M1/AV_R1_E200-1; 1-M1/AV_R1_E200-1_1_1; 1-M1/AV_R1_E200-2; 1-M1/AV_R1_E200-2_1_1; 1-M1/AV_R1_E200-3; 1-M1/AV_R1_E200-3_1_1; 1-M1/AV_R1_E400-1; 1-M1/AV_R1_E400-1_1_1; 1-M1/AV_R1_E400-2; 1-M1/AV_R1_E400-2_1_1; 1-M1/AV_R1_E400-3; 1-M1/AV_R1_E400-3_1_1; 1-M1/AV_R1_S100-1; 1-M1/AV_R1_S100-1_1_1; 1-M1/AV_R1_S100-2; 1-M1/AV_R1_S100-2_1_1; 1-M1/AV_R1_S100-3; 1-M1/AV_R1_S100-3_1_1; 1-M1/AV_R1_S200-1; 1-M1/AV_R1_S200-1_1_1; 1-M1/AV_R1_S200-2; 1-M1/AV_R1_S200-2_1_1; 1-M1/AV_R1_S200-3; 1-M1/AV_R1_S200-3_1_1; 1-M1/AV_R1_S400-1; 1-M1/AV_R1_S400-1_1_1; 1-M1/AV_R1_S400-2; 1-M1/AV_R1_S400-2_1_1; 1-M1/AV_R1_S400-3; 1-M1/AV_R1_S400-3_1_1; 1-M1/AV_R10-1; 1-M1/AV_R10-1_1_1; 1-M1/AV_R10-2; 1-M1/AV_R10-2_1_1; 1-M1/AV_R11-1; 1-M1/AV_R11-1_1_1; 1-M1/AV_R11-2; 1-M1/AV_R11-2_1_1; 1-M1/AV_R12-1; 1-M1/AV_R12-1_1_1; 1-M1/AV_R12-2; 1-M1/AV_R12-2_1_1; 1-M1/AV_R13-1; 1-M1/AV_R13-1_1_1; 1-M1/AV_R13-2; 1-M1/AV_R13-2_1_1; 1-M1/AV_R14-1; 1-M1/AV_R14-1_1_1; 1-M1/AV_R14-
    Type: Dataset
    Format: text/tab-separated-values, 824638 data points
    Location Call Number Limitation Availability
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    DATA PANGAEA
  • 3
    facet.materialart.
    Unknown
    Hardsubstrate data of offshore wind farms (DanTysk, Sandbank, Horns Rev) in the North Sea (2022)
    PANGAEA
    Details
    Publication Date: 2023-01-30
    Description: Makrozoobenthic communties were collected at multiple at different depth of wind turbines. Samples were taken by scraping the organisms from the turbines into a net (scrape samples) by scuba divers to analyse the epifaunal communities. Samples were collected in three different wind farms: DanTysk (sampled in 2018, 2019) and Sandbank (2019) in the German exclusive economic zone (EEZ) and Horns Rev (2003-2005) in the Danish EEZ. Epifaunal community was evaluated for recording successional stages of growth on the wind turbines in different depth to cover the vertical zonation along the turbines. The data are part of the Danish monitoring data on offshore wind farms and the German Standard Investigation of the Impacts of Offshore Wind Turbines on the Marine Environment (StUK 4, published by BSH 2014). Data for each campaign comprise different turbines in the wind farms sampled by scuba divers using scrape samples. Biodiversity data of species include abundance (count data) and biomass (wet mass, g) per sample. Data were collected on behalf of Vattenfall in the framework of the mandatory monitoring. Thus we would like to thank Vattenfall who kindly provided the data for scientific independent research analysis and publication.
    Keywords: Area; artificial hard substrate; benthic communities; Campaign; DATE/TIME; DEPTH, water; Event label; Gear; German Bight; Habitat; HR_3_2003; HR_3_2003/HORN_T33_9.2_3/2003-T33/2003/03_9.2m_S1a; HR_3_2003/HORN_T33_9.2_3/2003-T33/2003/03_9.2m_S1b; HR_3_2003/HORN_T33_9.2_3/2003-T33/2003/03_9.2m_S1c; HR_3_2003/HORN_T33_9.2_3/2003-T33/2003/03_9.2m_S1d; HR_3_2003/HORN_T33_9.2_3/2003-T33/2003/03_9.2m_S2a; HR_3_2003/HORN_T33_9.2_3/2003-T33/2003/03_9.2m_S2b; HR_3_2003/HORN_T33_9.2_3/2003-T33/2003/03_9.2m_S2c; HR_3_2003/HORN_T33_9.2_3/2003-T33/2003/03_9.2m_S2d; HR_3_2003/HORN_T33_9.2_3/2003-T33/2003/03_9.2m_S3a; HR_3_2003/HORN_T33_9.2_3/2003-T33/2003/03_9.2m_S3b; HR_3_2003/HORN_T33_9.2_3/2003-T33/2003/03_9.2m_S3c; HR_3_2003/HORN_T33_9.2_3/2003-T33/2003/03_9.2m_S3d; HR_3_2003/HORN_T55_0.2_3/2003-T55/2003/03_0.2m_S1; HR_3_2003/HORN_T55_0.2_3/2003-T55/2003/03_0.2m_S1_; HR_3_2003/HORN_T55_0.2_3/2003-T55/2003/03_0.2m_S2; HR_3_2003/HORN_T55_0.2_3/2003-T55/2003/03_0.2m_S2_; HR_3_2003/HORN_T55_2.2_3/2003-T55/2003/03_2.2m_S1a; HR_3_2003/HORN_T55_2.2_3/2003-T55/2003/03_2.2m_S1b; HR_3_2003/HORN_T55_2.2_3/2003-T55/2003/03_2.2m_S2a; HR_3_2003/HORN_T55_2.2_3/2003-T55/2003/03_2.2m_S2b; HR_3_2003/HORN_T55_4.2_3/2003-T55/2003/03_4.2m_S1a; HR_3_2003/HORN_T55_4.2_3/2003-T55/2003/03_4.2m_S1b; HR_3_2003/HORN_T55_4.2_3/2003-T55/2003/03_4.2m_S2a; HR_3_2003/HORN_T55_4.2_3/2003-T55/2003/03_4.2m_S2b; HR_3_2003/HORN_T55_6.2_3/2003-T55/2003/03_6.2m_S1a; HR_3_2003/HORN_T55_6.2_3/2003-T55/2003/03_6.2m_S1b; HR_3_2003/HORN_T55_6.2_3/2003-T55/2003/03_6.2m_S2a; HR_3_2003/HORN_T55_6.2_3/2003-T55/2003/03_6.2m_S2b; HR_3_2003/HORN_T55_8.2_3/2003-T55/2003/03_8.2m_S1a; HR_3_2003/HORN_T55_8.2_3/2003-T55/2003/03_8.2m_S1b; HR_3_2003/HORN_T55_8.2_3/2003-T55/2003/03_8.2m_S1c; HR_3_2003/HORN_T55_8.2_3/2003-T55/2003/03_8.2m_S1d; HR_3_2003/HORN_T55_8.2_3/2003-T55/2003/03_8.2m_S1e; HR_3_2003/HORN_T55_8.2_3/2003-T55/2003/03_8.2m_S1f; HR_3_2003/HORN_T55_8.2_3/2003-T55/2003/03_8.2m_S2a; HR_3_2003/HORN_T55_8.2_3/2003-T55/2003/03_8.2m_S2b; HR_3_2003/HORN_T55_8.2_3/2003-T55/2003/03_8.2m_S2c; HR_3_2003/HORN_T55_8.2_3/2003-T55/2003/03_8.2m_S2d; HR_3_2003/HORN_T55_8.2_3/2003-T55/2003/03_8.2m_S2e; HR_