Citation:

PANGAEA.777336, Supplement to: Glagoleva, MA et al. (1975): Chemical elements in sediments of the Pacific Ocean along the section from Hawaiian Islands to the coast of Mexico. Litologiya i Poleznyye Iskopaemyye (Lithology and Mineral Resources), 10(5), 16-28

Name: (Table 1) Redox potential and chemical element contents in CaCO3 and amorphous silica free matter in surface layer bottom sediments of the Pacific Ocean from Hawaiian Islands to Mexico coast
Published: 1975
License: https://creativecommons.org/licenses/by/3.0/

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

RIS Citation BibTeX Citation Text Citation Facebook TwitterShow Map Google Earth

Abstract:

Distribution of Fe, Mn, P, Ti, Cu, Ni, Co, V, Cr, W, Mo, and As in the surface sediment layer on the section from the Hawaiian Islands to the coast of Mexico (Mexico section) is studied. Contents of all studied elements increase from biogenic-terrigenous sediments off the coast of Mexico to pelagic red clays of the Northeast Basin, and more sharply for mobile elements - Mn, Mo, Cu, Ni, Co, and As. In near Hawaii sediments rich in coarsely fragmented volcanic-terrigenous and pyroclastic material of basaltic composition with high contents of Ti, Fe, V, Cr, W, and P, contents of these elements increase sharply, and contents of Mn, Mo, Ni, Co, and Cu for the same reason decrease sharply in comparison with red clay. Abnormally high contents of Mn, Mo, Cu, Ni, Co, and As in the upper layer of hemipelagic and transition sediments of the Mexico section result from diagenetic redistribution and their accumulation on the surface. Processes of diagenetic redistribution in hemipelagic and transition sediment mass of the Mexico section are more rapid than in similar sediments of the Japan section due lower sedimentation rates and higher initial concentrations of Mn. Basic similarity of element distribution regularities in sediments of Japan and Mexico sections is shown.

Project(s):

Archive of Ocean Data (ARCOD)

Coverage:

Median Latitude: 20.798170 * Median Longitude: -121.063387 * South-bound Latitude: 17.825000 * West-bound Longitude: -154.601700 * North-bound Latitude: 27.151700 * East-bound Longitude: -104.593300

Minimum Elevation: -5480.0 m * Maximum Elevation: -120.0 m

Event(s):

DM9-641 * Latitude: 18.861700 * Longitude: -152.483300 * Elevation: -5030.0 m * Location: North Pacific * Campaign: * Basis: Dmitry Mendeleev * Method/Device: Gravity corer (GC)

DM9-643 * Latitude: 18.548300 * Longitude: -146.983300 * Elevation: -5350.0 m * Location: Northeast Pacific * Campaign: * Basis: Dmitry Mendeleev * Method/Device: Gravity corer (GC)

DM9-645 * Latitude: 18.185000 * Longitude: -141.146700 * Elevation: -5480.0 m * Location: Northeast Pacific * Campaign: * Basis: Dmitry Mendeleev * Method/Device: Multiple investigations (MULT)

Comment:

0 = not found.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Event label	Event
2	Latitude of event	Latitude
3	Longitude of event	Longitude
4	Elevation of event	Elevation	m
5	Sediment type	Sediment		Glagoleva, Maria A
6	Oxidation reduction (RedOx) potential	Eh	mV	Glagoleva, Maria A	Eh, Pt-electrode
7	Calcium carbonate	CaCO3	%	Glagoleva, Maria A	Wet chemistry
8	Carbon, organic, total	TOC	%	Glagoleva, Maria A	Wet chemistry
9	Opal, biogenic silica	bSiO2	%	Glagoleva, Maria A	Wet chemistry
10	Iron	Fe	%	Glagoleva, Maria A	Wet chemistry	total
11	Iron, soluble	Fe sol	%	Glagoleva, Maria A	Wet chemistry	of Fe total
12	Iron 2+	Fe2+	%	Glagoleva, Maria A	Wet chemistry	of Fe sol
13	Manganese	Mn	%	Glagoleva, Maria A	Wet chemistry	total
14	Manganese 4+	Mn4+	%	Glagoleva, Maria A	Wet chemistry	of Mn total
15	Titanium	Ti	%	Glagoleva, Maria A	Wet chemistry
16	Phosphorus	P	%	Glagoleva, Maria A	Wet chemistry
17	Vanadium	V	mg/kg	Glagoleva, Maria A	Quantitative emission spectral analysis
18	Chromium	Cr	mg/kg	Glagoleva, Maria A	Quantitative emission spectral analysis
19	Tungsten	W	mg/kg	Glagoleva, Maria A	Wet chemistry
20	Molybdenum	Mo	mg/kg	Glagoleva, Maria A	Quantitative emission spectral analysis
21	Arsenic	As	mg/kg	Glagoleva, Maria A	Wet chemistry
22	Copper	Cu	mg/kg	Glagoleva, Maria A	Atomic absorption spectrometry (AAS)
23	Nickel	Ni	mg/kg	Glagoleva, Maria A	Atomic absorption spectrometry (AAS)
24	Cobalt	Co	mg/kg	Glagoleva, Maria A	Atomic absorption spectrometry (AAS)

