Citation:

egr058

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Project(s):

Deep Sea Drilling Project (DSDP)

Ocean Drilling Program (ODP)

Coverage:

Median Latitude: 17.589614 * Median Longitude: -79.260714 * South-bound Latitude: 2.277300 * West-bound Longitude: 146.003100 * North-bound Latitude: 45.196660 * East-bound Longitude: -12.723830

Date/Time Start: 1982-01-24T00:00:00 * Date/Time End: 2003-09-04T13:30:00

Minimum DEPTH, sediment/rock: 13.65 m * Maximum DEPTH, sediment/rock: 687.25 m

Event(s):

84-566C * Latitude: 12.814000 * Longitude: -90.692200 * Date/Time: 1982-01-24T00:00:00 * Elevation: -3661.0 m * Penetration: 136.6 m * Recovery: 5.3 m * Location: North Pacific * Campaign: * Basis: Glomar Challenger * Method/Device: Drilling/drill rig (DRILL) * Comment: 5 cores; 46.7 m cored; 19.1 m drilled; 11.4 % recovery

84-570 * Latitude: 13.285300 * Longitude: -91.392800 * Date/Time: 1982-02-17T00:00:00 * Elevation: -1698.0 m * Penetration: 401.9 m * Recovery: 164.5 m * Location: North Pacific/SLOPE * Campaign: * Basis: Glomar Challenger * Method/Device: Drilling/drill rig (DRILL) * Comment: 40 cores; 382.6 m cored; 19.3 m drilled; 43 % recovery

147-895D * Latitude: 2.277300 * Longitude: -101.446000 * Date/Time Start: 1993-01-03T01:30:00 * Date/Time End: 1993-01-08T08:00:00 * Elevation: -3832.0 m * Penetration: 93.7 m * Recovery: 19.08 m * Location: North Pacific Ocean * Campaign: * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL) * Comment: 9 cores; 93.7 m cored; 0 m drilled; 20.4 % recovery

Comment:

Sediment depth is given in mbsf. Standard deviation relative to the average in %. Cation numbers on the basis of 4 O.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Event label	Event
2	Sample code/label	Sample label		Kodolányi, János	DSDP/ODP/IODP sample designation
3	Piece	Piece		Kodolányi, János
4	Sample code/label 2	Sample label 2		Kodolányi, János
5	DEPTH, sediment/rock	Depth sed	m			Geocode
6	Depth, top/min	Depth top	m	Kodolányi, János
7	Depth, bottom/max	Depth bot	m	Kodolányi, János
8	Area/locality	Area		Kodolányi, János
9	Code	Code		Kodolányi, János		grain code (contains a capital letter) identifies the grain for which average composition is presented below the code (except exsolution lamellae); in case of exsolution lamellae the code of the analyses (no letters in the code) is presented instead of a grain code
10	Texture	Texture		Kodolányi, János		isometric sub to euhedral crystals, if nothing else is indicated
11	Sample amount	N	#	Kodolányi, János		number of individual analyses per grain
12	Titanium dioxide	TiO2	%	Kodolányi, János	Electron microprobe (EMP)
13	Titanium dioxide, standard deviation	TiO2 std dev	±	Kodolányi, János	Electron microprobe (EMP)
14	Aluminium oxide	Al2O3	%	Kodolányi, János	Electron microprobe (EMP)
15	Aluminium oxide, standard deviation	Al2O3 std dev	±	Kodolányi, János	Electron microprobe (EMP)
16	Chromium(III) oxide	Cr2O3	%	Kodolányi, János	Electron microprobe (EMP)
17	Chromium(III) oxide, standard deviation	Cr2O3 std dev	±	Kodolányi, János	Electron microprobe (EMP)
18	Vanadium oxide	V2O5	%	Kodolányi, János	Electron microprobe (EMP)
19	Vanadium oxide, standard deviation	V2O5 std dev	±	Kodolányi, János	Electron microprobe (EMP)
20	Iron oxide, FeO	FeO	%	Kodolányi, János	Electron microprobe (EMP)
21	Iron oxide, FeO, standard deviation	FeO std dev	±	Kodolányi, János	Electron microprobe (EMP)
22	Manganese oxide	MnO	%	Kodolányi, János	Electron microprobe (EMP)
23	Manganese oxide, standard deviation	MnO std dev	±	Kodolányi, János	Electron microprobe (EMP)
24	Nickel oxide	NiO	%	Kodolányi, János	Electron microprobe (EMP)
25	Nickel oxide, standard deviation	NiO std dev	±	Kodolányi, János	Electron microprobe (EMP)
26	Magnesium oxide	MgO	%	Kodolányi, János	Electron microprobe (EMP)
27	Magnesium oxide, standard deviation	MgO std dev	±	Kodolányi, János	Electron microprobe (EMP)
28	Elements, total	Total	%	Kodolányi, János	Electron microprobe (EMP)
29	Standard deviation	Std dev	±	Kodolányi, János	Electron microprobe (EMP)	elements, total
30	Elements, total	Total	%	Kodolányi, János	Calculated	with FeO and Fe2O3
31	Standard deviation	Std dev	±	Kodolányi, János	Calculated	elements, total, with FeO and Fe2O3
32	Iron oxide, FeO	FeO	%	Kodolányi, János	Calculated	estimated assuming that the sum of cations is 3
33	Iron oxide, FeO, standard deviation	FeO std dev	±	Kodolányi, János	Calculated	estimated assuming that the sum of cations is 3
34	Iron oxide, Fe2O3	Fe2O3	%	Kodolányi, János	Calculated	estimated assuming that the sum of cations is 3
35	Iron oxide, Fe2O3, standard deviation	Fe2O3 std dev	±	Kodolányi, János	Calculated	estimated assuming that the sum of cations is 3
36	Titanium	Ti	# of ions	Kodolányi, János	Calculated based on oxygen number
37	Titanium, standard deviation	Ti std dev	±	Kodolányi, János	Calculated based on oxygen number
38	Aluminium	Al	# of ions	Kodolányi, János	Calculated based on oxygen number
39	Aluminium, standard deviation	Al std dev	±	Kodolányi, János	Calculated based on oxygen number
40	Chromium	Cr	# of ions	Kodolányi, János	Calculated based on oxygen number
41	Chromium, standard deviation	Cr std dev	±	Kodolányi, János	Calculated based on oxygen number
42	Vanadium	V	# of ions	Kodolányi, János	Calculated based on oxygen number
43	Vanadium, standard deviation	V std dev	±	Kodolányi, János	Calculated based on oxygen number
44	Iron 3+	Fe3+	# of ions	Kodolányi, János	Calculated based on oxygen number
45	Iron, standard deviation	Fe std dev	±	Kodolányi, János	Calculated based on oxygen number	Fe3+, estimated assuming that the sum of cations is 3
46	Iron 2+	Fe2+	# of ions	Kodolányi, János	Calculated based on oxygen number
47	Iron, standard deviation	Fe std dev	±	Kodolányi, János	Calculated based on oxygen number	Fe2+, estimated assuming that the sum of cations is 3
48	Manganese	Mn	# of ions	Kodolányi, János	Calculated based on oxygen number
49	Manganese, standard deviation	Mn std dev	±	Kodolányi, János	Calculated based on oxygen number
50	Nickel	Ni	# of ions	Kodolányi, János	Calculated based on oxygen number
51	Nickel, standard deviation	Ni std dev	±	Kodolányi, János	Calculated based on oxygen number
52	Magnesium	Mg	# of ions	Kodolányi, János	Calculated based on oxygen number
53	Magnesium, standard deviation	Mg std dev	±	Kodolányi, János	Calculated based on oxygen number
54	Sum	Sum	#	Kodolányi, János	Calculated based on oxygen number
55	Iron 2+/Iron 3+ ratio	Fe2+/Fe3+		Kodolányi, János
56	Standard deviation	Std dev	±	Kodolányi, János		Fe2+/Fe3+
57	Magnesium number	Mg#		Kodolányi, János		Mg# = 100 * [Mg/(Mg+Fetotal)]molar
58	Magnesium number, standard deviation	Mg# std dev	±	Kodolányi, János		Mg# = 100 * [Mg/(Mg+Fetotal)]molar
59	Chromium number	Cr#		Kodolányi, János
60	Chromium number, standard deviation	Cr/(Cr+Al) std dev	±	Kodolányi, János
61	Degree of melting	Deg melting	%	Kodolányi, János	Calculated	using the equotion of Hellebrand et al. (2001; doi:10.1038/35070546)

License:

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

Size:

2537 data points

Data

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

1 Event	2 Sample label (DSDP/ODP/IODP sample designation)	3 Piece	4 Sample label 2	5 Depth sed [m]	6 Depth top [m]	7 Depth bot [m]	8 Area	9 Code (grain code (contains a capita...)	10 Texture (isometric sub to euhedral cry...)	11 N [#] (number of individual analyses...)	12 TiO2 [%] (Electron microprobe (EMP))	13 TiO2 std dev [±] (Electron microprobe (EMP))	14 Al2O3 [%] (Electron microprobe (EMP))	15 Al2O3 std dev [±] (Electron microprobe (EMP))	16 Cr2O3 [%] (Electron microprobe (EMP))	17 Cr2O3 std dev [±] (Electron microprobe (EMP))	18 V2O5 [%] (Electron microprobe (EMP))	19 V2O5 std dev [±] (Electron microprobe (EMP))	20 FeO [%] (Electron microprobe (EMP))	21 FeO std dev [±] (Electron microprobe (EMP))	22 MnO [%] (Electron microprobe (EMP))	23 MnO std dev [±] (Electron microprobe (EMP))	24 NiO [%] (Electron microprobe (EMP))	25 NiO std dev [±] (Electron microprobe (EMP))	26 MgO [%] (Electron microprobe (EMP))	27 MgO std dev [±] (Electron microprobe (EMP))	28 Total [%] (Electron microprobe (EMP))	29 Std dev [±] (elements, total, Electron mic...)	30 Total [%] (with FeO and Fe2O3, Calculated)	31 Std dev [±] (elements, total, with FeO and...)	32 FeO [%] (estimated assuming that the s...)	33 FeO std dev [±] (estimated assuming that the s...)	34 Fe2O3 [%] (estimated assuming that the s...)	35 Fe2O3 std dev [±] (estimated assuming that the s...)	36 Ti [# of ions] (Calculated based on oxygen nu...)	37 Ti std dev [±] (Calculated based on oxygen nu...)	38 Al [# of ions] (Calculated based on oxygen nu...)	39 Al std dev [±] (Calculated based on oxygen nu...)	40 Cr [# of ions] (Calculated based on oxygen nu...)	41 Cr std dev [±] (Calculated based on oxygen nu...)	42 V [# of ions] (Calculated based on oxygen nu...)	43 V std dev [±] (Calculated based on oxygen nu...)	44 Fe3+ [# of ions] (Calculated based on oxygen nu...)	45 Fe std dev [±] (Fe3+, estimated assuming that...)	46 Fe2+ [# of ions] (Calculated based on oxygen nu...)	47 Fe std dev [±] (Fe2+, estimated assuming that...)	48 Mn [# of ions] (Calculated based on oxygen nu...)	49 Mn std dev [±] (Calculated based on oxygen nu...)	50 Ni [# of ions] (Calculated based on oxygen nu...)	51 Ni std dev [±] (Calculated based on oxygen nu...)	52 Mg [# of ions] (Calculated based on oxygen nu...)	53 Mg std dev [±] (Calculated based on oxygen nu...)	54 Sum [#] (Calculated based on oxygen nu...)	55 Fe2+/Fe3+	56 Std dev [±] (Fe2+/Fe3+)	57 Mg# (Mg# = 100 * [Mg/(Mg+Fetotal)]...)	58 Mg# std dev [±] (Mg# = 100 * [Mg/(Mg+Fetotal)]...)	59 Cr#	60 Cr/(Cr+Al) std dev [±]	61 Deg melting [%] (using the equotion of Hellebr...)
147-895D	147-895D-2R-2,40-45	3a	S039	17.90	17.8	18.0	Hess Deep (mid-ocean ridge)	s039_02_01_A		6	0.04	28.60	27.58	0.50	41.59	0.30	0.11	5.20	17.16	1.80	0.68	1.80	0.13	69.6	13.30	1.60	100.58	0.9	100.76	1.2	15.51	2.1	1.84	16.0	0.0010	29.0	0.972	0.6	0.983	0.2	0.003	5.3	0.041	16.0	0.388	2.1	0.017	1.8	0.0030	70.0	0.593	1.5	3.000	9.4	16.0	58.01	1.20	50.29	0.40	17.13
147-895D	147-895D-2R-2,40-45	3a	S039	17.90	17.8	18.0	Hess Deep (mid-ocean ridge)	s039_03_01_A		3	0.05	47.20	26.53	0.80	42.10	0.40	0.10	3.20	17.49	3.20	0.70	2.20	0.11	62.0	13.32	2.40	100.40	1.3	100.64	1.4	15.34	3.0	2.40	8.3	0.0010	47.0	0.940	0.5	1.000	0.6	0.003	3.4	0.054	8.3	0.386	3.1	0.018	2.3	0.0030	63.0	0.597	2.3	3.000	7.1	8.9	57.57	2.30	51.56	0.50	17.38
