Citation:

PANGAEA.942970

Name: Wadi Gideah, Oman, Reference Section: Whole rock geochemistry
Published: 2022-04-04
License: https://creativecommons.org/licenses/by/4.0/
Keywords: Oman Drilling Project; Oman Ophiolite; Whole rock geochemistry

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Published: 2022-04-04 • DOI registered: 2022-06-28

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Abstract:

We sampled outcrops through 6,500 m of fossil oceanic crust in Wadi Gideah (Samail ophiolite, Oman) that is regarded as best analogue of fast-spreading crust on land. To accomplish a comprehensive understanding of accretion processes in the lower crust we follow a multi-technique approach applying petrographic and petrological, microstructural, thermometric, mineral and rock chemical methods to the same samples. Here we report a full set of whole rock major and trace element data displaying systematic and contrasting compositional trends in lower and upper gabbros being correlated with stratigraphic depth in the plutonic suite.

Keyword(s):

Oman Drilling Project; Oman Ophiolite; Whole rock geochemistry

Supplement to:

Garbe-Schönberg, Dieter; Koepke, Jürgen; Müller, Samuel; Mock, Dominik; Müller, Tim (2022): A Reference Section Through Fast‐Spread Lower Oceanic Crust, Wadi Gideah, Samail Ophiolite (Sultanate of Oman): Whole Rock Geochemistry. Journal of Geophysical Research: Solid Earth, 127(6), https://doi.org/10.1029/2021JB022734

Funding:

German Research Foundation (DFG), grant/award no. 214851514 : Establishing a reference profile for fast-spreading oceanic crust: Petrology and geochemistry of the "Wadi Gideah" cross section in the Oman ophiolite

Coverage:

Median Latitude: 22.864435 * Median Longitude: 58.520870 * South-bound Latitude: 22.790600 * West-bound Longitude: 58.511000 * North-bound Latitude: 22.913900 * East-bound Longitude: 58.532600

Date/Time Start: 2010-02-01T00:00:00 * Date/Time End: 2012-01-15T00:00:00

Event(s):

OM10-A02 * Latitude: 22.790600 * Longitude: 58.530000 * Location: Oman * Method/Device: Sampling by hand (HAND)

OM10-A03 * Latitude: 22.793700 * Longitude: 58.531100 * Location: Oman * Method/Device: Sampling by hand (HAND)

OM10-A04 * Latitude: 22.797200 * Longitude: 58.531100 * Location: Oman * Method/Device: Sampling by hand (HAND)

Comment:

Units EBSD: Units based on EBSD data (Mock et al., 2021); USD, LSD Upper and lower sheeted dikes; AML Frozen Axial Melt Lens; VG Varitextured gabbros; UFG, LFG Upper and lower foliated gabbros; LG Layered gabbros; LG-hy Layered gabbros affected by hydrothermal fault zone; MTZ Moho transition Zone; MTZ Mantle transition zone; RSD %: Relative standard deviation (1SD).

#999.999 = n.d. (not determined)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Event label	Event		Garbe-Schönberg, Dieter
2	Sample comment	Sample comment		Garbe-Schönberg, Dieter
3	LATITUDE	Latitude		Garbe-Schönberg, Dieter		Geocode
4	LONGITUDE	Longitude		Garbe-Schönberg, Dieter		Geocode
5	Depth above Mohorovicic discontinuity	Height above Moho	m	Garbe-Schönberg, Dieter		Depth above petrographic Mohorovicic discontinuity
6	Rock type	Rock		Garbe-Schönberg, Dieter		Rock name
7	Unit	Unit		Garbe-Schönberg, Dieter		Unit EBSD
8	Silicon dioxide	SiO2	%	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)	Original unit is in [g/100g] on anhydrous basis.
9	Aluminium oxide	Al2O3	%	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)	Original unit is in [g/100g] on anhydrous basis.
10	Iron oxide, FeO	FeO	%	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)	Original unit is in [g/100g] on anhydrous basis.
11	Manganese oxide	MnO	%	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)	Original unit is in [g/100g] on anhydrous basis.
12	Magnesium oxide	MgO	%	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)	Original unit is in [g/100g] on anhydrous basis.
13	Calcium oxide	CaO	%	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)	Original unit is in [g/100g] on anhydrous basis.
14	Sodium oxide	Na2O	%	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)	Original unit is in [g/100g] on anhydrous basis.
15	Potassium oxide	K2O	%	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)	Original unit is in [g/100g] on anhydrous basis.
16	Titanium dioxide	TiO2	%	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)	Original unit is in [g/100g] on anhydrous basis.
17	Phosphorus pentoxide	P2O5	%	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)	Original unit is in [g/100g] on anhydrous basis.
18	Loss on ignition	LOI	%	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)	Original unit is in [g/100g] on anhydrous basis.
19	Magnesium number	Mg#		Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)	Original unit is in [g/100g] on anhydrous basis.
20	Lithium	Li	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
21	Scandium	Sc	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
22	Vanadium	V	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
23	Chromium	Cr	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
24	Cobalt	Co	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
25	Nickel	Ni	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
26	Copper	Cu	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
27	Zinc	Zn	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
28	Gallium	Ga	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
29	Rubidium	Rb	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
30	Strontium	Sr	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
31	Yttrium	Y	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
32	Zirconium	Zr	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
33	Niobium	Nb	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
34	Molybdenum	Mo	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
35	Antimony	Sb	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
36	Caesium	Cs	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
37	Barium	Ba	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
38	Lanthanum	La	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
39	Cerium	Ce	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
40	Praseodymium	Pr	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
41	Neodymium	Nd	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
42	Samarium	Sm	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
43	Europium	Eu	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
44	Gadolinium	Gd	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
45	Terbium	Tb	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
46	Dysprosium	Dy	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
47	Holmium	Ho	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
48	Erbium	Er	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
49	Thulium	Tm	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
50	Ytterbium	Yb	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
51	Lutetium	Lu	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
52	Hafnium	Hf	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
53	Tantalum	Ta	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
54	Tungsten	W	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
55	Lead	Pb	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
56	Thorium	Th	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
57	Uranium	U	mg/kg	Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
58	Chromium/Zirconium ratio	Cr/Zr		Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
59	Lanthanum/Ytterbium ratio	La/Yb		Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
60	Zirconium/Hafnium ratio	Zr/Hf		Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
61	Zirconium/Yttrium ratio	Zr/Y		Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
62	Niobium/Lanthanum ratio	Nb/La		Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
63	Yttrium/Holmium ratio	Y/Ho		Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)
64	Lanthanum/Neodymium	La/Nd		Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)	Normalized
65	Samarium/Ytterbium ratio	Sm/Yb		Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)	Normalized
66	Europium anomaly	Eu/Eu*		Garbe-Schönberg, Dieter	Multi-technique, see reference (Garbe-Schönberg et al. 2022)	Normalized

License:

Creative Commons Attribution 4.0 International (CC-BY-4.0)

Status:

Curation Level: Enhanced curation (CurationLevelC)

Size:

