Citation:

PANGAEA.728959, In supplement to: Kurnosov, VB et al. (2008): Alteration effects in the upper oceanic crust - data and comments (Technical Note). Geological Institute of the Russian Academy of Sciences, Transactions, vol. 581. Nauka Publ. (Moscow); Leonov, M.G. (Ed.), 1046 pp

Name: (Table T36) Chemical composition of basalts from ODP Holes 801B and 801C, Leg 129 (Pigafetta Basin, Pacific Ocean)
Published: 2008
License: https://creativecommons.org/licenses/by/3.0/

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

RIS Citation BibTeX Citation Text Citation Facebook TwitterShow Map Google Earth

Project(s):

Ocean Drilling Program (ODP)

Coverage:

Median Latitude: 18.642150 * Median Longitude: 156.359750 * South-bound Latitude: 18.642000 * West-bound Longitude: 156.359700 * North-bound Latitude: 18.642300 * East-bound Longitude: 156.359800

Date/Time Start: 1989-12-09T17:00:00 * Date/Time End: 1990-01-16T07:15:00

Minimum DEPTH, sediment/rock: 477.19 m * Maximum DEPTH, sediment/rock: 569.55 m

Event(s):

129-801B * Latitude: 18.642000 * Longitude: 156.359700 * Date/Time Start: 1989-12-09T17:00:00 * Date/Time End: 1989-12-17T01:15:00 * Elevation: -5685.0 m * Penetration: 511.2 m * Recovery: 59.17 m * Location: North Pacific Ocean * Campaign: * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL) * Comment: 44 cores; 317.2 m cored; 0 m drilled; 18.7 % recovery

129-801C * Latitude: 18.642300 * Longitude: 156.359800 * Date/Time Start: 1990-01-06T11:48:00 * Date/Time End: 1990-01-16T07:15:00 * Elevation: -5685.0 m * Penetration: 594.3 m * Recovery: 60.6 m * Location: North Pacific Ocean * Campaign: * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL) * Comment: 12 cores; 100.6 m cored; 0 m drilled; 60.2 % recovery