147-895D	147-895D-2R-2,40-45	3a	S039	17.90	17.8	18.0	Hess Deep (mid-ocean ridge)	s039_03_02_A		5	0.04	59.70	26.82	0.80	41.54	0.40	0.11	3.00	18.14	3.10	0.69	2.30	0.13	51.8	12.56	2.50	100.03	1.3	100.23	1.4	16.34	2.9	2.00	10.0	0.0010	60.0	0.956	0.5	0.994	0.6	0.003	3.1	0.045	9.9	0.414	2.9	0.018	2.3	0.0030	52.0	0.567	2.4	3.000	9.1	10.0	55.24	2.40	50.96	0.50	17.26
147-895D	147-895D-4R-5,0-5	1	S025	41.10	40.7	41.5	Hess Deep (mid-ocean ridge)	s025-1_07_01_A		7	0.05	48.60	26.31	0.40	42.98	0.50	0.12	4.20	16.36	2.00	0.68	1.40	0.11	71.8	13.18	0.60	99.79	0.8	99.92	1.0	15.21	0.5	1.28	30.0	0.0010	48.0	0.938	0.5	1.028	0.6	0.003	4.3	0.029	30.0	0.385	1.0	0.018	1.4	0.0030	72.0	0.594	0.5	3.000	13.0	30.0	58.95	0.80	52.29	0.20	17.52
147-895D	147-895D-4R-5,0-5	1	S025	41.10	40.7	41.5	Hess Deep (mid-ocean ridge)	s025-1_04_07_A	in vermicular intergrowth with clinopyroxene	3	0.04	25.60	26.44	1.30	42.47	0.30	0.12	1.40	16.93	2.30	0.67	3.60	0.14	5.8	12.82	0.90	99.63	1.0	99.76	1.1	15.78	0.5	1.28	29.0	0.0010	25.0	0.946	1.1	1.020	0.5	0.003	1.0	0.029	29.0	0.401	0.8	0.017	3.7	0.0030	5.9	0.580	0.6	3.000	14.0	29.0	57.44	1.10	51.87	0.70
147-895D	147-895D-7R-1,118-123	20a	S033	65.85	65.8	65.9	Hess Deep (mid-ocean ridge)	s033_2b_02_A		5	0.04	54.90	25.87	1.80	42.91	0.80	0.13	1.10	17.31	0.50	0.74	3.60	0.04	115.4	13.35	0.60	100.38	1.1	100.62	1.3	15.15	1.0	2.40	6.7	0.0010	55.0	0.919	1.5	1.022	1.2	0.003	1.2	0.054	6.8	0.382	0.7	0.019	3.9	0.0010	116.0	0.599	0.4	3.000	7.0	6.9	57.89	0.10	52.67	1.20	17.59
147-895E	147-895E-2R-2,55-60	9a	S034	21.95	21.7	22.2	Hess Deep (mid-ocean ridge)	s034_04_01_A		7	0.32	11.90	26.58	0.90	37.96	0.40	0.18	6.00	22.02	4.30	0.42	2.10	0.11	12.4	8.27	2.70	95.86	1.7	95.86	1.8	22.01	3.5	0.02	1799.0	0.0080	12.0	1.011	0.8	0.969	0.6	0.005	6.1	0.000	1795.0	0.594	3.4	0.011	2.3	0.0030	12.0	0.398	2.7	3.000	1532.0	1795.0	40.08	4.20	48.93	0.40
173-1070A	173-1070A-10R-1,130-133	10	S008	687.25	687.2	687.3	Iberian Abyssal Plain (passive margin)	s008_03_A	lobate	3	0.08	42.40	25.20	2.00	41.71	0.90	0.10	20.70	20.56	0.50			0.09	24.0	12.21	1.30	99.95	1.2	100.30	1.4	17.42	0.6	3.49	4.8	0.0020	43.0	0.907	1.4	1.007	1.4	0.003	21.0	0.080	4.5	0.445	1.2			0.0020	24.0	0.555	0.7	3.000	5.6	4.6	55.53	0.80	52.62	1.30	17.58
173-1070A	173-1070A-10R-1,130-133	10	S008	687.25	687.2	687.3	Iberian Abyssal Plain (passive margin)	s008_11_03_01	core	1	0.22		35.94		32.78		0.10		15.25				0.24		16.40		100.93		101.18		12.95		2.56		0.0050		1.200		0.734		0.002		0.054		0.307				0.0050		0.692		3.000	5.6		65.71		37.96		14.31
173-1070A	173-1070A-10R-1,130-133	10	S008	687.25	687.2	687.3	Iberian Abyssal Plain (passive margin)	s008_11_03_04	core	1	0.15		31.13		36.16		0.07		15.91						15.41		98.83		99.13		13.25		2.95		0.0030		1.082		0.843		0.002		0.066		0.327						0.677		3.000	5.0		63.32		43.80		15.74
173-1070A	173-1070A-10R-1,130-133	10	S008	687.25	687.2	687.3	Iberian Abyssal Plain (passive margin)	s008_11_03_05	core	1	0.18		34.59		34.03		0.11		15.34				0.22		16.23		100.70		100.98		12.90		2.71		0.0040		1.164		0.768		0.002		0.058		0.308				0.0050		0.691		3.000	5.3		65.35		39.76		14.78
