12th Year Assessment - Newfoundland and Labradorgis.geosurv.gov.nl.ca/geofilePDFS/ReceivedBatch50/012A_1475.pdfHungry Hill Property Celtic Minerals Ltd. 12th Year Assessment 1.0 INTRODUCTION

CELTIC MINERALS LTD.

12th Year Assessment Report

on

Geophysical Surveys conducted

on the

Hungry Hill Property, Central Newfoundland. Licences 12947M & 13344M

for

Celtic Minerals Ltd.

Total Claims: 250 Expenditures: $ 274,253.98

Work Period: April 2007 – April 2008

by

Elliott Stuckless, BSc. Honors

June 3rd, 2008

Hungry Hill Property Celtic Minerals Ltd. 12th Year Assessment

TABLE OF CONTENTS

Page #

1.0 Introduction 4 2.0 Location & Access 4 3.0 History of Land Tenure & Exploration 4 4.0 Geology 8

4.1 Regional Geology 8 4.2 Property Geology 9

5.0 2007 Exploration Program 13

5.1 Description & Implementation 13 5.2 Results 13 5.3 Recommendations & Future Plans 17 5.4 List of Expenditures 17

6.0 References 18

LIST OF APPENDICIES

Appendix 1 Gravity Logistics Report Appendix 2 Geochemical Results and Assay Certificates Appendix 3 List of Personnel & Contractors


LIST OF FIGURES

Page #

FIGURE 1 Location Map 5 FIGURE 2 Claim Map 6 FIGURE 3 Regional Geology Map 9 FIGURE 4 Property Geology Map 11 FIGURE 5 Geophysics Grid Location Map 14 FIGURE 6 Sample Location Map 15 FIGURE 7 Gravity Survey Summary Map 16


1.0 INTRODUCTION This report summarizes 12th year (12947M) and 1st year (13344M) assessment work carried out on the Hungry Hill Property. 12th year assessment on the Hungry Hill Property began in early April 2007 with the establishment of an 85.3 line kilometer geophysics grid. This grid was subsequently the focus of a ground gravity survey carried out by Eastern Geophysics over three sessions throughout mid‐late 2007 and early 2008, as well as geological prospecting and sampling. 2.0 LOCATION & ACCESS The Hungry Hill Property is located along the south eastern shore of Red Indian Lake on NTS Map Sheet 12A/10 & 12A/15 (Figures 1). Access is via a series of all weather logging roads leading 10 kilometers from the village of Millertown. Millertown is located approximately 65 km southwest of Badger and can be reached by traveling along Route 370, from the Trans Canada Highway, to the village of Buchans Junction and then a further six kilometers on a paved branch road to Millertown. The historic mining town of Buchans is located approximately 15 kilometers northwest of the claims.

3.0 HISTORY OF LAND TENURE & EXPLORATION The Hungry Hill Property consists of two licences (12947M & 13344M), comprised of 250 claims, covering as area of 62.5 km2 (Figure 2). Table 1 describes the current licence status.

Table 1: Licence Description LICENCE # CLAIMS LICENCE HOLDER ISSUANCE DATE REPORT DUE 12947M 13344M

232 18

Celtic Minerals Ltd.Celtic Minerals Ltd.

08‐04‐199616‐04‐2007

June 9thJune 16th

Previous industry work is outline in the following summary: 1942‐1944 ‐ Buchans Mining Company Ltd conducted geological mapping on cut lines at line spacing of approximately 425 meters (scale: 1 inch = 1000 feet). This survey covered about 90 % of the current Celtic claim group. (N.D.M.E. Ref.12 A (91) ). 1977‐1978 ‐ Amoco Canada’s mining division conducted regional stream sediment sampling over the entire current Celtic claims and staked ground on the east side of current licence 4832M and licence 4880M. They did soil geochemistry, geological mapping and prospecting, Radem ‐ VLF and magnetometer surveys. Coincident Radem

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

8888888888888888888888888888888888888888888888888888888888888888888888888888888888BuchansBuchansBuchansBuchansBuchansBuchansBuchansBuchansBuchans

CornerbrookCornerbrookCornerbrookCornerbrookCornerbrookCornerbrookCornerbrookCornerbrookCornerbrook

Port Aux BasquesPort Aux BasquesPort Aux BasquesPort Aux BasquesPort Aux BasquesPort Aux BasquesPort Aux BasquesPort Aux BasquesPort Aux Basques

St. AnthonySt. AnthonySt. AnthonySt. AnthonySt. AnthonySt. AnthonySt. AnthonySt. AnthonySt. Anthony

Grand Falls ‐ WindsorGrand Falls ‐ WindsorGrand Falls ‐ WindsorGrand Falls ‐ WindsorGrand Falls ‐ WindsorGrand Falls ‐ WindsorGrand Falls ‐ WindsorGrand Falls ‐ WindsorGrand Falls ‐ Windsor

GanderGanderGanderGanderGanderGanderGanderGanderGander

ClarenvilleClarenvilleClarenvilleClarenvilleClarenvilleClarenvilleClarenvilleClarenvilleClarenville

St. John'sSt. John'sSt. John'sSt. John'sSt. John'sSt. John'sSt. John'sSt. John'sSt. John's

Scale: 1: 3,000,000

NAD 27 - Zone 21

Figure: 1

NTS: 12A/10


Hungry Hill PropertyLocation Map

-50

Kilometres

0 50 100 150

HUNGRY HILL PROPERTYHUNGRY HILL PROPERTYHUNGRY HILL PROPERTYHUNGRY HILL PROPERTYHUNGRY HILL PROPERTYHUNGRY HILL PROPERTYHUNGRY HILL PROPERTYHUNGRY HILL PROPERTYHUNGRY HILL PROPERTY

5402000 mN5402000 mN5402000 mN5402000 mN5402000 mN5402000 mN5402000 mN5402000 mN5402000 mN








518000

mE

518000

mE

518000

mE

518000

mE

518000

mE

518000

mE

518000

mE

518000

mE

518000

mE

520000

mE

520000

mE

520000

mE

520000

mE

520000

mE

520000

mE

520000

mE

520000

mE

520000

mE

522000

mE

522000

mE

522000

mE

522000

mE

522000

mE

522000

mE

522000

mE

522000

mE

522000

mE

524000

mE

524000

mE

524000

mE

524000

mE

524000

mE

524000

mE

524000

mE

524000

mE

524000

mE

526000

mE

526000

mE

526000

mE

526000

mE

526000

mE

526000

mE

526000

mE

526000

mE

526000

mE

530000

mE

530000

mE

530000

mE

530000

mE

530000

mE

530000

mE

530000

mE

530000

mE

530000

mE

528000

mE

528000

mE

528000

mE

528000

mE

528000

mE

528000

mE

528000

mE

528000

mE

528000

mE

88888888888888888888888888888888888888888888888888888888888888888888888888888888888

NEWFOUNDLAND

Scale: 1:75,000

NAD 27 ‐ Zone 21

Figure: 2

NTS: 12A10


Hungry Hill PropertyClaim Location Map

Celtic Minerals Claims

Licence # of Claims Area (km )2

12947M 232 58.00 13344M 18 4.50

Total 250 62.50

0 0 0 0 0 0 0 0 0

KilometresKilometresKilometresKilometresKilometresKilometresKilometresKilometresKilometres

222222222 444444444 666666666 888888888 101010101010101010

12947M12947M12947M12947M12947M12947M12947M12947M12947M

13344M13344M13344M13344M13344M13344M13344M13344M13344M


anomalies and multi element soil geochemical anomalies for zinc, copper, and lead were found but there was no follow up done. (N.D.M.E. Ref. NFLD (1030). 1980‐1981 ‐ Gulf Minerals Canada Ltd. conducted regional reconnaissance geological mapping at a scale of 1:50000 (1.5km line spacing) and locally more detailed mapping at a scale of 1:20000 from Bobby’s Pond in the southwest to the western part of current Celtic licence 4832M in the northeast. Samples were analysed for whole rock and trace element geochemistry. The entire claim area was subject to an airborne electromagnetic and magnetic survey, flown by Aerodat Ltd. In September, 1981. (N.D.M.E Ref.12A/10 (317) ) 1982‐1983 ‐ Granges Exploration purchased the Victoria River project from Gulf Minerals Canada Ltd. after Gulf decided to disband its mineral exploration affiliate in 1982. As described above, only the west side of current Celtic licence 4832M is covered by this land package. In 1983, Granges did linecutting, a ground geophysical survey and 1220 meters of contract diamond drilling. Only one hole is situate within current Celtic ground, VR‐16. All drill tested EM conductors were explained by graphite. In VR‐16 graphite and limestone was intersected. The core from all drill holes is still sitting on the ground near the drill sites. (N.D.M.E. Ref. 12A/9 (354) ) 1986‐1993 ‐ Inco Exploration and Technical Services Inc. acquired by staking, a parcel of land almost identical to that previously held by Gulf Minerals and Granges. Following reconnaissance geological and geochemical surveys, eight grids were cut over a span of several years covering the most favourable ground. Inco’s grid 2 is on current Celtic ground, at the southwest of licence 4832M. Detailed geological, geochemical and geophysical surveys were done on selected grids and was followed up with diamond drilling on specific targets. In 1988, the Bobby’s Pond VMS deposit was discovered and exploration on other parts of the property intensified. On grid 2, a silica‐sericite‐pyrite‐arsenopyrite‐fuchsite alteration zone was mapped as was an long narrow unit of siliceous heterolithic breccia with occasional pyrite clasts. Soil geochemistry confirmed the coincident presence of alteration and moderate anomalies in copper, zinc, arsenic, silver and gold. HLEM, VLF‐EM, magnetics and TDEM surveys were then done on grid 2. On the extreme western boundary of current licence 4832M, Inco drilled two deep DDH’s to test deep TDEM conductors. One of the two may actually be just outside the Celtic claim boundary. A short winkie hole was drilled on an airborne EM conductor on grid 2 east of the known areas of alteration. All conductors were explained by graphite. No drilling was done on the alteration zones and there was no trenching done to try and explain the soil geochemical anomalies. 1989‐1991 ‐ Cominco Ltd. acquired by staking, a parcel of land covering the east and central portions of the current Celtic claims. They staked up to the Inco claim boundary in the west, where Inco’s grid 2 terminated (described above). Work done consisted of geological mapping, lithogeochemical sampling, prospecting, soil sampling and stream sediment sampling surveys over much of the same area covered by AMOCO in 1977‐


1978, i.e. the east part of licence 4832M and licence 4880M. Reconnaissance mapping was also done over to the Inco claim boundary. Lithogeochemical sampling indicated that the massive volcanics in the central and northern parts of the property are of calc‐alkaline affinity. Detailed soil sampling confirmed AMOCO’s anomalies in the east but due to poor bedrock exposure the anomalies were not explained. Large loop time domain EM was proposed but never completed due to budget constraints. 1995‐1998 – Celtic Minerals Ltd carried out an AEM/Mag survey, geological mapping, soil sampling, ground magnetics, gravity, and VLF‐EM surveys as well as trenching, 21 diamond drill holes (5380m) and borehole EM. 1999 – Rio Algom conducted soil sampling, geological mapping, VLF‐EM survey, 3 diamond drill holes (2051m) and borehole EM. The property was also included in the Billiton Exploration Geoterrex‐Dighem Airborne geophysical survey. 2000‐2001 – Celtic Minerals conducted a compilation of all previous work on the Hungry Hill Property and also completed a lithogeochemical survey, trenching and diamond drilling (1 hole, 449m). 4.0 GEOLOGY 4.1 Regional Geology The following description of the regional geology (Figure 3) is summarized from Evans (1996) and Evans et al. (1989): The island of Newfoundland forms the northern end of the Appalachian Orogen. The geological subdivisions of the island from west to east, the Humber, Dunnage, Gander and Avalon, are based on stratigraphic and structural contrasts related to the formation and later destruction of a late Precambrian ‐ early Paleozoic ocean known as Iapetus, the proto‐Atlantic Ocean. The Humber Zone, in the west, a remnant of the North American continental margin, is comprised of Paleozoic shelf facies units (sedimentary rocks) deposited on crystalline Precambrian (Grenville) basement. The Dunnage zone units, in central Newfoundland, consist of ophiolitic and volcanic, volcaniclastic and sedimentary rocks of island arc and back arc affinity that represent the vestiges of the Iapetus (proto Atlantic) Ocean. The Gander Zone, in east central Newfoundland, is comprised of mainly deep water sedimentary rocks deposited at or near the eastern side of Iapetus. The Avalon Zone, in eastern Newfoundland, is formed by late Precambrian volcanic, sedimentary and plutonic rocks overlain by early Paleozoic platformal sedimentary rocks which formed part of the European continent (Evans, 1996).


Figure 3: Geology of Newfoundland (After Colman‐Sadd et al., 1990)


4.2 Property Geology The Hungry Hill claims are underlain by a diversity of rock types including rocks from both the Buchans group and Victoria Lake Group (Figure 4). Three quarters of the property from north to south is dominated by mixed felsic and intermediate to mafic volcanic flows, flow breccias, tuffs and volcaniclastic sediments. Subordinate amounts of epiclastic sediments also underlie this area. The southern one quarter of the property is dominated by argillite and greywacke with minor intercalated lenses of felsic to intermediate volcanic. The areal extent of each domain is separated by a sharp, rectilinear, northeast trending transition, extending across the entire property, that can be easily seen on colour total field magnetic and vertical gradient magnetic maps. As the sharp transition is approached from north to south, the colour gradually fades from red to blue (more magnetic to less magnetic) possibly reflecting an overlap of both domains that is gradually thinning as the sharp transition is approached. This transition is interpreted geophysically, by the first author, as a thrust fault separating the respective domains. The geology of the east‐northeast part of the property can be separated into three basic lithologic types: 1. Mafic Volcanic ‐ massive, plagioclase porphyritic flows, pillow lava and pillow breccia. Light brown to maroon weathering; dark green on fresh surface. <5 to 30%, <5mm sized round, calcite or quartz filled amygdules. Locally, outer edges of pillows are characterized by concentric bands of hematized, amygdaloidal basalt alternating with nearly massive basalt. Locally crosscut by thin quartz‐calcite‐epidote veinlets and locally, pillow selvages and interstices are epidote rich. 2. Felsic Volcanic ‐ massive, quartz and plagioclase phyric, granular volcaniclastic. Grey‐brown weathering; light green‐grey on fresh surface. Medium to coarse grained. ~30%, <1mm to 5mm sized, rounded to angular, quartz grains. ~50%, <1mm to 3mm euhedral to rounded, white‐grey, plagioclase grains. Also, massive, aphanitic, light green felsic volcanic with <2mm subhedral to euhedral clear quartz eyes. 3. Argillite/greywacke ‐ Penetratively cleaved, fine grained, dark grey weathering; medium to dark grey on fresh surface. Grainy, gritty, greywacke locally interbedded with the argillite. The geology of the western portion of the Hungry Hill property, specifically the geology in the vicinity of the Hungry Hill prospect, can also be separated into three basic lithological types, which are discussed in order of their abundance in the map area. 4.Felsic volcanic rocks









