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METEORIC RESOURCES NL Capital/Financing Update 2023

Feb 22, 2023

65311_rns_2023-02-22_aa1d5820-f346-42ce-9635-e74ec2de77d6.pdf

Capital/Financing Update

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ASX ANNOUNCEMENT

23 FEBRUARY 2023

Assays Received for Palm Springs Gold Project, WA

Western Australia - Palm Springs Gold Project

  • Final drill results have been received for the priority targets identified in the 2022 IP Survey where seven (7) reverse circulation drillholes were assayed for a total of 1,098m

  • Two (2) holes hit a significant amount of carbonaceous shale hosting multiple quartz veins and sulphides at the new Mt Bradley target with the best result being;

    • MBRC016 5m @ 19.7g/t Au from 9m

  • Four (4) holes intersected the main syenite target to the north of Butchers Creek Open-Pit with best results;

o BCRC496 2m @ 1.06g/t Au from 112m o BCRC493 2m @ 1.66g/t Au from 115m o BCRC492 13m @ 0.69g/t Au from 151m

  • The 2022 season built on significant progress made in the Company’s first two years at Palm Springs that included:

  • Maiden Global JORC 2012 Resource at Palm Springs Gold Project which now stands at 5.7Mt @ 1.94 g/t Au for 355K oz of gold with over 40% of the resource classified in the Indicated category[1]

  • Significant drilling intercepts achieved by Meteoric’s Exploration Team included[2]

    • 69m @ 4.4 g/t from 181m including 19m @ 7.2 g/t Au

    • 56m @ 2.7g/t Au from 181m including 18m @ 4.9g/t Au from 203m

    • 45m @ 2.3g/t Au from 259m including 5m @ 10.8g/t Au from 261m

    • o 53m @ 2.1 g/t Au from 147m

    • 8m @ 10.4 g/t Au from 156m including 2m @ 34.4 Au from 160m

  • The structural and IP targets at Golden Crown (400kt @ 3.1 for 38koz Au) could not be accessed due to local flooding and remain as key targets to be drilled in 2023

Meteoric Resources (MEI: ASX) Non-Executive Director Dr Andrew Tunks said:

“ We are pleased to have drilled key targets at Palm Springs generated by the 2022 IP survey. The drilling was designed to test new targets at Mt Bradley and Tailings Dam and northern extensions at Butchers Creek.

It was encouraging to intercept a significantly mineralised zone over 5 m at 19.7 g/t Au at Mt Bradley and importantly this adds to our confidence around the IP anomalies we generated this year. Clearly we need to follow up this intersection. We are developing our exploration programs for the up-coming field season due to commence in May/June 2023.

Unfortunately, conditions prevented access to the Golden Crown area to drill extensions of the known mineralisation at that locality. Golden Crown remains a high priority drill target which will be the first order of business in 2023.”

1 Palm Springs Maiden Resource released to ASX 3/06/2021

2 Drilling results relea1sed to ASX on 24/05/21, 2/11/2021

Palm Springs Gold Project, WA

Completed Assays

Results have been received at the Palm Springs Gold Project, 30km southeast of Halls Creek in the Kimberley region (WA). Drilling targeted chargeability anomalies acquired in the IP survey undertaken in 2022. The targeted areas fall within the Mining Lease of MEI. One of the untested prospects at Mt Bradley came back with significant positive results and will require a follow up drill program in 2023.

Assay results

Five (5) reverse circulation drillholes for a total of 630m were completed on the Mining License north of the Butchers Creek open-pit targeting the potentially mineralised syenite intrusive, host to gold mineralisation ( Figures 1-3 ). The syenite intrusive was encountered in each of these holes, with grades in BCRC496 - 2m @ 1.06g/t Au from 112m, BCRC492 - 13m @ 0.69g/t Au from 151m and BCRC493 - 2m @ 1.66g/t Au from 115m.

The two (2) reverse circulation drillholes at Mt Bradley (Mining License; Figure 4 ), for 318m, targeted the IP chargeability anomaly on the eastern end of the IP Line associated with small historic underground workings 100m north and 50m south of the IP Line within a carbonaceous shale unit containing thick auriferous quartz veins ( Figure 5 ). No significant gold grades were drilled in the deeper intercepts. However, closer to the surface the best intercept was : 5m @ 19.7g/t Au from 9m (MBRC016).

Table 1: Drill Collar Table in GDA94 / MGA Zone 52 obtained by GPS Map 64s.

Hole ID Pad Name Easting Northing Elevation NAT Dip Target Actual
Azimuth depth depth
BCRC492 ROM_003 375113.2 7971563.3 377.8 130 ‐60 150 180
BCRC493 ROM_002 375173.6 7971571.9 378.3 130 ‐60 100 150
BCRC494 ROM_005 375173.3 7971635.8 368.1 130 ‐60 150 150
BCRC495 BCW_001 375040.1 7971752.8 375.5 130 ‐60 100 150
BCRC496 ROM_001 375157.7 7971527.7 385.2 310 ‐60 100 150
MBRC015 MTB_001 375713.4 7970662.6 368.2 310 ‐60 120 150
MBRC016 MTB_002 375724.0 7970660.1 367.8 310 ‐70 150 168

Further Work

Meteoric is pleased with the results received from this last drill program and is planning an additional 3-5,000 metre RC drill program this year following the wet season.

Stage 1 of the planned drill program will occur over the known resources of Golden Crown (400kt @ 3.1 for 38koz Au) and Faugh-a-Ballagh which could not be completed as part of the last drill program in 2022.

Stage 2 will be a continuation of drilling along strike and down dip from the Mt Bradley intercept (5m @ 19.7 g/t Au) targeting the mineralised shale contact.

==> picture [489 x 52] intentionally omitted <==

Drilling Sections

==> picture [537 x 444] intentionally omitted <==

Figure 1 . ROM Prospect north of the Palm Springs open-pit, targeting the chargeability anomaly associated with the mineralised syenite with two drillholes.

==> picture [489 x 52] intentionally omitted <==

==> picture [537 x 455] intentionally omitted <==

Figure 2 . 50 metres to the north of the first drill section, at the ROM Prospect targeting the chargeability anomaly associated with the mineralised syenite and following it down plunge.

==> picture [489 x 52] intentionally omitted <==

==> picture [538 x 269] intentionally omitted <==

Figure 3. 100 metres to the north of Figure 1 and with Tailings Dam Prospect on the left. Drilling validated the top of the syenite dipping towards the north. In downhole logging the black represents carbonaceous shale and the orange the syenite.

==> picture [489 x 52] intentionally omitted <==

==> picture [473 x 498] intentionally omitted <==

Figure 4 . Mt Bradley drill holes targeting the chargeability anomaly which coincides with the thick (historically worked) quartz veins at surface. Gold grades in discrete colours, with the significant intercept toward the surface.

==> picture [489 x 52] intentionally omitted <==

Palm Springs Mineral Resource Estimate

June 2021 Mineral Resources June 2021 Mineral Resources June 2021 Mineral Resources June 2021 Mineral Resources June 2021 Mineral Resources June 2021 Mineral Resources June 2021 Mineral Resources June 2021 Mineral Resources June 2021 Mineral Resources
Cut-Off Indicated Resource Inferred Resources Total Resource
Country Project Deposit Dry Tonnes Grade In-situ Gold
Dry Tonnes		 Grade In-situ Gold
Dry Tonnes		 Grade In-situ Gold
(g/t Au)
(g/t Au) (oz) (g/t Au) (oz) (g/t Au) (oz)
Australia PSPG Butchers Creek 0.8 1,900,000 2.3 139,000 3,300,000 1.7 180,000 5,200,000 1.9 319,000
Golden Crown 0.8 -
-
-
400,000		 3.1 38,000 400,000 3.1 38,000
PSGP PSPG TOTALS 1,900,000 2.3 139,000 3,700,000 1.8 218,000 5,600,000 2.0 357,000

Table 2. Palm Springs Gold Project Mineral Resource Estimate.

This release has been authorised by the Board of Meteoric Resources NL.

For further information, please contact:

Dr Andrew Tunks

Non-Executive Director Meteoric Resources E: [email protected] T: +61 400 205 555

The information in this announcement that relates to geological logging and exploration results is based on information reviewed, collated and fairly represented by Mr. Koos de Jong who is a Member of the Australasian Institute of Mining and Metallurgy and an employee to Meteoric Resources NL. Mr. De Jong has sufficient experience relevant to the style of mineralisation and type of deposit under consideration, and to the activity which has been undertaken, to qualify as a Competent Person as defined in the 2012 Edition of the Joint Ore Reserves Committee (JORC) Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves. Mr. De Jong consents to the inclusion in this report of the matters based on this information in the form and context in which it appears. Additionally, Mr. De Jong confirms that the entity is not aware of any new information or data that materially affects the information contained in the ASX releases referred to in this report.

The information in this announcement that relates to mineral resource estimates and exploration results is based on information reviewed, collated and fairly represented by Dr Paul Kitto who is a Member of the Australasian Institute Geoscientists and a Director of Meteoric Resources NL Dr Kitto has sufficient experience relevant to the style of mineralisation and type of deposit under consideration, and to the activity which has been undertaken, to qualify as a Competent Person as defined in the 2012 Edition of the Joint Ore Reserves Committee (JORC) Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves. Dr Kitto consents to the inclusion in this report of the matters based on this information in the form and context in which it appears. Additionally, Dr Kitto confirms that the entity is not aware of any new information or data that materially affects the information contained in the ASX releases referred to in this report.

==> picture [489 x 52] intentionally omitted <==

Appendix A: JORC Code, 2012 Edition – Table 1, section 1 & 2

Section 1 Sampling Techniques and Data

Criteria Commentary Commentary
Sampling techniques • Reverse Circulation (RC) drilling was used to obtain 1m samples from which 3-5 kg was split out, then sent to the
laboratories to be pulverised to produce a 50 g charge for fire assay.
Drilling techniques • Reverse circulation drilling has been undertaken in this drilling program.
• Stark Drilling Rig 01, Fitted with a KL Rod-Handler, Automated Break-Outs, Hands-Free Pneumatic Spanners, Survey
Winch, Rig Mounted Cyclone/Cone-Splitter, Fire-Suppression
• RC drilling was carried out using 3.5’ rods and a 5.5’ face sampling hammer
Drill sample recovery • The condition of RC drill chips are recorded in the comments section of the sample sheets if there was ‘wet sample’ or
‘no sample return’. None of the holes experienced excessive water.
• The utilisation of a high-capacity RC drill rig ensures recoveries are maximised in the deep RC drilling.
Logging • RC drill holes were geologically logged on 1m intervals and in sufficient detail to support descriptions of rock types and
mineralisation presented in the Announcement above.
• Logging is qualitative in nature recording: oxidation, texture, rock type, alteration type and intensity, sulfide type and
percentages.
• All RC drill holes were logged entirely for the 2022 drilling program.
Sub-sampling • RC chips were split by individual metre at the drill rig into 3-5 kg sub samples using a cone splitter.
techniques and • This sampling method is considered appropriate for Au determination given the sample size and are supported by
sample preparation Standard Industry practices.
Quality of assay data • Analysis was carried out by Australian Laboratory Services (Perth, WA), an accredited laboratory. Au determination
and laboratory tests was by Fire Assay (50 g charge).
• No additional methods or tools for sampling are considered in the text.
• Quality control samples were inserted every 20 samples with a mixture of standards, blanks and duplicates. For RC
duplicate samplewas taken fromthe cone splitter.
Verification of • Significant intersections in the above announcement were cross checked by site geologist by revisiting the individual chip
trays and making a visual comparison of observed alteration with reported gold grades, and/or against recorded drill hole
logs.
sampling and • Drill hole information was recorded on a combination of paper logs and excel spreadsheets in the field, then transferred
assaying into an SQL database at the completion of the program. Data checks are run by Project manager to subsequent to
loading the data looking for incomplete or incorrect intervals in the database.
Assaydata has not been adjusted.
Location of data • The location of the location of the transmitters and receivers has been collected by handheld GPS and recorded in the
points EPSG: 28352, AGD94 / MGA zone 52 datum.
Data spacing and • Drill spacing for the 2022 program is up to 100m between collars drilled on sections 40-50m apart.
distribution • The drill spacing is considered sufficient to support exploration results.
• No compositing has been applied to the exploration results.
Orientation of data in • The IP lines have been orientated perpendicular to the main expected trend of mineralised micro syenite.
relation to geological • The drill orientation for all holes at the Butchers Creek and Mt Bradley project is dominantly at right angles to the strike
structure of the stratigraphy but not necessarily the vein array. The majority of holes at Butchers Creek are angled with an
easterly drill azimuth, which is optimal to test both steep and shallow west dipping mineralisation. Several older vertical
holes are shown on section.
Sample security • All sampling of MEI’s 2022 drilling program was supervised and carried out by experienced geologist and technician. RC
samples were bagged in calico bags onsite, with 5 calico’s bags containing samples were transferred into a poly-weave
bag and then into a large bulk bag for transport via road from Halls Creek to ALS Perth using a reputable transport
company.
• The security of the sampling process is considered to be appropriate by the author.
Audits or reviews • No audits or reviews have been conducted on the new drilling data.