173-1070A	173-1070A-10R-1,130-133	10	S008	687.25	687.2	687.3	Iberian Abyssal Plain (passive margin)	s008_11_03_03	rim	1	0.22		27.62		40.96		0.13		17.19						14.37		100.49		100.75		14.82		2.63		0.0050		0.967		0.962		0.003		0.059		0.368						0.636		3.000	6.3		59.84		49.87		17.04
173-1070A	173-1070A-10R-1,130-133	10	S008	687.25	687.2	687.3	Iberian Abyssal Plain (passive margin)	s008_11_03_10	rim	1	0.14		27.12		40.31		0.11		18.15				0.03		14.14		100.01		100.37		14.92		3.59		0.0030		0.956		0.953		0.003		0.081		0.373				0.0010		0.630		3.000	4.6		58.13		49.93		17.05
173-1070A	173-1070A-10R-1,130-133	10	S008	687.25	687.2	687.3	Iberian Abyssal Plain (passive margin)	s008_11_03_11	rim	1	0.01		25.79		41.52		0.05		18.11				0.06		13.46		99.00		99.32		15.24		3.19		0.0003		0.925		1.000		0.001		0.073		0.388				0.0010		0.611		3.000	5.3		56.98		51.92		17.45
195-1200A	195-1200A-3R-1,60-65	1b	S030	19.05	18.8	19.3	Mariana forearc	s030_01_A		6	0.01	164.50	19.22	3.20	51.90	1.00	0.11	4.80	17.11	1.70	0.80	2.00	0.04	157.6	11.31	1.20	100.49	1.6	100.50	1.8	17.09	1.8	0.02	516.0	0.0002	165.1	0.710	2.9	1.287	1.3	0.003	4.5	0.001	516.8	0.448	1.9	0.021	2.0	0.0010	157.3	0.529	1.0	3.000	793.0	517.0	54.10	1.20	64.43	1.50	19.60
195-1200A	195-1200A-3R-1,60-65	1b	S030	19.05	18.8	19.3	Mariana forearc	s030_04_03_A		6	0.02	98.10	19.37	6.60	49.75	2.90	0.11	4.90	21.66	2.30	0.89	3.00	0.05	73.5	8.61	3.80	100.46	3.6	100.51	3.8	21.21	1.6	0.51	64.0	0.0004	97.5	0.729	5.9	1.255	3.7	0.003	4.6	0.012	64.2	0.566	2.2	0.024	3.8	0.0010	73.3	0.409	3.1	3.000	47.0	64.0	41.46	3.30	63.27	3.50	19.42
195-1200A	195-1200A-13R-1,47-50	6b	S038	109.35	109.2	109.5	Mariana forearc	s038_08_01_A		4	0.03	37.50	23.47	6.20	45.82	3.20	0.28	2.40	19.89	1.50	0.80	3.10	0.03	31.4	11.52	2.70	101.83	3.5	102.05		17.95	1.2	2.16	11.0	0.0010	37.0	0.841	5.4	1.102	3.9	0.007	3.1	0.049	11.0	0.457	1.9	0.021	3.9	0.0010	32.0	0.522	1.9	3.000	9.3	11.0	50.79	2.00	56.70	4.00	18.33
195-1200A	195-1200A-13R-1,47-50	6b	S038	109.35	109.2	109.5	Mariana forearc	s038_08_01_B		4	0.03	41.60	25.36	5.70	43.94	3.50	0.27	1.60	19.83	2.00	0.79	4.30	0.04	73.6	11.64	1.70	101.89	3.6	102.09		18.11	1.9	1.92	14.0	0.0010	42.0	0.901	5.3	1.047	4.0	0.007	2.1	0.043	14.0	0.457	1.9	0.020	4.8	0.0010	73.0	0.523	1.6	3.000	11.0	14.0	51.13	1.80	53.75	4.30	17.79
195-1200A	195-1200A-16R-1,110-115	11b	S032	138.80	138.7	138.9	Mariana forearc	s032_08_A		3	0.01	76.60	18.16	1.20	50.52	0.20	0.12	3.50	20.42	1.00	0.91	1.10	0.03	103.4	10.22	0.80	100.39	0.7	100.60	0.7	18.55	0.8	2.08	3.8	0.0003	76.0	0.679	0.9	1.267	0.3	0.003	3.8	0.050	4.1	0.492	0.8	0.024	0.8	0.0010	103.0	0.483	0.6	3.000	10.0	4.2	49.54	0.70	65.11	0.40	19.71
195-1200A	195-1200A-16R-1,110-115	11b	S032	138.80	138.7	138.9	Mariana forearc	s032_02_01_12		1			16.80		52.87		0.11		18.25		0.91		0.13		11.68		100.75		101.00		16.09		2.40		0.0001		0.624		1.317		0.003		0.057		0.424		0.024		0.0030		0.548		3.000	7.5		56.40		67.86		20.12
195-1200A	195-1200A-16R-1,110-115	11b	S032	138.80	138.7	138.9	Mariana forearc	s032_04_01_A		2	0.01	141.40	16.62	2.00	53.10	0.40	0.11	7.40	18.72	0.40	0.90	0.70	0.12	45.0	11.31	0.40	100.87	0.8	101.09	0.8	16.74	0.1	2.20	2.6	0.0002	142.0	0.618	1.8	1.325	0.7	0.003	7.7	0.052	2.8	0.442	0.4	0.024	0.9	0.0030	45.0	0.532	0.2	3.000	8.5	2.9	54.61	0.30	68.18	0.80	20.17
