Citation:

0025-3227(76)90116-X

Name: (Table 2) Chemical results of sediments from different DSDP Holes in the North Atlantic
Published: 1976
License: https://creativecommons.org/licenses/by/3.0/

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Project(s):

Deep Sea Drilling Project (DSDP)

Coverage:

Median Latitude: 39.683514 * Median Longitude: -30.076657 * South-bound Latitude: 25.922800 * West-bound Longitude: -59.195000 * North-bound Latitude: 59.933300 * East-bound Longitude: -9.010500

Date/Time Start: 1968-10-21T00:00:00 * Date/Time End: 1970-10-24T00:00:00

Minimum Elevation: -5361.0 m * Maximum Elevation: -1927.0 m

Event(s):

2-9A * Latitude: 32.773300 * Longitude: -59.195000 * Date/Time: 1968-10-21T00:00:00 * Elevation: -4973.0 m * Penetration: 834.5 m * Recovery: 11.4 m * Location: North Atlantic/CONT RISE * Campaign: * Basis: Glomar Challenger * Method/Device: Drilling/drill rig (DRILL) * Comment: 7 cores; 710.5 m cored; 0 m drilled; 1.6 % recovery

12-112 * Latitude: 54.016700 * Longitude: -46.604000 * Date/Time: 1970-06-29T00:00:00 * Elevation: -3657.0 m * Penetration: 664 m * Recovery: 75.1 m * Location: North Atlantic * Campaign: * Basis: Glomar Challenger * Method/Device: Drilling/drill rig (DRILL) * Comment: 17 cores; 201 m cored; 0 m drilled; 37.4 % recovery

12-114 * Latitude: 59.933300 * Longitude: -26.800000 * Date/Time: 1970-07-11T00:00:00 * Elevation: -1927.0 m * Penetration: 623 m * Recovery: 45.9 m * Location: North Atlantic/RIDGE * Campaign: * Basis: Glomar Challenger * Method/Device: Drilling/drill rig (DRILL) * Comment: 7 cores; 55 m cored; 4 m drilled; 83.4 % recovery

Comment:

HAc= acetic acid attack, Hydrox= combined acid-reducing agent attack, HCl= hot 50% HCl attack.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Event label	Event
2	Sample code/label	Sample label		Horowitz, Arthur	DSDP/ODP/IODP sample designation
3	Method comment	Method comm		Horowitz, Arthur
4	Iron	Fe	%	Horowitz, Arthur		recalculated to the original sample weight
5	Iron	Fe	%	Horowitz, Arthur		percentage of metal removed by each attack
6	Manganese	Mn	%	Horowitz, Arthur		recalculated to the original sample weight
7	Manganese	Mn	%	Horowitz, Arthur		percentage of metal removed by each attack
8	Aluminium oxide	Al2O3	%	Horowitz, Arthur		recalculated to the original sample weight
9	Aluminium oxide	Al2O3	%	Horowitz, Arthur		percentage of metal removed by each attack
10	Titanium dioxide	TiO2	%	Horowitz, Arthur		recalculated to the original sample weight
11	Titanium dioxide	TiO2	%	Horowitz, Arthur		percentage of metal removed by each attack
12	Magnesium	Mg	%	Horowitz, Arthur		recalculated to the original sample weight
13	Magnesium	Mg	%	Horowitz, Arthur		percentage of metal removed by each attack
14	Calcium	Ca	%	Horowitz, Arthur		recalculated to the original sample weight
15	Calcium	Ca	%	Horowitz, Arthur		percentage of metal removed by each attack
16	Copper	Cu	mg/kg	Horowitz, Arthur		recalculated to the original sample weight
17	Copper	Cu	%	Horowitz, Arthur		percentage of metal removed by each attack
18	Zinc	Zn	mg/kg	Horowitz, Arthur		recalculated to the original sample weight
19	Zinc	Zn	%	Horowitz, Arthur		percentage of metal removed by each attack
20	Lead	Pb	mg/kg	Horowitz, Arthur		recalculated to the original sample weight
21	Lead	Pb	%	Horowitz, Arthur		percentage of metal removed by each attack
22	Chromium	Cr	mg/kg	Horowitz, Arthur		recalculated to the original sample weight
23	Chromium	Cr	%	Horowitz, Arthur		percentage of metal removed by each attack
24	Nickel	Ni	mg/kg	Horowitz, Arthur		recalculated to the original sample weight
25	Nickel	Ni	%	Horowitz, Arthur		percentage of metal removed by each attack
26	Lithium	Li	mg/kg	Horowitz, Arthur		recalculated to the original sample weight
27	Lithium	Li	%	Horowitz, Arthur		percentage of metal removed by each attack
28	Sum	Sum	%	Horowitz, Arthur