License:

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

Size:

596 data points

Data

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

1 Event	2 Latitude	3 Longitude	4 Elevation [m]	5 Sediment	6 Eh [mV]	7 CaCO3 [%]	8 TOC [%]	9 bSiO2 [%]	10 Fe [%]	11 Fe sol [%]	12 Fe2+ [%]	13 Mn [%]	14 Mn4+ [%]	15 Ti [%]	16 P [%]	17 V [mg/kg]	18 Cr [mg/kg]	19 W [mg/kg]	20 Mo [mg/kg]	21 As [mg/kg]	22 Cu [mg/kg]	23 Ni [mg/kg]	24 Co [mg/kg]
DM9-686	18.880	-154.602	-5400	near Hawaii volcano-terrigenous	520	0.18	0.13	3.25	8.96	40.1	42.1	0.144	0.0	1.94	0.143	176		74.0	1.2	0.6	92	122	27.0
DM9-685	18.932	-153.270	-5000	near Hawaii volcano-terrigenous	570	0.16	0.22	5.34	8.84	27.3	4.4	0.190	0.0	1.66	0.146	148	217	29.0	0.4	4.4	178	109	32.0
DM9-641	18.862	-152.483	-5030	near Hawaii volcano-terrigenous	530	<0.10	0.19	5.18	7.63	21.6	0.0	0.250	33.3	1.27	0.099	130	110	34.0	1.8	4.5	131	107	31.0
DM9-678	18.933	-151.197	-5300	near Hawaii volcano-terrigenous	560	0.34	0.19	5.09	8.03	18.6	0.0	0.330	45.1	1.38	0.107	199	137	75.0	1.6	13.6	252	113	43.0
DM9-677	18.970	-149.550	-5300	near Hawaii volcano-terrigenous	550	0.18	0.14	5.60	6.30	18.5	0.0	0.390	100.0	0.88	0.109	137	110	52.0	1.0	3.4	274	102	52.0
DM9-643	18.548	-146.983	-5350	red clay with zeolites, type IVB	580	<0.10	0.07	1.07	6.41	15.2	0.0	0.600	80.0	0.77	0.128	124	92	31.0	4.2	17.8	498	333	122.0
DM9-645	18.185	-141.147	-5480	red clay with zeolites, type IVB	580	0.45	0.18	1.52	5.81	16.3	0.0	0.660	95.4	0.95	0.168	97	66	31.0	5.5	13.8	328	126	79.0
DM9-647	18.048	-135.548	-5280	red clay with zeolites, type IVB	600	0.20	0.12	1.42	5.78	15.6	0.0	0.540	92.3	0.59	0.111	103	70	30.0	5.5	17.9	308	154	82.0
DM9-649	17.972	-130.150	-4950	red clay with zeolites, type IVB	600	0.11	0.10	1.32	5.54	12.3	0.0	0.780	70.3	0.57	0.109	74	72	30.0	6.3	21.9	288	274	113.0
DM9-651	17.825	-124.683	-4350	red clay with zeolites, type IVB	600	0.34	0.17	1.59	5.39	12.1	0.0	0.520	90.2	0.49	0.152	105	66	27.0	5.9	15.4	311	167	89.0
DM9-653	18.650	-119.013	-4070	red clay with zeolites, type IVA	610	0.25	0.18	1.59	5.39	18.0	0.0	0.760	100.0	0.51	0.169	86	58	26.0	5.5	11.5	302	188	100.0
DM9-675	19.035	-116.368	-3910	red clay with zeolites, type IVA	600	0.55	0.22	1.41	6.42	10.7	0.0	1.500	99.0	0.45	0.164	100	31	41.0	17.3	12.8	509	428	94.0
DM9-655	18.998	-113.552	-3200	transition from hemipelagic to eupelagic, type III	600	0.57	0.33	4.55	5.81	25.0	0.0	1.210	87.0	0.48	0.165	92	51	23.0	4.8	13.2	310	247	99.0
