FOURTH ANNUAL AND FINAL REPORT · Fourth Annual and Final Report –EL 10217 ‘Theo’ From 27...

TANAMI GOLD NL

ABN 51 000 617 176

FOURTH ANNUAL

AND

FINAL REPORT

EL 10217 ‘Theo’

SOLITAIRE PROJECT

From 27 September 2000 to 7 September 2004

Author

C Rohde January 2005

Distribution: Department of Business, Industry, & Resource Development (1) Central Land Council (1) Tanami NL (1)

File:cr48dbirdFR2004_Theo

CONTENTS Page 1.0 Summary ................................................................................................................................ 1 2.0 Introduction............................................................................................................................. 1 3.0 Tenure .................................................................................................................................. 2 4.0 Previous Work ........................................................................................................................ 2 5.0 Regional Geology ................................................................................................................... 2 6.0 Exploration Completed by GFA .............................................................................................. 3 6.1 Aeromagnetic, Radiometric and digital Elevation Survey .......................................... 3 6.2 Surface Sampling ...................................................................................................... 4 6.3 Drilling ....................................................................................................................... 4 7.0 Exploration completed by TENL ............................................................................................. 5 8.0 Expenditure Summary 2003 - 2004 ........................................................................................ 7 9.0 Rehabilitation.......................................................................................................................... 7 10.0 Bibliography............................................................................................................................ 7 TABLES Table 1 Exploration Summary Table 2 Tenement Details Table 3 Analytical Details for GFA Exploration Table 4 EL 10217 Expenditure – Year 4 FIGURES Figure 1 Tenement Location Plan 1 : 1,000,000 Figure 2 Tenement Locality 1 : 500,000 Figure 3 Aeromagnetic Survey Areas 1 : 500,000 PLATES Plate 1 Regional Geology Interpretation 1 : 250,000 Plate 2 RTP TMI Image 1 : 250,000 Plate 3 Surface Sampling 1 : 100,000 Plate 4 Drill Location Plan 1 : 100,000

DIGITAL APPENDICES (supplied on CD) FILE DESC EL_10217_SL2_COLL2003A Aircore drilling collar locations EL_10217_DG2_ASS2003A Aircore drilling downhole samples EL_10217_DL2_GEO2003A Aircore drilling downhole geology EL_10217_SL2_COLL2003B RAB drilling collar locations EL_10217_DG2_ASS2003B RAB drilling downhole samples EL_10217_DL2_GEO2003B RAB drilling downhole geology EL_10217_GEOLOGY_CODES Description of geology codes used for drilling GFA - Aircore Assay Logs Goldfields Aircore drilling downhole samples GFA - Aircore Collar Logs Goldfields Aircore drilling collar locations GFA - Aircore Geology Logs Goldfields Aircore drilling downhole geology GFA - Drillhole BLEG Samples Goldfields Drilling downhole BLEG samples GFA - Drillhole Lag Samples Goldfields Drilling downhole Lag samples GFA - Lag Samples Goldfields Lag Samples GFA - RAB Assay Logs Goldfields RAB drilling downhole samples GFA - RAB Collar Logs Goldfields RAB drilling collar locations GFA - RAB Geology Logs Goldfields RAB drilling downhole geology GFA - Rockchip Samples Goldfields Rockchip Samples GFA_Legend Description of geology codes UTS_Job_A360_TGNL Aeromag Survey Data - Tanami Gold NL UTS_Job_A398_GFA Aeromag Survey Data - Goldfields

Fourth Annual and Final Report –EL 10217 ‘Theo’ From 27 September 2000 to 9 September 2004 1

Tanami Gold NL

1.0 SUMMARY The Solitaire Project is centred approximately 430 kilometres northwest of Alice Springs and 100 kilometres southeast of The Granites Gold Mine in the Tanami Region, Northern Territory (Figure 1). EL 10217 is part of the Solitaire Project. The tenement was granted to Tanami Exploration NL (TENL) on 27 September 2000 and an outright surrender was lodged on 7 September 2004. TENL is a wholly owned subsidiary of Tanami Gold NL (TGNL), a publically listed company. Goldfields Australasia Pty Ltd (GFA) joint ventured into the Solitaire Project in 2000 and carried out extensive aircore / RAB drilling, lag and rockchip sampling and an aeromagnetic, radiometric and digital elevation survey over EL 10217 (Table 1). Neither the drilling nor the surface geochemistry located any significant mineralisation and GFA withdrew from the joint venture in 2001. Table 1 Exploration Summary Goldfields Australasia Pty Ltd Tanami Exploration NL Rockchip Sampling 20 samples Lag Sampling 115 samples RAB Drilling 95 RAB holes, 4130 metres 1 hole, 21 metres Aircore Drilling 5 holes, 295 metres 33 holes, 2783 metres TENL assessed previous drilling and completed Aircore drilling over the south western and southern target areas on EL 10217. No significant gold mineralisation was intersected and the tenement was recommended for relinquishment. 2.0 INTRODUCTION EL 10217 ‘Theo’ formed part of the Solitaire Project, which is centred approximately 430 kilometres northwest of Alice Springs and 100 kilometres southeast of The Granites Gold Mine in the Tanami Region, Northern Territory (Figure 1). Access to the project area is via the Tanami Highway from a turnoff 48 kilometres northwest of the Mount Theo turnoff. A series of tracks were developed by previous tenement holders and were used by GFA and TENL. From the Tanami Highway, one track leads east and another leads northeast into the project area. Some of these tracks were re-graded in mid 2003. The terrain is relatively flat and 40 % of the area is covered by Tertiary to Recent palaeodrainage, in places up to 20km wide. Aeolian sand covers most of the area, with rare outcrops of laterite, metasedimentary rocks and occasional quartz ‘blows’ forming the only low hills in the project area. This report documents exploration on EL 10217 in its fourth year of term and summarises exploration carried out by Goldfields and TENL in the first three years of tenure.

HIGHWAY

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Waite Creek

Nirrippi

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!

!

The Granites Mine

Puyurru

Chilla Well!

!

Vaughan Springs

Mount Davidson Outstation

(

(

!

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Wayililinypa

Newhaven

Yuendumu(

kilometres

1 : 1,000,0000 20 40 60

MGA Zone 52 (GDA94)

650000 mE

700000 mE

750000 mE

800000 mE

7550000 mN

7600000 mN

A. Weston

22º S

DRAWN:DATE:

TANAMI GOLD NLTANAMI GOLD NLTANAMI GOLD NLTANAMI GOLD NLTANAMI GOLD NLTANAMI GOLD NLTANAMI GOLD NLTANAMI GOLD NLTANAMI GOLD NLSOLITAIRE

PLAN No:

7700000 mN

7650000 mN

7750000 mN

131º E

21º S

C.Rohde Jan 2005ORIGINATOR:

EL 10217EL 10217EL 10217EL 10217EL 10217EL 10217EL 10217EL 10217EL 10217

EL 10217TENEMENT LOCATION

26_Tt_012FIGURE 1

TRACK

to Solitaire Camp

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MT DAVIDSON

Mt DavidsonOutstation

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21º 00' S700 ooo m

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750 ooo mE

7 700 ooo mN

20º 30' S

7 650 ooo mN

131º 00' E

131º 30' E21º 30' S

Jan 2005 A. WestonDATE:


PLAN No:

ORIGINATOR: DRAWN:C.Rohde

EL 10217EL 10217EL 10217EL 10217EL 10217EL 10217EL 10217EL 10217EL 10217

EL 10217TENEMENT LOCALITY

26_Tt_013FIGURE 2


Tanami Gold NL

3.0 TENURE Exploration Licence 10217 was granted over an area of 140 blocks to TENL on 27 September 2000. Waivers from the requirement to relinquish blocks were granted at the end of the second and third years of term. EL 10217 was surrendered on the 7 September 2004 The tenement is located on Aboriginal Land within the Central Desert Land Trust area. A Deed for Exploration between TGNL and the Central Land Council (CLC) was signed in August 2000 and title was granted on 27 September 2000. In April 2000, the Company entered into a joint venture with Goldfields Australasia Pty Ltd (GFA) over the exploration licence applications. GFA carried out exploration in 2000 and 2001 and withdrew from the joint venture in July 2001. Table 2 Tenement Details

Tenement Grant date Expiry Date Blocks Area (sq. km)

Covenant

EL 10217 27 Sep 2000 26 Sep 2006 140 449 $35,000 4.0 PREVIOUS WORK The project area was mapped by the BMR as part of the Mount Theo and Mountt Solitaire 1:250,000 geological sheets (Stewart, 1976; Offe & Kennewell, 1978). The BMR also carried out regional gravity surveys in the late 1960s (Flavelle, 1965; Whitworth, 1970). An airborne magnetic survey with 500 metre line spacing was completed by AGSO in 1993 over the Mount Solitaire and Mount Theo sheets as part of a larger survey which included the Highland Rocks sheet to the immediate west (Brodie, 1994). The results of the survey identified the southeast strike extension of the Trans-Tanami Structure (or G3 Gravity Lineament as it was then known) within the project area. At the time, this structure was emerging in significance as an important continental-scale feature traversing close to the recently discovered The Granites and Dead Bullock Soak (DBS) gold deposits. In 1994, Sons of Gwalia (SOG) used this rationale to acquire about 5,000 km2 of exploration licences, and used the aeromagnetic data to target magnetic domains for surface sampling and drilling. The exploration premise was an apparent coincidence of magnetic highs with The Granites and DBS gold deposits. 5.0 REGIONAL GEOLOGY The Solitaire Project area lies within the North Province of the Palaeoproterozoic Arunta Block (Stewart et al 1984; Hendrickx et al 2000), immediately south of the Tanami region. The geology between the Tanami and Arunta regions are interpreted to be correlatives based on recent geological mapping. Gold mineralisation in the Tanami Region is hosted by various lithological units of the Tanami Group, including BIF and calc-silicates (The Granites, Dead Bullock Soak), fine-grained carbonaceous sediments (Callie), mafic rocks (Groundrush, Tanami) and greywackes (Coyote, Titania). Mineralisation is associated with quartz-carbonate veins and chloritic alteration along shears and dilation zones.


Tanami Gold NL

TENL’s regional geologist Dr Puquan Ding mapped the Solitaire Project area as undifferentiated Archaean basement, overthrust from the south by Palaeoproterozoic Arunta Complex and in fault bounded contact with the Tanami Inlier to the northwest. A regional geology interpretation is shown on Plate 1. 6.0 EXPLORATION COMPLETED BY GFA Goldfields Australasia Pty Ltd (GFA) joint ventured into the Solitaire Project in April 2000 and carried out extensive aircore/RAB drilling, lag and rockchip sampling and commissioned an aeromagnetic, radiometric and digital elevation survey. The drill program and geochemical sampling did not locate any significant mineralisation and GFA withdrew from the joint venture in July 2001. All surface geochemical sampling is shown on Plate 3 and all drilling on Plate 4. All sampling details and assay results are included in the digital Appendix, whereas analytical details for all GFA exploration is shown below in Table 3. Table 3 Analytical Details for GFA Exploration

Sample Type Lab Method Code

Method Detection Limit

RAB, Aircore, Rock Amdel AA9 50g, AR/DIBK, C finish, AAS 1ppb Au 2ppm As 1ppm Cu

Lag ALS PM 225 50g, AR/DIBK, C finish, Zeeman AAS 0.1ppb Au Lag IC 225 Cu, Pb, Zn, As, Co, Ni

Ag Fe Mn Bi, Sb

1ppb 0.2 ppm 0.01% 5 ppm 2 ppm

Lag XRF1 Sn W, Ti

5 ppm 10 ppm

BLEG ALS PM 227 0.5% CN, static leach, DIBK, Zeeman AAS 0.1ppb Au 6.1 Aeromagnetic, Radiometric and Digital Elevation Survey An aeromagnetic, radiometric and digital elevation survey was flown for GFA to complete coverage of the Solitaire Project area. This survey covered most of EL 10216 and 10217 (Figure 3). The survey was conducted by UTS Geophysics of Perth using a single engine; fixed-wing Lycoming aircraft along 200 metre spaced north-south lines with 25 metre ground clearance. A total of 5,772 line kilometres were flown. The results were stitched into a previous survey commissioned by TENL in 1999 (Plate 2). The radiometric survey collected K, U and Th channels. Further details on the specifications and logistics of the survey flown for GFA in 2000 and TENL in 1999 can be found in the digital Appendix. The new aeromagnetic survey identified several low amplitude short-strike magnetic features and gave better definition of linear magnetic features beneath the paleodrainage systems. In general, however, it added little detail to the existing geological interpretation and did not dramatically improve targeting.

21º 00' S700 ooo m

E

750 ooo mE

7 700 ooo mN

20º 30' S

ORIGINATOR:

7 650 ooo mN

131º 00' E

131º 30' E21º 30' S

MGA Zone 52 (GDA94)

1 : 500,000

kilometres

0 10 20 30C.Rohde Jan 2005 A. WestonDATE:


PLAN No:

DRAWN:

Area A+B

Area C

Area 2

Area 1

Area A+B

Area C

Area 2

Area 1

AEROMAGNETICSURVEY AREAS

26_Pm_003FIGURE 3

TGNL Mag SurveyGFA Mag Survey


Tanami Gold NL

The radiometric component of the survey assisted in interpreting the regolith. A broad east-west trending potassium anomaly was highlighted and drilling in this area returned potassic-altered granite and tonalite with no significant mineralisation. 6.2 Surface Sampling A helicopter-supported surface sampling program was undertaken during October 2000 over areas of lag and subcrop within EL 10216 and 10217. The sampling survey was flown on 1,000 metre spaced north-south lines for a total of 1,114 line kilometres. Where suitable material was available, +3mm sieved samples were collected at intervals of no less than 500 metres. Where large areas of lag were present the location was recorded and closer spaced sampling was completed by vehicle. A total of 115 lag and 20 rockchip samples were collected from the EL 10217 (Plate 3). The samples were submitted to Australian Laboratory Services (ALS) in Alice Springs and analysed in Perth and Brisbane for Au by the ZARG method, and Cu, Pb, Zn, As, Ag, Bi, Sb, Mn, Fe, Ni and Co by ICPMS and Sn, W and Ti by XRF. All assay results are included in the digital Appendix. There were no significantly anomalous gold or multi-element assay results from either lag or rockchip samples on the surrendered tenement area. 6.3 Drilling A dual purpose RAB-aircore rig operated by Bostech Drilling Services of Perth was used in the first year of term. Initial holes were drilled to a designed depth of 50 metres or until drilling intersected approximately 12 metres of bedrock. Infill RAB drill holes were completed at a spacing of 80 metres to conform with the spacing of the SOG program and on lines which were either parallel or perpendicular to the magnetic strike depending on the targeting criteria of the holes. Since the magnetic dip of the project area is to the north, each hole was drilled with a declination of 60° to the south or southwest. Reconnaissance RAB/aircore (conditional on the likely presence of water at shallow depth) were drilled along 500, 1000 or 2,000 metres lines depending on the target and thickness of cover. Holes were inclined or vertical. A total of 95 RAB holes for 4130 metres and a total of 5 aircore holes for 295 metres were drilled on EL 10217. All drill hole locations are shown on Plate 4. Infill RAB holes were completed at a spacing of 80 metres to conform with the spacing of the SOG program and on lines which were either parallel or perpendicular to the magnetic strike depending on the targeting criteria of the holes. Since the magnetic dip of the project area is to the north, each hole was drilled at 60° to the south or southwest. Samples from infill holes were collected at one metre intervals. Speared samples from each one metre were composited into three metre samples to make up samples of 1 to 2 kg. When drilling in the deep transported cover or adjacent to paleodrainages (most of the reconnaissance holes) composite samples were generally not collected until saprolite was recognised. In some cases, a representative sample from a favourable cover horizon, such as hardpan, was sampled. In holes that terminated in cover at 50 m or deeper, the last 6 m was composite sampled.


Tanami Gold NL

Samples were submitted to Amdel Laboratories Ltd (Amdel) in Alice Springs where they were prepared before being sent to their laboratory in Adelaide for analysis of Au, Cu and As. Commercially prepared standards of 50 ppb gold were substituted for each sample number which ended in ‘30’. Each number which ended in ‘60’ was a duplicate of the previous sample and a blank (Tanami dune sand) was inserted at each number ending in ‘90’. Some of these checks were not submitted exactly on the planned number but were submitted adjacent to the planned delegated numbers. In addition to the three metre composite sampling, near surface BLEG and lag samples were collected from each of the widely spaced reconnaissance holes and from the 80 metre spaced infill holes at a spacing of about 500 metres. The samples were generally collected near the top of each hole beneath the aeolian sand cover. The lag represented +3mm material and the BLEG samples weighed approximately 2 kg of –40# material. The drill derived lag samples were processed in the same manner as the surface lags samples. The BLEG samples were processed by ALS using the following method:

• weigh sample, • remove a 200 g split for future reference, • remaining sample weighed and then leached (static) using 0.5% cyanide solution, • simple inversion after 8 and 16 hours (consists of inverting sealed container end over end

once), • solution organically extracted and read by a Zeemans furnace, and • analysed for Au with a detection limit of 0.1 ppb.

The lag and BLEG mediums provided additional geochemical information to the composite samples. Both were assayed with a lower level of detection for gold (0.1 ppb). The BLEG medium and method of processing enables low levels of hydromorphically dispersed gold, which would not be detected by the composite sampling, to be detected. Since the lag samples are often vein quartz rich they are positively biased and may have detected gold from a nearby source, which was not intersected by the reconnaissance drilling. The purpose of collecting the drill derived lag and BLEG samples from infill drill holes (where two phases of drilling had been completed) was to provide anomaly calibration for the results of the samples collected from the reconnaissance drill holes. The results from the drill programs were very disappointing with no significant intercepts returned. 7.0 EXPLORATION COMPLETED BY TENL After GFA withdrew from the JV, TENL focused on areas previously untested by SOG or GFA. A total of 33 aircore holes for 2783 metres and 1 RAB hole for 21 metres were drilled in the “South-western and Southern Target Areas” in 2003. Thick cover including lacustrine clays necessitated the use of aircore, rather than RAB, to try to penetrate the cover and achieve blade refusal in bedrock. All the drill sites are covered by 1 to 3 m of red-brown aeolian sand, forming a flat plain with rare low amplitude (<1m) sand dunes. Beneath the aeolian sand, most holes intersected a package of lacustrine clay and channel sands, in some cases over 100 m thick. The lacustrine cover is


Tanami Gold NL

characterised by an upper c.70 m of puggy yellowish-green clays with variable quantities of sand and less commonly pebbly subangular to subrounded quartz grains. The sandy-pebbly horizons probably represent channel bases. The deeper lacustrine clays consist of very dense, hard, grey to purple clays that proved impossible to penetrate with aircore drilling. The remainder of the drill holes intersected a residual regolith profile at least 40 m thick. Where it proved possible to drill through the lacustrine clays, a similar regolith profile was usually encountered. The regolith consists of an upper hardpanned goethitic sandy-clay with rare horizons of pisolithic gravel. The presence of cutans on the pisoliths is ambiguous and consequently it is uncertain whether or not this horizon is transported or residual. The underlying mottled clay and saprolite zones are clearly residual. Where the protolith is granitic a thick unit of white kaolinitic clay with residual quartz grains is typically present, whereas the clay/saprolite zone formed after metasediments is characterised by brown clays. In the southwestern target area, 1 RAB and 21 aircore holes were drilled along three north-south traverses targeting a major NW-SE trans-Tanami structure (SLB001; SLA001-020). Drill spacing ranged between 250 m and 1 km depending on ground conditions. Only five holes (SLA007-011) did not intersect a thick succession of lacustrine clay. These five adjacent holes intercepted, from south to north, massive quartz-feldspar porphyry, weakly gneissose quartz-feldspar-biotite schist, granitic gneiss and granite. Some quartz veining was present in the regolith above quartz-feldspar-biotite schist in SLA008. Anomalous gold assays all appeared to be hosted by alluvial sand horizons within the predominately lacustrine cover. In the southern target area, 12 aircore holes were drilled along two north-south traverses targeting the intersection of a NW-SE trans-Tanami structure with a domain-bounding E-W to ESE-WNW structure (SLA021-033). Drill holes were spaced at 500 m and nearly all reached recognisable bedrock. The magnetically quiet area to the south of the structures is underlain by massive granite. North of the structures, massive granite was intercepted on the eastern line, whereas on the western line the bedrock consisted of weakly foliated to massive feldspar-biotite gneiss and vein quartz, possibly suggesting that this sample was taken from the margins of the trans-Tanami shear zone. A variety of lithologies were encountered within the shear zone: granitic mylonite, decimetre-scale alternations of feldspar-sericite schist and massive granite, silicified pelite and thick (decimetre-scale) quartz veins with associated silicified rock. Some weakly anomalous assays occurred within the shear zone. Best assay results were 4 m @ 6 ppb Au in SLAC026 from 86 m, 1 m @ 12 ppb Au in SLAC030 from 87 m and 4 m @ 8 ppb in SLAC031 from 59 m. After an assessment of all exploration carried out on EL 10217 the tenement was recommended for relinquishment.


Tanami Gold NL

8.0 EXPENDITURE SUMMARY – 2003-2004 Exploration expenditure during the year to 7 September 2004 is listed below: Table 4 EL 10217 Expenditure - Year 4

Cost Element $ Salaries/wages 468 Assaying 660 Drafting/Computing 175 Travel & Accommodation 169 Administration/Overheads 221 Total $1,693 9.0 REHABILITATION Two camps were established during the course of the field season in 2000 with only one camp established at any one time. Campsites were cleaned upon vacating and everything was either removed from site or buried in rubbish pits. Access tracks into the project area were previously constructed by SOG and were used during the exploration described in this report. The east-west access track from the Tanami Highway into the northern part of EL 10216 was recleared by a loader. However, the track crossed deep, fine-grained aeolian sand and was still only marginally accessible. This track was not used heavily. The other tracks were in reasonable condition. Drill holes were plugged with concrete plugs upon completion of each hole and prior to the rig moving to the next drill site. Plugs were bedded into position with a shovel handle and then covered with soil and/or drill cuttings to form a low mound to allow for compaction following rain and to prevent water pooling above the hole. 10.0 BIBLIOGRAPHY Brodie, R.C., 1994 The Granites area airborne geophysical survey 1993 - operations report. AGSO Record 1994/23. Flavelle, A.J., 1965 Helicopter gravity survey by contract, Northern Territory and Queensland. BMR Record 1965/212. Hendrickx, M., Slater, K., Dean, A., Crispe, A., Vandenburg, L., and Smith, J., 2000 Palaeoproterozoic stratigraphy of the Tanami Region: regional correlations and relation to mineralisation - preliminary results. NTGS, Geological Survey Record, GS 2003-13. Kavanagh M.E., First Annual Report ELs 10216, 10217, 10398 and 10399, Solitaire Project for Year ending 26 September 2001. Kavanagh M.E., Second Annual Report ELs 10216, 10217, 10398 and 10399, Solitaire Project for Year ending 26 September 2002.


Tanami Gold NL

Kavanagh M.E., EL 10216 and 10217, Mining Management Plan, Substantial Disturbance Notice, August 2002. Offe, L.A., Kennewell, P.J., 1978 Mount Solitaire, Northern Territory. BMR 1:250,000 Geological Map and Explanatory Notes, SF52-8. Stewart, A. J., 1976 Mount Theo, Northern Territory. BMR 1:250,000 Geological Map and Explanatory Notes, SF52-8. Whitworth, D.N., 1970 Reconnaissance gravity survey of parts of Northern Territory and Western Australia. BMR Record 1970/15.

TANAMI GOLD NL SOLITAIRE PROJECT2004 ANNUAL & FINAL REPORT EL 10217

Hole AHD AMG Dip Depth Prospect Traverse Tenement Date GeologistNumber Easting Northing RL Azimuth (EOH) Number

SLAC071 727000 7657000 500 360 -90 57 L L EL 10217 17-Nov-00 DRLSLAC072 726000 7658000 500 360 -90 60 L L EL 10217 17-Nov-00 DRLSLAC073 725000 7659000 500 360 -90 60 L L EL 10217 17-Nov-00 DRLSLAC074 724000 7659000 500 360 -90 66 L L EL 10217 17-Nov-00 DRLSLAC075 723000 7660000 500 360 -90 52 L L EL 10217 17-Nov-00 DRL

AMG(84) Zone 52

AIRCORE DRILLINGCOLLAR LOGS

GFA - Aircore Collar Logs.xls PAGE 1 OF 1

TANAMI GOLD NL SOLITAIRE PROJECT2004 ANNUAL & FINAL REPORT ASSAY LOGS EL 10217

Hole Sample Sample Au As CuNumber From To Number Type ppb ppm ppm

SLAC071 39 42 109478 AC 1 1 8SLAC071 42 45 109479 AC 2 1 8SLAC071 45 48 109480 AC 0 3 6SLAC071 48 51 109481 AC 0 1 3SLAC071 51 54 109482 AC 0 1 2SLAC071 54 57 109483 AC 0 1 3SLAC072 54 57 109484 AC 0 2 16SLAC072 57 60 109485 AC 0 3 19SLAC073 54 57 109486 AC 0 1 17SLAC073 57 60 109487 AC 0 1 14SLAC074 60 63 109488 AC 0 4 22SLAC074 63 66 109489 AC 0 1 17SLAC075 46 49 109491 AC 0 3 8SLAC075 49 52 109492 AC 0 2 11

Depth (m)

AIRCORE DRILLING

GFA - Aircore Assay Logs.xls PAGE 1 OF 1


Hole Reg. Oxd Colour Grain Fol. Text. Alt Vein Vein Sul. Rec. H2O CommentsNumber From To 1 2 Size 1 2 3 4 5 Type %

SLAC071 39 42 NAS NAS YEBR DSLAC071 42 54 LK LK YEBR QTZ DSLAC071 54 57 LK FG YEBR QTZ DSLAC072 54 60 NAS NAS DBR DSLAC073 54 60 NAC NAC LGY DSLAC074 60 66 NAC NAC LGY DSLAC075 46 52 NAC NAC LGY D

CompositionDepth (m) Lithology

AIRCORE DRILLINGGEOLOGY LOGS

GFA - Aircore Geology Logs.xls PAGE 1 OF 1

GOLD FIELDS AUSTRALASIAGOLD FIELDS AUSTRALASIAGOLD FIELDS AUSTRALASIAGOLD FIELDS AUSTRALASIASOLITAIRE GEOLOGY LEGENDSOLITAIRE GEOLOGY LEGENDSOLITAIRE GEOLOGY LEGENDSOLITAIRE GEOLOGY LEGEND

LithologyLithologyLithologyLithology

LLLL Residual regolith (weathered zone)Residual regolith (weathered zone)Residual regolith (weathered zone)Residual regolith (weathered zone) FFFF Felsic, undifferentiatedFelsic, undifferentiatedFelsic, undifferentiatedFelsic, undifferentiatedLA Laterite FB Felsic biotite schistLC Clay FG Felsic granitoid, undifferentiatedLF Ferruginous clay FG(K) Felsic granitoid, potassicLFB Ferruginous clay, biotite FGD GranodioriteLFC Ferruginous clay, carbonate FGG Syenogranite, monzogranite, alkali feldspar graniteLFF Ferruginous clay, feldspar FGM MonzograniteLFFS Ferruginous clay, feldspar-sericite FGP PegmatiteLFI Ferruginous clay, ironstone FGP(K) Pegmatite, potassicLFM Ferruginous clay, mafic FGT Tonalite, trondjemiteLFN Ferruginous clay, nontronite FGT(K) Tonalite, potassicLFP Ferruginous clay, feldspar FI Intrusive (dyke, sill, etc)LFS Ferruginous clay, sericite FM MonzoniteLGF Goethitic clay, feldspar FMQ Quartz monzoniteLGS Goethitic clay, sericite FN Felsic gneissLK Kaolinite FPG Porphyritic granitoidLKB Kaolinite, carbonate FQB Felsic quartz biotite schistLKF Kaolinite, feldspar FSC Felsic schistLKS Kaolinitic, sericite FSC(K) Felsic schist, potassicLM Muscovite-bearingLMB Muscovite-bearing, biotite MMMM Mafic, undifferentiatedMafic, undifferentiatedMafic, undifferentiatedMafic, undifferentiatedLMC Muscovite-bearing, carbonate MD DoleriteLMF Muscovite-bearing, feldspar MM AmphiboliteLMG Muscovite-bearing, goethite MSC Mafic schistLMI Muscovite-bearing, ironstoneLMS Muscovite-bearing, sericite VVVV VeinVeinVeinVeinLR Saprock VFG Feldspar-quartz veinLRB Saprock, biotite VQTZ Quartz veinLRF Saprock, feldsparLRS Saprock, sericite XXXX Unknown - (uncertain?) rockUnknown - (uncertain?) rockUnknown - (uncertain?) rockUnknown - (uncertain?) rockLS Saprolite XB BrecciaLSB Saprolite, biotite XB-SLM BrecciaLSF Saprolite, ferruginous XBF Breccia, feldspar LSI Saprolite, ironstone XBF(Q) Breccia, feldspar (quartz)LSK Saprolite, potassic XBFQ Breccia, feldspar quartzLSL Saprolite, limonite XBG Breccia, graniteLSN Saprolite, nontronite XBGRP Breccia, pegmatiteLSR Saprolite, ? XBI Breccia, intermediateLSS Saprolite, sericite XBM Breccia, mafic

XBQ Breccia, quartzNNNN Transported Regolith (recent cover sediments)Transported Regolith (recent cover sediments)Transported Regolith (recent cover sediments)Transported Regolith (recent cover sediments) XBQF Breccia, quart-feldsparNA Alluvium, undifferentiated XBQFS Breccia, quart-feldspar-sericiteNAC Alluvial clay XBQS Breccia, quart-sericiteNAF Alluvium, ferruginous XBS Breccia, sericiteNAG Alluvial gravel XBSF Breccia, sericite-feldsparNAL Alluvium, limonite XBSQ Breccia, sericite-quartzNAN Alluvium, nontronite XCQ Conglomerate, quartzNAP Alluvium, pallid XFB Felsic, biotiteNAR Alluvium, XFM Felsic monzoniteNAS Alluvial sand XFQ Felsic, quartzNAT ? XFQS Felsic, quartz-sericiteNATS ? XFS Felsic, sericiteNC Clay XFSQ Felsic, sericite-quartzNCF Ferruginous clay XGBQ Granitoid, biotite-quartzNCG Clay & gravel XGFS Granitoid, feldspar-sericiteNCL Clay XGS Granitoid, sericiteNCN Clay, nontronite XGSF Granitoid, sericite-feldsparNCP Pallid clay XGSQ Granitoid, sericite-quartzNCR ? XH Hematite-bearing rockNCS Clay, XHKQ Hematite-bearing rock, kspar+quartzNDM ? XHQB Hematite-bearing rock, quartz-biotiteNFP Ferricrete hardpan XHS Hematite-bearing rock, sericiteNHF Hardpan, ferruginous-lateritic XHSF Hematite-bearing rock, sericite-feldsparNHG Hardpan, gravel XHSK Hematite-bearing rock, sericite-potassicNHS Hardpan, silcrete XHSQ Hematite-bearing rock, sericite-quartzNHSF Harpan, silcrete-ferricrete XKGS Kaolinite-bearing rock, goethite-sericiteNHW Hardpan, XKQ Kaolinite-bearing rock, quartzNOG Gravel XKQS Kaolinite-bearing rock, quartz-sericiteNOS Sand XKS Kaolinite-bearing rock, sericiteNOSL Silt XM Muscovite-bearing rockNRG ? XMD Muscovite-bearing rock, dolerite?NSC ? XMF Muscovite-bearing rock, feldsparNSN ? XMFQ Muscovite-bearing rock, feldspar-quartz

XMQ Muscovite-bearing rock, quartzSSSS Sedimentary rocks, undifferentiatedSedimentary rocks, undifferentiatedSedimentary rocks, undifferentiatedSedimentary rocks, undifferentiated XMQF Muscovite-bearing rock, quartz-feldsparSCT Chert XQB Quartz-bearing rock, biotiteSI Sediment, iron-formation XQHF Quartz-bearing rock, hematite-feldsparSL Metapelite, undifferentiated XQM Quartz-bearing rock, muscoviteSP Metapsammite, undifferntiated XQS Quartz-bearing rock,quartz-sericiteSPS Sandstone XS Sericite-bearing rock SSC Sediment, schistose XSC Sericite-bearing rock, carbonate? SSH Shale XSCB Sericite-bearing rock, carbonate-biotiteSSQ Quartzite XSF Sericite-bearing rock, feldsparSW Sediment, weathered XSF(Q) Sericite-bearing rock, feldspar-quartz

XSFQ Sericite-bearing rock, feldspar-quartz XSH Sericite-bearing rock, haematiteXSK Sericite-bearing rock, kaolinXSQ Sericite-bearing rock, quartz

GOLD FIELDS AUSTRALASIAGOLD FIELDS AUSTRALASIAGOLD FIELDS AUSTRALASIAGOLD FIELDS AUSTRALASIASOLITAIRE GEOLOGY LEGENDSOLITAIRE GEOLOGY LEGENDSOLITAIRE GEOLOGY LEGENDSOLITAIRE GEOLOGY LEGEND

BR Bedrock WOX Weakly oxidised AMP AmphiboleLA Laterite MOX Moderately oxidised BIO BiotiteLC Clay SOX Strongly oxidised CCT CalciteLF Ferruginous clay FR Fresh CHT ChloriteLFB Ferruginous clay, biotite CLY ClayLFC Ferruginous clay, carbonate CPX ClinopyroxeneLFF Ferruginous clay, feldspar VFG Very fine grained CRB CarbonateLFFS Ferruginous clay, feldspar-sericite FG Fine grained EPD EpidoteLFI Ferruginous clay, ironstone MG Medium grained FER FerruginousLFM Ferruginous clay, mafic CG Coarse grained FPR FeldsparLFN Ferruginous clay, nontronite VCG Very coarse grained GOE GoethiteLFP Ferruginous clay, feldspar GRP GraphiteLFS Ferruginous clay, sericite HBD HornblendeLGF Goethitic clay, feldspar W Weak HEM HematiteLGS Goethitic clay, sericite M Moderate KFP K feldsparLK Kaolinite S Strong KLN KaoliniteLKB Kaolinite, carbonate LIM LimoniteLKF Kaolinite, feldspar MIC MicaLKS Kaolinitic, sericite BLE Bleached MNG ManganiferousLM Muscovite-bearing BND Banded MUS MuscoviteLMB Muscovite-bearing, biotite CRN Crenulated PLG PlagioclaseLMC Muscovite-bearing, carbonate EQG Equigranular PYX PyroxeneLMF Muscovite-bearing, feldspar FER Ferruginous QTZ QuartzLMG Muscovite-bearing, goethite GNS Gneissic SCH ScheeliteLMI Muscovite-bearing, ironstone GPY Granophyre SER SericiteLMS Muscovite-bearing, sericite IND Indurated SIL SilicaLR Saprock LAM Laminated SLM SilimaniteLRB Saprock, biotite LCH ? TML TourmalineLRF Saprock, feldspar MAS MassiveLRS Saprock, sericite MOT MottledLS Saprolite NOD Nodular BK BlackLSB Saprolite, biotite PGM Pegmatic BR BrownLSF Saprolite, ferruginous PHY Phyllitic BU BlueLSI Saprolite, ironstone POW Powdery CR CreamLSK Saprolite, potassic PPH Porphyritic GN GreenLSL Saprolite, limonite PUG Puggy GY GreyLSN Saprolite, nontronite SAC Saccharoidal KH KhakiLSR Saprolite, ? SCH Schistose MV MauveLSS Saprolite, sericite SIL Sill OR OrangeMD Meta-dolerite UNS Unsorted PK PinkNA Alluvium, undifferentiated PP PurpleNAC Alluvial clay RD RedNAF Alluvium, ferruginous CCT Cacite WH WhiteNAG Alluvial gravel KFP-QTZ K feldspar - Quartz YE YellowNAL Alluvium, limonite PLG-KFP Plagioclase - K feldspar L LightNAN Alluvium, nontronite PLG-QTZ Plagioclase - Quartz D DarkNAP Alluvium, pallid QTZ QuartzNAR Alluvium, QTZ-FPR Quartz - FeldsparNAS Alluvial sand QTZ-KFP Quartz - K feldspar G Good sizedNAT Alluvial ? QTZ-PLG Quartz - Plagioclase U UndersizedNATS Alluvial ? QTZ-PLG-KFP Quartz - Plagioclase - K feldspar C ComtaminatedNC ClayNCF Ferruginous clayNCG Clay & gravel TR PY Trace pyrite D DampNCL Clay M MoistNCN Clay, nontronite W WetNCP Pallid clay S Strong flowNCR ?NCS Clay, NDM ?NFP Ferricrete hardpanNHF Hardpan, ferruginous-lateriticNHG Hardpan, gravelNHS Hardpan, silcreteNHSF Harpan, silcrete-ferricreteNHW Hardpan, ?NOG GravelNOS Sand NOSL SiltNRG ?NSC ?NSN ?

ColourColourColourColour

RecoveryRecoveryRecoveryRecovery

WaterWaterWaterWater

CompositionCompositionCompositionCompositionRegolithRegolithRegolithRegolith OxidationOxidationOxidationOxidation

Grain sizeGrain sizeGrain sizeGrain size

SulphideSulphideSulphideSulphide

Vein typeVein typeVein typeVein type

TextureTextureTextureTexture

FoliationFoliationFoliationFoliation


Sample Au As Cu Ag Bi Co Fe Mn Ni Pb Sb Sn Ti W Zn Size Lith Comments Tenement Date GeoNo. Easting Northing ppb ppm ppm ppm ppm ppm % ppm ppm ppm ppm ppm ppm ppm ppm Number

100001 740300 7658160 6 22 84 6 9 qtz ferrug part of large E-W qtz vn, b/w SLRB002 and 003 EL 10217 31/08/2000 DRL100002 735500 7661400 5 10 60 5 11 lat large hill of Fe lateritised ex-float EL 10217 31/08/2000 DRL100004 735419 7661340 1 78 3 qtz ferrug vn qtz & metapsammite on rises EL 10217 7/09/2000 DRL100005 735997 7662054 1 16 8 qtz ferrug vn qtz & metapsammite on rises EL 10217 7/09/2000 DRL100006 736073 7661832 0 74 3 qtz ferrug vn qtz & metapsammite on rises EL 10217 7/09/2000 DRL100007 736150 7661456 0 74 3 qtz ferrug vn qtz & metapsammite on rises EL 10217 7/09/2000 DRL100267 733440 7660310 0 0 12 0 1 0 0.51 18 12 0 1 2 90 4 2 8x3 m qtz bucky wh qtz vn EL 10217 9/10/2000 ALM100346 738500 7671500 0 0 4 0 1 0 0.74 21 3 0 1 2 118 4 4 qtz vein quartz EL 10217 10/10/2000 DG100357 737580 7680930 0 0 3 0 1 0 0.87 32 2 0 1 2 857 4 4 qtz vein qtz EL 10217 11/10/2000 DG100359 736010 7681275 0 2 4 0 2 1 3.48 22 2 3 3 2 784 4 3 qtz vein qtz EL 10217 11/10/2000 DG100375 729500 7679420 0 0 16 0 43 3 32.77 72 2 38 16 2 750 70 12 lat laterite EL 10217 12/10/2000 DG100378 734570 7657550 1 116 166 0 7 5 7.95 149 10 9 1 2 101 12 67 lat Fe laterite EL 10217 15/10/2000 DG100379 734760 7657470 1 32 16 0 52 5 24.17 214 8 29 15 2 3700 30 17 lat Fe laterite near S Camp EL 10217 15/10/2000 DG100380 734760 7657470 0 115 56 0 6 5 7.64 95 8 5 3 2 419 4 34 lat laterite EL 10217 15/10/2000 DG100385 739160 7657510 0 2 9 0 1 2 2.20 41 5 3 1 2 506 4 6 lat weath granite EL 10217 15/10/2000 DG100386 740000 7658222 0 8 39 0 5 2 2.67 44 6 7 1 2 336 4 6 qtz vein quartz EL 10217 15/10/2000 DG100389 740000 7658540 1 1 16 0 7 2 1.82 40 6 8 1 2 63 4 3 lat vein quartz EL 10217 15/10/2000 DG100392 739500 7659620 0 0 229 0 60 6 22.66 108 12 17 12 2 738 47 24 lat weath granite EL 10217 15/10/2000 DG100400 739000 7660140 0 0 12 0 4 3 3.63 40 6 2 1 2 575 4 17 lat Fe lat EL 10217 15/10/2000 DG100407 739503 7659613 0 4 146 0 22 3 20.87 214 17 18 1 2 2470 39 35 lat subcrop of Fe and lat schist+ poss fg granite, low terrace EL 10217 24/10/2000 DRL

AMG Zone 52

ROCKCHIP SAMPLING

GFA - Rockchip Samples.xls PAGE 1 OF 1



SLRB001 0 2 NOS NOS SOX DRDBR D COVERSLRB001 2 3 NAC NAC SOX DRDBR D COVERSLRB001 3 4 BR FGP MOX DRDBR D M-CGR GRANITE WITH WEAK GNS TEXTSLRB001 4 7 BR FN WOX LYE CG GNS QTZ PLG BIO QTZ 10 D MG GRANITE WITH WEAK GNS TEXT, GY-MILKY QZSLRB001 7 8 BR FN FR LYE CG GNS QTZ PLG BIO QTZ 10 D MG GRANITE WITH WEAK GNS TEXT, GY-MILKY QZSLRB001 8 10 BR FN FR CR CG GNS QTZ PLG BIO D MG GRANITE WITH WEAK GNS TEXTSLRB001 10 13 BR FN FR CR MG GNS QTZ PLG BIO D MG GRANITE WITH WEAK GNS TEXTSLRB002 0 1 NOS NOS SOX RDBR DSLRB002 1 3 NAC NAC SOX RDBR DSLRB002 3 5 BR MM FR GN FG M AMP PLG D FGR, AMP RICHSLRB002 5 9 BR FN FR CR CG GNS QTZ PLG D QTZ-PLG, WK GNS TEXTURE , NO MUSSLRB002 9 18 BR MM FR GN FG M AMP PLG D FG AMPH, MOD FOLSLRB002 18 19 BR FGP FR CR CG PLG MUS D QTZ-FPR PEGM, MNR CG MUSCSLRB002 19 21 BR FGP FR CR CG PLG QTZ D QTZ-FPR PEGM, MNR CG MUSCSLRB002 21 27 BR FGP MM FR CR CG PLG QTZ MUS AMP D QTZ-FPR PEGM, MNR CG MUSC, MNR MMSLRB002 27 50 BR MM FR GN FG M AMP PLG D FG AMP, MOD FOLSLRB003 0 1 NOS NOS SOX RDBN FG DSLRB003 1 5 NAC NAC SOX RDBN FG DSLRB003 5 10 LR MSC WOX CRYE FG W SCH AMP PLG SER GOE D WK SCH AMP-PLG-SER SCHT, GOE ON SOME SURFACESSLRB003 10 12 BR MSC FR DGN FG M SCH AMP PLG SER GOE CRB D FGR AMP-PLG-SER SCHT, POWDERY BIO, WK CRB ALT I/PSLRB003 12 14 BR MM FR GN FG M AMP PLG FPR CRB D FGR AMP-PLG-SER SCHT, POWDERY BIO, WK CRB ALT I/PSLRB003 14 33 BR MM FR GN FG M AMP PLG FPR D FGR AMP-PLG MMSLRB003 33 34 BR MM FR GN FG AMP PLG QTZ TR D FGR AMP-PLG MMSLRB003 34 45 BR MM FR GN FG AMP PLG QTZ TR D DGN FGR MM WITH MNR CLR QZVNSLRB003 45 46 BR MM FR GN FG AMP PLG D DGN FGR MM WITH MNR CLR QZVNSLRB003 46 50 BR MM FR GN FG AMP PLG D DGN FGR MMSLRB004 0 1 NOS NOS SOX RDBR DSLRB004 1 9 NAC NAC SOX RDBR DSLRB004 9 21 BR MM FR GN FG AMP PLG QTZ TR D DGN FGR MAFIC WITH MNR CLR QZVNSLRB004 21 22 BR FQB FR CRKH MG SCH PLG QTZ BIO QTZ TR D MGR PLG-QTZ-BIO ROCKSLRB004 22 23 BR MM FR GN FG AMP PLG QTZ TR D DGN FGR MAFIC WITH MNR CLR QZVNSLRB004 23 50 BR FGT FR CRKH FG SCH PLG QTZ BIO D PLG-QTZ-BIO, WK SCH, FELSIC OR INTERMSLRB005 0 1 NOS NOS SOX RDBR DSLRB005 1 8 NAC NAC SOX RDBR DSLRB005 8 9 NAC NAC SOX RDBRSLRB005 9 13 BR FGT MOX CRKH FG SCH PLG QTZ BIO D PLG-QTZ-BIO, WK SCH, FELSIC OR INTERMSLRB005 13 22 BR FGT WOX CRKH FG SCH PLG QTZ BIO D PLG-QTZ-BIO, WK SCH, FELSIC OR INTERMSLRB005 22 34 BR FGT FR CRKH FG SCH PLG QTZ BIO D PLG-QTZ-BIO, WK SCH, FELSIC OR INTERMSLRB006 0 1 NOS NOS SOX RDBR FG D SAND AND MICA QTZ SCHIST RUBBLESLRB006 1 3 NAC NAC XMQ SOX RDBR FG D SAND AND MICA QTZ SCHIST RUBBLESLRB006 3 4 BR XMQ WOX GY FG SCH BIO AMP QTZ FPR QTZ DSLRB006 4 6 BR XMQ WOX GY DSLRB006 6 7 BR XMQ WOX GY SCH BIO EPD DSLRB006 7 9 BR XMQ WOX GY DSLRB006 9 10 BR XMQ FR KH SCH BIO EPD DSLRB006 10 12 BR XMQ FR KH DSLRB006 12 13 BR XMQ FR KH SCH BIO EPD DSLRB006 13 15 BR XMQ FR KH DSLRB006 15 16 BR XMQ FR KH SCH BIO EPD DSLRB006 16 18 BR XMQ FR KH DSLRB006 18 19 BR XMQ FR KH SCH BIO EPD DSLRB006 19 21 BR XMQ FR KH DSLRB006 21 22 BR XMQ FR KH SCH BIO EPD D


