Citation:

PANGAEA.778855, In supplement to: Zhabina, NN et al. (1983): Sulfur compounds in sediments of the Peru upwelling. Litologiya i Poleznyye Iskopaemyye (Lithology and Mineral Resources), 18(1), 101-120

Name: Sulfur speciation in bottom sediments from Core AKO26-60-2GC, Peru upwelling
Published: 1983
License: https://creativecommons.org/licenses/by/3.0/

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Project(s):

Archive of Ocean Data (ARCOD)

Coverage:

Latitude: -10.300000 * Longitude: -80.083333

Minimum DEPTH, sediment/rock: 0.065 m * Maximum DEPTH, sediment/rock: 2.350 m

Event(s):

AKO26-60-2GC * Latitude: -10.300000 * Longitude: -80.083333 * Elevation: -6250.0 m * Location: East Pacific * Method/Device: Gravity corer (GC)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	Depth, top/min	Depth top	m	Zhabina, Nina N
3	Depth, bottom/max	Depth bot	m	Zhabina, Nina N
4	Sediment type	Sediment		Zhabina, Nina N
5	Water content, wet mass	Water wm	%	Zhabina, Nina N	Calculated from weight loss after drying at 105°C
6	Oxidation reduction (RedOx) potential	Eh	mV	Zhabina, Nina N	Eh, Pt-electrode
7	Sulfur bound in sulfate	S in [SO4]2-	%	Zhabina, Nina N	Wet chemistry	of interstitial water
8	Sulfur bound in sulfate	S in [SO4]2-	%	Zhabina, Nina N	Wet chemistry	of dry sediment matter
9	Sulfur bound in sulfide	S (S2-)	%	Zhabina, Nina N	Wet chemistry	of dry sediment matter
10	Sulfur, elemental	S°	%	Zhabina, Nina N	Wet chemistry	of dry sediment matter
11	Sulfur of pyrite	S Py	%	Zhabina, Nina N	Wet chemistry	of dry sediment matter
12	Sulfur, organic	S org	%	Zhabina, Nina N	Wet chemistry	of dry sediment matter
13	Sulfur, total reduced	TS reduced	%	Zhabina, Nina N	Wet chemistry	of dry sediment matter
14	Carbon, organic, total	TOC	%	Zhabina, Nina N	Knopp method

License:

Creative Commons Attribution 3.0 Unported (CC-BY-3.0)

Size:

152 data points

Data

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

1 Depth sed [m]	2 Depth top [m]	3 Depth bot [m]	4 Sediment	5 Water wm [%] (Calculated from weight loss a...)	6 Eh [mV] (Eh, Pt-electrode)	7 S in [SO4]2- [%] (of interstitial water, Wet ch...)	8 S in [SO4]2- [%] (of dry sediment matter, Wet c...)	9 S (S2-) [%] (of dry sediment matter, Wet c...)	10 S° [%] (of dry sediment matter, Wet c...)	11 S Py [%] (of dry sediment matter, Wet c...)	12 S org [%] (of dry sediment matter, Wet c...)	13 TS reduced [%] (of dry sediment matter, Wet c...)	14 TOC [%] (Knopp method)
0.065	0.05	0.08	clayey mud, soft, cheesy, bluish-gray	70.5	215	0.087	0.209	0.0006	0.010	0.096	0.182	0.289	1.56
0.150	0.10	0.20	same, more dense	64.7	70	0.090	0.164	>0.0000	0.008	0.058	0.071	0.137	1.68
0.250	0.20	0.30	same, darker transitive color	66.5	80	0.105	0.208	>0.0000	0.007	0.091	0.061	0.159	1.86
0.350	0.30	0.40	clayey mud, fine grained, soft, homogeneous, olive-green. Light H2S odor up to the end of the core	64.2		0.116	0.207	0.0007	0.033	0.909	0.122	1.065	3.03
0.650	0.60	0.70	same	64.8		0.088	0.163	0.0013	0.028	0.964	0.117	1.110	2.88
1.050	1.00	1.10	same	63.9	-85	0.115	0.204	0.0008	0.037	0.942	0.097	1.077	3.93
1.400	1.35	1.45	same	62.5		0.092	0.154	0.0013	0.033	0.952	0.123	1.109	2.94
1.850	1.80	1.90	same	62.5	-80	0.063	0.105	0.0015	0.033	0.904	0.117	1.055	2.97
2.045	2.00	2.09	same	62.5	60	0.085	0.160	0.0015	0.051	1.035	0.113	1.200	3.00
2.125	2.09	2.16	same, with brownish and bluish-gray patches and lenses	65.3		0.073	0.137	0.0005	0.004	0.684	0.173	0.862	2.75
2.200	2.16	2.24	same	62.0	100	0.076	0.124	0.0006	0.002	0.804	0.296	1.103	3.40
2.350	2.30	2.40	clayey mud, very dense, olive-green	59.0	105	0.074	0.106	0.0021	0.003	0.872	0.226	1.103	3.83