195-1200A	195-1200A-16R-1,110-115	11b	S032	138.80	138.7	138.9	Mariana forearc	s032_05_A		5	0.02	84.65	17.10	0.82	52.54	0.58	0.11	6.36	18.89	3.32	0.90	1.94	0.08	40.7	11.11	3.23	100.75	1.5	100.95	1.6	17.11	3.6	1.98	9.2	0.0005	85.0	0.637	0.8	1.312	0.6	0.003	6.3	0.047	9.2	0.452	3.6	0.024	2.0	0.0020	41.0	0.523	3.2	3.000	10.0	10.0	53.66	3.14	67.33	0.42	20.04
195-1200A	195-1200A-17G-2,65-70	3	S029	144.25	141.7	146.8	Mariana forearc	s029_03_01_A		4	0.07	9.80	21.91	1.20	46.74	0.60	0.13	6.30	19.58	3.30	0.80	2.10	0.11	48.3	11.31	1.60	100.63	1.4	100.85	1.6	17.67	2.2	2.12	20.0	0.0020	9.3	0.799	0.9	1.144	1.0	0.003	5.9	0.049	20.0	0.458	1.9	0.021	2.4	0.0030	48.0	0.522	1.8	3.000	9.3	20.0	50.72	2.20	58.87	0.70	18.70
195-1200A	195-1200A-17G-2,65-70	3	S029	144.25	141.7	146.8	Mariana forearc	s029_05_01_A		6	0.09	16.10	21.03	3.90	49.30	2.50	0.11	2.70	17.06	3.70	0.82	1.20	0.03	93.2	11.69	1.90	100.13	2.9	100.17	3.0	16.71	2.3	0.39	89.0	0.0020	16.0	0.772	4.1	1.213	2.4	0.003	2.9	0.009	89.0	0.435	2.0	0.022	1.7	0.0010	93.0	0.542	1.6	2.999	48.0	89.0	54.98	1.90	61.13	2.50	19.08
209-1270D	209-1270D-6R-1,47-50	6	S010	33.80	33.4	34.2	Mid-Atlantic ridge	s010_04_01_A		8	0.22	11.60	21.15	1.40	44.04	0.70	0.16	9.00	23.39	2.50	0.47	2.50	0.06	20.1	10.05	3.00	99.55	1.5	99.97	1.6	19.63	1.9	4.18	7.4	0.0050	11.0	0.787	0.9	1.099	0.6	0.004	8.9	0.099	7.7	0.518	2.3	0.013	2.5	0.0010	20.0	0.473	2.5	3.000	5.2	8.0	43.40	3.00	58.30	0.60
209-1270D	209-1270D-6R-1,47-50	6	S010	33.80	33.4	34.2	Mid-Atlantic ridge	s010_04_01_09	alteration rim	1	1.07		8.11		41.95		0.19		43.32		0.74		0.11		3.31		98.80		100.47		28.30		16.69		0.0280		0.335		1.163		0.005		0.440		0.830		0.022		0.0030		0.173		3.000	1.9		17.20		77.60
209-1270D	209-1270D-6R-1,47-50	6	S010	33.80	33.4	34.2	Mid-Atlantic ridge	s010_08_01_A		4	0.16	31.20	22.56	0.40	42.61	1.10	0.18	4.60	22.84	2.20	0.47	3.20	0.06	19.3	10.45	0.80	99.32	1.2	99.74	1.3	19.11	1.0	4.15	9.6	0.0040	31.0	0.834	0.3	1.056	1.1	0.005	4.7	0.098	9.6	0.501	0.9	0.012	3.2	0.0010	19.0	0.488	0.9	3.000	5.1	10.0	44.90	1.60	55.90	0.60
209-1270D	209-1270D-6R-1,47-50	6	S010	33.80	33.4	34.2	Mid-Atlantic ridge	s010_08_01_14	alteration rim	1	2.50		2.01		40.17		0.27		48.98		0.78		0.14		2.29		97.15		99.30		29.65		21.48		0.0690		0.087		1.171		0.008		0.596		0.914		0.024		0.0040		0.126			1.5		12.10		93.10
209-1272A	209-1272A-25R-2,70-71	6b	S011	120.05	120.0	120.1	Mid-Atlantic ridge	s011_01_01_A	lobate	6	0.02	67.70	25.47	1.90	44.11	1.20	0.08	8.80	15.66	2.50	0.70	2.20	0.08	59.6	14.69	1.60	100.82	1.7	101.10	1.8	13.15	1.9	2.79	8.1	0.0004	67.0	0.895	1.5	1.040	1.5	0.002	9.0	0.063	7.6	0.328	2.1	0.018	2.6	0.0020	60.0	0.653	1.2	3.000	5.2	7.9	62.57	1.20	53.75	1.40	17.79
209-1272A	209-1272A-25R-2,70-71	6b	S011	120.05	120.0	120.1	Mid-Atlantic ridge	s011_01_04_A	lobate	3	0.02	104.80	24.92	0.40	44.60	0.20	0.08	8.80	15.80	1.30	0.73	1.10	0.16	27.4	14.65	0.70	100.95	0.6	101.25	0.7	13.07	0.4	3.03	9.5	0.0004	105.0	0.877	0.4	1.053	0.5	0.002	9.0	0.068	9.2	0.326	0.7	0.018	0.8	0.0040	27.0	0.652	0.4	3.000	4.8	9.2	62.30	0.30	54.56	0.30	17.94
209-1272A	209-1272A-25R-2,70-71	6b	S011	120.05	120.0	120.1	Mid-Atlantic ridge	s011_03_01_A	lobate	9	0.01	117.00	26.20	1.90	42.72	1.40	0.08	8.90	16.64	2.90	0.71	2.20	0.11	79.6	14.30	1.70	100.77	1.9	101.08	2.0	13.83	2.4	3.12	6.6	0.0002	117.0	0.921	1.6	1.007	1.6	0.002	9.2	0.070	6.5	0.345	2.6	0.018	2.4	0.0030	79.0	0.635	1.4	3.000	4.9	7.0	60.50	1.70	52.24	1.50	17.51
