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SULTAN RESOURCES LTD — Regulatory Filings 2021
Apr 11, 2021
65816_rns_2021-04-11_4b6fbbe1-2720-402d-946f-eebf8d327db8.pdf
Regulatory Filings
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Sultan Resources Ltd
ACN: 623652 522
CORPORATE DETAILS
ASX Code: SLZ
DIRECTORS
STEVEN GROVES MANAGING DIRECTOR
JEREMY KING CHAIRMAN
12[th] April 2021
DAVID LEES NON-EXECUTIVE DIRECTOR
BROAD ZONES OF SILVER MINERALISATION INTERSECTED IN MAIDEN DRILL PROGRAM AT THE TUCKLAN PROJECT, LACHLAN FOLD BELT, NSW
CONTACT
Suite 2, Level 1, 1 Altona Street West Perth WA 6005
www.sultanresources.com.au
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Results received from maiden 6 hole, 1,554.3m RC & Diamond drill program.
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Broad zones of silver mineralisation intersected:
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TRC0001: 88m @ 4.1g/t Ag from 200m, including:
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8m @ 15.5 g/t Ag from 218m, and
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2m @ 45.6 g/t Ag from 284m
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Mineralisation associated with multi-phase quartz-carbonate-sulphide veining, sericite-chlorite-carbonate alteration and disseminated sulphide mineralisation
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Only one hole, TRC0001, pierced the target IP Chargeability bullseye, confirming:
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Silver mineralisation is coincident with strong IP chargeability high,
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IP is mapping a sliver dominated hydrothermal system which remains open to the east
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Results from extension soil sampling reveal a large silver and gold in soil anomaly to the east of the recent drilling, representing a significant target extending from TRC0001
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Future work programs including extension IP surveying, and air-core drilling of new Ag-Au targets are being considered.
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Surface gold mineralisation from Ordovician volcanics was not adequately tested due to difficult drill conditions - substantial gold potential remains
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IP results from Big Hill and Razorback have been received and are being interpreted. Results expected in April.
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Significant drilling program to commence in May at Big Hill and Razorback
Sultan Resources Limited (ASX: SLZ) ( Sultan or Company ) is pleased to announce that assay results from the recent Tucklan drilling program have been received. The Company completed drill-testing of Induced Polarisation (IP) anomalies beneath strong gold, silver and copper surface geochemistry at the Tucklan project in February 2021 (see ASX Announcements 07/12/2020, 11/02/2021).
Managing Director, Steve Groves commented: “These results are extremely encouraging. Drill hole TRC0001 pierced the IP bullseye and revealed a significant, silver-rich hydrothermal mineralising vein system. As evidenced by Silver Mines Ltd extensive tenure to the southeast, this part of the Macquarie Arc is highly prospective for silver, and recent surface work at Tucklan has shown that strong silver soil anomalism extends east of TRC0001 and that we are potentially only brushing the edge of a major silver-rich system.
This leaves Sultan with a number of follow up targets at Tucklan, including the original goldbearing altered Ordovician volcanic rocks at surface which remain untested by drilling, the recently discovered silver system to the east, and the potential porphyry system indicated by geophysics at the nearby Glen Athol prospect.”
Drilling Program - Tucklan
During December 2020 and January 2021, the Company completed a maiden drill program at Tucklan with 6 Reverse Circulation holes, including two with diamond tails for a total of 1,544.3m (Figure 1, Appendix 1). Three holes reached their target depth of ~350m and three holes did not reach planned depth due to excessive ground water. The basement geology at Tucklan has been interpretated as Ordovician Tucklan Formation and Silurian Dungeree Volcanics of the Rockley - Gulgong Volcanic Belt, within the Macquarie Arc.
Logging of the drill chips and core revealed broad zones of hydrothermally altered volcaniclastics and coherent volcanic facies that showed multiple generations of veining and sulphide mineralisation in some holes. In particular, hole TRC0001, which targeted a strong IP chargeability ‘bullseye’ anomaly, intersected a 136m down hole zone (172m to 308m) of moderate to intense, multi-generational vein sets and associated disseminated, stringer and vein-hosted sulphide mineralisation within volcaniclastic sediments (Figures 2 and 3). Sulphide mineralisation throughout the interval was dominated by pyrite and pyrrhotite and significant sphalerite (Zn-sulphide), galena (Pb-sulphide) and chalcopyrite (Cu-sulphide) were all noted in some veins.
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TRC0001:
88m @ 4.1g/t Ag from 200m
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Figure 1: Drill collar locations over IP Chargeability pseudo image with Soil Ag >0.21ppm contour (blue outline) and magnetic susceptibility plotted on the right with 5x vertical exaggeration.
Drilling Results
All assay results have been received and have revealed that the vein and sulphide zone in TRC0001 represents a significant intersection of elevated silver mineralisation and confirms that the IP and surface geochemistry are marking the location of a potentially large, and previously undiscovered, hydrothermal, silver-rich mineralising system.
Silver mineralisation is associated with a multiphase quartz-carbonate-sulphide (pyrite – Pyrrhotite – galena – sphalerite – chalcopyrite) vein system with significant disseminated pyrite-pyrrhotite. Veining is hosted in a selectively pervasive, sericite-chlorite-carbonate altered, foliated, biotite-rich volcaniclastic siltstone – sandstone package.
Significant intersections from the drilling include:
Table 1: Significant silver, lead and zinc intersections from TRC0001
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Hole ID From(m) To (m) Interval m) Ag g/t Pb ppm Zn ppm
TRC0001 20 42 22 1.41 50 207
200 288 88 4.14 305.5 229
Incl. 218 226 8 15.5 1119 694.5
Incl. 224 226 2 27.7 1875 1540
and 284 286 2 45.6 3010 1800
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Note: All intervals are down hole widths. Broad significant intersections calculated using >1g/t Ag cut-off and 10m internal dilution. Higher grade zones calculated using >10g/t Ag cut-off with 2m internal dilution. All assay results across relevant elements are included in Appendix 3.
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Figure 2: Section of core from TRC0001 from 284m to 286m showing a zone of carbonate and sulphide veining that returned 2m @ 45.6g/t Ag, 810 ppm Ba, 135 ppm Bi, 170 ppm Cu, 0.3% Pb, 0.18% Zn.
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TRC0001:
88m @ 4.1g/t Ag from 200m
including:
8m @ 15.5 g/t Ag from 218m,
and
2m @ 45.6 g/t Ag from 284m
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Figure 3: Oblique IP Chargeability Section 725350mE with TRC0001 showing the drill hole Ag assays (ppm) histogram plotted on IP Chargeability cross section (60% transparent)
Regional Exploration Potential
The Tucklan silver discovery lies at the north western end of a long zone of crustal extension on the eastern limb of the Macquarie Arc containing a number of silver deposits and exploration prospects (Figure 4). The most significant of these is the Bowden’s Silver deposit, which the owners Silver Mines Ltd report is the largest undeveloped silver deposit in Australia (source: silvermines.com.au/projects/bowdens-silver-project/). Most of the silver-lead-zinc mineralisation at Bowden’s is hosted by the Early Permian silicic and felsic Rylstone Volcanics on the north eastern flank of the exposed Lachlan Fold Belt. These volcanics overlie basement rocks containing Ordovician and Silurian to Devonian shallow marine to subaerial volcanics and sediments (host rocks at Tucklan). The Rylstone Volcanics have not been identified on EL8734.
Silver Mines Ltd report that drilling beneath the Permian-hosted mineralisation has intersected highgrade silver and gold mineralisation in the basement lithology within porphyry intrusives (see ASX:SVL Announcement 19/02/2018) and interpret these results to represent the feeder, or source to the Bowden’s silver deposit. Silver Mines consider there to be great potential for further mineralisation in
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the basement rocks in the form of high-grade vein-hosted zones as well as a potentially mineralised causative intrusion.
Another significant silver prospect in Silver Mines’ portfolio and about 60 km southeast of Tucklan is the Barabolar Prospect where of several intrusive phases including diorite and quartzolite intrude Ordovician stratigraphy consisting of volcanics, shales, and calcareous mudstones (replaced with skarn mineralisation). Mineralisation is observed in volcanics, the skarn replacement and porphyry intrusive rocks (silvermines.com.au/projects/barabolar-project/).
Silver Mines highly prospective portfolio coupled with Sultan’s recent exploration success at Tucklan demonstrate that the eastern limb of the Macquarie Arc is emerging as a region with significant potential for the discovery of deposits ranging across a variety of intrusive-related mineral systems.
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Figure 4: Location of the Tucklan silver discovery in relation to the Bowden’s Silver Deposit and proximity to Silver Mines exploration tenure
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Tucklan Soil Sampling Extension
Sultan has recently completed further soil sampling across a 100m x 100m sample grid to the south east of the previous soil sampling program at Tucklan. This work has increased the size of the NW-SE striking, low level Au (>11.7ppb Au) anomaly and defined a new, large silver anomaly (>0.21ppm Ag) that extends over a 1.5km x 0.5km area immediately to the east of TRC0001 (Figures 5 & 6). Pathfinder elements associated with strong silver anomalism include Au+Ba+Be+Cd+Pb+W+Tl. The strong silver anomalism immediately to the east of TRC0001 indicates that the recent drilling has intersected the edge of a large silver-rich mineralising system and future work should focus on defining the extents and tenor of this system in the area of strongest silver anomalism.
The large gold anomaly at Tucklan is coincident with a number of key pathfinder elements such as HgAg-Te-Se-Bi-W-Pb-As-Sb-Cd and historical gold workings including numerous prospecting pits, alluvial workings, a shallow shaft and adit are also evident across the zone. The recent drilling did not effectively test for the deep source of gold anomalism at Tucklan.
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TRC0001:
88m @ 4.1g/t Ag from 200m
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Figure 5: Gridded image of soil Ag response in relation to the recent drilling at Tucklan. Note the elevated silver anomalism immediately to the east of TRC0001.
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TRC0001:
88m @ 4.1g/t Ag from 200m
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Figure 6: Outline of soil anomalies in Silver (blue, >0.21ppm) and gold (yellow, > 7.2ppb) in relation to the recent drilling.
Future Work Program
Tucklan
A number of target types have been identified across the Tucklan licence, including the recently discovered volcaniclastic-hosted silver mineralisation, the interpreted epithermal gold mineralisation indicated by rock sampling and mapping at surface (see ASX Announcement 02/06/2020) and potential deeper porphyry systems indicated by previous geophysical work at Glen Athol (see ASX Announcement 20/10/2020). Further IP and soil sampling have recently been completed at Glen Athol and results are awaited.
Sultan have demonstrated that high-quality exploration including geological mapping, detailed soil sampling and IP surveying have resulted in the discovery of a significant silver-rich hydrothermal mineralising system in the first drill hole on the prospect. This new discovery represents a very significant target and the Company is assessing future work programs at Tucklan including aircore drilling and further IP to the east of TRC0001, within the large silver anomaly, to increase the understanding and identify further drill targets. Exploration based on the pending IP and soil results will also continue at Glen Athol with the aim of identifying potential porphyry drill targets.
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Big Hill
IP survey results across the Big Hill and Razorback porphyry target have been received and are being interpreted by Sultan and its technical consultants. This work is well advanced and once finalised, the results and follow up work program will be released to the market.
.
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~70 km
Bowdens
Silver
Deposit
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Figure 7: Location Map – Sultan Tenements over the prospective Macquarie Arc sequence
This announcement is authorised by Steve Groves, Managing Director
For further information contact: Managing Director Steve Groves [email protected]
Investor Relations
Peter Taylor [email protected] 0412 036 231
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Competent Persons Statement
The information in this report that relates to Exploration Targets and Exploration Results is based on historical exploration information compiled by Mr Steven Groves, who is a Competent Person and a Member of the Australian Institute of Geoscientists. Mr Groves is Managing Director and a full-time employee of Sultan Resources Limited. Mr Groves has sufficient experience that is relevant to the style of mineralisation and type of deposit under consideration and to the activity being undertaken to qualify as a Competent Person as defined in the 2012 Edition of the “Australasian Code for the reporting of Exploration Results, Mineral Resources and Ore Reserves”. Mr Groves consents to the inclusion in the report of the matters based on his information in the form and context in which it appears.
Disclaimer
In relying on the above mentioned ASX announcements and pursuant to ASX Listing Rule 5.23.2, the Company confirms that it is not aware of any new information or data that materially affects the information included in the abovementioned announcements.
About Sultan Resources
Sultan Resources is an Australian focused exploration company with a portfolio of quality assets in emerging discovery terranes currently targeted by successful explorers such as Newcrest Mining, Alkane Resources, Gold Road Resources, and Sandfire Resources. Sultan’s tenement portfolio includes prospective targets for porphyry Au-Cu, structurallyhosted gold, Nickel, Cobalt and base metals and include tenements located in the highly prospective Lachlan Fold Belt of Central NSW as well as projects located within the southern terrane region of the Yilgarn Craton in south and south eastern Western Australia. Sultan’s board and management strategy is for a methodical approach to exploration across the prospects in order to discover gold and base metals that may be delineated via modern exploration techniques and exploited for the benefit of the company and its shareholders.
Appendix 1: Collar Details of Drilled Holes
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HoleID EASTING NORTHING RL AZI DIP DEPTH
TRC0001 725403 6442147 470 281 -60 352.1
TRC0002 725546 6442058 463 270 -60 348
TRC0003 724993 6442500 462 215 -60 174
TRC0004 725196 6442751 452 225 -60 180
TRC0005 725046 6442596 452 225 -60 162
TRC0006 724982 6442413 471 233 -60 328.2
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Ed Appendix 2: JORC Code, 2012 Edition Table 1 – Colossus MetalsSection 1 Sampling Techniques and Data
21 (Criteria in this section apply to all succeeding sections.)
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Criteria JORC Code explanation Sampling Nature & quality of sampling (e.g. cut channels, random chips, or specific techniques specialised industry standard measurement tools appropriate to the minerals under investigation, such as down hole gamma sondes, or handheld XRF instruments, etc.). These examples should not be taken as limiting the broad meaning of sampling.
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Include reference to measures taken to ensure sample representivity & the appropriate calibration of any measurement tools or systems used.
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Aspects of the determination of mineralisation that are Material to the Public Report.
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In cases where ‘industry standard’ work has been done this would be relatively simple (e.g. ‘reverse circulation drilling was used to obtain 1 m samples from which 3 kg was pulverised to produce a 30 g charge for fire assay’). In other cases more explanation may be required, such as where there is coarse gold that has inherent sampling problems. Unusual commodities or mineralisation types (e.g. submarine nodules) may warrant disclosure of detailed information.
Commentary
Rock sampling program
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Rock chip samples were taken in the during field inspection of the Tucklan gold target
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Rock samples were collected from surface outcrop and float
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Outcrop samples are resistant portions of the local geology and are considered to be in situ. Float samples are interpreted to have been sourced from local area..
