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012A/10/1526

2012 Assessment Report (5th Year) on Soil Sampling on the Gill’s Pond Block, South Tally Pond Project,

Southeast Lake Ambrose Area, Newfoundland and Labrador

NTS 12A/10

For

Paragon Minerals Corporation Suite 605 – 140 Water Street

St. John’s, NL A1C 6H6

Work conducted from May 24th, 2012 to June 1st, 2012

Total Eligible Expenditures:

013583M – $23,906.40 019631M - $948.75

Total 416 claims

Prepared by:

Christine A. Devine, M.Sc., P.Geo.

July 27, 2012

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TABLE OF CONTENTS SUMMARY .........................................................................................................................2 1.0 INTRODUCTION .........................................................................................................4 2.0 LOCATION, ACCESS AND PHYSIOGRAPHY ........................................................4 3.0 PROPERTY DESCRIPTION ........................................................................................5

3.1 Harpoon Property Agreement ............................................................................................ 7

3.2 South Tally Pond Property Agreement .............................................................................. 7

3.3 Paragon Staked Claims ........................................................................................................ 7 4.0 EXPLORATION HISTORY .........................................................................................8 5.0 REGIONAL GEOLOGY AND MINERALIZATION ..................................................9 6.0 PROPERTY GEOLOGY .............................................................................................13 7.0 2012 EXPLORATION.................................................................................................16

7.1 Lake Ambrose South East Area (Licence 13583M) ........................................................ 16 8.0 STATEMENT OF EXPENDITURES .........................................................................19 9.0 CONCLUSIONS AND RECOMMENDATIONS ......................................................19 11.0 REFERENCES ..........................................................................................................20 12.0 PROFESSIONAL CERTIFICATION .......................................................................28 LIST OF APPENDICES Appendix I. Previous Work ........................................................................................ at end Appendix II. List of Personnel and Contractors ......................................................... at end Appendix III. Rock Sample Analytical Certificates ................................................... at end Appendix IV. Analytical Procedures .......................................................................... at end Appendix V. Statement of Expenditures ................................................................... at end LIST OF TABLES Table 1. List of Property Mineral Licences. ........................................................................7 Table 2. Recommended 2012 Minimum Work Program – Southeast Lake Ambrose ......19 LIST OF FIGURES Figure 1: Location Map - South Tally Pond VMS Project. .................................................5 Figure 2. Location of the South Tally Pond properties held by Paragon in central NL .....6 Figure 3. Geology of the Island of Newfoundland. ...........................................................10 Figure 4. VMS Deposits and volcanic belts of central NL. ...............................................11 Figure 5. Geology of the Victoria Lake Volcanic Belt. .....................................................12 Figure 6. Geology and Mineral Occurrences of the Tally Pond Volcanic Belt .................15 Figure 7. Airborne Conductivity Map - South Tally Pond Project ....................................18 Figure 8. Zn in Rock Sample Locations – Southeast Lake Ambrose .......................... at end Figure 9. Cu in Soils – Southeast Lake Ambrose ........................................................ at end Figure 10. Pb in Soils – Southeast Lake Ambrose....................................................... at end Figure 11. Zn in Soils – Southeast Lake Ambrose ...................................................... at end Figure 12. Ag in Soils – Southeast Lake Ambrose ...................................................... at end Figure 13. Au and As in Soils – Southeast Lake Ambrose .......................................... at end

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SUMMARY This report covers soil sampling work completed by Paragon Minerals from May 24th to June 1st, 2012 near the Southeast side of Lake Ambrose. A total of 269 soil samples were collected during the program. The sampling was designed to follow-up on the results of an airborne survey flown in the winter 2011 and prospecting during the summer of 2011 on the Gills Pond Block. The Gills Pond Block is part of the South Tally Pond VMS (volcanogenic massive sulphide) Project and is located on NTS map sheet 12A/10 and 12A/07 in the Lake Ambrose Area of Central Newfoundland. The South Tally Pond Project is located 110 kilometres southwest of the town of Grand Falls-Windsor, NL and 35 kilometres south of the community of Millertown, NL. The properties cover rocks of the Tally Pond Volcanics that are being explored for base metal VMS deposits within the same geological environment as the nearby Duck Pond Mine and Lemarchant Deposit. The Property consists of five, contiguous 100% controlled properties or blocks including the Harpoon Block, Gill’s Pond Block, Higher Levels Block, South Tally Pond Block and the South Tally Pond Extension Block. The aggregate land position comprises 8 map-staked mineral licences (856 claims) covering 21,400 hectares immediately southwest of the Duck Pond Mine. Paragon Minerals Corporation has a 100% interest in the mining and mineral rights to the Property.

The South Tally Pond Project area has been explored intermittently since the late 1960’s for precious metal-rich polymetallic volcanogenic massive sulphide deposits. The bulk of the historic exploration work in the area was completed by Noranda and its various partners between 1973 and 1998. This exploration work resulted in the discovery of the Duck Pond and Boundary deposits. In addition, Noranda discovered numerous other prospects including the Lemarchant, Rogerson Lake, Bindon’s Pond, Higher Levels, Spencer’s Pond and Beaver Lake Prospects through geochemical and geophysical surveys. Each of these areas has seen limited to no drilling underscoring the underexplored nature of the western half of the Tally Pond Volcanic belt. The South Tally Pond Project is underlain by rocks of the Victoria Lake supergroup which consists of a structurally complex, composite collage of bimodal Neoproterozoic to Ordovician arc-related magmatic and sedimentary rocks. The Victoria Lake supergroup hosts numerous base metal-bearing VMS deposits, showings and extensive alteration zones, and several gold deposits and showings. This mineralization is distributed throughout all of the lithotectonic assemblages, including the Tally Pond Volcanic Belt, that comprise the supergroup. The Tally Pond Volcanic Belt consists of Cambrian-aged volcanic, volcaniclastic and sedimentary rocks that extend from Victoria Lake northeast to Burnt Pond. The South Tally Pond Project is situated in the same volcanic belt and to the immediate southwest of Teck Resources Limited’s Duck Pond Copper-Zinc Mine (5.1 million tonnes averaging 3.6% Cu, 6.3% Zn, 1.0% Pb, 64 g/t Ag and 0.9 g/t Au for both the Duck Pond and Boundary deposits). Soil sampling on other prospects of the Tally Pond Volcanic Belt (i.e. Lemarchant, Beaver Lake) has shown that anomalous trends of base and precious metals exist over known mineralized horizons. Trends are best observed using the 90th to 95th percentile rank of data to distinguish anomalous trends from background values. The soil sampling program conducted by Paragon

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Minerals in May 2012 over a broad airborne EM anomaly at the Southeast end of Lake Ambrose has also produced some interesting base metal trends such as anomalous copper and zinc along the strike of the EM anomaly and 3 elevated gold values of 18, 78, 1113 ppb that coincide with elevated As values at the west end of the soil grid. Previous mapping has shown that the EM anomaly is likely underlain by a mafic volcanics and this may explain the higher copper values in soils but the anomalous gold values are not easily explained and require follow up work such as additional soil or lake sediment sampling as well as ground geophysical surveys suitable for detection of conductive bodies at depth.

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1.0 INTRODUCTION This report documents a soil sampling program completed by Paragon Minerals Corporation (“Paragon”) on mineral licences 013583M and 019631M of the South Tally Pond Project area from May 24th to June 1st, 2012. The soil sampling was designed to follow-up on the results of an airborne electromagnetic (EM) and magnetics survey and prospecting completed by Paragon in 2011. A total of 269 soil samples were collected and analyzed for copper, lead, zinc, gold, silver, and arsenic. All data and work presented in this report are presented in UTM NAD27, Zone 21U, unless otherwise stated. 2.0 LOCATION, ACCESS AND PHYSIOGRAPHY The South Tally Pond Project (“Property”) is located in central Newfoundland, approximately 110 kilometres southwest of Grand Falls-Windsor and 35 kilometres south of Millertown (Figure 1). The property is located near Rogerson Lake and Lake Ambrose on NTS map sheets 12A/10 (Lake Ambrose) and 12A/07 (Snowshoe Pond) centred at approximately 521000E/5375000N (Figure 1). The property has excellent, year-round road access from well-maintained logging/mining roads originating from the paved highway at Millertown. Access to the South Tally Pond Project area is gained by travelling south from Millertown on a gravel road maintained by Teck Resources Limited and Newfoundland Hydro to Lake Ambrose. Secondary logging roads and trails provide good truck and/or ATV access to most parts of the Property. The physiography of the Victoria Lake-Millertown region as summarized by Klassen (1994) can be divided into three areas geographically defined as the northwestern, southern and central areas, as follows: the northwestern area is underlain by gabbros and diorites forming the high (400-600 m) northeast-southwest trending ridges of the Annieopsquotch Mountains. The southern area, south of Victoria Lake, is a barren, gently undulating, peneplane of approximately 350-400 m elevation, which extends to the south coast of Newfoundland. The central area consists of the gently undulating and hummocky, heavily forested valleys of the northeast flowing Victoria and Tulks River systems. On a property scale, the area has a mean elevation of about 300 meters and is characterized by low, rounded hills. Second growth forest cover is interspersed with cut-over areas, several bogs and a few medium sized ponds and small to medium-sized lakes (Rogerson Lake, Lake Ambrose and Quinn Lake). The property is drained by small brooks which flow northeast to Harpoon Brook. Bedrock exposure is generally less than 1%. The region is covered with a thin veneer of Pleistocene glacial till and outwash deposits typically 2-10 meters thick, but reaching up to 20 meters thick locally. The glacial cover is composed of as many as three separate till sheets. An earlier southerly ice flow direction (140o-170o) and a later northeast one (40o-60o) have been identified (Kean and Jayasinghe, 1980 and Klassen, 1994).

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Figure 1: Location Map - South Tally Pond VMS Project. 3.0 PROPERTY DESCRIPTION The South Tally Pond Project consists of 8 map-staked mineral licences comprising 856 claims for a total of area of 21,400 hectares (Figure 2; Table 1). The project is divided into 5 main blocks: Harpoon, Gill’s Pond, South Tally Pond, Higher Levels, and South Tally Pond Extension with 2 areas of influence (AOI’s): Barren Lake and Lake Douglas West (Figure 2). Two of the blocks, the Harpoon Block and South Tally Pond Block, are subject to underlying property agreements as further described below. The remaining three blocks were staked by Paragon and are not subject to underlying agreements.

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Figure 2. Location of the South Tally Pond properties held by Paragon in central Newfoundland.

Southeast Lake Ambrose Soil Grid Location

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Table 1. List of Property Mineral Licences. Licence Property Registered

Holder NTS Claims Area

(Ha) Anniversary

Date

019459M South Tally Pond Paragon Minerals Corporation 012A/10 42 1050 18-Sep-16

019627M South Tally Pond Paragon Minerals Corporation 012A/10 52 1300 13-Dec-12

019631M South Tally Pond Paragon Minerals Corporation 012A/10 256 6400 29-Jan-12

019092M South Tally Pond Paragon Minerals Corporation

012A/07,10 151 3775 29-Jan-19


013583M South Tally Pond Paragon Minerals Corporation 012A/10 160 4000 11-Jun-12


014158M South Tally Pond Paragon Minerals Corporation

012A/07,10 150 3750 19-Nov-12

Total 8 licences 856 21400 3.1 Harpoon Property Agreement The Harpoon Property Agreement covers 225 claims for a total area of 5,625 hectares (Figure 2). The Harpoon Block was optioned from local prospectors. Paragon has completed all option payments and holds a 100% interest in the property. The property is subject to a 2.0% NSR payable to the vendors of which Paragon can purchase 1.0% for $1.0 million. Paragon has the right of first refusal on the remaining 1.0%. 3.2 South Tally Pond Property Agreement Paragon has an option to earn a 100% interest in the mining and mineral rights of the South Tally Pond Block from Altius Resources Inc. (“Altius”) by issuing a total of 1,000,000 [500,000 issued] Paragon shares over an 8 year period with the final share payment to be made in 2014. Xstrata retains a 2% NSR on the ground and the right to purchase the concentrate from any operating mines on the property via an underlying agreement with Altius Resources Inc. Xstrata is entitled to a cash payment of $2,000,000 upon commencement of commercial production. Title to the mineral licences is held by Paragon. 3.3 Paragon Staked Claims Paragon has acquired, through map staking, ground that forms a part of the South Tally Pond Project, comprising the Gill’s Pond, Higher Levels and South Tally Pond Extension blocks. This ground is not subject to any of the Property Agreements with the exception of a portion of the South Tally Pond Extension Block that falls within the Barren Lake AOI and is subject to a 2.5% NSR payable to the vendors of which Paragon can purchase 1.5% for $1.5 million (Figure 2). Paragon has the right of first refusal on the remaining 1.0%. A portion of the South Tally Pond Extension Block also falls under the Lake Douglas West AOI and is subject to a 2.0% NSR

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payable to the vendors of which Paragon can purchase 1.0% for $1.0 million. Paragon has the right of first refusal on the remaining 1.0%. 4.0 EXPLORATION HISTORY The South Tally Pond Project area has been intermittently explored since the late 1960’s for base metal massive sulphide mineralization following cursory exploration work by Asarco during the 1960’s and 1970’s. Asarco drilled a total of 3 holes testing relatively long strike length EM conductors resulting in the presumed intersection of largely thick sequences of black, graphitic shale, in the Beaver Lake and Rogerson Lake areas. The lack of drill logs, orientation, and length and location information for these holes precludes any significant interpretation of what results may have been obtained. The earliest preserved record of diamond drilling within the property is from 6 drillholes completed in 1975 by Labrador Mining and Exploration Co. Ltd. in the Harpoon Brook area (Tuffy, 1975). The bulk of the exploration work was undertaken by Noranda and its various partners from 1973 to 1998. Systematic exploration work by Noranda resulted in the discovery of several base metal VMS deposits and occurrences in the area (e.g. Duck Pond, Boundary, Moose Pond, and Lemarchant). In addition, geological, geochemical and geophysical surveys conducted by Noranda in other areas throughout the Tally Pond Belt resulted in the discovery of several areas of anomalous geochemical signatures that are coincident with zones of altered volcanic stratigraphy with geophysical conductors. Altius optioned the South Tally Pond Block from Noranda in 2000. From 2001-2005, Altius completed comprehensive geological mapping, re-logging and re-sampling of 14 diamond drill holes from the Lemarchant prospect (currently known as the Lemarchant Deposit) and lithogeochemical sampling which resulted in better definition of the extents of the Lemarchant and Spencer’s Pond prospects (Barbour and Churchill, 2002; 2003; 2004; 2005) Altius also conducted an 844.9 line kilometre airborne HTEM survey covering the Rogerson Lake, Spencer’s Pond and Lemarchant areas that confirmed known conductors and outlined new conductors in all three alteration zones outside areas of previous geophysical surveying. Paragon optioned the South Tally Pond Block from Altius in December 2006. In 2007, Paragon successfully intersected massive sulphide at the Lemarchant Deposit in drill hole LM07-13. Through continued drilling, massive sulphide was encountered over a 500 metre strike length (Section 101N to Section 106N) and has lead Paragon to focus most of its exploration efforts on increasing and expanding the Lemarchant Deposit. Paragon has covered the entire South Tally Pond Project area with AeroTEM airborne EM and magnetics and has completed 21,259.1 metres of diamond drilling in 60 holes, soil sampling, linecutting, ground EM geophysical surveying (20.725 line kilometres) and ground Titan 24 survey (14.4 line kilometres) and borehole pulse EM geophysics (19 holes; 8,855 metres) at the Lemarchant Deposit (Copeland et al., 2008a, b, Copeland et al., 2009; Copeland, 2010; Copeland and Devine, 2011; Devine et al., 2011; Fraser et al., 2012).

