Citation:

PANGAEA.922078

Name: Geochemistry by ICP-OES (batch 2) of major cations in sediment cores from James Cook cruise JC138
Creator: Adeline M Dutrieux
Published: 2020-08-31
License: https://creativecommons.org/licenses/by/4.0/
Keywords: hydrothermal; metalliferous sediments; pore waters; seafloor massive sulphide

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Abstract:

Geochemical data for major cations obtained by ICP-OES, btach 2.

Keyword(s):

hydrothermal; metalliferous sediments; pore waters; seafloor massive sulphide

Related to:

Dutrieux, Adeline M (2020): Rise and fall of a hydrothermal system: A tale of metalliferous sediments (TAG hydrothermal field, MAR, 26°N). University of Southampton

Further details:

Additional information on samples from sediment cores of cruise JC138

Additional information on sediment core stations of cruise JC138

Additional information on sediment cores of cruise JC138

Calculation of contributions to sediments in cores JC138-38GC and JC138-49GC

Homoky, William (2011): Protocol of preparation of samples for ICP-MS. Hommoky-2011-Sediment-digestion.doc

Murton, Bramley J; Dutrieux, Adeline M; Martins, S; Peel, Kate; Stobbs, Iain: Cruise Report: Expedition JC 138: 29th June - 8th August 2016, Mid Atlantic Ridge, 26° 8.38'N; 44° 49.92'W. National Oceanography Centre, Southampton, https://www.bodc.ac.uk/resources/inventories/cruise_inventory/reports/jc138.pdf

Project(s):

Breakthrough Solutions for Mineral Extraction and Processing in Extreme Environment – Blue Mining (BlueMining)

Funding:

Seventh Framework Programme (FP7), grant/award no. 604500 : Breakthrough Solutions for Mineral Extraction and Processing in Extreme Environment – Blue Mining

Coverage:

Median Latitude: 26.156440 * Median Longitude: -44.814974 * South-bound Latitude: 26.142783 * West-bound Longitude: -44.821700 * North-bound Latitude: 26.172467 * East-bound Longitude: -44.806917

Date/Time Start: 2016-07-18T10:21:00 * Date/Time End: 2016-08-06T15:31:00

Minimum DEPTH, sediment/rock: 0.000 m * Maximum DEPTH, sediment/rock: 3.080 m

Event(s):

JC138-16GC (16GC) * Latitude: 26.155750 * Longitude: -44.816200 * Date/Time: 2016-07-18T10:21:00 * Elevation: -3553.0 m * Recovery: 133 cm * Location: Mid-Atlantic Ridge at 26°N * Campaign: * Basis: * Method/Device: Gravity corer (GC) * Comment: Close to top of Southern Mound. About 1m50. Lot of water for the last one. Testing sediment thickness for RD2

JC138-022RD (22RD2) * Latitude: 26.155500 * Longitude: -44.816000 * Date/Time: 2016-07-22T04:42:00 * Elevation: -3535.0 m * Recovery: 167 cm * Location: Mid-Atlantic Ridge at 26°N * Campaign: * Basis: * Method/Device: Rock Drill 2 (RD2)

JC138-27GC (27GC) * Latitude: 26.156333 * Longitude: -44.813600 * Date/Time: 2016-07-23T11:44:00 * Elevation: -3524.0 m * Recovery: 41 cm * Location: Mid-Atlantic Ridge at 26°N * Campaign: * Basis: * Method/Device: Gravity corer (GC) * Comment: Meteor Hybis dive #9, "Rona Mound"; Tension from 4 to 2.75. 45 cm beige to orange colour

