2010 Winter Reverse Circulation Drilling Program Ti …...2001/06/04 · The gold grains, which are...

Ti-paa-haa-kaa-ning Gold Property Lansdowne House, Ontario

2010 Winter Reverse Circulation Drilling Program

Stuart A. Averill, P.Geo. Overburden Drilling Management Limited

Matt Sooley, GET

Northern Superior Resources Inc.

April 5, 2011

TABLE OF CONTENTS

1. Summary 1 2. Introduction 1 2.1 Project Outline 1 2.2 Location and Access 1 2.3 Claims 2 3. METHODS AND COSTS 2 3.1 Program Design 2 3.2 Field Procedures 3 3.3 Sample Processing and Gold Grain Observation Procedures 4 3.4 Expenditures 4 4. RESULTS 5 4.1 Quaternary Stratigraphy 5 4.2 Bedrock Geology 5 4.3 Gold Grain and Arsenopyrite Content of the Till 6 5. CONCLUSIONS AND RECOMMENDATIONS 6 6. CERTIFICATE 8 7. REFERENCES 9

FIGURES Figure 1 Geographic location of the TPK property 10 Figure 2 Winter road route to Rowlandson Lake camp 11 Figure 3 Distribution of TPK claims 12 Figure 4 Distribution of RC drill holes and access trails relative to claim boundaries 13 Figure 5 Location of the RC drill area relative to total field aeromagnetic trends and the gold grain anomaly defined by surface till sampling 14 Figure 6 Schematic diagram of a reverse circulation drilling system 15 Figure 7 Heavy mineral processing flowsheet for the overburden samples 16 Figure 8 Backscatter electron images of gold grains from till illustrating the relationship between grain wear and distance of transport 17 Figure 9 Reverse circulation drill section A-A’ 18 Figure 10 Reverse circulation drill section B-B’ 19

TABLE OF CONTENTS, Cont’d Figure 11 Geology of the James Bay region 20 Figure 12 Geological setting of the TPK property 21

TABLES

Table 1 List of TPK claims 22 Table 2 Reverse circulation drill hole locations and drilling statistics 24 Table 3 Cost summary for the RC drilling program 25

APPENDICES

Appendix A Reverse Circulation Drill Hole Logs

Appendix B Binocular Microscope Descriptions of the Reverse Circulation Bedrock Cuttings

Appendix C Heavy Mineral Processing Weights and Physical Characteristics of the Till Samples

Appendix D Gold Grain Summary, Descriptions and Calculated Visible Gold Values for the Nonferromagnetic Heavy Mineral Fraction of the Till Samples

Appendix E Invoiced Expenditures for the Drilling Program

PLANS

Plan 1 Normalized Gold Grains in Till

Plan 2 Normalized Arsenopyrite Grains in Till

- 1 - 1. SUMMARY

This report describes an initial, 75-hole reverse circulation drilling program on the Ti-pa-haa-kaa-

ning, Ontario, property of Northern Superior Resources Inc. The drilling was conducted in March,

2010 to evaluate a large gold grain glacial dispersal anomaly previously identified by surface till

sampling. The drilling confirmed the surface gold grain anomaly and showed that it has at least four

bedrock sources, most of which are enriched in arsenopyrite as well as gold. Geochemical analysis

of the till and bedrock samples and a second phase of reverse circulation drilling are required to

refine these four gold targets prior to diamond drilling.

2. INTRODUCTION

2.1 Project Outline

In March, 2010, Northern Superior Resources Inc. (Northern Superior) drilled 75 reverse circulation

(RC) holes on the company’s Ti-pa-haa-kaa-ning (TPK) gold property in northern Ontario. The

drilling was undertaken to evaluate a large gold grain glacial dispersal anomaly previously identified

by surface till sampling. It was performed by the Timmins, Ontario branch of Bradley Brothers Ltd.

(Bradley) and supervised by Overburden Drilling Management Limited (ODM) of Nepean (Ottawa),

Ontario.

2.2 Location and Access

The TPK property is located 470 km northeast of Thunder Bay and 190 km northeast of Pickle Lake,

the nearest town with all-weather road access (Fig. 1). It lies north of Attawapiskat Lake within the

traditional area of Neskantaga First Nation and is ~30 km northeast of the small (population ~350)

community of Neskantaga, formerly known as Lansdowne House, located on the south shore of

Attawapiskat Lake. Each winter, from February through March, Neskantaga is serviced by a

temporary winter road leading 135 km eastward from a staging area on the Musselwhite Mine road

northeast of Pickle Lake. Until recently, a 13 km ice road was also constructed northward across the

lake to connect with a now-disused winter road (Fig. 2) passing 6 km east of the TPK property and

- 2 - leading northeast to the First Nation community of Webequie on Winisk Lake. This route remains

available to Northern Superior for transporting heavy equipment but the company is responsible for

the annual cost of reopening the road. Access for lighter equipment, personnel and supplies is by

float or ski-equipped fixed-wing aircraft or helicopter from Pickle Lake or Neskantaga. Both

communities have daily scheduled air service from Thunder Bay.

Northern Superior formerly used Neskantaga as its base of operations for the TPK project but in

January, 2010, established a fully-equipped base camp on Rowlandson Lake (Fig. 2) at the east end

of the property in preparation for the RC drilling program. A new, 15 km winter road was opened

northward from the Webequie road to the camp, passing through the eastern end of the drill area, and

branch trails were cleared to the drill holes.

2.3 Claims

The TPK property is wholly owned by Northern Superior but, subsequent to the RC drilling

program, Northern Superior granted Rainy River Resources Inc. (Rainy River) a three-year option to

acquire a controlling 51 percent interest in the eastern part of the property within which the drilling

was performed.

The property consists of 188 claims for a total of 39,778 hectares (Fig. 3). The RC drilling was

conducted over 13 contiguous claims, Nos. 1203097, 1203098, 3019244, 3019253, 4217101,

4217102, 4217103, 4217105, 4221770, 4221771, 4221772, 4221773, and 4221774 (Table 1, Fig. 4).

3. METHODS AND COSTS

3.1 Program Design

The RC drilling program was designed to locate mineralized bedrock sources beneath a glacially

generated, southwest trending, 7 km wide gold-grains-in-till anomaly that Northern Superior had

previously outlined by surface sampling on the eastern part of the TPK property (Fig. 5). The

northeasternmost holes, near the glacial head of the anomaly, were drilled at a closer spacing (200 x

- 3 -

400 m spacing) than those further down-ice to the southwest (400 x 400 to 400 x 800 m). The

program encompassed 75 drill holes (Fig. 4, Table 2) at an average depth of 8.0 metres for a total of

597.1 m. An average of 2.7 till samples was collected from each hole, followed by a single 1.5 m

bedrock sample.

3.2 Field Procedures

ODM measured the geographic co-ordinates (UTM, NAD83) of each drill site by GPS during initial

layout and re-measured the final co-ordinates of the drill holes upon completion (Table 2). As well,

imprecise GPS readings of the surface elevations of the drill hole collars were recorded and were

later checked and revised by comparison with topographic maps and stereo air photos.

Three contractors and a variety of heavy equipment were employed during the road clearing, camp

construction and drilling phases of the program. Outland Inc. of Thunder Bay used a plow truck for

initial snow clearing on the ice road across Attawapiskat Lake and, with assistance from Neskantaga

First Nation, constructed and operated the camp at Rowlandson Lake (Fig. 2). North Star Air Ltd. of

Pickle Lake employed snow groomers to complete the ice road across Attawapiskat Lake and re-

establish the section of winter road north of the lake. Bradley used a Caterpillar wide-pad D-6

bulldozer to clear the new access road and drill trails. Their RC drill rig was mounted and enclosed

on a wide-tracked Nodwell carrier for all-terrain mobility and all-weather operation. Water for

drilling was hauled from nearby lakes and creeks using a smaller Bombardier Muskeg tractor.

The reverse circulation drilling system used to sample overburden consists of specially designed

coaxial piping and tricone bits (Fig. 6). Air and water are injected between the two pipes to the bit,

and clay to pebble-sized sediment particles and cuttings up to 1 cm from boulders and bedrock are

flushed instantly through the centre pipe to surface where they are continuously monitored and

systematically described to produce a stratigraphic log (Appendix A). The -2 mm fines and a split of

the +2 mm cuttings are collected in paired settling buckets from which samples weighing

approximately 10 kg are extracted. Fine silt and clay suspended in the bucket overflow settle in a

special tank and the water is recirculated down the drill hole. The 75 RC drill holes were prefixed

TPKRC10 (for TPK property, 2010) and were numbered consecutively as drilled. The samples from

each hole, whether of till, sand and gravel or bedrock, were also numbered consecutively (e.g.

TPKRC10-63-01 to 05 for the five samples from Hole 63).

- 4 - 3.3 Sample Processing and Gold grain Observation Procedures

The bedrock samples were sieved at ODM’s laboratory to obtain a subsample of coarse (+2.0 mm),

clean cuttings for binocular microscope logging (Appendix B) to verify the preliminary field

descriptions (Appendix A). A second subsample of the cuttings was reserved for possible

geochemical and whole rock analysis.

The till samples were processed using the procedures shown in Figure 7 which are designed to

progressively reduce the bulk sample, expose the gold grains, concentrate the heavy minerals and

eliminate any drill steel that would interfere with geochemical analysis of the concentrates should

such analysis be required to qualify the gold grain counts. First, the sample is wet screened at 2.0

mm and a -2.0 mm table concentrate is prepared. Geological observations on the character of the

sample are made during both the screening and tabling operations (Appendix C). The primary table

concentrate is purposely large (typically 300-400 g) and of low grade (10-25 percent heavy minerals)

in order to achieve a high, 80 to 90 percent recovery rate for all desired heavy minerals irrespective

of their grain size or relative specific gravity. The gold grains, which are mostly silt-sized, are

observed at this stage with the aid of micropanning and are counted, measured and classified as to

degree of wear (i.e. distance of glacial transport; Fig. 8). Their gold assay value is also calculated

(Appendix D). In addition to gold grains, the micropanning procedure concentrates pyrite (S.G.

5.01) and especially the heavier sulphides such as arsenopyrite (S.G. 6.07) and galena (S.G. 7.58).

Therefore the approximate number of recovered grains of these minerals is also recorded. To obtain

a uniform heavy mineral fraction suitable for geochemical analysis, should such analysis be needed

to further assess any gold grain and other mineralogical anomalies, the -2.0 mm table concentrate is

separated in the heavy liquid methylene iodide at S.G. 3.32. Undesirable magnetite and drill steel

are then removed from the heavy liquid concentrate using a ferromagnetic separator.

3.4 Expenditures

Qualifying exploration expenditures incurred in the RC drilling program are documented in

Appendix E. Contract drilling, geological and sample processing costs totalled $414,073 or

$693.47/m. Support costs, mainly for road clearing, camp operation, helicopter support and fuel,

totalled $937,471 or $1,570.04/m.

- 5 -

4. RESULTS

4.1 Quaternary Stratigraphy

Representative sections of the overburden encountered in the drill holes along the two lines indicated

in Figure 4 are shown in Figures 9 to 10. The overburden along these two type sections ranges in

thickness from 2 to 14 m and consists mainly of till. In low-lying areas and in swales in the uplands,

the till is commonly overlain by glaciolacustrine clay which in turn is typically capped by a veneer

of Holocene peat.

Only one till horizon is present but its thickness is very uneven, primarily due to variable

drumlinization which is also reflected in the surface topography (Fig. 3). The till consists of up to 40

percent pebble to boulder-sized clasts in a fine sandy to silty rock flour matrix. The clast suite is

dominated by granitic rocks derived from Archean plutons on and proximal to the property but

generally also includes small (mostly pebble sized) carbonate and greywacke clasts derived from the

distal Paleozoic and Proterozoic formations of the James Bay/Hudson Bay region to the northeast

(Fig. 11). The proportion of these distal clasts may reach 50 percent in the core zone of thick

drumlins but is generally <10 percent at the top and base of the drumlins and in areas of thin till

between drumlins.

4.2 Bedrock Geology

The RC drilling was concentrated on the northeastern half of the regional gold-grains-in-till anomaly

(Fig. 5). This part of the anomaly overlies the granitoid Freure Lake Batholith on the north side of

the narrow (<1 km) Bartman Lake Greenstone Belt (Fig. 12). The southern end of one drill traverse,

along the new winter access road (Fig. 4), was on the Spero Lake Batholith south of the greenstone

belt. However, no greenstones were intersected on this traverse; instead the Spero Lake and Freure

Lake Batholiths are in direct contact. The contact zone is broadly mylonitized, suggesting that it is a

major shear zone, possibly the regional-scale Stull-Wunnummin Fault which extends from the James

Bay Lowland westward to Manitoba (Stott 2008). Significant shearing was also observed in some

holes drilled further north in the Freure Lake Batholith. These shear zones are locally mineralized

- 6 -

with minor pyrite, pyrrhotite or arsenopyrite (Appendices A, B). The northern part of the Freure

Lake Batholith consists of white, coarse-grained quartz monzonite whereas the southern margin,

adjacent to the greenstone belt, consists of pink, aplitic to porphyritic leucogranite (Appendix B).

4.3 Gold Grain and Arsenopyrite Content of the Till

Most of the till samples obtained from the RC drill holes, like the surface samples previously

collected by Northern Superior (Fig. 5), are anomalous in gold grains. In addition, many samples are

anomalous in arsenopyrite and pyrite, an association that was not apparent in the weathered surface

samples due to degradation of any contained sulphide minerals by post-glacial oxidation. The

average gold grain content per till sample in each drill hole, normalized to 7.5 kg of processed -2.0

mm till matrix to correct for variations in sample size and texture, is shown on Plan 1 and

normalized arsenopyrite values are shown on Plan 2. The distribution of gold and arsenopyrite

grains in the till in the RC drill holes clearly shows that the previously identified surface gold grain

anomaly (Fig. 5) has at least four separate bedrock sources rather than a single source at its head and

that most of these sources are mineralized with both gold and arsenopyrite.

5. CONCLUSIONS AND RECOMMENDATIONS

The mineralogical data obtained from the till samples collected from the RC drill holes indicate at

least four significantly mineralized areas in the bedrock beneath the regional-scale gold grain glacial

dispersal anomaly that was previously outlined by surface sampling. However, the hole spacing was

not sufficient to prepare these targets for diamond drilling and no RC drilling was done on the

southwestern, down-ice half of the regional anomaly. The following additional work is required to

fully refine the indicated drill targets and assess the untested portion of the gold grain dispersal

anomaly:

1. Analysis of the bedrock samples for gold, arsenic, other potential pathfinder elements, major

oxides and trace elements.

2. Geochemical analysis of the till heavy mineral concentrates for gold, arsenic and other

potential pathfinder elements.

- 7 -

3. A second phase of RC drilling, including ~40 infill holes at 100 to 200 m spacing on the

newly defined targets on the northeastern half of the regional anomaly and ~60 holes at 400

m spacing on the untested southwestern half of this anomaly.

The estimated cost of this work, based on the unit costs experienced in the initial RC drilling

campaign, is:

Task Cost ($Cdn) Bedrock analysis: 75 samples @ $70 per sample 5,250 Till heavy mineral analysis: 200 samples @ $35 per sample 7,000 RC drilling: 100 holes @ $12,000 per hole 1,200,000 Total: 1,212,250

It is expected that the above work will lead to a major program of diamond drilling. This drilling

should be conducted in winter to allow testing of lake-covered targets.

* * * * * * * *

-8-

6. CERTIFICATE- Stuart A. Averill

I, Stuart A. Averill, residing at 192 Powell A venue, Ottawa, Ontario, Canada hereby certify as follows:

That I attended the University of Manitoba at Winnipeg, Manitoba and graduated with a B.Sc. (Hons.) in Geology in 1969;

That I have worked continuously in the field of mineral exploration geology since 1971;

That I am President and principal owner of Overburden Drilling Management Limited, 107-15 Capella Court, Nepean, Ontario, an independent geological consulting company that I founded in 1974;

That I am a Member of the Association of Professional Geoscientists of Ontario and the Association of Professional Engineers and Geoscientists of Newfoundland and a Fellow of the Geological Association of Canada;

That this technical report is based on data gathered on the subject property by employees of Overburden Drilling Management Limited;

That I personally interpreted the data;

That I have visited the TPK Property on one occasion in August 201 0;

That I directly hold or indirectly control 300,000 common shares of Northern Superior Resources Inc.

Dated at Ottawa, Ontario this 5th day of April, 2011

- 9 - 7. REFERENCES

AVERILL, S.A. 2001. The application of heavy indicator mineralogy in mineral exploration with emphasis on base metal indicators in glaciated metamorphic and plutonic terrains. In: MCCLENAGHAN, M.B. BOBROWSKY, P.T. HALL, G.E.M. & COOK, S.J. (eds) Drift Exploration in Glaciated Terrains. Geological Society, London, Special Publications, 185, 69-81.

HART, T.R. & BOUCHER, D.R. 2010. Technical report on the Ti-pa-haa-kaa-ning Property, Lansdowne House, Northwest Ontario. 43-101F1 Technical Report prepared for Northern Superior Resources Inc.

STOTT, G.M. 2008. Exploration opportunities in the vicinity of the James Bay Lowlands. Ontario Prospectors Association, Northeastern Ontario Mines and Minerals Symposium. Timmins, Ontario, April 14-16, 2008

WHEELER, J.O., HOFFMAN, P.F., CARD, K.D., DAVIDSON, A., SANFORD, B.V., OKULITCH, A.V. & ROEST, W.R. 1996. Geological map of Canada. Geological Survey of Canada, Map 1860A.

- 10 -

- 11 -

- 12 -

- 13 -

- 14 -

Figu re 6 - S ch ema ti c d iagra m of a reverse circu lati on d ri lling syste m.

- 15 -

Bulk Sample ~10 kg:Split

<2.0 mm:Table Separation;

Count Visible Gold Grains

Table Concentrate:Heavy Liquid Separation

(SG 3.3)

Heavy Fraction:Ferromagnetic Separation

Nonferromagnetic Fraction:Calculate Assay Value of Gold Grains

Character Sample ~500 g:STORE

Table Reject:STORE

Light Fraction:STORE

Ferromagnetic Fraction:STORE

Table Split:Disaggregate (if required);

Wet Sieve at 2.0 mm

Clasts >2.0 mm:STORE

Table Concentrate(selected samples):

Micropan for AdditionalGold Grains

Figure 7 - Heavy mineral processing flowsheet for the overburden samples.

- 16 -

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- 17 -

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- 18-

LEGEND

Quaternary Stratigrqby

HOLOCENE Organic (forest litter, peat)

PLEISTOCENE LATE WISCONSINAN Proglacial Sediments 2c - glaciolacustrine clay member 2b - glaciolacustrine sand or beach gravel member 2a- glaciofluvial member

Labradorean Till

Sedbnent1Varieties

Peat Clay, silt Sand Gravel Sand-silt till

Lake surface Terrain surface

Symbols

Quaternary unit boundary

Quaternary/bedrock unconformity

Geochemistry

Sand-silt till interval with 5 gold grains (normalized) and 10 arsenopyrite grains (normalized) in the nonmagnetic heavymineralfraction(SG>3.3)

Bedrock Litholo~es

ARCHEAN

Felsic Intrusive Rocks

Spero Lllke Batholith Granodiorite

Contact Stock 4a -leucogranite 4b - feldspar porphyry

Freare Lake Batholith 3a - 9_uartz monzonite 3b -biotite-feldspar porphyry 3c - feldspar porphyry 3d- diorite 3e -aplite

Bartman Lake Greenstone Belt

2 Gabbro

I Basalt

Scale Horizontal= 1:10,000

Vertical = 1:200

Rainy River Resources Ltd. and

Northern Superior Resources Inc. TPK JOINT VENTURE

Figure 9- Reverse clrculation drill section A-A' . Line of section is shown on Figure 4.

PREPARED BY OVERBURDEN DRILLING MANAGEMENT LIMITED April2011

B

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195 23936

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- 19-

LEGEND

Quaternary Stratigraphy

HOLOCENE 3 Organic (forest litter, peat)

PLEISTOCENE LATE WISCONSINAN

2 Proglacial Sediments 2c - glaciolacustrine clay member 2b - glaciolacustrine sand or beach gravel member 2a - glaciofluvial member

1 Labradorean Till

Sediment Varieties

P Peat C Clay, silt S Sand

G Gravel ST Sand-silt till

5

4

3

2

I

Symbols

Lake surface Terrain surface Quaternary unit boundary

Quaternary/bedrock unconformity

Geochemistrv

Sand-silt till interval with 5 gold grains (normalized) and I 0 arsenopyrite grains (normalized) in the nonmagnetic heavy mineral fraction (SG>3.3)

Bgdr!!~:k Lith!!l!!gi!ls

ARCHEAN

Felsic Intrusive Rocks

Spero Lake Batholith Granodiorite

Contact Stock 4a - leucogranite 4b - feldspar porphYI)'

Freure Lake Batholith 3a - quartz monzonite 3b -biotite-feldspar porphYI)' 3c - feldspar porphYI)' 3d- diorite 3e- aplite

Bartman Lakg Gr~:~:n5t!!nll B~:lt

Gabbro

Basalt

Scale Horizontal= 1:10,000

Vertical= 1:200



Figure 10 - Reverse circulation drill section B-B'. Line of section is shown on Figure 4.

PREPARED BY OVERBURDEN DRILLING MANAGEMENT LIMITED

April2011

- 20 -

- 21 -

Location Claim Number Recorded Due Area (ha) Claim Units Location Claim Number Recorded Due Area (ha) Claim Units

Wapitotem Lake Area 3006351 2006-Dec-01 2011-Dec-01 256 16 Bosworth Lake Area 4216088 2008-Feb-04 2012-Feb-04 256 16
















Wapitotem Lake Area 3019253 2006-Dec-29 2011-Dec-29 256 16 Bowman Lake Area 4216095 2008-Feb-04 2012-Feb-04 128 8

Bartman Lake Area 4240374 2008-Jul-21 2011-Jul-21 192 12 Meigwess Lake Area 4216100 2008-Feb-04 2012-Feb-04 256 16

Bartman Lake Area 4243300 2008-Jul-21 2011-Jul-21 256 16 Meigwess Lake Area 4227231 2008-Feb-04 2012-Feb-04 128 8

Meigwess Lake Area 4243534 2008-Jul-21 2011-Jul-21 256 16 Meigwess Lake Area 4227232 2008-Feb-04 2012-Feb-04 256 16

Meigwess Lake Area 4243537 2008-Jul-21 2011-Jul-21 256 16 Michikenopik Lake Area 04216090 2008-Feb-04 2012-Feb-04 48 3







Wapitotem Lake Area 04221785 2007-Nov-07 2011-Nov-07 192 12 Michikenopik Lake Area 4216081 2008-Feb-04 2012-Feb-04 256 16

Wapitotem Lake Area 4221771 2007-Nov-07 2011-Nov-07 256 16 Michikenopik Lake Area 4216082 2008-Feb-04 2012-Feb-04 256 16

Wapitotem Lake Area 1203088 2001-Oct-29 2011-Oct-31 256 16 Michikenopik Lake Area 4216089 2008-Feb-04 2012-Feb-04 128 8

Wapitotem Lake Area 3004942 2003-Mar-10 2011-Oct-31 144 9 Michikenopik Lake Area 4227235 2008-Feb-04 2012-Feb-04 256 16

Wapitotem Lake Area 3004943 2003-Mar-10 2011-Oct-31 256 16 Michikenopik Lake Area 4227236 2008-Feb-04 2012-Feb-04 112 7

Michikenopik Lake Area 3018287 2006-Dec-01 2012-Dec-01 256 16 Michikenopik Lake Area 4227238 2008-Feb-04 2012-Feb-04 160 10

Michikenopik Lake Area 3018288 2006-Dec-01 2012-Dec-01 256 16 Michikenopik Lake Area 4227239 2008-Feb-04 2012-Feb-04 256 16

Wapitotem Lake Area 3019189 2006-Dec-01 2012-Dec-01 96 6 Michikenopik Lake Area 4227243 2008-Feb-04 2012-Feb-04 256 16





Bosworth Lake Area 04227283 2008-Feb-04 2012-Feb-04 256 16 Michikenopik Lake Area 4227253 2008-Feb-04 2012-Feb-04 240 15











Date Date

Table 1 - List of TPK claims. Page 1 of 2.