==> picture [489 x 52] intentionally omitted <==

Section 2 Reporting of Exploration Results

Criteria Commentary
Mineral tenement
and land tenure
status		 Legal Area
(Ha)
38.8
511.6
6.8
10.0
4.0
6.0
16.0
120.0
120.0
5.8
8.0
44.0
Tenement Type MEI% Legal Area
(Ha)
M80/106 MiningLease 97% 38.8
M80/315 MiningLease 97% 511.6
M80/318 MiningLease 100% 6.8
E80/4856 Exploration Licence 100% 10.0
E80/4874 Exploration Licence 100% 4.0
E80/4976 Exploration Licence 100% 6.0
E80/5059 Exploration Licence 100% 16.0
P80/1766 ProspectingLicence 100% 120.0
P80/1768 ProspectingLicence 100% 120.0
P80/1839 ProspectingLicence 100% 5.8
P80/1854 ProspectingLicence 100% 8.0
P80/1855 ProspectingLicence 100% 44.0
Exploration done by
other parties		 •
A Low-Level aerial Magnetic-Radiometric survey was flown over 30% of the project area in Dec 1996.
•
Southern Geoscience completed a litho-structural analysis of the aeromagnetic and identified 16 exploration targets for
gold mineralisation.
•
Two regional stream sediment surveys were completed by Geochemex (1996) and Stockdale (1997) and 440 sites
sampled.
•
PMA completed infill stream sediment sampling of 16 target areas and three high priority areas were identified.
•
Prior to Meteoric, there hasn’t been any systematic exploration or drilling of these tenements since mine closure in June
1997
Geology •
The project is located within the Halls Creek Mobile one and includes numerous gold occurrences, the majority of which
are associated with quartz vein systems developed within anticlinal hinges and adjacent to fault zones. The Butchers
Creek mine sequence is composed of Lower Proterozoic turbiditic sediments, micro syenite intrusives of the Olympio
Formation, Butchers Ck Member and basic sills and dykes, which are tightly folded and metamorphosed to greenschist
facies.
•
Mineralisation is associated with quartz vein arrays associated with the brittle deformation of micro syenite and selective
thicker quartz veins, particularly where its highly altered with a high sulphide occurrence.
•
Gold mineralisation is associated with anticlinal fold hinges, which plunges at 20-30 degrees to the south from the
southern limit of the open cut. The folded micro syenite is within a tightly anticlinal structure, beside a north trending
regional shear zone.
Drill hole Information •
Provided in Table 1 of the main Announcement.
Data aggregation
Methods		 •
Mineralised Intercepts provided in the above announcement are uncut.
•
A minimum width of 2m, use a lower-cut 0.5 g/t Au and allow a maximum of 2m internal dilution.
•
Generally where > 75% of the contained metal for an intercept is contained with <25% of the width, short lengths with
high-grades are reported as “including …”.
•
No Metal Equivalents are used.
Relationship between
mineralisation widths
and intercept lengths		 •
The induced polarisation lines are perpendicular to the expected trend of anticlinal syenite ore body.
•
The drill orientation for reported holes is dominantly at right angles to the strike of the stratigraphy, but notnecessarily
the vein array. The majority of holes at Butchers Creek and Mt Bradley are angled with an easterly drill azimuth, which is
optimal to test both steep and shallow west dipping mineralisation. Several older vertical holes are shown on section.
•
Mineralisation is interpreted to dip 70 to 80 degrees towards the (grid) west, drilling is generally oriented 60-80 degrees
to (grid) east. Therefore, true widths are likely to be ~25% narrower than reported downhole widths.
•
All assayintervals are down hole intersections,the true width isn’t reported.
Diagrams •
Refer to body of the announcement for Cross-Sections and Drill Collar plots.
Balanced reporting •
Full data results of the acquired assay results is found in appendix B.
Other substantive
exploration data		 •
There is no other substantive exploration data that is meaningful and material to the current release.
Further work •
Refer to the body of the announcement.