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Although most of the focus has been on Lemarchant, Paragon has also completed work on several alteration zones including prospecting, soil sampling, and short drill programs on the Beaver Lake, Duckworth and Cookstown prospects. Details of previous exploration work and the location of prospects and mineral occurrences in the South Tally Pond Project area are presented in Appendix I. 5.0 REGIONAL GEOLOGY AND MINERALIZATION The island of Newfoundland covers the northern extremity of the Appalachian Orogen. Four major tectonostratigraphic zones have been identified in this segment of the orogen. From west to east, these are the Humber, Dunnage, Gander, and Avalon zones (Figure 3). These zones record the opening and closing of the Iapetus Ocean in the late Precambrian and early Palaeozoic (Williams, 1979). The Dunnage Zone has been subdivided into the Notre Dame and Exploits subzones, representing volcanic belts that formed on the Laurentian and Gondwanan sides of the Iapetus Ocean, respectively (van Staal et al., 1998). These subzones are separated by an extensive fault system termed the Red Indian Line (Figure 3, 4). The South Tally Pond Project area is situated within the Exploits subzone which includes volcanic and sedimentary rocks of back-arc and island-arc (e.g. Tally Pond Volcanic Belt) affinity, associated intrusions, and ophiolitic rocks. The area is underlain by the Victoria Lake supergroup (Evans and Kean, 2002; Rogers and van Staal, 2002). The Victoria Lake supergroup consists of a structurally complex, composite collage of bimodal Neoproterozoic to Ordovician arc-related magmatic and sedimentary rocks (Figure 5). The Victoria Lake supergroup has been subdivided into a northern and southern terrane (Evans and Kean, 2002) that is separated by the Rogerson Lake Conglomerate. The northern terrane consists of 6 distinct lithologic assemblages, bounded by the Red Indian Line to the northwest and the Victoria Lake Shear Zone to the southeast, with the volcanic packages defining an overall northwest younging arrangement (Rogers and van Staal, 2002; Valverde-Vaquero and van Staal, 2002; Zagorevski et al., 2003). From west to east the assemblages include: the Pats Pond assemblage (488Ma?), the Tulks Hill assemblage (498 +6/-4Ma; 495 ± 2 Ma), the Long Lake assemblage (~505 Ma), Harpoon Brook assemblage (pre-Caradocian clastic sedimentary rocks), the Tally Pond assemblage (513 ± 2 Ma, 509 ± 1 Ma, 512 ± 2 Ma, 514 ± 7 Ma), and the Burnt Pond/Spencer’s Pond assemblage (~563 Ma, 572 ± 4 Ma). The contacts between the different assemblages are high-strain zones, and are generally interpreted to be thrust faults. The Victoria Lake supergroup hosts numerous base metal-bearing volcanogenic massive sulphide (VMS) deposits, showings and extensive VMS alteration zones, and several gold deposits and showings (Figure 5). This mineralization is distributed throughout all of the lithotectonic assemblages that comprise the supergroup. The Tulks Hill assemblage contains eight known sub-economic massive sulphide deposits, including the Boomerang deposit of Messina Minerals which has an estimate (using a 1% zinc cut-off grade) of an indicated mineral resource totalling 1,364,600 tonnes grading 7.09% zinc, 3.00% lead, 0.51% copper, 110.43 g/t silver, and 1.66 g/t gold, and an inferred mineral resource of 278,100 tonnes grading 6.72% zinc,

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Figure 3. Geology of the Island of Newfoundland (from Department of Mines and Energy).

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Figure 4. VMS Deposits and volcanic belts of central Newfoundland (after NL Dept. Mines and Energy). 2.88% lead, 0.44% copper, 96.53 g/t silver, and 1.29 g/t gold. Domino, adjacent to Boomerang and thought to be the same mineralized horizon, hosts another 411,200 tonnes inferred mineral resource grading 6.3% zinc, 2.8% lead, 0.4% copper, 94 g/t silver and 0.6 g/t gold (Messina Minerals press release, June 21, 2007). The Tally Pond Assemblage contains five massive sulphide lenses at the Duck Pond and Boundary deposits, with calculated proven and probable reserves of 5.48 million tonnes grading 3.3% copper, 5.8% zinc, 0.9% lead, 59 g/t silver and 0.8 g/t gold. Teck Resources Limited is currently mining the Duck Pond Deposit with the Boundary Deposit slated for later production. Similar VMS-style alteration assemblages associated with disseminated and stringer base metal sulphide mineralization have been located elsewhere in the Tally Pond Belt. The most notable of these are the Burnt Pond Prospect about 20 kilometres northeast of Duck Pond, and at the Lemarchant Deposit about 25 kilometres to the southwest of Duck Pond (Collins, 1994).

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Figure 5. Geology of the Victoria Lake Volcanic Belt.

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The Lemarchant Deposit alteration zone has been outlined over a strike length of 4 kilometres and consists of silicified, chloritized or sericitized rhyolite with abundant disseminated and stringer sulphide mineralization. The altered rhyolite has a very similar alteration signature to felsic units that host the Duck Pond and Boundary deposits to the northeast. The majority of the historical drilling on Lemarchant (14 holes, 3,018 metres) concentrated on an 1100-metre section within the central portion of this alteration zone and tested the stratigraphy to a depth of 160 vertical metres. Since acquiring the South Tally Pond property in 2006, Paragon has focused much of its effort on the Lemarchant Deposit. Following-up anomalous base and precious metal results from drilling by Noranda (4.5% Cu, 5.7% Zn, 273 g/t Ag, 1.06 g/t Au over 0.30 m in hole LM92-7), Paragon intersected 0.77% Cu, 7.49% Zn, 2.13% Pb, 40 g/t Ag, 0.21 g/t Au over 5.05 m in their first hole LM07-13. This hole is some 140 m down dip of LM92-7 and at a depth of only 160 m below surface. Since the discovery, Paragon has completed over 21,259.1 metres of diamond drilling in 60 holes at Lemarchant and has outlined a zone of significant sulphide mineralization over a 500 m strike length based on widely spaced and infill drilling (> 50 to 100 m centres) (Copeland et al., 2007, 2008a, 2008b; Copeland, 2010; Devine et al., 2011). In early 2012, Paragon released an initial resource estimate on the Lemarchant Deposit with an Indicated Mineral Resource of 1.24 million tonnes grading 5.38% Zn, 0.58% Cu, 1.19% Pb, 1.01 g/t Au and 59.17 g/t Ag and an Inferred Mineral Resource of 1.34 million tonnes grading 3.70% Zn, 0.41% Cu, 0.86% Pb, 1.00 g/t Au and 50.41 g/t Ag (7.5% Zn equivalent grade cut-off) (Fraser et al., 2012)

These VMS accumulations are associated with extensive hydrothermal alteration zones, which may be used as a guide to exploration in this environment. The felsic volcanics in the vicinity of the Duck Pond and Boundary deposits were subjected to pervasive vein silicification and sericitization. Within about 100 meters of the sulphide bodies the main alteration is strong to intense chloritization, with disseminated, stringer and semi-massive pyrite. A late stage carbonate alteration halo occurs, replacing chlorite alteration, immediately above, below and for 200 meters laterally from the Duck Pond deposit. The alteration consists of contorted calcite veins. Noranda discovered the Duck Pond deposit through follow up of alteration along the favourable felsic volcanic horizon. Lithogeochemical sampling by Noranda of the alteration zones associated with the Duck Pond and Boundary deposits has led to the recognition of a geochemical pattern which they termed the “Duck Pond Signature”. The Duck Pond alteration signature is characterized by plotting log(Hg/Na2O) versus log(Ba/Sr) (Collins, 1989a). 6.0 PROPERTY GEOLOGY The South Tally Pond Project area occurs within the Tally Pond assemblage (informally renamed Tally Pond group by Pollock et al. (2002); Figure 5 and 6). They define the Tally Pond group as the assemblage of volcanic, volcaniclastic and sedimentary rocks that extend from Victoria Lake northeast to Burnt Pond. These rocks are sub-divided into four sequences: the Lake Ambrose, Boundary Brook and Burnt Pond formations, and the black shale mélange. The Lake Ambrose formation consists of variably amygdaloidal, locally porphyritic, pillowed to massive mafic flows, with lesser breccias, autoclastic, hyaline and reworked tuffs, and dikes. These rocks are compositionally sub-alkalic basalts or basaltic andesites with a depleted island-

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arc tholeiitic signature (Figure 5; Pollock and Wilton, 2001). The mafic volcanics are intricately intermingled and interlayered with felsic rocks of the Boundary Brook formation, indicating synchronous deposition. These rocks are host to numerous volcanogenic massive sulphide deposits and occurrences within the Tally Pond volcanic belt (e.g. Duck Pond, Boundary, Lemarchant). The Boundary Brook formation consists of felsic flows that are variably massive to pseudo-brecciated and locally flow banded, breccias, tuffs and quartz porphyry with rhyolitic to dacitic composition and arc geochemical signatures. The Burnt Pond formation is an extensive unit of epiclastic sedimentary rocks comprised of greywacke, conglomerate, argillite, siltstone and minor chert. The sedimentary rocks contain dominantly volcanic detritus, with pyroclastic content and clast size increasing with proximity to the volcanic rocks, suggesting derivation from the adjacent volcanics. However, the sedimentary rocks are very rarely in direct contact with the volcanics, generally being separated by an extensive black shale mélange. Based on scant fossil data the mélange is tentatively correlated with the regional Caradocian black shale, although minor black shale layers are interfingered with the volcanic rocks of the Lake Ambrose and Boundary Brook formations. These interfingering black shale sequence commonly occur at the contact between the mafic Lake Ambrose formation and felsic Boundary Brook formation contacts and in places comprise massive bedded pyritic mudstone that is intimately associated with base metal massive sulphide mineralization (e.g. Duck Pond, Lemarchant).

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Figure 6. Geology and Mineral Occurrences of the Tally Pond Volcanic Belt

SE Lake Ambrose Soil Grid Location

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7.0 2012 EXPLORATION From May 24th to June 1st, 2012, Paragon Minerals Corporation completed a program of soil sampling on the Harpoon Properties that was designed to follow-up on the results of an airborne survey flown in the winter 2011 and prospecting completed in the summer of 2011. A total of 269 B-horizon and till (minor humus) soil samples were collected during the program. 253 of these samples were taken on licence 013583M and 16 samples on licence 019631M. The work was completed by Paragon staff as presented in Appendix II. Soil sample locations and descriptions are presented in Appendix III with analytical certificates presented in Appendix IV. A summary of the analytical procedures used is presented in Appendix V. 7.1 Lake Ambrose South East Area (Licences 013583M and 019631M) Prospecting over a broad (1.1 km) and extensive (3.5 km) airborne EM conductor at the southeast end of Lake Ambrose was the primary target for follow-up soil sampling. The broad EM conductor may represent a flat-lying horizon below surface such as a mudstone horizon at a mafic-felsic contact (Figure 7). Prospecting in 2011 comprised the collection of 10 rocks samples (RNF21774 to 21782 and RNF39802) which resulted in the discovery of disseminated base metal sulphides within altered felsic volcanic rocks to the south of a long (4 kms) airborne conductor with assays up to 770 ppm Zn (RNF21775) (Figure 8). The soil grid lines were laid out perpendicular to the strike of the EM conductor to cover the highest conductivity and most accessible part of the anomaly and to cover anomalous Zn in rock samples. The grid consists of 8 lines (300E to 1700E) of varying lengths that are spaced at 200 metres and 25 metre sample station spacing along the line for a total of ~6.7 line kilometers of grid. No grid lines were established for the soil sampling, all samples were taken along a GPS (NAD 27) grid. Samples were collected with a standard soil auger and were placed in brown paper kraft bags. Samples were then shipped to Eastern Analytical and analyzed by ICP-11 (Aqua-Regia) which provides Fe, Mn, Pb, As, Sb, Zn, Co, Cu, Ni, Mo and Ag. Au was analyzed with fire assay. The results of the analyses were ranked as a percentage of the data set (using only samples plotting above the detection limit) to provide background and anomalous trends. Samples have been bubble plotted and those in the 90th to 95th percentile are considered anomalous. Several maps are plotted with Zn, Cu. Pb, Ag, As (ppm), and Au (ppb) overlying the EM conductor and are presented at the end of this report. Anomalous Cu (Figure 9) best represents the strike of the EM conductor with higher than background values distributed through the highest conductance part of the EM anomaly. The anomalous Cu trend could be attributed to more of a mafic component to the rocks which are mapped through the area. Pb has anomalous clusters over the northeast end of the conductor and an anomalous trend over the southern edge of the EM anomaly (Figure 10). Anomalous Zn (90 to 95th percentile) also represents a subtle trend along the strike of the EM conductor (Figure 11). There are no significant Ag trends or clusters (Figure 12). Only 3 samples analyzed for Au measure over the detection limit so Au is plotted as ppb and has not been percentile ranked. While only 3 samples are anomalous in Au (18, 78, 1113 ppb), interestingly, they all occur at southeast end of the EM anomaly and the presence of a 1.113 g/t

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Au sample may suggest the presence of visible gold. A subtle trend of anomalous As exists along the northeast part of the conductor and a more obvious trend exists along the last line on the west end of the soil grid. Coincidentally the elevated Au values on line 300E correlate with the anomalous As values suggesting the Au values are real and not an analytical error

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Figure 7. Airborne Conductivity Map - South Tally Pond Project

SE Lake Ambrose Soil Grid Location

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10.0 REFERENCES Arseneau, V. et al. (1994) 1993 Report of Work by Noranda Exploration Company, Limited on

AND Charter, RL #227, RL #228, RL #229, RL #231, RL #232, RL #234, RL #235, RL #247, Vol 1 Fol 110, Vol 2 Fol 25, SP Vol 2 Fol 307, Vol 1 Fol 43, Vol 1 Fol 61, Vol 1 Fol 62, Vol 2 Fol 29.