528000

mE

528000

mE

528000

mE

528000

mE

528000

mE

528000

mE

528000

mE

528000

mE

528000

mE

530000

mE

530000

mE

530000

mE

530000

mE

530000

mE

530000

mE

530000

mE

530000

mE

530000

mE

524000

mE

524000

mE

524000

mE

524000

mE

524000

mE

524000

mE

524000

mE

524000

mE

524000

mE

520000

mE

520000

mE

520000

mE

520000

mE

520000

mE

520000

mE

520000

mE

520000

mE

520000

mE

522000

mE

522000

mE

522000

mE

522000

mE

522000

mE

522000

mE

522000

mE

522000

mE

522000

mE

518000

mE

518000

mE

518000

mE

518000

mE

518000

mE

518000

mE

518000

mE

518000

mE

518000

mE

526000

mE

526000

mE

526000

mE

526000

mE

526000

mE

526000

mE

526000

mE

526000

mE

526000

mE

88888888888888888888888888888888888888888888888888888888888888888888888888888888888

NEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLANDNEWFOUNDLAND

Scale: 1:75,000

NAD 27 ‐ Zone 21

Figure: 4

NTS: 12A10


Hungry Hill PropertyGeology Map

Celtic Minerals Claims

0 0 0 0 0 0 0 0 0

KilometresKilometresKilometresKilometresKilometresKilometresKilometresKilometresKilometres

222222222 444444444 666666666 888888888 101010101010101010

HUNGRY HILL GEOLOGY


Fine to medium‐grained volcanics ‐ These rocks are light gray‐brown to white weathering, and are dark gray to green on fresh surface. Typically, these rocks contain <5%, <5mm sized, angular to rounded quartz crystals in an aphanitic to fine‐grained tuffaceous matrix. Angular to subrounded, <2cm sized lapilli of tuffaceous material, vesicular rhyolite, and quartz crystal tuff form up to 25% of the rock. Primary layering is only locally preserved and thick sections of these rocks are massive and completely lack primary layering, likely indicative of deposition as air‐fall tuff. Coarse‐grained volcanics ‐ The coarse‐grained volcanic rocks are only exposed in the immediate area of the Southwest alteration zone. These rocks contain angular to subrounded, poorly sorted, <30cm sized clasts, that locally account for 30‐40% of the rock. The clasts consist of: 1) massive rhyolite with <5% quartz eyes; 2) quartz crystal tuff with <5% angular to subrounded quartz crystals; 3) massive tuff; 4) cored clasts (volcanic bombs?); 4) rare black chert and jasper clasts, and; 5) vesicular rhyolite. Layering is locally preserved within these rocks, and consists of 1 to 3m thick size‐graded units. The coarse‐grained volcanic rocks likely represent a volcanic breccia which was deposited in close proximity to a felsic volcanic centre. Massive rhyolite flows ‐ These rocks weather light gray‐brown to white, and are dark gray to green on fresh surface. The rhyolite is massive and aphanitic except for 1‐5%, <2mm sized evenly distributed quartz eyes. In two locations, these rocks have a distinctive purple‐gray colour, and are interlayered with grey‐brown, coarse‐grained volcaniclastic rocks. The massive rhyolites are most common in the area of the Southwest alteration zone, and are associated with the coarse‐grained felsic volcanic breccia. 5. Sedimentary rocks The sedimentary rocks comprise northwest‐facing, interlayered greywacke, siltstone, pebble conglomerate, chert, graphitic slate, and carbonate with minor fine to medium‐grained felsic volcaniclastic rocks. The pebble conglomerate layers contain angular to subrounded clasts of quartz, chert, and felsic volcanic rock, consistent with local derivation through erosion of the volcanics and meta‐sediments. The cherts are white to grey to black, finely‐laminated to layered, and are commonly interbedded with the greywacke‐siltstone sequences. The carbonate is massive, light gray, crystalline, and was noted in earlier Granges drill core, and in two locations on surface, and is everywhere interlayered with graphitic slates. In one location, an ~1m thick, graded layer of fine‐grained volcaniclastic rocks is conformably interlayered with the meta‐sediments. This layer contains five, <4cm clasts (?) of massive pyrite. In general, the facing directions and distribution of the sedimentary rocks indicates that they conformably overly the felsic volcanic rocks. 6. Diorite‐Gabbro The dioritic‐gabbroic rocks are abundant in the southwestern corner of the property, and were not noted north of Caribou Road (The main logging road transecting the property). In outcrop, these rocks have a distinctive rusty brown weathered surface, and are dark green‐grey on fresh surface. The diorite consists of 50‐60%, white‐grey, fine‐


grained, subhedral plagioclase crystals, and 20‐30%, black‐green, <5mm sized, anhedral to euhedral, pyroxene crystals. These minerals are arranged in a phaneritic, locally equigranular, ophitic texture. The westernmost outcrop of diorite is porphyritic, and contains 20‐25%, >1mm to 25mm sized, euhedral, pyroxene crystals. The diorite clearly intrudes the felsic volcaniclastic rocks, but was not noted within the meta‐sediments.

5.0 2007‐08 EXPLORATION WORK

5.1 Description & Implementation 12th year assessment work on the Hungry Hill Property began in early April 2007, when Andrews Exploration, under contract by Celtic, mobilized a crew to the property via the nearby town of Millertown. The line cutters proceeded to create an 85.3 line kilometer grid consisting of 36 lines ranging in length from 300m to 2800m, spaced at 100m intervals (Figure 5). Once the grid had been established, prospectors were mobilized to the site to conduct a series of geological and geochemical surveys resulting in 94 samples being collected and analyzed (Figure 6). A summary of geochemical results can be found in appendix 2. In a series of three sessions, conducted in mid‐late 2007‐early 2008, Eastern Exploration conducted a ground gravity/digital GPS survey over the grid consisting of 3656 stations. A copy logistic report compiled by Eastern Geophysics has been included as Appendix 2.

5.2 Results A summary of results for the gravity survey has been provided by John Keiley, P.Geo and can be found below: A ground gravity survey consisting of 3,603 stations + 53 quality control repeat stations was completed over the Hungry Hill property during three campaigns in 2007 and 2008. The survey was completed by Eastern Geophysics Ltd. Details of instrumentation, survey line coverage, technical specifications, and accuracy levels are contained in three logistics reports provided by Eastern Geophysics. A total of 3,656 stations of differentially corrected GPS data was also collected at the gravity station locations. The survey results have been compiled into a number of graphic images that portray density variations in the subsurface. The image included (Figure 7) with this description of results is the calculated 1st order polynomial trend removal of the terrain and free‐air corrected Bouger gravity data. This 1st order polynomial trend is a best fit to residual gravity features which are interpreted to arise from bedrock sources. The results show a prominent pair of NE trending gravity highs, shown in red, in the SE half of the survey







524000

mE

524000

mE

524000

mE

524000

mE

524000

mE

524000

mE

524000

mE

524000

mE

524000

mE

524500

mE

524500

mE

524500

mE

524500

mE

524500

mE

524500

mE

524500

mE

524500

mE

524500

mE

525000

mE

525000

mE

525000

mE

525000

mE

525000

mE

525000

mE

525000

mE

525000

mE

525000

mE

525500

mE

525500

mE

525500

mE

525500

mE

525500

mE

525500

mE

525500

mE

525500

mE

525500

mE



523500

mE

523500

mE

523500

mE

523500

mE

523500

mE

523500

mE

523500

mE

523500

mE

523500

mE

522000

mE

522000

mE

522000

mE

522000

mE

522000

mE

522000

mE

522000

mE

522000

mE

522000

mE

522500

mE

522500

mE

522500

mE

522500

mE

522500

mE

522500

mE

522500

mE

522500

mE

522500

mE

523000

mE

523000

mE

523000

mE

523000

mE

523000

mE

523000

mE

523000

mE

523000

mE

523000

mE

521500

mE

521500

mE

521500

mE

521500

mE

521500

mE

521500

mE

521500

mE

521500

mE

521500

mE

521000

mE

521000

mE

521000

mE

521000

mE

521000

mE

521000

mE

521000

mE

521000

mE

521000

mE


10000W

10000W

10000W

10000W

10000W

10000W

10000W

10000W

10000W

9400W9400W9400W

9400W9400W

9400W9400W9400W

9400W

9300W9300W9300W

9300W9300W

9300W9300W9300W9300W

9000W9000W9000W

9000W9000W

9000W9000W9000W9000W

9100W9100W9100W

9100W9100W

9100W9100W9100W9100W

8900W8900W8900W

8900W8900W

8900W8900W8900W8900W

8700W8700W8700W

8700W8700W

8700W8700W8700W8700W

8200W8200W8200W

8200W8200W

8200W8200W8200W8200W

7500W7500W7500W

7500W7500W

7500W7500W7500W7500W

7400W7400W7400W

7400W7400W

7400W7400W7400W7400W

7300W7300W7300W

7300W7300W

7300W7300W7300W7300W

7100W7100W7100W

7100W7100W

7100W7100W7100W7100W

7200W7200W7200W

7200W7200W

7200W7200W7200W7200W

7000W7000W7000W

7000W7000W

7000W7000W7000W7000W

10500W

10500W

10500W

10500W

10500W

10500W

10500W

10500W

10500W

10400W

10400W

10400W

10400W

10400W

10400W

10400W

10400W

10400W

10300W

10300W

10300W

10300W

10300W

10300W

10300W

10300W

10300W

10200W

10200W

10200W

10200W

10200W

10200W

10200W

10200W

10200W

10100W

10100W

10100W

10100W

10100W

10100W

10100W

10100W

10100W

7600W7600W7600W

7600W7600W

7600W7600W7600W7600W7700W

7700W7700W

7700W7700W

7700W7700W7700W7700W

7800W7800W7800W

7800W7800W

7800W7800W7800W7800W

7900W7900W7900W

7900W7900W

7900W7900W7900W7900W8000W

8000W8000W

8000W8000W

8000W8000W8000W8000W

8100W8100W8100W

8100W8100W

8100W8100W8100W8100W8300W

8300W8300W

8300W8300W

8300W8300W8300W8300W8400W

8400W8400W

8400W8400W

8400W8400W8400W

8400W8500W8500W8500W

8500W8500W

8500W8500W8500W

8500W8600W8600W8600W

8600W8600W

8600W8600W8600W8600W8800W

8800W8800W

8800W8800W

8800W8800W8800W8800W

9200W9200W9200W

9200W9200W

9200W9200W9200W9200W

9500W9500W9500W

9500W9500W

9500W9500W9500W9500W

9600W9600W9600W

9600W9600W

9600W9600W9600W9600W

9700W9700W9700W

9700W9700W

9700W9700W9700W9700W

9800W9800W9800W

9800W9800W

9800W9800W9800W9800W

9900W9900W9900W

9900W9900W

9900W9900W9900W

9900W

88888888888888888888888888888888888888888888888888888888888888888888888888888888888

NEWFOUNDLAND

Scale: 1:25,000

NAD 27 ‐ Zone 21

Figure: 5

NTS: 12A10


Hungry Hill PropertyGeophysics Grid Location Map

Survey Line

AREA OF ENLARGEMENTAREA OF ENLARGEMENTAREA OF ENLARGEMENTAREA OF ENLARGEMENTAREA OF ENLARGEMENTAREA OF ENLARGEMENTAREA OF ENLARGEMENTAREA OF ENLARGEMENTAREA OF ENLARGEMENT

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&& &&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&

&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&






524000

mE

524000

mE

524000

mE

524000

mE

524000

mE

524000

mE

524000

mE

524000

mE

524000

mE

524500

mE

524500

mE

524500

mE

524500

mE

524500

mE

524500

mE

524500

mE

524500

mE

524500

mE

525000

mE

525000

mE

525000

mE

525000

mE

525000

mE

525000

mE

525000

mE

525000

mE

525000

mE

525500

mE

525500

mE

525500

mE

525500

mE

525500

mE

525500

mE

525500

mE

525500

mE

525500

mE



523500

mE

523500

mE

523500

mE

523500

mE

523500

mE

523500

mE

523500

mE

523500

mE

523500

mE

522000

mE

522000

mE

522000

mE

522000

mE

522000

mE

522000

mE

522000

mE

522000

mE

522000

mE

522500

mE

522500

mE

522500

mE

522500

mE

522500

mE

522500

mE

522500

mE

522500

mE

522500

mE

523000

mE

523000

mE

523000

mE

523000

mE

523000

mE

523000

mE

523000

mE

523000

mE

523000

mE

521500

mE

521500

mE

521500

mE

521500

mE

521500

mE

521500

mE

521500

mE

521500

mE

521500

mE

521000

mE

521000

mE

521000

mE

521000

mE

521000

mE

521000

mE

521000

mE

521000

mE

521000

mE



88888888888888888888888888888888888888888888888888888888888888888888888888888888888

NEWFOUNDLAND

Scale: 1:25,000

NAD 27 ‐ Zone 21

Figure: 6

NTS: 12A10


Hungry Hill PropertySample Location Map

Sample Location


&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&







524000

mE

524000

mE

524000

mE

524000

mE

524000

mE

524000

mE

524000

mE

524000

mE

524000

mE

524500

mE

524500

mE

524500

mE

524500

mE

524500

mE

524500

mE

524500

mE

524500

mE

524500

mE

525000

mE

525000

mE

525000

mE

525000

mE

525000

mE

525000

mE

525000

mE

525000

mE

525000

mE

525500

mE

525500

mE

525500

mE

525500

mE

525500

mE

525500

mE

525500

mE

525500

mE

525500

mE



523500

mE

523500

mE

523500

mE

523500

mE

523500

mE

523500

mE

523500

mE

523500

mE

523500

mE

522000

mE

522000

mE

522000

mE

522000

mE

522000

mE

522000

mE

522000

mE

522000

mE

522000

mE

522500

mE

522500

mE

522500

mE

522500

mE

522500

mE

522500

mE

522500

mE

522500

mE

522500

mE

523000

mE

523000

mE

523000

mE

523000

mE

523000

mE

523000

mE

523000

mE

523000

mE

523000

mE

521500

mE

521500

mE

521500

mE

521500

mE

521500

mE

521500

mE

521500

mE

521500

mE

521500

mE

521000

mE

521000

mE

521000

mE

521000

mE

521000

mE

521000

mE

521000

mE

521000

mE

521000

mE

5393500 mN5393500 mN5393500 mN5393500 mN5393500 mN5393500 mN5393500 mN5393500 mN5393500 mN 88888888888888888888888888888888888888888888888888888888888888888888888888888888888

NEWFOUNDLAND

Scale: 1:25,000

NAD 27 ‐ Zone 21

Figure: 7

NTS: 12A10


Hungry Hill Property1st order polynomial trend removal of

the terrain and free‐air corrected Bouger gravity

Survey Line


-0.95 0.47-0.68 -0.46 -0.34 -0.26 -0.21 -0.16 -0.12 -0.08 -0.04 -0.00 0.03 0.04 0.06 0.07 0.08 0.10 0.11 0.12 0.14 0.15 0.16 0.18 0.20 0.22 0.24 0.26 0.29

BOUGER GRAVITY - 1ST ORDER TREND REMOVALmgals


area. The form of the gravity highs indicates a number of interpreted structural linear features that offset and/or bisect the highs. To the NW of the gravity highs is a gravity low, shown in blue, that reflects a bedrock source of lower density material. Due to non‐uniqueness, this low can also relate to thickening of less dense overburden cover rather than a shallow, low density source adjacent to the high density source.

5.3 Recommendations & Future Plans The gravity survey provided several new targets that certainly have the potential to host mineralization. Pursuant to this, diamond drill testing of the new targets is recommended.