- 22 -

Location Claim Number Recorded Due Area (ha) Claim Units Location Claim Number Recorded Due Area (ha) Claim Units

Michikenopik Lake Area 4227269 2008-Feb-04 2012-Feb-04 160 10 Michikenopik Lake Area 3004907 2003-Mar-10 2012-Oct-31 144 9





Michikenopik Lake Area 4227274 2008-Feb-04 2012-Feb-04 256 16 Wapitotem Lake Area 3006353 2006-Dec-01 2013-Dec-01 48 3




Wapitotem Lake Area 04227279 2008-Feb-04 2012-Feb-04 256 16 Wapitotem Lake Area 3019244 2006-Dec-01 2013-Dec-01 128 8

Wapitotem Lake Area 4216101 2008-Feb-04 2012-Feb-04 256 16 Meigwess Lake Area 4216096 2008-Feb-04 2013-Feb-04 256 16




Wapitotem Lake Area 4227241 2008-Feb-04 2012-Feb-04 256 16 Meigwess Lake Area 4243297 2008-Jul-21 2013-Jul-21 192 12

Wapitotem Lake Area 4227242 2008-Feb-04 2012-Feb-04 256 16 Meigwess Lake Area 4243533 2008-Jul-21 2013-Jul-21 256 16

Bosworth Lake Area 4243901 2008-Jul-21 2012-Jul-21 224 14 Meigwess Lake Area 4243535 2008-Jul-21 2013-Jul-21 256 16

Bosworth Lake Area 4243902 2008-Jul-21 2012-Jul-21 64 4 Meigwess Lake Area 4243907 2008-Jul-21 2013-Jul-21 192 12

Meigwess Lake Area 4243298 2008-Jul-21 2012-Jul-21 208 13 Wapitotem Lake Area 4243914 2008-Jul-23 2013-Jul-23 256 16

Meigwess Lake Area 4243299 2008-Jul-21 2012-Jul-21 80 5 Wapitotem Lake Area 4243915 2008-Jul-23 2013-Jul-23 256 16

Meigwess Lake Area 4243536 2008-Jul-21 2012-Jul-21 256 16 Wapitotem Lake Area 4217101 2007-Mar-14 2013-Mar-14 256 16






Meigwess Lake Area 4243906 2008-Jul-21 2012-Jul-21 256 16 Wapitotem Lake Area 4221681 2007-Nov-07 2013-Nov-07 256 16





Wapitotem Lake Area 4243913 2008-Jul-23 2012-Jul-23 64 4 Wapitotem Lake Area 4221774 2007-Nov-07 2013-Nov-07 256 16

Springer Lake Area 4217108 2007-Mar-14 2012-Mar-14 192 12 Wapitotem Lake Area 4221775 2007-Nov-07 2013-Nov-07 256 16

Wapitotem Lake Area 4217102 2007-Mar-14 2012-Mar-14 256 16 Wapitotem Lake Area 4221776 2007-Nov-07 2013-Nov-07 256 16

Wapitotem Lake Area 4221683 2007-Nov-07 2012-Nov-07 256 16 Wapitotem Lake Area 4221777 2007-Nov-07 2013-Nov-07 256 16




Wapitotem Lake Area 4221769 2007-Nov-07 2012-Nov-07 256 16 Wapitotem Lake Area 1203092 2001-Oct-29 2013-Oct-29 256 16

Wapitotem Lake Area 1203093 2001-Oct-29 2012-Oct-29 256 16 Wapitotem Lake Area 1203097 2001-Oct-29 2013-Oct-29 64 4

Wapitotem Lake Area 1203094 2001-Oct-29 2012-Oct-29 256 16 Wapitotem Lake Area 3004945 2003-Mar-10 2013-Oct-31 144 9

Wapitotem Lake Area 1203098 2001-Oct-29 2012-Oct-29 64 4 Bosworth Lake Area 3004924 2003-Mar-10 2014-Oct-31 144 9

Bosworth Lake Area 3004912 2003-Mar-10 2012-Oct-31 144 9 Wapitotem Lake Area 4221773 2007-Nov-07 2015-Nov-07 256 16

Bosworth Lake Area 3004913 2003-Mar-10 2012-Oct-31 144 9 Bosworth Lake Area 4260984 2010-Dec-30 2012-Dec-30 144 9

Michikenopik Lake Area 1203087 2001-Oct-29 2012-Oct-31 256 16

Date Date

- 23 -

Table 1 - List of TPK claims. Page 2 of 2.

Elevation Hole Depth

Hole Number Easting Northing (masl) Claim No. Date Drilled Overburden Bedrock (m) Till Bedrock

TPKRC-10-001 442664 5810793 259 3019244 03/03/2010 10.2 3.3 13.5 1 1

TPKRC-10-002 443302 5811276 259 4217103 04/03/2010 10.5 2.0 12.5 3 1

TPKRC-10-003 443359 5811972 261 4217102 04/03/2010 5.8 1.7 7.5 3 1

TPKRC-10-004 443753 5811830 259 4217102 04/03/2010 3.0 1.5 4.5 1 1

TPKRC-10-005 443943 5812587 262 4217102 04/03/2010 8.0 1.5 9.5 3 1

TPKRC-10-006 443691 5812786 259 4217102 05/03/2010 6.0 2.0 8.0 1 1

TPKRC-10-007 444106 5812942 261 4217102 05/03/2010 6.4 1.1 7.5 3 1

TPKRC-10-008 444528 5813196 258 4221770 06/03/2010 3.8 1.7 5.5 1 1

TPKRC-10-009 444527 5813642 254 4221770 06/03/2010 5.0 2.0 7.0 1 1

TPKRC-10-010 444603 5813958 255 4221770 07/03/2010 2.8 1.7 4.5 2 1

TPKRC-10-011 444255 5813724 255 4221770 07/03/2010 8.2 1.8 10.0 4 1

TPKRC-10-012 444281 5814049 256 4221770 07/03/2010 6.8 1.7 8.5 1 1

TPKRC-10-013 443861 5813950 256 4221770 07/03/2010 4.8 1.7 6.5 2 1

TPKRC-10-014 443738 5814401 253 4221770 08/03/2010 5.2 1.8 7.0 1 1

TPKRC-10-015 443586 5814186 252 4221770 08/03/2010 5.4 1.6 7.0 2 1

TPKRC-10-016 443369 5814372 254 4221770 08/03/2010 6.3 1.7 8.0 3 1

TPKRC-10-017 443193 5813903 254 4221771 08/03/2010 5.4 1.6 7.0 1 1

TPKRC-10-018 444171 5813393 257 4221770 09/03/2010 7.4 1.6 9.0 2 1

TPKRC-10-019 443957 5813609 256 4221770 09/03/2010 3.0 1.5 4.5 1 1

TPKRC-10-020 443566 5813795 254 4221770 09/03/2010 2.2 1.8 4.0 1 1

TPKRC-10-021 444904 5812982 261 4217105 10/03/2010 6.5 1.5 8.0 2 1

TPKRC-10-022 445222 5812783 267 4217105 10/03/2010 2.6 1.9 4.5 0 1

TPKRC-10-023 443645 5813096 260 4221770 11/03/2010 3.0 1.5 4.5 1 1

TPKRC-10-024 443453 5813352 256 4221770 11/03/2010 6.7 1.6 8.3 3 1

TPKRC-10-025 443138 5813513 255 4221771 11/03/2010 6.0 1.5 7.5 4 1

TPKRC-10-026 443271 5812973 259 4217102 12/03/2010 2.2 1.8 4.0 1 1

TPKRC-10-027 442903 5813118 261 4221771 12/03/2010 9.2 1.1 10.3 5 1

TPKRC-10-028 442621 5813386 257 4221771 12/03/2010 9.5 1.5 11.0 5 1

TPKRC-10-029 442273 5813553 251 4221771 13/03/2010 4.6 1.6 6.2 1 1

TPKRC-10-030 442190 5813785 249 4221771 13/03/2010 9.8 1.5 11.3 3 1

TPKRC-10-031 442071 5814107 250 4221771 14/03/2010 9.8 1.6 11.4 6 1

TPKRC-10-032 442475 5813942 254 4221771 14/03/2010 7.4 1.6 9.0 4 1

TPKRC-10-033 442639 5814347 256 4221771 15/03/2010 8.8 1.7 10.5 5 1

TPKRC-10-034 442053 5813629 248 4221771 15/03/2010 4.2 2.0 6.2 1 1

TPKRC-10-035 441884 5813832 249 4221771 15/03/2010 8.8 1.7 10.5 2 1

TPKRC-10-036 441894 5814289 249 4221771 15/03/2010 2.4 1.8 4.2 1 1

TPKRC-10-037 441577 5813973 252 4221774 16/03/2010 5.6 1.7 7.3 3 1

TPKRC-10-038 441624 5813479 259 4221774 16/03/2010 3.4 1.6 5.0 1 1

TPKRC-10-039 441357 5813621 256 4221774 16/03/2010 2.5 1.7 4.2 1 1

TPKRC-10-040 441117 5814143 257 4221774 17/03/2010 8.5 1.5 10.0 5 1

TPKRC-10-041 440802 5814492 271 4221774 17/03/2010 14.3 1.7 16.0 7 1

TPKRC-10-042 440497 5814133 272 4221774 18/03/2010 15.7 1.6 17.3 8 1

TPKRC-10-043 440874 5813876 263 4221774 19/03/2010 4.4 1.6 6.0 2 1

TPKRC-10-044 440895 5813389 264 4221774 19/03/2010 1.8 1.7 3.5 1 1

TPKRC-10-045 441023 5813214 261 4221774 19/03/2010 0.4 2.0 2.4 0 1

TPKRC-10-046 442155 5814622 250 4221771 20/03/2010 4.3 1.7 6.0 2 1

TPKRC-10-047 441786 5814837 254 4221772 20/03/2010 4.2 1.6 5.8 1 1

TPKRC-10-048 441350 5815132 258 4221773 20/03/2010 7.1 1.6 8.7 3 1

TPKRC-10-049 441263 5814674 257 4221774 21/03/2010 4.1 2.2 6.3 2 1

TPKRC-10-050 441624 5814438 252 4221774 21/03/2010 5.8 1.7 7.5 2 1

TPKRC-10-051 440505 5813524 270 4221774 21/03/2010 2.2 1.5 3.7 1 1

TPKRC-10-052 440254 5813250 271 4221774 21/03/2010 2.6 1.6 4.2 1 1

TPKRC-10-053 440634 5813048 269 1203098 22/03/2010 6.3 1.7 8.0 2 1

TPKRC-10-054 441016 5812933 270 1203098 23/03/2010 5.5 1.5 7.0 2 1

TPKRC-10-055 440677 5812556 270 3019253 24/03/2010 4.2 2.0 6.2 2 1

TPKRC-10-056 440309 5812712 272 1203098 24/03/2010 5.4 1.6 7.0 1 1

TPKRC-10-057 439933 5812892 271 1203097 24/03/2010 8.6 1.9 10.5 5 1

TPKRC-10-058 441228 5812733 270 1203098 25/03/2010 8.6 1.5 10.1 3 1

TPKRC-10-059 440962 5812475 270 3019253 25/03/2010 8.7 1.8 10.5 5 1

TPKRC-10-060 441250 5812230 277 3019253 25/03/2010 11.2 1.5 12.7 7 1

TPKRC-10-061 441607 5812034 272 3019253 26/03/2010 3.0 1.5 4.5 1 1

TPKRC-10-062 441961 5811911 258 4217101 26/03/2010 4.8 1.7 6.5 1 1

TPKRC-10-063 442334 5812051 261 4217101 27/03/2010 7.8 1.5 9.3 4 1

TPKRC-10-064 441299 5813002 268 1203098 27/03/2010 3.6 1.6 5.2 2 1

TPKRC-10-065 441805 5813234 260 4221771 27/03/2010 1.6 1.6 3.2 1 1

TPKRC-10-066 441619 5812939 261 1203098 27/03/2010 6.2 1.5 7.7 2 1

TPKRC-10-067 441632 5812492 260 3019253 28/03/2010 3.7 1.8 5.5 1 1

TPKRC-10-068 441858 5812310 265 4217101 28/03/2010 4.3 1.7 6.0 2 1

TPKRC-10-069 442032 5812830 261 4217101 28/03/2010 14.2 1.5 15.7 8 1

TPKRC-10-070 442195 5813254 258 4221771 28/03/2010 10.6 1.6 12.2 6 1

TPKRC-10-071 442488 5813088 261 4221771 29/03/2010 8.6 1.9 10.5 5 1

TPKRC-10-072 442718 5812878 258 4217101 29/03/2010 13.8 1.6 15.4 8 1

TPKRC-10-073 442353 5812596 260 4217101 29/03/2010 10.8 1.6 12.4 5 1

TPKRC-10-074 442459 5814296 256 4221771 30/03/2010 8.2 1.8 10.0 5 1

TPKRC-10-075 442156 5814295 250 4221771 30/03/2010 6.6 1.6 8.2 3 1

Totals: 470.9 126.2 597.1 202 75

Averages: 6.3 1.7 8.0 2.7 1.0

Table 2 - Reverse circulation drill hole locations and drilling statistics.

Samples CollectedMetres Drilled

UTM Co-ordinates

(NAD 83, Zone 16U)

- 24 -

Service Provider Amount

Contract drilling aand geological ODM 162,029$

Bradley Brothers 252,044$

Company geological Northern Superior 28,520$

Site access and trail maintenance Bradley, North Star, NFN 184,879$

Drilling support (fuel, rental

equipment) North Star 294,460$

Transportation (drilling support,

personnel, camp supplies) North Star, Forest Helicopters 249,673$

Camp operational costs Outland, North Star, NFN 179,940$

Total: 1,351,544$

Table 3 - Cost summary for the RC drilling program.

- 25 -

Appendix A

Reverse Circulation Drill Hole Logs

Consumables:

Overburden Drilling Management Limited Reverse Circulation Drill Hole Log

es. ;r;u

Bit -------

0" /.$

1 · 5 ~ sr. s

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IZ-'3v?n

Drilling ...,~"''!~,~·-- ~-

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Consumables:

Bit ------

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Overburden Drilling Management Limited Reverse Circulation Drill Hole

5811850

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-------Bit

Descriptive

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Overburde~ Drilling Management Limited Reverse Circulation Drill Hole Page: __ / __

Consumables: ----

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Overburden Drilling Management Limited Reverse Circulation Drm Hole

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Consumables: -------Bit Bit

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Page: __ / __

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o-2-

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Descriptive Log

o £ oH

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Consumables:


Drilling

Page:_..._,_ __

-------Bit No. Au \OR

Depth Graphic Sample No.

Log

0- l.B#' ORGArJ\cs

Mkr 0."'-a_ ~{At

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• ~(o.ru...\'t. h r~b'J(. :Si~{'cl c~~ts

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0· O.lM.

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Overburden Drilling Management Limited Reverse Circulation Drm Hole Log Page: _ ___.__ __

Consumables: -----Bit No. &~s-so0

Sample No.

o.z.- 2.2f'1\. CLAY . veri S{)ft; b-tl\\ wi~ httk (tbr.skV\ce:-

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Date: !1\xab. \\ ~ 2010 Overburden Drilling Management Limited Reverse Circulation DriB Hole Log Page:--!..--~

Moving f.J.-"''''""'.,..c·------

DriHing Prolblerns: _____ _


Consumables:

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Bit

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S" '/. "~ t&.:,

Travel Time:

Overburden Drilling :Management Limited Reverse Circulation Drill Hole Log

Drilling

Page: _ __,_ __

Moving o .. '"''"'!"'.-."": _____ _


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---"~""'+"--------Drilling Company:

Move and Setup Time: ----"'---'----'--~;.;;,.;.. DriHing

Page:_..:............ __

Moving 1-'rolJienns: _____ _

Drilling Problems: lb:•f\, c.,b)t -k \\ ~A\tr)ed;o" .,._4 a.ffin..Lt h &t-.;, S'v.ffiei.c..,;- .ftr.c ..k9.Ai~j Or;\\ J,."'k.:; ;;;~t"- tim, ... !;"om f('Nt Mechanical Problems: -k ()l.Jir;.,. 'ht'vt ... ~v.... ~r ~\t Ol ·

Consumables: --------------------------------

------

b.- 0.2.""' F'oResT LtTr£~

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Problems: · rJu~ k wtt)~ ho\~ StNg.t\ itm,c, h okkJ\, ?Jtis;,.r sc..tfk :>iKS

Mechanical Problems: --~-

Consumables: -----

Bit No. b'i5fio?;

Depth (m)

Sample No.

Log

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2010 Overburden Drilling Management Limited Reverse Circulation Drill Hole Log Page: ---1----

--t:L~~~--...:;;:;.Drilling Move and Setup Time: __::t:..;.~......,l_.;;~~


Bit Footage: o · \\. o ......

Descriptive

0 . 0. 2 ...._ - \=Oa.GS'f L\"T\E;\2...

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Jfr'o\. 'E. o, H.

Travel Time:

Moving Problerns: _____ _


Log

0-1· z..g!IA . CLAY

Page: _ __,___ __

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Consumables: -----Bit


Bit

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Drilling Problems:. ____ _


Consumables: _____ _


Drilling

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Bit No. Bl16'3oB (Nw.J ~r1) Bit

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Travel Time:

Moving u .. "'1"' 1"'"''"'': _____ _

Drilling u.-.-..l-.lr..n·'"': _____ _



Move and Setup Time: \ ·. lD · I ·.soP·""

Bit 0. q....,...

Log

0-~' ?.q~

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Sample No.

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o ~ 2.o"" · oru;ANl~~

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Consumables: -----

Bit No. A'1SJ-o9

Sample No.


Bit

Descriptive

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Overburden Drilling Management Limited Reverse Circulation Drill Hole Page:_-~..-__

Elevation: 2'1<0 ,.,.,.,_

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Overburden Drilling 1\'Ianagement Limited Reverse Circulation Drill Hole Log

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Overburden Drilling Management Limited Reverse Circulation Drill Hole Log Page:-----~---

--=:..~=· S"""'hoc<Ltp<.:>..t'--____ Drilling __ . ·--.- ~-· .~ Travel Time: Drilling

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Hole No.: TPKRC-1 0- LiS

Overburden Drilling Management Limited Reverse Circulation Drill Hole Log Page:~--1'----

-~-· s_~~e_;;;~~..-____ Drilling ~~" ...... -, .. , Travel Time:

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Overburden Drilling Management Limited Reverse Circulation Drill Hole Log Page: ---1----

Problems: · a\ $n , 1.,.,.}. (Oc).. '!l..uf? ot.P o.t Rt.. tbrv.A*' ,\ea,1; ~ Mechanical Problems: ___ _

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Overburden Drilling Management Limited Reverse Circulation Drill Hole Page:~.,.,.~_ __

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SB 1 ¢7So Elevation: 2.1-ji'V'. Driller: M. Jodouin

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Moving ProbteJms:. _____ _

Drilling Problems: _____ _

Mechanical Problems: ----Consumables: ______ _

Bit No. Al"\bO~


Move and

Descriptive

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Drilling

Mechanical Problems: ~--

Consumables: ------

Bit No. A'l'V" o~

Overbm·den Drilling Management Limited Reverse Circulation Drill Hole Log

Descriptive

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Appendix B

Binocular Microscope Descriptions of the Bedrock Cuttings

Min

eral

Com

pone

nts

Prim

ary/

Met

amor

phic

/Alte

ratio

n M

iner

als

(%)

Text

ural

Com

pone

nts

(%)

Sili

cate

sM

atrix

Gro

undm

ass/

S

and

Gra

ins

Cry

stal

s/G

rain

Siz

e (m

m)

Lith

olog

yS

ulph

ides

Oxi

des

FeTi

-C

arbo

nate

sO

ther

Sili

cate

sS

erM

afic

K-S

par/Q

tzM

afic

s/P

lag/

Rat

io

Alt.

toni

c/Te

c-

Met

.P

rimar

y/m

ents

Fra

g-V

isib

le

Pla

gQ

tzM

atrix

mas

s/G

roun

d-

men

tsF

rag-

Vis

ible

Gra

ins

San

dX

ls/

Text

ure

Prim

ary

Stru

ctur

eC

olou

rN

o.S

ampl

e

GR

AN

OD

IOR

ITE

0he

mat

ite1

earth

y re

dca

lcite

1 fra

ctur

e-ho

sted

2 ep

idot

e0

chlo

ritiz

ed)

(mos

tly10

bio

tite

conf

irmed

)ra

tio S

EM

(pla

g:K

-spa

r10

:60:

15:1

50

100

00

01-

3N

AN

Asu

bhed

ral g

ranu

lar

Coa

rse-

grai

ned

Wea

kly

folia

ted

gree

nan

d da

rkS

peck

led

pink

TPK

RC

10-0

1-02

(myl

oniti

zed)

GR

AN

OD

IOR

ITE

Tr p

yrite

0ho

sted

cal

cite

0.5

fract

ure-

1 ep

idot

e0

chlo

rite)

(var

iabl

y20

bio

tite

20:5

0:10

:20

(myl

onite

)50

0

loze

nges

)(r

elic

t30

clas

ts)

(por

phyr

o-15

clas

ts)

(por

phyr

o-5

(myl

onite

)0.

05-.0

1

loze

nges

)(r

elic

t5-

10+

clas

ts)

porp

hyro

-pl

ag(q

tz a

nd1-

3su

bhed

ral g

ranu

lar

Coa

rse-

grai

ned

myl

onite

mat

rixba

nded

in a

wis

py to

porp

hyro

clas

tsfe

ldsp

arqu

artz

and

loze

nges

and

gran

itoid

fract

ured

smal

l, hi

ghly

shea

red

with

Stro

ngly

and

whi

test

reak

ed b

lack

Spe

ckle

d to

TPK

RC

10-0

2-04

(myl

oniti

zed)

LEU

CO

GR

AN

ITE

host

ed)

(frac

ture

-Lo

w tr

pyr

ite0

calc

ite3

fract

ure-

host

ed0

1

conf

irmed

)(S

EM

spes

sart

ine

Tr5 bi

otite

5:0:

55:4

0(m

ylon

ite)

3070

00

0

0.05

-0.2

itize

d:M

ylon

-0.

3-0.

7P

rimar

y:N

AN

Aeu

hedr

al g

ranu

lar

Med

ium

-gra

ined

band

sm

ylon

itize

dfo

liate

d an

dfra

ctur

ed),

mas

sive

(but

alte

rnat

ing

shea

red

with

Stro

ngly

and

pale

pin

kst

reak

ed b

lack

Spe

ckle

d to

TPK

RC

10-0

3-04

(myl

oniti

zed)

GR

AN

OD

IOR

ITE

pyri

teLo

w tr

cha

lco-

hem

atite

Tr e

arth

y re

dho

sted

cal

cite

Tr fr

actu

re-

00

chlo

rite)

(var

iabl

y20

bio

tite

grai

n si

ze)

unifo

rmly

fine

due

toun

reso

lved

ratio

s(q

tz:fe

ldsp

ar20

:?:?

:?99

00

0<1

(myl

onite

)0.

05-0

.1N

A

clas

ts)

porp

hyro

-(q

tz1-

2m

ylon

itiza

tion

Era

sed

by

prop

hyro

clas

tssp

arse

qua

rtzM

ylon

itize

d w

ith

Dar

k gr

eysa

mpl

e:a)

40%

of

TPK

RC

10-0

4-02

stro

ngly

she

ared

)(a

pliti

c dy

ke;

LEU

CO

GR

AN

ITE

00

calc

ite3

fract

ure-

host

ed0

05

biot

ite

text

ure)

due

to a

pliti

cun

reso

lved

ratio

s(q

tz:fe

ldsp

ar5:

?:?:

?0

980

00

0.05

NA

crys

ts)

phen

o-(fe

ldsp

ar0.

5-1

phen

ocry

sts

feld

spar

smal

l euh

edra

lA

pliti

c w

ith s

pars

e,

and

fract

ured

shea

r-fo

liate

dS

trong

ly

and

pale

pin

kst

reak

ed b

lack

Spe

ckle

d to

sam

ple:

b) 6

0% o

f

MO

NZO

NIT

EQ

UA

RTZ

00.

1 m

agne

tite

00

010

bio

tite

10:4

0:25

:25

010

00

00

1-3

NA

NA

gran

ular

anhe

dral

Coa

rse-

grai

ned

folia

ted

Mod

erat

ely

stai

noc

hre

limon

itew

ith p

atch

ybl

ack

and

pink

Spe

ckle

dTP

KR

C10

-05-

04

MO

NZO

NIT

EQ

UA

RTZ

00.

1 m

agne

tite

00.

5 tit

anite

010

bio

tite

conf

irmed

)S

EM

K-s

par r

atio

(pla

g:10

:30:

20:4

00

950

crys

ts)

phen

o-(z

oned

50

0.5-

1.5

NA

5

slig

htly

por

phyr

itic

euhe

dral

gra

nula

r;M

ediu

m-g

rain

edM

assi

ve

pink

whi

te to

pal

ebl

ack

and

Spe

ckle

dTP

KR

C10

-06-

02

(wea

kly

shea

red)

MO

NZO

NIT

EQ

UA

RTZ

00.

3 m

agne

tite

calc

ite1

diss

emin

ated

00

15 b

iotit

e15

:35:

20:3

0

wis

ps)

(myl

onite

298

00

0

0.1-

0.2

wis

ps:

Myl

onite

1-3

Prim

ary:

NA

NA

anhe

dral

gra

nula

rC

oars

e-gr

aine

d

wis

psm

ylon

itize

dsm

all,

3-5

mm

with

spa

rse,

Wea

kly

folia

ted

pink

whi

te to

pal

ebl

ack

and

Spe

ckle

dTP

KR

C10

-07-

04

MO

NZO

NIT

EQ

UA

RTZ

Tr p

yrite

0.1

mag

netit

eca

lcite

0.5

diss

emin

ated

0.1

titan

ite0

15 b

iotit

e15

:35:

25:2

50

100

00

01.

5-3

NA

NA

subh

edra

l gra

nula

rC

oars

e-gr

aine

dM

assi

ve

pink

whi

te to

pal

ebl

ack

and

Spe

ckle

dTP

KR

C10

-08-

02

(myl

oniti

zed)

MO

NZO

NIT

EQ

UA

RTZ

(dis

sem

inat

ed)

0.1

pyri

tehe

mat

iteTr

ear

thy

red

host

ed c

alci

teTr

frac

ture

-0

0

chlo

rite)

(var

iabl

y10

bio

tite

itiza

tion)

myl

on-

due

to m

ajor

unre

solv

edra

tios

(pla

g:K

-spa

r10

:?:?

:?(m

ylon

ite)

950

loze

nges

)(r

elic

t2

K-s

par)

entia

ted

undi

ffer-

incl

udes

clas

ts;

(por

phyr

o-2

clas

ts)

(por

phyr

o-1

0.05

-0.2

Myl

onite

:1-

3lo

zeng

es:

in re

lict

Prim

ary

loze

nges

)(r

elic

t>1

0

clas

ts)

porp

hyro

-fe

ldsp

ar(q

tz a

nd1-

2gr

anul

arC

oars

e-gr

aine

d

porp

hyro

clas

tslo

zeng

es a

ndsp

arse

relic

tM

ylon

itize

d w

ith

hem

atite

sta

inre

d-or

ange

patc

hyan

d w

hite

with

Stre

aked

bla

ckTP

KR

C10

-09-

02

MO

NZO

NIT

EQ

UA

RTZ

00

00.