RAB DRILLINGGEOLOGY LOGS

GFA - RAB Geology Logs.xls PAGE 1 OF 25





SLRB006 22 24 BR XMQ FR KH DSLRB006 24 25 BR XMQ FR KH SCH BIO EPD DSLRB006 25 26 BR XMQ FR KH DSLRB006 26 36 BR XB-SLM FR LGYWH MG SCH BIO SLM D WTHRD PLG OR SLM LATHS UP TO 2 MM, STR AMP OR BIO?SLRB006 36 48 BR MM FR GN FG AMP PLG QTZ TR D FGR AMP WITH TR WH QZVNSLRB006 48 50 BR FN FR CR MG GNS QTZ PLG BIO D CGR QTZ-PLG (GY COLOURED-BIO?)SLRB007 0 1 NOS NOS SOX RDBR DSLRB007 1 5 NAC NAC SOX RDBR DSLRB007 5 6 NHS NHS MOX ORBR CG QTZ GOE SIL D SILCRETE WITH SOME GOE STAININGSLRB007 6 7 LS M WOX LGN FG EPD CLY EPD D LIME GN PERV EPD ALTD CLAYEY MAFIC LSSLRB007 7 8 LS MM WOX GN FG M AMP PLG GOE D LIME GN PERV EPD ALTD CLAYEY MAFIC LSSLRB007 8 11 LS M WOX LGN FG EPD CLY EPD D LIME GN PERV EPD ALTD CLAYEY MAFIC LSSLRB007 11 12 BR MM WOX GN FG M AMP PLG GOE D WK GOE ON FGR AMPSLRB007 12 15 BR MM WOX GN FG M AMP PLG GOE WK GOE ON FGR AMPSLRB007 15 16 BR M WOX LGN FG EPD CLY GOE WK GOE ON FGR AMPSLRB007 16 27 LS M WOX LGN FG EPD CLY GOE PUGGY LIME GN EPD OR CHT CLY WITH SOME GOESLRB007 27 28 LS MM WOX GN FG AMP PLG PUGGY LIME GN EPD OR CHT CLY WITH SOME GOESLRB007 28 29 LS M WOX LGN FG EPD CLY GOE PUGGY LIME GN EPD OR CHT CLY WITH SOME GOESLRB007 29 30 BR MM FR GN FG AMP PLG FG AMPHSLRB007 30 31 BR FN FR CR MG GNS QTZ PLG AMP FG AMPHSLRB007 31 32 BR FG MM FR GN FG PLG QTZ AMP FG AMPHSLRB007 32 36 BR FG MM FR CR FG PLG QTZ AMP M-CG GRANITE, NO BIO SO MAYBE PEGM, 30% MMSLRB007 36 47 BR SP FR KH FG QTZ FPR BIO GY-BR QTZ, WH-YL FPR, MNR BIO IN QTZ, 50% BIO SCHTSLRB007 47 48 BR SP FR KH FG QTZ FPR BIO GY-BR QTZ, WH-YL FPR, MNR BIO IN QTZ, 30% BIO SCHTSLRB007 48 49 BR SP FR FG FG BIO QTZ FPR GY-BR QTZ, WH-YL FPR, MNR BIO IN QTZ, 30% BIO SCHTSLRB007 49 50 BR SP FR FG FG BIO QTZ FPR BIO SCHT, GY-BR QTZ, WH-YL FPR, MNR BIO IN QTZSLRB008 0 1 NOS NOS SOX RDBR GOE HEM QTZ FPRSLRB008 1 3 NAS NAS SOX RDBR GOE HEM QTZ FPRSLRB008 3 6 LSS LSS WOX CRPK KLN QTZ HEM SILCRETE WITH MNR HEM-CAPPING TO FGSLRB008 6 7 LSS LSS WOX PKCR MG KLN QTZ HEM SILCRETE WITH MNR HEM-CAPPING TO FGSLRB008 7 8 LSS LSS WOX CRPK KLN QTZ HEM SILCRETE WITH MNR HEM-CAPPING TO FGSLRB008 8 9 LMS FN WOX PKCR MG GNS KLN QTZ HEM WTHD FN, WK GNSSICSLRB008 9 11 LMS FN WOX PKCR MG GNS QTZ HEM KLN GOE WTHD FN, WK GNSSICSLRB008 11 12 LM FN WOX PKCR MG GNS QTZ HEM KLN GOE WTHD FN, WK GNSSICSLRB008 12 13 LM FG WOX PKCR MG QTZ HEM KLN GOE WTHD FN, WK GNSSICSLRB008 13 14 LM FG WOX CRYE MG QTZ PLG BIO WTHD FN, WK GNSSICSLRB008 14 15 BR FG WOX CRYE MG QTZ PLG BIO YE-OR CLOUDY QTZSLRB008 15 16 BR FG WOX CRYE MG QTZ PLG BIO GOE YE-OR CLOUDY QTZSLRB008 16 17 BR FG WOX CRYE MG QTZ PLG BIO YE-OR CLOUDY QTZSLRB008 17 24 BR FG WOX CRYE MG QTZ PLG BIO GOE YE-OR CLOUDY QTZSLRB008 24 25 BR FG WOX LYE MG QTZ PLG BIO GOE YE-OR CLOUDY QTZSLRB008 25 26 BR FG WOX CRYE MG QTZ PLG BIO GOE YE-OR CLOUDY QTZSLRB008 26 36 BR FG WOX LYE MG QTZ PLG BIO GOE CLR QTZ, WTHRD YE AND WH FPR, SOME BIOSLRB008 36 37 BR FG WOX CR CG QTZ PLG KFP BIO CLR QTZ, WTHRD YE AND WH FPR, SOME BIOSLRB008 37 38 BR FSC WOX LYE MG SCH QTZ FPR BIO GOE WTHD FSC WITH HEM (AFTER BIO?), WK SCH/GNS TEXTSLRB008 38 39 BR FG WOX CR CG QTZ PLG KFP BIO FR M-CG GRANITE, NO SCH TEXTSLRB009 0 1 NOS NOS CR CG QTZ PLG KFP BIO FR M-CG GRANITE, NO SCH TEXTSLRB009 1 3 NA NASLRB009 3 4 NA NHS LPKWH MG UNS QTZ FPR KLN SILSLRB009 4 5 NA NASLRB009 5 6 NHS NHS LPKWH MG UNS QTZ FPR KLN POWDERY KLN CLY WITH SILCRETESLRB009 6 7 LM LM LCRPK CG UNS QTZ FPR GOE SILSLRB009 7 8 LM LM






SLRB009 8 9 LM LM LCRPK CG UNS QTZ FPR GOE SIL MOTTLED ZONESLRB009 9 10 LR FPG CR CG PGM QTZ PLG KFP GOESLRB009 10 11 LR FGPSLRB009 11 12 BR FPG CG PGM QTZ PLG KFP GOE WK WTHRD PEGM, NO MUSCSLRB009 12 13 BR FPG CR CG PGM QTZ PLG KFP GOESLRB009 13 15 BR FPGSLRB009 15 16 BR FPG FSC CR CG PGM QTZ PLG KFP BIO WK WTHRD PEGM, NO MUSC, WITH MNR FSCSLRB009 16 18 BR FPGSLRB009 18 19 BR FN LYECR MG GNS QTZ FPR BIOSLRB009 19 20 BR FN LYECR MG GNS QTZ FPR BIO QTZ-FPR-BIO GNEISS, SEE GNS TEXT IN LARGE CHIPSSLRB009 20 21 BR FNSLRB009 21 22 BR FN YE MG GNS QTZ FPR BIO GOESLRB009 22 23 BR FN LPK MG GNS QTZ FPR BIO HEM MOX PK HEM FNSLRB009 23 24 BR FN YE MG GNS QTZ FPR BIO GOE WOX GOE FNSLRB009 24 25 BR FN YE MG GNS QTZ FPR BIO GOESLRB009 25 27 BR FNSLRB009 27 28 BR FG YE MG QTZ PLG KFP BIOSLRB009 28 29 BR FG YE MG QTZ PLG KFP BIO WOX GOE GRANITE, NO GNS TEXTSLRB009 29 31 BR FGSLRB010 0 1 NAS NASLRB010 1 3 NA NASLRB010 3 4 NHS NHS PKBR MG QTZ GOE HEM GOE-HEM SILCRETESLRB010 4 6 NHS NHSSLRB010 6 7 LR M KH FG EPD PLG CLY GOE EPD EPI-CLAYEY WTHRD MAFIC, PROB AMPH, MNR GOE CLYSLRB010 7 9 LR MSLRB010 9 10 BR MM GN FG AMP PLG EPI EPD FG AMPH, MNR EPI AND CLY ON SOME SURFACESSLRB010 10 12 BR MMSLRB010 12 13 BR MM LGN FG AMP PLG EPI QTZ EPDSLRB010 13 14 BR MM

SLRB010 14 15 BR MM FN LGN FG AMP PLG EPI QTZ EPD FG AMPH, MNR EPI AND CLY ON SOME SURFACES, 30% F GNS

SLRB010 15 16 BR MM GN FG AMP PLG GOESLRB010 16 17 BR MM GN FG AMP PLG GOE FG AMP, MNR GOE ON SOME SURFACESSLRB010 17 18 BR MMSLRB010 18 19 BR MM LGN FG POW EPD CLY AMP GOE EPDSLRB010 19 20 BR MMSLRB010 20 21 LR MM LGN FG POW EPD CLY AMP GOE EPD LIME GN EPI ALTD AMP, SOME FRESHER CHIPS, MNR GOESLRB010 21 22 LR M KH FG PUG GOE CLY EPI FPRSLRB010 22 23 LS M KH FG PUG GOE CLY EPI FPR KH PUGGY WTHRD AMPH?,SLRB010 23 24 LS MSLRB010 24 25 BR M LGN FG PUG EPD CLY GOE EPD NO EVIDENCE OF FPRSLRB010 25 26 BR MSLRB010 26 27 LS M LGN FG PUG EPD CLY GOE EPD PUGGY EPI CLY WITH MNR GOE, WTHD MAFICSLRB010 27 28 LS M LGN FG PUG EPD CLY GOE EPDSLRB010 28 30 LS MSLRB010 30 31 BR MM GNBR FG M AMP PLG GOE QTZ WK GOE ON SOME SURFACESSLRB010 31 32 BR MMSLRB010 32 33 BR MM GNBN FG M AMP PLG GOE QTZ 3 GOE ON AMPH, MNR YL QZVNSLRB010 33 34 BR MM GNBR FG M AMP PLG GOESLRB010 34 36 BR MMSLRB010 36 37 BR MM V KH FG M AMP PLG GOE 40 GOE AMPH WITH WH-GY QZVNSLRB010 37 39 BR MMSLRB010 39 40 BR MM GN FG M AMP PLG QTZ 25 FR MM WITH WH-GY QZVN






SLRB010 40 41 BR MMSLRB010 41 42 BR MM GN FG M AMP PLG QTZ 3 FR MM WITH WH-GY QZVNSLRB010 42 43 BR FG MM GN MG QTZ FPR BIO AMP QTZ 1 GRANITE WITH 50% FR AMPH, WH QZVNSLRB010 43 45 BR FGSLRB010 45 46 BR MM LGNCR FG M AMP PLG QTZSLRB010 46 47 BR MM F LGNCR FG M AMP PLG QTZ FG AMPH WITH 5% GRANITESLRB010 47 48 BR MM F LGNCR FG M AMP PLG QTZ FG AMPH WITH 25% GRANITESLRB010 48 49 BR FG CRGY MG QTZ PLG KFP BIOSLRB010 49 50 BR FG CRGY MG QTZ PLG KFP BIO MG GRANITE, YE AND WH FPR, MOD BIOSLRB011 0 1 NAS NAS DRDBR FG SANDSLRB011 1 2 NAS NASSLRB011 2 3 LR M MOX BRGY FG M CLY GOE MNG QTZ 3 MNG-RICH WTHD MAFIC-AMPH?, SUGARY YE QZVNSLRB011 3 4 LR M BRGY FG M CLY GOE MNGSLRB011 4 6 LR MSLRB011 6 7 LR M BR FG M CLY GOE MNG QTZ 3 MNG-RICH WTHD MAFIC-DOLR? SUGARY YE QZVNSLRB011 7 9 LR MSLRB011 9 10 LR MD BR FG M SCH GOE CLY QTZ 3 SIL QTZ WITH MNG THROUGHOUTSLRB011 10 11 LS MD BN FG M SCH GOE CLY WTHD GOE MSCSLRB011 11 12 LS MDSLRB011 12 13 LS MD BR FG M SCH GOE CLYSLRB011 13 14 LS MDSLRB011 14 15 LR MD BN FG M SCH GOE CLY WTHD GOE MSC, MNR SILCRETESLRB011 15 16 LR MD BR FG IND HEM WTHD DOLR WK EPI AND GOESLRB011 16 17 LR MD BN FG IND HEM HEM IND MAFIC?SLRB011 17 18 LR MDSLRB011 18 19 LR MD BR FG M SCH GOE CLY WTHD GOE MSC, MNR SILCRETESLRB011 19 21 LR MDSLRB011 21 22 LR MM GN FG M AMP PLG GOESLRB011 22 23 LR MM KH FG M AMP PLG GOE EPI EPD WK EPI ALTD AMPH, MOD GOESLRB011 23 24 BR MM GN FG M AMP PLG GOE MNR GOE ON SOME SURFACESSLRB011 24 25 BR MM GN FG M AMP PLG GOESLRB011 25 27 BR MMSLRB011 27 28 BR MM GN FG M AMP PLG GOESLRB011 28 30 BR MMSLRB011 30 31 LR MM KH FG M AMP PLG GOE EPI EPD WK EPI ALTD AMPH, MOD GOESLRB011 31 33 LR MMSLRB011 33 34 LR MM KH FG M AMP PLG GOE EPI EPDSLRB011 34 36 LR MMSLRB011 36 37 LR MM KH FG M AMP PLG GOE EPI EPDSLRB011 37 39 LR MMSLRB011 39 40 BR MM GN FG M AMP PLG QTZ 5 FR AMPH WITH CLR-YE QZVNSLRB011 40 41 BR MMSLRB011 41 42 BR MM GN FG M AMP PLGSLRB011 42 45 BR MMSLRB011 45 46 BR MM GN FG M AMP PLGSLRB011 46 47 BR MMSLRB011 47 48 BR MM GN FG M AMP PLG FR AMPH WITH MNR QTZ RICH BANDS 2MM WIDESLRB011 48 49 BR MM GN FG M AMP PLGSLRB011 49 50 BR MMSLRB011 50 51 BR MM FG SANDSLRB011 51 52 BR MMSLRB012 0 1 NAS NAS RDBRSLRB012 1 2 NAS NAS






SLRB012 2 3 LR SL MOX BR FG M SCH BIO GOE QTZ FPR WTHD BN COLOURED BIO SCHT-METAPELITE?SLRB012 3 4 LR SL BR FG M SCH BIO GOE QTZ FPRSLRB012 4 6 LR SLSLRB012 6 7 BR SL KH FG M SCH BIO GOE QTZ FPR QTZ KHBR BIO RICH SCHTSLRB012 7 8 BR SLSLRB012 8 9 BR SL KH FG M SCH BIO GOE QTZ FPR QTZ 30 KHBR BIO RICH SCHT, WITH BN QZVNSLRB012 9 10 BR SL GY FG M MAS BIO QTZ FPRSLRB012 10 11 BR SL LBN MG M GNS QTZ FPR BIO SER WK GNSSIC QTZ-FPR-BIO/BN SER ROCK-METAPELITE?SLRB012 11 12 BR SL GY FG M MAS BIO QTZ FPR GY SPECKLY BIO RICH, MASSIVE-METAPELITE?SLRB012 12 13 BR SL DBR FG M SCH GOE MIC SERSLRB012 13 14 BR SL DBR FG M SCH GOE MIC SER BN MICA, PLATY, SHCTOSESLRB012 14 15 BR SLSLRB012 15 16 BR VQTZ CR FG MAS QTZ BIO FPRSLRB012 16 17 BR VQTZ SL CR FG MAS QTZ BIO FPR CLR-WH MASSIVE QZVN WITH MNR BI-RICH SEDSLRB012 17 18 BR VQTZSLRB012 18 19 BR VQTZ CR FG MAS QTZ BIO FPRSLRB012 19 21 BR SLSLRB012 21 22 BR VQTZ CR FG MAS QTZ BIO FPRSLRB012 22 24 BR SLSLRB012 24 25 BR FGP CR CG PGM QTZ FPR BIO EPI CLYSLRB012 25 26 LS M LGN FG PUG EPD CLY GOE PUGGY LIME GN EPI ALTD MAFICSLRB012 26 27 BR FGP M CR CG PGM QTZ FPR BIO EPI CLY CLR-GY QZ, MNR LIME EPI CLYSLRB012 27 28 BR MM GN FG AMP PLGSLRB012 28 29 BR MM KH FG AMP PLG CLY EPI FR AMPH WITH MNR EPI-GOE WTHD MAFICSLRB012 29 30 BR MM FGP GN FG AMP PLG FR AMPH WITH MNR PEGM, NO MUSCSLRB012 30 31 BR MM GN FG AMP PLG QTZ FPR PEGM WITH BN MUSSLRB012 31 32 BR MMSLRB012 32 33 BR MM FGP GN FG AMP PLG QTZ FPR FR AMPH WITH 40% PEGMSLRB012 33 34 BR MM GN FG AMP PLG QTZ FPRSLRB012 34 36 BR MMSLRB012 36 37 BR MM GN FG AMP PLG QTZ FPRSLRB012 37 39 BR MMSLRB012 39 40 BR FGP CR CG PGM QTZ FPR MUSSLRB012 40 41 BR FGP CR CG PGM QTZ FPR MUS PEGM WITH CLR MUSSLRB012 41 42 BR FGPSLRB012 42 43 BR FGP CR CG PGM QTZ FPR MUSSLRB012 43 44 BR FGPSLRB012 44 45 BR FGP CR CG PGM QTZ FPR MUS PEGM WITH SOME YE FPR AND LARGE MUSC< 2 CMSLRB012 45 46 BR SL GYGN FG M SCH BIO QTZ FPR MUSSLRB012 46 47 BR SLSLRB012 47 48 BR SL FGP GYGN FG M SCH BIO QTZ FPR MUS DGNBN BIO-RICH, WK SCHTOSE, WITH MNR PEGMSLRB012 48 49 BR SL GYGN FG M SCH BIO QTZ FPRSLRB012 49 50 BR SL GYGN FG M SCH BIO QTZ FPR DGNBN BIO-RICH, WK SCHTOSESLRB013 0 2 NOS NOS SOX RDBRSLRB013 2 3 BR FG SOX RDBR MG QTZ PLG GOE HEM GOE-HEM GRANITESLRB013 3 4 BR FG WOX RDBR MG QTZ PLG GOE HEM GOE-HEM GRANITESLRB013 4 6 BR MM WOX GN FG AMP PLGSLRB013 6 7 BR MM WOX GN FG M AMP PLG GOE EPDSLRB013 7 8 BR MM WOX GN FG M AMP PLG GOE EPD FGR AMP, MNR EPD ALT I/P, WK GOE ON SOME SURFACESSLRB013 8 9 BR MM WOX GN FG AMP PLGSLRB013 9 10 BR MM WOX GN FG M AMP PLG QTZ GOESLRB013 10 11 BR MM WOX KHGN FG PLG GOE EPD LIME GN EPD ALTD, WITH GOE, MAY BE QTZ






SLRB013 11 12 BR MM WOX GN FG M AMP PLG QTZ GOE FGR AMP, AND VERY PLG OR QTZ RICH, TR GOE ON SOME SURFACES

SLRB013 12 14 BR MM WOX KHGN FG M AMP PLG PLG GOESLRB013 14 15 BR FGP WOX CR VCG QTZ PLG KFP SER VCG QTZ-PLG-KFP-SER FGP OR VCG FG?SLRB013 15 16 BR FGP WOX KHGN VCG M QTZ PLG KFP SER VCG QTZ-PLG-KFP-SER FGP OR VCG FG?SLRB013 16 19 BR FGP WOX CR VCG QTZ PLG KFP SER VCG QTZ-PLG-KFP-SER FGP OR VCG FG?SLRB013 19 20 BR FPG FR CR VCG QTZ PLG KFP SER VCG QTZ-PLG-KFP-SER FGP OR VCG FG?SLRB013 20 27 BR FGP FR CR VCG QTZ PLG KFP SER VCG QTZ-PLG-KFP-SER FGP OR VCG FG?SLRB014 0 2 NOS NOS SOX RDBRSLRB014 2 3 NAS NAS SOX RDBRSLRB014 3 4 LR XBF SOX KH FG SCH BIO PLG GOE FGR BIO-PLG ROCK, MNR GOE ON SOME SURFACESSLRB014 4 6 BR XBF WOX KH FG SCH BIO PLG GOE FGR BIO-PLG ROCK, MNR GOE ON SOME SURFACESSLRB014 6 7 BR XBF WOX GN FG SCH BIO PLG GOE FGR BIO-PLG ROCK, MNR GOE ON SOME SURFACESSLRB014 7 8 BR SP GN FG MAS PLG BIO QTZ FPR-QTZ-BIO MASSIVE ROCK, MNR CLYSLRB014 8 10 BR SP GN FG MAS PLG QTZ BIO FPR-QTZ-BIO MASSIVE ROCK, MNR CLYSLRB014 10 12 BR SP GN FGSLRB014 12 13 BR SP GN FG M SCH BIO QTZ FPR SE RICH QTZ-FPR FELSIC SCHISTSLRB014 13 14 BR XBF GN FGSLRB014 14 15 BR XBF FSC GN FG M SCH BIO QTZ FPR BIO SCHT, WITH 10% FSCSLRB014 15 16 BR XBF GN FG M SCH BIO QTZ FPRSLRB014 16 18 BR XBF GN FGSLRB014 18 19 BR XBF KH FG AMP QTZ FPRSLRB014 19 20 BR XBF KH FGSLRB014 20 21 BR SP KH FG AMP QTZ FPR AMP?-QTZ-FPR, F-MG ROCK, LOOKS LIKE LABSLRB014 21 22 BR SP KH FG SCH BIO GOE QTZ FPRSLRB014 22 23 BR FGP CRWH CG PGM QTZ PLG KFP MUS PEGM, CGR MUSC UP TO 1 CMSLRB014 23 24 BR XBF KH FG SCH BIO GOE QTZ FPR BKBN BIO RICH SCHT-SL/MBQ?SLRB014 24 25 BR SP FGP KH FG SCH BIO GOE QTZ FPR SL/MQB WITH CGR GY QTZ-FPR PEGMSLRB014 25 26 BR SP FGP BN FG M SER FPR GOE CLY EPD BN BIO-SE-FPR SCHT, WITH 30% EPI-SER ALTD SCHTSLRB014 26 27 BR SP FGP BN FGSLRB014 27 28 BR SP FGP KH FG SCH BIO GOE QTZ FPRSLRB014 28 30 BR SP FGP KH FGSLRB014 30 31 BR SP FGP WOX KH FG M QTZ FPR GOE MUS SL/MQB WITH 40% GY QTZ-FPR PEGMSLRB014 31 32 BR FGP LCRYE CG PLG KFP NO EVIDENCE OF MUS, PK FPR AND PLGSLRB014 32 33 BR FGP GN CGSLRB014 33 34 BR SP GN FG W PLG FG DGN AMPHSLRB014 34 36 BR SP GN FGSLRB014 36 37 BR SP BR FG W PLG GOE QTZ FPRSLRB014 37 38 BR SP BR FGSLRB014 38 39 BR SP FGP BR FG W PLG GOE QTZ FPR BN BIO-GOE SL/BI SCHT WITH 40% GY PEGMSLRB014 39 45 BR SP BR FGSLRB014 45 46 BR MM GN FG W PLG QTZ 5SLRB014 46 47 BR MM GN FG W PLG QTZ 5 FG DGN AMPH WITH CLR-WH QZVNSLRB014 47 48 BR MM GN FGSLRB014 48 49 BR MM FGP GN FG W PLG QTZ PLG KFP FG DGN AMPH WITH 40% GY-WH PEGM, NO MUSSLRB014 49 50 BR MM GN FG W PLG FG DGN AMPHSLRB015 0 1 NOS NOS SOX RDBRSLRB015 1 2 NHS NHS SOX PKCR FPR GOE SIL LPK SILCRETESLRB015 2 3 NHS NHS SOX PKCRSLRB015 3 4 LS F MOX YEKH FG FPR FPR GOESLRB015 4 6 LS F MOX YEKH FGSLRB015 6 9 LS F WOX KH FG SCH GOE SER KLN EPD WTHD EPI ALTD FELSIC OR MAFIC, SOME FRESHISH HBD? I/PSLRB015 9 11 LS F WOX GN FG SCH GOE SER KLN EPD WTHD EPI ALTD FELSIC OR MAFIC, SOME FRESHISH HBD? I/P






SLRB015 11 13 BR FGT FR GN FG W PLG HBD QTZ TR PY FR PLG-HBD FGT, TR PY ASSD WITH PLGSLRB015 13 14 BR FGT FGP FR KHBR FG W PLG HBD QTZ TR PY FR PLG-HBD FGT, TR PY ASSD WITH PLGSLRB015 14 15 BR FGT FGP FR KHCR FG W PLG HBD QTZ FGT WITH SOME FGPSLRB015 15 16 BR FGT FGP FR CRYE CG W PGM QTZ PLG KFP FGT WITH SOME FGPSLRB015 16 17 BR FGP FR CRYE CG PGM QTZ PLG KFP LOR FPR, WH-GY QTZ AND FPR PEGM, NO MUSSLRB015 17 18 BR FGP FR CRYE CG PGM QTZ PLG KFP PEGMSLRB015 18 27 BR FGT FR GN FG M PLG HBD QTZ TR PY FGR MM, AMP-PLG, TR PY I/PSLRB015 27 30 BR MM FR GN FG AMP PLG FGR MMSLRB015 30 31 BR FGT FGG FR CRGN FG HBD PLG QTZ FGT, MNR FGSLRB015 31 33 BR FG FR CR CG PLG QTZ BIO HBD CGR FGSLRB015 33 34 BR FG FGT FR CR CG PLG KFP BIO HBD CGR FG WITH SOME FGTSLRB015 34 36 BR FG FGT FR CRGY HBD PLG QTZ CGR FG WITH SOME FGTSLRB015 36 37 BR FG FGT FR GYCR CG PLG KFP SER HBD CGR FG WITH SOME FGTSLRB015 37 38 BR FGT FG FR GNGY FG HBD PLG KFP FGT WITH MNR FGSLRB015 38 40 BR FG FGT FR GYCR CG PLG KFP BIO SER FG WITH FGTSLRB016 0 1 NOS NOS SOX RDBRSLRB016 1 16 LKF LKF SOX RDBR FG GOE HEM SERSLRB016 16 22 LKF LKF SOX RDBR FG GOE HEMSLRB016 22 27 LKF LKF SOX RDBR FG GOE HEM LOOKS LIKE WTHD MAFICSLRB016 27 28 LKF LKF SOX PKBR FG HEM PLG LOOKS LIKE WTHD MAFICSLRB016 28 30 LS M SOX PKBR FG HEM PLG LOOKS LIKE WTHD MAFICSLRB016 30 31 LS M SOX PPRD FG HEM PLG AMP LOOKS LIKE WTHD MAFICSLRB016 31 32 LR M MOX PPRD FG HEM PLG AMP STR HEM OX AMPHSLRB016 32 33 LR M MOX PKRD FG HEM PLG AMP STR HEM OX AMPHSLRB016 33 38 LS MM WOX LGN FG PUG CLY AMP PLG GOE EPD EPD ALTD LIME GN WTHD MAFIC, MNR GOESLRB016 38 39 LS MM FR LGN FG AMP PLG CLY EPD FR MM WITH MNR GN WTHD EPD ALTD MMSLRB016 39 45 BR MM FR GN FG W AMP PLG CLY EPD FR MM WITH MNR GN WTHD EPD ALTD MMSLRB016 45 48 LS MM WOX LGN FG CLY AMP EPD EPD ALTD LIME GN WTHD MM, MNR GOESLRB016 48 49 LS MM WOX GN FG AMP PLG EPD ALTD LIME GN WTHD MM, MNR GOESLRB016 49 51 BR MM FR GN FG W AMP PLG FGR MMSLRB017 0 1 NOS NOS SOX RDBR FG HEM GOE CLYSLRB017 1 6 LKF LKF SOX RDBR FG HEM GOE CLYSLRB017 6 7 LS LS SOX PKBR FG HEM GOE CLY MOTTLY IN COLOUR BUT NOT CONCRETIONARYSLRB017 7 28 LS LS SOX PKBR FG HEM GOE CLYSLRB017 28 29 LS LS SOX PP FG HEM GOE CLYSLRB017 29 30 LS LS MOX PP FG HEM PLG STR HEM, PU, LOOKS LIKE OX AMPHSLRB017 30 31 LS LS MOX KH FG PLG BIO CLY EPD WK EPD ALTD SPSLRB017 31 33 LS LS MOX KH FG PLG BIO CLY WK EPD ALTD SPSLRB017 33 39 LS SP WOX KH FG BIO PLG CLY EPD WK EPD ALTD SPSLRB017 39 42 LS SP WOX CR FG BIO PLG CLY EPD WK EPD ALTD SPSLRB017 42 43 LS SP WOX LGN FG BIO PLG CLY EPD WK EPD ALTD SPSLRB017 43 44 LS SP WOX GN FG M BIO PLG EPD WK EPD ALTD SPSLRB017 44 48 BR SP WOX GN FG M BIO PLG EPD FR SP WITH MNR EPD ON SOME SURFACESSLRB017 48 50 BR SP WOX KH FG M BIO PLG EPD FR SP WITH MNR EPD ON SOME SURFACESSLRB017 50 51 BR SP WOX KH FG M SER PLG GOE KHGN FGR SER-PLG ROCKSLRB017 51 52 LS SP WOX LGN FG CLY BIO PLG EPD QTZ 1 LIME GN EPD ALTD SP?, TRANSL QZVNSLRB017 52 53 BR SP WOX LGN FG M CLY BIO PLG EPD QTZ 1 LIME GN EPD ALTD SP?, TRANSL QZVNSLRB018 0 1 NOS NOS SOX RDBR FGSLRB018 1 2 NAS NAS SOX RDBR FGSLRB018 2 3 LS M SOX PPPK FG HEM SER FPR STR HEM, PPPK OX, WTHD MAFIC, TR LCHDSLRB018 3 4 LS M SOX PPPK FG HEM SER FPRSLRB018 4 6 LS M SOX PPPK FG HEM SERSLRB018 6 7 LS M SOX PPPK FG HEM SER FPR






SLRB018 7 9 LS M SOX PPPK FG HEM SERSLRB018 9 10 LS M SOX BRPK FG HEM SER PLG AMPSLRB018 10 11 LS M SOX BRPK FG HEM SERSLRB018 11 12 LS M SOX BNPK FG HEM SERSLRB018 12 13 LR M SOX KH FG GOE EPD CLY SER EPD WTHD OX AMPHSLRB018 13 14 LR M SOX KH FG GOE HEMSLRB018 14 15 BR M WOX KH FG M GOE HEMSLRB018 15 16 BR M WOX LGN FG M AMP PLG CLY EPDSLRB018 16 17 LS M SOX KH FG GOE CLY SER EPD WTHD MAFIC, MOD EPD AND GOESLRB018 17 18 LS M SOX KH FG GOE CLY EPD WTHD MAFIC, MOD EPD AND GOESLRB018 18 19 LS M SOX GN FG AMP PLG WTHD MAFIC, MOD EPD AND GOESLRB018 19 21 LS M SOX LGN FG CLY KLN EPD LIME GN EPD ALTD WTHD AMPHSLRB018 21 23 BR MM FR GN FG M AMP PLG GOE EPD FR AMPH, WK EPD ALTN ON SOME SURFACESSLRB018 23 27 BR MM WOX GN FG AMP PLG GOE EPD WK EPI AND GOE I/PSLRB018 27 28 BR FG M FR CR CG QTZ PLG KFP SER AMP CGR FG WITH 15% BN WTHD AMPHSLRB018 28 30 LS M WOX KH FG EPD PLG GOE CLY EPD WTHD EPD ALTD AMPHSLRB018 30 32 LS M WOX KH FG AMP PLG GOE EPD WTHD EPD ALTD AMPHSLRB018 32 33 LS M WOX KH FG AMP PLG GOE CLY EPD WTHD EPD ALTD AMPHSLRB018 33 34 BR FGP WOX CR CG PGM QTZ PLG KFP GOESLRB018 34 35 LS MM WOX LGN FG CLY PLG GOE EPD LIME GN EPD ALTD MAFIC, MNR GOE ON SOME SURFACES SLRB018 35 40 LR MM WOX LGN FG CLY PLG AMP EPD LIME GN EPD ALTD MAFIC, MNR FR AMP, MNR GOE ON SOME SURFACES SLRB018 40 44 LR MM WOX LGN FG GOE AMP PLG EPD BNGN WTHD MM WITH WK EPD I/PSLRB018 44 45 LR MM FR LGN FG M AMP PLG GOE FR MM WITH TR GOE ON SOME SURFACESSLRB018 45 46 BR MM FR GN FG M AMP PLG GOE FR MM WITH TR GOE ON SOME SURFACESSLRB018 46 47 BR MM FR GN FG AMP PLG GOE FR MM WITH TR GOE ON SOME SURFACESSLRB018 47 49 BR MM FR GN FG S AMP PLG FR MM WITH TR GOE ON SOME SURFACESSLRB018 49 50 BR MM FR GN FG M AMP PLG FR MM WITH TR GOE ON SOME SURFACESSLRB019 0 1 NAS NOS SOX DRDBRSLRB019 1 3 NAS NAS SOX DRDBRSLRB019 3 4 LSF LSF SOX PPRD FG MOTTLED ZONESLRB019 4 5 LSF LSF SOX RDBR FG HEM SER QTZSLRB019 5 6 LSF LSF SOX RDBR FG HEM SER QTZ STR HEM QTZ-RICH LRSLRB019 6 9 LSF LSF SOX RDBR FG HEM SER QTZSLRB019 9 10 LR SP MOX ORBR FG GOE SER QTZ STR GOE SER-QTZ ROCK, WTHD METAPELSLRB019 10 12 LR SP MOX ORBR FG GOE SER QTZSLRB019 12 15 LR SP MOX KHGN FG QTZ BIO CLY DGNBN QTZ-BIO-RICH-GOE ROCK-METAARENITESLRB019 15 16 BR SP MOX KHGN FG QTZ BIO CLY QTZ 5 DGNBN QTZ-BIO-RICH-GOE ROCK-METAARENITESLRB019 16 17 BR VQTZ SL WOX CRKH FG QTZ FPR BIO QTZ 90 GY-CLR QZVN WITH MNR SLSLRB019 17 18 BR SP WOX KH FG M SCH BIO PLG QTZ CLY WK WTHD BIO RICH, WK SCHTSESLRB019 18 19 BR SP WOX KH FG M SCH BIO PLG QTZ CLYSLRB019 19 23 BR SP WOX KH FG M QTZ BIO KLN FGR QTZ-BIO-KLN SPSLRB019 23 26 BR SP MOX PPBR FG M HEM BIO QTZ PLG RDBR BIO RICH SPSLRB019 26 28 BR VQTZ WOX BR FG QTZ QTZ 90 WH-GY QZVN WITH MNR BIO-RICH SPSLRB019 28 29 BR VQTZ FR CRKH FG QTZ QTZ 90 WH-GY QZVN WITH MNR BIO-RICH SPSLRB019 29 32 BR SP SOX YEOR FG M PUG GOE CLY BIO PUGGY OR GOE CLY WITH MNR BIO RICH CHIPSSLRB019 32 39 BR FG FR CR CG QTZ PLG BIO WH-GY FG, WITH MNR BIOSLRB019 39 41 BR FG FR YEOR CG QTZ PLG BIO WH-GY FG, WITH MNR BIOSLRB019 41 42 BR FG FR CR CG QTZ PLG BIO WH-GY FG, WITH MNR BIOSLRB019 42 44 BR FG FR YECR CG QTZ PLG BIO WH-GY FG, WITH MNR BIOSLRB019 44 45 BR FG SP FR LCRYE CG QTZ PLG BIO GOE WH-GY FG, WITH MNR BIOSLRB019 45 47 BR FG FR YECR CG QTZ PLG BIO WH-GY FG, WITH MNR BIOSLRB019 47 48 BR FG SP FR LCRYE CG QTZ PLG BIO GOE WH-GY FG, WITH MNR BIOSLRB019 48 49 BR FG FR LCRYE CG W QTZ PLG BIO WH-GY FG, WITH MNR BIO






SLRB019 49 51 BR SP FR GYGN FG W QTZ BIO PLG BIO RICH SPSLRB020 0 1 NOS NOS SOX RDBR FGSLRB020 1 3 NHS NHS SOX RDBR FG QTZ FPR HEM SIL MOTTLY HEM-BLCHD SILCRETESLRB020 3 5 LSF LSF PPRD FGSLRB020 5 6 LSF LSF MOX PPRD FG SCH HEM MIC KLN PU HEM-MIC SCHT, SOME BLCHD AND CLAYEYSLRB020 6 7 LSF LSF PPRD FGSLRB020 7 8 LSF LSF PPRR FGSLRB020 8 9 LSF LSF MOX PKCR FG SCH HEM MIC GOE KLN PU HEM-MIC SCHT, SOME BLCHD AND CLAYEY AND GOESLRB020 9 11 LSF LSF PKCR FGSLRB020 11 12 LSF LSF MOX PKCR FG SCH HEM MIC GOE KLN PU HEM-MIC SCHT, SOME BLCHD AND CLAYEY AND GOESLRB020 12 14 LSF LSF PKCR FGSLRB020 14 15 LSF LSF MOX PKCR FG SCH HEM MIC GOE KLN PU HEM-MIC SCHT, SOME BLCHD AND CLAYEY AND GOESLRB020 15 17 LSF LSF PKCR FGSLRB020 17 18 LSF LSF MOX PKCR FG SCH HEM MIC GOE KLN PU HEM-MIC SCHT, SOME BLCHD AND CLAYEY AND GOESLRB020 18 19 LSF LSF PKCR FGSLRB020 19 20 LSF LSF MOX LPKCR FG SCH KLN HEM MIC GOE MOSTLY BLCHD CLAYEY MAFIC WITH SOME BN SER-RICH

SLRB020 20 21 LSF LSF WOX KH FG SER GOE CLY EPI EPD ORBN-KH FG WTHD SER-QTZ RICH, NO SCHTOSE TEXT, WK EPI I/P

SLRB020 21 23 LSF LSF KH FG

SLRB020 23 24 LSF LSF WOX KH FG GOE CLY EPI EPD ORBN-KH FG WTHD SER-QTZ RICH, NO SCHTOSE TEXT, WK EPI I/P

SLRB020 24 25 LSF LSF KH FGSLRB020 25 26 LS LSF KH FGSLRB020 26 27 LS LSF WOX KH FG GOE CLY EPI EPD ORBN-KH FG WTHD SER-QTZ RICH, NO SCHTOSE TEXT, MOD EPI I/PSLRB020 27 28 LS LSF WOX LGNCR FG CLY AMP EPD LIME GN EPI CLAYEY LS, TRACE REMNANT GN MINS-AMP?SLRB020 28 29 LS LSF LGNCR FGSLRB020 29 37 LR FGT WOX GN FG W BIO PLG QTZ GOE EPD LIME GN EPD ALTD GN FGR BIO-PLG-QTZ-ALTD FGT? OR SPSLRB020 37 39 LS FGT WOX LGN FG PUG BIO PLG QTZ GOE EPD LIME GN EPD ALTD GN FGR BIO-PLG-QTZ-ALTD FGT? OR SPSLRB020 39 42 LS FGT WOX GY FG W SCH BIO PLG CLY HEM GY FGR SCHISTOSE BIO-PLG-CLY-WK HEM,SLRB020 42 43 LS FGT WOX GY FG SCH BIO PLG CLY HEM GY FGR SCHISTOSE BIO-PLG-CLY-WK HEM,SLRB020 43 45 BR FGP FR CR CG PGM QTZ PLG MUS CLR-GY QTZ AND FPR WITH MUS UP TO 5 MMSLRB020 45 46 BR FGP XBF FR CR CG PGM QTZ PLG MUS BIO CLR-GY-YE QTZ AND FPR WITH 30% BN BIO-RICH-PLG SCHTSLRB020 46 47 BR XBF FGP FR CR FG M SCH BIO PLG QTZ MUS GY FGR FLAKEY BIO-PLG SCHIST AND 40% FGPSLRB020 47 48 BR FGP XBF FR CR CG PGM QTZ FPR MUS BIO CLR-GY-YE QTZ AND FPR WITH 30% BN BIO-RICH-PLG SCHTSLRB020 48 50 BR XBF FGP FR CR FG M SCH BIO PLG QTZ MUS GY FGR FLAKEY BIO-PLG SCHIST AND 40% FGPSLRB020 50 51 BR XBF FGP FR GY FG M SCH BIO PLG QTZ MUS GY FGR FLAKEY BIO-PLG SCHIST AND 40% FGPSLRB021 0 2 NHF NHF SOX DRDBR FG FER HEM FER FE OXIDE CEMENTEDSLRB021 2 3 BR SL SOX BR FG M SCH SER QTZ FPR HEM GOE SER-QTZ-FPR RICH METAPEL WITH SOME HEM I/PSLRB021 3 4 BR SL BR FG M SCH SER QTZ FPR HEMSLRB021 4 6 BR SLSLRB021 6 7 BR SL BR FG M SCH SER QTZ FPR HEMSLRB021 7 9 BR SLSLRB021 9 10 BR SL MOX KHBR FG M SCH SER QTZ FPR HEM GOE SER-QTZ-FPR RICH METAPEL WITH SOME HEM AND BLCHD I/PSLRB021 10 12 BR SL SOX DBR FG M SCH SER QTZ FPR HEM GOE DBNPP SER-HEM RICH METAPELSLRB021 12 13 BR SL DBR FG M SCH SER QTZ FPR HEMSLRB021 13 14 BR SLSLRB021 14 15 BR SL DBR FG M SCH SER QTZ FPR HEM DBNPP SER-HEM RICH METAPEL, SOME BLCHDSLRB021 15 16 BR SL DBR FG M SCH SER QTZ FPR HEMSLRB021 16 17 BR SLSLRB021 17 18 BR SL DBR FG M SCH SER QTZ FPR HEM DBNPP SER-HEM RICH METAPEL, STR SCHTSESLRB021 18 19 BR SL DBR FG M SCH SER QTZ FPR HEMSLRB021 19 21 BR SLSLRB021 21 22 BR SL DBR FG M SCH SER QTZ FPR HEM






SLRB021 22 24 BR SLSLRB021 24 25 BR SL GNKH FG M SCH BIO QTZ SER FPRSLRB021 25 26 BR SL

SLRB021 26 27 BR SL GNKH FG M SCH BIO QTZ SER FPR DGNKH FG, STR SCHTSE BIO-SER RICH SCHT-METAPELITE?