209-1272A	209-1272A-27R-2,101-103	10	S004	129.70	129.5	129.9	Mid-Atlantic ridge	s004_02_03_A	in vermicular intergrowth with clinopyroxene	7	0.04	35.50	26.68	2.40	42.07	1.70	0.08	8.70	15.99	2.40	0.71	2.60	0.06	79.8	14.62	1.30	100.25	2.0	100.25	2.2	13.32	2.0	2.98	8.9	0.0010	35.0	0.938	2.0	0.992	2.0	0.002	8.6	0.067	8.4	0.332	2.0	0.018	2.4	0.0010	80.0	0.650	1.1	3.000	5.0	8.7	66.18	1.10	51.40	2.00
209-1272A	209-1272A-27R-2,101-103	10	S004	129.70	129.5	129.9	Mid-Atlantic ridge	s004_09_A	lobate	10	0.04	33.70	25.21	1.40	44.12	1.00	0.07	7.60	15.03	2.30	0.71	3.40	0.16	32.4	15.06	1.30	100.41	1.4	100.41	1.6	12.37	2.1	2.95	8.5	0.0010	33.0	0.887	1.4	1.042	1.1	0.002	7.8	0.066	8.3	0.309	2.3	0.018	3.5	0.0040	32.0	0.670	1.1	3.000	4.7	8.6	68.45	1.10	54.01	1.10	17.84
209-1272A	209-1272A-2R-1,47-51	8	S014	13.65	13.4	13.9	Mid-Atlantic ridge	s014_05_01_A		7	0.13	6.50	18.39	3.80	52.96	1.20	0.16	10.60	15.54	3.30	0.62	0.80	0.06	21.3	12.83	3.00	100.68	2.3	100.74	2.4	14.99	3.5	0.62	18.0	0.0030	6.6	0.674	3.4	1.302	1.7	0.004	11.0	0.014	18.0	0.390	3.9	0.016	1.1	0.0010	21.0	0.595	2.6	3.000	27.0	19.0	59.53	2.60	65.89	1.70
209-1274A	209-1274A-5R-1,20-21.5	4	S001	26.55	26.5	26.6	Mid-Atlantic ridge	s001_04_A	in vermicular intergrowth with clinopyroxene	8	0.04	39.20	28.14	0.60	41.74	0.70	0.09	8.10	13.33	2.20	0.73	3.20	0.15	30.5	16.05	0.80	100.27	1.0	100.51	1.2	11.25	1.9	2.32	13.0	0.0010	39.0	0.975	0.4	0.970	0.7	0.002	8.3	0.051	13.0	0.276	1.7	0.018	3.1	0.0040	31.0	0.703	0.7	3.000	5.4	13.0	68.21	0.60	49.88	0.50
209-1274A	209-1274A-5R-1,20-21.5	4	S001	26.55	26.5	26.6	Mid-Atlantic ridge	s001_07_01_A	in vermicular intergrowth with clinopyroxene	3	0.05	13.70	29.28	0.40	40.03	1.40	0.09	2.30	14.49	0.60	0.79	1.50	0.17	45.9	15.09	0.60	99.99	1.0	100.19	1.2	12.75	1.0	1.94	10.0	0.0010	14.0	1.018	0.8	0.934	1.0	0.002	2.6	0.043	11.0	0.314	1.1	0.020	1.3	0.0040	46.0	0.663	0.2	3.000	7.3	11.0	64.98	0.40	47.84	0.90
209-1274A	209-1274A-5R-1,20-21.5	4	S001	26.55	26.5	26.6	Mid-Atlantic ridge	s001_08_A		3	0.04	17.90	29.20	1.80	40.75	1.30	0.09	6.30	13.26	2.20	0.74	4.10	0.13	84.4	16.29	0.60	100.50	1.6	100.74	1.6	11.13	0.5	2.37	11.0	0.0010	18.0	1.004	1.4	0.940	1.7	0.002	6.7	0.052	10.0	0.272	0.3	0.018	4.2	0.0030	84.0	0.708	0.6	3.000	5.2	10.0	68.64	0.70	48.35	1.60	16.73
209-1274A	209-1274A-5R-1,25-29	5	S009	26.65	26.6	26.7	Mid-Atlantic ridge	s009_02_01_A	lobate	14	0.05	33.20	35.34	1.80	35.26	2.30	0.08	6.20	13.03	4.00	0.56	3.20	0.16	27.7	16.79	2.60	101.26	2.5	101.41	2.8	11.72	3.8	1.45	28.0	0.0010	33.0	1.177	1.6	0.788	2.0	0.002	6.6	0.031	27.0	0.277	4.4	0.013	2.8	0.0040	27.0	0.707	1.7	3.000	9.0	28.0	69.67	1.60	40.10	2.10	14.86
209-1274A	209-1274A-12R-1,10-14	2	S003	59.55	59.5	59.6	Mid-Atlantic ridge	s003_11_A		3	0.03	42.70	31.13	2.40	40.05	1.60	0.08	10.20	11.94	3.40	0.62	1.60	0.15	28.0	16.01	1.20	100.01	2.1	100.04	2.1	11.67	1.3	0.29	96.0	0.0010	44.0	1.069	1.8	0.923	2.2	0.002	10.0	0.006	95.0	0.284	0.6	0.015	0.9	0.0040	27.0	0.695	0.3	2.999	44.0	95.0	70.97	0.20	46.32	2.10	16.31
210-1277A	210-1277A-9R-2,56-59	2a	S015	172.80			Newfoundland (passive margin)	s015_01_01_A		9	0.04	37.60	30.79	0.80	38.32	0.70	0.13	4.70	14.65	7.00	0.78	2.90	0.12	17.7	15.54	5.00	100.38	2.4	100.63	2.7	12.45	8.9	2.45	9.2	0.0010	37.0	1.058	0.7	0.883	0.5	0.003	4.6	0.054	8.9	0.304	9.6	0.019	3.4	0.0030	17.0	0.675	4.4	3.000	5.7	13.0	65.40	4.10	45.51	0.60	16.13
