Wippermann, Dominik; Faust, Svenja; Zimmermann, Tristan; Pröfrock, Daniel: Trace metal distribution for water samples of the cruise AT010 [dataset]. PANGAEA, https://doi.pangaea.de/10.1594/PANGAEA.973673 (dataset in review)
Abstract:
Offshore wind energy is a steadily growing sector contributing to the worldwide energy production. The impact of these offshore constructions on the marine environment, however, remains unclear in many aspects. In fact, little is known about potential emissions from corrosion protection systems such as organic coatings or galvanic anodes composed of Al and Zn alloys, used to protect offshore structures. In order to assess potential chemical emissions from offshore wind farms and their impact on the marine environment water and sediment samples were taken in and around offshore wind farms of the German Bight between 04.04.2022 and 14.04.2022 within the context of the Hereon-BSH project OffChEm II. The water samples were taken in metal-free GO-FLO sampling bottles, filtered over <0.45 µm polycarbonate filters into pre-cleaned LDPE bottles and acidified with nitric acid. The filtrates were then measured for their (trace) metal concentrations with ICP-MS/MS coupled online to a seaFAST preconcentration and matrix removal system.
Related to:
Ebeling, Anna; Zimmermann, Tristan; Klein, Ole; Irrgeher, Johanna; Pröfrock, Daniel (2022): Analysis of Seventeen Certified Water Reference Materials for Trace and Technology‐Critical Elements. Geostandards and Geoanalytical Research, 46(2), 351-378, https://doi.org/10.1111/ggr.12422
Faust, Svenja; Petrauskas, Catharina; Zimmermann, Tristan; Pröfrock, Daniel: Grain size distribution for sediment samples of the cruise AT010 [dataset]. PANGAEA, https://doi.pangaea.de/10.1594/PANGAEA.973672
Hasenbein, Simone; Zimmermann, Tristan; Jochumsen, Kerstin; Joswig, Sören; de la Granda Grandoso, Francisco: Oceanographic parameters for the sample stations of the cruise AT010 [dataset]. PANGAEA, https://doi.pangaea.de/10.1594/PANGAEA.973671
Wippermann, Dominik; Petrauskas, Catharina; Faust, Svenja; Zimmermann, Tristan; Pröfrock, Daniel: Metal distribution for sediment samples of the cruise AT010 [dataset]. PANGAEA, https://doi.pangaea.de/10.1594/PANGAEA.973676
Project(s):
Helmholtz-Zentrum Hereon (Hereon)
Coverage:
Median Latitude: 54.560274 * Median Longitude: 6.917154 * South-bound Latitude: 53.673766 * West-bound Longitude: 3.995686 * North-bound Latitude: 55.767080 * East-bound Longitude: 8.383134
Date/Time Start: 2022-04-05T15:46:00 * Date/Time End: 2022-04-12T13:05:00
Minimum DEPTH, water: 10 m * Maximum DEPTH, water: 10 m
Event(s):
AT010_Stat_S_001_WS (AT010_Stat_S_001) * Latitude: 54.066952 * Longitude: 8.124063 * Date/Time: 2022-04-05T15:46:00 * Elevation: -17.0 m * Location: German Exclusive Economic Zone (EEZ) * Campaign: Atair010 (AT010) * Basis: Atair * Method/Device: Go-Flo bottles (GOFLO)
AT010_Stat_S_002_WS (AT010_Stat_S_002) * Latitude: 54.048895 * Longitude: 7.966202 * Date/Time: 2022-04-05T17:45:00 * Elevation: -23.0 m * Location: German Exclusive Economic Zone (EEZ) * Campaign: Atair010 (AT010) * Basis: Atair * Method/Device: Go-Flo bottles (GOFLO)
AT010_Stat_S_003_WS (AT010_Stat_S_003) * Latitude: 54.067392 * Longitude: 7.166371 * Date/Time: 2022-04-06T05:42:00 * Elevation: -30.0 m * Location: German Exclusive Economic Zone (EEZ) * Campaign: Atair010 (AT010) * Basis: Atair * Method/Device: Go-Flo bottles (GOFLO)
Parameter(s):
| # | Name | Short Name | Unit | Principal Investigator | Method/Device | Comment |
|---|---|---|---|---|---|---|
| 1 | Event label | Event | Wippermann, Dominik | |||
| 2 | Sample code/label | Sample label | Wippermann, Dominik | |||
| 3 | International Generic Sample Number | IGSN | Wippermann, Dominik | |||