Barbour, D. and Churchill, R. (2005) First Year Supplementary & Second Year and Fifth Year

Supplementary & Sixth Year Assessment Report on Geological Mapping, Lithogeochemistry, Diamond Drill Core Relogging, & Airborne HTEM Surveying, Licenses 9569M & 8183M, South Tally Pond Property, Rogerson Lake Area, Central Newfoundland, NTS 12A10 & 12A07.

Barbour, D. and Churchill, R. (2004) First and Fifth Year Assessment Report on Geological

Mapping & Lithogeochemical investigations, Licenses 9569M & 8183M, South Tally Pond Property, Rogerson Lake Area, Central Newfoundland, NTS 12A/10 & 12A/07.

Barbour, D. and Churchill, R. (2003) Fourth Year Assessment Report on Lithogeochemical

Investigations, License 8183M, South Tally Pond Property, Rogerson Lake Area, Central Newfoundland, NTS 12A/10 & 12A/07.

Barbour, D. and Churchill, R. (2002) Third Year Assessment Report on Geological &

Lithogeochemical Investigations, License 8183M, South Tally Pond Property, Rogerson Lake Area, Central Newfoundland, NTS 12A/10 & 12A/07.

Barbour, D. and Churchill, R. (2001) Report on Diamond Drilling & Down-hole Time Domain

EM Surveys on Grouped License 8183M, South Tally Pond Property, South-central Newfoundland, NTS 12A/10 & 12A/07.

Collins, C. (1987) First Year Assessment Report on Licence 2863-Jigsaw Pond, Licence 2864-

Trout Pond, Licence 2865-Northeast Tally Pond, Licence 2866-Lost Pond, 12A/9, 10. Unpublished Assessment Work Report prepared for Noranda Exploration Company, Limited. 23 pages.

Collins, C. (1989a) Third Year Assessment Report on Lost Pond Property (4773), Licence 2866,

NTS 12A/10. Unpublished Assessment Work Report prepared for Noranda Exploration Company, Limited. 9 pages.

Collins, C.J. (1989b) Report on Lithogeochemical Study of the Tally Pond Volcanics and

associated alteration and mineralization. Unpublished Report prepared for Noranda Exploration Company, Limited. 34 pages.

Collins, C. (1990) Fourth Year Assessment Report on the Harpoon Brook Property, Licence

3099, NTS 12A/10. Unpublished Assessment Work Report prepared for Noranda Exploration Company, Limited. 11 pages.

21

Collins, C. (1991) Report on Assessment work over Concession Lands within the boundary of the Noranda-BP Resources Ltd. Tally Pond Joint Venture, central Newfoundland. (Reid Lots 229, 231, 235 and AND Charter). Unpublished report for Noranda Exploration Co. Ltd.

Collins, C. (1992) Report on Assessment work over Concession Lands within the boundary of

the Noranda-BP Resources Ltd. Tally Pond Joint Venture (A.N.D. Charter, Reid Lot 229, 231, 234 & 235), NTS 12A/7, 9, 10. Unpublished report for Noranda Exploration Co. Ltd.

Collins, C. (1994) Report on assessment work for 1993 by Noranda Exploration on Reid Lot

231, central Newfoundland. Unpublished report for Noranda Exploration Company Ltd. Collins, C. and Squires, G. (1991) Report on Assessment Work over Concession Lands within

the Boundary of the Noranda – BP Resources Ltd. Tally Pond Joint Venture (Reid Lot 229, 231, 235 & AND Charter), NTS 12A/7, 9, 10. Written for Noranda Exploration Company, Limited.

Coulson, S.T. (1992) Results of TEM Surface and Borehole Surveys over the Prescott,

Lemarchant and Mary March Grids. Written for Noranda Exploration Co. Ltd. Copeland, D.A. and Newport, A. (2004) 1st Year Assessment Report on Airborne Geophysics on

the South Golden Promise Property, central Newfoundland, NTS 12A/10 and 12A/16. Assessment work report completed on behalf of Crosshair Exploration and Mining Corporation and Rubicon Minerals Corporation. 29 pages.

Copeland, D.A. (2007) Assessment Report on Airborne Geophysical Surveying on the Harpoon

Property (Licences 7695M, 10461M, 10464M, 10465M, 10607M, 11981M, 12357M, 12885M and 13667M) and the Barren Lake Property (Licences 9109M, 10207M, 13448M and 13449M), Lake Ambrose Area, Newfoundland and Labrador. Unpublished assessment work report prepared for Paragon Minerals Corporation.

Copeland, D.A. (2008) Assessment Report on Data Compilation, Prospecting, Soil Sampling,

Till Sampling, Trenching, Airborne Geophysical Surveying and Review of Historic Diamond Drill Core on the Harpoon Property (Licences 7695M, 10461M, 10464M, 10465M, 10607M, 11981M, 12357M, 12885M and 13667M) the Barren Lake Property (Licences 9109M, 10207M, 13448M and 13449M) and the South Tally Pond Property (Licence 8183M, 9569M and 14158M) Lake Ambrose Area, Newfoundland and Labrador . Unpublished assessment work report prepared for Paragon Minerals Corporation.

Copeland, D.A., McClenaghan, S.H., and Piercey, S.J. (2008a) 9th Year Assessment Report on

Diamond Drilling, Lithogeochemistry, Pulse EM Surveying and Line Cutting on Licence 8183M, South Tally Pond Property, Rogerson Lake Area, Newfoundland and Labrador. Unpublished assessment work report prepared for Paragon Minerals Corporation.

Copeland, D.A., Toole, R.M.S., Piercey, S.P. (2008b) Assessment Report on Diamond Drilling

and Soil Sampling, Licence 8183M (10th Year) and 9569M (5th Year), South Tally Pond

22

Property, Rogerson Lake Area, Newfoundland and Labrador. Unpublished assessment work report prepared for Paragon Minerals Corporation.

Copeland, D.A., Toole, R.M.S., Piercey, S.P. (2009) 10th Year Supplementary Assessment

Report on Diamond Drilling and Soil Sampling, Linecutting and Titan 24 Ground Geophysical Surveying, Licence 8183M, South Tally Pond Property, Rogerson Lake Area, Newfoundland and Labrador. Unpublished assessment work report prepared for Paragon Minerals Corporation.

Copeland, D.A. (2009) Assessment Report on Prospecting, Lithogeochemical Sampling and Data

Interpretation on the Harpoon Property (Licences 7695M, 10461M, 10464M, 10465M, 10607M, 11981M, 12357M, 12885M, 13583M, 13448M, 13449M and 13667M) and the South Tally Pond Property (Licence 8183M, 9569M and 14158M), Lake Ambrose Area, Newfoundland and Labrador. Unpublished assessment work report prepared for Paragon Minerals Corporation.

Copeland, D.A. (2010) 11th Year Assessment Report on Diamond Drilling and Borehole Pulse

EM Surveying, Licence 16364M, South Tally Pond Property, Rogerson Lake Area, Newfoundland and Labrador. Unpublished assessment work report prepared for Paragon Minerals Corporation.

Copeland, D.A. and Devine, C.A. (2011). Assessment Report on Airborne Geophysical

Surveying on the Harpoon Property and South Tally Pond Properties (Licences 14158M, 18888M, 13583M, 12357M and 18539M), Lake Ambrose Area, Newfoundland and Labrador. Unpublished assessment work report prepared for Paragon Minerals Corporation.

Dalton, B. (2000) Application for Diamond Drilling Assistance made to the Junior Company

Exploration Assistance Program (J.C.E.A.P.) for Drilling Programs to be conducted on the South Tally Pond Property, NTS 12A/10 and 12A/07, Rogerson Lake Area, Central Newfoundland. Written for Altius Resources Inc.

Devine, C. (2011) Assessment Report on Diamond Drilling on the Harpoon Property (Licences

18539M and 18249M), Lake Ambrose Area, Newfoundland and Labrador. Unpublished assessment work report prepared for Paragon Minerals Corporation.

Devine, C.A., Copeland, D.A. and Sparrow, B. (2011) 13th Year Supplementary Assessment

Report on Diamond Drilling, Borehole Pulse EM Surveying and Surface EM, Licences 19631M and 19092M, South Tally Pond Property, Rogerson Lake Area, Newfoundland and Labrador. Unpublished assessment work report prepared for Paragon Minerals Corporation.

Evans, D.T.W. and Kean, B.F. (2002) The Victoria Lake Supergroup, central Newfoundland –

its definition, setting and volcanogenic massive sulphide mineralization. Newfoundland Department of Mines and Energy, Geological Survey, Open File NFLD/2790, 68 pages.

23

Fraser, D., Giroux, G.H., Copeland, D.A., and Devine, C.A. (2012) NI 43-101 Technical Report and Mineral Resource Estimate on the Lemarchant Deposit, South Tally Pond VMS Project, Central Newfoundland Canada

Gower, D. (1987) Report on 1986 Field Work, Selco-Norex Joint Venture, Rogerson Lake Area

(Reid Lot 229, 234, 235, 231 and A.N.D. Charter). Written for Noranda Exploration Company Ltd.

Hinchey (2011) The Tulks Volcanic Belt, Victoria Lake Supergroup, Central Newfoundland –

Geology Tectonic Setting, and Volcanogenic Massive Sulphide Mineralization, Newfoundland and Labrador Department of Natural Resources, Geological Survey, Report 2011-02, pages 167

Kean, B.F. and Evans, D.T.W. (1988a) Regional metallogeny of the Victoria Lake Group,

central Newfoundland, In Current Research. Newfoundland Department of Mines, Mineral Development Division, Report 88-1, pages 319-330.

Kean, B.F. and Evans, D.T.W. (1988b) Geology and mineral deposits of the Victoria Lake

Group, In The Volcanogenic Sulphide Districts of Central Newfoundland. Edited by H.S. Swinden and B.F. Kean. Geological Association of Canada, Mineral Development Division, pages 144-156.

Kean, B.F. and Jayasinghe, N.R. (1980) Geology of the Lake Ambrose (12A/10)-Noel Paul’s

Brook (12A/9) map area, central Newfoundland. Newfoundland Department of Mines and Energy, Mineral Development Division, Report 80-2, 29 pages.

Kean, B.F. and Jayasinghe, N.R. (1982) Geology of the Badger map area (12A/16),

Newfoundland. Newfoundland Department of Mines and Energy, Mineral Development Division, Report 81- 2, 37 pages.

Kean, B.F., Dean, P.L., and Strong, D.F. (1981) Regional geology of the Central Volcanic Belt

of Newfoundland. Geological Association of Canada, Special Paper 22, pages 65-78. Kean, B.F. and Strong, D.F. (1975) Geochemical evolution of an Ordovician island arc of the

Central Newfoundland Appalachians. American Journal of Science, Volume 275, pages 97-118.

Klassen, R.A. (1994) Till geochemistry and ice flow data, central Newfoundland. Geological

Survey of Canada, Open File 2823, 350 pages. Lee, D. (1989) Second Year Assessment Report of the Harpoon Brook, Licence 3099, NTS

12A/10. Unpublished Assessment Work Report prepared for Noranda Exploration Company, Limited. 11 pages.

24

MacKenzie, A.C. (1985) Report on 1984 Field Work (Geophysical, Geochemical and Diamond Drilling) on Portions of Anglo-Newfoundland Development Charter and Associated Reid Lots, NTS.12A/7, 12A/9, 12A/10. Written for Noranda Exploration Company, Limited.

MacKenzie, A.C. and Robertson, K. (1986) Report on 1985 Field Work on Portions of Anglo-

Newfoundland Development Charter and Associated Reid Lots (Compilation, Geophysical, Geological), NTS.12A/7, 12A/9, 12A/10. Written for Noranda Exploration Company, Limited.

Morgan, J.A., Pickett, J.W., Froude, T. (2006) Fourth and Second Year Report on Diamond

Drilling, Trenching, Rock and Soil Sampling On Map-Staked Licences 11981M, 11983M, 12462M (4th Year) and 12460M (2nd Year), South Golden Promise Project, Central Newfoundland. Assessment work report prepared for Crosshair Exploration and Mining Corporation and Rubicon Minerals Corporation. 19 pages plus appendices.

Moore, P.J. (2003) Stratigraphic implications for mineralization: Preliminary findings of a

metallogenic investigation of the Tally Pond Volcanics, central Newfoundland. In Current Research (2003), Newfoundland Department of Mines and Energy, Geological Survey, Report 03-01, p. 1-17.

Neuman, R.B. (1984) Geology and paleobiology of islands in the Ordovician Iapetus Ocean: a

review and implications. Geological Society of America Bulletin, Volume 95, pages 118-1201.

Noranda (1998) Noranda Mining and Exploration Inc. Atlantic Region. Precious and Base Metal

Properties Available for Option in Central Newfoundland. Prepared by Noranda Staff February 1998. Newfoundland and Labrador, Department of Mines and Energy. Geofile# 012A/1231.

Piercey, S.J. and Hinchey, J. (2012) Volcanogenic Massive Sulphide Deposits of the Central

Mineral Belt, Newfoundland Geological Association of Canada-Mineralogical Association of Canada Joint Annual Meeting, Field Trip Guidebook B4, Newfoundland and Labrador Department of Natural Resources, Geological Survey, Open File NFLD/3173, 56 pages

Pollock, J.C., Wilton, D.H.C., and van Staal, C.R. (2002) Geological studies and definition of the

Tally Pond Group, Victoria Lake Supergroup, Exploits Subzone, Newfoundland Appalachians. In Current Research (2002), Newfoundland and Labrador Department of Mines and Energy, Geological Survey, Report 02-1, p.155.

Pollock, J.C., Wilton, D.H.C., and van Staal, C.R., and Tubrett, M.N. (2002) Laser ablation ICP-

MS geochronology and provenance of detrital zircons from the Rogerson Lake Conglomerate, Botwood Belt, Newfoundland. In Current Research (2002), Newfoundland and Labrador Department of Mines and Energy, Geological Survey, Report 02-1, p. 169.

25

Reid, W. (1979) First Year Assessment Report (Geochemical), Licence Numbers 1249, 12064, 12065, Gill’s Pond North Area, N.T.S. 12A/10. Unpublished Assessment Work Report prepared for Noranda Exploration Company, Limited. 3 pages.

Reid, W. (1980a) First Year Assessment Report (Geological, Geophysical and Geochemical),

Licence Number 1334, Harpoon Brook Area, N.T.S. 12A/10. Unpublished Assessment Work Report prepared for Noranda Exploration Company, Limited. 5 pages.