==> picture [489 x 52] intentionally omitted <==

endix B: Assay results from ALS in Perth
Hole ID
From
To
Sample ID
Au (ppm)
BCRC496
0
1
UGD016502
0.02
BCRC496
1
2
UGD016503
0.24
BCRC496
2
3
UGD016504
0.02
BCRC496
3
4
UGD016505
<0.01
BCRC496
4
5
UGD016506
<0.01
BCRC496
5
6
UGD016507
<0.01
BCRC496
6
7
UGD016508
<0.01
BCRC496
7
8
UGD016509
<0.01
BCRC496
8
9
UGD016510
<0.01
BCRC496
9
10
UGD016511
<0.01
BCRC496
10
11
UGD016512
0.01
BCRC496
11
12
UGD016513
0.01
BCRC496
12
13
UGD016514
0.01
BCRC496
13
14
UGD016515
<0.01
BCRC496
14
15
UGD016516
<0.01
BCRC496
15
16
UGD016517
<0.01
BCRC496
16
17
UGD016518
<0.01
BCRC496
17
18
UGD016519
<0.01
BCRC496
18
19
UGD016522
0.01
BCRC496
19
20
UGD016523
<0.01
BCRC496
20
21
UGD016524
0.01
BCRC496
21
22
UGD016526
<0.01
BCRC496
22
23
UGD016527
<0.01
BCRC496
23
24
UGD016528
<0.01
BCRC496
24
25
UGD016529
<0.01
BCRC496
25
26
UGD016530
<0.01
BCRC496
26
27
UGD016531
<0.01
BCRC496
27
28
UGD016532
<0.01
BCRC496
28
29
UGD016533
<0.01
BCRC496
29
30
UGD016534
<0.01
BCRC496
30
31
UGD016535
<0.01
BCRC496
31
32
UGD016536
<0.01
BCRC496
32
33
UGD016537
<0.01
BCRC496
33
34
UGD016538
<0.01
BCRC496
34
35
UGD016539
<0.01
BCRC496
35
36
UGD016542
<0.01
BCRC496
36
37
UGD016543
<0.01
BCRC496
37
38
UGD016544
<0.01
BCRC496
38
39
UGD016545
0.01
BCRC496
39
40
UGD016546
0.01
BCRC496
40
41
UGD016547
0.01		 endix B: Assay results from ALS in Perth
Hole ID
From
To
Sample ID
Au (ppm)
BCRC496
0
1
UGD016502
0.02
BCRC496
1
2
UGD016503
0.24
BCRC496
2
3
UGD016504
0.02
BCRC496
3
4
UGD016505
<0.01
BCRC496
4
5
UGD016506
<0.01
BCRC496
5
6
UGD016507
<0.01
BCRC496
6
7
UGD016508
<0.01
BCRC496
7
8
UGD016509
<0.01
BCRC496
8
9
UGD016510
<0.01
BCRC496
9
10
UGD016511
<0.01
BCRC496
10
11
UGD016512
0.01
BCRC496
11
12
UGD016513
0.01
BCRC496
12
13
UGD016514
0.01
BCRC496
13
14
UGD016515
<0.01
BCRC496
14
15
UGD016516
<0.01
BCRC496
15
16
UGD016517
<0.01
BCRC496
16
17
UGD016518
<0.01
BCRC496
17
18
UGD016519
<0.01
BCRC496
18
19
UGD016522
0.01
BCRC496
19
20
UGD016523
<0.01
BCRC496
20
21
UGD016524
0.01
BCRC496
21
22
UGD016526
<0.01
BCRC496
22
23
UGD016527
<0.01
BCRC496
23
24
UGD016528
<0.01
BCRC496
24
25
UGD016529
<0.01
BCRC496
25
26
UGD016530
<0.01
BCRC496
26
27
UGD016531
<0.01
BCRC496
27
28
UGD016532
<0.01
BCRC496
28
29
UGD016533
<0.01
BCRC496
29
30
UGD016534
<0.01
BCRC496
30
31
UGD016535
<0.01
BCRC496
31
32
UGD016536
<0.01
BCRC496
32
33
UGD016537
<0.01
BCRC496
33
34
UGD016538
<0.01
BCRC496
34
35
UGD016539
<0.01
BCRC496
35
36
UGD016542
<0.01
BCRC496
36
37
UGD016543
<0.01
BCRC496
37
38
UGD016544
<0.01
BCRC496
38
39
UGD016545
0.01
BCRC496
39
40
UGD016546
0.01
BCRC496
40
41
UGD016547
0.01		 endix B: Assay results from ALS in Perth
Hole ID
From
To
Sample ID
Au (ppm)
BCRC496
0
1
UGD016502
0.02
BCRC496
1
2
UGD016503
0.24
BCRC496
2
3
UGD016504
0.02
BCRC496
3
4
UGD016505
<0.01
BCRC496
4
5
UGD016506
<0.01
BCRC496
5
6
UGD016507
<0.01
BCRC496
6
7
UGD016508
<0.01
BCRC496
7
8
UGD016509
<0.01
BCRC496
8
9
UGD016510
<0.01
BCRC496
9
10
UGD016511
<0.01
BCRC496
10
11
UGD016512
0.01
BCRC496
11
12
UGD016513
0.01
BCRC496
12
13
UGD016514
0.01
BCRC496
13
14
UGD016515
<0.01
BCRC496
14
15
UGD016516
<0.01
BCRC496
15
16
UGD016517
<0.01
BCRC496
16
17
UGD016518
<0.01
BCRC496
17
18
UGD016519
<0.01
BCRC496
18
19
UGD016522
0.01
BCRC496
19
20
UGD016523
<0.01
BCRC496
20
21
UGD016524
0.01
BCRC496
21
22
UGD016526
<0.01
BCRC496
22
23
UGD016527
<0.01
BCRC496
23
24
UGD016528
<0.01
BCRC496
24
25
UGD016529
<0.01
BCRC496
25
26
UGD016530
<0.01
BCRC496
26
27
UGD016531
<0.01
BCRC496
27
28
UGD016532
<0.01
BCRC496
28
29
UGD016533
<0.01
BCRC496
29
30
UGD016534
<0.01
BCRC496
30
31
UGD016535
<0.01
BCRC496
31
32
UGD016536
<0.01
BCRC496
32
33
UGD016537
<0.01
BCRC496
33
34
UGD016538
<0.01
BCRC496
34
35
UGD016539
<0.01
BCRC496
35
36
UGD016542
<0.01
BCRC496
36
37
UGD016543
<0.01
BCRC496
37
38
UGD016544
<0.01
BCRC496
38
39
UGD016545
0.01
BCRC496
39
40
UGD016546
0.01
BCRC496
40
41
UGD016547
0.01		 endix B: Assay results from ALS in Perth
Hole ID
From
To
Sample ID
Au (ppm)
BCRC496
0
1
UGD016502
0.02
BCRC496
1
2
UGD016503
0.24
BCRC496
2
3
UGD016504
0.02
BCRC496
3
4
UGD016505
<0.01
BCRC496
4
5
UGD016506
<0.01
BCRC496
5
6
UGD016507
<0.01
BCRC496
6
7
UGD016508
<0.01
BCRC496
7
8
UGD016509
<0.01
BCRC496
8
9
UGD016510
<0.01
BCRC496
9
10
UGD016511
<0.01
BCRC496
10
11
UGD016512
0.01
BCRC496
11
12
UGD016513
0.01
BCRC496
12
13
UGD016514
0.01
BCRC496
13
14
UGD016515
<0.01
BCRC496
14
15
UGD016516
<0.01
BCRC496
15
16
UGD016517
<0.01
BCRC496
16
17
UGD016518
<0.01
BCRC496
17
18
UGD016519
<0.01
BCRC496
18
19
UGD016522
0.01
BCRC496
19
20
UGD016523
<0.01
BCRC496
20
21
UGD016524
0.01
BCRC496
21
22
UGD016526
<0.01
BCRC496
22
23
UGD016527
<0.01
BCRC496
23
24
UGD016528
<0.01
BCRC496
24
25
UGD016529
<0.01
BCRC496
25
26
UGD016530
<0.01
BCRC496
26
27
UGD016531
<0.01
BCRC496
27
28
UGD016532
<0.01
BCRC496
28
29
UGD016533
<0.01
BCRC496
29
30
UGD016534
<0.01
BCRC496
30
31
UGD016535
<0.01
BCRC496
31
32
UGD016536
<0.01
BCRC496
32
33
UGD016537
<0.01
BCRC496
33
34
UGD016538
<0.01
BCRC496
34
35
UGD016539
<0.01
BCRC496
35
36
UGD016542
<0.01
BCRC496
36
37
UGD016543
<0.01
BCRC496
37
38
UGD016544
<0.01
BCRC496
38
39
UGD016545
0.01
BCRC496
39
40
UGD016546
0.01
BCRC496
40
41
UGD016547
0.01		 endix B: Assay results from ALS in Perth
Hole ID
From
To
Sample ID
Au (ppm)
BCRC496
0
1
UGD016502
0.02
BCRC496
1
2
UGD016503
0.24
BCRC496
2
3
UGD016504
0.02
BCRC496
3
4
UGD016505
<0.01
BCRC496
4
5
UGD016506
<0.01
BCRC496
5
6
UGD016507
<0.01
BCRC496
6
7
UGD016508
<0.01
BCRC496
7
8
UGD016509
<0.01
BCRC496
8
9
UGD016510
<0.01
BCRC496
9
10
UGD016511
<0.01
BCRC496
10
11
UGD016512
0.01
BCRC496
11
12
UGD016513
0.01
BCRC496
12
13
UGD016514
0.01
BCRC496
13
14
UGD016515
<0.01
BCRC496
14
15
UGD016516
<0.01
BCRC496
15
16
UGD016517
<0.01
BCRC496
16
17
UGD016518
<0.01
BCRC496
17
18
UGD016519
<0.01
BCRC496
18
19
UGD016522
0.01
BCRC496
19
20
UGD016523
<0.01
BCRC496
20
21
UGD016524
0.01
BCRC496
21
22
UGD016526
<0.01
BCRC496
22
23
UGD016527
<0.01
BCRC496
23
24
UGD016528
<0.01
BCRC496
24
25
UGD016529
<0.01
BCRC496
25
26
UGD016530
<0.01
BCRC496
26
27
UGD016531
<0.01
BCRC496
27
28
UGD016532
<0.01
BCRC496
28
29
UGD016533
<0.01
BCRC496
29
30
UGD016534
<0.01
BCRC496
30
31
UGD016535
<0.01
BCRC496
31
32
UGD016536
<0.01
BCRC496
32
33
UGD016537
<0.01
BCRC496
33
34
UGD016538
<0.01
BCRC496
34
35
UGD016539
<0.01
BCRC496
35
36
UGD016542
<0.01
BCRC496
36
37
UGD016543
<0.01
BCRC496
37
38
UGD016544
<0.01
BCRC496
38
39
UGD016545
0.01
BCRC496
39
40
UGD016546
0.01
BCRC496
40
41
UGD016547
0.01		 Hole ID From To Sample ID Au (ppm)
BCRC496 41 42 UGD016548 <0.01
Hole ID From To Sample ID BCRC496 42 43 UGD016549 0.01
BCRC496 0 1 UGD016502 0.02 BCRC496 43 44 UGD016550 0.02
BCRC496 1 2 UGD016503 0.24 BCRC496 44 45 UGD016551 0.03
BCRC496 2 3 UGD016504 0.02 BCRC496 45 46 UGD016552 0.03
BCRC496 3 4 UGD016505 <0.01 BCRC496 46 47 UGD016553 0.02
BCRC496 4 5 UGD016506 <0.01 BCRC496 47 48 UGD016554 0.01
BCRC496 5 6 UGD016507 <0.01 BCRC496 48 49 UGD016555 0.02
BCRC496 6 7 UGD016508 <0.01 BCRC496 49 50 UGD016556 0.03
BCRC496 7 8 UGD016509 <0.01 BCRC496 50 51 UGD016557 0.02
BCRC496 8 9 UGD016510 <0.01 BCRC496 51 52 UGD016558 0.02
BCRC496 9 10 UGD016511 <0.01 BCRC496 52 53 UGD016559 0.01
BCRC496 10 11 UGD016512 0.01 BCRC496 53 54 UGD016562 0.01
BCRC496 11 12 UGD016513 0.01 BCRC496 54 55 UGD016563 <0.01
BCRC496 12 13 UGD016514 0.01 BCRC496 55 56 UGD016564 0.01
BCRC496 13 14 UGD016515 <0.01 BCRC496 56 57 UGD016565 0.01
BCRC496 14 15 UGD016516 <0.01 BCRC496 57 58 UGD016566 0.01
BCRC496 15 16 UGD016517 <0.01 BCRC496 58 59 UGD016567 0.01
BCRC496 16 17 UGD016518 <0.01 BCRC496 59 60 UGD016568 <0.01
BCRC496 17 18 UGD016519 <0.01 BCRC496 60 61 UGD016569 <0.01
BCRC496 18 19 UGD016522 0.01 BCRC496 61 62 UGD016570 0.01
BCRC496 19 20 UGD016523 <0.01 BCRC496 62 63 UGD016571 0.01
BCRC496 20 21 UGD016524 0.01 BCRC496 63 64 UGD016572 0.01
BCRC496 21 22 UGD016526 <0.01 BCRC496 64 65 UGD016573 0.01
BCRC496 22 23 UGD016527 <0.01 BCRC496 65 66 UGD016574 <0.01
BCRC496 23 24 UGD016528 <0.01 BCRC496 66 67 UGD016576 0.01
BCRC496 24 25 UGD016529 <0.01 BCRC496 67 68 UGD016577 <0.01
BCRC496 25 26 UGD016530 <0.01 BCRC496 68 69 UGD016578 0.01
BCRC496 26 27 UGD016531 <0.01 BCRC496 69 70 UGD016579 0.01
BCRC496 27 28 UGD016532 <0.01 BCRC496 70 71 UGD016582 0.01
BCRC496 28 29 UGD016533 <0.01 BCRC496 71 72 UGD016583 0.01
BCRC496 29 30 UGD016534 <0.01 BCRC496 72 73 UGD016584 0.01
BCRC496 30 31 UGD016535 <0.01 BCRC496 73 74 UGD016585 0.01
BCRC496 31 32 UGD016536 <0.01 BCRC496 74 75 UGD016586 0.01
BCRC496 32 33 UGD016537 <0.01 BCRC496 75 76 UGD016587 0.01
BCRC496 33 34 UGD016538 <0.01 BCRC496 76 77 UGD016588 0.01
BCRC496 34 35 UGD016539 <0.01 BCRC496 77 78 UGD016589 0.01
BCRC496 35 36 UGD016542 <0.01 BCRC496 78 79 UGD016590 0.01
BCRC496 36 37 UGD016543 <0.01 BCRC496 79 80 UGD016591 0.01
BCRC496 37 38 UGD016544 <0.01 BCRC496 80 81 UGD016592 0.01
BCRC496 38 39 UGD016545 0.01 BCRC496 81 82 UGD016593 0.01
BCRC496 39 40 UGD016546 0.01 BCRC496 82 83 UGD016594 0.01
BCRC496 40 41 UGD016547 0.01 BCRC496 83 84 UGD016595 0.01