SLRB021 27 28 BR SL GNKH FG M SCH BIO QTZ SER FPRSLRB021 28 30 BR SLSLRB021 30 31 BR SL GNKH FG M SCH BIO QTZ SER FPRSLRB021 31 33 BR SLSLRB021 33 34 BR SL GNKH FG M SCH BIO QTZ SER FPRSLRB021 34 36 BR SLSLRB021 36 37 BR SL GNKH FG M SCH BIO QTZ SER FPRSLRB021 37 38 BR SL GNKH FG M SCH BIO QTZ SER FPR DGNKH FG, STR SCHTSE BIO-SER RICH SCHT-METAPELITE?

SLRB021 38 39 BR SL FR GNKH FG M SCH BIO QTZ SER FPR DGNKH FG, STR SCHTSE BIO-SER RICH SCHT-METAPELITE?

SLRB021 39 40 BR SL GNKH FG M SCH BIO QTZ SER FPRSLRB021 40 42 BR SLSLRB021 42 43 BR SL GNKH FG M SCH BIO QTZ SER FPRSLRB021 43 45 BR SLSLRB021 45 46 BR FG GNCR CG QTZ PLG KFP BIOSLRB021 46 47 BR FGSLRB021 47 48 BR FG SL GNCR CG QTZ PLG KFP BIO CLR-GY QZ, WH-YE FPR GRANITE, 20 % METAPELITESLRB022 0 1 NHF NHF DRDBR FG FER HEM FER FE OXIDE CEMENTEDSLRB022 1 2 NHF NHFSLRB022 2 3 NHF NHF SOX DRDBR FG FER HEM FER IRON OXIDE CEMENTEDSLRB022 3 4 BR SL BR FG M SCH SER QTZ FPR HEM SER-QTZ-FPR RICH METAPELITE WITH SOME HEM I/PSLRB022 4 6 BR SLSLRB022 6 7 BR SL BR FG M SCH SER QTZ FPR HEMSLRB022 7 9 BR SLSLRB022 9 10 BR SL BROR FG M SCH SER QTZ FPR GOESLRB022 10 11 BR SL BROR FG M SCH SER QTZ FPR GOE SER-QTZ-FPR RICH METAPELITE WITH MOD GOE AND HEMSLRB022 11 12 BR SLSLRB022 12 13 BR SL BROR FG M SCH SER QTZ FPR GOESLRB022 13 15 BR SLSLRB022 15 16 BR SL BROR FG M SCH SER QTZ FPR KLN

SLRB022 16 17 BR SL BROR FG M SCH SER QTZ FPR KLN SER-QTZ-FPR RICH METAPELITE WITH MOD KLN AND WK GOE AND HEM

SLRB022 17 18 BR SLSLRB022 18 19 BR SL WOX CRKH FG M SCH SER KLN QTZ GOE HEM STR WHTHD SL WITH WH KLN CLY, MOD HEM AND GOESLRB022 19 20 BR SL WOX LKHCR FG M BLE SER KLN QTZ HEM BLCHD, V LGN, STR SCHTSE SER-RICH SCHT WITH MNR HEMSLRB022 20 21 BR SL WOX PPKH FG M SCH SER QTZ FPR HEM QTZ 20 PU STR SCHTSE SER SCHT WITH TRANS QTZSLRB022 21 22 BR SL PPKH FG M SCH SER QTZ FPR HEM QTZ 2SLRB022 22 23 BR SL PPKH FG M SCH SER QTZ FPR HEM QTZ 2 PU STR SCHTSE SER SCHT WITH TRANS QTZSLRB022 23 24 BR SLSLRB022 24 25 BR SL PP FG M SCH HEM SER QTZ FPRSLRB022 25 26 BR SL PP FG M SCH HEM SER QTZ FPR PU STR SCHTSE HEM-SER SCHTSLRB022 26 27 BR SLSLRB022 27 28 BR SL PP FG M SCH HEM SER QTZ FPR PUBN STR SCHTSE HEM-SER, MNR GOE SCHTSLRB022 28 30 BR SLSLRB022 30 31 BR SL KH FG M SCH BIO SER QTZ FPRSLRB022 31 32 BR SLSLRB022 32 33 BR SL KH FG M SCH BIO SER QTZ FPR GNKH SER-BIO-GOE, STR SCHTSESLRB022 33 34 BR SL KH FG M SCH BIO SER QTZ FPR






SLRB022 34 36 BR SLSLRB022 36 37 BR SL KH FG M SCH BIO SER QTZ FPRSLRB022 37 39 BR SLSLRB022 39 40 BR SL KH FG M SCH BIO SER QTZ FPRSLRB022 40 42 BR SLSLRB022 42 43 BR SL KH FG M SCH BIO SER QTZ FPRSLRB022 43 45 BR SLSLRB022 45 46 BR SL KH FG M SCH BIO SER QTZ FPRSLRB022 46 48 BR SLSLRB022 48 49 BR SL KH FG M SCH BIO SER QTZ FPR IRON OXIDE CEMENTEDSLRB022 49 51 BR SLSLRB023 0 1 NAS NAS SOX DRDBRSLRB023 1 2 NAS NASSLRB023 2 3 NAS NHW PPSLRB023 3 4 NHW NHW PPSLRB023 4 5 NHW LK PP PUG HEM CLYSLRB023 5 6 LK LK PP PUG HEM CLY PU PUGGY HEM CLYSLRB023 6 7 LK LK PP PUG HEM CLYSLRB023 7 9 LK LKSLRB023 9 10 LK S PPBR MAS HEM SERSLRB023 10 11 LK SSLRB023 11 12 LR S PPBR MAS HEM SER PUBN HEM-SER ROCK, NOT SCHTSE, WHTD METAPELITE?SLRB023 12 13 LR S PKOR MAS GOE SER QTZ FPRSLRB023 13 14 LR SSLRB023 14 15 LR S PKOR MAS GOE SER QTZ FPR ORPK HARD GOE -SER-QTZ-FPR ROCKSLRB023 15 16 LR S PKOR MAS GOE SER QTZ FPRSLRB023 16 18 LR SSLRB023 18 19 LR S PKOR MAS GOE SER QTZ FPRSLRB023 19 21 LR SSLRB023 21 22 LR S PKOR MAS GOE SER QTZ FPRSLRB023 22 24 LR SSLRB023 24 25 LR S LORBR FG MAS HEM GOE SER QTZSLRB023 25 26 LR SSLRB023 26 27 LR S FGP LORBR FG MAS HEM GOE SER QTZ DREBN FG SER-QTZ-FPR ROCK WITH 10% WTHD PEGM

SLRB023 27 28 BR SL FGP WOX KH FG M SCH BIO QTZ FPR HEM MUS DGNBK BIO RICH SCHT WITH MNR HEM I/P AND 5% WTHD PEGM

SLRB023 28 29 BR SLSLRB023 29 30 BR SL GYPK FG SCH HEM SER QTZ FPR QTZ 5 PUGY HEM RICH SER SCHT WITH DGY QZVNSLRB023 30 31 BR SL GYPK FG SCH HEM SER QTZ FPR QTZSLRB023 31 33 BR SLSLRB023 33 34 BR SL GYPK FG SCH HEM SER QTZ FPR QTZSLRB023 34 36 BR SLSLRB023 36 37 BR SL GYPK FG SCH HEM SER QTZ FPR QTZSLRB023 37 39 BR SLSLRB023 39 40 BR SL MOX LGN FG MAS BIO QTZ FPR CLY LGN BIO-QTZ-FPR-CLY ROCK, WTHD METAPELITE OF LAB?SLRB023 40 42 BR SLSLRB023 42 43 BR SL MOX LGN FG MAS BIO QTZ FPR LGN BIO-QTZ-FPR-CLY ROCK, WTHD METAPELITE OF LAB?SLRB023 43 45 BR SLSLRB023 45 46 BR SL FR GNGY FG SCH BIO SER QTZ FPR STR SCHTSE BIO-SER-QTZ-FPR SCHTSLRB023 46 50 BR SLSLRB023 50 51 BR SL FR GNGY FG SCH BIO SER QTZ FPR STR SCHTSE BIO-SER-QTZ-FPR SCHTSLRB024 0 1 NAS NAS SOX DRDBRSLRB024 1 2 NAS NHS DRDBR






SLRB024 2 4 NHS NHS DRDBRSLRB024 4 6 NHS NHSSLRB024 6 7 NHS NHS DRDBRSLRB024 7 9 NHS NHSSLRB024 9 10 LR S SOX BR FG MAS GOE ORBN FG LOOKS LIKE SED OR MAFIC?SLRB024 10 12 LR SSLRB024 12 13 LR S BR FG MAS GOESLRB024 13 15 LR SSLRB024 15 16 LR S BR FG MAS GOESLRB024 16 18 LR SSLRB024 18 19 LR SL PPBR FG HEMSLRB024 19 20 LR SL SOX PPBR FG HEM PUBN STR HEM ROCK LOOKS LIKE HEM METAPELITESLRB024 20 21 LR SLSLRB024 21 22 LR SL PPBR FG HEMSLRB024 22 24 LR SLSLRB024 24 25 LR M LGN FG PUG EPD CLY GOE EPDSLRB024 25 26 LR M LGN FG PUG EPD CLY GOE EPD LIME GN EPI ALTD WTHD MAFIC CLAY, MNR CHIPSSLRB024 26 27 LR MSLRB024 27 28 LR MM GN FG M AMP PLG EPI EPDSLRB024 28 29 BR MM GN FG M AMP PLG EPI EPD DGN FG AMPH, MNR EPI-CLY ALTD BANDS UP TO 3 MMSLRB024 29 30 BR MMSLRB024 30 31 BR MM LGN FG M EPD CLY AMP CLY EPDSLRB024 31 32 LR MM LGN FG M EPD CLY AMP CLY EPD WTHD EPI ALTD AMPH, MNR GOESLRB024 32 33 LR MMSLRB024 33 34 LR MM LGN FG M EPD CLY AMP CLY EPDSLRB024 34 36 LR MMSLRB024 36 37 LR MM LGN FG M EPD CLY AMP CLY EPDSLRB024 37 39 LR MMSLRB024 39 40 LR MM LGN FG M EPD CLY AMP CLY EPDSLRB024 40 42 LR MMSLRB024 42 43 LR MM LGN FG M EPD CLY AMP CLY EPDSLRB024 43 45 LR MMSLRB024 45 46 BR MM FR GN FG M AMP PLG FG AMPHSLRB024 46 48 BR MMSLRB024 48 49 BR MM WOX LGN EPD PLAG GOE EPD LIME GN EPI ALTD AMPH, MNR GOE ON SOME SURFACESSLRB024 49 51 BR MMSLRB024 51 52 BR MM LGN EPD PLAG GOE EPDSLRB024 52 54 BR MMSLRB024 54 55 BR MM LGN EPD PLAG GOE EPDSLRB024 55 57 BR MMSLRB024 57 58 BR MM GN FG AMP PLG GOESLRB024 58 60 BR MMSLRB024 60 61 BR MM GN FG AMP PLG GOE FG AMPH, MNR GOE ON SOME SURFACESSLRB025 0 1 NAS NAS SOX RDBRSLRB025 1 3 NHS NHS SOX RDBRSLRB025 3 4 NHS NHSSLRB025 4 5 LM LM SOX OR MOTTLED ZONE, COHERENT SLRB025 5 6 LM LM SOX ORSLRB025 6 7 LM LM ORSLRB025 7 9 LM LMSLRB025 9 10 LM M KH PUG CLY EPD GOE HEM EPDSLRB025 10 11 LM MSLRB025 11 12 LC M KH PUG CLY EPD GOE HEM EPD PUGGY LIME GN MAFIC CLY WITH MNR GOE AND HEM






SLRB025 12 13 LC M KH PUG CLY EPD GOE HEM EPDSLRB025 13 14 LS M KH PUG CLY EPD GOE HEM EPD PUGGY LIME GN MAFIC CLY WITH MNR GOE AND HEMSLRB025 14 15 LS MSLRB025 15 16 LS M KH PUG CLY EPD GOE HEM EPDSLRB025 16 18 LS MSLRB025 18 19 LS M KH PUG CLY EPD GOE HEM EPDSLRB025 19 21 LS MSLRB025 21 22 LS M KH PUG CLY EPD GOE HEM EPDSLRB025 22 24 LS MSLRB025 24 25 LS M KH PUG CLY EPD GOE HEM EPDSLRB025 25 27 LS MSLRB025 27 28 LS M KH PUG CLY EPD GOE HEM EPDSLRB025 28 30 LS MSLRB025 30 31 LS M KH PUG CLY EPD GOE HEM EPDSLRB025 31 33 LS MSLRB025 33 34 LS M KH PUG CLY EPD GOE HEM EPDSLRB025 34 36 LS MSLRB025 36 37 LS M KH PUG CLY EPD GOE HEM EPDSLRB025 37 39 LS MSLRB025 39 40 LS M KH PUG CLY EPD GOE HEM EPDSLRB025 40 42 LS MSLRB025 42 43 LS MM KH SCH AMP EPD CLY GOE EPDSLRB025 43 44 LR MM KH SCH AMP EPD CLY GOE EPD SCHTSE AMPH WITH EPI-CLY ALTNSLRB025 44 45 LR MSLRB025 45 46 LR M KH PUG EPD CLY GOE EPDSLRB025 46 47 LR MSLRB025 47 48 LS M KH PUG EPD CLY GOE EPD PUGGY EPI-GOE CLYSLRB025 48 49 LS M KH PUG EPD CLY GOE EPDSLRB025 49 51 LS MSLRB025 51 52 LS MM GN M SCH AMP PLGSLRB025 52 53 LS MMSLRB025 53 54 BR MM GN M SCH AMP PLG FG AMPHSLRB026 0 1 NAS NAS SOX RDBRSLRB026 1 2 NHS NHS SOX RDBRSLRB026 2 3 NHS NHS SOX BR BLE SOME BLCHD NHSSLRB026 3 4 NHS NHS BR BLE SOME BLCHD NHSSLRB026 4 5 NHS NHSSLRB026 5 6 NAS NASSLRB026 6 7 NAS NAS RDBRSLRB026 7 8 NAS NASSLRB026 8 10 NAS NAS RDBRSLRB026 10 12 NAS NASSLRB026 12 13 NAS NAS RDBRSLRB026 13 15 NAS NASSLRB026 15 16 NAS NAS RDBRSLRB026 16 18 NAS NASSLRB026 18 19 NAS NAS RDBRSLRB026 19 21 NAS NASSLRB026 21 22 LR M SOX PPRD FG HEM SER PLG PURE FG HEM SER-PLG ROCK, LOOKS LIKE WTHD AMPHSLRB026 22 23 LR M DPPBR FG SCH HEM SER PLG DPURE HEM-SER WEAK SCHTOSE SCHTSLRB026 23 24 LR MSLRB026 24 25 LR M SOX KH FG AMP EPD CLY GOE EPD WTHD MAFIC, MOD EPI ALT AND SOME GOE CLYSLRB026 25 26 LR M






SLRB026 26 27 BR MM GN FG AMP PLG CLY GOE WTHD AND FR FG MAFIC LOOKS LIKE AMPHSLRB026 27 28 BR MM GN FG AMP PLG FG FR AMPHSLRB026 28 30 BR MMSLRB026 30 31 BR MM GN FG AMP PLGSLRB026 31 33 BR MMSLRB026 33 34 BR MM GN FG AMP PLGSLRB026 34 36 BR MMSLRB026 36 37 BR MM GN FG AMP PLGSLRB026 37 39 BR MMSLRB026 39 40 BR MM FR LGN FG AMP PLG CLY EPI EPD WK CLY-EPI ALTD AMPHSLRB026 40 42 BR MMSLRB026 42 43 BR MM LGN FG AMP PLG CLY EPI EPDSLRB026 43 45 BR MMSLRB027 0 1 NAS NAS SOX RDBRSLRB027 1 3 LKF LKF SOX RDBRSLRB027 3 4 LKF LKF RDBRSLRB027 4 5 LKF LKFSLRB027 5 7 LM LM RDBRSLRB027 7 9 LM LMSLRB027 9 10 LRF LRF SOX RDBRSLRB027 10 12 LRF LRFSLRB027 12 13 LRF LRF RDBRSLRB027 13 15 LRF LRFSLRB027 15 16 LRF LRF RDBRSLRB027 16 18 LRF LRFSLRB027 18 19 LRF LRF RDBRSLRB027 19 21 LRF LRFSLRB027 21 22 LRF LRF RDBR HEM GOE CLYSLRB027 22 23 LKF LKF RDBR HEM GOE CLY PUGGY PUBN HEM CLY-WTHD MAFIC?SLRB027 23 24 LKF LKFSLRB027 24 25 LKF LKF RDBR HEM GOE CLYSLRB027 25 27 LKF LKFSLRB027 27 28 LKF LKF RDBR HEM GOE CLYSLRB027 28 30 LKF LKFSLRB027 30 31 LKF LKF RDBR HEM GOE CLYSLRB027 31 33 LKF LKFSLRB027 33 36 LR M BR HEM GOE CLY SER WTHD REBN ROCK LOOKS LIKE MAFICSLRB027 36 48 LR M BR HEM GOE CLY SERSLRB027 48 50 LR XSH CRPK FG BLE HEM GOE SERSLRB027 50 51 LR XSH CRPK FG BLE HEM GOE SER STR BLEACHED SER-HEM-GOE SCHT I/PSLRB027 51 57 LR XSH CRPK FG BLE HEM GOE SERSLRB028 0 1 NAS NAS SOXSLRB028 1 3 NA NA SOXSLRB028 3 6 NA NASLRB028 6 8 LS M BR FG HEM GOE CLY FPR WTHD OX ROCK LOOKS LIKE WTHD MAFICSLRB028 8 9 LR M WOX KH FG AMP QTZ PLG CLY AMP OR CHT-QTZ-FPR MAFIC-DOLR?, WK CLYSLRB028 9 15 LR M KH FG AMP QTZ PLG CLYSLRB028 15 17 LR XBQ GN FG BIO QTZ PLGSLRB028 17 24 BR XBQ GN FG BIO QTZ PLGSLRB028 24 27 BR XBQ GN FG BIO QTZ PLG BIO-QTZ RICH WK SCHSLRB028 27 33 BR XBQ GN FG BIO QTZ PLGSLRB028 33 36 LR XBQ GN FG CLY EPD QTZ EPD WK EPI, STR CLY WTHD MAFIC, SOME QTZ COMPONENTSLRB028 36 39 LR XBQ GN FG CLY EPD QTZ EPD






SLRB028 39 40 BR MM GN FG AMP PLGSLRB028 40 42 BR MM GN FG AMP PLG AMP RICH FR AMPHSLRB028 42 44 BR MM GN FG AMP PLGSLRB029 0 1 NAS NAS SOX RDBR FGSLRB029 1 3 LS LS BR FG HEM GOE FPR CLY WTHD BEDROCK, STR HEM, SEE WTHD FPR-SER, AND VERY WK FABRICSLRB029 3 8 LR LR KH FG SER BIO GOE CLY SER-SOME BIO-GOE, WK SCHTOSESLRB029 8 9 LR LR WOX YEKH FG GOE SER CLY YE GOE-SER, WK SCHTOSESLRB029 9 15 LR LR YEKH FG GOE SER CLYSLRB029 15 16 LS LS PKPP FG HEM SER QTZSLRB029 16 18 LS LS PKPP FG HEM SER QTZ STR HEM, WK SER-QTZ, WK SCHTSESLRB029 18 21 LR SL BRGN FG HEM SER FPR PUBN HEM-SER, WTHD FPR, WK SCHTSESLRB029 21 23 LR SL KHGN FG GOE SER QTZ FPRSLRB029 23 24 LR SL KHGN FG GOE SER QTZ FPR WK OX SER-GOE-QTZ-FPR? , WK SCHTOSESLRB029 24 30 LR SL KHGN FG GOE SER QTZ FPRSLRB029 30 32 LR SL GY FG SCH BIO SER PLG QTZSLRB029 32 33 BR SL GY FG SCH BIO SER PLG QTZ 5 MOD SCHTSE BIO-SER-FPR-QTZ? SCHT, CLR-GY QZVNSLRB029 33 36 BR SL GY FG SCH BIO SER PLG QTZSLRB029 36 38 BR MM MOX KH FG GOE CLY AMP EPD WTHD AMPH WITH WK EPI-GOE ALTNSLRB029 38 39 BR MM GN FG AMP PLG FR AMPHSLRB029 39 49 BR MM GN FG AMP PLGSLRB030 0 2 NAS NAS SOXSLRB030 2 3 BR XBQ FR ORGY FG SCH BIO SER QTZ FPR KFP PINK KFR ALTD BIO-RICH SCHTSLRB030 3 4 BR XKQ OR QTZ KFP PLG SER KFPSLRB030 4 6 BR XKQ OR QTZ KFP PLG SER KFP PINK KFR ALTD, LOOKS FLOODED STR ALTD BI SCHTSLRB030 6 8 BR XKQ ORGY FG SCH BIO QTZ KFP KFPSLRB030 8 9 BR XKQ ORGY FG SCH BIO QTZ KFP KFP PINK KPR ALTD BIO-QTZ SCHT, WK SCHTSLRB030 9 15 BR FG CR CG QTZ PLG KFP MUSSLRB030 15 16 BR XBQ CRGY FG W SCH BIO QTZ FPR KFP KFP

SLRB030 16 18 BR XBQ FG CRGY FG W SCH BIO QTZ FPR KFP KFP BIO-QZ SCHT WITH KFR ALTD I/P, 20% WTHD GRANITE, SOME KPR

SLRB030 18 19 BR XBQ CRGY FG M SCH BIO QTZ FPR SERSLRB030 19 20 BR FG WOX CR CG QTZ PLG KFP MNG WK WTHD GRANITE WITH MNR MNG I/P ASSD WITH PLGSLRB030 20 21 BR XBQ FG CRGY FG M SCH BIO QTZ FPR SER GY BIO-QTZ-FPR-SER SCHT WITH 15% WTHD GRANITESLRB030 21 24 BR XBQ CRGY FG M SCH BIO QTZ FPR SERSLRB030 24 27 BR FGP CR CG PGM QTZ PLG KFP MUSSLRB030 27 28 BR XBQ FGP WOX CRGY FG BIO QTZ MUS GOE FPR WTHD CLAYEY BIO SCHT WITH 30% PEG, CG MUS <1 CMSLRB030 28 29 BR MM FGP WOX LKH FG AMP PLG GOE QTZ FPR WK WTHD AMPH WITH SOME GO AND 20% PEGSLRB030 29 30 BR MM KHGN FG AMP PLG GOE WK WTHD AMPH WITH SOME GOSLRB030 30 36 BR MM KHGN FG AMP PLG GOESLRB030 36 38 BR MM GN FG AMP PLG QTZ FR FG AMPHSLRB030 38 39 BR MM GN FG AMP PLG QTZ 30 FG FR AMPH AND 30% GY-BN QZVNSLRB030 39 48 BR MM GN FG AMP PLG QTZSLRB030 48 52 BR MM FG FR GNCR FG AMP PLG QTZ FG FR AMPH WITH 40% WK WTHD GRANITESLRB031 0 2 NAS NAS SOX RDBRSLRB031 2 3 LR XGS SOX RDBR FG GOE SER FPR REBN STR GOE, SER-RICH WTHD SER SCHT?SLRB031 3 6 LR XSF BRPK FG SCH GOE SER FPR WK SCHTSE, SER-FPR SCHTSLRB031 6 7 LR XBF BR FG SCH BIO SER FPR QTZSLRB031 7 9 LR XBF BN FG SCH BIO SER FPR QTZ MOD SCHTSE, BIO-FPR-SER-(QTZ) ROCKSLRB031 9 12 LR XBF BR FG SCH BIO SER FPR QTZSLRB031 12 14 LR FGP CRWH CG PGM QTZ PLG KFP MUSSLRB031 14 15 BR FGP CRWH CG PGM QTZ PLG KFP MUS WK WTHD PEGM, CLR-GY QTZ, MNR MUS, TR MNGSLRB031 15 21 BR FGP CRWH CG PGM QTZ PLG KFP MUSSLRB031 21 22 BR FGP LCRGN CG PGM QTZ PLG KFP MUS EPD






SLRB031 22 24 BR FGP M LCRGN CG PGM QTZ PLG KFP MUS EPD WK WTHD PEG, CGR MUS, AND 30% WTHD EPI-GOE MAFICSLRB031 24 25 BR M LGN FG PUG EPD GOE CLY EPDSLRB031 25 27 LS M LGN FG PUG EPD GOE CLY EPD LIME GN PUGGY EPI CLY WITH MNR GOE, WTHD AMPHSLRB031 27 33 LS M LGN FG PUG EPD GOE CLY EPDSLRB031 33 34 LS XBQ BRGY FG SCH BIO QTZ FPR GOESLRB031 34 36 LR XBQ BNGY FG SCH BIO QTZ FPR GOE GY, FG BIO RICH WK WTHD SCHTSLRB031 36 51 LR XBQ BRGY FG SCH BIO QTZ FPR GOESLRB031 51 52 LR FGP CR CG PGM QTZ PLG KFP BIOSLRB031 53 54 BR FGP XBQ CR CG PGM QTZ PLG KFP BIO PEG WITH WH-GY QTZ, MNR BIO-QTZ SCHTSLRB031 54 56 BR FGP CR CG PGM QTZ PLG KFP BIOSLRB032 0 2 NA NA SOX BR QTZ 20 DSLRB043 0 1 NOS NOS ORSLRB043 1 2 LFN LFN RDBRSLRB043 2 6 LSI SPS RDWHSLRB043 6 12 LSI LSI RDWHSLRB043 12 18 LS SPS RDBRSLRB043 18 33 LS SPS YEWH QTZSLRB043 33 36 LK SPS WH QTZSLRB043 36 39 LK SPS WH QTZ KLNSLRB043 39 42 LR SP YEKH MUSSLRB043 42 45 LR SP YEKHSLRB043 45 50 LR FG YEKHSLRB044 0 1 NOS NOS ORSLRB044 1 2 LFN LFN SOX RDSLRB044 2 6 LS LS RDWH QTZSLRB044 6 7 LS LSF RDWHSLRB044 7 9 LSF LSF RDPP EQG QTZ KLNSLRB044 9 12 LSF LSF RDPPSLRB044 12 15 LRS LRS WHSLRB044 15 18 LRS LRS WH MG EQG QTZ KLNSLRB044 18 20 BR FG YEBRSLRB044 20 24 LR FG YEBRSLRB044 24 27 LR FG YEBR FGSLRB044 27 28 LR FG KHCRSLRB044 28 30 LK FG KHCR BLESLRB044 30 36 LK FG KHCRSLRB044 36 48 LK FGM KHSLRB044 48 50 BR FG YEKH MGSLRB045 0 1 NOS NOS ORSLRB045 1 2 LFN LFN RDBRSLRB045 2 6 LSF LSF RD VFG BLESLRB045 6 12 LSI LSI YEKHSLRB045 12 15 LSI LSI RDSLRB045 15 18 LSI MD RDSLRB045 18 20 LSI MD RD FGSLRB045 20 21 LSI FG WH GPY QTZ KLNSLRB045 21 24 LSI MD WHSLRB045 24 27 BR MD KHGN VFG KFP QTZSLRB045 27 33 BR MD KHGNSLRB045 33 36 LSS FG WHSLRB045 36 39 LSS FG WH VFGSLRB045 39 48 LK FG CRSLRB045 48 50 LK FG CRKH






SLRB046 0 1 NOS NOS RDSLRB046 1 3 LSI FG RDWHSLRB046 3 6 LSI LSI RDWHSLRB046 6 11 LSI FG RDWHSLRB046 11 17 LSS FG KHPKSLRB046 17 24 LSF FG PPBRSLRB046 24 32 LSR MD GNGYSLRB046 32 42 BR MM GYSLRB047 0 1 NOS NOSSLRB047 1 2 NOS NOS RDSLRB047 2 6 LSS FG PKWHSLRB047 6 8 LSS LSS PKWHSLRB047 8 9 LK LK PK QTZSLRB047 9 22 LK FG PKSLRB047 22 24 LS LS YEBR QTZSLRB047 24 39 LS MM PKSLRB047 39 41 LS MM YEBRSLRB047 41 42 BR FG YEBR BIO QTZ KLNSLRB047 42 48 BR FG YEBRSLRB048 0 1 NCL NCL RD VFGSLRB048 1 2 NCL NCL WOX RDSLRB048 2 9 LS LS RDPPSLRB048 9 10 LS LS YEBRSLRB048 10 12 LS LS YEBR VFGSLRB048 12 15 LKS LKS WHPPSLRB048 15 21 LS LS RDBRSLRB048 21 29 LSR LSR YEKHSLRB048 29 30 LSR LSR MOX YEKHSLRB048 30 36 LSR LSR YEKHSLRB048 36 39 LSR MD YEKHSLRB048 39 42 LSS FG YEBRSLRB048 42 43 LSS MD GNSLRB048 43 45 MD MD GN VFG EQG BIO FPRSLRB048 45 50 MD MD GNSLRB049 0 1 NCL NCL RDSLRB049 1 4 LSS FG WHBR CAPPINGSLRB049 4 5 LSS FG YERDSLRB049 5 9 LS FG YERDSLRB049 9 15 LS FG KHWHSLRB049 15 18 LK FG CRKHSLRB049 18 21 LK FG YEWHSLRB049 21 22 LK FG KHGYSLRB049 22 23 LK FG KHGY SAC KLN QTZSLRB049 23 24 LK FG KHGY SAC KLN QTZSLRB049 24 25 LK FG YEWHSLRB049 25 27 LS FG YEWHSLRB049 27 42 LSR FG KHGNSLRB049 42 44 LSR MD YEGNSLRB049 44 45 LS MD YEGN VFG BIO FPR DYKESLRB049 45 50 LR FG GNSLRB050 0 1 NCL NCL RDSLRB050 1 2 NCL NCL RD CAPPINGSLRB050 2 9 LSI LSI YEWH






SLRB050 9 12 LSK LK CRSLRB050 12 15 LSK FG CRSLRB050 15 16 LSK LSF CRSLRB050 16 18 LSF LSF RDBRSLRB050 18 21 LSF LSF YEWHSLRB050 21 24 LSF LSF YEWH SAC KLN QTZSLRB050 24 27 LSF FG YEWH MUSSLRB050 27 33 LSK FG YEWHSLRB050 33 34 LSK FGP YEWHSLRB050 34 36 BR FGP GY BIOSLRB050 36 42 BR FGP GNSLRB050 42 43 BR FGP RD VFG BIO FPRSLRB050 43 44 LSK LSK CR BLE QTZ KLNSLRB050 44 45 BR FGP GY BIOSLRB050 45 46 BR LK GYSLRB050 46 47 LSK LSK CRSLRB050 47 48 BR FGP GY FPR QTZ BIOSLRB050 48 50 BR FGP GYSLRB051 0 2 NCL NCL RDSLRB051 2 6 LSF LSF RDSLRB051 6 8 LSF LSF RD BLE MUS QTZSLRB051 8 12 LS LS PPWHSLRB051 12 18 LSS LSS PPWHSLRB051 18 20 LSS FG PPWHSLRB051 20 21 LSR LSR PPBRSLRB051 21 23 LSR FG PPBRSLRB051 23 24 LS FG CR FPRSLRB051 24 31 LS FG CRSLRB051 31 33 LSR LSR YEBRSLRB051 33 36 LS FG YEBRSLRB051 36 42 LSR FG GYSLRB051 42 45 LSR FGP GY BLE QTZ KLNSLRB051 45 47 LSR FG GY FPR QTZ BIOSLRB051 47 48 BR SL KH SERSLRB051 48 50 BR SL KHSLRB052 0 1 NCG NCG RDSLRB052 1 2 NCG NCG PPWH VFGSLRB052 2 6 LSF LSF PPWHSLRB052 6 9 LS LS PPWHSLRB052 9 15 LS FG PPWHSLRB052 15 18 LS FG PPBRSLRB052 18 21 LS FG BRWHSLRB052 21 24 LSR FG BRWH VFG MSLRB052 24 27 LSR FG YEWHSLRB052 27 31 LSR FG PPBRSLRB052 31 33 LK LK YERDSLRB052 33 36 LK FG YERD QTZSLRB052 36 42 LK FG YERDSLRB052 42 44 LK FG RDSLRB052 44 46 BR SL YE QTZSLRB052 46 47 BR SL YERD VFG M MUS SER QTZSLRB052 47 49 BR SL VQTZ YERDSLRB052 49 50 BR SL VQTZ MOX YERD






SLRB053 0 1 NCG NCG RD QTZSLRB053 1 2 NCG NCG RDSLRB053 2 6 NHF NHF RDSLRB053 6 11 LK LK RDSLRB053 11 12 LK LK YEWH KLN QTZSLRB053 12 16 LK LK YEWHSLRB053 16 18 LK LK GYWH KLNSLRB053 18 21 LK LK GYWHSLRB053 21 24 LS FG GYWH FG M MUS FPR QTZSLRB053 24 26 LS FG GYWHSLRB053 26 27 LS FG GYYE LIM BIOSLRB053 27 33 LS FG GYYESLRB053 33 34 LS FG GYYE MOT QTZSLRB053 34 36 LS LS GYYE BIO SILSLRB053 36 44 LS FG GYYESLRB053 44 45 LSR MD GYYE M EPD BIOSLRB053 45 48 LSR MD RDPP VFG M MUS SERSLRB053 48 50 LSR MD RDPP QTZSLRB054 0 1 NCG NCG RDSLRB054 1 2 NCG NCG YECRSLRB054 2 6 NHF NHF YECRSLRB054 6 9 NHF NHF YEWH QTZSLRB054 9 12 LSF SL GYWH QTZSLRB054 12 15 LSF SL GYWHSLRB054 15 21 LSR FG GYCRSLRB054 21 26 LSR FG GYYESLRB054 26 27 LSR LSR KHCR BIOSLRB054 27 29 LSR FG KHCR LIM BIOSLRB054 29 30 LSR LSR YEKHSLRB054 30 42 LSR FG YEKHSLRB054 42 43 LSR LK YEKHSLRB054 43 45 LKS LKS WH FPR KLNSLRB054 45 48 LSR LR WH M EPD BIOSLRB054 48 50 LSR FG WHSLRB055 0 1 NHS NHS SOX CR MGSLRB055 1 2 NCG NCG SOX RDBR CGSLRB055 2 6 NHS NHS SOX RDBR FG SERSLRB055 6 9 NHS NHS SOX YERD FGSLRB055 9 12 NHS NHS SOX CRYE FGSLRB055 12 18 NHF NHF SOX CRYE FGSLRB055 18 21 LR XBF MOX KHYE FG M BIO FPRSLRB055 21 24 LR FG WOX KHCR CG QTZ FPR BIOSLRB055 24 27 LR FG WOX YEKH CG QTZ FPR BIOSLRB055 27 36 LR MM WOX YEKH FG PLG EPDSLRB055 38 39 LR FG WOX YEKH CG QTZ FPRSLRB055 41 42 BR MM WOX WH FG PLG EPDSLRB055 44 45 BR FG WOX YEKH CG PLG EPDSLRB055 45 48 BR MM FR LGN FG EPD FPRSLRB055 48 50 BR SP FR LGN FG PLG BIO QUITE PALE, PLG DOMINATED WITH FLAKEY BIOSLRB056 1 3 LSF LSFSLRB056 3 6 LS LS 5-8% QTZSLRB056 6 12 LSF LSFSLRB056 12 15 LSF LSF SOX BRKH VFG FER






SLRB056 15 18 LK LK GNGYSLRB056 18 21 LK FGSLRB056 21 24 LK FG KLN QTZSLRB056 24 27 LK LKF KLNSLRB056 27 30 LK FGSLRB056 30 33 LR FG GNSLRB056 33 36 LR MSLRB056 36 39 LR FG YEKH KLN QTZSLRB056 39 42 LR MM MOXSLRB056 42 48 LR MMSLRB056 48 50 LSR MM WOXSLRB057 1 2 NFP NFP SOX GYRD M EPD BIOSLRB057 2 6 LSF M SOX BRCR FG AMP PLGSLRB057 6 9 BR MM WOX KHGN FG AMP PLGSLRB057 9 12 BR MM FR KHGN FG AMP PLG EPDSLRB057 12 15 BR MM WOX KHGN FG AMP PLGSLRB057 15 24 BR FG WOX YECR MG QTZ PLGSLRB057 24 30 BR MM WOX YEGN FG M AMP PLGSLRB057 30 33 BR MM FR YEGN FG M AMP PLG EPDSLRB058 1 6 NCG NCG YEGN CG QTZ GOESLRB058 6 9 BR MM YEGN FG AMP PLGSLRB058 9 12 BR MM YEGN FG AMP PLG FGR AMP-PLG ROCK WITH SOME BANDING OF PLGSLRB058 12 18 BR MM BRCR FG W BND AMP PLG FGR AMP-PLG ROCK WITH SOME BANDING OF PLGSLRB059 2 3 NOS NOS SOX RDBR VFGSLRB059 3 9 LS LSR SOX BR FGSLRB059 9 12 LS LSR SOX YEWH FGSLRB059 12 15 BR FGP WOX YEWH CG PGM PLG QTZ KFP MUSSLRB059 15 18 BR SP WOX KH FG KLN QTZSLRB059 18 21 BR SSQ WOX YEGN FG S YE-GY QTZITE WITH SOME BIOSLRB059 21 24 BR SP FR LBR FG S SCH BIO PLG DARK GY WITH REDDISH TINGE BIO-PLG SPSLRB059 24 30 BR SP FR LBR FG S BIO PLG DARK GY WITH REDDISH TINGE BIO-PLG SPSLRB059 30 33 BR SL FR LBR VFG M BIO PLG VFGR BIO RICH (OR HBD) ROCK WITH PROB PLGSLRB059 33 39 BR SL FR GYGN VFG M BIO PLG VFGR BIO RICH (OR HBD) ROCK WITH PROB PLGSLRB059 39 42 BR SL FR GNWH VFG M BIO PLG QTZ 1 VFGR BIO RICH (OR HBD) ROCK WITH PROB PLG AND VQTZSLRB059 42 45 BR SL FR GNWH VFG M BIO PLG VFGR BIO RICH (OR HBD) ROCK WITH PROB PLGSLRB059 45 48 BR SL FR GNGY VFG M BIO PLG VFGR BIO RICH (OR HBD) ROCK WITH PROB PLGSLRB059 48 50 BR SL FR GNGY VFG M BIO PLG QTZ VFGR BIO RICH (OR HBD) ROCK WITH PROB PLGSLRB060 1 2 NCG NCG SOX CRSLRB060 2 6 LS MM MOX GN FG AMP PLG FGR MMSLRB060 6 12 BR MM FR GN FG AMP PLG FGR MMSLRB061 2 3 NCG NCG SOX RDBRSLRB061 3 6 LSF FG SOX PKYE MGSLRB061 6 9 LSF FG MOX YECR MG BIO SACCHAROIDAL QTZSLRB061 9 12 LK FGP WOX KHBR MG PGM QTZ FPR BIO MUSSLRB061 12 15 LS FG WOX YEKH MG QTZ FPR BIOSLRB061 15 18 LS FG WOX YEKH MG QTZSLRB061 18 21 LS FG WOX YEKH MG PLG QTZ BIOSLRB061 21 28 BR FGT WOX GN MG PLG QTZ BIOSLRB062 1 2 NCG NCG SOX RDBR BIOSLRB062 2 6 LSS LSS SOX BRKH FGSLRB062 6 9 LSS SP SOX BRKH FG HEM SERSLRB062 9 12 LSS SP WOX BRKH FG QTZ MUSSLRB062 12 15 BR XBF WOX BRKH FG M SCH BIO KLN FGR BIO-FPR SCHIST