Reid, W. (1980b) Second Year Assessment Report (Geophysical, Geological and Geochemical),

Licence Number 1249, 12064, 12065, Gill’s Pond North Area, N.T.S. 12A/10. Unpublished Assessment Work Report prepared for Noranda Exploration Company, Limited. 5 pages.

Reid, W. (1981) Report on 1980 Field Work (Geological, Geophysical, Geochemical and

Diamond Drilling) on portions of Anglo-Newfoundland Development Charter and Associated Reid Lots, NTS. 12A/7, 12A/9 & 12A/10. Written for Noranda Exploration Co. Ltd.






Diamond Drilling) on portions of Anglo-Newfoundland Development Charter and Associated Reid Lots. Written for Noranda Exploration Co. Ltd.

Rogers, H.D. and Squires, G.C. (1988) Report of Assessment Work on Concession Lands within

the Boundary of the BP Mining – Norex Joint Venture Agreement (Reid Lot 231, 234 and AND Charter), NTS 12A/7, 9, 10. Written for Noranda Exploration Company, Limited.

Rogers, H.D. and Collins, C. (1989) Report of Assessment Work on Concession Lands Within

the Boundary of the Norex – BP Mining Norex Joint Venture Agreement Area (Reid Lot 231, 234, 235, AND Charter & Reid Lot 229), NTS 12A/7, 9, 10. Unpublished Assessment Work Report prepared for Noranda Exploration Company, Limited. 23 pages.

Rogers, N. and van Staal, C. (2002) Toward a Victoria Lake Supergroup: A provisional

stratigraphic revision of the Red Indian to Victoria Lakes area, central Newfoundland. In Current Research. Newfoundland Department of Mines and Energy, Geological Survey, Report 02-1, pages 185- 193.

26

Rogers, N., van Staal, C.R., McNicoll, V.J., Squires. G.C., Pollock, J. and Zagorevski, A. (2005) Geology, Lake Ambrose and part of Buchans, Newfoundland and Labrador; Geological Survey of Canada, Open File 4544, scale 1:50,000.

Rogers, N., van Staal, C. R., McNicoll, V., Pollock, J., Zagorevski, A., and Whalen, J. (2006)

Neoproterozoic and Cambrian arc magmatism along the eastern margin of the Victoria Lake Supergroup: A remnant of Ganderian basement in central Newfoundland?: Precambrian Research, v. 147, p. 320-341.

Saunders, P. (2001) Report on compilation, geology, prospecting and basal till sampling, Lost

Pond Project, Central Newfoundland. Licenses 7114M, 7115M, 7537M and 7695M. NTS 12A/10. Buchans River Minerals Assessment Report, 12 pages plus appendicies.

Smith, R.L., Barbour, D.M., Churchill, R. (2001) First & Second Year Assessment Report on

Diamond Drilling & Geophysics, Licenses 6559M & 6560M, South Tally Pond Property, Rogerson Lake Area, Central Newfoundland, NTS 12A/10 & 12A/07. Written for Altius Resources Inc.

Sparkes, B.A. (2005) Assessment Report of Prospecting, Compilation, Trenching, Basal Till

Sampling and Geochemical Investigations on Licences 7695M (Fifth Year) and 10607M (First Year), Harpoon Brook Property, (Rubicon Minerals Corporation Project NF442), Lake Ambrose (NTS 12A/10), Newfoundland. Rubicon Minerals Corporation. 24 pages plus appendices.

Squires, G.C. (1990) Third year assessment report of the Harpoon Brook, License 3099, NTS

12A/10. Noranda Exploration Co. Ltd, 11 pages plus appendicies. Swinden, H.S. (1990) Regional geology and metallogeny of central Newfoundland. In

Metallogenic framework of base and precious metal deposits, central and western Newfoundland. Edited by H.S. Swinden, D.T.W. Evans and B.F. Kean. Eighth IAGOD Symposium Field Trip Guidebook. Geological Survey of Canada, Open File 2156, pages 1-27.

Swinden, H.S., and Thorpe, R.I. (1984) Variations in style of volcanism and massive sulfide

deposition in Early to Middle Ordovician Island arc sequences of the Newfoundland Central Mobile Belt. Economic Geology, Volume 79, pages 1596-1619.

Thicke, M. J., (1988) First and second year assessment report on geophysical exploration for

license 2784 on claim block 2765 and license 3276 on claim blocks 4864-4874 in the Gills Pond area, Newfoundland, 15 p. Rio Algom Exploration Incorporated, Geofile 012A/10/0491.

Thicke, M. J., (1989) Report on diamond drilling, License 2784 & 3276, Gills Pond Project,

August-November, 1988, 40 p. Rio Algom Exploration Inc., Geofile 12A/10 (522).

27

Thicke, M. J., (1990) Report on diamond drilling and pulse EM survey, License 2784, Gills Pond Project, May-August, 1989, 12 p. Rio Algom Exploration Inc., Geofile 12A/10(554).

Tuffy (1975) Diamond Drilling Report, Millertown Claim Group, Newfoundland. A report

prepared for Labrador Mining and Exploration Co. Ltd. Valverde-Vaquero, P. and van Staal, C.R. (2002) Geology and magnetic anomalies of the

Exploits- Meelpaeg boundary zone in the Victoria lake area (central Newfoundland): Regional implications. In Current Research (2002), Newfoundland and Labrador Department of Mines and Energy, Geological Survey, Report 02-1, p. 197.

van Staal, C (2007) Pre-Carboniferous Tectonic Evolution and Metallogeny of the Canadian

Appalachians. In Mineral Deposits of Canada: A Synthesis of Major Deposit-types, District Metallogeny, the Evolution of Geological Provinces, and Exploration Methods. Edited by W.D. Goodfellow, Mineral Deposits Division, Geological Association of Canada, Special Publication 5, pages 793-818.

van Staal, C. and Barr, S.M. (in press) Lithospheric Architecture and Tectonic Evolution of the

Canadian Appalachians and Associated Atlantic Margin. Chapter 2 in Tectonic Styles in Canada: the LITHOPROSE Perspective, Edited by J.A. Percival, F.A.Cook, and R.M. Clowes. Geological Association of Canada Special Paper 49

Williams, H. (1979) Appalachian Orogen in Canada. Canadian Journal of Earth Sciences,

Volume 16, pages 792- 807. Williams, H., Colman-Sadd, S.P. and Swinden, H.S. (1988) Tectonic-Stratigraphic subdivisions

of central Newfoundland. In Current Research, Part B. Geological Survey of Canada, Paper 88-1B, pages 91-98.

Winter, L., Churchill, R., Barbour, D. and Voordouw, R. (2006) Seventh and Eighth Year

Assessment Report on Linecutting & Diamond Drilling, Licence 8183M, South Tally Pond Property, Rogerson Lake Area, Central Newfoundland, NTS Sheets 12A10 & 12A07. A report prepared for Altius Resources Inc. and Xtrata Zinc Canada. 32 pages.

Zagoreviski, A., Rogers, N. and van Staal, C.R. (2003) Tectonostratigraphic relationships in the

Lloyds River and Tulks Brook region of central Newfoundland: a geological link between Red Indian and King George IV lakes. In Current Research (2003), Newfoundland and Labrador Department of Mines and Energy, Geological Survey, Report 03-01, p. 167.

Zagoreviski, A. and van Staal, C.R. (2002) Structures associated with the Red Indian Line in

southwestern Newfoundland. In Current Research (2002), Newfoundland and Labrador Department of Mines and Energy, Geological Survey, Report 02-1, p. 211.

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Lake

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182561182558

182557

RNF39808

RNF39802

RNF39801

RNF21782

RNF21781

RNF21780

RNF21779RNF21778RNF21777

RNF21776

RNF21775

RNF21774

RNF29392

RNF27503

RNF27502

RNF17707RNF17706

RNF17705

RNF17704

RNF17703

RNF17702

RNF33704RNF33703

013583M

019631M

019630M

525000

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Map staked claimsExisting Drill Roads

Water_LinesWater_Polygons

Airborne Conductors (Grade)1

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South Tally Pond Project

Paragon Minerals Corporation

Scale 1:10,000 Datum: NAD27

NTS: 12A/10Drawn by:

Date: July 2012

Zn (ppm) in Rock SamplesSE Lake Ambrose

Figure 8

Conductivity(Siemens)

Zn (ppm) in rock samples!. 0 - 100

!. 100 - 200

!. 200 - 300

!. 300 - 770

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e

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Date: July 2012

Cu (ppm) in SoilsSE Lake Ambrose

Figure 9

Cu (ppm) in soils percentile rank

0.50 - 0.75 (29-35 ppm)

0.75 - 0.90 (36-48 ppm)

0.90 - 0.95 (49-58 ppm)

0.95 - 1.00 (62-243 ppm)

0.0 - 0.50 (4-28 ppm)

Lake

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Date: July 2012

Pb (ppm) in SoilsSE Lake Ambrose

Figure 10

Pb (ppm) in soils percentile rank

0.50 - 0.75 (6-7 ppm)

0.75 - 0.90 (8-9 ppm)

0.90 - 0.95 (10-11ppm)

0.95 - 1.00 (12-26 ppm)

0.0 - 0.50 (4-5 ppm)

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Date: July 2012

Zn (ppm) in SoilsSE Lake Ambrose

Figure 11

Zn (ppm) in soils percentile rank

0.50 - 0.75 (69-86 ppm)

0.75 - 0.90 (87-107 ppm)

0.90 - 0.95 (108-120 ppm)

0.95 - 1.00 (121-276 ppm)

0.0 - 0.50 (11-68 ppm)

Lake

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Date: July 2012

Ag (ppm) in Soil SamplesSE Lake Ambrose

Figure 12


Ag (ppm) in soils percentile rank

0.0 - 0.50 (0.6-0.8 ppm)

0.75 - 0.90 (0.9 ppm)

0.95 - 1.00 (1.10 ppm)

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Lake

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900E

700E

500E

300E

1700E

1500E

1300E

1100E

013583M

019631M

019630M

525000

525000

526000

526000

527000

527000

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5375

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Legend

0 150 300 450 60075Meters



As (ppm) in soils percentile rank

0.50 - 0.75 (8 ppm)

0.75 - 0.90 (9-10 ppm)

0.90 - 0.95 (11-14 ppm)

0.95 - 1.00 (15-40 ppm)

0.0 - 0.50 (6-7 ppm)


Au (ppb) in soils 18 ppb

1113 ppb78 ppb


2

3

4

5

6

7





Date: July 2012

As (ppm) and Au (ppb) in SoilsSE Lake Ambrose

Figure 13

APPENDICES

APPENDIX I- TABLE AND LOCATION MAP OF PREVIOUS WORK

[_

[_

[_

[_

[_

[_

[_

[_[_

[_

[_

[_[_

[_

[_

[_

[_[_

[_

[_ [_

018887M019631M

013583M

014158M

019631M

019627M

019459M

019092M019630M

HalfwayLost Pond

Cookstown

Rabbitown

Rawlins X

Duckworth

Duck West

Lemarchant

Gills Pond

Bindons Pond

Harpoon Brook

Rogerson Lake

Lemarchant SW

Spencers Pond

Higher Levels

Lake Ambrose SE

Boundary Deposit

Noel Paul's North

Beaver Lake North

510000

510000

520000

520000

530000

530000

540000

540000

5370

000

5370

000

5380

000

5380

000

5390

000

5390

000

St. John's

CornerBrook

Gander

NEWFOUNDLAND

ì

³

0 5 102.5

Kilometers

³

South Tally Pond VMS Project

Mineral Licence and Prospects Map

Drawn: PGR Appendix I

Scale: 1:160,000

12A07,08,09,10

Datum: NAD27 Date: July 2012


Legend

Harpoon Block

Gill's Pond Block

South Tally Pond Block

South Tally Pond Extension Block

Barren Lake AOI

Lake Douglas West AOI

Higher Levels Block

ÌDuck PondMine

Harpoon Block

Option Agreements

100% Staked by Paragon

South Tally Pond ProjectOutlineMineral Licences01111M

APPENDIX I ‐ Previous Work Details on South Tally Pond Prospects

Line ‐ Cutting/ GridAirborne

Geophysics Ground Geophysics Soil Samples Rock Samples Trenching Drilling holes metres Borehole Mapping Formerly Known As References Harpoon Block

Duckwest Prospect (373‐02 Grid)27.5 line kms 373‐2 Grid (1979 ‐ Noranda); re‐established

1988‐89

Aerodat Survey (1974); AeroTEM

2007 (2 EM anomalies)

23 line kms of C.E.M Horizontal Shootback surveying (1980) ‐ conductor from L40W to 0+00; 3.35 kms of gravity (1980) with very steep regional gradient on L40W and 0.35mgal anomaly located over a 125m

core on L10W at 3+50N; EM37 (1990)

775 Samples 373‐2 Grid (1979 ‐ Noranda) anomalous Cu (126ppm) at L40W and Pb

(130ppm) at L20W

~45 samples (2009, 2010) N/A1 hole HP90‐01 (405.4m 1990 ‐ Noranda); 1

hole DW11‐01 443.9m (2011)2 849.3

Borehole TEM survey (1990) on hole HP90‐01

limited outcrop for mapping, boggy areas may have metal

scavenging

Gills Pond North and Harpoon Brook Areas

Reid, 1979; Reid, 1980a, b; Collins, (1990); Sparkes (2005); Devine (2011); Lee (1989);

Squires (1990)

Beaver Lake Prospect (372‐7 Grid)grid cut to cover 1200m EM

conductor (1981)


2007

ground EM (1981‐82), gravity (1983). ENE‐trending EM conductor coincides with 2 separate gravity anomalies (0.1 to 0.25mgal). East anomaly ~100x300m, west

anomaly ~200x500m

109 samples in 2008 by Paragon

over 100 samples in the area. Samples by Rubicon (2006) outlined semi‐massive pyrite float

overlying western gravity anomaly

In 1983, western conductor and till

anomaly treched but bedrock not reached

3 holes (BL11‐01, 02, 03) drilled in 2011. 3 871 N/Amapping by Noranda (1981‐

82) outlined 3km VMS alteration zone

Beaver Lake (Lost Pond); 372‐7

Copeland, (2009); Copeland et al., (2011)

Cookstown Prospect (371‐1,3,5 Grids)

line ‐ Cutting (1981‐82), reestablished 13km (1989)


2007 (anomaly dips gently to north 10‐

15 degrees)

11.2km HLEM (outlined 3 conductive targets, 2 with coincident magnetics ‐ explained by graphitic shale and magnetic gabbro, 1 between 300E and 500E at

600S remains unexplained), 11km Magnetics/VLF‐EM (1989)

162 soil samples (Noranda) ~20 samples (2010)

trenching successful in exposing pyritic and

graphitic mudstone with mafic and felsic volcanics rocks (trace sphalerite) southside of grid (2005)