6384 data points

Data

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

1 Event	2 Sample comment	3 Latitude	4 Longitude	5 Height above Moho [m]	6 Rock	7 Unit	8 SiO2 [%]	9 Al2O3 [%]	10 FeO [%]	11 MnO [%]	12 MgO [%]	13 CaO [%]	14 Na2O [%]	15 K2O [%]	16 TiO2 [%]	17 P2O5 [%]	18 LOI [%]	19 Mg#	20 Li [mg/kg]	21 Sc [mg/kg]	22 V [mg/kg]	23 Cr [mg/kg]	24 Co [mg/kg]	25 Ni [mg/kg]	26 Cu [mg/kg]	27 Zn [mg/kg]	28 Ga [mg/kg]	29 Rb [mg/kg]	30 Sr [mg/kg]	31 Y [mg/kg]	32 Zr [mg/kg]	33 Nb [mg/kg]	34 Mo [mg/kg]	35 Sb [mg/kg]	36 Cs [mg/kg]	37 Ba [mg/kg]	38 La [mg/kg]	39 Ce [mg/kg]	40 Pr [mg/kg]	41 Nd [mg/kg]	42 Sm [mg/kg]	43 Eu [mg/kg]	44 Gd [mg/kg]	45 Tb [mg/kg]	46 Dy [mg/kg]	47 Ho [mg/kg]	48 Er [mg/kg]	49 Tm [mg/kg]	50 Yb [mg/kg]	51 Lu [mg/kg]	52 Hf [mg/kg]	53 Ta [mg/kg]	54 W [mg/kg]	55 Pb [mg/kg]	56 Th [mg/kg]	57 U [mg/kg]	58 Cr/Zr	59 La/Yb	60 Zr/Hf	61 Zr/Y	62 Nb/La	63 Y/Ho	64 La/Nd	65 Sm/Yb	66 Eu/Eu*
OM10-A02	Main transect	22.7906	58.5300	6464	basalt	USD	57.220	15.560	10.050	0.180	4.090	3.480	7.120	0.240	1.870	0.200	3.770	41.7	1.910	22.60	193.0	16.50	20.50	11.00	25.00	87.30	19.90	1.670	90.9	38.500	132.000	3.5300	1.290	0.031	0.030	8.310	5.860	16.100	2.680	13.700	4.340	1.520	5.580	0.944	6.190	1.380	4.090	0.599	3.870	0.590	3.2600	0.2290	0.127	0.425	0.3560	0.5800	0.12	1.51	40.6	3.44	0.60	27.8	0.84	1.25	0.94
OM10-A03	Main transect	22.7937	58.5311	6303	basalt	USD	59.450	15.830	9.010	0.190	4.350	2.240	6.850	0.230	1.660	0.200	3.980	45.9	5.250	21.90	208.0	12.70	16.70	6.89	4.26	83.40	16.70	1.050	128.0	41.500	147.000	3.5700	0.919	0.024	0.010	33.000	6.350	17.900	2.980	15.200	4.820	1.630	6.090	1.060	6.980	1.540	4.490	0.668	4.300	0.640	3.7400	0.2390	0.105	0.363	0.3650	0.1800	0.09	1.48	39.5	3.55	0.56	26.9	0.83	1.25	0.92
OM10-A04	Main transect	22.7972	58.5311	6121	basalt	USD	57.830	14.590	9.500	0.130	4.080	4.460	7.430	0.080	1.740	0.150	2.660	43.0	1.110	26.20	336.0	20.50	15.60	17.60	3.48	45.40	13.70	0.432	110.0	36.200	121.000	3.1900	2.500	0.031	<0.010	11.300	4.640	14.300	2.430	12.600	3.970	1.400	5.060	0.953	6.220	1.360	3.830	0.585	3.920	0.584	3.1800	0.2070	0.178	0.217	0.3440	0.1120	0.17	1.18	38.1	3.34	0.69	26.6	0.73	1.13	0.95
OM10-A05A	Main transect	22.7992	58.5312	6017	basalt	USD	58.630	15.360	6.200	0.150	1.620	8.490	7.730	0.160	1.440	0.220	6.540	31.5	1.700	18.80	140.0	11.90	6.26	6.79	1.19	21.60	15.30	0.648	142.0	48.500	147.000	3.6300	1.460	0.039	0.016	19.100	7.310	19.800	3.240	16.700	5.140	1.820	6.670	1.210	7.990	1.710	4.850	0.744	4.850	0.708	3.7300	0.2390	0.143	0.235	0.4250	0.1210	0.08	1.51	39.5	3.04	0.50	28.4	0.86	1.18	0.95
OM10-A05B	Main transect	22.7992	58.5312	6017	basalt	USD	68.790	13.880	4.860	0.060	0.850	2.880	7.850	0.030	0.650	0.140	6.000	23.6	1.560	10.30	31.0	48.40	4.05	25.80	29.10	17.20	14.20	<0.200	39.9	62.400	258.000	6.1900	5.820	<0.020	<0.010	6.840	8.870	25.500	4.170	20.700	6.420	1.680	7.790	1.570	10.300	2.240	6.570	1.020	6.700	1.006	6.3300	0.4220	0.374	0.102	0.6800	0.1410	0.19	1.32	40.7	4.13	0.70	27.9	0.84	1.07	0.73
OM10-A06	Main transect	22.8013	58.5323	5906	basalt	USD	59.350	15.080	6.960	0.110	0.720	7.470	8.200	0.050	1.820	0.230	5.700	15.4	2.840	20.10	111.0	30.10	6.50	15.40	51.70	27.80	12.20	0.239	77.5	46.800	146.000	4.0200	3.860	0.069	0.014	12.300	5.260	15.800	2.770	14.600	4.840	1.670	6.510	1.140	7.620	1.710	4.970	0.728	4.700	0.725	3.6500	0.2570	0.257	0.222	0.4260	0.1230	0.21	1.12	40.1	3.13	0.76	27.4	0.71	1.14	0.91
OM10-A10	Main transect	22.8123	58.5262	5336	basalt	LSD	52.130	16.560	10.500	0.170	6.240	8.710	4.180	0.220	1.190	0.100	3.790	51.1	2.870	36.10	312.0	84.60	33.40	49.40	15.70	36.60	16.50	0.746	278.1	22.000	67.300	1.5200	3.570	<0.020	<0.010	31.600	3.340	8.840	1.440	7.320	2.340	0.929	3.050	0.539	3.520	0.777	2.270	0.347	2.270	0.342	1.7600	0.0870	0.254	0.114	0.2420	0.0420	1.26	1.48	38.3	3.06	0.45	28.3	0.90	1.15	1.06
OM10-A11-3	Main transect	22.8166	58.5312	5109	basalt	LSD	53.080	15.880	8.210	0.150	8.580	9.640	3.200	0.380	0.880	<0.080	3.340	64.7	2.350	37.00	227.0	257.00	36.40	94.40	16.10	35.90	13.90	1.980	202.0	19.000	50.900	1.1200	1.980	<0.020	0.022	73.000	2.450	6.840	1.150	6.060	2.020	0.833	2.660	0.470	3.150	0.684	1.910	0.292	1.930	0.283	1.3200	0.0770	0.219	<0.100	0.1290	0.0480	5.04	1.27	38.6	2.68	0.46	27.8	0.80	1.16	1.10
OM10-A11-2	Main transect	22.8173	58.5286	5077	basalt	LSD	52.050	16.120	9.210	0.120	6.960	10.570	3.530	0.180	1.150	0.100	3.140	57.0	2.400	37.70	283.0	158.00	34.80	84.90	9.51	28.70	15.60	0.708	325.0	21.200	57.000	1.3000	11.400	0.031	0.035	20.100	2.720	7.510	1.290	6.870	2.360	0.937	3.180	0.541	3.540	0.785	2.230	0.321	2.120	0.307	1.4700	0.0840	0.553	0.101	0.1400	0.0500	2.77	1.29	38.8	2.69	0.48	27.0	0.78	1.24	1.05
OM10-A11	Main transect	22.8194	58.5249	4969	basalt	VG	51.030	16.390	9.140	0.180	7.930	11.510	2.530	0.240	1.050	<0.080	3.990	60.4	2.080	40.20	287.0	304.00	35.50	112.00	75.20	27.00	13.90	0.867	298.0	17.500	41.200	1.0300	12.000	0.025	0.010	18.200	2.220	6.300	1.080	5.740	1.970	0.840	2.620	0.440	2.800	0.610	1.700	0.252	1.680	0.247	1.0700	0.0610	0.576	0.966	0.1020	0.0520	7.38	1.32	38.6	2.36	0.46	28.7	0.76	1.30	1.13
OM10-A12-2C	Main transect	22.8260	58.5226	4627	basalt	AML	51.370	17.010	10.590	0.120	5.690	9.780	3.880	0.100	1.330	0.130	0.720	48.6	1.380	35.00	319.0	206.00	32.30	93.60	3.53	16.80	19.40	0.555	175.0	30.900	86.500	2.1400	15.200	0.031	<0.010	27.800	5.200	14.700	2.390	11.900	3.650	1.290	4.610	0.791	5.130	1.140	3.280	0.478	3.180	0.469	2.1900	0.1430	0.643	0.115	0.3050	0.0810	2.38	1.64	39.4	2.80	0.41	27.2	0.86	1.28	0.96
OM10-A13	Main transect	22.8261	58.5326	4617	olivine gabbro	VG	49.810	17.190	7.160	0.130	9.100	14.480	1.500	0.100	0.520	<0.080	1.260	69.1	1.610	39.50	221.0	368.00	41.10	110.00	65.60	33.50	12.80	0.754	114.0	9.980	20.200	0.4750	0.222	0.024	<0.010	12.400	0.846	2.510	0.454	2.560	0.964	0.437	1.420	0.238	1.620	0.362	1.040	0.153	1.020	0.152	0.5560	0.0320	0.073	0.166	0.0490	0.0280	18.20	0.83	36.3	2.02	0.56	27.6	0.65	1.05	1.14
OM10-A12-1A	Main transect	22.8275	58.5227	4547	gabbro	VG	52.670	15.430	9.410	0.140	7.740	10.370	3.060	0.150	1.030	<0.080	1.340	59.1	0.729	38.20	273.0	423.00	37.20	83.30	4.45	18.10	14.80	0.515	151.0	24.600	44.600	1.2600	2.510	<0.020	0.020	19.500	3.000	8.480	1.490	7.950	2.700	0.977	3.620	0.623	4.080	0.917	2.650	0.386	2.550	0.380	1.2700	0.0800	0.170	0.135	0.1170	0.0300	9.48	1.18	35.1	1.81	0.42	26.8	0.74	1.18	0.96