5.4 List of Expenditures HUNGRY HILL 12947M 13344M TOTAL

Linecutting $ 53,649.83 $ 2,337.23 $ 55,987.06

Ground Gravity $ 152,749.75 $ 5,448.25 $ 158,198.00

Data Processing/Interp $ 1,676.74 $ 277.74 $ 1,954.48

Report/Map Draft & Digi. $ 1,659.44 $ 29.55 $ 1,688.99

Helicopter $ 1,680.00 $ 152.63 $ 1,832.63

Salary ‐ Helpers $ 1,791.48 $ 254.96 $ 2,046.44

Salary ‐ Geologists $ 277.95 $ 42.85 $ 320.80

Salary ‐ GFW Staff $ 138.98 $ 138.98 $ 277.96

Salary ‐ Prospectors $ 6,528.27 $ 1,717.62 $ 8,245.89

Travel $ 76.58 $ 8.51 $ 85.09

Accom / Meals $ 1,434.60 $ 159.40 $ 1,594.00

Vehicle Rental $ 3,149.58 $ 948.94 $ 4,098.52

Field Expense $ 316.68 $ 35.18 $ 351.86

Sample Analyses $ 1,800.00 $ ‐ $ 1,800.00

SUBTOTAL $ 226,929.88 $ 11,551.84 $ 238,481.72

ADMINISTRATION FEES (15%) $ 34,039.48 $ 1,732.78 $ 35,772.26

TOTAL $ 260,969.36 $ 13,284.62 $ 274,253.98

cindysaunders

Line


6 REFERENCES Greene, B J and Rice, T (2000): “Assessment report on compilation, exploration history and exploration potential for 2000 submission for fee simple grants volume 1 folio 110, volume 2 folio 25 and special volume 2 folio 307 and for first year, first year supplementary, fourth year supplementary, fifth year and ninth year assessment for licences 4536M, 6165M‐6166M, 6682M‐6683M, 6687M, 6710M‐6711M, 6743M and 7262M on claims in the Victoria River and Great Burnt Lake areas central, Newfoundland”. Newfoundland and Labrador Geological Survey, Assessment File 12A/0956, 2000, 66 pages. Thurlow, J G (1976): “Report on geological and geochemical exploration for fee simple grants volume 1 folio 110 and volume 2 folio 25 in the Victoria River area, central Newfoundland”. Newfoundland and Labrador Geological Survey, Assessment File 12A/10/1062, 1976, 28 pages. Nowlan, G S and Thurlow, J G (1984): “Middle Ordovician conodonts from the Buchans Group, central Newfoundland, and their significance for regional stratigraphy of the Central Volcanic Belt”. Canadian Journal of Earth Sciences, volume 21 number 3, 1984, pages 284‐296. Evans, D.T.W. (1996): “Epigenetic Gold Occurrences, Eastern and Central Dunnage Zone, Newfoundland”, Government of Newfoundland and Labrador, Department of Mines and Energy, geological Survey Branch, Mineral Resources Report 9, 135pp. Evans, D.T.W., Kean, B.F., Jenner, G.A and Swinden, H.S. (1989): “Volcanic Rock Geochemistry as a Guide for Massive Sulphide Exploration in Central Newfoundland”, Government of Newfoundland and Labrador, Department of Mines and Energy, Geological Survey Branch, Current Research Report 89‐01, pages 201‐219. Thurlow, J.G. and Swanson, E.A. (1987): “Stratigraphy and Structure of the Buchans Group”, Buchans Geology, Newfoundland, Geological Survey of Canada, paper 86‐24, pages 35‐46. Thurlow, J.G., Swanson E.A, and Strong D.F. (1975): “Geology and Lithogeochemistry of the Buchans Polymetallic Sulphide Deposits, Newfoundland”, Economic Geology, Vol. 70 no. 1, pages 130‐144. Colman‐Sadd, S.P., Hayes, J.P., and Knight, I. (1990): “Geology of the Island of Newfoundland”, Government of Newfoundland and Labrador, Department of Mines and Energy, Geological Survey Branch, Map 90‐001.


Kean, B F and Evans, D T W (1988): “Regional metallogeny of the Victoria Lake Group”. In Current research, Edited by R. S. Hyde, D. G. Walsh and R. F. Blackwood, Government of Newfoundland and Labrador, Department of Mines, Mineral Development Division, Report 88‐01, 1988, pages 319‐330. Kean, B F (1977): “Geology of the Victoria Lake map area [12A/6], Newfoundland”. Government of Newfoundland and Labrador, Department of Mines and Energy, Mineral Development Division, Report 77‐04, 1977, 14 pages. Kean, B F, Dean, P L and Strong, D F (1981): “Regional geology of the Central Volcanic Belt of Newfoundland”. In The Buchans orebodies: fifty years of geology and mining, Edited by E. A. Swanson, D. F. Strong and J. G. Thurlow, Geological Association of Canada, Special Paper 22, 1981, pages 65‐78. Dunning, G R, Swinden, H S, Kean, B F, Evans, D T W and Jenner, G A: (1991): “A Cambrian island arc in Iapetus: geochronology and geochemistry of the Lake Ambrose volcanic belt, Newfoundland Appalachians”. Geological Magazine, 128, 1991, pages 1‐17.


APPENDIX 1

Gravity Logistics Report

Eastern Geophysics Limited.

LOGISTICS REPORT

CELTIC MINERALS LTD.

Gravity Survey Hungry Hill Property, central NL, NTS: 12A/10

Project Manager: Barry Greene

Project #0707 Ref: 0707grv Introduction This interim field report covers the survey procedures and parameters for the detailed gravity survey carried out for Celtic Minerals Ltd. on the Hungry Hill Property, central Newfoundland, NTS: 12A/10. This logistics report deals with the field work portion of this contract. Survey Equipment 1 - LaCoste & Romberg model G gravity meters, Ser. # 451 & 789 1 - Leica\System 1230 Dual Frequency GPS Base Station 2 - Leica\System 1230 Dual Frequency GPS Rovers 1 - Pentax Optical level 1 – HP Pavilion laptop computer 1 – Acer laptop computer Registered users of Geosofttm geophysical software Registered users of Leica Geo-Officetm GPS software Survey Specifications - Detailed Gravity Survey, at a spacing of 25 meters.

- Grid line spacing of 100 m. - Gravity survey tied-in to the National Gravity net. - Gravity readings reduced to Bouguer mgal. Values

- All coordinates are in NAD27 Datum using UTM zone 21 format. - Elevations are in height above mean sea level (MSL) - Maximum elevation tolerance of +/- 10 cm./station - Maximum gravity tolerance of 0.05 mgal./station

Logistics Report


Survey Procedure A gravity and elevation observation were obtained every 25m on recently re-furbished lines spaced every 100 meters. All the gravity data has been calculated or reduced to Bouguer mgal. values. These calculations correct for the following parameters (1) elevation, free- air correction, instrument height; (2) latitude correction; (3) tide correction on a daily basis; (4) instrument drift; and, if required (5) terrain corrections. In order to verify the accuracy of these corrections, 1.5 to 2% of the readings were observed again as random repeat readings. This contract specifies repeat readings to be no greater than 0.05 mgal. Local gravity base station: For this contract, the gravity is tied-in to the National Gravity Network or the Canadian Gravity Standardization Network (CGSN) station at the Stephenville airport. Stephenville airport base station: # 9234-1977, value = 980917.46 location: 48° 32’ 46” N, 58° 33’ 52” W. Two sub-base stations were established in November, 2005. These Base stations are: 1.) BS # 99, value = 980842.72, location 471735E, 5362317N 2.) BS # 88, value = 980869.44, location 489809E, 5376108N Local gravity base station: The following sub-base stations was used for this

survey: Victoria Mine Area gravity base 1 with a BS value = 980922.36, location 522800.809E, 5398931.846N 176.332m MSL Coordinates in NAD 27 zone 21.

Base station description: On a small boulder near main road approx. 10 m. west of L-11400E about 2 meters south of road. Sutherland’s Pond gravity base 2 with a BS value = 980910.16, location 521018E, 5397547N in Nad 27 coordinates. Base description is approx. 10m north of access road and 5m east of L-233E on

half meter high outcrop in small clearing. Hungry Hill Base station 1 with a BS value = 980907.23 , location 522173.076 E 5394452.607 N 237.866m MSL Coordinates in NAD 27 zone 21. On bolder east of access road, aprox. 10 metres.

Horizontal and vertical control was established from a control point at the Aur Resources, Duck Pond mine site. The value at the mine site is X = 537189.852 E, Y = 5387610.061 N, Z = 279.275 m. (UTM NAD27, Zone 21) Sutherland’s Pond Base value in NAD27 = 5397539.252N, 521007.920 E, ortho

(MSL) Elevation = 236.251. It is located on top of a nail in the top of a small stump on top of outcrop about 15 meters north of road, west of L-233E. Hungry Hill GPS base station 1 is located in a nail in top of a small stump about 2 meters north of road. Nad 27 values are 522310.052E, 5394462.834N, Ort Ht 233.576 meters. Hungry Hill GPS Control Pt. 2 is located on top of a nail in a medium stump at the end of the road. Nad 27 values are 520211.900E, 5392315.696N, Ort Ht. 241.513 meters.

Logistics Report


Control Pt 2 is located about 10 meters east of GPS base station on top of nail in big stump, at NAD27 522300.047E, 5394462.322N, Ort Ht. 234.124 meters.

Personnel Eldon Norman, Alfred Sheppard, Pratt Lewis, Daniel Sheppard and Kim Sheppard. Operator Journal: Project # 0707 June 26 to July 6, 2007 Tuesday June 26, 2007 Day-1: Travel: We drove in and located the grid. We found a spot for base stations and made a gravity base and established a GPS base station

from the Sutherlands Pond GPS and gravity base stations. Drove home and picked up the ATVs .

Wednesday June 27, 2007 Day-2: Operating: - Gravity Crew: Read 20 stations + 1 repeat. Read L75W from

650N to 175N. Used Alfreds ATV. Operating: - DGPS Crew: Read 34 stations. Read L75W from 650N to 175N and L74W from 175N to 500N. Used Eldon’s ATV.

(Running Gravity total = 20 stations + 1 repeat). (Used 2 ATVs = 2 ATVs to date). Thursday June 28, 2007 Day-3: Operating: - Gravity Crew: Read 80 stations. Read L73W from

400N to 200N, L74W from 175N to 500N, L76W from 700N to 150N, L77W from 125N to 700N and L78W from 700N to 500N.

Operating: - DGPS Crew: Read 104 stations. Read L73W from 400N to 200N, L76W from 700N to 150N, L77W from 125N to 700N, L78W from 700N to 125N and L79W from 700N to 125N.

(Running Gravity total = 100 stations + 1 repeat). (Used 2 ATVs = 4 ATVs to date).

Logistics Report


Friday June 29, 2007 Day-4: Operating: - Gravity Crew: Read 80 stations + 2 repeat. Read L78W from

450N to 125N, L79W from 125N to 500N, L80W from 600N to 150N and L81W from 125N to 675N.

(Running Gravity total = 180 stations + 3 repeats). (Used 2 ATVs = 6 ATVs to date). Saturday June 30, 2007 Day-5: Operating: - Gravity Crew: Read 93 stations + 1 repeat. Read L82W from

700N to 150N, L83W from 150N to 700N, L84W from 700N to 125N and L85W from 125N to 700N. Operating: - DGPS Crew:. Read 135 stations + 1 repeat. Read L82W from 700N to 150N, L83W from 150N to 700N, L84W from 700N to 125N, L85W from 125N to 700N, L81W fro 675N to 125N and L80W from 150N to 600N.

(Running Gravity total = 273 stations + 4 repeats). (Used 2 ATVs = 8 ATVs to date). Sunday July 1, 2007 Day-6: Operating: - Gravity Crew: Read 90 stations + 1 repeat. Read L86W from

700N to 100N, L87W from 75N to 700N, L88W from 700N to 50N and L89W from 50N to 325N. Operating: - DGPS Crew: Read 159 stations + 1 repeat. Read L86W from 700N to 100N, L87W from 75N to 700N, L88W from 700N to 50N, L89W from 50N to 700N, L90W fro 700N to 50N and L91W from 50N to 700N.

(Running Gravity total = 363 stations + 5 repeats). (Used 2 ATVs = 10 ATVs to date). Monday July 2, 2007 Day-7: Operating: - Gravity Crew: Read 96 stations + 1 repeat. Read L89W from

700N to 350N, L90W from 50N to 700N, L91W from 700N to 50N and L92W from 50N to 700N. Operating: - DGPS Crew: Read 55 stations + 1 repeat. Read L92W from 700N to 50N and L93W from 25N to 700N. Established GPS base station HHBASE 2.

(Running Gravity total = 459 stations + 6 repeats). (Used 2 ATVs = 12 ATVs to date).

Logistics Report


Tuesday July 3, 2007 Day-8: Operating: - Gravity Crew: Read 60 stations + 1 repeat. Read L93W from

700N to 25N, L94W from 0 to 700N and L95W from 700N to 525N. Operating: - DGPS Crew: Read 102 stations + 1 repeat. Read L94W from 700N to 650N to 500N pond, L95W from 25N to 700N, L96W from 700N to 50N and L97W from 125N to 700N.

(Running Gravity total = 519 stations + 7 repeats). (Used 2 ATVs = 14 ATVs to date). Wednesday July 4, 2007 Day-9: Operating: - Gravity Crew: Read 92 stations + 1 repeat. Read L95W from

500N to 25N, L96W from 50N to 700N, L97W from 700N to 125N and L98W from 150N to 700N. Operating: - DGPS Crew: Read 84 stations + 2 repeats. Read L98W from 700N to 150N, L99W from 175N to 700N, L100W from 700N to 225N and L101W from 250N to 700N.Used Eldon’s ATV. Daniel Sheppard was with me.

(Running Gravity total = 611 stations + 8 repeats). (Used 2 ATVs = 16 ATVs to date). Thursday July 5, 2007 Day-10: Operating: - Gravity Crew: Read 80 stations + 1 repeat. Read L99W from

700N to 175N, L100W from 225N to 700N, L101W from 700N to 250N and L102W from 250N to 700N. Operating: - DGPS Crew: Read 68 stations + 9 repeats. Read L102W from 700N to 250N, L103W from 175N to 625N, L104W from 525N to 125N and L105W from 125N to 425N.Used Eldon’s ATV.

(Running Gravity total = 691 stations + 9 repeats). (Used 2 ATVs = 18 ATVs to date). Friday July 6, 2007 Day-11: Bad Weather: Rain, we went and brought out ATV’s. Rained all day.

Logistics Report


Logistics Report

PROJECT SUMMARY 1.0 - Travel days 9.0 - Operating days gravity 0.0 - Operating day for tie-in 1.0 - Bad Weather day 0.0 - Standby day 0.0 - Days Off 11.0 - Total days June 26 to July 6 , 2007 691 gravity stations read + 9 repeat readings. 741 DGPS stations 0 stations leveled. Note 1: Every gravity station read has a DGPS position, therefore it is complete. Note 2: All readings on this logistics report were read on the west side of the river because of the easier access via roads with pickup truck. At this point, the river is too high to get safely across. ATV Rentals = 9 days for 2 ATVs = 18 ATV rental days.