Appendix B: Assay results from ALS in Perth

==> picture [489 x 52] intentionally omitted <==

Hole ID From To Sample ID Au (ppm)
0.09
1.95
0.06
0.46
0.05
0.03
0.02
0.19
0.4
0.18
2.45
0.19
0.03
0.08
0.03
0.21
0.04
0.07
0.22
0.32
1.04
0.24
0.27
0.03
0.02
0.06
0.02
0.23
1.18
0.93
0.48
0.07
0.09
0.25
0.9
0.16
0.02
0.01
0.01
0.01
<0.01
0.01		 Au (ppm)
0.09
1.95
0.06
0.46
0.05
0.03
0.02
0.19
0.4
0.18
2.45
0.19
0.03
0.08
0.03
0.21
0.04
0.07
0.22
0.32
1.04
0.24
0.27
0.03
0.02
0.06
0.02
0.23
1.18
0.93
0.48
0.07
0.09
0.25
0.9
0.16
0.02
0.01
0.01
0.01
<0.01
0.01		 Hole ID From To Sample ID Au (ppm)
BCRC496 84 85 UGD016596 0.09 BCRC496 127 128 UGD016646 0.01
BCRC496 85 86 UGD016597 1.95 BCRC496 128 129 UGD016647 <0.01
BCRC496 86 87 UGD016598 0.06 BCRC496 129 130 UGD016648 <0.01
BCRC496 87 88 UGD016599 0.46 BCRC496 130 131 UGD016649 <0.01
BCRC496 88 89 UGD016602 0.05 BCRC496 131 132 UGD016650 <0.01
BCRC496 89 90 UGD016603 0.03 BCRC496 132 133 UGD016651 <0.01
BCRC496 90 91 UGD016604 0.02 BCRC496 133 134 UGD016652 0.01
BCRC496 91 92 UGD016605 0.19 BCRC496 134 135 UGD016653 0.01
BCRC496 92 93 UGD016606 0.4 BCRC496 135 136 UGD016654 0.01
BCRC496 93 94 UGD016607 0.18 BCRC496 136 137 UGD016655 0.01
BCRC496 94 95 UGD016608 2.45 BCRC496 137 138 UGD016656 0.01
BCRC496 95 96 UGD016609 0.19 BCRC496 138 139 UGD016657 0.01
BCRC496 96 97 UGD016610 0.03 BCRC496 139 140 UGD016658 0.01
BCRC496 97 98 UGD016611 0.08 BCRC496 140 141 UGD016659 0.01
BCRC496 98 99 UGD016612 0.03 BCRC496 141 142 UGD016662 0.01
BCRC496 99 100 UGD016613 0.21 BCRC496 142 143 UGD016663 0.01
BCRC496 100 101 UGD016614 0.04 BCRC496 143 144 UGD016664 <0.01
BCRC496 101 102 UGD016615 0.07 BCRC496 144 145 UGD016665 0.01
BCRC496 102 103 UGD016616 0.22 BCRC496 145 146 UGD016666 0.02
BCRC496 103 104 UGD016617 0.32 BCRC496 146 147 UGD016667 0.01
BCRC496 104 105 UGD016618 1.04 BCRC496 147 148 UGD016668 0.01
BCRC496 105 106 UGD016619 0.24 BCRC496 148 149 UGD016669 0.01
BCRC496 106 107 UGD016622 0.27 BCRC496 149 150 UGD016670 0.01
BCRC496 107 108 UGD016623 0.03 BCRC492 0 1 UGD016671 2.33
BCRC496 108 109 UGD016624 0.02 BCRC492 1 2 UGD016672 0.03
BCRC496 109 110 UGD016626 0.06 BCRC492 2 3 UGD016673 0.01
BCRC496 110 111 UGD016627 0.02 BCRC492 3 4 UGD016674 0.01
BCRC496 111 112 UGD016628 0.23 BCRC492 4 5 UGD016676 0.01
BCRC496 112 113 UGD016629 1.18 BCRC492 5 6 UGD016677 <0.01
BCRC496 113 114 UGD016630 0.93 BCRC492 6 7 UGD016678 <0.01
BCRC496 114 115 UGD016631 0.48 BCRC492 7 8 UGD016679 0.01
BCRC496 115 116 UGD016632 0.07 BCRC492 8 9 UGD016682 0.01
BCRC496 116 117 UGD016633 0.09 BCRC492 9 10 UGD016683 0.01
BCRC496 117 118 UGD016634 0.25 BCRC492 10 11 UGD016684 0.01
BCRC496 118 119 UGD016635 0.9 BCRC492 11 12 UGD016685 <0.01
BCRC496 119 120 UGD016636 0.16 BCRC492 12 13 UGD016686 <0.01
BCRC496 120 121 UGD016637 0.02 BCRC492 13 14 UGD016687 0.01
BCRC496 121 122 UGD016638 0.01 BCRC492 14 15 UGD016688 0.01
BCRC496 122 123 UGD016639 0.01 BCRC492 15 16 UGD016689 0.01
BCRC496 123 124 UGD016642 0.01 BCRC492 16 17 UGD016690 <0.01
BCRC496 124 125 UGD016643 <0.01 BCRC492 17 18 UGD016691 0.01
BCRC496 125 126 UGD016644 0.01 BCRC492 18 19 UGD016692 <0.01
BCRC496 126 127 UGD016645 <0.01 BCRC492 19 20 UGD016693 <0.01

==> picture [489 x 52] intentionally omitted <==

Hole ID From To Sample ID Au (ppm)
<0.01
0.01
<0.01
<0.01
<0.01
<0.01
<0.01
0.01
<0.01
0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
0.01
0.01
0.01
0.01
<0.01
0.01
0.01
0.01
<0.01
<0.01
0.01
0.01
0.01
<0.01
0.01
0.01
<0.01
<0.01
<0.01
0.01
0.01
0.01
0.01
0.01
<0.01		 Au (ppm)
<0.01
0.01
<0.01
<0.01
<0.01
<0.01
<0.01
0.01
<0.01
0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
0.01
0.01
0.01
0.01
<0.01
0.01
0.01
0.01
<0.01
<0.01
0.01
0.01
0.01
<0.01
0.01
0.01
<0.01
<0.01
<0.01
0.01
0.01
0.01
0.01
0.01
<0.01		 Hole ID From To Sample ID Au (ppm)
BCRC492 20 21 UGD016694 <0.01 BCRC492 63 64 UGD016744 <0.01
BCRC492 21 22 UGD016695 0.01 BCRC492 64 65 UGD016745 0.01
BCRC492 22 23 UGD016696 <0.01 BCRC492 65 66 UGD016746 <0.01
BCRC492 23 24 UGD016697 <0.01 BCRC492 66 67 UGD016747 <0.01
BCRC492 24 25 UGD016698 <0.01 BCRC492 67 68 UGD016748 <0.01
BCRC492 25 26 UGD016699 <0.01 BCRC492 68 69 UGD016749 <0.01
BCRC492 26 27 UGD016702 <0.01 BCRC492 69 70 UGD016750 0.01
BCRC492 27 28 UGD016703 0.01 BCRC492 70 71 UGD016751 0.01
BCRC492 28 29 UGD016704 <0.01 BCRC492 71 72 UGD016752 <0.01
BCRC492 29 30 UGD016705 0.01 BCRC492 72 73 UGD016753 0.01
BCRC492 30 31 UGD016706 <0.01 BCRC492 73 74 UGD016754 <0.01
BCRC492 31 32 UGD016707 <0.01 BCRC492 74 75 UGD016755 0.01
BCRC492 32 33 UGD016708 <0.01 BCRC492 75 76 UGD016756 0.01
BCRC492 33 34 UGD016709 <0.01 BCRC492 76 77 UGD016757 0.01
BCRC492 34 35 UGD016710 <0.01 BCRC492 77 78 UGD016758 0.01
BCRC492 35 36 UGD016711 <0.01 BCRC492 78 79 UGD016759 <0.01
BCRC492 36 37 UGD016712 <0.01 BCRC492 79 80 UGD016762 <0.01
BCRC492 37 38 UGD016713 0.01 BCRC492 80 81 UGD016763 <0.01
BCRC492 38 39 UGD016714 0.01 BCRC492 81 82 UGD016764 <0.01
BCRC492 39 40 UGD016715 0.01 BCRC492 82 83 UGD016765 0.01
BCRC492 40 41 UGD016716 0.01 BCRC492 83 84 UGD016766 0.01
BCRC492 41 42 UGD016717 <0.01 BCRC492 84 85 UGD016767 <0.01
BCRC492 42 43 UGD016718 0.01 BCRC492 85 86 UGD016768 0.01
BCRC492 43 44 UGD016719 0.01 BCRC492 86 87 UGD016769 0.01
BCRC492 44 45 UGD016722 0.01 BCRC492 87 88 UGD016770 0.01
BCRC492 45 46 UGD016723 <0.01 BCRC492 88 89 UGD016771 0.01
BCRC492 46 47 UGD016724 <0.01 BCRC492 89 90 UGD016772 0.02
BCRC492 47 48 UGD016726 0.01 BCRC492 90 91 UGD016773 0.01
BCRC492 48 49 UGD016727 0.01 BCRC492 91 92 UGD016774 0.01
BCRC492 49 50 UGD016728 0.01 BCRC492 92 93 UGD016776 0.01
BCRC492 50 51 UGD016729 <0.01 BCRC492 93 94 UGD016777 0.01
BCRC492 51 52 UGD016730 0.01 BCRC492 94 95 UGD016778 0.02
BCRC492 52 53 UGD016731 0.01 BCRC492 95 96 UGD016779 0.01
BCRC492 53 54 UGD016732 <0.01 BCRC492 96 97 UGD016782 0.02
BCRC492 54 55 UGD016733 <0.01 BCRC492 97 98 UGD016783 0.01
BCRC492 55 56 UGD016734 <0.01 BCRC492 98 99 UGD016784 0.01
BCRC492 56 57 UGD016735 0.01 BCRC492 99 100 UGD016785 0.01
BCRC492 57 58 UGD016736 0.01 BCRC492 100 101 UGD016786 0.01
BCRC492 58 59 UGD016737 0.01 BCRC492 101 102 UGD016787 0.01
BCRC492 59 60 UGD016738 0.01 BCRC492 102 103 UGD016788 0.01
BCRC492 60 61 UGD016739 0.01 BCRC492 103 104 UGD016789 0.01
BCRC492 61 62 UGD016742 <0.01 BCRC492 104 105 UGD016790 0.01
BCRC492 62 63 UGD016743 <0.01 BCRC492 105 106 UGD016791 0.01

==> picture [489 x 52] intentionally omitted <==

Hole ID From To Sample ID Au (ppm)
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
<0.01
<0.01
<0.01
0.01
0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
0.01
0.02
0.01
0.01
0.01
0.03
0.02
0.01
0.16
0.03
0.15
0.07
0.04
0.21
0.4
0.28
0.07
0.07
0.16
0.04
0.91
0.04
0.06		 Au (ppm)
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
<0.01
<0.01
<0.01
0.01
0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
0.01
0.02
0.01
0.01
0.01
0.03
0.02
0.01
0.16
0.03
0.15
0.07
0.04
0.21
0.4
0.28
0.07
0.07
0.16
0.04
0.91
0.04
0.06		 Hole ID From To Sample ID Au (ppm)
BCRC492 106 107 UGD016792 0.01 BCRC492 149 150 UGD016842 0.03
BCRC492 107 108 UGD016793 0.01 BCRC492 150 151 UGD016843 0.02
BCRC492 108 109 UGD016794 0.01 BCRC492 151 152 UGD016844 0.86
BCRC492 109 110 UGD016795 0.01 BCRC492 152 153 UGD016845 0.47
BCRC492 110 111 UGD016796 0.01 BCRC492 153 154 UGD016846 0.43
BCRC492 111 112 UGD016797 0.01 BCRC492 154 155 UGD016847 0.44
BCRC492 112 113 UGD016798 0.01 BCRC492 155 156 UGD016848 0.55
BCRC492 113 114 UGD016799 0.01 BCRC492 156 157 UGD016849 0.24
BCRC492 114 115 UGD016802 <0.01 BCRC492 157 158 UGD016850 0.82
BCRC492 115 116 UGD016803 <0.01 BCRC492 158 159 UGD016851 0.21
BCRC492 116 117 UGD016804 <0.01 BCRC492 159 160 UGD016852 0.21
BCRC492 117 118 UGD016805 0.01 BCRC492 160 161 UGD016853 1.71
BCRC492 118 119 UGD016806 0.01 BCRC492 161 162 UGD016854 1.73
BCRC492 119 120 UGD016807 <0.01 BCRC492 162 163 UGD016855 0.84
BCRC492 120 121 UGD016808 <0.01 BCRC492 163 164 UGD016856 0.5
BCRC492 121 122 UGD016809 <0.01 BCRC492 164 165 UGD016857 0.14
BCRC492 122 123 UGD016810 <0.01 BCRC492 165 166 UGD016858 0.08
BCRC492 123 124 UGD016811 <0.01 BCRC492 166 167 UGD016859 0.33
BCRC492 124 125 UGD016812 <0.01 BCRC492 167 168 UGD016862 0.29
BCRC492 125 126 UGD016813 0.01 BCRC492 168 169 UGD016863 0.2
BCRC492 126 127 UGD016814 0.02 BCRC492 169 170 UGD016864 0.15
BCRC492 127 128 UGD016815 0.01 BCRC492 170 171 UGD016865 0.02
BCRC492 128 129 UGD016816 0.01 BCRC492 171 172 UGD016866 0.01
BCRC492 129 130 UGD016817 0.01 BCRC492 172 173 UGD016867 0.01
BCRC492 130 131 UGD016818 0.03 BCRC492 173 174 UGD016868 0.01
BCRC492 131 132 UGD016819 0.02 BCRC492 174 175 UGD016869 0.01
BCRC492 132 133 UGD016822 0.01 BCRC492 175 176 UGD016870 0.01
BCRC492 133 134 UGD016823 0.16 BCRC492 176 177 UGD016871 0.01
BCRC492 134 135 UGD016824 0.03 BCRC492 177 178 UGD016872 <0.01
BCRC492 135 136 UGD016826 0.15 BCRC492 178 179 UGD016873 <0.01
BCRC492 136 137 UGD016827 0.07 BCRC492 179 180 UGD016874 <0.01
BCRC492 137 138 UGD016828 0.04 BCRC493 0 1 UGD016876 <0.01
BCRC492 138 139 UGD016829 0.21 BCRC493 1 2 UGD016877 <0.01
BCRC492 139 140 UGD016830 0.4 BCRC493 2 3 UGD016878 <0.01
BCRC492 140 141 UGD016831 0.28 BCRC493 3 4 UGD016879 <0.01
BCRC492 141 142 UGD016832 0.07 BCRC493 4 5 UGD016882 <0.01
BCRC492 142 143 UGD016833 0.07 BCRC493 5 6 UGD016883 <0.01
BCRC492 143 144 UGD016834 0.16 BCRC493 6 7 UGD016884 <0.01
BCRC492 144 145 UGD016835 0.04 BCRC493 7 8 UGD016885 <0.01
BCRC492 145 146 UGD016836 0.91 BCRC493 8 9 UGD016886 <0.01
BCRC492 146 147 UGD016837 0.04 BCRC493 9 10 UGD016887 <0.01
BCRC492 147 148 UGD016838 0.06 BCRC493 10 11 UGD016888 <0.01
BCRC492 148 149 UGD016839 0.04 BCRC493 11 12 UGD016889 <0.01