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		Kurnosov, Victor B	DSDP/ODP/IODP sample designation
6	Piece	Piece		Kurnosov, Victor B
7	Sample, optional label/labor no	Lab no		Kurnosov, Victor B
8	DEPTH, sediment/rock	Depth sed	m			Geocode
9	Lithologic unit/sequence	Unit		Kurnosov, Victor B
10	Silicon dioxide	SiO2	%	Kurnosov, Victor B	Wet chemistry
11	Titanium dioxide	TiO2	%	Kurnosov, Victor B	Wet chemistry
12	Aluminium oxide	Al2O3	%	Kurnosov, Victor B	Wet chemistry
13	Iron oxide, Fe2O3	Fe2O3	%	Kurnosov, Victor B	Wet chemistry
14	Iron oxide, FeO	FeO	%	Kurnosov, Victor B	Wet chemistry
15	Manganese oxide	MnO	%	Kurnosov, Victor B	Wet chemistry
16	Magnesium oxide	MgO	%	Kurnosov, Victor B	Wet chemistry
17	Calcium oxide	CaO	%	Kurnosov, Victor B	Wet chemistry
18	Sodium oxide	Na2O	%	Kurnosov, Victor B	Wet chemistry
19	Potassium oxide	K2O	%	Kurnosov, Victor B	Wet chemistry
20	Phosphorus pentoxide	P2O5	%	Kurnosov, Victor B	Wet chemistry
21	Loss on ignition	LOI	%	Kurnosov, Victor B	Loss of ignition analysis
22	Sum	Sum	%	Kurnosov, Victor B	Calculated
23	Water in rock	H2O	%	Kurnosov, Victor B	Wet chemistry	H2O+, structural part, similar to LOI
24	Water in rock	H2O	%	Kurnosov, Victor B	Wet chemistry	H2O-
25	Carbon dioxide	CO2	%	Kurnosov, Victor B	Wet chemistry
26	Iron oxide, Fe2O3/Iron oxide, FeO ratio	Fe2O3/FeO		Kurnosov, Victor B	Calculated
27	Density	Density	g/cm³	Kurnosov, Victor B	Weighted
28	Lanthanum	La	mg/kg	Kurnosov, Victor B	Radiochemical neutron activation analysis (RNAA)
29	Cerium	Ce	mg/kg	Kurnosov, Victor B	Radiochemical neutron activation analysis (RNAA)
30	Praseodymium	Pr	mg/kg	Kurnosov, Victor B	Radiochemical neutron activation analysis (RNAA)
31	Neodymium	Nd	mg/kg	Kurnosov, Victor B	Radiochemical neutron activation analysis (RNAA)
32	Samarium	Sm	mg/kg	Kurnosov, Victor B	Radiochemical neutron activation analysis (RNAA)
33	Europium	Eu	mg/kg	Kurnosov, Victor B	Radiochemical neutron activation analysis (RNAA)
34	Gadolinium	Gd	mg/kg	Kurnosov, Victor B	Radiochemical neutron activation analysis (RNAA)
35	Terbium	Tb	mg/kg	Kurnosov, Victor B	Radiochemical neutron activation analysis (RNAA)
36	Dysprosium	Dy	mg/kg	Kurnosov, Victor B	Radiochemical neutron activation analysis (RNAA)
37	Holmium	Ho	mg/kg	Kurnosov, Victor B	Radiochemical neutron activation analysis (RNAA)
38	Erbium	Er	mg/kg	Kurnosov, Victor B	Radiochemical neutron activation analysis (RNAA)
39	Ytterbium	Yb	mg/kg	Kurnosov, Victor B	Radiochemical neutron activation analysis (RNAA)
40	Lutetium	Lu	mg/kg	Kurnosov, Victor B	Radiochemical neutron activation analysis (RNAA)
41	Chromium	Cr	mg/kg	Kurnosov, Victor B	X-ray fluorescence (XRF)
42	Nickel	Ni	mg/kg	Kurnosov, Victor B	X-ray fluorescence (XRF)
43	Cobalt	Co	mg/kg	Kurnosov, Victor B	X-ray fluorescence (XRF)
44	Vanadium	V	mg/kg	Kurnosov, Victor B	X-ray fluorescence (XRF)
45	Copper	Cu	mg/kg	Kurnosov, Victor B	X-ray fluorescence (XRF)
46	Lead	Pb	mg/kg	Kurnosov, Victor B	X-ray fluorescence (XRF)
47	Zinc	Zn	mg/kg	Kurnosov, Victor B	X-ray fluorescence (XRF)
48	Tin	Sn	mg/kg	Kurnosov, Victor B	X-ray fluorescence (XRF)
49	Zirconium	Zr	mg/kg	Kurnosov, Victor B	X-ray fluorescence (XRF)
50	Yttrium	Y	mg/kg	Kurnosov, Victor B	X-ray fluorescence (XRF)
51	Niobium	Nb	mg/kg	Kurnosov, Victor B	X-ray fluorescence (XRF)
52	Rubidium	Rb	mg/kg	Kurnosov, Victor B	X-ray fluorescence (XRF)
53	Strontium	Sr	mg/kg	Kurnosov, Victor B	X-ray fluorescence (XRF)
54	Barium	Ba	mg/kg	Kurnosov, Victor B	X-ray fluorescence (XRF)
55	Thorium	Th	mg/kg	Kurnosov, Victor B	Radiochemical neutron activation analysis (RNAA)
56	Comment	Comment		Kurnosov, Victor B

License:

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

Size:

1031 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 (DSDP/ODP/IODP sample designation)	6 Piece	7 Lab no	8 Depth sed [m]	9 Unit	10 SiO2 [%] (Wet chemistry)	11 TiO2 [%] (Wet chemistry)	12 Al2O3 [%] (Wet chemistry)	13 Fe2O3 [%] (Wet chemistry)	14 FeO [%] (Wet chemistry)	15 MnO [%] (Wet chemistry)	16 MgO [%] (Wet chemistry)	17 CaO [%] (Wet chemistry)	18 Na2O [%] (Wet chemistry)	19 K2O [%] (Wet chemistry)	20 P2O5 [%] (Wet chemistry)	21 LOI [%] (Loss of ignition analysis)	22 Sum [%] (Calculated)	23 H2O [%] (H2O+, structural part, simila...)	24 H2O [%] (H2O-, Wet chemistry)	25 CO2 [%] (Wet chemistry)	26 Fe2O3/FeO (Calculated)	27 Density [g/cm³] (Weighted)	28 La [mg/kg] (Radiochemical neutron activat...)	29 Ce [mg/kg] (Radiochemical neutron activat...)	30 Pr [mg/kg] (Radiochemical neutron activat...)	31 Nd [mg/kg] (Radiochemical neutron activat...)	32 Sm [mg/kg] (Radiochemical neutron activat...)	33 Eu [mg/kg] (Radiochemical neutron activat...)	34 Gd [mg/kg] (Radiochemical neutron activat...)	35 Tb [mg/kg] (Radiochemical neutron activat...)	36 Dy [mg/kg] (Radiochemical neutron activat...)	37 Ho [mg/kg] (Radiochemical neutron activat...)	38 Er [mg/kg] (Radiochemical neutron activat...)	39 Yb [mg/kg] (Radiochemical neutron activat...)	40 Lu [mg/kg] (Radiochemical neutron activat...)	41 Cr [mg/kg] (X-ray fluorescence (XRF))	42 Ni [mg/kg] (X-ray fluorescence (XRF))	43 Co [mg/kg] (X-ray fluorescence (XRF))	44 V [mg/kg] (X-ray fluorescence (XRF))	45 Cu [mg/kg] (X-ray fluorescence (XRF))	46 Pb [mg/kg] (X-ray fluorescence (XRF))	47 Zn [mg/kg] (X-ray fluorescence (XRF))	48 Sn [mg/kg] (X-ray fluorescence (XRF))	49 Zr [mg/kg] (X-ray fluorescence (XRF))	50 Y [mg/kg] (X-ray fluorescence (XRF))	51 Nb [mg/kg] (X-ray fluorescence (XRF))	52 Rb [mg/kg] (X-ray fluorescence (XRF))	53 Sr [mg/kg] (X-ray fluorescence (XRF))	54 Ba [mg/kg] (X-ray fluorescence (XRF))	55 Th [mg/kg] (Radiochemical neutron activat...)	56 Comment
129-801B	18.6420	156.3597	-5685	129-801B-40R-1,29-33	5	Z-776	477.19	B4	53.20	3.58	18.96	5.54	0.77	0.08	2.87	1.88	2.76	5.84	0.67	4.11	100.26	3.77		0.24	7.19	2.48	36.00	74.00		36.00	7.90	2.300		1.200				2.00	0.280	89	66		198	20	1	74		208.0	27.0	51.0	88.0	134.0	406		data of Floyd and Castillo (1992), doi:10.2973/odp.proc.sr.129.129.1992; except for REE
129-801B	18.6420	156.3597	-5685	129-801B-41R-1,26-31	3	Z-777	483.26	B5	45.77	3.31	16.03	4.76	4.72	0.14	5.20	8.25	3.81	2.14	0.62	5.08	99.83	2.00		2.83	1.01	2.62	30.50	63.80		31.00	7.28	2.320		1.030				2.31	0.315	73	46		267	44	3	90		272.0	32.0	48.0	39.0	518.0	414		data of Floyd and Castillo (1992), doi:10.2973/odp.proc.sr.129.129.1992
129-801B	18.6420	156.3597	-5685	129-801B-41R-1,130-136	3	Z-778	484.30	B5	46.08	3.24	15.80	4.28	5.79	0.15	4.86	7.64	3.71	2.61	0.61	4.71	99.48	1.55		3.00	0.74	2.65	36.30	74.16		35.47	7.41	2.470	7.23		6.40	1.14	3.11	2.60	0.440	61	45		275	44	10	90		285.0	32.0	49.0	52.0	512.0	422		same
129-801B	18.6420	156.3597	-5685	129-801B-42R-1,87-91	5B	Z-779	488.47	B6	46.50	3.01	17.23	5.04	4.31	0.14	6.26	8.26	3.49	1.97	0.56	3.34	100.11	2.32		0.97	1.17	2.67	29.00	48.00		27.00	6.60	1.900		0.920				2.10	0.340	134	72		230	42	2	79		246.0	29.0	44.0	40.0	548.0	365		data of Floyd and Castillo (1992), doi:10.2973/odp.proc.sr.129.129.1992; except for REE