1 tit

anite

2 ep

idot

e0

15 b

iotit

e15

:35:

20:3

00

100

00

01-

3N

AN

Asu

bhed

ral g

ranu

lar

Coa

rse-

grai

ned

Wea

kly

folia

ted

whi

tebl

ack

and

Spe

ckle

dTP

KR

C10

-10-

03

MO

NZO

NIT

EQ

UA

RTZ

00.

1 m

agne

tite

00.

1 tit

anite

015

bio

tite

15:2

5:20

:40

099

01

00.

5-1.

5N

A

crys

ts)

phen

o-3

(pla

g

porp

hyrit

icgr

anul

ar; s

light

lysu

bhed

ral

Med

ium

-gra

ined

Wea

kly

folia

ted

whi

tebl

ack

and

Spe

ckle

dTP

KR

C10

-11-

05

MO

NZO

NIT

EQ

UA

RTZ

Tr p

yrite

0ca

lcite

1 di

ssem

inat

edTr

tita

nite

015

bio

tite

conf

irmed

)ra

tio S

EM

(pla

g:K

-spa

r15

:35:

15:3

50

100

00

01-

3N

AN

Asu

bhed

ral g

ranu

lar

Coa

rse-

grai

ned

Wea

kly

folia

ted

whi

tebl

ack

and

Spe

ckle

dTP

KR

C10

-12-

02

Min

eral

Com

pone

nts

Prim

ary/

Met

amor

phic

/Alte

ratio

n M

iner

als

(%)

Text

ural

Com

pone

nts

(%)

Sili

cate

sM

atrix

Gro

undm

ass/

S

and

Gra

ins

Cry

stal

s/G

rain

Siz

e (m

m)

Lith

olog

yS

ulph

ides

Oxi

des

FeTi

-C

arbo

nate

sO

ther

Sili

cate

sS

erM

afic

K-S

par/Q

tzM

afic

s/P

lag/

Rat

io

Alt.

toni

c/Te

c-

Met

.P

rimar

y/m

ents

Fra

g-V

isib

le

Pla

gQ

tzM

atrix

mas

s/G

roun

d-

men

tsF

rag-

Vis

ible

Gra

ins

San

dX

ls/

Text

ure

Prim

ary

Stru

ctur

eC

olou

rN

o.S

ampl

e

MO

NZO

NIT

EQ

UA

RTZ

Low

Tr

pyri

te0

calc

ite0.

5 di

ssem

inat

ed0.

1 tit

anite

1 ep

idot

e0

15 b

iotit

e15

:40:

15:3

00

100

00

01-

3N

AN

Asu

bhed

ral g

ranu

lar

Coa

rse-

grai

ned

wea

kly

folia

ted

Mas

sive

to

whi

tebl

ack

and

Spe

ckle

dTP

KR

C10

-13-

03

(wea

kly

shea

red)

MO

NZO

NIT

EQ

UA

RTZ

vein

lets

quar

tz g

ash

min

or (<

1%)

asso

ciat

ed w

ithco

arse

, cub

ic,

0.1

pyri

te0

calc

itefra

ctur

e-ho

sted

and

1 di

ssem

inat

ed0.

2 ep

idot

e0.

2 tit

anite

015

bio

tite

15:3

5:25

:25

wis

ps)

(myl

onite

397

00

0

0.05

-0.2

wis

ps:

Myl

onite

1-2

Prim

ary:

NA

NA

subh

edra

l gra

nula

rC

oars

e-gr

aine

d

myl

onite

wis

ps5-

10 m

mw

ith s

pars

ew

eakl

y fo

liate

d;M

assi

ve to

whi

tebl

ack

and

Spe

ckle

dTP

KR

C10

-14-

02

MO

NZO

NIT

EQ

UA

RTZ

00

calc

ite1

diss

emin

ated

0.1

titan

ite0

grai

ned

clot

s)(3

0 in

fine

r-15

bio

tite

15:3

5:20

:30

010

00

00

auto

-lith

s)gr

aine

dfin

er-

(0.0

3-0.

4 in

1-3

NA

NA

auto

lithi

c cl

ots

finer

-gra

ined

with

10%

subh

edra

l gra

nula

rC

oars

e-gr

aine

dw

eakl

y fo

liate

dM

assi

ve to

whi

tebl

ack

and

Spe

ckle

dTP

KR

C10

-15-

03

MO

NZO

NIT

EQ

UA

RTZ

00

calc

ite1

diss

emin

ated

0.1

titan

ite1

epid

ote

015

bio

tite

15:3

5:20

:30

010

00

00

1-3

NA

NA

grau

nula

rsu

bhed

ral

Coa

rse-

grai

ned

Wea

kly

folia

ted

whi

tebl

ack

and

Spe

ckle

dTP

KR

C10

-16-

04

(myl

oniti

zed)

MO

NZO

NIT

EQ

UA

RTZ

0

diss

emin

ated

)(fi

nely

1 m

agne

tite

0Tr

tita

nite

015

bio

tite

itiza

tion)

myl

on-

perv

asiv

edu

e to

unre

solv

ed(fe

ldsp

ar ra

tio15

:?:?

:35

900

0

clas

ts)

(por

phyr

o-2

0(m

ylon

ite)

0.1-

0.2

NA

rocl

asts

)po

rphy

-(p

lag

2-3

myl

oniti

zatio

nE

rase

d by

porp

hyro

clas

tssp

arse

Myl

oniti

zed

with

Med

ium

gre

y(7

0% o

f sam

ple)

TPK

RC

10-1

7-02

MO

NZO

NIT

EQ

UA

RTZ

(dis

sem

inat

ed)

Tr p

yrite

00

Tr ti

tani

te1

epid

ote

010

bio

tite

10:3

0:30

:30

010

00

00

1-2

NA

NA

subh

edra

l gra

nula

rC

oars

e-gr

aine

dM

assi

ve

whi

tebl

ack

and

Spe

ckle

d(3

0% o

f sam

ple)

TPK

RC

10-1

7-02

MO

NZO

NIT

EQ

UA

RTZ

cubi

c py

rite

Tr

coa

rse

0.2

mag

netit

eca

lcite

0.5

diss

emin

ated

Tr ti

tani

te0

15 b

iotit

e15

:25:

30:3

00

100

00

02-

3N

AN

Asu

bhed

ral g

ranu

lar

Coa

rse-

grai

ned

Wea

kly

folia

ted

whi

tebl

ack

and

Spe

ckle

dTP

KR

C10

-18-

03

MO

NZO

NIT

EQ

UA

RTZ

00.

1 m

agne

tite

0Tr

tita

nite

010

bio

tite

10:2

5:35

:30

010

00

00

1-3

NA

NA

anhe

dral

gra

nula

rC

oars

e-gr

aine

dM

assi

ve

biot

iteox

idat

ion

ofpa

tchy

bro

wn

pink

with

whi

te to

pal

ebl

ack

and

Spe

ckle

dTP

KR

C10

-19-

02

MO

NZO

NIT

EQ

UA

RTZ

00.

3 m

agne

tite

00.

1 tit

anite

03

horn

blen

de12

bio

tite

15:3

0:25

:30

010

00

00

1-3

NA

NA

anhe

dral

gra

nula

rC

oars

e-gr

aine

dW

eakl

y fo

liate

d

oxid

atio

n st

ain

yello

w-b

row

nw

hite

with

pal

ebl

ack

and

Spe

ckle

dTP

KR

C10

-20-

02

(she

ared

)M

ON

ZON

ITE

QU

AR

TZ

brec

cia

mat

rix)

diss

emin

ated

inco

arse

ly(b

oth

finel

y to

0.2

pyrr

hotit

e0.

5 py

rite

0.1

mag

netit

eho

sted

cal

cite

0.5

fract

ure-

00

10 b

iotit

e10

:40:

20:3

040

60(p

rimar

y)0

00

0.1-

0.2

mat

rix:

brec

cia

Sug

ary

1-3

Prim

ary:

NA

NA

subh

edra

l gra

nula

rC

oars

e-gr

aine

d

suga

ry m

atrix

gran

ulat

ed,

crys

tals

in a

jigsa

w fe

ldsp

arfra

gmen

ts a

ndgr

anito

idbr

ecci

ated

with

Coa

rsel

y sh

ear-

whi

tebl

ack

and

Spe

ckle

dTP

KR

C10

-21-

03

(she

ared

)M

ON

ZON

ITE

QU

AR

TZ

brec

cia

mat

rix)

diss

emin

ated

inco

arse

ly(fi

nely

to0.

1 py

rite

Tr m

agne

tite

calc

ite1

fract

ure-

host

ed0

010

bio

tite

10:4

0:20

:30

2080

(prim

ary)

00

0

0.05

-0.2

mat

rix:

brec

cia

Sug

ary

2-3

Prim

ary:

NA

NA

subh

edra

l gra

nula

rC

oars

e-gr

aine

d

suga

ry m

atrix

gran

ulat

ed,

crys

tals

in a

jigsa

w-fe

ldsp

arm

inor

fragm

ents

and

gran

itoid

brec

ciat

ed w

ithsh

ear-

perv

asiv

ely

Inci

pien

tly b

ut

limon

ite s

tain

yello

w-o

chre

patc

hyw

hite

with

blac

k an

dS

peck

led

TPK

RC

10-2

2-01

MO

NZO

NIT

EQ

UA

RTZ

diss

emin

ted)

(fine

lyTr

pyr

ite0

calc

ite5

diss

emin

ated

00

chlo

ritiz

ed)

(loca

lly15

bio

tite

15:3

5:20

:30

all q

uartz

)(in

clud

es60

40(p

rimar

y)0

00

0.05

-0.2

late

d:G

ranu

-1-

2P

rimar

y:N

AN

Agr

anul

arC

oars

e-gr

aine

d

stru

ctur

e)(fl

aser

and

gran

ulat

edsh

ear-

stre

aked

perv

asiv

ely

Sem

i-

and

whi

test

reak

ed b

lack

Wis

pily

TPK

RC

10-2

3-02

Min

eral

Com

pone

nts

Prim

ary/

Met

amor

phic

/Alte

ratio

n M

iner

als

(%)

Text

ural

Com

pone

nts

(%)

Sili

cate

sM

atrix

Gro

undm

ass/

S

and

Gra

ins

Cry

stal

s/G

rain

Siz

e (m

m)

Lith

olog

yS

ulph

ides

Oxi

des

FeTi

-C

arbo

nate

sO

ther

Sili

cate

sS

erM

afic

K-S

par/Q

tzM

afic

s/P

lag/

Rat

io

Alt.

toni

c/Te

c-

Met

.P

rimar

y/m

ents

Fra

g-V

isib

le

Pla

gQ

tzM

atrix

mas

s/G

roun

d-

men

tsF

rag-

Vis

ible

Gra

ins

San

dX

ls/

Text

ure

Prim

ary

Stru

ctur

eC

olou

rN

o.S

ampl

e

(she

ared

)M

ON

ZON

ITE

QU

AR

TZ

diss

emin

ated

)(fi

nely

Tr p

yrite

0ca

lcite

3 di

ssem

inat

ed0

015

bio

tite

15:3

5:15

:35

porti

on)

shea

red

leas

tqu

artz

in(in

clud

es50

50(p

rimar

y)0

00

0.1-

0.2

late

d:G

ranu

-1-

3P

rimar

y:N

AN

Asu

bhed

ral g

ranu

lar

Coa

rse-

grai

ned

and

gran

ulat

edsh

ear-

band

edco

mpl

etel

yfo

liate

d to

mod

erat

ely

Var

iabl

e fo

rm

pale

pin

kan

d w

hite

tost

reak

ed b

lack

Spe

ckle

d to

TPK

RC

10-2

4-04

(she

ared

)M

ON

ZON

ITE

QU

AR

TZ

mic

ropa

nnin

g)(id

entif

ied

byar

seno

pyri

teLo

w tr

over

all)

shea

r sea

ms

(1in

sili

cifie

d5

dust

y py

rite

0

(1 o

vera

ll)se

ams

silic

ified

she

ar5

calc

ite in

00

15 b

iotit

e15

:30:

30:2

520

800

00

1-3

NA

NA

subh

edra

l gra

nula

rC

oars

e-gr

aine

d

seam

ssi

licifi

ed s

hear

gran

ulat

ed,

with

20%

Wea

kly

folia

ted

whi

tebl

ack

and

Spe

ckle

dTP

KR

C10

-25-

05

MO

NZO

NIT

EQ

UA

RTZ

00.

1 m

agne

tite

00

010

bio

tite

conf

irmed

)ra

tio S

EM

(pla

g:K

-spa

r10

:35:

30:2

50

100

00

01-

3N

AN

A

euhe

dral

gra

nula

rsu

bhed

ral t

oC

oars

e-gr

aine

dw

eakl

y fo

liate

dM

assi

ve to

pink

blac

k an

d pa

leS

peck

led

TPK

RC

10-2

6-02

MO

NZO

NIT

EQ

UA

RTZ

00.

3 m

agne

tite

00.

2 tit

anite

015

bio

tite

15:2

5:25

:35

010

00

00

1-2

NA

NA

subh

edra

l gra

nula

rC

oars

e-gr

aine

dW

eakl

y fo

liate

d

whi

tebl

ack

and

Spe

ckle

dTP

KR

C10

-27-

06

(wea

kly

shea

red)

MO

NZO

NIT

EQ

UA

RTZ

xeno

lith)

and

para

gnei

ssin

she

ar s

eam

s(c

once

ntra

ted

0.1

pyri

te0.

1 m

agne

tite

(0.5

ove

rall)

seam

s5

calc

ite in

she

ar0

0

xeno

liths

)pa

ragn

eiss

biot

ite(r

estri

cted

toTr

alm

andi

ne15

bio

tite

15:3

0:30

:25

595

gnei

ss)

para

-(b

iotit

e1

00

1-3

0.3-

0.5)

(inte

rnal

5N

Asu

bhed

ral g

ranu

lar

Coa

rse-

grai

ned

seam

ssi

licifi

ed s

hear

gran

ulat

ed,

with

10%

Wea

kly

folia

ted

stai

npa

tchy

lim

onite

whi

te w

ithbl

ack

and

Spe

ckle

dTP

KR

C10

-28-

06

(she

ared

)M

ON

ZON

ITE

QU

AR

TZ

shea

r sea

ms)

biot

ite-r

ich

conc

entra

ted

insu

lphi

des

crys

talli

ne; b

oth

(coa

rse

pyri

te0.

1 ar

seno

-0.

1 py

rite

0ca

lcite

2 di

ssem

inat

ed

conf

irmed

)al

man

dine

; SE

M(r

esem

bles

0.5

titan

ite0

15 b

iotit

e15

:40:

20:2

540

600

00

late

d)gr

anu-

whe

re(0

.1-0

.31-

3N

AN

Asu

bhed

ral g

ranu

lar

Coa

rse-

grai

ned

biot

itepr

efer

entia

lly in

gran

ulat

ed,

shea

r-st

reak

ed/

folia

ted,

and

Stro

ngly

and

whi

test

reak

ed b

lack

Spe

ckle

d to

TPK

RC

10-2

9-02

DIO

RIT

ETr

pyr

ite0

00

0

conf

irmed

)(S

EM

5 gr

een

augi

te20

bio

tite

25:7

0:0:

50

twin

ned)

albi

te-

fresh

,(p

lag

100

00

00.

5-1.

5N

AN

Asu

bhed

ral g

ranu

lar

Med

ium

-gra

ined

folia

ted

Mod

erat

ely

whi

tebl

ack

and

Spe

ckle

dTP

KR

C10

-30-

04

AP

LITE

Tr p

yrite

Tr le

ucox

ene

hem

atite

0.1

earth

y re

d0

0.5

epid

ote

0

chlo

ritiz

ed)

(ext

ensi

vely

5 bi

otite

grou

ndm

ass)

grai

n si

ze o

fdu

e to

fine

unre

solv

able

ratio

s(fe

ldsp

ar5:

?:?:

400

950

50

0.1-

0.2

NA

crys

ts)

(pla

g ph

eno-

0.3-

1

grou

ndm

ass

with

apl

itic

Mic

ropo

rphy

ritic

folia

ted

Mod

erat

ely

stai

ned)

(hem

atite

Med

ium

pin

kTP

KR

C10

-31-

07

PO

RP

HY

RY

FE

LDS

PA

R0

00

leuc

oxen

e)(v

aria

bly

0.1

titan

ite0

5 bi

otite

grou

ndm

ass)

grai

n si

ze o

fdu

e to

fine

unre

solv

able

ratio

s(fe

ldsp

ar5:

?:?:

300

970

30

0.1-

0.2

NA

crys

ts)

(pla

g ph

eno-

0.3-

3

grou

ndm

ass

aplit

icP

orph

yriti

c w

ithW

eakl

y fo

liate

d

whi

tebl

ack

and

Spe

ckle

dTP

KR

C10

-32-

05

PO

RP

HY

RY

FE

LDS

PA

R0

00

Tr ti

tani

te0

7 bi

otite

grou

ndm

ass)

grai

n si

ze o

fdu

e to

fine

unre

solv

able

ratio

s(fe

ldsp

ar7:

?:?:

300

950

50

0.2-

0.3

NA

crys

ts)

(pla

g ph

eno-

0.5-

5

grou

ndm

ass

gran

itoid

fine-

grai

ned

Por

phyr

itic

with

Wea

kly

folia

ted

pink

whi

te to

pal

ebl

ack

and

Spe

ckle

dTP

KR

C10

-33-

06

(she

ared

)M

ON

ZON

ITE

QU

AR

TZTr

pyr

iteTr

mag

netit

eca

lcite

3 di

ssem

inat

ed0.

2 tit

anite

0

chlo

ritiz

ed)

(loca

lly15

bio

tite

15:3

0:25

:30

late

d qt

z)(g

ranu

-30

700

00

to 0

.1-0

.3)

gran

ulat

ed1-

3 (q

tzN

AN

Asu

bhed

ral g

ranu

lar

Coa

rse-

grai

ned

gran

ulat

edpr

essu

re-

quar

tz s

ugar

y,st

reak

ed; a

lllo

cally

she

ar-

folia

ted

toM

oder

atel

y

pale

pin

kan

d w

hite

tost

reak

ed b

lack

shea

r-S

peck

led

toTP

KR

C10

-34-

02

(she

ared

)M

ON

ZON

ITE

QU

AR

TZ

vein

lets

)an

d qu

artz

in s

hear

sea

ms

(con

cent

rate

dpy

rite

Tr a

rsen

o-0.

3 py

rite

0ca

lcite

2 di

ssem

inat

ed0

08

chlo

rite

2 bi

otite

10:4

0:20

:30

(myl

onite

)10

900

00

stre

aks)

shea

rap

hani

tic in

1-2

(sem

i-N

AN

Asu

bhed

ral g

ranu

lar

Coa

rse-

grai

ned

quar

tz-v

einl

ets

smok

yw

ith <

1%sh

ear-

stre

aked

folia

ted

and

Mod

erat

ely

plag

iocl

ase

blea

ched

whi

te w

ith b

uff-

blac

k an

dS

peck

led

TPK

RC

10-3

5-03

MO

NZO

NIT

EQ

UA

RTZ

00

0Tr

tita

nite

2 ep

idot

e0

15 b

iotit

e15

:30:

25:3

00

100

00

01-

3N

AN

Asu

bhed

ral g

ranu

lar

Coa

rse-

grai

ned

Wea

kly

folia

ted

whi

tebl

ack

and

Spe

ckle

dTP

KR

C10

-36-

02

Min

eral

Com

pone

nts

Prim

ary/

Met

amor

phic

/Alte

ratio

n M

iner

als

(%)

Text

ural

Com

pone

nts

(%)

Sili

cate

sM

atrix

Gro

undm

ass/

S

and

Gra

ins

Cry

stal

s/G

rain

Siz

e (m

m)

Lith

olog

yS

ulph

ides

Oxi

des

FeTi

-C

arbo

nate

sO

ther

Sili

cate

sS

erM

afic

K-S

par/Q

tzM

afic

s/P

lag/

Rat

io

Alt.

toni

c/Te

c-

Met

.P

rimar

y/m

ents

Fra

g-V

isib

le

Pla

gQ

tzM

atrix

mas

s/G

roun

d-

men

tsF

rag-

Vis

ible

Gra

ins

San

dX

ls/

Text

ure

Prim

ary

Stru

ctur

eC

olou

rN

o.S

ampl

e

mon

zoni

te)

of q

uartz

(text

ural

sub

phas

eP

OR

PH

YR

YF

ELD

SP

AR

BIO

TITE

-0

0.1

mag

netit

eTr

cal

cite

Tr ti

tani

te1

epid

ote

0

crys

ts)

(5 a

s ph

eno-

15 b

iotit

e15

:25:

20:4

00

850

100

0.2-

0.4

NA

crys

ts)

plag

phe

no-

(bio

tite

and

1-3

grou

ndm

ass

gran

itoid

fine-

grai

ned

Por

phyr

itic

with

Wea

kly

folia

ted

grou

ndm

ass

whi

te w

ith g

rey

blac

k an

dS

peck

led

TPK

RC

10-3

7-04

shea

red)

mon

zoni

te; w

eakl

yof

qua

rtz(te

xtur

al s

ubph

ase

PO

RP

HY

RY

FE

LDS

PA

RB

IOTI

TE-

diss

emin

ated

)(fi

nely

Tr p

yrite

0ca

lcite

0.5

diss

emin

ated

Tr ti

tani

te0

chlo

ritiz

ed)

crys

ts; l

ocal

ly(5

as

phen

o-10

bio

tite

10:3

0:25

:35

1075

010

0

stre

aks)

shea

rsu

gary

(0.0

5-0.

1 in

0.2-

0.5

NA

crys

ts)

plag

phe

no-

(bio

tite

and

1-3

grou

ndm

ass

grai

ned

gran

itoid

fine

to m

ediu

m-

Por

phyr

itic

with

shea

red

folia

ted,

wea

kly

Mod

erat

ely

and

whi

test

reak

ed b

lack

Spe

ckle

d to

TPK

RC

10-3

8-02

MO

NZO

NIT

EQ

UA

RTZ

Low

tr-p

yrite

Tr m

agne

tite

0Tr

tita

nite

0.5

epid

ote

015

bio

tite

15:3

0:30

:25

010

00

00

1-3

NA

NA

euhe

dral

gra

nula

rC

oars

e-gr

aine

dW

eakl

y fo

liate

d

pink

whi

te to

pal

ebl

ack

and

Spe

ckle

dTP

KR

C10

-39-

02

mon

zoni

te)

of q

uartz

(text

ural

sub

phas

eP

OR

PH

YR

YF

ELD

SP

AR

BIO

TITE

-0

00

xeno

liths

)(3

0 in

bas

alt

1 ep

idot

e0

xeno

liths

)in

bas

alt

50 h

ornb

lend

eph

enoc

ryst

s)(5

as

15 b

iotit

e15

:30:

20:3

50

70

basa

lt)fe

lsed

(hor

n-5

250

0.2-

0.5

0.1-

0.2)

(inte

rnal

5-10

crys

ts)

phen

o-an

d pl

ag1-

3 (b

iotit

e

xeno

liths

horn

fels

ed b

asal

tfin

e-gr

aine

d,gr

ound

mas

s an

dgr

anito

idm

ediu

m-g

rain

edfin

e to

Por

phyr

itic

with

folia

ted

Mod

erat

ely

blac

k xe

nolit

hsw

hite

with

blac

k an

dS

peck

led

TPK

RC

10-4

0-06

MO

NZO

NIT

EQ

UA

RTZ

Low

tr p

yrite

00

Tr ti

tani

te2

epid

ote

03

horn

blen

de12

bio

tite

15:3

5:20

:30

010

00

00

1-3

NA

NA

euhe

dral

gra

nula

rC

oars

e-gr

aine

dM

assi

ve

whi

tebl

ack

and

Spe

ckle

dTP

KR

C10

-41-

08

MO

NZO

NIT

EQ

UA

RTZ

host

ed)

(frac

ture

-Tr

pyr

iteTr

mag

netit

eTr

cal

cite

Tr ti

tani

te0

1 ho

rnbl

ende

9 bi

otite

10:4

0:25

:25

098

01

00.

5-1

NA

crys

ts)

(pla

g ph

eno-

2

grou

ndm

ass

euhe

dral

gra

nula

rm

ediu

m-g

rain

edw

ithW

eakl

y po

rphy

ritic

Wea

kly

folia

ted

stai

ned

pink

hem

atite

-w

hite

tobl

ack

and

Spe

ckle

dTP

KR

C10

-42-

09

MO

NZO

NIT

EQ

UA

RTZ

Tr p

yrite

Tr m

agne

tite

calc

ite1

diss

emin

ated

0.1

titan

ite1

epid

ote

010

bio

tite

10:4

0:25

:25

010

00

00

1-3

NA

NA

euhe

dral

gra

nula

rC

oars

e-gr

aine

dw

eakl

y fo

liate

dM

assi

ve to

whi

tebl

ack

and

Spe

ckle

dTP

KR

C10

-43-

03

AP

LITE

Tr p

yrite

Tr m

agne

tite

0.3

leuc

oxen

ehe

mat

ite0.

5 ea

rthy

00

02

chlo

rite

2:20

:40:

400

100

00

00.

3-0.

5N

AN

AA

pliti

cM

assi

ve

pink

stai

ned

deep

Hem

atite

-TP

KR

C10

-44-

02

MO

NZO

NIT

EQ

UA

RTZ

seam

s)be

twee

nse

ams,

0(5

in s

hear

0.1

pyri

te0.

3 m

agne

tite

shea

r sea

ms)

(con

cent

rate

d in

Tr c

alci

te0.