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Samples weighing up to several kilograms were collected
soil sampling program
- All soil sample points were located using a hand-held GPS with +/-5m accuracy utilising MGA zone 55 (GDA94) coordinate system. Surface organic matter was removed from the sample site using a hand pick and shovel and a 25cm x 25cm x 25cm deep hole was dug using a mattock, with a sample of primarily B soil horizon collected. The soil sample was screened using a 3mm mesh aluminium sieve and a 200-250 gram sub sample of -3mm fraction was retained in a labelled soil geochemical bag for analysis. Soil sample IDs and locations are stored digitally in a register which also notes sample content and conditions. External certified reference material / standards, blanks and duplicates are submitted every 50th, 51st and 52nd sample respectively for QAQC purposes.
| Drilling | | Drill type (eg core, reverse circulation, open-hole hammer, rotary air blast, | All 6 drill holes commenced with Reverse Circulation drilling using a track |
|---|---|---|---|
| techniques | auger, Bangka, sonic, etc.) & details (e.g. core diameter, triple or standard | mounted drill rig – | |
| tube, depth of diamond tails, face-sampling bit or other type, whether core is oriented & if so, by what method, etc.). |
RC Hole Depths are as follows: | ||
| HoleID RC - DEPTH |
|||
| TRC0001 174 |
| Criteria | JORC Code explanation | Commentary |
|---|---|---|
| TRC0002 348 TRC0003 174 TRC0004 180 TRC0005 162 TRC0006 168 Diamond tails were added to TRC0001 and TRC0006 using truck mounted UDR 1000 drill rig TRC0006 – Drilled from 168 – 173.4m (5.4m) HQ3 before casing off, reducing to NQ2 and drilling from 173.4 to 328.1m (154.7m) NQ2 TRC0001 – Drilled from 174 – 179.6m (5.6m) HQ3 before casing off, reducing to NQ2 and drilling from 179.6 to 352.10m (172.5m) NQ2 Both single shot and final multishot survey data was completed with a Axis Champgyro Core orientation was completed using Boart Longyear Truecore orientation system |
||
| Drill sample | Method of recording & assessing core & chip sample recoveries & results | The RC rig was fitted with a cone splitter with adjustable ports at the bottom |
| recovery | assessed. | of the cyclone. At the end of each 1m, the sample is dropped into the cone |
| Measures taken to maximise sample recovery & ensure representative nature of the samples. |
splitter with the sample bag attached to the right side port. The samples were collected on 2m composites, with the sample bag removed every 2m of drilling. Field duplicates were collected every 50 samples with a second |
|
| Whether a relationship exists between sample recovery & grade & whether | sample bag attached to the left side port. | |
| sample bias may have occurred due to preferential loss/gain of fine/coarse material. |
Rock chips were collected on 1m intervals from the excess sample bags, these | |
| samples were sieved and washed and collected into plastic chip trays. | ||
| Drill hole data, samples and geology logging is recorded on a purpose | ||
| designed logging excel spreadsheet and stored on the company online storage | ||
| site. | ||
| Diamond core was extracted from the inner tube and placed into plastic core | ||
| trays at the drill rig. Core was transported to a core facility for processing and | ||
| sampling. Recoverywas assessed between core blocks and visual examination |
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| Criteria | JORC Code explanation | Commentary |
|---|---|---|
| of the core in the trays. Orientation was completed by reconstructing the core in it’s original position using v rails and the orientation marks placed on the core by the drillers and marking the orientation line up and down the section. Core was cut using an automatic Almonte core saw. Sampling was composited on 2m per sample of half core for the NQ2 core and 1m samples of half core for the HQ3 core N/A |
||
| Logging | Whether core & chip samples have been geologically & geotechnically logged to a level of detail to support appropriate Mineral Resource estimation, mining studies & metallurgical studies. Whether logging is qualitative or quantitative in nature. Core (or costean, channel, etc.) photography. The total length & percentage of the relevant intersections logged. |
Reverse Circulation and Diamond Drilling logging Geological logging of the diamond core has been completed and recorded on excel spreadsheet logging system, RC geological logging is yet to be recorded on excel spreadsheet logging system, although quick logs have been completed. All core has been meter marked, Recovery and RQD completed, Orientated, alpha and beta measurements on structures and vein sets, core photography and sampling has been completed and recorded on the company logging and sampling excel spreadsheet The description is qualitative and includes lithology, alteration and mineralisation |
| Sub-sampling | If core, whether cut or sawn & whether quarter, half or all core taken. | Rock and soil sampling program |
| techniques & sample preparation |
If non-core, whether riffled, tube sampled, rotary split, etc.& whether sampled wet or dry. |
The sample preparation for both rock and soils follows industry best practise involving oven drying, crushing and pulverisation |
| For all sample types, the nature, quality & appropriateness of the sample | Reverse Circulation and Diamond Drilling sampling | |
| preparation technique. | The sample preparation for both RC and DD follows industry best practise | |
| Quality control procedures adopted for all sub-sampling stages to maximise | involving oven drying, crushing and pulverisation | |
| representivity of samples. | ||
| All diamond core is half core, with half being sent for analysis and half being | ||
| Measures taken to ensure that the sampling is representative of the in situ material collected, including for instance results for field duplicate/second- |
kept. Duplicates are collected every 50m and consist of quarter core | |
| half sampling. | All Reverse Circulation drilling was sampled using a cone splitter on the | |
| bottom of the rig cyclone. The right port collects the original sample, with the | ||
| leftport used for duplicates. The level of the splitter is frequentlychecked by |
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| Criteria | JORC Code explanation | Commentary | Commentary |
|---|---|---|---|
| Whether sample sizes are appropriate to the grain size of the material being sampled. |
the company representative at the rig and cleaned as required with compressed air, wet samples have been collected, these samples are noted in the company sampling and logging excel spreadsheet. External certified reference material / standards, blanks submitted every 50th, 51st sample respectively for QAQC purposes for diamond drilling samples. External certified reference material / standards, blanks and duplicates are submitted every 50th, 51st and 52nd sample respectively for QAQC purposes for reverse circulation samples. Both Reverse Circulation and Diamond drill core sampling are appropriate for the rock types intersected and follows industry best practice |
||
| Quality of | The nature, quality & appropriateness of the assaying & laboratory | | Reverse Circulation and Diamond drill samples are analysed for 48 elements |
| assay data & | procedures used & whether the technique is considered partial or total. | including Ag, Al, As, Ba, Be, Bi, Ca, Cd, Ce, Co, Cr, Cs, Cu, Fe, Ga, Be, Hf, In, K, | |
| laboratory | For geophysical tools, spectrometers, handheld XRF instruments, etc., the | La, Li, Mg, Mn, Mo, Na, Nb, Ni, P, Pb, Rb, Re, S, Sb, Sc, Se, Sn, Sr, Ta, Te, Th, | |
| tests | parameters used in determining the analysis including instrument make & | Ti, Tl, U, V, W, Y Zn and Zr using method ME-MS61 (four acid ICP-MS). Gold | |
| model, reading times, calibrations factors applied & their derivation, etc. | will be analysed separately using ALS method Au-AA22, with a lower | ||
| Nature of quality control procedures adopted (e.g. standards, blanks, duplicates, external laboratory checks) & whether acceptable levels of |
| detection limit of 0.001 ppm. Soil Samples were analysed for 53 elements including Au, Ag, Al, As, B, Ba, |
|
| accuracy (i.e. lack of bias) & precision have been established. | Be, Bi, Ca, Cd, Ce, Co, Cr, Cs, Cu, Fe, Ga, Ge, Hf, Hg, In, K, La, Li, Mg, Mn, Mo, | ||
| Na, Nb, Ni, P, Pb, Pd, Pt, Rb, Re, S, Sb, Sc, Se, Sn, Sr, Ta, Te, Th, Ti, Tl, U, V, W, | |||
| Y, Zn & Zr using method AuME-ST44. | |||
| | External certified reference material / standards, blanks and duplicates are | ||
| submitted every 50th, 51st and 52nd sample respectively for QAQC | |||
| purposes. | |||
| | QAQC samples are analysed on return of assay results, CRM are tested | ||
| against certified values and pass is awarded if results fall within 3 standard | |||
| deviations of the mean, a failure of results and/or investigation with the | |||
| laboratory if results fall outside 3 standard deviations of the mean certified | |||
| value. Duplicates are assessed paired against each other and blanks are | |||
| checked for elevated elements of interest. |
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Criteria JORC Code explanation Commentary
Verification The verification of significant intersections by either independent or All data are verified by at least two experienced geologists.
of sampling alternative company personnel. Data are stored in a digital database and interrogated using the ioGas [TM]
& assaying The use of twinned holes. geochemical software suite.
Documentation of primary data, data entry procedures, data verification,
data storage (physical & electronic) protocols.
Discuss any adjustment to assay data.
Location of Accuracy & quality of surveys used to locate drill holes (collar & down-hole A handheld GPS was used to locate each sample point. Accuracy of +/- 5m is
data points surveys), trenches, mine workings & other locations used in Mineral considered reasonable
Resource estimation.
MGA94, Zone 55
Specification of the grid system used.
Elevation were in AHD (MGA94, Zone 55)
Quality & adequacy of topographic control.
Data spacing Data spacing for reporting of Exploration Results. Soil samples from the are collected across a grid spaced at
& distribution Whether the data spacing & distribution is sufficient to establish the degree Tucklan 100m x 100m sample spacing
of geological & grade continuity appropriate for the Mineral Resource & These spacings are considered reasonable to provide sufficient
Ore Reserve estimation procedure(s)&classifications applied. geochemical coverage over the target types sought.
Whether sample compositing has been applied. For Reverse Circulation drill chips, 2m composite samples were collected,
this is considered sufficient for the commodities under exploration
HQ3 diamond core has been sampled on 1m intervals
NQ2 diamond core has been samples on 2m composite intervals.
The sample spacing and compositing is considered reasonable to provide
sufficient geochemical results for the target types sought.
Orientation of Whether the orientation of sampling achieves unbiased sampling of possible Drilling was designed to intersect the recorded regional faults at as close as
data in structures & the extent to which this is known, considering the deposit type. reasonable possible to perpendicular
relation to If the relationship between the drilling orientation & the orientation of key
geological mineralised structures is considered to have introduced a sampling bias, this
structure should be assessed & reported if material.
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| Criteria | JORC Code explanation | Commentary |
|---|---|---|
| Sample security |
The measures taken to ensure sample security. | All geochemical samples are selected by geologists in the field and delivered to the lab by Sultan Resources contract field staff, |
| Audits or | The results of any audits or reviews of sampling techniques & data. | Not applicable |
| reviews |
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(Criteria listed in the preceding section also apply to this section.)
Criteria JORC Code explanation Commentary
Mineral Type, reference name/number, location & ownership including agreements The licences include EL8734, EL8704 and EL8735, which together cover a total area
tenement & or material issues with third parties such as joint ventures, partnerships, of approximately 326 km2 within the Lachlan Fold Belt of central NSW.
land tenure overriding royalties, native title interests, historical sites, wilderness or
All licences are in good standing
status national park & environmental settings.
The security of the tenure held at the time of reporting along with any known
impediments to obtaining a licence to operate in the area.
Exploration Acknowledgment & appraisal of exploration by other parties. Previous exploration over EL8734 has been limited. Work reported was generally
done by other generative in nature and at a reconnaissance level.
parties
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| Criteria | JORC Code explanation | Commentary |
|---|---|---|
| Mineral tenement & land tenure status |
Type, reference name/number, location & ownership including agreements or material issues with third parties such as joint ventures, partnerships, overriding royalties, native title interests, historical sites, wilderness or national park & environmental settings. The security of the tenure held at the time of reporting along with any known impediments to obtaining a licence to operate in the area. |
The licences include EL8734, EL8704 and EL8735, which together cover a total area of approximately 326 km2 within the Lachlan Fold Belt of central NSW. All licences are in good standing |
| Exploration done by other parties |
Acknowledgment & appraisal of exploration by other parties. | Previous exploration over EL8734 has been limited. Work reported was generally generative in nature and at a reconnaissance level. |
| Geology | Deposit type, geological setting & style of mineralisation. | The Project lies 45km northeast of the Boda Cu-Au porphyry discovery within the Late |
| Ordovician – Early Silurian Tucklan Formation, Rockley - Gulgong Volcanic Belt, | ||
| Macquarie Arc. The Tucklan Formation is considered to be synchronous with Phase 4 | ||
| volcanism in the Macquarie Arc which is associated in time and space with the largest | ||
| porphyry Au-Cu deposits. It is associated with historical gold workings that include | ||
| numerous prospecting pits, plus a shallow shaft and adit. These form part of the | ||
| overlooked & extensive Tucklan gold field. Bowdens Silver deposit is located 70km to | ||
| the southeast of the project area. | ||
| The Lachlan Orogen is approximately 700 km wide and 1000 km long and has disputed | ||
| complex evolutionary history. The Macquarie Arc is part of the eastern sub-province of | ||
| the Lachlan Orogen and is the host to numerous porphyry Au–Cu deposits. It consists | ||
| mainlyof subduction-related Ordovician intermediate and mafic volcanic,volcaniclastic |
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Criteria JORC Code explanation Commentary
and associated intrusive rocks and was accreted to Gondwana in the Early Silurian, and
underwent rifting and burial in the Middle to Late Silurian.
It consists of four structural belts, namely, the western (Junee-Narromine), the central
(Molong), the eastern (Rockley-Gulgong) Belt, and southern (Kiandra) volcanic belts.
These belts have most likely been formed by rifting and dismemberment of a single arc,
which developed along the boundary between the Australian and proto-Pacific plates
during the Ordovician and was subsequently dismembered during the Silurian.
An entirely intra-oceanic setting is postulated for the Macquarie Arc (Crawford et al.,
2007), with four phases of arc-type magmatism, the earliest in the Early Ordovician,
and culminating in the Late Ordovician to Early Silurian. The four phases of volcanism
in the Macquarie Arc relate to distinct groups of porphyritic intrusions that vary from
monzodiorite-diorite through monzonite-granodiorite compositions and correspond
with porphyry copper-gold and epithermal gold-silver mineralisation
Lithology
Based on the work discussed in this document, the rocks at Tucklan are classified to be
of trachy-andesite to alkali basaltic volcano-sedimentary origin.
Drill hole A summary of all information material to the understanding of the Eastings, Northings and RL were collected using a handheld GPS locate each drill collar. Accuracy
Information exploration results including a tabulation of the following information for all of +/- 5m is considered reasonable
Material drill holes:
MGA94, Zone 55
o Easting & northing of the drill hole collar
Elevation were in AHD (MGA94, Zone 55)
o elevation or RL (Reduced Level – elevation above sea level in metres) of EASTIN
the drill hole collar HoleID G NORTHING RL AZI DIP Total DEPTH
TRC0001 725403 6442147 470 281 -60 352.1
o dip & azimuth of the hole TRC0002 725546 6442058 463 270 -60 348
o down hole length & interception depth TRC0003 724993 6442500 462 215 -60 174
TRC0004 725196 6442751 452 225 -60 180
o hole length. TRC0005 725046 6442596 452 225 -60 162
If the exclusion of this information is justified on the basis that the TRC0006 724982 6442413 471 233 -60 328.2
information is not Material & this exclusion does not detract from the
understanding of the report, the Competent Person should clearly explain
why this is the case.
----- End of picture text -----
page 16
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----- Start of picture text -----
Criteria JORC Code explanation Commentary
Data In reporting Exploration Results, weighting averaging techniques, maximum N/A
aggregation and/or minimum grade truncations (e.g. cutting of high grades)&cut-off
methods grades are usually Material & should be stated.
Where aggregate intercepts incorporate short lengths of high grade results
& longer lengths of low grade results, the procedure used for such
aggregation should be stated & some typical examples of such aggregations
should be shown in detail.
The assumptions used for any reporting of metal equivalent values should be
clearly stated.
Relationship These relationships are particularly important in the reporting of Down hole length only and not true width of mineralisation intervals are reported as
between Exploration Results. true width is unknown.
mineralisatio If the geometry of the mineralisation with respect to the drill hole angle is
n widths &
known, its nature should be reported.
intercept
If it is not known & only the down hole lengths are reported, there should be
lengths
a clear statement to this effect (e.g.‘down hole length, true width not
known’).
Diagrams Appropriate maps & sections (with scales)&tabulations of intercepts should See maps and figures accompanying this ASX release.
be included for any significant discovery being reported These should
include, but not be limited to a plan view of drill hole collar locations &
appropriate sectional views.
Balanced Where comprehensive reporting of all Exploration Results is not practicable, Reference has been made to anomalous levels of geochemical pathfinder elements in
reporting representative reporting of both low & high grades and/or widths should be the document. This interpretation has been determined by experienced Colossus
practiced to avoid misleading reporting of Exploration Results. Metals’ geologists using the ioGas [TM] geochemical software. It is impractical to present
every result for all 53 elements across the sample population in this document. A map
showing the distribution of anomalous Au has been included for reference.
