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  • PANGAEA  (28)
  • Copernicus Publications  (1)
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Keywords
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  • 1
    facet.materialart.
    Unknown
    Station list and links to master tracks in different resolutions of HEINCKE cruise HE352/1, Bremerhaven - Bremerhaven, 2011-03-22 - 2011-03-27 (2016)
    PANGAEA
    In:  Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research, Bremerhaven
    Details
    Publication Date: 2023-03-16
    Keywords: Calculated; Course; CT; DATE/TIME; HE352/1; HE352/1-track; Heincke; LATITUDE; LONGITUDE; Speed; Underway cruise track measurements
    Type: Dataset
    Format: text/tab-separated-values, 1656 data points
    Location Call Number Limitation Availability
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    DATA PANGAEA
  • 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
    Station list and links to master tracks in different resolutions of HEINCKE cruise HE460, Bremerhaven - Bremerhaven, 2016-04-06 - 2016-04-12 (2016)
    PANGAEA
    In:  Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research, Bremerhaven
    Details
    Publication Date: 2024-01-12
    Keywords: Calculated; Course; CT; DATE/TIME; HE460; HE460-track; Heincke; LATITUDE; LONGITUDE; Speed; Underway cruise track measurements
    Type: Dataset
    Format: text/tab-separated-values, 2016 data points
    Location Call Number Limitation Availability
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    DATA PANGAEA
  • 5
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    Unknown
    Continuous thermosalinograph oceanography along HEINCKE cruise track HE480 (2018)
    PANGAEA
    In:  Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research, Bremerhaven
    Details
    Publication Date: 2024-01-12
    Keywords: AWI_PhyOce; CT; DATE/TIME; DEPTH, water; HE480; HE480-track; Heincke; LATITUDE; LONGITUDE; North Sea; Physical Oceanography @ AWI; Salinity; Temperature, water; Thermosalinograph; TSG; Underway cruise track measurements
    Type: Dataset
    Format: text/tab-separated-values, 4070 data points
    Location Call Number Limitation Availability
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    DATA PANGAEA
  • 6
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    Unknown
    Fuzzy coding of biological traits of macrobenthic species in the North Sea (2013)
    PANGAEA
    Details
    Publication Date: 2024-01-25
    Description: Biological traits analysis is one of the most auspicious approaches to study the ecological functioning in marine ecosystems and provides a mechanistic link to ecosystem processes and properties. We used a Biological trait analysis to examine a dataset of 334 macrofaunal species that were collected at 4 long-term stations in the North Sea between 1969-2011. This data include seventeen biological traits related to life history (e.g. reproductive type) and behavior (e.g. feeding habit) of macrofuna species. In order to include all possible attributes of species, these traits were broken down into seventy-two categories. The affinities of the species to the categories were fuzzy coded with a scoring range of 0 to 3 (0= no affinity, 1= low affinity, 2=moderate affinity and 3=high association of taxon with the trait category). Missing values were supplemented by using information from the species in the nearest taxonomic level. If the affinity of a species to a category was not identified and there was no information available for the evaluation, a score of 0 was given for all the modalities associated with that species.
    Keywords: LTER_Benthos; Macrobenthic long-term series in the German Bight
    Type: Dataset
    Format: application/zip, 3 datasets
    Location Call Number Limitation Availability
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    DATA PANGAEA
  • 7
    facet.materialart.
    Unknown
    Fuzzy coding of biological traits of macrobenthic species in the North Sea, table 2 (2013)
    PANGAEA
    In:  Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research, Bremerhaven
    Details
    Publication Date: 2024-01-25
    Keywords: Biological traits analysis; Duration in plankton stage; Fertilization type; Flexability; Fragility; Genus; German_Bight; German Bight, North Sea; Habitat; LTER_Benthos; Macrobenthic long-term series in the German Bight; MULT; Multiple investigations; Relative mobility; Relative size; Species
    Type: Dataset
    Format: text/tab-separated-values, 1893 data points
    Location Call Number Limitation Availability
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    DATA PANGAEA
  • 8
    facet.materialart.
    Unknown
    Fuzzy coding of biological traits of macrobenthic species in the North Sea, table 3 (2013)
    PANGAEA
    In:  Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research, Bremerhaven
    Details
    Publication Date: 2024-01-25
    Keywords: Adult longevity; Age at maturity; Biological traits analysis; Fecundity; Genus; German_Bight; German Bight, North Sea; LTER_Benthos; Macrobenthic long-term series in the German Bight; MULT; Multiple investigations; Size of organism; Species
    Type: Dataset
    Format: text/tab-separated-values, 1987 data points
    Location Call Number Limitation Availability
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    DATA PANGAEA
  • 9
    facet.materialart.
    Unknown
    Fuzzy coding of biological traits of macrobenthic species in the North Sea, table 1 (2013)
    PANGAEA
    In:  Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research, Bremerhaven
    Details
    Publication Date: 2024-01-25
    Keywords: Adult movement; Biological traits analysis; Diet type; Enviromental position; Feeding habitat; Genus; German_Bight; German Bight, North Sea; Larval development; LTER_Benthos; Macrobenthic long-term series in the German Bight; MULT; Multiple investigations; Reproductive type; Sexual differentiation; Species
    Type: Dataset
    Format: text/tab-separated-values, 4142 data points
    Location Call Number Limitation Availability
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  • 10
    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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