Citation:

dsdp.proc.59.130.1981

Name: (Table 2) Major-element whole-rock and glass chemistry of flows, dikes, sills, and clasts in breccias between flows from DSDP Site 59-448
Creator: Robert Scott
Published: 1981
License: https://creativecommons.org/licenses/by/3.0/

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Project(s):

Deep Sea Drilling Project (DSDP)

Coverage:

Latitude: 16.341000 * Longitude: 134.874200

Date/Time Start: 1978-02-13T00:00:00 * Date/Time End: 1978-02-13T00:00:00

Minimum Elevation: -3483.0 m * Maximum Elevation: -3483.0 m

Event(s):

59-448 * Latitude: 16.341000 * Longitude: 134.874200 * Date/Time: 1978-02-13T00:00:00 * Elevation: -3483.0 m * Penetration: 584.5 m * Recovery: 234.1 m * Location: North Pacific/Philippine Sea/RIDGE * Campaign: * Basis: Glomar Challenger * Method/Device: Drilling/drill rig (DRILL) * Comment: 57 cores; 518 m cored; 66.5 m drilled; 45.2 % recovery

59-448A * Latitude: 16.341000 * Longitude: 134.874200 * Date/Time: 1978-02-13T00:00:00 * Elevation: -3483.0 m * Penetration: 914 m * Recovery: 226.7 m * Location: North Pacific/Philippine Sea/RIDGE * Campaign: * Basis: Glomar Challenger * Method/Device: Drilling/drill rig (DRILL) * Comment: 66 cores; 704.5 m cored; 0 m drilled; 32.2 % recovery

Comment:

Empty cells indicates that no analysis was made.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Event label	Event
2	Sample code/label	Sample label		Scott, Robert	DSDP/ODP/IODP sample designation
3	Lithologic unit/sequence	Unit		Scott, Robert
4	Sample method	Sample method		Scott, Robert		1, 2, 3, and 4 refer to different areas analyzed by probe or by atomic absorption and colorimetric methods at the same interval
5	Silicon dioxide	SiO2	%	Scott, Robert	see sample method
6	Titanium dioxide	TiO2	%	Scott, Robert	see sample method
7	Aluminium oxide	Al2O3	%	Scott, Robert	see sample method
8	Iron oxide, FeO	FeO	%	Scott, Robert	see sample method	Total iron
9	Manganese oxide	MnO	%	Scott, Robert	see sample method
10	Magnesium oxide	MgO	%	Scott, Robert	see sample method
11	Calcium oxide	CaO	%	Scott, Robert	see sample method
12	Sodium oxide	Na2O	%	Scott, Robert	see sample method
13	Potassium oxide	K2O	%	Scott, Robert	see sample method

License:

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

Size:

1546 data points

Data

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

1 Event	2 Sample label	3 Unit	4 Sample method	5 SiO2 [%]	6 TiO2 [%]	7 Al2O3 [%]	8 FeO [%]	9 MnO [%]	10 MgO [%]	11 CaO [%]	12 Na2O [%]	13 K2O [%]
59-448	59-448-37-1,32	Unit 6 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	43.2	1.54	14.20	13.25	0.22	4.67	10.27	2.93	0.72
59-448	59-448-37-1,52	Unit 6 (flow)	Atomic absorption and colorimetric method	50.8	1.52	13.50	14.85	0.29	4.27	9.03	2.58	1.37
59-448	59-448-37-1,52	Unit 6 (flow)	Glass microprobe data 1	51.6	1.44	13.00	15.58		4.04	8.60	2.49	0.38
59-448	59-448-37-1,52	Unit 6 (flow)	Glass microprobe data 2	51.8	1.50	13.00	15.62		4.02	8.60	2.49	0.38
59-448	59-448-39-1,75	Unit 6 (flow)	Atomic absorption and colorimetric method	50.3	1.58	12.73	14.55	0.33	4.32	8.27	2.29	1.32
59-448	59-448-39-1,75	Unit 6 (flow)	Glass microprobe data 1	51.0	1.51	12.94	15.02		4.04	8.84	2.46	0.42
59-448	59-448-39-1,75	Unit 6 (flow)	Glass microprobe data 2	51.0	1.43	12.88	15.24		4.12	8.71	2.59	0.39
59-448	59-448-39-1,116	Unit 6 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	49.4	1.64	13.80	13.58	0.22	4.64	9.96	2.90	0.79
59-448	59-448-39-2,32	Unit 6 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	49.3	1.63	14.00	13.74	0.22	4.14	9.60	3.17	0.80
59-448	59-448-40-1,68	Unit 6 (flow)	Atomic absorption and colorimetric method	50.7	1.57	12.90	13.59	0.29	4.39	10.20	2.55	0.59
59-448	59-448-40-1,82	Unit 6 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	49.8	1.52	12.70	13.52	0.24	4.67	8.82	2.72	1.61
59-448	59-448-43-1,119	Unit 8 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	48.5	1.60	13.40	14.53	0.28	3.59	8.63	2.81	1.31
59-448	59-448-43-2,21	Unit 8 (flow)	Atomic absorption and colorimetric method	51.2	1.57	13.60	14.37	0.17	4.05	8.34	2.55	0.63
59-448	59-448-44-1,103	Unit 8 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	49.6	1.54	14.00	14.00	0.23	4.63	9.54	2.95	0.57
59-448	59-448-47-2,22	Unit 9 (flow)	Atomic absorption and colorimetric method	50.9	1.48	14.10	13.73	0.31	3.77	8.52	2.26	1.40
59-448	59-448-47-2,22	Unit 9 (flow)	Glass microprobe data 1	52.8	1.23	13.40	11.88		3.14	8.05	2.38	0.38
59-448	59-448-47-2,22	Unit 9 (flow)	Glass microprobe data 2	53.0	1.32	12.70	13.99		3.20	7.98	2.07	0.41
59-448	59-448-48-1,77	Unit 9 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	47.9	1.60	14.60	14.61	0.23	3.24	9.45	3.11	0.86
59-448	59-448-48-1,119	Unit 9 (flow)	Atomic absorption and colorimetric method	50.7	1.53	13.90	15.15	0.24	3.28	8.19	2.77	0.51
59-448	59-448-48-2,18	Unit 9 (flow)	Atomic absorption and colorimetric method	50.4	1.57	13.50	14.16	0.26	3.81	8.27	2.61	0.59
59-448	59-448-48-2,93	Unit 9 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	47.7	1.55	14.10	14.26	0.25	3.37	10.29	3.00	0.61
59-448	59-448-48-3,22	Unit 9 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	49.8	1.52	14.30	13.94	0.23	4.48	9.53	2.85	0.68
59-448	59-448-50-3,80	Unit 10 (clast)	Atomic absorption and colorimetric method	60.0	1.30	12.80	11.11	0.24	2.37	5.72	2.77	0.46
59-448	59-448-50-4,50	Unit 10 (clast)	Atomic absorption and colorimetric method	47.2	1.45	16.60	11.30	0.16	4.48	7.93	3.93	1.17
59-448	59-448-51-4,38	Unit 11 (flow)	Atomic absorption and colorimetric method	49.4	1.28	13.40	14.39	0.22	5.11	9.29	2.40	1.10
59-448	59-448-52-1,80	Unit 11 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	49.2	1.21	13.90	12.66	0.24	4.56	9.69	2.80	1.14
