Citation:

2000PA000538

Name: Calcium carbonate and organic carbon content, and stable isotope composition of sediment core Y71-3-2
Published: 2002
License: https://creativecommons.org/licenses/by/3.0/

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Abstract:

Planktic stable isotopes by Mix for this paper and Pisias and Mix (1997)

Related to:

Pisias, Nicklas G; Mix, Alan C (1997): Spatial and temporal oceanographic variability of the eastern equatorial Pacific during the Late Pleistocene: Evidence from radiolaria microfossils. Paleoceanography, 12(3), 381-393, https://doi.org/10.1029/97PA00583

Further details:

Murray, David W (1987): Spatial and temporal variations in sediment accumulation in the central tropical Pacific [dissertation]. Oregon State University, Corvallis, 343 pp

Coverage:

Latitude: 0.090000 * Longitude: -86.480000

Minimum DEPTH, sediment/rock: 0.000 m * Maximum DEPTH, sediment/rock: 9.415 m

Event(s):

Y71-3-2 * Latitude: 0.090000 * Longitude: -86.480000 * Elevation: -2740.0 m * Method/Device: Piston corer (PC)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m	Lyle, Mitchell W		Geocode
2	AGE	Age	ka BP	Lyle, Mitchell W		Geocode
3	Calcium carbonate	CaCO3	%	Lyle, Mitchell W
4	Carbon, organic, total	TOC	%	Lyle, Mitchell W
5	Neogloboquadrina dutertrei, δ13C	N. dutertrei δ13C	‰ PDB	Mix, Alan C
6	Uvigerina sp., δ13C	Uvigerina sp. δ13C	‰ PDB	Lyle, Mitchell W
7	Neogloboquadrina dutertrei, δ18O	N. dutertrei δ18O	‰ PDB	Mix, Alan C
8	Uvigerina sp., δ18O	Uvigerina sp. δ18O	‰ PDB	Lyle, Mitchell W
9	Density, dry bulk	DBD	g/cm³	Lyle, Mitchell W	Calculated	calculated by regression of Murray (1987)
10	Opal, biogenic silica	bSiO2	%	Lyle, Mitchell W	Opal, extraction; Mortlock & Froelich, 1989	calculated 2.4* Si leached

License:

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

Size:

554 data points

Data

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

1 Depth sed [m]	2 Age [ka BP]	3 CaCO3 [%]	4 TOC [%]	5 N. dutertrei δ13C [‰ PDB]	6 Uvigerina sp. δ13C [‰ PDB]	7 N. dutertrei δ18O [‰ PDB]	8 Uvigerina sp. δ18O [‰ PDB]	9 DBD [g/cm³]	10 bSiO2 [%]
0.000	10.41	20.0	1.49	1.31	-0.75	0.37	4.07	0.283	6.2
0.100	13.23			1.56	-0.96	1.13	4.58
0.105	13.40	20.9	1.98					0.286	7.4
0.200	16.68			1.67	-0.95	1.09	4.70
0.205	16.90	24.8	1.53					0.297	7.1
0.300	20.95			1.59	-0.85	0.98	4.63
0.305	21.15	21.7	1.60					0.288	6.0
0.400	25.01			1.58	-0.81	0.73	4.45
0.405	25.16	20.9	1.53					0.286	6.3
0.500	28.03			1.66	-0.90	0.62	4.66
0.505	28.17	22.7	1.45					0.291	6.1
0.600	30.73			1.68	-1.00	0.88	4.52
0.605	30.87	19.8	1.40					0.283	6.1
0.700	33.42			1.42	-0.91	0.69	4.36
0.705	33.56	20.5	1.46					0.285	6.0
0.800	36.12			1.60	-0.91	0.78	4.66
0.805	36.25	19.8	1.30					0.283	5.6
0.900	38.81			1.74	-0.88	0.47	5.03
0.905	38.94	20.0	1.42					0.283	5.8
1.000	41.50			1.70	-1.05	0.61	4.71
1.005	41.64	22.0	1.27					0.289	6.6
1.100	44.19			1.55	-0.75	0.40	4.67
1.105	44.33	24.9	1.14					0.297	7.0
1.200	46.89			1.56	-0.96	0.40	4.39
1.205	47.02	21.2						0.287	6.2
1.300	49.58			1.51	-1.02	0.55	4.36
1.305	49.71	23.8	1.38					0.294	7.0
1.400	52.27			1.60	-1.07	0.62	4.46
1.405	52.40	20.8	1.13					0.286	6.3
1.500	54.96			1.46	-0.99	0.67	4.61
1.505	55.10	21.6	1.30					0.288	6.1
1.600					-1.13		4.18
1.605	57.88	15.9	1.38					0.273	5.2
1.670	59.68			1.40	-0.97	0.67	4.70
1.800	63.50			1.68	-1.02	0.39	4.77
1.805	63.65	14.6	1.61					0.269	5.9
1.900	66.50			1.51	-1.03	0.33	4.58
1.905	66.65	12.7	1.40					0.265	5.9
2.000	69.50			1.54	-0.70	0.36	4.66
2.005	69.65	11.2	1.26					0.261	6.3
2.100	72.50			1.37	-0.76	0.73	4.27
2.105	72.65	11.2	1.54					0.261	6.5
2.200	75.50			1.82	-0.72	0.13	4.14
2.205	75.64	17.1	0.97					0.276	6.4
2.300	78.40			1.65	-0.65	0.20	3.85
2.305	78.52	15.3	0.67					0.271	6.0
2.400	80.90			1.50	-0.71	0.13	3.82
2.405	81.00	5.6	0.39					0.249	4.7
2.500	83.00			1.63		0.48
2.525	83.50	14.5	0.89					0.269	6.1
2.600	85.00			1.38	-0.84	0.50	4.02
2.605	85.11	16.7	0.89					0.275	5.6
2.700	87.20			1.54	-0.79	0.29	4.24
2.705	87.34	15.6	1.11					0.272	6.1
2.780	89.44			1.56	-0.79	0.39	4.07
2.900	93.00			1.54	-0.90	0.48	4.12
2.905	93.15	17.0	1.17					0.276	6.4
3.000	96.00			1.66	-0.89	0.26	4.11
3.005	96.14	18.0	1.02					0.278	6.3
3.100	98.80			1.60		0.04
3.105	98.91	20.7	0.81					0.285	6.2
3.200	101.00			1.62	-0.72	0.05	4.04
3.205	101.10	18.1	0.92					0.278	6.4
3.280	102.60			1.71	-0.96	0.02	4.07
3.400	105.01			1.81		0.04
3.410	105.29			1.84	-0.97	-0.27	4.18
3.425	105.71	14.7	1.27					0.270	5.7
3.500	107.81			1.59	-1.05	-0.39	4.16
3.505	108.07	10.0	1.10					0.259	6.9
3.600	113.01			1.57	-0.78	-0.28	4.19
3.605	113.30	11.8	1.07					0.263	7.3
3.700	118.77			1.60	-0.74	-0.67	3.46
3.705	119.01	23.8	0.71					0.294	7.2
3.800	123.62			1.23	-0.95	-0.40	3.33
3.805	123.82	21.2	0.93					0.287
3.900	127.57			0.93	-1.08	0.24	4.15
3.905	127.75	25.1	1.18					0.298	5.3
4.000	131.29			1.16	-0.91	0.20	4.65
4.005	131.48	30.0	1.55					0.314	5.0
4.100	135.06			1.29	-1.40	0.81	4.97
4.105	135.26	28.6	1.63					0.309	5.5
4.200	139.00			1.37	-1.17	1.02	4.82
4.205	139.20	25.6	1.60					0.300	6.3
4.300	143.00			1.45	-1.30	0.72	4.70
4.305	143.20	24.7	2.26					0.297	6.0
4.400	147.00			1.25	-1.46	0.72	4.79
4.405	147.21	23.9	1.44					0.295	6.4
4.500	151.20			1.61	-1.23	0.51	4.98
4.505	151.44	25.9	1.36					0.301	6.7
4.600	156.00			1.45	-1.25	0.44	4.82
4.605	156.25	25.5	1.36					0.299	7.1
4.700	161.00			1.44	-1.38	0.43	4.65
4.705	161.25	24.2	1.52					0.295	6.0
4.800	166.00			1.22	-1.29	0.65	4.60
4.815	166.75	27.4	1.78					0.305	4.3
4.900	171.00			1.41	-1.37	0.35	4.58
4.915	171.75	24.2	1.47					0.295	4.9
5.000	176.00			1.30	-1.18	-0.01	4.41
5.015	176.75	27.5	1.15					0.305	5.3
5.115		28.4	1.13					0.308	4.8
5.215		26.3	1.36					0.302	5.0
5.315		21.3	1.57					0.287	4.5
5.415		16.3	1.51					0.274	4.5
5.515		12.7	1.25					0.265	4.9
5.615		9.6	1.19					0.258	5.4
5.715		12.5	0.92					0.264	5.5
5.815		23.9	0.78					0.295	5.7
5.915		19.3	1.10					0.282	4.3
6.015		16.8	1.22					0.275	4.2
6.115		16.4	1.06					0.274	5.4
6.215		18.8	0.93					0.280	5.4
6.315		23.6	0.94					0.294	4.9
6.415		28.0	0.73					0.307	3.8
6.515		24.9	0.86					0.297	4.7
6.615		18.1	0.92					0.278	4.2
6.715		21.1	0.83					0.286	5.4
6.815		27.5	0.87					0.306	5.2
6.915		24.7	0.88					0.297	3.0
7.015		30.5	1.08					0.315	4.5
7.115		32.3	0.91					0.321	4.6
7.215		34.2	1.06					0.328	4.5
7.315		31.4	1.14					0.318	5.2
7.415		29.2	1.24					0.311	4.5
7.515		28.9	1.27					0.310	4.6
7.615		30.2	1.24					0.314	4.7
7.715		22.3	1.23					0.290	5.0
8.015		35.2	1.14					0.332	6.3
8.115		36.1	1.34					0.335	5.9
8.215		35.4	1.19					0.333	5.6
8.315		35.5	1.05					0.333	5.5
8.415		36.0	1.07					0.335	6.3
8.515		26.4	0.96					0.302	5.6
8.615		26.9	0.79					0.304	6.0
8.715		24.9	0.78					0.297	6.1
8.815		22.6	0.88					0.291	7.0
8.915		27.8	1.03					0.306	7.7
9.015		20.3	0.30					0.284	7.2
9.115		23.0	0.46					0.292	7.2
9.215		34.1	1.11					0.328	3.2
9.315			1.41						3.8
9.415			1.00						4.9