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Küchler, Rony R; Birgel, Daniel; Kiel, Steffen; Freiwald, André; Goedert, James L; Thiel, Volker; Peckmann, Jörn (2012): (Table 2) Compilation of biomarker data (hydrocarbon and fatty acid fractions) from the Miocene seep carbonates from the Astoria Formation [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.807231, In supplement to: Küchler, RR et al. (2012): Miocene methane-derived carbonates from southwestern Washington, USA and a model for silicification at seeps. Lethaia, 45(2), 259-273, https://doi.org/10.1111/j.1502-3931.2011.00280.x

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Coverage:
Median Latitude: 46.171680 * Median Longitude: -123.444390 * South-bound Latitude: 46.168510 * West-bound Longitude: -123.452730 * North-bound Latitude: 46.174850 * East-bound Longitude: -123.436050
Event(s):
JLG_447 (447)  * Latitude: 46.174850 * Longitude: -123.436050 * Location: Columbia River, Washington State, USA * Method/Device: Sampling by hand (HAND) * Comment: JLG = J.L. Goedert field numbers
LACMIP_6132 (6132)  * Latitude: 46.168510 * Longitude: -123.452730 * Location: Columbia River, Washington State, USA * Method/Device: Sampling by hand (HAND) * Comment: LACMIP = Section of Invertebrate Paleontology, Natural History Museum of Los Angeles County, Los Angeles, California
Comment:
SRB, sulphate-reducing bacteria. d13C values are annotated vs. V-PDB. Note that some of the phytane and phytanic acid may derive from algae and plants (chlorophyll).
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
Event labelEvent
CompoundsCompKüchler, Rony R
Reference/sourceReferenceKüchler, Rony RPutative source
LipidsLipidsKüchler, Rony RPrecursor lipids
δ13Cδ13C‰ PDBKüchler, Rony RMass spectrometer Finnigan MAT 252
Size:
110 data points

Data

Download dataset as tab-delimited text — use the following character encoding:


Event

Comp

Reference

Lipids

δ13C [‰ PDB]
LACMIP_6132 n-C21 alkane
LACMIP_6132n-C27 alkane-27
LACMIP_6132Phytane/crocetaneArchaeaArchaeol derivatives/ unsaturated crocetenes-113
LACMIP_6132PristaneAlgae and plants (chlorophyll), Archaea?alpha-tocopherol, chlorophyll, Archaeol derivatives?-63
LACMIP_6132PMIArchaea (methanotrophs)Unsaturated PMI derivatives-128
LACMIP_6132n-C14 acidDiverse marine sources
LACMIP_6132n-C15 acidDiverse marine sources
LACMIP_6132iso-C15 acidBacteria (SRB)-60
LACMIP_6132anteiso-C15 acidBacteria (SRB)-57
LACMIP_6132n-C16 acidDiverse marine sources
LACMIP_613210-methyl-C16 acidBacteria (SRB)-71
LACMIP_6132n-C17 acidDiverse marine sources
LACMIP_6132iso-C17 acidBacteria (SRB)-62
LACMIP_6132anteiso-C17 acidBacteria (SRB)-54
LACMIP_6132n-C18 acidDiverse marine sources
LACMIP_6132n-C22 acid-38
LACMIP_6132n-C24 acid-30
LACMIP_6132n-C26 acidHigher land plants
LACMIP_6132n-C28 acid-32
LACMIP_6132Phytanic acidArchaeaArchaeol-99
LACMIP_6132PMI acidArchaeaExtended archaeol or hydroxyarchaeol
LACMIP_6132Bishomohopanoic acidBacteria-30
JLG_447 n-C21 alkane
JLG_447n-C27 alkane
JLG_447Phytane/crocetaneArchaeaArchaeol derivatives/ unsaturated crocetenes-72
JLG_447PristaneAlgae and plants (chlorophyll), Archaea?alpha-tocopherol, chlorophyll, Archaeol derivatives?
JLG_447PMIArchaea (methanotrophs)Unsaturated PMI derivatives-124
JLG_447n-C14 acidDiverse marine sources
JLG_447n-C15 acidDiverse marine sources
JLG_447iso-C15 acidBacteria (SRB)-40
JLG_447anteiso-C15 acidBacteria (SRB)-52
JLG_447n-C16 acidDiverse marine sources
JLG_44710-methyl-C16 acidBacteria (SRB)
JLG_447n-C17 acidDiverse marine sources
JLG_447iso-C17 acidBacteria (SRB)-44
JLG_447anteiso-C17 acidBacteria (SRB)-54
JLG_447n-C18 acidDiverse marine sources
JLG_447n-C22 acid
JLG_447n-C24 acid
JLG_447n-C26 acidHigher land plants
JLG_447n-C28 acid
JLG_447Phytanic acidArchaeaArchaeol-94
JLG_447PMI acidArchaeaExtended archaeol or hydroxyarchaeol
JLG_447Bishomohopanoic acidBacteria-32