LOGISTICS REPORT CELTIC MINERALS LTD. Gravity Survey Hungry Hill Property, central NL, NTS: 12A/10 Project Manager: Barry Greene Project # 0707-2grv – July 18 to August 20, 2007 Ref: lr0707-2grv Logistics Report lr0707-2: Continuation of lr0707-1 Operator Journal July 18 to August 20, 2007 NOTE: Lr0707-1 (gravity total = 691 stations + 9 repeats)

(18 ATV rentals) Wednesday July 18, 2007 Day-12: Operating: - Gravity Crew: Read 49 stations. Read L103W from

625N to 175N, L105W from 125N to 425Nand L104W from 525N to 125N. (Running Gravity total = 49 stations + 0 repeats). (Used 1 ATV = 1 ATV to date) Thursday July 19, 2007 Day-13: Operating: - Established Gravity Base 3 and GPS Base station 4. (Running Gravity total = 49 stations + 0 repeats). (Used 1 ATV = 2 ATVs to date) Friday July 20, 2007 Day-14: Bad Weather: Rain, we went and brought out the ATVs and drove Home. (Running Gravity total = 49 stations + 0 repeats). (Used 1 ATV = 3 ATVs to date) Saturday, July 21 and Sunday, July 22 - Days Off. Monday July 23, 2007 Day-15: Operating: - Gravity Crew: Read 47 stations. Read L70W from

0+50N to 1100S. Operating: - DGPS Crew: Read 47 stations. Read L70W from 0+50N to 1100S. (Running Gravity total = 96 stations + 0 repeats).

(Used 2 ATVs = 5 ATVs to date)

Logistics Report


Tuesday July 24, 2007 Day-16: Operating: - Gravity Crew: Read 45 stations + 1 repeat . Read L70W from

1100S to 2225S. Operating: - DGPS Crew: Read 45 stations. Read L70W from 1100S to 2225S. *Note: High winds made reading with both instruments very difficult today – gravity was moving a little and the movement in the tall trees made it difficult to find a window for the GPS signals. (Running Gravity total = 141 stations + 1 repeat).

(Used 2 ATVs = 7 ATVs to date) Wednesday July 25, 2007 Day-17: Operating: - Gravity Crew: Read 67 stations and + 1 repeat. Read L72W from

125N to 675S and L71W from 700S to 125N. Operating: - DGPS Crew: Read 67 stations and + 1 repeat. Read L72W from 125N to 675S and L71W from 700S to 125N. (Running Gravity total = 208 stations + 2 repeats).

(Used 2 ATVs = 9 ATVs to date) Thursday July 26, 2007 Day-18: Operating: - Gravity Crew: Read 60 stations + 1 repeat. Read L71W

from 700S to 2200S. Operating: - DGPS Crew: Read 60 stations + 1 one repeat. Read L71W from 700S to 2200S. (Running Gravity total = 268 stations + 3 repeats).

(Used 2 ATVs = 11 ATVs to date) Friday July 27, 2007 Day-19: Operating: - Gravity Crew: Read 61 stations + 1 repeat. Read L72W from 675S to 2250S.

Operating: - DGPS Crew: Read 61 stations. Read L72W from 675S to 2250S. (Running Gravity total = 329 stations + 4 repeats).

(Used 2 ATVs = 13 ATVs to date) Saturday July 28, 2007 Day-20: Operating: - Gravity Crew: Read 67 stations. Read L73W from 125N to 1525S.

Operating: - DGPS Crew: Read 67 stations. Read L73W from 125N to 1525S. (Running Gravity total = 396 stations + 4 repeats).


Logistics Report


Sunday July 29, 2007 Day-21: Operating: - Gravity Crew: Read 50 stations + 1 repeat. Read L73W from

1525S to 2275S (chaining error added one station to the line) and L74 from 2250S to 1750S. (The fourth member of our crew made it difficult to travel over the rough trail on quad without the third quad so a request was made for it.) Operating: - DGPS Crew: Read 50 stations and + 1 repeat. Read L73W from 1525S to 2275S (chaining error added one station to the line) and L74 from 2250S to 1750S. (Running Gravity total = 446 stations + 5 repeats).

(Used 2 ATVs = 17 ATVs to date) Monday, July 30, 2007 Day-22: Weather Day: Wet weather conditions cause bad conditions to travel to and from work on this grid. Noland traveled to Stoneville to pickup the third quad.

(Running Gravity total = 446 stations + 5 repeats). (Used 2 ATVs = 19 ATVs to date) Tuesday, July 31, 2007 Day-23: Operating: Eastern Geophysics employees spent the day brushing out the quad

trail and rerouting around mud holes to make the grid accessible where it was not with the least amount of adverse weather.

Used three quads today. (Running Gravity total = 446 stations + 5 repeats).


Wednesday, August 01, 2007 Day-24: Operating: - Gravity Crew: Read 80 stations + 1 repeat. Read L74W from

1750S to 100N and L75W from 75N to 50S. Operating: - DGPS Crew: Read 80 stations. Read L74W from 1750S to 100N and L75W from 75N to 50S. * Note: Noland spent all day again fixing the quad trail Used three quads today. (Running Gravity total = 526 stations + 6 repeats).


Logistics Report


Thursday, August 02, 2007 Day-25: Operating: - Gravity Crew: Read 106 stations and + 1 repeat. Read L75W from

50S to 2250S and L76W from 2225S (chaining error – 2200S picket missing – left this line short 25 meters) to 1800S. Operating: - DGPS Crew: Read 162 stations + 1 repeat. Read L75W from 50S to 2250S and L76W from 2225S to 400S. Used three quads today. (Running Gravity total = 632 stations + 6 repeats).

(Used 3 ATVs = 28 ATVs to date) Friday, August 03, 2007 Day-26: Operating: - Gravity Crew: Read 70 stations + 1 repeat. Read L76W from

1800S to 50S. Operating: - DGPS Crew: Read 49 stations and + 1 repeat. Read L76W from 400S to 50N and L77W from 25N to 750S. Used three quads today. (Running Gravity total = 702 stations + 7 repeats).

(Used 3 ATVs = 31 ATVs to date) Saturday, August 4 and Sunday, August 5 Days Off Monday, August 06, 2007 Day-27: Operating: - Gravity Crew: Read 82 stations and + 1 repeat. Read L76W from

50S to 50N and L77W from 25N to 1950S. Operating: - DGPS Crew: Read 58 stations + 1 repeat. Read L77W from 750S to 2250S. Used three quads today. (Running Gravity total = 784 stations + 8 repeats).

(Used 3 ATVs = 34 ATVs to date) Tuesday, August 07, 2007 Day-28: Operating: - Gravity Crew: Read 86 stations + 1 repeat. Read L77W from

1950S to 2250S and L78W from 2250S to 375S. Operating: - DGPS Crew: Read 91 stations + 1 repeat. Read L78W from 2250S to 25N. Used three quads today. (Running Gravity total = 870 stations + 9 repeats).


Logistics Report


Wednesday, August 08, 2007 Day-29: Operating: - Gravity Crew: Read 81 stations and + 1 repeat. Read L78W from

375S to 25N and L79W from 25N to 1600S. Operating: - DGPS Crew: Battery trouble at DGPS base station hampered production today. Used three quads today. (Running Gravity total = 951 stations + 10 repeats).

(Used 3 ATVs = 40 ATVs to date) Thursday, August 09, 2007 Day-30: Bad Weather: Heavy rain all day. Friday, August 10, 2007 Day-31: Operating: - Gravity Crew: Read 67 stations + 1 repeat. Read L79W from

1600S to 2250S and L80W from 2250S to 1150S. Used two quads today. (Running Gravity total = 1018 stations + 11 repeats).

(Used 2 ATVs = 42 ATVs to date) Saturday, August 11, 2007 Day-32: Operating: - Gravity Crew: Read 81 stations +1 repeat. Read L80W from

1150S to 25N and L81W from 25N to 800S. Used two quads today. (Running Gravity total = 1099 stations + 12 repeats). (Used 2 ATVs = 44 ATVs to date)

Sunday, August 12, 2007 Day-33: Operating: - Gravity Crew: Read 82 stations + 1 repeat. Read L81W from

800S to 2250S and L82W from 2250S to 1650S. Used two quads today. (Running Gravity total = 1181 stations + 13 repeats). (Used 2 ATVs = 46 ATVs to date)

Monday, August 13, 2007 Day-34: Operating: - Gravity Crew: Read 80 stations + 1 repeat. Read L82W from

1650S to 50N and L83W from 50N to 250S. Operating: - DGPS Crew: Read 117 stations. Read L79W from 25N to 2250N and L80W from 2250S to 1550S. Used three quads today. (Running Gravity total = 1261 stations + 14 repeats). (Used 3 ATVs = 49 ATVs to date)

Logistics Report


Tuesday, August 14, 2007 Day-35: Operating: - Gravity Crew: Read 81 stations + 1 repeat. Read L83W from

250S to 2275S. Operating: - DGPS Crew: Read 90 stations. Read L80W from 1550S to 25N and L81W from 25N to 650S. Used three quads today. (Running Gravity total = 1342 stations + 15 repeats). (Used 3 ATVs = 52 ATVs to date)

Wednesday, August 15, 2007 Day-36: Operating: - Gravity Crew: Read 89 stations + 1 repeat. Read L84W from

0 to 2250S. Operating: - DGPS Crew: Read 146 stations + 1 repeat. Read L81W from 650S to 2250S and L82W from 2250S to 175S. (DGPS crew was joined today by Lloyd King from Celtic for DGPS training). Used three quads today. (Running Gravity total = 1431 stations + 16 repeats). (Used 3 ATVs = 55 ATVs to date)

Thursday, August 16, 2007 Day-37: Operating: - Gravity Crew: Read 90 stations + 1 repeat. Read L85W from

25S to 2250S. Operating: - DGPS Crew: Read 155 stations + 1 repeat. Read L82W from 175S to 50N, L83W from 50N to 2250S and L84W from 2250S to 975S. (DGPS crew was joined today by Lloyd King from Celtic for DGPS training). Used three quads today. (Running Gravity total = 1521 stations + 17 repeats). (Used 3 ATVs = 58 ATVs to date)

Friday, August 17, 2007 Day-38: Bad Weather: - Gravity Crew: Read 10 stations + 1 repeat. Read L86W from

50S to 275S. Only read 10 stations before the heavy rain came. Bad Weather: - DGPS Crew: Rained to hard to go in the field so we spent the day training two new workers. DGPS crew chief was joined today by Lloyd King and second trainee Ian Rees for DGPS training at Lakeview Inn. Used two quads today. (Running Gravity total = 1531 stations + 18 repeats). (Used 2 ATVs = 60 ATVs to date)

Saturday, August 18 and Sunday, August 19 Days Off

Logistics Report


Logistics Report

Monday, August 20, 2007 Day-39: Operating: - Gravity Crew: Read 55 stations + 1 repeat. Read L86W from

275S to 1625S. Operating: - DGPS Crew: Read 57 stations. Read L84W from 925S to 000 and L85W from 25S to 500S (joined today by Lloyd King and Ian Rees from Celtic for DGPS training at Hungry Hill grid). Used three quads today. (Running Gravity total = 1586 stations + 19 repeats). (Used 3 ATVs = 63 ATVs to date)

PROJECT SUMMARY 0.0 - Travel days 23.0 - Operating days gravity 0.0 - Operating day for tie-in 4.0 - Bad Weather day 0.0 - Standby day 1.0 - Cutting Trail (+ 1 days with 1 man cutting) 28.0 - Total days July 18 to August 20 , 2007 1586 gravity stations read + 19 repeat readings. 1469 DGPS stations total. Note 1: This logistics report covers a period with 1586 gravity stations. However, only 1469 stations are complete with both gravity and GPS. Note 2: The accompanying invoice will only charge for 1469 stations. ATV Rentals = 63 ATV rental days.


LOGISTICS REPORT

CELTIC MINERALS LTD. Gravity Survey

Hungry Hill Property, Central Newfoundland,

NTS: 12A/10

Project #0731-1 Ref: 0731-1grv Introduction

This field report covers the survey procedures and parameters for the detailed gravity survey carried out for Celtic Minerals Ltd. on the Hungry Hill

Property, central Newfoundland, NTS: 12A/10. This logistics report deals with the field work portion of this contract. Survey Equipment 1 - LaCoste & Romberg model G gravity meters, Ser. # 451 & 789 1 - Leica\System 1230 Dual Frequency GPS Base Station with GLONASS option. 2 - Leica\System 1230 Dual Frequency GPS Rovers with GLONASS option. 1 - Pentax Optical level 1 – HP Pavilion laptop computer 1 – Acer laptop computer Registered users of Geosofttm geophysical software Registered users of Leica Geo-Officetm GPS software Survey Specifications - Detailed Gravity Survey, at a spacing of 25 meters.

- Grid line spacing of 100 m. - Gravity survey tied-in to the National Gravity net. - Gravity readings reduced to Bouguer mgal. Values

- All coordinates are in NAD27 Datum using UTM zone 21 format. - Elevations are in height above mean sea level (MSL) - Maximum elevation tolerance of +/- 5 cm./station - Maximum gravity tolerance of 0.05 mgal./station

Logistics Report


Survey Procedure A gravity and elevation observation were obtained every 25m on recently re-furbished lines spaced every 100 meters. All the gravity data has been calculated or reduced to Bouguer mgal. values. These calculations correct for the following parameters (1) elevation, free- air correction, instrument height; (2) latitude correction; (3) tide correction on a daily basis; (4) instrument drift; and, if required (5) terrain corrections. In order to verify the accuracy of these corrections, 1.5 to 2% of the readings were observed again as random repeat readings. This contract specifies repeat readings to be no greater than 0.05 mgal. Local gravity base station: For this contract, the gravity is tied-in to the National Gravity Network or the Canadian Gravity Standardization Network (CGSN) station at the Stephenville airport. Stephenville airport base station: # 9234-1977, value = 980917.46 location: 48° 32’ 46” N, 58° 33’ 52” W. Two sub-base stations were established in November, 2005. These Base stations are: 1.) BS # 99, value = 980842.72, location 471735E, 5362317N 2.) BS # 88, value = 980869.44, location 489809E, 5376108N Local gravity base station: The following sub-base stations was used for this

survey: Victoria Mine Area gravity base 1 with a BS value = 980922.36, location 522800.809E, 5398931.846N 176.332m MSL Coordinates in NAD 27 zone 21.

Base station description: On a small boulder near main road approx. 10 m. west of L-11400E about 2 meters south of road. Sutherland’s Pond gravity base 2 with a BS value = 980910.16, location 521018E, 5397547N in Nad 27 coordinates. Base description is approx. 10m north of access road and 5m east of L-233E on

half meter high outcrop in small clearing. Hungry Hill Base station 1 with a BS value = 980907.23 , location 522173.076 E 5394452.607 N 237.866m MSL Coordinates in NAD 27 zone 21. On bolder east of access road, aprox. 10 metres.

Horizontal and vertical control was established from a control point at the Aur Resources, Duck Pond mine site. The value at the mine site is X = 537189.852 E, Y = 5387610.061 N, Z = 279.275 m. (UTM NAD27, Zone 21) Sutherland’s Pond Base value in NAD27 = 5397539.252N, 521007.920 E, ortho

(MSL) Elevation = 236.251. It is located on top of a nail in the top of a small stump on top of outcrop about 15 meters north of road, west of L-233E. Hungry Hill GPS base station 1 is located in a nail in top of a small stump about 2 meters north of road. Nad 27 values are 522310.052E, 5394462.834N, Ort Ht 233.576 meters. Hungry Hill GPS Control Pt. 2 is located on top of a nail in a medium

Logistics Report


stump at the end of the road. Nad 27 values are 520211.900E, 5392315.696N, Ort Ht. 241.513 meters. Control Pt 2 is located about 10 meters east of GPS base station on top of nail in big stump, at NAD27 522300.047E, 5394462.322N, Ort Ht. 234.124 meters.