2 tit

anite

0

xeno

liths

)gr

eyw

acke

(15

in15

bio

tite

15:3

0:25

:30

296

xeno

liths

)w

acke

(gre

y-2

00

1-2

0.1-

0.3)

(inte

rnal

5-10

NA

xeno

liths

grey

wac

keho

rnfe

lsed

with

spa

rse,

euhe

dral

gra

nula

rC

oars

e-gr

aine

d

shea

r sea

ms

gran

ulat

ed(2

%)

with

ver

y m

inor

Wea

kly

folia

ted

stai

npa

tchy

lim

onite

whi

te w

ithbl

ack

and

Spe

ckle

dTP

KR

C10

-45-

01

MO

NZO

NIT

EQ

UA

RTZ

in q

tz v

einl

ets)

(con

cent

rate

d0.

1 py

rite

0

shea

r sea

ms)

(con

cent

rate

d in

0.5

calc

ite0.

1 tit

anite

0.5

epid

ote

02

horn

blen

de8

biot

ite10

:35:

25:3

02

980

00

1-3

NA

NA

subh

edra

l gra

nula

rC

oars

e-gr

aine

d

and

qtz

vein

lets

shea

r sea

ms

gran

ulat

ed(2

%)

with

ver

y m

inor

Wea

kly

folia

ted

whi

tebl

ack

and

Spe

ckle

dTP

KR

C10

-46-

03

PO

RP

HY

RY

FE

LDS

PA

R0

0.1

leuc

oxen

e0

00

15 b

iotit

e15

:30:

35:3

00

970

crys

ts)

phen

o-(p

lag

30

0.2-

0.3

NA

crys

ts)

phen

o-(p

lag

0.5-

1.5

grou

ndm

ass

gran

itoid

fine-

grai

ned

porp

hyrit

ic w

ithS

pars

ely

folia

ted

Mod

erat

ely

Pal

e gr

eyTP

KR

C10

-47-

02

MO

NZO

NIT

EQ

UA

RTZ

Tr p

yrite

Tr le

ucox

ene

calc

ite1

diss

emin

ated

0.1

titan

ite1

epid

ote

05

biot

ite10

chl

orite

15:3

5:30

:20

595

00

00.

5-1

NA

NA

euhe

dral

gra

nula

rM

ediu

m-g

rain

ed

shea

r sea

ms

anas

tom

osin

gm

inor

(5%

)fo

liate

d w

ithm

oder

atel

yW

eakl

y to

stai

ned)

(hem

atite

-pi

nkgr

een

and

pale

Spe

ckle

d da

rkTP

KR

C10

-48-

04

MO

NZO

NIT

EQ

UA

RTZ

0Tr

leuc

oxen

e0

Tr ti

tani

te0.

5 ep

idot

e0

15 b

iotit

e15

:35:

20:3

00

100

00

01-

3N

AN

Aeu

hedr

al g

ranu

lar

Coa

rse-

grai

ned

wea

kly

folia

ted

Mas

sive

to

whi

tebl

ack

and

Spe

ckle

d(7

0% o

f sam

ple)

TPK

RC

10-4

9-03

grey

wac

ke)

Pro

tero

zoic

limes

tone

and

incl

udin

g P

aleo

zoic

smal

l peb

bles

also

con

tain

s 5%

(bou

lder

; sam

ple

CH

ER

TS

ILTS

TON

E/

diag

enet

ic)

(syn

gene

tic/

3 py

rite

0vu

gsTr

sid

erite

lini

ng0

015

bio

tite

grai

n si

ze)

due

to fi

neun

reso

lvab

lefe

ldsp

ar ra

tios

lam

inae

;ch

erty

(100

qua

rtz in

15:?

:?:3

00

100

00

00.

05-0

.15

NA

NA

suga

ryre

crys

talli

zed,

cher

ty, n

owIn

ferr

ed s

ilty

to

bedd

ing

lam

inat

edve

stig

es o

f 0.5

fo

liate

d w

ithS

trong

lym

ediu

m g

rey

Pal

e to

(30%

of s

ampl

e)TP

KR

C10

-49-

03

Min

eral

Com

pone

nts

Prim

ary/

Met

amor

phic

/Alte

ratio

n M

iner

als

(%)

Text

ural

Com

pone

nts

(%)

Sili

cate

sM

atrix

Gro

undm

ass/

S

and

Gra

ins

Cry

stal

s/G

rain

Siz

e (m

m)

Lith

olog

yS

ulph

ides

Oxi

des

FeTi

-C

arbo

nate

sO

ther

Sili

cate

sS

erM

afic

K-S

par/Q

tzM

afic

s/P

lag/

Rat

io

Alt.

toni

c/Te

c-

Met

.P

rimar

y/m

ents

Fra

g-V

isib

le

Pla

gQ

tzM

atrix

mas

s/G

roun

d-

men

tsF

rag-

Vis

ible

Gra

ins

San

dX

ls/

Text

ure

Prim

ary

Stru

ctur

eC

olou

rN

o.S

ampl

e

MO

NZO

NIT

EQ

UA

RTZ

0Tr

mag

netit

eca

lcite

Tr d

isse

min

ated

0.1

titan

ite0.

5 ep

idot

e0

2 ho

rnbl

ende

13 b

iotit

e15

:35:

20:3

00

100

00

01-

3N

AN

Asu

bhed

ral g

ranu

lar

Coa

rse-

grai

ned

Mas

sive

whi

tebl

ack

and

Spe

ckle

dTP

KR

C10

-50-

03

shea

red)

mon

zoni

te; w

eakl

yof

qua

rtz(te

xtur

al s

ubph

ase

PO

RP

HY

RY

FE

LDS

PA

RB

IOTI

TE-

Low

tr p

yrite

0ca

lcite

Tr d

isse

min

ated

00

phen

ocry

sts)

(mai

nly

as10

bio

tite

alte

ratio

n)di

ffere

ntia

lan

d la

ck o

fgr

ound

mas

sgr

ain

size

of

dut t

o fin

eun

reso

lvab

lera

tios

(feld

spar

10:?

:?:2

00

850

50

0.5-

0.7

NA

crys

ts)

plag

phe

no-

(bio

tite

and

2-3

grou

ndm

ass

gran

itoid

med

ium

-gra

ined

Por

phyr

tic w

ithW

eakl

y fo

liate

d

hem

atite

sta

inor

ange

-pin

kpa

tchy

whi

te w

ithbl

ack

and

Spe

ckle

dTP

KR

C10

-51-

02

MO

NZO

NIT

EQ

UA

RTZ

Low

tr p

yrite

0.2

mag

netit

e0

0.1

titan

ite2

epid

ote

05

horn

blen

de10

bio

tite

15:3

5:25

:25

010

00

00

1-3

NA

NA

subh

edra

l gra

nula

rC

oars

e-gr

aine

dM

assi

ve

whi

tebl

ack

and

Spe

ckle

dTP

KR

C10

-52-

02

(she

ared

)M

ON

ZON

ITE

QU

AR

TZ

fract

ures

)(s

uper

gene

; on

Tr

mar

casi

tezo

nes)

in b

recc

iate

d(a

s 5%

cem

ent

0.5

pyri

te0.

5 le

ucox

ene

0.2

mag

netit

e

No

calc

iteco

nfirm

ed)

vugs

; SE

Mfra

ctur

es a

nd in

(sup

erge

ne; o

n0.

2 si

derit

eTr

tita

nite

010

bio

tite

10:3

0:30

:30

2080

(prim

ary)

00

0

0.05

-0.2

Gra

nula

ted:

1-3

Prim

ary:

NA

NA

subh

edra

l gra

nula

rC

oars

e-gr

aine

d

seam

ssh

ear-

crus

hed

brec

ciat

ed a

ndof

she

ar-

with

10%

eac

hW

eakl

y fo

liate

d

patc

hes

stai

ned

rust

y lim

onite

-w

hite

with

10%

blac

k an

dS

peck

led

TPK

RC

10-5

3-03

(she

ared

)M

ON

ZON

ITE

QU

AR

TZ

in s

hear

sea

ms)

(con

cent

rate

d0.

1 py

rite

0.1

mag

netit

e

quar

tz)

(in g

ranu

late

d1

calc

ite0.

2 tit

anite

010

bio

tite

10:3

5:20

:35

seam

s)sh

ear

qtz

and

(gra

nula

ted

4060

00

0

to 0

.05-

0.3)

gran

ulat

ed(q

tz1-

3N

AN

Asu

bhed

ral g

ranu

lar

Coa

rse-

grai

ned

gran

ulat

edpr

essu

re-

suga

ry,

also

all

qtz

shea

r sea

ms;

gran

ulat

edw

ith 5

%W

eakl

y fo

liate

d

whi

tebl

ack

and

Spe

ckle

dTP

KR

C10

-54-

03

(wea

kly

shea

red)

MO

NZO

NIT

EQ

UA

RTZ

shea

r sea

ms)

(con

fined

toLo

w tr

pyr

ite0.

1 m

agne

tite

Tr c

alci

te0.

5 tit

anite

015

bio

tite

15:3

5:25

:25

seam

s)sh

ear

(gra

nula

ted

1090

00

0

0.1-

0.5

Gra

nula

ted:

1-3

Prim

ary:

NA

NA

subh

edra

l gra

nula

rC

oars

e-gr

aine

d

shea

r sea

ms

gran

ulat

edpa

rtial

lyfo

liate

d on

with

10%

shea

r-fra

ctur

edM

assi

ve to

whi

tebl

ack

and

Spe

ckle

dTP

KR

C10

-55-

03

MO

NZO

NIT

EQ

UA

RTZ

0

mag

netic

)(m

oder

atel

y1

mag

netit

e(fr

actu

re-h

oste

d)1

calc

ite0.

5 tit

anite

010

bio

tite

10:3

0:30

:30

100

00

01-

2N

AN

Asu

bhed

ral g

ranu

lar

Coa

rse-

grai

ned

Wea

kly

folia

ted

pink

whi

te to

pal

ebl

ack

and

Spe

ckle

dTP

KR

C10

-56-

02

(wea

kly

shea

red)

MO

NZO

NIT

EQ

UA

RTZ

Tr p

yrite

0.1

leuc

oxen

e0.

1 m

agne

tite

gran

ulat

ed q

tz)

mai

nly

in(fr

actu

re-h

oste

d,1

calc

ite0.

2 tit

anite

015

bio

tite

15:3

0:30

:25

seam

s)sh

ear

qtz

and

(gar

nula

ted

3070

00

0

to 0

.1-0

.5)

gran

ulat

ed(m

ost q

tz1-

3N

AN

Asu

bhed

ral g

ranu

lar

Coa

rse-

grai

ned

gran

ulat

edpr

essu

re-

suga

ry,

also

mos

t qtz

shea

r sea

ms;

gran

ulat

edfo

liate

d w

ith 5

%m

oder

atel

yW

eakl

y to

whi

tebl

ack

and

Spe

ckle

dTP

KR

C10

-57-

06

xeno

liths

)w

ith g

reyw

acke

(wea

kly

shea

red,

MO

NZO

NIT

EQ

UA

RTZ

Tr p

yrite

0.2

mag

netit

e(fr

actu

re-h

oste

d)0.

5 ca

lcite

0.2

titan

ite0

10 b

iotit

e10

:35:

25:3

0

qtz)

(gra

nula

ted

3065

para

gnei

s)(b

iotit

e5

00

to 0

.1-0

.5)

gran

ulat

ed(q

tz1-

2

0.1-

0.2)

(inte

rnal

5+N

Asu

bhed

ral g

ranu

lar

Coa

rse-

grai

ned

gran

ulat

edsh

ear

qtz

suga

ry,

xeno

liths

; mos

tw

ith 5

%W

eakl

y fo

liate

d

whi

tebl

ack

and

Spe

ckle

dTP

KR

C10

-58-

04

(wea

kly

shea

red)

LEU

CO

GR

AN

ITE

conf

irmed

)S

EM

crys

tal c

lust

ers;

(as

coar

se0.

1 py

rrho

tite

Tr m

agne

tite

shea

r-ho

sted

)(fr

actu

re a

nd1

calc

ite0

03

biot

ite

perth

itic)

(K-s

par i

s3:

0:60

:35

seam

s)sh

ear

qtz

and

(gra

nula

ted

1090

00

0

0.05

-0.3

Gra

nula

ted:

1-2

Prim

ary:

NA

NA

euhe

dral

gra

nula

rC

oars

e-gr

aine

d

crys

tals

feld

spar

brec

ciat

edfra

ctur

ed to

patc

hily

seam

s an

dsi

licifi

ed s

hear

quar

tzos

e to

10%

gra

nula

ted

Mas

sive

with

oran

ge-p

ink

stai

ned

Hem

atite

-TP

KR

C10

-59-

06

(she

ared

)LE

UC

OG

RA

NIT

E

diss

emin

ated

)(b

oth

finel

yTr

pyr

itear

seno

pyri

teTr

hem

atite

Tr e

arth

y re

d(d

isse

min

ated

)0.

5 ca

lcite

00

chlo

rite)

(var

iabl

y3

biot

ite3:

0:60

:35

seam

s)qt

z +

shea

rpo

rtion

of

(gra

nula

ted

3070

00

0

0.15

-0.4

Gra

nula

ted:

1-2

Prim

ary:

NA

NA

subh

edra

l gra

nula

rC

oars

e-gr

aine

d

gran

ulat

edpr

essu

re-

also

mos

t qtz

shea

r sea

ms;

10%

gra

nula

ted

Mas

sive

with

oran

ge-p

ink

stai

ned

Hem

atite

-TP

KR

C10

-60-

08

Min

eral

Com

pone

nts

Prim

ary/

Met

amor

phic

/Alte

ratio

n M

iner

als

(%)

Text

ural

Com

pone

nts

(%)

Sili

cate

sM

atrix

Gro

undm

ass/

S

and

Gra

ins

Cry

stal

s/G

rain

Siz

e (m

m)

Lith

olog

yS

ulph

ides

Oxi

des

FeTi

-C

arbo

nate

sO

ther

Sili

cate

sS

erM

afic

K-S

par/Q

tzM

afic

s/P

lag/

Rat

io

Alt.

toni

c/Te

c-

Met

.P

rimar

y/m

ents

Fra

g-V

isib

le

Pla

gQ

tzM

atrix

mas

s/G

roun

d-

men

tsF

rag-

Vis

ible

Gra

ins

San

dX

ls/

Text

ure

Prim

ary

Stru

ctur

eC

olou

rN

o.S

ampl

e

shea

red)

(fine

-gra

ined

,LE

UC

OG

RA

NIT

E

chal

copy

rite

Low

trTr

pry

ite

diss

emin

ated

)(fi

nely

Tr m

agne

tite

(dis

sem

inat

ed)

1 ca

lcite

00

vein

lets

)co

nfin

ed to

qtz

conf

irmed

;S

EM

seps

sart

ine;

(nea

r-al

man

dine

Tr M

n-3

biot

ite3:

0:60

:35

1090

00

00.

3-1

NA

NA

subh

edra

l gra

nula

rm

ediu

m-g

rain

edFi

ne to

mm

qtz

vei

nlet

s10

% 0

.5-1

.0fra

ctur

ed w

ithw

eakl

y sh

ear-

(pla

g cr

ysta

ls),

flow

-folil

ated

Mod

erat

ely

oran

ge-p

ink

stai

ned

Hem

atite

-TP

KR

C10

-61-

02

AP

LITE

PO

RP

HY

RY

+F

ELD

SP

AR

vein

lets

)ch

lorit

icco

nfirm

ed; i

n(S

EM

Tr fl

uori

teTr

pry

ite

diss

emin

ated

)(fi

nely

hem

atite

1 sp

ecul

arTr

mag

netit

e(d

isse

min

ated

)1

calc

ite0

0

conf

irmed

)(S

EM

spes

sari

tne

Trchlo

rite)

(var

iabl

y3

biot

ite

grou

ndm

ass)

grai

n si

ze o

fdu

e to

fine

unre

solv

able

ratio

s(fe

ldsp

ar3:

?:?:

300

950

phas

e)pi

nkph

ase;

2 in

(15

in g

rey

50

phas

e)po

rphy

ritic

grey

(fine

st in

0.05

-0.2

NA

crys

ts)

(pla

g ph

eno-

0.5-

3

grou

ndm

ass

aplit

icpo

rphy

ritic

with

varia

bly

wea

kly

grou

ndm

ass;

apha

nitic

lath

s in

an

euhe

dral

pla

gpo

rphy

ritic

with

Dis

tincl

tyw

eakl

y fo

liate

dM

assi

ve to

stai

ned

pink

hem

atite

-sp

ots;

mos

tlyw

ith w

hite

Med

ium

gre

yTP

KR

C10

-62-

02

shea

red)

(fine

-gra

ined

,LE

UC

OG

RA

NIT

E

qtz

vein

lets

)(b

oth

mai

nly

inar

seno

pryi

teTrTr

pyr

ite0

zone

s/ve

inle

ts)

crus

hed

(con

cent

rate

d in

1 ca

lcite

00

vein

lets

)co

nfin

ed to

qtz

conf

irmed

;(S

EM

spes

sart

ine

0.5

2 bi

otite

2:0:

60:4

010

900

00

0.3-

1N

AN

A

subh

edra

l gra

nula

rm

ediu

m-g

rain

edFi

ne to

shea

red)

vein

lets

(wea

kly

quar

tz-g

arne

tzo

nes

and

quar

tzos

ew

ide

crus

hed

10%

2-1

0 m

mM

assi

ve w

ith

med

ium

pin

kst

aine

dH

emat

ite-

TPK

RC

10-6

3-05

(wea

kly

shea

red)

MO

NZO

NIT

EQ

UA

RTZ

00.

1 m

agne

tite

calc

ite0.

5 di

ssem

inat

edTr

tita

nite

015

bio

tite

15:3

0:25

:30

qtz)

(gra

nula

ted

2080

00

0

0.1-

0.5

qtz

Gra

nula

ted

1-3

Prim

ary:

NA

NA

subh

edra

l gra

nula

rC

oars

e-gr

aine

d

gran

ulat

edpr

essu

re-

qtz

suga

ry,

folia

ted;

70%

of

Wea

kly

pink

whi

te to

pal

ebl

ack

and

Spe

ckle

dTP

KR

C10

-64-

03

MO

NZO

NIT

EQ

UA

RTZ

cube

s)di

ssem

inat

ed(a

s co

arse

Tr p

yrite

0.3

mag

netit

eca

lcite

1 di

ssem

inat

edTr

tita

nite

015

bio

tite

15:3

0:25

:30

100

00

01-

3N

AN

Asu

bhed

ral g

ranu

lar

Coa

rse-

grai

ned

Wea

kly

folia

ted

whi

tebl

ack

and

Spe

ckle

dTP

KR

C10

-65-

02

MO

NZO

NIT

EQ

UA

RTZ

0.3

mag

netit

e0

Tr ti

tani

te1

epid

ote

010

bio

tite

10:3

0:30

:30

100

00

01.

5-3

NA

NA

subh

edra

l gra

nula

rC

oars

e-gr

aine

dW

eakl

y fo

liate

d

pink

whi

te to

pal

ebl

ack

and

Spe

ckle

dTP

KR

C10

-66-

03

(wea

kly

shea

red)

LEU

CO

GR

AN

ITE

Tr fl

uori

te

hem

atite

)(v

aria

bly

0.2

mag

netit

eca

lcite

1 fra

ctur

e-ho

sted

00

3 bi

otite

3:5:

60:3

0

qtz)

porti

on o

fgr

anul

ated

seam

s +

(she

ar20

800

00

0.05

-0.3

Gra

nula

ted:

1-3

Prim

ary:

NA

NA

subh

edra

l gra

nula

rC

oars

e-gr

aine

d

gran

ulat

edpr

essu

re-

50%

qtz

seam

s; a

lso

brec

ciat

ed5%

she

ar-

folia

ted;

with

Wea

kly

oran

ge-p

ink

stai

ned

Hem

atite

-TP

KR

C10

-67-

02

LEU

CO

GR

AN

ITE

0

diss

emin

ated

)(fi

nely

Tr m

agne

tite

(dis

sem

inat

ed)

1 ca

lcite

00

chlo

rite)

(var

iabl

y3

biot

ite3:

10:5

0:35

010

00

00

0.5-

1.5

NA

NA

subh

edra

l gra

nula

rM

ediu

m-g

rain

edw

eakl

y fo

liate

dM

assi

ve to

oran

ge-p

ink

stai

ned

Hem

atite

-TP

KR

C10

-68-

03

MO

NZO

NIT

EQ

UA

RTZ

00.

2 m

agne

tite

00.

2 tit

anite

010

bio

tite

10:3

5:20

:35

010

00

00

1-3

NA

NA

subh

edra

l gra

nula

rC

oars

e-gr

aine

dW

eakl

y fo

liate

d

stai

npa

tchy

lim

onite

whi

te w

ithbl

ack

and

Spe

ckle

dTP

KR

C10

-69-

09

MO

NZO

NIT

EQ

UA

RTZ

00.

2 m

agne

tite

00.

2 tit

anite

015

bio

tite

15:2

5:30

:30

010

00

00

1-3

NA

NA

subh

edra

l gra

nula

rC

oars

e-gr

aine

dW

eakl

y fo

liate

d

whi

tebl

ack

and

Spe

ckle

dTP

KR

C10

-70-

07

(wea

kly

shea

red)

MO

NZO

NIT

EQ

UA

RTZ

myl

onite

wis

ps)

partl

y in

(dis

sem

inat

ed;

0.1

pyri

te0

host

ed c

alci

te0.

5 fra

ctur

e-Tr

tita

nite

010

bio

tite

10:4

5:20

:25

wis

ps)

(myl

onite

1585

00

0

0.05

-0.1

wis

ps:

1-3

Myl

onite

Prim

ary:

NA

NA

subh

edra

l gra

nula

rC

oars

e-gr

aine

d

wis

psm

m m

ylon

itew

ith 3

to >

10sh

ear-

fract

ured

and

Wea

kly

folia

ted

whi

tebl

ack

and

Spe

ckle

dTP

KR

C10

-71-

06

MO

NZO

NIT

EQ

UA

RTZ

00.

3 m

agne

tite

0Tr

tita

nite

010

bio

tite

10:3

0:35

:25

010

00

00

1-3

NA

NA

euhe

dral

gra

nula

rC

oars

e-gr

aine

dM

assi

ve

pink

blac

k an

d pa

leS

peck

led

TPK

RC

10-7

2-09

MO

NZO

NIT

EQ

UA

RTZ

00.

5 m

agne

tite

00.

1 tit

anite

010

bio

tite

10:3

0:35

:25

010

00

00

1-3

NA

NA

euhe

dral

gra

nula

rC

oars

e-gr

aine

dM

assi

ve

pink

blac

k an

d pa

leS

peck

led

sam

ple:

a) 9

0% o

fTP

KR

C10

-73-

06

Min

eral

Com

pone

nts

Prim

ary/

Met

amor

phic

/Alte

ratio

n M

iner

als

(%)

Text

ural

Com

pone

nts

(%)

Sili

cate

sM

atrix

Gro

undm

ass/

S

and

Gra

ins

Cry

stal

s/G

rain

Siz

e (m

m)

Lith

olog

yS

ulph

ides

Oxi

des

FeTi

-C

arbo

nate

sO

ther

Sili

cate

sS

erM

afic

K-S

par/Q

tzM

afic

s/P

lag/

Rat

io

Alt.

toni

c/Te

c-

Met

.P

rimar

y/m

ents

Fra

g-V

isib

le

Pla

gQ

tzM

atrix

mas

s/G

roun

d-

men

tsF

rag-

Vis

ible

Gra

ins

San

dX

ls/

Text

ure

Prim

ary

Stru

ctur

eC

olou

rN

o.S

ampl

e

(apl

itic

dyke

)LE

UC

OG

RA

NIT

E0

hem

atite

0.2

spec

ular

00

0

conf

irmed

)(S

EM

spes

sart

ine

Tr3

biot

ite

grai

n si

ze)

unifo

rmly

fine

due

toun

reso

lvab

lera

tios

(qtz

:feld

spar

3:?:

?:?

010

00

00

0.05

NA

artin

e)0.