59-448	59-448-53-1,2	Unit 11 (flow)	Atomic absorption and colorimetric method	50.6	1.27	13.60	12.43	0.26	4.33	5.29	2.41	1.23
59-448	59-448-53-1,2	Unit 11 (flow)	Glass microprobe data 1	51.9	1.11	13.30	13.45		4.62	8.78	2.46	0.37
59-448	59-448-53-1,2	Unit 11 (flow)	Glass microprobe data 2	52.4	1.01	14.30	13.20		4.48	8.91	2.62	0.33
59-448	59-448-53-2,58	Unit 11 (flow)	Atomic absorption and colorimetric method	49.8	1.19	14.50	13.56	0.22	4.87	9.03	2.29	0.51
59-448	59-448-53-2,59	Unit 11 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	49.2	1.15	14.70	12.12	0.20	5.19	10.23	3.33	0.47
59-448	59-448-55-1,110	Unit 12 (clast)	Atomic absorption and colorimetric method	50.6	1.05	14.50	6.39	0.11	2.29	4.32	4.53	4.25
59-448	59-448-57-1,33	Unit 12 (clast)	Atomic absorption and colorimetric method	48.7	0.93	16.10	10.81	0.07	6.56	9.56	2.57	1.09
59-448	59-448-57-2,16	Unit 12 (clast)	Atomic absorption and colorimetric method	49.2	1.21	16.70	12.28	0.15	4.89	7.83	2.95	1.36
59-448	59-448-57-2,102	Unit 12 (clast)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	48.9	0.81	17.10	10.47	0.22	5.37	10.56	2.45	0.56
59-448	59-448-58-2,58	Unit 12 (clast)	Atomic absorption and colorimetric method	50.3	0.97	14.30	12.85	0.28	5.29	9.27	2.34	0.50
59-448	59-448-58-2,49	Unit 12 (clast)	Atomic absorption and colorimetric method	51.0	1.30	14.20	11.36	0.27	3.92	8.38	2.64	1.79
59-448	59-448-58-3,77	Unit 13 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	49.9	1.12	14.50	11.29	0.19	4.52	9.24	3.39	1.65
59-448	59-448-58-3,113	Unit 13 (flow)	Atomic absorption and colorimetric method	53.7	1.04	13.20	12.16	0.17	4.32	7.72	2.42	1.57
59-448	59-448-58-3,113	Unit 13 (flow)	Glass microprobe data 1	55.4	1.14	13.60	12.37		3.65	8.35	2.43	0.44
59-448	59-448-58-3,113	Unit 13 (flow)	Glass microprobe data 2	54.1	1.09	13.30	12.60		3.64	8.11	2.80	0.52
59-448	59-448-58-4,138	Unit 13 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	48.0	1.02	14.20	10.24	0.17	3.88	12.74	4.56	1.20
59-448	59-448-59-1,62	Unit 13 (flow)	Atomic absorption and colorimetric method	52.9	1.16	13.50	11.70	0.21	5.25	8.19	2.79	1.38
59-448	59-448-59-1,62	Unit 13 (flow)	Glass microprobe data 1	55.4	1.12	13.30	12.43		3.67	8.11	2.53	0.49
59-448	59-448-59-1,62	Unit 13 (flow)	Glass microprobe data 2	55.6	1.17	13.50	12.53		3.69	8.45	2.74	0.45
59-448	59-448-59-2,61	Unit 13 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	50.7	1.09	16.80	10.81	0.19	4.47	9.80	2.98	0.83
59-448	59-448-59-3,51	Unit 13 (flow)	Glass microprobe data 1	54.5	1.09	14.20	12.66		3.66	7.83	2.40	0.45
59-448	59-448-59-3,51	Unit 13 (flow)	Glass microprobe data 2	54.8	1.16	13.20	12.69		3.70	8.07	2.23	0.44
59-448	59-448-59-3,74	Unit 13 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	50.0	1.10	16.40	10.48	0.17	4.28	10.27	3.58	1.19
59-448	59-448-61-3,55	Unit 13 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	50.2	1.12	15.00	11.01	0.15	6.30	8.84	3.44	1.41
59-448A	59-448A-15-1,30	Unit 13 (flow)	Atomic absorption and colorimetric method	52.6	1.03	15.15	10.96	0.16	4.05	8.41	2.73	1.49
59-448A	59-448A-15-1,30	Unit 13 (flow)	Glass microprobe data 1	54.9	1.11	13.50	12.08		3.56	8.26	2.23	0.41
59-448A	59-448A-15-1,30	Unit 13 (flow)	Glass microprobe data 2	54.7	1.09	13.80	12.22		3.55	8.03	1.94	0.44