2 holes 371‐6 and 371‐7 (1983) targeting airborne conductors in central part of grid; 1 holes CT11‐01 (2011) targeting airborne EM (30 seimens) intersected Zn (2.48%), Cu

(0.14%), Ag (1.1g/t) over 0.55m

3 659.4 N/A trench mappingCookstown grid or Beaver Lake south

Collins, (1989a); Sparkes, (2005); Devine (2011)

A TEM 2007Harpoon Brook Prospect (373‐03,

06, Grids)(373‐03, 06, Grids)

AeroTEM 2007 ‐ multiple conductive

horizonsN/A 324 soil samples (2008) very limited N/A

12 holes on grid 373‐03 and surrounding area (1987‐88)

12 1221 N/A N/A Duckwest N/A

Lost Pond Prospect (371‐2 and BL Grids)

(371‐2 and BL Grids) AeroTEM 2007 10.5 km HLEM (Max‐Min) N/A N/A N/A1 hole BL‐87‐1 (1987, targeting NS trending

EM); 2 holes BL‐88‐01, 02 (1988) to test HLEM conductor

3 604 N/A N/A BL‐1 gridRogers and Collins, (1989);

Collins, (1989b)

Duckworth Prospect (371‐4 Grid) 13.9 line kms 371‐4 Grid (1989

‐ BP‐Norex)AeroTEM 2008

12.8 line kms of HLEM (1989) outlined an extensive and broad anomaly through central grid, 2 conductors

on 2100W and 1900W; 1.6km gravity survey

historic soils anomalous Cu (138ppm), Zn (262ppm); B‐horizon 551 samples (1990)

Keats showing assays Zn (1.11%), Cu (0.27%), Ag

(8.56g/t); Float Zn (0.91%), Cu (0.19%), Pb (1.15%), Ag (9.25g/t); 21 whole rock

(1993)

N/A N/A N/A N/A N/A

silica/chlorite alteration in felsic volcanics with 2‐4%

pyrite, sphalerite, galena and chalcopyrite (Keats showing 1991 ‐ line 12W at 125S)

Duckworth GridCollins, (1989a); Collins (1992);

Collins (1994)

Rawlins X Prospect Rawlins X Grid AeroTEM 2009 N/A samples 2007 samples 2007 N/A Asarco DDH 1 N/A N/A N/A Rawlins X Grid N/A

Gill's Pond Block

Gill's Pond Prospectprelim line cutting by Esso

(1986); completed gridding by Rio Algom (1988‐89)

AeroTEM 2011Max‐Min (1986); several geophysical surveys Ma, VLF,

EM Rio Algom (1988‐89)N/A

anomalous Cu (2000ppm), Zn (5000ppm), Pb

(300ppm) from 1986 sampling

N/A29 drill holes (5482m) (1988‐89) intersected favourable VMS stratigraphy and alteration along strike of Duck Pond VMS deposit

29 5482 N/A N/A N/AO'Sullivan (1987); Thicke (1988,

1989, 1990)

Lake Ambrose SE ProspectN/A ‐ GPS soil sampling grid

2012AeroTEM 2011 N/A

269 B‐horizon and till samples collected (2012)

~24 samples N/A N/A N/A N/A N/A limited outcrop exposure N/A N/Ap2012 samples collected (2012)

p p p

Lake Ambrose SW Prospect (372‐3 Grid)

372‐3 GridAeroTEM 2007,

2011N/A soils ~10 samples N/A N/A N/A N/A N/A N/A N/A N/A

Noel Paul's Brook Prospect (373‐04 grid)

373‐04 grid AeroTEM 2011 N/A N/A samples 2010 N/A NPB89‐01 to 05 5 1011.4 N/A N/A N/A N/A

Beaver Lake North Prospect (372‐6 Grid and soil grid)

372‐6 Grid and soil grid N/A N/A N/A ~10 samples 2010 N/A N/A N/A N/A N/A N/A N/A N/A

Halfway Prospect N/A AeroTEM 2011 N/A N/A anomalous samples 2010 N/A N/A N/A N/A N/A N/A

no name ‐ prospect is halfway between

Lemarchant and Duck Pond

Copeland, 2010

South Tally Pond Block

Lemarchant Deposit (372‐1 grid)

19.9km new cutting and 53.6km of refurbishment Paragon (2007‐2011);

baselines refurbished by Altius

175km airborne (2011)

VLF‐EM, HLEM, EM‐37 and magnetics (1982‐94 Noranda); 20.725km DPEM (2011), 14.4km Titan‐24

(2008)

1554 samples Paragon (2007‐2010)

~60 samples N/A

2 holes (372‐1, 2); 12 holes 2846m (LM91‐1 to 6; LM92‐7 to 8; LM93‐9 to 12) Noranda 1990‐

1993; 60 holes (LM07‐13 to LM11‐72) Paragon (2007‐2011)

74 24276.419 holes BHPEM, 8855m Paragon (2008‐2011)

2001 geological mapping, drill core re‐logging and

lithogeochemical sampling (Altius)

Lemarchant ProspectNoranda (1998); Reid, (1984); Barbour and Churchill, (2001,

2002, 2003);

28 holes (3514m) Noranda (1983‐1994) targeting airborne conductors and massive 5.6km long 700m wide

Rogerson Lake Prospect (Monkstown, Prescott, Rogerson

Lake grids)

linecuting 1981 ‐ Noranda (Prescott and Monkstown)

Aerodat 1974; AeroTEM 2007

CEM, VLF‐EM, HLEM, magnetics, gravity (1981‐82) soil sampling 1981 ~40 samples trenching (1981‐82)

targeting airborne conductors and massive pyrite exposed in trenches, broadly spaced (100‐500m) (MT‐90‐01 intersected up to 50% semi‐massive pyrite over 0.5m; PG‐90‐01

intersected several bands pyrite/argillite with Ag (up to 7.88 g/t); 372‐11 intersected Zn

(0.77%) over 2.5m in felsics; 1 hole RL.01‐01 Altius (2001) at west end of Prescott grid

29 3674.74 N/A

5.6km long 700m wide alteration zone with

intensely chlorite altered felsics, locally silica and

carbonate altered, +/‐ pyrite mineralization ‐14 holes relogged by Altius (2004)

Rogerson Lake alteration zone, Prescott Grid,

Monkstown Grid

Noranda (1998), Reid, (1981)

Spencer's Pond Prospect (372‐2 grid)

Spencer's Pond (1996) extension grid; 25.354km of linecutting (2005) Altius; 9km road refurbished for drilling

(2006)

844.9km HTEM (2004) Altius

VLF‐EM, HLEM, EM‐37 and magnetics (1982‐94 Noranda)

soil samplinglithogeochemical sampling (2002) Altius ~50 samples

N/A

3 holes (SP90‐01, 02, 03) Noranda 1990‐1993; 5 holes 786.7m (SP01‐01 to 05) Altius (2001); 1 hole 425m (SP06‐01) Altius (2006) with

pyrite and base metals 1‐5%

9 1658.35 holes (SP01 to 05) Borehole

TDEM

2001 geological mapping, drill core re‐logging and

lithogeochemical sampling (Altius)

N/A

Noranda (1998); Reid, (1984); Smith et al.,(2001); Barbour and Churchill, (2001, 2002,

2003); Dalton, (2000); Winter et al., (2006)

Lemarchant SW ProspectExtension to Lemarchant Grid

(372‐1)AeroTEM 2011 N/A soil sampling 2007 N/A N/A 372‐4,5 (technically on Spencer's pond grid) 2 218.8 N/A N/A N/A N/A

Bindon's Pond Prospect N/A AeroTEM 2007 N/A soil sampling 2008 N/A N/A N/A N/A N/A N/A N/A N/A N/A

Rabbitown Prospect (Rabbitown Grid)

Rabbitown Grid AeroTEM 2007 N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A

Higher Levels Block

Higher Levels Prospect Higher Levels AeroTEM 2007 N/A N/A Noranda sampling N/A HL91 01 02 03 3 281 1 N/A N/A N/AD. Copeland reviewed drill core

Higher Levels Prospect Higher Levels AeroTEM 2007 N/A N/A Noranda sampling N/A HL91‐01, 02, 03 3 281.1 N/A N/A N/A2007

*N/A refers to areas where exploration work was not applicable or data has not yet been verified Total metres 40807.48

APPENDIX II- LIST OF PERSONNEL

APPENDIX II - LIST OF PERSONNEL AND CONTRACTORS

EMPLOYEES Name Location Title

Copeland, David St. John’s, NL Geologist Devine, Christine St. John’s, NL Geologist Vande Gutche, Mike Vancouver, BC CEO Geologist CONTRACTORS

Name Location Title Eastern Analytical Springdale, NL Geochemical Laboratory Enterprise Car Rentals St. John’s, NL Vehicle Rentals

APPENDIX III- SOIL SAMPLE DATA

Appendix III - Southeast Lake Ambrose 2012 Soil Sample Information

Sample Easting Northing Datum Zone Prospect Colour Soiltype sampler Date Property Licence Notes Eastern_AsSNF80019 526330.91 5375310.63 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80020 526321.84 5375338.71 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80021 526305.87 5375360.20 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80022 526289.47 5375378.80 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80023 526280.78 5375389.87 NAD27 21 Southeast Lake Ambrose dark brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M not great location ‐ near bog 365‐1203136SNF80024 526260.27 5375419.35 NAD27 21 Southeast Lake Ambrose dark brown Humus CD/DC 5/25/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80025 526242.80 5375444.83 NAD27 21 Southeast Lake Ambrose dark brown Humus CD/DC 5/25/2012 Gill's Pond Block 013583M moist ‐ edge of bog 365‐1203136SNF80026 526235.64 5375459.80 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M wet ‐ boggy 365‐1203136SNF80027 526222.38 5375485.20 NAD27 21 Southeast Lake Ambrose grey green brown Till CD/DC 5/25/2012 Gill's Pond Block 013583M dry no oxidized layer ‐ bits of gravel 365‐1203136SNF80028 526207.98 5375503.14 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M dry ‐ near rusty float, very oxidized carbonate altered felsic frags 365‐1203136SNF80029 526193.48 5375525.41 NAD27 21 Southeast Lake Ambrose grey green Till CD/DC 5/25/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80030 526176.77 5375547.68 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/25/2012 Gill's Pond Block 013583M wet ‐ sandy 365‐1203136SNF80031 526166.72 5375565.19 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M dry 365‐1203136SNF80032 526155.17 5375587.59 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80033 526139.36 5375607.19 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80034 526122.79 5375629.91 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M moist ‐ large boulders around ‐ big trees 365‐1203136SNF80035 526112.06 5375651.86 NAD27 21 Southeast Lake Ambrose light brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80036 526094.99 5375671.57 NAD27 21 Southeast Lake Ambrose red B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M dry ‐ many rock frags in sample, directly on bedrock 365‐1203136SNF80037 526085.13 5375696.42 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M dry 365‐1203136SNF80038 526071.86 5375708.15 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80039 526056.10 5375732.31 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M moist ‐ low lying ground 365‐1203136SNF80040 526033.30 5375761.88 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M moist ‐ higher ground to avoid drill road 365‐1203136SNF80041 526028.56 5375781.87 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80042 526016.99 5375793.59 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80043 526003.42 5375815.43 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M moist ‐ switched to Dave's GPS 365‐1203136SNF80044 525985.36 5375837.74 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80045 525970.29 5375859.93 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80046 525959.96 5375879.55 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80047 525943.79 5375899.49 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80048 525927.89 5375919.73 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80049 525918.19 5375944.11 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80050 525905.45 5375962.80 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80051 525890.63 5375983.98 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80052 525873.56 5376004.08 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/25/2012 Gill's Pond Block 019631M moist 365‐1203136SNF80053 525863.09 5376024.27 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/25/2012 Gill's Pond Block 019631M wet 365‐1203136SNF80054 525849.94 5376045.24 NAD27 21 Southeast Lake Ambrose black Humus CD/DC 5/25/2012 Gill's Pond Block 019631M wet 365‐1203136SNF80055 525810.89 5376109.80 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/25/2012 Gill's Pond Block 019631M wet ‐ skipped 50m of sampling over willows and humus 365‐1203136SNF80056 525787.75 5376128.91 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/25/2012 Gill's Pond Block 019631M moist 365‐1203136SNF80057 526172.39 5375195.59 NAD27 21 Southeast Lake Ambrose dark brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M moist ‐ rusty 365‐1203136SNF80058 526156.79 5375216.62 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80059 526145.13 5375236.02 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/25/2012 Gill's Pond Block 013583M moist ‐ not a great sample location 365‐1203136SNF80060 526126.68 5375256.16 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M moist ‐ pebbles throughout 365‐1203136SNF80061 526118.10 5375277.53 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/25/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80062 526100.83 5375299.26 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M moist ‐ boggy ground 365‐1203136SNF80063 526089.65 5375319.93 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/26/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80064 526080.13 5375340.89 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80065 526074.40 5375368.48 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M moist ‐ off section line 365‐1203136SNF80066 526046.65 5375382.86 NAD27 21 Southeast Lake Ambrose grey green Till CD/DC 5/26/2012 Gill's Pond Block 013583M 365‐1203136SNF80067 526032.61 5375404.05 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80068 526019.83 5375425.66 NAD27 21 Southeast Lake Ambrose grey green Till CD/DC 5/26/2012 Gill's Pond Block 013583M 365‐1203136SNF80069 526007.66 5375446.37 NAD27 21 Southeast Lake Ambrose grey green brown Till CD/DC 5/26/2012 Gill's Pond Block 013583M 365‐1203136