5 (s

pess

-A

pliti

cfo

liate

dW

eakl

y (fl

ow)

oran

ge-p

ink

stai

ned

Hem

atite

sam

ple:

b) 1

0% o

f

xeno

liths

)(w

ith b

asal

tM

ON

ZON

ITE

QU

AR

TZ0

xeno

liths

)tit

anite

in(1

leuc

oxen

e +

Tr le

ucox

ene

0Tr

tita

nite

2 ep

idot

e0

xeno

liths

)ch

lorit

e in

horn

blen

de +

chlo

rite,

40%

(var

iabl

y15

bio

tite

15:3

0:25

:30

085

150

01-

3

0.2-

0.5)

(inte

rnal

5-10

+N

Asu

bhed

ral g

ranu

lar

Coa

rse-

grai

ned

xeno

liths

smal

l, w

ispy

with

spa

rse,

Wea

kly

folia

ted

gree

n xe

nolit

hsw

hite

with

dar

kbl

ack

and

Spe

ckle

dTP

KR

C10

-74-

06

MO

NZO

NIT

EQ

UA

RTZ

0Tr

leuc

oxen

e0

00

2 ho

rnbl

ende

chlo

rite)

(var

iabl

y15

bio

tite

17:4

0:20

:25

010

00

00

1-3

NA

NA

subh

edra

l gra

nula

rC

oars

e-gr

aine

dW

eakl

y fo

liate

d

stai

ning

red

hem

atite

patc

hy b

rick-

pink

with

blac

k an

d pa

leS

peck

led

TPK

RC

10-7

5-04

Appendix C

Heavy Mineral Processing Weights and Physical Characteristics

of the Till Samples

Sample Description-2.0 mm Table Concentrate Weight (g dry)

Matrix (<2.0 mm)Clasts (> 2.0 mm)*Heavy Liquid Separation (S.G. 3.3) Weight (kg wet)ColourDistributionPercentage HMC

CLASSCYSDORG

CYSTSDS/UOTLSGRV/S

Size

MagMagNonTotalLightsTotalFeed

Table

Clastsmm+2.0

SplitTable

Rec'dBulkSample Number

*TILLGBGBN-Y+U0303040C14.714.228.9300.3329.29.51.410.911.4TPKRC-10-01-01TILLGBGBN-Y+U0305020C21.826.948.7322.2370.99.11.310.410.9TPKRC-10-02-01TILLGBGBN-Y+U0305020C18.924.643.5307.0350.57.80.88.69.1TPKRC-10-02-02TILLGYGYN-Y+U0205030C10.914.725.6228.6254.25.71.26.97.4TPKRC-10-02-03TILLGBGBN-Y+U055540C4.08.012.0200.6212.62.40.52.93.4TPKRC-10-03-01TILLGYGYN-Y+U055540C12.519.331.8268.2300.07.40.78.18.6TPKRC-10-03-02TILLGYGYN-Y+U056035C14.020.134.1190.9225.05.40.96.36.8TPKRC-10-03-03TILLGBGBN-Y+U0205030C14.117.131.2230.0261.27.30.88.18.6TPKRC-10-04-01TILLGBGBN-Y+U0107515C8.310.418.7170.7189.45.50.86.36.8TPKRC-10-05-01TILLGBGBN-Y+U058015C8.514.022.5175.9198.47.80.98.79.2TPKRC-10-05-02TILLGYGYN-Y+U058015C5.910.916.8178.4195.25.50.56.06.5TPKRC-10-05-03TILLGYGYN-Y+U0Tr8515C8.35.613.9235.4249.36.51.27.78.2TPKRC-10-06-01TILLGYGYN-Y+U0Tr8515C4.113.217.3262.9280.29.81.110.911.4TPKRC-10-07-01TILLGYGYN-Y+U057025C6.714.120.8305.5326.37.41.18.59.0TPKRC-10-07-02TILLGYGYN-Y+U058520C5.97.813.7197.6211.34.11.05.15.6TPKRC-10-07-03TILLGYGYN-Y+U0Tr8515C12.312.424.7305.3330.05.71.16.87.3TPKRC-10-08-01TILLGBGBN-Y+U0Tr9010C3.86.710.5234.7245.25.70.56.26.7TPKRC-10-09-01TILLBEGYN-Y+U009010C0.75.76.4225.8232.25.50.86.36.8TPKRC-10-10-01TILLGYGYN-Y+U00955C0.18.28.3303.2311.59.61.210.811.3TPKRC-10-10-02TILLGYGYN-Y+U0Tr9010C2.76.89.5159.6169.14.20.74.95.4TPKRC-10-11-01TILLGYGYN-Y+U058510C7.715.022.7214.9237.65.81.06.87.3TPKRC-10-11-02TILLGYGYN-Y+U0Tr9010C6.912.219.1258.4277.57.00.87.88.3TPKRC-10-11-03TILLGYGYN-Y+U05905C9.912.822.7219.4242.110.51.011.512.0TPKRC-10-11-04TILLGYGYN-Y+U0Tr100TrC5.09.414.4373.4387.811.00.711.712.2TPKRC-10-12-01TILLGYGYN-Y+U0Tr9010C5.010.815.8234.8250.66.30.77.07.5TPKRC-10-13-01TILLGYGYN-Y+U0Tr9010C3.28.011.2178.8190.04.60.65.25.7TPKRC-10-13-02TILLGYGYN-Y+U058510C8.116.724.8281.1305.98.10.99.09.5TPKRC-10-14-01TILLGYGYN-Y+U0Tr8515C5.913.519.4330.4349.86.80.87.68.1TPKRC-10-15-01TILLGYGYN-Y+U0Tr9010C10.020.830.8250.1280.98.40.89.29.7TPKRC-10-15-02TILLGBGBN-Y+U0108010C18.430.548.9349.9398.810.51.011.512.0TPKRC-10-16-01TILLGBGBN-Y+U0108010C16.427.243.6208.3251.910.30.610.911.4TPKRC-10-16-02TILLGYGYN-Y+U0205030C2.43.96.3132.2138.51.00.41.41.9TPKRC-10-16-03TILLGBGBN-Y+U058510C8.518.426.9348.0374.98.40.79.19.6TPKRC-10-17-01TILLGYGYN-Y+U0Tr8515C7.513.521.0233.3254.38.30.79.09.5TPKRC-10-18-01TILLGYGYN-Y+U0Tr8515C10.817.928.7249.6278.37.50.88.38.8TPKRC-10-18-02TILLGYGYN-Y+U00955C9.711.220.9264.4285.36.10.76.87.3TPKRC-10-19-01TILLGYGYN-Y+U05905C5.39.214.5313.3327.810.40.911.311.8TPKRC-10-20-01TILLGYGYN-Y+U0105535C10.619.630.2248.9279.17.30.78.08.5TPKRC-10-21-01TILLGYGYN-Y+U0105535C11.922.834.7214.5249.27.80.68.48.9TPKRC-10-21-02TILLBEBEN-Y+U05905C14.415.229.6382.6412.29.70.710.410.9TPKRC-10-23-01TILLGYGYN-Y+U05905C28.228.256.4290.7347.110.10.810.911.4TPKRC-10-24-01TILLGYGYN-Y+U058510C23.023.046.0292.1338.19.00.89.810.3TPKRC-10-24-02TILLGYGYN-Y+U058015C17.717.735.4339.6375.06.60.77.37.8TPKRC-10-24-03TILLBEBEN-Y+U0305515C19.919.939.8244.0283.87.91.19.09.5TPKRC-10-25-01TILLBEBEN-Y+U0305515C28.928.957.8357.3415.19.30.810.110.6TPKRC-10-25-02TILLGBGBN-Y+U0305515C22.822.845.6289.0334.68.90.79.610.1TPKRC-10-25-03TILLGBGBN-Y+U0305515C19.619.639.2326.1365.36.80.97.78.2TPKRC-10-25-04TILLGBGBN-Y+U0Tr100TrC12.212.224.4331.9356.36.50.46.97.4TPKRC-10-26-01TILLBEBEN-Y+U010855C19.819.839.6224.9264.58.30.58.89.3TPKRC-10-27-01TILLBEBEN-Y+U0108010C21.121.142.2264.3306.59.90.510.410.9TPKRC-10-27-02TILLBEBEN-Y+U0108010C25.125.150.2307.7357.97.90.78.69.1TPKRC-10-27-03TILLGBGBN-Y+U0404020C20.020.040.0219.1259.19.70.810.511.0TPKRC-10-27-04TILLGBGBN-Y+U0354520C28.128.156.2322.9379.19.30.810.110.6TPKRC-10-27-05TILLGBGBN-Y+U0108010C15.115.130.2327.7357.97.20.67.88.3TPKRC-10-28-01TILLGBGBN-Y+U0404020C18.418.436.8234.9271.77.80.68.48.9TPKRC-10-28-02TILLGBGBN-Y+U0305020C19.919.939.8264.7304.57.50.68.18.6TPKRC-10-28-03TILLGBGBN-Y+U0255025C33.433.466.8260.4327.210.60.110.611.1TPKRC-10-28-04TILLGBGBN-Y+U0108010C20.320.340.6311.2351.810.00.710.711.2TPKRC-10-28-05TILLGBGBN-Y+U0108010C32.332.364.6214.2278.89.40.59.910.4TPKRC-10-29-01TILLGBGBN-Y+U0305020C26.626.653.2228.1281.39.40.610.010.5TPKRC-10-30-01TILLGBGBN-Y+U010855C16.824.040.8183.1223.99.90.510.410.9TPKRC-10-30-02TILLGBGBN-Y+U0108010C14.424.438.8187.7226.510.70.511.211.7TPKRC-10-30-03TILLGBGBN-Y+U0108010C8.016.324.3208.0232.35.80.56.36.8TPKRC-10-31-01TILLGBGBN-Y+U0108010C16.527.644.1336.6380.710.60.511.111.6TPKRC-10-31-02TILLGBGBN-Y+U0Tr100TrC15.824.139.9246.3286.28.90.99.810.3TPKRC-10-31-03TILLGYGYN-Y+U0Tr100TrC13.225.438.6232.1270.710.50.611.111.6TPKRC-10-31-04TILLGBGBN-Y+U0Tr100TrC17.730.648.3205.3253.69.70.610.310.8TPKRC-10-31-05TILLGYGYN-Y+U001000C12.620.132.7168.2200.99.70.610.310.8TPKRC-10-31-06



CLASSCYSDORG

CYSTSDS/UOTLSGRV/S

Size


Table

Clastsmm+2.0

SplitTable


*TILLGBGBN-Y+U0108010C12.122.334.4301.9336.310.10.710.811.3TPKRC-10-32-01TILLGBGBN-Y+U0107020C14.822.337.1243.4280.59.30.810.110.6TPKRC-10-32-02TILLGBGBN-Y+U0107020C16.829.045.8354.6400.48.80.79.510.0TPKRC-10-32-03TILLGBGBN-Y+U0106030C18.325.744.0202.7246.710.10.810.911.4TPKRC-10-32-04TILLGBGBN-Y+U0107020C14.826.341.1217.4258.59.50.510.010.5TPKRC-10-33-01TILLGBGBN-Y+U0107020C19.633.553.1322.2375.310.20.510.711.2TPKRC-10-33-02TILLGBGBN-Y+U0108010C15.024.839.8248.3288.19.00.59.510.0TPKRC-10-33-03TILLGBGBN-Y+U0107020C14.221.435.6209.8245.46.91.07.98.4TPKRC-10-33-04TILLGBGBN-Y+U0206020C15.922.938.8253.6292.49.10.910.010.5TPKRC-10-33-05TILLGBGBN-Y+U0Tr9010C11.820.332.1228.6260.79.70.910.611.1TPKRC-10-34-01TILLGBGBN-Y+U0108010C14.824.138.9232.0270.99.70.610.310.8TPKRC-10-35-01TILLGBGBN-Y+U0206020C17.228.045.2290.1335.310.10.610.711.2TPKRC-10-35-02TILLGBGBN-Y+U0206020C8.214.022.2174.6196.86.10.66.77.2TPKRC-10-36-01TILLGBGBN-Y+U0206020C16.024.740.7323.6364.39.10.910.010.5TPKRC-10-37-01TILLGBGBN-Y+U0206020C13.922.836.7299.5336.210.60.711.311.8TPKRC-10-37-02TILLGBGBN-Y+U0206020C11.217.829.0273.2302.26.70.37.07.5TPKRC-10-37-03TILLGBGBN-Y+U0206020C8.813.522.3229.8252.17.90.78.69.1TPKRC-10-38-01TILLBEBEN-Y+U0206020C12.515.628.1408.9437.07.40.88.28.7TPKRC-10-39-01TILLGBGBN-Y+U0206020C8.511.820.3177.6197.96.10.76.87.3TPKRC-10-40-01TILLGBGBN-Y+U0205030C16.922.139.0294.9333.910.20.710.911.4TPKRC-10-40-02TILLGBGBN-Y+U0206020C19.123.442.5293.0335.518.60.819.419.9TPKRC-10-40-03TILLGBGBN-Y+U0107020C17.322.339.6240.0279.67.90.78.69.1TPKRC-10-40-04TILLGBGBN-Y+U0205030C18.325.744.0300.7344.78.30.99.29.7TPKRC-10-40-05TILLGBGBN-Y+U0206020C16.320.436.7298.2334.92.96.08.99.4TPKRC-10-41-01TILLGBGBN-Y+U0255025C18.630.449.0285.6334.610.10.710.811.3TPKRC-10-41-02TILLGBGBN-Y+U0206020C19.631.951.5290.4341.99.60.710.310.8TPKRC-10-41-03TILLGBGBN-Y+U0305020C12.520.833.3325.1358.48.10.48.59.0TPKRC-10-41-04TILLGBGBN-Y+U0107020C12.417.630.0222.3252.37.50.58.08.5TPKRC-10-41-05TILLGBGBN-Y+U0106030C10.719.330.0252.4282.48.20.58.79.2TPKRC-10-41-06TILLGYGYN-Y+U0206020C5.89.815.6169.1184.73.90.54.44.9TPKRC-10-41-07TILLGBGBN-Y+U0107020C9.215.724.9245.0269.96.20.46.67.1TPKRC-10-42-01TILLGBGBN-Y+U040555C15.525.040.5266.1306.69.40.710.110.6TPKRC-10-42-02TILLGBGBN-Y+U020575C6.811.918.7240.1258.86.41.07.47.9TPKRC-10-42-03TILLGBGBN-Y+U015580C5.68.514.1225.3239.45.80.76.57.0TPKRC-10-42-04TILLGBGBN-Y+U05905C9.011.920.9210.6231.56.10.66.77.2TPKRC-10-42-05TILLGBGBN-Y+U0Tr955C28.828.557.3119.2176.510.20.410.611.1TPKRC-10-42-06TILLGBGBN-Y+U058510C18.519.037.5350.7388.210.00.510.511.0TPKRC-10-42-07TILLGBGBN-Y+U0Tr955C17.016.633.6214.7248.39.40.39.710.2TPKRC-10-42-08TILLGBGBN-Y+U056035C18.523.942.4299.6342.010.90.411.311.8TPKRC-10-43-01TILLGBGBN-Y+U055045C8.212.220.4241.9262.36.50.67.17.6TPKRC-10-43-02TILLGBGBN-Y+U0Tr9010C11.414.826.2259.0285.28.60.69.29.7TPKRC-10-44-01TILLGBGBN-Y+U055045C14.121.535.6234.0269.69.50.510.010.5TPKRC-10-46-01TILLGBGBN-Y+U054055C13.922.136.0216.8252.88.30.68.99.4TPKRC-10-46-02TILLGBGBN-Y+U055540C15.421.236.6250.9287.510.40.711.111.6TPKRC-10-47-01TILLGYGYN-Y+U057520C17.421.438.8265.1303.98.90.69.510.0TPKRC-10-48-01TILLGBGBN-Y+U0156025C12.417.029.4185.4214.87.60.58.18.6TPKRC-10-48-02TILLGBGBN-Y+U0107020C13.819.433.2249.9283.19.90.710.611.1TPKRC-10-48-03TILLGBGBN-Y+U0107020C11.215.226.4237.2263.66.50.57.07.5TPKRC-10-49-01TILLGBGBN-Y+U058510C7.515.122.6259.5282.19.50.39.810.3TPKRC-10-49-02TILLGBGBN-Y+U0205030C16.224.240.4261.6302.010.60.611.211.7TPKRC-10-50-01TILLGBGBN-Y+U055045C14.623.438.0250.8288.810.60.611.211.7TPKRC-10-50-02TILLGBGBN-Y+U0Tr5545C11.117.228.3325.1353.47.70.88.59.0TPKRC-10-51-01TILLGBGBN-Y+U057025C13.421.534.9296.1331.08.90.79.610.1TPKRC-10-52-01TILLBEBEN-Y+U0Tr7030C5.48.914.3165.3179.63.40.53.94.4TPKRC-10-53-01TILLGBGBN-Y+U0106525C15.921.737.6180.0217.69.10.910.010.5TPKRC-10-53-02TILLBEBEN-Y+U0Tr9010C11.816.228.0334.7362.78.20.68.89.3TPKRC-10-54-01TILLGBGBN-Y+U0Tr9010C14.018.632.6359.8392.49.30.69.910.4TPKRC-10-54-02TILLGBGBN-Y+U057520C4.87.812.6105.4118.03.90.44.34.8TPKRC-10-55-01TILLGBGBN-Y+U057025C11.218.729.9194.2224.19.10.69.710.2TPKRC-10-55-02TILLGBGBN-Y+U057520C15.719.134.8273.5308.310.40.310.711.2TPKRC-10-56-01TILLBEBEN-Y+U056530C10.314.324.6180.2204.87.70.58.28.7TPKRC-10-57-01TILLBEBEN-Y+U056035C12.715.828.5254.9283.47.30.57.88.3TPKRC-10-57-02TILLGBGBN-Y+U0155035C17.620.738.3285.6323.910.20.811.011.5TPKRC-10-57-03TILLGBGBN-Y+U0155530C21.538.259.7301.5361.210.50.711.211.7TPKRC-10-57-04TILLGBGBN-Y+U0204535C19.429.048.4315.7364.111.60.111.612.1TPKRC-10-57-05



CLASSCYSDORG

CYSTSDS/UOTLSGRV/S

Size


Table

Clastsmm+2.0

SplitTable


*TILLBEBEN-Y+U055045C17.720.638.3222.1260.49.90.610.511.0TPKRC-10-58-01TILLBEBEN-Y+U0105535C5.810.316.1159.9176.05.60.56.16.6TPKRC-10-58-02TILLGBGBN-Y+U056530C16.436.953.3229.5282.811.30.611.912.4TPKRC-10-58-03TILLGBGBN-Y+U0305020C11.317.228.5192.2220.710.20.510.711.2TPKRC-10-59-01TILLGBGBN-Y+U0154045C12.719.432.1240.3272.410.50.711.211.7TPKRC-10-59-02TILLGBGBN-Y+U0203545C12.320.733.0299.6332.610.40.711.111.6TPKRC-10-59-03TILLGBGBN-Y+U056530C16.622.939.5265.7305.211.71.012.713.2TPKRC-10-59-04TILLGBGBN-Y+U0Tr8020C10.517.728.2270.9299.17.00.87.88.3TPKRC-10-59-05TILLBEBEN-Y+U0302545C9.313.422.7296.2318.97.40.78.18.6TPKRC-10-60-01TILLBEBEN-Y+U0303040C16.919.836.7272.3309.010.01.011.011.5TPKRC-10-60-02TILLGBGBN-Y+U055045C12.114.526.6246.8273.46.20.97.17.6TPKRC-10-60-03TILLGBGBN-Y+U0204535C14.718.733.4260.6294.08.60.69.29.7TPKRC-10-60-04TILLGBGBN-Y+U0253540C14.218.632.8326.6359.49.40.610.010.5TPKRC-10-60-05TILLGBGBN-Y+U0204535C17.220.237.4249.1286.58.40.89.29.7TPKRC-10-60-06TILLGBGBN-Y+U0204040C21.225.046.2242.6288.89.70.510.210.7TPKRC-10-60-07TILLBEBEN-Y+U0Tr9010C13.123.636.7391.4428.110.10.610.711.2TPKRC-10-61-01

SANDY TILLGBGBN-Y+U009010C24.929.554.4371.4425.811.10.111.211.7TPKRC-10-62-01TILLGBGBN-Y+U0Tr8515C13.542.455.9325.4381.39.20.59.710.2TPKRC-10-63-01TILLBEBEN-Y+U00100TrC13.943.557.4344.4401.810.70.711.411.9TPKRC-10-63-02TILLBEBEN-Y+U00100TrC14.531.646.1346.7392.89.90.810.711.2TPKRC-10-63-03TILLBEBEN-Y+U00100TrC18.326.344.6309.0353.69.40.810.210.7TPKRC-10-63-04TILLGBGBN-Y+U0108010C11.614.426.0306.7332.710.00.710.711.2TPKRC-10-64-01TILLGBGBN-Y+U0157015C12.717.530.2275.3305.58.70.18.89.3TPKRC-10-64-02TILLBEBEN-Y+U0206515C11.417.528.9297.3326.29.50.610.110.6TPKRC-10-65-01TILLGYGYN-Y+U05905C8.516.625.1337.9363.010.00.110.110.6TPKRC-10-66-01TILLGYGYN-Y+U0Tr100TrC12.019.631.6283.8315.410.30.811.111.6TPKRC-10-66-02TILLGBGBN-Y+U00955C1.72.84.5112.1116.61.70.21.92.4TPKRC-10-67-01TILLBEBEN-Y+U0108010C15.515.531.0272.3303.39.80.610.410.9TPKRC-10-68-01TILLBEBEN-Y+U0206020C21.221.242.4243.1285.510.31.011.311.8TPKRC-10-68-02TILLBEBEN-Y+U0206020C16.916.933.8286.6320.48.20.58.79.2TPKRC-10-69-01TILLBEBEN-Y+U0157510C19.119.138.2310.1348.310.00.510.511.0TPKRC-10-69-02TILLGBGBN-Y+U0108010C18.518.537.0269.5306.58.60.69.29.7TPKRC-10-69-03TILLGBGBN-Y+U0108010C25.525.551.0234.6285.611.40.511.912.4TPKRC-10-69-04TILLGBGBN-Y+U0156520C32.032.064.0251.3315.310.70.511.211.7TPKRC-10-69-05TILLGBGBN-Y+U0206020C32.832.865.6204.8270.411.20.611.812.3TPKRC-10-69-06TILLGBGBN-Y+U0255520C29.129.158.2326.5384.711.60.812.412.9TPKRC-10-69-07TILLGBGBN-Y+U0206020C23.023.046.0273.8319.810.60.711.311.8TPKRC-10-69-08TILLBEBEN-Y+U0255520C19.019.038.0325.8363.89.30.59.810.3TPKRC-10-70-01TILLGBGBN-Y+U0157510C21.921.943.8295.8339.610.10.710.811.3TPKRC-10-70-02TILLGBGBN-Y+U0206020C21.821.843.6262.7306.310.20.510.711.2TPKRC-10-70-03TILLGBGBN-Y+U0206515C24.324.348.6277.5326.111.20.511.712.2TPKRC-10-70-04TILLGBGBN-Y+U0157015C23.923.947.8264.0311.811.20.411.612.1TPKRC-10-70-05TILLGBGBN-Y+U0108010C18.518.537.0339.2376.29.60.610.210.7TPKRC-10-70-06TILLBEBEN-Y+U0255520C10.410.420.8234.3255.15.20.75.96.4TPKRC-10-71-01TILLBEBEN-Y+U0206515C13.313.326.6285.7312.36.80.57.37.8TPKRC-10-71-02TILLGBGBN-Y+U0305020C22.022.044.0329.0373.010.00.510.511.0TPKRC-10-71-03TILLGBGBN-Y+U0256015C18.918.937.8337.4375.211.00.711.712.2TPKRC-10-71-04TILLGBGBN-Y+U0108010C13.816.430.2327.5357.79.70.810.511.0TPKRC-10-71-05TILLGBGBN-Y+U0207010C14.920.435.3281.1316.49.80.610.410.9TPKRC-10-72-01TILLGBGBN-Y+U0157015C16.225.141.3261.3302.69.70.610.310.8TPKRC-10-72-02TILLGBGBN-Y+U0206515C14.324.338.6269.6308.29.60.610.210.7TPKRC-10-72-03TILLGBGBN-Y+U0255520C17.225.142.3276.2318.59.80.510.310.8TPKRC-10-72-04TILLGBGBN-Y+U0157015C12.718.931.6267.2298.89.00.89.810.3TPKRC-10-72-05TILLGBGBN-Y+U0256015C16.325.742.0232.3274.310.10.410.511.0TPKRC-10-72-06TILLGBGBN-Y+U0255025C16.718.935.6237.6273.210.10.710.811.3TPKRC-10-72-07TILLGBGBN-Y+U0206020C2.816.819.6317.4337.09.80.710.511.0TPKRC-10-72-08TILLGBGBN-Y+U0255520C8.814.823.6224.7248.35.90.76.67.1TPKRC-10-73-01TILLGBGBN-Y+U0108010C9.017.726.7340.4367.19.30.19.39.8TPKRC-10-73-02TILLGBGBN-Y+U0157015C11.620.932.5240.8273.38.50.59.09.5TPKRC-10-73-03TILLGBGBN-Y+U0157510C14.024.838.8295.4334.28.50.48.99.4TPKRC-10-73-04TILLGBGBN-Y+U0157510C15.627.543.1346.6389.710.00.510.511.0TPKRC-10-73-05TILLBEBEN-Y+U0304030C15.021.736.7377.7414.410.00.310.310.8TPKRC-10-74-01TILLGBGBN-Y+U0305020C20.328.348.6291.8340.410.60.511.111.6TPKRC-10-74-02TILLGBGBN-Y+U0206020C16.923.940.8290.0330.89.30.810.110.6TPKRC-10-74-03TILLGBGBN-Y+U0157015C23.531.454.9256.3311.29.30.910.110.6TPKRC-10-74-04TILLGBGBN-Y+U0157510C11.321.232.5239.7272.28.90.79.610.1TPKRC-10-74-05TILLBEBEN-Y+U0305020C13.923.437.3329.6366.99.20.79.910.4TPKRC-10-75-01TILLGBGBN-Y+U0255520C14.522.937.4324.7362.18.90.89.710.2TPKRC-10-75-02TILLGBGBN-Y+U0108010C11.519.531.0301.6332.68.60.89.49.9TPKRC-10-75-03

Appendix D

Gold Grain Summary, Descriptions and Calculated Visible Gold Values

for the Nonferromagnetic Heavy Mineral Fraction of the Till Samples

Calculated PPB Visible Gold in HMCWeightHMC

NonmagNumber of Visible Gold Grains

Sample NumberPristineModifiedReshapedTotal(g)PristineModifiedReshapedTotal

600614.21001TPKRC-10-01-014458413426.92349TPKRC-10-02-01

15072224.61023TPKRC-10-02-02002214.70011TPKRC-10-02-0393410548.03216TPKRC-10-03-0105465119.30268TPKRC-10-03-0212810713520.1112619TPKRC-10-03-03042135517.10628TPKRC-10-04-01032104210.40527TPKRC-10-05-01

361168824014.099927TPKRC-10-05-023622794268310.9514524TPKRC-10-05-0316526805028955.6920635TPKRC-10-06-0129813233076013.22815952TPKRC-10-07-0114326620461214.113131238TPKRC-10-07-02

108027395338727.8147728TPKRC-10-07-03324628112.435210TPKRC-10-08-0185165132636.774213TPKRC-10-09-01

157901675.73306TPKRC-10-10-012313691058.21225TPKRC-10-10-02950941896.83014TPKRC-10-11-01305528715.02417TPKRC-10-11-02

796851102612.256718TPKRC-10-11-03518513527112.845312TPKRC-10-11-04


<12122213.51315TPKRC-10-15-010<11120.80112TPKRC-10-15-02037930.50235TPKRC-10-16-01000027.20000TPKRC-10-16-0200003.90000TPKRC-10-16-03619103518.42518TPKRC-10-17-01