OM10-A14b	Main transect	22.8302	58.5293	4404	oxide gabbro	VG	52.350	16.940	7.390	0.140	6.910	11.990	3.210	0.200	0.860	<0.080	1.500	62.1	0.898	37.60	230.0	79.00	33.00	63.00	32.00	32.80	15.40	0.856	182.0	22.000	43.000	1.3700	6.010	<0.020	0.011	34.900	2.930	8.040	1.390	7.390	2.500	1.010	3.340	0.564	3.750	0.814	2.280	0.354	2.230	0.334	1.2400	0.0880	0.292	0.269	0.1330	0.0510	1.85	1.32	34.8	1.96	0.47	27.0	0.78	1.25	1.07
OM10-A15	Main transect	22.8353	58.5257	4144	oxide gabbro	VG	48.930	15.310	10.410	0.170	8.360	12.930	2.310	0.170	1.410	<0.080	1.440	58.5	1.320	45.40	335.0	202.00	46.20	75.70	51.90	57.00	14.80	1.780	153.0	17.100	38.300	1.2400	2.330	<0.020	<0.010	21.500	1.830	5.270	0.940	5.250	1.930	0.919	2.680	0.459	3.080	0.649	1.820	0.260	1.700	0.251	1.0800	0.0820	0.157	0.242	0.1010	0.0410	5.28	1.07	35.4	2.25	0.68	26.3	0.69	1.26	1.23
OM10-A16	Main transect	22.8392	58.5264	3939	olivine gabbro	UFG	47.910	16.740	6.370	0.120	10.870	16.710	0.970	<0.020	0.320	<0.080	0.880	75.0	2.490	48.80	159.0	444.00	46.80	181.00	103.00	33.90	10.30	<0.200	134.0	6.390	5.530	0.0740	10.500	<0.020	<0.010	4.600	0.262	0.994	0.218	1.420	0.634	0.350	0.979	0.172	1.150	0.243	0.693	0.101	0.632	0.087	0.2290	0.0050	0.521	0.156	0.0080	0.0120	80.40	0.41	24.1	0.86	0.28	26.3	0.36	1.11	1.35
OM10-A17	Main transect	22.8429	58.5246	3749	oxide gabbro	UFG	48.030	20.080	6.950	0.140	7.040	14.670	2.280	0.030	0.790	<0.080	2.160	64.0	1.040	38.70	220.0	256.00	31.70	77.00	69.70	45.00	14.50	0.260	229.0	9.370	11.800	0.3070	0.173	0.026	<0.010	8.400	0.856	2.490	0.467	2.760	1.100	0.736	1.580	0.247	1.640	0.353	0.991	0.136	0.875	0.126	0.3460	0.0190	0.081	0.157	0.0190	0.0120	21.70	0.98	34.1	1.26	0.36	26.6	0.61	1.39	1.71
OM10-A17-2	Main transect	22.8459	58.5254	3592	gabbro	UFG	47.960	15.550	11.140	0.170	8.800	12.680	2.310	0.080	1.300	<0.080	2.840	58.1	1.110	46.90	412.0	355.00	48.10	53.10	47.20	68.70	13.90	0.461	192.0	14.800	18.000	0.3730	0.799	0.021	0.012	31.000	0.953	3.060	0.616	3.800	1.530	0.770	2.260	0.399	2.650	0.573	1.650	0.244	1.510	0.213	0.6220	0.0300	0.072	0.140	0.0320	0.0260	19.70	0.63	29.0	1.22	0.39	25.8	0.49	1.13	1.26
OM10-A17-1	Main transect	22.8464	58.5240	3565	gabbro	UFG	48.350	20.040	8.940	0.110	4.270	13.410	3.030	0.060	1.790	<0.080	1.020	45.6	0.610	35.60	581.0	20.40	29.90	51.50	17.10	52.60	18.10	0.319	218.0	10.400	19.400	0.6440	1.745	<0.020	<0.010	13.600	1.040	2.970	0.535	3.040	1.150	0.714	1.620	0.271	1.830	0.404	1.130	0.167	1.030	0.151	0.5790	0.0510	0.136	0.209	0.0390	0.0180	1.05	1.01	33.5	1.86	0.62	25.8	0.67	1.24	1.60
OM10-A18	Main transect	22.8489	58.5215	3438	olivine gabbro	LFG	49.890	16.840	7.090	0.140	9.110	14.220	2.280	<0.020	0.430	<0.080	0.860	69.3	1.620	42.60	170.0	209.00	43.00	75.30	91.60	36.40	13.00	<0.200	151.0	10.300	8.390	0.0630	0.110	<0.020	<0.010	6.400	0.461	1.600	0.346	2.240	1.000	0.576	1.530	0.273	1.840	0.399	1.130	0.166	1.010	0.144	0.3620	0.0057	0.044	<0.100	0.0067	0.0170	24.90	0.46	23.2	0.82	0.14	25.7	0.41	1.10	1.42
OM10-A18-1	Main transect	22.8526	58.5226	3245	olivine gabbro	LFG	48.320	17.750	5.950	0.120	9.940	16.000	1.560	0.020	0.350	<0.080	2.300	74.6	0.780	47.70	157.0	506.00	39.60	120.00	103.00	28.00	10.80	<0.200	145.0	6.870	6.580	0.0750	0.165	0.026	0.015	4.900	0.405	1.290	0.266	1.670	0.741	0.416	1.120	0.182	1.200	0.244	0.725	0.101	0.655	0.090	0.2630	0.0059	0.089	0.138	0.0106	0.0060	76.80	0.62	25.1	0.96	0.19	28.1	0.48	1.26	1.39
OM10-A18-2a	Main transect	22.8589	58.5219	2915	olivine gabbro	LFG	48.660	17.770	5.370	0.110	9.710	16.780	1.280	<0.020	0.310	<0.080	1.240	76.0	1.120	50.10	154.0	63.60	37.30	66.30	212.00	21.10	12.00	<0.200	161.0	6.650	5.600	0.0480	0.247	<0.020	<0.010	3.200	0.228	0.903	0.207	1.390	0.653	0.371	1.020	0.178	1.220	0.262	0.675	0.103	0.624	0.088	0.2180	0.0038	0.048	0.130	0.0080	0.0050	11.40	0.37	25.7	0.84	0.21	25.4	0.32	1.16	1.38
OM10-A19	Main transect	22.8628	58.5214	2715	olivine gabbro	LFG	48.320	17.140	6.100	0.120	10.950	15.760	1.320	<0.020	0.300	<0.080	1.180	75.9	1.060	44.20	142.0	627.00	46.70	172.00	152.00	28.90	11.40	<0.200	153.0	6.050	4.830	0.0310	2.500	<0.020	<0.010	3.400	0.263	0.986	0.220	1.440	0.665	0.395	1.020	0.169	1.100	0.240	0.668	0.094	0.603	0.084	0.2150	0.0024	0.131	0.119	0.0041	0.0023	129.80	0.44	22.5	0.80	0.12	25.2	0.36	1.22	1.46
OM12-058	Main transect	22.8645	58.5231	2625	gabbro	LG-hy	49.340	17.730	4.170	0.080	8.730	17.740	1.670	0.160	0.380	<0.080	2.980	78.6	0.767	59.50	209.4	298.50	25.80	70.90	6.10	12.00	11.10	0.621	210.0	6.291	7.507	0.0970	0.067	<0.020	0.017	8.035	0.444	1.237	0.229	1.431	0.614	0.330	0.937	0.166	1.116	0.227	0.632	0.091	0.569	0.087	0.2670	0.0100	0.032	#999.999	0.0190	0.0150	39.80	0.78	28.2	1.19	0.22	27.7	0.61	1.20	1.33
OM10-A20	Main transect	22.8687	58.5218	2409	olivine gabbro	LG	48.000	19.290	4.650	0.090	10.010	16.560	1.100	0.030	0.280	<0.080	2.220	79.1	1.250	41.00	128.0	422.00	35.00	137.00	67.20	21.50	11.00	<0.200	145.0	4.530	5.460	0.0880	0.081	<0.020	<0.010	7.800	0.312	1.030	0.203	1.220	0.512	0.302	0.761	0.124	0.830	0.172	0.504	0.069	0.462	0.062	0.2040	0.0063	0.039	<0.100	0.0106	0.0065	77.20	0.67	26.8	1.21	0.28	26.3	0.50	1.23	1.48
OM12-055	Main transect	22.8713	58.5207	2274	gabbro	LG-hy	49.070	14.320	5.230	0.110	11.550	18.580	0.720	<0.020	0.410	<0.080	1.650	79.5	0.947	73.20	222.0	734.00	35.70	146.00	290.00	22.80	9.30	0.084	107.0	8.450	5.520	0.0540	0.099	0.008	<0.010	2.555	0.341	1.140	0.234	1.581	0.741	0.363	1.141	0.219	1.521	0.316	0.850	0.122	0.769	0.113	0.2860	<0.0050	<0.030	#999.999	0.0080	0.0050	132.90	0.44	19.3	0.65	0.16	26.8	0.43	1.07	1.21
OM10-A21	Main transect	22.8739	58.5219	2139	olivine gabbro	LG	49.140	16.440	5.770	0.110	11.040	16.100	1.100	<0.020	0.300	<0.080	2.820	77.1	<0.500	23.07	160.0	219.00	40.02	106.00	11.91	20.47	9.35	<0.200	77.1	6.170	3.950	0.0200	0.102	<0.020	<0.010	1.940	0.210	0.760	0.163	1.090	0.533	0.299	0.874	0.164	1.120	0.236	0.688	0.096	0.587	0.084	0.1820	<0.0050	0.045	<0.100	0.0030	0.0069	55.40	0.36	21.7	0.64	0.10	26.1	0.38	1.01	1.33
OM12-054	Main transect	22.8755	58.5201	2055	olivine gabbro	LG	48.570	18.520	5.220	0.100	8.950	16.800	1.500	<0.020	0.340	<0.080	1.330	75.1	1.121	53.80	178.0	171.00	34.40	47.00	17.00	19.30	12.80	0.055	161.0	6.170	4.640	0.0250	0.098	0.007	<0.010	4.012	0.287	0.880	0.179	1.210	0.582	0.353	0.908	0.161	1.091	0.230	0.621	0.088	0.577	0.078	0.2040	<0.0050	<0.030	#999.999	0.0050	<0.0050	36.90	0.50	22.7	0.75	0.09	26.8	0.47	1.12	1.48