Other Other exploration data, if meaningful & material, should be reported The Induced Polarisation (IP) survey method is often used to determine the location
substantive including (but not limited to): geological observations; geophysical survey of disseminated sulphides. Rocks containing sulphide minerals can be more readily
exploration results; geochemical survey results; bulk samples – size&method of charged than barren ground. An external current is applied, and charge separation can
data treatment; metallurgical test results; bulk density, groundwater, occur on sulphide grain boundaries. When the transmitted current is switched off the
geotechnical & rock characteristics; potential deleterious or contaminating decay of the current can be measured.
substances.
----- End of picture text -----
page 17
| Criteria | JORC Code explanation | Commentary | Commentary |
|---|---|---|---|
| |
The IP survey was completed by Fender Geophysics. The oversight of the survey and auditing (QAQC) and processing of data acquired was conducted by Alan Ortel, an experienced geophysict. The IP survey array used was Dipole-Dipole with a 100m receiver dipole size and a 100m transmitter dipole size. The transmitter dipole was moved at 100m intervals, achieving a 100m station spacing. All seven (7) lines are orientated North-South and spaced at 200m intervals. The transmitter used is a GDD-Tx4, 5kVA transmitter system and the receiver used in a GDD-Rx32. The survey was collected with a frequency of 0.25Hz. The transmitter and receiver electrode positions are located to hand-held GPS accuracy, generally +-3m (UTM projection GDA94 Zone 55). Other Geophysical data including publicly available magnetic and radiometric surveys have been referred to in interpreting the Tucklan Gold Target. All data are available from the NSW Department of Planning, Industry and Environment MinView website: https://minview.geoscience.nsw.gov.au |
||
| Further work | The nature & scale of planned further work (e.g. tests for lateral extensions | | The focus on future work will be to ultimately generate additional targets for deep |
| or depth extensions or large-scale step-out drilling). | drilling. Work to enable this will include shallow Aircore drilling, further soil sampling | ||
| Diagrams clearly highlighting the areas of possible extensions, including the | programs coupled with extension IP geophysics to locate bodies of disseminated | ||
| main geological interpretations & future drilling areas, provided this | sulphides beneath the surface. If sufficient encouragement is gained from this work, | ||
| information is not commercially sensitive. | then further deeper RC or diamond drilling is anticipated. |
Appendix 3: Assay Results
page 18
==> picture [487 x 691] intentionally omitted <==
----- Start of picture text -----
Depth
Depth Au Ag As Ba Bi Cu Mo Pb Zn
Sample_ Hole_ID From S_%
To (m) ppm ppm ppm ppm ppm ppm ppm ppm ppm
Type (m)
RC TRC0001 0 2 0.299 1.85 22.3 740 0.3 156 0.81 151 0.01 288
RC TRC0001 2 4 0.226 1.98 17.2 560 0.27 173 0.24 81 0.005 168
RC TRC0001 4 6 0.068 0.6 8 420 0.25 146.5 0.2 42.1 0.01 167
RC TRC0001 6 8 0.031 0.39 11.2 340 0.24 147 0.17 79.2 0.005 285
RC TRC0001 8 10 0.022 0.32 16.4 290 0.16 116 0.18 87.2 0.005 260
RC TRC0001 10 12 0.026 0.36 59.7 380 0.18 145 0.24 49.2 0.005 214
RC TRC0001 12 14 0.031 0.4 53.7 430 0.24 106.5 0.96 64.2 0.005 123
RC TRC0001 14 16 0.025 0.69 440 750 0.21 148 3.29 87.1 0.005 239
RC TRC0001 16 18 0.053 0.86 762 700 0.38 127.5 1.96 81.3 0.005 211
RC TRC0001 18 20 0.03 0.89 592 760 0.29 126.5 1.18 36.1 0.005 140
RC TRC0001 20 22 0.154 1.13 2240 650 0.23 141.5 1.72 67 0.01 344
RC TRC0001 22 24 0.041 2.52 895 550 0.13 122.5 0.68 42.6 0.01 356
RC TRC0001 24 26 0.044 2.68 309 520 0.13 120.5 1.01 26 0.01 181
RC TRC0001 26 28 0.022 1.3 211 650 0.23 114 1.77 28.2 0.8 130
RC TRC0001 28 30 0.016 1 130 690 0.27 111.5 1.45 25.5 1.17 109
RC TRC0001 30 32 0.007 1.05 340 440 0.23 97.3 2.14 22.3 0.8 161
RC TRC0001 32 34 0.003 1.12 252 350 0.24 112 2.24 41.1 1.1 189
RC TRC0001 34 36 0.003 1 126.5 760 0.16 117 1.75 26.5 1.46 128
RC TRC0001 36 38 0.004 0.98 133.5 850 0.2 121.5 1.83 15.8 1.43 174
RC TRC0001 38 40 0.009 1.1 54.3 860 0.26 111.5 2.44 25.7 1.56 132
RC TRC0001 40 42 0.01 1.63 533 800 0.25 116 2 230 1.59 369
RC TRC0001 42 44 0.002 0.99 84.7 740 0.24 107 1.62 38 1.42 107
RC TRC0001 44 46 0.003 0.78 42.3 670 0.22 105 1.37 17.2 1.15 89
RC TRC0001 46 48 0.001 0.71 27.1 670 0.2 105 1.1 20.5 1.08 88
RC TRC0001 48 50 0.003 0.72 31.6 680 0.23 109 1.35 23.5 1.03 94
RC TRC0001 50 52 0.016 0.9 27.7 730 0.26 138 1.15 21.9 1.45 104
RC TRC0001 52 54 0.005 0.76 24.2 720 0.27 121.5 1.14 21.4 1.24 105
RC TRC0001 54 56 0.001 0.47 32.2 720 0.23 107.5 1.01 19.3 0.99 103
RC TRC0001 56 58 0.002 0.38 17.6 650 0.25 107.5 0.91 24.1 1.14 93
RC TRC0001 58 60 0.001 0.32 27.1 710 0.29 109 1.08 23.5 1.46 90
RC TRC0001 60 62 0.001 0.33 16.7 680 0.28 112 1.09 27.6 1.37 298
RC TRC0001 62 64 0.001 0.28 20 710 0.25 114 1.08 17.6 1.31 116
RC TRC0001 64 66 0.001 0.27 42.9 610 0.23 102 1.16 19.2 1.1 98
RC TRC0001 66 68 0.003 0.25 29.6 670 0.26 110.5 1.08 25.3 1.05 114
RC TRC0001 68 70 0.002 0.22 23.6 650 0.32 115.5 1.17 19.8 1.03 113
RC TRC0001 70 72 0.001 0.17 16.9 670 0.25 105.5 0.97 14 0.93 98
RC TRC0001 72 74 0.001 0.19 15 620 0.34 110.5 1.04 14.1 1.34 109
RC TRC0001 74 76 0.001 0.17 9.2 620 0.27 93.7 0.93 13.7 1.16 86
RC TRC0001 76 78 0.001 0.16 14.5 590 0.29 101.5 1.05 11.2 1.36 85
RC TRC0001 78 80 0.001 0.17 21.1 620 0.28 97.2 1.12 11.7 1.28 85
RC TRC0001 80 82 0.001 0.18 12.6 630 0.34 117.5 1.1 11.3 1.66 81
RC TRC0001 82 84 0.001 0.19 6.2 720 0.37 106.5 1.39 15 2.17 62
RC TRC0001 84 86 0.001 0.2 10.3 700 0.35 100 1.1 15.3 1.85 85
RC TRC0001 86 88 0.001 0.2 11 690 0.38 111.5 1.3 15.6 2.19 125
RC TRC0001 88 90 0.001 0.22 9.3 670 0.38 109.5 1.14 15.5 2.24 72
RC TRC0001 90 92 0.001 0.26 4.4 690 0.46 114.5 1.19 21.2 1.97 93
RC TRC0001 92 94 0.001 0.21 8.2 690 0.39 107.5 1.26 18.1 1.85 69
----- End of picture text -----
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----- Start of picture text -----
Depth
Depth Au Ag As Ba Bi Cu Mo Pb Zn
Sample_ Hole_ID From S_%
To (m) ppm ppm ppm ppm ppm ppm ppm ppm ppm
Type (m)
RC TRC0001 94 96 0.001 0.33 16.4 590 0.52 121 1.47 30.6 1.96 70
RC TRC0001 96 98 0.001 0.24 3.6 730 0.5 104 1.65 23.3 1.86 82
RC TRC0001 98 100 0.005 0.56 2 670 1.13 116 2.04 52.7 2.28 76
RC TRC0001 100 102 0.001 0.21 3 750 0.51 110 1.31 17.5 2.02 53
RC TRC0001 102 104 0.001 0.21 165.5 550 0.5 106.5 1.01 16.4 1.91 64
RC TRC0001 104 106 0.011 0.27 176.5 540 0.54 129.5 1.29 18.4 3.52 55
RC TRC0001 106 108 0.001 0.2 143.5 560 0.55 108 1.15 14.8 2.16 60
RC TRC0001 108 110 0.008 0.8 2920 360 1.51 101.5 0.95 159.5 1.54 153
RC TRC0001 110 112 0.093 2.77 1260 390 4.9 150 1.35 577 2.26 1100
RC TRC0001 112 114 0.005 0.39 151.5 650 0.76 108.5 1.06 49.5 1.78 84
RC TRC0001 114 116 0.001 0.16 4.6 630 0.39 91.7 1.05 11.2 1.71 52
RC TRC0001 116 118 0.001 0.39 13 600 0.85 115.5 1.33 44.3 2.35 105
RC TRC0001 118 120 0.001 0.85 22.3 320 1.67 98.3 1.38 117 1.3 161
RC TRC0001 120 122 0.001 0.83 49 250 1.6 60.4 1.67 132.5 0.59 193
RC TRC0001 122 124 0.002 1.64 5.8 800 3.51 123 4.99 161 1.83 225
RC TRC0001 124 126 0.001 0.57 33.1 570 1.26 117.5 1.32 61 2.06 99
RC TRC0001 126 128 0.001 0.28 18.9 780 0.73 103 1.07 28.4 1.93 64
RC TRC0001 128 130 0.001 2.65 21 690 5.55 120 1.7 277 2.09 169
RC TRC0001 130 132 0.001 0.24 36.8 740 0.73 96.1 1.54 23.8 2.02 56
RC TRC0001 132 134 0.003 0.19 17.5 830 0.63 101 1.02 19.8 2.19 71
RC TRC0001 134 136 0.004 0.2 16.2 790 0.64 110.5 1.06 21.5 2.13 64
RC TRC0001 136 138 0.001 0.16 12.3 790 0.46 103 1.3 17.7 1.84 60
RC TRC0001 138 140 0.001 0.14 13 760 0.46 110.5 1.79 11.5 2.02 57
RC TRC0001 140 142 0.001 0.24 10.1 770 0.49 94.2 1.86 26.2 1.25 105
RC TRC0001 142 144 0.001 0.15 18.4 300 0.31 46.4 1.63 18.5 0.72 106
RC TRC0001 144 146 0.001 0.13 7.3 200 0.3 39.7 1.53 15.2 0.56 93
RC TRC0001 146 148 0.001 0.23 24.3 260 0.53 56.8 1.83 27.2 0.82 126
RC TRC0001 148 150 0.001 2.84 53.6 210 6.12 84.3 2.1 266 1.14 272
RC TRC0001 150 152 0.009 1.52 7.9 480 3.74 136.5 1.29 128 1.76 372
RC TRC0001 152 154 0.004 0.3 6.5 760 1.33 124.5 2.26 31 1.94 82
RC TRC0001 154 156 0.018 0.25 8.3 790 0.97 103.5 1.24 25.1 1.76 75
RC TRC0001 156 158 0.001 0.21 6.1 840 0.77 101.5 0.86 21.3 1.46 78
RC TRC0001 158 160 0.002 0.18 4.6 920 0.75 95.5 0.85 16.2 1.29 61
RC TRC0001 160 162 0.001 0.16 4.3 910 0.73 92.1 0.94 15.5 1.38 76
RC TRC0001 162 164 0.001 0.2 38.4 850 0.81 99.7 1.19 25.5 1.29 96
RC TRC0001 164 166 0.001 0.12 18.5 760 0.55 111 1.76 16.7 1.77 57
RC TRC0001 166 168 0.005 2.44 7.2 500 6.26 103 0.86 140.5 1.93 189
RC TRC0001 168 170 0.003 0.18 1.5 840 0.83 94.5 0.79 14.6 1.7 45
RC TRC0001 170 172 0.002 0.16 2.8 970 0.81 93.7 0.76 14.3 1.45 59
RC TRC0001 172 174 0.005 0.16 4.6 940 0.96 102.5 0.87 14.7 1.59 61
DD TRC0001 174 176 0.001 0.14 10.9 860 0.92 121 1.5 13.1 1.41 55
DD TRC0001 176 178 0.001 0.11 3.2 840 0.58 106.5 1.33 15.1 1.56 52
DD TRC0001 178 180 0.0005 0.31 2.9 630 1.5 100.5 0.98 29 1.81 59
DD TRC0001 180 182 0.002 0.42 2.7 600 1.87 113 0.58 33.4 2.16 70
DD TRC0001 182 184 0.001 1.09 1.8 770 3.66 123.5 1.23 101.5 1.96 72
DD TRC0001 184 186 0.0005 0.12 1.7 1040 1.13 107.5 1.02 21.2 1.54 44
----- End of picture text -----
page 20
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----- Start of picture text -----
Depth
Depth Au Ag As Ba Bi Cu Mo Pb Zn
Sample_ Hole_ID From S_%
To (m) ppm ppm ppm ppm ppm ppm ppm ppm ppm
Type (m)
DD TRC0001 186 188 0.001 1.59 7.1 1080 5.35 108.5 1.28 81.4 1.54 39