00009.20000TPKRC-10-20-011751876019.61427TPKRC-10-21-01

188666895222.849821TPKRC-10-21-02386264458151112215.21037640219TPKRC-10-23-01

1905315077228.247415TPKRC-10-24-011404240158323.01371030TPKRC-10-24-02

417149660817.725310TPKRC-10-24-0330452810419.987217TPKRC-10-25-01



25917149726525.1108422TPKRC-10-27-0316929717364020.01561031TPKRC-10-27-04



524118855132.311131337TPKRC-10-29-0137546515626.658417TPKRC-10-30-01

124487224.01247TPKRC-10-30-02319153824.41315TPKRC-10-30-03529123252816.31124TPKRC-10-31-0123003227.63407TPKRC-10-31-02001124.10011TPKRC-10-31-03





07<1722.30213TPKRC-10-32-0113110713922.3271019TPKRC-10-32-020291129.00224TPKRC-10-32-03001125.70022TPKRC-10-32-0471483026.31135TPKRC-10-33-010<1<1<133.50213TPKRC-10-33-02003324.80011TPKRC-10-33-0300707021.40022TPKRC-10-33-04000022.90000TPKRC-10-33-05

20315531968372420.324231360TPKRC-10-34-010<18824.10112TPKRC-10-35-01035828.00134TPKRC-10-35-02

3014489314.032510TPKRC-10-36-0100141424.70033TPKRC-10-37-01

<108822.82013TPKRC-10-37-021425526017.813610TPKRC-10-37-03

132013116413.554312TPKRC-10-38-0161247819207215.64151332TPKRC-10-39-010<165165111.80145TPKRC-10-40-01

<12006526522.11528TPKRC-10-40-023217017523.41247TPKRC-10-40-03002085208522.30011TPKRC-10-40-04011225.70112TPKRC-10-40-050317010120.4071724TPKRC-10-41-01012132630.40134TPKRC-10-41-0200262631.90066TPKRC-10-41-0300363620.80033TPKRC-10-41-0400232317.60033TPKRC-10-41-05018749219.30347TPKRC-10-41-060412072479.80235TPKRC-10-41-070216516615.70134TPKRC-10-42-018051325.01034TPKRC-10-42-0200161611.90011TPKRC-10-42-030023238.50011TPKRC-10-42-0400101011.90044TPKRC-10-42-0500101028.50033TPKRC-10-42-0600727219.00044TPKRC-10-42-0701901916.60404TPKRC-10-42-08

160223823.91056TPKRC-10-43-01000012.20000TPKRC-10-43-02

30620231582214.81718742TPKRC-10-44-01150621.52608TPKRC-10-46-010023623622.10033TPKRC-10-46-02000021.20000TPKRC-10-47-010<1313121.40134TPKRC-10-48-0101161817.00123TPKRC-10-48-02051719.40213TPKRC-10-48-03000015.20000TPKRC-10-49-01


17880986124417.22310235TPKRC-10-51-017811356475421.514141139TPKRC-10-52-01

21439723258.9118120TPKRC-10-53-0133<123621.72237TPKRC-10-53-02

385165255116.23723161TPKRC-10-54-011697471239240718.676345115TPKRC-10-54-02


247351975157314.330211768TPKRC-10-57-0108124933015.8011415TPKRC-10-57-02





493999654320.61314936TPKRC-10-58-0126438112655210.317614TPKRC-10-58-02

114556360103036.9424124107TPKRC-10-58-037212326245617.211101132TPKRC-10-59-01




75335491119823.6104418153TPKRC-10-61-01762397939429.526371275TPKRC-10-62-01

18161071175306142.419453599TPKRC-10-63-01380434782159643.5728520177TPKRC-10-63-02

2004451235268931.61257114210TPKRC-10-63-032181839333335326.31627112245TPKRC-10-63-04

214441666014.41613130TPKRC-10-64-0118235021717.5157022TPKRC-10-64-02

8083516817.597117TPKRC-10-65-011044700192193716.633421489TPKRC-10-66-01

14714443488507919.63430973TPKRC-10-66-02933503442.81304TPKRC-10-67-01


2727113648019.167619TPKRC-10-69-02<113213418.51326TPKRC-10-69-033910211425525.51011829TPKRC-10-69-04702431310162332.016351768TPKRC-10-69-05439572975397432.812251148TPKRC-10-69-06108410519829.138314TPKRC-10-69-07511216723923.01014731TPKRC-10-69-08

47908319.01102TPKRC-10-70-01370417670547121.91710027TPKRC-10-70-02

744306056421.8515525TPKRC-10-70-0308223024.30369TPKRC-10-70-04


461296722.02215TPKRC-10-71-0355460661918.936211TPKRC-10-71-04

1277641251216816.44426878TPKRC-10-71-051227125127147920.413171040TPKRC-10-72-01

144686825.139113TPKRC-10-72-0241812114324.3271221TPKRC-10-72-03


5417111718.934613TPKRC-10-72-07271637026016.8720532TPKRC-10-72-08



080828.30202TPKRC-10-74-0208162423.90112TPKRC-10-74-03

1371485133631.448618TPKRC-10-74-04915945373821.21121436TPKRC-10-74-05

36627039423.44105TPKRC-10-75-010<1828222.90213TPKRC-10-75-0201011119.50112TPKRC-10-75-03

Remarksin HMC

V.G. AssayCalculated

WeightHMC

NonmagNumber of Visible Gold GrainsDimensions (microns)

No/YesPanned

Sample Number(ppb)(g)TotalPristineModifiedReshapedLengthWidthThickness

~2500 grains pyrite (25-200µm).115025C8YesTPKRC-10-01-01~10,000 grains marcasite (25-50µm).614.21

~1000 grains pyrite (25-100µm).41212525C5YesTPKRC-10-02-01~20 grains arsenopyrite (25-150µm).2115025C8~2500 grains marcasite (25µm).1112525C15

117550C13117575C15

13426.99

~2000 grains pyrite (25-200µm).225025C8YesTPKRC-10-02-02~50 grains arsenopyrite (50-200µm).117550C13~500 grains marcasite (25µm).2224.63~10 grains galena (25-100µm).2 grains scheelite (100µm).

~2500 grains pyrite (25-200µm).112525C5YesTPKRC-10-02-03~20 grains arsenopyrite (50-100µm).214.71~500 grains marcasite (25µm).~10 grains galena (25-100µm).1 grain scheelite (100µm).

~2000 grains pyrite (25-250µm).332525C5YesTPKRC-10-03-01~50 grains arsenopyrite (50-300µm).2115025C8

115050C10548.06

~2500 grains pyrite (25-750µm).3121515C3YesTPKRC-10-03-02~100 grains arsenopyrite (50-750µm).222525C55 grains scheelite (100-400µm).115025C8

115050C101110050C15

5119.38

~2500 grains pyrite (25-750µm).441515C3YesTPKRC-10-03-03SEM checks: 5 of ~1000 61412525C5arsenopyrite versus loellingite6335025C8candidates = 5 arsenopyrite 115050C10(50-200µm).117550C13

11100100C2013520.119

~2500 grains pyrite (25-300µm).4312525C5YesTPKRC-10-04-01~50 grains arsenopyrite (50-300µm).115025C82 grains scheelite (200µm).117525C10

115050C10117550C13

5517.18


115050C104210.47

~500 grains pyrite (50-100µm).53111515C3YesTPKRC-10-05-021% marcasite.4222525C5

113535025C831117525C101112525C153127550C13

24014.027


117525C104315050C10117550C131110050C151110075C181112575M50

68310.924

~2000 grains pyrite (50-100µm).92521515C3YesTPKRC-10-06-01~100 grains arsenopyrite (50-250µm).103612525C5~2000 grains marcasite (15-25µm).71335025C8

227525C104225050C10117550C131110050C1511250125M50

28955.635

Remarksin HMC


WeightHMC


No/YesPanned


~200 grains pyrite (25-100µm).331515C3YesTPKRC-10-07-015 grains arsenopyrite (50-100µm).125522525C5SEM check: 1 molybdenite 1911625025C8candidate = 1 molybdenite (250µm);3217525C10and 2 of ~15 scheelite candidates =32110025C132 scheelite (75-200µm).52125050C10

42117550C131110050C151110075C1811125100M25

76013.252

~200 grains pyrite (25-100µm).62221515C3YesTPKRC-10-07-022 grains arsenopyrite (100µm).83322525C5~10 grains scheelite (75µm).83235025C8

2117525C102115050C1074127550C132210050C151112550M25117575C151110075C18

61214.138


62225025C8227525C104315050C103217550C131110050C151112550C18117575C151112575C201112575M5011200125M100

38727.828

~5000 grains pyrite (25-500µm).2111515C3YesTPKRC-10-08-01~10,000 grains marcasite (25µm).31112525C5

225025C8225050C10117550C13

8112.410


3127525C101110050C15

2636.713

~500 grains pyrite (25-500µm).111515C3YesTPKRC-10-10-015 grains arsenopyrite (75-200µm).222525C52 grains scheelite (75-100µm).225025C8

117550M251675.76

~500 grains pyrite (50-500µm).112525C5YesTPKRC-10-10-02~500 grains marcasite (25µm).115025C82 grains scheelite (100µm).2115050C10

117550C131058.25

~500 grains pyrite (25-500µm).115025C8YesTPKRC-10-11-01~20 grains arsenopyrite (50-200µm).1112525C15~200 grains marcasite (25µm).115050C101 grain galena (100µm).117550C13

1896.84

0.5% pyrite.2112525C5YesTPKRC-10-11-02~200 grains arsenopyrite (75-100µm).3125025C8~200 grains marcasite (25µm).117550C13~10 grains galena (50-150µm).1110050C15

8715.07

0.5% pyrite.3211515C3YesTPKRC-10-11-03~250 grains arsenopyrite (75-1000µm).83232525C5~1000 grains marcasite (15-25µm).3125025C8~30 grains galena (75-250µm).3125050C10

11225125M50102612.218

Remarksin HMC


WeightHMC


No/YesPanned


~5000 grains pyrite (25-500µm).111515C3YesTPKRC-10-11-04~100 grains arsenopyrite (50-500µm).332525C5~2000 grains marcasite (15-50µm).2115025C85 grains galena (50-100µm).117525C10

2117550C132117575C151110075C18

27112.812


115050C101112550M5011175100M75

14809.47

1% pyrite.222525C5YesTPKRC-10-13-01~250 grains arsenopyrite (75-1000µm).115050C10~10 grains galena (50-200µm).2210.832 grains scheelite (100µm).

0.5% pyrite.222525C5YesTPKRC-10-13-02~200 grains arsenopyrite (50-2000µm).115050C10~50 grains galena (50µm).308.03


1110050M5014516.77

~1500 grains pyrite (25-750µm).2111515C3YesTPKRC-10-15-01~50 grains arsenopyrite (75-1000µm).112525C5~2000 grains marcasite (15-25µm).115025C85 grains scheelite (75-200µm).117525C10

2313.55

~2000 grains pyrite (25-750µm).111515C3YesTPKRC-10-15-02~50 grains arsenopyrite (50-500µm).112525C5~500 grains marcasite (25µm).120.82~20 grains galena (25-300µm).2 grains scheelite (100µm).


930.55

~1500 grains pyrite (25-200µm).NO VISIBLE GOLDYesTPKRC-10-16-02~100 grains arsenopyrite (50-200µm).~1000 grains marcasite (15-25µm).

~1000 grains pyrite (25-250µm).NO VISIBLE GOLDYesTPKRC-10-16-031 grain arsenopyrite (250µm).~500 grains marcasite (25-250µm).2 grains scheelite (100µm).

2% pyrite.4132525C5YesTPKRC-10-17-01~50 grains arsenopyrite (75-100µm).2115025C8~2500 grains marcasite (15-25Rm).2115050C103 grains scheelite (250µm).3518.48

~2500 grains pyrite (25-100µm).188731515C3YesTPKRC-10-18-01~50 grains arsenopyrite (50-150µm).93512525C5~50,000 grains marcasite (15-25µm).5415025C8~10 grains scheelite (75-200µm).3127525C10

225050C101115075C2211175175M100

198313.539

~2000 grains pyrite (25-250µm).111515C3YesTPKRC-10-18-02~100 grains arsenopyrite (50-500µm).84132525C5~25,000 grains marcasite (15-25µm).52125025C83 grains scheelite (100-400µm).117525C10

115050C103127550C131110075C181115075C22

29317.921

Remarksin HMC


WeightHMC


No/YesPanned



52215025C8227525C105325050C102117550C13117575C152210075C18

49211.236

~1500 grains pyrite (25-1500µm).NO VISIBLE GOLDYesTPKRC-10-20-011 grain arsenopyrite (200µm).~500 grains marcasite (25-25µm).~100 grains galena (50-250µm).~20 grains scheelite (75-500µm).

~1500 grains pyrite (25-1500µm).112525C5YesTPKRC-10-21-01~150 grains arsenopyrite (50-300µm).4225025C8~200 gains marcasite (15-75µm).117550C13

11150125M10076019.67

~1000 grains pyrite (50-1500µm).2111515C3YesTPKRC-10-21-02~100 grains arsenopyrite (75-750µm).51132525C5~10,000 grains marcasite (15-25µm).115025C8

2117525C1061325050C10117550C131110050C151110075C181112575M5011175100M100

95222.821

~250 grains pyrite (50-250µm).2016221515C3YesTPKRC-10-23-011 grain arsenopyrite (100µm).54341642525C5~200 grains marcasite (15-25µm).34181155025C81 grain molybdenite (600-1000µm).172787525C10

1110025M252212525C15

218765050C102913887550C13

631210050C1532112550M509637575C155510075C181112575C2021112575C201112575C201115075C2211100100C2011100100M10011125100C2211125100M5011125100M75211125100M10011200100M7511125125C2511250125C3611150150C2911225200M7511250200C42

1112215.2219

5% pyrite.52212525C5YesTPKRC-10-24-01~500 grains arsenopyrite (75-1000µm).31250254C30~500 grains marcasite (15-25µm).117525C10

31115050C101110050C151110075C1811175100C27

77228.215

2% pyrite.5321515C3YesTPKRC-10-24-02~300 gains arsenopyrite (100-100µm).9722525C5~1000 grains marcasite (125µm).52215025C8

117525C103125050C104137550C1321110075M5011125100M50

58323.030

Remarksin HMC


WeightHMC


No/YesPanned



117550C131110050C1531117575C1511100100M100

60817.710

~50 grains pyrite (25-100µm).331515C3YesTPKRC-10-25-01~100 grains marcasite (25µm).4222525C5

3215025C8227525C103215050C10117550C131110025C13

10419.917


115050C10117550C13

2828.910

5% pyrite.221515C3YesTPKRC-10-25-03~500 grains arsenopyrite (75-1000µm).442515C4~500 grains marcasite (15-25µm).115025C8

115050C103127550C13311110050C151112575M50

31322.815

0.5% pyrite.41212525C5YesTPKRC-10-25-04~500 grains arsenopyrite (50-1000µm).1115025C18~200 gains marcasite (25µm).2115050C10

1112575M2517219.68

1% pyrite.6421515C3YesTPKRC-10-26-01~200 gains arsenopyrite (100-2000µm).157532525C5~200 gains marcasite (25µm).6335025C8

1112525C1541215050C1052127550C13117575C15411210075C1811200100C29

113012.243

~200 grains pyrite (25-1000µm).96211515C3YesTPKRC-10-27-011 grain arsenopyrite (75µm).188552525C5~50 grains marcasite (25µm).4315025C8

227525C101110025C133215050C1072237550C1321110050C15117575C1521110075C181112575M50

62919.850

~60 grains pyrite (25-750µm).1811611515C3YesTPKRC-10-27-02~350 grains arsenopyrite (25µm).2718812525C5~50 grains marcasite (50-500µm).14865025C8

2117525C10117315050C10

93517550C1321110050C152117575C153310075C1831212575M50211100100M10011125100M10011200150M100

341521.195

Remarksin HMC


WeightHMC


No/YesPanned



3215025C82117525C103125050C10227550C131112550C181110075C1811200125M10011350300M200

726525.122

~1000 gains pyrite (25-1000µm).74211515C3YesTPKRC-10-27-04~50 grains arsenopyrite (50-200µm).82332525C5

3215025C8225050C104317550C1331210050C15117575C1521110075C1811150100M50

64020.031

~2500 gains pyrite (25-1000µm).2112525C5YesTPKRC-10-27-05~1000 grains arsenopyrite (50-250µm).115025C8~500 grains marcasite (15-25@m).2115050C104 grains galena (125µm).117550C13

2117575C151110075C1811200125C3111200150C34

61028.111


3215025C8117525C10117550C13

6315.113


117550C1311150100M50

35218.46

~4000 grains pyrite (25-1000µm).115025C8YesTPKRC-10-28-03~50 grains marcasite (25µm).4315050C10~300 grains galena (25-50µm).3127550C13

9919.98

0.5% pyrite.2115025C8YesTPKRC-10-28-04~50 grains arsenopyrite (50-200µm).533.42~200 gains marcasite (25µm).~1000 grains galena (25-100µm).

5% pyrite.4222525C5YesTPKRC-10-28-05~200 gains arsenopyrite (50-200µm).115025C8~100 grains marcasite (25µm).1112525M25~500 grains galena (25-75µm).225050C10

8020.38

5% pyrite.31111515C3YesTPKRC-10-29-012% arsenopyrite (65,000 gr).122372525C5~2000 grains marcasite (25µm).1110025M25

74125025C8117525C1073225050C10117550C131110050C151112550C181110075C181115075C2211125100M100

55132.337

~2000 grains pyrite (25-1500µm).111515C3YesTPKRC-10-30-01~1000 grains arsenopyrite (50-1000µm).51312525C5~1000 grains marcasite (15-25µm).225025C85 grains galena (75-200µm).53115050C101 grain scheelite (250µm).2117550C131 grain gold + arsenopyrite;117575C15photomicrographed.1112575C20

15626.617

Remarksin HMC


WeightHMC


No/YesPanned


2% pyrite.221515C3YesTPKRC-10-30-02~1500 grains arsenopyrite (50-100µm).112525C57 grains galena (75-125µm).115025C8~10 grains scheelite (75-250µm).117525C10SEM check: 1 molybdenite candidate1112525M25= 1 molybdenite (300µm); and 2 of 7117550C13galena versus molybdenite candidates7224.07= 2 galena (75-125µm).

5% pryite.2115025C8YesTPKRC-10-30-03~250 grains arsenopyrite (75-500µm).225050C103 grains galena (75-150µm).117550C132 grains scheelite (150µm).3824.45

~1000 grains pyrite (25-500µm).112525C5YesTPKRC-10-31-01~100 grains arsenopyrite (75-500µm).115025C8~300 grains marcasite (125µm).1112575M50

11125100M5052816.34

~2000 grains pyrite (25-1000µm).111515C3YesTPKRC-10-31-02~100 grains arsenopyrite (50-500µm).3212525C5~500 grains marcasite (25µm).225025C86 grains scheelite (150-1000µm).117575C15

3227.67

5% pyrite.112525C5YesTPKRC-10-31-03~100 grains arsenopyrite (50-500µm).124.113 grains molybdenite (150-200µm).2 grains scheelite (150µm).

5% pyrite.53111515C3YesTPKRC-10-31-04~2000 grains arsenopyrite (50-1500µm).6332525C51 grain galena (400µm).73315025C81 grain scheelite (150µm).2115050C10

4425.420

10% pryite.222525C5YesTPKRC-10-31-05~5000 grains arsenopyrite (50-1500µm).2115025C8~20 grains galena (50-200µm).115050C10~10 grains scheelite (75-250µm).117550C135 grains molybdenite (75-200µm).2530.66

5% pyrite.221515C3YesTPKRC-10-31-06~2000 grains arsenopyrite (50-1500µm).332525C5~500 grains marcasite (25µm).115025C86 grains galena (100-200µm).117525C105 grains scheelite (200-1000µm).2115050C101 grain molybdenite (200µm).117550C13

117575C1511650225M225

1615720.112

~1000 grains pyrite (25-1000µm).111515C3YesTPKRC-10-32-01~25 grains arsenopyrite (75-500µm).225025C8~2000 grains marcasite (15-25µm).822.332 grains scheelite (150µm).

1% pyrite.111515C3YesTPKRC-10-32-02~20 grains arsenopyrite (75-250@m).81342525C5~1000 grains marcasite (25µm).5325025C81 grain scheelite (100µm).1110025M25

3127550C131110050C15

13922.319

0.5% pyrite.222525C5YesTPKRC-10-32-031 grain arsenopyrite (500µm).115025C8~50 grains galena (50-150µm).115050C10

1129.04

1% pyrite.111515C3YesTPKRC-10-32-04~50 grains arsenopyrite (75-500µm).112525C5~500 grains marcasite (15-25µm).125.723 grains galena (75-150µm).5 grains scheelite )125-250µm).

~1000 grains pyrite (25-1000µm).111515C3YesTPKRC-10-33-013 grains arsenopyrite (250µm).112525C5~1000 grains marcasite (15-25µm).2115050C10

117550C133026.35

Remarksin HMC


WeightHMC


No/YesPanned


5% pyrite.3211515C3YesTPKRC-10-33-022 grains arsenopyrite (150µm).<133.53~2500 grains marcasite (15-25µm).

5% pyrite.115025C8YesTPKRC-10-33-033 grains arsenopyrite (75-150µm).324.81~3000 grains marcasite (15-25µm).1 grain galena (75µm).

5% pyrite.111515C3YesTPKRC-10-33-04~1000 grains marcasite (15-25µm).1112575C20

7021.42

5% pyrite.NO VISIBLE GOLDYesTPKRC-10-33-05~10 grains arsenopyrite (75-250µm).~500 grains marcasite (15-25µm).5 grains galena (75-200µm).~10 grains scheelite (100-300µm).1 grain molybdenite (200µm).

2% pyrite.5321515C3YesTPKRC-10-34-01~60,000 grains arsenopyrite (50-1000µm).209832525C5~200 grains marcasite (25µm).52125025C8

117525C102210025C1373315050C1083327550C131112550C181117550M504227575C1521110075C181140075M7511100100M5011150100M5011150125M125

372420.360

2% pyrite.111515C3YesTPKRC-10-35-01~150 grains arsenopyrite (75-1000µm).117525C10~5000 grains marcasite (15-25µm).824.125 grains scheelite (150-300µm).2 grains molybdenite (500µm).

1% pyrite.222525C5YesTPKRC-10-35-02~175 grains arsenopyite (50-250µm).2115025C8~1000 grains marcasite (15-25µm).828.042 gains galena (100µm).3 grains scheelite (150µm).1 grain molybdenite (150µm).

0.5% pyrite.2111515C3YesTPKRC-10-36-01~100 grains arsenopyrite (50-400µm).3212525C52 grains galena (100µm).115025C82 grains scheelite (75µm).117525C101 grain molybdenite (100µm).115050C10

2117550C139314.010

2% pyrite.225025C8YesTPKRC-10-37-01~150 grains arsenopyrite (50-500µm).115050C101 grain galena (75µm).1424.734 grains scheelite (75µm).

2% pyrite.221515C3YesTPKRC-10-37-02~75 grains arsenopyrite (75-500µm).115050C10~200 grains marcasite (25µm).922.835 grains galena (100-400µm).4 grains scheelite (100-200µm).

1% pyrite.331515C3YesTPKRC-10-37-03~100 grains arsenopyrite (50-400µm).51312525C5~500 grains marcasite (25-50µm).117525C102 grains scheelite (75µm).1110075M75

26017.810


1112575C2016413.512

Remarksin HMC


WeightHMC


No/YesPanned


~500 grains pyrite (15-500µm).63121515C3YesTPKRC-10-39-012 grains arsenopyrite (150µm).13942525C5~50 grains marcasite (25µm).61235025C82 grains scheelite (100µm).115050C10

3127550C1311150100M7511200125M5011200150M50

207215.632

~1000 grains pyrite (15-1000µm).111515C3YesTPKRC-10-40-012 grains arsenopyrite (200µm).112525C53 grains scheelite (200µm).115050C10

117550C1311150125M50

65111.85

~800 grains pyrite (15-1000µm).111515C3YesTPKRC-10-40-023 grains arsenopyrite (75-300µm).112525C52 grains scheelite (100µm).115025C8

1112525M25115050C102117550C131112575M50

26522.18

1% pyrite (15-1500µm).222525C5YesTPKRC-10-40-03~75 grains arsenopyrite (50-500µm).2115025C84 grains scheelite (100µm).117550C131 grain molybdenite (75µm).1110050C15

1110075M5017523.47

2% pyrite.11350225M75YesTPKRC-10-40-04~100 grains arsenopyrite (50-400µm).208522.312 grains scheelite (100µm).2 grains molybdenite (150-400µm).

5% pyrite.2112525C5YesTPKRC-10-40-05~150 gains arsenopyrite (50-400µm).225.724 grains scheelite (100µm).~20 grains molybdenite (50-200µm).

1% pyrite.6241515C3YesTPKRC-10-41-019 grains arsenopyrite (75-500µm).10282525C52 grains scheelite (100µm).115025C82 molybdenite (75-1000µm).117525C10

4225050C10227550C13

10120.424

1% pyrite.111515C3YesTPKRC-10-41-022 grains arsenopyrite (500µm).112525C5

2117550C132630.44

0.5% pyrite.222525C5YesTPKRC-10-41-033 gains arsenopyrite (200µm).445050C10~1000 grains marcasite (15-50µm).2631.964 grains molybdenite (75-200µm).

0.5% pyrite.225050C10YesTPKRC-10-41-041 grain arsenopyrite (100µm).117550C13~1000 grains marcasite (15-50µm).3620.831 grain scheelite (100µm).1 grain molybdenite (150µm).