Sample Easting Northing Datum Zone Prospect Colour Soiltype sampler Date Property Licence Notes Eastern_AsSNF80070 525990.55 5375464.58 NAD27 21 Southeast Lake Ambrose grey green Till CD/DC 5/26/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80071 525981.12 5375487.12 NAD27 21 Southeast Lake Ambrose grey green Till CD/DC 5/26/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80072 525966.53 5375507.40 NAD27 21 Southeast Lake Ambrose grey green Till CD/DC 5/26/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80073 525953.58 5375527.24 NAD27 21 Southeast Lake Ambrose grey green brown Till CD/DC 5/26/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80074 525939.16 5375545.29 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80075 525921.27 5375570.31 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80076 525908.76 5375592.08 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M dry 365‐1203136SNF80077 525895.63 5375610.42 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80078 525882.98 5375634.68 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M more brown than red, off big outcrop 365‐1203136SNF80079 525868.67 5375655.56 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M 365‐1203136SNF80080 525856.41 5375676.08 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/26/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80081 525845.88 5375692.83 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/26/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80082 525827.88 5375717.71 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/26/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80083 525810.87 5375738.30 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/26/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80084 525801.35 5375759.51 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80085 525787.41 5375777.01 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/26/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80086 525772.48 5375799.50 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80087 525758.58 5375817.17 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80088 525744.53 5375840.78 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80089 525732.02 5375864.77 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/26/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80090 525717.65 5375885.96 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80091 525706.23 5375910.88 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80092 525690.70 5375925.81 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80093 525676.27 5375947.13 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M saturated 365‐1203136SNF80094 525661.78 5375964.77 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M saturated 365‐1203136SNF80095 525649.01 5375987.68 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80096 525635.27 5376009.25 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/26/2012 Gill's Pond Block 019631M saturated 365‐1203136SNF80097 525621.26 5376029.05 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/26/2012 Gill's Pond Block 019631M saturated 365‐1203136SNF80098 525607.77 5376050.83 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/26/2012 Gill's Pond Block 019631M wet 365‐1203136SNF80099 525592.20 5376071.17 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/26/2012 Gill's Pond Block 019631M dry 365‐1203136SNF80100 525583.61 5376093.20 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/26/2012 Gill's Pond Block 019631M dry 365‐1203136SNF80101 525568.07 5376111.98 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/26/2012 Gill's Pond Block 019631M dry 365‐1203136SNF80102 525552.70 5376135.11 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/26/2012 Gill's Pond Block 019631M dry 365‐1203136SNF80103 525544.65 5376156.97 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/26/2012 Gill's Pond Block 019631M dry 365‐1203136SNF80104 526486.67 5375440.78 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80105 526476.12 5375457.64 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80106 526460.06 5375476.14 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M dry 365‐1203136SNF80107 526447.50 5375498.30 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M dry 365‐1203136SNF80108 526434.22 5375519.57 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/26/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80109 526414.92 5375538.62 NAD27 21 Southeast Lake Ambrose light brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80110 526406.92 5375562.85 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80111 526397.01 5375586.58 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80112 526380.20 5375599.73 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80113 526362.87 5375619.78 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/26/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80114 526353.17 5375643.90 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80115 526341.77 5375665.89 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/27/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80116 526326.36 5375686.71 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80117 526311.00 5375709.26 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80118 526299.28 5375728.69 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/27/2012 Gill's Pond Block 013583M saturated ‐ silty 365‐1203136SNF80119 526286.56 5375751.13 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/27/2012 Gill's Pond Block 013583M wet ‐ silty large boulders 365‐1203136SNF80120 526273.05 5375770.28 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M wet ‐ boulders 365‐1203136


Sample Easting Northing Datum Zone Prospect Colour Soiltype sampler Date Property Licence Notes Eastern_AsSNF80121 526260.92 5375787.11 NAD27 21 Southeast Lake Ambrose grey Till CD/DC 5/27/2012 Gill's Pond Block 013583M saturated 365‐1203136SNF80122 526243.60 5375812.80 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M dry 365‐1203136SNF80123 526230.10 5375832.47 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M dry 365‐1203136SNF80124 526215.73 5375854.07 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80125 526204.14 5375872.34 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80126 526187.39 5375893.22 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M dry 365‐1203136SNF80127 526177.02 5375917.81 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80128 526159.84 5375933.33 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80129 526150.45 5375960.13 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80130 526134.23 5375979.41 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/27/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80131 526119.41 5376002.04 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80132 526106.10 5376020.71 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80133 526092.58 5376039.75 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M wet ‐ not a great sample 365‐1203136SNF80134 526080.39 5376063.16 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80135 526063.86 5376080.33 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M wet ‐ very sandy and silty 365‐1203136SNF80136 526052.02 5376103.68 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M wet ‐ lots of humus 365‐1203136SNF80137 526034.82 5376123.93 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80138 526023.84 5376143.09 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80139 526010.38 5376165.67 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80140 525996.93 5376188.18 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 019631M moist 365‐1203136SNF80141 525981.44 5376208.44 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/27/2012 Gill's Pond Block 019631M moist ‐ edge of lake 365‐1203136SNF80142 526619.45 5375630.90 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/27/2012 Gill's Pond Block 013583M wet ‐ silty sandy till boulders 365‐1203136SNF80143 526588.40 5375653.53 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80144 526573.88 5375671.23 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80145 526559.36 5375690.63 NAD27 21 Southeast Lake Ambrose grey Till CD/DC 5/27/2012 Gill's Pond Block 013583M wet ‐ silty 365‐1203136SNF80146 526545.25 5375713.17 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M saturated ‐ many boulders 365‐1203136SNF80147 526538.09 5375733.84 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/27/2012 Gill's Pond Block 013583M wet ‐ silty 365‐1203136SNF80148 526524.16 5375751.43 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/27/2012 Gill's Pond Block 013583M saturated 365‐1203136SNF80149 526509.08 5375771.79 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M dry 365‐1203136SNF80150 526494.98 5375793.91 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/27/2012 Gill's Pond Block 013583M saturated ‐ silty 365‐1203136SNF80151 526482.54 5375815.67 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/27/2012 Gill's Pond Block 013583M saturated 365‐1203136SNF80152 526468.72 5375839.85 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M saturated ‐ silty 365‐1203136SNF80153 526462.52 5375863.07 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M dry ‐ possible forestry contamination 365‐1203136SNF80154 526440.60 5375884.72 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/27/2012 Gill's Pond Block 013583M wet ‐ silty 365‐1203136SNF80155 526428.51 5375911.74 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80156 526411.68 5375921.13 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/27/2012 Gill's Pond Block 013583M wet ‐ mostly humus sample (not great) 365‐1203136SNF80157 526399.74 5375941.42 NAD27 21 Southeast Lake Ambrose grey green Till CD/DC 5/27/2012 Gill's Pond Block 013583M 365‐1203136SNF80158 526386.95 5375962.41 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80159 526367.40 5375985.22 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80160 526355.22 5376006.80 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80161 526340.79 5376026.35 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80162 526329.69 5376047.14 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80163 526317.33 5376063.22 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/27/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80164 526302.66 5376086.49 NAD27 21 Southeast Lake Ambrose brown yellow B horizon CD/DC 5/28/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80165 526285.97 5376108.94 NAD27 21 Southeast Lake Ambrose brown yellow B horizon CD/DC 5/28/2012 Gill's Pond Block 013583M wet ‐ some organics 365‐1203136SNF80166 526275.53 5376130.51 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/28/2012 Gill's Pond Block 013583M saturated 365‐1203136SNF80167 526258.71 5376149.27 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/28/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80168 526243.73 5376173.69 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/28/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80169 526231.45 5376190.46 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/28/2012 Gill's Pond Block 013583M wet ‐ silty gravelly 365‐1203136SNF80170 526221.00 5376214.44 NAD27 21 Southeast Lake Ambrose grey Till CD/DC 5/28/2012 Gill's Pond Block 013583M wet ‐ silty gravelly 365‐1203136SNF80171 526204.86 5376236.54 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/28/2012 Gill's Pond Block 013583M wet ‐ NOTE SGH sample is humus, soil sample is small 365‐1203136


Sample Easting Northing Datum Zone Prospect Colour Soiltype sampler Date Property Licence Notes Eastern_AsSNF80172 526189.66 5376251.26 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/28/2012 Gill's Pond Block 013583M moist ‐ NOTE SGH sample is humus (last SGH) 365‐1203136SNF80173 526305.91 5376465.54 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/28/2012 Gill's Pond Block 013583M wet ‐ very tangly bush 365‐1203136SNF80174 526310.25 5376437.34 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/28/2012 Gill's Pond Block 013583M wet ‐ gravelly 365‐1203136SNF80175 526328.00 5376418.15 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/28/2012 Gill's Pond Block 013583M wet ‐ gravelly 365‐1203136SNF80176 526340.32 5376396.41 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/28/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80177 526354.79 5376374.68 NAD27 21 Southeast Lake Ambrose grey Till CD/DC 5/28/2012 Gill's Pond Block 013583M poor soil on this line 365‐1203136SNF80178 526370.53 5376354.39 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/28/2012 Gill's Pond Block 013583M gravelly 365‐1203136SNF80179 526381.19 5376339.93 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/28/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80180 526395.27 5376311.23 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/28/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80181 526406.49 5376289.00 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/28/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80182 526420.81 5376268.08 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/28/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80183 526435.91 5376251.23 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/28/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80184 526445.19 5376228.52 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/28/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80185 526463.48 5376207.51 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/28/2012 Gill's Pond Block 013583M saturated 365‐1203136SNF80186 526483.76 5376189.85 NAD27 21 Southeast Lake Ambrose grey till CD/DC 5/28/2012 Gill's Pond Block 013583M saturated ‐ poor sample, gravelly 365‐1203136SNF80187 526489.87 5376164.12 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/28/2012 Gill's Pond Block 013583M wet ‐ lots of drainages around, not a great sample site but good soil 365‐1203136SNF80188 526503.63 5376144.89 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/28/2012 Gill's Pond Block 013583M saturated ‐ silty gravelly 365‐1203136SNF80189 526516.67 5376126.42 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/28/2012 Gill's Pond Block 013583M saturated 365‐1203136SNF80190 526527.15 5376102.81 NAD27 21 Southeast Lake Ambrose brown yellow B horizon CD/DC 5/28/2012 Gill's Pond Block 013583M saturated 365‐1203136SNF80191 526543.05 5376081.85 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/28/2012 Gill's Pond Block 013583M saturated ‐ silty 365‐1203136SNF80192 526562.13 5376066.09 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/28/2012 Gill's Pond Block 013583M saturated ‐ gravelly 365‐1203136SNF80193 526571.06 5376042.38 NAD27 21 Southeast Lake Ambrose grey Till CD/DC 5/28/2012 Gill's Pond Block 013583M saturated ‐ gravelly poor sample 365‐1203136SNF80194 526587.30 5376021.83 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/28/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80195 526603.76 5376002.02 NAD27 21 Southeast Lake Ambrose grey Till CD/DC 5/28/2012 Gill's Pond Block 013583M saturated ‐ gravelly silty 365‐1203136SNF80196 526617.57 5375982.14 NAD27 21 Southeast Lake Ambrose brown yellow B horizon CD/DC 5/28/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80197 526630.81 5375957.15 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/28/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80198 526640.97 5375936.11 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/28/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80199 526653.74 5375918.42 NAD27 21 Southeast Lake Ambrose grey Till CD/DC 5/28/2012 Gill's Pond Block 013583M saturated ‐ bad sample 365‐1203136SNF80200 526669.43 5375894.96 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/28/2012 Gill's Pond Block 013583M moist ‐ good sample 365‐1203136SNF80201 526684.37 5375875.21 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/28/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80202 526693.64 5375852.51 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/28/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80203 526714.57 5375827.93 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/28/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80204 526729.44 5375811.89 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/28/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80205 526741.62 5375785.04 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/28/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80206 525832.23 5375348.41 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/29/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80207 525817.98 5375365.18 NAD27 21 Southeast Lake Ambrose grey Till CD/DC 5/29/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80208 525796.78 5375376.06 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/29/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80209 525790.10 5375406.49 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80210 525780.23 5375430.09 NAD27 21 Southeast Lake Ambrose grey Till CD/DC 5/29/2012 Gill's Pond Block 013583M wet ‐ silty 365‐1203136SNF80211 525761.06 5375451.35 NAD27 21 Southeast Lake Ambrose grey green Till CD/DC 5/29/2012 Gill's Pond Block 013583M saturated ‐ boggy area 365‐1203136SNF80212 525747.80 5375470.00 NAD27 21 Southeast Lake Ambrose green brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M moist ‐ good soil 365‐1203136SNF80213 525734.49 5375491.51 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M dry ‐ good soil 365‐1203136SNF80214 525723.61 5375514.13 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M dry ‐ good soil 365‐1203136SNF80215 525707.24 5375532.89 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M dry ‐ good soil 365‐1203136SNF80216 525694.80 5375553.23 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M dry ‐ good soil 365‐1203136SNF80217 525684.80 5375573.81 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M dry 365‐1203136SNF80218 525668.66 5375594.51 NAD27 21 Southeast Lake Ambrose grey green brown Till CD/DC 5/29/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80219 525654.67 5375616.74 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80220 525639.75 5375635.57 NAD27 21 Southeast Lake Ambrose grey brown Till CD/DC 5/29/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80221 525624.91 5375654.96 NAD27 21 Southeast Lake Ambrose grey green Till CD/DC 5/29/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80222 525612.12 5375682.05 NAD27 21 Southeast Lake Ambrose grey green brown Till CD/DC 5/29/2012 Gill's Pond Block 013583M wet ‐ lots of humus 365‐1203136