OM12-053	Main transect	22.8762	58.5194	2019	olivine gabbro	LG	47.890	16.720	6.250	0.110	11.350	16.420	0.970	<0.020	0.290	<0.080	2.140	76.1	0.732	52.00	155.0	684.00	46.90	200.00	304.00	24.60	10.30	0.050	132.0	5.260	4.040	0.0230	0.104	0.008	<0.010	2.703	0.269	0.810	0.161	1.050	0.493	0.303	0.755	0.140	0.946	0.196	0.531	0.074	0.467	0.069	0.1750	<0.0050	<0.030	#999.999	<0.0050	<0.0050	169.00	0.58	23.1	0.77	0.09	26.9	0.50	1.17	1.52
OM11-A22	Main transect	22.8775	58.5189	1951	olivine gabbro	LG	47.810	19.810	3.780	0.080	8.970	18.200	1.110	<0.020	0.230	<0.080	1.990	80.6	0.909	47.00	128.0	383.00	29.40	113.00	174.00	14.70	11.40	0.088	157.0	5.770	5.430	0.0450	0.118	0.024	<0.010	2.697	0.238	0.746	0.162	1.005	0.464	0.281	0.709	0.162	1.092	0.230	0.627	0.087	0.561	0.082	0.2270	<0.0050	<0.030	0.228	0.0068	0.0321	70.50	0.42	23.9	0.94	0.19	25.1	0.47	0.92	1.49
OM12-050	Main transect	22.8778	58.5189	1934	oxide gabbro	LG-hy	49.410	17.620	4.630	0.100	8.880	17.160	1.830	<0.020	0.370	<0.080	3.000	77.1	0.579	58.10	168.5	237.60	30.10	61.00	15.70	18.40	11.50	0.247	196.0	10.000	16.000	0.2930	0.103	<0.020	<0.010	4.885	0.502	1.475	0.268	1.660	0.694	0.375	1.028	0.260	1.739	0.365	1.032	0.150	0.919	0.139	0.5270	0.0220	<0.030	#999.999	0.0450	0.0120	14.90	0.55	30.3	1.59	0.58	27.4	0.60	0.84	1.36
OM12-048	Main transect	22.8803	58.5193	1807	olivine gabbro	LG	47.330	20.200	4.590	0.080	9.470	16.980	1.110	<0.020	0.250	<0.080	1.610	78.4	0.671	41.70	124.0	446.00	33.30	113.00	46.00	18.80	11.60	0.059	161.0	4.170	3.760	0.0350	0.053	0.009	<0.010	3.335	0.288	0.841	0.156	1.013	0.441	0.278	0.668	0.116	0.744	0.161	0.417	0.059	0.386	0.059	0.1410	<0.0050	<0.030	#999.999	<0.0050	<0.0050	119.00	0.75	26.6	0.90	0.12	25.9	0.56	1.27	1.56
OM12-047	Main transect	22.8804	58.5194	1802	olivine gabbro	LG-hy	48.070	18.710	5.220	0.100	10.880	15.510	1.260	<0.020	0.250	<0.080	5.190	78.5	0.601	43.60	122.0	542.00	41.80	134.00	27.00	21.70	10.60	<0.200	174.0	4.250	4.160	0.0440	0.063	<0.020	<0.010	5.362	0.301	0.854	0.162	1.020	0.460	0.284	0.705	0.116	0.768	0.161	0.432	0.064	0.388	0.058	0.1550	0.0050	0.082	#999.999	<0.0050	0.0080	130.00	0.77	26.9	0.98	0.15	26.4	0.58	1.32	1.52
OM12-043	Main transect	22.8826	58.5190	1686	gabbro	LG-hy	48.770	20.580	3.070	0.070	7.720	18.400	1.180	<0.020	0.210	<0.080	2.100	81.5	0.578	44.30	122.0	541.00	20.30	101.00	139.00	13.50	11.50	<0.200	157.0	4.510	3.170	0.0220	0.091	<0.020	<0.010	13.400	0.217	0.649	0.129	0.881	0.417	0.271	0.654	0.123	0.814	0.177	0.494	0.066	0.406	0.059	0.1370	<0.0050	<0.030	#999.999	<0.0050	0.0090	171.00	0.53	23.2	0.70	0.10	25.5	0.48	1.14	1.58
OM12-046	Main transect	22.8815	58.5215	1742	olivine gabbro	LG	48.160	16.780	4.890	0.100	11.370	17.410	1.040	<0.020	0.250	<0.080	3.710	80.3	0.714	46.50	130.0	721.00	36.40	177.00	226.00	23.60	9.60	0.056	128.0	5.100	3.620	0.0250	0.094	0.015	<0.010	1.761	0.242	0.744	0.151	1.026	0.491	0.291	0.763	0.136	0.926	0.189	0.508	0.075	0.457	0.070	0.1490	<0.0050	<0.030	#999.999	<0.0050	<0.0050	199.00	0.53	24.3	0.71	0.10	26.9	0.46	1.19	1.45
OM10-A23	Main transect	22.8828	58.5178	1674	gabbro	LG	46.760	20.570	4.590	0.080	10.970	15.820	1.050	<0.020	0.150	<0.080	3.080	80.7	0.449	29.30	74.0	591.00	39.50	231.00	210.00	17.70	10.90	0.080	141.0	2.690	2.080	0.0190	0.127	0.019	<0.010	2.699	0.108	0.476	0.102	0.643	0.295	0.214	0.455	0.072	0.506	0.105	0.286	0.040	0.253	0.038	0.0940	<0.0050	0.060	0.064	0.0054	0.0116	284.00	0.43	22.2	0.78	0.17	25.6	0.33	1.29	1.78
OM12-045	Main transect	22.8834	58.5218	1645	olivine gabbro	LG	48.450	17.010	5.080	0.110	9.590	18.200	1.130	<0.020	0.430	<0.080	2.000	76.8	0.536	57.60	221.0	748.00	28.70	170.00	119.00	23.60	10.60	0.032	140.0	8.130	7.270	0.0840	0.057	0.021	<0.010	2.391	0.276	0.946	0.208	1.478	0.727	0.387	1.147	0.215	1.471	0.315	0.869	0.122	0.768	0.111	0.2880	<0.0050	0.208	#999.999	<0.0050	0.0260	103.00	0.36	25.3	0.90	0.30	25.8	0.37	1.05	1.29
OM12-044	Main transect	22.8834	58.5203	1642	olivine gabbro	LG	48.120	17.580	5.170	0.100	11.260	16.560	0.970	<0.020	0.240	<0.080	1.890	79.3	1.081	43.00	129.0	642.00	39.70	172.00	94.00	26.30	10.30	0.054	121.0	5.330	3.750	0.0200	0.103	0.009	<0.010	2.163	0.255	0.796	0.160	1.072	0.510	0.305	0.777	0.140	0.939	0.207	0.582	0.080	0.496	0.076	0.1610	<0.0050	<0.030	#999.999	<0.0050	<0.0050	171.00	0.51	23.3	0.70	0.08	25.7	0.47	1.14	1.48
OM12-042	Main transect	22.8847	58.5165	1577	olivine gabbro	LG-hy	48.240	17.880	4.370	0.090	9.990	18.060	1.070	<0.020	0.300	<0.080	2.580	80.1	<0.500	58.30	155.5	425.70	28.90	89.40	52.40	17.30	10.60	<0.200	140.0	5.553	4.205	0.0270	0.044	<0.020	<0.010	3.748	0.260	0.821	0.167	1.150	0.546	0.311	0.853	0.159	1.072	0.221	0.625	0.083	0.554	0.076	0.2000	<0.0050	0.060	#999.999	<0.0050	0.0050	101.00	0.47	21.1	0.76	0.10	25.2	0.45	1.09	1.39
OM12-040	Main transect	22.8858	58.5170	1523	gabbro	LG	49.870	17.070	3.980	0.080	9.790	18.100	0.850	<0.020	0.260	<0.080	1.540	81.2	0.508	58.00	149.0	350.00	29.60	97.00	96.00	15.50	10.30	0.037	140.0	5.200	3.130	0.0166	0.052	0.009	<0.010	2.210	0.239	0.748	0.154	1.048	0.503	0.293	0.800	0.145	0.960	0.208	0.576	0.080	0.492	0.067	0.1460	<0.0050	<0.030	#999.999	0.0027	0.0149	112.00	0.48	21.4	0.60	0.07	25.0	0.45	1.14	1.41
OM10-A24	Main transect	22.8872	58.5188	1446	olivine gabbro	LG	47.680	17.840	4.520	0.090	11.330	17.430	0.900	<0.020	0.210	<0.080	1.740	81.5	0.888	45.80	125.0	591.00	37.10	185.00	146.00	19.20	9.65	<0.200	126.0	4.570	3.060	0.0321	0.153	<0.020	<0.010	3.270	0.193	0.617	0.135	0.903	0.438	0.270	0.690	0.121	0.830	0.171	0.491	0.068	0.409	0.058	0.1360	<0.0050	0.068	0.101	0.0041	0.0082	193.00	0.47	22.5	0.67	0.17	26.7	0.42	1.19	1.50
OM12-039	Main transect	22.8899	58.5191	1304	olivine gabbro	LG	47.200	18.470	4.940	0.090	12.220	16.070	0.810	<0.020	0.200	<0.080	2.440	81.3	0.951	36.00	100.0	807.00	41.40	240.00	131.00	24.00	10.10	0.057	119.0	3.830	2.610	0.0194	0.063	0.007	<0.010	2.134	0.208	0.606	0.115	0.777	0.369	0.247	0.569	0.105	0.707	0.153	0.414	0.059	0.370	0.053	0.1210	<0.0050	<0.030	#999.999	0.0027	0.0303	309.00	0.56	21.5	0.68	0.09	25.0	0.53	1.11	1.64
OM12-026	Main transect	22.8911	58.5149	1246	gabbro	LG	48.230	19.850	3.670	0.080	8.660	18.110	1.160	<0.020	0.240	<0.080	1.860	80.6	0.483	44.80	125.0	1070.00	24.10	90.00	69.00	15.20	11.20	0.045	155.0	4.400	3.390	0.0176	0.094	0.018	<0.010	2.537	0.239	0.724	0.146	0.969	0.462	0.297	0.712	0.128	0.892	0.184	0.500	0.070	0.457	0.065	0.1600	<0.0050	<0.030	#999.999	0.0023	0.0196	316.00	0.52	21.2	0.77	0.07	23.9	0.49	1.12	1.58