DD TRC0001 188 190 0.002 0.52 3 660 2.24 141.5 1 39.2 2.41 73
DD TRC0001 190 192 0.001 0.16 2.8 820 1.01 98.9 0.58 18.5 2.34 64
DD TRC0001 192 194 0.0005 0.37 4.7 960 1.48 100 0.48 28.6 1.73 72
DD TRC0001 194 196 0.0005 0.17 8.3 930 1.05 114 0.83 19.5 1.79 61
DD TRC0001 196 198 0.0005 0.16 2.5 1100 0.85 97.8 0.9 22.7 1.33 59
DD TRC0001 198 200 0.0005 0.08 16.6 1080 0.43 66.2 0.96 19.3 1.06 52
DD TRC0001 200 202 0.002 7.09 2 860 22 98.8 1.53 539 1.78 355
DD TRC0001 202 204 0.001 1.47 7.2 1010 4.8 97.5 1.37 120.5 2.08 116
DD TRC0001 204 206 0.001 0.43 7.6 1140 1.96 91.3 1.85 51.3 2.22 82
DD TRC0001 206 208 0.0005 0.58 9 960 2.47 97.6 4.41 63.4 2.18 131
DD TRC0001 208 210 0.003 0.91 18.5 810 3.36 98.8 9.71 82.5 2.28 81
DD TRC0001 210 212 0.001 2.09 3 730 6.82 107 2.7 162.5 2.38 207
DD TRC0001 212 214 0.002 2.27 31.8 950 7.47 101.5 1.59 184.5 2.29 148
DD TRC0001 214 216 0.002 5.77 22.6 1090 16.35 111 2.64 415 2.47 372
DD TRC0001 216 218 0.001 2.27 1.6 1020 7.13 146 0.6 179.5 2.46 214
DD TRC0001 218 220 0.003 18.05 12.7 1100 52.1 149 1.22 1345 2.55 664
DD TRC0001 220 222 0.002 10.95 2.2 1300 31.6 125 0.91 859 2.26 400
DD TRC0001 222 224 0.001 5.36 2 1020 17.1 152 1.17 397 2.33 174
DD TRC0001 224 226 0.005 27.7 1.6 1120 81.1 103 0.72 1875 2.09 1540
DD TRC0001 226 228 0.001 3.3 2 1070 10.15 101 0.86 219 2.15 161
DD TRC0001 228 230 0.001 0.52 5.1 960 2.53 119.5 1.26 50.5 2.25 83
DD TRC0001 230 232 0.001 0.46 1.8 890 2.37 118.5 1.11 45.5 2.39 74
DD TRC0001 232 234 0.001 1.56 10.3 840 5.26 118.5 1.01 118.5 2.32 118
DD TRC0001 234 236 0.002 1.23 1 900 4.68 129 0.82 96.5 2.27 170
DD TRC0001 236 238 0.001 1.15 12.9 790 4.54 113 1.77 85.8 1.92 94
DD TRC0001 238 240 0.001 0.29 3.3 930 1.51 99 1.52 36.1 1.57 39
DD TRC0001 240 242 0.001 0.55 3.8 850 2.39 139.5 1.25 54.3 2.38 85
DD TRC0001 242 244 0.001 1.21 34.2 800 4.61 130 1.74 82.5 2.18 69
DD TRC0001 244 246 0.001 0.49 24.6 950 2.15 133.5 1.37 56.3 2.31 69
DD TRC0001 246 248 0.003 8.77 27.4 870 23.2 163 1.22 838 2.62 564
DD TRC0001 248 250 0.001 4.1 7.6 850 11.15 128 1.35 293 2.27 187
DD TRC0001 250 252 0.001 0.76 1.9 920 2.39 118.5 1.32 87.6 2.1 84
DD TRC0001 252 254 0.001 0.34 1.8 760 1.5 128.5 1.31 49.3 2.27 67
DD TRC0001 254 256 0.001 1.18 2.2 680 4.12 124.5 1.72 96.9 2.12 87
DD TRC0001 256 258 0.001 0.22 3.4 800 0.76 104.5 1.03 30.6 2.19 43
DD TRC0001 258 260 0.001 0.32 5.4 840 1.11 110 1.34 47.6 2.15 162
DD TRC0001 260 262 0.001 2.08 8 900 6.18 110.5 1.82 215 1.94 89
DD TRC0001 262 264 0.002 1.34 14.3 1090 4.57 149.5 3.59 98.3 2.54 160
DD TRC0001 264 266 0.001 2.26 2.5 820 7.33 174 1.21 154 2.83 147
DD TRC0001 266 268 0.002 6.78 11.1 1200 20.4 151 2.18 464 2.51 171
DD TRC0001 268 270 0.001 0.37 7.9 1290 1.57 108.5 1.78 38.9 1.75 67
DD TRC0001 270 272 0.001 3.7 3.7 1210 11.35 153 1.72 241 2.2 193
DD TRC0001 272 274 0.001 1.52 7.1 1180 4.81 130 5.01 107.5 1.82 135
DD TRC0001 274 276 0.001 0.41 2.2 1040 1.9 128.5 3.3 40.9 1.91 89
DD TRC0001 276 278 0.001 0.22 5.9 1340 1.18 124.5 1.34 28.6 1.86 81
----- End of picture text -----
page 21
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----- Start of picture text -----
Depth
Depth Au Ag As Ba Bi Cu Mo Pb Zn
Sample_ Hole_ID From S_%
To (m) ppm ppm ppm ppm ppm ppm ppm ppm ppm
Type (m)
DD TRC0001 278 280 0.002 0.44 25.8 1270 1.62 108.5 3.35 46.5 1.39 80
DD TRC0001 280 282 0.002 0.43 150 730 1.63 119.5 2.67 40.5 2.37 127
DD TRC0001 282 284 0.0005 0.31 14.6 1070 1.72 115 2.33 38.8 1.82 75
DD TRC0001 284 286 0.007 45.6 2.8 810 135 170 1.04 3010 2.91 1800
DD TRC0001 286 288 0.0005 5.15 2.4 1020 16.3 113.5 0.68 358 1.93 224
DD TRC0001 288 290 0.001 0.28 2.8 830 1.86 89.3 0.45 29.9 2.23 116
DD TRC0001 290 292 0.001 0.28 1.4 830 1.75 112.5 0.66 25.9 1.91 112
DD TRC0001 292 294 0.001 0.11 10.6 1010 0.92 108.5 0.72 19.4 1.56 87
DD TRC0001 294 296 0.001 0.08 13.4 1230 0.38 93.6 1.21 16.2 1.23 104
DD TRC0001 296 298 0.001 0.15 17.3 1300 0.38 85.6 2.06 15.6 0.58 105
DD TRC0001 298 300 0.004 0.12 45.5 1550 0.36 130 2.93 14.5 1.27 83
DD TRC0001 300 302 0.002 0.14 8.4 1400 0.68 163.5 36 24.7 1.85 58
DD TRC0001 302 304 0.002 0.1 18 1440 0.5 129.5 3.47 17.5 1.4 79
DD TRC0001 304 306 0.003 0.28 24.4 1400 1.13 112.5 4.55 39.4 1.57 64
DD TRC0001 306 308 0.002 0.75 23.7 1020 1.83 82.2 3.06 101 1.48 87
DD TRC0001 308 310 0.003 2.07 32.6 850 5.02 80.2 1.96 151.5 1.73 92
DD TRC0001 310 312 0.001 0.38 15 860 1.02 81.3 0.83 42.5 2.07 118
DD TRC0001 312 314 0.001 0.16 4.5 980 0.39 78.5 1.33 23.9 1.8 82
DD TRC0001 314 316 0.003 0.16 8.5 510 0.45 118.5 0.76 18.7 2.21 145
DD TRC0001 316 318 0.0005 0.23 3.8 330 0.59 134 0.35 21.3 1.99 182
DD TRC0001 318 320 0.002 0.36 10.1 540 0.86 134.5 1.61 31.2 2.05 164
DD TRC0001 320 322 0.003 0.45 54.3 590 0.92 138 1.36 47.7 2.17 164
DD TRC0001 322 324 0.002 0.18 3.7 790 0.4 123.5 1.9 23.7 1.79 92
DD TRC0001 324 326 0.003 0.15 27.3 1010 0.43 88.7 1.76 27.4 1.38 37
DD TRC0001 326 328 0.003 0.12 14.8 900 0.39 91.7 1.25 20.6 1.27 41
DD TRC0001 328 330 0.003 0.12 14.4 960 0.43 91.3 1.94 20.1 1.29 37
DD TRC0001 330 332 0.002 0.11 14.6 880 0.38 92.1 2.24 20.2 1.34 38
DD TRC0001 332 334 0.001 0.13 2.2 910 0.57 94.1 1.73 25.2 1.75 39
DD TRC0001 334 336 0.005 0.68 66.6 470 1.71 194.5 6.18 57.5 2.49 71
DD TRC0001 336 338 0.002 0.17 6.1 560 0.7 118.5 2.51 17.5 1.55 106
DD TRC0001 338 340 0.002 0.05 13.5 410 0.21 73.8 0.36 7.8 0.94 106
DD TRC0001 340 342 0.001 0.06 8.9 650 0.19 73.8 0.18 9.5 1.05 105
DD TRC0001 342 344 0.002 0.15 9.4 1060 0.28 146 1.63 15.8 1.6 78
DD TRC0001 344 346 0.001 0.11 18 1730 0.14 93.6 0.51 18.2 1.1 112
DD TRC0001 346 348 0.007 0.46 52.7 1920 0.86 104 1.53 82.2 1 85
DD TRC0001 348 350 0.001 0.11 25 1390 0.17 91.8 0.23 18.8 1.1 111
DD TRC0001 350 352.1 0.002 0.39 10.9 1180 0.76 147 0.53 54.6 1.61 124
RC TRC0002 0 2 0.006 0.19 13 570 0.35 56.4 1.27 36.1 0.02 157
RC TRC0002 2 4 0.007 0.19 13.4 590 0.36 57.8 1.2 34.5 0.02 120
RC TRC0002 4 6 0.006 0.21 11.4 410 0.42 57.4 0.87 37.8 0.01 91
RC TRC0002 6 8 0.007 0.36 13.7 410 0.98 67 0.84 62 0.01 132
RC TRC0002 8 10 0.016 0.24 15.3 430 0.37 75.6 0.86 63.7 0.01 118
RC TRC0002 10 12 0.011 0.64 7.6 520 0.48 93.9 0.71 95.1 0.01 225
RC TRC0002 12 14 0.025 0.36 8.3 610 0.15 73.3 0.51 85 0.01 108
RC TRC0002 14 16 0.017 0.29 6.4 490 0.12 95.8 0.45 91.5 0.01 108
RC TRC0002 16 18 0.01 0.25 10.3 500 0.11 59.5 0.47 64.7 0.01 108
----- End of picture text -----
page 22
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----- Start of picture text -----
Depth
Depth Au Ag As Ba Bi Cu Mo Pb Zn
Sample_ Hole_ID From S_%
To (m) ppm ppm ppm ppm ppm ppm ppm ppm ppm
Type (m)
RC TRC0002 18 20 0.01 0.35 11.1 980 0.12 52.9 0.52 80.8 0.005 105
RC TRC0002 20 22 0.006 0.28 6.9 670 0.11 50 0.62 50 0.01 96
RC TRC0002 22 24 0.007 0.19 7 700 0.11 46.8 0.64 52.2 0.005 90
RC TRC0002 24 26 0.003 0.2 6.5 610 0.11 42.6 0.58 69.8 0.005 117
RC TRC0002 26 28 0.008 0.32 6.6 700 0.11 50.3 0.67 97.9 0.01 101
RC TRC0002 28 30 0.005 0.4 4.8 740 0.09 68 0.51 59 0.005 110
RC TRC0002 30 32 0.004 0.13 5.9 630 0.1 69.8 1.2 18.5 0.01 114
RC TRC0002 32 34 0.003 0.13 5.5 740 0.09 61.1 1.06 17.6 0.005 76
RC TRC0002 34 36 0.004 0.15 8.4 810 0.1 55.5 1.26 26.9 0.01 95
RC TRC0002 36 38 0.001 0.1 19.1 560 0.12 56.8 2.22 9.7 0.02 76
RC TRC0002 38 40 0.002 0.16 23.1 670 0.1 64.6 2.44 19.9 0.07 76
RC TRC0002 40 42 0.003 0.09 18 590 0.08 68 2.12 22.4 0.03 70
RC TRC0002 42 44 0.002 0.07 18.3 580 0.08 63.2 2.2 7.7 0.02 73
RC TRC0002 44 46 0.014 0.19 460 660 0.07 65.4 2.16 19.8 0.13 80
RC TRC0002 46 48 0.005 0.2 164.5 660 0.07 73.8 2.39 18.9 0.1 75
RC TRC0002 48 50 0.002 0.12 33.7 680 0.07 67.9 1.93 8.3 0.07 74
RC TRC0002 50 52 0.003 0.27 25.9 660 0.09 62.8 2.1 43.4 0.08 98
RC TRC0002 52 54 0.007 0.21 17.6 590 0.09 63.8 3.07 17.1 0.03 72
RC TRC0002 54 56 0.002 0.08 13.7 590 0.08 55.7 2.2 10.3 0.04 80
RC TRC0002 56 58 0.002 0.06 18.1 330 0.08 44 2.62 9.3 0.07 71
RC TRC0002 58 60 0.002 0.03 9.6 530 0.08 48 4.03 8.7 0.03 76
RC TRC0002 60 62 0.003 0.03 9.3 550 0.08 60.1 2.08 7.3 0.03 100
RC TRC0002 62 64 0.002 0.06 28.2 540 0.07 47.9 2.22 44.8 0.04 104
RC TRC0002 64 66 0.002 0.04 32 550 0.08 51.3 3.37 12.9 0.03 75
RC TRC0002 66 68 0.004 0.05 40.5 570 0.08 63.8 2.09 10.7 0.02 81
RC TRC0002 68 70 0.01 0.1 40.8 570 0.07 66.3 2.1 10.1 0.04 75
RC TRC0002 70 72 0.054 0.26 131.5 510 0.09 54.7 1.7 12.1 0.21 76
RC TRC0002 72 74 0.404 0.35 4850 520 0.06 50 1.15 22.9 0.91 76
RC TRC0002 74 76 0.019 0.1 194 460 0.08 59.2 2.17 8.8 0.07 85
RC TRC0002 76 78 0.008 0.14 91.8 410 0.07 57.8 1.7 33.3 0.12 88
RC TRC0002 78 80 0.009 0.12 85.4 570 0.07 55.5 1.65 17.1 0.05 97
RC TRC0002 80 82 0.003 0.11 30.3 820 0.07 52.3 1.69 13.4 0.11 87
RC TRC0002 82 84 0.003 0.09 18.8 570 0.07 59.2 1.38 14.2 0.03 83
RC TRC0002 84 86 0.002 0.08 30.5 420 0.08 56.7 2.04 15 0.04 89
RC TRC0002 86 88 0.003 0.74 85.4 840 0.21 73.5 1.28 648 0.2 467
RC TRC0002 88 90 0.009 0.57 38.5 710 0.1 91.6 1.51 177 0.08 169
RC TRC0002 90 92 0.004 0.34 120.5 770 0.1 76.9 1.69 69.4 0.08 121
RC TRC0002 92 94 0.007 0.63 42.4 900 0.11 87.7 1.13 324 0.04 392
RC TRC0002 94 96 0.005 0.24 40.9 670 0.09 52.9 1.1 40.4 0.05 99
RC TRC0002 96 98 0.002 0.18 46.6 470 0.08 43.9 1.16 18.8 0.04 86
RC TRC0002 98 100 0.001 0.25 47.4 370 0.1 47.6 1.81 65.1 0.05 122
RC TRC0002 100 102 0.001 0.12 23.8 540 0.09 38.9 1.79 14.2 0.02 90
RC TRC0002 102 104 0.001 0.18 36.3 520 0.11 37.8 2.3 17.5 0.32 106
RC TRC0002 104 106 0.002 0.23 27.8 640 0.12 57.3 1.53 27.5 0.24 103
RC TRC0002 106 108 0.002 0.19 23.3 630 0.13 48.6 1.67 22.9 0.15 91
RC TRC0002 108 110 0.002 0.14 8.2 600 0.1 51.4 1.39 14.6 0.03 85
----- End of picture text -----
page 23