Personnel Eldon Norman, Noland Nippard, and Leroy Hart. Operator Journal: Project # 0731-1 March 12 to April 8, 2008. Wednesday, March 12, 2008 Day-1: Travel: We all traveled to the Hungry Hill grid. We had to build bridges and cut out the trail in order to get in. Then we had to dig holes to locate the gravity base stations and GPS control points. This took us all day. (Used 2 snowmobiles today = 2 snowmobiles to date). Thursday, March 13, 2008 Day-2: Bad Weather: Heavy snow all day. Friday, March 14, 2008 Day-3: Standby: - Gravity Crew: We had to fill in some holes and dig back out the base stations due to the new snow. Operating: - DGPS Crew: Read 64 stations with DGPS. Read L86W from 25S to 1625S. (Used 2 snowmobiles = 4 snowmobiles to date) Saturday, March 15, 2008 Day-4: Operating: - DGPS Crew: Read 95 stations with DGPS. Read L85W from 525S to 2250S and L86W from 2250S to 1650S. (Used 2 snowmobiles = 6 snowmobiles to date) Sunday, March 16, 2008 Day-5: Operating: - Gravity Crew: Read 69 stations. Read L87W from 50S to 1750S.

Operating: - DGPS Crew: Read 89 stations. Read L87W from 50S to 2250S. (Running Gravity total = 69 gravity stations) (Used 2 snowmobiles = 8 snowmobiles to date)

Logistics Report


Monday, March 17, 2008 Day-6: Operating: - Gravity Crew: Read 53 Stations + 1 repeat. Read L87W from 1750S to 2250S, L86W from 2250S to 1650S and L88W from 75S to 250S.

Operating: - DGPS Crew: Read 8 stations. Read L88W from 75S to 250S. Note: We had to put in a new bridge today across a brook. (Running Gravity total = 122 gravity stations + 1 repeat)

(Used 2 snowmobiles = 10 snowmobiles to date) Day-7: Bad Weather: Snow and strong wind all day. Wednesday, March 19, 2008 Day-8: Operating: - Gravity Crew: Read 80 Stations + 1 repeat. Read L88W from 250S to 2250S.

Operating: - DGPS Crew: Read 80 Stations + 1 repeat. Read L88W from 250S to 2250S. (Running Gravity total = 202 gravity stations + 2 repeats)

(Used 2 snowmobiles = 12 snowmobiles to date) Thursday, March 20, 2008 Day-9: Operating: - Gravity Crew: Read 35 Stations + 1 repeat. Read L89W from 700S to 100S and L90W from 75S to 300S.

Operating: - DGPS Crew: Read 51 Stations + 1 repeat. Read L89W from 700S to 100S and L90W from 75S to 700S. (Running Gravity total = 237 gravity stations + 3 repeats)

(Used 2 snowmobiles = 14 snowmobiles to date) March 21to 23: We were off for the Easter Weekend. Monday, March 24, 2008 Day-10: Operating: - Gravity Crew: Read 42 Stations + 1 repeat. Read L90W from 325S to 1350S.

Operating: - DGPS Crew: Read 73 Stations + 1 repeat. Read L90W from 725S to 2250S and L89W from 2250S to 2000S. Note: Leroy Hart joined the crew today to help with logistics. (Running Gravity total = 279 gravity stations + 4 repeats)

(Used 3 snowmobiles = 17 snowmobiles to date)

Logistics Report


Tuesday, March 25, 2008 Day-11: Operating: - Gravity Crew: Read 59 Stations + 1 repeat. Read L90W from 1375S to 2250S and L89W from 2250S to 1700S.

Operating: - DGPS Crew: Read 125 Stations + 1 repeat. Read L89W from 725S to 2000S, L91W from 700S to 75S and L92W from 75S to 1250S. (Running Gravity total = 338 gravity stations + 5 repeats)

(Used 3 snowmobiles = 20 snowmobiles to date) Wednesday, March 26, 2008 Day-12: Operating: - Gravity Crew: Read 83 Stations + 1 repeat. Read L89W from 1675S to 725S, L91W from 700S to 75S and L92W from 75S to 500S.


(Used 3 snowmobiles = 23 snowmobiles to date) Thursday, March 27, 2008 Day-13: Operating: - Gravity Crew: Read 91 Stations + 1 repeat. Read L92W from 525S to 2250S and L91W from 2250S to 1700S.


(Used 3 snowmobiles = 26 snowmobiles to date) Friday, March 28, 2008 Day-14: Operating: - Gravity Crew: Read 80 Stations + 1 repeat. Read L91W from 725S to 1675S, L93W from 700S to 50S and L94W from 75S to 400S.

Operating: - DGPS Crew: Read 73 Stations + 1 repeat. Read L94W from 975S to 2250S and L93W from 2250S to 1650S. We had problems getting some satellites. (Running Gravity total = 592 gravity stations + 8 repeats)

(Used 3 snowmobiles = 29 snowmobiles to date) Saturday, March 29, 2008 Day-15: Operating: - Gravity Crew: Read 99 Stations + 1 repeat. Read L94W from 425S to 2250S and L93W from 2250S to 1550S.



Logistics Report


Sunday, March 30, 2008 Day-16: Operating: - Gravity Crew: Read 94 Stations + 1 repeat. Read L93W from 725S to 1525S, L95W from 700S to 75S and L96W from 50S to 900S.

Operating: - DGPS Crew: Read 133 Stations + 1 repeat. Read L96W from 1425S to 2250S, L95W from 2250S to 725S, L97W from 700S to 0 and L98W from 25N to 175S. (Running Gravity total = 785 gravity stations + 10 repeats)

(Used 3 snowmobiles = 35 snowmobiles to date) Monday, March 31, 2008 Day-17: Operating: - Gravity Crew: Read 115 Stations + 1 repeat. Read L96W from 925S to 2250S and L95W from 2250S to 725S.


(Used 3 snowmobiles = 38 snowmobiles to date) Tuesday, April 01, 2008 Day-18: Operating: - Gravity Crew: Read 115 Stations + 1 repeat. Read L98W from 700S to 2075S and L97W from 2150S to 700S.


(Used 3 snowmobiles = 41 snowmobiles to date) Wednesday, April 02, 2008 Day-19: Bad Weather: Rain and freezing rain all day. Thursday, April 03, 2008 Day-20: Operating: - Gravity Crew: Read 80 Stations + 1 repeat. Read L97W from 675S to 0, L98W from 25N to 675S and L99W from 1000S to 450S.

Operating: - DGPS Crew: Read 117 Stations + 1 repeat. Read L99W from 1075S to 925S, 675S to 100N, L100W from 125N to 675S, L101W from 700S to 125N and L102W from 150N to 100S. (Running Gravity total = 1095 gravity stations + 13 repeats)


Logistics Report


Friday, April 04, 2008 Day-21: Operating: - Gravity Crew: Read 54 Stations + 1 repeat. Read L99W from 425S to 100N and L100W from 125N to 700S.

Operating: - DGPS Crew: Read 61 Stations + 1 repeat. Read L102W from 125S to 1625S. (Running Gravity total = 1149 gravity stations + 14 repeats)


April 5 & 6 – Crew time off for the weekend Monday, April 07, 2008 Day-22: Operating: - Gravity Crew: Read 46 Stations + 1 repeat. Read L100W from 725S to 1825S.

Operating: - DGPS Crew: Read 70 Stations + 1 repeat. Read L101W from 725S to 1050S, L103W from 900S to 50N and L104W from 25N to 375S. (Running Gravity total = 1195 gravity stations + 15 repeats)

(Used 3 snowmobiles = 50 snowmobiles to date) Tuesday, April 08, 2008 Day-23: Travel: We had to packed up equipment and get out due to poor snow conditions. PROJECT SUMMARY 2.0 - Travel days 17.5 - Operating days gravity 0.0 - Operating day for tie-in 3.0 - Bad Weather day 0.5 - Standby day 23.0 - Total days March 12 to April 8, 2008 1195 gravity stations + DGPS read (Mar. 12 to Apr. 8) 131 additional gravity stations completed* 1326 total stations completed + 15 repeat readings. * 131 gravity stations were read on August 16, 17, and 20 without GPS. We read the GPS on these stations in March and included these completed stations to our total.

Logistics Report


Logistics Report

50 snowmobile rental days


APPENDIX 2

Geochemical Results &

Assay Certificates

Sample # Property Collected By Date UTM East UTM North Projection Exposure272751 Hungry Hill TM/LK 7/1/2007 522772 5392441 NAD 27 ‐ Zone 21 Outcrop272752 Hungry Hill TM/LK 7/1/2007 522855 5392370 NAD 27 ‐ Zone 21 Outcrop272753 Hungry Hill TM/LK 7/1/2007 522952 5392286 NAD 27 ‐ Zone 21 Float272754 Hungry Hill TM/LK 7/1/2007 522995 5392239 NAD 27 ‐ Zone 21 Outcrop272755 Hungry Hill TM/LK 7/1/2007 523302 5391984 NAD 27 ‐ Zone 21 Outcrop272756 Hungry Hill TM/LK 7/1/2007 524037 5391461 NAD 27 ‐ Zone 21 Float272757 Hungry Hill TM/LK 7/1/2007 522595 5392743 NAD 27 ‐ Zone 21 Outcrop272758 Hungry Hill TM/LK 7/2/2007 523075 5392710 NAD 27 ‐ Zone 21 Outcrop272759 Hungry Hill TM/LK 7/2/2007 523286 5392517 NAD 27 ‐ Zone 21 Float272760 Hungry Hill TM/LK 7/2/2007 523995 5391898 NAD 27 ‐ Zone 21 Float272761 Hungry Hill TM/LK 7/2/2007 523392 5392698 NAD 27 ‐ Zone 21 Float272762 Hungry Hill TM/LK 7/2/2007 523985 5392117 NAD 27 ‐ Zone 21 Float272763 Hungry Hill TM/LK 7/2/2007 523620 5392581 NAD 27 ‐ Zone 21 Outcrop272764 Hungry Hill TM/LK 7/2/2007 522919 5393152 NAD 27 ‐ Zone 21 Float272765 Hungry Hill TM/LK 7/2/2007 522919 5393152 NAD 27 ‐ Zone 21 Float272766 Hungry Hill TM/LK 7/2/2007 523240 5393605 NAD 27 ‐ Zone 21 Float272767 Hungry Hill TM/LK 7/2/2007 523668 5393645 NAD 27 ‐ Zone 21 Outcrop272768 Hungry Hill TM/LK 7/2/2007 523957 5391434 NAD 27 ‐ Zone 21 Float272769 Hungry Hill TM/LK 7/2/2007 523944 5391422 NAD 27 ‐ Zone 21 Outcrop272770 Hungry Hill TM/LK 7/2/2007 524018 5391426 NAD 27 ‐ Zone 21 Outcrop272771 Hungry Hill TM/LK 7/2/2007 524122 5391789 NAD 27 ‐ Zone 21 Outcrop272772 Hungry Hill TM/LK 7/2/2007 522855 5393132 NAD 27 ‐ Zone 21 Float272773 Hungry Hill TM/LK 7/2/2007 522800 5392947 NAD 27 ‐ Zone 21 Outcrop272774 Hungry Hill TM/LK 7/3/2007 523155 5393179 NAD 27 ‐ Zone 21 Float272775 Hungry Hill TM/LK 7/3/2007 524497 5391992 NAD 27 ‐ Zone 21 Outcrop272776 Hungry Hill TM/LK 7/3/2007 524600 5392018 NAD 27 ‐ Zone 21 Outcrop272777 Hungry Hill TM/LK 7/3/2007 523100 5393365 NAD 27 ‐ Zone 21 Float272778 Hungry Hill TM/LK 7/3/2007 523095 5393372 NAD 27 ‐ Zone 21 Float272779 Hungry Hill TM/LK 7/3/2007 523069 5393341 NAD 27 ‐ Zone 21 Float272780 Hungry Hill TM/LK 7/3/2007 523063 5393334 NAD 27 ‐ Zone 21 Outcrop272781 Hungry Hill TM/LK 7/3/2007 523044 5393318 NAD 27 ‐ Zone 21 Float272782 Hungry Hill TM/LK 7/3/2007 522979 5393250 NAD 27 ‐ Zone 21 Float272783 Hungry Hill TM/LK 7/5/2007 524701 5392065 NAD 27 ‐ Zone 21 Outcrop272784 Hungry Hill TM/LK 7/5/2007 523212 5393525 NAD 27 ‐ Zone 21 Outcrop272785 Hungry Hill TM/LK 7/5/2007 523144 5393442 NAD 27 ‐ Zone 21 Outcrop272786 Hungry Hill TM/LK 7/5/2007 523888 5391454 NAD 27 ‐ Zone 21 Outcrop272787 Hungry Hill TM/LK 7/5/2007 523893 5391458 NAD 27 ‐ Zone 21 Outcrop272788 Hungry Hill TM/LK 7/5/2007 523865 5391356 NAD 27 ‐ Zone 21 Outcrop272790 Hungry Hill TM/LK 7/5/2007 523908 5391407 NAD 27 ‐ Zone 21 Outcrop272791 Hungry Hill TM/LK 7/5/2007 523904 5391366 NAD 27 ‐ Zone 21 Outcrop272792 Hungry Hill TM/LK 7/5/2007 523912 5391346 NAD 27 ‐ Zone 21 Outcrop272793 Hungry Hill TM/LK 7/5/2007 523910 5391351 NAD 27 ‐ Zone 21 Outcrop272794 Hungry Hill TM/LK 7/5/2007 523899 5391334 NAD 27 ‐ Zone 21 Outcrop272795 Hungry Hill TM/LK 7/5/2007 523833 5391482 NAD 27 ‐ Zone 21 Float272796 Hungry Hill TM/LK 7/5/2007 524064 5391424 NAD 27 ‐ Zone 21 Float272797 Hungry Hill TM/LK 7/5/2007 524023 5391396 NAD 27 ‐ Zone 21 Outcrop272798 Hungry Hill TM/LK 7/5/2007 523757 5391428 NAD 27 ‐ Zone 21 Outcrop272953 Hungry Hill TM/LK 6/21/2007 521764 5392000 NAD 27 ‐ Zone 21 Float272954 Hungry Hill TM/LK 6/21/2007 521708 5391977 NAD 27 ‐ Zone 21 Outcrop272955 Hungry Hill TM/LK 6/21/2007 521685 5391943 NAD 27 ‐ Zone 21 Outcrop272956 Hungry Hill TM/LK 6/21/2007 521367 5392211 NAD 27 ‐ Zone 21 Float272957 Hungry Hill TM/LK 6/21/2007 521583 5391885 NAD 27 ‐ Zone 21 Outcrop272958 Hungry Hill TM/LK 6/21/2007 521536 5391856 NAD 27 ‐ Zone 21 Outcrop272959 Hungry Hill TM/LK 6/21/2007 521496 5391836 NAD 27 ‐ Zone 21 Outcrop272960 Hungry Hill TM/LK 6/21/2007 521404 5391771 NAD 27 ‐ Zone 21 Outcrop272961 Hungry Hill TM/LK 6/22/2007 521313 5391477 NAD 27 ‐ Zone 21 Outcrop272962 Hungry Hill TM/LK 6/22/2007 521284 5391471 NAD 27 ‐ Zone 21 Outcrop272963 Hungry Hill TM/LK 6/22/2007 520994 5391711 NAD 27 ‐ Zone 21 Float272964 Hungry Hill TM/LK 6/22/2007 521006 5391603 NAD 27 ‐ Zone 21 Float272965 Hungry Hill TM/LK 6/22/2007 521228 5391407 NAD 27 ‐ Zone 21 Outcrop272966 Hungry Hill TM/LK 6/24/2007 522058 5392144 NAD 27 ‐ Zone 21 Outcrop272967 Hungry Hill TM/LK 6/24/2007 522382 5392595 NAD 27 ‐ Zone 21 Float272968 Hungry Hill TM/LK 6/24/2007 522517 5392808 NAD 27 ‐ Zone 21 Float272969 Hungry Hill TM/LK 6/25/2007 522761 5393181 NAD 27 ‐ Zone 21 Float272970 Hungry Hill TM/LK 6/25/2007 523234 5393768 NAD 27 ‐ Zone 21 Float272971 Hungry Hill TM/LK 6/26/2007 522068 5391671 NAD 27 ‐ Zone 21 Outcrop272972 Hungry Hill TM/LK 6/26/2007 522357 5392014 NAD 27 ‐ Zone 21 Float272973 Hungry Hill TM/LK 6/26/2007 522764 5391669 NAD 27 ‐ Zone 21 Outcrop272974 Hungry Hill TM/LK 6/26/2007 522368 5392401 NAD 27 ‐ Zone 21 Outcrop272975 Hungry Hill TM/LK 6/26/2007 523349 5392194 NAD 27 ‐ Zone 21 Outcrop272976 Hungry Hill TM/LK 6/26/2007 524108 5391638 NAD 27 ‐ Zone 21 Float272977 Hungry Hill TM/LK 6/26/2007 522653 5392825 NAD 27 ‐ Zone 21 Outcrop272978 Hungry Hill TM/LK 6/26/2007 521945 5392109 NAD 27 ‐ Zone 21 Outcrop272979 Hungry Hill TM/LK 6/26/2007 521898 5392437 NAD 27 ‐ Zone 21 Outcrop