Sample Easting Northing Datum Zone Prospect Colour Soiltype sampler Date Property Licence Notes Eastern_AsSNF80223 525598.26 5375702.69 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M moist ‐ close to forestry road 365‐1203136SNF80224 525583.73 5375718.91 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M dry 365‐1203136SNF80225 525572.83 5375742.54 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M dry ‐ nice soil profile 365‐1203136SNF80226 525556.52 5375762.43 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M dry 365‐1203136SNF80227 525545.77 5375784.55 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M dry 365‐1203136SNF80228 525530.81 5375808.25 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80229 525520.99 5375822.83 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80230 525498.53 5375845.59 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80231 525487.52 5375864.02 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M dry 365‐1203136SNF80232 525473.64 5375889.71 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M dry 365‐1203136SNF80233 525458.93 5375910.51 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M dry 365‐1203136SNF80234 525444.50 5375930.57 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M dry 365‐1203136SNF80235 525431.23 5375950.34 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M dry 365‐1203136SNF80236 525421.84 5375972.14 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M moist ‐ very red 365‐1203136SNF80237 525406.22 5375995.34 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80238 525383.97 5376008.97 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/29/2012 Gill's Pond Block 019631M moist 365‐1203136SNF80239 525274.86 5375837.85 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M moist ‐ edge of lake small sample 365‐1203136SNF80240 525276.66 5375816.47 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80241 525291.24 5375795.59 NAD27 21 Southeast Lake Ambrose brown yellow B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80242 525307.46 5375782.05 NAD27 21 Southeast Lake Ambrose brown yellow B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M saturated 365‐1203136SNF80243 525326.79 5375762.35 NAD27 21 Southeast Lake Ambrose brown yellow B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80244 525336.55 5375736.75 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80245 525350.17 5375713.35 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80246 525364.07 5375696.06 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M dry 365‐1203136SNF80247 525376.74 5375673.55 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M dry 365‐1203136SNF80248 525392.23 5375652.77 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M dry ‐ near logging road 365‐1203136SNF80249 525404.45 5375628.96 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80250 525418.08 5375611.33 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80251 525427.57 5375592.25 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M dry 365‐1203136SNF80252 525443.38 5375571.28 NAD27 21 Southeast Lake Ambrose brown yellow B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80253 525444.00 5375554.00 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80254 525458.00 5375533.00 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/29/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80255 525489.86 5375504.98 NAD27 21 Southeast Lake Ambrose grey brown yellow till CD/DC 5/29/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80256 525491.06 5375134.45 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/30/2012 Gill's Pond Block 013583M moist ‐ silty 365‐1203136SNF80257 525477.64 5375155.95 NAD27 21 Southeast Lake Ambrose grey brown till CD/DC 5/30/2012 Gill's Pond Block 013583M saturated ‐ sloppy 365‐1203136SNF80258 525466.09 5375175.49 NAD27 21 Southeast Lake Ambrose grey brown till CD/DC 5/30/2012 Gill's Pond Block 013583M wet ‐ silty 365‐1203136SNF80259 525448.59 5375197.96 NAD27 21 Southeast Lake Ambrose grey brown till CD/DC 5/30/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80260 525437.23 5375217.67 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/30/2012 Gill's Pond Block 013583M dry 365‐1203136SNF80261 525424.23 5375239.21 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/30/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80262 525407.38 5375259.92 NAD27 21 Southeast Lake Ambrose grey brown till CD/DC 5/30/2012 Gill's Pond Block 013583M moist ‐ silty gravelly 365‐1203136SNF80263 525396.95 5375287.11 NAD27 21 Southeast Lake Ambrose grey brown till CD/DC 5/30/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80264 525381.13 5375304.41 NAD27 21 Southeast Lake Ambrose grey till CD/DC 5/30/2012 Gill's Pond Block 013583M wet ‐ silty 365‐1203136SNF80265 525366.47 5375323.59 NAD27 21 Southeast Lake Ambrose grey brown till CD/DC 5/30/2012 Gill's Pond Block 013583M wet ‐ gravelly 365‐1203136SNF80266 525355.57 5375342.95 NAD27 21 Southeast Lake Ambrose grey till CD/DC 5/30/2012 Gill's Pond Block 013583M wet ‐ silty gravelly 365‐1203136SNF80267 525338.45 5375364.14 NAD27 21 Southeast Lake Ambrose grey till CD/DC 5/30/2012 Gill's Pond Block 013583M wet ‐ silty gravelly 365‐1203136SNF80268 525328.97 5375385.38 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/30/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80269 525310.26 5375402.23 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/30/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80270 525298.70 5375428.31 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/30/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80271 525284.62 5375448.42 NAD27 21 Southeast Lake Ambrose grey brown till CD/DC 5/30/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80272 525270.31 5375468.10 NAD27 21 Southeast Lake Ambrose grey brown till CD/DC 5/30/2012 Gill's Pond Block 013583M moist ‐ lots of humus not a great sample 365‐1203136SNF80273 525259.15 5375488.28 NAD27 21 Southeast Lake Ambrose grey brown till CD/DC 5/30/2012 Gill's Pond Block 013583M wet 365‐1203136


Sample Easting Northing Datum Zone Prospect Colour Soiltype sampler Date Property Licence Notes Eastern_AsSNF80274 525242.85 5375511.43 NAD27 21 Southeast Lake Ambrose grey brown till CD/DC 5/30/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80275 525233.11 5375533.70 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/30/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80276 525501.02 5375492.56 NAD27 21 Southeast Lake Ambrose grey brown till CD/DC 5/30/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80277 525516.04 5375468.28 NAD27 21 Southeast Lake Ambrose red brown B horizon CD/DC 5/30/2012 Gill's Pond Block 013583M dry ‐ good soil 365‐1203136SNF80278 525531.36 5375445.86 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/30/2012 Gill's Pond Block 013583M dry ‐ pyritic mafic clasts in soil 365‐1203136SNF80279 525534.00 5375435.00 NAD27 21 Southeast Lake Ambrose grey till CD/DC 5/30/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80280 525557.22 5375401.89 NAD27 21 Southeast Lake Ambrose grey brown till CD/DC 5/30/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80281 525564.68 5375382.11 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/30/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80282 525585.60 5375369.97 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/30/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80283 525598.78 5375342.93 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/30/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80284 525610.14 5375319.53 NAD27 21 Southeast Lake Ambrose brown B horizon CD/DC 5/30/2012 Gill's Pond Block 013583M moist 365‐1203136SNF80285 525622.74 5375296.75 NAD27 21 Southeast Lake Ambrose grey brown till CD/DC 5/30/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80286 525640.37 5375279.64 NAD27 21 Southeast Lake Ambrose grey brown till CD/DC 5/30/2012 Gill's Pond Block 013583M wet 365‐1203136SNF80287 525658.04 5375259.63 NAD27 21 Southeast Lake Ambrose grey brown till CD/DC 5/30/2012 Gill's Pond Block 013583M wet 365‐1203136


SampleSNF80019SNF80020SNF80021SNF80022SNF80023SNF80024SNF80025SNF80026SNF80027SNF80028SNF80029SNF80030SNF80031SNF80032SNF80033SNF80034SNF80035SNF80036SNF80037SNF80038SNF80039SNF80040SNF80041SNF80042SNF80043SNF80044SNF80045SNF80046SNF80047SNF80048SNF80049SNF80050SNF80051SNF80052SNF80053SNF80054SNF80055SNF80056SNF80057SNF80058SNF80059SNF80060SNF80061SNF80062SNF80063SNF80064SNF80065SNF80066SNF80067SNF80068SNF80069

Au_ppb Au_%rank Cu_ppm Cu_%rank Pb_ppm Pb_%rank Zn_ppm Zn_%rank Ag_ppm Ag_%rank As_ppm As_%rank Co_ppm Fe_% Mn_ppm Mo_ppm Ni_ppm Sb_ppm5.000 20.000 0.223 5.000 0.003 68.00 0.488 0.800 0.500 7.000 0.364 10.000 3.580 356.000 1.000 10.000 5.0005.000 22.000 0.287 5.000 0.003 57.00 0.257 0.500 0.000 5.000 0.000 5.000 4.040 120.000 1.000 5.000 5.0005.000 24.000 0.350 15.000 0.977 106.00 0.891 0.500 0.000 5.000 0.000 14.000 3.980 557.000 1.000 7.000 5.0005.000 14.000 0.093 7.000 0.708 70.00 0.529 0.500 0.000 5.000 0.000 14.000 3.470 529.000 1.000 1.000 5.0005.000 63.000 0.958 26.000 1.000 196.00 0.992 0.800 0.500 6.000 0.000 22.000 5.950 2041.000 1.000 24.000 5.0005.000 71.000 0.981 10.000 0.925 34.00 0.033 0.700 0.125 5.000 0.000 5.000 0.760 540.000 1.000 6.000 5.0005.000 6.000 0.007 7.000 0.708 26.00 0.014 0.500 0.000 5.000 0.000 1.000 0.110 113.000 1.000 1.000 5.0005.000 4.000 0.000 5.000 0.003 26.00 0.014 0.500 0.000 5.000 0.000 1.000 0.110 153.000 1.000 1.000 5.0005.000 20.000 0.223 6.000 0.611 54.00 0.201 0.500 0.000 5.000 0.000 14.000 2.770 354.000 1.000 14.000 5.0005.000 16.000 0.145 10.000 0.925 56.00 0.227 0.500 0.000 6.000 0.000 7.000 8.130 534.000 1.000 1.000 5.0005.000 9.000 0.033 5.000 0.003 41.00 0.067 0.500 0.000 5.000 0.000 8.000 1.910 206.000 1.000 7.000 5.0005.000 24.000 0.350 6.000 0.611 76.00 0.608 0.500 0.000 5.000 0.000 19.000 3.680 640.000 1.000 14.000 5.0005.000 9.000 0.033 5.000 0.003 14.00 0.003 0.500 0.000 5.000 0.000 4.000 1.900 90.000 1.000 1.000 5.0005.000 23.000 0.313 5.000 0.003 54.00 0.201 0.500 0.000 5.000 0.000 11.000 3.700 388.000 1.000 7.000 5.0005.000 25.000 0.391 8.000 0.820 67.00 0.458 0.900 0.875 5.000 0.000 11.000 3.480 307.000 1.000 7.000 5.0005.000 22.000 0.287 5.000 0.003 72.00 0.555 0.500 0.000 5.000 0.000 10.000 3.300 314.000 1.000 7.000 5.0005.000 26.000 0.429 5.000 0.003 86.00 0.738 0.500 0.000 5.000 0.000 12.000 3.670 654.000 1.000 11.000 5.0005.000 28.000 0.492 5.000 0.003 52.00 0.160 0.500 0.000 5.000 0.000 7.000 8.060 452.000 1.000 1.000 5.0005.000 23.000 0.313 5.000 0.003 77.00 0.626 0.800 0.500 5.000 0.000 25.000 6.910 4013.000 1.000 1.000 5.0005.000 37.000 0.776 5.000 0.003 64.00 0.380 0.500 0.000 5.000 0.000 13.000 4.440 298.000 1.000 12.000 5.0005.000 48.000 0.899 5.000 0.003 74.00 0.593 0.500 0.000 5.000 0.000 17.000 4.600 1995.000 1.000 13.000 5.0005.000 22.000 0.287 5.000 0.003 73.00 0.578 0.500 0.000 5.000 0.000 10.000 5.130 311.000 1.000 7.000 5.0005.000 18.000 0.171 5.000 0.003 44.00 0.093 0.500 0.000 5.000 0.000 8.000 4.890 250.000 1.000 3.000 5.0005.000 14.000 0.093 5.000 0.003 36.00 0.041 0.500 0.000 5.000 0.000 7.000 5.220 158.000 1.000 2.000 5.0005.000 20.000 0.223 5.000 0.003 55.00 0.208 0.500 0.000 5.000 0.000 9.000 5.000 132.000 1.000 5.000 5.0005.000 36.000 0.750 7.000 0.708 64.00 0.380 0.500 0.000 5.000 0.000 11.000 6.520 226.000 1.000 6.000 5.0005.000 35.000 0.716 5.000 0.003 45.00 0.097 0.500 0.000 6.000 0.000 11.000 8.250 237.000 1.000 3.000 5.0005.000 22.000 0.287 5.000 0.003 62.00 0.343 0.500 0.000 5.000 0.000 13.000 4.070 324.000 1.000 10.000 5.0005.000 26.000 0.429 5.000 0.003 68.00 0.488 0.500 0.000 15.000 0.959 14.000 5.280 378.000 1.000 6.000 5.0005.000 32.000 0.615 5.000 0.003 67.00 0.458 0.500 0.000 7.000 0.364 14.000 4.970 264.000 1.000 9.000 5.0005.000 27.000 0.462 5.000 0.003 69.00 0.511 0.500 0.000 7.000 0.364 11.000 5.640 191.000 1.000 5.000 5.0005.000 14.000 0.093 5.000 0.003 100.00 0.843 0.500 0.000 5.000 0.000 14.000 4.640 280.000 1.000 7.000 5.0005.000 29.000 0.526 5.000 0.003 63.00 0.354 0.500 0.000 5.000 0.000 17.000 4.330 349.000 1.000 15.000 5.0005.000 96.000 0.988 5.000 0.003 94.00 0.809 0.500 0.000 5.000 0.000 28.000 7.740 2836.000 1.000 13.000 5.0005.000 32.000 0.615 5.000 0.003 48.00 0.119 0.500 0.000 5.000 0.000 13.000 3.660 3466.000 1.000 8.000 5.0005.000 7.000 0.011 5.000 0.003 11.00 0.000 0.500 0.000 5.000 0.000 1.000 0.090 103.000 1.000 1.000 5.0005.000 12.000 0.074 4.000 0.000 40.00 0.055 0.500 0.000 5.000 0.000 10.000 2.670 244.000 1.000 8.000 5.0005.000 12.000 0.074 5.000 0.003 47.00 0.115 0.500 0.000 5.000 0.000 12.000 3.160 293.000 1.000 10.000 5.0005.000 35.000 0.716 9.000 0.880 57.00 0.257 0.700 0.125 5.000 0.000 9.000 3.010 651.000 1.000 7.000 5.0005.000 23.000 0.313 7.000 0.708 92.00 0.791 0.500 0.000 6.000 0.000 13.000 3.650 814.000 1.000 13.000 5.0005.000 70.000 0.977 8.000 0.820 114.00 0.929 1.100 1.000 5.000 0.000 20.000 4.420 2689.000 1.000 26.000 5.0005.000 23.000 0.313 8.000 0.820 61.00 0.317 0.500 0.000 5.000 0.000 11.000 3.600 467.000 1.000 7.000 5.0005.000 19.000 0.194 6.000 0.611 99.00 0.839 0.500 0.000 5.000 0.000 12.000 3.720 362.000 1.000 9.000 5.0005.000 33.000 0.656 8.000 0.820 65.00 0.402 0.500 0.000 6.000 0.000 14.000 3.660 539.000 1.000 13.000 5.0005.000 15.000 0.119 7.000 0.708 51.00 0.149 0.500 0.000 5.000 0.000 15.000 3.220 329.000 1.000 8.000 5.0005.000 15.000 0.119 8.000 0.820 33.00 0.029 0.500 0.000 5.000 0.000 6.000 3.580 135.000 1.000 5.000 5.0005.000 21.000 0.264 7.000 0.708 88.00 0.757 0.500 0.000 5.000 0.000 11.000 5.770 467.000 1.000 2.000 5.0005.000 28.000 0.492 7.000 0.708 78.00 0.638 0.500 0.000 5.000 0.000 15.000 3.310 276.000 1.000 17.000 5.0005.000 26.000 0.429 9.000 0.880 65.00 0.402 0.500 0.000 5.000 0.000 18.000 3.780 426.000 1.000 15.000 5.0005.000 8.000 0.018 8.000 0.820 46.00 0.108 0.500 0.000 5.000 0.000 11.000 2.890 121.000 1.000 7.000 5.0005.000 8.000 0.018 7.000 0.708 39.00 0.048 0.500 0.000 5.000 0.000 7.000 1.730 161.000 1.000 7.000 5.000



