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core
int64
1
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segment
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1
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depth_m
float64
0.09
751
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QUALIFICATION
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1964-02-18 00:00:00
2022-10-21 00:00:00
depth_from_m
float64
0
605
depth_to_m
float64
1.3
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stringclasses
57 values
MAJOR_LITHOLOGY_CONF
stringclasses
1 value
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57 values
MINOR_LITHOLOGY_CODE
stringclasses
17 values
MINOR_LITHOLOGY_CONF
stringclasses
1 value
MINOR_LITHOLOGY
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17 values
DESCRIPTION
stringclasses
141 values
SITE_NO
float64
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EASTING_GDA2020
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NORTHING_GDA2020
float64
6.07M
7.03M
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float64
52
54
LONGITUDE_GDA2020
float64
129
141
LATITUDE_GDA2020
float64
-35.55
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LONGITUDE_GDA94
float64
129
141
LATITUDE_GDA94
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-35.55
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chem_code
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chem_method_code
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77 values
chem_method_desc
stringclasses
83 values
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Bi
0.03
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Ca
0.04
%
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Cd
0.005
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Ce
109.5
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Co
0.36
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Cr
4.67
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Cs
0.52
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Cu
1.32
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Fe
1.43
%
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Ga
1.38
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Ge
0.16
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Hf
0.22
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Hg
0.004
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
In
0.0025
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
K
0.28
%
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
La
58.4
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Li
0.2
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Mg
0.01
%
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Mn
24.9
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Mo
0.33
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Na
0.02
%
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Nb
0.15
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Ni
0.52
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
P
0.04
%
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Pb
0.98
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Pd
0.002
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Pt
0.001
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Rb
21
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Re
0.0005
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
S
0.01
%
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Sb
0.36
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Sc
0.46
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Se
0.2
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Sn
1.95
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Sr
17.45
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Ta
0.0025
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Te
0.005
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Th
39.1
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Ti
0.005
%
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Tl
0.06
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
U
2.12
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
V
5.5
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
W
2.05
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Y
2.3
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Zn
1.2
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
285463_5_9_501.95.jpg
285,463
5
9
501.95
248,523
Company Data
Geologist
08/12/2013
501.78
502.75
GRNT
null
Granite
null
null
null
Granite.Colour: Light Pink .Grain size: Medium.Lithology unit: Hiltaba Granite Suite.Lith1 Minerals: Quartz.
2,006,756
758,435.41
6,357,398.82
53
137.762674
-32.891116
137.762664
-32.891101
Zr
10.3
ppm
ME-MS41L
Super trace method using standard aqua egia digestion combined with ICP-MS.
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Ag
0.32
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
As
12
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Au
1
ppb
B/MS
Inductively coupled plasma mass spectrometry
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Ba
66
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Bi
0.8
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Ce
150.59
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Co
3.7
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
La
73.09
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Mo
3.1
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Pb
41
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
U
2.64
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Ag
0.27
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
As
17
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Au
<1
ppb
B/MS
Inductively coupled plasma mass spectrometry
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Ba
66
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Bi
0.83
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Ce
149.5
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Co
3.8
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
La
71.97
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Mo
3.3
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Pb
29
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
U
3.65
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Cu
35
ppm
B/AAS
Aqua regia digestion, flame AAS.
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Fe
3.82
%
B/AAS
Aqua regia digestion, flame AAS.
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Zn
175
ppm
B/AAS
Aqua regia digestion, flame AAS.
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Cu
25
ppm
B/AAS
Aqua regia digestion, flame AAS.
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Fe
3.89
%
B/AAS
Aqua regia digestion, flame AAS.
254803_6_6_268.03.jpg
254,803
6
6
268.03
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Zn
158
ppm
B/AAS
Aqua regia digestion, flame AAS.
254803_6_5_267.93.jpg
254,803
6
5
267.93
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Ag
0.32
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_5_267.93.jpg
254,803
6
5
267.93
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
As
12
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_5_267.93.jpg
254,803
6
5
267.93
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Au
1
ppb
B/MS
Inductively coupled plasma mass spectrometry
254803_6_5_267.93.jpg
254,803
6
5
267.93
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Ba
66
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_5_267.93.jpg
254,803
6
5
267.93
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Bi
0.8
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_5_267.93.jpg
254,803
6
5
267.93
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Ce
150.59
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_5_267.93.jpg
254,803
6
5
267.93
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Co
3.7
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_5_267.93.jpg
254,803
6
5
267.93
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
La
73.09
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_5_267.93.jpg
254,803
6
5
267.93
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Mo
3.1
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_5_267.93.jpg
254,803
6
5
267.93
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Pb
41
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_5_267.93.jpg
254,803
6
5
267.93
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
U
2.64
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_5_267.93.jpg
254,803
6
5
267.93
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Cu
35
ppm
B/AAS
Aqua regia digestion, flame AAS.
254803_6_5_267.93.jpg
254,803
6
5
267.93
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Fe
3.82
%
B/AAS
Aqua regia digestion, flame AAS.
254803_6_5_267.93.jpg
254,803
6
5
267.93
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Zn
175
ppm
B/AAS
Aqua regia digestion, flame AAS.
254803_6_4_267.84.jpg
254,803
6
4
267.84
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Ag
0.32
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_4_267.84.jpg
254,803
6
4
267.84
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
As
12
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_4_267.84.jpg
254,803
6
4
267.84
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Au
1
ppb
B/MS
Inductively coupled plasma mass spectrometry
254803_6_4_267.84.jpg
254,803
6
4
267.84
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Ba
66
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_4_267.84.jpg
254,803
6
4
267.84
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Bi
0.8
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_4_267.84.jpg
254,803
6
4
267.84
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Ce
150.59
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_4_267.84.jpg
254,803
6
4
267.84
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Co
3.7
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_4_267.84.jpg
254,803
6
4
267.84
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
La
73.09
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_4_267.84.jpg
254,803
6
4
267.84
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Mo
3.1
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_4_267.84.jpg
254,803
6
4
267.84
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Pb
41
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_4_267.84.jpg
254,803
6
4
267.84
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
U
2.64
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_6_4_267.84.jpg
254,803
6
4
267.84
183,731
Office of Minerals & Energy Resourc
Geologist
16/06/2010
254
315.5
RHYO
null
Rhyolite
null
null
null
Porphyritic rhyolite. Phenocrysts comprise 50% of rock, 25% pink Kfs, 25% grey qtz, 10% green albite. Massive unstructured. Fine grained red matrix, possibly haematite dusting throughout
1,620,706
434,402.71
6,609,151.53
54
140.315379
-30.648507
140.315369
-30.648493
Cu
35
ppm
B/AAS
Aqua regia digestion, flame AAS.