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

Bart, Martijn C; de Kluijver, Anna; Hoetjes, Sean; Absalah, Samira; Mueller, Benjamin; Kenchington, Ellen L; Rapp, Hans Tore; de Goeij, Jasper M (2020): (Table S3) Relative abundance of each phospholipid fatty acid to the total PLFA content of each deep-sea sponge species and substrate [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.925078

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

RIS CitationBibTeX CitationShow MapGoogle Earth

Related to:
Bart, Martijn C; de Kluijver, Anna; Hoetjes, Sean; Absalah, Samira; Mueller, Benjamin; Kenchington, Ellen L; Rapp, Hans Tore; de Goeij, Jasper M (2020): Differential processing of dissolved and particulate organic matter by deep-sea sponges and their microbial symbionts. Scientific Reports, 10(1), https://doi.org/10.1038/s41598-020-74670-0
Project(s):
Deep-sea Sponge Grounds Ecosystems of the North Atlantic (SponGES)
Funding:
Horizon 2020 (H2020), grant/award no. 679849: Deep-sea Sponge Grounds Ecosystems of the North Atlantic
Coverage:
Latitude: 54.000000 * Longitude: -29.000000
Event(s):
NorthAtlantic * Latitude: 54.000000 * Longitude: -29.000000
Comment:
Values are in percentages of total PLFAS.
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
1 Equivalent chain lengthECLBart, Martijn C
2 Phospholipid fatty acidPLFABart, Martijn CIUPAC notation
3 Phospholipid fatty acidPLFABart, Martijn COmega notation
4 BiomarkerBiomarkerBart, Martijn C
5 Geodia barretti, phospholipid fatty acidG. baretti PLFA%Bart, Martijn Cof total PLFAs, n = 11
6 Geodia barretti, phospholipid fatty acid, standard deviationG. baretti PLFA std dev±Bart, Martijn C
7 Hymedesmia paupertas, phospholipid fatty acidH. paupertas PLFA%Bart, Martijn Cof total PLFAs, n = 7
8 Hymedesmia paupertas, phospholipid fatty acid, standard deviationH. paupertas PLFA std dev±Bart, Martijn C
9 Vazella pourtalesii, phospholipid fatty acidV. pourtalesii PLFA%Bart, Martijn Cof total PLFAs, n = 6
10 Vazella pourtalesii, phospholipid fatty acid, standard deviationV. pourtalesii PLFA std dev±Bart, Martijn C
11 Phospholipid fatty acidPLFA%Bart, Martijn Cin Diatom DOM, of total PLFAs, n = 1
12 Phospholipid fatty acidPLFA%Bart, Martijn Cin Cyanobacteria DOM, of total PLFAs, n = 1
13 Phospholipid fatty acidPLFA%Bart, Martijn Cin bacterial culture, of total PLFAs, n = 1
License:
Creative Commons Attribution 4.0 International (CC-BY-4.0)
Size:
347 data points

Data

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

1 
ECL		2 
PLFA
(IUPAC notation)		3 
PLFA
(Omega notation)		4 
Biomarker		5 
G. baretti PLFA [%]
(of total PLFAs, n = 11)		6 
G. baretti PLFA std dev [±]		7 
H. paupertas PLFA [%]
(of total PLFAs, n = 7)		8 
H. paupertas PLFA std dev [±]		9 
V. pourtalesii PLFA [%]
(of total PLFAs, n = 6)		10 
V. pourtalesii PLFA std dev [±]		11 
PLFA [%]
(in Diatom DOM, of total PLFAs...)		12 
PLFA [%]
(in Cyanobacteria DOM, of tota...)		13 
PLFA [%]
(in bacterial culture, of tota...)
13.51C13:0 (12-CH3)iC14:0Bacteria0.330.57
13.78C14:0C14:0-0.960.180.220.370.270.483.9810.54
14.34C14:0 (?-CH3)Me-C14:0Bacteria1.410.273.017.25
14.58C14:0 (12-CH3/13-CH3)ai/i-C15:0Bacteria5.591.181.702.910.050.12
14.89C15:0C15:0Bacteria0.550.110.240.42
15.03C15:0 (?-CH3)Me-C15:0Bacteria1.320.40
15.42C15:0 (13-CH3)iC16:0Bacteria1.520.60
15.77C16:1 (11/9/5)C16:1 (ω5/7/9)-4.202.573.003.640.190.4364.7638.3722.44
16.00C16:0C16:0-4.510.633.863.338.095.0412.7336.88
16.21C16:1 (12-CH3)Me-C16:1Bacteria0.800.33
16.34iC17:1ω7Bacteria3.852.01
16.46C16:0 (8,9,10)8/9/10-Me-C16:0Bacteria12.541.970.350.93
16.64C16:0 (15-CH3)i-C17:0Bacteria1.860.310.791.13
16.72C17:1 (10Z)C17.1ω7Bacteria1.530.200.090.250.130.30
16.80Cy-C17:0Bacteria0.810.205.183.800.070.16
16.98C17:0C17:0Bacteria0.710.380.250.660.140.23
17.44C17:0 (?-CH3)Me-C17.0Bacteria2.660.51
17.58C18:2 (9E,12E)C18:2ω6-0.310.000.160.36
17.72C18:1 (9E/9Z/11)C18:1 (ω7/9)-5.510.653.003.643.111.933.893.8459.87
18.01C18:0C18:0-4.290.443.863.3311.477.032.8210.1217.69
18.15C19:1 (18-CH3)iC19:1Bacteria6.181.39
18.46C18:0 (9/10/11-CH3)9/10/11-Me-C18:0Bacteria23.983.360.621.2710.5615.93
18.58C19:0 (17-CH3)aiC19:0Bacteria1.010.36
18.76Cy-C19:0Bacteria1.480.596.8313.53
19.20C20:5 (5,8,11,14,17)020:4 (5,8,11,14)C20:5ω3/ C20:4?6Algae2.890.8610.150.25
19.88C20:1 (6/11)C20:1 (ω9/14)-0.550.50
20.39C21:1 ω7-0.901.58
20.79C22:6 (4Z, 7Z, 10Z,13Z,16Z,19Z)C22:6ω3Algae116.892.32
21.35C22:2 (13E, 16E)C22:2ω6-0.180.41
21.58C22:1-0.860.95
23.18C24:1 (15)C24:1ω9Sponge5.122.850.490.77
23.35C24:0C24:0-1.67
23.64C24:1 (24-CH3)iC25:1ω7Sponge2.010.521.521.13
24.04C25:1Sponge0.740.47
24.40C26:3Sponge13.413.57
24.53C26:2 (5,9)C26:2ω17Sponge1.160.6614.474.39
24.86C26:2 (9,19)C26:2ω7Sponge10.141.533.541.86
24.92C26:1 w7/93.601.51
24.94Me-C26:2 (5,9)Me-C26:2ω17Sponge1.740.93
25.09C27:32.301.11
25.31C27:1 (20)C27:1ω7Sponge9.532.41
25.93C28:3 (5,9,23)C28:3ω5Sponge18.597.766.6111.70
26.15C28:2 (11,21)C28:2ω7Sponge1.430.663.122.151.302.04
26.50C29:3 (5,9,22)C29:3ω7Sponge3.841.200.240.53
26.83C29:2 (5,9)C29:2ω20Sponge2.151.79
27.20C30:3 (5,9,23)C30:3ω7Sponge48.1830.86