==> picture [489 x 52] intentionally omitted <==

Hole ID From To Sample ID Au (ppm)
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
0.01
<0.01
<0.01
0.01
0.01
<0.01
<0.01
<0.01
<0.01
<0.01
0.01
0.01
0.01
<0.01
<0.01
<0.01
<0.01
0.01
<0.01
<0.01
<0.01
<0.01
<0.01
0.01
<0.01		 Au (ppm)
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
0.01
<0.01
<0.01
0.01
0.01
<0.01
<0.01
<0.01
<0.01
<0.01
0.01
0.01
0.01
<0.01
<0.01
<0.01
<0.01
0.01
<0.01
<0.01
<0.01
<0.01
<0.01
0.01
<0.01		 Hole ID From To Sample ID Au (ppm)
BCRC493 12 13 UGD016890 <0.01 BCRC493 55 56 UGD016938 0.01
BCRC493 13 14 UGD016891 <0.01 BCRC493 56 57 UGD016939 0.02
BCRC493 14 15 UGD016892 <0.01 BCRC493 57 58 UGD016942 0.02
BCRC493 15 16 UGD016893 <0.01 BCRC493 58 59 UGD016943 0.02
BCRC493 16 17 UGD016894 <0.01 BCRC493 59 60 UGD016944 0.01
BCRC493 17 18 UGD016895 <0.01 BCRC493 60 61 UGD016945 0.02
BCRC493 18 19 UGD016896 <0.01 BCRC493 61 62 UGD016946 0.02
BCRC493 19 20 UGD016897 <0.01 BCRC493 62 63 UGD016947 0.02
BCRC493 20 21 UGD016898 <0.01 BCRC493 63 64 UGD016948 0.02
BCRC493 21 22 UGD016899 <0.01 BCRC493 64 65 UGD016949 0.02
BCRC493 22 23 UGD016902 <0.01 BCRC493 65 66 UGD016950 0.02
BCRC493 23 24 UGD016903 <0.01 BCRC493 66 67 UGD016951 0.01
BCRC493 24 25 UGD016904 <0.01 BCRC493 67 68 UGD016952 0.02
BCRC493 25 26 UGD016905 <0.01 BCRC493 68 69 UGD016953 0.02
BCRC493 26 27 UGD016906 <0.01 BCRC493 69 70 UGD016954 0.01
BCRC493 27 28 UGD016907 <0.01 BCRC493 70 71 UGD016955 0.01
BCRC493 28 29 UGD016908 <0.01 BCRC493 71 72 UGD016956 0.01
BCRC493 29 30 UGD016909 0.01 BCRC493 72 73 UGD016957 <0.01
BCRC493 30 31 UGD016910 <0.01 BCRC493 73 74 UGD016958 0.01
BCRC493 31 32 UGD016911 <0.01 BCRC493 74 75 UGD016959 0.01
BCRC493 32 33 UGD016912 0.01 BCRC493 75 76 UGD016962 <0.01
BCRC493 33 34 UGD016913 0.01 BCRC493 76 77 UGD016963 0.01
BCRC493 34 35 UGD016914 <0.01 BCRC493 77 78 UGD016964 0.01
BCRC493 35 36 UGD016915 <0.01 BCRC493 78 79 UGD016965 <0.01
BCRC493 36 37 UGD016916 <0.01 BCRC493 79 80 UGD016966 <0.01
BCRC493 37 38 UGD016917 <0.01 BCRC493 80 81 UGD016967 <0.01
BCRC493 38 39 UGD016918 <0.01 BCRC493 81 82 UGD016968 <0.01
BCRC493 39 40 UGD016919 0.01 BCRC493 82 83 UGD016969 0.01
BCRC493 40 41 UGD016922 0.01 BCRC493 83 84 UGD016970 <0.01
BCRC493 41 42 UGD016923 0.01 BCRC493 84 85 UGD016971 <0.01
BCRC493 42 43 UGD016924 <0.01 BCRC493 85 86 UGD016972 <0.01
BCRC493 43 44 UGD016926 <0.01 BCRC493 86 87 UGD016973 <0.01
BCRC493 44 45 UGD016927 <0.01 BCRC493 87 88 UGD016974 <0.01
BCRC493 45 46 UGD016928 <0.01 BCRC493 88 89 UGD016976 <0.01
BCRC493 46 47 UGD016929 0.01 BCRC493 89 90 UGD016977 <0.01
BCRC493 47 48 UGD016930 <0.01 BCRC493 90 91 UGD016978 <0.01
BCRC493 48 49 UGD016931 <0.01 BCRC493 91 92 UGD016979 <0.01
BCRC493 49 50 UGD016932 <0.01 BCRC493 92 93 UGD016982 <0.01
BCRC493 50 51 UGD016933 <0.01 BCRC493 93 94 UGD016983 <0.01
BCRC493 51 52 UGD016934 <0.01 BCRC493 94 95 UGD016984 <0.01
BCRC493 52 53 UGD016935 0.01 BCRC493 95 96 UGD016985 <0.01
BCRC493 53 54 UGD016936 <0.01 BCRC493 96 97 UGD016986 <0.01
BCRC493 54 55 UGD016937 0.01 BCRC493 97 98 UGD016987 <0.01

==> picture [489 x 52] intentionally omitted <==

Hole ID From To Sample ID Au (ppm)
0.02
0.01
<0.01
<0.01
<0.01
<0.01
<0.01
0.01
<0.01
0.03
0.08
0.53
0.11
0.32
0.24
0.19
0.1
2.25
1.06
0.17
0.1
0.03
0.01
0.02
0.03
0.03
0.01
0.01
0.11
0.12
0.06
0.08
0.06
0.16
0.25
0.06
0.07
0.5
0.06
0.05
0.29
0.49		 Au (ppm)
0.02
0.01
<0.01
<0.01
<0.01
<0.01
<0.01
0.01
<0.01
0.03
0.08
0.53
0.11
0.32
0.24
0.19
0.1
2.25
1.06
0.17
0.1
0.03
0.01
0.02
0.03
0.03
0.01
0.01
0.11
0.12
0.06
0.08
0.06
0.16
0.25
0.06
0.07
0.5
0.06
0.05
0.29
0.49		 Hole ID From To Sample ID Au (ppm)
BCRC493 98 99 UGD016988 0.02 BCRC493 141 142 UGD017036 0.04
BCRC493 99 100 UGD016989 0.01 BCRC493 142 143 UGD017037 0.05
BCRC493 100 101 UGD016990 <0.01 BCRC493 143 144 UGD017038 0.04
BCRC493 101 102 UGD016991 <0.01 BCRC493 144 145 UGD017039 0.01
BCRC493 102 103 UGD016992 <0.01 BCRC493 145 146 UGD017042 <0.01
BCRC493 103 104 UGD016993 <0.01 BCRC493 146 147 UGD017043 <0.01
BCRC493 104 105 UGD016994 <0.01 BCRC493 147 148 UGD017044 <0.01
BCRC493 105 106 UGD016995 0.01 BCRC493 148 149 UGD017045 <0.01
BCRC493 106 107 UGD016996 <0.01 BCRC493 149 150 UGD017046 <0.01
BCRC493 107 108 UGD016997 0.03 BCRC494 0 1 UGD017047 <0.01
BCRC493 108 109 UGD016998 0.08 BCRC494 1 2 UGD017048 <0.01
BCRC493 109 110 UGD016999 0.53 BCRC494 2 3 UGD017049 0.01
BCRC493 110 111 UGD017002 0.11 BCRC494 3 4 UGD017050 <0.01
BCRC493 111 112 UGD017003 0.32 BCRC494 4 5 UGD017051 0.01
BCRC493 112 113 UGD017004 0.24 BCRC494 5 6 UGD017052 <0.01
BCRC493 113 114 UGD017005 0.19 BCRC494 6 7 UGD017053 0.01
BCRC493 114 115 UGD017006 0.1 BCRC494 7 8 UGD017054 0.01
BCRC493 115 116 UGD017007 2.25 BCRC494 8 9 UGD017055 0.01
BCRC493 116 117 UGD017008 1.06 BCRC494 9 10 UGD017056 0.01
BCRC493 117 118 UGD017009 0.17 BCRC494 10 11 UGD017057 0.01
BCRC493 118 119 UGD017010 0.1 BCRC494 11 12 UGD017058 <0.01
BCRC493 119 120 UGD017011 0.03 BCRC494 12 13 UGD017059 <0.01
BCRC493 120 121 UGD017012 0.01 BCRC494 13 14 UGD017062 0.01
BCRC493 121 122 UGD017013 0.02 BCRC494 14 15 UGD017064 0.01
BCRC493 122 123 UGD017014 0.03 BCRC494 15 16 UGD017065 <0.01
BCRC493 123 124 UGD017015 0.03 BCRC494 16 17 UGD017066 0.01
BCRC493 124 125 UGD017016 0.01 BCRC494 17 18 UGD017067 <0.01
BCRC493 125 126 UGD017017 0.01 BCRC494 18 19 UGD017068 <0.01
BCRC493 126 127 UGD017018 0.11 BCRC494 19 20 UGD017069 <0.01
BCRC493 127 128 UGD017019 0.12 BCRC494 20 21 UGD017070 <0.01
BCRC493 128 129 UGD017022 0.06 BCRC494 21 22 UGD017071 <0.01
BCRC493 129 130 UGD017023 0.08 BCRC494 22 23 UGD017072 <0.01
BCRC493 130 131 UGD017024 0.06 BCRC494 23 24 UGD017073 0.01
BCRC493 131 132 UGD017026 0.16 BCRC494 24 25 UGD017074 <0.01
BCRC493 132 133 UGD017027 0.25 BCRC494 25 26 UGD017076 <0.01
BCRC493 133 134 UGD017028 0.06 BCRC494 26 27 UGD017077 0.01
BCRC493 134 135 UGD017029 0.07 BCRC494 27 28 UGD017078 0.01
BCRC493 135 136 UGD017030 0.5 BCRC494 28 29 UGD017079 0.01
BCRC493 136 137 UGD017031 0.06 BCRC494 29 30 UGD017082 <0.01
BCRC493 137 138 UGD017032 0.05 BCRC494 30 31 UGD017083 0.01
BCRC493 138 139 UGD017033 0.29 BCRC494 31 32 UGD017084 0.01
BCRC493 139 140 UGD017034 0.49 BCRC494 32 33 UGD017085 <0.01
BCRC493 140 141 UGD017035 0.05 BCRC494 33 34 UGD017086 <0.01

