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Becker, Marius; Krämer, Knut; Zorndt, Anna; Herrling, Gerald; Lefebvre, Alice; Kösters, Frank; Winter, Christian (2023): Spatiotemporal variability of size and shape of subaqueous dunes obtained from 10 years of bathymetric data, Weser estuary, German Bight, North Sea [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.946376

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Published: 2023-05-15DOI registered: 2023-05-15

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Abstract:
Dune parameters were obtained from bathymetric data along the navigation channel of the Weser estuary, German Bight, North Sea, for a period of time between 2008 and 2018. The analysis was conducted in the framework of the FAUST project - For An improved Understanding of Sediment Transport in estuaries, a research cooperation between the German Federal Waterways Engineering and Research Institute (BAW) and the working group of Coastal Geology and Sedimentology at CAU, Kiel University. The project focused on stratification, suspended sediment transport and dune dynamics, in particular on the hydraulic effect of large dunes in tidal environments. The data set contains several parameters describing dune size and shape, face angles and different estimates of the dune asymmetry. The original bathymetric data was provided by the local authorities, WSA Bremen and WSA Bremerhaven, of the German Federal Waterways and Shipping Administration.
Keyword(s):
bedforms; Dunes; dune shape; dune size; estuaries; Tidal regime
Related to:
Becker, Marius; Herrling, Gerald; Winter, Christian: FAUST - Data Report Dune Parameters. Coastal Geology and Sedimentology, CAU Kiel, FAUST_Dune_Parameters_Data_Report_Pangaea.pdf
Herrling, Gerald; Becker, Marius; Lefebvre, Alice; Zorndt, Anna; Krämer, Knut; Winter, Christian (2021): The effect of asymmetric dune roughness on tidal asymmetry in the Weser estuary. Earth Surface Processes and Landforms, 46(11), 2211-2228, https://doi.org/10.1002/esp.5170
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
Binary ObjectBinaryBecker, Marius
Binary Object (MD5 Hash)Binary (Hash)Becker, Marius
Binary Object (Media Type)Binary (Type)Becker, Marius
Binary Object (File Size)Binary (Size)BytesBecker, Marius
Status:
Curation Level: Basic curation (CurationLevelB)
Size:
62 data points

Data

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FAUST_dune_parameters.mat9bff23c3a4b5efbafc26c94fcdbda8e3application/x-matlab-data9.2 MBytes
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dune_height_80th_percentile.csvc2b11e0710198f6ee7b06aa42e1a06catext/plain6.8 MBytes
dune_height_90th_percentile.csv5cbacb348e2dc95c115864230b0fdb98text/plain6.8 MBytes
dune_length_80th_percentile.csv312163b000fe8001741e352ff6f07eb5text/plain6.8 MBytes
dune_length_90th_percentile.csvebafcac05893b4ea561b7299f435960ctext/plain6.8 MBytes
max_dune_height.csve617e618f666fc2ca993063409ff0e82text/plain6.8 MBytes
maximum_downstream_face_angle_80th_percentile.csvc85c243dd235517b3b3896d59dd8e471text/plain6.8 MBytes
maximum_downstream_face_angle_90th_percentile.csvf817cd423e1315cfcbfb3b495f354eb1text/plain6.8 MBytes
maximum_dune_length.csv22d7d999ecba2cc5a61a286d81000e60text/plain6.9 MBytes
maximum_of_asymmetry_based_on_maximum_angle.csv038a7951393bf65383fc045eef510168text/plain6.8 MBytes
maximum_of_asymmetry_based_on_mean_angle.csvebee9983fbec76ccef581d6c8561a880text/plain6.8 MBytes
maximum_of_asymmetry_based_on_median_angle.csv9cfbf12e07a37025dcd1ce0b17e62966text/plain6.8 MBytes
maximum_of_maximum_downstream_face_angle.csv41815e65f6efbc5309f0832cb729fb46text/plain6.8 MBytes
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maximum_upstream_face_angle_90th_percentile.csv91070a94c8f8f465e42b98295e73b563text/plain6.8 MBytes
mean_dune_height.csvc73eab7d717cde802ae10a9a2299b85atext/plain6.8 MBytes
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mean_ratio_of_dune_height_to_dune_length.csv1dc69d83aa5173922018dd931410f6ebtext/plain6.8 MBytes
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