Sample # Property Collected By Date UTM East UTM North Projection Exposure272980 Hungry Hill TM/LK 6/26/2007 522420 5392756 NAD 27 ‐ Zone 21 Float272981 Hungry Hill TM/LK 6/26/2007 522702 5393101 NAD 27 ‐ Zone 21 Outcrop272982 Hungry Hill TM/LK 6/26/2007 522758 5393172 NAD 27 ‐ Zone 21 Float272983 Hungry Hill TM/LK 6/26/2007 522588 5393408 NAD 27 ‐ Zone 21 Outcrop272984 Hungry Hill TM/LK 6/26/2007 523073 5393504 NAD 27 ‐ Zone 21 Outcrop272985 Hungry Hill TM/LK 6/26/2007 521163 5391314 NAD 27 ‐ Zone 21 Outcrop272986 Hungry Hill TM/LK 6/26/2007 521591 5391644 NAD 27 ‐ Zone 21 Outcrop272987 Hungry Hill TM/LK 6/26/2007 522469 5390702 NAD 27 ‐ Zone 21 Outcrop272988 Hungry Hill TM/LK 6/27/2007 522118 5391693 NAD 27 ‐ Zone 21 Float272990 Hungry Hill TM/LK 6/28/2007 522063 5391725 NAD 27 ‐ Zone 21 Outcrop272991 Hungry Hill TM/LK 6/28/2007 521906 5391862 NAD 27 ‐ Zone 21 Outcrop272992 Hungry Hill TM/LK 6/28/2007 522042 5391894 NAD 27 ‐ Zone 21 Outcrop272993 Hungry Hill TM/LK 6/29/2007 522440 5391651 NAD 27 ‐ Zone 21 Outcrop272994 Hungry Hill TM/LK 6/29/2007 523044 5391139 NAD 27 ‐ Zone 21 Outcrop272995 Hungry Hill TM/LK 6/29/2007 522110 5392137 NAD 27 ‐ Zone 21 Outcrop272996 Hungry Hill TM/LK 6/29/2007 522046 5392047 NAD 27 ‐ Zone 21 Outcrop272997 Hungry Hill TM/LK 6/29/2007 522046 5392047 NAD 27 ‐ Zone 21 Outcrop272998 Hungry Hill TM/LK 6/30/2007 522960 5391739 NAD 27 ‐ Zone 21 Float272999 Hungry Hill TM/LK 6/30/2007 523651 5391303 NAD 27 ‐ Zone 21 Float273000 Hungry Hill TM/LK 6/30/2007 522631 5392174 NAD 27 ‐ Zone 21 Float

Sample #272751272752272753272754272755272756272757272758272759272760272761272762272763272764272765272766272767272768272769272770272771272772272773272774272775272776272777272778272779272780272781272782272783272784272785272786272787272788272790272791272792272793272794272795272796272797272798272953272954272955272956272957272958272959272960272961272962272963272964272965272966272967272968272969272970272971272972272973272974272975272976272977272978272979

Au (ppb) Ag (ppm) Al (%) As (ppm) B (ppm) Ba (ppm) Be (ppm) Bi (ppm) Ca (%) Cd (ppm) Co (ppm) Cr (ppm)6 1 2.11 31 <10 75 2 13 0.05 <4 8 171<5 1 2.3 11 <10 54 2 10 0.41 <4 21 2397 <1 2.65 9 <10 73 2 11 1.27 <4 14 2315 <1 2.01 14 <10 180 2 13 0.04 <4 14 887 2 3.9 13 <10 93 3 20 1.36 5 52 2767 1 0.2 11 <10 4 2 2 0.03 <4 4 3278 2 3.23 12 <10 99 3 11 1.49 <4 31 118<5 4 2.82 8 <10 80 2 4 0.46 <4 18 11913 3 2.71 11 <10 84 3 20 0.45 <4 21 78<5 3 2.39 9 <10 88 2 15 0.54 <4 23 17113 1 2.78 16 <10 258 2 10 2.12 <4 23 82<5 <1 2.66 11 <10 191 2 12 0.28 <4 8 68<5 3 0.69 793 <10 73 3 14 0.14 5 15 33472 4 3.24 1735 <10 20 3 25 4.39 10 36 8521 3 0.44 291 <10 118 2 9 0.03 <4 7 26429 3 2.08 16 <10 103 2 9 0.4 <4 12 107<5 1 1.1 14 <10 48 2 10 0.05 <4 5 230<5 1 0.47 9 <10 5 2 10 0.01 <4 2 20017 3 1.45 5 <10 93 3 7 4.32 <4 21 459 1 0.62 94 <10 80 2 14 0.22 <4 8 3746 <1 2.04 11 <10 70 2 10 0.35 <4 17 1159 <1 4.4 9 <10 15 3 17 0.4 6 29 536 1 0.69 17 <10 120 3 18 2.92 5 13 44<5 <1 3.39 8 <10 44 2 18 2.82 4 43 192<5 2 0.68 804 <10 94 2 13 0.06 <4 12 259<5 2 2.43 17 <10 101 3 13 0.39 <4 23 9511 3 0.43 384 <10 115 2 16 0.78 5 12 383<5 <1 2.31 17 <10 92 3 12 0.1 <4 18 117139 3 0.51 341 <10 26 2 10 0.05 <4 9 41359 2 1.72 44 <10 46 2 12 0.13 <4 9 2906 <1 4.33 27 <10 81 3 13 0.36 5 29 72170 1 1.86 22 <10 89 2 11 0.08 <4 12 184<5 1 4.89 13 <10 298 2 18 0.14 5 13 47<5 <1 2.94 24 <10 348 2 16 0.12 <4 15 102<5 <1 1.17 9 <10 48 2 1 0.05 <4 2 148<5 <1 2.51 12 <10 21 2 11 0.08 <4 9 62<5 1 3.54 24 <10 8 3 11 0.2 5 39 52<5 <1 0.61 5 <10 19 2 6 0.04 <4 3 110<5 2 0.27 32 <10 47 2 5 0.01 <4 2 352<5 <1 2.3 30 <10 191 2 10 0.22 <4 11 116<5 <1 1.26 7 <10 54 2 9 0.04 <4 11 101<5 2 4.09 22 <10 17 3 16 0.19 7 26 32<5 1 1.28 26 <10 23 3 8 0.52 <4 15 224<5 1 1.37 12 <10 23 2 5 0.46 <4 12 785 1 0.57 2601 <10 88 3 19 0.12 6 6 2655 2 2.61 19 <10 78 3 10 0.49 <4 19 739 2 1.24 681 <10 36 2 10 0.64 <4 16 4167 4 2.66 12 <10 81 2 14 0.36 <4 15 11212 3 2.38 12 <10 68 2 4 0.39 <4 19 9279 4 2.78 11 <10 66 3 7 0.45 <4 19 12110 4 2.38 18 <10 63 2 6 0.37 <4 23 1958 1 3.97 6 <10 53 2 11 2.45 <4 35 17910 <1 4.49 5 <10 68 2 8 2.67 <4 31 9716 2 3.11 9 <10 64 2 5 0.55 <4 26 14010 2 2.55 10 <10 76 2 13 0.5 <4 21 15511 4 0.7 4069 <10 30 3 26 1.56 7 37 1777 3 1.65 166 <10 39 2 11 0.34 5 6 33111 3 0.6 1626 <10 50 2 11 0.1 <4 8 8479 2 2.01 9 <10 75 2 8 0.33 <4 14 1819 2 4.38 40 <10 8 3 16 1.11 8 16 639 1 1.32 8 <10 93 2 8 0.39 <4 13 49419 1 1.42 10 <10 27 2 6 0.77 <4 9 2697 <1 1.86 54 <10 336 3 13 0.11 <4 8 56111 <1 1.82 49 <10 330 3 11 0.1 <4 8 5486 <1 1.2 1217 <10 186 2 1 0.24 <4 10 167<5 1 1.94 8 <10 72 2 6 0.32 <4 13 1785 1 4.54 45 <10 8 3 18 1.13 8 17 63<5 1 1.26 5 <10 86 2 4 0.38 <4 13 454<5 2 1.47 9 <10 27 2 12 0.78 <4 10 265<5 <1 1.76 50 <10 308 2 12 0.1 <4 8 537 <1 1.86 53 <10 332 3 15 0.11 <4 8 557 <1 1.39 1385 <10 217 2 11 0.27 <4 11 1997 <1 2.34 14 <10 41 2 11 0.15 <4 17 145<5 <1 1.63 23 <10 107 2 12 0.03 <4 6 117

Sample #272980272981272982272983272984272985272986272987272988272990272991272992272993272994272995272996272997272998272999273000

Au (ppb) Ag (ppm) Al (%) As (ppm) B (ppm) Ba (ppm) Be (ppm) Bi (ppm) Ca (%) Cd (ppm) Co (ppm) Cr (ppm)

11 2 0.73 16 <10 46 2 11 0.28 9 5 42114 <1 3.16 31 <10 16 2 15 3.46 4 32 90<5 <1 2 17 <10 95 2 6 0.17 <4 14 1066 1 1.06 2 <10 122 2 6 0.02 <4 5 415<5 1 2.27 14 <10 96 2 14 0.31 <4 17 83<5 3 2.27 7 <10 71 3 6 0.51 <4 24 128<5 1 2.15 21 <10 61 2 12 0.3 <4 15 119<5 3 1.89 6 <10 35 3 9 2.13 <4 28 806 1 0.17 30 <10 50 2 11 0.07 <4 14 361<5 2 0.32 19 <10 82 2 3 0.06 <4 14 4135 <1 2.09 18 <10 98 2 3 0.13 <4 12 157<5 <1 2.09 4 <10 130 2 7 0.04 <4 17 1206 <1 1.54 14 <10 9 2 8 0.62 <4 13 1125 <1 4.84 41 <10 16 2 20 0.28 6 37 23<5 3 2.18 6 <10 47 2 12 0.29 <4 14 98<5 2 0.56 4 <10 22 2 2 0.11 <4 7 5667 4 2.99 16 <10 77 2 11 0.5 <4 21 103<5 <1 2.09 168 <10 83 2 13 0.12 <4 9 201<5 <1 6.07 8 <10 19 2 12 1.39 4 44 422<5 <1 2.68 11 <10 120 2 8 0.37 <4 12 149

Sample #272751272752272753272754272755272756272757272758272759272760272761272762272763272764272765272766272767272768272769272770272771272772272773272774272775272776272777272778272779272780272781272782272783272784272785272786272787272788272790272791272792272793272794272795272796272797272798272953272954272955272956272957272958272959272960272961272962272963272964272965272966272967272968272969272970272971272972272973272974272975272976272977272978272979

Cu (ppm) Fe (%) K (%) Li (ppm) Mg (%) Mn (ppm) Mo (ppm) Na (%) Ni (ppm) P (ppm)35 4.83 0.27 42 1.36 494 13 0.03 31 35035 4.15 0.2 39 1.54 795 10 0.05 41 31236 4.04 0.14 19 0.97 900 9 0.06 12 41867 4.73 0.29 37 1.27 516 15 0.04 37 357147 7.43 0.25 43 5.1 1814 10 0.03 49 <10010 1.15 0.01 <1 0.08 <100 5 0.12 12 <10068 5.66 0.35 68 1.87 972 14 0.05 41 44247 4.92 0.28 64 1.67 706 11 0.04 32 34650 4.95 0.24 68 1.75 731 12 0.04 35 35839 4.99 0.27 54 1.54 629 13 0.03 34 47275 5.47 0.07 17 2.03 871 11 0.06 18 48832 5.03 0.29 58 1.29 640 9 0.04 8 32265 8.21 0.29 3 0.32 232 20 0.03 18 221100 >10.00 0.12 32 2.53 1388 30 0.02 14 <10013 2.35 0.33 <1 0.03 152 9 0.05 9 14031 4.13 0.35 40 1.18 492 10 0.04 20 48812 3.16 0.05 14 0.81 200 9 0.13 10 2737 1.19 0.02 6 0.34 <100 5 0.12 8 <10020 3.57 0.45 4 0.99 787 8 0.06 18 91518 5.02 0.22 4 0.16 166 11 0.05 12 37643 3.98 0.24 48 1.3 555 10 0.04 27 345205 8.82 0.03 36 3.26 751 14 0.07 9 <10011 8.2 0.38 1 0.2 706 15 0.07 10 168140 6.5 0.12 38 3.19 2672 10 0.07 99 87316 5.55 0.27 3 0.26 183 29 0.03 22 15747 4.97 0.24 54 1.59 837 13 0.05 36 370264 5.04 0.25 1 0.26 2514 12 0.03 18 11546 4.61 0.25 51 1.54 678 13 0.05 39 3881032 4.54 0.19 2 0.2 124 50 0.03 17 <10029 3.88 0.16 15 1.33 598 10 0.07 16 20417 7.94 0.27 52 2.56 3497 14 0.03 19 <10035 4.29 0.26 41 1.17 521 12 0.03 33 35520 7.86 0.18 33 3.76 729 12 0.03 7 63829 5.94 0.21 19 2.27 462 16 0.02 8 48014 1.98 0.22 12 0.69 149 6 0.11 8 34319 4.46 0.09 35 1.74 476 9 0.07 10 32181 8.54 0.04 52 2.36 692 17 0.1 15 42710 1.13 0.08 5 0.33 <100 5 0.11 7 17710 1.02 0.21 <1 0.02 <100 9 0.1 10 <10041 4.44 0.31 23 1.32 2172 10 0.05 15 33242 2.52 0.19 14 0.81 146 6 0.1 9 22537 >10.00 0.03 12 2.9 519 22 0.04 8 27521 3.36 0.21 23 0.57 674 19 0.08 14 26634 3.07 0.14 29 0.7 867 8 0.09 12 30618 8.89 0.2 2 0.14 513 17 0.06 18 48344 4.69 0.26 65 1.68 647 12 0.03 35 39596 4.81 0.34 8 0.81 554 13 0.04 27 16843 4.62 0.26 63 1.63 1012 11 0.04 31 29349 4.38 0.22 58 1.53 667 12 0.03 35 31539 5.19 0.25 65 1.76 735 13 0.04 38 38765 4.94 0.22 56 1.6 682 15 0.03 48 32623 4.91 0.07 21 2.11 492 8 0.58 54 134159 5.03 0.1 6 2.06 766 10 0.31 73 69831 5.86 0.26 75 2.02 767 16 0.03 41 49851 4.52 0.29 54 1.6 600 11 0.04 43 33835 >10.00 0.25 3 0.64 1252 20 0.07 35 33599 3.65 0.13 12 1.35 332 13 0.05 12 12683 3.23 0.23 3 0.12 259 18 0.06 25 37828 3.72 0.25 41 1.19 539 9 0.04 23 30562 >10.00 0.02 32 1.95 1723 21 0.02 9 11650 2.65 0.22 28 0.76 964 8 0.03 27 32151 3.46 0.34 10 0.52 863 8 0.05 10 13741 5.25 0.45 14 0.96 150 13 0.03 20 74140 5.12 0.44 13 0.94 145 13 0.03 20 72029 3.43 0.32 7 0.56 360 9 0.02 20 <10027 3.63 0.24 40 1.15 522 9 0.04 23 29863 >10.00 0.02 34 2.03 1793 20 0.02 10 12751 2.61 0.2 28 0.75 957 8 0.02 26 32355 3.68 0.34 10 0.56 915 8 0.05 11 14341 5.21 0.41 13 0.94 148 13 0.03 19 72242 5.32 0.44 14 0.97 152 13 0.03 20 75333 3.92 0.35 8 0.64 410 10 0.03 22 <10033 4.29 0.15 26 1.2 951 10 0.09 26 55328 3.43 0.26 30 0.97 282 13 0.03 24 242