==> picture [489 x 52] intentionally omitted <==

Hole ID From To Sample ID Au (ppm)
0.01
0.01
<0.01
0.01
<0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.03
0.01
0.01
<0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01		 Au (ppm)
0.01
0.01
<0.01
0.01
<0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.03
0.01
0.01
<0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01		 Hole ID From To Sample ID Au (ppm)
BCRC494 34 35 UGD017087 0.01 BCRC494 77 78 UGD017135 <0.01
BCRC494 35 36 UGD017088 0.01 BCRC494 78 79 UGD017136 <0.01
BCRC494 36 37 UGD017089 <0.01 BCRC494 79 80 UGD017137 0.01
BCRC494 37 38 UGD017090 0.01 BCRC494 80 81 UGD017138 0.02
BCRC494 38 39 UGD017091 <0.01 BCRC494 81 82 UGD017139 0.01
BCRC494 39 40 UGD017092 0.01 BCRC494 82 83 UGD017142 0.01
BCRC494 40 41 UGD017093 0.01 BCRC494 83 84 UGD017143 0.01
BCRC494 41 42 UGD017094 0.01 BCRC494 84 85 UGD017144 0.01
BCRC494 42 43 UGD017095 0.01 BCRC494 85 86 UGD017145 0.01
BCRC494 43 44 UGD017096 0.01 BCRC494 86 87 UGD017146 0.01
BCRC494 44 45 UGD017097 0.01 BCRC494 87 88 UGD017147 0.01
BCRC494 45 46 UGD017098 0.03 BCRC494 88 89 UGD017148 0.01
BCRC494 46 47 UGD017099 0.01 BCRC494 89 90 UGD017149 0.01
BCRC494 47 48 UGD017102 0.01 BCRC494 90 91 UGD017150 0.01
BCRC494 48 49 UGD017103 <0.01 BCRC494 91 92 UGD017151 0.01
BCRC494 49 50 UGD017104 0.01 BCRC494 92 93 UGD017152 0.01
BCRC494 50 51 UGD017105 0.01 BCRC494 93 94 UGD017153 0.01
BCRC494 51 52 UGD017106 0.01 BCRC494 94 95 UGD017154 0.01
BCRC494 52 53 UGD017107 0.01 BCRC494 95 96 UGD017155 0.01
BCRC494 53 54 UGD017108 0.01 BCRC494 96 97 UGD017156 0.01
BCRC494 54 55 UGD017109 0.01 BCRC494 97 98 UGD017157 0.01
BCRC494 55 56 UGD017110 0.01 BCRC494 98 99 UGD017158 <0.01
BCRC494 56 57 UGD017111 0.01 BCRC494 99 100 UGD017159 <0.01
BCRC494 57 58 UGD017112 0.01 BCRC494 100 101 UGD017162 <0.01
BCRC494 58 59 UGD017113 0.01 BCRC494 101 102 UGD017163 <0.01
BCRC494 59 60 UGD017114 0.01 BCRC494 102 103 UGD017164 <0.01
BCRC494 60 61 UGD017115 0.01 BCRC494 103 104 UGD017165 <0.01
BCRC494 61 62 UGD017116 0.01 BCRC494 104 105 UGD017166 <0.01
BCRC494 62 63 UGD017117 0.01 BCRC494 105 106 UGD017167 <0.01
BCRC494 63 64 UGD017118 0.01 BCRC494 106 107 UGD017168 <0.01
BCRC494 64 65 UGD017119 0.01 BCRC494 107 108 UGD017169 <0.01
BCRC494 65 66 UGD017122 0.01 BCRC494 108 109 UGD017170 <0.01
BCRC494 66 67 UGD017123 0.01 BCRC494 109 110 UGD017171 <0.01
BCRC494 67 68 UGD017124 0.01 BCRC494 110 111 UGD017172 <0.01
BCRC494 68 69 UGD017126 0.01 BCRC494 111 112 UGD017173 <0.01
BCRC494 69 70 UGD017127 <0.01 BCRC494 112 113 UGD017174 <0.01
BCRC494 70 71 UGD017128 <0.01 BCRC494 113 114 UGD017176 <0.01
BCRC494 71 72 UGD017129 <0.01 BCRC494 114 115 UGD017177 <0.01
BCRC494 72 73 UGD017130 <0.01 BCRC494 115 116 UGD017178 <0.01
BCRC494 73 74 UGD017131 <0.01 BCRC494 116 117 UGD017179 <0.01
BCRC494 74 75 UGD017132 <0.01 BCRC494 117 118 UGD017182 0.01
BCRC494 75 76 UGD017133 <0.01 BCRC494 118 119 UGD017183 <0.01
BCRC494 76 77 UGD017134 0.01 BCRC494 119 120 UGD017184 <0.01

==> picture [489 x 52] intentionally omitted <==

Hole ID From To Sample ID Au (ppm)
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
0.03
0.03
0.03
0.02
0.01
<0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.02
0.01
0.02
0.04
0.06
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.02
0.01
0.01
0.02
0.01
0.02		 Au (ppm)
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
0.03
0.03
0.03
0.02
0.01
<0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.02
0.01
0.02
0.04
0.06
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.02
0.01
0.01
0.02
0.01
0.02		 Hole ID From To Sample ID Au (ppm)
BCRC494 120 121 UGD017185 <0.01 BCRC495 14 15 UGD017233 0.02
BCRC494 121 122 UGD017186 <0.01 BCRC495 15 16 UGD017234 0.01
BCRC494 122 123 UGD017187 <0.01 BCRC495 16 17 UGD017235 0.01
BCRC494 123 124 UGD017188 <0.01 BCRC495 17 18 UGD017236 0.01
BCRC494 124 125 UGD017189 <0.01 BCRC495 18 19 UGD017237 0.01
BCRC494 125 126 UGD017190 <0.01 BCRC495 19 20 UGD017238 0.02
BCRC494 126 127 UGD017191 <0.01 BCRC495 20 21 UGD017239 0.02
BCRC494 127 128 UGD017192 <0.01 BCRC495 21 22 UGD017242 0.01
BCRC494 128 129 UGD017193 <0.01 BCRC495 22 23 UGD017243 0.01
BCRC494 129 130 UGD017194 <0.01 BCRC495 23 24 UGD017244 0.01
BCRC494 130 131 UGD017195 <0.01 BCRC495 24 25 UGD017245 <0.01
BCRC494 131 132 UGD017196 <0.01 BCRC495 25 26 UGD017246 <0.01
BCRC494 132 133 UGD017197 0.03 BCRC495 26 27 UGD017247 <0.01
BCRC494 133 134 UGD017198 0.03 BCRC495 27 28 UGD017248 <0.01
BCRC494 134 135 UGD017199 0.03 BCRC495 28 29 UGD017249 <0.01
BCRC494 135 136 UGD017202 0.02 BCRC495 29 30 UGD017250 <0.01
BCRC494 136 137 UGD017203 0.01 BCRC495 30 31 UGD017251 <0.01
BCRC494 137 138 UGD017204 <0.01 BCRC495 31 32 UGD017252 <0.01
BCRC494 138 139 UGD017205 0.01 BCRC495 32 33 UGD017253 0.01
BCRC494 139 140 UGD017206 0.01 BCRC495 33 34 UGD017254 <0.01
BCRC494 140 141 UGD017207 0.01 BCRC495 34 35 UGD017255 0.01
BCRC494 141 142 UGD017208 0.01 BCRC495 35 36 UGD017256 <0.01
BCRC494 142 143 UGD017209 0.01 BCRC495 36 37 UGD017257 <0.01
BCRC494 143 144 UGD017210 0.01 BCRC495 37 38 UGD017258 <0.01
BCRC494 144 145 UGD017211 0.02 BCRC495 38 39 UGD017259 0.01
BCRC494 145 146 UGD017212 0.01 BCRC495 39 40 UGD017262 <0.01
BCRC494 146 147 UGD017213 0.02 BCRC495 40 41 UGD017263 <0.01
BCRC494 147 148 UGD017214 0.04 BCRC495 41 42 UGD017264 <0.01
BCRC494 148 149 UGD017215 0.06 BCRC495 42 43 UGD017265 <0.01
BCRC495 0 1 UGD017216 0.01 BCRC495 43 44 UGD017266 <0.01
BCRC495 1 2 UGD017217 0.01 BCRC495 44 45 UGD017267 <0.01
BCRC495 2 3 UGD017218 0.01 BCRC495 45 46 UGD017268 <0.01
BCRC495 3 4 UGD017219 0.01 BCRC495 46 47 UGD017269 <0.01
BCRC495 4 5 UGD017222 0.01 BCRC495 47 48 UGD017270 <0.01
BCRC495 5 6 UGD017223 0.01 BCRC495 48 49 UGD017271 <0.01
BCRC495 6 7 UGD017224 0.01 BCRC495 49 50 UGD017272 <0.01
BCRC495 7 8 UGD017226 0.02 BCRC495 50 51 UGD017273 <0.01
BCRC495 8 9 UGD017227 0.01 BCRC495 51 52 UGD017274 <0.01
BCRC495 9 10 UGD017228 0.01 BCRC495 52 53 UGD017276 <0.01
BCRC495 10 11 UGD017229 0.02 BCRC495 53 54 UGD017277 <0.01
BCRC495 11 12 UGD017230 0.01 BCRC495 54 55 UGD017278 <0.01
BCRC495 12 13 UGD017231 0.02 BCRC495 55 56 UGD017279 <0.01
BCRC495 13 14 UGD017232 0.01 BCRC495 56 57 UGD017282 <0.01