OM12-027	Main transect	22.8912	58.5186	1237	olivine gabbro	LG-hy	49.010	16.920	5.580	0.110	10.510	16.360	1.210	<0.020	0.300	<0.080	1.300	76.8	1.321	49.50	159.0	323.00	39.70	115.00	81.00	30.30	11.00	0.094	131.0	5.520	5.060	0.0420	0.101	0.009	<0.010	3.063	0.315	0.973	0.193	1.275	0.590	0.349	0.914	0.159	1.110	0.230	0.621	0.091	0.579	0.083	0.2160	<0.0050	<0.030	#999.999	0.0060	0.0070	64.00	0.54	23.5	0.92	0.13	24.0	0.49	1.13	1.45
OM10-A25	Main transect	22.8915	58.5181	1225	olivine gabbro	LG-hy	48.750	15.050	5.010	0.110	12.710	17.380	0.740	<0.020	0.250	<0.080	1.480	81.7	1.060	53.90	149.0	750.00	41.90	204.00	151.00	21.70	9.01	<0.200	101.0	5.560	3.600	0.0276	0.160	0.021	<0.010	2.030	0.127	0.622	0.155	1.060	0.529	0.286	0.856	0.152	1.020	0.218	0.608	0.090	0.536	0.074	0.1640	<0.0050	0.051	0.089	0.0039	0.0108	208.00	0.24	21.9	0.65	0.22	25.5	0.24	1.10	1.29
OM12-025	Main transect	22.8917	58.5162	1212	olivine gabbro	LG	47.160	20.680	3.940	0.080	10.250	16.830	0.890	<0.020	0.170	<0.080	2.200	82.1	0.817	33.50	91.0	476.00	33.10	172.00	90.00	17.20	10.90	0.084	140.0	3.100	2.950	0.0480	0.062	0.006	<0.010	3.284	0.203	0.564	0.105	0.687	0.314	0.222	0.480	0.086	0.596	0.127	0.338	0.049	0.310	0.046	0.1140	<0.0050	<0.030	#999.999	0.0040	0.0110	161.00	0.66	25.9	0.95	0.24	24.4	0.58	1.13	1.75
OM12-038	Main transect	22.8932	58.5150	1136	olivine gabbro	LG	46.970	18.560	5.360	0.100	12.360	15.400	1.050	<0.020	0.200	<0.080	2.030	80.2	0.816	34.80	98.0	757.00	45.30	227.00	108.00	21.60	10.50	0.080	142.0	3.740	3.020	0.0300	0.066	0.009	<0.010	2.213	0.197	0.579	0.113	0.772	0.368	0.236	0.565	0.101	0.682	0.146	0.394	0.056	0.336	0.049	0.1330	<0.0050	<0.030	#999.999	<0.0050	<0.0050	251.00	0.59	22.7	0.81	0.15	25.5	0.50	1.22	1.58
OM12-037	Main transect	22.8943	58.5158	1079	gabbro	LG-hy	48.210	21.280	3.750	0.070	9.270	15.740	1.510	<0.020	0.170	<0.080	4.250	81.3	<0.500	31.00	86.8	339.50	33.90	136.10	102.10	17.80	11.70	<0.200	187.0	2.990	2.396	0.0280	0.069	<0.020	<0.010	3.820	0.229	0.565	0.105	0.667	0.303	0.239	0.454	0.081	0.545	0.117	0.320	0.046	0.285	0.042	0.1030	<0.0050	0.030	5.800	0.0070	0.0050	142.00	0.80	23.2	0.80	0.12	25.5	0.68	1.18	1.97
OM10-A26-1	Main transect	22.8945	58.5158	1072	gabbro	LG-hy	47.980	17.520	5.220	0.100	10.930	17.000	1.010	<0.020	0.250	<0.080	1.780	78.6	1.064	53.20	148.0	469.00	44.50	173.00	200.00	22.80	10.90	0.092	140.0	4.550	3.790	0.0230	0.071	0.014	<0.010	2.210	0.257	0.738	0.148	0.999	0.466	0.290	0.727	0.127	0.858	0.180	0.482	0.067	0.430	0.061	0.1680	<0.0050	0.056	0.145	<0.0050	0.0070	124.00	0.60	22.5	0.83	0.09	25.2	0.51	1.21	1.52
OM12-035	Main transect	22.8957	58.5150	1006	olivine gabbro	LG	48.310	18.870	4.350	0.090	9.840	16.840	1.490	<0.020	0.220	<0.080	3.090	79.9	0.826	38.80	115.0	589.00	30.60	144.00	109.00	21.10	10.20	0.082	137.0	4.250	3.030	0.0130	0.050	0.012	<0.010	1.925	0.207	0.644	0.130	0.899	0.418	0.295	0.649	0.123	0.802	0.172	0.463	0.066	0.391	0.060	0.1228	<0.0050	<0.030	#999.999	<0.0050	<0.0050	194.00	0.53	24.7	0.71	0.06	24.7	0.45	1.19	1.73
OM11-A26	Main transect	22.8969	58.5152	945	olivine gabbro	LG	48.240	17.970	4.820	0.100	10.730	16.880	1.020	<0.020	0.250	<0.080	1.710	79.6	0.479	45.20	140.0	621.00	39.20	164.00	155.00	22.50	11.00	0.065	138.0	4.790	3.850	0.0200	0.066	0.012	<0.010	2.408	0.284	0.811	0.160	1.049	0.479	0.294	0.755	0.139	0.953	0.198	0.547	0.078	0.491	0.071	0.1681	<0.0050	<0.030	0.220	<0.0050	<0.0050	161.00	0.58	22.9	0.80	0.07	24.2	0.53	1.08	1.49
OM12-033	Main transect	22.8977	58.5150	905	olivine gabbro	LG-hy	48.010	17.470	4.100	0.070	11.420	17.520	1.170	<0.020	0.240	<0.080	3.720	83.0	<0.500	41.80	133.4	503.90	29.60	194.50	50.40	14.10	9.80	<0.200	179.0	4.451	3.385	0.0190	0.079	<0.020	<0.010	1.410	0.252	0.738	0.150	1.007	0.467	0.269	0.716	0.124	0.827	0.174	0.467	0.066	0.421	0.061	0.1450	<0.0050	<0.030	#999.999	<0.0050	0.0090	149.00	0.60	23.3	0.76	0.08	25.6	0.49	1.23	1.42
OM11-A27	Main transect	22.8991	58.5166	831	olivine gabbro	LG	47.390	16.750	5.510	0.100	12.740	16.450	0.830	<0.020	0.230	<0.080	2.600	80.2	1.087	48.40	134.0	463.00	48.80	204.00	170.00	23.00	9.90	0.235	135.0	4.230	3.510	0.0187	0.110	0.025	<0.010	1.686	0.223	0.694	0.152	0.974	0.448	0.265	0.691	0.123	0.817	0.167	0.451	0.063	0.413	0.058	0.1480	<0.0050	<0.030	0.227	<0.0050	0.0100	132.00	0.54	23.7	0.83	0.08	25.3	0.45	1.20	1.45
OM12-034A	Main transect	22.8991	58.5152	828	olivine gabbro	LG-hy	46.940	19.110	5.630	0.100	11.550	15.480	1.010	<0.020	0.180	<0.080	3.820	78.3	<0.500	30.10	90.1	657.40	44.10	218.50	108.00	25.60	10.30	<0.200	159.0	3.101	2.201	0.0160	0.100	<0.020	<0.010	1.675	0.141	0.466	0.096	0.628	0.306	0.225	0.473	0.085	0.577	0.125	0.338	0.047	0.304	0.043	0.1010	<0.0050	<0.030	#999.999	<0.0050	<0.0050	299.00	0.46	21.8	0.71	0.12	24.7	0.44	1.12	1.81
OM10-A27	Main transect	22.8993	58.5166	819	olivine gabbro	LG	49.510	18.400	3.490	0.080	9.100	17.910	1.260	<0.020	0.260	<0.080	1.390	82.1	0.412	50.00	140.0	519.00	24.50	110.00	28.00	15.50	10.20	0.075	153.0	4.717	3.556	0.0220	0.099	0.014	0.005	2.935	0.194	0.756	0.149	0.952	0.444	0.270	0.659	0.131	0.840	0.173	0.481	0.065	0.380	0.056	0.1490	<0.0050	0.065	0.067	0.0040	<0.0050	146.00	0.51	23.8	0.75	0.11	27.3	0.40	1.30	1.52
OM12-032	Main transect	22.9004	58.5167	764	olivine gabbro	LG-hy	47.610	18.730	4.310	0.090	10.010	18.300	0.670	<0.020	0.270	<0.080	3.260	80.3	<0.500	44.50	148.9	495.40	30.20	150.20	40.20	17.60	11.70	<0.200	230.0	4.904	3.614	0.0260	0.055	0.028	<0.010	1.514	0.222	0.663	0.140	0.987	0.495	0.287	0.790	0.145	0.943	0.204	0.539	0.076	0.485	0.068	0.1680	<0.0050	0.037	#999.999	<0.0050	0.0060	137.00	0.46	21.5	0.74	0.12	24.1	0.44	1.13	1.40
OM10-A28	Main transect	22.9014	58.5134	711	gabbro	LG	48.030	18.270	4.850	0.100	10.840	16.450	1.180	<0.020	0.260	<0.080	3.240	79.7	0.503	45.00	139.0	536.00	34.10	165.00	90.00	24.30	10.10	<0.200	163.0	5.100	4.060	0.0210	0.196	<0.020	<0.010	2.630	0.237	0.773	0.169	1.140	0.521	0.299	0.801	0.138	0.925	0.200	0.544	0.079	0.477	0.068	0.1540	<0.0050	0.081	<0.100	<0.0050	<0.0050	132.00	0.50	26.4	0.80	0.09	25.5	0.41	1.21	1.41
OM12-031	Main transect	22.9016	58.5130	699	olivine gabbro	LG-hy	49.200	15.760	5.170	0.110	11.480	16.880	1.120	<0.020	0.290	<0.080	2.810	79.6	<0.500	53.70	158.2	703.60	36.60	139.40	99.90	22.60	9.40	<0.200	120.0	5.626	3.821	0.0150	0.043	<0.020	<0.010	2.018	0.211	0.704	0.152	1.073	0.545	0.299	0.863	0.165	1.084	0.230	0.617	0.086	0.559	0.078	0.1810	<0.0050	<0.030	#999.999	<0.0050	0.0050	184.00	0.38	21.1	0.68	0.07	24.5	0.39	1.08	1.33