3_2003/HORN_T55_8.2_3/2003-T55/2003/03_8.2m_S2f; HR_3_2003/HORN_T55_8.2_3/2003-T55/2003/03_8.2m_S3a; HR_3_2003/HORN_T55_8.2_3/2003-T55/2003/03_8.2m_S3b; HR_3_2003/HORN_T55_8.2_3/2003-T55/2003/03_8.2m_S3c; HR_3_2003/HORN_T55_8.2_3/2003-T55/2003/03_8.2m_S3d; HR_3_2003/HORN_T58_1.1_3/2003-T58/2003/03_1.1m_S1a; HR_3_2003/HORN_T58_1.1_3/2003-T58/2003/03_1.1m_S1b; HR_3_2003/HORN_T58_1.1_3/2003-T58/2003/03_1.1m_S2a; HR_3_2003/HORN_T58_1.1_3/2003-T58/2003/03_1.1m_S2b; HR_3_2003/HORN_T58_3.1_3/2003-T58/2003/03_3.1m_S1a; HR_3_2003/HORN_T58_3.1_3/2003-T58/2003/03_3.1m_S1b; HR_3_2003/HORN_T58_3.1_3/2003-T58/2003/03_3.1m_S2a; HR_3_2003/HORN_T58_3.1_3/2003-T58/2003/03_3.1m_S2b; HR_3_2003/HORN_T58_5.1_3/2003-T58/2003/03_5.1m_S1a; HR_3_2003/HORN_T58_5.1_3/2003-T58/2003/03_5.1m_S1b; HR_3_2003/HORN_T58_5.1_3/2003-T58/2003/03_5.1m_S2a; HR_3_2003/HORN_T58_5.1_3/2003-T58/2003/03_5.1m_S2b; HR_3_2003/HORN_T58_7.1_3/2003-T58/2003/03_7.1m_S1a; HR_3_2003/HORN_T58_7.1_3/2003-T58/2003/03_7.1m_S1b; HR_3_2003/HORN_T58_7.1_3/2003-T58/2003/03_7.1m_S1c; HR_3_2003/HORN_T58_7.1_3/2003-T58/2003/03_7.1m_S1d; HR_3_2003/HORN_T58_7.1_3/2003-T58/2003/03_7.1m_S1e; HR_3_2003/HORN_T58_7.1_3/2003-T58/2003/03_7.1m_S1f; HR_3_2003/HORN_T58_7.1_3/2003-T58/2003/03_7.1m_S2a; HR_3_2003/HORN_T58_7.1_3/2003-T58/2003/03_7.1m_S2b; HR_3_2003/HORN_T58_7.1_3/2003-T58/2003/03_7.1m_S2c; HR_3_2003/HORN_T58_7.1_3/2003-T58/2003/03_7.1m_S2d; HR_3_2003/HORN_T58_7.1_3/2003-T58/2003/03_7.1m_S2e; HR_3_2003/HORN_T58_7.1_3/2003-T58/2003/03_7.1m_S2f; HR_3_2003/HORN_T58_7.1_3/2003-T58/2003/03_7.1m_S3a; HR_3_2003/HORN_T58_7.1_3/2003-T58/2003/03_7.1m_S3b; HR_3_2003/HORN_T58_7.1_3/2003-T58/2003/03_7.1m_S3c; HR_3_2003/HORN_T58_7.1_3/2003-T58/2003/03_7.1m_S3d; HR_3_2003/HORN_T91_5.5_3/2003-T91/2003/03_5.5m_S1a; HR_3_2003/HORN_T91_5.5_3/2003-T91/2003/03_5.5m_S1b; HR_3_2003/HORN_T91_5.5_3/2003-T91/2003/03_5.5m_S1c; HR_3_2003/HORN_T91_5.5_3/2003-T91/2003/03_5.5m_S1d; HR_3_2003/HORN_T91_5.5_3/2003-T91/2003/03_5.5m_S2a; HR_3_2003/HORN_T91_5.5_3/2003-T91/2003/03_5.5m_S2b; HR_3_2003/HORN_T91_5.5_3/2003-T91/2003/03_5.5m_S2c; HR_3_2003/HORN_T91_5.5_3/2003-T91/2003/03_5.5m_S2d; HR_3_2003/HORN_T91_5.5_3/2003-T91/2003/03_5.5m_S3a; HR_3_2003/HORN_T91_5.5_3/2003-T91/2003/03_5.5m_S3b; HR_3_2003/HORN_T91_5.5_3/2003-T91/2003/03_5.5m_S3c; HR_3_2003/HORN_T91_5.5_3/2003-T91/2003/03_5.5m_S3d; HR_3_2003/HORN_T92_5.7_3/2003-T92/2003/03_5.7m_S1a; HR_3_2003/HORN_T92_5.7_3/2003-T92/2003/03_5.7m_S1b; HR_3_2003/HORN_T92_5.7_3/2003-T92/2003/03_5.7m_S1c; HR_3_2003/HORN_T92_5.7_3/2003-T92/2003/03_5.7m_S1d; HR_3_2003/HORN_T92_5.7_3/2003-T92/2003/03_5.7m_S2a; HR_3_2003/HORN_T92_5.7_3/2003-T92/2003/03_5.7m_S2b; HR_3_2003/HORN_T92_5.7_3/2003-T92/2003/03_5.7m_S2c; HR_3_2003/HORN_T92_5.7_3/2003-T92/2003/03_5.7m_S3a; HR_3_2003/HORN_T92_5.7_3/2003-T92/2003/03_5.7m_S3b; HR_3_2003/HORN_T92_5.7_3/2003-T92/2003/03_5.7m_S3c; HR_3_2003/HORN_T92_5.7_3/2003-T92/2003/03_5.7m_S3d; HR_3_2003/HORN_T95_0_3/2003-T95/2003/03_0m_S1a; HR_3_2003/HORN_T95_0_3/2003-T95/2003/03_0m_S1a_1_1; HR_3_2003/HORN_T95_0_3/2003-T95/2003/03_0m_S1b; HR_3_2003/HORN_T95_0_3/2003-T95/2003/03_0m_S1b_1_1; HR_3_2003/HORN_T95_0_3/2003-T95/2003/03_0m_S2a; HR_3_2003/HORN_T95_0_3/2003-T95/2003/03_0m_S2a_1_1; HR_3_2003/HORN_T95_0_3/2003-T95/2003/03_0m_S2b; HR_3_2003/HORN_T95_0_3/2003-T95/2003/03_0m_S2b_1_1; HR_3_2003/HORN_T95_1.3_3/2003-T95/2003/03_1.3m_S1a; HR_3_2003/HORN_T95_1.3_3/2003-T95/2003/03_1.3m_S1b; HR_3_2003/HORN_T95_1.3_3/2003-T95/2003/03_1.3m_S2a; HR_3_2003/HORN_T95_1.3_3/2003-T95/2003/03_1.3m_S2b; HR_3_2003/HORN_T95_3.3_3/2003-T95/2003/03_3.3m_S1a; HR_3_2003/HORN_T95_3.3_3/2003-T95/2003/03_3.3m_S1b; HR_3_2003/HORN_T95_3.3_3/2003-T95/2003/03_3.3m_S2a; HR_3_2003/HORN_T95_3.3_3/2003-T95/2003/03_3.3m_S2b; HR_3_2003/HORN_T95_5.3_3/2003-T95/2003/03_5.3m_S1a; HR_3_2003/HORN_T95_5.3_3/2003-T95/2003/03_5.3m_S1b; HR_3_2003/HORN_T95_5.3_3/2003-T95/2003/03_5.3m_S2a; HR_3_2003/HORN_T95_5.3_3/2003-T95/2003/03_5.3m_S2b; HR_3_2003/HORN_T95_7.3_3/2003-T95/2003/03_7.3m_S1a; HR_3_2003/HORN_T95_7.3_3/2003-T95/2003/03_7.3m_S1b; HR_3_2003/HORN_T95_7.3_3/2003-T95/2003/03_7.3m_S1c; HR_3_2003/HORN_T95_7.3_3/2003-T95/2003/03_7.3m_S1d; HR_3_2003/HORN_T95_7.3_3/2003-T95/2003/03_7.3m_S1e; HR_3_2003/HORN_T95_7.3_3/2003-T95/2003/03_7.3m_S1f; HR_3_2003/HORN_T95_7.3_3/2003-T95/2003/03_7.3m_S2a; HR_3_2003/HORN_T95_7.3_3/2003-T95/2003/03_7.3m_S2b; HR_3_2003/HORN_T95_7.3_3/2003-T95/2003/03_7.3m_S2c; HR_3_2003/HORN_T95_7.3_3/2003-T95/2003/03_7.3m_S2d; HR_3_2003/HORN_T95_7.3_3/2003-T95/2003/03_7.3m_S2e; HR_3_2003/HORN_T95_7.3_3/2003-T95/2003/03_7.3m_S2f; HR_3_2003/HORN_T95_7.3_3/2003-T95/2003/03_7.3m_S3a; HR_3_2003/HORN_T95_7.3_3/2003-T95/2003/03_7.3m_S3b; HR_3_2003/HORN_T95_7.3_3/2003-T95/2003/03_7.3m_S3c; HR_3_2003/HORN_T95_7.3_3/2003-T95/2003/03_7.3m_S3d; HR_3_2004; HR_3_2004