SLRB062 15 18 BR FG WOX CR MG M BIO KLNSLRB062 18 21 BR FG WOX CR MG MNG MICSLRB062 21 24 LR FN WOX YEGN MG GNS KLN QTZ HBD WTHD FN WITH KLN-QTZ-HBDSLRB062 24 27 BR FG WOX CR MG QTZ FPR BIOSLRB062 27 30 BR SP WOX KH FG BIO PLG QTZSLRB062 30 36 BR SP FR KH FG BIO PLG QTZSLRB062 36 40 BR XBF FR KH MG SCH BIO PLG SACCHAROIDAL QTZSLRB063 2 3 NAL NAL SOX RDBR EPD QTZSLRB063 3 9 LR LR MOX YEKH FG BIO PLG QTZSLRB063 9 15 BR SP WOX YEKH FG BIO PLG QTZSLRB063 15 18 BR SP WOX YEKH FG BIO PLG QTZ CCT 1 HEM ALTD WITH SLICKENSIDES AND CCT VEININGSLRB063 18 21 BR SP FR YECR FG BIO PLG QTZSLRB063 21 24 BR SP FR GYCR FG BIO PLG QTZ MUSSLRB063 24 30 BR SP FR GYCR FG BIO PLG QTZSLRB063 30 33 BR SP FR YEWH FG BIO PLG QTZSLRB063 33 36 BR SP FR KHCR FG BIO PLG QTZSLRB063 36 39 BR SP FR KHCR FG BIO PLG QTZ MUSSLRB063 39 42 BR SP FR KHCR FG BIO PLG QTZSLRB063 42 45 BR SP FR KHCR FG BIOSLRB063 45 50 BR FN FR KHCR MG GNS KLN QTZ BIO FELSIC GNEISSSLRB064 1 3 NAL NAL SOX RD FG KLN QTZ BIOSLRB064 3 6 NHF NHF SOX RDSLRB064 6 12 NHF NHF SOX PKSLRB064 12 21 LS SP WOX YEWH FG MUSSLRB064 21 24 LR FG WOX YEWH FG MUSSLRB064 24 33 LR FG WOX RDWH MG MUSSLRB064 33 39 LR FG MOX RDWH MG QTZ KLN HEM BIOSLRB064 39 42 LR FG WOX RDWH MG QTZ KLN HEM BIOSLRB064 42 48 LR FG WOX YEKH MG QTZ FPR HEMSLRB064 48 50 LR FG WOX YEKH MG KLN QTZSLRB065 1 3 NCG NCG SOX RDSLRB065 3 6 NHF NHF SOX RD FGSLRB065 6 9 NHF NHF SOX YERD FGSLRB065 9 15 LSF LSF SOX RDWH FGSLRB065 15 18 LSF LSF SOX YEBR FGSLRB065 18 21 LS LS MOX YEBR FGSLRB065 21 24 LR SP MOX KHBR FGSLRB065 24 39 LR FGP WOX PKWH CG PGM QTZ MUS KLNSLRB065 39 42 LR FG WOX PKWH MG QTZ MUS KLNSLRB065 42 45 LR FGP WOX PKWH CG PGM QTZ MUS KLNSLRB065 45 50 LR FGP WOX YEWH CG PGM QTZ MUS KLNSLRB066 0 3 NCP NCP SOX BR FER IRONSTONESLRB066 3 9 NHF NHF SOX OR FGSLRB066 9 12 NHF NHF MOX OR FGSLRB066 12 21 LSI LSI MOX RDWH FG GOE HEM PLGSLRB066 21 24 LSI LSI WOX WH FG GOE HEM PLGSLRB066 24 27 LSI FG WOX WH MG GOE HEM PLGSLRB066 27 33 LK FG WOX WH MG QTZ KLNSLRB066 33 42 LK FG WOX YE MG QTZ KLNSLRB067 0 2 LFP LFP SOX BRSLRB067 2 6 NAS NAS SOX BROR FG GOE PLG QTZSLRB067 6 9 NHF NHF SOX RDWH FG GOE PLG QTZSLRB067 9 15 NHS NHS SOX RDOR FG GOE PLG QTZ






SLRB067 15 21 LSF LSF SOX RDCR FG GOE HEM PLG QTZ OXD HEM-GOE-PLG-QTZSLRB067 21 24 LSF LSF MOX RDCR FG GOE HEM PLG QTZ OXD HEM-GOE-PLG-QTZSLRB067 24 30 LK FG WOX PPWH MG QTZ KLN HEMSLRB067 30 33 LSF SP SOX PPWH FG HEM SERSLRB067 33 39 LK FG WOX YEWH MG QTZ KLN HEM WSLRB067 39 41 LK FG WOX YEWH MG QTZ KLN GOE W WETSLRB068 0 2 NAP NAP SOX RDSLRB068 2 5 NHF NHF SOX RDORSLRB068 5 15 NHS NHS SOX CRORSLRB068 15 18 LSF LSF SOX CRBRSLRB068 18 21 LK LK MOX CR BLESLRB068 21 36 LK LK WOX CR BLESLRB068 36 39 BR FG WOX WH CG QTZ KLN WSLRB068 39 42 BR FG WOX WH CG QTZ KLN C W WET, CONTAM BY COLLAR AT 42 MSLRB069 1 3 NCP NCP SOX RDSLRB069 3 6 BR XBF FR LGN FG SCH BIO FPR SHCTSE AND BANDED BIO-FPR SCHISTSLRB070 0 2 NCP NCP RDSLRB070 2 9 BR FGP CR BLE MUS QTZSLRB070 9 13 BR FGP SOX CR BLE MUS QTZSLRB071 1 3 NCP NCP RDSLRB071 3 6 NCG NCG YERD M FPR QTZ BIO QTZ SCREE 3-4 MSLRB071 6 12 BR FG YEWH M FPR QTZ BIOSLRB071 12 13 BR FG SOX YEWH M FPR QTZ BIOSLRB072 1 3 LFN LFN YEKHSLRB072 3 21 BR FG GY M BIO QTZ KLNSLRB072 21 24 BR FGP KHGY MUSSLRB072 24 27 BR FGP M SER BIO QTZSLRB072 27 30 BR FG M SER BIO QTZSLRB072 30 34 BR FG FR M SER BIO QTZ FRESH FROM 31 MSLRB073 1 3 LFN LFN YERDSLRB073 3 6 LRB LRB YECR QTZ SCREE 3-7 MSLRB073 6 18 LR LR KHGY MG BIO KLNSLRB073 18 27 BR FG CR MG FPR MUS QTZSLRB073 27 31 BR FG MOX GY FPR BIO QTZSLRB074 0 3 NCG NCG RDBR NODSLRB074 3 21 NHS NHS RDCR BLESLRB074 21 33 LK LK PKWH KLN QTZSLRB074 33 36 LK LK YE MG QTZ SACCH QTZ 34-47 MSLRB074 36 48 LK LK YE MG QTZSLRB074 48 50 LS FG SOX YEKH KFPSLRB075 1 3 LFN LFN ORSLRB075 3 6 NHS NHS PKWHSLRB075 6 24 BR FG YEWH FG M SER QTZ KLNSLRB075 24 27 BR FGP SOX YEKH MUSSLRB075 27 30 BR FGP YEKH MUSSLRB075 30 42 BR MSC GYKH MG BIO SER KLNSLRB075 42 50 BR MSC GNGY MG BIO KLNSLRB076 1 3 NCG NCG RDBR NODSLRB076 3 6 LS LS BRWHSLRB076 6 9 LSF LSF YERD MGSLRB076 9 18 LSF LSF YERD VFGSLRB076 18 30 BR FG CR CG BIO QTZ KFP MUSSLRB076 30 33 BR XBF GN FG M EPD BIO KLN






SLRB076 33 37 BR XBF MOX GN FG M EPD BIO KLNSLRB077 0 3 LFN LFN ORSLRB077 3 6 NHF NHF RDWHSLRB077 6 9 LK FGP RDWH MUS KLNSLRB077 9 15 LK LK RDWH MUS KLNSLRB077 15 18 LSF LSF RDWH MUS KLNSLRB077 18 24 LSF LSF YEKH VFG MSLRB077 24 27 LR FG GYKH M BIO SER KFPSLRB077 27 30 LR FG SOX MSLRB078 1 3 LFN LFN ORBRSLRB078 3 6 LSF LSF PKWH VFG EQG QTZSLRB078 6 12 LSF FG PKWH VFG EQG QTZSLRB078 12 15 LS FGP WH CG MUS QTZSLRB078 15 18 LS LS WH CG MUS QTZSLRB078 18 27 BR SL WOX YEGY SCH BIO SERSLRB078 27 36 BR XBF WOX GYGN BIO FPRSLRB079 1 3 NCG NCG SOX RDBR QTZ QTZ SCREESLRB079 3 6 LF FGP SOX YERD CG MUS QTZSLRB079 6 9 LR SL SOX YERD VFG MUS SERSLRB079 9 12 LR SL MOX YERD VFG MUS SERSLRB079 12 15 LR SL MOX RDWH VFG MUS SERSLRB079 15 18 LR XMF MOX YEWH FG SCH SER FPRSLRB079 18 27 LR XMF WOX YEWH FG SCH SER FPRSLRB079 27 30 LR XMF WOX YEWH FG SCH SER BIO FPRSLRB079 30 33 BR XMF FR KH FG M SCH SER BIO FPR WSLRB079 33 36 BR XMF FR KH FG M SCH SER BIO FPR W WETSLRB080 1 3 NCG NCG SOX YEBRSLRB080 3 6 LFS LFS SOX PPWH MG SCH SER PLGSLRB080 6 9 BR XSF SOX PPWH FG M SCH SER PLGSLRB080 9 12 BR XSF MOX PPWH FG M SCH SER PLG FGR SER-PLG SCHISTSLRB080 12 15 BR FGP WOX WH CG PGM SER PLGSLRB080 15 27 BR XSF WOX RDKH FG M SCH SER PLGSLRB080 27 30 BR XSF MOX RDKH FG M SCH SER PLGSLRB080 30 36 BR XSF WOX RDKH FG M SCH SER PLGSLRB080 36 39 BR XSF SOX RDKH FG M SCH SER PLGSLRB080 39 48 BR XSF SOX YEKH FG M SCH SER PLGSLRB080 48 50 BR SP SW WOX YEKH FGSLRB081 1 3 NCG NCG SOX RDBRSLRB081 3 6 NHS NHS SOX YESLRB081 6 9 LR LR SOX YE SER KLN QTZSLRB081 9 12 LR LR SOX YEWH FG SCH SER KLN QTZSLRB081 12 15 LR XSF SOX YEWH FG SCH SER KLN QTZSLRB081 15 18 LR XSF MOX YEWH FG SCH SER KLN QTZSLRB081 18 21 LR XSF MOX RD FG SCH SER KLN QTZSLRB081 21 42 BR XSF MOX YEBR FG SCH SER QTZ FPRSLRB081 42 45 BR XSF WOX YEBR FG SCH SER QTZ FPRSLRB081 45 50 BR XSF WOX KHGY FG SCH SERSLRB082 0 2 NCG NCG SOX KH QTZ QTZ SCREESLRB082 2 6 LGS LGS SOX YEBR FG SIL SACCH SILSLRB082 6 9 LS LS SOX RDGY FG SCH SER KLNSLRB082 9 12 LR XSF SOX YE FG SCH SILSLRB082 12 15 LR XSF MOX YE FG SCH SILSLRB082 15 18 LR SSQ MOX YE FG SIL






SLRB082 18 21 LR LS MOX YE FG SCH SILSLRB082 21 24 LR LS MOX KH FG SCH SILSLRB082 24 27 BR SSQ MOX KH FG SCH SIL SACCH SILSLRB082 27 30 BR SSQ MOX KH FG SCH SIL SACCH SIL, WET AT 29 MSLRB082 30 33 BR SSQ MOX KH FG SCH SIL W SACCH SILSLRB082 33 36 BR SSQ WOX YEKH FG SIL W SACCH SIL+VN QTZSLRB082 36 42 BR VQTZ WOX YEKH FG SIL QTZ 90 W SACCH SIL+VN QTZSLRB082 42 46 BR XSF WOX YEGN FG M SCH PLG SER MNG EPD WSLRB083 0 2 NCG NCG SOX RDSLRB083 2 6 NHS NHS SOX KHBR SIL CCTSLRB083 6 12 LSB LSB SOX KHBR FG SIL CCTSLRB083 12 15 LSB LSB MOX KHBR FG SIL CCTSLRB083 15 27 LKB LKB MOX YEKH FG CRBSLRB083 27 33 BR MD MOX KH VFG M HEM SERSLRB083 33 36 BR MD WOX KH VFG M HEM SERSLRB083 36 39 BR MD WOX KH VFG M PLG CPX MAYBE AMPHIBOLITE RATHER THAN DOLERITESLRB083 39 48 BR MD WOX GN VFG M PLG CPX MAYBE AMPHIBOLITE RATHER THAN DOLERITESLRB083 48 50 BR MD FR GN VFG M PLG CPX MAYBE AMPHIBOLITE RATHER THAN DOLERITESLRB084 0 1 NCG NCG OR QTZ SCREESLRB084 1 6 NHS NHS BRSLRB084 6 12 LS LS RDBR QTZ QTZ VEINSLRB084 12 15 LSF LSF ORBRSLRB084 15 24 LK LK YE KLNSLRB084 24 41 LRB MD YEKH CCT MNG EPISLRB085 0 2 NCP NCP ORSLRB085 2 6 LSB LSB KHSLRB085 6 15 LSF FG BR VFG MSLRB085 15 18 LR FG YEKHSLRB085 18 24 LR LR YEKHSLRB085 24 27 LK LK YEKHSLRB085 27 30 BR XBF KHSLRB085 30 42 BR XBF KH SCHSLRB086 1 2 NCG NCG KHBR QTZSLRB086 2 6 LSB LSB YECR CCTSLRB086 6 15 LK SW YEGY SER QTZ WACKESLRB086 15 18 BR XBQ YEGN WACKESLRB086 18 39 BR XBQ RDKH QTZ SER HEM WACKESLRB086 39 42 BR XBQ RDKH QTZ SER HEM W WACKE, WET AT 40 MSLRB086 42 45 BR XBQ RDKH QTZ SER HEM WACKESLRB087 1 2 NCP NCP YERDSLRB087 2 5 LSB LSB YECR CCT SILSLRB087 5 18 LR SL PP SCH FPR SER FERSLRB087 18 36 BR XB KHGY BIO QTZ SLSLRB088 1 2 NCP NCP ORBRSLRB088 2 6 LSB LSB YECR CCT SILSLRB088 6 12 LR SW RDYE SCH MIC QTZSLRB088 12 15 LR SW RDYE SCHSLRB088 15 18 BR VQTZ YECR QTZSLRB088 18 39 BR SW YEKH VFG SERSLRB088 39 50 BR SW RDBR MG SER QTZ HEMSLRB089 1 2 NCP NCP ORSLRB089 2 6 LSB LSB YEKH CCT CALCITE CAPSLRB089 6 9 LR SL PK SER FER






SLRB089 9 21 LR LR KH FG SER MUSSLRB089 21 27 LR LR RDBR VFGSLRB089 27 36 BR XBF YEKH FG SCH FPR SER BIO QTZSLRB089 36 39 BR XBF MOX YEKH FG SCH FPR SER BIO QTZSLRB090 1 3 NCN NCN RDSLRB090 3 6 LSS LSS KH SIL SIL CAPSLRB090 6 8 BR FG WOX WH FPR QTZ BIOSLRB091 1 2 BR FG ORSLRB091 2 6 BR FG WOX YEKH CCT CAPPING 2-4 MSLRB091 6 12 BR FG WOX GY SCH BIO FPRSLRB091 12 15 BR FG SOX GN EPD MNG BIOSLRB091 15 24 BR FG WOX YEGN KFP QTZ BIOSLRB091 24 29 BR FG WOX YEGN BIO QTZSLRB092 1 2 LFN LFN RDBRSLRB092 2 6 LSB LSB YE QTZ FPRSLRB092 6 15 LR MD PKGY MUS FPRSLRB092 15 24 LR FG PKGY MUS FPRSLRB092 24 27 LR XQB PKGY MUS FPRSLRB092 27 30 LR XQB WOX PKGY IND CRB BIOSLRB093 1 2 NCP NCP RDBRSLRB093 2 6 LSF LSF KH MUSSLRB093 6 21 LK FGP YEWH MUSSLRB094 2 3 LSS LSS RDSLRB094 3 6 LSF LSF KH MUS QTZ CAP 2-4 MSLRB094 6 12 LSF LSF RDWH MUSSLRB094 12 15 LS LS PP M QTZ FPR BIOSLRB094 15 24 LS LS KHBR M QTZ KLNSLRB094 24 48 LK LK GNGY EPDSLRB094 48 50 BR XBFQ SW GN SCH BIO FPR QTZSLRB095 2 3 NCP NCPSLRB095 3 6 LSS LSS MUS KLN QTZ SILSLRB095 6 18 LK FG MUS


TANAMI GOLD NL RAB DRILLING SOLITAIRE PROJECT2004 ANNUAL & FINAL REPORT COLLAR LOGS EL 10217


SLRB001 740300 7658040 500 180 -60 13 D D1 EL 10217 29/08/2000 ALMSLRB002 740300 7658120 500 180 -60 50 D D1 EL 10217 30/08/2000 DRLSLRB003 740300 7658200 500 180 -60 50 D D1 EL 10217 30/08/2000 DRLSLRB004 740300 7658280 500 180 -60 50 D D1 EL 10217 30/08/2000 DRLSLRB005 740300 7658360 500 180 -60 34 D D1 EL 10217 30/08/2000 DRLSLRB006 740300 7658440 500 180 -60 50 D D1 EL 10217 30/08/2000 DRLSLRB007 740300 7658520 500 180 -60 50 D D1 EL 10217 1/09/2000 ALMSLRB008 739500 7658120 500 180 -60 39 D D2 EL 10217 1/09/2000 ALMSLRB009 739500 7658200 500 180 -60 31 D D2 EL 10217 1/09/2000 ALMSLRB010 739500 7658280 500 180 -60 50 D D2 EL 10217 1/09/2000 ALMSLRB011 739500 7658360 500 180 -60 52 D D2 EL 10217 1/09/2000 ALMSLRB012 739500 7658440 500 180 -60 50 D D2 EL 10217 1/09/2000 ALMSLRB013 739500 7658520 500 180 -60 27 D D2 EL 10217 1/09/2000 ALMSLRB014 739500 7658600 500 180 -60 50 D D2 EL 10217 1/09/2000 ALMSLRB015 739500 7658680 500 180 -60 40 D D2 EL 10217 1/09/2000 ALMSLRB016 738945 7658533 500 180 -60 51 D D3 EL 10217 2/09/2000 ALMSLRB017 738988 7658600 500 180 -60 53 D D3 EL 10217 2/09/2000 ALMSLRB018 739034 7658666 500 180 -60 50 D D3 EL 10217 2/09/2000 ALMSLRB019 739075 7658735 500 180 -60 51 D D3 EL 10217 2/09/2000 ALMSLRB020 739120 7658800 500 180 -60 51 D D3 EL 10217 2/09/2000 ALMSLRB021 739030 7657200 500 180 -60 48 D D4 EL 10217 2/09/2000 ALMSLRB022 739070 7657270 500 180 -60 51 D D4 EL 10217 2/09/2000 ALMSLRB023 739120 7657340 500 180 -60 51 D D4 EL 10217 2/09/2000 ALMSLRB024 739150 7657400 500 180 -60 61 D D4 EL 10217 2/09/2000 ALMSLRB025 739200 7657470 500 180 -60 54 D D4 EL 10217 2/09/2000 ALMSLRB026 739240 7657540 500 180 -60 45 D D4 EL 10217 2/09/2000 ALMSLRB027 737260 7656450 500 180 -60 57 D D5 EL 10217 2/09/2000 ALMSLRB028 737100 7658280 500 180 -60 44 D D7 EL 10217 3/09/2000 ALMSLRB029 737100 7658360 500 180 -60 49 D D7 EL 10217 3/09/2000 ALMSLRB030 737100 7658440 500 180 -60 52 D D7 EL 10217 3/09/2000 ALMSLRB031 737100 7658520 500 180 -60 56 D D7 EL 10217 3/09/2000 ALMSLRB032 735300 7658280 500 180 -60 50 D D8 EL 10217 6/09/2000 DRLSLRB043 735500 7661720 500 180 -60 50 D D11 EL 10217 8/09/2000 NPBSLRB044 735500 7661800 500 180 -60 50 D D11 EL 10217 8/09/2000 NPBSLRB045 735500 7661880 500 180 -60 50 D D11 EL 10217 8/09/2000 NPBSLRB046 735500 7661960 500 180 -60 42 D D11 EL 10217 8/09/2000 NPBSLRB047 735500 7662040 500 180 -60 49 D D11 EL 10217 8/09/2000 NPBSLRB048 735150 7662410 500 180 -60 50 D D12 EL 10217 8/09/2000 NPBSLRB049 735190 7662480 500 180 -60 50 D D12 EL 10217 8/09/2000 NPBSLRB050 735240 7662540 500 180 -60 50 D D12 EL 10217 9/8/2000 NPBSLRB051 735280 7662610 500 180 -60 50 D D12 EL 10217 9/8/2000 NPBSLRB052 735320 7662680 500 180 -60 50 D D12 EL 10217 9/8/2000 NPBSLRB053 734610 7661610 500 180 -60 50 D D13 EL 10217 9/8/2000 NPBSLRB054 734660 7661670 500 180 -60 50 D D13 EL 10217 9/8/2000 NPBSLRB055 734700 7661740 500 180 -60 50 D D13 EL 10217 9/8/2000 NPBSLRB056 734740 7661810 500 180 -60 50 D D13 EL 10217 9/8/2000 NPBSLRB057 734780 7661880 500 180 -60 33 D D13 EL 10217 9/9/2000 NPBSLRB058 734820 7661950 500 180 -60 18 D D13 EL 10217 9/9/2000 NPBSLRB059 733900 7660520 500 180 -60 50 D D20 EL 10217 9/09/2000 NPBSLRB060 733900 7660600 500 180 -60 12 D D20 EL 10217 9/09/2000 NPBSLRB061 733900 7660680 500 180 -60 28 D D20 EL 10217 9/09/2000 NPBSLRB062 733900 7660760 500 180 -60 40 D D20 EL 10217 9/09/2000 NPBSLRB063 733900 7660840 500 180 -60 50 D D20 EL 10217 9-Sep-00 NPBSLRB064 732700 7660730 500 180 -60 50 D D27 EL 10217 9-Sep-00 NPBSLRB065 732700 7660810 500 180 -60 50 D D27 EL 10217 9-Sep-00 NPBSLRB066 732700 7660890 500 180 -60 42 D D27 EL 10217 9-Sep-00 NPBSLRB067 732700 7660970 500 180 -60 41 D D27 EL 10217 9-Sep-00 NPBSLRB068 732700 7661050 500 180 -60 48 D D27 EL 10217 9-Sep-00 NPB

AMG(84) Zone 52

GFA - RAB Collar Logs.xls PAGE 1 OF 2

TANAMI GOLD NL RAB DRILLING SOLITAIRE PROJECT2004 ANNUAL & FINAL REPORT COLLAR LOGS EL 10217


AMG(84) Zone 52

SLRB069 734110 7658720 500 180 -60 6 D D17 EL 10217 9-Sep-00 NPBSLRB070 734150 7658790 500 180 -60 13 D D17 EL 10217 9-Sep-00 NPBSLRB071 734190 7658860 500 180 -60 13 D D17 EL 10217 9-Sep-00 NPBSLRB072 734230 7658930 500 180 -60 34 D D17 EL 10217 9-Sep-00 NPBSLRB073 734270 7659000 500 180 -60 31 D D17 EL 10217 9-Sep-00 NPBSLRB074 734600 7658500 500 180 -60 50 D D16 EL 10217 9-Sep-00 NPBSLRB075 734640 7658570 500 180 -60 50 D D16 EL 10217 9-Sep-00 NPBSLRB076 734670 7658640 500 180 -60 37 D D16 EL 10217 10-Sep-00 NPBSLRB077 734710 7658710 500 180 -60 30 D D16 EL 10217 10-Sep-00 NPBSLRB078 734750 7658780 500 180 -60 36 D D16 EL 10217 10-Sep-00 NPBSLRB079 734700 7657000 500 180 -60 36 D D14 EL 10217 10-Sep-00 NPBSLRB080 734700 7657080 500 180 -60 50 D D14 EL 10217 10-Sep-00 NPBSLRB081 734700 7657160 500 180 -60 50 D D14 EL 10217 10-Sep-00 NPBSLRB082 734700 7657495 500 180 -60 46 D D15 EL 10217 10-Sep-00 NPBSLRB083 734700 7657560 500 180 -60 50 D D15 EL 10217 10-Sep-00 NPBSLRB084 734700 7657640 500 180 -60 41 D D15 EL 10217 10-Sep-00 NPBSLRB085 732300 7658200 500 180 -60 42 D D28 EL 10217 10-Sep-00 NPBSLRB086 732300 7658280 500 180 -60 45 D D28 EL 10217 10-Sep-00 NPBSLRB087 732300 7658360 500 180 -60 36 D D28 EL 10217 10-Sep-00 NPBSLRB088 732300 7658440 500 180 -60 50 D D28 EL 10217 10-Sep-00 NPBSLRB089 732300 7658520 500 180 -60 39 D D28 EL 10217 10-Sep-00 NPBSLRB090 731500 7659160 500 180 -60 8 D D29 EL 10217 10-Sep-00 NPBSLRB091 731500 7659240 500 180 -60 29 D D29 EL 10217 10-Sep-00 NPBSLRB092 731500 7659320 500 180 -60 30 D D29 EL 10217 10-Sep-00 NPBSLRB093 731500 7659400 500 180 -60 21 D D29 EL 10217 10-Sep-00 NPBSLRB094 731500 7659480 500 180 -60 50 D D29 EL 10217 10-Sep-00 NPBSLRB095 731500 7659560 500 180 -60 18 D D29 EL 10217 10-Sep-00 NPB

GFA - RAB Collar Logs.xls PAGE 2 OF 2


Hole Sample Sample Au As Cu Ni CoNumber From To Number Type ppb ppm ppm ppm ppm

SLRB001 0 2 102001 RAB 0 1 11 9 6SLRB001 2 3 102002 RAB 0 1 22 14 24SLRB001 3 6 102003 RAB 1 1 11 10 11SLRB001 6 9 102004 RAB 0 1 9 11 17SLRB001 9 12 102005 RAB 0 1 9 10 6SLRB001 12 13 102006 RAB 0 1 13 8 6SLRB002 0 3 102007 RAB 0 5 27 13 10SLRB002 3 6 102008 RAB 0 1 70 30 18SLRB002 6 9 102009 RAB 0 1 80 31 18SLRB002 9 12 102010 RAB 6 1 88 41 33SLRB002 12 15 102011 RAB 0 1 74 35 16SLRB002 15 18 102012 RAB 2 1 28 12 8SLRB002 18 21 102013 RAB 0 1 9 8 2SLRB002 21 24 102014 RAB 1 1 7 4 2SLRB002 24 27 102015 RAB 0 1 8 8 2SLRB002 27 30 102016 RAB 2 1 72 30 16SLRB002 30 33 102017 RAB 0 1 100 31 22SLRB002 33 36 102018 RAB 0 1 88 22 22SLRB002 36 39 102019 RAB 1 1 80 32 19SLRB002 39 42 102020 RAB 0 1 110 30 19SLRB002 42 45 102021 RAB 3 1 68 26 16SLRB002 45 48 102022 RAB 0 1 56 27 18SLRB002 48 50 102023 RAB 0 1 58 31 20SLRB003 0 2 102024 RAB 0 1 31 21 48SLRB003 2 3 102025 RAB 2 1 27 47 54SLRB003 3 6 102026 RAB 2 1 100 96 37SLRB003 6 9 102027 RAB 2 1 135 39 42SLRB003 9 12 102028 RAB 1 1 250 44 40SLRB003 12 15 102029 RAB 0 1 85 30 30SLRB003 15 18 102031 RAB 5 1 74 31 33SLRB003 18 21 102032 RAB 0 1 80 33 28SLRB003 21 24 102033 RAB 0 1 57 42 33SLRB003 24 27 102034 RAB 2 1 145 39 30SLRB003 27 30 102035 RAB 0 1 77 40 28SLRB003 30 33 102036 RAB 1 1 99 48 37SLRB003 33 36 102037 RAB 0 1 100 22 26SLRB003 36 39 102038 RAB 0 1 115 23 27SLRB003 39 42 102039 RAB 0 1 93 21 24SLRB003 42 45 102040 RAB 0 1 51 14 16SLRB003 45 48 102041 RAB 0 1 84 32 28SLRB003 48 50 102042 RAB 0 1 21 44 26SLRB004 0 2 102043 RAB 0 1 10 8 5SLRB004 2 3 102044 RAB 0 1 8 9 4SLRB004 3 6 102045 RAB 0 1 10 3 1SLRB004 6 9 102046 RAB 0 1 7 5 1SLRB004 9 12 102047 RAB 0 1 7 6 1SLRB004 12 15 102048 RAB 0 1 6 5 0SLRB004 15 18 102049 RAB 2 1 9 6 2SLRB004 18 21 102050 RAB 1 1 6 4 0SLRB004 21 24 102051 RAB 1 1 7 3 1SLRB004 24 27 102052 RAB 1 1 47 47 27SLRB004 27 30 102053 RAB 8 1 79 95 115SLRB004 30 33 102054 RAB 5 1 280 75 210SLRB004 33 36 102055 RAB 5 1 93 37 66SLRB004 36 39 102056 RAB 3 1 16 26 21SLRB004 39 42 102057 RAB 2 1 30 22 18SLRB004 42 45 102058 RAB 0 1 51 40 21SLRB004 45 48 102059 RAB 1 1 65 25 15SLRB004 45 48 102060 RABD 2 1 64 24 15SLRB004 48 50 102061 RAB 2 1 36 23 18SLRB005 0 2 102062 RAB 0 1 12 11 11SLRB005 2 3 102063 RAB 1 1 15 12 10SLRB005 3 6 102064 RAB 1 1 30 10 9SLRB005 6 9 102065 RAB 0 1 21 5 4SLRB005 9 12 102066 RAB 0 1 21 5 6SLRB005 12 15 102067 RAB 0 1 10 3 3SLRB005 15 18 102068 RAB 0 1 19 8 11SLRB005 18 21 102069 RAB 4 1 30 29 43SLRB005 21 24 102070 RAB 13 1 9 9 6SLRB005 24 27 102071 RAB 2 1 4 6 6SLRB005 27 30 102072 RAB 0 1 3 4 4SLRB005 30 34 102073 RAB 0 1 5 4 7SLRB006 0 1 102074 RAB 2 10 12 220 24SLRB006 1 3 102075 RAB 3 20 10 210 20SLRB006 3 6 102076 RAB 2 15 8 260 23SLRB006 6 9 102077 RAB 2 5 11 380 42

Depth (m)

ASSAY LOGSRAB DRILLING

GFA - RAB Assay Logs.xls PAGE 1 OF 17



Depth (m)


SLRB006 9 12 102078 RAB 1 10 23 800 75SLRB006 12 15 102079 RAB 6 20 24 800 79SLRB006 15 18 102080 RAB 3 10 120 600 70SLRB006 18 21 102081 RAB 3 1 26 500 69SLRB006 21 24 102082 RAB 0 1 23 220 51SLRB006 24 27 102083 RAB 0 1 36 270 49SLRB006 27 30 102084 RAB 0 1 98 220 40SLRB006 30 33 102085 RAB 1 1 35 110 33SLRB006 33 36 102086 RAB 1 1 3 67 40SLRB006 36 39 102087 RAB 2 1 28 250 36SLRB006 39 42 102088 RAB 2 1 69 230 30SLRB006 42 45 102089 RAB 2 1 75 145 28SLRB006 45 48 102091 RAB 1 1 41 37 13SLRB006 48 50 102092 RAB 1 1 11 43 8SLRB007 0 3 102093 RAB 1 1 47 150 390SLRB007 3 6 102094 RAB 0 1 19 47 105SLRB007 4 7 102095 RAB 2 1 34 73 52SLRB007 9 12 102096 RAB 1 1 75 72 35SLRB007 12 15 102097 RAB 0 1 110 54 62SLRB007 15 18 102098 RAB 0 1 87 48 37SLRB007 18 21 102099 RAB 0 1 52 48 24SLRB007 21 24 102100 RAB 2 1 69 61 34SLRB007 24 27 102101 RAB 0 1 43 33 27SLRB007 27 30 102102 RAB 0 1 47 26 33SLRB007 30 33 102103 RAB 0 1 44 33 29SLRB007 33 36 102104 RAB 3 1 61 55 34SLRB007 36 39 102105 RAB 5 10 77 29 22SLRB007 39 42 102106 RAB 3 1 61 25 21SLRB007 42 45 102107 RAB 3 1 61 26 20SLRB007 45 48 102108 RAB 2 1 89 28 22SLRB007 48 50 102109 RAB 2 1 92 22 15SLRB008 0 3 102110 RAB 0 1 16 8 5SLRB008 3 6 102111 RAB 2 1 6 2 1SLRB008 6 9 102112 RAB 12 1 6 1 0SLRB008 9 12 102113 RAB 0 1 7 1 0SLRB008 10 13 102114 RAB 0 1 11 3 3SLRB008 12 15 102115 RAB 0 1 13 4 4SLRB008 15 18 102116 RAB 0 1 13 5 4SLRB008 18 21 102117 RAB 0 1 12 5 4SLRB008 21 24 102118 RAB 0 1 11 6 5SLRB008 24 27 102119 RAB 0 1 11 5 5SLRB008 27 30 102120 RAB 0 1 21 5 6SLRB008 30 33 102121 RAB 0 1 15 9 10SLRB008 33 36 102122 RAB 0 1 7 7 6SLRB008 36 39 102123 RAB 0 1 6 7 8SLRB009 0 3 102124 RAB 0 5 13 8 5SLRB009 3 6 102125 RAB 0 1 11 4 2SLRB009 6 9 102126 RAB 0 1 8 2 0SLRB009 9 12 102127 RAB 0 1 10 3 1SLRB009 12 15 102128 RAB 0 1 14 5 3SLRB009 15 18 102129 RAB 0 1 12 5 3SLRB009 18 21 102131 RAB 0 1 24 6 4SLRB009 21 24 102132 RAB 0 5 26 9 4SLRB009 24 27 102133 RAB 0 1 38 9 5SLRB009 27 31 102134 RAB 2 1 23 11 22SLRB010 0 3 102135 RAB 0 1 39 18 7SLRB010 3 6 102136 RAB 0 5 51 18 7SLRB010 6 9 102137 RAB 0 5 130 64 19SLRB010 9 12 102138 RAB 1 1 140 76 140SLRB010 12 15 102139 RAB 3 1 130 110 125SLRB010 15 18 102140 RAB 1 1 120 82 46SLRB010 18 21 102141 RAB 0 1 125 110 56SLRB010 21 24 102142 RAB 2 1 120 110 49SLRB010 24 27 102143 RAB 2 1 50 52 23SLRB010 27 30 102144 RAB 4 1 73 91 37SLRB010 30 33 102145 RAB 4 1 185 45 24SLRB010 33 36 102146 RAB 2 1 96 44 24SLRB010 36 39 102147 RAB 2 5 66 51 29SLRB010 39 42 102148 RAB 0 5 81 38 49SLRB010 42 45 102149 RAB 3 5 78 27 43SLRB010 45 48 102150 RAB 1 1 93 20 22SLRB010 48 50 102151 RAB 0 1 20 12 10SLRB011 0 2 102152 RAB 0 10 175 46 180SLRB011 2 3 102153 RAB 0 10 430 135 480SLRB011 3 6 102154 RAB 2 10 380 140 360SLRB011 6 9 102155 RAB 6 10 310 120 290




Depth (m)


SLRB011 9 12 102156 RAB 7 15 600 130 170SLRB011 12 15 102157 RAB 4 15 600 130 175SLRB011 15 18 102158 RAB 5 25 450 42 60SLRB011 18 21 102159 RAB 2 5 250 150 50SLRB011 18 21 102160 RABD 2 6 210 140 46SLRB011 21 24 102161 RAB 1 1 160 65 36SLRB011 24 27 102162 RAB 0 1 85 47 38SLRB011 27 30 102163 RAB 0 1 185 62 43SLRB011 30 33 102164 RAB 0 1 110 64 38SLRB011 33 36 102165 RAB 0 1 85 49 37SLRB011 36 39 102166 RAB 0 1 120 44 31SLRB011 39 42 102167 RAB 0 1 135 38 35SLRB011 42 45 102168 RAB 1 1 125 42 44SLRB011 45 48 102169 RAB 2 1 87 33 33SLRB011 48 52 102170 RAB 1 1 80 28 33SLRB012 0 3 102171 RAB 0 1 19 13 9SLRB012 3 6 102172 RAB 0 1 25 27 11SLRB012 6 9 102173 RAB 0 1 25 25 9SLRB012 9 12 102174 RAB 0 1 19 19 8SLRB012 12 15 102175 RAB 0 1 16 17 9SLRB012 15 18 102176 RAB 0 1 17 18 14SLRB012 18 21 102177 RAB 1 1 33 21 17SLRB012 21 24 102178 RAB 0 1 16 29 46SLRB012 24 27 102179 RAB 6 1 66 79 42SLRB012 27 30 102180 RAB 0 1 50 33 21SLRB012 30 33 102181 RAB 2 1 46 30 16SLRB012 33 36 102182 RAB 0 1 28 23 15SLRB012 36 39 102183 RAB 0 1 9 11 9SLRB012 39 42 102184 RAB 1 1 22 11 7SLRB012 42 45 102185 RAB 0 1 29 11 10SLRB012 45 48 102186 RAB 3 1 54 25 25SLRB012 48 50 102187 RAB 3 5 110 24 28SLRB013 0 4 102188 RAB 0 1 18 20 25SLRB013 3 6 102189 RAB 7 1 57 66 43SLRB013 6 9 102191 RAB 6 1 50 105 39SLRB013 9 12 102192 RAB 2 1 83 79 64SLRB013 12 15 102193 RAB 0 1 94 30 56SLRB013 15 18 102194 RAB 0 1 10 9 9SLRB013 18 21 102195 RAB 1 1 11 8 12SLRB013 21 24 102196 RAB 0 1 7 5 6SLRB013 24 27 102197 RAB 2 1 21 10 12SLRB014 0 3 102198 RAB 0 5 13 18 20SLRB014 3 6 102199 RAB 0 5 17 46 28SLRB014 6 9 102200 RAB 0 1 9 44 34SLRB014 9 12 102201 RAB 0 1 10 33 24SLRB014 12 15 102202 RAB 3 1 4 21 16SLRB014 15 18 102203 RAB 2 1 20 33 21SLRB014 18 21 102204 RAB 0 1 73 42 28SLRB014 21 24 102205 RAB 3 10 48 49 40SLRB014 24 27 102206 RAB 8 5 82 46 54SLRB014 27 30 102207 RAB 2 1 66 35 26SLRB014 30 33 102208 RAB 1 1 19 15 12SLRB014 33 36 102209 RAB 1 1 79 33 31SLRB014 36 39 102210 RAB 1 1 88 30 25SLRB014 39 42 102211 RAB 2 1 145 16 13SLRB014 42 45 102212 RAB 2 1 87 17 19SLRB014 45 48 102213 RAB 1 1 32 26 22SLRB014 48 50 102214 RAB 0 1 49 26 22SLRB015 0 3 102215 RAB 0 5 22 15 14SLRB015 3 6 102216 RAB 2 1 96 38 14SLRB015 6 9 102217 RAB 0 1 31 32 29SLRB015 9 12 102218 RAB 0 5 77 190 330SLRB015 12 15 102219 RAB 0 1 140 77 48SLRB015 15 18 102220 RAB 0 1 28 17 11SLRB015 18 21 102221 RAB 0 1 63SLRB015 21 24 102222 RAB 0 1 75SLRB015 24 27 102223 RAB 0 1 105SLRB015 27 30 102224 RAB 0 1 77SLRB015 30 33 102225 RAB 0 2 49SLRB015 33 36 102226 RAB 3 1 25SLRB015 37 40 102227 RAB 2 1 135SLRB016 0 3 102228 RAB 0 10 24SLRB016 3 6 102229 RAB 0 6 46SLRB016 6 9 102231 RAB 1 6 50SLRB016 9 12 102232 RAB 0 9 33SLRB016 12 15 102233 RAB 0 5 20




Depth (m)


SLRB016 15 18 102234 RAB 0 2 21SLRB016 18 21 102235 RAB 0 3 33SLRB016 21 24 102236 RAB 0 2 97SLRB016 24 27 102237 RAB 0 2 97SLRB016 27 30 102238 RAB 0 4 100SLRB016 30 33 102239 RAB 0 7 210SLRB016 33 36 102240 RAB 0 2 180SLRB016 36 39 102241 RAB 0 2 175SLRB016 39 42 102242 RAB 2 1 110SLRB016 42 45 102243 RAB 2 1 75SLRB016 45 48 102244 RAB 0 3 62SLRB016 48 51 102245 RAB 0 1 66SLRB017 0 3 102246 RAB 0 7 34SLRB017 3 6 102247 RAB 0 3 36SLRB017 6 9 102248 RAB 0 3 29SLRB017 9 12 102249 RAB 0 1 23SLRB017 12 15 102250 RAB 0 2 55SLRB017 15 18 102251 RAB 0 3 97SLRB017 18 21 102252 RAB 0 4 75SLRB017 21 24 102253 RAB 0 3 81SLRB017 24 27 102254 RAB 0 2 135SLRB017 26 29 102255 RAB 0 3 250SLRB017 27 30 102256 RAB 0 9 600SLRB017 30 33 102257 RAB 2 4 470SLRB017 33 36 102258 RAB 1 2 370SLRB017 36 39 102259 RAB 0 3 250SLRB017 36 39 102260 RABD 0 3 220SLRB017 39 42 102261 RAB 2 3 100SLRB017 42 45 102262 RAB 3 2 115SLRB017 45 48 102263 RAB 0 1 77SLRB017 48 51 102264 RAB 0 1 145SLRB017 50 53 102265 RAB 1 3 94SLRB018 0 3 102266 RAB 0 8 73SLRB018 3 6 102267 RAB 0 3 33SLRB018 6 9 102268 RAB 0 3 56SLRB018 9 12 102269 RAB 0 8 94SLRB018 12 15 102270 RAB 0 6 190SLRB018 15 18 102271 RAB 0 11 175SLRB018 18 21 102272 RAB 0 10 180SLRB018 21 24 102273 RAB 0 3 150SLRB018 24 27 102274 RAB 2 1 160SLRB018 27 30 102275 RAB 1 2 110SLRB018 30 33 102276 RAB 3 4 125SLRB018 33 36 102277 RAB 8 3 130SLRB018 36 39 102278 RAB 4 3 120SLRB018 39 42 102279 RAB 3 1 125SLRB018 42 45 102280 RAB 3 2 145SLRB018 45 48 102281 RAB 4 2 110SLRB018 48 50 102282 RAB 0 3 120SLRB019 0 3 102283 RAB 0 3 10SLRB019 3 6 102284 RAB 0 6 20SLRB019 6 9 102285 RAB 0 3 16SLRB019 9 12 102286 RAB 0 2 25SLRB019 12 15 102287 RAB 2 3 28SLRB019 15 18 102288 RAB 0 1 29SLRB019 18 21 102289 RAB 0 3 32SLRB019 21 24 102291 RAB 1 1 26SLRB019 24 27 102292 RAB 0 3 34SLRB019 27 30 102293 RAB 0 2 46SLRB019 30 33 102294 RAB 0 7 57SLRB019 33 36 102295 RAB 4 70 140SLRB019 36 39 102296 RAB 3 15 43SLRB019 39 42 102297 RAB 7 31 25SLRB019 42 45 102298 RAB 7 11 18SLRB019 45 48 102299 RAB 0 4 16SLRB019 48 51 102300 RAB 0 3 8SLRB020 0 3 102301 RAB 0 7 29SLRB020 3 6 102302 RAB 0 4 25SLRB020 6 9 102303 RAB 0 4 14SLRB020 9 12 102304 RAB 0 4 34SLRB020 12 15 102305 RAB 0 5 30SLRB020 15 18 102306 RAB 0 5 62SLRB020 17 20 102307 RAB 2 3 130SLRB020 18 21 102308 RAB 0 4 145SLRB020 21 24 102309 RAB 1 3 160SLRB020 24 27 102310 RAB 0 4 240




Depth (m)