59-448A	59-448A-15-1,123	Unit 13 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	49.4	1.11	15.90	11.02	0.20	4.68	10.12	3.47	0.94
59-448A	59-448A-15-3,143	Unit 13 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	50.2	1.08	16.40	10.70	0.18	4.02	10.16	3.16	1.39
59-448A	59-448A-16-2,71	Unit 13 (flow)	Atomic absorption and colorimetric method	52.2	1.06	15.70	11.36	0.17	4.07	8.16	2.38	1.26
59-448A	59-448A-16-2,71	Unit 13 (flow)	Glass microprobe data 1	55.2	1.12	13.50	12.30		3.69	8.18	2.70	0.49
59-448A	59-448A-16-2,71	Unit 13 (flow)	Glass microprobe data 2	55.2	1.02	13.40	12.40		3.71	8.20	2.79	0.44
59-448A	59-448A-16-3,10	Unit 14 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	50.0	1.09	15.90	11.00	0.19	4.96	9.79	3.17	1.05
59-448A	59-448A-17-1,87	Unit 14 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	49.7	1.15	15.50	11.49	0.20	4.11	9.72	3.00	1.33
59-448A	59-448A-18-1,77	Unit 14 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	50.8	1.12	14.50	11.45	0.21	4.14	8.93	3.14	1.82
59-448A	59-448A-18-1,112	Unit 14 (flow)	Glass microprobe data 1	55.4	1.11	13.40	12.63		3.66	8.33	2.64	0.45
59-448A	59-448A-18-1,112	Unit 14 (flow)	Glass microprobe data 2	55.4	1.14	13.50	12.63		3.62	8.25	2.42	0.47
59-448A	59-448A-18-1,112	Unit 14 (flow)	Glass microprobe data 3	55.2	1.13	13.40	12.50		3.65	8.30	2.72	0.47
59-448A	59-448A-18-1,112	Unit 14 (flow)	Glass microprobe data 4	55.9	1.20	13.70	12.66		3.65	8.29	2.67	0.50
59-448A	59-448A-20-1,118	Unit 14 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	51.2	1.08	14.20	12.29	0.21	4.66	8.32	2.99	2.14
59-448A	59-448A-20-4,4	Unit 14 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	49.8	1.29	14.00	11.35	0.21	4.41	8.88	3.04	1.66
59-448A	59-448A-21-1,56	Unit 15 (clast)	Atomic absorption and colorimetric method	51.8	1.03	14.50	10.12	0.13	2.97	7.93	3.34	0.88
59-448A	59-448A-21-1,77	Unit 15 (clast)	Atomic absorption and colorimetric method	50.4	1.17	14.60	11.51	0.59	4.09	7.98	3.05	1.19
59-448A	59-448A-22-1,7	Unit 15 (clast)	Atomic absorption and colorimetric method	49.9	1.21	14.60	11.13	0.07	3.66	7.76	3.47	1.25
59-448A	59-448A-25-1,23	Unit 15 (clast)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	49.8	1.28	14.10	11.35	0.21	6.21	9.32	3.52	0.63
59-448A	59-448A-26-2,32	Unit 16 (flow)	Atomic absorption and colorimetric method	47.5	1.31	15.80	11.73	0.21	6.04	9.07	3.56	1.10
59-448A	59-448A-26-2,60	Unit 16 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	47.7	1.22	13.20	11.72	0.37	6.47	9.93	3.48	1.63
59-448A	59-448A-28-1,52	Unit 18 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	49.0	1.13	15.40	12.60	0.20	7.02	6.14	2.44	1.18
59-448A	59-448A-28-1,96	Unit 18 (flow)	Atomic absorption and colorimetric method	48.2	1.01	12.90	11.23	0.26	9.22	6.38	2.58	2.03
59-448A	59-448A-32-1,47	Unit 20 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	51.2	1.41	13.40	12.66	0.18	6.19	8.29	3.10	1.47
59-448A	59-448A-33-1,134	Unit 20 (flow)	Atomic absorption and colorimetric method	49.6	1.36	14.60	14.17	0.26	5.87	8.80	2.72	0.67
59-448A	59-448A-33-2,6	Unit 20 (flow)	Atomic absorption and colorimetric method	49.7	1.33	15.20	12.52	0.28	5.47	8.75	2.74	0.65
59-448A	59-448A-36-5,53	Unit 22 (flow)	Atomic absorption and colorimetric method	49.9	1.01	14.00	10.79	0.04	6.67	10.07	2.06	0.16
59-448A	59-448A-36-7,130	Unit 22 (flow)	Atomic absorption and colorimetric method	50.6	0.95	13.50	11.56	0.26	8.18	10.33	2.62	0.16
