filename
stringlengths
16
22
drillhole_number
int64
9.71k
375k
core
int64
1
8
segment
int64
1
10
depth_m
float64
0.09
751
LOG_NUMBER
float64
10.4k
297k
LOGGING_ORGANISATION
stringclasses
6 values
QUALIFICATION
stringclasses
2 values
LOGGING_DATE
stringdate
1964-02-18 00:00:00
2022-10-21 00:00:00
depth_from_m
float64
0
605
depth_to_m
float64
1.3
752
MAJOR_LITHOLOGY_CODE
stringclasses
57 values
MAJOR_LITHOLOGY_CONF
stringclasses
1 value
major_lithology
stringclasses
57 values
MINOR_LITHOLOGY_CODE
stringclasses
17 values
MINOR_LITHOLOGY_CONF
stringclasses
1 value
MINOR_LITHOLOGY
stringclasses
17 values
DESCRIPTION
stringclasses
141 values
SITE_NO
float64
8.25k
2.51M
EASTING_GDA2020
float64
247k
764k
NORTHING_GDA2020
float64
6.07M
7.03M
ZONE_GDA2020
float64
52
54
LONGITUDE_GDA2020
float64
129
141
LATITUDE_GDA2020
float64
-35.55
-26.88
LONGITUDE_GDA94
float64
129
141
LATITUDE_GDA94
float64
-35.55
-26.88
chem_code
stringclasses
89 values
value
stringlengths
1
8
unit
stringclasses
3 values
chem_method_code
stringclasses
77 values
chem_method_desc
stringclasses
83 values
254803_2_1_263.75.jpg
254,803
2
1
263.75
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
31
ppm
B/AAS
Aqua regia digestion, flame AAS.
254803_2_1_263.75.jpg
254,803
2
1
263.75
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
2.71
%
B/AAS
Aqua regia digestion, flame AAS.
254803_2_1_263.75.jpg
254,803
2
1
263.75
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
79
ppm
B/AAS
Aqua regia digestion, flame AAS.
254803_1_10_263.65.jpg
254,803
1
10
263.65
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
93
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_10_263.65.jpg
254,803
1
10
263.65
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
0.21
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_10_263.65.jpg
254,803
1
10
263.65
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
20
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_10_263.65.jpg
254,803
1
10
263.65
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
2
ppb
B/MS
Inductively coupled plasma mass spectrometry
254803_1_10_263.65.jpg
254,803
1
10
263.65
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
0.45
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_10_263.65.jpg
254,803
1
10
263.65
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
145.1
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_10_263.65.jpg
254,803
1
10
263.65
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
2.9
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_10_263.65.jpg
254,803
1
10
263.65
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
70.85
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_10_263.65.jpg
254,803
1
10
263.65
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
2.5
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_10_263.65.jpg
254,803
1
10
263.65
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
31
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_10_263.65.jpg
254,803
1
10
263.65
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
4.09
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_10_263.65.jpg
254,803
1
10
263.65
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
31
ppm
B/AAS
Aqua regia digestion, flame AAS.
254803_1_10_263.65.jpg
254,803
1
10
263.65
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
2.71
%
B/AAS
Aqua regia digestion, flame AAS.
254803_1_10_263.65.jpg
254,803
1
10
263.65
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
79
ppm
B/AAS
Aqua regia digestion, flame AAS.
254803_1_9_263.56.jpg
254,803
1
9
263.56
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
93
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_9_263.56.jpg
254,803
1
9
263.56
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
0.21
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_9_263.56.jpg
254,803
1
9
263.56
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
20
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_9_263.56.jpg
254,803
1
9
263.56
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
2
ppb
B/MS
Inductively coupled plasma mass spectrometry
254803_1_9_263.56.jpg
254,803
1
9
263.56
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
0.45
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_9_263.56.jpg
254,803
1
9
263.56
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
145.1
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_9_263.56.jpg
254,803
1
9
263.56
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
2.9
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_9_263.56.jpg
254,803
1
9
263.56
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
70.85
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_9_263.56.jpg
254,803
1
9
263.56
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
2.5
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_9_263.56.jpg
254,803
1
9
263.56
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
31
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_9_263.56.jpg
254,803
1
9
263.56
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
4.09
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_9_263.56.jpg
254,803
1
9
263.56
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
31
ppm
B/AAS
Aqua regia digestion, flame AAS.
254803_1_9_263.56.jpg
254,803
1
9
263.56
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
2.71
%
B/AAS
Aqua regia digestion, flame AAS.
254803_1_9_263.56.jpg
254,803
1
9
263.56
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
79
ppm
B/AAS
Aqua regia digestion, flame AAS.
254803_1_8_263.46.jpg
254,803
1
8
263.46
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
93
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_8_263.46.jpg
254,803
1
8
263.46
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
0.21
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_8_263.46.jpg
254,803
1
8
263.46
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
20
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_8_263.46.jpg
254,803
1
8
263.46
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
2
ppb
B/MS
Inductively coupled plasma mass spectrometry
254803_1_8_263.46.jpg
254,803
1
8
263.46
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
0.45
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_8_263.46.jpg
254,803
1
8
263.46
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
145.1
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_8_263.46.jpg
254,803
1
8
263.46
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
2.9
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_8_263.46.jpg
254,803
1
8
263.46
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
70.85
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_8_263.46.jpg
254,803
1
8
263.46
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
2.5
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_8_263.46.jpg
254,803
1
8
263.46
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
31
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_8_263.46.jpg
254,803
1
8
263.46
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
4.09
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_8_263.46.jpg
254,803
1
8
263.46
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
31
ppm
B/AAS
Aqua regia digestion, flame AAS.
