Citation:

dsdp.proc.59.124.1981

Name: (Table 1) Oxygen, sulfur, and carbon isotopic composition of pore water and of cores in DSDP Leg 59 Holes
Published: 1981
License: https://creativecommons.org/licenses/by/3.0/

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Project(s):

Deep Sea Drilling Project (DSDP)

Coverage:

Median Latitude: 17.536729 * Median Longitude: 136.704157 * South-bound Latitude: 16.341000 * West-bound Longitude: 133.289500 * North-bound Latitude: 18.030700 * East-bound Longitude: 143.276200

Date/Time Start: 1978-02-06T00:00:00 * Date/Time End: 1978-03-07T00:00:00

Minimum DEPTH, sediment/rock: 2.7 m * Maximum DEPTH, sediment/rock: 480.0 m

Event(s):

59-447 * Latitude: 18.014700 * Longitude: 133.289500 * Date/Time: 1978-02-06T00:00:00 * Elevation: -6022.0 m * Penetration: 9 m * Recovery: 0.4 m * Location: North Pacific/Philippine Sea/BASIN * Campaign: * Basis: Glomar Challenger * Method/Device: Drilling/drill rig (DRILL) * Comment: 1 cores; 9 m cored; 0 m drilled; 4.4 % recovery

59-447A * Latitude: 18.014700 * Longitude: 133.289500 * Date/Time: 1978-02-06T00:00:00 * Elevation: -6022.0 m * Penetration: 296.5 m * Recovery: 154.5 m * Location: North Pacific/Philippine Sea/BASIN * Campaign: * Basis: Glomar Challenger * Method/Device: Drilling/drill rig (DRILL) * Comment: 36 cores; 287 m cored; 9.5 m drilled; 53.8 % recovery

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

Comment:

Sediment depth is given in mbsf. Empty cells mean no data.

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	Sample code/label	Sample label		Migdisov, Areg A	DSDP/ODP/IODP sample designation
6	DEPTH, sediment/rock	Depth sed	m			Geocode
7	Lithology/composition/facies	Lithology		Migdisov, Areg A
8	δ18O, water	δ18O H2O	‰ SMOW	Migdisov, Areg A	Mass spectrometry
9	δ34S, sulfate	δ34S [SO4]2-	‰ CDT	Migdisov, Areg A	Mass spectrometry
10	Sulfate	[SO4]2-	%	Migdisov, Areg A	Mass spectrometry	# = Sulfate was separated from rock samples with the use of hot distilled water
11	Carbon dioxide	CO2	%	Migdisov, Areg A	Mass spectrometry
12	δ13C, carbonate	δ13C carb	‰ PDB	Migdisov, Areg A	Mass spectrometry
13	δ18O, carbonate	δ18O carb	‰ SMOW	Migdisov, Areg A	Mass spectrometry
14	Pyrite, FeS2	Py	%	Migdisov, Areg A	Mass spectrometry
15	δ34S, pyrite	δ34S Py	‰ CDT	Migdisov, Areg A	Mass spectrometry

License:

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

Size:

279 data points

Data

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

1 Event	2 Latitude	3 Longitude	4 Elevation [m]	5 Sample label	6 Depth sed [m]	7 Lithology	8 δ18O H2O [‰ SMOW]	9 δ34S [SO4]2- [‰ CDT]	10 [SO4]2- [%]	11 CO2 [%]	12 δ13C carb [‰ PDB]	13 δ18O carb [‰ SMOW]	14 Py [%]	15 δ34S Py [‰ CDT]
59-451	18.0147	143.2762	-2060	59-451-2-4,140-150	11.0	Foraminifer-nannofossil ooze	-0.5	20.4	0.103	29.36	0.0	29.9	<0.001
59-451	18.0147	143.2762	-2060	59-451-5-3,140-150	38.0	Carbonate-bearing vitric tuff	-0.1	19.9	0.096	6.56	0.7	29.7	<0.001
59-451	18.0147	143.2762	-2060	59-451-14-1,140-150	120.5	Carbonate-bearing vitric tuff	0.0	20.5	0.090	4.97	0.4	30.0	0.017	-5.8
59-451	18.0147	143.2762	-2060	59-451-34-1,140-150	310.5	Vitric tuff		10.8	#0.217	0.58	-2.3	12.1	0.312	-2.7
59-451	18.0147	143.2762	-2060	59-451-54-2,0-8	480.0	Vitric tuff with basaltic clasts and calcite veins					0.8	28.5	0.005
59-450	18.0003	140.7890	-4707	59-450-1-4,144-150	6.0	Pelagic clay	-1.1	19.3	0.082	0.51			<0.001
59-450	18.0003	140.7890	-4707	59-450-5-2,144-150	39.0	Ash-bearing	-0.5	19.4	0.104	<0.01			<0.001
59-450	18.0003	140.7890	-4707	59-450-12-2,140-150	105.4	Pelagic clay vitric tuff	-0.2	19.1	0.091	0.64			<0.001
59-450	18.0003	140.7890	-4707	59-450-16-3,140-150	145.0	Pelagic clay vitric tuff	-0.5	20.4	0.096	0.05			<0.001
59-450	18.0003	140.7890	-4707	59-450-20-1,140-150	180.0	Pelagic clay vitric tuff	-1.6	18.4	0.100	0.69			0.003
59-450	18.0003	140.7890	-4707	59-450-24-3,140-150	221.0	Pelagic clay vitric tuff	-1.4	19.7	0.092	0.36			0.003
59-450	18.0003	140.7890	-4707	59-450-28-4,140-150	260.5	Carbonate-bearing vitric tuff	-1.5	19.5	0.090	2.62	1.0	29.6	<0.001
59-450	18.0003	140.7890	-4707	59-450-32-3,140-150	306.5	Carbonate-bearing vitric tuff	-1.5	20.7	0.091	3.34	1.9	29.3	<0.001
59-449	18.0307	136.5365	-4712	59-449-2-2,140-150	3.0	Pelagic clay	-0.7	19.3	0.090	0.40
59-449	18.0307	136.5365	-4712	59-449-5-1,140-150	30.0	Pelagic clay	-0.3	20.1	0.089	0.19
59-449	18.0307	136.5365	-4712	59-449-7-5,24-29	55.0	Clay-bearing nannofossil ooze				22.22	1.8	30.0
59-449	18.0307	136.5365	-4712	59-449-8-4,140-150	63.0	Pelagic clay	-0.1	20.1	0.092	1.17
59-449	18.0307	136.5365	-4712	59-449-11-4,140-150	91.0	Pelagic clay	0.2	19.4	0.092	0.30
59-449	18.0307	136.5365	-4712	59-449-12-2,102-104	98.0	Nannofossil ooze		19.7	#0.092	28.26	2.2	31.2	<0.001
59-448	16.3410	134.8742	-3483	59-448-1-2,113-128	2.7	Nannofossil ooze	-0.8	19.7	0.081	32.78	0.9	31.6	<0.001
59-448	16.3410	134.8742	-3483	59-448-6-3,140-150	47.5	Nannofossil ooze	0.5		0.103	21.30	1.5	31.5	0.004
59-448	16.3410	134.8742	-3483	59-448-11-1,47-49	91.5	Nannofossil ooze				34.56	1.6	31.8	<0.001
59-448	16.3410	134.8742	-3483	59-448-11-4,140-150	96.5	Nannofossil ooze	0.1	19.9	0.082
59-448	16.3410	134.8742	-3483	59-448-13-4,119-121	115.5	Nannofossil chalk				36.54	1.1	31.9	<0.001
59-448	16.3410	134.8742	-3483	59-448-14-3,9-11	123.5	Nannofossil chalk		19.2	#0.115	38.89	1.3	31.2	<0.001
59-448	16.3410	134.8742	-3483	59-448-16-5,140-150	145.5	Nannofossil chalk	0.0	19.8	0.089	35.57	1.2	31.6
59-448	16.3410	134.8742	-3483	59-448-17-5,22-24	153.5	Fine vitric tuff				1.03	7.3	33.1
59-448	16.3410	134.8742	-3483	59-448-21-3,135-150	190.0	Fine vitric tuff	-0.7	19.4	0.090	<0.01			<0.001
59-448	16.3410	134.8742	-3483	59-448-26-2,141-160	235.9	Fine vitric tuff	-0.4	19.5	0.088	0.04			0.120	-5.4
59-448	16.3410	134.8742	-3483	59-448-29-1,30-32	263.0	Carbonate-rich vitric tuff				19.60	1.6	29.7	0.006
59-448	16.3410	134.8742	-3483	59-448-31-1,87-90	282.0	Ash-bearing nannofossil chalk				22.94	1.3	30.8	<0.001
59-448	16.3410	134.8742	-3483	59-448-34-1,38-40	310.0	Carbonate-bearing vitric tuff				6.22	-1.8	31.5
59-448	16.3410	134.8742	-3483	59-448-34-2,71-73	311.5	Volcaniclastic breccia		18.2	#0.092				<0.001
59-448A	16.3410	134.8742	-3483	59-448A-6-1,140-150	253.5	Vitric tuff	-0.2			0.08			0.005
59-448A	16.3410	134.8742	-3483	59-448A-8-1,57-60	272.0	Nannofossil chalk		20.3	#0.148	25.25	1.4	31.7	<0.001
59-447A	18.0147	133.2895	-6022	59-447A-1-3,98-100	7.0	Pelagic clay		19.7	#0.137
59-447	18.0147	133.2895	-6022	59-447-4-3,140-150	32.5	Pelagic clay		19.3	#0.127				<0.001
59-447A	18.0147	133.2895	-6022	59-447A-5-2,97-99	40.5	Sedimentary breccia				5.77	1.6	29.3
59-447A	18.0147	133.2895	-6022	59-447A-6-4,63-65	52.0	Pelagic clay		20.2	#0.095
59-447A	18.0147	133.2895	-6022	59-447A-6-5,140-150	54.5	Pelagic clay	-0.5	20.1	0.102	0.92			<0.001
59-447A	18.0147	133.2895	-6022	59-447A-7-4,77-79	61.5	Volcanic glass-bearing pelagic clay		19.3	#0.046				0.005
59-447A	18.0147	133.2895	-6022	59-447A-11-1,11-15	94.5	Basalt-derived sedimentary breccia		19.2	#0.078				0.010