Sample #272980272981272982272983272984272985272986272987272988272990272991272992272993272994272995272996272997272998272999273000

Cu (ppm) Fe (%) K (%) Li (ppm) Mg (%) Mn (ppm) Mo (ppm) Na (%) Ni (ppm) P (ppm)

18 1.78 0.17 5 0.26 1042 6 0.03 12 <10069 6.16 0.03 32 2.31 1646 10 0.06 27 20342 4.09 0.23 45 1.33 555 12 0.03 35 30963 1.83 0.08 23 0.59 144 6 0.07 16 <10041 4.37 0.23 50 1.47 628 11 0.04 34 32940 5.04 0.27 51 1.46 534 12 0.03 35 46446 4.69 0.22 50 1.42 461 16 0.05 36 33521 5.21 0.07 5 1.59 932 12 0.08 26 106419 0.8 0.09 <1 0.04 <100 4 0.02 19 25820 0.94 0.14 2 0.09 <100 6 0.02 23 26636 3.65 0.32 37 1.17 554 9 0.04 24 30636 5.56 0.22 11 0.54 1272 10 0.02 7 20634 4.12 0.02 12 0.52 1355 8 0.11 6 14665 9.24 <0.01 48 3.16 836 15 0.04 21 <10030 4.09 0.19 53 1.45 567 10 0.03 28 31845 2.22 0.07 12 0.34 259 7 0.02 20 10843 5.55 0.28 75 1.92 736 15 0.03 43 40121 3.82 0.2 37 1.27 399 10 0.05 31 28514 5.96 0.01 69 5.76 1316 13 0.02 189 27313 5.08 0.31 28 1.84 1916 10 0.03 10 190

Sample #272751272752272753272754272755272756272757272758272759272760272761272762272763272764272765272766272767272768272769272770272771272772272773272774272775272776272777272778272779272780272781272782272783272784272785272786272787272788272790272791272792272793272794272795272796272797272798272953272954272955272956272957272958272959272960272961272962272963272964272965272966272967272968272969272970272971272972272973272974272975272976272977272978272979

Pb (ppm) Sb (ppm) Se (ppm) Si (%) Sn (ppm) Sr (ppm) Ti (ppm) Tl (ppm) V (ppm) W (ppm) Y (ppm) Zn (ppm)145 7 <5 0.02 <10 9 722 <1 48 <10 4 57154 <5 <5 0.04 <10 19 2598 <1 70 <10 15 71112 <5 <5 0.02 <10 12 1734 <1 58 <10 17 64184 <5 <5 0.03 <10 7 112 <1 39 <10 2 74235 5 <5 0.23 <10 157 549 2 272 <10 2 9743 <5 <5 0.03 <10 5 <100 <1 <2 <10 2 136181 <5 <5 0.04 <10 42 3855 <1 60 <10 24 110160 <5 <5 0.03 <10 48 3834 <1 63 <10 14 63188 <5 <5 0.04 <10 30 3455 <1 58 <10 14 77150 <5 <5 0.03 <10 37 3351 <1 53 <10 14 67155 <5 <5 0.12 <10 39 978 <1 193 <10 8 70136 <5 <5 0.03 <10 34 <100 <1 20 <10 6 78307 53 <5 0.03 <10 14 <100 2 21 <10 8 25589 103 <5 0.04 <10 34 <100 <1 46 <10 6 22885 8 <5 0.03 <10 6 <100 <1 5 <10 5 45153 <5 <5 0.03 <10 30 3371 <1 50 <10 12 46107 <5 <5 0.12 <10 7 <100 <1 29 <10 4 5741 <5 <5 0.05 <10 5 <100 <1 2 <10 2 29128 <5 <5 0.11 <10 107 5209 <1 71 <10 15 57149 5 <5 0.03 <10 13 <100 3 9 <10 8 17144 <5 <5 0.02 <10 8 2834 <1 37 <10 14 64288 6 <5 0.28 <10 24 104 <1 333 <10 2 96261 <5 <5 0.06 <10 87 1206 1 139 <10 8 40201 <5 <5 0.08 <10 104 <100 <1 139 <10 5 75173 52 <5 0.03 <10 4 <100 <1 7 <10 5 27175 <5 <5 0.02 <10 8 3112 <1 49 <10 20 88182 33 <5 0.03 <10 20 <100 3 7 <10 7 461166 5 <5 0.03 <10 8 <100 <1 39 <10 7 79190 28 <5 0.03 <10 6 <100 <1 7 <10 1 74156 6 <5 0.04 <10 12 1798 <1 65 <10 13 137235 <5 <5 0.03 <10 9 <100 2 186 <10 6 106138 <5 <5 0.02 <10 7 <100 <1 28 <10 7 64250 <5 <5 0.1 <10 8 <100 <1 116 <10 6 103203 6 <5 0.05 <10 7 <100 <1 78 <10 4 8972 <5 <5 0.06 <10 7 <100 <1 23 <10 3 41183 <5 <5 0.07 <10 6 <100 <1 113 <10 5 120353 6 <5 0.08 <10 9 103 <1 267 <10 5 22538 <5 <5 0.04 <10 6 <100 <1 18 <10 3 2743 <5 <5 0.03 <10 6 <100 <1 2 <10 7 13139 <5 <5 0.04 <10 10 886 <1 56 <10 14 9686 <5 <5 0.05 <10 9 110 <1 66 <10 3 41349 7 <5 0.13 <10 15 354 4 635 <10 2 88118 <5 <5 0.04 <10 40 2023 <1 29 <10 11 5595 <5 <5 0.06 <10 46 2847 <1 40 <10 16 82281 253 <5 0.03 <10 10 <100 10 7 <10 13 22159 <5 <5 0.03 <10 29 3364 <1 55 <10 16 72153 10 <5 0.04 <10 8 1009 <1 37 <10 12 35144 <5 <5 0.03 <10 23 3258 <1 59 <10 12 62160 <5 <5 0.03 <10 16 3192 <1 52 <10 13 71157 <5 <5 0.02 <10 28 3738 <1 60 <10 13 68179 <5 <5 0.03 <10 13 3448 <1 58 <10 14 72128 <5 <5 0.13 <10 167 2668 <1 123 <10 17 55147 <5 <5 0.09 <10 155 1862 <1 197 <10 9 50182 5 <5 0.03 <10 25 4395 <1 63 <10 19 64165 <5 <5 0.03 <10 23 3345 <1 54 <10 15 73375 580 <5 0.04 <10 87 <100 21 4 <10 15 97347 33 <5 0.04 <10 15 <100 1 17 <10 5 512218 28 <5 0.02 <10 25 <100 <1 9 <10 4 253129 <5 <5 0.02 <10 12 2552 <1 43 <10 15 55388 7 <5 0.08 <10 13 1125 5 286 <10 20 9490 <5 <5 0.03 <10 14 1631 <1 23 <10 9 5196 <5 <5 0.04 <10 13 1000 <1 26 <10 21 127190 7 <5 0.02 <10 25 <100 2 29 <10 6 57154 <5 <5 0.03 <10 25 <100 2 28 <10 5 52114 31 <5 0.03 <10 7 <100 <1 8 <10 4 46126 <5 <5 0.02 <10 12 2446 <1 42 <10 14 42402 6 <5 0.07 <10 14 1098 6 294 <10 20 9286 <5 <5 0.02 <10 14 1542 <1 22 <10 9 50110 5 <5 0.03 <10 13 994 <1 27 <10 21 128172 7 <5 0.02 <10 24 <100 <1 27 <10 5 51179 5 <5 0.02 <10 25 <100 <1 29 <10 6 52146 37 <5 0.03 <10 7 <100 <1 9 <10 5 51144 <5 <5 0.04 <10 15 <100 <1 44 <10 4 101125 <5 <5 0.02 <10 6 <100 <1 35 <10 4 48

Sample #272980272981272982272983272984272985272986272987272988272990272991272992272993272994272995272996272997272998272999273000

Pb (ppm) Sb (ppm) Se (ppm) Si (%) Sn (ppm) Sr (ppm) Ti (ppm) Tl (ppm) V (ppm) W (ppm) Y (ppm) Zn (ppm)

57 <5 <5 0.03 <10 15 <100 <1 22 14 2 1510186 5 <5 0.14 <10 73 <100 <1 233 <10 8 91163 <5 <5 0.03 <10 9 <100 <1 35 <10 7 5053 <5 <5 0.02 <10 8 <100 <1 18 <10 4 27161 <5 <5 0.02 <10 6 2539 <1 45 <10 17 70150 <5 <5 0.02 <10 28 3799 <1 51 <10 16 60157 <5 <5 0.02 <10 8 3508 <1 61 <10 14 49148 <5 <5 0.07 <10 106 6189 <1 144 <10 17 7122 <5 <5 0.03 <10 22 <100 <1 4 <10 2 1828 6 <5 0.03 <10 22 <100 <1 6 <10 2 14119 <5 <5 0.02 <10 9 <100 <1 38 <10 6 78162 <5 <5 0.03 <10 5 <100 <1 14 <10 2 136102 <5 <5 0.17 <10 9 2099 <1 11 <10 19 74293 6 <5 0.1 <10 15 113 <1 423 <10 <1 146135 <5 <5 0.02 <10 7 2833 <1 45 <10 13 5371 <5 <5 0.03 <10 10 755 <1 13 <10 3 27171 <5 <5 0.02 <10 19 3857 <1 58 <10 17 82137 8 <5 0.02 <10 11 <100 <1 37 <10 4 63186 5 <5 0.1 <10 55 121 <1 201 <10 3 97136 <5 <5 0.04 <10 16 <100 <1 23 <10 5 90

1046 Gorham StreetThunder Bay, ON Canada P7B 5X5

Tel: (807) 626-1630Fax: (807) 622-7571

[email protected]

Certificate of Analysis

Friday, July 27, 2007

Celtic Minerals Ltd.20 High St.Grand Falls Windsor, NL, CANA2A1C6Ph#: (403) 261-2890Fax#: (403) 264-0793Email#: [email protected]

Date Received: Jul 9, 2007

Date Completed: Jul 23, 2007

Job #: 200730002

Reference:

Sample #: 100 Rock

Acc # Client ID Au

ppb

Auoz/t

Au

g/t (ppm)

152 272751 6 <0.001 0.006

153 272752 <5 <0.001 <0.005

154 272753 7 <0.001 0.007

155 272754 5 <0.001 0.005

156 272755 7 <0.001 0.007

157 272756 7 <0.001 0.007

158 272757 8 <0.001 0.008

159 272758 <5 <0.001 <0.005

160 272759 <5 <0.001 <0.005

161 Dup 272759 13 <0.001 0.013

162 272760 <5 <0.001 <0.005

163 272761 13 <0.001 0.013

164 272762 <5 <0.001 <0.005

165 272763 <5 <0.001 <0.005

166 272764 72 0.002 0.072

167 272765 21 <0.001 0.021

168 272766 29 <0.001 0.029

169 272767 <5 <0.001 <0.005

170 272768 <5 <0.001 <0.005

171 272769 5 <0.001 0.005

172 Dup 272769 17 <0.001 0.017

173 272770 9 <0.001 0.009

174 272771 6 <0.001 0.006

175 272772 9 <0.001 0.009

Page 1


Tel: (807) 626-1630Fax: (807) 622-7571

[email protected]






Job #: 200730002

Reference:

Sample #: 100 Rock

Acc # Client ID Au

ppb

Auoz/t

Au

g/t (ppm)

176 272773 6 <0.001 0.006

177 272774 <5 <0.001 <0.005

178 272775 <5 <0.001 <0.005

179 272776 <5 <0.001 <0.005

180 272777 11 <0.001 0.011

181 272778 <5 <0.001 <0.005

182 272779 139 0.004 0.139

183 Dup 272779 6 <0.001 0.006

184 272780 59 0.002 0.059

185 272781 6 <0.001 0.006

186 272782 170 0.005 0.170

187 272783 <5 <0.001 <0.005

188 272784 <5 <0.001 <0.005

189 272785 <5 <0.001 <0.005

190 272786 <5 <0.001 <0.005

191 272787 <5 <0.001 <0.005

192 272788 <5 <0.001 <0.005

193 272789 1566 0.046 1.566

194 272790 <5 <0.001 <0.005

195 Dup 272790 <5 <0.001 <0.005

196 272791 <5 <0.001 <0.005

197 272792 <5 <0.001 <0.005

198 272793 <5 <0.001 <0.005

199 272794 <5 <0.001 <0.005

Page 2


Tel: (807) 626-1630Fax: (807) 622-7571

[email protected]






Job #: 200730002

Reference:

Sample #: 100 Rock

Acc # Client ID Au

ppb

Auoz/t

Au

g/t (ppm)

200 272795 <5 <0.001 <0.005

201 272796 5 <0.001 0.005

202 272797 5 <0.001 0.005

203 272798 9 <0.001 0.009

204 272951 15 <0.001 0.015

205 Dup 272951 8 <0.001 0.008

206 272952 9 <0.001 0.009

207 272953 7 <0.001 0.007

208 272954 12 <0.001 0.012

209 272955 79 0.002 0.079

210 272956 10 <0.001 0.010

211 272957 8 <0.001 0.008

212 272958 10 <0.001 0.010

213 272959 16 <0.001 0.016

214 272960 10 <0.001 0.010

215 272961 11 <0.001 0.011

216 Dup 272961 9 <0.001 0.009

217 272962 7 <0.001 0.007

218 272963 11 <0.001 0.011

219 272964 9 <0.001 0.009

220 272965 9 <0.001 0.009

221 272966 9 <0.001 0.009

222 272967 19 <0.001 0.019

223 272968 7 <0.001 0.007

Page 3


Tel: (807) 626-1630Fax: (807) 622-7571

[email protected]