0.5% pyrite.112525C5YesTPKRC-10-41-054 grains arsenopyrite (50-500µm).225050C10~1500 grains marcasite (15-50µm).2317.632 grains galena (200µm).

1% pyrite.112525C5YesTPKRC-10-41-0610 grains arsenopyrite (50-1000µm).225025C8~1500 grains marcasite (15-50µm).117525C102 grains molybdenite (100µm).225050C10

1112550C189219.37

Remarksin HMC


WeightHMC


No/YesPanned


2% pyrite.112525C5YesTPKRC-10-41-07~50 grains arsenopyrite (50-400µm).2117550C135 grains galena (75-200µm).1110050C152 grains scheelite (100µm).1110075C18~15 grains molybdenite (75-200µm).2479.85

0.5% pyrite.2112525C5YesTPKRC-10-42-017 grains arsenopyrite (75-200µm).115050C101 grain scheelte (100µm).11125100M252 grains molybdenite (75-200µm).16615.74

~3000 grains pyrite (25-1000µm).222525C5YesTPKRC-10-42-023 grains arsenopyrite (100-250µm).115025C8~500 grains marcasite (15-25µm).115050C102 grains galena (50-75µm).1325.042 grains scheelite (250µm).~25 brass metal turnings (25-50µm;contamination).

~2500 grains pyrite (25-1000µm).115050C10YesTPKRC-10-42-032 grains arsenopyrite (100µm).1611.91~500 grains marcasite (15-25µm).~10 brass metal turnings (25µm;contamination).

~3000 grains pyrite (25-1000µm).115050C10YesTPKRC-10-42-04~200 grains marcasite (15-25µm).238.511 grain molybdenite (100µm).1 grain scheelite (150µm).~20 brass metal turnings (25µm;contamination).

~1500 grains pyrite (25-1000µm).221515C3YesTPKRC-10-42-051 grain arsenopyrite (100µm).112525C55 grains scheelite (100-300µm).115025C8~20 grains molybdenite (100-1000µm).1011.94~250 brass metal turnings (25-50µm;contamination).

2% pyrite.112525C5YesTPKRC-10-42-061 grain arsenopyrite (300µm).115025C81 grain scheelite (200µm).115050C10~10 brass metal turnings (25µm;1028.53contamination).

~2000 grains pyrite (25-1500µm).225025C8YesTPKRC-10-42-07~100 grains scheelite (75-250µm).117525C10

1110075C187219.04

~1500 grains pyrite (25-1000µm).222525C5YesTPKRC-10-42-081 grain arsenopyrite (300µm).115025C8~15 grains scheelite (50-150µm).115050C102 brass (25µm; contamination).1916.64

~250 grains pyrite (25-100µm).332525C5YesTPKRC-10-43-011 grain arsenopyrite (100µm).115025C8~10 grains scheelite (75-150µm).2117550C13~10 brass (25µm; contamination).3823.96

~500 grains pyrite (25-100µm).NO VISIBLE GOLDYesTPKRC-10-43-02~10 grains arsenopyrite (75-150µm).~10 grains scheelite (75-150µm).

~500 grains pyrite (25-1000µm).4311515C3YesTPKRC-10-44-01~15 grains arsenopyrite (75-500µm).116412525C5~10 grains scheelite (25-150µm).111825025C85 grains molybdenite (75-750µm).51317525C10

1110025C131115025C18115050C102117550C1321110050C1521110075C181112575C2011150100C25

82214.842

~3500 grains pyrite (25-2000µm).3121515C3YesTPKRC-10-46-01~750 grains arsenopyrite (50-500µm).5142525C55 grains scheelite (75-150µm).621.581 grain molybdenite (500µm).

Remarksin HMC


WeightHMC


No/YesPanned


~3500 grains pyrite (25-2000µm).115025C8YesTPKRC-10-46-02~1000 grains arsenopyrite (25-1000µm).117525C101 grain scheelite (150µm).1125075M251 grain molybdenite (250µm).23622.13

~3500 grains pyrite (25-2000µm).NO VISIBLE GOLDYesTPKRC-10-47-01~10 grains arsenopyrite (75-500µm).~500 grains marcasite (25-50µm).5 grains scheelite (75-800µm).2 grains molybdenite (400-500µm).1 grain galena (75µm).

~1000 grains pyrite (25-500µm).2111515C3YesTPKRC-10-48-012 grains arsenopyrite (100µm).112525C5~250 grains marcasite (25µm).117575C152 grains scheelite (50-500µm).3221.441 grain molybdenite (250µm).

~500 grains pyrite (25-500µm).112525C5YesTPKRC-10-48-021 grain arsenopyrite (100µm).115025C8~100 grains marcasite (25µm).117525C101 grain scheelite (50-500µm).1817.03

~100 garins pyrite (25-1000µm).2112525C5YesTPKRC-10-48-032 grains arsenopyrite (75-100µm).115025C8~100 grains marcasite (25µm).719.435 grains scheelite (100-200µm).

~1500 grains pyrite (25-500µm).NO VISIBLE GOLDYesTPKRC-10-49-01~500 grains marcasite (25µm).2 grains scheelite (75µm).

~500 grains pyrite (25-200µm).112525C5YesTPKRC-10-49-021 grain arsenopyrite (100µm).31210025C132 grains scheelite (100µm).225050C10

117550C131110050C1511100100M2511300125M75

197515.110

1% pyrite.111515C3YesTPKRC-10-50-01~800 grains arsenopyrite (50-1500µm).51132525C5~500 grains marcasite (25-50µm).225025C83 grains scheelite (100-1000µm).117525C102 grains galena (25-200µm).115050C105 grains molybdenite (50-200µm).117550C13

117575C157024.212

2% pyrite.111515C3YesTPKRC-10-50-02~600 grains arsenopyrite (50-1500µm).3122525C5~200 grains marcasite (25-50µm).115025C8~20 grains scheelite (100-400µm).117525C101 grain galena (100µm).115050C105 grains molybdenite (200-400µm).117550C13

117575C156723.49

~2000 grains pyrite (25-1000µm).331515C3YesTPKRC-10-51-01~70 grains arsenopyrite (50-500µm). 11832525C5~100 grains marcasite (25-50µm).74215025C82 grains scheelite (200µm).3127525C101 grain molybdenite (100µm).1110025C13

5325050C103217550C13117575C1511175125M100

124417.235

~1000 grains pyrite (15-2000µm).3211515C3YesTPKRC-10-52-01~150 grains arsenopyrite (25-2000µm).84312525C5~100 grains marcasite (25µm).133645025C85 grains scheelite (75-200µm).42117525C101 grain molybdenite (100µm).1110025C13

41215050C103217550C131110050C15117575C1511175100M75

75421.539

Remarksin HMC


WeightHMC


No/YesPanned



4315025C8117525C10115050C10117550C131112550C18117575C15

3258.920

~1000 grains pyrite (25-1500µm).3211515C3YesTPKRC-10-53-02~20 grains arsenopyrite (75-750µm).222525C5~200 grains marcasite (15-25µm).115025C85 grains scheelite (100-500µm).1110050C152 grains galena (75µm).3621.77

~1000 grains pyrite (25-1000µm).7521515C3YesTPKRC-10-54-013 grains arsenopyrite (100-250µm).2011812525C5~200 grains marcasite (25µm).14865025C8~25 grains scheelite (100-500µm).5327525C103 grains molybdenite (150-300µm).1110025C13

5235050C103217550C1343110050C15227575C15

55116.261

5% pyrite.171431515C3YesTPKRC-10-54-02~750 grains arsenopyrite (50-1000µm).3019112525C53 grains scheelite (150µm).29151135025C85 grains molybdenite (300µm).7437525C10

13945050C1064117550C131110050C15337575C152210075C181115075C2211100100M2511150100M25211125125M5011150150M5011150125C27

240718.6115

2% pyrite.31111515C3YesTPKRC-10-55-01~5000 grains arsenopyrite (50-750µm).5232525C51 grain scheelite (250µm).41215025C82 grains molybdenite (150µm).4227525C10

2115050C102117550C131112550M50117575C1511100100M5011150150M125

39387.824

5% pyrite.168711515C3YesTPKRC-10-55-02~6000 grains arsenopyrite (25-1000µm).30911102525C52 grains scheelite (150µm).132835025C83 grains molybdenite (300µm).102357525C103 grains galena (75-150µm).41215050C10

72327550C132210050C153217575C152210075C182212575C2011100100M7511125100M5011225125M5011175150M75

278718.793

2% pyrite.4131515C3YesTPKRC-10-56-01~5000 grains arsenopyrite (25-1500µm).113622525C53 grains scheelite (100µm).61145025C82 grains molybdenite (150µm).2117525C104 grains galena (75-250µm).3125050C10

337550C13227575C151115075M2511150100M7511150125M100

154419.134

Remarksin HMC


WeightHMC


No/YesPanned


~1000 grains pyrite (25-1000µm).95311515C3YesTPKRC-10-57-01~150 grains arsenopyrite (25-500µm).1911712525C51 grain scheelite (100µm).5415025C8

52217525C101110025C13

114435050C105327550C131112550C1861237575C1532110075C181112575C201115075C2211125100M50

157314.368

~300 grains pyrite (25-750µm).111515C3YesTPKRC-10-57-02~10 grains arsenopyrite (100-200µm).4312525C53 grains scheelite (75-150µm).5325025C81 grain molybdenite (200µm).335050C10

117550C131112575M50

33015.815

~500 grains pyrite (25-1000µm).222525C5YesTPKRC-10-57-03~20 grains arsenopyrite (75-300µm).2115025C8~200 grains marcasite (15-25µm).2115050C101 grain molybdenite (250µm).2920.76

10% pyrite.222111515C3YesTPKRC-10-57-04~200 grains arsenopyrite (75-100µm).595092525C5~10 grains galena (50-100µ.47311425025C8

6517525C101110025C13

171165050C101913517550C13

4410050C155417575C155510075C182212575C2021115075C222220075M7511100100M5022200150M7511250150M75

307138.2195

~5000 grains pyrite (25-1500µm).332671515C3YesTPKRC-10-57-05~250 grains arsenopyrite (75-750µm).87572732525C51 grain galena (75µm).94404685025C8

2113717525C1043110025C13

39261215050C102313917550C13

94510050C1563217575C151110075C18421112575C201120075C2711125100C22211150100M7511175125M10011300125M7511175150M75

444329.0328

~500 grains pyrite (25-1000µm).6331515C3YesTPKRC-10-58-015 grains arsenopyrite (100-250µm).84312525C5SEM check: 1 of ~50 steel metal turnings6425025C8= 1 Cr-steel (contamination).2117525C10

71335050C1051317550C13117575C151125075C31

54320.636

No sulphides.51222525C5YesTPKRC-10-58-023215025C8227525C10117575C152210075C1811550125M75

655210.314

Remarksin HMC


WeightHMC


No/YesPanned


0.5% pyrite.1912521515C3YesTPKRC-10-58-03~1500 grains arsenopyrite (50-1500µm).3016862525C53 grains scheelite (100-400µm).135625025C81 grain molybdenite (1500µm).337525C101 grain galena (150µm).143745050C10

124447550C1342210050C1562227575C1521110075C181112575C201120075C2711100100M10011125100M75

103036.9107


227525C103125050C10117550C1321110050C154137575C1521110075C18

45617.232

~2000 grains pyrite (25-2000µm).5411515C3YesTPKRC-10-59-02~700 grains arsenopyrite (25-200µm).83412525C5~100 grains marcasite (25µm).73315025C82 grains molybdenite (100µm).117525C102 grains galena (100-400µm).1110025M25

1112525M254135050C1082337550C132117575C152210075C181112575C2011325300M75

341519.441

~1000 grains pyrite (25-2000µm).2111515C3YesTPKRC-10-59-03~2000 grains arsenopyrite (50-2000µm).95312525C5~500 grains marcasite (25-50µm).72145025C85 grains scheelite (100-400µm).42117525C104 grains molybdenite (100-200µm).3125050C103 grains galena (25-250µm).3127550C13

1110050C15227575C152210075C181112575C2011125100M2511225125M125

192220.736

5% pyrite.6511515C3YesTPKRC-10-59-04~5000 grains arsenopyrite (15-2000µm).10552525C5~1000 grains marcasite (25-50µm).73315025C81 grain molybdenite (200µm).117525C104 grains galena (100-400µm).4315050C10

3217550C132117575C1511200150M75

93622.934

1% pyrite.3211515C3YesTPKRC-10-59-053 grains molybdenite (200-400µm).91712525C59 grains galena (75-200µm).144915025C8

227525C10225050C102117550C13

16317.732


134725025C83127525C101110025C138355050C103127550C131112550C183217575C1521110075C1811100100C20

86413.459

Remarksin HMC


WeightHMC


No/YesPanned


~2000 grains pyrite (25-1000µm).4311515C3YesTPKRC-10-60-02~300 grains arsenopyrite (25-500µm).148422525C51 grain molybdenite (100µm).179625025C8

2117525C1051315050C105237550C131110050C15117575C1511100100M2511200100M50

83619.851

~5000 grains pyrite (25-2000µm).4311515C3YesTPKRC-10-60-03~1500 grains arsenopyrite (25-1500µm).12752525C51 grain molybenite (100µm).3125025C81 grain galena (100µm).51227525C10

3125050C10117550C13117575C15117575M25

28714.530

0.5% pyrite.221515C3YesTPKRC-10-60-04~1000 grains arsenopyrite (25-2000µm).222525C51 grain scheelite (100µm).3215025C81 grain molybdenite (250µm).117525C103 grains galena (100-300µm).2115050C10

2117550C1311150125M50

46618.713

~30,000 grains pyrite (15-2000µm).661515C3YesTPKRC-10-60-05~15,000 grains arsenopyrite (25-2000µm).5322525C52 grains scheelite (125µm).3215025C81 grain molybdenite (100µm).117525C104 grains galena (75-150µm).115050C10

227550C131112550C1811200150M25

44518.620

~5000 grains pyrite (25-1500µm).222525C5YesTPKRC-10-60-06~300 grains arsenopyrite (25-750µm).220.22~500 grains marcasite (15-25µm).2 grains scheelite (150µm).1 grain galena (500µm).


117525C101112575C20

7325.05


4317525C1021110025C13

2517715050C108447550C1353210050C151112550C1831117575C15421110075C1811125100M50

119823.6153

~5000 grains pyrite (15-1000µm).551515C3YesTPKRC-10-62-01~1000 grains arsenopyrite (15-400µm).168622525C5~500 grains marcasite (25-50µm).33101945025C81 grain scheelite (100µm).3127525C101 grain molybdenite (100µm).8535050C101 grain galena (75µm).61327550C13

1110050C15117575C151110075C181112575M25

39429.575

Remarksin HMC


WeightHMC


No/YesPanned


5% pyrite.52211515C3YesTPKRC-10-63-01~60,000 grains arsenopyrite (15-2000µm).153752525C5~2000 grains marcasite (25-50µm).194695025C82 grains molybdenite (100µm).62227525C101 grain galena (100µm).2341095050C10

131757550C1342210050C151112550C185327575C1531210075M501112575M2511300100M5011200125M5011175150M2511300200M150

306142.499

5% pyrite.15961515C3YesTPKRC-10-63-02~20,000 grains arsenopyrite (15-5000µm).49192912525C5~1000 grains marcasite (25-50µm).39171935025C83 grains molybdenite (100-400µm).127417525C104 grains galena (50-100µm).21110025C13

1112525C152471525050C10

93337550C13852110050C152212550C1852217575C1541310075C181112575C201112575M752215075M5011150100M5011200100C2911225125M50

159643.5177

5% pyrite.3323101515C3YesTPKRC-10-63-03~20,000 grains arsenopyrite (15-1500µm).58361932525C5~1000 grains marcasite (25-50µm).40231345025C83 grains molybdenite (100-400µm).1912617525C104 grains galena (50-100µm).1110025C13

1910815050C10146627550C13

742110050C151112550C185237575C1541310075C18531112575C201115075C2211100100C2011100100M5011450200M50

268931.6210

20% pyrite.282171515C3YesTPKRC-10-63-04~30,000 grains arsenopyrite (25-1500µm).51341522525C5

54322115025C8161337525C10

21110025C1339281015050C10141137550C13

843110050C15531112550C18

125527575M251061310075M25

11100100M5033125100M2511150100M2511150175M75

335326.3245


3215050C10117550C131110050C15117575M2521112575M2511125100C22

66014.430

Remarksin HMC


WeightHMC


No/YesPanned


~1000 grains pyrite (25-1500µm).5411515C3YesTPKRC-10-64-02~350 grains arsenopyrite (50-750µm).6332525C53 grains scheelite (200µm).7525025C83 grains galena (75-100µm).115050C10

2117550C1311125100C22

21717.522

~500 grains pyrite (25-500µm).3121515C3YesTPKRC-10-65-01~25 grains arsenopyrite (50-200µm).332525C52 grains scheelite (150µm). 4315025C82 grains molybdenite (75-100µm).3217525C10

1110025C13115050C10117550C131112550C18

16817.517

10% pyrite.1511131515C3YesTPKRC-10-66-01~12,000 grains arsenopyrite (50-1500µm).26121132525C5~500 grains marcasite (25-25µm).111735025C82 grains scheelite (200µm).62317525C10~15 grains molybdenite (150-250µm).8175050C10

83417550C134410050C154227575C15522110075C181112575C2011250125M50

193716.689

5% pyrite.6331515C3YesTPKRC-10-66-02~1500 grains arsenopyrite (25-1500µm).221662525C5~2000 grains marcasite (25µm).1511315025C82 grains scheelite (100µm).3127525C105 grains molybdenite (100-500µm).4225050C10

62227550C1332110050C152212550C182117575C1532110075C182212575C201115075M7511100100C2011150100C7511125125C7511400150M100

507919.673

~1500 grains pyrite (25-75µm).112525C5YesTPKRC-10-67-01~150 grains arsenopyrite (25-500µm).117525C10~200 gains marcasite (15-25µm).227550C13

3442.84


31115025C8117525C1051225050C102117550C131110050C15117575C15

23115.524

~500 grains pyrite (25-200µm).6241515C3YesTPKRC-10-68-02~50 grains arsenopyrite (50-100µm).62222525C51 grain scheelite (150µm).115025C8

117525C101110025C1341125050C10117550C13117575C151110075C181115075M50

39521.223

Remarksin HMC


WeightHMC


No/YesPanned


~200 grains pyrite (25-100µm).2111515C3YesTPKRC-10-69-012 grains arsenopyrite (150µm).2112525C52 grains scheelite (200µm).3125025C8

117525C101110025C13115050C10227550C132210050C1511175100C2711175125M25

65916.916

~750 grains pyrite (25-750µm).41121515C3YesTPKRC-10-69-02~30 grains arsenopyrite (50-150µm).5322525C51 grain molybdenite (200µm).2115050C10

51317550C132210075C1811125100M50

48019.119

2% pyrite.111515C3YesTPKRC-10-69-03~1500 grains arsenopyrite (50-750µm).222525C53 grains molybdenite (150-200µm).2117525C105 grains galena (75-150µm).115050C10

3418.56

2% pyrite.4311515C3YesTPKRC-10-69-04~8000 grains arsenopyrite (25-1000µm).82422525C52 grains molybdenite (100-150µm).52125025C8~10 grains galena (50-150µm).117525C10

4225050C1031117550C1321110050C151112550C181115050C20

25525.529

5% pyrite.61411515C3YesTPKRC-10-69-05~2000 gains arsenopyrite (25-1500µm).2031432525C5~10 grains galena (50-150µm).217865025C8

3127525C1062315050C1031117550C133310050C152117575C1521110075C181110075M5011325200M75

162332.068

5% pyrite.114611515C3YesTPKRC-10-69-06~1500 grains arsenopyrite (25-1500µm).1741122525C54 grains galena (75-100µm).91445025C8

2117525C103125050C1031117550C13117575C1511250150M10011550300C71

397432.848

2% pyrite.2111515C3YesTPKRC-10-69-07~500 gains arsenopyrite (50-1500µm).112525C5~500 grains marcasite (15-25µm).41125025C82 grains scheelite (200µm).2115050C10

337550C131110075C1811150100C25

19829.114

0.5% pyrite.221515C3YesTPKRC-10-69-085232525C5

122645025C841217525C103215050C102117550C132117575C151110075C18

23923.031

~50 grains pyrite (25-200µm).115025C8YesTPKRC-10-70-01~15 grains arsenopyrite (50-150µm).11100100C201 grain scheelite (250µm).8319.02

Remarksin HMC


WeightHMC


No/YesPanned


~600 pyrite (25-1500µm).5322525C5YesTPKRC-10-70-02~250 grains arsenopyrite (25-750µm).7435025C8~100 grains marcasite (100µm).227525C10

6425050C101110050C151112550C181117550M5011225125M7511200150M7511200175M7511300150M150

547121.927

1% pyrite.111515C3YesTPKRC-10-70-03~1000 grains arsenopyrite (25-1500µm).71512525C5~2000 grains marcasite (25-50µm).3215025C82 grains molybdenite (150µm).3127525C103 grains galena (100-200µm).1110025C13

2115050C1031117550C132117575C151110075C181115075M2511125100M50

56421.825

2% pyrite.4132525C5YesTPKRC-10-70-04~2000 grains arsenopyrite (25-1000µm).3215025C8~1000 grains marcasite (25-50µm).117525C105 grains scheelite (100-400µm).115050C101 grain molybdenite (100µm).3024.39~10 grains galena (100-175µm).

5% pyrite.4221515C3YesTPKRC-10-70-05~4500 grains arsenopyrite (25-1000µm).10822525C54 grains scheelite (150-300µm).6515025C82 grains molybdenite (150-250µm).2117525C101 grain galena (500µm).1110025C13

225050C10227550C1321110050C15117575C151110075C181125075M50

64823.932

5% pyrite.3121515C3YesTPKRC-10-70-06~4500 grains arsenopyrite (25-1500µm).114612525C5~1000 grains marcasite (25-50µm).61415025C84 grains scheelite (75-1500µm).3127525C103 grains molybdenite (75-150µm).115050C104 grains galena (75-200µm).1110050C15

1115050C20117575C1511250100M75

116518.528

~200 grains pyrite (25-500µm).3211515C3YesTPKRC-10-71-014 grains arsenopyrite (50-100µm).552525C5

2115025C82115050C101117550C221110075M25

40810.414


117525C10117550C131117550C2211200100M50

85313.39


117550C13117575C15

6722.05

Remarksin HMC


WeightHMC


No/YesPanned



2115050C102117550C1311200125M50

61918.911

~3000 grains pyrite (25-1000µm).12121515C3YesTPKRC-10-71-05~250 grains arsenopyrite (25-1000µm).2110112525C5~1000 grains marcasite (15-50µm).136525025C82 grains scheelite (100-250µm).4317525C103 grains molybdenite (75-150µm).1110025C13

106225050C1042117550C131110050C15227575C1551410075C1821112575C2011100100C2011125125C2511200200M50

216816.478

1% pyrite.3211515C3YesTPKRC-10-72-01~350 grains arsenopyrite (50-500µm).82422525C55 grains galena (50-75µm).133645025C81 grain molybdenite (250µm).2117525C10

21110025C135325050C10117550C131110050C151112550C182117575C151110075C1811250150M75

147920.440

1% pyrite.111515C3YesTPKRC-10-72-02~500 grains arsenopyrite (25-1000µm).332525C51 grain molybdenite (1500µm).5235025C8

2117525C10115050C101110050C15

6825.113

1% pyrite.3121515C3YesTPKRC-10-72-03~600 grains arsenopyrite (25-500µm).61322525C5~1000 grains marcasite (25µm).61235025C83 grains scheelite (100-200µm).117525C106 grains molybdenite (25-200µm).2115050C108 grains galena (50-250µm).227550C13

11100100C2014324.321

0.5% pyrite.222525C5YesTPKRC-10-72-04~1000 grains arsenopyrite (25-1000µm).4315025C8~1000 grains marcasite (25-50µm).2115050C103 grains scheelite (25-250µm).1110075M252 grains molybdenite (100µm).8725.195 grains galena (50-300µm).

0.5% pyrite.111515C3YesTPKRC-10-72-05~1000 grains arsenopyrite (25-1000µm).442525C5~1000 grains marcasite (25-50µm).225025C83 grains scheelite (75-200µm).117525C104 grains molybdenite (25-300µm).225050C107 grains galena (75-500µm).1110050C15

11200150M100129418.912

0.5% pyrite.221515C3YesTPKRC-10-72-06~1200 grains arsenopyrite (25-1500µm).104512525C5~1000 grains marcasite (25-50µm).2115025C82 grains scheelite (100µm).53115050C101 grain molybdenite (75µm).117550C131 grain galena (150µm).117575C15

9325.721

Remarksin HMC


WeightHMC


No/YesPanned


0.5% pyrite.221515C3YesTPKRC-10-72-07~1300 grains arsenopyrite (25-1000µm).112525C5~2000 grains marcasite (25-50µm).5145025C83 grains molybdenite (100-500µm).117525C104 grains galena (75-300).115050C10

2117550C13117575C15

11718.913

1% pyrite.2111515C3YesTPKRC-10-72-08~500 grains arsenopyrite (25-750µm).7432525C5~2500 grains marcasite (15-50µm).112725025C8~10 grains galena (50-75µm).227525C10

6155050C103217550C13117575C15

26016.832


117525C102115050C10117550C131110050C15117575M251110075M50

39614.814

0.5% pyrite.111515C3YesTPKRC-10-73-02~2000 grains arsenopyrite (25-2000µm).222525C5~500 grains marcasite (25µm).115025C85 grains scheelite (50-300µm).117550C133 grains molybdenite (50-500µm).1110050C1517 grains galena (50-200µm).117575M50

1110075M7511125100M75

83017.79

0.5% pyrite.2111515C3YesTPKRC-10-73-03~2000 grains arsenopyrite (25-1500µm).81522525C55 grains scheelite (50-300µm).81345025C82 grains molybdenite (100µm).3127525C108 grains galena (50-200µm).2115050C10

71247550C13117575C151110075C181112575M5011100100M50

65020.934

1% pyrite.51221515C3YesTPKRC-10-73-04~3500 grains arsenopyrite (25-200µm).9452525C5~1000 grains marcasite (25-50µm).41215025C8~10 grains scheelite (50-1000µm).31117525C101 grain molybdenite (100µm).62315050C1013 grains galena (50-200µm).447550C131 grain gold (175 x 175 x 200) attached32110050C15to arsenopyrite.1112550C18

2210075C181110075M251120075M2511125100M2511150125M5011250175M175

332524.842

1% pyrite.81611515C3YesTPKRC-10-73-05~4000 grains arsenopyrite (25-1500µm).2541742525C5~1000 grains marcasite (15-50µm).2041155025C87 grains scheelite (50-250µm).3217525C104 grains molybdenite (50-150µm).113625050C10~40 grains galena (50-250µ.113627550C13

21110050C151112550C181115050M25227575M502210075M501115075M5022150125M75

179027.589

~4000 grains pyrite (25-500µm).115025C8YesTPKRC-10-74-01~500 grains arsenopyrite (25-100µm).11125125M25~1000 grains marcasite (25-50µm).13921.72

Remarksin HMC


WeightHMC


No/YesPanned


~4000 grains pyrite (25-1000µm).112525C5YesTPKRC-10-74-02~150 grains arsenopyrite (50-150µm).115050C10~2000 grains marcasite (25-50µm).828.321 grain scheelite (50µm).8 grains galena (50-200µm).