License:

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

Size:

1504 data points

Data

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

1 Event	2 Sample label	3 Method comm	4 Fe [%] (recalculated to the original ...)	5 Fe [%] (percentage of metal removed b...)	6 Mn [%] (recalculated to the original ...)	7 Mn [%] (percentage of metal removed b...)	8 Al2O3 [%] (recalculated to the original ...)	9 Al2O3 [%] (percentage of metal removed b...)	10 TiO2 [%] (recalculated to the original ...)	11 TiO2 [%] (percentage of metal removed b...)	12 Mg [%] (recalculated to the original ...)	13 Mg [%] (percentage of metal removed b...)	14 Ca [%] (recalculated to the original ...)	15 Ca [%] (percentage of metal removed b...)	16 Cu [mg/kg] (recalculated to the original ...)	17 Cu [%] (percentage of metal removed b...)	18 Zn [mg/kg] (recalculated to the original ...)	19 Zn [%] (percentage of metal removed b...)	20 Pb [mg/kg] (recalculated to the original ...)	21 Pb [%] (percentage of metal removed b...)	22 Cr [mg/kg] (recalculated to the original ...)	23 Cr [%] (percentage of metal removed b...)	24 Ni [mg/kg] (recalculated to the original ...)	25 Ni [%] (percentage of metal removed b...)	26 Li [mg/kg] (recalculated to the original ...)	27 Li [%] (percentage of metal removed b...)	28 Sum [%]
2-9A	2-9A-5-1,90-92		7.35		0.26		10.5		0.52		1.15		0.40		42		90		70		50		28		18
2-9A	2-9A-5-1,90-92	HAc	7.15	3	0.15	42	10.3	2	0.49	6	1.03	10	0.39	2	39	7	89	1	54	23	49	2	15	46	18	0	98.2
2-9A	2-9A-5-1,90-92	Hydrox	7.06	1	0.03	47	10.2	1	0.44	9	0.91	11	0.20	50	29	24	78	12	47	11	46	6	10	18	17	6	97.6
2-9A	2-9A-5-1,90-92	HCl	0.81	84	0.01	7	5.7	43	0.36	15	0.27	56	0.13	18	7	52	31	53	27	18	35	22	7	11	13	22	88.6
2-9A	2-9A-3-4,125-127		5.40		0.57		10.0		0.49		1.06		0.55		113		162		55		37		67		20
2-9A	2-9A-3-4,125-127	HAc	5.18	4	0.25	56	9.5	5	0.45	8	0.98	8	0.43	15	109	4	156	4	36	35	34	8	43	36	18	10	96.2
2-9A	2-9A-3-4,125-127	Hydrox	5.08	2	0.22	5	9.1	4	0.43	4	0.91	6	0.32	20	101	7	124	20	29	12	31	8	39	6	18	0	95.6
2-9A	2-9A-3-4,125-127	HCl	4.00	20	0.02	37	5.2	39	0.29	29	0.23	64	0.18	25	8	82	29	58	16	24	20	30	4	52	8	50	79.8
2-9A	2-9A-3-1,105-107		7.63		0.86		12.4		0.69		1.47		0.55		174		167		100		75		138		25
2-9A	2-9A-3-1,105-107	HAc	7.38	3	0.84	2	12.1	2	0.65	6	1.40	5	0.44	20	165	5	161	4	96	4	70	7	116	16	25	0	96.6
2-9A	2-9A-3-1,105-107	Hydrox	6.94	6	0.33	60	11.8	3	0.59	9	1.28	8	0.29	27	147	11	146	9	76	20	57	17	62	40	25	0	95.2
2-9A	2-9A-3-1,105-107	HCl	0.53	84	0.01	37	6.3	44	0.48	14	0.24	71	0.16	24	12	77	34	63	28	48	29	37	8	38	10	40	79.9
2-9A	2-9A-1-6,50-52		4.40		0.80		15.6		0.59		0.58		0.55		189		152		65		105		172		73
2-9A	2-9A-1-6,50-52	HAc	4.37	1	0.76	5	14.9	4	0.60	0	1.46	8	0.51	7	181	4	147	3	62	5	98	7	164	5	71	3	98.1