/HORN_T33_9.2_3/2004-T33/2004/03_9.2m_S1a; HR_3_2004/HORN_T33_9.2_3/2004-T33/2004/03_9.2m_S1b; HR_3_2004/HORN_T33_9.2_3/2004-T33/2004/03_9.2m_S1c; HR_3_2004/HORN_T33_9.2_3/2004-T33/2004/03_9.2m_S1d; HR_3_2004/HORN_T33_9.2_3/2004-T33/2004/03_9.2m_S2a; HR_3_2004/HORN_T33_9.2_3/2004-T33/2004/03_9.2m_S2b; HR_3_2004/HORN_T33_9.2_3/2004-T33/2004/03_9.2m_S2c; HR_3_2004/HORN_T33_9.2_3/2004-T33/2004/03_9.2m_S2d; HR_3_2004/HORN_T33_9.2_3/2004-T33/2004/03_9.2m_S3a; HR_3_2004/HORN_T33_9.2_3/2004-T33/2004/03_9.2m_S3b; HR_3_2004/HORN_T33_9.2_3/2004-T33/2004/03_9.2m_S3c; HR_3_2004/HORN_T33_9.2_3/2004-T33/2004/03_9.2m_S3d; HR_3_2004/HORN_T55_0.2_3/2004-T55/2004/03_0.2m_S1a; HR_3_2004/HORN_T55_0.2_3/2004-T55/2004/03_0.2m_S1b; HR_3_2004/HORN_T55_0.2_3/2004-T55/2004/03_0.2m_S2a; HR_3_2004/HORN_T55_0.2_3/2004-T55/2004/03_0.2m_S2b; HR_3_2004/HORN_T55_2.2_3/2004-T55/2004/03_2.2m_S1a; HR_3_2004/HORN_T55_2.2_3/2004-T55/2004/03_2.2m_S1b; HR_3_2004/HORN_T55_2.2_3/2004-T55/2004/03_2.2m_S2a; HR_3_2004/HORN_T55_2.2_3/2004-T55/2004/03_2.2m_S2b; HR_3_2004/
    Type: Dataset
    Format: text/tab-separated-values, 133418 data points
    Location Call Number Limitation Availability
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    DATA PANGAEA
  • 4
    facet.materialart.
    Unknown
    Continuous thermosalinograph oceanography along RV HEINCKE cruise track HE572 (2022)
    PANGAEA
    In:  Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research, Bremerhaven
    Details
    Publication Date: 2024-01-12
    Description: Raw data acquired by an SBE21 thermosalinograph and an auxiliary SBE38 temperature sensor (Sea-Bird Scientific, USA) installed in an underway seawater flow-through system on board RV Heincke were processed to yield a calibrated and validated data set of seawater temperature and salinity along the cruise track. The seawater inlet is located at a depth of 2 m. The raw hexadecimal data were downloaded from the DAVIS SHIP data base (https://dship.awi.de) at a resolution of 1 s, and converted to temperature and conductivity using the pre-deployment factory calibration coefficients. The converted data were averaged to 1 min values, outliers were removed, and sensor drift was corrected using coefficients obtained from a post-season calibration performed at Sea-Bird at the end of the measurement season. Salinity was calculated from internal temperature, conductivity and pressure according to the PSS-78 Practical Salinity Scale. Processed data are provided as 1 min means of seawater temperature, conductivity and salinity, aligned with position data taken from the master track. Quality flags are appended according to the SeaDataNet Data Quality Control Procedures (version from May 2010). More details are described in the attached processing report.
    Keywords: AWI_PhyOce; Calculated from internal temperature and conductivity; Conductivity; DATE/TIME; DEPTH, water; Digital oceanographic thermometer, Sea-Bird, SBE 38; HE572; HE572_0_Underway-6; Heincke; LATITUDE; LONGITUDE; LTER Benthos; North Sea; Physical Oceanography @ AWI; Quality flag, salinity; Quality flag, water temperature; Salinity; Seadatanet flag: Data quality control procedures according to SeaDataNet (2010); Temperature, water; Temperature, water, internal; thermosalinograph; Thermosalinograph; Thermosalinograph (TSG), Sea-Bird, SBE 21 SEACAT; TSG
    Type: Dataset
    Format: text/tab-separated-values, 18294 data points
    Location Call Number Limitation Availability
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    DATA PANGAEA
  • 5
    facet.materialart.
    Unknown
    Small-scale study on benthic communities in the Sylt Outer Reef (German Bight, North Sea), 2006-2007 (2022)
    PANGAEA
    Details
    Publication Date: 2024-01-16
    Description: Makrozoobenthos of soft-bottom benthic communiy was collected by van-Veen grabs and beam trawls to sample the infauna and epifauna. Further, the data contains a few hauls with otter trawls to sample the demersal fish fauna. Sediment data are included to specify the soft-bottom habitat. Samples were collected in autumn 2006 and spring 2007. Benthic data were collected in the North Sea, German Bight in the area of the Sylt outer reef. Based on sediment maps and multibeam echo sounder images, 15 stations of different sediments were defined. The sediment distribution in the study area is very heterogeneous even at small scales, with fine sand sections alternating with coarse sand or gravel as well as individual large stones. This mosaic of different habitats causes different bottom fauna communities. Data for the two sampling campaigns comprise different stations in these differing sediment mosaic. Biodiversity data of species include abundance (count data) and biomass (wet mass, g) per sample.