OM12-029	Main transect	22.9027	58.5122	646	olivine gabbro	LG-hy	48.280	17.150	4.880	0.100	11.580	16.890	0.900	<0.020	0.240	<0.080	3.370	80.7	<0.500	44.20	129.7	896.10	37.40	203.00	158.80	20.40	9.50	<0.200	126.0	4.199	3.590	0.0240	0.104	<0.020	<0.010	4.709	0.202	0.634	0.129	0.904	0.443	0.257	0.692	0.116	0.796	0.163	0.445	0.061	0.403	0.059	0.1500	<0.0050	0.034	#999.999	<0.0050	0.0060	250.00	0.50	24.0	0.86	0.12	25.8	0.44	1.22	1.42
OM12-201	Main transect	22.9033	58.5125	613	olivine gabbro	LG	48.330	13.820	5.720	0.110	14.730	16.420	0.610	<0.020	0.250	<0.080	2.290	81.9	1.194	52.80	156.0	931.00	47.60	257.00	134.00	28.50	8.40	0.057	73.0	5.450	2.900	0.0116	0.110	0.008	<0.010	1.164	0.176	0.582	0.126	0.909	0.465	0.258	0.750	0.147	1.000	0.214	0.580	0.085	0.524	0.078	0.1370	<0.0050	<0.030	#999.999	<0.0050	<0.0050	320.00	0.34	21.3	0.53	0.07	25.5	0.38	0.99	1.33
OM12-202	Main transect	22.9034	58.5124	609	olivine gabbro	LG-hy	47.620	17.270	4.590	0.090	12.810	16.550	0.800	<0.020	0.280	<0.080	4.370	83.0	<0.500	50.60	157.3	735.30	43.60	202.10	31.40	18.50	10.00	<0.200	152.0	5.271	3.914	0.0270	0.071	<0.020	<0.010	2.321	0.220	0.683	0.145	1.009	0.503	0.256	0.776	0.141	0.935	0.203	0.540	0.077	0.488	0.072	0.1700	<0.0050	0.101	#999.999	<0.0050	0.0050	188.00	0.45	23.1	0.74	0.12	26.0	0.43	1.14	1.25
OM12-028	Main transect	22.9040	58.5121	579	gabbro	LG-hy	47.890	18.430	4.430	0.090	11.380	16.380	1.150	<0.020	0.250	<0.080	4.620	81.9	<0.500	44.60	134.3	632.90	38.90	160.30	30.20	18.10	9.60	<0.200	234.0	4.402	3.543	0.0340	0.063	<0.020	<0.010	1.345	0.201	0.633	0.133	0.922	0.454	0.228	0.707	0.121	0.787	0.171	0.470	0.065	0.410	0.061	0.1580	<0.0050	<0.030	#999.999	<0.0050	0.0060	179.00	0.49	22.5	0.80	0.17	25.8	0.43	1.23	1.23
OM10-A29	Main transect	22.9043	58.5120	560	olivine gabbro	LG	48.520	16.710	4.830	0.100	11.920	16.690	1.000	<0.020	0.240	<0.080	2.980	81.2	0.263	48.60	137.0	648.00	38.70	187.00	122.00	20.90	9.30	0.090	133.0	4.660	3.650	0.0243	0.091	0.016	<0.010	6.618	0.100	0.557	0.136	0.938	0.464	0.255	0.730	0.130	0.882	0.184	0.494	0.070	0.451	0.063	0.1750	<0.0050	0.041	0.064	<0.0050	0.0070	177.00	0.22	20.8	0.78	0.24	25.4	0.21	1.14	1.34
OM10-A30	Main transect	22.9099	58.5110	272	olivine gabbro	LG	47.400	19.530	4.050	0.080	11.010	16.970	0.790	<0.020	0.170	<0.080	2.220	82.7	0.253	38.80	105.0	1295.00	33.90	217.00	63.70	17.00	9.60	<0.200	131.0	3.120	2.100	0.0155	0.118	<0.020	<0.010	2.180	0.139	<0.500	0.095	0.620	0.302	0.206	0.475	0.081	0.539	0.120	0.331	0.046	0.281	0.041	0.1000	<0.0050	0.082	<0.100	<0.0050	<0.0050	615.00	0.50	21.1	0.68	0.11	26.0	0.44	1.19	1.66
OM12-211	Main transect	22.9122	58.5112	150	gabbro	MTZ	48.860	17.700	5.430	0.110	11.290	14.370	1.990	<0.020	0.260	<0.080	6.060	78.5	0.556	45.30	157.5	485.10	40.50	138.50	3.50	19.10	9.40	<0.200	244.0	5.091	2.089	0.0180	0.061	0.049	<0.010	1.670	0.067	0.349	0.096	0.747	0.431	0.187	0.732	0.137	0.933	0.195	0.548	0.077	0.480	0.071	0.1300	<0.0050	0.042	#999.999	<0.0050	0.0060	232.00	0.14	16.1	0.41	0.27	26.2	0.18	1.00	1.01
OM10-A31	Main transect	22.9125	58.5113	138	olivine gabbro	MTZ	49.170	18.510	4.210	0.090	9.350	16.930	1.520	<0.020	0.230	<0.080	1.400	79.6	0.677	48.50	143.0	287.00	31.80	100.00	136.00	16.40	11.40	<0.200	160.0	4.940	1.960	0.0176	0.087	<0.020	<0.010	3.340	0.124	<0.500	0.110	0.820	0.452	0.313	0.750	0.131	0.876	0.191	0.527	0.073	0.452	0.063	0.1320	<0.0050	0.084	<0.100	<0.0050	<0.0050	146.00	0.27	14.8	0.40	0.14	25.9	0.30	1.11	1.63
OM10-A32	Main transect	22.9139	58.5137	64	olivine gabbro	MTZ	49.250	17.890	4.140	0.090	10.700	16.200	1.590	<0.020	0.140	<0.080	1.200	82.0	0.724	48.40	126.0	356.00	40.90	126.00	60.20	11.40	10.80	<0.200	161.0	2.950	0.900	0.0169	0.161	<0.020	<0.010	1.730	<0.200	<0.500	<0.050	0.346	0.239	0.183	0.432	0.083	0.531	0.117	0.309	0.044	0.257	0.038	0.0690	<0.0050	0.058	<0.100	<0.0050	<0.0050	397.00		12.9	0.30		25.4		1.03	1.72
OM10-A11-1a	Frozen axial melt lens (AML)	22.8186	58.5274	5009	gabbro	AML	51.850	16.310	11.420	0.143	4.930	8.480	4.400	0.204	2.170	0.092	1.260	43.1	1.200	45.00	698.0	10.20	31.60	21.10	7.43	30.10	19.70	0.937	216.0	30.400	76.000	2.1800	#999.999	#999.999	0.013	27.100	3.250	9.620	1.640	8.810	2.970	1.030	4.110	0.718	4.930	1.060	3.040	0.447	3.000	0.449	1.9300	0.1390	0.043	0.179	0.2090	0.0910	0.13	1.08	39.3	2.50	0.67	28.7	0.73	1.10	0.90
OM10-A11-1b	Frozen axial melt lens (AML)	22.8186	58.5274	5009	gabbro	AML	51.930	15.700	12.270	0.153	4.860	7.990	4.470	0.224	2.270	0.122	1.040	41.0	1.670	46.90	712.0	35.80	37.20	31.90	7.49	32.00	20.40	1.020	219.0	33.000	77.800	2.6200	#999.999	#999.999	0.014	30.300	4.030	11.300	1.850	9.790	3.190	1.090	4.360	0.749	5.120	1.090	3.100	0.451	3.010	0.464	1.9000	0.1720	0.080	0.166	0.2160	0.0820	0.46	1.34	41.0	2.36	0.65	30.4	0.81	1.18	0.89
OM10-A11-1c	Frozen axial melt lens (AML)	22.8186	58.5274	5009	gabbro	AML	51.130	15.570	12.620	0.153	5.040	8.780	4.050	0.225	2.340	0.102	0.860	41.2	0.330	42.20	646.0	23.10	34.90	38.30	9.28	29.60	17.40	0.859	185.0	27.100	78.200	2.2000	#999.999	#999.999	0.009	23.300	3.080	8.810	1.480	7.870	2.560	0.870	3.470	0.598	4.060	0.870	2.510	0.367	2.450	0.373	1.8200	0.1340	<0.030	0.146	0.1830	0.0650	0.29	1.26	43.0	2.88	0.71	31.0	0.77	1.16	0.89
OM10-A11-1d	Frozen axial melt lens (AML)	22.8186	58.5274	5009	gabbro	AML	49.250	15.190	13.780	0.163	5.580	9.800	3.510	0.173	2.490	0.071	1.240	41.6	6.860	64.60	1045.0	10.10	42.40	47.60	7.76	42.20	21.20	0.817	177.0	29.600	61.100	1.9300	#999.999	#999.999	0.011	21.800	2.850	8.350	1.440	7.790	2.640	0.930	3.650	0.648	4.450	0.950	2.680	0.393	2.620	0.398	1.4700	0.1150	0.035	11.200	0.1760	0.0750	0.17	1.09	41.6	2.06	0.68	31.3	0.72	1.12	0.91
OM10-A11-1f	Frozen axial melt lens (AML)	22.8186	58.5274	5009	basalt	AML	51.100	16.930	9.090	0.123	6.980	11.650	2.730	0.123	1.160	0.103	1.940	57.4	2.810	54.60	349.0	174.00	42.40	72.30	15.00	29.10	16.20	0.520	206.0	23.400	64.500	1.5200	#999.999	#999.999	0.012	14.600	2.830	7.660	1.260	6.640	2.150	0.880	2.880	0.490	3.300	0.690	1.960	0.283	1.860	0.281	1.3200	0.0890	0.128	4.280	0.1190	0.0560	2.70	1.52	48.8	2.76	0.53	33.8	0.84	1.28	1.08
OM10-A11-1i	Frozen axial melt lens (AML)	22.8186	58.5274	5009	quartz diorite	AML	60.630	15.360	8.160	0.092	2.900	5.340	5.610	0.224	1.530	0.153	0.970	38.4	1.980	32.60	483.0	62.80	24.00	34.70	6.06	25.70	14.10	0.864	154.0	23.100	87.700	1.9100	#999.999	#999.999	0.011	22.800	2.330	6.140	1.040	5.690	1.940	0.730	2.700	0.464	3.160	0.680	1.930	0.288	1.920	0.298	1.7400	0.1060	0.172	0.141	0.1490	0.0810	0.72	1.21	50.4	3.80	0.82	34.2	0.81	1.12	0.98