254803_1_8_263.46.jpg
254,803
1
8
263.46
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
2.71
%
B/AAS
Aqua regia digestion, flame AAS.
254803_1_8_263.46.jpg
254,803
1
8
263.46
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
79
ppm
B/AAS
Aqua regia digestion, flame AAS.
254803_1_7_263.37.jpg
254,803
1
7
263.37
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
93
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_7_263.37.jpg
254,803
1
7
263.37
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
0.21
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_7_263.37.jpg
254,803
1
7
263.37
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
20
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_7_263.37.jpg
254,803
1
7
263.37
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
2
ppb
B/MS
Inductively coupled plasma mass spectrometry
254803_1_7_263.37.jpg
254,803
1
7
263.37
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
0.45
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_7_263.37.jpg
254,803
1
7
263.37
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
145.1
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_7_263.37.jpg
254,803
1
7
263.37
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
2.9
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_7_263.37.jpg
254,803
1
7
263.37
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
70.85
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_7_263.37.jpg
254,803
1
7
263.37
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
2.5
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_7_263.37.jpg
254,803
1
7
263.37
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
31
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_7_263.37.jpg
254,803
1
7
263.37
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
4.09
ppm
B/MS
Inductively coupled plasma mass spectrometry
254803_1_7_263.37.jpg
254,803
1
7
263.37
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
31
ppm
B/AAS
Aqua regia digestion, flame AAS.
254803_1_7_263.37.jpg
254,803
1
7
263.37
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
2.71
%
B/AAS
Aqua regia digestion, flame AAS.
254803_1_7_263.37.jpg
254,803
1
7
263.37
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
79
ppm
B/AAS
Aqua regia digestion, flame AAS.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
As
<10
ppm
MET1
1 kg sample, digestion unspecified, ICP-MS determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Co
<80
ppm
MET1
1 kg sample, digestion unspecified, ICP-MS determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Cu
0.005
%
MET1
1 kg sample, digestion unspecified, ICP-MS determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Ni
20
ppm
MET1
1 kg sample, digestion unspecified, ICP-MS determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Pb
<10
ppm
MET1
1 kg sample, digestion unspecified, ICP-MS determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
S
3800
ppm
MET1
1 kg sample, digestion unspecified, ICP-MS determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Sb
<20
ppm
MET1
1 kg sample, digestion unspecified, ICP-MS determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Zn
30
ppm
MET1
1 kg sample, digestion unspecified, ICP-MS determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Ag
<1
ppm
MET1
1 kg sample, digestion unspecified, ICP-MS determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Zr
<20
ppm
IC4
0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Al
<67500
ppm
IC4
0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Ba
<77
ppm
IC4
0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Ca
<75100
ppm
IC4
0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Ce
<8
ppm
IC4
0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Cr
45
ppm
IC4
0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Fe
158200
ppm
IC4
0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
K
3020
ppm
IC4
0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Mo
<2
ppm
IC4
0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
La
4
ppm
IC4
0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Mg
32600
ppm
IC4
0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Mn
1170
ppm
IC4
0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Na
<20300
ppm
IC4
0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Nb
<10
ppm
IC4
0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
P
250
ppm
IC4
0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Si
<182000
ppm
IC4
0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Sr
<270
ppm
IC4
0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Ti
<9760
ppm
IC4
0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
U
1
ppm
IC4
0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
V
330
ppm
IC4
0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Y
8
ppm
IC4
0.1g sample, lithium metaborate fusion followed by dissolution in 5% HNO3 to give total solution; ICP-OES determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Au
<0.001
ppm
FA3E
40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Pd
<0.001
ppm
FA3E
40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
241877_4_10_65.94.jpg
241,877
4
10
65.94
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Pt
<0.005
ppm
FA3E
40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
241877_4_9_65.87.jpg
241,877
4
9
65.87
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
As
<10
ppm
MET1
1 kg sample, digestion unspecified, ICP-MS determination.
241877_4_9_65.87.jpg
241,877
4
9
65.87
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Co
<80
ppm
MET1
1 kg sample, digestion unspecified, ICP-MS determination.
241877_4_9_65.87.jpg
241,877
4
9
65.87
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Cu
0.005
%
MET1
1 kg sample, digestion unspecified, ICP-MS determination.
241877_4_9_65.87.jpg
241,877
4
9
65.87
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Ni
20
ppm
MET1
1 kg sample, digestion unspecified, ICP-MS determination.
241877_4_9_65.87.jpg
241,877
4
9
65.87
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Pb
<10
ppm
MET1
1 kg sample, digestion unspecified, ICP-MS determination.
241877_4_9_65.87.jpg
241,877
4
9
65.87
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
S
3800
ppm
MET1
1 kg sample, digestion unspecified, ICP-MS determination.
241877_4_9_65.87.jpg
241,877
4
9
65.87
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Sb
<20
ppm
MET1
1 kg sample, digestion unspecified, ICP-MS determination.
241877_4_9_65.87.jpg
241,877
4
9
65.87
178,308
Office of Minerals & Energy Resourc
Geologist
16/10/2009
55.6
66.15
GBRO
null
Gabbro
null
null
null
slightly weathered gabbro
1,434,447
551,018.78
6,719,947.47
53
135.527132
-29.649394
135.527122
-29.64938
Zn
30
ppm
MET1
1 kg sample, digestion unspecified, ICP-MS determination.