59-448A	59-448A-37-2,141	Unit 23 (flow)	Atomic absorption and colorimetric method	50.9	1.48	12.80	12.29	0.24	5.80	7.29	2.32	1.03
59-448A	59-448A-37-2,145	Unit 23 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	50.0	1.63	12.60	13.07	0.22	6.43	9.01	2.76	1.16
59-448A	59-448A-38-1,99	Unit 23 (flow)	Atomic absorption and colorimetric method	49.6	1.51	12.00	12.06	0.27	6.35	6.40	1.93	3.73
59-448A	59-448A-39-2,140	Unit 24 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	49.8	1.36	13.20	12.83	0.22	5.61	9.21	4.55	1.11
59-448A	59-448A-40-1,33	Unit 24 (flow)	Atomic absorption and colorimetric method	50.2	1.31	14.90	13.14	0.48	4.71	8.23	2.49	0.57
59-448A	59-448A-41-1,17	Unit 26 (dike)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	49.7	1.25	13.60	12.10	0.21	6.70	9.15	2.64	1.28
59-448A	59-448A-41-1,90	Unit 26 (dike)	Atomic absorption and colorimetric method	50.3	1.30	14.20	11.22	0.27	4.31	8.44	2.53	1.75
59-448A	59-448A-41-2,12	Unit 27 (dike)	Atomic absorption and colorimetric method 1	49.5	1.28	13.40	11.56	0.28	6.44	9.08	2.28	0.45
59-448A	59-448A-41-2,12	Unit 27 (dike)	Atomic absorption and colorimetric method 2	50.0	1.27	13.20	11.72	0.27	6.31	8.44	2.53	1.75
59-448A	59-448A-41-2,58	Unit 27 (dike)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	49.9	1.14	12.60	12.92	0.20	7.46	9.02	2.79	0.81
59-448A	59-448A-41-4,4	Unit 27 (dike)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	50.5	1.43	13.10	12.74	0.22	7.26	8.94	3.02	0.50
59-448A	59-448A-41-4,16	Unit 27 (dike)	Atomic absorption and colorimetric method	50.4	1.30	13.40	12.56	0.28	7.44	8.08	2.82	0.45
59-448A	59-448A-44-1,34	Unit 31 (flow)	Atomic absorption and colorimetric method	54.1	1.32	13.90	11.77	0.34	5.86	6.64	2.36	0.12
59-448A	59-448A-44-2,55	Unit 31 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	54.5	1.49	13.00	11.63	0.22	5.85	7.55	2.94	0.36
59-448A	59-448A-45-1,43	Unit 31 (flow)	Atomic absorption and colorimetric method	53.6	1.41	13.40	11.77	0.16	5.26	7.50	2.40	0.17
59-448A	59-448A-45-2,13	Unit 31 (flow)	Atomic absorption and colorimetric method	54.4	1.33	13.80	11.58	0.10	4.50	8.02	2.52	0.18
59-448A	59-448A-45-2,22	Unit 31 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	52.1	1.36	13.90	11.26	0.19	6.16	9.45	2.46	0.20
59-448A	59-448A-46-2,82	Unit 31 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	54.7	1.21	13.50	11.87	0.18	5.71	7.75	2.81	0.34
59-448A	59-448A-47-1,72	Unit 33 (sill)	Atomic absorption and colorimetric method	53.5	1.38	13.80	12.97	0.17	4.32	7.08	2.70	0.30
59-448A	59-448A-47-1,72	Unit 33 (sill)	Atomic absorption and colorimetric method	53.9	1.42	13.40	12.99	0.12	4.07	6.18	3.61	0.56
59-448A	59-448A-47-2,108	Unit 33 (sill)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	48.3	1.55	13.90	14.32	0.25	3.84	9.52	2.92	0.79
59-448A	59-448A-47-2,106	Unit 33 (sill)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	55.0	1.23	13.50	12.40	0.18	5.59	7.74	2.84	0.32
59-448A	59-448A-47-3,138	Unit 33 (sill)	Atomic absorption and colorimetric method 1	54.7	1.36	13.30	12.50	0.10	4.37	7.06	2.97	0.28
59-448A	59-448A-47-3,138	Unit 33 (sill)	Atomic absorption and colorimetric method 2	53.2	1.58	13.50	12.97	0.08	3.42	6.75	2.78	0.36
59-448A	59-448A-47-3,138	Unit 33 (sill)	Atomic absorption and colorimetric method 3	54.1	1.27	15.20	12.01	0.14	4.36	6.92	2.76	0.30