2-9A	2-9A-1-6,50-52	Hydrox	4.12	5	0.38	48	14.5	3	0.56	5	1.33	8	0.29	40	156	9	127	13	49	20	88	9	85	46	69	3	97.5
2-9A	2-9A-1-6,50-52	HCl	0.81	76	0.02	45	11.1	22	0.45	19	0.37	61	0.23	11	45	63	50	51	32	26	41	45	14	41	38	42	90.3
2-9A	2-9A-1-1,25-27		5.00		0.74		16.6		0.52		1.63		1.60		238		152		85		60		160		80
2-9A	2-9A-1-1,25-27	HAc	5.00	0	0.72	3	16.2	2	0.49	6	1.52	7	1.32	18	226	5	142	7	78	8	57	5	147	8	78	3	97.9
2-9A	2-9A-1-1,25-27	Hydrox	4.90	2	0.21	66	15.3	6	0.46	6	1.43	5	1.27	3	196	13	118	15	52	31	54	5	83	40	76	3	98.8
2-9A	2-9A-1-1,25-27	HCl	1.11	76	0.02	28	10.1	31	0.37	17	0.37	65	1.02	16	88	45	60	39	25	32	43	18	34	31	48	34	85.1
12-112	12-112-16-1,108-110		3.40		0.23		4.7		0.22		1.22		5.35		53		46		45		50		28		51
12-112	12-112-16-1,108-110	HAc	3.31	3	0.22	4	4.6	1	0.22	0	1.17	4	0.32	94	52	2	46	0	35	22	48	4	26	7	51	0	86.1
12-112	12-112-16-1,108-110	Hydrox	3.05	7	0.02	87	4.5	2	0.20	9	1.13	3	0.22	2	44	15	42	9	26	20	42	12	16	36	51	0	87.0
12-112	12-112-16-1,108-110	HCl	0.47	76	0.01	5	2.9	35	0.12	37	0.25	73	0.17	1	10	64	21	45	12	31	15	54	4	43	22	57	83.0
12-114	12-114-6-6,140-142		6.90		0.10		9.9		2.32		1.83		11.10		71		116		60		75		48		15
12-114	12-114-6-6,140-142	HAc	6.84	1	0.10	0	9.9	0	2.25	3	1.70	7	1.54	87	67	6	109	6	53	11	72	4	45	6	14	7	75.1
12-114	12-114-6-6,140-142	Hydrox	6.66	4	0.06	40	9.6	3	2.22	1	1.62	5	1.48	1	60	10	96	11	48	9	66	8	21	50	14	0	74.3
12-114	12-114-6-6,140-142	HCl	2.60	57	0.04	20	5.7	40	1.10	43	0.91	38	1.04	4	23	52	46	44	32	27	39	36	7	30	5	60	64.7
12-114	12-114-2-4,75-77		7.90		0.13		11.8		2.14		2.48		8.00		86		235		64		90		40		24
12-114	12-114-2-4,75-77	HAc	7.72	2	0.12	8	11.6	2	2.08	3	2.20	11	0.86	89	79	8	228	3	54	10	87	3	36	10	22	8	81.6
12-114	12-114-2-4,75-77	Hydrox	7.28	6	0.10	15	10.8	6	1.88	9	2.10	4	0.80	1	73	7	214	6	48	10	75	14	30	15	20	9	80.4
12-114	12-114-2-4,75-77	HCl	2.27	63	0.02	62	5.4	46	0.94	44	0.86	50	0.63	2	23	59	65	63	20	47	29	51	7	58	6	58	72.3
12-118	12-118-19-1,50-52		5.40		0.66		16.7		0.81		1.20		0.60		67		136		77		63		95		65
12-118	12-118-19-1,50-52	HAc	5.29	2	0.64	3	16.2	3	0.76	6	1.14	5	0.49	18	63	6	128	6	75	3	59	6	92	3	63	3	98.2
12-118	12-118-19-1,50-52	Hydrox	5.25	1	0.14	76	15.4	5	0.66	13	1.12	2	0.15	57	54	13	112	12	54	27	54	8	34	61	63	0	97.6
12-118	12-118-19-1,50-52	HCl	1.02	78	0.02	18	11.9	21	0.43	28	0.30	68	0.10	8	13	62	43	50	25	38	34	32	9	27	44	29	84.6
12-118	12-118-18-2,50-52		4.91		0.66		16.1		0.69		1.19		0.97		67		131		123		80		58		65
12-118	12-118-18-2,50-52	HAc	4.75	3	0.60	9	15.7	2	0.70	0	1.07	10	0.42	57	65	3	127	3	115	7	76	5	53	9	64	1	96.5
12-118	12-118-18-2,50-52	Hydrox	4.28	10	0.10	76	14.7	7	0.64	7	0.95	10	0.21	22	50	22	108	15	79	27	70	8	24	50	63	2	95.2