OM10-A11-1j	Frozen axial melt lens (AML)	22.8186	58.5274	5009	basalt	AML	54.760	16.280	9.200	0.103	5.470	7.550	5.040	0.206	1.300	0.093	2.570	51.1	5.910	48.60	491.0	107.00	35.10	43.10	10.60	28.30	18.30	1.010	214.0	24.100	76.100	1.2200	#999.999	#999.999	0.024	20.800	3.390	8.030	1.230	6.300	1.990	0.930	2.700	0.466	3.180	0.680	1.940	0.287	1.900	0.298	1.5300	0.0850	0.079	3.220	0.1150	0.0580	1.41	1.78	49.7	3.15	0.36	35.7	1.06	1.16	1.22
OM10-A11-1l	Frozen axial melt lens (AML)	22.8186	58.5274	5009	quartz diorite	AML	61.470	17.770	6.060	0.052	1.320	3.240	8.770	0.042	1.020	0.251	2.110	27.6	0.650	16.60	60.3	1.41	10.60	4.03	7.66	15.20	16.40	0.296	92.0	62.200	240.000	5.5000	#999.999	#999.999	0.010	10.000	5.300	14.500	2.880	16.500	5.950	1.770	8.250	1.490	9.850	2.230	6.170	1.000	6.680	1.030	6.1900	0.3740	0.042	0.137	0.7090	0.2330	0.01	0.79	38.8	3.86	1.04	27.9	0.63	0.99	0.77
OM10-A11-1n	Frozen axial melt lens (AML)	22.8186	58.5274	5009	trondhjemite	AML	74.520	13.090	2.550	0.040	0.990	2.630	5.190	0.293	0.580	0.121	0.900	40.6	1.240	9.91	40.2	3.06	5.50	2.09	5.44	9.40	12.90	1.160	149.0	37.400	281.000	4.1500	#999.999	#999.999	0.031	31.200	5.980	13.000	2.220	11.300	3.580	1.160	4.650	0.844	5.530	1.280	3.620	0.602	4.180	0.653	7.4400	0.3970	0.040	0.136	1.1000	0.1550	0.01	1.43	37.8	7.53	0.69	29.2	1.05	0.95	0.87
OM10-A11-1p	Frozen axial melt lens (AML)	22.8186	58.5274	5009	tonalite	AML	63.600	16.010	5.900	0.061	1.950	4.250	6.380	0.307	1.240	0.297	1.330	36.8	2.000	17.80	78.3	4.23	11.20	1.78	4.83	13.80	18.40	1.210	176.0	54.800	151.000	4.0200	#999.999	#999.999	0.022	40.400	6.740	17.300	3.250	17.400	5.760	1.670	7.480	1.330	8.510	1.900	5.110	0.809	5.300	0.796	3.7200	0.2560	<0.030	6.370	0.6830	0.1640	0.03	1.27	40.5	2.75	0.60	28.9	0.76	1.21	0.78
OM10-A11-1t	Frozen axial melt lens (AML)	22.8186	58.5274	5009	basalt	AML	53.500	16.400	8.320	0.103	6.390	10.050	4.100	0.093	0.970	0.072	2.850	57.4	1.180	36.40	301.0	86.70	33.10	40.70	7.43	19.40	14.50	0.392	213.0	21.000	54.000	0.9500	#999.999	#999.999	0.007	23.900	3.220	7.360	1.250	6.480	2.140	0.870	2.840	0.516	3.350	0.760	2.070	0.331	2.210	0.335	1.4100	0.0630	0.031	0.179	0.1340	0.0830	1.61	1.46	38.2	2.57	0.29	27.6	0.98	1.08	1.08
OM10-A11-1u	Frozen axial melt lens (AML)	22.8186	58.5274	5009	basalt	AML	51.350	16.070	8.460	0.132	8.700	11.960	2.330	0.153	0.780	0.071	1.610	64.4	1.400	38.50	245.0	290.00	36.60	89.00	24.90	20.70	12.60	0.716	179.0	16.100	43.400	0.8400	#999.999	#999.999	0.018	43.300	1.850	4.870	0.900	4.780	1.630	0.650	2.180	0.396	2.560	0.580	1.560	0.242	1.630	0.247	1.1100	0.0530	<0.030	0.151	0.1180	0.0660	6.69	1.13	39.0	2.70	0.45	27.8	0.76	1.11	1.05
OM10-A11-1v	Frozen axial melt lens (AML)	22.8186	58.5274	5009	gabbro	AML	50.030	15.870	12.950	0.144	5.200	9.190	4.220	0.144	2.110	0.134	2.060	41.4	1.300	36.10	666.0	21.20	29.70	26.30	5.22	25.50	17.80	0.589	227.0	24.700	61.300	1.6500	#999.999	#999.999	0.012	23.800	3.000	7.310	1.350	7.400	2.560	0.960	3.440	0.617	3.990	0.890	2.380	0.375	2.480	0.374	1.5800	0.1020	0.050	6.160	0.1700	0.0600	0.35	1.21	38.7	2.48	0.55	27.7	0.80	1.14	0.98
OM10-A11-1x	Frozen axial melt lens (AML)	22.8186	58.5274	5009	gabbro	AML	52.770	15.960	11.310	0.133	4.560	7.530	5.240	0.266	2.090	0.143	1.590	41.4	1.070	35.10	333.0	4.02	27.60	4.50	7.77	27.10	26.50	1.250	225.0	78.300	106.000	8.0600	#999.999	#999.999	0.036	60.800	10.000	28.000	5.100	26.100	8.200	2.130	10.700	1.950	12.800	2.880	7.850	1.260	8.500	1.270	3.7700	0.4840	<0.030	15.900	0.7820	0.2450	0.04	1.18	28.3	1.36	0.80	27.1	0.76	1.07	0.70
OM12-Hy023	Hydrothermal fracture zone	22.8919	58.5173	1205	gabbro	LG-hy	48.920	18.250	3.980	0.080	10.360	17.010	1.180	<0.020	0.210	<0.080	5.600	82.1	0.775	40.70	122.0	793.00	30.80	164.00	176.00	23.50	9.10	<0.200	198.0	3.860	3.250	0.0200	0.079	<0.020	<0.010	3.750	0.220	0.634	0.128	0.866	0.417	0.239	0.657	0.113	0.761	0.160	0.436	0.061	0.399	0.055	0.1520	0.0020	<0.030	#999.999	<0.0050	0.0264	244.00	0.55	21.4	0.84	0.09	24.0	0.50	1.16	1.39
OM12-Hy058.5	Hydrothermal fracture zone	22.8919	58.5173	1205	gabbro	LG-hy	48.600	16.800	4.360	0.090	11.250	17.730	0.930	<0.020	0.250	<0.080	2.810	81.9	<0.500	52.10	143.0	515.00	33.40	142.00	66.00	19.80	9.70	<0.200	120.0	5.460	3.830	0.2180	0.057	0.027	<0.010	1.930	0.241	0.703	0.145	1.003	0.495	0.284	0.780	0.153	1.060	0.227	0.619	0.088	0.536	0.079	0.2040	0.0780	0.117	#999.999	<0.0050	0.0090	135.00	0.45	18.8	0.70	0.90	24.0	0.47	1.03	1.39
OM12-Hy059	Hydrothermal fracture zone	22.8919	58.5173	1205	olivine gabbro	LG-hy	48.600	21.160	3.720	0.070	9.100	15.680	1.500	<0.020	0.160	<0.080	4.070	81.1	<0.500	31.30	89.0	339.00	33.90	138.00	101.00	17.70	11.80	<0.200	186.0	2.670	2.060	0.0160	0.077	<0.020	<0.010	4.290	0.154	0.494	0.096	0.616	0.284	0.226	0.423	0.081	0.534	0.113	0.304	0.044	0.280	0.038	0.0920	0.0030	<0.030	#999.999	<0.0050	0.0056	164.00	0.55	22.5	0.77	0.10	23.6	0.49	1.13	1.99
OM12-Hy059.5	Hydrothermal fracture zone	22.8919	58.5173	1205	gabbro	LG-hy	48.800	17.710	5.390	0.060	11.680	15.080	1.020	<0.020	0.260	<0.080	3.530	79.2	<0.500	57.80	145.0	348.00	46.20	174.00	4.00	8.60	11.20	<0.200	173.0	5.300	4.270	0.0460	0.069	<0.020	<0.010	4.310	0.214	0.794	0.163	1.081	0.501	0.264	0.812	0.150	1.037	0.221	0.597	0.086	0.550	0.081	0.1940	0.0030	<0.030	#999.999	0.0100	0.0130	82.00	0.39	22.0	0.81	0.22	24.0	0.39	1.01	1.26
OM12-Hy062	Hydrothermal fracture zone	22.8919	58.5173	1205	olivine gabbro	LG-hy	46.940	18.710	4.270	0.090	10.990	17.720	1.070	<0.020	0.220	<0.080	3.310	81.9	0.626	49.10	136.0	563.00	36.10	191.00	152.00	23.30	11.00	<0.200	145.0	4.550	3.110	0.0210	0.070	<0.020	<0.010	15.410	0.156	0.583	0.127	0.871	0.447	0.255	0.697	0.134	0.901	0.189	0.511	0.074	0.465	0.067	0.1590	0.0010	<0.030	#999.999	<0.0050	0.0060	181.00	0.34	19.6	0.68	0.13	24.0	0.35	1.07	1.40
OM12-Hy068	Hydrothermal fracture zone	22.8919	58.5173	1205	olivine gabbro	LG-hy	50.970	17.230	3.550	0.080	9.340	17.330	1.270	<0.020	0.230	<0.080	3.180	82.2	<0.500	50.50	142.0	596.00	27.50	145.00	165.00	15.90	10.00	<0.200	146.0	5.380	3.950	0.0240	0.069	<0.020	<0.010	40.030	0.185	0.647	0.141	0.978	0.491	0.255	0.820	0.152	1.039	0.219	0.599	0.084	0.537	0.077	0.1890	0.0020	<0.030	#999.999	<0.0050	<0.0050	151.00	0.35	20.9		0.13	24.6	0.37	1.02	1.22