    Keywords: abundance data; Area; BEAM; Beam trawl; benthic communities; Biomass; Bottom trawl; BT; Campaign; Carbon, organic; Carbon, total; DATE/TIME; DEPTH, water; Event label; Gear; German Bight; HE263/1; HE263/1288-1; HE263/1289-1; HE263/1290-1; HE263/1291-1; HE263/1292-1; HE263/1293-1; HE263/1294-1; HE263/1301-1; HE263/1301-2; HE263/1301-3; HE263/1302-1; HE263/1302-2; HE263/1302-3; HE266/0184-2_1_1; HE266/0184-3_1_1; HE266/0185-4_1_1; HE266/0190-1_1_1; HE266/0198-1_1_1; HE266/0198-2_1_1; HE266/0198-3_1_1; HE266/0200-4_1_1; HE266/0201-4_1_1; HE266/0212-1_1_1; HE266/0231-1_1_1; HE266/184-1; HE266/184-2; HE266/184-3; HE266/185-2; HE266/185-3; HE266/185-4; HE266/187-1; HE266/190-1; HE266/191-1; HE266/191-2; HE266/191-3; HE266/192-1; HE266/194-1; HE266/196-1; HE266/196-2; HE266/196-3; HE266/197-1; HE266/197-2; HE266/197-3; HE266/198-1; HE266/198-2; HE266/198-3; HE266/199-1; HE266/199-2; HE266/199-3; HE266/2; HE266/200-1; HE266/200-2; HE266/200-4; HE266/201-1; HE266/201-3; HE266/201-4; HE266/203-1; HE266/203-2; HE266/203-3; HE266/204-1; HE266/204-2; HE266/204-3; HE266/205-1; HE266/205-2; HE266/205-3; HE266/206-1; HE266/206-2; HE266/206-3; HE266/207-1; HE266/212-1; HE266/213-1; HE266/215-1; HE266/217-1; HE266/219-1; HE266/230-1; HE266/231-1; HE266/238-1; HE266/240-1; HE266/242-1; HE266/244-1; HE266/251-1; HE266/251-2; HE266/251-3; HE266/252-1; HE266/252-2; HE266/252-3; HE266/257-1; HE266/267-1; HE266/269-1; Heincke; LATITUDE; Life stage; LONGITUDE; macrozoobenthos; Mesh size; Nitrogen, total; North Sea; Number of observations; OT; Otter trawl; Percentage; Presence/absence; Project; Salinity; Site; Species; Specification; Station label; Sulfur, total; Temperature, water; Uniform resource locator/link to reference; van Veen Grab; VGRAB; Wet mass
    Type: Dataset
    Format: text/tab-separated-values, 32935 data points
    Location Call Number Limitation Availability
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    DATA PANGAEA
  • 6
    facet.materialart.
    Unknown
    Response of benthic communities to trawling cessation in the German Bight (North Sea, 2003-2004) (2022)
    PANGAEA
    Details
    Publication Date: 2024-01-16
    Description: Makrozoobenthos of soft-bottom benthic communiy was collected by van-Veen grabs and beam trawls to sample the infauna and epifauna. Samples were collected between 2003 and 2004 in spring, summer and autumn each year. Benthic data were collected in the North Sea, German Bight off the East Frisian Coast. Benthic community was evaluated for potential changes after cessation of bottom trawling. In July 2003, the research platform FINO 1 was built as a pilot project for future offshore wind farms. The platform is located at 28 m water depth in the German Bight, 45 km off the Island Borkum. The surroundings of the platform (500 m radius) are closed for all shipping activities (except scientific activities) and are thus protected from trawling activities. Two zones beyond the 500 m radius, 9 km apart from the protected area in north-western and eastern direction were chosen as reference sites. Sampling follwed a BACI-design (before-after-control-impact), i.e. comparing the protected area to the further trawled areas. In both areas, protected and trawled area, sampling of the benthic community was carried out with “RV Heincke” during 2 periods. The first sampling period, defined as “pre-closure”, includes two sampling campaigns: one campaign 3 months before and one campaign 2 weeks after fishery closure of protected area (March/April and July/August 2003). “Post-closure” sampling was also carried out in two campaigns: one campaign in July/August and one campaign in September/October 2004, i.e. 12-14 months after fishery closure of protected area. Data for each campaign comprise different stations in the area, sampled by grab samples (infauna) and beam trawl samples (epifauna). Biodiversity data of species include abundance (count data) and biomass (wet mass, g) per sample, as well as sediment grain sizes, organic carbon, total carbon, nitrogen and sulfur content as accompanying environmental data.
    Keywords: Area; BEAM; Beam trawl; benthic communities; Campaign; Carbon, organic; Carbon, total; DATE/TIME; DEPTH, water; Epifauna; Event label; Gear; German Bight; HE185; HE185/0132-1; HE185/0132-1_1_1; HE185/0132-2; HE185/0132-2_1_1; HE185/0132-3; HE185/0132-3_1_1; HE185/0133-1; HE185/0133-1_1_1; HE185/0133-2; HE185/0133-2_1_1; HE185/0133-3; HE185/0133-3_1_1; HE185/0134-1; HE185/0134-1_1_1; HE185/0134-2; HE185/0134-2_1_1; HE185/0134-3; HE185/0134-3_1_1; HE185/0149-20; HE185/0149-20_1_1; HE185/0149-4; HE185/0149-4_1_1; HE185/0149-5; HE185/0149-5_1_1; HE185/0151-1; HE185/0151-1_1_1; HE185/0151-2; HE185/0151-2_1_1; HE185/0151-3; HE185/0151-3_1_1; HE185/0152-1; HE185/0152-1_1_1; HE185/0152-2; HE185/0152-2_1_1; HE185/0152-3; HE185/0152-3_1_1; HE185/0163-1; HE185/0163-1_1_1; HE185/0163-2; HE185/0163-2_1_1; HE185/0163-3; HE185/0163-3_1_1; HE185/0164-1; HE185/0164-1_1_1; HE185/0164-2; HE185/0164-2_1_1; HE185/0164-3; HE185/0164-3_1_1; HE185/0165-1; HE185/0165-1_1_1; HE185/0165-2; HE185/0165-2_1_1; HE185/0165-3; HE185/0165-3_1_1; HE185/0167-1; HE185/0167-1_1_1; HE185/0167-2; HE185/0167-2_1_1; HE185/0167-3; HE185/0167-3_1_1; HE185/0168-1; HE185/0168-1_1_1; HE185/0168-2; HE185/0168-2_1_1; HE185/0