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----- Start of picture text -----
Depth
Depth Au Ag As Ba Bi Cu Mo Pb Zn
Sample_ Hole_ID From S_%
To (m) ppm ppm ppm ppm ppm ppm ppm ppm ppm
Type (m)
RC TRC0002 110 112 0.004 1.02 15.8 780 1.87 63.8 1.85 214 0.06 141
RC TRC0002 112 114 0.002 1.19 23.4 1150 1.84 72.8 1.11 186 0.19 120
RC TRC0002 114 116 0.004 0.27 19.7 800 0.3 58.4 1.42 20 0.14 112
RC TRC0002 116 118 0.006 0.21 23.1 350 0.36 37.6 1.61 26 0.12 87
RC TRC0002 118 120 0.002 0.32 10.1 230 0.57 27.3 1.44 38.6 0.12 104
RC TRC0002 120 122 0.003 0.13 7.2 590 0.32 33.1 1.69 22.9 0.23 139
RC TRC0002 122 124 0.006 0.12 10.1 860 0.34 25.4 1.92 17 0.22 107
RC TRC0002 124 126 0.002 0.09 5.1 810 0.23 24 1.33 15.9 0.12 97
RC TRC0002 126 128 0.002 0.08 3 710 0.27 19.9 1.71 17.6 0.06 98
RC TRC0002 128 130 0.003 0.08 4.2 720 0.25 19.5 1.82 16.6 0.09 98
RC TRC0002 130 132 0.003 0.14 6 730 0.31 22.9 1.89 23.2 0.08 113
RC TRC0002 132 134 0.003 0.2 15.4 760 0.49 27.6 1.53 28.9 0.18 136
RC TRC0002 134 136 0.003 0.09 7.9 610 0.3 19.7 2.39 19.7 0.2 108
RC TRC0002 136 138 0.003 0.07 3.5 720 0.27 19.3 1.64 15.1 0.21 100
RC TRC0002 138 140 0.002 0.07 3.4 830 0.24 16 2.02 16 0.13 107
RC TRC0002 140 142 0.003 0.07 4.9 800 0.25 14.9 1.76 15 0.18 98
RC TRC0002 142 144 0.004 0.4 5.9 770 0.95 31.2 1.34 62.2 0.75 219
RC TRC0002 144 146 0.002 0.1 7.6 250 0.39 19.4 1.51 17.2 0.4 123
RC TRC0002 146 148 0.004 0.09 9.6 370 0.34 20 1.61 13.3 0.52 183
RC TRC0002 148 150 0.002 0.16 5.3 450 0.64 37.3 1.42 17.1 0.55 180
RC TRC0002 150 152 0.003 0.94 9.5 460 2.37 36.4 2.02 51 0.82 163
RC TRC0002 152 154 0.002 0.32 8.7 520 0.76 30.9 2.02 21.4 0.32 142
RC TRC0002 154 156 0.002 0.14 9.6 510 0.52 25.3 2.06 17.9 0.45 125
RC TRC0002 156 158 0.002 0.13 7.4 740 0.49 17.7 1.47 16.4 0.35 132
RC TRC0002 158 160 0.003 0.1 6.7 530 0.42 15.6 1.23 15.6 0.29 118
RC TRC0002 160 162 0.005 2.3 33.3 660 5.7 39.4 1.7 91.3 0.91 137
RC TRC0002 162 164 0.004 0.28 74.1 480 1.01 42.9 1.21 19.5 1.11 110
RC TRC0002 164 166 0.003 1.02 12.4 560 2.87 36.9 1.53 46.8 1 154
RC TRC0002 166 168 0.003 0.19 8 690 0.64 15.1 1.45 15.5 0.33 122
RC TRC0002 168 170 0.002 0.06 8.9 460 0.26 9.1 1.71 12.1 0.17 86
RC TRC0002 170 172 0.018 0.18 15 530 0.49 12.6 1.13 18.4 0.31 111
RC TRC0002 172 174 0.004 0.3 58 840 0.83 20.2 0.83 40.6 0.51 143
RC TRC0002 174 176 0.003 0.23 10.1 410 0.7 14.2 1.24 20.5 0.31 157
RC TRC0002 176 178 0.007 0.09 51.2 540 0.33 11.6 1.13 17.2 0.2 128
RC TRC0002 178 180 0.004 0.11 32.1 730 0.27 13.7 1.35 17.2 0.15 102
RC TRC0002 180 182 0.004 0.16 22.6 660 0.36 19.1 1.74 24.5 0.21 112
RC TRC0002 182 184 0.003 0.74 9.1 610 1.82 28 1.27 49 0.88 131
RC TRC0002 184 186 0.005 0.28 13.1 730 0.74 31.4 6.45 25.1 1.14 118
RC TRC0002 186 188 0.002 0.21 1010 440 0.6 25 1.69 19.6 0.63 128
RC TRC0002 188 190 0.006 0.09 60 600 0.19 11.3 1.73 22.2 0.07 102
RC TRC0002 190 192 0.003 0.1 41.1 590 0.35 13 2.04 19 0.16 110
RC TRC0002 192 194 0.002 0.16 22.1 800 0.41 13.2 1.27 23.5 0.25 123
RC TRC0002 194 196 0.003 0.09 8.9 1310 0.28 17.8 1.73 14.9 0.5 80
RC TRC0002 196 198 0.002 0.07 18.2 800 0.21 12.7 1.94 13.7 0.05 98
RC TRC0002 198 200 0.007 0.11 52.9 650 0.22 11.2 1.19 33.9 0.09 101
RC TRC0002 200 202 0.002 0.14 15.5 540 0.2 15.7 1.76 27.3 0.13 104
----- End of picture text -----
page 24
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----- Start of picture text -----
Depth
Depth Au Ag As Ba Bi Cu Mo Pb Zn
Sample_ Hole_ID From S_%
To (m) ppm ppm ppm ppm ppm ppm ppm ppm ppm
Type (m)
RC TRC0002 202 204 0.004 0.13 19.7 990 0.21 15.5 1.62 18.5 0.19 95
RC TRC0002 204 206 0.011 0.09 397 560 0.21 11 2.42 22.8 0.09 103
RC TRC0002 206 208 0.019 0.12 505 890 0.22 12.1 25.8 26.6 0.14 94
RC TRC0002 208 210 0.004 0.07 53.7 790 0.21 12 3.05 17.3 0.09 93
RC TRC0002 210 212 0.003 0.07 20.7 700 0.21 12.1 1.88 18.1 0.06 94
RC TRC0002 212 214 0.003 0.19 13.2 740 0.38 13.7 2.74 57.3 0.19 117
RC TRC0002 214 216 0.003 0.15 15.1 670 0.25 14.6 2.58 27.9 0.08 104
RC TRC0002 216 218 0.009 0.25 25.2 930 0.18 23.3 1.62 26.8 0.29 100
RC TRC0002 218 220 0.004 0.07 24.4 670 0.18 11.2 2.18 16.4 0.09 92
RC TRC0002 220 222 0.02 0.08 178.5 530 0.21 12.4 1.42 21 0.1 97
RC TRC0002 222 224 0.009 0.09 131 450 0.16 13.7 1.39 21 0.14 89
RC TRC0002 224 226 0.028 0.11 567 520 0.18 15.1 1.88 34.4 0.17 92
RC TRC0002 226 228 0.02 0.14 397 550 0.2 16.4 2.25 66.9 0.11 95
RC TRC0002 228 230 0.004 0.12 36.8 680 0.19 16.7 3.66 17.5 0.05 183
RC TRC0002 230 232 0.004 0.09 51.6 710 0.19 14.5 3.56 17.4 0.07 114
RC TRC0002 232 234 0.003 0.08 30.4 820 0.19 17.1 2.88 18.8 0.07 110
RC TRC0002 234 236 0.003 0.08 12 610 0.18 12.7 1.79 14.9 0.07 91
RC TRC0002 236 238 0.004 0.06 9.1 530 0.19 14.1 1.79 13.5 0.07 90
RC TRC0002 238 240 0.002 0.07 5.4 600 0.19 15 1.58 15.6 0.25 88
RC TRC0002 240 242 0.002 0.07 11.4 600 0.16 11.1 1.22 14.7 0.1 85
RC TRC0002 242 244 0.004 0.11 15.5 590 0.15 12.7 1.29 13.8 0.1 84
RC TRC0002 244 246 0.003 0.08 18.1 460 0.19 15.8 1.46 15.2 0.12 83
RC TRC0002 246 248 0.003 0.08 19.2 760 0.2 13.9 1.07 14.8 0.09 89
RC TRC0002 248 250 0.018 0.1 123 1020 0.14 14.8 1.54 14.3 0.12 81
RC TRC0002 250 252 0.04 0.08 369 1750 0.11 21.1 2.08 14.8 0.49 74
RC TRC0002 252 254 0.007 0.1 58.2 1380 0.16 16.5 1.85 19.2 0.23 85
RC TRC0002 254 256 0.006 0.07 63.8 630 0.13 15.1 1.89 13.2 0.15 89
RC TRC0002 256 258 0.003 0.08 20.5 460 0.17 12 1.41 15.7 0.09 108
RC TRC0002 258 260 0.005 0.08 21.3 490 0.13 14.9 0.86 13.1 0.14 88
RC TRC0002 260 262 0.003 0.08 21.5 350 0.18 15.3 2.24 18.3 0.15 88
RC TRC0002 262 264 0.018 0.08 405 570 0.15 16.5 1.19 26.5 0.22 109
RC TRC0002 264 266 0.003 0.06 12.2 920 0.14 10.7 0.87 12.9 0.15 98
RC TRC0002 266 268 0.002 0.07 9.4 430 0.17 10.6 0.96 13.9 0.04 104
RC TRC0002 268 270 0.002 0.07 9.1 500 0.15 19.2 1.18 13 0.03 83
RC TRC0002 270 272 0.002 0.09 12.7 320 0.13 27.8 0.94 12.9 0.07 82
RC TRC0002 272 274 0.002 0.16 16.7 320 0.16 47 1.68 48.3 0.07 194
RC TRC0002 274 276 0.001 0.09 14.3 380 0.13 35.6 1.38 12.1 0.09 79
RC TRC0002 276 278 0.004 0.07 15.2 380 0.12 30.7 1.34 11.7 0.08 79
RC TRC0002 278 280 0.002 0.09 40.6 450 0.12 34 1.12 12 0.04 81
RC TRC0002 280 282 0.004 0.07 18 570 0.12 32.3 1.38 11.4 0.03 84
RC TRC0002 282 284 0.002 0.09 45.3 730 0.16 28.1 1.49 14.7 0.1 92
RC TRC0002 284 286 0.002 0.14 32.1 600 0.21 31.3 0.89 30.7 0.1 98
RC TRC0002 286 288 0.006 0.1 20.7 460 0.13 36.4 1.21 13.6 0.13 88
RC TRC0002 288 290 0.003 0.06 11.9 490 0.11 30.3 1.42 11.2 0.04 98
RC TRC0002 290 292 0.003 0.05 13.2 560 0.11 33 1.68 11.1 0.05 82
RC TRC0002 292 294 0.002 0.44 32 370 0.1 37.9 1.35 9.3 0.06 76
----- End of picture text -----
page 25
==> picture [487 x 677] intentionally omitted <==
----- Start of picture text -----
Depth
Depth Au Ag As Ba Bi Cu Mo Pb Zn
Sample_ Hole_ID From S_%
To (m) ppm ppm ppm ppm ppm ppm ppm ppm ppm
Type (m)
RC TRC0002 294 296 0.001 0.1 20.5 640 0.12 33.9 0.95 11.8 0.02 92
RC TRC0002 296 298 0.014 0.08 13.6 370 0.12 32.1 1.25 21.3 0.06 81
RC TRC0002 298 300 0.001 0.07 10.6 340 0.1 29.8 0.88 10.3 0.03 75
RC TRC0002 302 304 0.002 0.04 7.8 250 0.1 31.2 0.98 9.7 0.05 80
RC TRC0002 304 306 0.006 0.04 5.1 330 0.11 28.3 1.44 10.5 0.21 72
RC TRC0002 306 308 0.003 0.06 9.3 620 0.1 31.2 1.54 10 0.14 72
RC TRC0002 308 310 0.001 0.08 7.1 570 0.1 31.1 0.93 10.5 0.03 78
RC TRC0002 310 312 0.002 0.06 16 550 0.11 37.8 1.52 10.4 0.04 76
RC TRC0002 312 314 0.002 0.09 28.4 420 0.1 29.8 0.97 27.6 0.08 90
RC TRC0002 314 316 0.001 0.06 10.4 560 0.11 29.1 0.84 11 0.03 75
RC TRC0002 316 318 0.002 0.05 7.8 640 0.1 31.8 1.27 10.3 0.03 75
RC TRC0002 318 320 0.001 0.05 6.4 670 0.11 33.1 1.35 11.7 0.02 83
RC TRC0002 320 322 0.001 0.05 8.9 590 0.1 30.9 1.08 12.3 0.03 79
RC TRC0002 322 324 0.001 0.05 10.6 520 0.11 30.6 1.37 13.6 0.03 82
RC TRC0002 324 326 0.001 0.04 6.3 480 0.1 28.7 1.28 10.2 0.02 72
RC TRC0002 326 328 0.002 0.12 5.6 460 0.1 25.1 1.54 10.1 0.05 80
RC TRC0002 328 330 0.002 0.05 59.5 330 0.12 33.5 0.62 9.7 0.1 79
RC TRC0002 330 332 0.011 0.32 404 500 0.09 31.7 0.5 172.5 0.46 179
RC TRC0002 332 334 0.003 0.22 92.7 250 0.08 33.6 0.32 28.2 0.09 87
RC TRC0002 334 336 0.003 0.18 185 300 0.11 34 0.59 36.5 0.19 89
RC TRC0002 336 338 0.005 0.17 148 320 0.09 32.8 0.54 32.5 0.17 89
RC TRC0002 338 340 0.005 0.13 43.8 240 0.12 32.5 0.89 13 0.1 72
RC TRC0002 340 342 0.001 0.18 22 260 0.09 28.2 1.32 8.8 0.16 73
RC TRC0002 342 344 0.016 0.17 369 400 0.14 41.6 2.44 13.4 0.46 109
RC TRC0002 344 346 0.002 0.14 33.5 320 0.1 32.7 0.92 10.2 0.06 73
RC TRC0002 346 348 0.002 0.13 26.4 320 0.08 30.9 0.92 8.9 0.09 79
RC TRC0003 0 2 0.005 0.27 14.2 570 0.23 102 0.29 11.5 0.01 156
RC TRC0003 2 4 0.005 0.3 20.6 530 0.2 113 0.19 21.8 0.01 79
RC TRC0003 4 6 0.006 0.27 99.9 690 0.21 108 1.53 23.4 0.01 121
RC TRC0003 6 8 0.004 0.18 87.2 760 0.18 98.3 1.4 16.7 0.01 104
RC TRC0003 8 10 0.008 0.13 39.9 660 0.16 97.8 0.88 14.4 0.62 102
RC TRC0003 10 12 0.005 0.17 38 640 0.18 109 0.85 13.9 0.75 88
RC TRC0003 12 14 0.005 0.13 42.3 670 0.18 99.3 1.41 19.3 1.03 90
RC TRC0003 14 16 0.003 0.12 38.7 810 0.18 95.5 1.48 13.5 0.75 116
RC TRC0003 16 18 0.005 0.16 34.2 610 0.2 98.3 1.2 14.6 0.9 85
RC TRC0003 18 20 0.005 0.26 46.8 600 0.26 97.9 1.07 22.1 0.91 100
RC TRC0003 20 22 0.007 0.25 43.7 620 0.17 101 1.08 18.2 1.03 84
RC TRC0003 22 24 0.006 0.26 40.9 620 0.18 100.5 1.03 15.4 1.07 83
RC TRC0003 24 26 0.007 0.31 42.6 630 0.18 102.5 1.38 16.4 1.02 83
RC TRC0003 26 28 0.009 0.32 64.6 630 0.2 103 1.1 17.5 0.72 78
RC TRC0003 28 30 0.008 0.37 79.4 610 0.19 113 0.92 17 1.01 92
RC TRC0003 30 32 0.005 0.29 36.9 650 0.2 101 1.03 14.2 0.94 87
RC TRC0003 32 34 0.008 0.34 24 590 0.19 97.1 1.09 58.7 0.92 91