==> picture [489 x 52] intentionally omitted <==

Hole ID From To Sample ID Au (ppm)
0.01
0.01
0.01
0.01
0.01
<0.01
0.01
0.01
<0.01
<0.01
0.01
<0.01
0.01
0.01
0.01
0.01
0.01
0.01
<0.01
0.01
<0.01
<0.01
0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
0.01
0.01
0.01
<0.01
<0.01
<0.01
0.01
<0.01
<0.01
<0.01		 Au (ppm)
0.01
0.01
0.01
0.01
0.01
<0.01
0.01
0.01
<0.01
<0.01
0.01
<0.01
0.01
0.01
0.01
0.01
0.01
0.01
<0.01
0.01
<0.01
<0.01
0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
0.01
0.01
0.01
<0.01
<0.01
<0.01
0.01
<0.01
<0.01
<0.01		 Hole ID From To Sample ID Au (ppm)
BCRC495 57 58 UGD017283 0.01 BCRC495 100 101 UGD017331 0.01
BCRC495 58 59 UGD017284 0.01 BCRC495 101 102 UGD017332 <0.01
BCRC495 59 60 UGD017285 0.01 BCRC495 102 103 UGD017333 0.01
BCRC495 60 61 UGD017286 0.01 BCRC495 103 104 UGD017334 0.01
BCRC495 61 62 UGD017287 0.01 BCRC495 104 105 UGD017335 0.01
BCRC495 62 63 UGD017288 <0.01 BCRC495 105 106 UGD017336 0.01
BCRC495 63 64 UGD017289 0.01 BCRC495 106 107 UGD017337 0.01
BCRC495 64 65 UGD017290 0.01 BCRC495 107 108 UGD017338 0.01
BCRC495 65 66 UGD017291 <0.01 BCRC495 108 109 UGD017339 <0.01
BCRC495 66 67 UGD017292 <0.01 BCRC495 109 110 UGD017342 0.01
BCRC495 67 68 UGD017293 0.01 BCRC495 110 111 UGD017343 <0.01
BCRC495 68 69 UGD017294 <0.01 BCRC495 111 112 UGD017344 0.01
BCRC495 69 70 UGD017295 0.01 BCRC495 112 113 UGD017345 0.01
BCRC495 70 71 UGD017296 0.01 BCRC495 113 114 UGD017346 0.01
BCRC495 71 72 UGD017297 0.01 BCRC495 114 115 UGD017347 <0.01
BCRC495 72 73 UGD017298 0.01 BCRC495 115 116 UGD017348 0.01
BCRC495 73 74 UGD017299 0.01 BCRC495 116 117 UGD017349 0.01
BCRC495 74 75 UGD017302 0.01 BCRC495 117 118 UGD017350 0.01
BCRC495 75 76 UGD017303 <0.01 BCRC495 118 119 UGD017351 <0.01
BCRC495 76 77 UGD017304 0.01 BCRC495 119 120 UGD017352 0.01
BCRC495 77 78 UGD017305 <0.01 BCRC495 120 121 UGD017353 0.01
BCRC495 78 79 UGD017306 <0.01 BCRC495 121 122 UGD017354 0.01
BCRC495 79 80 UGD017307 0.01 BCRC495 122 123 UGD017355 0.01
BCRC495 80 81 UGD017308 <0.01 BCRC495 123 124 UGD017356 0.01
BCRC495 81 82 UGD017309 <0.01 BCRC495 124 125 UGD017357 0.01
BCRC495 82 83 UGD017310 <0.01 BCRC495 125 126 UGD017358 0.01
BCRC495 83 84 UGD017311 <0.01 BCRC495 126 127 UGD017359 0.01
BCRC495 84 85 UGD017312 <0.01 BCRC495 127 128 UGD017362 0.01
BCRC495 85 86 UGD017313 <0.01 BCRC495 128 129 UGD017363 0.01
BCRC495 86 87 UGD017314 <0.01 BCRC495 129 130 UGD017364 0.01
BCRC495 87 88 UGD017315 <0.01 BCRC495 130 131 UGD017365 0.01
BCRC495 88 89 UGD017316 <0.01 BCRC495 131 132 UGD017366 0.01
BCRC495 89 90 UGD017317 0.01 BCRC495 132 133 UGD017367 0.01
BCRC495 90 91 UGD017318 0.01 BCRC495 133 134 UGD017368 0.01
BCRC495 91 92 UGD017319 0.01 BCRC495 134 135 UGD017369 0.01
BCRC495 92 93 UGD017322 <0.01 BCRC495 135 136 UGD017370 0.01
BCRC495 93 94 UGD017323 <0.01 BCRC495 136 137 UGD017371 0.01
BCRC495 94 95 UGD017324 <0.01 BCRC495 137 138 UGD017372 0.01
BCRC495 95 96 UGD017326 0.01 BCRC495 138 139 UGD017373 0.01
BCRC495 96 97 UGD017327 <0.01 BCRC495 139 140 UGD017374 0.01
BCRC495 97 98 UGD017328 <0.01 BCRC495 140 141 UGD017376 0.01
BCRC495 98 99 UGD017329 <0.01 BCRC495 141 142 UGD017377 0.01
BCRC495 99 100 UGD017330 0.01 BCRC495 142 143 UGD017378 0.01

==> picture [489 x 52] intentionally omitted <==

Hole ID From To Sample ID Au (ppm)
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
<0.01
0.01
0.01
<0.01
0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
0.01
0.02
0.02
0.02
0.02
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.02
0.03
0.02
0.02
0.02
0.02
0.02
0.02
0.03
0.04		 Au (ppm)
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
<0.01
0.01
0.01
<0.01
0.01
<0.01
<0.01
<0.01
<0.01
<0.01
<0.01
0.01
0.02
0.02
0.02
0.02
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.02
0.03
0.02
0.02
0.02
0.02
0.02
0.02
0.03
0.04		 Hole ID From To Sample ID Au (ppm)
BCRC495 143 144 UGD017379 0.01 MBRC015 36 37 UGD017428 0.03
BCRC495 144 145 UGD017382 0.01 MBRC015 37 38 UGD017429 0.04
BCRC495 145 146 UGD017383 0.01 MBRC015 38 39 UGD017430 0.03
BCRC495 146 147 UGD017384 0.01 MBRC015 39 40 UGD017431 0.02
BCRC495 147 148 UGD017385 0.01 MBRC015 40 41 UGD017432 0.03
BCRC495 148 149 UGD017386 0.01 MBRC015 41 42 UGD017433 0.02
BCRC495 149 150 UGD017387 0.01 MBRC015 42 43 UGD017434 0.03
MBRC015 0 1 UGD017387 0.01 MBRC015 43 44 UGD017435 0.03
MBRC015 1 2 UGD017388 <0.01 MBRC015 44 45 UGD017436 0.02
MBRC015 2 3 UGD017389 0.01 MBRC015 45 46 UGD017437 0
MBRC015 3 4 UGD017390 0.01 MBRC015 46 47 UGD017438 0.02
MBRC015 4 5 UGD017391 <0.01 MBRC015 47 48 UGD017439 0.02
MBRC015 5 6 UGD017392 0.01 MBRC015 48 49 UGD017442 0.02
MBRC015 6 7 UGD017393 <0.01 MBRC015 49 50 UGD017443 0.02
MBRC015 7 8 UGD017394 <0.01 MBRC015 50 51 UGD017444 0.02
MBRC015 8 9 UGD017395 <0.01 MBRC015 51 52 UGD017445 0.01
MBRC015 9 10 UGD017396 <0.01 MBRC015 52 53 UGD017446 <0.01
MBRC015 10 11 UGD017397 <0.01 MBRC015 53 54 UGD017447 <0.01
MBRC015 11 12 UGD017398 <0.01 MBRC015 54 55 UGD017448 <0.01
MBRC015 12 13 UGD017399 0.01 MBRC015 55 56 UGD017449 <0.01
MBRC015 13 14 UGD017402 0.02 MBRC015 56 57 UGD017450 0.01
MBRC015 14 15 UGD017403 0.02 MBRC015 57 58 UGD017451 <0.01
MBRC015 15 16 UGD017404 0.02 MBRC015 58 59 UGD017452 0.01
MBRC015 16 17 UGD017405 0.02 MBRC015 59 60 UGD017453 0.01
MBRC015 17 18 UGD017406 0.01 MBRC015 60 61 UGD017454 0.01
MBRC015 18 19 UGD017407 0.01 MBRC015 61 62 UGD017455 <0.01
MBRC015 19 20 UGD017408 0.01 MBRC015 62 63 UGD017456 <0.01
MBRC015 20 21 UGD017409 0.01 MBRC015 63 64 UGD017457 <0.01
MBRC015 21 22 UGD017410 0.01 MBRC015 64 65 UGD017458 <0.01
MBRC015 22 23 UGD017411 0.01 MBRC015 65 66 UGD017459 <0.01
MBRC015 23 24 UGD017412 0.01 MBRC015 66 67 UGD017462 <0.01
MBRC015 24 25 UGD017413 0.01 MBRC015 67 68 UGD017463 0.01
MBRC015 25 26 UGD017414 0.02 MBRC015 68 69 UGD017464 0.06
MBRC015 26 27 UGD017415 0.03 MBRC015 69 70 UGD017465 0.12
MBRC015 27 28 UGD017416 0.02 MBRC015 70 71 UGD017466 0.08
MBRC015 28 29 UGD017417 0.02 MBRC015 71 72 UGD017467 0.06
MBRC015 29 30 UGD017418 0.02 MBRC015 72 73 UGD017468 0.07
MBRC015 30 31 UGD017419 0.02 MBRC015 73 74 UGD017469 0.04
MBRC015 31 32 UGD017422 0.02 MBRC015 74 75 UGD017470 0.04
MBRC015 32 33 UGD017423 0.02 MBRC015 75 76 UGD017471 0.03
MBRC015 33 34 UGD017424 0.03 MBRC015 76 77 UGD017472 0.02
MBRC015 34 35 UGD017426 0.04 MBRC015 77 78 UGD017473 0.01
MBRC015 35 36 UGD017427 0.02 MBRC015 78 79 UGD017474 0.01

==> picture [489 x 52] intentionally omitted <==

Hole ID From To Sample ID Au (ppm)
0.01
0.01
0.01
0.01
0.01
0.02
<0.01
0.01
<0.01
0.02
0.03
0.02
0.02
0.02
0.03
0.04
0.01
0.01
<0.01
0.01
0.01
0.01
0.01
<0.01
0.01
<0.01
<0.01
<0.01
0.01
0.01
<0.01
0.01
0.01
0.01
<0.01
<0.01
<0.01
0.01
0.01
<0.01
<0.01
<0.01		 Au (ppm)
0.01
0.01
0.01
0.01
0.01
0.02
<0.01
0.01
<0.01
0.02
0.03
0.02
0.02
0.02
0.03
0.04
0.01
0.01
<0.01
0.01
0.01
0.01
0.01
<0.01
0.01
<0.01
<0.01
<0.01
0.01
0.01
<0.01
0.01
0.01
0.01
<0.01
<0.01
<0.01
0.01
0.01
<0.01
<0.01
<0.01		 Hole ID From To Sample ID Au (ppm)
MBRC015 79 80 UGD017476 0.01 MBRC015 121 122 UGD017524 <0.01
MBRC015 80 81 UGD017477 0.01 MBRC015 122 123 UGD017526 <0.01
MBRC015 81 82 UGD017478 0.01 MBRC015 123 124 UGD017527 <0.01
MBRC015 82 83 UGD017479 0.01 MBRC015 124 125 UGD017528 0.01
MBRC015 UGD017481 0.01 MBRC015 125 126 UGD017529 <0.01
MBRC015 83 84 UGD017482 0.02 MBRC015 126 127 UGD017530 0.01
MBRC015 84 85 UGD017483 <0.01 MBRC015 127 128 UGD017531 <0.01
MBRC015 85 86 UGD017484 0.01 MBRC015 128 129 UGD017532 <0.01
MBRC015 86 87 UGD017485 <0.01 MBRC015 129 130 UGD017533 <0.01
MBRC015 87 88 UGD017486 0.02 MBRC015 130 131 UGD017534 <0.01
MBRC015 88 89 UGD017487 0.03 MBRC015 131 132 UGD017535 <0.01
MBRC015 89 90 UGD017488 0.02 MBRC015 132 133 UGD017536 0.01
MBRC015 90 91 UGD017489 0.02 MBRC015 133 134 UGD017537 <0.01
MBRC015 91 92 UGD017490 0.02 MBRC015 134 135 UGD017538 0.01
MBRC015 92 93 UGD017491 0.03 MBRC015 135 136 UGD017539 <0.01
MBRC015 93 94 UGD017492 0.04 MBRC015 136 137 UGD017542 <0.01
MBRC015 94 95 UGD017493 0.01 MBRC015 137 138 UGD017543 0.01
MBRC015 95 96 UGD017494 0.01 MBRC015 138 139 UGD017544 <0.01
MBRC015 96 97 UGD017495 <0.01 MBRC015 139 140 UGD017545 0.01
MBRC015 97 98 UGD017496 0.01 MBRC015 140 141 UGD017546 0.01
MBRC015 98 99 UGD017497 0.01 MBRC015 141 142 UGD017547 <0.01
MBRC015 99 100 UGD017498 0.01 MBRC015 142 143 UGD017548 <0.01
MBRC015 100 101 UGD017499 0.01 MBRC015 143 144 UGD017549 <0.01
MBRC015 101 102 UGD017502 <0.01 MBRC015 144 145 UGD017550 0.01
MBRC015 102 103 UGD017503 0.01 MBRC015 145 146 UGD017551 0.01
MBRC015 103 104 UGD017504 <0.01 MBRC015 146 147 UGD017552 0.01
MBRC015 104 105 UGD017505 <0.01 MBRC015 147 148 UGD017553 <0.01
MBRC015 105 106 UGD017506 <0.01 MBRC015 148 149 UGD017554 <0.01
MBRC015 106 107 UGD017507 0.01 MBRC015 149 150 UGD017555 <0.01
MBRC015 107 108 UGD017508 0.01 MBRC016 0 1 UGD017556 0.01
MBRC015 108 109 UGD017509 <0.01 MBRC016 1 2 UGD017557 0.01
MBRC015 109 110 UGD017510 0.01 MBRC016 2 3 UGD017558 0.01
MBRC015 110 111 UGD017511 0.01 MBRC016 3 4 UGD017559 0.01
MBRC015 111 112 UGD017512 0.01 MBRC016 4 5 UGD017562 0.03
MBRC015 112 113 UGD017513 <0.01 MBRC016 5 6 UGD017563 0.03
MBRC015 113 114 UGD017514 <0.01 MBRC016 6 7 UGD017564 0.01
MBRC015 114 115 UGD017515 <0.01 MBRC016 7 8 UGD017565 0.05
MBRC015 115 116 UGD017516 0.01 MBRC016 8 9 UGD017566 0.02
MBRC015 116 117 UGD017517 0.01 MBRC016 9 10 UGD017567 58.4
MBRC015 117 118 UGD017518 <0.01 MBRC016 10 11 UGD017568 37.6
MBRC015 118 119 UGD017519 <0.01 MBRC016 11 12 UGD017569 1.35
MBRC015 119 120 UGD017522 <0.01 MBRC016 12 13 UGD017570 0.59
MBRC015 120 121 UGD017523 <0.01 MBRC016 13 14 UGD017571 0.56