| 4 | Optional event label | Event 2 | Wippermann, Dominik | |||
| 5 | Station label | Station | Wippermann, Dominik | |||
| 6 | DEPTH, water | Depth water | m | Wippermann, Dominik | Geocode | |
| 7 | Latitude of event | Latitude | Wippermann, Dominik | |||
| 8 | Longitude of event | Longitude | Wippermann, Dominik | |||
| 9 | Date/Time of event | Date/Time | Wippermann, Dominik | |||
| 10 | Method/Device of event | Method/Device | Wippermann, Dominik | |||
| 11 | Elevation of event | Elevation | m | Wippermann, Dominik | ||
| 12 | Aluminium | Al | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 33 ng/l, limit of quantification: 75 ng/l |
| 13 | Aluminium, uncertainty | Al unc | ± | Wippermann, Dominik | ||
| 14 | Titanium | Ti | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 0.9 ng/l, limit of quantification: 1.7 ng/l |
| 15 | Titanium, uncertainty | Ti unc | ± | Wippermann, Dominik | ||
| 16 | Vanadium | V | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 0.5 ng/l, limit of quantification: 1.5 ng/l |
| 17 | Vanadium, uncertainty | V unc | ± | Wippermann, Dominik | ||
| 18 | Manganese | Mn | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 2.8 ng/l, limit of quantification: 9 ng/l |
| 19 | Manganese, uncertainty | Mn unc | ± | Wippermann, Dominik | ||
| 20 | Iron | Fe | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 71 ng/l, limit of quantification: 163 ng/l |
| 21 | Iron, uncertainty | Fe unc | ± | Wippermann, Dominik | ||
| 22 | Cobalt | Co | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 0.09 ng/l, limit of quantification: 0.09 ng/l |
| 23 | Cobalt, uncertainty | Co unc | ± | Wippermann, Dominik | ||
| 24 | Nickel | Ni | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 0.6 ng/l, limit of quantification: 1.1 ng/l |
| 25 | Nickel, uncertainty | Ni unc | ± | Wippermann, Dominik | ||
| 26 | Copper | Cu | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 1.2 ng/l, limit of quantification: 2.6 ng/l |
| 27 | Copper, uncertainty | Cu unc | ± | Wippermann, Dominik | ||
| 28 | Zinc | Zn | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 7 ng/l, limit of quantification: 15 ng/l |
| 29 | Zinc, uncertainty | Zn unc | ± | Wippermann, Dominik | ||
| 30 | Gallium | Ga | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 0.12 ng/l, limit of quantification: 0.23 ng/l |
| 31 | Gallium, uncertainty | Ga unc | ± | Wippermann, Dominik | ||
| 32 | Yttrium | Y | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 0.018 ng/l, limit of quantification: 0.05 ng/l |
| 33 | Yttrium, uncertainty | Y unc | ± | Wippermann, Dominik | ||
| 34 | Molybdenum | Mo | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 1.1 ng/l, limit of quantification: 2 ng/l |
| 35 | Molybdenum, uncertainty | Mo unc | ± | Wippermann, Dominik | ||
| 36 | Cadmium | Cd | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 0.024 ng/l, limit of quantification: 0.05 ng/l |
| 37 | Cadmium, uncertainty | Cd unc | ± | Wippermann, Dominik | ||
| 38 | Indium | In | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 0.004 ng/l, limit of quantification: 0.01 ng/l |
| 39 | Indium, uncertainty | In unc | ± | Wippermann, Dominik | ||
| 40 | Tin | Sn | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 0.6 ng/l, limit of quantification: 0.8 ng/l |
| 41 | Tin, uncertainty | Sn unc | ± | Wippermann, Dominik | ||
| 42 | Lanthanum | La | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 0.014 ng/l, limit of quantification: 0.04 ng/l |
| 43 | Lanthanum, uncertainty | La unc | ± | Wippermann, Dominik | ||
| 44 | Cerium | Ce | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 0.029 ng/l, limit of quantification: 0.07 ng/l |