210-1277A	210-1277A-9R-2,56-59	2a	S015	172.80			Newfoundland (passive margin)	s015_01_01_10	alteration rim	1	0.06		17.84		48.16		0.25		23.82		1.06		0.06		9.33		100.58		101.03		19.80		4.47		0.0010		0.670		1.214		0.006		0.107		0.528		0.029		0.0020		0.443		3.000	4.9		41.11		64.43
210-1277A	210-1277A-9R-2,56-59	2a	S015	172.80			Newfoundland (passive margin)	s015_01_01_11	alteration rim	1	0.10		16.68		48.27		0.25		26.08		1.08		0.06		5.94		98.45		98.68		24.07		2.24		0.0020		0.657		1.276		0.007		0.056		0.673		0.030		0.0020		0.296		3.000	12.0		28.87		66.00
210-1277A	210-1277A-9R-2,56-59	2a	S015	172.80			Newfoundland (passive margin)	s015_01_01_12	alteration rim	1	0.02		13.24		51.68		0.29		26.44		1.22		0.03		6.84		99.75		100.19		22.49		4.39		0.0000		0.520		1.361		0.008		0.110		0.626		0.034		0.0010		0.340		3.000	5.7		31.56		72.36
210-1277A	210-1277A-9R-4,87-89	1f	S006	175.95	175.9	176.0	Newfoundland (passive margin)	s006_06_15		1	0.05		37.97		31.54		0.07		15.30		0.54		0.08		15.13		100.69		100.77		14.58		0.80		0.0010		1.271		0.708		0.002		0.017		0.346		0.013		0.0020		0.640		3.000	20.0		63.80		35.78		13.72
210-1277A	210-1277A-9R-6,85-87	1c	S007	178.65	178.6	178.7	Newfoundland (passive margin)	s007_01_A		6	0.05	19.50	32.59	2.90	37.78	2.10	0.08	6.70	14.02	1.50	0.58	4.60	0.10	73.1	15.50	1.40	100.70	2.3	100.81	2.4	13.10	1.0	1.01	18.0	0.0010	20.0	1.110	2.3	0.864	2.8	0.002	6.8	0.022	18.0	0.317	1.6	0.014	5.1	0.0020	73.0	0.668	0.8	3.000	14.0	18.0	66.34	0.80	43.75	2.80	15.73
210-1277A	210-1277A-9R-6,85-87	1c	S007	178.65	178.6	178.7	Newfoundland (passive margin)	s007_02_A		3	0.03	7.20	33.93	4.60	35.26	5.80	0.09	6.80	16.37	7.40	0.62	2.30	0.05	63.0	13.97	4.50	100.31	5.5	100.41	5.8	15.54	6.8	0.93	54.0	0.0010	7.3	1.164	4.5	0.812	5.8	0.002	6.7	0.020	55.0	0.378	7.0	0.015	2.5	0.0010	63.0	0.606	4.2	3.000	18.5	55.0	60.33	4.70	41.08	6.00	15.10
84-566C	84-566C-6-1,9-12	1	S021	117.45	117.3	117.6	Guatemala forearc	s021_10_02_A		8	0.03	34.60	17.76	1.80	50.15	0.80	0.34	2.00	19.70	1.10	0.89	1.50	0.04	53.3	11.26	1.30	100.16	1.1	100.48	1.3	16.83	1.3	3.19	5.3	0.0010	35.0	0.662	1.7	1.253	0.8	0.009	2.1	0.076	5.3	0.445	1.4	0.024	1.4	0.0010	53.0	0.530	1.2	3.000	5.9	5.4	50.46	1.10	65.44	0.90	19.76
84-566C	84-566C-6-1,9-12	1	S021	117.45	117.3	117.6	Guatemala forearc	s021_09_03_A		4	0.04	36.90	19.47	2.40	48.34	0.80	0.34	1.50	19.72	0.40	0.86	1.70	0.04	62.9	11.41	0.80	100.20	1.1	100.52	1.4	16.84	1.2	3.19	5.8	0.0010	37.0	0.719	2.2	1.197	0.9	0.008	1.7	0.075	6.4	0.441	1.1	0.023	1.8	0.0010	63.0	0.533	0.7	2.999	5.9	6.5	50.76	0.50	62.48	1.20	19.30
84-570	84-570-42-2,31-34		S017	394.80	394.4	395.2	Guatemala forearc	s017_01_01_A		8	0.02	48.60	27.66	2.00	41.21	1.40	0.22	3.80	16.48	2.90	0.72	2.50	0.08	23.4	14.24	2.00	100.64	1.9	100.74	2.2	14.13	3.5	2.60	10.0	0.0010	49.0	0.968	1.9	0.967	1.5	0.005	3.8	0.058	10.0	0.351	3.5	0.018	2.5	0.0020	23.0	0.630	2.0	3.000	6.0	11.0	60.63	1.90	49.99	1.70	17.07
84-570	84-570-42-2,31-34		S017	394.80	394.4	395.2	Guatemala forearc	s017_01_01_04	alteration rim	1			20.98		41.44		0.24		28.77		0.94		0.01		7.54		99.91		100.56		23.02		6.39		0.0001		0.791		1.048		0.006		0.154		0.616		0.025		0.0002		0.360		3.000	4.0		31.84		56.99