RC TRC0003 34 36 0.005 0.28 36.9 700 0.17 112.5 0.86 15.2 0.69 95
RC TRC0003 36 38 0.004 0.25 34.5 690 0.17 99.2 0.98 17.5 0.12 89
RC TRC0003 38 40 0.005 0.41 35.3 680 0.18 96.7 1.47 18.8 0.48 82
----- End of picture text -----
page 26
==> picture [487 x 677] intentionally omitted <==
----- Start of picture text -----
Depth
Depth Au Ag As Ba Bi Cu Mo Pb Zn
Sample_ Hole_ID From S_%
To (m) ppm ppm ppm ppm ppm ppm ppm ppm ppm
Type (m)
RC TRC0003 40 42 0.007 0.37 32.2 720 0.17 106 0.95 18.8 0.75 91
RC TRC0003 42 44 0.013 0.43 136.5 590 0.15 99.3 0.99 15.8 0.61 85
RC TRC0003 44 46 0.004 0.31 29.6 700 0.18 112 1.11 17 0.73 94
RC TRC0003 46 48 0.007 0.31 44.3 700 0.17 101 1.01 18.4 0.84 93
RC TRC0003 48 50 0.024 0.7 472 670 0.2 72.7 1.04 24.3 0.72 103
RC TRC0003 50 52 0.003 0.33 42.7 590 0.17 90.4 0.78 16.1 0.62 80
RC TRC0003 52 54 0.004 0.37 34.9 520 0.11 77.6 0.75 21.1 0.53 87
RC TRC0003 54 56 0.006 0.36 26.5 640 0.14 89.9 0.75 20.4 0.72 86
RC TRC0003 56 58 0.021 0.33 189.5 580 0.15 89.8 0.87 20.7 0.62 83
RC TRC0003 58 60 0.041 0.37 162.5 810 0.18 114 1.02 19.6 1.18 92
RC TRC0003 60 62 0.006 0.27 25.9 680 0.21 104.5 1.04 19.5 0.9 98
RC TRC0003 62 64 0.003 0.21 47.9 670 0.2 109 1.42 20.2 0.89 96
RC TRC0003 64 66 0.023 0.23 129.5 610 0.18 101 0.83 17.5 0.8 110
RC TRC0003 66 68 0.004 0.23 22.2 720 0.2 101.5 1.15 16.5 0.79 156
RC TRC0003 68 70 0.006 0.28 21.9 740 0.21 103 1.26 18.9 0.93 98
RC TRC0003 70 72 0.013 0.34 113.5 1020 0.19 111 4.17 24.9 1.03 94
RC TRC0003 72 74 0.008 0.43 103.5 770 0.19 112 1.65 30.8 0.83 93
RC TRC0003 74 76 0.004 0.45 52 700 0.11 106 0.66 12.9 0.05 101
RC TRC0003 76 78 0.043 0.22 787 660 0.13 110.5 1.11 20.6 0.06 85
RC TRC0003 78 80 0.006 0.48 70.2 1150 0.12 101.5 0.76 17.9 0.06 101
RC TRC0003 80 82 0.004 0.16 50.2 980 0.12 82.9 0.57 13.7 0.01 90
RC TRC0003 82 84 0.004 0.24 43.9 1270 0.16 101 0.74 17.9 0.2 96
RC TRC0003 84 86 0.003 0.34 28.1 1430 0.16 96.3 0.51 17.5 0.22 89
RC TRC0003 86 88 0.002 0.21 21.6 1300 0.13 87.8 0.75 14.7 0.25 79
RC TRC0003 88 90 0.004 0.29 39.4 1250 0.13 88.4 0.72 18.3 0.25 81
RC TRC0003 90 92 0.003 0.13 27 1190 0.12 87.2 0.77 12.5 0.22 73
RC TRC0003 92 94 0.003 0.12 22.4 1190 0.12 94.6 33.6 17.7 1.08 87
RC TRC0003 94 96 0.002 0.22 27.2 1250 0.11 98.9 6.66 13.3 0.36 81
RC TRC0003 96 98 0.003 0.12 27.9 1460 0.11 107 0.81 10.9 0.21 86
RC TRC0003 98 100 0.004 0.14 30.7 1360 0.12 109 2.08 12.3 0.22 78
RC TRC0003 100 102 0.001 0.08 19.2 1790 0.07 89 0.68 10.5 0.1 87
RC TRC0003 102 104 0.001 0.03 10.1 1510 0.04 73.6 0.45 7.4 0.1 99
RC TRC0003 104 106 0.002 0.05 11 1130 0.09 89.8 1.04 11.3 0.16 89
RC TRC0003 106 108 0.001 0.04 10.3 1340 0.06 79.2 0.65 10.3 0.13 91
RC TRC0003 108 110 0.003 0.05 5 1520 0.11 118 0.66 12.6 0.17 86
RC TRC0003 110 112 0.004 0.09 33.2 1260 0.09 96.3 1.33 12.2 0.25 92
RC TRC0003 112 114 0.002 0.15 28.4 880 0.12 104 0.95 14.7 0.25 92
RC TRC0003 114 116 0.004 0.19 26.2 940 0.14 92 1.03 14.5 0.33 82
RC TRC0003 116 118 0.003 0.22 25.9 970 0.13 101.5 0.73 17.5 0.21 89
RC TRC0003 118 120 0.002 0.18 20.3 1100 0.13 92.2 0.8 15 0.2 86
RC TRC0003 120 122 0.004 0.21 65.5 1280 0.14 95.3 1.07 15.5 0.34 89
RC TRC0003 122 124 0.007 0.2 99.6 1180 0.19 104 2.9 21.8 0.74 93
RC TRC0003 124 126 0.004 0.33 73 1270 0.17 102 0.78 21.9 0.34 88
RC TRC0003 126 128 0.006 0.26 32.6 1370 0.15 100 0.68 15.6 0.39 86
RC TRC0003 128 130 0.003 0.2 27.7 1420 0.19 99.8 0.84 18.9 0.67 79
RC TRC0003 130 132 0.003 0.25 25.6 1360 0.18 97.1 0.81 18.9 0.61 85
----- End of picture text -----
page 27
==> picture [487 x 677] intentionally omitted <==
----- Start of picture text -----
Depth
Depth Au Ag As Ba Bi Cu Mo Pb Zn
Sample_ Hole_ID From S_%
To (m) ppm ppm ppm ppm ppm ppm ppm ppm ppm
Type (m)
RC TRC0003 132 134 0.006 0.23 98.8 1240 0.21 100.5 1.11 18.5 0.65 86
RC TRC0003 134 136 0.003 0.27 30.6 1190 0.23 110.5 0.98 20.2 0.81 94
RC TRC0003 136 138 0.007 0.25 97.4 1020 0.22 98.2 0.86 19.4 0.72 86
RC TRC0003 138 140 0.006 0.26 27.7 1130 0.23 112 1.35 21.4 1.02 96
RC TRC0003 140 142 0.007 0.27 34.4 920 0.26 103 1.6 26 1.23 100
RC TRC0003 142 144 0.006 0.23 41.4 870 0.26 101 5 22.9 1.05 103
RC TRC0003 144 146 0.011 0.3 123 1090 0.19 110.5 3.04 18.8 0.82 101
RC TRC0003 146 148 0.003 0.14 34.3 1250 0.13 120 1.7 15 0.52 87
RC TRC0003 148 150 0.002 0.26 23.7 1570 0.15 118.5 1.08 17.6 0.38 83
RC TRC0003 150 152 0.003 0.12 20.5 1780 0.13 117 0.66 14.7 0.27 79
RC TRC0003 152 154 0.006 0.16 114.5 1600 0.16 118 0.86 20 0.36 86
RC TRC0003 154 156 0.003 0.08 20.2 1750 0.11 103 1.09 13.5 0.23 87
RC TRC0003 156 158 0.004 0.11 37.3 1630 0.1 94 0.69 14 0.31 90
RC TRC0003 158 160 0.017 0.25 287 1560 0.12 94.3 1.12 76.4 0.64 101
RC TRC0003 160 162 0.011 0.23 143.5 1380 0.13 100.5 2.23 40.7 0.58 92
RC TRC0003 162 164 0.031 0.23 37.4 1870 0.09 111.5 1.27 18 0.82 85
RC TRC0003 164 166 0.034 0.23 43.8 1810 0.09 111 1.72 20 0.92 86
RC TRC0003 166 168 0.031 0.24 35 2000 0.09 109.5 1.87 15.1 0.79 79
RC TRC0003 168 170 0.028 0.49 25.6 2150 0.1 96.7 1.32 16.6 1.23 74
RC TRC0003 170 172 0.017 0.38 44.7 2040 0.1 122 1.69 20.3 1.52 86
RC TRC0003 172 174 0.005 0.12 23.6 1800 0.1 112.5 2.11 16.3 0.4 82
RC TRC0004 0 2 0.027 0.14 19.2 350 0.26 51.1 2.53 28.5 0.02 119
RC TRC0004 2 4 0.019 0.11 13.7 450 0.26 43.6 1.28 23.2 0.02 54
RC TRC0004 4 6 0.014 0.11 14 250 0.23 36.9 0.99 26 0.01 47
RC TRC0004 6 8 0.006 0.21 13.1 280 0.12 32.1 0.64 16.3 0.01 109
RC TRC0004 8 10 0.006 0.08 10.4 530 0.14 43 0.47 17.4 0.01 70
RC TRC0004 10 12 0.01 0.17 9.6 600 0.13 50.6 1.05 22.4 0.01 71
RC TRC0004 12 14 0.003 0.07 8.6 420 0.15 47.5 0.93 17.5 0.01 68
RC TRC0004 14 16 0.051 0.07 6.3 360 0.14 37.5 0.79 14.4 0.01 34
RC TRC0004 16 18 0.005 0.09 11.5 380 0.15 41.6 0.62 24.7 0.01 42
RC TRC0004 18 20 0.003 0.07 8.1 320 0.16 49 0.77 20.5 0.01 94
RC TRC0004 20 22 0.004 0.08 15.4 320 0.15 46.2 0.97 17.1 0.01 62
RC TRC0004 22 24 0.021 0.05 11.5 320 0.15 53.5 0.83 12 0.01 98
RC TRC0004 24 26 0.021 0.2 14.1 940 0.14 64.8 0.97 24.7 0.01 218
RC TRC0004 26 28 0.007 0.05 12.7 650 0.16 58.8 0.8 15 0.01 171
RC TRC0004 28 30 0.02 0.06 8.2 1060 0.13 55.7 0.46 10.7 0.01 221
RC TRC0004 30 32 0.005 0.09 9.5 1100 0.17 53.5 0.34 13.9 0.01 473
RC TRC0004 32 34 0.002 0.11 8.8 1100 0.16 51.7 0.38 18 0.01 300
RC TRC0004 34 36 0.007 0.08 16.1 440 0.14 58 0.91 11.8 0.01 164
RC TRC0004 36 38 0.002 0.09 6.1 850 0.1 41.8 0.32 10.8 0.01 104
RC TRC0004 38 40 0.003 0.09 7.4 820 0.12 44.2 0.29 9.8 0.01 92
RC TRC0004 40 42 0.004 0.1 14.6 850 0.12 45.9 0.33 10.9 0.01 89
RC TRC0004 42 44 0.003 0.19 11.5 610 0.12 48.2 0.62 11.4 0.01 92
RC TRC0004 44 46 0.002 0.14 9.7 860 0.1 45.2 0.56 13.2 0.01 81
RC TRC0004 46 48 0.002 0.21 12.6 810 0.1 44.5 1.68 13.9 0.01 91
RC TRC0004 48 50 0.003 0.25 9 770 0.12 45.3 1.32 10.9 0.01 88
----- End of picture text -----
page 28
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----- Start of picture text -----
Depth
Depth Au Ag As Ba Bi Cu Mo Pb Zn
Sample_ Hole_ID From S_%
To (m) ppm ppm ppm ppm ppm ppm ppm ppm ppm
Type (m)
RC TRC0004 50 52 0.002 0.1 12.5 910 0.12 43.6 2.91 11.8 0.02 92
RC TRC0004 52 54 0.002 0.15 10.4 720 0.12 42.5 0.97 9.1 0.01 92
RC TRC0004 54 56 0.005 0.37 13.1 850 0.07 36.7 0.76 12.2 0.005 63
RC TRC0004 56 58 0.005 0.44 14.6 490 0.12 25.9 0.95 11.5 0.01 64
RC TRC0004 58 60 0.006 0.35 11.9 280 0.13 26.9 0.93 14 0.01 67
RC TRC0004 60 62 0.004 0.16 9.9 830 0.12 43 1.98 11.3 0.01 110
RC TRC0004 62 64 0.003 0.1 12.3 1000 0.13 57.5 1.19 11.7 0.01 78
RC TRC0004 64 66 0.003 0.13 10.4 580 0.13 53.6 1.04 10.8 0.01 81
RC TRC0004 66 68 0.003 0.13 9.7 990 0.12 53.4 1.08 11.7 0.01 75
RC TRC0004 68 70 0.005 0.14 9.5 860 0.13 56.7 0.77 8.4 0.005 82
RC TRC0004 70 72 0.004 0.14 6.9 970 0.11 53.3 0.88 13.3 0.005 81
RC TRC0004 72 74 0.011 0.26 19.3 440 0.09 56.3 0.5 7.6 0.01 78
RC TRC0004 74 76 0.003 0.11 10.1 970 0.11 48.8 0.88 10.2 0.005 75
RC TRC0004 76 78 0.002 0.06 9.4 740 0.1 49.7 2.19 9.2 0.01 75
RC TRC0004 78 80 0.005 0.05 15.8 840 0.09 47.9 1.44 9.6 0.01 74
RC TRC0004 80 82 0.006 0.05 10.8 760 0.11 49.1 1.41 9.4 0.01 71
RC TRC0004 82 84 0.002 0.04 11.8 680 0.11 47.4 2.39 10.3 0.01 71
RC TRC0004 84 86 0.002 0.06 9.9 560 0.09 47.5 1.45 9.1 0.01 74
RC TRC0004 86 88 0.002 0.11 13.5 630 0.1 48.2 1.72 11.7 0.005 71
RC TRC0004 88 90 0.003 0.11 13.5 700 0.1 48.9 1.36 12.7 0.005 73
RC TRC0004 90 92 0.003 0.06 12.2 630 0.1 50.2 1.29 9 0.005 74
RC TRC0004 92 94 0.002 0.06 108.5 580 0.08 51 2.18 8.6 0.05 70
RC TRC0004 94 96 0.002 0.08 15.8 690 0.08 57.1 1.88 9.2 0.01 71
RC TRC0004 96 98 0.005 0.2 12.5 670 0.12 43.5 1.23 21.4 0.005 85
RC TRC0004 98 100 0.002 0.12 11.2 1010 0.13 48.8 1.34 15.7 0.005 78
RC TRC0004 100 102 0.002 0.08 13.8 480 0.15 39 1.73 17 0.005 73
RC TRC0004 102 104 0.003 0.18 8.5 880 0.14 31.3 1.28 14.3 0.005 72
RC TRC0004 104 106 0.002 0.17 11.4 570 0.16 35 1.12 16.5 0.005 78
RC TRC0004 106 108 0.002 0.1 12.8 720 0.14 31.4 0.95 57.9 0.005 98
RC TRC0004 108 110 0.006 0.24 15.2 550 0.14 40.7 1.54 50.9 0.02 96
RC TRC0004 110 112 0.002 0.1 5.8 490 0.14 38.4 1.56 17.5 0.03 74
RC TRC0004 112 114 0.002 0.1 7.4 760 0.15 36 1.37 15.5 0.01 78
RC TRC0004 114 116 0.004 0.15 8.6 540 0.14 36.9 1.56 26.7 0.02 94
RC TRC0004 116 118 0.006 0.17 162.5 450 0.14 36.4 1.6 75.5 0.07 120
RC TRC0004 118 120 0.003 0.09 16.7 170 0.12 36 1.66 20.1 0.06 78
RC TRC0004 120 122 0.005 0.1 4.9 770 0.15 31.7 1.4 12.7 0.1 69
RC TRC0004 122 124 0.003 0.11 13.6 530 0.1 34.3 1.45 12 0.1 69
RC TRC0004 124 126 0.003 0.1 7.1 360 0.12 35.7 2 11.7 0.05 86
RC TRC0004 126 128 0.002 0.07 4.8 530 0.17 37.2 1.89 14.4 0.03 77
RC TRC0004 128 130 0.002 0.13 17.6 420 0.12 32.6 1.66 10.9 0.07 73
