Citation:

2000PA000538

Name: Calcium carbonate and opal content of sediment core V19-29
Published: 2002
License: https://creativecommons.org/licenses/by/3.0/

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Related to:

Molina-Cruz, Adolfo (1976): Paleo-oceanography of the subtropical southeastern Pacific during the late Quaternary: A study of radiolaria, opal, and quartz contents of deep-sea sediments. M.Sc. thesis, Oregon State University, Corvallis

Ninkovich, D; Shackleton, Nicholas J (1975): Distribution, stratigraphic position and age of ash layer `L` in Panama Basin Region. Earth and Planetary Science Letters, 27(1), 20-34, https://doi.org/10.1016/0012-821X(75)90156-9

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: -3.583000 * Longitude: -83.930000

Date/Time Start: 1963-04-06T00:00:00 * Date/Time End: 1963-04-06T00:00:00

Minimum DEPTH, sediment/rock: 0.11 m * Maximum DEPTH, sediment/rock: 15.01 m

Event(s):

V19-29 * Latitude: -3.583000 * Longitude: -83.930000 * Date/Time: 1963-04-06T00:00:00 * Elevation: -3157.0 m * Recovery: 16.8 m * Campaign: * Basis: Vema * Method/Device: Piston corer (PC)

Comment:

CaCO3 from Ninkovich and Shackleton (1975). Opal and quartz by X-ray diffraction, from Molina-Cruz (1976).

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	%	Ninkovich, D
4	Density, dry bulk	DBD	g/cm³	Lyle, Mitchell W	Calculated	calculated by regression of Murray (1987)
5	Opal, biogenic silica	bSiO2	%	Lyle, Mitchell W
6	Quartz	Qz	%	Lyle, Mitchell W

License:

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

Size:

588 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 DBD [g/cm³]	5 bSiO2 [%]	6 Qz [%]
0.11	1.91	31.1	0.317	17.7	6.2
0.20	3.73	32.6	0.323	17.9	6.1
0.32	5.84	36.2	0.336	18.3	6.3
0.41	7.26	49.7	0.397	12.4	3.8
0.52	8.78	53.6	0.419	10.2	4.8
0.62	10.00	45.0	0.373	18.2	4.7
0.72	11.15	46.4	0.380	12.3	5.0
0.82	12.28	45.6	0.376	16.4	5.4
0.91	13.31	44.3	0.370	16.5	5.0
1.02	14.60	41.8	0.359	9.2	5.7
1.10	15.58	49.5	0.396	8.2	6.6
1.20	16.86	56.3	0.436	8.8	4.9
1.31	18.03	50.3	0.400	13.9	6.4
1.41	18.85	42.5	0.362	10.8	6.1
1.52	19.62	48.6	0.391	11.6	5.9
1.62	20.20	41.8	0.359	11.6	7.2
1.72	20.73	43.0	0.364	15.9	6.1
1.83	21.31	45.5	0.376	11.2	4.8
1.92	21.78	45.6	0.376	14.1	5.8
2.01	22.25	48.8	0.392	7.8	5.8
2.11	22.77	45.7	0.377	11.6	5.6
2.21	23.27	44.1	0.369	12.9	6.6
2.31	23.77	39.6	0.349	16.8	6.6
2.42	24.31	36.8	0.338	16.7	6.8
2.52	24.80	39.4	0.349	13.1	6.4
2.62	25.36	38.9	0.346	18.3	5.5
2.70	26.02	41.6	0.358	23.3	4.4
2.80	27.23	43.4	0.366	18.5	6.8
2.90	28.90	46.1	0.379	14.8	5.6
3.00	30.88	45.5	0.376	11.3	6.4
3.10	32.62	43.5	0.366	20.3	5.9
3.20	34.66	39.4	0.349	14.8	6.8
3.30	36.59	29.5	0.312	13.8	8.7
3.40	38.61	31.0	0.317	24.2	7.4
3.50	40.41	28.1	0.307	24.0	6.8
3.60	42.09	25.2	0.298	31.6	6.4
3.70	43.43	23.9	0.294	27.5	6.2
3.80	44.33	26.3	0.302	28.2	5.4
3.90	45.33	26.2	0.301	41.1	5.7
4.00	46.68	25.4	0.299	30.8	4.9
4.10	48.18	24.5	0.296	27.9	3.7
4.20	49.74	26.5	0.302	38.0	3.2
4.30	51.05	27.7	0.306	38.4	4.2
4.40	52.16	29.4	0.312	26.7	4.8
4.50	53.28	32.5	0.322	15.1	5.6
4.60	54.41	33.6	0.326	22.5	5.0
4.70	55.57	35.4	0.333	32.9	4.1
4.80	56.87	33.5	0.326	26.8	6.4
4.90	58.27	24.1	0.295	19.3	6.6
5.00	59.71	25.9	0.301	29.5	6.6
5.10	61.71	34.2	0.328	20.8	7.2
5.20	64.09	31.9	0.320	13.7	7.5
5.30	66.10	31.4	0.318	19.2	7.4
5.40	67.63	30.6	0.316	22.3	7.3
5.50	68.83	33.9	0.327	14.6	6.6
5.60	69.85	29.8	0.313	18.6	7.4
5.70	70.82	28.2	0.308	18.2	7.2
5.80	71.86	24.7	0.297	22.0	7.2
5.90	72.90	17.9	0.278	26.7	7.6
6.00	73.91	20.8	0.286	23.5	7.8
6.10	74.90	27.9	0.307	29.6	6.5
6.20	75.89	20.9	0.286	27.5	7.3
6.30	76.86	42.0	0.360	25.2	4.7
6.40	77.83	37.6	0.341	11.5	6.4
6.50	79.10	36.9	0.338	12.1	6.4
6.60	81.02	26.7	0.303	11.7	7.1
6.70	83.30	20.0	0.283	6.1	5.5
6.80	85.88	28.9	0.310	13.0	8.2
6.90	88.63	22.1	0.289	14.0	9.2
7.00	91.18	22.9	0.292	9.9	7.0
7.10	93.28	19.2	0.281	17.6	9.4
7.20	95.35	18.2	0.279	16.9	8.0
7.30	98.28	23.4	0.293	18.0	7.8
7.40	102.10	26.4	0.302	17.5	6.8
7.50	104.52	30.5	0.315	9.5	6.3
7.60	105.70	27.4	0.305	13.2	9.2
7.70	107.14	19.6	0.282	12.0	9.5
7.80	110.79	20.6	0.285	9.5	9.6
7.90	114.35	18.7	0.280	18.1	8.8
8.00	117.39	21.8	0.288	18.3	8.4
8.10	120.38	25.0	0.298	19.7	7.0
8.20	122.93	39.6	0.349	17.6	5.6
8.30	124.42	34.4	0.329	18.4	7.1
8.40	125.84	31.5	0.319	21.4	7.0
8.50	127.45	27.7	0.306	14.7	6.9
8.60	129.05	38.3	0.344	16.8	6.5
8.70	130.59	30.0	0.314	16.8	6.9
9.01	135.10	36.0	0.335	9.2	7.3
9.09	136.18	36.4	0.337	21.4	5.8
9.21	137.67	35.5	0.333	22.7	6.8
9.31	138.76	40.4	0.353	19.1	5.2
9.41	139.83	31.0	0.317	19.7	6.1
9.51	140.97	34.0	0.328	19.3	5.9
9.61	142.67	35.6	0.334	30.9	7.1
9.70	144.45	39.6	0.349	16.9	6.8
9.81	146.60	40.5	0.353	26.3	7.0
9.91	148.62	37.4	0.340	20.0	8.1
10.01	151.36	43.0	0.364	13.3	8.4
10.11	154.35	44.4	0.370	22.6	7.6
10.22	157.62	44.0	0.369	20.3	8.4
10.31	159.93	43.0	0.364	17.6	7.8
10.42	161.48	37.4	0.340	22.0	9.7
10.51	162.52	35.5	0.333	29.8	10.4
10.60	163.77	33.2	0.325	24.7	7.8
10.72	165.90	39.5	0.349	26.4	6.9
10.82	167.65	41.6	0.358	21.6	5.6
10.91	169.08	49.0	0.393	25.2	5.5
11.02	171.18	40.4	0.353	21.7	7.2
11.11	173.31	40.3	0.352	18.9	7.5
11.22	176.59	44.1	0.369	16.3	6.3
11.31	179.83	48.0	0.388	14.5	6.2
11.41	180.86	45.1	0.374	14.5	6.9
11.51	181.79	30.9	0.317	24.3	10.6
11.62	182.77	34.5	0.329	17.4	10.0
11.71	183.37	44.7	0.372	13.2	8.7
11.83	184.14	48.4	0.390	13.1	8.3
11.91	185.50	40.2	0.352	16.2	8.7
12.02	188.82	49.7	0.397	17.9	6.7
12.11	191.19	23.5	0.293	20.5	9.2
12.30	195.93	23.7	0.294	28.8	9.1
12.42	201.56	21.4	0.287	22.3	11.8
12.52	206.58	28.6	0.309	15.7	9.2
12.62	211.75	38.6	0.345	20.0	6.2
12.71	215.93	36.6	0.337	25.2	5.8
12.81	219.87	28.9	0.310	29.6	8.0
12.90	222.52	25.2	0.298	22.6	7.6
13.02	225.54	28.1	0.307	20.7	10.2
13.12	227.47	25.7	0.300	15.0	9.7
13.20	229.16	17.1	0.276	15.4	7.7
13.32	231.48	0.0	0.238	33.5	13.9
13.41	233.57	13.0	0.266	32.6	8.1
13.52	237.59	32.6	0.323	27.4	7.1
13.62	241.30	30.0	0.314	27.7	8.1
13.71	244.52	29.7	0.313	21.4	10.5
13.81	247.82	37.3	0.340	18.5	9.6
13.92	250.26	40.9	0.355	16.6	8.6
14.02	252.79	50.0	0.398	14.6	7.4
14.12	255.05	46.7	0.381	17.6	5.9
14.22	257.18	51.4	0.406	12.8	6.1
14.32	259.29	47.1	0.383	24.1	6.2
14.42	261.20	38.0	0.343	18.1	9.1
14.52	263.82	47.7	0.386	20.8	7.7
14.62	266.13	45.9	0.378	21.4	7.2
14.70	267.48	47.2	0.384	16.8	8.4
14.83	269.77	42.6	0.362	17.9	9.2
14.90	270.99	43.7	0.367	18.4	9.3
15.01	273.59	35.0	0.331	21.5	10.1