Not logged in
PANGAEA.
Data Publisher for Earth & Environmental Science

Hemingway, Jordon D; Schefuß, Enno; Dinga, Bienvenu Jean; Pryer, Helena V; Galy, Valier V (2016): (Table EA5) δ¹³C measurements of n-alkane in a 34-month time series of suspended sediments from the outflow of the Congo River [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.864137, In supplement to: Hemingway, JD et al. (2016): Multiple plant-wax compounds record differential sources and ecosystem structure in large river catchments. Geochimica et Cosmochimica Acta, 184, 20-40, https://doi.org/10.1016/j.gca.2016.04.003

Always quote citation above when using data! You can download the citation in several formats below.

RIS CitationBibTeX CitationShow MapGoogle Earth

Coverage:
Latitude: -4.310000 * Longitude: 15.230000
Date/Time Start: 2010-11-01T00:00:00 * Date/Time End: 2013-08-01T00:00:00
Event(s):
Congo_River * Latitude: -4.310000 * Longitude: 15.230000 * Date/Time Start: 2010-11-28T00:00:00 * Date/Time End: 2013-08-28T00:00:00 * Method/Device: Multiple investigations (MULT)
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
DATE/TIMEDate/TimeHemingway, Jordon DGeocode
n-Alkane C25, δ13CC25 δ13C‰ PDBHemingway, Jordon DThermo Trace GC - Finnigan MAT 252 (GC/IR-MS)with respect to VPDB
n-Alkane C25, δ13C, standard deviationC25 δ13C std dev±Hemingway, Jordon D
n-Alkane C27, δ13CC27 δ13C‰ PDBHemingway, Jordon DThermo Trace GC - Finnigan MAT 252 (GC/IR-MS)with respect to VPDB
n-Alkane C27, δ13C, standard deviationC27 δ13C std dev±Hemingway, Jordon D
n-Alkane C29, δ13CC29 δ13C‰ PDBHemingway, Jordon DThermo Trace GC - Finnigan MAT 252 (GC/IR-MS)with respect to VPDB
n-Alkane C29, δ13C, standard deviationC29 δ13C std dev±Hemingway, Jordon D
n-Alkane C31, δ13CC31 δ13C‰ PDBHemingway, Jordon DThermo Trace GC - Finnigan MAT 252 (GC/IR-MS)with respect to VPDB
n-Alkane C31, δ13C, standard deviationC31 δ13C std dev±Hemingway, Jordon D
10 n-Alkane C33, δ13CC33 δ13C‰ PDBHemingway, Jordon DThermo Trace GC - Finnigan MAT 252 (GC/IR-MS)with respect to VPDB
11 n-Alkane C33, δ13C, standard deviationC33 δ13C std dev±Hemingway, Jordon D
12 n-Alkane C35, δ13CC35 δ13C‰ PDBHemingway, Jordon DThermo Trace GC - Finnigan MAT 252 (GC/IR-MS)with respect to VPDB
13 n-Alkane C35, δ13C, standard deviationC35 δ13C std dev±Hemingway, Jordon D
Size:
378 data points

Data

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


Date/Time

C25 δ13C [‰ PDB]

C25 δ13C std dev [±]

C27 δ13C [‰ PDB]

C27 δ13C std dev [±]

C29 δ13C [‰ PDB]

C29 δ13C std dev [±]

C31 δ13C [‰ PDB]

C31 δ13C std dev [±]
10 
C33 δ13C [‰ PDB]
11 
C33 δ13C std dev [±]
12 
C35 δ13C [‰ PDB]
13 
C35 δ13C std dev [±]
2010-11-29.01.0-30.10.2-33.80.1-33.80.1-30.10.2-26.00.3
2010-12-29.80.1-33.90.2-33.90.2-30.20.0-27.60.2
2011-01-30.00.1-29.80.3-34.10.2-33.90.3-30.30.3-25.80.5
2011-03-29.00.5-30.10.2-33.80.1-32.10.3-30.20.0-27.00.1
2011-04-29.40.2-29.80.3-33.50.3-32.90.3-29.60.2-25.00.1
2011-05-30.40.2-30.50.1-34.10.2-33.60.2-30.40.2-26.60.2
2011-06-31.20.5-31.50.4-34.20.1-34.10.1-30.80.1-26.10.5
2011-07-29.70.3-31.10.4-34.30.2-34.00.1-30.80.3-27.00.2
2011-08-29.60.9-31.30.1-33.90.2-33.20.3-29.30.3-25.00.2
2011-09-29.90.3-31.10.2-33.90.4-33.70.2-31.00.0-26.10.1
2011-10-30.30.6-29.80.3-33.90.1-34.20.6-31.20.1-26.40.3
2011-11-29.01.0-30.40.9-34.10.2-34.00.3-30.60.4-25.20.2
2011-12-31.10.7-29.90.2-33.80.3-33.20.5-30.30.3-24.70.1
2012-01-29.00.3-31.20.6-34.00.3-34.30.3-30.50.4-26.00.7
2012-02-30.51.0-30.50.1-33.10.2-33.60.1-29.20.2-25.00.3
2012-03-29.81.1-31.90.0-33.70.2-33.90.1-30.00.2-25.50.3
2012-04-28.80.2-30.90.2-33.80.3-33.70.4-30.30.3-25.70.0
2012-05-30.60.8-31.00.3-33.40.4-33.80.3-29.60.2-25.70.5
2012-06-30.61.0-31.60.2-34.40.1-34.40.1-31.20.0-25.70.0
2012-07-31.00.6-31.40.4-34.50.1-34.50.0-31.80.2-27.30.2
2012-08-31.50.6-31.80.0-33.80.1-34.00.2-30.40.3-26.20.3
2012-10-30.31.2-30.20.5-32.80.2-33.40.4-30.40.1-26.00.9
2012-11-29.50.4-29.70.2-33.30.2-33.50.2-29.50.2-25.70.2
2012-12-29.70.6-30.40.1-32.60.0-33.10.1-29.80.0-25.60.1
2013-01-30.10.4-30.20.2-34.00.3-33.40.2-30.40.6-24.90.1
2013-02-30.80.3-31.00.3-34.30.2-34.20.2-30.50.2-26.70.2
2013-03-30.90.2-32.40.2-34.90.0-34.40.1-31.20.2-26.70.1
2013-04-29.70.1-31.00.3-34.60.3-34.30.2-30.80.4-25.80.2
2013-05-30.20.4-31.20.4-34.10.3-33.90.0-30.60.1-25.20.3
2013-06-30.00.4-31.10.0-35.20.1-34.40.2-31.30.1-26.30.0
2013-07-30.80.3-33.00.4-33.10.4-30.90.2
2013-08-30.50.2-31.40.2-33.60.2-32.70.4-30.20.5-27.40.0