168-3; HE185/0168-3_1_1; HE185/0170-1; HE185/0170-1_1_1; HE185/0171-1; HE185/0171-1_1_1; HE185/0172-1; HE185/0172-1_1_1; HE185/0173-1; HE185/0173-1_1_1; HE185/0174-1; HE185/0174-1_1_1; HE185/0178-1; HE185/0178-1_1_1; HE185/0179-1; HE185/0179-1_1_1; HE185/0180-1; HE185/0180-1_1_1; HE185/0181-1; HE185/0181-1_1_1; HE185/0182-1; HE185/0182-1_1_1; HE194; HE194/1109-1; HE194/1109-1_1_1; HE194/1109-2; HE194/1109-2_1_1; HE194/1109-3; HE194/1109-3_1_1; HE194/1110-1; HE194/1110-1_1_1; HE194/1110-2; HE194/1110-2_1_1; HE194/1110-3; HE194/1110-3_1_1; HE194/1111-1; HE194/1111-1_1_1; HE194/1111-2; HE194/1111-2_1_1; HE194/1111-3; HE194/1111-3_1_1; HE194/1113-1; HE194/1113-1_1_1; HE194/1113-2; HE194/1113-2_1_1; HE194/1113-3; HE194/1113-3_1_1; HE194/1114-1; HE194/1114-1_1_1; HE194/1114-2; HE194/1114-2_1_1; HE194/1114-3; HE194/1114-3_1_1; HE194/1115-1; HE194/1115-1_1_1; HE194/1115-2; HE194/1115-2_1_1; HE194/1115-3; HE194/1115-3_1_1; HE194/1116-1; HE194/1116-1_1_1; HE194/1116-2; HE194/1116-2_1_1; HE194/1116-3; HE194/1116-3_1_1; HE194/1117-1; HE194/1117-1_1_1; HE194/1117-2; HE194/1117-2_1_1; HE194/1117-3; HE194/1117-3_1_1; HE194/1139-1; HE194/1139-1_1_1; HE194/1140-1; HE194/1140-1_1_1; HE194/1141-1; HE194/1141-1_1_1; HE194/1142-1; HE194/1142-1_1_1; HE194/1143-1; HE194/1143-1_1_1; HE194/1145-1; HE194/1145-1_1_1; HE194/1145-2; HE194/1145-2_1_1; HE194/1145-4; HE194/1145-4_1_1; HE194/1146-1; HE194/1146-1_1_1; HE194/1146-2; HE194/1146-2_1_1; HE194/1146-3; HE194/1146-3_1_1; HE194/1168-1; HE194/1168-1_1_1; HE194/1169-1; HE194/1169-1_1_1; HE194/1170-1; HE194/1170-1_1_1; HE194/1171-1; HE194/1171-1_1_1; HE194/1172-1; HE194/1172-1_1_1; HE200; HE200/1246-1; HE200/1246-1_1_1; HE200/1246-2; HE200/1246-2_1_1; HE200/1246-3; HE200/1246-3_1_1; HE200/1260-1; HE200/1260-1_1_1; HE200/1260-2; HE200/1260-2_1_1; HE200/1260-3; HE200/1260-3_1_1; HE200/1261-1; HE200/1261-1_1_1; HE200/1261-2; HE200/1261-2_1_1; HE200/1261-3; HE200/1261-3_1_1; HE200/1262-1; HE200/1262-1_1_1; HE200/1262-2; HE200/1262-2_1_1; HE200/1262-3; HE200/1262-3_1_1; HE200/1276-1; HE200/1276-1_1_1; HE200/1276-2; HE200/1276-2_1_1; HE200/1276-3; HE200/1276-3_1_1; HE200/1277-1; HE200/1277-1_1_1; HE200/1277-2; HE200/1277-2_1_1; HE200/1277-3; HE200/1277-3_1_1; HE200/1278-1; HE200/1278-1_1_1; HE200/1278-2; HE200/1278-2_1_1; HE200/1278-3; HE200/1278-3_1_1; HE200/1280-1; HE200/1280-1_1_1; HE200/1280-2; HE200/1280-2_1_1; HE200/1280-3; HE200/1280-3_1_1; HE200/1281-1; HE200/1281-1_1_1; HE200/1281-2; HE200/1281-2_1_1; HE200/1281-3; HE200/1281-3_1_1; HE200/1283-1; HE200/1283-1_1_1; HE200/1285-1; HE200/1285-1_1_1; HE200/1286-1; HE200/1286-1_1_1; HE200/1287-1; HE200/1287-1_1_1; HE200/1299-1; HE200/1299-1_1_1; HE200/1312-10; HE200/1312-10_1_1; HE200/1312-11; HE200/1312-11_1_1; HE200/1312-4; HE200/1312-4_1_1; HE200/1313-1; HE200/1313-1_1_1; HE200/1313-2; HE200/1313-2_1_1; HE200/1313-3; HE200/1313-3_1_1; HE200/1314-1; HE200/1314-1_1_1; HE200/1314-2; HE200/1314-2_1_1; HE200/1314-3; HE200/1314-3_1_1; HE200/1316-1; HE200/1316-1_1_1; HE200/1316-2; HE200/1316-2_1_1; HE200/1316-3; HE200/1316-3_1_1; HE200/1317-2; HE200/1317-2_1_1; HE200/1317-3; HE200/1317-3_1_1; HE200/1317-4; HE200/1317-4_1_1; HE200/1320-1; HE200/1320-1_1_1; HE200/1321-1; HE200/1321-1_1_1; HE200/1322-1; HE200/1322-1_1_1; HE200/1323-1; HE200/1323-1_1_1; HE200/1324-1; HE200/1324-1_1_1; HE200/1338-1; HE200/1338-1_1_1; HE200/1341-1; HE200/1341-1_1_1; HE200/1342-1; HE200/1342-1_1_1; HE200/1343-1; HE200/1343-1_1_1; HE200/1344-1; HE200/1344-1_1_1; HE200/1345-1; HE200/1345-1_1_1; HE200/1346-1; HE200/1346-1_1_1; HE205; HE205/0237-1; HE205/0237-1_1_1; HE205/0237-2; HE205/0237-2_1_1; HE205/0237-3; HE205/0237-3_1_1; HE205/0238-1; HE205/0238-1_1_1; HE205/0238-2; HE205/0238-2_1_1; HE205/0238-3; HE205/0238-3_1_1; HE205/0252-1; HE205/0252-1_1_1; HE205/0253-1; HE205/0253-1_1_1; HE205/0254-1; HE205/0254-1_1_1; HE205/0255-1; HE205/0255-1_1_1; HE205/0256-1; HE205/0256-1_1_1; HE205/0258-3; HE205/0258-3_1_1; HE205/0258-4; HE205/0258-4_1_1; HE205/0258-5; HE205/0258-5_1_1; HE205/0259-1; HE205/0259-1_1_1; HE205/0259-2; HE205/0259-2_1_1; HE205/0259-4; HE205/0259-4_1_1; HE205/0260-1; HE205/0260-1_1_1; HE205/0260-2; HE205/0260-2_1_1; HE205/0260-4; HE205/0260-4_1_1; HE205/0272-1; HE205/0272-1_1_1; HE205/0272-2; HE205/0272-2_1_1; HE205/0272-3; HE205/0272-3_1_1; HE205/0273-1; HE205/0273-1_1_1; HE205/0273-2; HE205/0273-2_1_1; HE205/0273-3; HE205/0273-3_1_1; HE205/0274-1; HE205/0274-1_1_1; HE205/0274-2; HE205/0274-2_1_1; HE205/0274-3; HE205/0274-3_1_1; HE205/0276-1; HE205/0276-1_1_1; HE205/0276-2; HE205/0276-2_1_1; HE205/0276-3; HE205/0276-3_1_1; HE205/0277-1; HE205/0277-1_1_1; HE205/0277-2; HE205/0277-2_1_1; HE205/0277-3; HE205/0277-3_1_1; HE205/0278-1; HE205/0278-1_1_1; HE205/0278-2; HE205/0278-2_1_1; HE205/0278-3; HE205/0278-3_1_1; HE205/0286-1; HE205/0286-1_1_1; HE205/0288-1; HE205/0288-1_1_1; HE205/0305-1; HE205/0305-1_1_1; HE205/0306-1; HE205/0306-1_1_1; HE205/0307-1; HE205/0307-1_1_1; HE205/0308-1; HE205/0308-1_1_1; HE205/0309-1; HE205/0309-1_1_1; HE205/0311-1; HE205/0311-1_1_1; HE205/0311-2; HE205/0311-2_1_1; HE205/0311-3; HE205/0311-3_1_1; HE205/0313-1; HE205/0313-1_1_1; HE205/0313-2; HE205/0313-2_1_1; HE205/0313-3; HE205/0313-3_1_1; HE205/0314-1; HE205/0314-1_1_1; HE205/0314-2; HE205/0314-2_1_1; HE205/0314-3; HE205/0314-3_1_1; HE205/0320-1; HE205/0320-1_1_1; HE205/0321-1; HE205/0321-1_