SLRB020 27 30 102311 RAB 1 5 310SLRB020 30 33 102312 RAB 0 3 58SLRB020 33 36 102313 RAB 3 2 140SLRB020 36 39 102314 RAB 3 3 170SLRB020 39 42 102315 RAB 0 5 195SLRB020 42 45 102316 RAB 1 3 110SLRB020 45 48 102317 RAB 0 1 13SLRB020 48 51 102318 RAB 0 3 8SLRB021 0 2 102319 RAB 0 14 35SLRB021 2 3 102320 RAB 0 4 39SLRB021 3 6 102321 RAB 0 4 11SLRB021 6 9 102322 RAB 0 3 19SLRB021 9 12 102323 RAB 0 3 11SLRB021 12 15 102324 RAB 0 5 11SLRB021 15 18 102325 RAB 0 2 7SLRB021 18 21 102326 RAB 0 1 14SLRB021 21 24 102327 RAB 0 1 7SLRB021 24 27 102328 RAB 0 4 20SLRB021 27 30 102329 RAB 0 3 48SLRB021 30 33 102331 RAB 1 3 42SLRB021 33 36 102332 RAB 0 1 39SLRB021 36 39 102333 RAB 0 3 21SLRB021 39 42 102334 RAB 0 1 31SLRB021 42 45 102335 RAB 0 3 17SLRB021 45 48 102336 RAB 0 3 17SLRB022 0 3 102337 RAB 0 6 24SLRB022 3 6 102338 RAB 0 4 9SLRB022 6 9 102339 RAB 0 2 12SLRB022 9 12 102340 RAB 0 3 19SLRB022 12 15 102341 RAB 0 5 28SLRB022 15 18 102342 RAB 0 5 31SLRB022 18 21 102343 RAB 0 2 21SLRB022 21 24 102344 RAB 0 3 22SLRB022 24 27 102345 RAB 0 1 28SLRB022 27 30 102346 RAB 0 3 38SLRB022 30 33 102347 RAB 0 2 70SLRB022 33 36 102348 RAB 0 3 98SLRB022 36 39 102349 RAB 0 4 70SLRB022 39 42 102350 RAB 0 3 71SLRB022 42 45 102351 RAB 0 5 93SLRB022 45 48 102352 RAB 0 4 100SLRB022 48 51 102353 RAB 0 4 58SLRB023 0 3 102354 RAB 1 10 36SLRB023 3 6 102355 RAB 0 7 34SLRB023 6 9 102356 RAB 0 4 41SLRB023 9 12 102357 RAB 2 3 42SLRB023 12 15 102358 RAB 0 2 47SLRB023 15 18 102359 RAB 0 1 62SLRB023 15 18 102360 RABD 0 1 63SLRB023 18 21 102361 RAB 0 3 75SLRB023 21 24 102362 RAB 1 1 100SLRB023 24 27 102363 RAB 0 2 100SLRB023 27 30 102364 RAB 0 3 130SLRB023 30 33 102365 RAB 0 1 76SLRB023 33 36 102366 RAB 0 1 95SLRB023 36 39 102367 RAB 0 1 85SLRB023 39 42 102368 RAB 0 4 260SLRB023 42 45 102369 RAB 0 1 43SLRB023 45 48 102370 RAB 0 1 52SLRB023 48 51 102371 RAB 0 1 61SLRB024 0 3 102372 RAB 0 6 59SLRB024 3 6 102373 RAB 0 2 32SLRB024 6 9 102374 RAB 2 1 28SLRB024 9 12 102375 RAB 0 1 61SLRB024 12 15 102376 RAB 0 1 160SLRB024 15 18 102377 RAB 0 1 125SLRB024 18 21 102378 RAB 1 1 83SLRB024 21 24 102379 RAB 0 1 130SLRB024 24 27 102380 RAB 0 2 160SLRB024 27 30 102381 RAB 1 1 250SLRB024 30 33 102382 RAB 3 1 105SLRB024 33 36 102383 RAB 0 1 82SLRB024 36 39 102384 RAB 2 1 105SLRB024 39 42 102385 RAB 3 1 115SLRB024 42 45 102386 RAB 0 1 115SLRB024 45 48 102387 RAB 0 1 90




Depth (m)


SLRB024 48 51 102388 RAB 0 1 70SLRB024 51 54 102389 RAB 0 1 47SLRB024 54 57 102391 RAB 0 1 69SLRB024 57 61 102392 RAB 0 1 82SLRB025 0 3 102393 RAB 0 5 58SLRB025 3 6 102394 RAB 0 2 78SLRB025 6 9 102395 RAB 0 1 69SLRB025 9 12 102396 RAB 0 4 110SLRB025 12 15 102397 RAB 0 2 105SLRB025 15 18 102398 RAB 0 1 210SLRB025 18 21 102399 RAB 0 1 220SLRB025 21 24 102400 RAB 0 1 290SLRB025 24 27 102401 RAB 1 4 210SLRB025 27 30 102402 RAB 0 3 260SLRB025 30 33 102403 RAB 0 1 260SLRB025 33 36 102404 RAB 0 1 175SLRB025 36 39 102405 RAB 1 1 75SLRB025 39 42 102406 RAB 0 1 88SLRB025 42 45 102407 RAB 0 1 63SLRB025 45 48 102408 RAB 1 1 77SLRB025 48 51 102409 RAB 2 1 100SLRB025 51 54 102410 RAB 1 1 86SLRB026 0 3 102411 RAB 0 2 16SLRB026 3 6 102412 RAB 0 3 18SLRB026 6 9 102413 RAB 0 1 42SLRB026 9 12 102414 RAB 0 1 99SLRB026 12 15 102415 RAB 0 1 110SLRB026 15 18 102416 RAB 0 1 94SLRB026 18 21 102417 RAB 0 1 155SLRB026 21 24 102418 RAB 0 3 240SLRB026 24 27 102419 RAB 0 3 550SLRB026 27 30 102420 RAB 0 3 550SLRB026 30 33 102421 RAB 1 1 280SLRB026 33 36 102422 RAB 0 1 140SLRB026 36 39 102423 RAB 0 1 140SLRB026 39 42 102424 RAB 0 1 135SLRB026 42 45 102425 RAB 0 1 135SLRB027 0 3 102426 RAB 0 7 18SLRB027 3 6 102427 RAB 0 4 15SLRB027 6 9 102428 RAB 0 6 17SLRB027 9 12 102429 RAB 0 6 16SLRB027 12 15 102431 RAB 0 4 14SLRB027 15 18 102432 RAB 0 5 18SLRB027 18 21 102433 RAB 0 3 19SLRB027 21 24 102434 RAB 1 5 36SLRB027 24 27 102435 RAB 0 4 38SLRB027 27 30 102436 RAB 2 4 29SLRB027 30 33 102437 RAB 1 4 28SLRB027 33 36 102438 RAB 6 3 23SLRB027 36 39 102439 RAB 2 1 22SLRB027 39 42 102440 RAB 1 3 24SLRB027 42 45 102441 RAB 3 9 22SLRB027 45 48 102442 RAB 2 7 14SLRB027 48 51 102443 RAB 1 4 10SLRB027 51 54 102444 RAB 1 3 15SLRB027 54 57 102445 RAB 1 1 9SLRB028 0 3 102446 RAB 0 4 18SLRB028 3 6 102447 RAB 0 3 33SLRB028 5 8 102448 RAB 0 1 89SLRB028 6 9 102449 RAB 0 3 65SLRB028 9 12 102450 RAB 0 1 73SLRB028 12 15 102451 RAB 0 1 80SLRB028 15 18 102452 RAB 0 1 60SLRB028 18 21 102453 RAB 0 1 65SLRB028 21 24 102454 RAB 0 1 47SLRB028 24 27 102455 RAB 0 1 55SLRB028 27 30 102456 RAB 0 1 67SLRB028 30 33 102457 RAB 0 1 71SLRB028 33 36 102458 RAB 0 1 80SLRB028 36 39 102459 RAB 4 1 85SLRB028 36 39 102460 RABD 5 1 86SLRB028 39 42 102461 RAB 1 1 51SLRB028 42 44 102462 RAB 2 1 33SLRB029 0 3 102463 RAB 0 4 17SLRB029 3 6 102464 RAB 0 3 28SLRB029 6 9 102465 RAB 0 2 54




Depth (m)


SLRB029 9 12 102466 RAB 0 1 28SLRB029 12 15 102467 RAB 0 1 10SLRB029 15 18 102468 RAB 3 3 34SLRB029 18 21 102469 RAB 0 6 60SLRB029 21 24 102470 RAB 0 1 30SLRB029 24 27 102471 RAB 0 1 23SLRB029 27 30 102472 RAB 0 1 53SLRB029 30 33 102473 RAB 0 1 47SLRB029 33 36 102474 RAB 0 1 55SLRB029 36 39 102475 RAB 0 1 81SLRB029 39 42 102476 RAB 0 1 130SLRB029 42 45 102477 RAB 0 1 84SLRB029 45 49 102478 RAB 0 1 66SLRB030 0 2 102479 RAB 0 1 11SLRB030 2 3 102480 RAB 0 1 37SLRB030 3 6 102481 RAB 0 1 38SLRB030 6 9 102482 RAB 0 1 44SLRB030 9 12 102483 RAB 0 1 23SLRB030 12 15 102484 RAB 0 1 0SLRB030 15 18 102485 RAB 0 1 12SLRB030 18 21 102486 RAB 0 1 17SLRB030 21 24 102487 RAB 0 1 45SLRB030 24 27 102488 RAB 0 2 52SLRB030 27 30 102489 RAB 0 1 43SLRB030 30 33 102491 RAB 0 1 51SLRB030 33 36 102492 RAB 1 1 37SLRB030 36 39 102493 RAB 0 1 77SLRB030 39 42 102494 RAB 1 1 195SLRB030 42 45 102495 RAB 0 1 82SLRB030 45 48 102496 RAB 0 7 46SLRB030 48 52 102497 RAB 0 2 46SLRB031 0 3 102498 RAB 0 5 21SLRB031 3 6 102499 RAB 0 2 44SLRB031 6 9 102500 RAB 0 1 43SLRB031 9 12 102501 RAB 6 1 63SLRB031 12 15 102502 RAB 0 1 66SLRB031 15 18 102503 RAB 0 3 70SLRB031 18 21 102504 RAB 1 1 35SLRB031 21 24 102505 RAB 0 4 46SLRB031 24 27 102506 RAB 6 6 66SLRB031 27 30 102507 RAB 2 10 80SLRB031 30 33 102508 RAB 2 4 82SLRB031 33 36 102509 RAB 7 2 48SLRB031 36 39 102510 RAB 0 1 37SLRB031 39 42 102511 RAB 3 2 80SLRB031 42 45 102512 RAB 2 3 48SLRB031 45 48 102513 RAB 0 3 6SLRB031 48 51 102514 RAB 0 3 88SLRB031 51 54 102515 RAB 1 1 66SLRB031 54 56 102516 RAB 4 1 31SLRB032 0 2 102517 RAB 0 3 26SLRB032 2 6 102518 RAB 0 4 59SLRB032 6 9 102519 RAB 0 3 51SLRB032 9 12 102520 RAB 0 2 40SLRB032 12 15 102521 RAB 0 4 31SLRB032 15 18 102522 RAB 0 4 26SLRB032 18 21 102523 RAB 0 5 45SLRB032 21 24 102524 RAB 0 1 47SLRB032 24 27 102525 RAB 0 1 54SLRB032 27 30 102526 RAB 0 1 59SLRB032 30 33 102527 RAB 0 2 31SLRB032 33 36 102528 RAB 0 1 23SLRB032 36 39 102529 RAB 2 3 34SLRB032 39 42 102531 RAB 2 3 39SLRB032 42 45 102532 RAB 0 2 59SLRB032 45 48 102533 RAB 0 2 39SLRB032 48 50 102534 RAB 0 1 32SLRB043 0 2 102705 RAB 0 3 66SLRB043 2 6 102706 RAB 0 8 12SLRB043 6 9 102707 RAB 0 1 6SLRB043 9 12 102708 RAB 0 2 9SLRB043 12 15 102709 RAB 0 1 20SLRB043 15 18 102710 RAB 0 1 28SLRB043 18 21 102711 RAB 2 1 14SLRB043 21 24 102712 RAB 0 1 8SLRB043 24 27 102713 RAB 0 1 9




Depth (m)


SLRB043 27 30 102714 RAB 0 1 8SLRB043 30 33 102715 RAB 0 1 11SLRB043 33 36 102716 RAB 0 1 35SLRB043 36 39 102717 RAB 0 1 45SLRB043 39 42 102718 RAB 3 1 18SLRB043 42 45 102719 RAB 2 1 63SLRB043 45 48 102720 RAB 0 4 115SLRB043 48 50 102721 RAB 1 4 87SLRB044 0 2 102722 RAB 0 5 11SLRB044 2 6 102723 RAB 0 1 8SLRB044 6 9 102724 RAB 0 1 29SLRB044 9 12 102725 RAB 0 2 65SLRB044 12 15 102726 RAB 0 1 14SLRB044 15 18 102727 RAB 0 1 19SLRB044 18 21 102728 RAB 0 1 53SLRB044 21 24 102729 RAB 0 1 42SLRB044 24 27 102731 RAB 2 3 46SLRB044 27 30 102732 RAB 0 3 31SLRB044 30 33 102733 RAB 1 1 20SLRB044 33 36 102734 RAB 0 2 9SLRB044 36 39 102735 RAB 0 4 12SLRB044 39 42 102736 RAB 0 4 12SLRB044 42 45 102737 RAB 1 4 12SLRB044 45 48 102738 RAB 1 4 10SLRB044 48 50 102739 RAB 2 5 14SLRB045 0 2 102740 RAB 1 5 24SLRB045 2 6 102741 RAB 2 1 43SLRB045 6 9 102742 RAB 1 2 36SLRB045 9 12 102743 RAB 1 2 50SLRB045 12 15 102744 RAB 3 1 70SLRB045 15 18 102745 RAB 1 1 50SLRB045 18 21 102746 RAB 1 1 76SLRB045 21 24 102747 RAB 0 2 28SLRB045 24 27 102748 RAB 2 1 135SLRB045 27 30 102749 RAB 2 12 210SLRB045 30 33 102750 RAB 1 5 135SLRB045 33 36 102751 RAB 0 2 35SLRB045 36 39 102752 RAB 0 3 19SLRB045 39 42 102753 RAB 0 1 16SLRB045 42 45 102754 RAB 0 5 17SLRB045 45 48 102755 RAB 0 2 16SLRB045 48 50 102756 RAB 0 2 9SLRB046 0 1 102757 RAB 0 5 13SLRB046 1 3 102758 RAB 0 3 8SLRB046 3 6 102759 RAB 0 2 5SLRB046 3 6 102760 RABD 0 1 5SLRB046 6 9 102761 RAB 1 1 4SLRB046 9 12 102762 RAB 0 1 6SLRB046 12 15 102763 RAB 0 2 6SLRB046 15 18 102764 RAB 0 1 31SLRB046 18 21 102765 RAB 0 8 86SLRB046 21 24 102766 RAB 3 4 96SLRB046 24 27 102767 RAB 3 8 210SLRB046 27 30 102768 RAB 0 6 195SLRB046 30 33 102769 RAB 0 6 135SLRB046 33 36 102770 RAB 0 3 115SLRB046 36 39 102771 RAB 0 1 120SLRB046 39 42 102772 RAB 1 1 100SLRB047 0 2 102773 RAB 0 4 13SLRB047 2 6 102774 RAB 0 1 6SLRB047 6 9 102775 RAB 0 2 5SLRB047 9 12 102776 RAB 0 3 4SLRB047 12 15 102777 RAB 0 3 3SLRB047 15 18 102778 RAB 0 3 7SLRB047 18 21 102779 RAB 0 1 4SLRB047 21 24 102780 RAB 0 2 14SLRB047 24 27 102781 RAB 1 2 17SLRB047 27 30 102782 RAB 1 5 24SLRB047 30 33 102783 RAB 0 3 19SLRB047 33 36 102784 RAB 1 4 16SLRB047 36 39 102785 RAB 1 3 11SLRB047 39 42 102786 RAB 0 4 12SLRB047 42 45 102787 RAB 0 3 10SLRB047 45 48 102788 RAB 0 3 8SLRB048 0 2 102789 RAB 1 7 22SLRB048 2 6 102791 RAB 0 1 55




Depth (m)


SLRB048 6 9 102792 RAB 0 2 64SLRB048 9 12 102793 RAB 0 2 90SLRB048 12 15 102794 RAB 0 1 82SLRB048 15 18 102795 RAB 0 1 115SLRB048 18 21 102796 RAB 0 1 77SLRB048 21 24 102797 RAB 0 12 155SLRB048 24 27 102798 RAB 3 9 130SLRB048 27 30 102799 RAB 1 4 110SLRB048 30 33 102800 RAB 1 3 92SLRB048 33 36 102801 RAB 0 3 85SLRB048 36 39 102802 RAB 2 5 65SLRB048 39 42 102803 RAB 0 1 13SLRB048 42 45 102804 RAB 0 2 10SLRB048 45 48 102805 RAB 2 3 23SLRB048 48 50 102806 RAB 2 1 49SLRB049 0 1 102807 RAB 0 2 10SLRB049 1 4 102808 RAB 0 3 19SLRB049 4 6 102809 RAB 0 3 17SLRB049 6 9 102810 RAB 0 1 37SLRB049 9 12 102811 RAB 0 1 23SLRB049 12 15 102812 RAB 0 1 19SLRB049 15 18 102813 RAB 0 1 18SLRB049 18 21 102814 RAB 1 1 23SLRB049 21 24 102815 RAB 0 3 57SLRB049 24 27 102816 RAB 1 1 40SLRB049 27 30 102817 RAB 1 2 63SLRB049 30 33 102818 RAB 2 1 56SLRB049 33 36 102819 RAB 0 1 83SLRB049 36 39 102820 RAB 0 1 93SLRB049 39 42 102821 RAB 0 1 80SLRB049 42 45 102822 RAB 2 3 75SLRB049 45 48 102823 RAB 1 3 81SLRB049 48 50 102824 RAB 4 1 96SLRB050 0 2 102825 RAB 1 1 8SLRB050 2 6 102826 RAB 2 1 14SLRB050 6 9 102827 RAB 0 1 26SLRB050 9 12 102828 RAB 0 1 15SLRB050 12 15 102829 RAB 3 1 14SLRB050 15 18 102831 RAB 0 1 22SLRB050 18 21 102832 RAB 1 2 18SLRB050 21 24 102833 RAB 1 1 18SLRB050 24 27 102834 RAB 1 1 16SLRB050 27 30 102835 RAB 0 1 11SLRB050 30 33 102836 RAB 0 1 14SLRB050 33 36 102837 RAB 0 1 23SLRB050 36 39 102838 RAB 0 1 30SLRB050 39 42 102839 RAB 0 1 21SLRB050 42 45 102840 RAB 0 1 12SLRB050 45 48 102841 RAB 0 1 33SLRB050 48 50 102842 RAB 0 1 50SLRB051 0 2 102843 RAB 1 1 8SLRB051 2 5 102844 RAB 2 1 9SLRB051 5 6 102845 RAB 0 1 14SLRB051 6 9 102846 RAB 0 1 9SLRB051 9 12 102847 RAB 0 1 10SLRB051 12 15 102848 RAB 0 3 13SLRB051 15 18 102849 RAB 0 3 9SLRB051 18 21 102850 RAB 0 1 9SLRB051 21 24 102851 RAB 0 1 14SLRB051 24 27 102852 RAB 0 1 17SLRB051 27 30 102853 RAB 1 1 12SLRB051 30 33 102854 RAB 0 1 30SLRB051 33 36 102855 RAB 1 1 11SLRB051 36 39 102856 RAB 1 1 13SLRB051 39 42 102857 RAB 0 2 11SLRB051 42 45 102858 RAB 0 1 10SLRB051 45 48 102859 RAB 0 1 21SLRB051 48 50 102860 RAB 0 2 35SLRB051 48 50 102861 RABD 0 4 38SLRB052 0 2 102862 RAB 1 2 10SLRB052 2 6 102863 RAB 0 1 12SLRB052 6 9 102864 RAB 0 1 12SLRB052 9 12 102865 RAB 0 1 15SLRB052 12 15 102866 RAB 0 1 9SLRB052 15 18 102867 RAB 1 1 8SLRB052 18 21 102868 RAB 0 1 16




Depth (m)






Depth (m)


SLRB056 42 45 102947 RAB 21 3 18SLRB056 45 48 102948 RAB 2 4 145SLRB056 48 50 102949 RAB 0 3 130SLRB057 1 2 102950 RAB 0 1 24SLRB057 2 6 102951 RAB 0 13 125SLRB057 6 9 102952 RAB 0 6 210SLRB057 9 12 102953 RAB 0 1 210SLRB057 12 15 102954 RAB 0 4 105SLRB057 15 18 102955 RAB 1 1 33SLRB057 18 21 102956 RAB 0 1 9SLRB057 21 24 102957 RAB 1 4 18SLRB057 24 27 102958 RAB 3 4 92SLRB057 27 30 102959 RAB 0 5 145SLRB057 30 33 102960 RAB 0 4 56SLRB057 30 33 102961 RABD 1 2 46SLRB058 1 2 102962 RAB 0 1 25SLRB058 2 6 102963 RAB 0 5 135SLRB058 6 9 102964 RAB 0 12 160SLRB058 9 12 102965 RAB 0 6 130SLRB058 12 15 102966 RAB 0 6 125SLRB058 15 18 102967 RAB 0 8 145SLRB059 2 3 102968 RAB 0 1 14SLRB059 3 6 102969 RAB 2 1 31SLRB059 6 9 102970 RAB 0 1 16SLRB059 9 12 102971 RAB 0 1 9SLRB059 12 15 102972 RAB 0 1 10SLRB059 15 18 102973 RAB 14 1 67SLRB059 18 21 102974 RAB 2 6 155SLRB059 21 24 102975 RAB 2 7 33SLRB059 24 27 102976 RAB 0 1 4SLRB059 27 30 102977 RAB 0 1 16SLRB059 30 33 102978 RAB 0 1 14SLRB059 33 36 102979 RAB 0 3 5SLRB059 36 39 102980 RAB 0 1 3SLRB059 39 42 102981 RAB 0 1 22SLRB059 42 45 102982 RAB 0 1 52SLRB059 45 48 102983 RAB 0 1 3SLRB059 48 50 102984 RAB 0 1 2SLRB060 1 2 102985 RAB 0 1 57SLRB060 2 6 102986 RAB 2 15 92SLRB060 6 9 102987 RAB 0 5 99SLRB060 9 12 102988 RAB 0 6 43SLRB061 2 3 102989 RAB 0 1 15SLRB061 3 6 102991 RAB 0 2 9SLRB061 6 9 102992 RAB 0 3 6SLRB061 9 12 102993 RAB 0 8 6SLRB061 12 15 102994 RAB 0 2 7SLRB061 15 18 102995 RAB 0 1 8SLRB061 18 21 102996 RAB 0 1 19SLRB061 21 24 102997 RAB 0 1 0SLRB061 24 28 102998 RAB 0 1 5SLRB062 1 2 102999 RAB 0 5 27SLRB062 2 6 103000 RAB 0 6 25SLRB062 6 9 103001 RAB 0 1 21SLRB062 9 12 103002 RAB 0 1 17SLRB062 12 15 103003 RAB 0 1 28SLRB062 15 18 103004 RAB 0 3 19SLRB062 18 21 103005 RAB 0 1 25SLRB062 21 24 103006 RAB 0 1 42SLRB062 24 27 103007 RAB 0 1 21SLRB062 27 30 103008 RAB 0 1 16SLRB062 30 33 103009 RAB 0 1 24SLRB062 33 36 103010 RAB 2 1 22SLRB062 36 40 103011 RAB 0 1 40SLRB063 2 3 103012 RAB 0 1 16SLRB063 3 6 103013 RAB 0 6 18SLRB063 6 9 103014 RAB 0 1 18SLRB063 9 12 103015 RAB 0 1 50SLRB063 12 15 103016 RAB 0 1 79SLRB063 15 18 103017 RAB 0 1 72SLRB063 18 21 103018 RAB 0 1 50SLRB063 21 24 103019 RAB 0 1 49SLRB063 24 27 103020 RAB 0 1 35SLRB063 27 30 103021 RAB 1 1 33SLRB063 30 33 103022 RAB 2 1 20SLRB063 33 36 103023 RAB 0 1 22




Depth (m)


SLRB063 36 39 103024 RAB 0 1 10SLRB063 39 42 103025 RAB 0 1 13SLRB063 42 45 103026 RAB 0 1 21SLRB063 45 48 103027 RAB 0 1 20SLRB063 48 50 103028 RAB 0 1 14SLRB064 1 3 103029 RAB 2 7 16SLRB064 3 6 103030 RAB 0 6 8SLRB064 6 9 103032 RAB 0 4 7SLRB064 9 12 103033 RAB 0 8 5SLRB064 12 15 103034 RAB 0 1 4SLRB064 15 18 103035 RAB 1 1 4SLRB064 18 21 103036 RAB 0 1 3SLRB064 21 24 103037 RAB 0 1 3SLRB064 24 27 103038 RAB 0 1 2SLRB064 27 30 103039 RAB 0 1 2SLRB064 30 33 103040 RAB 0 1 1SLRB064 33 36 103041 RAB 0 1 2SLRB064 36 39 103042 RAB 1 1 4SLRB064 39 42 103043 RAB 0 1 5SLRB064 42 45 103044 RAB 0 1 4SLRB064 45 48 103045 RAB 0 4 8SLRB064 48 50 103046 RAB 0 1 6SLRB065 1 3 103047 RAB 1 7 17SLRB065 3 6 103048 RAB 0 6 14SLRB065 6 9 103049 RAB 1 3 12SLRB065 9 12 103050 RAB 0 5 9SLRB065 12 15 103051 RAB 0 3 6SLRB065 15 18 103052 RAB 2 6 8SLRB065 18 21 103053 RAB 0 6 8SLRB065 21 24 103054 RAB 0 1 6SLRB065 24 27 103055 RAB 0 2 5SLRB065 27 30 103056 RAB 0 1 6SLRB065 30 33 103057 RAB 0 1 7SLRB065 33 36 103058 RAB 0 1 5SLRB065 36 39 103059 RAB 0 1 10SLRB065 36 39 103060 RABD 0 1 6SLRB065 39 42 103061 RAB 0 1 5SLRB065 42 45 103062 RAB 0 1 6SLRB065 45 48 103063 RAB 0 3 5SLRB065 48 50 103064 RAB 0 3 4SLRB066 0 3 103065 RAB 0 8 16SLRB066 3 6 103066 RAB 0 3 12SLRB066 6 9 103067 RAB 0 3 10SLRB066 9 12 103068 RAB 0 2 13SLRB066 12 15 103069 RAB 2 1 9SLRB066 15 18 103070 RAB 0 2 7SLRB066 18 21 103071 RAB 0 1 6SLRB066 21 24 103072 RAB 0 1 4SLRB066 24 27 103073 RAB 0 1 4SLRB066 27 30 103074 RAB 0 1 7SLRB066 30 33 103075 RAB 0 1 4SLRB066 33 36 103076 RAB 0 1 4SLRB066 36 39 103077 RAB 0 1 6SLRB066 39 42 103078 RAB 0 1 5SLRB067 0 2 103079 RAB 0 8 14SLRB067 2 6 103080 RAB 0 2 10SLRB067 6 9 103081 RAB 0 5 7SLRB067 9 12 103082 RAB 0 1 7SLRB067 12 15 103083 RAB 0 1 10SLRB067 15 18 103084 RAB 0 2 10SLRB067 18 21 103085 RAB 0 1 5SLRB067 21 24 103086 RAB 0 1 5SLRB067 24 27 103087 RAB 0 1 3SLRB067 27 30 103088 RAB 0 1 5SLRB067 30 33 103089 RAB 0 1 8SLRB067 33 36 103090 RAB 0 1 5SLRB067 36 39 103092 RAB 0 1 5SLRB067 39 41 103093 RAB 0 1 8SLRB068 0 2 103094 RAB 0 6 11SLRB068 2 5 103095 RAB 0 3 13SLRB068 5 9 103096 RAB 0 1 11SLRB068 9 12 103097 RAB 0 1 10SLRB068 12 15 103098 RAB 0 1 8SLRB068 15 18 103099 RAB 0 3 8SLRB068 18 21 103100 RAB 0 1 6SLRB068 21 24 103101 RAB 0 1 4




Depth (m)


SLRB068 24 27 103102 RAB 0 1 4SLRB068 27 30 103103 RAB 0 1 4SLRB068 30 33 103104 RAB 0 1 3SLRB068 33 36 103105 RAB 0 1 3SLRB068 36 39 103106 RAB 0 1 2SLRB068 39 42 103107 RAB 0 1 3SLRB069 1 3 103108 RAB 0 7 18SLRB069 3 6 103109 RAB 0 1 8SLRB070 0 2 103110 RAB 0 8 24SLRB070 2 6 103111 RAB 0 4 20SLRB070 6 9 103112 RAB 2 1 18SLRB070 9 13 103113 RAB 2 1 16SLRB071 1 3 103114 RAB 0 12 31SLRB071 3 6 103115 RAB 0 1 0SLRB071 6 9 103116 RAB 0 4 16SLRB071 9 12 103117 RAB 0 2 36SLRB071 12 13 103118 RAB 5 1 42SLRB072 1 3 103119 RAB 0 10 25SLRB072 3 6 103120 RAB 0 2 20SLRB072 6 9 103121 RAB 0 1 6SLRB072 9 12 103122 RAB 2 1 7SLRB072 12 15 103123 RAB 3 1 62SLRB072 15 18 103124 RAB 0 1 38SLRB072 18 21 103125 RAB 1 1 17SLRB072 21 24 103126 RAB 0 1 28SLRB072 24 27 103127 RAB 0 1 13SLRB072 27 30 103128 RAB 0 1 30SLRB072 30 34 103129 RAB 0 19 32SLRB073 1 3 103131 RAB 0 7 20SLRB073 3 6 103132 RAB 0 2 24SLRB073 6 9 103133 RAB 0 6 43SLRB073 9 12 103134 RAB 0 1 48SLRB073 12 15 103135 RAB 0 4 59SLRB073 15 18 103136 RAB 0 1 59SLRB073 18 21 103137 RAB 2 1 29SLRB073 21 24 103138 RAB 0 1 25SLRB073 24 27 103139 RAB 0 3 11SLRB073 27 31 103140 RAB 0 1 23SLRB074 0 3 103141 RAB 0 6 12SLRB074 3 6 103142 RAB 0 3 8SLRB074 6 9 103143 RAB 0 2 9SLRB074 9 12 103144 RAB 0 3 7SLRB074 12 15 103145 RAB 3 10 29SLRB074 15 18 103146 RAB 0 6 20SLRB074 18 21 103147 RAB 0 1 6SLRB074 21 24 103148 RAB 2 1 4SLRB074 24 27 103149 RAB 3 6 17SLRB074 27 30 103150 RAB 7 7 21SLRB074 30 33 103151 RAB 0 4 19SLRB074 33 36 103152 RAB 0 4 32SLRB074 36 39 103153 RAB 2 5 53SLRB074 39 42 103154 RAB 0 7 45SLRB074 42 45 103155 RAB 0 1 53SLRB074 45 48 103156 RAB 0 4 53SLRB074 48 50 103157 RAB 0 2 35SLRB075 1 3 103158 RAB 0 6 14SLRB075 3 6 103159 RAB 0 5 9SLRB075 3 6 103160 RABD 0 3 7SLRB075 6 9 103161 RAB 0 2 8SLRB075 9 12 103162 RAB 0 3 6SLRB075 12 15 103163 RAB 0 5 7SLRB075 15 18 103164 RAB 0 6 11SLRB075 18 21 103165 RAB 0 1 13SLRB075 21 24 103166 RAB 0 1 10SLRB075 24 27 103167 RAB 0 1 48SLRB075 27 30 103168 RAB 0 1 39SLRB075 30 33 103169 RAB 0 2 33SLRB075 33 36 103170 RAB 0 1 48SLRB075 36 39 103171 RAB 0 1 40SLRB075 39 42 103172 RAB 23 4 40SLRB075 42 45 103173 RAB 0 1 36SLRB075 45 48 103174 RAB 0 1 44SLRB075 48 50 103175 RAB 0 2 57SLRB076 1 3 103176 RAB 0 5 14SLRB076 3 6 103177 RAB 0 9 8SLRB076 6 9 103178 RAB 0 8 11




Depth (m)






Depth (m)


SLRB081 48 50 103257 RAB 0 29 40SLRB082 0 2 103258 RAB 0 380 48SLRB082 2 6 103259 RAB 2 700 140SLRB082 2 6 103260 RABD 0 600 125SLRB082 6 9 103261 RAB 0 195 84SLRB082 9 12 103262 RAB 1 650 120SLRB082 12 15 103263 RAB 0 135 185SLRB082 15 18 103264 RAB 1 155 155SLRB082 18 21 103265 RAB 1 42 43SLRB082 21 24 103266 RAB 2 38 36SLRB082 24 27 103267 RAB 2 29 40SLRB082 27 30 103268 RAB 2 61 105SLRB082 30 33 103269 RAB 0 49 71SLRB082 33 36 103270 RAB 1 29 53SLRB082 36 39 103271 RAB 0 34 44SLRB082 39 42 103272 RAB 0 29 35SLRB082 42 46 103273 RAB 0 74 195SLRB083 0 2 103274 RAB 0 5 56SLRB083 2 6 103275 RAB 0 10 95SLRB083 6 9 103276 RAB 0 3 135SLRB083 9 12 103277 RAB 0 5 190SLRB083 12 15 103278 RAB 0 4 180SLRB083 15 18 103279 RAB 0 5 230SLRB083 18 21 103280 RAB 0 5 195SLRB083 21 24 103281 RAB 0 5 160SLRB083 24 27 103282 RAB 0 3 105SLRB083 27 30 103283 RAB 0 5 115SLRB083 30 33 103284 RAB 0 4 105SLRB083 33 36 103285 RAB 0 4 60SLRB083 36 39 103286 RAB 0 5 62SLRB083 39 42 103287 RAB 0 8 63SLRB083 42 45 103288 RAB 0 17 45SLRB083 45 48 103289 RAB 0 18 44SLRB083 48 50 103291 RAB 0 16 49SLRB084 0 1 103292 RAB 0 7 51SLRB084 1 3 103293 RAB 0 13 46SLRB084 3 6 103294 RAB 0 6 49SLRB084 6 9 103295 RAB 0 5 50SLRB084 9 12 103296 RAB 0 5 91SLRB084 12 15 103297 RAB 2 5 135SLRB084 15 18 103298 RAB 0 6 87SLRB084 18 21 103299 RAB 1 5 120SLRB084 21 24 103300 RAB 0 5 145SLRB084 24 27 103301 RAB 0 4 185SLRB084 27 30 103302 RAB 0 5 73SLRB084 30 33 103303 RAB 0 2 66SLRB084 33 36 103304 RAB 0 2 77SLRB084 36 39 103305 RAB 0 1 47SLRB084 39 41 103306 RAB 1 1 52SLRB085 0 2 103307 RAB 1 4 16SLRB085 2 6 103308 RAB 2 4 16SLRB085 6 9 103309 RAB 0 2 34SLRB085 9 12 103310 RAB 0 12 34SLRB085 12 15 103311 RAB 0 2 76SLRB085 15 18 103312 RAB 0 1 32SLRB085 18 21 103313 RAB 2 2 53SLRB085 21 24 103314 RAB 0 1 34SLRB085 24 27 103315 RAB 0 3 125SLRB085 27 30 103316 RAB 0 5 61SLRB085 30 33 103317 RAB 0 1 30SLRB085 33 36 103318 RAB 0 4 32SLRB085 36 39 103319 RAB 0 2 31SLRB085 39 42 103320 RAB 0 2 36SLRB086 1 2 103321 RAB 0 3 12SLRB086 2 6 103322 RAB 0 7 42SLRB086 6 9 103323 RAB 1 20 99SLRB086 9 12 103324 RAB 0 10 72SLRB086 12 15 103325 RAB 2 5 52SLRB086 15 18 103326 RAB 0 10 270SLRB086 18 21 103327 RAB 0 5 72SLRB086 21 24 103328 RAB 3 6 57SLRB086 24 27 103329 RAB 2 5 31SLRB086 27 30 103331 RAB 2 7 43SLRB086 30 33 103332 RAB 0 6 32SLRB086 33 36 103333 RAB 0 20 53SLRB086 36 39 103334 RAB 1 14 41




Depth (m)


SLRB086 39 42 103335 RAB 1 11 51SLRB086 42 45 103336 RAB 1 6 37SLRB087 1 2 103337 RAB 0 4 20SLRB087 2 5 103338 RAB 0 3 19SLRB087 5 9 103339 RAB 0 2 30SLRB087 9 12 103340 RAB 0 5 10SLRB087 12 15 103341 RAB 0 6 10SLRB087 15 18 103342 RAB 0 5 10SLRB087 18 21 103343 RAB 0 5 56SLRB087 21 24 103344 RAB 0 3 45SLRB087 24 27 103345 RAB 0 6 27SLRB087 27 30 103346 RAB 0 7 29SLRB087 30 33 103347 RAB 0 5 23SLRB087 33 36 103348 RAB 0 4 26SLRB088 1 2 103349 RAB 0 4 11SLRB088 2 6 103350 RAB 0 5 16SLRB088 6 9 103351 RAB 0 5 30SLRB088 9 12 103352 RAB 0 3 33SLRB088 12 15 103353 RAB 0 1 27SLRB088 15 18 103354 RAB 0 1 35SLRB088 18 21 103355 RAB 0 3 36SLRB088 21 24 103356 RAB 0 2 31SLRB088 24 27 103357 RAB 0 5 23SLRB088 27 30 103358 RAB 0 3 40SLRB088 30 33 103359 RAB 0 4 45SLRB088 30 33 103360 RABD 0 3 40SLRB088 33 36 103361 RAB 0 1 23SLRB088 36 39 103362 RAB 0 3 53SLRB088 39 42 103363 RAB 0 2 12SLRB088 42 45 103364 RAB 0 1 5SLRB088 45 48 103365 RAB 0 3 6SLRB088 48 50 103366 RAB 0 1 5SLRB089 1 2 103367 RAB 0 3 14SLRB089 2 6 103368 RAB 0 3 18SLRB089 6 9 103369 RAB 0 3 19SLRB089 9 12 103370 RAB 0 2 30SLRB089 12 15 103371 RAB 0 2 45SLRB089 15 18 103372 RAB 0 5 28SLRB089 18 21 103373 RAB 1 6 33SLRB089 21 24 103374 RAB 0 3 18SLRB089 24 27 103375 RAB 0 12 33SLRB089 27 30 103376 RAB 0 6 31SLRB089 30 33 103377 RAB 0 14 84SLRB089 33 36 103378 RAB 0 8 82SLRB089 36 39 103379 RAB 0 9 50SLRB090 1 3 103380 RAB 0 3 12SLRB090 3 6 103381 RAB 0 5 14SLRB090 6 8 103382 RAB 0 3 9SLRB091 1 2 103383 RAB 0 1 8SLRB091 2 6 103384 RAB 0 3 27SLRB091 6 9 103385 RAB 0 2 47SLRB091 9 12 103386 RAB 1 3 45SLRB091 12 15 103387 RAB 26 11 125SLRB091 15 18 103388 RAB 3 8 80SLRB091 18 21 103389 RAB 2 9 91SLRB091 21 24 103391 RAB 2 13 130SLRB091 24 27 103392 RAB 3 8 40SLRB091 27 29 103393 RAB 2 1 68SLRB092 1 2 103394 RAB 0 5 13SLRB092 2 6 103395 RAB 0 3 31SLRB092 6 9 103396 RAB 1 1 68SLRB092 9 12 103397 RAB 0 1 62SLRB092 12 15 103398 RAB 0 1 71SLRB092 15 18 103399 RAB 0 1 92SLRB092 18 21 103400 RAB 0 1 62SLRB092 21 24 103401 RAB 0 1 82SLRB092 24 27 103402 RAB 0 1 53SLRB092 27 30 103403 RAB 0 1 43SLRB093 1 2 103404 RAB 0 5 13SLRB093 2 6 103405 RAB 0 3 11SLRB093 6 9 103406 RAB 1 1 4SLRB093 9 12 103407 RAB 0 1 3SLRB093 12 15 103408 RAB 0 1 3SLRB093 15 18 103409 RAB 1 2 4SLRB093 18 21 103410 RAB 0 1 3SLRB094 2 3 103411 RAB 0 3 14




Depth (m)


SLRB094 3 6 103412 RAB 0 3 18SLRB094 6 9 103413 RAB 0 1 44SLRB094 9 12 103414 RAB 0 3 72SLRB094 12 15 103415 RAB 0 4 55SLRB094 15 18 103416 RAB 0 1 81SLRB094 18 21 103417 RAB 0 2 35SLRB094 21 24 103418 RAB 0 1 34SLRB094 24 27 103419 RAB 0 1 41SLRB094 27 30 103420 RAB 0 3 47SLRB094 30 33 103421 RAB 0 1 49SLRB094 33 36 103422 RAB 2 1 64SLRB094 36 39 103423 RAB 0 1 77SLRB094 39 42 103424 RAB 0 4 65SLRB094 42 45 103425 RAB 0 5 83SLRB094 45 48 103426 RAB 0 2 50SLRB094 48 50 103427 RAB 0 1 47SLRB095 2 3 103428 RAB 0 4 12SLRB095 3 6 103429 RAB 0 2 11SLRB095 6 9 103430 RAB 0 1 4SLRB095 9 12 103431 RAB 0 1 5SLRB095 12 15 103432 RAB 0 1 3SLRB095 15 18 103433 RAB 0 1 4



Sample Au As Cu Ag Bi Co Fe Mn Ni Pb Sb Sn Ti W Zn Mesh Size Lith Comments Tenement Date GeoNo. Easting Northing ppb ppm ppm ppm ppm ppm % ppm ppm ppm ppm ppm ppm ppm ppm Number

100101 696130 7708860 1 13 183 0 32 4 35.96 198 5 24 6 2 3360 57 10 3.2 5x5 m lat subrnd-rnd lat lag EL 10216 6/10/2000 ALM100258 733270 7663030 0 2 9 0 3 0 6.50 62 2 5 1 2 706 4 9 3.2 5x5 m qtz wh qtz lag EL 10217 9-Oct-00 ALM100259 733170 7660910 0 8 9 0 21 0 27.11 192 5 21 3 2 5100 32 10 3.2 5x10 m lat subrnd lat, 2% wh qtz EL 10217 9-Oct-00 ALM100260 733080 7660150 0 19 22 0 11 2 22.94 224 9 18 1 10 2140 39 9 3.2 10x10 m lat subrnd lat, 1% wh qtz EL 10217 9-Oct-00 ALM

100261 733150 7658960 0 23 170 0 25 14 31.02 235 49 11 3 3000 733 55 99 3.2 5x3 m lat subrnd lat+30% wh-gy qtz assd with bio-rich granite float EL 10217 9-Oct-00 ALM