Au_ppb Au_%rank Cu_ppm Cu_%rank Pb_ppm Pb_%rank Zn_ppm Zn_%rank Ag_ppm Ag_%rank As_ppm As_%rank Co_ppm Fe_% Mn_ppm Mo_ppm Ni_ppm Sb_ppm5.000 25.000 0.391 5.000 0.003 70.00 0.529 0.500 0.000 5.000 0.000 15.000 3.800 1639.000 1.000 10.000 5.0005.000 8.000 0.018 5.000 0.003 21.00 0.007 0.500 0.000 5.000 0.000 4.000 1.840 86.000 1.000 1.000 5.0005.000 24.000 0.350 5.000 0.003 68.00 0.488 0.500 0.000 7.000 0.364 9.000 4.970 225.000 1.000 6.000 5.0005.000 20.000 0.223 5.000 0.003 41.00 0.067 0.500 0.000 6.000 0.000 7.000 6.070 220.000 1.000 2.000 5.0005.000 24.000 0.350 5.000 0.003 61.00 0.317 0.500 0.000 6.000 0.000 11.000 4.710 326.000 1.000 8.000 5.0005.000 49.000 0.906 5.000 0.003 81.00 0.682 0.500 0.000 7.000 0.364 18.000 5.800 772.000 1.000 14.000 5.0005.000 38.000 0.791 5.000 0.003 65.00 0.402 0.500 0.000 6.000 0.000 16.000 4.380 577.000 1.000 14.000 5.0005.000 41.000 0.854 5.000 0.003 67.00 0.458 0.500 0.000 8.000 0.675 18.000 5.540 463.000 1.000 12.000 5.0005.000 38.000 0.791 5.000 0.003 72.00 0.555 0.500 0.000 11.000 0.905 15.000 7.140 291.000 1.000 9.000 5.0005.000 31.000 0.582 5.000 0.003 64.00 0.380 0.500 0.000 5.000 0.000 13.000 5.430 233.000 1.000 10.000 5.0005.000 33.000 0.656 5.000 0.003 81.00 0.682 0.500 0.000 5.000 0.000 17.000 5.390 280.000 1.000 9.000 5.0005.000 32.000 0.615 5.000 0.003 63.00 0.354 0.500 0.000 5.000 0.000 15.000 6.440 281.000 1.000 8.000 5.0005.000 23.000 0.313 5.000 0.003 63.00 0.354 0.500 0.000 5.000 0.000 14.000 6.950 210.000 1.000 6.000 5.0005.000 19.000 0.194 5.000 0.003 61.00 0.317 0.500 0.000 7.000 0.364 20.000 6.960 667.000 1.000 5.000 5.0005.000 26.000 0.429 5.000 0.003 46.00 0.108 0.500 0.000 5.000 0.000 14.000 5.840 287.000 1.000 8.000 5.0005.000 35.000 0.716 5.000 0.003 66.00 0.432 0.500 0.000 5.000 0.000 19.000 4.880 473.000 1.000 15.000 5.0005.000 34.000 0.690 13.000 0.973 88.00 0.757 0.500 0.000 5.000 0.000 19.000 4.940 1046.000 1.000 11.000 5.0005.000 29.000 0.526 5.000 0.003 60.00 0.305 0.500 0.000 5.000 0.000 16.000 4.340 364.000 1.000 14.000 5.0005.000 31.000 0.582 5.000 0.003 65.00 0.402 0.500 0.000 5.000 0.000 18.000 4.740 1096.000 1.000 14.000 5.0005.000 32.000 0.615 5.000 0.003 66.00 0.432 0.500 0.000 5.000 0.000 16.000 4.570 681.000 1.000 13.000 5.0005.000 38.000 0.791 9.000 0.880 69.00 0.511 0.500 0.000 5.000 0.000 19.000 4.720 1738.000 1.000 13.000 5.0005.000 24.000 0.350 5.000 0.003 56.00 0.227 0.500 0.000 5.000 0.000 16.000 3.890 454.000 1.000 12.000 5.0005.000 39.000 0.817 5.000 0.003 64.00 0.380 0.500 0.000 6.000 0.000 19.000 4.860 642.000 1.000 15.000 5.0005.000 32.000 0.615 6.000 0.611 79.00 0.660 0.500 0.000 6.000 0.000 13.000 4.270 787.000 1.000 9.000 5.0005.000 40.000 0.835 20.000 0.992 88.00 0.757 0.700 0.125 8.000 0.675 20.000 5.000 1353.000 1.000 14.000 5.0005.000 48.000 0.899 7.000 0.708 69.00 0.511 0.500 0.000 6.000 0.000 20.000 4.950 741.000 1.000 17.000 5.0005.000 25.000 0.391 5.000 0.003 98.00 0.835 0.500 0.000 5.000 0.000 17.000 4.790 703.000 1.000 13.000 5.0005.000 27.000 0.462 7.000 0.708 62.00 0.343 0.500 0.000 8.000 0.675 16.000 4.110 610.000 1.000 12.000 5.0005.000 37.000 0.776 6.000 0.611 67.00 0.458 0.500 0.000 8.000 0.675 16.000 4.730 554.000 1.000 13.000 5.0005.000 44.000 0.876 7.000 0.708 82.00 0.694 0.500 0.000 5.000 0.000 16.000 4.510 509.000 1.000 12.000 5.0005.000 40.000 0.835 5.000 0.003 85.00 0.731 0.500 0.000 5.000 0.000 19.000 4.980 1139.000 1.000 13.000 5.0005.000 28.000 0.492 5.000 0.003 65.00 0.402 0.500 0.000 5.000 0.000 14.000 4.400 361.000 1.000 11.000 5.0005.000 32.000 0.615 5.000 0.003 96.00 0.824 0.500 0.000 5.000 0.000 21.000 5.300 773.000 1.000 14.000 5.0005.000 30.000 0.563 5.000 0.003 72.00 0.555 0.500 0.000 5.000 0.000 13.000 3.800 494.000 1.000 12.000 5.0005.000 26.000 0.429 8.000 0.820 112.00 0.925 0.500 0.000 7.000 0.364 19.000 4.010 4126.000 1.000 14.000 5.0005.000 26.000 0.429 8.000 0.820 104.00 0.865 0.500 0.000 5.000 0.000 15.000 3.930 540.000 1.000 8.000 5.0005.000 11.000 0.052 6.000 0.611 40.00 0.055 0.500 0.000 5.000 0.000 8.000 2.320 275.000 1.000 6.000 5.00018.000 0.000 35.000 0.716 12.000 0.962 61.00 0.317 0.500 0.000 40.000 1.000 30.000 7.140 1051.000 1.000 7.000 5.0005.000 20.000 0.223 5.000 0.003 59.00 0.294 0.500 0.000 5.000 0.000 10.000 3.300 358.000 1.000 9.000 5.0005.000 24.000 0.350 5.000 0.003 58.00 0.276 0.500 0.000 5.000 0.000 13.000 3.420 325.000 1.000 10.000 5.0005.000 40.000 0.835 5.000 0.003 80.00 0.667 0.500 0.000 14.000 0.945 17.000 4.510 707.000 1.000 15.000 5.0005.000 29.000 0.526 5.000 0.003 84.00 0.716 0.500 0.000 5.000 0.000 14.000 3.680 690.000 1.000 12.000 5.0005.000 39.000 0.817 5.000 0.003 90.00 0.772 0.500 0.000 9.000 0.824 13.000 4.250 897.000 1.000 12.000 5.0005.000 35.000 0.716 5.000 0.003 96.00 0.824 0.500 0.000 7.000 0.364 22.000 4.550 1232.000 1.000 14.000 5.0005.000 38.000 0.791 7.000 0.708 106.00 0.891 0.500 0.000 5.000 0.000 21.000 4.690 1222.000 1.000 15.000 5.0005.000 28.000 0.492 5.000 0.003 120.00 0.944 0.500 0.000 5.000 0.000 17.000 5.290 539.000 1.000 12.000 5.0005.000 55.000 0.936 5.000 0.003 85.00 0.731 0.500 0.000 8.000 0.675 16.000 4.120 537.000 1.000 13.000 5.0005.000 50.000 0.910 6.000 0.611 102.00 0.858 0.500 0.000 8.000 0.675 16.000 4.390 807.000 1.000 15.000 5.0005.000 36.000 0.750 11.000 0.944 107.00 0.899 0.500 0.000 6.000 0.000 19.000 5.170 2344.000 1.000 12.000 5.0005.000 47.000 0.895 11.000 0.944 95.00 0.817 0.500 0.000 7.000 0.364 16.000 4.870 551.000 1.000 12.000 5.0005.000 50.000 0.910 6.000 0.611 96.00 0.824 0.500 0.000 7.000 0.364 24.000 5.300 1036.000 1.000 18.000 5.000


SampleSNF80274SNF80275SNF80276SNF80277SNF80278SNF80279SNF80280SNF80281SNF80282SNF80283SNF80284SNF80285SNF80286SNF80287

Au_ppb Au_%rank Cu_ppm Cu_%rank Pb_ppm Pb_%rank Zn_ppm Zn_%rank Ag_ppm Ag_%rank As_ppm As_%rank Co_ppm Fe_% Mn_ppm Mo_ppm Ni_ppm Sb_ppm5.000 41.000 0.854 5.000 0.003 127.00 0.962 0.500 0.000 20.000 0.986 28.000 9.940 602.000 4.000 15.000 5.000

1113.000 1.000 64.000 0.962 5.000 0.003 138.00 0.973 0.500 0.000 5.000 0.000 31.000 7.990 853.000 2.000 17.000 5.0005.000 35.000 0.716 5.000 0.003 77.00 0.626 0.500 0.000 5.000 0.000 19.000 4.470 2063.000 1.000 16.000 5.00078.000 0.500 53.000 0.925 5.000 0.003 86.00 0.738 0.500 0.000 6.000 0.000 29.000 5.200 507.000 1.000 12.000 5.0005.000 20.000 0.223 5.000 0.003 50.00 0.134 0.500 0.000 5.000 0.000 10.000 4.770 299.000 1.000 3.000 5.0005.000 30.000 0.563 6.000 0.611 72.00 0.555 0.500 0.000 5.000 0.000 15.000 3.470 1373.000 1.000 11.000 5.0005.000 35.000 0.716 5.000 0.003 133.00 0.970 0.500 0.000 5.000 0.000 23.000 5.440 1002.000 1.000 16.000 5.0005.000 25.000 0.391 5.000 0.003 105.00 0.876 0.500 0.000 5.000 0.000 27.000 5.000 771.000 1.000 12.000 5.0005.000 28.000 0.492 5.000 0.003 94.00 0.809 0.500 0.000 5.000 0.000 12.000 4.550 456.000 1.000 7.000 5.0005.000 21.000 0.264 5.000 0.003 82.00 0.694 0.500 0.000 5.000 0.000 13.000 3.730 411.000 1.000 8.000 5.0005.000 40.000 0.835 5.000 0.003 95.00 0.817 0.500 0.000 6.000 0.000 16.000 4.680 421.000 1.000 12.000 5.0005.000 69.000 0.973 12.000 0.962 206.00 0.996 0.500 0.000 10.000 0.864 25.000 6.140 2346.000 1.000 10.000 5.0005.000 33.000 0.656 6.000 0.611 121.00 0.951 0.500 0.000 7.000 0.364 23.000 5.560 1196.000 1.000 17.000 5.0005.000 39.000 0.817 7.000 0.708 124.00 0.955 0.500 0.000 7.000 0.364 27.000 5.680 1942.000 1.000 15.000 5.000

APPENDIX IV- ASSAY CERTIFICATES

APPENDIX V- ANALYTICAL PROCEDURES

APPENDIX V- ANALYTICAL PROCEDURES

Sampling Soil samples are typically in the range 0.2 to 0.3 kg in size with a soil auger. Samples are placed in paper kraft bags together with a waterproof paper ticket depicting a unique sample number. Each bag is labelled with permanent marker. Samples were stored under the supervision of the sample’s collector (Paragon geologist) and were sent to Eastern Analytical in Springdale, NL and analyzed by ICP-11 (Aqua-Regia) which provides Fe, Mn, Pb, As, Sb, Zn, Co, Cu, Ni, Mo and Ag. Au was analyzed with fire assay. Sample Preparation Eastern Analytical All sample preparation is completed by Eastern Analytical of Springdale to the following specifications. Samples are dryed at 60oC and sieved up to 100g to -80mesh (up to ½ kg). Sample Analyses by Eastern Analytical Limited Fire Assay and Sample Digestion (Au):

A 30 g sample is weighed into an earthen crucible and mixed with PbO fluxes. Silver nitrate is then added and the sample is fused in a fire assay oven to obtain a liquid which is poured into a mold and let cool. The lead button is then separated from the slag and cupelled in a fire assay oven which contains a silver bead which contains the gold. The silver is removed with 1 ml nitric acid and then 3 ml hydrochloric acid is added to bring the Ag and Au into solution. After cooling, deionized water is added to bring the sample up to a desired volume. Then the sample is analyzed one at a time by the Atomic Absorption method (in batches of 24) with a value obtained by taking the average of three readings per sample. Unit is checked with a calibration solution after every 12 samples. Inductively Coupled Plasma optical emission spectrometry ICP OES (Fe, Mn, Pb, As, Sb, Zn, Co, Cu, Ni, Mo and Ag): Samples are arranged into racks of 36 samples + 2 duplicates + blank and 1 CANMET standard to make a rack of 40 total test tubes. This information is recorded on an assay sheet with the corresponding rack #. 2. 0.5 g of sample is weighed into each test tube. 3. Concentrated Nitric acid and Hydrochloric acid is added to each test tube. 4. The racks of samples are then gradually heated on a hot plate to aid in dissolution of the elements to be tested. 5. Samples are then cooled to room temperature and topped to volume with deionized water and stirred to homogenize.

6. After an hour to settle the sediments, the samples are analysed by Inductively Coupled Plasma (ICP). Each package, ICP-9, ICP-11, ICP-30 are analysed separately, but all elements within each package are read at the same time. Sample results are recorded manually and transferred to the manual data entry person where assay data is remerged with PGR sample number and tabulated into reports for certificates. Reports and standards are checked by the Chief Assayer before the certificates are release to the client.

APPENDIX VI- STATEMENT OF EXPENDITURES BY LICENCE

Appendix VI - Expenditures on Licences 013583M and 019631M

Expenditures - Licence 013583M

Item Rate Units AmountDavid Copeland (field work) $580.00 8 $4,640.00Christine Devine (field work and report writing) $425.00 15 $6,375.00Mike Vande Gutche (report writing/review) $700.00 1 $700.00Sample Assays - Eastern Analytical $25.00 253 $6,325.00Sample Shipping $105.00 1 $105.00

Truck Rental (7 days) 1 $884.08Fuel 1 $339.09Soil sample bags and shipping 1 $210.00Core Shed Rental $20.00 8 $160.00Accomodations and Food (7 days) $75.00 14 $1,050.00

Subtotal $20,788.17

Administrative (15%) $3,118.23

Total $23,906.40

Expenditures - Licence 019631M

Item Rate Units AmountChristine Devine (field work and report writing) $425.00 1 $425.00Sample Assays $25.00 16 $400.00

Subtotal $825.00

Administrative (15%) $123.75Administrative (15%) $123.75

Total $948.75

harpoon south tally 2012 soil sampling report...

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