Pape, Thomas; Malnati, Janice; Bohrmann, Gerhard (2019): Stable carbon isotopic composition of methane (δ¹³C-CH4), and stable hydrogen isotopic composition of methane (d2H-CH4) in core GeoB21613-1 [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.905813, In: Pape, T et al. (2019): Physical properties, gas compositon, and δ¹³C DIC measured on sediment cores from an active pockmark on Vestnesa Ridge, Arctic Ocean [dataset publication series]. PANGAEA, https://doi.org/10.1594/PANGAEA.905864
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Keyword(s):
Related to:
Pape, Thomas; Bünz, Stefan; Hong, Wei-Li; Torres, Marta E; Riedel, Michael; Panieri, Giuliana; Lepland, Aivo; Hsu, Chieh-Wei; Wintersteller, Paul; Wallmann, Klaus; Schmidt, Christopher; Yao, Haoyi; Bohrmann, Gerhard (2020): Origin and transformation of light hydrocarbons ascending at an active pockmark on Vestnesa Ridge, Arctic Ocean. Journal of Geophysical Research: Solid Earth, 125(1), e2018JB016679, https://doi.org/10.1029/2018JB016679
Project(s):
Coverage:
Latitude: 78.996767 * Longitude: 6.963467
Date/Time Start: 2016-08-05T17:09:00 * Date/Time End: 2016-08-05T17:09:00
Minimum DEPTH, sediment/rock: 9.11 m * Maximum DEPTH, sediment/rock: 61.95 m
Event(s):
MSM57/1_625-1 (GeoB21613-1) * Latitude: 78.996767 * Longitude: 6.963467 * Date/Time: 2016-08-05T17:09:00 * Elevation: -1198.0 m * Recovery: 26.42 m * Campaign: MSM57/1 * Basis: Maria S. Merian * Method/Device: MeBo (Meeresboden-Bohrgerät) (MeBo) * Comment: drill. depth = 62.50 mbsf; recov. 26.42 m
Parameter(s):
| # | Name | Short Name | Unit | Principal Investigator | Method/Device | Comment |
|---|---|---|---|---|---|---|
| 1 | Optional event label | Event 2 | ||||
| 2 | Core | Core | Pape, Thomas | Tool | ||
| 3 | DEPTH, sediment/rock | Depth sed | m | Pape, Thomas | Geocode | |
| 4 | Sample code/label | Sample label | Pape, Thomas | |||
| 5 | Sample type | Samp type | Pape, Thomas | |||
| 6 | Sample ID | Sample ID | Pape, Thomas | |||
| 7 | C1/(C2-C5) hydrocarbons ratio | C1/(C2-C5) | Pape, Thomas | |||
| 8 | δ13C, methane | δ13C CH4 | ‰ PDB | Pape, Thomas | vs. V-PDB |
License:
Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International (CC-BY-NC-SA-4.0)
Size:
145 data points
Data
| 1 Event 2 | 2 Core | 3 Depth sed [m] | 4 Sample label | 5 Samp type | 6 Sample ID | 7 C1/(C2-C5) | 8 δ13C CH4 [‰ PDB] |
|---|---|---|---|---|---|---|---|
| GeoB21613-1 | MeBo126 | 9.11 | GeoB21613-1-3P-1 | headspace gas | -94.2 | ||
| GeoB21613-1 | MeBo126 | 11.19 | GeoB21613-1-4P-1 | headspace gas | -84.5 | ||
| GeoB21613-1 | MeBo126 | 13.88 | GeoB21613-1-5P-1 | headspace gas | -79.0 | ||
| GeoB21613-1 | MeBo126 | 16.14 | GeoB21613-1-7P-1 | headspace gas | -75.5 | ||
| GeoB21613-1 | MeBo126 | 19.05 | GeoB21613-1-8P-1 | headspace gas | -72.6 | ||
| GeoB21613-1 | MeBo126 | 20.30 | GeoB21613-1-9P-1 | headspace gas | -71.1 | ||
| GeoB21613-1 | MeBo126 | 24.10 | GeoB21613-1-10P-2 | headspace gas | -69.9 | ||
| GeoB21613-1 | MeBo126 | 29.10 | GeoB21613-1-13P-2 | headspace gas | -68.8 | ||
| GeoB21613-1 | MeBo126 | 35.40 | GeoB21613-1-17P-cc | headspace gas | -66.7 | ||
| GeoB21613-1 | MeBo126 | 44.10 | GeoB21613-1-20P-1 | headspace gas | -63.0 | ||
| GeoB21613-1 | MeBo126 | 46.54 | GeoB21613-1-22P-2 | headspace gas | -61.9 | ||
| GeoB21613-1 | MeBo126 | 56.54 | GeoB21613-1-27P | headspace gas | -61.3 | ||
| GeoB21613-1 | MeBo126 | 59.10 | GeoB21613-1-28P | headspace gas | -60.1 | ||
| GeoB21613-1 | MeBo126 | 48.17 | GeoB21613-1-22P | void gas | 9 | 2733.0 | -65.5 |
| GeoB21613-1 | MeBo126 | 49.00 | GeoB21613-1-23P | void gas | 8 | 1467.0 | |
| GeoB21613-1 | MeBo126 | 55.50 | GeoB21613-1-27P | void gas | 7 | 727.0 | |
| GeoB21613-1 | MeBo126 | 55.80 | GeoB21613-1-27P | void gas | 3 | 732.0 | |
| GeoB21613-1 | MeBo126 | 56.10 | GeoB21613-1-27P | void gas | 4 | 804.0 | -63.1 |
| GeoB21613-1 | MeBo126 | 56.10 | GeoB21613-1-27P | void gas | 5 | 887.0 | |
| GeoB21613-1 | MeBo126 | 56.54 | GeoB21613-1-27P | void gas | 6 | 667.0 | |
| GeoB21613-1 | MeBo126 | 58.00 | GeoB21613-1-28P | void gas | 1 | 474.0 | |
| GeoB21613-1 | MeBo126 | 59.10 | GeoB21613-1-28P | void gas | 2 | 478.0 | -62.3 |
| GeoB21613-1 | MeBo126 | 61.95 | GeoB21613-1-30 (MDP) | sedimentary gas (MDP) | 2 | 404.0 | |
| GeoB21613-1 | MeBo126 | 61.95 | GeoB21613-1-30 (MDP) | sedimentary gas (MDP) | 6 | 227.0 | |
| GeoB21613-1 | MeBo126 | 61.95 | GeoB21613-1-30 (MDP) | sedimentary gas (MDP) | 7 | 227.0 | |
| GeoB21613-1 | MeBo126 | 61.95 | GeoB21613-1-30 (MDP) | sedimentary gas (MDP) | 9 | 220.0 | |
| GeoB21613-1 | MeBo126 | 61.95 | GeoB21613-1-30 (MDP) | sedimentary gas (MDP) | 14 | 231.0 | |
| GeoB21613-1 | MeBo126 | 61.95 | GeoB21613-1-30 (MDP) | sedimentary gas (MDP) | 21 | 238.0 | |
| GeoB21613-1 | MeBo126 | 61.95 | GeoB21613-1-30 (MDP) | sedimentary gas (MDP) | 28 | 245.0 | |
| GeoB21613-1 | MeBo126 | 61.95 | GeoB21613-1-30 (MDP) | sedimentary gas (MDP) | 32 | 266.0 | |
| GeoB21613-1 | MeBo126 | 61.95 | GeoB21613-1-30 (MDP) | sedimentary gas (MDP) | 17 | -60.6 |