RC TRC0004 130 132 0.001 0.08 4.3 280 0.14 35.6 3.38 13.2 0.04 76
RC TRC0004 132 134 0.001 0.05 4.2 460 0.11 37 3.4 11.6 0.12 80
RC TRC0004 134 136 0.002 0.09 4 860 0.12 67.7 2.75 12.1 0.05 75
RC TRC0004 136 138 0.002 0.13 7.3 1010 0.09 52.8 1.26 7.9 0.02 71
RC TRC0004 138 140 0.002 0.15 17.8 710 0.09 64.5 0.67 13.4 0.03 86
RC TRC0004 140 142 0.002 0.08 6.3 840 0.07 64.3 0.93 6.8 0.03 70
----- End of picture text -----
page 29
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----- Start of picture text -----
Depth
Depth Au Ag As Ba Bi Cu Mo Pb Zn
Sample_ Hole_ID From S_%
To (m) ppm ppm ppm ppm ppm ppm ppm ppm ppm
Type (m)
RC TRC0004 142 144 0.003 0.09 16.6 440 0.1 74.9 1.57 10.5 0.2 85
RC TRC0004 144 146 0.009 0.12 17.8 700 0.07 63.8 1.36 10.5 0.08 69
RC TRC0004 146 148 0.003 0.12 15 590 0.1 62.1 1.44 10.3 0.02 76
RC TRC0004 148 150 0.003 0.17 6.1 530 0.07 61.7 1.42 9.4 0.05 74
RC TRC0004 150 152 0.003 0.13 12 500 0.1 66.7 1.72 9.8 0.02 71
RC TRC0004 152 154 0.003 0.08 6.1 400 0.07 66.2 1.03 7.9 0.02 71
RC TRC0004 154 156 0.002 0.07 7.7 340 0.07 65 1.08 6.8 0.01 67
RC TRC0004 156 158 0.003 0.07 20.1 700 0.08 59.9 0.95 7.2 0.03 66
RC TRC0004 158 160 0.003 0.29 105.5 680 0.06 58.7 0.81 11.2 0.07 83
RC TRC0004 160 162 0.003 0.12 19.3 260 0.08 63.2 1.26 7.5 0.03 84
RC TRC0004 162 164 0.008 0.08 6.5 560 0.07 56.4 1.66 10.5 0.02 92
RC TRC0004 164 166 0.004 0.15 15.8 710 0.08 62 1.28 16.9 0.03 92
RC TRC0004 166 168 0.004 0.18 31.7 540 0.08 54.3 1 13.4 0.03 85
RC TRC0004 168 170 0.012 0.25 19.8 440 0.07 46.4 0.79 30.3 0.02 103
RC TRC0004 170 172 0.003 0.11 22.3 590 0.08 53.6 0.75 12 0.03 80
RC TRC0004 172 174 0.006 0.09 9.3 660 0.08 57.1 1.35 10.6 0.02 117
RC TRC0004 174 176 0.001 0.13 10.6 510 0.09 57.7 0.51 9.8 0.05 71
RC TRC0004 176 178 0.003 0.12 8 560 0.1 56.5 1 12.6 0.05 112
RC TRC0004 178 180 0.002 0.08 5.8 570 0.07 61.2 0.93 8.8 0.03 95
RC TRC0005 0 2 0.029 0.09 6.2 700 0.4 120.5 0.32 41.6 0.01 84
RC TRC0005 2 4 0.024 0.18 7.4 640 0.36 76 0.16 34.1 0.01 60
RC TRC0005 4 6 0.031 0.4 7.6 610 0.22 69.5 0.09 31.3 0.005 54
RC TRC0005 6 8 0.02 0.48 4.8 600 0.22 71.5 0.11 29.9 0.005 85
RC TRC0005 8 10 0.017 0.56 8.1 560 0.21 73 0.09 27.5 0.01 76
RC TRC0005 10 12 0.023 0.64 14.4 520 0.2 86.4 0.15 28.2 0.01 91
RC TRC0005 12 14 0.017 0.46 15.8 470 0.19 123.5 0.46 26 0.01 99
RC TRC0005 14 16 0.025 1.1 341 460 0.18 95.9 4.63 24.7 0.01 120
RC TRC0005 16 18 0.011 0.72 122 520 0.19 89.3 0.98 23.2 0.01 86
RC TRC0005 18 20 0.01 0.68 134 640 0.19 96.1 1.17 41 0.01 101
RC TRC0005 20 22 0.01 0.73 139.5 660 0.18 103 1.06 37.4 0.01 121
RC TRC0005 22 24 0.021 0.72 186.5 840 0.21 110.5 1.07 71.2 0.01 137
RC TRC0005 24 26 0.024 0.83 361 580 0.17 101 1.22 49.6 0.08 118
RC TRC0005 26 28 0.016 0.71 227 630 0.2 97.1 1.21 32.2 0.91 101
RC TRC0005 28 30 0.014 0.77 196.5 560 0.2 96.5 1.04 31.5 1.2 90
RC TRC0005 30 32 0.015 0.88 120.5 660 0.2 98.9 0.67 27.8 1.96 136
RC TRC0005 32 34 0.024 0.91 226 670 0.24 100.5 0.79 55.9 2.15 112
RC TRC0005 34 36 0.038 0.89 209 690 0.2 101.5 0.91 49.7 1.97 106
RC TRC0005 36 38 0.02 0.97 343 620 0.27 100.5 0.82 126 1.33 204
RC TRC0005 38 40 0.014 0.77 141 690 0.21 93 0.98 28.5 1.11 120
RC TRC0005 40 42 0.009 0.8 146.5 600 0.18 91.7 0.71 26.4 0.98 93
RC TRC0005 42 44 0.02 0.84 156 690 0.18 101 0.79 31.9 1.12 141
RC TRC0005 44 46 0.011 0.8 164.5 770 0.19 100.5 0.85 34.1 0.56 159
RC TRC0005 46 48 0.042 0.71 787 620 0.17 87.8 0.92 38.8 1.36 85
RC TRC0005 48 50 0.018 0.85 357 580 0.19 99.2 0.63 55.1 1.15 133
RC TRC0005 50 52 0.012 0.72 199 600 0.19 93.3 0.69 41.7 1.01 119
RC TRC0005 52 54 0.012 0.74 175.5 540 0.21 93.2 0.83 38.6 1.19 104
----- End of picture text -----
page 30
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----- Start of picture text -----
Depth
Depth Au Ag As Ba Bi Cu Mo Pb Zn
Sample_ Hole_ID From S_%
To (m) ppm ppm ppm ppm ppm ppm ppm ppm ppm
Type (m)
RC TRC0005 54 56 0.023 0.75 311 560 0.23 96.7 0.75 43.9 1.09 125
RC TRC0005 56 58 0.009 0.62 59.8 580 0.17 94.4 0.72 21.6 1.01 86
RC TRC0005 58 60 0.01 0.77 200 610 0.2 102.5 0.7 120 1.11 163
RC TRC0005 60 62 0.025 0.76 337 590 0.2 107.5 0.81 50.5 1.2 104
RC TRC0005 62 64 0.086 0.92 1370 580 0.19 112.5 0.66 177 1.23 161
RC TRC0005 64 66 0.011 0.72 207 520 0.19 94.1 0.93 33.3 0.67 113
RC TRC0005 66 68 0.021 0.64 453 540 0.2 112.5 0.79 64.7 1.1 116
RC TRC0005 68 70 0.013 0.55 186.5 500 0.21 101.5 0.86 43.6 1.04 127
RC TRC0005 70 72 0.01 0.7 121 600 0.17 94.6 0.78 16.7 0.48 115
RC TRC0005 72 74 0.005 0.54 40.5 460 0.18 88.2 0.59 23.1 0.99 90
RC TRC0005 74 76 0.009 0.61 104 520 0.22 98 0.7 42.5 1.11 112
RC TRC0005 76 78 0.006 0.57 35.7 530 0.23 110 0.83 20.8 1.07 99
RC TRC0005 78 80 0.006 0.63 46.1 630 0.22 102 0.82 25.5 0.84 138
RC TRC0005 80 82 0.006 0.57 79.5 510 0.2 113 0.64 26.1 1.17 98
RC TRC0005 82 84 0.007 0.59 142 540 0.22 114 0.89 33.3 1.32 100
RC TRC0005 84 86 0.006 0.57 52.7 460 0.22 91.9 0.55 16.9 1.1 93
RC TRC0005 86 88 0.006 0.66 46.8 540 0.28 106.5 0.78 39.5 1.16 116
RC TRC0005 88 90 0.007 0.57 91.5 540 0.2 97.2 0.77 22.9 1.23 94
RC TRC0005 90 92 0.058 0.61 941 580 0.21 102 0.65 29.5 1.22 87
RC TRC0005 92 94 0.007 0.66 63.7 600 0.19 97 0.73 24.1 1.04 103
RC TRC0005 94 96 0.008 0.61 98 590 0.22 102 1.14 24.8 1.11 101
RC TRC0005 96 98 0.007 0.93 58.6 650 0.2 122.5 1.31 18.3 1.04 104
RC TRC0005 98 100 0.021 0.79 750 790 0.28 110.5 1.13 38.8 1.07 120
RC TRC0005 100 102 0.009 0.75 232 930 0.27 138 1.25 31.1 1.09 114
RC TRC0005 102 104 0.008 0.71 124.5 800 0.21 159 1.05 29.6 0.74 135
RC TRC0005 104 106 0.007 0.53 56.4 1020 0.25 118 1.14 26.7 0.91 100
RC TRC0005 106 108 0.008 0.53 79.9 830 0.2 117.5 1.77 17 0.6 116
RC TRC0005 108 110 0.005 0.52 42.5 920 0.24 123.5 1.7 24.5 0.72 114
RC TRC0005 110 112 0.012 0.59 323 910 0.29 139 1.51 52.3 0.65 110
RC TRC0005 112 114 0.009 0.58 67.4 820 0.21 144.5 1.07 16.9 0.59 109
RC TRC0005 114 116 0.004 0.56 44.6 740 0.2 131 1.12 17.7 0.61 156
RC TRC0005 116 118 0.004 0.49 35.7 800 0.22 129 1.47 18.2 0.88 105
RC TRC0005 118 120 0.008 0.51 87.3 850 0.2 129 1.07 19.4 1.09 104
RC TRC0005 120 122 0.01 0.48 104 750 0.27 136 1.17 21.6 1.07 114
RC TRC0005 122 124 0.003 0.45 46.8 810 0.19 128 1.3 17.1 0.93 108
RC TRC0005 124 126 0.013 0.53 303 720 0.21 122 1.29 30.2 0.93 103
RC TRC0005 126 128 0.007 0.56 55 800 0.26 135 1.08 19.3 0.93 123
RC TRC0005 128 130 0.005 0.51 64 1300 0.22 112.5 1.17 17.1 0.68 108
RC TRC0005 130 132 0.004 0.58 58 910 0.12 136.5 1.35 16.5 0.5 108
RC TRC0005 132 134 0.011 0.78 128.5 880 0.21 153 3.39 32.2 0.62 153
RC TRC0005 134 136 0.006 0.74 75.8 850 0.16 136 1.12 22.7 0.58 116
RC TRC0005 136 138 0.012 0.78 147 920 0.22 144.5 1.34 25.5 1 114
RC TRC0005 138 140 0.005 0.82 65.3 860 0.18 133.5 0.98 33.5 0.81 115
RC TRC0005 140 142 0.006 0.64 57.3 790 0.18 129 1.15 25.8 1.17 111
RC TRC0005 142 144 0.007 0.85 57.9 790 0.22 171 1.07 36.2 1.15 127
RC TRC0005 144 146 0.01 0.68 76 730 0.21 126 0.97 26 0.99 111
----- End of picture text -----
page 31
==> picture [487 x 677] intentionally omitted <==
----- Start of picture text -----
Depth
Depth Au Ag As Ba Bi Cu Mo Pb Zn
Sample_ Hole_ID From S_%
To (m) ppm ppm ppm ppm ppm ppm ppm ppm ppm
Type (m)
RC TRC0005 146 148 0.007 0.62 226 790 0.23 122 1.16 32.5 1.45 106
RC TRC0005 148 150 0.008 0.56 216 770 0.21 125.5 1.19 30.4 1.45 109
RC TRC0005 150 152 0.006 0.54 101.5 770 0.23 121 0.9 28.4 1.22 112
RC TRC0005 152 154 0.007 0.46 70 710 0.2 112 1.02 29.4 1.04 109
RC TRC0005 154 156 0.011 0.51 126.5 600 0.19 113 1.05 24.8 0.75 99
RC TRC0005 156 158 0.009 0.61 188.5 580 0.26 123 0.95 32.6 1.11 105
RC TRC0005 158 160 0.006 0.51 48.5 660 0.21 123 0.97 31.2 1.16 106
RC TRC0005 160 162 0.022 0.55 757 610 0.19 133.5 1.02 36.9 1.26 100
RC TRC0006 0 2 0.009 0.13 17.9 840 0.15 182 0.22 16.2 0.02 91
RC TRC0006 2 4 0.007 0.23 91.2 930 0.17 379 0.4 19.4 0.01 82
RC TRC0006 4 6 0.004 0.3 68.6 920 0.16 687 0.57 13.4 0.01 100
RC TRC0006 6 8 0.003 0.23 31.9 1030 0.13 880 0.74 12.3 0.01 125
RC TRC0006 8 10 0.004 0.17 5.8 920 0.1 178.5 0.45 13.9 0.01 94
RC TRC0006 10 12 0.003 0.08 4.2 1190 0.12 73.7 0.32 12.2 0.005 81
RC TRC0006 12 14 0.003 0.14 9.9 1230 0.1 70.4 0.6 16.5 0.01 87
RC TRC0006 14 16 0.003 0.16 7 1340 0.14 157 0.58 15.7 0.005 89
RC TRC0006 16 18 0.002 0.1 3.3 1090 0.1 102 0.48 13.1 0.005 84
RC TRC0006 18 20 0.001 0.11 3.4 1150 0.11 100 0.42 11.9 0.01 88
RC TRC0006 20 22 0.003 0.16 74 1240 0.13 106 2.8 19.4 0.01 99
RC TRC0006 22 24 0.001 0.08 33.5 1230 0.12 96.6 0.78 15 0.005 87
RC TRC0006 24 26 0.003 0.09 26.4 1300 0.1 96.6 0.52 18.1 0.005 86
RC TRC0006 26 28 0.006 0.1 46.3 1300 0.11 91.7 0.86 17.6 0.005 83
RC TRC0006 28 30 0.002 0.09 59.5 1370 0.09 95 1.99 11.1 0.005 80
RC TRC0006 30 32 0.002 0.1 27 1290 0.11 98.6 0.5 16.1 0.005 98
RC TRC0006 32 34 0.002 0.11 30 1110 0.07 105.5 0.4 11.2 0.01 84
RC TRC0006 34 36 0.003 0.08 38 1090 0.07 102 0.78 11.4 0.005 93
RC TRC0006 36 38 0.005 0.11 45.2 1200 0.09 115 1.59 14.3 0.005 102
RC TRC0006 38 40 0.004 0.1 31.6 1210 0.09 103 0.96 11.4 0.005 77
RC TRC0006 40 42 0.003 0.08 23 1300 0.1 109 0.77 11.5 0.005 84
RC TRC0006 42 44 0.004 0.09 28.3 1360 0.1 109.5 2.03 12.6 0.005 82
RC TRC0006 44 46 0.026 0.16 181 1610 0.04 97.5 1.13 9.7 0.01 97
RC TRC0006 46 48 0.003 0.13 42.2 1200 0.02 82.7 0.88 8.3 0.005 102
RC TRC0006 48 50 0.004 0.1 35.7 1450 0.07 95.8 1.04 12 0.005 118
RC TRC0006 50 52 0.003 0.1 27.9 1730 0.09 106 1.09 25.4 0.005 88
RC TRC0006 52 54 0.003 0.09 28.5 1540 0.04 90.2 1.65 8.7 0.01 103
RC TRC0006 54 56 0.004 0.09 17.3 1300 0.11 103.5 0.93 12.7 0.01 89
RC TRC0006 56 58 0.037 0.11 24 1380 0.1 104 0.95 13.6 0.01 91
RC TRC0006 58 60 0.002 0.16 25.5 1080 0.1 102.5 0.8 12.6 0.05 95