OM12-Hy077	Hydrothermal fracture zone	22.8919	58.5173	1205	olivine gabbro	LG-hy	47.590	17.020	5.270	0.100	13.130	15.920	0.770	<0.020	0.200	<0.080	2.880	81.4	0.778	42.10	120.0	888.00	49.20	297.00	167.00	25.80	9.70	<0.200	103.0	3.940	2.760	0.0210	0.079	<0.020	<0.010	2.310	0.155	0.527	0.113	0.776	0.385	0.241	0.618	0.114	0.780	0.163	0.447	0.064	0.409	0.059	0.1360	0.0020	<0.030	#999.999	<0.0050	<0.0050	322.00	0.38	20.3	0.70	0.13	24.1	0.39	1.04	1.50
OM12-Hy080	Hydrothermal fracture zone	22.8919	58.5173	1205	olivine gabbro	LG-hy	49.170	14.560	4.950	0.100	12.850	17.200	0.910	<0.020	0.260	<0.080	4.060	82.0	1.020	56.20	154.0	871.00	37.70	187.00	220.00	22.10	8.20	<0.200	115.0	5.140	3.810	0.0210	0.066	<0.020	<0.010	39.190	0.182	0.629	0.138	0.962	0.480	0.251	0.801	0.148	1.018	0.212	0.579	0.082	0.509	0.076	0.1840	0.0020	0.032	#999.999	<0.0050	0.0060	228.00	0.36	20.7	0.74	0.12	24.2	0.37	1.05	1.23
OM12-Hy080.5	Hydrothermal fracture zone	22.8919	58.5173	1205	gabbro	LG-hy	48.450	17.040	4.460	0.090	11.030	17.410	1.190	<0.020	0.330	<0.080	3.070	81.3	0.764	50.60	154.0	798.00	38.80	185.00	408.00	22.30	10.30	<0.200	138.0	5.970	8.540	0.2110	0.082	<0.020	<0.010	25.750	0.434	1.363	0.256	1.545	0.635	0.309	0.956	0.172	1.161	0.243	0.668	0.096	0.616	0.090	0.3150	0.0160	<0.030	#999.999	0.0270	0.0170	93.00	0.70	27.2	1.43	0.49	24.5	0.55	1.15	1.21
OM12-Hy096	Hydrothermal fracture zone	22.8919	58.5173	1205	olivine gabbro	LG-hy	48.910	16.910	3.940	0.080	12.350	17.050	0.550	<0.020	0.210	<0.080	3.890	84.6	0.573	43.90	129.0	793.00	37.20	221.00	17.00	18.00	9.90	<0.200	156.0	3.720	2.800	0.0300	0.070	<0.020	<0.010	3.000	0.117	0.447	0.102	0.710	0.351	0.189	0.589	0.106	0.740	0.156	0.426	0.059	0.377	0.056	0.1320	0.0050	<0.030	#999.999	<0.0050	0.0260	284.00	0.31	21.2	0.75	0.25	23.8	0.32	1.04	1.26
OM12-Hy102	Hydrothermal fracture zone	22.8919	58.5173	1205	gabbro	LG-hy	47.800	22.000	3.410	0.060	8.580	16.920	1.070	<0.020	0.160	<0.080	2.790	81.6	<0.500	30.20	84.0	434.00	29.10	143.00	126.00	15.40	11.70	<0.200	161.0	2.650	2.080	0.0300	0.058	<0.020	<0.010	2.580	0.148	0.451	0.087	0.561	0.256	0.193	0.397	0.069	0.469	0.100	0.265	0.038	0.242	0.034	0.0880	0.0080	0.074	#999.999	<0.0050	0.0060	209.00	0.61	23.7	0.78	0.20	26.4	0.52	1.18	1.85
OM12-Hy103	Hydrothermal fracture zone	22.8919	58.5173	1205	gabbro	LG-hy	49.180	18.570	3.860	0.080	9.790	17.230	1.100	<0.020	0.180	<0.080	5.420	81.7	0.771	34.90	102.0	444.00	31.00	160.00	131.00	23.50	10.30	<0.200	128.0	3.740	2.440	0.2650	0.059	0.040	<0.010	13.440	0.141	0.511	0.114	0.780	0.374	0.240	0.595	0.108	0.741	0.155	0.416	0.060	0.380	0.054	0.1740	0.2460	0.326	#999.999	<0.0050	0.0250	182.00	0.37	14.0	0.65	1.88	24.1	0.36	1.09	1.55
OM12-Hy108	Hydrothermal fracture zone	22.8919	58.5173	1205	olivine gabbro	LG-hy	49.570	18.610	3.830	0.080	10.260	16.420	1.050	<0.020	0.180	<0.080	3.270	82.5	0.562	38.80	111.0	727.00	35.00	174.00	121.00	16.80	10.20	<0.200	141.0	3.240	2.350	0.0260	0.060	<0.020	<0.010	3.070	0.135	0.450	0.094	0.633	0.294	0.190	0.476	0.086	0.587	0.121	0.325	0.047	0.298	0.043	0.1030	0.0040	0.039	#999.999	<0.0050	<0.0050	310.00	0.45	22.9	0.73	0.20	26.7	0.42	1.10	1.55
	Results for international reference materials (BHVO-2/USGS)				Basalt	Ref.	49.940	13.800	12.230	0.168	7.230	11.400	2.260	0.520	2.710	0.273	0.210	50.9	4.600	31.80	317.0	289.00	45.00	119.00	127.00	103.00	21.70	9.200	395.0	25.500	174.000	18.0000	4.000	0.130	0.110	130.000	15.200	38.000	5.300	25.000	6.200	2.060	6.300	0.930	5.250	0.990	2.500	0.340	2.000	0.280	4.0740	1.1300	0.250	1.700	1.2100	0.4100	1.70	7.60	43.0	6.80	1.20	26.0
	Results for international reference materials (BHVO-2/USGS)					this study	48.930	13.730	12.370	0.168	7.300	11.570	2.230	0.524	2.718	0.255	0.210	50.9	4.500	31.40	317.0	289.00	44.70	118.00	129.00	106.00	21.80	9.240	393.0	25.600	175.000	18.4000	3.940	0.112	0.105	130.000	15.300	37.500	5.350	25.000	6.190	2.100	6.210	0.940	5.360	0.979	2.440	0.326	1.990	0.282	4.3400	1.0200	0.246	1.600	1.1800	0.4110	1.70	7.70	40.0	6.80	1.20	26.0
	Results for international reference materials (BIR-1/USGS)				Basalt	Ref.	47.770	15.350	11.260	0.171	9.680	13.240	1.750	0.027	0.960	0.046	0.200	60.2	3.400	44.00	313.0	382.00	51.40	166.00	126.00	71.00	16.00	0.212	104.0	16.000	14.000	0.5500	0.500	0.580	0.005	5.830	0.620	1.950	0.380	2.500	1.100	0.540	1.850	0.360	2.500	0.570	1.700	0.260	1.650	0.260	0.5810	0.0350	0.070	3.080	0.0300	0.0100	27.00	0.38	24.0	0.88	0.89	28.0
	Results for international reference materials (BIR-1/USGS)					this study	47.250	15.530	11.270	0.171	9.540	13.280	1.770	0.012	0.962	<0.080	0.200	59.8	3.300	43.50	314.0	382.00	51.50	167.00	117.00	69.10	15.40	0.206	109.0	15.500	13.800	0.5400	0.081	0.490	0.007	6.040	0.621	1.910	0.380	2.450	1.120	0.535	1.820	0.363	2.620	0.575	1.640	0.249	1.650	0.254	0.5800	0.0380	0.022	2.920	0.0310	0.0120	28.00	0.38	24.0	0.89	0.87	27.0
	Results for international reference materials (JGb-1/GSJ)				Gabbro	Ref.	43.440	17.660	15.160	0.170	7.830	11.980	1.230	0.240	1.620	0.050	1.300	47.6	4.300	36.60	640.0	59.30	61.60	25.40	86.80	111.00	18.90	4.000	321.0	10.750	33.500	2.8000	0.450	0.110	0.270	63.000	3.740	7.860	1.140	5.650	1.490	0.630	1.630	0.310	1.530	0.320	1.070	0.150	0.970	0.150	0.8800	0.1700	0.810	1.900	0.5300	0.1500	1.80	3.90	38.0	3.10	0.75	34.0
	Results for international reference materials (JGb-1/GSJ)					this study	#999.999	#999.999	#999.999	#999.999	#999.999	#999.999	#999.999	#999.999	#999.999	#999.999	#999.999		4.800	33.90	539.0	49.40	59.00	22.90	80.10	105.00	18.70	5.850	326.0	9.230	26.200	2.3400	0.390	0.077	0.224	64.200	3.520	8.260	1.170	5.410	1.480	0.625	1.670	0.259	1.620	0.342	0.952	0.131	0.900	0.130	0.7430	0.1320	4.690	1.620	0.3580	0.0890	1.90	3.90	35.0	2.80	0.67	27.0
	Results for international reference materials (JGb-2/GSJ)				Gabbro	Ref.	46.680	23.320	6.850	0.126	6.240	14.100	0.920	0.059	0.561	0.007	1.360	61.5	15.200	24.70	174.0	125.00	25.80	13.60	11.00	48.00	15.90	2.850	435.0	4.530	11.600	1.9100	0.424	0.110	0.510	34.100	1.450	2.980	0.385	1.840	0.506	0.585	0.554	0.152	0.598	0.145	0.362	0.050	0.390	0.062	0.2520		1.450	1.460	0.1940	0.0300	11.00	3.70	46.0	2.60	1.30	31.0
	Results for international reference materials (JGb-2/GSJ)					this study	46.920	23.110	6.730	0.124	6.200	14.110	0.840	0.048	0.568	<0.080	1.360	61.8	16.900	23.60	173.0	120.00	25.20	12.80	10.50	47.30	16.10	2.320	438.0	3.320	7.360	0.7940	0.562	0.104	0.586	33.500	1.530	3.180	0.413	1.910	0.530	0.623	0.603	0.101	0.662	0.138	0.388	0.060	0.401	0.064	0.2260	0.0560	1.490	0.965	0.1870	0.0280	16.00	3.80	33.0	2.20	0.52	24.0