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Event label	Event		Dutrieux, Adeline M
2	Core	Core		Dutrieux, Adeline M
3	DEPTH, sediment/rock	Depth sed	m	Dutrieux, Adeline M		Geocode
4	Sample code/label	Sample label		Dutrieux, Adeline M
5	Aluminium	Al	%	Dutrieux, Adeline M	ICP-OES, Inductively coupled plasma - optical emission spectrometry
6	Calcium	Ca	%	Dutrieux, Adeline M	ICP-OES, Inductively coupled plasma - optical emission spectrometry
7	Cobalt	Co	mg/kg	Dutrieux, Adeline M	ICP-OES, Inductively coupled plasma - optical emission spectrometry
8	Copper	Cu	%	Dutrieux, Adeline M	ICP-OES, Inductively coupled plasma - optical emission spectrometry
9	Iron	Fe	%	Dutrieux, Adeline M	ICP-OES, Inductively coupled plasma - optical emission spectrometry
10	Potassium	K	%	Dutrieux, Adeline M	ICP-OES, Inductively coupled plasma - optical emission spectrometry
11	Magnesium	Mg	%	Dutrieux, Adeline M	ICP-OES, Inductively coupled plasma - optical emission spectrometry
12	Manganese	Mn	%	Dutrieux, Adeline M	ICP-OES, Inductively coupled plasma - optical emission spectrometry
13	Sodium	Na	%	Dutrieux, Adeline M	ICP-OES, Inductively coupled plasma - optical emission spectrometry
14	Nickel	Ni	mg/kg	Dutrieux, Adeline M	ICP-OES, Inductively coupled plasma - optical emission spectrometry
15	Strontium	Sr	mg/kg	Dutrieux, Adeline M	ICP-OES, Inductively coupled plasma - optical emission spectrometry
16	Titanium	Ti	mg/kg	Dutrieux, Adeline M	ICP-OES, Inductively coupled plasma - optical emission spectrometry
17	Vanadium	V	mg/kg	Dutrieux, Adeline M	ICP-OES, Inductively coupled plasma - optical emission spectrometry
18	Zinc	Zn	%	Dutrieux, Adeline M	ICP-OES, Inductively coupled plasma - optical emission spectrometry

License:

Creative Commons Attribution 4.0 International (CC-BY-4.0)

Size:

638 data points

Data

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

1 Event	2 Core	3 Depth sed [m]	4 Sample label	5 Al [%]	6 Ca [%]	7 Co [mg/kg]	8 Cu [%]	9 Fe [%]	10 K [%]	11 Mg [%]	12 Mn [%]	13 Na [%]	14 Ni [mg/kg]	15 Sr [mg/kg]	16 Ti [mg/kg]	17 V [mg/kg]	18 Zn [%]
JC138-29GC	31rd	2.390	502	0.025	0.361	6.69	0.008	52.686	0.116	0.295	0.388	1.541	5.81	37.25		90.23	0.039
JC138-29GC	31rd	2.290	503	0.026	0.317			49.354	0.071	0.189	0.219	0.799	8.45	26.43		84.91	0.033
JC138-29GC	31rd	1.550	504	0.140	0.092	4.54	0.034	39.822	0.170	0.553	0.203	0.898		41.57		61.38	0.066
JC138-29GC	31rd	1.350	506	0.015	0.145	3.60	0.016	38.693	0.208	0.779	0.121	1.733		40.91		54.06	0.060
JC138-29GC	31rd	1.150	508	0.002	0.175	1.69		33.074	0.261	1.027	0.083	2.283		61.15		28.10	0.039
JC138-29GC	31rd	0.920	510	0.031	0.170	1.16		31.350	0.275	1.036	0.071	1.837	2.48	42.92		71.87	0.042
JC138-29GC	31rd	0.710	512	0.356	0.224	1.00	0.024	27.759	0.337	0.943	0.132	2.104	1.65	67.03		120.61	0.028
JC138-29GC	31rd	0.520	514	0.021	0.303	1.64	0.019	31.009	0.356	1.136	1.149	1.979	6.73	125.99		116.61	0.030
JC138-29GC	31rd	0.320	516	0.014	0.611	7.60	0.105	23.680	0.861	1.402	14.896	2.239	26.53	416.19		203.67	0.035
JC138-29GC	31rd	0.220	517	0.073	1.181	5.59	0.124	11.070	0.478	0.963	11.928	1.976	36.63	231.27		141.99	0.036
JC138-16GC	16gc	1.200	419	0.097	0.125	2.96	0.008	45.711	0.074	0.233	0.204	1.013		23.46		116.23	0.096
JC138-16GC	16gc	1.000	421	0.005	0.180	1.36	0.012	39.008	0.164	0.880	0.106	2.596	0.52	61.35		50.12	0.142
JC138-16GC	16gc	0.810	423	0.003	0.175	1.41	0.008	38.086	0.162	0.797	0.086	2.584		36.54		22.35	0.117
JC138-16GC	16gc	0.640	424	0.005	0.158	1.13		42.017	0.123	0.533	0.109	2.410		33.71		42.59	0.122
JC138-16GC	16gc	0.500	428	0.545	0.172		0.042	40.032	0.361	0.698	0.135	2.183	2.58	1279.92	165.87	108.14	0.130
JC138-16GC	16gc	0.250	433	0.182	0.254	0.95	0.033	32.300	0.385	1.028	0.080	1.986	3.84	85.98		98.04	0.163
JC138-16GC	16gc	0.150	435	0.396	0.729	13.08	0.469	20.288	0.940	1.353	15.910	1.715	20.26	454.72	105.07	241.11	0.140
JC138-022RD	22rd	3.080	Scratch	0.042	0.300			42.664	0.058	0.198	0.097	0.986	25.77	19.63		0.01	0.025
JC138-022RD	22rd	2.890	438	0.016	0.187			51.660	0.077	0.189	0.127	0.991	2.44	23.51		174.77	0.063
JC138-022RD	22rd	2.750	440	0.004	0.117		0.009	41.810	0.241	0.545	0.092	1.967		27.75		41.59	0.110
JC138-022RD	22rd	2.680	441	0.021	0.127			46.304	0.305	0.580	0.114	2.177	1.63	143.95		56.77	0.129
JC138-022RD	22rd	2.610	442a	0.136	0.081			37.826	0.232	0.392	0.090	1.242		22.80		49.87	0.097
JC138-022RD	22rd	2.250	446	0.062	0.136			47.223	0.093	0.408	0.131	1.807	1.74	488.93		182.02	0.096
JC138-022RD	22rd	2.100	448	0.355	0.119			41.801	0.178	0.473	0.101	1.806	3.82	619.92		252.48	0.062
JC138-022RD	22rd	1.930	450	0.165	0.499			46.558	0.311	0.845	1.388	1.301	2.67	154.57		141.67	0.058
JC138-27GC	27gc	0.390	451	0.013	0.151			36.429	0.188	0.622	0.251	1.692		35.98		72.37	0.206
JC138-27GC	27gc	0.210	454	0.907	0.373	5.24		30.147	0.486	0.946	0.128	1.783	5.20	109.78		204.40	0.248
JC138-27GC	27gc	0.210	454bis	0.879	0.434	1.91		33.264	0.436	0.887	0.118	1.816	3.01	140.27		207.69	0.241
JC138-27GC	27gc	0.170	455	0.140	0.894	190.57	1.422	14.693	0.895	1.078	19.578	2.320	36.94	495.27		231.55	0.711
JC138-27GC	27gc	0.070	458	0.958	26.380	17.83		6.823	0.305	0.573	0.187	1.391	20.82	1637.72		193.51	0.032
JC138-27GC	27gc	0.010	456a	1.331	24.298	20.86		8.543	0.491	0.598	0.311	1.443	20.22	1150.63		101.66	0.077
JC138-28GC	28gc	1.800	460	0.015	0.454			48.871	0.104	0.526	0.065	1.412		145.93		50.51	0.285
JC138-28GC	28gc	1.600	462	0.006	0.213			52.797	0.151	0.446	0.080	2.717	1.13	51.42		74.59	0.077
JC138-28GC	28gc	1.370	465	0.012	0.178			53.303	0.108	0.316	0.074	1.833		40.45		165.18	0.096
JC138-28GC	28gc	1.170	467	0.000	0.267		8.740	45.437	0.067	0.301	0.049	1.400		90.54		162.98	0.135
JC138-28GC	28gc	0.920	470	0.010	0.192			34.853	0.159	0.720	0.045	2.433	2.27	49.02		149.88	0.151
JC138-28GC	28gc	0.720	472	0.126	0.505			32.756	0.290	1.009	1.326	2.642	13.35	197.86		166.94	0.150
JC138-28GC	28gc	0.520	474	0.016	0.523			33.081	0.310	1.159	0.110	3.090	0.92	197.62		202.20	0.155
JC138-28GC	28gc	0.420	475	0.041	0.458			34.379	0.317	1.303	0.110	3.412	3.03	144.41		200.91	0.192
JC138-28GC	28gc	0.300	478	0.359	0.538			25.252	0.500	1.337	3.665	2.531	28.94	184.68		146.27	0.194
JC138-28GC	28gc	0.180	480	0.317	8.038	2.42		21.277	0.775	1.273	0.218	2.167	41.68	490.26		276.47	0.160
JC138-28GC	28gc	0.065	482	0.758	23.610	9.44		11.306	0.275	0.766	1.076	1.641	74.86	1421.37		343.80	0.091
JC138-62GC	62gc	0.000	628	1.150	28.812	14.92	0.146	3.812	0.432	0.509	0.147	1.269	15.60	1593.91	546.43	58.20	0.019
JC138-62GC	62gc	0.170	646	0.892	0.832	65.46	2.690	32.022	0.436	0.778	2.195	1.496	13.55	337.10	395.43	269.62	0.256
JC138-51GC	51gc	0.260	595	0.533	2.731	94.22	2.117	34.124	0.188	0.553	0.198	0.707	7.23	367.56	149.72	626.59	0.193
JC138-51GC	51gc	0.060	597	0.344	8.077	41.12	0.383	26.758	0.161	0.491	0.052	0.958	7.39	579.65	28.46	383.58	0.059