129-801B	18.6420	156.3597	-5685	129-801B-43R-2,10-15	1B	Z-780	493.67	B7	44.88	2.68	14.46	4.86	6.20	0.16	9.01	6.74	3.35	1.79	0.50	5.22	99.85	2.91		2.02	0.78	2.60	36.00	72.00		38.00	8.80	2.300		1.200				3.00	0.480	244	241		202	33	8	93		227.0	27.0	40.0	39.0	413.0	483		same
129-801B	18.6420	156.3597	-5685	129-801B-43R-3,126-129	17	Z-781	496.24	B9	42.82	2.85	15.40	3.20	3.84	0.49	3.31	9.01	2.89	4.55	0.52	11.63	100.51	2.30		8.69	0.83	2.45														78	64		212	36	9	72		218.0	31.0	40.0	58.0	243.0	413		data of Floyd and Castillo (1992), doi:10.2973/odp.proc.sr.129.129.1992
129-801B	18.6420	156.3597	-5685	129-801B-43R-4,32-40	4A	Z-782	496.80	B11	45.22	3.38	17.32	5.20	5.20	0.20	4.09	6.24	4.61	2.34	0.68	3.84	100.32	3.26		2.36	1.00	2.52														102	67		258	40	5	146		246.0	32.0	40.0	44.0	404.0	547		same
129-801B	18.6420	156.3597	-5685	129-801B-44R-1,107-113	2E	Z-783	502.77	B12	48.13	3.26	17.72	4.32	3.22	0.18	3.05	4.35	3.12	4.57	0.57	6.96	99.45	3.34		3.24	1.34	2.48	27.00	56.60		25.00	6.18	2.060		0.882						123	107		284	35	1	87		214.0	27.0	42.0	63.0	250.0	437		same
129-801B	18.6420	156.3597	-5685	129-801B-44R-2,27-32	4A	Z-784	503.42	B13	51.42	3.27	17.70	3.75	3.27	0.13	3.03	3.56	3.20	5.67	0.55	4.40	99.95	2.06		2.20	1.15	2.56	31.84	66.47	7.68	32.40	6.97	2.310	6.96		6.14	1.08	2.99	2.52	0.400	130	93		253	42	8	69		254.0	31.0	44.0	67.0	311.0	531		same
129-801B	18.6420	156.3597	-5685	129-801B-44R-3,28-33	2	Z-785	504.91	B14	47.65	3.16	17.22	4.18	5.04	0.14	4.21	7.24	4.08	2.31	0.57	3.63	99.43	1.40		2.05	0.83	2.43	28.90	60.60		33.00	7.09	2.330		1.090				2.60	0.382	92	59		243	36	10	83		268.0	33.0	44.0	46.0	528.0	396		same
129-801C	18.6423	156.3598	-5685	129-801C-1R-1,109-114	2G	Z-786	494.79	C1	44.92	2.80	14.72	3.62	6.40	0.15	9.58	6.46	3.45	1.75	0.60	5.30	99.75	3.77		1.15	0.57	2.52	27.40	57.50		30.00	6.37	2.050		0.900				2.05	0.299	154	197		241	40	1	86		242.0	27.0	41.0	40.0	363.0	427		same
129-801C	18.6423	156.3598	-5685	129-801C-1R-2,11-17	1A	Z-787	495.06	C1	45.17	2.81	14.87	4.10	6.30	0.15	9.34	6.34	3.63	1.82	0.53	5.03	100.09	3.44		1.37	0.65	2.67	33.00	64.00		34.00	7.40	2.100		1.200				2.20	0.370	160	212		205	40	3	85		239.0	28.0	42.0	41.0	360.0	493		data of Floyd and Castillo (1992), doi:10.2973/odp.proc.sr.129.129.1992; except for REE
129-801C	18.6423	156.3598	-5685	129-801C-2R-1,1-6	1A	Z-788	503.01	C3	51.99	3.34	17.94	3.63	3.01	0.13	2.62	2.35	2.53	6.40	0.60	4.75	99.29	2.92		1.72	1.21	2.43	30.00	92.00		42.00	7.00	2.000		1.100				2.20	0.250	131	119		254	37	2	54		258.0	35.0	45.0	66.0	160.0	500		data of Floyd and Castillo (1992), doi:10.2973/odp.proc.sr.129.129.1992
129-801C	18.6423	156.3598	-5685	129-801C-2R-5,101-106	2	Z-789	509.50	C6	46.00	3.13	16.81	3.99	6.08	0.16	6.16	6.78	3.67	2.20	0.53	4.62	100.13	1.77		2.70	0.66	2.62	28.00	77.00		41.00	6.80	1.900		0.990				2.60	0.350	84	56		241	44	1	78		255.0	31.0	40.0	42.0	499.0	412		same