| 45 | Cerium, uncertainty | Ce unc | ± | Wippermann, Dominik | ||
| 46 | Praseodymium | Pr | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 0.0025 ng/l, limit of quantification: 0.006 ng/l |
| 47 | Praseodymium, uncertainty | Pr unc | ± | Wippermann, Dominik | ||
| 48 | Neodymium | Nd | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 0.028 ng/l, limit of quantification: 0.09 ng/l |
| 49 | Neodymium, uncertainty | Nd unc | ± | Wippermann, Dominik | ||
| 50 | Samarium | Sm | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 0.012 ng/l, limit of quantification: 0.036 ng/l |
| 51 | Samarium, uncertainty | Sm unc | ± | Wippermann, Dominik | ||
| 52 | Europium | Eu | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 0.003 ng/l, limit of quantification: 0.005 ng/l |
| 53 | Europium, uncertainty | Eu unc | ± | Wippermann, Dominik | ||
| 54 | Gadolinium | Gd | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 0.006 ng/l, limit of quantification: 0.018 ng/l |
| 55 | Gadolinium, uncertainty | Gd unc | ± | Wippermann, Dominik | ||
| 56 | Terbium | Tb | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 0.0023 ng/l, limit of quantification: 0.005 ng/l |
| 57 | Terbium, uncertainty | Tb unc | ± | Wippermann, Dominik | ||
| 58 | Dysprosium | Dy | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 0.004 ng/l, limit of quantification: 0.004 ng/l |
| 59 | Dysprosium, uncertainty | Dy unc | ± | Wippermann, Dominik | ||
| 60 | Holmium | Ho | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 0.0015 ng/l, limit of quantification: 0.004 ng/l |
| 61 | Holmium, uncertainty | Ho unc | ± | Wippermann, Dominik | ||
| 62 | Erbium | Er | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 0.0025 ng/l, limit of quantification: 0.004 ng/l |
| 63 | Erbium, uncertainty | Er unc | ± | Wippermann, Dominik | ||
| 64 | Thulium | Tm | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 0.0018 ng/l, limit of quantification: 0.004 ng/l |
| 65 | Thulium, uncertainty | Tm unc | ± | Wippermann, Dominik | ||
| 66 | Ytterbium | Yb | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 0.004 ng/l, limit of quantification: 0.011 ng/l |
| 67 | Ytterbium, uncertainty | Yb unc | ± | Wippermann, Dominik | ||
| 68 | Lutetium | Lu | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 0.0007 ng/l, limit of quantification: 0.0007 ng/l |
| 69 | Lutetium, uncertainty | Lu unc | ± | Wippermann, Dominik | ||
| 70 | Lead | Pb | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 0.2 ng/l, limit of quantification: 0.3 ng/l |
| 71 | Lead, uncertainty | Pb unc | ± | Wippermann, Dominik | ||
| 72 | Uranium | U | ng/l | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, limit of detection: 0.06 ng/l, limit of quantification: 0.18 ng/l |
| 73 | Uranium, uncertainty | U unc | ± | Wippermann, Dominik | ||
| 74 | Gadolinium anomaly | Gd/Gd* | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate | |
| 75 | Gadolinium anomaly, uncertainty | Gd/Gd* unc | ± | Wippermann, Dominik | ||
| 76 | Quality assessment | Quality assessment | Wippermann, Dominik | of Gadolinium anomaly | ||
| 77 | Gadolinium, anthropogenic | Gd anthrop | % | Wippermann, Dominik | Element analysis water via ICP-MS (<0.45 µm filtrate) | measured in water column, < 0.45 µm filtrate, quality flag: 0 |
| 78 | Gadolinium, anthropogenic, uncertainty | Gd anthrop unc | ± | Wippermann, Dominik | ||
| 79 | Quality assessment | Quality assessment | Wippermann, Dominik | of Gadolinium anthropogenic amount |
License:
Creative Commons Attribution 4.0 International (CC-BY-4.0) (License comes into effect after moratorium ends)
Status:
Curation Level: Enhanced curation (CurationLevelC)
Size:
2353 data points
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