Citation:

1998PA900023

Name: Organic geochemistry, stable oxygen isotope record and Re and Mo concentrations in sediment core KT94-15_PC-9
Published: 1999
License: https://creativecommons.org/licenses/by/3.0/

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

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Related to:

Oba, Tadamichi; Murayama, Masafumi; Matsumoto, Eiji; Nakamura, Toshio (1995): AMS-14C Ages of Japan Sea Cores from the Oki Ridge. Quaternary Research-Tokyo, 34(4), 289-296, https://doi.org/10.4116/jaqua.34.4_289

Other version:

Crusius, John; Pedersen, Thomas F; Calvert, Stephen E; Cowie, Greg I; Oba, Tadamichi (1999): NOAA/WDS Paleoclimatology - Sea of Japan geochemical properties during the past 36,000 years. NOAA National Centers for Environmental Information, https://doi.org/10.25921/TRGG-VA31

Coverage:

Latitude: 39.572700 * Longitude: 139.406800

Minimum DEPTH, sediment/rock: 2.01 m * Maximum DEPTH, sediment/rock: 5.01 m

Event(s):

KT94-15_PC-9 (PC-9) * Latitude: 39.572700 * Longitude: 139.406800 * Elevation: -807.0 m * Location: Japan Sea * Method/Device: Piston corer (PC)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m	Crusius, John		Geocode
2	Age, dated	Age dated	ka	Crusius, John
3	Age, dated standard deviation	Age dated std dev	±	Crusius, John
4	Age, comment	Comm		Crusius, John
5	AGE	Age	ka BP	Crusius, John		Geocode
6	Carbon, organic, total	TOC	%	Crusius, John		precision: 3.10 %
7	Calcium carbonate	CaCO3	%	Crusius, John		precision: 3.70 %
8	Lignin, per unit mass total organic carbon	Lignin/TOC	%	Crusius, John		lambda, precision: 10 %
9	Rhenium	Re	µg/kg	Crusius, John		precision: 2 %
10	Molybdenum	Mo	mg/kg	Crusius, John		precision: 5 %
11	Globigerina umbilicata, δ18O	G. umbilicata δ18O	‰ PDB	Crusius, John	Mass spectrometer Finnigan MAT 252	precision: 0.04 per mil

License:

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

Size:

436 data points

Data

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

1 Depth sed [m]	2 Age dated [ka]	3 Age dated std dev [±]	4 Comm	5 Age [ka BP]	6 TOC [%]	7 CaCO3 [%]	8 Lignin/TOC [%]	9 Re [µg/kg]	10 Mo [mg/kg]	11 G. umbilicata δ18O [‰ PDB]
2.01				15.53				5.99	4.10	1.300
2.03				15.69	0.95	2.30
2.05				15.86				22.78	38.61	1.310
2.07				16.02	0.88	3.36		18.11	53.52
2.09				16.19						1.070
2.11				16.35	1.09	2.88		17.41	53.00
2.13				16.52
2.15				16.68	1.02	3.48				0.630
2.17				16.85				16.50	83.85
2.19				17.01	1.04	3.40				0.760
2.21	14.53		Oba et al. (1995)	17.18				14.50	80.96
2.23				17.34	1.03	3.05
2.25				17.51						0.557
2.27				17.67	1.02	3.82		15.98	63.95
2.29				17.83						0.540
2.31	15.80	0.07		18.00	0.82	12.52		15.13	43.93
2.33				18.16
2.35				18.33	0.72	3.05	0.7390			0.720
2.37				18.49				15.06	55.80
2.39				18.65	1.11	4.10				0.880
2.41				18.82				17.16	51.64
2.43				18.98	1.18	3.37
2.45				19.14						0.779
2.47				19.31	0.98	3.33		16.06	51.82
2.49				19.47				15.74	53.86	0.730
2.51				19.63	1.00	3.90
2.53				19.79						0.970
2.55				19.95	0.90	4.34
2.57				20.12				12.11	32.16
2.59				20.28	0.87	4.67		35.06	44.43	1.422
2.61				20.44				16.81	25.25
2.63				20.60	0.95	4.49				1.640
2.65				20.76
2.67				20.92	0.96	4.78		18.40	35.50
2.69	17.45		Oba et al. (1995)	21.08				18.85	18.66
2.71				21.24	0.94	4.84	0.8350
2.73				21.40						1.980
2.75				21.56	0.92	1.92
2.77				21.72				14.86	10.86
2.79				21.88	1.09	4.45				2.311
2.81				22.04				13.12	8.49
2.83				22.19	1.01	4.39				2.080
2.85				22.35						2.575
2.87				22.51	0.74	1.16		5.21	2.99	2.758
2.89				22.67						1.952
2.91				22.82	0.64	1.26		8.32	2.95
2.93				22.98						2.060
2.95				23.14	0.92	4.56
2.97				23.29				17.16	18.05	1.976
2.99				23.45	0.87	3.11		15.97	12.97
3.01				23.60						2.209
3.03				23.76	0.86	3.13
3.05				23.91				15.34	6.98	2.416
3.07				24.06	0.87	2.69
3.09				24.22				20.63	7.82	2.170
3.11				24.37	1.01	3.03		23.79	11.95
3.13				24.52				23.55	9.43
3.15				24.67	1.07	3.51				2.619
3.17				24.82				17.92	8.71
3.19				24.98	1.08	3.18				2.581
3.21	21.01		Oba et al. (1995)	25.13				13.12	4.15
3.23				25.28	1.12	3.43
3.25				25.42						2.981
3.27				25.57	1.09	1.96		4.92	2.28	2.668
3.29				25.72						2.610
3.31				25.87	1.02	1.20		7.46	3.93	2.986
3.33				26.02	1.14	1.79		8.66	4.24	3.234
3.35				26.16	1.29	3.58		18.55	4.26
3.37	23.58	0.16		26.31	1.32	5.15		22.88	4.55
3.39				26.46	1.04	1.02		5.77	3.10	3.012
3.41				26.60				8.23	2.04
3.43				26.75	0.90	1.13				3.000
3.45				26.89
3.47				27.03	0.91	1.08		9.33	2.23
3.49				27.18						2.740
3.51				27.32	1.00	1.29		7.05	2.52
3.53				27.46						2.903
3.55				27.60	0.87	1.19
3.57				27.74				6.19	6.77
3.59				27.88	0.69	1.14				3.076
3.61				28.02				9.86	1.05
3.63				28.16	0.64	1.08
3.65	24.30		Oba et al. (1995)	28.30
3.67				28.44	0.62	1.09	0.3830	6.03	1.20	2.950
3.69				28.57
3.71				28.71	0.72	1.49		8.01	1.47
3.73				28.84						3.187
3.75				28.98	0.81	1.71
3.77				29.11				9.82	1.36	2.885
3.79				29.25	0.93	2.26		12.99	2.32
3.81				29.38	1.04	2.89
3.83	23.47	0.14		29.51	1.16	3.87				3.147
3.85				29.64	1.19	3.21
3.87				29.77	1.07	3.00		11.59	3.11	3.050
3.89				29.90	1.08	2.40
3.91				30.03	1.08	2.41		6.88	4.57
3.93				30.16		1.59				3.115
3.95				30.29	1.08	1.74				2.950
3.97				30.41	1.12	1.61		7.19	3.02	3.714
3.97				30.41						3.149
3.99				30.54	1.06	1.97				3.200
4.01				30.67	1.21	2.28		9.68	2.87	3.170
4.03				30.79	1.32	2.92
4.05				30.91	1.33	1.55				3.320
4.07				31.04	1.10	2.00		9.34	3.45
4.09				31.16	1.48	1.82				3.141
4.11				31.28	1.11	2.18		9.93	3.27
4.13				31.40
4.15				31.52	0.98	2.14				3.093
4.17				31.64				5.37	2.12
4.19				31.76	1.02	2.11	0.4107			3.158
4.21				31.87				16.81	3.70	2.980
4.23				31.99	1.22	3.36		29.39	5.28
4.25				32.10	1.48	3.91		45.72	5.46	2.630
4.27				32.22	1.51	2.25	0.3259	24.40	5.03	2.234
4.29				32.33	1.11	2.01		6.69	2.64	3.283
4.31				32.44	1.06	2.09		7.45	3.00
4.33				32.56	1.04	2.19
4.35				32.67	1.01	2.40	0.4728			3.322
4.37				32.78				14.57	4.47
4.39				32.89	1.10	2.91
4.41				32.99	1.35	3.70		16.20	6.53
4.43				33.10	1.58	6.29
4.45				33.21	1.62	8.81				3.070
4.47	29.94	0.30		33.31	1.70	9.66		17.35	10.16
4.49				33.42	1.90	8.91	0.3777	27.47	6.62	3.119
4.51				33.52	1.36	2.11		5.31	4.77
4.53				33.62	1.10	1.51
4.55				33.72	0.96	2.11				3.768
4.57				33.82				4.68	6.22
4.59				33.92	1.00	1.84	0.6694			3.619
4.61				34.02
4.63				34.12	1.02	1.88		8.77	2.26	3.250
4.65				34.22	1.06	2.05
4.67				34.31	1.10	2.26		5.50	3.70
4.69				34.41	1.34	3.10				3.254
4.71				34.50	1.37	4.25		15.63	7.35
4.73				34.59						3.334
4.75				34.68	1.50	3.94		15.85	8.53
4.77				34.77
4.79				34.86	1.46	4.07				3.243
4.81				34.95				13.55	5.25
4.83				35.03	1.39	4.06				3.210
4.85				35.12		6.47
4.87				35.21	1.72	5.62		11.50	4.17
4.89	30.17	0.31		35.29		8.26				3.134
4.91				35.37	1.70	7.78		15.42	6.62
4.93				35.45		7.07		20.63	6.60	3.195
4.95				35.53	1.73	8.08	0.4072	19.93	12.01
4.97				35.61		1.66		5.28	4.31	3.000
4.99				35.69	1.09	1.20		4.75	3.63
5.01				35.77						3.190