Citation:

2000PA000538

Name: Calcium carbonate and organic carbon content, and stable isotope composition of sediment core Y71-09-101
Published: 2002
License: https://creativecommons.org/licenses/by/3.0/

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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. PhD thesis, Oregon State University, Corvallis, 343 pp

Coverage:

Latitude: -6.383000 * Longitude: -106.935000

Date/Time Start: 1972-03-30T00:00:00 * Date/Time End: 1972-03-30T00:00:00

Minimum DEPTH, sediment/rock: 0.020 m * Maximum DEPTH, sediment/rock: 5.330 m

Event(s):

Y71-09-101 * Latitude: -6.383000 * Longitude: -106.935000 * Date/Time: 1972-03-30T00:00:00 * Elevation: -3175.0 m * Campaign: * Basis: Yaquina * Method/Device: Piston corer (PC)

Comment:

Stable isotopes by Mix for this paper and Pisias and Mix (1997)

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	Neogloboquadrina dutertrei, δ13C	N. dutertrei δ13C	‰ PDB	Mix, Alan C
5	Neogloboquadrina dutertrei, δ18O	N. dutertrei δ18O	‰ PDB	Mix, Alan C
6	Density, dry bulk	DBD	g/cm³	Lyle, Mitchell W	Calculated	calculated by regression of Murray (1987)
7	Carbon, organic, total	TOC	%	Lyle, Mitchell W
8	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:

578 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 N. dutertrei δ13C [‰ PDB]	5 N. dutertrei δ18O [‰ PDB]	6 DBD [g/cm³]	7 TOC [%]	8 bSiO2 [%]
0.020	1.64	81.2	2.06	-0.21	0.689
0.030	1.81	84.5	2.08	-0.12	0.747	0.49	3.7
0.065	2.42	86.4			0.784	0.46	3.6
0.070	2.51		2.18	-0.45
0.115	3.54	81.5			0.694	0.44	12.0
0.120	3.65		1.97	-0.20
0.165	5.03	84.5			0.747	0.25	5.2
0.170	5.18		2.01	-0.26
0.215	6.56	84.3			0.744	0.27	4.7
0.220	6.71		1.98	-0.04
0.275	8.39	82.3			0.708	0.23	2.2
0.280	8.55		1.93	0.18
0.325	9.91	80.4			0.677	0.24	3.7
0.330	10.06		1.82	0.31
0.375	11.40	83.3			0.725	0.22	2.3
0.380	11.55		1.91	0.30
0.425	12.87	84.3			0.744	0.22	1.9
0.430	13.02		1.89	0.54
0.475	14.32	85.8			0.773	0.19	2.2
0.480	14.47		1.85	0.80
0.500	15.04	87.2	1.78	0.67	0.803
0.525	15.70	86.9			0.795	0.20	1.8
0.530	15.84		1.85	1.06
0.575	17.02	87.6			0.810	0.17	2.0
0.580	17.16		2.08	0.90
0.625	18.25	88.2			0.826	0.16	1.8
0.630	18.37		2.05	0.87
0.675	19.40	86.4			0.785	0.16	1.9
0.680	19.51		2.07	0.72
0.725	20.51	88.8			0.839	0.28	1.9
0.730	20.62		2.00	0.84
0.765	21.39	88.7			0.837	0.23	1.2
0.770	21.50		2.03	0.81
0.815	22.63	89.1			0.847	0.21	1.7
0.820	22.75		2.02	0.78
0.865	24.12	87.4			0.806	0.20	1.9
0.870	24.27		2.01	0.81
0.915	25.88	88.1			0.823	0.20	1.7
0.920	26.06		2.09	0.71
0.965	28.06	87.9			0.817	0.20	2.1
0.970	28.28		2.04	0.74
1.000	29.62	86.3	2.01	0.71	0.782
1.015	30.41	87.4			0.807	0.20	1.9
1.020	30.68		2.13	0.46
1.065	33.06	87.6			0.812	0.19	1.8
1.070	33.32		2.03	0.58
1.115	35.74	67.8			0.525	0.20	2.0
1.120	36.01		1.93	0.50
1.165	38.48	84.7			0.750	0.21	2.2
1.170	38.75		1.82	0.49
1.215	41.22	84.0			0.738	0.21	2.5
1.220	41.49		1.99	0.47
1.265	43.96	87.5			0.809	0.18	2.1
1.270	44.23		2.11	0.44
1.315	46.69	87.0			0.797	0.18	2.0
1.320	46.96		1.94	0.35
1.365	49.42	88.9			0.840	0.20	2.1
1.370	49.69		2.07	0.27
1.375	49.97	88.3			0.826	0.19	1.8
1.380	50.24		1.93	0.25
1.415	52.14	87.6			0.812	0.16	2.1
1.420	52.41		1.90	0.48
1.465	54.83	88.8			0.838	0.16	2.0
1.470	55.10		1.83	0.29
1.500	56.72	86.3	1.80	0.27	0.783
1.565	60.24	85.5			0.767	0.19	2.4
1.570	60.51		1.77	0.52
1.615	62.84	84.6			0.749	0.17	2.3
1.620	63.10		1.92	0.44
1.665	65.29	83.9			0.736	0.17	2.6
1.680	66.01		2.00	0.67
1.715	67.64	85.1			0.758	0.17	2.8
1.720	67.87		2.04	0.28
1.765	69.85	85.4			0.766	0.18	2.2
1.770	70.07		2.04	0.31
1.815	72.05	84.6			0.749	0.16	2.3
1.820	72.27		2.22	0.04
1.865	74.22	83.0			0.720	0.16	2.5
1.870	74.43		2.35	-0.28
1.915	76.39	85.1			0.759	0.18	2.7
1.920	76.61		2.36	-0.28
1.965	78.58	84.4			0.746	0.19	2.8
1.970	78.79		2.43	-0.43
2.000	80.11	85.9	2.33	-0.31	0.775
2.065	83.39	84.7			0.752	0.16	2.9
2.070	83.64		2.21	-0.13
2.115	86.11	83.2			0.723	0.19	2.9
2.120	86.39		2.02	0.08
2.165	89.16	84.6			0.749	0.16	2.4
2.170	89.46		2.26	0.04
2.215	92.45	85.7			0.771	0.16	2.3
2.220	92.78		2.29	-0.44
2.265	96.10	84.8			0.752	0.20	2.3
2.270	96.47		2.13	-0.20
2.315	99.86	85.6			0.768	0.15	2.8
2.320	100.24		2.00	-0.38
2.365	103.74	84.9			0.755	0.16	2.7
2.370	104.13		2.18	-0.59
2.415	107.58	85.6			0.770	0.15	2.8
2.420	107.97		2.06	-0.52
2.465	111.34	85.4			0.765	0.15	2.8
2.470	111.72		2.18	-0.56
2.500	113.97	85.1	2.13	-0.69	0.759
2.515	114.90	84.6			0.748	0.13	2.9
2.520	115.21		2.11	-0.26
2.565	118.01	82.8			0.716	0.15	3.3
2.570	118.32		2.22	-0.89
2.615	120.71	81.0			0.687	0.15	3.1
2.620	120.98		2.06	-0.84
2.665	122.78	79.8			0.667	0.16	3.2
2.670	122.98		1.98	-0.94
2.715	124.59	79.0			0.655	0.14	3.5
2.720	124.77		1.94	-0.62
2.765	126.08	78.7			0.651	0.16	3.9
2.770	126.23		1.96	-0.52
2.815	127.66	80.3			0.675	0.16	3.7
2.820	127.82		1.68	0.11
2.865	129.43	80.6			0.681	0.19	3.7
2.870	129.61		1.81	0.05
2.915	131.39	81.6			0.697	0.16	3.6
2.920	131.59		1.83	0.11
2.965	133.64	83.9			0.736	0.18	3.4
2.970	133.86		1.98	0.07
3.000	135.23	85.3	2.06	0.38	0.763
3.065	138.64	86.3			0.783	0.14	2.9
3.070	138.91		1.87	0.23
3.115	141.19	85.8			0.773	0.13	2.9
3.120	141.45		1.99	0.14
3.165	143.61	86.3			0.782	0.13	3.0
3.170	143.85		2.06	0.08
3.215	145.92	87.1			0.800	0.14	3.0
3.220	146.15		1.83	0.18
3.265	148.07	87.9			0.818	0.13	3.0
3.270	148.28		1.98	0.23
3.315	150.26	88.2			0.826	0.13	3.0
3.320	150.48		1.80	0.28
3.365	152.57	86.3			0.782	0.14	3.1
3.370	152.80		2.04	0.25
3.415	155.01	85.0			0.758	0.14	3.5
3.420	155.26		2.05	0.19
3.465	157.67	86.4			0.784	0.12	3.1
3.470	157.94		2.00	0.17
3.500	159.55	87.2	2.00	0.22	0.802
3.565	163.26	85.4			0.764	0.14	3.4
3.570	163.55		1.81	0.06
3.615	165.84	83.1			0.721	0.16	3.6
3.620	166.09		1.92	0.03
3.665	167.95	82.9			0.719	0.19	3.5
3.670	168.16		2.08	-0.03
3.865	182.37	82.0			0.702	0.15	3.0
3.870	182.73		2.04	0.14
3.965	184.99	84.9			0.756	0.12	2.9
3.970	185.11		1.64	-0.17
4.000	185.58	85.0	1.89	-0.04	0.757
4.065	186.93	86.7			0.791	0.11	2.6
4.070	187.04		1.65	-0.16
4.115	187.97	86.0			0.778	0.14	2.8
4.120	188.08		1.90	-0.06
4.165	189.02	86.3			0.782	0.09	1.7
4.170	189.12		1.87	-0.07
4.215	190.06	87.0			0.797	0.12	2.4
4.220	190.16		1.74	-0.13
4.265	191.10	86.8			0.793	0.10	2.5
4.270	191.21		1.87	-0.44
4.315	192.14	85.6			0.768	0.11	2.9
4.365	193.19	86.1			0.778	0.11	2.8
4.415	194.23	86.3			0.783	0.11	2.9
4.465	195.27	86.7			0.792	0.12	2.8
4.500	196.00	85.2	1.92	-0.45	0.761
4.565	197.30	84.6			0.749	0.32	2.5
4.615	198.30	82.1			0.705	0.12	3.3
4.665	199.30	85.9			0.774	0.26	2.6
4.715	200.30	61.8			0.474	0.11	2.6
4.765	201.30	87.7			0.814	0.11	3.1
4.815	202.30	87.6			0.811	0.11
4.865	203.30	89.3			0.851	0.10
4.915	204.30	88.8			0.838	0.11
4.965	205.30	87.1			0.801	0.12
5.000	206.00	82.5	2.02	-0.50	0.711
5.065	212.50	82.6			0.713	0.11
5.115	217.50	84.0			0.738	0.11
5.165	222.50	84.4			0.746	0.12
5.215	227.50	84.5			0.746	0.15
5.265	232.50	85.7			0.770	0.14
5.330	239.00	85.4	2.03	0.12