DM9-674	19.538	-112.417	-3470	transition from hemipelagic to eupelagic, type III	600	1.09	0.37	4.73	5.52	23.0	0.0	1.720	80.0	0.47	0.174	119	32	34.0	13.1	12.2	343	326	81.0
DM9-673	20.487	-110.883	-3280	transition from hemipelagic to eupelagic, type III	600	1.73	0.34	3.75	5.08	19.5	0.0	4.040	83.0	0.40	0.133	130	28	42.0	19.5	23.8	449	638	63.0
DM9-657	19.668	-108.013	-3150	hemipelagic, type II	480	1.25	1.40	3.71	5.42	31.0	0.0	4.990	73.2	0.35	0.148	145	40	40.0	8.3	12.2	348	348	46.0
DM9-672	21.462	-109.232	-2900	hemipelagic, type II	580	1.27	1.44	3.30	5.36	15.3	0.0	1.550	100.0	0.36	0.092	110	47	23.0	6.6	7.4	165	190	34.0
DM9-671	22.035	-108.330	-2650	hemipelagic, type II	150	0.73	2.36	4.19	5.25	13.4	0.0	0.137	100.0	0.37	0.080	106	59	23.0	1.4	3.7	143	127	23.0
DM9-670	22.605	-107.408	-1450	near-shore, type 1	110	15.83	6.79	2.32	3.76	14.6	70.0	0.038	0.0	0.34	0.160	73	82	14.7	5.1	5.0	83	101	15.0
DM9-669	23.232	-107.117	-1000	near-shore, type 1	10	7.09	7.78	1.54	3.02	16.3	84.4	0.025	0.0	0.36	0.164	37		10.9	4.6	5.8	54	80	8.9
DM9-668	23.383	-106.948	-140	near-shore, type 1	-80	4.93	3.66	1.87	4.00	15.8	81.4	0.042	0.0	0.44	0.145	54	50	15.0	8.9	11.5	20	30	7.4
DM9-659	18.747	-104.593	-1180	near-shore, type 1	130	0.39	2.12	1.21	10.65	8.8	32.0	0.030	0.0	0.34	0.092	78	121	20.0	0.8	10.9	46	46	12.0
DM9-660	18.868	-104.842	-1910	near-shore, type 1	370	0.39	1.00	1.12	8.78	15.0	10.6	0.060	0.0	0.40	0.103	62	120	16.0	0.6	6.3	41	35	9.4
DM9-661	18.960	-105.002	-1910	near-shore, type 1	500	0.30	1.29	2.27	9.66	9.4	23.1	0.050	0.0	0.35	0.118	62	125	14.0	0.6	3.9	38	36	9.1
DM9-662	25.415	-109.855	-2400	biogenic-terrigenous of the Gulf of California	530	0.54	2.58		5.67	15.9	0.0	0.810	98.0	0.29	0.074	84	52	20.0	8.2	3.8	43	58	16.3
DM9-663	27.152	-110.867	-1760	biogenic-terrigenous of the Gulf of California	-220	3.50	2.70	7.56	3.49	17.0	56.6	0.100	0.0	0.44	0.109	76	34	14.0	3.7	5.6	43	40	13.1
DM9-664	25.532	-110.545	-1170	biogenic-terrigenous of the Gulf of California	-100	9.73	6.12	7.56	2.95	15.9	80.0	0.047		0.30	0.126	81	47	14.0	10.0	7.5	64	63	11.2
DM9-665	26.347	-109.930	-3260	biogenic-terrigenous of the Gulf of California	50	1.00	2.57	5.18	3.80	16.8	3.3	0.960	0.0	0.39	0.092	83	35	17.0	8.8	8.0	46	49	10.1
DM9-666	24.895	-108.700	-120	biogenic-terrigenous of the Gulf of California	-180	2.83	0.78	1.04	3.02	15.7	54.3	0.048	0.0	0.46	0.079	70	38	24.0	2.1	7.8	18	22	9.3
DM9-667	23.782	-108.673	-2860	biogenic-terrigenous of the Gulf of California	-80	0.41	4.38	5.07	3.88	17.4	78.1	0.210	0.0	0.39	0.089	82	45	17.0	4.4	4.8	112	78	15.7