59-448A	59-448A-50-1,47	Unit 35 (sill)	Atomic absorption and colorimetric method	53.0	1.37	13.60	12.98	0.32	6.02	7.58	2.75	0.32
59-448A	59-448A-50-1,95	Unit 35 (sill)	Atomic absorption and colorimetric method	53.7	1.42	12.40	13.24	0.36	5.04	8.22	2.26	0.28
59-448A	59-448A-50-1,99	Unit 35 (sill)	Atomic absorption and colorimetric method	53.4	1.39	12.90	12.24	0.34	5.33	7.71	2.47	0.33
59-448A	59-448A-50-2,35	Unit 35 (sill)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	53.3	1.45	12.80	12.49	0.24	5.44	8.33	2.55	0.30
59-448A	59-448A-51-1,85	Unit 37 (dike)	Atomic absorption and colorimetric method	54.3	1.33	12.30	12.87	0.29	4.86	7.30	2.21	0.29
59-448A	59-448A-51-1,85	Unit 37 (dike)	Glass microprobe data 1	42.4	1.79	12.00	19.37		5.22	8.20	1.43	0.38
59-448A	59-448A-51-1,85	Unit 37 (dike)	Glass microprobe data 2	42.9	1.86	11.70	20.73		6.09	8.20	1.37	0.42
59-448A	59-448A-51-1,85	Unit 37 (dike)	Glass microprobe data 3	54.2	1.31	12.70	14.42		3.23	7.67	2.63	0.42
59-448A	59-448A-51-1,85	Unit 37 (dike)	Glass microprobe data 4	54.4	1.31	13.00	14.11		3.33	8.12	2.89	0.34
59-448A	59-448A-51-2,134	Unit 37 (dike)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	54.8	1.27	12.80	12.27	0.20	5.97	7.69	2.58	0.25
59-448A	59-448A-51-3,135	Unit 37 (dike)	Atomic absorption and colorimetric method	54.2	1.34	12.10	11.38	0.17	5.41	7.36	2.53	0.34
59-448A	59-448A-52-1,77	Unit 39 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	51.1	1.48	12.90	12.92	0.22	6.48	8.76	2.48	0.10
59-448A	59-448A-52-2,128	Unit 39 (flow)	Atomic absorption and colorimetric method	51.6	1.51	12.60	12.91	0.09	6.36	7.82	2.70	0.41
59-448A	59-448A-54-3,81	Unit 41 (flow)	Atomic absorption and colorimetric method	53.8	1.32	13.50	11.22	0.18	4.29	8.83	2.53	0.27
59-448A	59-448A-54-3,115	Unit 41 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	54.1	1.25	13.60	11.71	0.21	5.78	8.58	2.61	0.31
59-448A	59-448A-56-1,31	Unit 41 (flow)	Atomic absorption and colorimetric method	54.3	1.28	13.50	11.46	0.10	4.70	8.62	2.56	0.33
59-448A	59-448A-57-1,96	Unit 43 (flow)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	55.2	1.28	12.90	12.12	0.18	6.01	7.76	2.63	0.37
59-448A	59-448A-59-2,85	Unit 47 (sill)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	51.5	1.68	13.50	11.95	0.21	5.80	9.54	2.92	0.38
59-448A	59-448A-59-2,126	Unit 47 (sill)	Atomic absorption and colorimetric method	53.2	1.52	13.30	11.32	0.18	5.33	7.36	2.50	0.19
59-448A	59-448A-62-1,60	Unit 49 (dike)	Atomic absorption and colorimetric method 1	52.7	1.57	12.10	12.48	0.12	5.09	9.51	2.46	0.25
59-448A	59-448A-62-1,60	Unit 49 (dike)	Atomic absorption and colorimetric method 2	53.0	1.63	12.80	12.94	0.18	5.01	7.90	2.66	0.42
59-448A	59-448A-62-2,7	Unit 49 (dike)	Atomic absorption and colorimetric method	53.6	1.49	12.40	9.80	0.10	5.58	9.55	2.59	0.14
59-448A	59-448A-65-1,81	Unit 51 (dike)	XRF data collected at the University of Birmingham by John Tarney, David Mattey, and Nicholas Marsh for use by shipboard scientists on Leg 59	52.2	1.17	13.30	12.07	0.22	5.91	9.04	2.63	0.19
59-448A	59-448A-65-2,130	Unit 51 (dike)	Atomic absorption and colorimetric method	52.6	1.22	13.00	12.52	0.20	5.53	8.23	2.50	0.20
59-448A	59-448A-66-2,125	Unit 51 (dike)	Atomic absorption and colorimetric method 1	51.9	1.26	13.60	11.45	0.05	5.41	8.61	2.37	0.23
59-448A	59-448A-66-2,125	Unit 51 (dike)	Atomic absorption and colorimetric method 2	52.7	1.31	13.20	11.99	0.08	5.43	8.25	3.24	0.38