0.5% pyrite.115050C10YesTPKRC-10-74-03~20 grains arsenopyrite (50-200µm).117550C13~2000 grains marcasite (25-50µm).2423.923 grains scheelite (250µm).2 grains molybdenite (100µm).22 grains galena (50-150µm).

2% pyrite.41212525C5YesTPKRC-10-74-04~1000 grains arsenopyrite (25-2000µm).335050C10~500 grains marcasite (25µm).2117550C135 grains scheelite (50-200µm).21110050C155 grains galena (50-200µm).1112550C18

337575C1521110075C181117575C25

33631.418

2% pyrite.8442525C5YesTPKRC-10-74-05~2000 grains arsenopyrite (25-2000µm).8355025C8~500 grains marcasite (25µm).117525C105 grains scheelite (50-200µm).1110025C135 grains galena (50-200µm).51315050C10

72417550C1341310050C151112550C1811150125M50

73821.236

~1000 grains pyrite (25-400µm).222525C5YesTPKRC-10-75-0122 grains arsenopyrite (50-200µm).115025C8~50 grains marcasite (25µm).117575C152 grains scheelite (50-200µm).11175125M502 grains galena (50-100µm).39423.45

0.5% pyrite.221515C3YesTPKRC-10-75-02~100 grains arsenopyrite (50-200µm).11100100M25~100 grains marcasite (25µm).8222.932 grains scheelite (50-250µm).2 grains molybdenite (250µm).3 grains galena (50-200µm).

1% pyrite.112525C5YesTPKRC-10-75-03~400 gains arsenopyrite (50-200µm).117525C10~500 grains marcasite (25-50µm).1119.525 grains scheelite (75-200µm).8 grains molybdenite (50-150µm).15 grains galena (25-75µm).

Appendix E

Invoiced Expenditures for the Drilling Program

Date Invoice Number Contractor Details Amount

Camp - operational costs01/04/2010 408201011 The North West Company groceries 17.05

01/04/2010 408201652 The North West Company milk 3.55

01/04/2010 408201881 The North West Company groceries 39.16


14/01/2010 IN162416 Wasaya Airways Don B - Th Bay to LH 158.50

18/01/2010 1001170007 Victoria Inn - Thunder Bay Don B - for winter camp organization 102.99

26/01/2010 IN163258 Wasaya Airways Don's flight - T Bay to L House 158.50

27/01/2010 408208982 The North West Company gas 42.00


27/01/2010 408209056 The North West Company groceries & supplies 9.33

27/01/2010 408209017 The North West Company gas & oil 21.32

27/01/2010 1001260021 Victoria Inn - Thunder Bay acc and sustenance - Don - Jan 18-27 1,668.21

28/01/2010 408209098 The North West Company gas and oil 12.88

29/01/2010 408209337 The North West Company supplies for crew 45.89

29/01/2010 408209416 The North West Company 2 phone cards 5.40


31/01/2010 2010-01-001 Donald R Boucher Jan 2010 Contract Fees 10,000.00

31/01/2010 9804 North Star Air Ltd. flights to & from Rowlandson Lk .Jan 27-31, 2010 28,668.00

31/01/2010 9824 North Star Air Ltd. water jugs for winter camp 207.69

31/01/2010 9825 North Star Air Ltd. oil and supplies for snow machines 289.16

31/01/2010 9896 North Star Air Ltd. Jan flights to Rowlandson Lk. 2,100.00

31/01/2010 Jan 2010 Matt Sooley - Exp satelite phone 86.39

02/01/2010 408209786 The North West Company groceries and fuel & misc. supplies 3.49

02/01/2010 2010-02 Dennis A Forbes & Associates consulting & erands for camp 6,453.59

02/02/2010 1011285180 Johnnys Fresh Market groceries and other supplies 1,311.97

02/02/2010 2010-01 Dennis A Forbes & Associates Dec 09 meetings & logistics 2,946.88

02/02/2010 408209929 The North West Company supplies 39.91

02/02/2010 408209919 The North West Company gas and groceries 186.19






02/06/2010 408210604 The North West Company gas and supplies 151.55

02/07/2010 4630546 Roadpost satelite phone services 26.98



02/10/2010 IN164558 Wasaya Airways Don's flight from LH to T Bay - feb12 158.50


02/10/2010 408211142 The North West Company gas and groceries 121.38






02/11/2010 9876 North Star Air Ltd. transport of supplies 586.88

02/11/2010 9877 North Star Air Ltd. consumable supplies from Mistik store 430.14

02/12/2010 9843 North Star Air Ltd. flights with fuel, groceries etc. to winter camp 2,238.96

13/02/2010 1002130001 Victoria Inn - Thunder Bay sustenance - Don B. in Thunder bay 125.53

16/02/2010 9895 North Star Air Ltd. transportaion of fuel, crew and supplies 8,820.00

16/02/2010 9836 North Star Air Ltd. transportation of supplies etc. to winter camp 20,565.68

17/02/2010 9897 North Star Air Ltd. consumable supplies from Mistik store 2,910.87


18/02/2010 IN165118 Wasaya Airways Tom M flight from LH to T Bay - Feb 18 158.50

18/02/2010 9899 North Star Air Ltd. purchase of various supplies for camp 4,134.87

18/02/2010 55817 Randy Thorvaldson electrical supplies for camp 483.68

19/02/2010 9922 North Star Air Ltd. purchase of supplies & groceries 947.04

19/02/2010 IN165189 Wasaya Airways Don B - flight to L House 158.50

19/02/2010 00003585 Forest Helicopters Inc 36.45 hours -Jan 27 to Feb 19 - winter camp support 50,847.75

20/02/2010 1792 Star Tek Satellite install of satelite communications 2,337.28

23/02/2010 1002230002 Victoria Inn - Thunder Bay T.Morris - accomodation 128.45


23/02/2010 9934 North Star Air Ltd. supplies for camp construction 1,740.90

24/02/2010 10112886984 Johnnys Fresh Market groceries and other supplies 446.49

26/02/2010 Feb 2010 Donald R Boucher contract fees 10,000.00

26/02/2010 9947 North Star Air Ltd. supplies for winter camp 8,769.34

26/02/2010 9952 North Star Air Ltd. camp supplies 60.98

26/02/2010 Feb 2010 Thomas Morris visit to camp 1,250.00

28/02/2010 feb 2010TPK Don Boucher - Exp transport and sustenance to and from project 936.15

28/02/2010 2010-03 Dennis A Forbes & Associates camp supplies and meetings 3,923.64

28/02/2010 00003594 Forest Helicopters Inc transport of supplies and equip 6,401.43

28/02/2010 2010-NEDC-0084 Neskantaga Economic Development Corp. truck rental and accomodations 8,497.14

28/02/2010 9906 North Star Air Ltd. transport of supplies 3,969.00

28/02/2010 Feb 2010 Exp Thomas Morris transportaion etc fo project mgmt 728.00

03/01/2010 2010-08 Dennis A Forbes & Associates parts and transport for camp construction 445.53

03/01/2010 10049 North Star Air Ltd. Blair Scott in Rowlandson Lk for 21 days 6,037.50

03/09/2010 10014 North Star Air Ltd. purchase of supplies 1,576.93

03/11/2010 10043 North Star Air Ltd. camp supplies 64.72

17/03/2010 10104 North Star Air Ltd. supplies for camp 461.52

17/03/2010 10106 North Star Air Ltd. purchase of supplies 460.61


31/03/2010 March2010 Dennis A Forbes & Associates supplies and meetings 904.57


30/04/2010 Exp- April - TPK Thomas Morris maintenance of phone & internet services 389.97

30/04/2010 Exp-Apr-TPK Don Boucher - Exp camp maintenance costs 1,466.40

Total Camp 216,534$

Drilling07/01/2010 4512031 Roadpost satelite phone service 53.94

26/01/2010 10112842169 Johnnys Fresh Market general groceries 1,954.98

26/01/2010 10112842204 Johnnys Fresh Market general groceries for winter camp 1,129.45

31/01/2010 Jan 2010 Hydro One Remote Communities hydro for core shack - Jan 2010 30.62

31/01/2010 Jan 2010 Matt Sooley - Exp storage bin 53.99

31/01/2010 Jan 2010 Tom Hart - Exp meeting in OTT with Stu Avril re drill program 328.46

31/01/2010 Jan 2010 Tom Hart - Exp meeting in TO with LSG re drill program 1,102.18

31/01/2010 Jan 2010 - Exp Rep Don Boucher - Exp acc, travel, sustenance & supplies 4,270.96

31/01/2010 Jan 2010 Thomas Hart Jan 2010 Contract Fees 3,060.00

31/01/2010 Jan 2010 WSIB WSIB exp - Jan 2010 1,187.84

31/01/2010 9830 North Star Air Ltd. gear & groceries - Pickle Lk to L House 1,586.88

31/01/2010 NFN008-2009/10 Neskantaga First Nation core shack rental for Jan 2010 2,600.00

31/01/2010 2010-01-001 Donald R Boucher Jan 2010 Contract Fees 5,500.00

03/02/2010 10112854574 Johnnys Fresh Market groceries 99.79

07/02/2010 4630546 Roadpost satelite phone services 26.97

09/02/2010 NFN009 - 2009/10 Neskantaga First Nation Feb 2010 core shack rental 2,600.00

10/02/2010 10112865075 Johnnys Fresh Market groceries and supplies 1,256.85

11/02/2010 27687 Nakina Air Service Tom M - excess baggage - Feb 11, 2010 214.29

12/02/2010 9843 North Star Air Ltd. flights with fuel, groceries etc. 8,435.56

16/02/2010 9895 North Star Air Ltd. transportaion of fuel, crew and supplies 24,559.04

16/02/2010 9836 North Star Air Ltd. transportation of supplies etc. 2,076.80

18/02/2010 Feb 2010 Hydro One Remote Communities hydro for core shack - Feb 2010 29.30

18/02/2010 55817 Randy Thorvaldson transport of freight 93.44

19/02/2010 00003585 Forest Helicopters Inc 12.15 hours -Jan 27 to Feb 19 - winter camp support 16,949.25

19/02/2010 9901 North Star Air Ltd. consultation fees for winter road building 1,725.00

19/02/2010 9921 North Star Air Ltd. purchase of 59 drums of fuel 20,650.00

19/02/2010 9921 North Star Air Ltd. delivery of fuel and one groomer for ice road maintenance 3,200.00

19/02/2010 9922 North Star Air Ltd. purchase of supplies & groceries 569.09

24/02/2010 IN165622 Wasaya Airways excess baggage charge - T. Morris 25.00

26/02/2010 8836 Basic Machining supplies/repairs for winter camp 638.03

26/02/2010 Feb 2010 Matthew Sooley contract fees 167.50

26/02/2010 Feb 1-28, 2010 Thomas Hart contract fees 510.00

26/02/2010 Feb 2010 Thomas Morris contract fees 3,375.00

26/02/2010 9985 North Star Air Ltd. transport of part for welding repair 300.00

26/02/2010 Feb 2010 Donald R Boucher contract fees 5,500.00

28/02/2010 Feb 2010 WSIB WSIB expense 1,035.36

28/02/2010 9984 North Star Air Ltd. transport of groomer & escort 1,900.00

28/02/2010 9984 North Star Air Ltd. transport of 101 drums of fuel 12,929.97

28/02/2010 9984 North Star Air Ltd. purchase of 101 drums of fuel 20,905.03

28/02/2010 9906 North Star Air Ltd. transport of supplies, fuel etc to camp 34,389.66

28/02/2010 Feb 2010 Exp Thomas Morris transportaion etc fo project mgmt 728.09

28/02/2010 0210143 Overburden Drilling Management Ltd. consulting for drill program 43,565.63

28/02/2010 4748581 Roadpost satelite phone service 264.75

28/02/2010 5068 Sigfusson Northern moved equipment - pickle lake to lansdowne house 6,500.00

01/03/2010 BF-51544 Bradley Bros. Limited drill mobilization 29,140.00

01/03/2010 BF-51580 Bradley Bros. Limited drill operations - Feb 18 to 28, 2010 40,544.21




01/03/2010 408211672 The North West Company anti freeze 53.98

















03/03/2010 10112898661 Johnnys Fresh Market consumable kitchen supplies 9.71

09/03/2010 10014 North Star Air Ltd. groceries 69.79


09/03/2010 10112908446 Johnnys Fresh Market grocery refund -9.80



11/03/2010 159 Diamond Blades 4 diamond blades 1,415.30

11/03/2010 10045 North Star Air Ltd. transportation and fuel 328.00

15/03/2010 328-10 Outland Camps Feb charges for camp manager and personnel 29,361.40

15/03/2010 BF-51628 Bradley Bros. Limited drilling of 36 holes March 1-15, 2010 89,648.05

16/03/2010 10112919516 Johnnys Fresh Market groceries 1,533.23

17/03/2010 IN167278 Wasaya Airways flight to LH 317.00

18/03/2010 1003180012 Victoria Inn - Thunder Bay Accomodation etc for Don B 568.30


18/03/2010 14574322 Manitoulin Transport transport of pails , lids, core boxes etc. 904.59

19/03/2010 March 2010 Hydro One Remote Communities core shack hydro 29.30

19/03/2010 10006 North Star Air Ltd. transport of supplies and fuel 24,419.10

19/03/2010 10138 North Star Air Ltd. purchase of fuel & supplies 414.43

19/03/2010 10007 North Star Air Ltd. transportation & purchase of fuel 3,704.56

20/03/2010 IN167506 Wasaya Airways excess baggage fee 70.35




23/03/2010 00003601 Forest Helicopters Inc 23 drums of fuel at $316.75 per drum 7,285.25

23/03/2010 433 Sigfusson Northern transportaion of dozer 3,250.00

23/03/2010 13251104 Manitoulin Transport transport of saw 141.56

24/03/2010 10153 North Star Air Ltd. accomodation 89.25



25/03/2010 011986 Dominic Moonias gas 210.00

26/03/2010 00003609 Forest Helicopters Inc flight time and fuel charges 76,049.80


29/03/2010 10211 North Star Air Ltd. purchase of supplies 2,282.82

29/03/2010 10207 North Star Air Ltd. paid Blair Scott for 13 days 3,737.50

29/03/2010 10204 North Star Air Ltd. supplies for core saw 116.27

30/03/2010 2010-03-001 Donald R Boucher Contract fees 15,500.00

30/03/2010 3 Matthew Sooley Contract fees 3,250.00

30/03/2010 302 Fitzpatrick & Partners wages for drilling 1,200.00

30/03/2010 00002610 Forest Helicopters Inc fuel transportaion 1,429.56

31/03/2010 March 2010 WSIB WSIB exp - March 2010 1,200.00

31/03/2010 March 2010 Tom Hart - Exp core saw rental 2,418.12

31/03/2010 March 2010 Matt Sooley - Exp supplies for core saw & pails 908.11

31/03/2010 Mar-2010-TPK Thomas Morris phone and internet service for camp 568.25

31/03/2010 NFN010-2009-10 Neskantaga First Nation core shack rental for march 2010 2,600.00

31/03/2010 NSR-003 Neskantaga First Nation grader and sleigh - Mar 15 and 16 5,600.00

31/03/2010 Mar-2010-TPK Don Boucher - Exp transport and sustenance for TPK 2,196.02

31/03/2010 BF-51642 Bradley Bros. Limited drilling expense - March 16-31 80,711.85

31/03/2010 00003611 Forest Helicopters Inc transportaion - Mar 27-Apr 2 21,490.02

31/03/2010 338-10 Outland Camps camp manager & cooks for March 2010 28,858.00

31/03/2010 10143 North Star Air Ltd. transportaion and fule purchase 20,581.97

31/03/2010 10261 North Star Air Ltd. transportation - de-mob 3,606.00

31/03/2010 10264 North Star Air Ltd. de-mob 3,868.72

31/03/2010 4868054 Roadpost satelite phone 124.75

31/03/2010 0310177 Overburden Drilling Management Ltd. consulting services & equip rental 45,914.24

01/04/2010 237135 Victoria Inn - Thunder Bay Don Boucher 102.99

01/04/2010 25422 Nakina Air Service don's flight on march 6 214.29


01/04/2010 408219358 The North West Company camp mainteneance 972.50

12/04/2010 1812 Star Tek Satellite wireless router, internet dish etc. 417.96

21/04/2010 00145440 Exploration Services consumable supplies 99.74

21/04/2010 April 2010 Hydro One Remote Communities core shack hydro 29.15

23/04/2010 10455 North Star Air Ltd. grocreies for camp 1,071.77

26/04/2010 1004260001 Victoria Inn - Thunder Bay Don Boucher 108.14

28/04/2010 IN170689 Wasaya Airways Don Boucher - Pickle lake to Th Bay 436.00

30/04/2010 Exp-Apr-TPK Don Boucher - Exp transport etc to/from project site 2,070.79

30/04/2010 Exp-Apr2010 Tom Hart - Exp supplies for saw 140.30

30/04/2010 2010-04-001 Donald R Boucher contract fees 12,632.50

30/04/2010 00145803 Exploration Services reprographic services for April 2010 24.30

30/04/2010 4988916 Roadpost satellite phone service 53.95

30/04/2010 BF-51713 Bradley Bros. Limited April 2010 stand by charges 12,000.00

30/04/2010 Apr-2010-MNP Meyers Norris Penny FN workers camp maint & clean up 11,289.00

30/04/2010 April 2010 WSIB WSIB Expense for April 2010 1,403.36

10-May-10 410196 Overburden Drilling Management Ltd. consulting services $28,867.78

07-Jun-10 510209 Overburden Drilling Management Ltd. data interpretation $4,581.00

05-Jul-10 610234 Overburden Drilling Management Ltd. data interpretation $4,400.00

05-Jul-10 610233 Overburden Drilling Management Ltd. data interpretation $5,355.00

31-Jul-11 710004 Overburden Drilling Management Ltd. report generation $2,420.13

31-Aug-11 810034 Overburden Drilling Management Ltd. report generation $4,470.00

30-Sep-11 910070 Overburden Drilling Management Ltd. report generation $8,040.00

31-Oct-11 1010093 Overburden Drilling Management Ltd. report generation $14,415.26

Total Drilling 920,114$

Geology (wages)program preparation and 29/01/2010 00142768 Exploration Services map reproduction 97.20

program support 31/01/2010 Jan 2010 Steve vanHaaften Jan 2010 Contract Fees 4,340.00

31/01/2010 1 - Jan 2010 Matthew Sooley Jan 2010 Contract Fees 3,182.50

31/01/2010 Jan 2010 Thomas Hart Jan 2010 Contract Fees 2,550.00

31/01/2010 Jan 2010 WSIB WSIB exp - Jan 2010 644.64

26/02/2010 Feb 2010 Steve vanHaaften contract fees 1,085.00

28/02/2010 Feb 2010 WSIB WSIB expense 69.44

30/03/2010 March 2010 Steve vanHaaften Contract fees 3,410.00

31/03/2010 March 2010 WSIB WSIB exp - March 2010 218.24

30/04/2010 April 26, 2010 Matthew Sooley contract fees 3,685.00

30/04/2010 April 26, 2010 Steve vanHaaften contract fees 3,410.00

30/04/2010 April 26, 2010 Thomas Hart contract fees 5,610.00

30/04/2010 April 2010 WSIB WSIB Expense for April 2010 218.24

Total Geology 28,520$

Site Access


and trail maintenance 04/01/2010 408201881 The North West Company groceries 39.17


04/01/2010 408201652 The North West Company milk 10.63


14/01/2010 IN162416 Wasaya Airways Don B - Th Bay to LH 158.50

26/01/2010 IN163258 Wasaya Airways Don's flight - T Bay to L House 158.50

27/01/2010 21983 & 4 Nakina Air Service two flights for winter trail cutting crew 704.76




27/01/2010 408209017 The North West Company gas & oil 63.98

28/01/2010 408209098 The North West Company gas and oil 38.67

29/01/2010 408209337 The North West Company supplies for crew 137.67

29/01/2010 408209416 The North West Company 2 phone cards 16.20


09/02/2010 Jan 31,2010 Outland Camps advance payment for crew for winter camp 2,130.00

09/02/2010 286 Fitzpatrick & Partners winter road - trail 14,392.12

09/02/2010 admin-009-2009/10 Neskantaga First Nation admin fee for Feb 2010 per EEBA agreement 3,500.00

10/02/2010 IN164558 Wasaya Airways Don's flight from LH to T Bay - feb12 158.50

18/02/2010 IN165118 Wasaya Airways Tom M flight from LH to T Bay - Feb 18 158.50

19/02/2010 IN165189 Wasaya Airways Don B - flight to L House 158.50

20/02/2010 2010-NEDC-0086 Neskantaga Economic Development Corp. accomodations 4,036.00


28/02/2010 Feb 2010 Exp Thomas Morris equipment supplies for groomer 4,289.70

28/02/2010 NSR-001 Neskantaga First Nation grader and groomer operators 63,732.50

28/02/2010 2010-NEDC-0084 Neskantaga Economic Development Corp. truck rental and accomodations 20,803.36

28/02/2010 00003594 Forest Helicopters Inc transport of supplies and equip 36,274.82

02/03/2010 NSR-002 Neskantaga First Nation road grading & grooming 7,180.00

03/03/2010 10009 North Star Air Ltd. Carter Rice - road consulting 1,725.00

12/03/2010 10047 North Star Air Ltd. Carter Rice - ice consulting 1,725.00

15/03/2010 328-10 Outland Camps ice road construction costs 9,133.00

18/03/2010 10120 North Star Air Ltd. repairs on the groomer 1,331.07


Total Site Access 186,376$

Total · TPK 1,351,544$

10-{l52 • 3311

10-{l53 • 2512

10-{l56

• 25/1

10411 • 1317

• 10413

"'

• 1041S .,

• 10--060

""

• 10--03S 3211

• 10-{l50

"'

• "'

10--067 • 1811

• 10417

"'

• 10-{l75

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- • 10-{l31

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• 10-{l74

/ J '"" L ,•

10-{l01 • 111

_gsllfS[:_~~------~.-.. ~ .. -~ • 10.016 611

• 10-{l17 m

• 10--025

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'"

' • 18J3

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-:--'

• 10.013

"'

10.018 • 2812

• 10--010

'"

10--008 . 1311

\ \ \ \

. 1Ml02

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• 1o--o22 00

- 60-

1412

LEGEND Reverse circulation drill hole No. TPKRC" 10-002 with an average normalized gold count of 4 grains over 3 till samples

Reverse circulation drill hole No. TPKRC- 10-022 with no till present

60 gold grains (normalized) per sample contour (contoured at 10. 20. 40. 60. 100 and 140 grains per sample)

0 250

Me! res

Scale= 1:10,000 NAD83, Zone 16U

500


Northern Superior Resources Inc.

TPK JOINT VENTURE

PLAN 1 - NORMALIZED GOLD GRAINS IN TILL April2011

Overburden Drilling Management Limited

10-0~2

. 12611

10-056 • 360SJ1

10-0~1 • 6811

,.,., • 1917

10-043 . 712

.·-1311

10-04~

• NSIO

10-048 • "'

f"'~o~39 '-Z)

• 10-060 224117

10:.067 • 66211 -

• 10-061 29711

10-036 • 12311

/.3, t · ~;r .;_y

,.,., • 748/2

10-<131 e 11SSI6

10-069 • 1166/S

10-<170 . 146716

• 10-073 189615

10-<171 • 5al5

10-027 • 22615

.....

• 10-017 4~11

• 10-02~

24714

.....

• 10.002

3013

·:<-

10-01 ~

• 10-014 ,.,

• 10-006 115/t

•

10-011 • 1~914

10-007 • 1713

• 10.002

~·

- 50-

LEGEND Reverse circulation drill hole No. TPKRC-10-002 with an average normalized arsenopyrite count of 30 grains over 3 till samples

Reverse circulation drill hole No. TPKRC-10-022 with no t1ll present

50 arsenopyrite grains (normalized) per sample contour (contoured at 5. 50. 500. 5000. and 25.000 grains per sample)

0 250

Metres

Scale= 1:10,000

NAD83, Zone 16U

>00



PLAN 2 • NORMALIZED ARSENOPYRITE GRAINS IN TILL

April2011 Overburden Dri ll ing Management Limited

2010 Winter Reverse Circulation Drilling Program Ti …...2001/06/04 · The gold grains, which are...

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Transcript of 2010 Winter Reverse Circulation Drilling Program Ti …...2001/06/04 · The gold grains, which are...