RC TRC0006 60 62 0.005 0.11 22.9 1250 0.11 97.4 0.84 14.4 0.01 82
RC TRC0006 62 64 0.003 0.1 18.4 1210 0.11 98.5 0.57 13 0.02 80
RC TRC0006 64 66 0.002 0.09 16.8 1170 0.11 94.3 0.72 14.2 0.02 85
RC TRC0006 66 68 0.003 0.09 22 1190 0.13 101 0.82 15.8 0.16 87
RC TRC0006 68 70 0.006 0.17 41.5 1230 0.15 111 4.04 19.3 0.23 84
RC TRC0006 70 72 0.003 0.12 25.5 1230 0.12 111 0.69 15.4 0.02 90
RC TRC0006 72 74 0.005 0.1 31.1 1380 0.13 109.5 0.65 14.7 0.03 91
RC TRC0006 74 76 0.005 0.08 28.6 1400 0.16 99.5 0.9 15.5 0.01 75
----- End of picture text -----
page 32
==> picture [487 x 677] intentionally omitted <==
----- Start of picture text -----
Depth
Depth Au Ag As Ba Bi Cu Mo Pb Zn
Sample_ Hole_ID From S_%
To (m) ppm ppm ppm ppm ppm ppm ppm ppm ppm
Type (m)
RC TRC0006 76 78 0.004 0.1 23.3 1200 0.18 102.5 1.07 18.2 0.23 80
RC TRC0006 78 80 0.005 0.12 20.1 1150 0.17 98.7 1.42 18.8 0.2 84
RC TRC0006 80 82 0.004 0.12 26 990 0.18 112.5 1.9 17.5 0.45 91
RC TRC0006 82 84 0.005 0.18 29.6 910 0.19 104.5 2.04 19.4 0.9 90
RC TRC0006 84 86 0.006 0.2 36.5 750 0.2 100.5 1.51 20.2 1.06 111
RC TRC0006 86 88 0.006 0.11 41.5 780 0.21 98.9 2.09 20.7 1 103
RC TRC0006 88 90 0.006 0.09 32 900 0.16 100.5 2.43 18.4 0.81 97
RC TRC0006 90 92 0.006 0.11 21.5 980 0.12 98.5 1.76 14.3 0.53 80
RC TRC0006 92 94 0.016 0.17 25.2 1180 0.06 106 1.09 13.6 0.64 84
RC TRC0006 94 96 0.018 0.1 11.8 1370 0.14 114 1.6 16.9 0.37 89
RC TRC0006 96 98 0.006 0.08 10.7 1290 0.14 102.5 1.63 16.7 0.32 73
RC TRC0006 98 100 0.004 0.08 12.3 1490 0.12 95.1 1.18 13.4 0.28 75
RC TRC0006 100 102 0.006 0.11 21.3 1290 0.14 97.3 1.73 15.6 0.48 84
RC TRC0006 102 104 0.029 0.23 204 1880 0.1 115.5 2.71 25.6 1.09 93
RC TRC0006 104 106 0.006 0.13 36.1 1550 0.09 107.5 1.15 19.5 0.41 94
RC TRC0006 106 108 0.003 0.09 17.7 1220 0.07 99.2 0.68 14.7 0.08 79
RC TRC0006 108 110 0.002 0.08 17.9 1910 0.08 112.5 1.01 16.3 0.28 85
RC TRC0006 110 112 0.002 0.09 12.8 1580 0.09 102.5 1.04 15.7 0.38 86
RC TRC0006 112 114 0.005 0.1 33.8 1120 0.13 91.9 1.31 20 0.37 92
RC TRC0006 114 116 0.002 0.08 10.6 1030 0.11 91.1 0.73 15.9 0.4 89
RC TRC0006 116 118 0.002 0.12 10.6 890 0.12 93.1 0.9 18.8 0.36 85
RC TRC0006 118 120 0.002 0.08 11.5 1010 0.1 99.9 0.77 16.7 0.3 92
RC TRC0006 120 122 0.002 0.08 14.1 1320 0.09 103 0.57 15.1 0.16 87
RC TRC0006 122 124 0.003 0.07 10.7 1310 0.08 104 0.54 14.1 0.4 104
RC TRC0006 124 126 0.002 0.08 13.4 1320 0.09 105.5 0.64 16.1 0.17 108
RC TRC0006 126 128 0.002 0.06 6.1 1170 0.07 93.8 0.73 12.1 0.16 87
RC TRC0006 128 130 0.002 0.09 8.3 1320 0.08 103 0.89 16.8 0.1 93
RC TRC0006 130 132 0.005 0.09 9.1 1780 0.08 113.5 3.46 17.3 0.45 93
RC TRC0006 132 134 0.004 0.09 14.2 1740 0.09 109 1.26 20.3 0.33 105
RC TRC0006 134 136 0.003 0.07 16.3 1650 0.14 100.5 1.86 17 0.39 89
RC TRC0006 136 138 0.003 0.06 14.5 1790 0.19 89.9 2.17 18.6 0.37 75
RC TRC0006 138 140 0.002 0.06 11.5 1500 0.12 77.2 1.79 17.5 0.32 77
RC TRC0006 140 142 0.002 0.08 9.3 1480 0.12 89.2 1.33 20.8 0.38 82
RC TRC0006 142 144 0.003 0.08 10.7 1390 0.11 92.3 1.28 17.3 0.21 90
RC TRC0006 144 146 0.004 0.08 11.9 1530 0.13 87 1.52 16.5 0.21 88
RC TRC0006 146 148 0.002 0.07 14 1280 0.09 82.3 1.74 13.4 0.41 83
RC TRC0006 148 150 0.001 0.07 12.5 1260 0.09 84.8 1.28 14.4 0.26 88
RC TRC0006 150 152 0.003 0.08 22.4 1410 0.14 96.4 2.37 17.2 0.43 84
RC TRC0006 152 154 0.005 0.2 36.7 1810 0.17 109.5 3.06 23.1 0.7 86
RC TRC0006 154 156 0.005 0.24 44.8 1610 0.16 103 3.27 20.8 0.26 78
RC TRC0006 156 158 0.005 0.15 60.4 1700 0.19 96.3 1.79 19 0.22 78
RC TRC0006 158 160 0.018 0.19 120.5 1900 0.12 126.5 1.67 16 0.48 90
RC TRC0006 160 162 0.004 0.1 28.3 1270 0.19 99.5 4.12 18.3 0.65 88
RC TRC0006 162 164 0.005 0.12 25.3 1060 0.18 95.1 2.35 16 0.77 88
RC TRC0006 164 166 0.007 0.17 35.8 1050 0.12 113 3.44 28.9 0.6 101
RC TRC0006 166 168.1 0.003 0.1 7.9 840 0.07 125 1.67 15 0.12 86
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Depth
Depth Au Ag As Ba Bi Cu Mo Pb Zn
Sample_ Hole_ID From S_%
To (m) ppm ppm ppm ppm ppm ppm ppm ppm ppm
Type (m)
DD TRC0006 168.1 170 0.005 0.09 3 610 0.08 136 0.29 12.5 0.06 91
DD TRC0006 170 172 0.002 0.11 6.5 610 0.08 131.5 0.56 12.8 0.1 92
DD TRC0006 172 174 0.003 0.1 4.6 1570 0.09 146 0.3 13.4 0.05 90
DD TRC0006 174 176 0.008 0.1 2.8 1930 0.07 147.5 0.41 12.7 0.05 84
DD TRC0006 176 178 0.002 0.1 2.7 1290 0.07 160 0.15 11.8 0.05 86
DD TRC0006 178 180 0.004 0.12 11 1400 0.07 160.5 0.49 13.5 0.05 96
DD TRC0006 180 182 0.002 0.12 6.5 1740 0.07 137 0.22 12.2 0.04 80
DD TRC0006 182 184 0.002 0.09 8.5 1850 0.07 132 0.49 11.2 0.04 80
DD TRC0006 184 186 0.002 0.09 10.9 1270 0.06 128.5 0.2 10.9 0.04 85
DD TRC0006 186 188 0.001 0.1 8.4 2180 0.07 116 0.39 11.4 0.05 84
DD TRC0006 188 190 0.002 0.08 13 1350 0.07 120.5 0.27 11.6 0.09 81
DD TRC0006 190 192 0.002 0.07 9.3 1420 0.07 118.5 0.76 11.5 0.1 78
DD TRC0006 192 194 0.002 0.08 15.1 1550 0.07 118.5 0.41 11.6 0.15 79
DD TRC0006 194 196 0.002 0.08 12.8 1480 0.06 128 0.52 11.8 0.08 82
DD TRC0006 196 198 0.002 0.09 22.8 820 0.05 119.5 0.28 10 0.04 80
DD TRC0006 198 200 0.001 0.09 12.3 1260 0.06 125 0.57 10.5 0.04 81
DD TRC0006 200 202 0.002 0.09 10.2 1400 0.07 124.5 0.52 11.5 0.09 79
DD TRC0006 202 204 0.003 0.08 7.9 1500 0.07 132.5 0.71 12.8 0.07 84
DD TRC0006 204 206 0.001 0.1 8.4 1720 0.08 129.5 0.31 10.4 0.08 78
DD TRC0006 206 208 0.001 0.09 10.8 1160 0.09 130.5 0.68 13.2 0.04 83
DD TRC0006 208 210 0.001 0.07 12.5 890 0.09 121.5 0.57 12.5 0.03 79
DD TRC0006 210 212 0.002 0.09 13.9 670 0.09 132 0.76 12.3 0.09 78
DD TRC0006 212 214 0.001 0.08 11.6 1500 0.08 112 2.2 11.2 0.14 81
DD TRC0006 214 216 0.001 0.08 6.3 1340 0.06 108.5 0.7 10.3 0.13 76
DD TRC0006 216 218 0.001 0.08 12.5 1520 0.07 105 16.3 11.4 0.16 81
DD TRC0006 218 220 0.001 0.06 9.7 1620 0.07 111 0.56 11.1 0.07 80
DD TRC0006 220 222 0.001 0.07 7.7 1710 0.07 116.5 0.38 11.8 0.07 79
DD TRC0006 222 224 0.001 0.08 12.3 1170 0.09 128 0.46 11.9 0.07 80
DD TRC0006 224 226 0.001 0.08 8.4 980 0.08 112.5 0.6 11.6 0.05 79
DD TRC0006 226 228 0.003 0.07 7.3 1810 0.06 106.5 2.99 9.3 0.15 73
DD TRC0006 228 230 0.002 0.08 9.4 1730 0.08 116.5 4.96 12.1 0.17 76
DD TRC0006 230 232 0.003 0.07 5.9 1660 0.07 111.5 2.62 10.3 0.19 74
DD TRC0006 232 234 0.003 0.08 8.9 1460 0.09 108.5 26.2 11.7 0.14 78
DD TRC0006 234 236 0.001 0.06 6.4 1540 0.07 104.5 0.82 10.2 0.1 78
DD TRC0006 236 238 0.001 0.09 6.5 1590 0.08 107 0.81 10.8 0.13 79
DD TRC0006 238 240 0.002 0.09 6.7 1610 0.11 122.5 5.65 11.7 0.33 80
DD TRC0006 240 242 0.001 0.11 21.3 610 0.08 141.5 0.97 13.5 0.18 77
DD TRC0006 242 244 0.001 0.04 7.2 4460 0.05 69.4 1.06 10.6 0.03 68
DD TRC0006 244 246 0.002 0.25 48 1380 0.1 153 2.87 21 0.18 102
DD TRC0006 246 248 0.001 0.13 4.3 730 0.11 162.5 0.56 18.8 0.12 102
DD TRC0006 248 250 0.002 0.12 4.8 1350 0.12 161.5 0.53 19.3 0.11 100
DD TRC0006 250 252 0.002 0.13 3.3 1350 0.1 163.5 0.6 19.1 0.07 98
DD TRC0006 252 254 0.001 0.13 5.1 1140 0.1 164.5 1.73 19.1 0.19 95
DD TRC0006 254 256 0.003 0.17 8.9 790 0.07 160 1.71 16.4 0.38 92
DD TRC0006 256 258 0.004 0.12 5 1870 0.08 162 2.1 14.1 0.25 96
DD TRC0006 258 260 0.001 0.08 7.5 2670 0.08 112.5 2.93 14.7 0.19 87
----- End of picture text -----
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Depth
Depth Au Ag As Ba Bi Cu Mo Pb Zn
Sample_ Hole_ID From S_%
To (m) ppm ppm ppm ppm ppm ppm ppm ppm ppm
Type (m)
DD TRC0006 260 262 0.001 0.06 11.3 2160 0.06 80.1 3.88 14.3 0.09 78
DD TRC0006 262 264 0.001 0.07 9.9 2870 0.05 83.6 5.8 13.7 0.13 77
DD TRC0006 264 266 0.001 0.06 7.8 2040 0.06 72.9 5.91 13.3 0.32 79
DD TRC0006 266 268 0.001 0.08 8.4 2470 0.07 84.3 0.85 14.2 0.21 79
DD TRC0006 268 270 0.002 0.14 7.5 1320 0.11 152 12.15 19.2 0.85 98
DD TRC0006 270 272 0.003 0.14 3.5 760 0.11 170 3.16 20.2 0.68 103
DD TRC0006 272 274 0.002 0.13 3 1090 0.11 162 1.26 19.3 0.15 98
DD TRC0006 274 276 0.004 0.15 6.5 1050 0.1 160.5 3.18 18.4 0.21 93
DD TRC0006 276 278 0.003 0.15 5.6 890 0.08 165.5 0.71 15 0.21 96
DD TRC0006 278 280 0.004 0.18 167 1580 0.08 142.5 0.7 16 0.18 94
DD TRC0006 280 282 0.001 0.13 8.8 1450 0.09 160 0.45 16.4 0.08 93
DD TRC0006 282 284 0.007 0.15 33.6 1540 0.11 159.5 0.97 18.8 0.1 98
DD TRC0006 284 286 0.001 0.15 3.6 1650 0.1 168 0.19 17.8 0.05 96
DD TRC0006 286 288 0.001 0.08 4.9 1860 0.09 139 0.53 15.8 0.06 89
DD TRC0006 288 290 0.001 0.09 5.6 1970 0.1 132.5 0.29 16.7 0.06 88
DD TRC0006 290 292 0.004 0.14 8 2370 0.09 140 0.41 16 0.11 89
DD TRC0006 292 294 0.005 0.1 4.5 2050 0.12 139.5 0.33 17.5 0.11 87
DD TRC0006 294 296 0.001 0.23 4.4 2010 0.1 143 0.4 16.8 0.07 92
DD TRC0006 296 298 0.003 0.15 5.1 1150 0.1 138.5 0.21 15.1 0.18 88
DD TRC0006 298 300 0.003 0.13 5.9 440 0.08 157 0.44 13.6 0.15 90
DD TRC0006 300 302 0.004 0.13 75.2 1350 0.08 143 0.65 15.6 0.11 88
DD TRC0006 302 304 0.002 0.1 3.4 1530 0.08 142.5 1.03 13.3 0.31 81
DD TRC0006 304 306 0.002 0.12 4.9 2080 0.08 146.5 2.03 13.9 0.3 83
DD TRC0006 306 308 0.002 0.1 5.1 1770 0.08 136.5 1.99 14.3 0.24 91
DD TRC0006 308 310 0.003 0.12 37.5 1420 0.11 143 17.9 16.3 0.28 91
DD TRC0006 310 312 0.004 0.1 5.7 1410 0.1 140.5 5.35 14.2 0.2 88
DD TRC0006 312 314 0.002 0.12 13.9 1920 0.08 138 0.7 14.2 0.13 89
DD TRC0006 314 316 0.002 0.14 4.8 2130 0.09 150.5 0.95 14.9 0.09 89
DD TRC0006 316 318 0.002 0.13 2.1 2160 0.1 146.5 0.52 14.7 0.05 91
DD TRC0006 318 320 0.004 0.13 4.6 1790 0.09 140.5 0.56 13.7 0.09 89
DD TRC0006 320 322 0.002 0.09 3 1860 0.09 148 0.3 15.4 0.08 88
DD TRC0006 322 324 0.009 0.11 12.3 1360 0.09 145 0.37 14.7 0.08 94
DD TRC0006 324 326 0.009 0.13 55.6 1040 0.1 149 1.83 16.2 0.29 94
DD TRC0006 326 328.2 0.003 0.11 15 740 0.07 154.5 2.41 13.4 0.22 93
----- End of picture text -----
page 35