100262 733140 7657840 0 9 12 0 3 2 8.07 122 5 5 1 10 871 14 6 3.2 5x5 m lat wh-ferr qtz+10% lat EL 10217 9-Oct-00 ALM100263 734050 7656940 0 23 25 0 15 4 25.85 199 13 12 3 2 2230 35 10 3.2 5x5 m lat subrnd lat, some mottled+2% wh qtz EL 10217 9-Oct-00 ALM100264 734130 7657530 0 4 15 0 6 1 2.44 37 10 1 1 2 414 4 3 3.2 30x5 m lat E-W wh-ferr qzvn, not juicy EL 10217 9-Oct-00 ALM100265 734080 7658070 0 22 7 0 53 1 42.28 223 6 25 10 27 2200 63 11 3.2 10x10 m lat subrnd lat EL 10217 9-Oct-00 ALM100266 734090 7659890 0 16 20 0 1 2 15.62 125 9 15 1 2 1540 29 8 3.2 5x5 m lat subrnd lat (not very lat) +30% wh qtz EL 10217 9-Oct-00 ALM100268 733380 7660770 0 11 18 0 13 0 21.31 131 5 10 1 349 1630 36 9 3.2 15x15 m qtz wh qtz+30% subrnd lat EL 10217 9-Oct-00 ALM100269 733750 7661840 0 21 22 0 2 3 18.56 158 11 18 1 2 1500 27 9 3.2 5x5 m lat in situ subrnd lat +2% wh qtz EL 10217 9-Oct-00 ALM100270 733840 7663150 0 13 32 0 23 1 26.97 98 7 14 2 2 3250 34 10 3.2 10x10 m lat subrnd lat EL 10217 9-Oct-00 ALM100271 733830 7663590 0 11 14 0 25 0 29.08 150 6 20 4 2 2320 40 10 3.2 10x10 m lat subrnd lat, 2% wh qtz EL 10217 9-Oct-00 ALM100272 733680 7664250 0 2 15 0 55 2 44.57 398 5 30 9 2 2800 69 15 3.2 10x10 m lat subrnd lat, 2% wh qtz EL 10217 9-Oct-00 ALM100273 734930 7663130 0 0 19 0 55 2 45.24 163 5 28 12 19 2930 80 13 3.2 30x30 m lat subrnd lat, 2% wh qtz EL 10217 9-Oct-00 ALM100274 734700 7657900 0 0 0 0 61 0 47.73 215 4 22 10 2 5810 68 12 3.2 400x400 m lat subrnd lat, 2% wh qtz EL 10217 9-Oct-00 ALM100275 736100 7657150 0 13 10 0 52 2 42.90 290 6 26 9 29 3230 74 16 3.2 5x5 m lat subrnd lat, 1% wh qtz EL 10217 9-Oct-00 ALM100276 736040 7658100 0 13 33 0 11 2 22.98 145 13 13 1 2 1470 34 34 3.2 10x10 m lat subrnd lat+40% wh qtz EL 10217 9-Oct-00 ALM100277 735800 7659030 0 14 19 0 7 4 12.52 184 11 11 1 8 5660 23 5 3.2 10x10 m lat subrnd lat (not very lat) +5% wh qtz EL 10217 9-Oct-00 ALM100278 736320 7662500 0 0 0 0 1 0 1.48 14 2 0 1 2 294 4 0 3.2 5x5 m lat wh qtz EL 10217 9-Oct-00 ALM100279 737110 7662620 0 3 4 0 3 1 4.91 166 5 6 1 2 688 4 4 3.2 3x3 m lat wh qtz EL 10217 9-Oct-00 ALM100280 737050 7659850 0 15 14 0 1 1 15.06 99 9 17 1 2 1780 23 5 3.2 5x5 m lat subrnd lat+35% wh qtz EL 10217 9-Oct-00 ALM100281 737210 7659200 0 0 0 0 1 0 2.03 17 3 3 1 2 260 4 0 3.2 3x3 m qtz wh qtz, groups of five EL 10217 9-Oct-00 ALM100282 737070 7657460 0 4 4 0 1 0 4.28 46 5 3 1 2 648 4 3 3.2 5x5 m qtz wh qtz EL 10217 9-Oct-00 ALM100283 737180 7656990 0 13 12 0 50 0 38.08 219 9 39 8 2 2310 71 13 3.2 5x3 m lat subrnd lat EL 10217 9-Oct-00 ALM100284 737980 7657880 0 5 0 0 83 1 51.66 347 10 58 14 2 2660 82 11 3.2 5x5 m lat subrnd lat+5% wh qtz EL 10217 9-Oct-00 ALM100285 738240 7658520 0 9 68 0 44 3 35.86 178 11 61 9 7 3250 72 31 3.2 10x10 m lat subrnd lat+5% wh qtz EL 10217 9-Oct-00 ALM100286 737940 7659410 0 10 5 0 30 0 27.72 152 6 35 6 2 3720 36 6 3.2 20x10 m lat subrnd lat+10% wh qtz EL 10217 9-Oct-00 ALM100287 738210 7660040 0 18 10 0 13 1 22.05 441 7 25 2 2 2470 28 5 3.2 10x10 m lat subrnd lat+10% wh qtz EL 10217 9-Oct-00 ALM100288 738110 7660560 0 0 2 0 1 0 1.41 14 3 3 1 2 226 4 3 3.2 5x10 m qtz subang wh-ferr qtz EL 10217 9-Oct-00 ALM100289 738040 7660930 0 0 5 0 1 0 1.91 29 3 2 1 2 163 4 5 3.2 5x10 m qtz subang wh-ferr qtz EL 10217 9-Oct-00 ALM100290 739030 7660460 1 0 3 0 1 0 1.51 16 1 2 1 2 180 4 3 3.2 5x5 m qtz wh-gy qtz EL 10217 9-Oct-00 ALM100291 739250 7659210 1 0 4 0 1 0 1.31 24 4 0 1 2 190 4 2 3.2 5x5 m qtz wh-gy qtz EL 10217 9-Oct-00 ALM

AMG Zone 52

LAG SAMPLING

GFA - Lag Samples.xls PAGE 1 OF 4



AMG Zone 52

LAG SAMPLING

100292 739620 7656950 0 8 6 0 73 0 45.83 253 8 48 14 2 3580 87 11 3.2 80x50 m lat subrnd lat+5% wh qtz EL 10217 9-Oct-00 ALM100293 739760 7659330 0 19 26 0 1 2 16.27 234 14 20 1 2 1450 25 11 3.2 10x10 m lat subrnd lat+5% wh qtz EL 10217 9-Oct-00 ALM100341 738500 7674480 0 0 4 0 68 5 39.92 381 8 24 25 10 3340 72 17 3.2 lat mottled subrounded Fe lat EL 10217 10-Oct-00 DG100342 738500 7674250 0 0 10 0 45 4 26.57 184 8 19 20 2 3640 34 14 3.2 lat mottled subrounded Fe lat EL 10217 10-Oct-00 DG100343 738500 7673900 0 0 8 0 44 3 26.15 135 6 17 20 2 3330 42 12 3.2 lat mottled subrounded Fe lat EL 10217 10-Oct-00 DG100344 738500 7673590 0 0 4 0 61 4 34.04 155 6 20 24 2 4520 49 14 3.2 lat mottled subrounded Fe lat EL 10217 10-Oct-00 DG100345 738500 7672530 0 0 11 0 37 4 24.86 140 6 17 18 2 3820 41 12 3.2 lat mottled subrounded Fe lat EL 10217 10-Oct-00 DG100347 738000 7671420 0 0 11 0 40 3 24.63 184 6 18 16 2 3890 32 10 3.2 lat mottled subrounded Fe lat EL 10217 10-Oct-00 DG100348 738000 7672800 0 0 5 0 55 4 31.81 490 5 22 24 2 3110 46 12 3.2 lat mottled subrounded Fe lat EL 10217 10-Oct-00 DG100349 738000 7673710 0 0 9 0 48 4 29.65 168 7 17 22 2 3610 47 15 3.2 lat mottled subrounded Fe lat EL 10217 10-Oct-00 DG100350 737500 7673210 0 0 6 0 46 3 28.99 219 6 20 22 2 4040 36 12 3.2 lat mottled subrounded Fe lat EL 10217 10-Oct-00 DG100351 737000 7672090 0 0 5 0 67 5 36.04 171 6 22 24 2 2330 57 14 3.2 lat mottled subrounded Fe lat EL 10217 11-Oct-00 DG100352 737000 7672410 0 0 2 0 51 4 29.28 393 6 22 21 7 4150 45 11 3.2 lat mottled subrounded Fe lat EL 10217 11-Oct-00 DG100353 738000 7677800 0 0 20 0 52 4 30.23 158 7 20 21 2 2260 53 14 3.2 lat mottled subrounded Fe lat EL 10217 11-Oct-00 DG100354 738000 7678530 0 0 14 0 59 4 32.33 301 5 25 22 2 5150 51 13 3.2 lat mottled subrounded Fe lat EL 10217 11-Oct-00 DG100355 738000 7678780 0 0 16 0 59 4 34.55 189 6 21 22 2 3990 60 15 3.2 lat mottled subrounded Fe lat EL 10217 11-Oct-00 DG100356 738000 7678060 0 0 6 0 72 6 41.90 244 8 25 27 2 3100 74 15 3.2 lat Fe laterite EL 10217 11-Oct-00 DG100358 737500 7679840 0 0 25 0 57 4 33.58 91 6 11 24 2 3370 61 13 3.2 lat mottled subrounded Fe lat EL 10217 11-Oct-00 DG100360 736500 7679630 0 0 29 0 44 4 26.95 238 7 29 20 2 5750 38 17 3.2 lat mottled subrounded Fe lat EL 10217 11-Oct-00 DG100361 736500 7679120 0 9 17 0 31 6 22.86 762 10 23 14 11 2200 33 11 3.2 lat mottled subrounded Fe lat EL 10217 11-Oct-00 DG100362 736000 7681320 0 1 4 0 1 1 1.36 33 4 2 1 2 990 4 6 3.2 20x10 m qtz & lat vein qtz and Fe lat EL 10217 11-Oct-00 DG100363 735000 7680500 0 14 21 0 21 6 17.38 645 10 19 13 2 2690 31 13 3.2 10x10 m lat mottled subrounded Fe lat EL 10217 11-Oct-00 DG100364 734000 7680000 0 7 14 0 23 3 17.79 233 6 12 15 2 3510 29 12 3.2 10x10 m lat mottled subrounded Fe lat EL 10217 11-Oct-00 DG100365 734000 7680740 0 0 11 0 46 4 27.52 131 6 15 20 2 2780 40 13 3.2 10x10 m lat mottled subrounded Fe lat EL 10217 11-Oct-00 DG100366 734000 7682200 0 4 11 0 40 4 26.07 201 6 8 17 2 2030 39 13 3.2 10x10 m lat mottled subrounded Fe lat EL 10217 11-Oct-00 DG100367 733000 7681630 0 9 9 0 30 5 22.26 138 10 12 15 2 2220 38 13 3.2 10x10 m lat mottled subrounded Fe lat EL 10217 11-Oct-00 DG100368 732000 7679900 0 3 12 0 29 4 21.16 478 5 21 15 2 3290 34 14 3.2 10x10 m lat mottled subrounded Fe lat EL 10217 11-Oct-00 DG100369 732000 7681440 0 2 5 0 42 5 28.00 110 6 12 19 2 2270 50 11 3.2 lat mottled subrounded Fe lat EL 10217 11-Oct-00 DG100370 731500 7680790 0 3 7 0 30 3 20.48 188 5 21 17 2 3980 27 10 3.2 lat mottled subrounded Fe lat EL 10217 12-Oct-00 DG100371 730500 7680220 0 0 4 0 1 1 1.10 24 4 1 2 2 478 4 4 3.2 qtz vein quartz EL 10217 12-Oct-00 DG100372 730000 7680700 0 13 25 0 16 7 15.91 203 14 11 12 2 3430 24 11 3.2 lat mottled subrounded Fe lat EL 10217 12-Oct-00 DG100373 729500 7679830 0 8 26 0 20 2 23.41 90 5 26 12 2 3490 36 12 3.2 lat mottled subrounded Fe lat EL 10217 12-Oct-00 DG100374 729500 7679420 0 0 15 0 42 3 32.57 93 4 31 18 2 3580 54 14 3.2 lat mottled subrounded Fe lat EL 10217 12-Oct-00 DG100376 729000 7680150 0 8 21 0 17 3 22.12 357 6 29 8 2 3830 35 14 3.2 lat mottled subrounded Fe lat EL 10217 12-Oct-00 DG100377 734570 7657550 0 6 9 0 1 2 1.27 70 2 3 1 2 130 4 3 3.2 lat mottled subrounded Fe lat EL 10217 15-Oct-00 DG




AMG Zone 52

LAG SAMPLING

100381 734950 7657410 0 6 23 0 6 3 9.00 172 10 5 3 8 737 4 25 3.2 lat qtz/chert/silcrete &lat EL 10217 15-Oct-00 DG100382 738930 7657400 0 0 106 0 94 21 47.22 308 38 27 22 2 458 67 99 3.2 lat Fe laterite EL 10217 15-Oct-00 DG100383 738930 7657400 0 0 316 0 81 8 36.63 347 17 28 15 7 2710 68 33 3.2 lat mottled subrounded Fe lat EL 10217 15-Oct-00 DG100384 739100 7657560 0 0 36 0 63 6 36.22 246 10 29 17 2 5140 55 18 3.2 lat mottled subrounded Fe lat EL 10217 15-Oct-00 DG100387 740000 7658222 0 5 101 0 30 4 18.57 116 9 27 8 2 2760 32 23 3.2 lat Fe lat EL 10217 15-Oct-00 DG100388 740000 7658540 0 2 17 0 5 2 4.16 68 8 5 1 2 409 4 12 3.2 lat vein quartz EL 10217 15-Oct-00 DG100390 740000 7659570 0 18 29 0 21 12 16.76 614 21 25 9 2 1420 28 16 3.2 lat Fe lat EL 10217 15-Oct-00 DG100391 739500 7659620 0 1 100 0 25 5 18.34 166 14 14 8 6 1820 24 35 3.2 lat vein quartz & Fe lat EL 10217 15-Oct-00 DG100393 739500 7656770 0 0 10 0 58 3 47.42 226 8 36 16 14 3700 63 16 3.2 lat Fe lat EL 10217 15-Oct-00 DG100394 739000 7658560 0 0 56 0 84 9 39.54 315 11 52 23 9 4420 75 29 3.2 lat mottled subrounded Fe lat EL 10217 15-Oct-00 DG100395 739000 7658560 1 0 247 0 105 55 42.35 266 38 29 26 2 1300 88 94 3.2 lat Fe lat EL 10217 15-Oct-00 DG100396 739000 7658950 0 6 54 0 34 5 21.60 201 14 20 11 2 1850 31 38 3.2 lat vein quartz & Fe lat EL 10217 15-Oct-00 DG100397 739000 7658950 0 0 120 0 89 9 40.60 412 16 32 22 16 435 81 111 3.2 lat Fe lat EL 10217 15-Oct-00 DG100398 739000 7659650 0 0 71 0 76 8 30.37 200 11 33 19 18 3750 54 29 3.2 lat mottled subrounded Fe lat EL 10217 15-Oct-00 DG100399 739000 7660140 0 4 95 0 11 3 13.92 332 8 23 6 2 1920 23 25 3.2 qtz vein quartz EL 10217 15-Oct-00 DG100401 689000 7651500 0 6 6 0 1 3 3.22 309 4 7 1 2 1060 4 3 3.2 qtzite Hem qtzite, Tanami Hwy see DRL 21-Oct-00 DRL100404 740118 7658565 0 6 121 0 1 3 14.21 204 24 16 1 2 518 22 48 3.2 qtz large frags 70% qtz vn, 30% Fe lat metadol? EL 10217 24-Oct-00 DRL100405 739516 7658946 0 6 7 0 1 3 5.39 65 7 8 1 2 1340 14 5 3.2 qtz large frags 95% clean milky qtz vn EL 10217 24-Oct-00 DRL100406 739478 7659366 0 0 3 0 1 2 2.10 84 6 3 1 2 467 4 2 3.2 qtz large frags 95% clean milky qtz vn EL 10217 24-Oct-00 DRL100408 739503 7659613 0 3 44 0 1 2 11.48 112 10 10 1 2 954 18 22 3.2 qtz 70% qtz vn, 30% country rock, low terrace EL 10217 24-Oct-00 DRL100409 739349 7659741 0 8 11 0 1 0 13.98 45 4 22 1 2 1110 18 0 3.2 qtz qtz lag large frags, low terrace EL 10217 24-Oct-00 DRL100410 739161 7659101 0 0 3 0 3 1 0.78 15 4 3 1 2 156 4 0 3.2 qtz qtz lag large frags, low terrace EL 10217 24-Oct-00 DRL100411 739139 7659074 0 0 6 0 2 1 0.89 41 5 4 1 2 154 4 0 3.2 qtz large frags vein qtz with abundant chl/tml? EL 10217 24-Oct-00 DRL100412 739000 7658702 0 0 89 0 53 6 37.70 181 9 18 8 2 889 47 38 3.2 lat large frags Fe lat sch, a small prominent rise EL 10217 24-Oct-00 DRL100413 739079 7657970 0 14 19 0 5 3 18.77 197 11 25 1 12 2930 24 8 3.2 qtz qtz vn EL 10217 24-Oct-00 DRL100414 739237 7657540 0 0 32 0 68 5 40.56 169 10 29 11 2 3000 81 15 3.2 lat Fe lat at base of lat rise EL 10217 24-Oct-00 DRL100415 738090 7656791 0 7 13 0 24 2 25.51 388 6 32 4 10 2240 33 9 3.2 qtz qtz vn EL 10217 24-Oct-00 DRL

100416 732651 7660678 0 15 15 0 18 5 21.26 289 13 30 4 2 1910 28 7 3.2 lat second gen Fe lat with pisos+clts+10%qtz vn-poss goe ex py EL 10217 25-Oct-00 DRL

100417 733688 7660545 0 6 24 0 1 2 5.19 54 9 6 1 2 334 12 13 3.2 qtz 80% milky qtz vn, 25% Fe lat, rare granodiorite float EL 10217 25-Oct-00 DRL100418 734725 7661793 0 0 23 0 1 4 4.62 148 17 8 1 2 269 11 15 3.2 qtz milky qtz vn EL 10217 25-Oct-00 DRL100419 735140 7662407 0 6 56 0 1 1 13.45 81 10 23 1 2 715 29 16 3.2 qtz 90% milky qtz vn+qtzose metaseds EL 10217 25-Oct-00 DRL100420 735434 7662305 0 0 1 0 3 1 1.65 17 2 2 1 2 437 4 2 3.2 qtz milky+clr sugary vn qtz (rextll qtzose metased?) EL 10217 25-Oct-00 DRL100421 735477 7661566 0 5 21 0 21 2 23.23 139 6 24 1 6 2770 33 11 3.2 lat Fe lat on large E-W terrace EL 10217 25-Oct-00 DRL100422 735586 7661734 0 5 15 0 45 2 34.22 246 7 30 6 14 2190 47 16 3.2 lat lat +vn qtz 20%, glassy milky + sacch EL 10217 25-Oct-00 DRL




AMG Zone 52

LAG SAMPLING

100423 736017 7661794 0 0 85 0 56 4 35.41 122 12 30 8 7 2960 59 27 3.2 lat nod rounded Fe lat+mnr sacch hem qtzite?+clr glassy qtz EL 10217 25-Oct-00 DRL

100424 736043 7661850 0 0 70 0 47 6 34.70 244 27 19 5 2 1140 47 71 3.2 lat Fe lat outcrop +mnr sugary qtz EL 10217 25-Oct-00 DRL100425 736223 7662224 0 2 5 0 1 2 3.95 29 3 7 1 2 852 10 0 3.2 qtz white milky qtz vn EL 10217 25-Oct-00 DRL100426 736317 7662003 0 1 7 0 1 2 2.42 26 6 3 1 2 560 4 6 3.2 qtz white milky qtz vn EL 10217 25-Oct-00 DRL100427 736385 7661800 1 0 2 0 1 1 1.09 21 5 1 1 2 231 4 0 3.2 qtz white milky qtz vn EL 10217 25-Oct-00 DRL100428 736271 7661392 0 4 35 0 1 0 12.55 126 9 16 1 2 653 22 24 3.2 lat lam Fe lat+milky-clr qtz vn qtzse? schists?+Fe lat EL 10217 25-Oct-00 DRL100429 736271 7661392 0 2 39 0 3 2 18.98 195 11 19 1 2 855 36 26 3.2 lat lam Fe lat+milky-clr qtz vn qtzse? schists?+Fe lat EL 10217 25-Oct-00 DRL100430 736986 7658981 0 0 2 0 1 1 1.58 23 4 2 1 2 458 4 0 3.2 EL 10217 25-Oct-00 DRL100431 736456 7658531 1 6 10 0 1 5 5.37 136 9 10 1 12 714 15 3 3.2 qtz mound of milky vn qtz+tml+Fe lat EL 10217 25-Oct-00 DRL100432 736201 7658454 1 0 7 0 1 2 1.29 66 6 2 1 2 227 4 2 3.2 qtz clr dark glassy qtz vn EL 10217 25-Oct-00 DRL100433 735543 7658494 0 8 0 0 53 4 35.50 175 11 26 10 2 2990 59 8 3.2 lat Fe lat-subrndd+nod EL 10217 25-Oct-00 DRL100434 734678 7657930 0 28 0 0 44 3 32.50 698 6 21 6 10 2360 44 6 3.2 lat Fe lat+milky vn qtz EL 10217 25-Oct-00 DRL



Drillhole Sample Geo Date Mesh Lith Au As Cu Ag Bi Co Fe Mn Ni Pb Sb Sn Ti W ZnNo. No. From To ppb ppm ppm ppm ppm ppm % ppm ppm ppm ppm ppm ppm ppm ppm

SLAC071 100498 2 3 DRL 17/11/2000 NHC 0 9 18 0 2 8 7.51 82 11 18 5 2 1280 19 9SLAC072 100499 2 3 DRL 17/11/2000 NAC 0 5 9 0 3 5 6.00 90 8 15 5 2 2280 14 8SLAC073 100500 1 2 DRL 17/11/2000 NHC 0 11 19 0 1 6 10.95 95 13 24 6 2 1910 25 9SLAC074 100501 0 1 DRL 17/11/2000 NHC 0 2 9 0 1 6 1.94 200 12 6 2 2 2630 13 13SLAC075 100502 2 4 DRL 17/11/2000 NHC 0 1 5 0 1 3 1.42 86 6 5 1 2 1820 4 8SLRB001 101164 1 3 DRL 24/10/2000 0 4 20 0 1 22 4.75 662 11 18 1 2 709 4 11SLRB007 101165 1 3 DRL 24/10/2000 0 0 152 0 1 1780 5.75 33500 623 72 1 2 1290 13 231SLRB008 101168 1 3 DRL 24/10/2000 0 2 9 0 2 4 5.23 428 5 7 1 2 1130 4 4SLRB015 101167 1 3 DRL 24/10/2000 0 10 26 0 1 24 13.37 664 17 22 1 2 2360 18 10SLRB016 101171 1 3 DRL 24/10/2000 0 0 26 0 38 3 30.81 118 7 25 4 2 5300 55 14SLRB020 101172 1 3 DRL 24/10/2000 0 0 48 0 25 3 25.88 271 16 19 1 2 2250 70 46SLRB021 101166 1 3 DRL 24/10/2000 0 2 39 0 29 10 28.04 1570 11 20 3 2 2140 42 16SLRB027 101170 1 3 DRL 24/10/2000 0 5 22 0 31 6 28.14 387 9 22 1 7 2590 46 13SLRB029 101169 1 3 DRL 24/10/2000 0 0 12 0 1 3 9.02 200 4 10 1 2 4650 31 4SLRB030 101173 1 3 DRL 24/10/2000 0 0 3 0 1 3 1.47 194 4 6 1 2 901 4 3SLRB047 101178 1 3 DRL 25/10/2000 0 1 15 0 37 3 32.77 176 6 24 3 2 1920 53 10SLRB048 101179 1 3 DRL 25/10/2000 0 10 27 0 5 4 16.88 290 10 21 1 2 1680 34 7SLRB052 101180 1 3 DRL 25/10/2000 0 0 16 0 1 2 5.44 94 4 7 1 2 2880 15 5SLRB053 101181 1 3 DRL 25/10/2000 0 0 20 0 3 3 5.46 75 8 9 1 6 3700 14 9SLRB058 101182 1 3 DRL 25/10/2000 0 0 8 0 1 3 1.28 92 6 3 1 2 597 4 2SLRB059 101195 1 3 DRL 25/10/2000 0 0 0 0 1 0 0.00 2 0 0 1 2 4 4 0SLRB063 101183 1 3 DRL 25/10/2000 0 1 9 0 1 5 3.19 137 11 5 1 2 1300 4 11SLRB064 101194 1 3 DRL 25/10/2000 9 13 17 12 9 17 123.00 9 9 6 1 19 1980 19 0SLRB068 101193 1 3 DRL 25/10/2000 9 16 29 18 12 17 85.00 11 17 9 1 30 2450 30 0SLRB069 101190 1 3 DRL 25/10/2000 1 14 18 0 1 16 13.01 824 12 30 1 2 2800 17 5SLRB073 101184 1 3 DRL 25/10/2000 0 14 27 0 1 19 15.57 1030 20 27 1 2 2740 23 7SLRB074 101185 1 3 DRL 25/10/2000 0 5 12 0 3 6 17.49 256 8 16 1 10 2990 31 3SLRB078 101186 1 3 DRL 25/10/2000 0 3 8 0 1 4 5.22 117 7 7 1 2 2230 12 5SLRB080 101189 1 3 DRL 25/10/2000 0 26 12 0 2 6 8.55 496 9 12 1 2 1980 24 4SLRB083 101187 1 3 DRL 25/10/2000 0 4 79 0 1 3 14.96 190 7 31 1 2 6660 25 14SLRB085 101188 1 3 DRL 25/10/2000 0 7 23 0 1 13 5.55 1000 13 31 1 2 2810 12 10SLRB089 101191 1 3 DRL 25/10/2000 7 3 20 2 14 8 130.00 20 4 9 1 11 2300 11 0SLRB090 101192 1 3 DRL 25/10/2000 6 7 9 4 10 9 485.00 10 7 12 1 13 1650 13 0SLRB095 101196 1 3 DRL 25/10/2000 0 6 12 0 7 7 4.89 194 9 11 5 2 2340 4 8

Depth

DRILLHOLE LAG SAMPLING

GFA - Drillhole Lag Samples.xls PAGE 1 OF 1

TANAMI GOLD NL DRILLHOLE BLEG SAMPLING SOLITAIRE PROJECT2004 ANNUAL & FINAL REPORT EL 10217

Drillhole Sample Geo Date Mesh Lith Au WeightNo. No. From To ppb g

SLAC071 110237 3 5 DRL 17/11/2000 -40 NHC 0 665SLAC072 110238 3 6 DRL 17/11/2000 -40 NAC 0 1563SLAC073 110239 2 4 DRL 17/11/2000 -40 NHC 0 1627SLAC074 110240 1 3 DRL 17/11/2000 -40 NHC 0 1640SLAC075 110241 3 4 DRL 17/11/2000 -40 NHC 0 2000SLRB001 110064 1 3 DRL 24/10/2000 -40 0 1700SLRB007 110065 1 3 DRL 24/10/2000 -40 1 1700SLRB008 110068 1 3 DRL 24/10/2000 -40 0 1700SLRB015 110067 1 3 DRL 24/10/2000 -40 0 1700SLRB016 110071 1 3 DRL 24/10/2000 -40 0 1700SLRB020 110072 1 3 DRL 24/10/2000 -40 0 1700SLRB021 110066 1 3 DRL 24/10/2000 -40 0 1700SLRB026 110069 1 3 DRL 24/10/2000 -40 0 1700SLRB027 110070 1 3 DRL 24/10/2000 -40 0 1700SLRB030 110073 1 3 DRL 24/10/2000 -40 0 1900SLRB047 110078 1 3 DRL 25/10/2000 -40 0 1900SLRB048 110079 1 3 DRL 25/10/2000 -40 0 1900SLRB052 110080 1 3 DRL 25/10/2000 -40 0 1900SLRB053 110081 1 3 DRL 25/10/2000 -40 0 1900SLRB058 110082 1 3 DRL 25/10/2000 -40 0 1000SLRB059 110095 1 3 DRL 25/10/2000 -40 2 1860SLRB063 110083 1 3 DRL 25/10/2000 -40 0 1000SLRB064 110094 1 3 DRL 25/10/2000 -40 1 2001SLRB068 110093 1 3 DRL 25/10/2000 -40 1 2001SLRB069 110090 1 3 DRL 25/10/2000 -40 0 1000SLRB073 110084 1 3 DRL 25/10/2000 -40 0 1000SLRB078 110086 1 3 DRL 25/10/2000 -40 0 1000SLRB080 110089 1 3 DRL 25/10/2000 -40 0 1000SLRB083 110087 1 3 DRL 25/10/2000 -40 0 1000SLRB085 110088 1 3 DRL 25/10/2000 -40 0 1000SLRB089 110091 1 3 DRL 25/10/2000 -40 1 2001SLRB090 110092 1 3 DRL 25/10/2000 -40 1 2000SLRB095 110096 1 3 DRL 25/10/2000 -40 1 2001

Depth

GFA - Drillhole BLEG Samples.xls PAGE 1 OF 1

Logistics Report

for a

DETAILED AIRBORNE MAGNETIC, RADIOMETRIC AND

DIGITAL ELEVATION SURVEY

for the

SOLITAIRE PROJECTS

carried out on behalf of

GOLDFIELDS AUSTRALASIA PTY LTD

by

UTS GEOPHYSICS (UTS Job #A398)

VALENTINE ROAD, PERTH AIRPORT PO BOX 126, BELMONT WA 6104

Telephone +61 8 9479 4232 Facsimile +61 8 9479 7361 A.B.N. 31 058 054 603

UTS Geophysics Logistics Report

Page 2

TABLE OF CONTENTS

1 GENERAL SURVEY INFORMATION................................................................................................................... 3

2 SURVEY LOCATION............................................................................................................................................... 3

3 AIRCRAFT AND SURVEY EQUIPMENT............................................................................................................. 4 3.1 SURVEY AIRCRAFT.............................................................................................................................................5 3.2 DATA POSITIONING AND FLIGHT NAVIGATION ...........................................................................................5 3.3 UTS DATA ACQUISITION SYSTEM AND DIGITAL RECORDING..................................................................5 3.4 ALTITUDE READINGS........................................................................................................................................6 3.5 UTS STINGER MOUNTED MAGNETOMETER SYSTEM ...............................................................................6 3.6 TOTAL FIELD MAGNETOMETER.....................................................................................................................6 3.7 AIRCRAFT MAGNETIC COMPENSATION .......................................................................................................7 3.8 DIURNAL MONITORING MAGNETOMETER ...................................................................................................7 3.9 BAROMETRIC ALTITUDE..................................................................................................................................8 3.10 TEMPERATURE AND HUMIDITY......................................................................................................................8 3.11 RADIOMETRIC DATA ACQUISITION ...............................................................................................................8

4 PERSONNEL.............................................................................................................................................................. 9 4.1 FIELD OPERATIONS............................................................................................................................................9 4.2 PROJECT MANAGEMENT ...................................................................................................................................9

5 SURVEY PARAMETERS .......................................................................................................................................10

6 SURVEY LOGISTICS.............................................................................................................................................11 6.1 SURVEY FLIGHT SUMMARY............................................................................................................................11 6.2 DIURNAL MAGNETOMETER LOCATIONS.....................................................................................................12 6.3 SPECTROMETER CALIBRATION RESULTS....................................................................................................12

7 DATA PROCESSING PROCEDURES ................................................................................................................13 7.1 MAGNETIC DATA PROCESSING......................................................................................................................13 7.2 RADIOMETRIC DATA PROCESSING................................................................................................................13

APPENDIX A - LOCATED DATA FORMATS ...........................................................................................................16

APPENDIX B - COORDINATE SYSTEM DETAILS .................................................................................................19

APPENDIX C - SURVEY BOUNDARY DETAILS......................................................................................................20

APPENDIX D - PROJECT DATA OVERVIEW..........................................................................................................21

APPENDIX E – RADIOMETRIC CALIBRATION RESULTS..................................................................................23

APPENDIX F – DATA PROCESSING PARAMETERS ............................................................................................24

APPENDIX G – SURVEY KILOMETRE REPORT.....................................................................................................26


Page 3

1 GENERAL SURVEY INFORMATION

In August 2000, UTS Geophysics conducted a low level airborne geophysical survey approximately 100km south-east of the Granites Mine for Goldfields Australasia Pty Ltd. This report summarises the logistics, survey parameters and processing details of the survey. The survey commenced on the 14th August 2000 and was completed on the 23rd August 2000. UTS Geophysics provided the described survey for the following company:

Goldfields Australasia Pty Ltd PO Box 628 WEST PERTH WA 6872

2 SURVEY LOCATION

The area surveyed was approximately 100km south-east of the Granites Mine in the Northern Territory. A survey location map is provided in Appendix C of this report. The survey was flown using the AMG84 coordinate system (a Universal Transverse Mercator projection) derived from the Australian Geodetic Datum and was contained within zone 52 with a central meridian of 129 degrees. Details of the datum and projection system are provided in Appendix B of this report.


Page 4

3 AIRCRAFT AND SURVEY EQUIPMENT The UTS navigation flight control computer, data acquisition system and geophysical sensors were installed into a specialised geophysical survey aircraft. The list of geophysical and navigation equipment used for the survey is as follows:

General Survey Equipment ? FU24-954 fixed wing survey aircraft. ? UTS proprietory flight planning and survey navigation system. ? UTS proprietory high speed digital data acquisition system. ? Novatel 3951R, 12 channel precision navigation GPS. ? Satellite transmitted differential GPS correction receiver. ? UTS LCD pilot navigation display and external track guidance display. ? UTS post mission data verification and processing system. ? Bendix King KRA-405 radar altimeter.

Magnetic Data Acquisition Equipment ? UTS tail stinger magnetometer installation. ? Scintrex Cesium Vapour CS-2 total field magnetometer. ? Fluxgate three component vector magnetometer. ? RMS Aeromagnetic Automatic Digital Compensator (AADC II). ? Diurnal monitoring magnetometer (Scintrex Envimag).

Radiometric Data Acquisition Equipment ? Exploranium GR-820 gamma ray spectrometer. ? Exploranium gamma ray detectors. ? Barometric altimeter (height and pressure measurements). ? Temperature and humidity sensor.


Page 5

3.1 Survey Aircraft The aircraft used was a FU24-954 fixed wing survey aircraft owned by UTS Geophysics, registration VH-CYU. Power Plant ? Engine Type Single engine, Lycoming, IO-720 ? Brake Horse Power 400 bhp ? Fuel Type AV-GAS

Performance ? Cruise speed 105 Kn ? Survey speed 100 Kn ? Stall speed 45 Kn ? Range 970 Km ? Endurance (no reserves) 5 hours ? Fuel tank capacity 490 litres

3.2 Data Positioning and Flight Navigation

Survey data positioning and flight line navigation was derived using real-time differential GPS (Global Positioning System). Navigation was provided through a UTS designed and built electronic pilot navigation system providing computer controlled digital navigation instrumentation mounted in the cockpit as well as an externally mounted track guidance system. GPS derived positions were used to provide both aircraft navigation and survey data location information. The GPS systems used for the survey were:

? Aircraft GPS Model Novatel 3951R ? GPS satellite tracking channels 12 parallel ? Typical differentially corrected accuracy 2-3 metres (horizontal) ? Real-time differential service RACAL Landstar

3.3 UTS Data Acquisition System and Digital Recording

All geophysical sensor data and positional information measured during the survey was recorded using a UTS developed, high speed, precision data acquisition system. Survey data was downloaded onto magnetic tape on completion of each survey flight.


Page 6

Instrument synchronisation times were measured and removed in real-time by the UTS data acquisition system.

3.4 Altitude Readings

Accurate survey heights above the terrain were measured using a King radar altimeter installed in the aircraft. The height of each survey data point was measured by the radar altimeter and stored by the UTS data acquisition system. ? Radar altimeter model King KRA-405, twin antenna altimeter ? Accuracy 0.3 metres ? Resolution 0.1 metres ? Range 0 - 500 metres ? Sample rate 0.1 Seconds (10Hz)

3.5 UTS Stinger Mounted Magnetometer System

The installation platform used for the acquisition of magnetic data was a tail mounted stinger. This proprietory stinger system was constructed of carbon fibre and designed for maximum rigidity and stability. Both the total field magnetometer and three component vector magnetometer were located within the tail stinger.

3.6 Total Field Magnetometer

Total field magnetic data readings for the survey were made using a Scintrex Cesium Vapour CS-2 Magnetometer. This precision sensor has the following specifications: ? Model Scintrex Cesium Vapour CS-2 Magnetometer ? Sample Rate 0.1 seconds (10Hz) ? Resolution 0.001nT ? Operating Range 15,000nT to 100,000nT ? Temperature Range -20oC to +50oC


Page 7

3.7 Aircraft Magnetic Compensation

At the start of the survey, the system was calibrated for reduction of magnetic heading error. The heading and manoeuvre effects of the aircraft on the magnetic data was removed using an RMS Automatic Airborne Digital Compensator (AADC II). Calibration of the aircraft heading effects were measured by flying a series of pitch, roll and yaw manoeuvres at high altitude while monitoring changes in the three axis magnetometer and the effect on total field readings. A 26 term model of the aircraft magnetic noise covering permanent, induced and eddy current fields was determined. These coefficients were then applied to the data collected during the survey in real-time. UTS static compensation techniques were also employed to reduce the initial magnetic effects of the aircraft upon the survey data.

3.8 Diurnal Monitoring Magnetometer

A base station magnetometer was located in a low gradient area beyond the region of influence by any man made interference to monitor diurnal variations during the survey.

The specifications for the magnetometer used are as follows:

? Model Scintrex Envimag ? Resolution 0.1 nT ? Sample interval 10 seconds (0.1Hz) ? Operating range 20,000nT to 90,000nT ? Temperature -20oC to +50oC


Page 8

3.9 Barometric Altitude

An Air DB barometric altimeter was installed in the aircraft so as to record and monitor barometric height and pressure. The data was recorded at 0.33 second intervals and is used for the reduction of the radiometric data. ? Model Air DB barometric altimeter ? Accuracy 2 metres ? Height resolution 0.1 metres ? Height range 0 - 3500 metres ? Maximum operating pressure: 1,300 mb ? Pressure resolution: 0.01 mb ? Sample rate 3 Hz

3.10 Temperature and Humidity

Temperature and humidity measurements were made during the survey at a sample rate of 10Hz. Ambient temperature was measured with a resolution of 0.1 degree Celsius and ambient humidity to a resolution of 0.1 percent.

3.11 Radiometric Data Acquisition The gamma ray spectrometer used for the survey was capable of recording 256 channels and was self stabilising in order to minimise spectral drift. The detectors used contain thallium activated sodium iodide crystals. Thorium, cesium and uranium source measurements were made each survey day to monitor system resolution and sensitivity. A calibration line was also flown at the start and end of each survey day to monitor ground moisture levels and system performance. ? Spectrometer model Exploranium GR820 ? Detector volume 33 litres


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4 PERSONNEL

4.1 Field Operations UTS Geophysics operator and data processor Tomas Steyer UTS Geophysics Survey Pilot Mike Officer

4.2 Project Management Goldfields Australasia Pty Ltd Steve Massey UTS Geophysics Perth Office Neil Goodey


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5 SURVEY PARAMETERS

The survey data acquisition specifications for each area flown are specified in the following table:

PROJECT NAME

LINE SPACING

LINE DIRECTION

TIE LINE SPACING

TIE LINE DIRECTION

SENSOR HEIGHT

TOTAL LINE KM

Solitaire project 1 200m 000-180 2000m 090-270 25m 5,311

Solitaire project 2 200m 000-180 2000m 090-270 25m 461

TOTAL 5,772

The total number of line kilometres of survey data collected over the survey areas specified in the above table was 5,772. The specified sensor height for the magnetic samples is as stated in the above table. This sensor height may be varied where topographic relief or laws pertaining to built up areas do not allow this altitude to be maintained, or where the safety of the aircraft and equipment is endangered. The coordinate boundaries for the survey area flown is detailed in Appendix C.


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6 SURVEY LOGISTICS

The base location used for operating the aircraft and performing in-field quality control and data processing of the survey data was the Granites Mine in the Northern Territory. The aircraft was operated from the Granites Mine Airstrip.

6.1 Survey Flight Summary

The following table summarises the flight logs for the survey area flown:

Flight Date

Area No

Flight No

Area Name / Survey Details

Lines Flown

Line Km Flown

13/09/99 Mobilisation to The Granites

14/08/00 02 01 Solitaire 1 – Traverse Lines 200010-200100 10 33

04 T1 Solitaire 2 – Tie Lines 400010-400050 5 30

04 01 Solitaire 2 – Traverse Lines 400430-400010 43 404


- - No afternoon flight due to bad weather

16/08/00 - - No morning flight - maintenance


17/08/00 - - No flying due to maintenance

18/08/00 - - No flying due to maintenance










01 T1 Solitaire 1 – Tie Lines 100010-100290 29 476

23/08/00 02 12 Solitaire 1 – Reflys Lines - 200650-200680 4

TOTAL 5,772

A complete survey kilometre report is contained in Appendix G of this report.


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6.2 Diurnal Magnetometer Locations

The following table contains the approximate locations where the diurnal base station magnetometer was located for each survey area.

Area Name Period Base Station ID Location

Granites Mine 14/08/00-23/08/00 31 2km from the Granites Airstrip

6.3 Spectrometer Calibration Results Appendix E of this report contains the results of the daily spectrometer resolution and sensitivity tests performed during the survey.


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7 DATA PROCESSING PROCEDURES

7.1 Magnetic Data Processing

The raw magnetic survey data was loaded from the field tapes and the recorded data trimmed to the correct survey boundary extents. Lines subsequently reflown were removed from the data. System parallax was removed from the raw data using corrections measured by the acquisition system. The diurnal base station data was loaded, checked and suitably filtered for correction of the aircraft magnetic data. The filtered diurnal measurements were subtracted from the diurnal base field and the residual corrections applied to the survey data by synchronising the diurnal data time and the aircraft survey time. The regional magnetic gradient was subtracted from the survey data by application of the IGRF model extrapolated to the date of the survey and interpolated on the survey position. The data was then corrected to remove any residual parallax errors. Tie line levelling was applied to the parallax corrected data by measuring tie line crossover points with the survey traverse line data. Final microlevelling techniques were then applied to the tie line leveled data to remove minor residual variations in profile intensities. Located and gridded data were generated from the final processed magnetic data.

7.2 Radiometric Data Processing

The raw radiometric survey data was loaded from the field tapes and the recorded data trimmed to the correct survey boundary extents. Lines subsequently reflown were removed from the data. System parallax was removed from the raw data using corrections measured by the acquisition system. Statistical noise reduction of the 256 channel data was performed using the Maximum Noise Fraction (MNF) method described by Dickson and Taylor (1998). This method constructs a noise covariance model from the survey data, which is then decorrelated and re-scaled so that the model has unit variance and no channel-to-channel correlation. A principal component transformation of the noise-whitened data is performed, and the number of components to be saved is determined by ranking the eigenvectors by signal-to-noise ratio. The signal-rich components are retained, and the spectral data


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reconstructed without the noise fraction. Typically, 32-42 MNF components are retained during this process. Channels 30-250 only are noise-cleaned, as these contain the regions of interest and are not dominated by the lower end of the Compton continuum. The energy spectrum between the potassium and thorium peaks was recalibrated from the noise-cleaned 256 channel measurements. The 256 channel data was then windowed to the 5 primary channels of total count, potassium, uranium, thorium and low-energy uranium. Dead time corrections were then applied to the data. Cosmic and aircraft background corrections were applied. Radon background removal was performed using the Minty Spectral Ratio method (1992). Spectral stripping was then applied to the windowed data. The radar altimeter data was corrected to standard temperature and pressure. Height corrections based on the STP radar altimeter were then performed to remove any altitude variation effects from the data (refer to Appendix E for stripping ratios and equations). The corrected count rate data was then converted to ground concentrations for potassium, uranium and thorium. Final microlevelling of the total count, potassium, uranium and thorium data was then applied to remove minor residual variations in profile intensities.