1_1; HE205/0322-1; HE205/0322-1_1_1; HE205/0323-1; HE205/0323-1_1_1; HE205/0324-1; HE205/0324-1_1_1; HE205/0325-1; HE205/0325-1_1_1; HE214; HE214/1093-1; HE214/1093-1_1_1; HE214/1093-2; HE214/1093-2_1_1; HE214/1093-3; HE214/1093-3_1_1; HE214/1094-1; HE214/1094-1_1_1; HE214/1094-2; HE214/1094-2_1_1; HE214/1094-3; HE214/1094-3_1_1; HE214/1097-11; HE214/1097-11_1_1; HE214/1097-4; HE214/1097-4_1_1; HE214/1097-5; HE214/1097-5_1_1; HE214/1098-1; HE214/1098-1_1_1; HE214/1098-2; HE214/1098-2_1_1; HE214/1098-3; HE214/1098-3_1_1; HE214/1099-1; HE214/1099-1_1_1; HE214/1099-2; HE214/1099-2_1_1; HE214/1099-3; HE214/1099-3_1_1; HE214/1100-1; HE214/1100-1_1_1; HE214/1100-2; HE214/1100-2_1_1; HE214/1100-3; HE214/1100-3_1_1; HE214/1101-1; HE214/1101-1_1_1; HE214/1101-2; HE214/1101-2_1_1; HE214/1101-3; HE214/1101-3_1_1; HE214/1103-1; HE214/1103-1_1_1; HE214/1103-2; HE214/1103-2_1_1; HE214/1103-3; HE214/1103-3_1_1; HE214/1104-1; HE214/1104-1_1_1; HE214/1104-2; HE214/1104-2_1_1; HE214/1104-3; HE214/1104-3_1_1; HE214/1109-1; HE214/1109-1_1_1; HE214/1110-1; HE214/1110-1_1_1; HE214/1111-1; HE214/1111-1_1_1; HE214/1112-1; HE214/1112-1_1_1; HE214/1113-1; HE214/1113-1_1_1; HE214/1115-1; HE214/1115-1_1_1; HE214/1115-2; HE214/1115-2_1_1; HE214/1115-3; HE214/1115-3_1_1; HE214/1144-1; HE214/1144-1_1_1; HE214/1152-1; HE214/1152-1_1_1; HE214/1155-1; HE214/1155-1_1_1; HE214/1156-1; HE214/1156-1_1_1; HE214/1159-1; HE214/1159-1_1_1; HE214/1164-1; HE214/1164-1_1_1; HE214/1168-1; HE214/1168-
    Type: Dataset
    Format: text/tab-separated-values, 219010 data points
    Location Call Number Limitation Availability
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    DATA PANGAEA
  • 7
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    Unknown
    Continuous thermosalinograph oceanography along RV HEINCKE cruise track HE593 (2023)
    PANGAEA
    In:  Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research, Bremerhaven
    Details
    Publication Date: 2024-01-16
    Description: Raw data acquired by a thermosalinograph (SBE21, SeaBird GmbH) on board RV HEINCKE were processed to receive a calibrated and validated data set of seawater temperature and salinity. Data were downloaded from DAVIS SHIP data base (https://dship.awi.de) with a resolution of 1 sec. The SBE21 was equipped with an additional external temperature sensor (SBE38, Sea-Bird GmbH). Raw data are converted to temperature and conductivity values using the calibration coefficients from the calibration before deployment. However, data can only be finally processed after replacement and renewed calibration because correction values for the sensor drift can only be obtained by the post cruise calibration. The thermosalinograph on board RV HEINCKE is exchanged about once a year and calibration procedures are conducted after every exchange. Salinity was calculated according to the instructions from the Practical Salinity Scale PSS-78 using the obtained internal temperature and conductivity data. Processed data are provided as 1min means of salinity and seawater temperature aligned with position data taken from master track of the respective cruise. Quality flags are appended according to the SeaDataNet Data Quality Control Procedures (version from May 2010).
    Keywords: AWI_PhyOce; Calculation according to Practical Salinity Scale PSS-78, Lewis and Perkin (1981); Conductivity; DATE/TIME; DEPTH, water; Digital oceanographic thermometer, Sea-Bird, SBE 38; HE593; HE593_0_Underway-6; Heincke; LATITUDE; LONGITUDE; North Sea; Physical Oceanography @ AWI; Quality flag, salinity; Quality flag, water temperature; Salinity; Seadatanet flag: Data quality control procedures according to SeaDataNet (2010); Temperature, water; Temperature, water, internal; thermosalinograph; Thermosalinograph; Thermosalinograph (TSG), Sea-Bird, SBE 21 SEACAT; TSG
    Type: Dataset
    Format: text/tab-separated-values, 23520 data points
    Location Call Number Limitation Availability
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    DATA PANGAEA
  • 8
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    Unknown
    LTER Benthos – German Bight: Long-term ecological research of benthos in the German Bight (2001 et seq) (2024)
    PANGAEA
    Details
    Publication Date: 2024-03-15
    Description: The long-term ecological research benthic monitoring comprises four representative permanent stations (SSd, Slt, FSd and WB) that have been sampled continuously in spring since 1969. The four stations are representative for the different benthic communities in the German Bight. Inter-annual variability and possible long-term trends were analysed based on spring-time samples since 1969. Macrozoobenthos of soft-bottom benthic community was collected by van-Veen grabs. Data for each campaign comprise four stations in the German Bight, sampled by grab samples (infauna). Biodiversity data of species include abundance (count data) and biomass (wet mass, g) per sample. The data is also available in a PostgreSQL-based data warehouse that can be accessed and queried through an open-access frontend web service at https://critterbase.awi.de/benosis by searching for the data sets "LTER_Benthos". Earlier datasets covering the years 1969-2000 have been published in the publication series https://doi.org/10.1594/PANGAEA.667646.