==> picture [489 x 52] intentionally omitted <==

Hole ID From To Sample ID Au (ppm)
0.13
0.04
0.02
0.02
0.09
0.05
0.02
0.01
0.02
0.02
0.02
0.02
0.02
0.01
0.02
0.03
0.01
<0.01
0.01
0.01
0.01
0.04
0.01
0.01
0.01
0.01
<0.01
0.01
0.01
0.01
0.01
<0.01
0.01
0.01
0.01
0.01
<0.01
0.01
<0.01
0.01
<0.01
0.01		 Au (ppm)
0.13
0.04
0.02
0.02
0.09
0.05
0.02
0.01
0.02
0.02
0.02
0.02
0.02
0.01
0.02
0.03
0.01
<0.01
0.01
0.01
0.01
0.04
0.01
0.01
0.01
0.01
<0.01
0.01
0.01
0.01
0.01
<0.01
0.01
0.01
0.01
0.01
<0.01
0.01
<0.01
0.01
<0.01
0.01		 Hole ID From To Sample ID Au (ppm)
MBRC016 14 15 UGD017572 0.13 MBRC016 57 58 UGD017622 0.01
MBRC016 15 16 UGD017573 0.04 MBRC016 58 59 UGD017623 0.01
MBRC016 16 17 UGD017574 0.02 MBRC016 59 60 UGD017624 0.03
MBRC016 17 18 UGD017576 0.02 MBRC016 60 61 UGD017626 0.02
MBRC016 18 19 UGD017577 0.09 MBRC016 61 62 UGD017627 0.03
MBRC016 19 20 UGD017578 0.05 MBRC016 62 63 UGD017628 0.02
MBRC016 20 21 UGD017579 0.02 MBRC016 63 64 UGD017629 0.02
MBRC016 21 22 UGD017582 0.01 MBRC016 64 65 UGD017630 0.02
MBRC016 22 23 UGD017583 0.02 MBRC016 65 66 UGD017631 0.02
MBRC016 23 24 UGD017584 0.02 MBRC016 66 67 UGD017632 0.02
MBRC016 24 25 UGD017585 0.02 MBRC016 67 68 UGD017633 0.02
MBRC016 25 26 UGD017586 0.02 MBRC016 68 69 UGD017634 0.01
MBRC016 26 27 UGD017587 0.02 MBRC016 69 70 UGD017635 0.01
MBRC016 27 28 UGD017588 0.01 MBRC016 70 71 UGD017636 <0.01
MBRC016 28 29 UGD017589 0.02 MBRC016 71 72 UGD017637 0.01
MBRC016 29 30 UGD017590 0.03 MBRC016 72 73 UGD017638 0.01
MBRC016 30 31 UGD017591 0.01 MBRC016 73 74 UGD017639 0.02
MBRC016 31 32 UGD017592 <0.01 MBRC016 74 75 UGD017642 0.01
MBRC016 32 33 UGD017593 0.01 MBRC016 75 76 UGD017643 0.02
MBRC016 33 34 UGD017594 0.01 MBRC016 76 77 UGD017644 0.01
MBRC016 34 35 UGD017595 0.01 MBRC016 77 78 UGD017645 0.01
MBRC016 35 36 UGD017596 0.04 MBRC016 78 79 UGD017646 0.01
MBRC016 36 37 UGD017597 0.01 MBRC016 79 80 UGD017647 0.01
MBRC016 37 38 UGD017598 0.01 MBRC016 80 81 UGD017648 0.02
MBRC016 38 39 UGD017599 0.01 MBRC016 81 82 UGD017649 0.01
MBRC016 39 40 UGD017602 0.01 MBRC016 82 83 UGD017650 0.01
MBRC016 40 41 UGD017603 <0.01 MBRC016 83 84 UGD017651 0.01
MBRC016 41 42 UGD017604 0.01 MBRC016 84 85 UGD017652 0.02
MBRC016 42 43 UGD017605 0.01 MBRC016 85 86 UGD017653 0.02
MBRC016 43 44 UGD017606 0.01 MBRC016 86 87 UGD017654 0.02
MBRC016 44 45 UGD017607 0.01 MBRC016 87 88 UGD017655 0.07
MBRC016 45 46 UGD017608 <0.01 MBRC016 88 89 UGD017656 0.03
MBRC016 46 47 UGD017609 0.01 MBRC016 89 90 UGD017657 0.04
MBRC016 47 48 UGD017610 0.01 MBRC016 90 91 UGD017658 0.01
MBRC016 48 49 UGD017611 0.01 MBRC016 91 92 UGD017659 0.01
MBRC016 49 50 UGD017612 0.01 MBRC016 92 93 UGD017662 0.03
MBRC016 50 51 UGD017613 <0.01 MBRC016 93 94 UGD017663 0.03
MBRC016 51 52 UGD017614 0.01 MBRC016 94 95 UGD017664 0.02
MBRC016 52 53 UGD017615 <0.01 MBRC016 95 96 UGD017665 0.02
MBRC016 53 54 UGD017616 0.01 MBRC016 96 97 UGD017666 0.02
MBRC016 54 55 UGD017617 <0.01 MBRC016 97 98 UGD017667 0.02
MBRC016 55 56 UGD017618 0.01 MBRC016 98 99 UGD017668 0.01
MBRC016 56 57 UGD017619 0.01 MBRC016 99 100 UGD017669 0.01

==> picture [489 x 52] intentionally omitted <==

Hole ID From To Sample ID Au (ppm)
0.02
0.02
0.01
<0.01
0.01
<0.01
<0.01
0.01
0.02
0.02
0.02
<0.01
0.02
0.02
0.02
0.02
0.01
0.03
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.07
0.08
0.07
0.04
0.03
0.04
0.08
0.07
0.05
0.04
0.02
0.06
0.02
<0.01		 Hole ID From To Sample ID Au (ppm)
MBRC016 100 101 UGD017670 0.02 MBRC016 143 144 UGD017718 0.01
MBRC016 101 102 UGD017671 0.02 MBRC016 144 145 UGD017719 <0.01
MBRC016 102 103 UGD017672 0.01 MBRC016 145 146 UGD017722 0.01
MBRC016 103 104 UGD017673 <0.01 MBRC016 146 147 UGD017723 <0.01
MBRC016 104 105 UGD017674 0.01 MBRC016 147 148 UGD017724 <0.01
MBRC016 105 106 UGD017676 <0.01 MBRC016 148 149 UGD017726 <0.01
MBRC016 106 107 UGD017677 <0.01 MBRC016 149 150 UGD017727 <0.01
MBRC016 107 108 UGD017678 0.01 MBRC016 150 151 UGD017728 <0.01
MBRC016 108 109 UGD017679 0.02 MBRC016 151 152 UGD017729 <0.01
MBRC016 109 110 UGD017682 0.02 MBRC016 152 153 UGD017730 <0.01
MBRC016 110 111 UGD017683 0.02 MBRC016 153 154 UGD017731 <0.01
MBRC016 111 112 UGD017684 <0.01 MBRC016 154 155 UGD017732 0.01
MBRC016 112 113 UGD017685 0.02 MBRC016 155 156 UGD017733 <0.01
MBRC016 113 114 UGD017686 0.02 MBRC016 156 157 UGD017734 <0.01
MBRC016 114 115 UGD017687 0.02 MBRC016 157 158 UGD017735 <0.01
MBRC016 115 116 UGD017688 0.02 MBRC016 158 159 UGD017736 <0.01
MBRC016 116 117 UGD017689 0.01 MBRC016 159 160 UGD017737 0.01
MBRC016 117 118 UGD017690 0.03 MBRC016 160 161 UGD017738 <0.01
MBRC016 118 119 UGD017691 0.02 MBRC016 161 162 UGD017739 <0.01
MBRC016 119 120 UGD017692 0.02 MBRC016 162 163 UGD017742 0.01
MBRC016 120 121 UGD017693 0.02 MBRC016 163 164 UGD017743 0.01
MBRC016 121 122 UGD017694 0.02 MBRC016 164 165 UGD017744 0.01
MBRC016 122 123 UGD017695 0.02 MBRC016 165 166 UGD017745 0.01
MBRC016 123 124 UGD017696 0.02 MBRC016 166 167 UGD017746 0.01
MBRC016 124 125 UGD017697 0.02 MBRC016 167 168 UGD017747 <0.01
MBRC016 125 126 UGD017698 0.02
MBRC016 126 127 UGD017699 0.02
MBRC016 127 128 UGD017702 0.02
MBRC016 128 129 UGD017703 0.02
MBRC016 129 130 UGD017704 0.07
MBRC016 130 131 UGD017705 0.08
MBRC016 131 132 UGD017706 0.07
MBRC016 132 133 UGD017707 0.04
MBRC016 133 134 UGD017708 0.03
MBRC016 134 135 UGD017709 0.04
MBRC016 135 136 UGD017710 0.08
MBRC016 136 137 UGD017711 0.07
MBRC016 137 138 UGD017712 0.05
MBRC016 138 139 UGD017713 0.04
MBRC016 139 140 UGD017714 0.02
MBRC016 140 141 UGD017715 0.06
MBRC016 141 142 UGD017716 0.02
MBRC016 142 143 UGD017717 <0.01

==> picture [489 x 52] intentionally omitted <==

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