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For further information concerning the survey flown, please contact the following office: Head Office Address: UTS Geophysics Valentine Road, Perth Airport REDCLIFFE WA 6104 Tel: +61 8 9479 4232 Fax: +61 8 9479 7361 Postal Address: UTS Geophysics P.O. Box 126

BELMONT WA 6104 Quoting reference number: A398


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APPENDIX A - LOCATED DATA FORMATS MAGNETIC LOCATED DATA --------------------------------------------------------------- FIELD FORMAT DESCRIPTION UNITS --------------------------------------------------------------- 1 I6 LINE NUMBER 2 I5 FLIGHT/AREA NUMBER AAFF (Area/Flight) 3 I8 DATE YYMMDD 4 F11.1 TIME sec 5 I8 FIDUCIAL NUMBER 6 I3 UTM/AMG ZONE 7 F10.2 EASTING (AMG84) metres 8 F11.2 NORTHING (AMG84) metres 9 F13.7 LATITUDE (GDA94) degrees 10 F13.7 LONGITUDE (GDA94) degrees 11 F10.2 EASTING (MGA94) metres 12 F11.2 NORTHING (MGA94) metres 13 F7.1 RADAR ALTIMETER HEIGHT metres 14 F7.1 GPS HEIGHT (WGS84) metres 15 F7.1 TERRAIN HEIGHT (CORRECTED) metres 16 F10.2 RAW MAGNETIC INTENSITY nT 17 F10.2 DIURNAL CORRECTION nT 18 F10.2 LEVELLED MAGNETIC INTENSITY nT 19 F10.2 IGRF CORRECTION nT 20 F10.2 LEVELLED, IGRF CORRECTED nT --------------------------------------------------------------- RADIOMETRIC LOCATED DATA --------------------------------------------------------------- FIELD FORMAT DESCRIPTION UNITS --------------------------------------------------------------- 1 I6 LINE NUMBER 2 I5 FLIGHT/AREA NUMBER AAFF (Area/Flight) 3 I8 DATE YYMMDD 4 F11.1 TIME sec 5 I8 FIDUCIAL NUMBER 6 I3 UTM/AMG ZONE 7 F10.2 EASTING (AMG84) metres 8 F11.2 NORTHING (AMG84) metres 9 F13.7 LATITUDE (WGS84) degrees 10 F13.7 LONGITUDE (WGS84) degrees 11 F10.2 EASTING (MGA94) metres 12 F11.2 NORTHING (MGA94) metres 13 F7.1 RADAR ALTIMETER HEIGHT metres 14 F7.1 GPS HEIGHT (WGS84) metres 15 I5 LIVE TIME milli sec 16 F7.1 PRESSURE hPa 17 F5.1 TEMPERATURE Degrees Celcius 18 F8.1 TOTAL COUNT (RAW) Counts/sec 19 F7.1 POTASSIUM (RAW) Counts/sec 20 F7.1 URANIUM (RAW) Counts/sec 21 F7.1 THORIUM (RAW) Counts/sec 22 F7.1 COSMIC (RAW) Counts/sec 23 F7.1 URANIUM LOW (RAW) Counts/sec 24 F8.1 TOTAL COUNT (CORRECTED) Counts/sec 25 F7.1 POTASSIUM (CORRECTED) Counts/sec


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26 F7.1 URANIUM (CORRECTED) Counts/sec 27 F7.1 THORIUM (CORRECTED) Counts/sec 28 F7.3 POTASSIUM GRND CONCENTRATION % 29 F7.3 URANIUM GRND CONCENTRATION ppm 30 F7.3 THORIUM GRND CONCENTRATION ppm --------------------------------------------------------------- DIGITAL TERRAIN MODEL LOCATED DATA ---------------------------------------------------------------- FIELD FORMAT DESCRIPTION UNITS ---------------------------------------------------------------- 1 I6 LINE NUMBER 2 I8 FIDUCIAL NUMBER 3 I3 UTM/AMG ZONE 4 F10.2 EASTING (AMG84) metres 5 F11.2 NORTHING (AMG84) metres 6 F13.7 LATITUDE (GDA94) degrees 7 F13.7 LONGITUDE (GDA94) degrees 8 F10.2 EASTING (MGA94) metres 9 F11.2 NORTHING (MGA94) metres 10 F7.1 RADAR ALTIMETER HEIGHT metres 11 F7.1 GPS HEIGHT (WGS84) metres 12 F7.1 TERRAIN HEIGHT (CORRECTED) metres ---------------------------------------------------------------- GRIDDED DATASET FORMATS

Gridding was performed using a bicubic spline algorithm. The following grid formats have been provided: ? ER-Mapper format


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LINE NUMBER FORMATS Line numbers are identified with a six digit composite line number and have the following format - ALLLLB, where:

A Survey area number LLLL Survey line number

0001-8999 reserved for traverse lines 9001-9999 reserved for tie lines

B Line attempt number, 0 is attempt 1, 1 is attempt 2 etc.. UTS FILE NAMING FORMATS Located and gridded data provided by UTS Geophysics uses the following 8 character file naming convention to be compatible with PC DOS based systems. File names have the following general format - JJJJAABB.EEE, where:

JJJJ UTS Job number AA Area number if the survey is broken into blocks BB M Magnetic data

R Radiometric data TC Total count data K Potassium counts U Uranium counts Th Thorium counts KC Potassium concentration UC Uranium concentration ThC Thorium concentration DT Digital terrain data

EEE File name extension

LDT Located digital data file FMT Located data format definition file ERS Ermapper gridded data header file

Ermapper data portion has no extension GRD Geosoft gridded data file


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APPENDIX B - COORDINATE SYSTEM DETAILS Locations for the survey data are provided in both geographical latitude and longitude and Universal Transverse Mercator metric projection coordinate systems. WGS84 World Geodetic System 1984 Coordinate Type Geographical Semi Major Axis 6378137m Flattening 1/298.257223563 AMG84 Australian Map Grid 1984 Coordinate Type Universal Transverse Mercator Projection Grid Geodetic datum Australian Geodetic Datum Semi Major Axis 6378160m Flattening 1/298.25 MGA94 Map Grid of Australia 1994 Coordinate type Universal Transverse Mercator Projection Grid Geodetic datum Geodetic Datum of Australia Semi major axis 6378137m Flattening 1/298.257222101


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APPENDIX C - SURVEY BOUNDARY DETAILS Job ID code: A3980101 Client: Gold Fields Australasia Pty Ltd Job: Mt Solitaire Project 1 Coordinate System: AMG84 Grid Zone: 52 696142.530 7710003.360 695920.260 7693244.370 699432.090 7693155.460 699387.640 7691243.960 713034.880 7691199.510 712723.710 7652302.640 733624.290 7652313.010 733624.290 7654211.920 740507.180 7654214.140 740507.180 7657503.710 729838.330 7657503.710 729826.480 7666123.250 740373.820 7662349.150 740356.780 7671129.460 734832.690 7675790.420 724129.750 7675790.420 717791.410 7683420.130 717791.410 7694800.250 713390.510 7694933.610 713434.970 7709781.100 696142.530 7710003.360 Job ID code: A3980401 Client: Gold Fields Australasia Pty Ltd Job: Mt Solitaire Project 2 Coordinate System: AMG84 Grid Zone: 52 746152.790 7677596.720 746152.790 7677552.260 754687.870 7674218.250 754776.780 7685465.000 746108.330 7685465.000 746152.790 7677596.720


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APPENDIX D - PROJECT DATA OVERVIEW

Mt Solitaire Project 1

Total Magnetic Intensity Radiometric Total Count

Digital Terrain Model


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Mt Solitaire Project 2

Total Magnetic Intensity Radiometric Total Count

Digital Terrain Model


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APPENDIX E – RADIOMETRIC CALIBRATION RESULTS


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APPENDIX F – DATA PROCESSING PARAMETERS

Magnetic Data Mt. Solitaire Project 1 IGRF date 2000.71 IGRF mean value 51974 nT Magnetic inclination -52.617 deg Magnetic declination 4.191 deg Diurnal base value 51390 nT Mt. Solitaire Project 1 IGRF date 2000.71 IGRF mean value 51937 nT Magnetic inclination -52.656 deg Magnetic declination 4.264 deg Diurnal base value 51390 nT Radiometric Data Stripping Ratios Height Attenuation Coefficients ? 0.224 ? 0.395 ? 0.722 a 0.047 b 0.000 c 0.000

Total Count -0.0060 Potassium -0.0075 Uranium -0.0039 Thorium -0.0062

Final Reduction - All data reduced to STP height datum 25m Stripping Equations ? = ? + STPHeight * 0.00049 ? = ? + STPHeight * 0.00065 ? = ? + STPHeight * 0.00069 tho` = (tho – (a * ura)) / (1 – (a * ? ) ura` = (ura – (? * tho)) / 1 – (a * ? ) pot` = pot – (? * tho`) – (? * ura`) Conversion to Concentrations % K = k.cps / 232.1


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ppm U = u.cps / 33.0 ppm Th = th.cps / 9.2


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APPENDIX G – SURVEY KILOMETRE REPORT LINE KM REPORT FOR a39801m.ldt LINE FLT DATE START COORDINATE END COORDINATE LINE KM --------------------------------------------------------------------- 190020 191 000822 733648 7654004 712658 7653994 21.0 190030 191 000822 712727 7655996 740574 7656002 27.9 190040 191 000822 729872 7658001 712697 7658000 17.2 190050 191 000822 712761 7659996 729924 7659997 17.2 190060 191 000822 729851 7662003 712714 7662004 17.1 190070 191 000822 712793 7663999 740445 7663998 27.7 190080 191 000822 740399 7666013 712756 7665995 27.6 190090 191 000822 712809 7667989 740451 7668001 27.6 190100 191 000822 740399 7670004 712803 7670000 27.6 190110 191 000822 712849 7671999 739451 7671998 26.6 190120 191 000822 737040 7673995 712834 7674001 24.2 190130 191 000822 712866 7675981 724071 7676004 11.2 190140 191 000822 722353 7677996 712865 7678005 9.5 190150 191 000822 712922 7680002 720746 7679996 7.8 190160 191 000822 719020 7681993 712889 7681991 6.1 190170 191 000822 712936 7683998 717862 7683994 4.9 190180 191 000822 717824 7686011 712934 7686004 4.9 190190 191 000822 712987 7688004 717867 7688000 4.9 190200 191 000822 717830 7690003 712961 7689992 4.9 190210 191 000822 699362 7692009 717874 7691995 18.5 190220 191 000822 717804 7693997 695855 7693994 22.0 190230 191 000822 695926 7696003 713472 7696000 17.6 190240 191 000822 713425 7697998 695909 7698004 17.5 190250 191 000822 695976 7699988 713480 7700001 17.5 190260 191 000822 713437 7702001 695968 7702008 17.5 190270 191 000822 696029 7703982 713506 7704003 17.5 190280 191 000822 713464 7705994 696019 7705995 17.4 190290 191 000822 696069 7708000 713512 7707999 17.4 200010 201 000814 712090 7710000 695729 7710013 16.4 200020 201 000814 740399 7657546 740397 7654152 3.4 200030 201 000814 740218 7654171 740199 7657581 3.4 200040 201 000814 740004 7657546 740000 7654132 3.4 200050 201 000814 739806 7654187 739804 7657568 3.4 200060 201 000814 739594 7657552 739600 7654143 3.4 200070 201 000814 739400 7654188 739401 7657585 3.4 200080 201 000814 739200 7657550 739198 7654145 3.4 200090 201 000814 738983 7654183 738997 7657577 3.4 200100 201 000814 738800 7657530 738805 7654151 3.4 202230 202 000815 738607 7654169 738601 7657566 3.4 202220 202 000815 695937 7701395 695999 7693170 8.2 202210 202 000815 696204 7693219 696199 7710075 16.9 202200 202 000815 696399 7710038 696397 7693153 16.9 202190 202 000815 696586 7693187 696604 7710067 16.9 202180 202 000815 696799 7710021 696802 7693138 16.9 202170 202 000815 697000 7693177 697004 7710070 16.9 202160 202 000815 697200 7710027 697206 7693143 16.9 202150 202 000815 697401 7693176 697403 7710069 16.9 202140 202 000815 697598 7710030 697600 7693130 16.9 202130 202 000815 697808 7693168 697803 7710045 16.9 202120 202 000815 697991 7710003 697997 7693123 16.9 202110 202 000815 698199 7693164 698203 7710064 16.9 202100 202 000815 698399 7710003 698404 7693106 16.9 202090 202 000815 698592 7693141 698601 7710035 16.9 202080 202 000815 698801 7710012 698800 7693093 16.9 200110 203 000816 699001 7693132 699002 7710027 16.9 200120 203 000816 738397 7657538 738399 7654141 3.4 200130 203 000816 738212 7654175 738198 7657572 3.4 200140 203 000816 738001 7657531 737999 7654130 3.4


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200150 203 000816 737803 7654168 737799 7657588 3.4 200160 203 000816 737592 7657544 737601 7654132 3.4 200170 203 000816 737403 7654172 737399 7657583 3.4 200180 203 000816 737207 7657545 737198 7654134 3.4 200190 203 000816 736999 7654164 737001 7657582 3.4 200200 203 000816 736792 7657548 736801 7654140 3.4 200210 203 000816 736602 7654158 736603 7657585 3.4 200220 203 000816 736402 7657546 736403 7654151 3.4 200230 203 000816 736202 7654183 736202 7657593 3.4 200240 203 000816 735999 7657541 736004 7654146 3.4 200250 203 000816 735799 7654166 735799 7657584 3.4 200260 203 000816 735606 7657548 735601 7654130 3.4 200270 203 000816 735404 7654180 735401 7657581 3.4 200280 203 000816 735191 7657534 735199 7654133 3.4 200290 203 000816 734998 7654173 735000 7657591 3.4 200300 203 000816 734802 7657520 734802 7654125 3.4 200310 203 000816 734603 7654168 734598 7657592 3.4 200320 203 000816 734400 7657536 734397 7654133 3.4 200330 203 000816 734204 7654165 734204 7657568 3.4 200340 203 000816 733999 7657540 734003 7654140 3.4 200350 203 000816 733799 7654181 733799 7657588 3.4 200360 203 000816 733599 7657529 733598 7652240 5.3 200370 203 000816 733399 7652261 733395 7657569 5.3 200380 203 000816 733202 7657527 733204 7652250 5.3 200390 203 000816 733001 7652285 733000 7657574 5.3 200400 203 000816 732786 7657532 732801 7652241 5.3 200410 203 000816 732608 7652270 732599 7657569 5.3 200420 203 000816 732400 7657530 732399 7652228 5.3 200430 203 000816 732201 7652277 732198 7657579 5.3 200440 203 000816 732016 7657541 732006 7652237 5.3 200450 203 000816 731804 7652267 731796 7657574 5.3 200460 203 000816 731603 7657526 731607 7652237 5.3 200470 203 000816 731403 7652265 731401 7657567 5.3 200480 203 000816 731190 7657546 731203 7652248 5.3 200490 203 000816 731000 7652280 731002 7657579 5.3 200500 203 000816 730804 7657544 730796 7652235 5.3 200510 203 000816 730603 7652280 730598 7657591 5.3 200520 203 000816 730399 7657526 730402 7652223 5.3 200530 203 000816 730199 7652265 730198 7657590 5.3 200540 203 000816 730004 7657528 729998 7652246 5.3 200550 203 000816 729800 7652283 729799 7675891 23.6 200560 203 000816 729599 7675852 729602 7652228 23.6 200570 203 000816 729402 7652260 729394 7675888 23.6 200580 203 000816 729195 7675851 729199 7652238 23.6 200590 203 000816 729008 7652266 729002 7675875 23.6 200600 203 000816 728798 7675844 728803 7652243 23.6 200610 203 000816 728602 7652262 728597 7675875 23.6 200620 203 000816 728400 7675832 728398 7652244 23.6 200630 203 000816 728195 7652274 728196 7675890 23.6 200640 203 000816 728000 7675848 727996 7652243 23.6 200650 203 000816 727809 7652275 727800 7675873 23.6 200660 203 000816 727590 7675834 727605 7652241 23.6 200670 203 000816 727400 7652277 727404 7675887 23.6 200680 203 000816 727197 7675820 727202 7652221 23.6 202070 205 000819 727011 7652269 726992 7675889 23.6 202060 205 000819 699205 7709998 699199 7693081 16.9 202050 205 000819 699394 7691202 699401 7710041 18.8 202040 205 000819 699599 7710003 699603 7691173 18.8 202030 205 000819 699800 7691209 699799 7710037 18.8 202020 205 000819 700000 7709997 699998 7691162 18.8 202010 205 000819 700201 7691202 700199 7710034 18.8 202000 205 000819 700410 7709994 700397 7691177 18.8 201990 205 000819 700596 7691206 700597 7710030 18.8 201980 205 000819 700799 7709972 700802 7691176 18.8 201970 205 000819 700996 7691200 700999 7710010 18.8 201960 205 000819 701196 7709969 701205 7691154 18.8


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201950 205 000819 701406 7691209 701396 7710022 18.8 201940 205 000819 701602 7691214 701597 7710013 18.8 201930 205 000819 701784 7709953 701796 7691173 18.8 201920 206 000820 701998 7691204 702003 7709999 18.8 201910 206 000820 702199 7709944 702198 7691154 18.8 201900 206 000820 702398 7691194 702398 7709995 18.8 201890 206 000820 702585 7709973 702600 7691150 18.8 201880 206 000820 702799 7691211 702800 7709999 18.8 201870 206 000820 702977 7709959 703006 7691159 18.8 201860 206 000820 703201 7691209 703202 7709991 18.8 201850 206 000820 703392 7709942 703400 7691157 18.8 201840 206 000820 703611 7691199 703601 7709985 18.8 201830 206 000820 703795 7709947 703799 7691164 18.8 201820 206 000820 704000 7691189 704002 7709986 18.8 201810 206 000820 704201 7709934 704200 7691151 18.8 201800 206 000820 704396 7691182 704403 7709969 18.8 201790 206 000820 704608 7709940 704596 7691154 18.8 201780 206 000820 704811 7691204 704799 7709957 18.8 201770 206 000820 705009 7709932 705005 7691143 18.8 201760 206 000820 705204 7691185 705199 7709974 18.8 201750 206 000820 705383 7709932 705396 7691136 18.8 201740 206 000820 705610 7691192 705598 7709964 18.8 201730 206 000820 705797 7709921 705799 7691160 18.8 201720 206 000820 705996 7691173 705995 7709957 18.8 201710 206 000820 706199 7709912 706195 7691155 18.8 201700 206 000820 706414 7691186 706400 7709941 18.8 201690 206 000820 706616 7709916 706602 7691139 18.8 201680 206 000820 706797 7691191 706797 7709943 18.8 201670 206 000820 707012 7709893 706996 7691141 18.8 201660 206 000820 707172 7691176 707199 7709935 18.8 201650 206 000820 707407 7709901 707400 7691137 18.8 201640 206 000820 707594 7691173 707595 7709939 18.8 201630 206 000820 707764 7709892 707801 7691129 18.8 201620 206 000820 708002 7691170 707998 7709936 18.8 201610 206 000820 708203 7709870 708204 7691153 18.7 201600 206 000820 708412 7691168 708401 7709929 18.8 201590 206 000820 708593 7709889 708598 7691148 18.7 201580 206 000820 708806 7691180 708800 7709917 18.7 201570 206 000820 709002 7709873 709006 7691142 18.7 201560 206 000820 709196 7691176 709199 7709915 18.7 201550 206 000820 709397 7709876 709402 7691127 18.8 201540 206 000820 709606 7691166 709602 7709895 18.7 201530 206 000820 709801 7709869 709801 7691142 18.7 201520 207 000820 710007 7691172 710001 7709913 18.7 201510 207 000820 710200 7709842 710202 7691135 18.7 201500 207 000820 710386 7691168 710400 7709897 18.7 201490 207 000820 710593 7709842 710596 7691143 18.7 201480 207 000820 710799 7691171 710796 7709889 18.7 201470 207 000820 710994 7709851 711001 7691125 18.7 201460 207 000820 711199 7691156 711200 7709873 18.7 201450 207 000820 711390 7709829 711400 7691123 18.7 201440 207 000820 711594 7691168 711598 7709871 18.7 201430 207 000820 711817 7709827 711796 7691128 18.7 201420 207 000820 712006 7691176 711997 7709886 18.7 201410 207 000820 712195 7709835 712201 7691134 18.7 201400 207 000820 712406 7691165 712398 7709882 18.7 201350 207 000820 712595 7709836 712601 7691130 18.7 201360 207 000820 713609 7694956 713598 7652240 42.7 201370 207 000820 713404 7652261 713401 7709857 57.6 201380 207 000820 713202 7709832 713199 7652214 57.6 201390 207 000820 713010 7652270 712999 7709869 57.6 201340 207 000820 712803 7709837 712798 7652227 57.6 201330 207 000820 713798 7652285 713799 7694996 42.7 201320 207 000820 713993 7694938 714005 7652233 42.7 201310 207 000820 714196 7652269 714196 7694979 42.7 201300 207 000820 714398 7694946 714402 7652236 42.7


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201290 208 000821 714600 7652260 714605 7694980 42.7 201280 208 000821 714797 7694926 714796 7652234 42.7 201270 208 000821 715003 7652269 714995 7694959 42.7 201260 208 000821 715198 7694920 715204 7652223 42.7 201250 208 000821 715398 7652271 715394 7694940 42.7 201240 208 000821 715606 7694906 715594 7652228 42.7 201230 208 000821 715797 7652255 715796 7694925 42.7 201220 208 000821 715994 7694876 715999 7652241 42.6 201210 208 000821 716193 7652268 716198 7694935 42.7 201200 208 000821 716391 7694883 716402 7652234 42.7 201190 208 000821 716595 7652267 716605 7694919 42.7 201180 208 000821 716797 7694873 716795 7652232 42.6 201170 208 000821 716998 7652264 717009 7694893 42.6 201160 208 000821 717205 7694849 717199 7652219 42.6 201150 208 000821 717388 7652264 717404 7694902 42.6 201140 208 000821 717580 7694833 717606 7652225 42.6 201130 208 000821 717802 7652272 717798 7683514 31.2 201120 208 000821 718011 7683239 718001 7652223 31.0 201110 209 000821 718194 7652259 718204 7683046 30.8 201100 209 000821 718401 7682772 718398 7652232 30.5 201090 209 000821 718595 7652255 718601 7682582 30.3 201080 209 000821 718800 7682293 718802 7652219 30.1 201070 209 000821 719000 7652268 718998 7682093 29.8 201060 209 000821 719192 7681806 719200 7652236 29.6 201050 209 000821 719389 7652254 719400 7681629 29.4 201040 209 000821 719591 7681351 719591 7652236 29.1 201030 209 000821 719796 7652269 719798 7681149 28.9 201020 209 000821 719992 7680867 719999 7652234 28.6 201010 209 000821 720199 7652269 720195 7680649 28.4 201000 209 000821 720396 7680362 720401 7652218 28.1 200990 209 000821 720608 7652270 720606 7680154 27.9 200980 209 000821 720811 7679860 720800 7652234 27.6 200970 209 000821 721009 7652266 720998 7679705 27.4 200960 209 000821 721198 7679411 721198 7652234 27.2 200950 209 000821 721406 7652287 721401 7679209 26.9 200940 209 000821 721594 7678934 721600 7652240 26.7 200930 209 000821 721812 7652270 721800 7678718 26.5 200920 209 000821 721998 7678463 722003 7652222 26.2 200910 209 000821 722181 7652281 722196 7678243 26.0 200900 209 000821 722398 7677957 722398 7652221 25.7 200890 209 000821 722596 7652277 722597 7677781 25.5 200880 209 000821 722806 7677462 722800 7652230 25.2 200870 209 000821 723026 7652263 723002 7677283 25.0 200860 209 000821 723202 7677013 723201 7652231 24.8 200850 210 000822 723405 7652273 723391 7676813 24.5 200840 210 000822 723597 7676535 723598 7652235 24.3 200830 210 000822 723806 7652289 723800 7676316 24.0 200820 210 000822 724001 7676043 723996 7652243 23.8 200810 210 000822 724200 7652269 724200 7675870 23.6 200800 210 000822 724398 7675825 724403 7652223 23.6 200790 210 000822 724613 7652269 724600 7675875 23.6 200780 210 000822 724800 7675836 724803 7652236 23.6 200770 210 000822 725007 7652268 725003 7675878 23.6 200760 211 000822 725203 7675836 725201 7652232 23.6 200750 211 000822 725400 7675841 725396 7652237 23.6 200740 211 000822 725599 7652271 725604 7675875 23.6 200730 211 000822 725783 7675842 725800 7652239 23.6 200720 211 000822 725999 7652268 726000 7675883 23.6 200710 211 000822 726194 7675831 726201 7652239 23.6 200700 211 000822 726416 7652271 726399 7675869 23.6 200690 211 000822 726601 7675831 726600 7652233 23.6 300520 301 000819 726795 7652277 726802 7675879 23.6 300510 301 000819 730004 7665997 730001 7675872 9.9 300500 301 000819 730204 7675824 730199 7665885 9.9 300490 301 000819 730381 7665862 730400 7675880 10.0 300480 301 000819 730613 7675842 730600 7665763 10.1


Page 30

300470 301 000819 730807 7665724 730801 7675868 10.1 300460 301 000819 730990 7675823 731000 7665608 10.2 300450 301 000819 731186 7665579 731200 7675879 10.3 300440 301 000819 731409 7675826 731401 7665474 10.4 300430 301 000819 731613 7665433 731600 7675869 10.4 300420 301 000819 731806 7675852 731798 7665334 10.5 300410 301 000819 731997 7665293 731997 7675865 10.6 300400 301 000819 732197 7675830 732194 7665173 10.7 300390 301 000819 732405 7665136 732402 7675867 10.7 300380 301 000819 732599 7675830 732598 7665040 10.8 300370 301 000819 732803 7665008 732802 7675878 10.9 300360 301 000819 733000 7675829 732996 7664903 10.9 300350 301 000819 733198 7664851 733201 7675877 11.0 300340 301 000819 733414 7675835 733393 7664756 11.1 300330 301 000819 733596 7664725 733603 7675855 11.1 300320 301 000819 733804 7675815 733800 7664611 11.2 300310 301 000819 734008 7664581 734002 7675862 11.3 300300 301 000819 734201 7675823 734192 7664464 11.4 300290 301 000819 734403 7664440 734398 7675867 11.4 300280 301 000819 734600 7675823 734599 7664338 11.5 300270 301 000819 734846 7664284 734804 7675857 11.6 300260 301 000819 734995 7675715 734995 7664174 11.5 300250 301 000819 735202 7664155 735200 7675587 11.4 300240 301 000819 735397 7675383 735400 7664043 11.3 300230 301 000819 735618 7663991 735599 7675252 11.3 300220 301 000819 735801 7675044 735800 7663897 11.1 300210 301 000819 736006 7663865 735998 7674898 11.0 300200 301 000819 736192 7674699 736201 7663742 11.0 300190 301 000819 736409 7663709 736401 7674560 10.9 300180 301 000819 736597 7674357 736599 7663624 10.7 300170 301 000819 736806 7663580 736799 7674228 10.6 300160 301 000819 737003 7674031 737000 7663483 10.5 300150 301 000819 737196 7663442 737200 7673885 10.4 300140 301 000819 737399 7673697 737396 7663342 10.4 300130 301 000819 737600 7663294 737606 7673554 10.3 300120 301 000819 737806 7673352 737797 7663188 10.2 300110 301 000819 738010 7663148 737998 7673221 10.1 300100 301 000819 738192 7673039 738202 7663036 10.0 300090 301 000819 738403 7662999 738407 7672888 9.9 300080 301 000819 738590 7672690 738598 7662895 9.8 300070 301 000819 738798 7662882 738799 7672552 9.7 300060 301 000819 739001 7672338 738997 7662767 9.6 300050 301 000819 739179 7662732 739204 7672208 9.5 300040 301 000819 739387 7672010 739402 7662618 9.4 300030 301 000819 739605 7662577 739602 7671859 9.3 300020 301 000819 739803 7671654 739800 7662469 9.2 300010 301 000819 740024 7662419 740000 7671526 9.1 300010 301 000819 740194 7671333 740197 7662340 9.0 --------------------------------------------------------------------- TOTALS BY FLIGHT FLIGHT LINE KM ---------------- 1 579.2 2 261.6 3 536.7 5 280.4 6 750.8 7 730.0 8 733.0 9 716.1 10 213.8 11 188.8 91 495.2 TOTAL 5485.6


Page 31

LINE KM REPORT FOR a39804m.ldt LINE FLT DATE START COORDINATE END COORDINATE LINE KM --------------------------------------------------------------------- 490020 491 000814 749919 7675996 754777 7676001 4.9 490030 491 000814 754756 7677996 746074 7678001 8.7 490040 491 000814 746112 7679988 754820 7679999 8.7 490050 491 000814 754776 7682000 746044 7681998 8.7 400010 401 000814 746075 7683993 754829 7683999 8.8 400020 401 000814 754600 7685485 754601 7674166 11.3 400030 401 000814 754393 7674287 754401 7685529 11.2 400040 401 000814 754199 7685495 754202 7674336 11.2 400050 401 000814 754009 7674458 753997 7685528 11.1 400060 401 000814 753804 7685495 753800 7674478 11.0 400070 401 000814 753601 7674616 753601 7685552 10.9 400080 401 000814 753396 7685503 753402 7674649 10.9 400090 401 000814 753184 7674765 753199 7685543 10.8 400100 401 000814 752999 7685501 753001 7674789 10.7 400110 401 000814 752798 7674910 752800 7685542 10.6 400120 401 000814 752607 7685509 752601 7674960 10.5 400130 401 000814 752400 7675062 752400 7685543 10.5 400140 401 000814 752196 7685494 752197 7675109 10.4 400150 401 000814 752014 7675207 752001 7685550 10.3 400160 401 000814 751798 7685497 751800 7675273 10.2 400170 401 000814 751603 7675369 751601 7685540 10.2 400180 401 000814 751395 7685489 751399 7675416 10.1 400190 401 000814 751200 7675527 751199 7685551 10.0 400200 401 000814 751002 7685503 750999 7675574 9.9 400210 401 000814 750800 7675682 750801 7685541 9.9 400220 401 000814 750600 7685497 750594 7675742 9.8 400230 401 000814 750407 7675851 750400 7685539 9.7 400240 401 000814 750200 7685501 750196 7675893 9.6 400250 401 000814 750010 7676002 750004 7685539 9.5 400260 401 000814 749791 7685512 749801 7676047 9.5 400270 401 000814 749610 7676148 749597 7685533 9.4 400280 401 000814 749404 7685496 749397 7676197 9.3 400290 401 000814 749209 7676323 749199 7685546 9.2 400300 401 000814 748989 7685500 749002 7676366 9.1 400310 401 000814 748790 7676473 748800 7685544 9.1 400320 401 000814 748593 7685500 748600 7676510 9.0 400330 401 000814 748403 7676630 748402 7685543 8.9 400340 401 000814 748204 7685511 748200 7676674 8.8 400350 401 000814 748015 7676779 747997 7685530 8.8 400360 401 000814 747799 7685494 747804 7676811 8.7 400370 401 000814 747596 7676938 747606 7685551 8.6 400380 401 000814 747393 7685498 747399 7676987 8.5 400390 401 000814 747202 7677108 747199 7685548 8.4 400400 401 000814 747003 7685492 747000 7677126 8.4 400410 401 000814 746784 7677274 746801 7685537 8.3 400420 401 000814 746605 7685507 746597 7677289 8.2 400430 401 000814 746408 7677398 746394 7685526 8.1 400430 401 000814 746201 7685510 746198 7677452 8.1 --------------------------------------------------------------------- TOTALS BY FLIGHT FLIGHT LINE KM ---------------- 1 416.7 91 39.7 TOTAL 456.5

EL 10217 Theo 2003ACDrillhole From To CommentsMinz AlterationMinz_% Alt_IntLithologyRegolith

SLA001 0 2 AEO SND

SLA001 2 12 LAC/MOT CLY

SLA001 12 15 LAC/PAL CLY/SIL

SLA001 15 18 LAC/PAL CLY

SLA001 18 70 LAC CLY


SLA001 82 94 LAC/FER CLY


SLA002 0 1 AEO SND






SLA003 0 3 AEO SND



SLA003 50 57 LAC CLY/GRV



SLA004 0 3 AEO SND



SLA004 34 40 LAC CLY/SND




SLA004 60 72 LAC/MOT CLY/SND



SLA005 0 2 AEO SND

SLA005 2 4 LAC/MOT CLY/SIL






SLA005 55 82 HDP/FER CLY

SLA005 82 85 MOT CLY

SLA005 85 92 PAL CLY


SLA006 0 1 AEO SND


SLA006 4 5 LAC/MOT CLY/SIL









SLA007 0 2 AEO SND

SLA007 2 4 FER CLY

SLA007 4 15 MOT CLY


SLA007 21 46 SAP CLY

SLA007 46 53 WTH fdPOR

SLA007 53 54 POX fdPOR

SLA007 54 57 WTH fdPOR

SLA007 57 60 POX fdPOR

SLA007 60 74 WTH fdPOR mgr qtz-fsp porphyry

SLA008 0 3 AEO SND

SLA008 3 6 MOT SIL

SLA008 6 28 PAL CLY



Page 1 of 5



SLA008 38 42 POX biSCH

SLA008 42 54 WTH biSCH mgr weakly gneissose qtz_fsp_bi schist

SLA009 0 2 AEO SND

SLA009 2 39 LAC CLY


SLA009 54 68 WTH biSCH mgr weakly gneissose qtz_fsp_bi schist

SLA010 0 2 AEO SND

SLA010 2 20 MOT CLY


SLA010 34 43 WTH fGNS

SLA010 43 44 FR fGNS mgr musc-bi-qtz-fsp (granitic) gneiss

SLA011 0 2 AEO SND

SLA011 2 5 MOT CLY

SLA011 5 21 PAL CLY


SLA011 30 37 POX msGRT

SLA011 37 41 WTH msGRT cgr qtz-fsp-musc granite

SLA012 0 2 AEO SND









SLA013 0 2 AEO SND









SLA014 0 2 AEO SND




SLA014 60 61 LAC SIL

SLA014 61 69 LAC/HDP CLY


SLA015 0 2 AEO SND








SLA016 0 3 AEO SND





SLA017 0 3 AEO SND


SLA017 7 75 LAC CLY

SLA018 0 2 AEO SND






SLA018 62 63 LAC CLY/FER


Page 2 of 5


SLA019 0 2 AEO SND







SLA020 0 3 AEO SND









SLA021 0 3 AEO SND

SLA021 3 15 LAC CLY

SLA021 15 27 RES CLY

SLA021 27 73 SAP msGRT kaolinitic clay with qtz and muscovite grains

SLA021 73 90 WTH GRT granite

SLA022 0 3 AEO SND

SLA022 3 16 LAC CLY


SLA022 26 54 SAP fSCH ye-rd clay with musc-qtz saprolite rock fragments

SLA022 54 58 SAP fSCH

SLA022 58 72 WTH fSCH qtz-fsp-musc schist (sheared granite)

SLA022 72 76 WTH fSCH qtz-fsp-musc schist

SLA022 76 82 WTH qfmsSCH muscovite schist (sheared granite)

SLA023 0 3 AEO SND

SLA023 3 20 LAC CLY

SLA023 20 73 SAP fSCH bnye/wh mottled clay with wthd qtz-musc schist fragments (sheared granite)

SLA023 73 75 SAP GRT

SLA023 75 81 SAP GRT/SIL silcrete after cgr ?massive granite (qtz-fsp-musc)

SLA024 0 3 AEO SND


SLA024 6 8 LAC SND/SIL

SLA024 8 18 LAC CLY



SLA024 41 57 SAP fMYL

SLA024 57 62 FER CLY


SLA024 81 84 WTH fMYL mgr granitic mylonite

SLA025 0 2 AEO SND

SLA025 2 7 LAC CLY

SLA025 7 9 LAC SIL

SLA025 9 24 LAC CLY




SLA026 0 2 AEO SND

SLA026 2 5 LAC CLY

SLA026 5 9 LAC SIL

SLA026 9 30 LAC CLY



SLA026 42 46 SAP PEG qtz-musc-kaol


SLA026 55 87 POX GRT

SLA026 87 92 WTH GRT massive cgr granite

SLA027 0 3 AEO SND

SLA027 3 27 LAC CLY



SLA027 51 78 MOT GRT

Page 3 of 5


SLA027 78 80 MOT GRT

SLA027 80 83 MOT GRT orange clay with qtz grains (after granite?)

SLA028 0 3 AEO SND

SLA028 3 6 LAC CLY

SLA028 6 8 LAC CLY/SIL

SLA028 8 39 LAC CLY


SLA028 48 54 LAT CLY/PISO

SLA028 54 66 FER CLY/SND


SLA028 78 108 SAP GRT kaolinitic clay and qtz grains (granitic protolith)


SLA028 110 122 POX fdbiGNS

SLA028 122 126 WTH fdbiGNS wth gygn mica rock - probable fsp-biot gneiss protolith

SLA029 0 3 AEO SND

SLA029 3 13 LAC CLY






SLA029 60 67 LAT CLY/PISO



SLA029 93 99 SAP fdbiGNS

SLA029 99 100 WTH fdbiGNS weakly fol to massive, cgr fsp-biot gneiss

SLA030 0 2 AEO SND

SLA030 2 39 LAC CLY


SLA030 53 79 SAP seSCH

SLA030 79 83 SAP PEL

SLA030 83 88 SAP seSCH sericite schist

SLA030 88 95 WTH fMYL granitic mylonite

SLA030 95 96 WTH PEL black strongly foliated vfgr rock with dkrd silicified segregations/phenocrysts

SLA031 0 3 AEO SND

SLA031 3 42 LAC CLY


SLA031 50 54 LAT PISO


SLA031 56 74 SAP seSCH


SLA031 80 96 WTH VQ si wh, ye & rd vein qtz and silicified rock, veins typically fractured and annealed

SLA032 0 2 AEO SND

SLA032 2 39 LAC CLY

SLA032 39 50 RES/FER CLY

SLA032 50 53 LAT PISO


SLA032 66 72 SAP fdseSCH

SLA032 72 78 SAP fdseSCH


SLA032 90 95 SAP msSCH


SLA032 108 113 WTH fdseSCH wth fsp-ser schist

SLA032 113 114 WTH GRT massive cgr granite

SLA033 0 3 AEO SND

SLA033 3 5 LAC SIL

SLA033 5 38 LAC CLY



SLA033 61 80 CLY GRT kaolinitic clay and cgr qtz grains


SLA033 98 107 WTH GRT massive cgr granite (ms-fd-qt)

Page 4 of 5

EL 10217 Theo 2003RABDrillhole From To CommentsMinz AlterationMinz_% Alt_IntLithologyRegolith

SLB001 0 2 AEO SND

SLB001 2 21 LAC/MOT CLY

Page 5 of 5

Drillhole Grid Easting Northing RL Depth Dip Azimuth Date Purpose Prospect Geologist Comments

EL 10217 Theo AC 2003

SLA001 MGA52 721255 7660016 500 101 -90 360 9/09/2003 Prospect Southwestern LTPE




















SLA021 MGA52 729995 7657001 500 90 -90 360 13/09/2003 Prospect Southern LTPE













33 2783

Page 1 of 2

Drillhole Grid Easting Northing RL Depth Dip Azimuth Date Purpose Prospect Geologist Comments

EL 10217 Theo RAB 2003

SLB001 MGA52 721248 7659999 500 21 -90 360 8/09/2003 Prospect Southwestern LTPE

1 21

Page 2 of 2

EL 10217 Theo 2003ACDrillhole Sample From ToType Pb_ppm Zn_ppmAg_ppm Pd_ppbPt_ppb Cu_ppmAs_ppmAu_ppb

SLA001 A13786 2 6 1 2 -1-1 -1-1 -1 -1AC

SLA001 A13787 6 10 0 3 -1-1 -1-1 -1 -1AC

SLA001 A13788 10 14 0 2 -1-1 -1-1 -1 -1AC

SLA001 A13789 14 18 0 3 -1-1 -1-1 -1 -1AC

SLA001 A13790 18 22 0 2 -1-1 -1-1 -1 -1AC

SLA001 A13791 22 26 1 2 -1-1 -1-1 -1 -1AC

SLA001 A13792 26 30 0 4 -1-1 -1-1 -1 -1AC

SLA001 A13793 30 34 1 2 -1-1 -1-1 -1 -1AC

SLA001 A13794 34 38 0 1 -1-1 -1-1 -1 -1AC

SLA001 A13795 38 42 0 0 -1-1 -1-1 -1 -1AC

SLA001 A13796 42 46 2 1 -1-1 -1-1 -1 -1AC

SLA001 A13797 46 50 0 1 -1-1 -1-1 -1 -1AC

SLA001 A13798 50 54 1 1 -1-1 -1-1 -1 -1AC

SLA001 A13799 54 58 0 0 -1-1 -1-1 -1 -1AC

SLA001 A13800 58 62 0 0 -1-1 -1-1 -1 -1AC

SLA001 A13801 62 66 1 2 -1-1 -1-1 -1 -1AC

SLA001 A13802 66 70 1 0 -1-1 -1-1 -1 -1AC

SLA001 A13803 70 74 0 0 -1-1 -1-1 -1 -1AC

SLA001 A13804 74 78 0 0 -1-1 -1-1 -1 -1AC

SLA001 A13805 78 82 0 0 -1-1 -1-1 -1 -1AC

SLA001 A13806 82 86 0 0 -1-1 -1-1 -1 -1AC

SLA001 A13807 86 90 2 0 -1-1 -1-1 -1 -1AC

SLA001 A13808 90 94 1 0 -1-1 -1-1 -1 -1AC

SLA001 A13809 94 98 1 0 -1-1 -1-1 -1 -1AC

SLA001 A13810 98 101 1 4 -1-1 -1-1 -1 -1AC

SLA002 A13811 1 5 1 3 -1-1 -1-1 -1 -1AC

SLA002 A13812 5 9 0 3 -1-1 -1-1 -1 -1AC

SLA002 A13813 9 13 0 2 -1-1 -1-1 -1 -1AC

SLA002 A13814 13 17 0 3 -1-1 -1-1 -1 -1AC

SLA002 A13815 17 21 1 2 -1-1 -1-1 -1 -1AC

SLA002 A13816 21 25 2 2 -1-1 -1-1 -1 -1AC

SLA002 A13817 25 29 0 2 -1-1 -1-1 -1 -1AC

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SLA019 A14132 6 10 0 2 -1-1 -1-1 -1 -1AC