    Keywords: Borkum Reefground, German Bight; German Bight; HE144; HE144_186-1; HE144_186-2; HE144_186-3; HE144_186-4; HE144_186-5; HE144_217-1; HE144_217-2; HE144_217-3; HE144_217-4; HE144_217-5; HE144_226-1; HE144_226-2; HE144_226-3; HE144_226-4; HE144_226-5; HE144_236-1; HE144_236-2; HE144_236-3; HE144_236-4; HE144_236-5; HE166; HE166_412-1; HE166_412-3; HE166_412-5; HE166_412-6; HE166_412-8; HE166_443-1; HE166_443-2; HE166_443-3; HE166_443-4; HE166_443-5; HE166_451-1; HE166_451-2; HE166_451-3; HE166_451-4; HE166_451-5; HE166_466-1; HE166_466-2; HE166_466-3; HE166_466-4; HE166_466-5; HE185; HE185_425-1; HE185_425-2; HE185_425-3; HE185_425-4; HE185_425-5; HE185_457-1; HE185_457-2; HE185_457-3; HE185_457-4; HE185_457-5; HE185_472-1; HE185_472-2; HE185_472-3; HE185_472-4; HE185_472-5; HE185_490-1; HE185_490-2; HE185_490-3; HE185_490-4; HE185_490-5; HE205; HE205_352-1; HE205_352-2; HE205_352-3; HE205_352-4; HE205_352-5; HE205_364-1; HE205_364-2; HE205_364-3; HE205_364-4; HE205_364-5; HE205_387-1; HE205_387-2; HE205_387-3; HE205_387-4; HE205_387-5; HE205_440-1; HE205_440-2; HE205_440-3; HE205_440-4; HE205_440-5; HE224; HE224_264-1; HE224_264-2; HE224_264-3; HE224_264-4; HE224_264-5; HE224_278-1; HE224_278-2; HE224_278-3; HE224_278-4; HE224_278-5; HE224_291-1; HE224_291-2; HE224_291-3; HE224_291-4; HE224_291-5; HE224_309-1; HE224_309-2; HE224_309-3; HE224_309-4; HE224_309-5; HE247; HE247_244-1; HE247_244-2; HE247_244-3; HE247_244-4; HE247_244-5; HE247_254-1; HE247_254-2; HE247_254-3; HE247_254-4; HE247_254-5; HE247_270-1; HE247_270-2; HE247_270-3; HE247_270-4; HE247_270-5; HE247_278-1; HE247_278-2; HE247_278-3; HE247_278-4; HE247_278-5; HE266/2; HE266/2_271-1; HE266/2_271-2; HE266/2_271-3; HE266/2_271-4; HE266/2_271-5; HE266/2_275-1; HE266/2_275-2; HE266/2_275-3; HE266/2_275-4; HE266/2_275-5; HE266/2_288-1; HE266/2_288-2; HE266/2_288-3; HE266/2_288-4; HE266/2_288-5; HE266/2_290-1; HE266/2_290-2; HE266/2_290-3; HE266/2_290-4; HE266/2_290-5; HE285/2; HE285/2_166-1; HE285/2_166-2; HE285/2_166-3; HE285/2_166-4; HE285/2_166-5; HE285/2_26-1; HE285/2_26-2; HE285/2_26-3; HE285/2_26-4; HE285/2_26-5; HE285/2_34-1; HE285/2_34-2; HE285/2_34-3; HE285/2_34-4; HE285/2_34-5; HE285/2_42-1; HE285/2_42-2; HE285/2_42-3; HE285/2_42-4; HE285/2_42-5; HE300; HE300_113-1; HE300_113-2; HE300_113-3; HE300_113-4; HE300_113-5; HE300_147-1; HE300_147-2; HE300_147-3; HE300_147-4; HE300_147-5; HE300_153-1; HE300_153-2; HE300_153-3; HE300_153-4; HE300_153-5; HE300_161-1; HE300_161-2; HE300_161-3; HE300_161-4; HE300_161-5; HE323; HE323_416-1; HE323_416-2; HE323_416-3; HE323_416-4; HE323_416-5; HE323_427-1; HE323_427-2; HE323_427-3; HE323_427-4; HE323_427-5; HE323_485-1; HE323_485-2; HE323_485-3; HE323_485-4; HE323_485-5; HE323_493-1; HE323_493-2; HE323_493-3; HE323_493-4; HE323_493-5; HE352/2; HE352/2_71-1; HE352/2_71-2; HE352/2_71-3; HE352/2_71-4; HE352/2_71-5; HE352/2_75-1; HE352/2_75-2; HE352/2_75-3; HE352/2_75-4; HE352/2_75-5; HE352/2_76-1; HE352/2_76-2; HE352/2_76-3; HE352/2_76-4; HE352/2_76-5; HE352/2_77-1; HE352/2_77-2; HE352/2_77-3; HE352/2_77-4; HE352/2_77-5; HE373; HE373/33-1; HE373/33-2; HE373/33-3; HE373/33-4; HE373/33-5; HE373/34-2; HE373/34-3; HE373/34-4; HE373/34-5; HE373/34-6; HE373/35-1; HE373/35-2; HE373/35-3; HE373/35-4; HE373/35-5; HE373/36-2; HE373/36-3; HE373/36-4; HE373/36-5; HE373/36-6; HE419; HE419/002-2; HE419/002-3; HE419/002-4; HE419/002-6; HE419/002-7; HE419/004-2; HE419/004-4; HE419/004-5; HE419/004-6; HE419/004-7; HE419/026-2; HE419/026-3; HE419/026-4; HE419/026-5; HE419/026-7; HE419/091-1; HE419/091-2; HE419/091-3; HE419/091-4; HE419/091-5; HE460; HE460/01-4; HE460/01-5; HE460/01-6; HE460/01-7; HE460/01-8; HE460/08-1; HE460/08-2; HE460/08-4; HE460/08-6; HE460/08-7; HE460/11-1; HE460/11-2; HE460/11-3; HE460/11-4; HE460/11-5; HE460/27-2; HE460/27-3; HE460/27-4; HE460/27-5; HE460/27-6; HE480; HE480/1-3; HE480/1-4; HE480/1-5; HE480/1-7; HE480/1-8; HE480/2-1; HE480/2-2; HE480/2-3; HE480/2-4; HE480/2-6; HE480/33-3; HE480/33-4; HE480/33-5; HE480/33-6; HE480/33-7; HE480/3-4; HE480/3-5; HE480/3-6; HE480/3-7; HE480/3-8; HE505; HE505_37-1; HE505_37-2; HE505_37-3; HE505_37-4; HE505_37-5; HE505_38-3; HE505_38-4; HE505_38-5; HE505_38-6; HE505_38-7; HE505_39-1; HE505_39-2; HE505_39-3; HE505_39-4; HE505_39-5; HE505_73-2; HE505_73-3; HE505_73-6; HE505_73-7; HE505_73-8; HE528; HE528_12-1; HE528_12-2; HE528_12-3; HE528_12-4; HE528_12-5; HE528_3-1; HE528_3-2; HE528_3-3; HE528_3-4; HE528_3-5; HE528_4-1; HE528_4-2; HE528_4-3; HE528_4-4; HE528_4-5; HE528_5-1; HE528_5-2; HE528_5-3; HE528_5-4; HE528_5-5; Heincke; Long-term monitoring; LTER_Benthos; Macrobenthic long-term series in the German Bight; Macrobenthos; North Sea; UT13.1; UT13.1/001-1; UT13.1/001-2; UT13.1/001-3; UT13.1/001-4; UT13.1/001-5; UT13.1/002-1; UT13.1/002-2; UT13.1/002-3; UT13.1/002-4; UT13.1/002-5; UT13.1/003-1; UT13.1/003-2; UT13.1/003-3; UT13.1/003-4; UT13.1/003-5; UT13.1/004-1; UT13.1/004-2; UT13.1/004-3; UT13.1/004-4; UT13.1/004-5; UT15.1; UT15.1/001-1; UT15.1/001-2; UT15.1/001-3; UT15.1/001-4; UT15.1/001-5; UT15.1/002-1; UT15.1/002-2; UT15.1/002-3; UT15.1/002-4; UT15.1/002-5; UT15.1/003-1; UT15.1/003-2; UT15.1/003-3; UT15.1/003-4; UT15.1/003-5; UT15.1/004-1; UT15.1/004-2; UT15.1/004-3; UT15.1/004-4; UT15.1/004-5; UT15.1/005-1; UT15.1/005-2; UT15.1/005-3; UT15.1/005-4; UT15.1/005-5; Uthörn; van Veen Grab; VGRAB
    Type: Dataset
    Format: application/zip, 3 datasets
    Location Call Number Limitation Availability
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    DATA PANGAEA
  • 9
    facet.materialart.