129-801C	18.6423	156.3598	-5685	129-801C-3R-1,42-48	2C	Z-790	512.63	C7	52.83	3.53	18.77	5.09	1.00	0.05	3.32	1.94	2.28	5.68	0.62	4.58	99.69	4.00		0.41	5.09	2.04	33.00	75.00		36.00	7.40	2.300		1.100				2.60	0.440	155	99		284	55	1	85		248.0	32.0	46.0	71.0	112.0	427		data of Floyd and Castillo (1992), doi:10.2973/odp.proc.sr.129.129.1992; except for REE
129-801C	18.6423	156.3598	-5685	129-801C-4R-1,18-21	4	Z-7911	521.88	C8	88.06	0.03	0.14	9.26	0.29	0.02	0.40	<0.10	0.11	0.10	0.02	1.64	100.07	1.24	<0.10	<0.20	31.93	2.36	0.47	0.90		<0.50	0.09	0.032		0.020				0.06	0.011	19	24	14	65	26		71		3.7	1.0	<1.0	1.7	3.5	5
129-801C	18.6423	156.3598	-5685	129-801C-4R-2,111-114	13	Z-7921	524.18	C8	87.34	0.02	0.66	9.50	0.22	0.02	0.24	0.11	0.06	0.04	0.02	1.86	100.09	1.58	<0.10	<0.20	43.18	2.46	0.61	0.90		<0.50	0.10	0.028		0.020				0.06	0.010	20	25	14	55	26		52		5.4	1.5	<1.0	2.0	3.4	4
129-801C	18.6423	156.3598	-5685	129-801C-5R-1,45-52	2C	Z-793	531.65	C9	42.69	1.17	20.43	2.27	1.05	0.10	3.31	15.86	3.09	0.89	0.02	9.15	100.03	2.02		6.45	2.16	2.65	1.73	6.80		8.00	2.52	1.020		0.620				2.24	0.322	334	96		276	81	1	52		74.0	27.0	2.0	13.0	160.0	22		data of Floyd and Castillo (1992), doi:10.2973/odp.proc.sr.129.129.1992
129-801C	18.6423	156.3598	-5685	129-801C-5R-2,12-17	1A	Z-794	532.58	C9	48.10	1.02	15.75	6.49	1.29	0.18	3.45	9.31	1.99	4.39	0.01	8.44	100.42	2.53		5.17	5.03	2.51	2.00	6.60		7.80	3.30	1.300		0.880				2.00	0.330	288	73		145	87	2	64		64.0	19.0	4.0	77.0	123.0	47		data of Floyd and Castillo (1992), doi:10.2973/odp.proc.sr.129.129.1992; except for REE
129-801C	18.6423	156.3598	-5685	129-801C-5R-3,98-100	4B	Z-795	534.75	C10	51.30	1.25	21.00	4.40	0.93	0.04	2.22	9.66	2.72	0.81	0.12	6.59	101.04	2.32	1.40	2.87	4.73	2.42	1.20	4.30		4.80	2.00	0.830		0.680				2.20	0.320	307	49	20	252	135		66		72.0	24.0	2.1	7.3	210.0	3
129-801C	18.6423	156.3598	-5685	129-801C-5R-5,55-58	3C	Z-796	537.24	C13	47.51	0.80	15.34	2.19	6.40	0.17	9.96	11.60	2.10	0.04	0.05	3.44	99.60	0.59	0.83	1.98	0.34	2.91														510	170	59	210	82	<5	78	2.1	48.0	21.0	<1.0	1.2	100.0	13
129-801C	18.6423	156.3598	-5685	129-801C-7R-1,53-58	4C	Z-797	550.63	C21	48.26	1.93	13.23	3.50	9.12	0.20	6.96	11.16	2.68	0.08	0.16	2.58	99.86	0.59		1.31	0.38	2.81	5.37	15.13	2.36	13.36	4.24	1.490	6.03		7.48	1.48	4.39	4.36	0.740	140	71		416	81	5	98		119.0	44.0	5.0	1.0	114.0	32		data of Floyd and Castillo (1992), doi:10.2973/odp.proc.sr.129.129.1992
129-801C	18.6423	156.3598	-5685	129-801C-7R-3,38-41	1E	Z-798	553.36	C23	46.65	2.02	13.97	4.40	6.15	0.15	6.49	11.39	2.86	0.06	0.15	5.45	99.74	0.76	1.52	2.82	0.72	2.71	3.48	10.78	2.06	10.65	3.44	1.330	5.20		6.38	1.27	3.83	3.69	0.620	170	66	57	520	66	<5	120	2.5	110.0	38.0	3.8	<1.0	130.0	13	<1
129-801C	18.6423	156.3598	-5685	129-801C-8R-1,9-12	2C	Z-799	559.59	C23	45.91	1.98	13.24	2.20	7.54	0.22	5.34	12.28	2.81	0.19	0.18	7.98	99.87	1.61	1.08	5.24	0.29	2.80														170	62	50	442	47	<5	150	2.5	110.0	41.0	2.3	3.1	120.0	<3	<1
129-801C	18.6423	156.3598	-5685	129-801C-10R-1,55-60	1G	Z-800	569.55	C25	49.44	1.62	14.02	3.82	8.15	0.18	7.28	11.95	2.56	0.06	0.06	1.09	100.23	0.55		0.28	0.47	2.94														175	70		365	75	6	85		97.0	38.0	5.0	1.0	113.0	14		data of Floyd and Castillo (1992), doi:10.2973/odp.proc.sr.129.129.1992