SLA019 A14133 10 14 0 2 -1-1 -1-1 -1 -1AC

SLA019 A14134 14 18 0 2 -1-1 -1-1 -1 -1AC

SLA019 A14135 18 22 2 2 -1-1 -1-1 -1 -1AC

SLA019 A14136 22 26 0 2 -1-1 -1-1 -1 -1AC

SLA019 A14137 26 30 0 2 -1-1 -1-1 -1 -1AC

SLA019 A14138 30 34 0 5 -1-1 -1-1 -1 -1AC

SLA019 A14139 34 38 0 2 -1-1 -1-1 -1 -1AC

SLA019 A14140 38 42 0 2 -1-1 -1-1 -1 -1AC

SLA019 A14141 42 46 0 1 -1-1 -1-1 -1 -1AC

SLA019 A14142 46 50 0 2 -1-1 -1-1 -1 -1AC

SLA019 A14143 50 54 0 2 -1-1 -1-1 -1 -1AC

SLA019 A14144 54 58 0 1 -1-1 -1-1 -1 -1AC

SLA019 A14145 58 62 0 5 -1-1 -1-1 -1 -1AC

SLA019 A14146 62 66 0 2 -1-1 -1-1 -1 -1AC

SLA019 A14147 66 70 1 4 -1-1 -1-1 -1 -1AC

SLA019 A14148 70 74 0 2 -1-1 -1-1 -1 -1AC

SLA019 A14149 74 79 1 0 -1-1 -1-1 -1 -1AC

SLA020 A14150 3 7 0 2 -1-1 -1-1 -1 -1AC

SLA020 A14151 7 11 0 3 -1-1 -1-1 -1 -1AC

SLA020 A14152 11 15 0 3 -1-1 -1-1 -1 -1AC

SLA020 A14153 15 19 0 4 -1-1 -1-1 -1 -1AC

SLA020 A14154 19 23 0 2 -1-1 -1-1 -1 -1AC

SLA020 A14155 23 27 0 3 -1-1 -1-1 -1 -1AC

SLA020 A14156 27 31 2 2 -1-1 -1-1 -1 -1AC

SLA020 A14157 31 35 0 1 -1-1 -1-1 -1 -1AC

SLA020 A14158 35 39 0 0 -1-1 -1-1 -1 -1AC

SLA020 A14159 39 43 0 1 -1-1 -1-1 -1 -1AC

SLA020 A14160 43 47 0 0 -1-1 -1-1 -1 -1AC

SLA020 A18001 47 48 0 -1 -1-1 -1-1 -1 -1AC

SLA020 A18002 48 49 0 -1 -1-1 -1-1 -1 -1AC

SLA020 A18003 49 50 0 -1 -1-1 -1-1 -1 -1AC

SLA020 A18004 50 51 0 -1 -1-1 -1-1 -1 -1AC

SLA020 A18005 51 52 0 -1 -1-1 -1-1 -1 -1AC

SLA020 A18006 52 53 0 -1 -1-1 -1-1 -1 -1AC

SLA020 A18007 53 54 0 -1 -1-1 -1-1 -1 -1AC

SLA020 A18008 54 55 0 -1 -1-1 -1-1 -1 -1AC

SLA020 A18009 55 56 0 -1 -1-1 -1-1 -1 -1AC

SLA020 A18010 56 57 0 -1 -1-1 -1-1 -1 -1AC

SLA020 A18011 57 58 0 -1 -1-1 -1-1 -1 -1AC

SLA020 A18012 58 59 0 -1 -1-1 -1-1 -1 -1AC

SLA020 A14164 59 63 1 2 -1-1 -1-1 -1 -1AC

SLA020 A14165 63 67 0 2 -1-1 -1-1 -1 -1AC

SLA020 A14166 67 71 1 2 -1-1 -1-1 -1 -1AC

SLA020 A14167 71 75 0 0 -1-1 -1-1 -1 -1AC

SLA020 A14168 75 79 0 1 -1-1 -1-1 -1 -1AC

SLA020 A14169 79 81 1 1 -1-1 -1-1 -1 -1AC

Page 6 of 13


SLA021 A14170 3 7 0 2 -1-1 -1-1 -1 -1AC

SLA021 A14171 7 11 1 2 -1-1 -1-1 -1 -1AC

SLA021 A14172 11 15 1 3 -1-1 -1-1 -1 -1AC

SLA021 A14173 15 19 2 11 -1-1 -1-1 -1 -1AC

SLA021 A14174 19 23 1 21 -1-1 -1-1 -1 -1AC

SLA021 A14175 23 27 0 10 -1-1 -1-1 -1 -1AC

SLA021 A14176 27 31 0 2 -1-1 -1-1 -1 -1AC

SLA021 A14177 31 35 0 3 -1-1 -1-1 -1 -1AC

SLA021 A14178 35 39 0 3 -1-1 -1-1 -1 -1AC

SLA021 A14179 39 43 0 3 -1-1 -1-1 -1 -1AC

SLA021 A14180 43 47 0 4 -1-1 -1-1 -1 -1AC

SLA021 A14181 47 51 0 1 -1-1 -1-1 -1 -1AC

SLA021 A14182 51 55 0 10 -1-1 -1-1 -1 -1AC

SLA021 A14183 55 59 0 14 -1-1 -1-1 -1 -1AC

SLA021 A14184 59 63 0 11 -1-1 -1-1 -1 -1AC

SLA021 A14185 63 67 0 4 -1-1 -1-1 -1 -1AC

SLA021 A14186 67 71 0 5 -1-1 -1-1 -1 -1AC

SLA021 A14187 71 75 0 11 -1-1 -1-1 -1 -1AC

SLA021 A14188 75 79 0 11 -1-1 -1-1 -1 -1AC

SLA021 A14189 79 83 0 15 -1-1 -1-1 -1 -1AC

SLA021 A14190 83 87 3 15 -1-1 -1-1 -1 -1AC

SLA021 A14191 87 90 2 15 -1-1 -1-1 -1 -1AC

SLA022 A18049 3 4 0 -1 -1-1 -1-1 -1 -1AC

SLA022 A18050 4 5 0 -1 -1-1 -1-1 -1 -1AC

SLA022 A18051 5 6 0 -1 -1-1 -1-1 -1 -1AC

SLA022 A18052 6 7 4 -1 -1-1 -1-1 -1 -1AC

SLA022 A18053 7 8 4 -1 -1-1 -1-1 -1 -1AC

SLA022 A18054 8 9 2 -1 -1-1 -1-1 -1 -1AC

SLA022 A18055 9 10 3 -1 -1-1 -1-1 -1 -1AC

SLA022 A18056 10 11 6 -1 -1-1 -1-1 -1 -1AC

SLA022 A18057 11 12 2 -1 -1-1 -1-1 -1 -1AC

SLA022 A18058 12 13 1 -1 -1-1 -1-1 -1 -1AC

SLA022 A18059 13 14 3 -1 -1-1 -1-1 -1 -1AC

SLA022 A18060 14 15 0 -1 -1-1 -1-1 -1 -1AC

SLA022 A14195 15 19 0 5 -1-1 -1-1 -1 -1AC

SLA022 A14196 19 23 2 54 -1-1 -1-1 -1 -1AC

SLA022 A14197 23 27 0 8 -1-1 -1-1 -1 -1AC

SLA022 A14198 27 31 0 4 -1-1 -1-1 -1 -1AC

SLA022 A14199 31 35 0 2 -1-1 -1-1 -1 -1AC

SLA022 A14200 35 39 0 7 -1-1 -1-1 -1 -1AC

SLA022 A14201 39 43 0 6 -1-1 -1-1 -1 -1AC

SLA022 A14202 43 47 1 5 -1-1 -1-1 -1 -1AC

SLA022 A14203 47 51 0 7 -1-1 -1-1 -1 -1AC

SLA022 A14204 51 55 0 3 -1-1 -1-1 -1 -1AC

SLA022 A14205 55 59 0 9 -1-1 -1-1 -1 -1AC

SLA022 A14206 59 63 0 3 -1-1 -1-1 -1 -1AC

SLA022 A14207 63 67 0 1 -1-1 -1-1 -1 -1AC

SLA022 A14208 67 71 0 3 -1-1 -1-1 -1 -1AC

SLA022 A14209 71 75 0 1 -1-1 -1-1 -1 -1AC

SLA022 A14210 75 79 1 4 -1-1 -1-1 -1 -1AC

SLA022 A14211 79 82 0 11 -1-1 -1-1 -1 -1AC

SLA023 A14212 3 7 0 2 -1-1 -1-1 -1 -1AC

SLA023 A14213 7 11 2 2 -1-1 -1-1 -1 -1AC

SLA023 A14214 11 15 2 2 -1-1 -1-1 -1 -1AC

SLA023 A14215 15 19 2 1 -1-1 -1-1 -1 -1AC

SLA023 A14216 19 23 0 1 -1-1 -1-1 -1 -1AC

SLA023 A14217 23 27 0 0 -1-1 -1-1 -1 -1AC

SLA023 A14218 27 31 0 0 -1-1 -1-1 -1 -1AC

SLA023 A14219 31 35 1 0 -1-1 -1-1 -1 -1AC

SLA023 A14220 35 39 0 2 -1-1 -1-1 -1 -1AC

SLA023 A14221 39 43 0 2 -1-1 -1-1 -1 -1AC

SLA023 A14222 43 47 0 1 -1-1 -1-1 -1 -1AC

SLA023 A14223 47 51 0 1 -1-1 -1-1 -1 -1AC

SLA023 A14224 51 55 0 2 -1-1 -1-1 -1 -1AC

SLA023 A14225 55 59 0 4 -1-1 -1-1 -1 -1AC

SLA023 A14226 59 63 0 3 -1-1 -1-1 -1 -1AC

SLA023 A14227 63 67 0 0 -1-1 -1-1 -1 -1AC

Page 7 of 13


SLA023 A14228 67 71 0 1 -1-1 -1-1 -1 -1AC

SLA023 A14229 71 75 0 1 -1-1 -1-1 -1 -1AC

SLA023 A14230 75 79 0 0 -1-1 -1-1 -1 -1AC

SLA023 A14231 79 81 0 1 -1-1 -1-1 -1 -1AC

SLA024 A14232 3 7 1 2 -1-1 -1-1 -1 -1AC

SLA024 A14233 7 11 1 2 -1-1 -1-1 -1 -1AC

SLA024 A14234 11 15 2 1 -1-1 -1-1 -1 -1AC

SLA024 A14235 15 19 1 3 -1-1 -1-1 -1 -1AC

SLA024 A14236 19 23 2 3 -1-1 -1-1 -1 -1AC

SLA024 A14237 23 27 1 4 -1-1 -1-1 -1 -1AC

SLA024 A14238 27 31 0 2 -1-1 -1-1 -1 -1AC

SLA024 A14239 31 35 1 2 -1-1 -1-1 -1 -1AC

SLA024 A14240 35 39 0 0 -1-1 -1-1 -1 -1AC

SLA024 A14241 39 43 0 0 -1-1 -1-1 -1 -1AC

SLA024 A14242 43 47 0 0 -1-1 -1-1 -1 -1AC

SLA024 A14243 47 51 0 0 -1-1 -1-1 -1 -1AC

SLA024 A14244 51 55 0 0 -1-1 -1-1 -1 -1AC

SLA024 A14245 55 59 0 0 -1-1 -1-1 -1 -1AC

SLA024 A14246 59 63 0 0 -1-1 -1-1 -1 -1AC

SLA024 A14247 63 67 0 2 -1-1 -1-1 -1 -1AC

SLA024 A14248 67 71 0 2 -1-1 -1-1 -1 -1AC

SLA024 A14249 71 75 1 0 -1-1 -1-1 -1 -1AC

SLA024 A14250 75 79 1 0 -1-1 -1-1 -1 -1AC

SLA024 A14251 79 84 1 0 -1-1 -1-1 -1 -1AC

SLA025 A14252 2 6 1 2 -1-1 -1-1 -1 -1AC

SLA025 A14253 6 10 2 2 -1-1 -1-1 -1 -1AC

SLA025 A14254 10 14 1 1 -1-1 -1-1 -1 -1AC

SLA025 A14255 14 18 1 3 -1-1 -1-1 -1 -1AC

SLA025 A14256 18 22 0 3 -1-1 -1-1 -1 -1AC

SLA025 A14257 22 26 2 7 -1-1 -1-1 -1 -1AC

SLA025 A14258 26 30 2 3 -1-1 -1-1 -1 -1AC

SLA025 A14259 30 34 2 2 -1-1 -1-1 -1 -1AC

SLA025 A14260 34 38 2 1 -1-1 -1-1 -1 -1AC

SLA025 A14261 38 42 2 2 -1-1 -1-1 -1 -1AC

SLA025 A14262 42 46 1 7 -1-1 -1-1 -1 -1AC

SLA025 A14263 46 50 0 4 -1-1 -1-1 -1 -1AC

SLA025 A14264 50 54 0 0 -1-1 -1-1 -1 -1AC

SLA025 A14265 54 58 0 0 -1-1 -1-1 -1 -1AC

SLA025 A14266 58 62 0 3 -1-1 -1-1 -1 -1AC

SLA025 A14267 62 66 0 1 -1-1 -1-1 -1 -1AC

SLA025 A14268 66 70 1 2 -1-1 -1-1 -1 -1AC

SLA025 A14269 70 72 0 2 -1-1 -1-1 -1 -1AC

SLA026 A14270 2 6 0 2 -1-1 -1-1 -1 -1AC

SLA026 A14271 6 10 0 2 -1-1 -1-1 -1 -1AC

SLA026 A14272 10 14 0 2 -1-1 -1-1 -1 -1AC

SLA026 A14273 14 18 1 1 -1-1 -1-1 -1 -1AC

SLA026 A14274 18 22 0 2 -1-1 -1-1 -1 -1AC

SLA026 A14275 22 26 0 2 -1-1 -1-1 -1 -1AC

SLA026 A14276 26 30 1 7 -1-1 -1-1 -1 -1AC

SLA026 A14277 30 34 1 4 -1-1 -1-1 -1 -1AC

SLA026 A14278 34 38 0 2 -1-1 -1-1 -1 -1AC

SLA026 A14279 38 42 0 0 -1-1 -1-1 -1 -1AC

SLA026 A14280 42 46 0 0 -1-1 -1-1 -1 -1AC

SLA026 A14281 46 50 0 0 -1-1 -1-1 -1 -1AC

SLA026 A14282 50 54 0 0 -1-1 -1-1 -1 -1AC

SLA026 A14283 54 58 0 0 -1-1 -1-1 -1 -1AC

SLA026 A14284 58 62 0 0 -1-1 -1-1 -1 -1AC

SLA026 A14285 62 66 0 0 -1-1 -1-1 -1 -1AC

SLA026 A14286 66 70 0 0 -1-1 -1-1 -1 -1AC

SLA026 A14287 70 74 0 0 -1-1 -1-1 -1 -1AC

SLA026 A14288 74 78 0 0 -1-1 -1-1 -1 -1AC

SLA026 A14289 78 82 0 0 -1-1 -1-1 -1 -1AC

SLA026 A18061 84 85 0 -1 -1-1 -1-1 -1 -1AC

SLA026 A18062 85 86 0 -1 -1-1 -1-1 -1 -1AC

SLA026 A18063 86 87 0 -1 -1-1 -1-1 -1 -1AC

SLA026 A18064 87 88 0 -1 -1-1 -1-1 -1 -1AC

SLA026 A18065 88 89 0 -1 -1-1 -1-1 -1 -1AC

Page 8 of 13


SLA026 A18066 89 90 0 -1 -1-1 -1-1 -1 -1AC

SLA026 A14292 90 92 0 0 -1-1 -1-1 -1 -1AC

SLA027 A14293 3 7 0 2 -1-1 -1-1 -1 -1AC

SLA027 A14294 7 11 0 2 -1-1 -1-1 -1 -1AC

SLA027 A14295 11 15 0 2 -1-1 -1-1 -1 -1AC

SLA027 A14296 15 19 0 2 -1-1 -1-1 -1 -1AC

SLA027 A14297 19 23 1 2 -1-1 -1-1 -1 -1AC

SLA027 A14298 23 27 0 3 -1-1 -1-1 -1 -1AC

SLA027 A14299 27 31 0 2 -1-1 -1-1 -1 -1AC

SLA027 A14300 31 35 0 2 -1-1 -1-1 -1 -1AC

SLA027 A14301 35 39 0 3 -1-1 -1-1 -1 -1AC

SLA027 A14302 39 43 1 4 -1-1 -1-1 -1 -1AC

SLA027 A14303 43 47 0 5 -1-1 -1-1 -1 -1AC

SLA027 A14304 47 51 0 3 -1-1 -1-1 -1 -1AC

SLA027 A14305 51 55 0 3 -1-1 -1-1 -1 -1AC

SLA027 A14306 55 59 0 2 -1-1 -1-1 -1 -1AC

SLA027 A14307 59 63 0 2 -1-1 -1-1 -1 -1AC

SLA027 A14308 63 67 0 3 -1-1 -1-1 -1 -1AC

SLA027 A14309 67 71 0 4 -1-1 -1-1 -1 -1AC

SLA027 A14310 71 75 0 3 -1-1 -1-1 -1 -1AC

SLA027 A14311 75 79 1 2 -1-1 -1-1 -1 -1AC

SLA027 A14312 79 83 0 2 -1-1 -1-1 -1 -1AC

SLA028 A14313 3 7 0 1 -1-1 -1-1 -1 -1AC

SLA028 A14314 7 11 0 2 -1-1 -1-1 -1 -1AC

SLA028 A14315 11 15 0 2 -1-1 -1-1 -1 -1AC

SLA028 A14316 15 19 0 2 -1-1 -1-1 -1 -1AC

SLA028 A14317 19 23 0 2 -1-1 -1-1 -1 -1AC

SLA028 A14318 23 27 0 3 -1-1 -1-1 -1 -1AC

SLA028 A14319 27 31 0 3 -1-1 -1-1 -1 -1AC

SLA028 A14320 31 35 0 2 -1-1 -1-1 -1 -1AC

SLA028 A14321 35 39 0 2 -1-1 -1-1 -1 -1AC

SLA028 A14322 39 43 0 4 -1-1 -1-1 -1 -1AC

SLA028 A14323 43 47 0 10 -1-1 -1-1 -1 -1AC

SLA028 A14324 47 51 0 9 -1-1 -1-1 -1 -1AC

SLA028 A14325 51 55 0 6 -1-1 -1-1 -1 -1AC

SLA028 A14326 55 59 0 3 -1-1 -1-1 -1 -1AC

SLA028 A14327 59 63 0 3 -1-1 -1-1 -1 -1AC

SLA028 A14328 63 67 0 3 -1-1 -1-1 -1 -1AC

SLA028 A14329 67 71 0 3 -1-1 -1-1 -1 -1AC

SLA028 A14330 71 75 0 2 -1-1 -1-1 -1 -1AC

SLA028 A14331 75 79 0 5 -1-1 -1-1 -1 -1AC

SLA028 A14332 79 83 0 0 -1-1 -1-1 -1 -1AC

SLA028 A14333 83 87 0 0 -1-1 -1-1 -1 -1AC

SLA028 A14334 87 91 0 0 -1-1 -1-1 -1 -1AC

SLA028 A14335 91 95 0 0 -1-1 -1-1 -1 -1AC

SLA028 A14336 95 99 0 0 -1-1 -1-1 -1 -1AC

SLA028 A14337 99 103 0 0 -1-1 -1-1 -1 -1AC

SLA028 A14338 103 107 3 0 -1-1 -1-1 -1 -1AC

SLA028 A14339 107 111 3 1 -1-1 -1-1 -1 -1AC

SLA028 A14340 111 115 2 2 -1-1 -1-1 -1 -1AC

SLA028 A14341 115 119 3 0 -1-1 -1-1 -1 -1AC

SLA028 A18067 119 120 0 -1 -1-1 -1-1 -1 -1AC

SLA028 A18068 120 121 0 -1 -1-1 -1-1 -1 -1AC

SLA028 A18069 121 122 0 -1 -1-1 -1-1 -1 -1AC

SLA028 A18070 122 123 0 -1 -1-1 -1-1 -1 -1AC

SLA028 A18071 123 124 3 -1 -1-1 -1-1 -1 -1AC

SLA028 A18072 124 125 3 -1 -1-1 -1-1 -1 -1AC

SLA028 A18073 125 126 1 -1 -1-1 -1-1 -1 -1AC

SLA029 A14344 3 7 3 2 -1-1 -1-1 -1 -1AC

SLA029 A14345 7 11 2 2 -1-1 -1-1 -1 -1AC

SLA029 A14346 11 15 2 2 -1-1 -1-1 -1 -1AC

SLA029 A14347 15 19 2 1 -1-1 -1-1 -1 -1AC

SLA029 A14348 19 23 2 2 -1-1 -1-1 -1 -1AC

SLA029 A14349 23 27 2 3 -1-1 -1-1 -1 -1AC

SLA029 A14350 27 31 2 3 -1-1 -1-1 -1 -1AC

SLA029 A14351 31 35 2 3 -1-1 -1-1 -1 -1AC

SLA029 A14352 35 39 1 2 -1-1 -1-1 -1 -1AC

Page 9 of 13


SLA029 A14353 39 43 1 2 -1-1 -1-1 -1 -1AC

SLA029 A14354 43 47 2 5 -1-1 -1-1 -1 -1AC

SLA029 A14355 47 51 2 6 -1-1 -1-1 -1 -1AC

SLA029 A14356 51 55 2 6 -1-1 -1-1 -1 -1AC

SLA029 A14357 55 59 2 7 -1-1 -1-1 -1 -1AC

SLA029 A14358 59 63 2 4 -1-1 -1-1 -1 -1AC

SLA029 A14359 63 67 2 12 -1-1 -1-1 -1 -1AC

SLA029 A14360 67 71 2 8 -1-1 -1-1 -1 -1AC

SLA029 A14361 71 75 1 4 -1-1 -1-1 -1 -1AC

SLA029 A14362 75 79 0 3 -1-1 -1-1 -1 -1AC

SLA029 A14363 79 83 1 2 -1-1 -1-1 -1 -1AC

SLA029 A14364 83 87 0 2 -1-1 -1-1 -1 -1AC

SLA029 A14365 87 91 0 2 -1-1 -1-1 -1 -1AC

SLA029 A14366 91 95 0 3 -1-1 -1-1 -1 -1AC

SLA029 A14367 95 100 1 2 -1-1 -1-1 -1 -1AC

SLA030 A14368 2 6 0 2 -1-1 -1-1 -1 -1AC

SLA030 A14369 6 10 0 2 -1-1 -1-1 -1 -1AC

SLA030 A14370 10 14 0 2 -1-1 -1-1 -1 -1AC

SLA030 A14371 14 18 0 2 -1-1 -1-1 -1 -1AC

SLA030 A14372 18 22 0 2 -1-1 -1-1 -1 -1AC

SLA030 A14373 22 26 0 2 -1-1 -1-1 -1 -1AC

SLA030 A14374 26 30 0 2 -1-1 -1-1 -1 -1AC

SLA030 A14375 30 34 0 1 -1-1 -1-1 -1 -1AC

SLA030 A14376 34 38 0 3 -1-1 -1-1 -1 -1AC

SLA030 A14377 38 42 1 3 -1-1 -1-1 -1 -1AC

SLA030 A14378 42 46 1 2 -1-1 -1-1 -1 -1AC

SLA030 A14379 46 50 0 5 -1-1 -1-1 -1 -1AC

SLA030 A14380 50 54 0 3 -1-1 -1-1 -1 -1AC

SLA030 A14381 54 58 0 1 -1-1 -1-1 -1 -1AC

SLA030 A14382 58 62 0 1 -1-1 -1-1 -1 -1AC

SLA030 A14383 62 66 0 0 -1-1 -1-1 -1 -1AC

SLA030 A14384 66 70 0 0 -1-1 -1-1 -1 -1AC

SLA030 A14385 70 74 0 1 -1-1 -1-1 -1 -1AC

SLA030 A14386 74 78 0 0 -1-1 -1-1 -1 -1AC

SLA030 A14387 78 82 0 0 -1-1 -1-1 -1 -1AC

SLA030 A18025 82 83 0 -1 -1-1 -1-1 -1 -1AC

SLA030 A18026 83 84 0 -1 -1-1 -1-1 -1 -1AC

SLA030 A18027 84 85 0 -1 -1-1 -1-1 -1 -1AC

SLA030 A18028 85 86 0 -1 -1-1 -1-1 -1 -1AC

SLA030 A18029 86 87 0 -1 -1-1 -1-1 -1 -1AC

SLA030 A18030 87 88 12 -1 -1-1 -1-1 -1 -1AC

SLA030 A18031 88 89 0 -1 -1-1 -1-1 -1 -1AC

SLA030 A18032 89 90 0 -1 -1-1 -1-1 -1 -1AC

SLA030 A18033 90 91 0 -1 -1-1 -1-1 -1 -1AC

SLA030 A18034 91 92 0 -1 -1-1 -1-1 -1 -1AC

SLA030 A18035 92 93 0 -1 -1-1 -1-1 -1 -1AC

SLA030 A18036 93 94 0 -1 -1-1 -1-1 -1 -1AC

SLA030 A14391 94 96 2 3 -1-1 -1-1 -1 -1AC

SLA031 A14392 3 7 0 1 -1-1 -1-1 -1 -1AC

SLA031 A14393 7 11 2 3 -1-1 -1-1 -1 -1AC

SLA031 A14394 11 15 0 3 -1-1 -1-1 -1 -1AC

SLA031 A14395 15 19 2 3 -1-1 -1-1 -1 -1AC

SLA031 A14396 19 23 0 2 -1-1 -1-1 -1 -1AC

SLA031 A14397 23 27 0 2 -1-1 -1-1 -1 -1AC

SLA031 A14398 27 31 0 5 -1-1 -1-1 -1 -1AC

SLA031 A14399 31 35 0 2 -1-1 -1-1 -1 -1AC

SLA031 A14400 35 39 0 1 -1-1 -1-1 -1 -1AC

SLA031 A14401 39 43 1 3 -1-1 -1-1 -1 -1AC

SLA031 A14402 43 47 0 4 -1-1 -1-1 -1 -1AC

SLA031 A14403 47 51 2 8 -1-1 -1-1 -1 -1AC

SLA031 A14404 51 55 3 13 -1-1 -1-1 -1 -1AC

SLA031 A18037 55 56 2 -1 -1-1 -1-1 -1 -1AC

SLA031 A18038 56 57 1 -1 -1-1 -1-1 -1 -1AC

SLA031 A18039 57 58 1 -1 -1-1 -1-1 -1 -1AC

SLA031 A18040 58 59 1 -1 -1-1 -1-1 -1 -1AC

SLA031 A18041 59 60 1 -1 -1-1 -1-1 -1 -1AC

SLA031 A18042 60 61 0 -1 -1-1 -1-1 -1 -1AC

Page 10 of 13


SLA031 A18043 61 62 0 -1 -1-1 -1-1 -1 -1AC

SLA031 A18044 62 63 0 -1 -1-1 -1-1 -1 -1AC

SLA031 A18045 63 64 0 -1 -1-1 -1-1 -1 -1AC

SLA031 A18046 64 65 0 -1 -1-1 -1-1 -1 -1AC

SLA031 A18047 65 66 0 -1 -1-1 -1-1 -1 -1AC

SLA031 A18048 66 67 0 -1 -1-1 -1-1 -1 -1AC

SLA031 A14408 67 71 0 1 -1-1 -1-1 -1 -1AC

SLA031 A14409 71 75 0 0 -1-1 -1-1 -1 -1AC

SLA031 A14410 75 79 0 0 -1-1 -1-1 -1 -1AC

SLA031 A14411 79 83 0 0 -1-1 -1-1 -1 -1AC

SLA031 A14412 83 87 0 0 -1-1 -1-1 -1 -1AC

SLA031 A14413 87 91 0 1 -1-1 -1-1 -1 -1AC

SLA031 A14414 91 96 0 3 -1-1 -1-1 -1 -1AC

SLA032 A14415 2 6 0 2 -1-1 -1-1 -1 -1AC

SLA032 A14416 6 10 0 3 -1-1 -1-1 -1 -1AC

SLA032 A14417 10 14 0 3 -1-1 -1-1 -1 -1AC

SLA032 A14418 14 18 0 3 -1-1 -1-1 -1 -1AC

SLA032 A14419 18 22 0 2 -1-1 -1-1 -1 -1AC

SLA032 A14420 22 26 0 2 -1-1 -1-1 -1 -1AC

SLA032 A14421 26 30 0 2 -1-1 -1-1 -1 -1AC

SLA032 A14422 30 34 0 2 -1-1 -1-1 -1 -1AC

SLA032 A14423 34 38 0 4 -1-1 -1-1 -1 -1AC

SLA032 A14424 38 42 0 3 -1-1 -1-1 -1 -1AC

SLA032 A14425 42 46 2 3 -1-1 -1-1 -1 -1AC

SLA032 A14426 46 50 1 3 -1-1 -1-1 -1 -1AC

SLA032 A14427 50 54 3 20 -1-1 -1-1 -1 -1AC

SLA032 A14428 54 58 2 9 -1-1 -1-1 -1 -1AC

SLA032 A14429 58 62 1 7 -1-1 -1-1 -1 -1AC

SLA032 A14430 62 66 1 10 -1-1 -1-1 -1 -1AC

SLA032 A14431 66 70 0 4 -1-1 -1-1 -1 -1AC

SLA032 A14432 70 74 0 11 -1-1 -1-1 -1 -1AC

SLA032 A14433 74 78 0 5 -1-1 -1-1 -1 -1AC

SLA032 A14434 78 82 0 0 -1-1 -1-1 -1 -1AC

SLA032 A14435 82 86 0 0 -1-1 -1-1 -1 -1AC

SLA032 A14436 86 90 0 0 -1-1 -1-1 -1 -1AC

SLA032 A14437 90 94 0 2 -1-1 -1-1 -1 -1AC

SLA032 A14438 94 98 0 4 -1-1 -1-1 -1 -1AC

SLA032 A14439 98 102 0 2 -1-1 -1-1 -1 -1AC

SLA032 A14440 102 106 0 2 -1-1 -1-1 -1 -1AC

SLA032 A14441 106 110 0 3 -1-1 -1-1 -1 -1AC

SLA032 A14442 110 114 0 5 -1-1 -1-1 -1 -1AC

SLA033 A14443 3 7 1 2 -1-1 -1-1 -1 -1AC

SLA033 A14444 7 11 1 2 -1-1 -1-1 -1 -1AC

SLA033 A14445 11 15 0 2 -1-1 -1-1 -1 -1AC

SLA033 A14446 15 19 0 3 -1-1 -1-1 -1 -1AC

SLA033 A14447 19 23 0 3 -1-1 -1-1 -1 -1AC

SLA033 A14448 23 27 0 2 -1-1 -1-1 -1 -1AC

SLA033 A14449 27 31 0 1 -1-1 -1-1 -1 -1AC

SLA033 A14450 31 35 0 2 -1-1 -1-1 -1 -1AC

SLA033 A14451 35 39 0 1 -1-1 -1-1 -1 -1AC

SLA033 A14452 39 43 0 1 -1-1 -1-1 -1 -1AC

SLA033 A14453 43 47 0 3 -1-1 -1-1 -1 -1AC

SLA033 A14454 47 51 0 0 -1-1 -1-1 -1 -1AC

SLA033 A14455 51 55 0 4 -1-1 -1-1 -1 -1AC

SLA033 A14456 55 59 0 3 -1-1 -1-1 -1 -1AC

SLA033 A14457 59 63 0 2 -1-1 -1-1 -1 -1AC

SLA033 A14458 63 67 0 0 -1-1 -1-1 -1 -1AC

SLA033 A14459 67 71 0 0 -1-1 -1-1 -1 -1AC

SLA033 A14460 71 75 0 0 -1-1 -1-1 -1 -1AC

SLA033 A14461 75 79 0 0 -1-1 -1-1 -1 -1AC

SLA033 A14462 79 83 0 0 -1-1 -1-1 -1 -1AC

SLA033 A14463 83 87 0 0 -1-1 -1-1 -1 -1AC

SLA033 A14464 87 91 0 0 -1-1 -1-1 -1 -1AC

SLA033 A14465 91 95 0 0 -1-1 -1-1 -1 -1AC

SLA033 A14466 95 99 0 0 -1-1 -1-1 -1 -1AC

SLA033 A14467 99 103 0 0 -1-1 -1-1 -1 -1AC

SLA033 A14468 103 107 0 0 -1-1 -1-1 -1 -1AC

Page 11 of 13


737 12 54 -1-1 -1-1 -1 -1Maximums

Page 12 of 13

EL 10217 Theo 2003RABDrillhole Sample From ToType Pb_ppm Zn_ppmAg_ppm Pd_ppbPt_ppb Cu_ppmAs_ppmAu_ppb

SLB001 B13781 2 6 1 2 -1-1 -1-1 -1 -1RAB

SLB001 B13782 6 10 0 2 -1-1 -1-1 -1 -1RAB

SLB001 B13783 10 14 0 2 -1-1 -1-1 -1 -1RAB

SLB001 B13784 14 18 1 2 -1-1 -1-1 -1 -1RAB

SLB001 A13785 18 21 2 2 -1-1 -1-1 -1 -1RAB

5 2 2 -1-1 -1-1 -1 -1Maximums

Page 13 of 13

Ar

Ar

ÀgÀg

Àg

Àg

Ar

Àg

Àg

Àg

Ar

ÀaÀg

Àl

Àl

Ar

Àg

Àtt

Àtm/Àt

Àg

Ar

Àtm

Ar

Àg

ÀtmÀtt

Àtd

Àg

Àg

Àl

Àl

Àa

Àg4

Àg

Àg

Àg6

Àtd

Ar

Àg

Àg

Àtm

Àg

ÀgTHETHETHETHETHETHETHETHETHEGRANITESGRANITESGRANITESGRANITESGRANITESGRANITESGRANITESGRANITESGRANITES

================== ==================

5

DATE: DRAWN:M.H.Bailey

5 2010

T A N A M I G O L D N LT A N A M I G O L D N LT A N A M I G O L D N LT A N A M I G O L D N LT A N A M I G O L D N LT A N A M I G O L D N LT A N A M I G O L D N LT A N A M I G O L D N LT A N A M I G O L D N L

0 40

MGA Zone 52 (GDA94) kilometres1 : 250,000

AMG(84) Grid in RED

ORIGINATOR:

PLAN No:

SOLITAIRE

21º 30' S

7 700ooo mN

7 640ooo mN

7 660ooo mN

7 680ooo mN

7 720ooo mN

131º 30' E

131º 30' E

7 620ooo mN

740 ooo mE

740 ooo mE

760 ooo mE

760 ooo mE

780 ooo mE

780 ooo mE

20º 30' S

21º 30' S

21º 00' S

Jan 2005C. Rohde

21º 00' S

7 620ooo mN

7 640ooo mN

7 660ooo mN

7 680ooo mN

7 700ooo mN

131º 00' E

7 720ooo mN

130º 30' E640 ooo mE

640 ooo mE131º 00' E

660 ooo mE

680 ooo mE

680 ooo mE

700 ooo mE

700 ooo mE

720 ooo mE

720 ooo mE

660 ooo mE

130º 30' E

20º 30' S

LAKE MACKAYSF52-11

MT DOREENSF52-12

THE GRANITESSF52-03

MT THEOSF52-08

MT SOLITAIRESF52-04

HIGHLAND ROCKSSF52-07

REGIONAL GEOLOGYINTERPRETATION

26_Gi_004PLATE 1

Palaeoproterozoic cycle 4 Nanny Goat Creek Beds in Tanami region

Palaeoproterozoic cycle 3 Lander River Group in Arunta region

Palaeoproterozoic cycle 2 Pargee Sandstone in Tanami region

Palaeoproterozoic cycle 5 Supplejack Downs Sandstone in Tanami region

Palaeoproterozoic cycle 5 Mount Winnecke Formation in Tanami region

unconformity

Palaeoproterozoic cycle 3 Tanami Mine Succession in Tanami region

Palaeoproterozoic cycle 1 Tanami Group in Tanami region

Madigan Beds of Tanami Group

Àg4 Foliated tonalite (~1845 Ma)

Undifferentiated granitoids

Undifferentiated magnetic granitoid

The Granites Granite, Winnecke Granophyre, Lewis Granite andSlatey Creek Granite (~1800 Ma)

Palaeoproterozoic Arunta Complex in Arunta region, including highergrade metamorphic Statigraphic units of cycle 1 and cycle 2 and granitoids

Archaean gneiss complex and granitoids

Davidson Beds and Blake Beds of Tanami Group

Thomson Beds of Tanami Group

Carpentarian Baines Beds in western Birrindudu Basin

Carpentarian Ima Ima Beds in western Birrindudu Basin

unconformity

Carpentarian Bungle Bungle Dolomite to Albert Edward Group inunnamed basin in northwest

Carpentarian Birrindudu Group in Birrindudu Basin

Undivided Palaeozoic, including Á, O, D, P, Pzl and Pz on national maps

Adelaidean Redcliff Pound Group, including Lewis Range Sandstone,Muriel Range Sandstone, etc

TANAMI and ARUNTA REGIONGEOLOGY LEGEND

Àup

Àum

Àd

Àc Carpentarian Pindar Beds in western Birrindudu Basin

Adelaidean Boee Beds, Jawilga Beds and Denison Beds

unconformity

Pz

Ála Cambrian Antrim Plateau Volcanics

Adelaidean Hidden Basin Beds

Syncline

Mafic dykes

Dip & strike of bedding

Tenement

Unconformity boundary

Geological boundary

Trend of bedding or layering

Trend of linear magnetic body

unconformity

unconformity

Às

Àw

Àp

Àt

Àtm

unconformity

unconformity

unconformity

Àtt

Àtd

10º

Anticline

Thrust

Fault

Ar

Àa

Àn

Àm

Pg

ÀgÑ

Àg6

Àui

Àr

Àl

Àu

Às-Àa

5

DATE: DRAWN:M.H.Bailey

5 2010


0 40


AMG(84) Grid in RED

ORIGINATOR:

PLAN No:

SOLITAIRE

21º 30' S

7 700ooo mN

7 640ooo mN

7 660ooo mN

7 680ooo mN

7 720ooo mN

131º 30' E

131º 30' E

7 620ooo mN

740 ooo mE

740 ooo mE

760 ooo mE

760 ooo mE

780 ooo mE

780 ooo mE

20º 30' S

21º 30' S

21º 00' S

Jan 2005C. Rohde

21º 00' S

7 620ooo mN

7 640ooo mN

7 660ooo mN

7 680ooo mN

7 700ooo mN

131º 00' E

7 720ooo mN

130º 30' E640 ooo mE

640 ooo mE131º 00' E

660 ooo mE

680 ooo mE

680 ooo mE

700 ooo mE

700 ooo mE

720 ooo mE

720 ooo mE

660 ooo mE

130º 30' E

20º 30' S

LAKE MACKAYSF52-11

MT DOREENSF52-12

THE GRANITESSF52-03

MT THEOSF52-08

MT SOLITAIRESF52-04


TENEMENTS &RTP TMI IMAGE

26_Pa_008PLATE 2

TRACK

to Solitaire Camp

HIGHW

AY

TANAMI

O

!

McDIARMID HILL (

Old SOGCamp(

Bore

( Bore

MT BENNET(

(

(

(DJANBA HILL

YINGABURU HILL

KARADI HILL!

SolitaireCamp

(

New Bore

Puyurru( MT THEO

!

DATE: DRAWN:

42 0

SOLITAIRE

2 8

7 680 ooo mN

7 690 ooo mN

7 700 ooo mN

131º 15' E

131º 15' E

131º 30' E

21º 00' S

20º 45' S

7 710 ooo mN

7 670 ooo mN

7 660 ooo mN

720 ooo mE 730 ooo mE 740 ooo mE 760 ooo mE


ORIGINATOR:

PLAN No:

760 ooo mE720 ooo mE 730 ooo mE 740 ooo mE 750 ooo mE

C.Rohde Jan 2005 A. Weston

750 ooo mE131º 30' E

12


7 660 ooo mN

130º 45' E

7 670 ooo mN

7 680 ooo mN

7 690 ooo mN

7 710 ooo mN

130º 45' E 131º 00' E

131º 00' E710 ooo mE690 ooo mE

680 ooo mE

7 700 ooo mN

680 ooo mE

690 ooo mE 700 ooo mE

700 ooo mE

710 ooo mE

21º 00' S

20º 45' S

100380

100378

100379100385

100267

100393

100382100383100381

100377

100434100274100265

100264

100433

100263

100262

100261

100253

100252

100256

100255

100254

100280

100287

100285

100384100414

100417100268

100260

100259

100416

100258

100257

100400100266

100269

100275

100276

100277100281

100282

100283

100284

100286

100288

100289

100290

100415

100431

LAKE MACKAYSF52-11

MT DOREENSF52-12

THE GRANITESSF52-03

MT THEOSF52-08

MT SOLITAIRESF52-04


26_Cm_03

SURFACE SAMPLING

PLATE 3

ire

100392

100407

100001100386

100389

100390

100409

100391100408

100398

100406

100293

100413

100387

100388 100404

100405

100394

100395

100412

100396

100397

100411

100410

100291

100006

100424

100423

100002

100004

100005

100007

100278

100418

100419

100420

100421

100422

100425

100426

100427

100428

TRACK

to Solitaire Camp

HIGHW

AY

TANAMI

O

!

McDIARMID HILL (

Old SOGCamp(

Bore

( Bore

MT BENNET(

(

(

(DJANBA HILL

YINGABURU HILL

KARADI HILL!

SolitaireCamp

(

New Bore

Puyurru( MT THEO

!

DATE: DRAWN:

42 0

SOLITAIRE

2 8

7 680 ooo mN

7 690 ooo mN

7 700 ooo mN

131º 15' E

131º 15' E

131º 30' E

21º 00' S

20º 45' S

7 710 ooo mN

7 670 ooo mN

7 660 ooo mN

720 ooo mE 730 ooo mE 740 ooo mE 760 ooo mE


ORIGINATOR:

PLAN No:

760 ooo mE720 ooo mE 730 ooo mE 740 ooo mE 750 ooo mE

C.Rohde Jan 2005 A. Weston

750 ooo mE131º 30' E

12


7 660 ooo mN

130º 45' E

7 670 ooo mN

7 680 ooo mN

7 690 ooo mN

7 710 ooo mN

130º 45' E 131º 00' E

131º 00' E710 ooo mE690 ooo mE

680 ooo mE

7 700 ooo mN

680 ooo mE

690 ooo mE 700 ooo mE

700 ooo mE

710 ooo mE

21º 00' S

20º 45' S

SLA030

SLA031

SLA007

SLA009

SLA008

SLA010

SLA001

SLA011

SLB001

SLAC074 SLRB088

SLRB086

SLRB089

SLRB087

SLRB085

SLRB091

SLRB092SLRB094

SLRB090

SLRB093

SLRB095

SLA002

SLA003

SLA004

SLA005

SLA006

SLA012

SLA013

SLA014

SLA015

SLA016

SLA017

SLA018

SLA019

SLA020

SLA021

SLA022

SLA023

SLA024

SLA025

SLA026

SLA027

SLA028

SLA029

SLA032

SLA033

SLAC071

SLAC072

SLAC073

SLAC075

LAKE MACKAYSF52-11

MT DOREENSF52-12

THE GRANITESSF52-03

MT THEOSF52-08

MT SOLITAIRESF52-04


26_Dl_015

DRILL LOCATION PLAN

PLATE 4

itairep

SLRB029

SLRB030

SLRB028

SLRB031SLRB016 SLRB017

SLRB018

SLRB020

SLRB014

SLRB015

SLRB009

SLRB008

SLRB001

SLRB004

SLRB003

SLRB005

SLRB002

SLRB006

SLRB007

SLRB022

SLRB021

SLRB023

SLRB025SLRB024

SLRB026

SLRB010

SLRB011

SLRB012

SLRB013

SLRB019

SLRB027

SLRB066

SLRB067

SLRB065

SLRB068

SLRB064SLRB060

SLRB062

SLRB059

SLRB063

SLRB043

SLRB045

SLRB057

SLRB042

SLRB047

SLRB055

SLRB052SLRB051

SLRB050SLRB049

SLRB048

SLRB056

SLRB058

SLRB054

SLRB053

SLRB044

SLRB046

SLRB061

!

SoliCamp

SLRB084

SLRB083

SLRB082

SLRB081

SLRB080

SLRB079

SLRB074

SLRB075

SLRB041SLRB040

SLRB039

SLRB038

SLRB032

SLRB077

SLRB072

SLRB070

SLRB035

SLRB033SLRB036

SLRB037

SLRB034

SLRB069

SLRB071

SLRB073

SLRB076

SLRB078

Tanami AircoreTanami RABGFA AircoreGFA RAB

1 2 3

3 2

1

FOURTH ANNUAL AND FINAL REPORT · Fourth Annual and Final Report –EL 10217 ‘Theo’ From 27...

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Transcript of FOURTH ANNUAL AND FINAL REPORT · Fourth Annual and Final Report –EL 10217 ‘Theo’ From 27...