    Unknown
    Abundance and biomass of macrofauna in the German Bight from 2012 to 2015 (2024)
    PANGAEA
    Details
    Publication Date: 2024-03-15
    Description: The long-term ecological research benthic monitoring comprises four representative permanent stations (SSd, Slt, FSd and WB) that have been sampled countinuously since 1969. The four stations are representative for the different benthic communities in the German Bight. Inter-annual variability and possible long-term trends were analysed based on spring-time samples since 1969. Earlier datasets have been published in the publication series https://doi.org/10.1594/PANGAEA.667646. Macrozoobenthos of soft-bottom benthic community was collected by van-Veen grabs. This dataset contains the continuation of this time series with the samples collected in spring between 2012 and 2015 each year in the North Sea, German Bight. Data for each campaign comprise four stations in the German Bight, sampled by grab samples (infauna). Biodiversity data of species include abundance (count data) and biomass (wet mass, g) per sample.
    Keywords: Campaign; Counting; Counts; DATE/TIME; ELEVATION; Event label; Gear; German Bight; HE373; HE373/33-1; HE373/33-2; HE373/33-3; HE373/33-4; HE373/33-5; HE373/34-2; HE373/34-3; HE373/34-4; HE373/34-5; HE373/34-6; HE373/35-1; HE373/35-2; HE373/35-3; HE373/35-4; HE373/35-5; HE373/36-2; HE373/36-3; HE373/36-4; HE373/36-5; HE373/36-6; HE419; HE419/002-2; HE419/002-3; HE419/002-4; HE419/002-6; HE419/002-7; HE419/004-2; HE419/004-4; HE419/004-5; HE419/004-6; HE419/004-7; HE419/026-2; HE419/026-3; HE419/026-4; HE419/026-5; HE419/026-7; HE419/091-1; HE419/091-2; HE419/091-3; HE419/091-4; HE419/091-5; Heincke; LATITUDE; Life stage; LONGITUDE; Long-term monitoring; LTER_Benthos; Macrobenthic long-term series in the German Bight; Macrobenthos; North Sea; Presence/absence; Project; Sample area; Sample code/label; Site; Species, unique identification; Species, unique identification (Semantic URI); Species, unique identification (URI); Specification; Station label; UT13.1; UT13.1/001-1; UT13.1/001-2; UT13.1/001-3; UT13.1/001-4; UT13.1/001-5; UT13.1/002-1; UT13.1/002-2; UT13.1/002-3; UT13.1/002-4; UT13.1/002-5; UT13.1/003-1; UT13.1/003-2; UT13.1/003-3; UT13.1/003-4; UT13.1/003-5; UT13.1/004-1; UT13.1/004-2; UT13.1/004-3; UT13.1/004-4; UT13.1/004-5; UT15.1; UT15.1/001-1; UT15.1/001-2; UT15.1/001-3; UT15.1/001-4; UT15.1/001-5; UT15.1/002-1; UT15.1/002-2; UT15.1/002-3; UT15.1/002-4; UT15.1/002-5; UT15.1/003-1; UT15.1/003-2; UT15.1/003-3; UT15.1/003-4; UT15.1/003-5; UT15.1/004-1; UT15.1/004-2; UT15.1/004-3; UT15.1/004-4; UT15.1/004-5; UT15.1/005-1; UT15.1/005-2; UT15.1/005-3; UT15.1/005-4; UT15.1/005-5; Uthörn; van Veen Grab; VGRAB; Wet mass
    Type: Dataset
    Format: text/tab-separated-values, 24152 data points
    Location Call Number Limitation Availability
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    DATA PANGAEA
  • 10
    facet.materialart.
    Unknown
    Abundance and biomass of macrofauna in the German Bight from 2016 to 2019 (2024)
    PANGAEA
    Details
    Publication Date: 2024-03-15
    Description: The long-term ecological research benthic monitoring comprises four representative permanent stations (SSd, Slt, FSd and WB) that have been sampled countinuously since 1969. The four stations are representative for the different benthic communities in the German Bight. Inter-annual variability and possible long-term trends were analysed based on spring-time samples since 1969. Earlier datasets have been published in the publication series https://doi.org/10.1594/PANGAEA.667646. Macrozoobenthos of soft-bottom benthic community was collected by van-Veen grabs. This dataset contains the continuation of this time series with the samples collected in spring between 2016 and 2019 each year in the North Sea, German Bight. Data for each campaign comprise four stations in the German Bight, sampled by grab samples (infauna). Biodiversity data of species include abundance (count data) and biomass (wet mass, g) per sample.
    Keywords: Campaign; Counting; Counts; DATE/TIME; ELEVATION; Event label; Gear; German Bight; HE460; HE460/01-4; HE460/01-5; HE460/01-6; HE460/01-7; HE460/01-8; HE460/08-1; HE460/08-2; HE460/08-4; HE460/08-6; HE460/08-7; HE460/11-1; HE460/11-2; HE460/11-3; HE460/11-4; HE460/11-5; HE460/27-2; HE460/27-3; HE460/27-4; HE460/27-5; HE460/27-6; HE480; HE480/1-3; HE480/1-4; HE480/1-5; HE480/1-7; HE480/1-8; HE480/2-1; HE480/2-2; HE480/2-3; HE480/2-4; HE480/2-6; HE480/33-3; HE480/33-4; HE480/33-5; HE480/33-6; HE480/33-7; HE480/3-4; HE480/3-5; HE480/3-6; HE480/3-7; HE480/3-8; HE505; HE505_37-1; HE505_37-2; HE505_37-3; HE505_37-4; HE505_37-5; HE505_38-3; HE505_38-4; HE505_38-5; HE505_38-6; HE505_38-7; HE505_39-1; HE505_39-2; HE505_39-3; HE505_39-4; HE505_39-5; HE505_73-2; HE505_73-3; HE505_73-6; HE505_73-7; HE505_73-8; HE528; HE528_12-1; HE528_12-2; HE528_12-3; HE528_12-4; HE528_12-5; HE528_3-1; HE528_3-2; HE528_3-3; HE528_3-4; HE528_3-5; HE528_4-1; HE528_4-2; HE528_4-3; HE528_4-4; HE528_4-5; HE528_5-1; HE528_5-2; HE528_5-3; HE528_5-4; HE528_5-5; Heincke; LATITUDE; Life stage; LONGITUDE; Long-term monitoring; LTER_Benthos; Macrobenthic long-term series in the German Bight; Macrobenthos; North Sea; Presence/absence; Project; Sample area; Sample code/label; Site; Species, unique identification; Species, unique identification (Semantic URI); Species, unique identification (URI); Specification; Station label; van Veen Grab; VGRAB; Wet mass
    Type: Dataset
    Format: text/tab-separated-values, 27178 data points
    Location Call Number Limitation Availability
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    DATA PANGAEA
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