12-118	12-118-18-2,50-52	HCl	0.68	73	0.01	13	10.5	26	0.52	18	0.25	58	0.14	7	8	63	33	57	17	52	42	35	12	20	35	43	83.3
14-136	14-136-8-1,50-52		7.20		0.21		12.5		3.50		2.14		6.90		70		114		60		110		97		47
14-136	14-136-8-1,50-52	HAc	7.20	0	0.19	10	12.5	0	3.46	1	2.08	3	0.96	73	68	3	110	4	54	10	109	1	92	5	47	0	86.5
14-136	14-136-8-1,50-52	Hydrox	7.10	1	0.05	71	12.1	3	3.29	5	2.05	1	?0.38	8	53	21	84	22	38	28	96	12	47	47	46	2	84.9
14-136	14-136-8-1,50-52	HCl	0.55	93	0.01	14	2.9	74	1.96	38	1.16	42	0.13	4	6	67	14	62	11	44	45	45	8	40	3	92	55.8
14-136	14-136-6-1,100-102		6.35		0.25		14.9		2.32		2.27		2.40		91		178		70		105		58		51
14-136	14-136-6-1,100-102	HAc	6.20	2	0.25	0	14.9	0	2.28	2	2.06	2	1.16	52	89	2	172	3	65	7	102	3	54	7	50	2	96.6
14-136	14-136-6-1,100-102	Hydrox	5.86	6	0.06	80	14.3	4	2.16	5	1.80	12	0.24	38	75	16	115	32	48	24	93	8	24	52	49	2	96.0
14-136	14-136-6-1,100-102	HCl	1.26	72	0.01	16	8.2	41	1.53	25	0.44	60	0.15	4	11	70	33	47	22	38	60	32	7	29	20	57	74.2
14-137	14-137-16-4,90-92		1.33		0.40		2.9		0.23		0.59		30.20		63		83		95		45		88		12
14-137	14-137-16-4,90-92	HAc	1.34	0	0.38	5	2.8	1	0.22	4	0.45	24	1.22	96	60	5	80	4	75	21	43	4	83	6	12	0	34.4
14-137	14-137-16-4,90-92	Hydrox	1.20	10	0.03	87	2.8	2	0.19	13	0.37	13	0.68	2	38	35	32	57	14	43	37	14	34	55	10	17	31.7
14-137	14-137-16-4,90-92	HCl	0.25	71	0.01	5	0.9	63	0.08	31	0.11	44	0.37	1	12	39	9	27	7	24	20	38	10	28	3	58	23.9
14-137	14-137-16-3,90-92		2.53		0.22		4.5		0.23		0.83		18.30		30		66		57		43		30		14
14-137	14-137-16-3,90-92	HAc	2.31	9	0.19	14	4.1	8	0.20	13	0.77	7	1.26	93	26	13	57	14	44	23	37	14	26	13	12	14	54.5
14-137	14-137-16-3,90-92	Hydrox	2.08	9	0.03	72	3.8	7	0.18	9	0.71	7	1.09	1	16	34	41	9	26	31	31	14	10	54	11	7	51.5
14-137	14-137-16-3,90-92	HCl	0.69	55	0.01	10	2.2	35	0.14	17	0.24	57	0.27	4	7	30	19	48	10	29	19	28	5	16	7	29	47.9
14-138	14-138-6-3,145-147		3.78		0.84		5.8		0.29		6.05		12.10		69		127		85		80		123		16
14-138	14-138-6-3,145-147	HAc	3.54	1	0.66	21	5.7	1	0.28	3	5.45	10	10.10	17	63	9	120	6	77	9	77	4	110	11	16	0	96.1
14-138	14-138-6-3,145-147	Hydrox	3.05	2	0.21	54	4.9	15	0.23	14	3.61	30	5.55	46	42	30	76	34	50	32	66	14	55	44	14	12	84.0
14-138	14-138-6-3,145-147	HCl	1.86	48	0.03	21	3.3	28	0.14	35	0.49	52	0.28	44	18	35	29	37	21	34	40	32	18	30	10	25	69.5
14-138	14-138-6-3,20-22		3.90		0.48		8.7		0.34		3.92		7.80		164		158		65		75		50		24
14-138	14-138-6-3,20-22	HAc	3.62	7	0.27	44	8.6	1	0.32	6	3.47	12	5.46	30	152	7	141	11	55	15	71	5	38	24	24	0	94.8
14-138	14-138-6-3,20-22	Hydrox	2.74	23	0.12	31	6.5	24	0.23	26	2.21	6	3.51	35	115	23	79	39	19	71	30	55	19	38	18	25	74.5
14-138	14-138-6-3,20-22	HCl	1.37	35	0.01	23	4.2	27	0.18	17	0.39	72	0.20	42	65	30	26	34	16	4	26	5	9	44	10	33	65.3