Job #: 200730002

Reference:

Sample #: 100 Rock

Acc # Client ID Au

ppb

Auoz/t

Au

g/t (ppm)

224 272969 111 0.003 0.111

225 272970 86 0.002 0.086

226 272971 <5 <0.001 <0.005

227 Dup 272971 <5 <0.001 <0.005

228 272972 5 <0.001 0.005

229 272973 <5 <0.001 <0.005

230 272974 <5 <0.001 <0.005

231 272975 <5 <0.001 <0.005

232 272976 7 <0.001 0.007

233 272977 7 <0.001 0.007

234 272978 7 <0.001 0.007

235 272979 <5 <0.001 <0.005

236 272980 11 <0.001 0.011

237 272981 14 <0.001 0.014

238 Dup 272981 9 <0.001 0.009

239 272982 <5 <0.001 <0.005

240 272983 6 <0.001 0.006

241 272984 <5 <0.001 <0.005

242 272985 <5 <0.001 <0.005

243 272986 <5 <0.001 <0.005

244 272987 <5 <0.001 <0.005

245 272988 6 <0.001 0.006

246 272989 <5 <0.001 <0.005

247 272990 <5 <0.001 <0.005

Page 4


Tel: (807) 626-1630Fax: (807) 622-7571

[email protected]






Job #: 200730002

Reference:

Sample #: 100 Rock

Acc # Client ID Au

ppb

Auoz/t

Au

g/t (ppm)

248 272991 <5 <0.001 <0.005

249 Dup 272991 5 <0.001 0.005

250 272992 <5 <0.001 <0.005

251 272993 6 <0.001 0.006

252 272994 5 <0.001 0.005

253 272995 <5 <0.001 <0.005

254 272996 <5 <0.001 <0.005

255 272997 7 <0.001 0.007

256 272998 <5 <0.001 <0.005

257 272999 <5 <0.001 <0.005

258 273000 <5 <0.001 <0.005

259 272874 9 <0.001 0.009

260 Dup 272874 7 <0.001 0.007

261 272875 <5 <0.001 <0.005

PROCEDURE CODES: AL4AU3, AL4ICPAR

Certified By: ______________________

Derek Demianiuk H.Bsc., Laboratory Manager

The results included on this report relate only to theitems testedThe Certificate of Analysis should not be reproducedexcept in full, without the writtenapproval of the laboratory

AL903-0283-07/27/2007 4:47 PM

Page 5


Date Created: 07‐08‐13 02:18:43 PM * The results included on this report relate only to the items tes

Job Number: 200730002 * This Certificate of Analysis should not be reproduced except i

Date Received: Jul 9, 2007 of the laboratory.

Number of Samples: 100 *The methods used for these analysis are not accredited under

Type of Sample: Rock


Project ID:

Accur. # Client Tag Ag Al As B Ba Be Bi Ca Cd Co Cr Cu Fe K Li Mg

ppm % ppm ppm ppm ppm ppm % ppm ppm ppm ppm % % ppm %

152 272751 1 2.11 31 <10 75 2 13 0.05 <4 8 171 35 4.83 0.27 42 1.36

153 272752 1 2.3 11 <10 54 2 10 0.41 <4 21 239 35 4.15 0.2 39 1.54

154 272753 <1 2.65 9 <10 73 2 11 1.27 <4 14 231 36 4.04 0.14 19 0.97

155 272754 <1 2.01 14 <10 180 2 13 0.04 <4 14 88 67 4.73 0.29 37 1.27

156 272755 2 3.9 13 <10 93 3 20 1.36 5 52 276 147 7.43 0.25 43 5.1

157 272756 1 0.2 11 <10 4 2 2 0.03 <4 4 327 10 1.15 0.01 <1 0.08

158 272757 2 3.23 12 <10 99 3 11 1.49 <4 31 118 68 5.66 0.35 68 1.87

159 272758 4 2.82 8 <10 80 2 4 0.46 <4 18 119 47 4.92 0.28 64 1.67

160 272759 <1 2.64 12 <10 51 2 14 4.31 <4 14 256 29 3.79 0.11 15 0.71

161 272759 3 2.71 11 <10 84 3 20 0.45 <4 21 78 50 4.95 0.24 68 1.75

162 272760 3 2.39 9 <10 88 2 15 0.54 <4 23 171 39 4.99 0.27 54 1.54

163 272761 1 2.78 16 <10 258 2 10 2.12 <4 23 82 75 5.47 0.07 17 2.03

164 272762 <1 2.66 11 <10 191 2 12 0.28 <4 8 68 32 5.03 0.29 58 1.29

165 272763 3 0.69 793 <10 73 3 14 0.14 5 15 334 65 8.21 0.29 3 0.32

166 272764 4 3.24 1735 <10 20 3 25 4.39 10 36 85 100 >10.00 0.12 32 2.53

167 272765 3 0.44 291 <10 118 2 9 0.03 <4 7 264 13 2.35 0.33 <1 0.03

168 272766 3 2.08 16 <10 103 2 9 0.4 <4 12 107 31 4.13 0.35 40 1.18

169 272767 1 1.1 14 <10 48 2 10 0.05 <4 5 230 12 3.16 0.05 14 0.81

170 272768 1 0.47 9 <10 5 2 10 0.01 <4 2 200 7 1.19 0.02 6 0.34

171 272769 2 0.51 17 <10 24 2 8 0.03 <4 4 455 9 2.07 0.08 3 0.16

172 272769 3 1.45 5 <10 93 3 7 4.32 <4 21 45 20 3.57 0.45 4 0.99

173 272770 1 0.62 94 <10 80 2 14 0.22 <4 8 374 18 5.02 0.22 4 0.16

174 272771 <1 2.04 11 <10 70 2 10 0.35 <4 17 115 43 3.98 0.24 48 1.3

175 272772 <1 4.4 9 <10 15 3 17 0.4 6 29 53 205 8.82 0.03 36 3.26

176 272773 1 0.69 17 <10 120 3 18 2.92 5 13 44 11 8.2 0.38 1 0.2

177 272774 <1 3.39 8 <10 44 2 18 2.82 4 43 192 40 6.5 0.12 38 3.19

178 272775 2 0.68 804 <10 94 2 13 0.06 <4 12 259 16 5.55 0.27 3 0.26

179 272776 2 2.43 17 <10 101 3 13 0.39 <4 23 95 47 4.97 0.24 54 1.59

180 272777 3 0.43 384 <10 115 2 16 0.78 5 12 383 264 5.04 0.25 1 0.26

181 272778 <1 2.31 17 <10 92 3 12 0.1 <4 18 117 46 4.61 0.25 51 1.54

182 272779 <1 2.15 16 <10 87 2 14 0.04 <4 11 123 37 4.22 0.23 48 1.4

183 272779 3 0.51 341 <10 26 2 10 0.05 <4 9 413 1032 4.54 0.19 2 0.2

184 272780 2 1.72 44 <10 46 2 12 0.13 <4 9 290 29 3.88 0.16 15 1.33

185 272781 <1 4.33 27 <10 81 3 13 0.36 5 29 72 17 7.94 0.27 52 2.56

186 272782 1 1.86 22 <10 89 2 11 0.08 <4 12 184 35 4.29 0.26 41 1.17



187 272783 1 4.89 13 <10 298 2 18 0.14 5 13 47 20 7.86 0.18 33 3.76

188 272784 <1 2.94 24 <10 348 2 16 0.12 <4 15 102 29 5.94 0.21 19 2.27

189 272785 <1 1.17 9 <10 48 2 1 0.05 <4 2 148 14 1.98 0.22 12 0.69

190 272786 <1 2.51 12 <10 21 2 11 0.08 <4 9 62 19 4.46 0.09 35 1.74

191 272787 1 3.54 24 <10 8 3 11 0.2 5 39 52 81 8.54 0.04 52 2.36

192 272788 <1 0.61 5 <10 19 2 6 0.04 <4 3 110 10 1.13 0.08 5 0.33

193 272789 <1 1.28 6 <10 35 2 11 0.08 <4 5 137 12 2.03 0.14 15 0.83

194 272790 <1 1.03 3 <10 33 2 9 0.03 <4 2 111 8 1.05 0.14 10 0.55

195 272790 2 0.27 32 <10 47 2 5 0.01 <4 2 352 10 1.02 0.21 <1 0.02

196 272791 <1 2.3 30 <10 191 2 10 0.22 <4 11 116 41 4.44 0.31 23 1.32

197 272792 <1 1.26 7 <10 54 2 9 0.04 <4 11 101 42 2.52 0.19 14 0.81

198 272793 2 4.09 22 <10 17 3 16 0.19 7 26 32 37 >10.00 0.03 12 2.9

199 272794 1 1.28 26 <10 23 3 8 0.52 <4 15 224 21 3.36 0.21 23 0.57

200 272795 1 1.37 12 <10 23 2 5 0.46 <4 12 78 34 3.07 0.14 29 0.7

201 272796 1 0.57 2601 <10 88 3 19 0.12 6 6 265 18 8.89 0.2 2 0.14

202 272797 2 2.61 19 <10 78 3 10 0.49 <4 19 73 44 4.69 0.26 65 1.68

203 272798 2 1.24 681 <10 36 2 10 0.64 <4 16 416 96 4.81 0.34 8 0.81

204 272951 <1 3.06 27 <10 67 2 14 3.75 4 32 43 31 6.69 0.18 25 3.14

205 272951 3 2.73 18 <10 86 2 1 0.41 <4 24 98 53 5.37 0.23 69 1.77

206 272952 3 2.71 11 <10 76 2 11 0.52 <4 24 71 53 4.77 0.29 64 1.7

207 272953 4 2.66 12 <10 81 2 14 0.36 <4 15 112 43 4.62 0.26 63 1.63

208 272954 3 2.38 12 <10 68 2 4 0.39 <4 19 92 49 4.38 0.22 58 1.53

209 272955 4 2.78 11 <10 66 3 7 0.45 <4 19 121 39 5.19 0.25 65 1.76

210 272956 4 2.38 18 <10 63 2 6 0.37 <4 23 195 65 4.94 0.22 56 1.6

211 272957 1 3.97 6 <10 53 2 11 2.45 <4 35 179 23 4.91 0.07 21 2.11

212 272958 <1 4.49 5 <10 68 2 8 2.67 <4 31 97 59 5.03 0.1 6 2.06

213 272959 2 3.11 9 <10 64 2 5 0.55 <4 26 140 31 5.86 0.26 75 2.02

214 272960 2 2.55 10 <10 76 2 13 0.5 <4 21 155 51 4.52 0.29 54 1.6

215 272961 4 0.7 4069 <10 30 3 26 1.56 7 37 177 35 >10.00 0.25 3 0.64

216 272961 2 1.68 13 <10 53 2 9 0.13 <4 12 465 20 3.27 0.15 38 1.14

217 272962 3 1.65 166 <10 39 2 11 0.34 5 6 331 99 3.65 0.13 12 1.35

218 272963 3 0.6 1626 <10 50 2 11 0.1 <4 8 847 83 3.23 0.23 3 0.12

219 272964 2 2.01 9 <10 75 2 8 0.33 <4 14 181 28 3.72 0.25 41 1.19

220 272965 2 4.38 40 <10 8 3 16 1.11 8 16 63 62 >10.00 0.02 32 1.95

221 272966 1 1.32 8 <10 93 2 8 0.39 <4 13 494 50 2.65 0.22 28 0.76

222 272967 1 1.42 10 <10 27 2 6 0.77 <4 9 269 51 3.46 0.34 10 0.52

223 272968 <1 1.86 54 <10 336 3 13 0.11 <4 8 56 41 5.25 0.45 14 0.96

224 272969 <1 1.82 49 <10 330 3 11 0.1 <4 8 54 40 5.12 0.44 13 0.94

225 272970 <1 1.2 1217 <10 186 2 1 0.24 <4 10 167 29 3.43 0.32 7 0.56

226 272971 <1 1.72 8 <10 67 2 7 0.29 <4 12 158 24 3.21 0.23 35 1.02

227 272971 1 1.94 8 <10 72 2 6 0.32 <4 13 178 27 3.63 0.24 40 1.15

228 272972 1 4.54 45 <10 8 3 18 1.13 8 17 63 63 >10.00 0.02 34 2.03

229 272973 1 1.26 5 <10 86 2 4 0.38 <4 13 454 51 2.61 0.2 28 0.75

230 272974 2 1.47 9 <10 27 2 12 0.78 <4 10 265 55 3.68 0.34 10 0.56

231 272975 <1 1.76 50 <10 308 2 12 0.1 <4 8 53 41 5.21 0.41 13 0.94



232 272976 <1 1.86 53 <10 332 3 15 0.11 <4 8 55 42 5.32 0.44 14 0.97

233 272977 <1 1.39 1385 <10 217 2 11 0.27 <4 11 199 33 3.92 0.35 8 0.64

234 272978 <1 2.34 14 <10 41 2 11 0.15 <4 17 145 33 4.29 0.15 26 1.2

235 272979 <1 1.63 23 <10 107 2 12 0.03 <4 6 117 28 3.43 0.26 30 0.97

236 272980 2 0.73 16 <10 46 2 11 0.28 9 5 421 18 1.78 0.17 5 0.26

237 272981 <1 3.16 31 <10 16 2 15 3.46 4 32 90 69 6.16 0.03 32 2.31

238 272981 <1 3.22 28 <10 16 3 10 3.5 4 31 89 70 6.27 0.03 33 2.34

239 272982 <1 2 17 <10 95 2 6 0.17 <4 14 106 42 4.09 0.23 45 1.33

240 272983 1 1.06 2 <10 122 2 6 0.02 <4 5 415 63 1.83 0.08 23 0.59

241 272984 1 2.27 14 <10 96 2 14 0.31 <4 17 83 41 4.37 0.23 50 1.47

242 272985 3 2.27 7 <10 71 3 6 0.51 <4 24 128 40 5.04 0.27 51 1.46

243 272986 1 2.15 21 <10 61 2 12 0.3 <4 15 119 46 4.69 0.22 50 1.42

244 272987 3 1.89 6 <10 35 3 9 2.13 <4 28 80 21 5.21 0.07 5 1.59

245 272988 1 0.17 30 <10 50 2 11 0.07 <4 14 361 19 0.8 0.09 <1 0.04

246 272989 2 0.62 13 <10 89 2 2 0.04 <4 8 434 26 1.49 0.18 9 0.24

247 272990 2 0.32 19 <10 82 2 3 0.06 <4 14 413 20 0.94 0.14 2 0.09

248 272991 <1 2.09 18 <10 98 2 3 0.13 <4 12 157 36 3.65 0.32 37 1.17

249 272991 <1 2.01 15 <10 94 2 7 0.13 <4 12 149 36 3.53 0.3 35 1.14

250 272992 <1 2.09 4 <10 130 2 7 0.04 <4 17 120 36 5.56 0.22 11 0.54

251 272993 <1 1.54 14 <10 9 2 8 0.62 <4 13 112 34 4.12 0.02 12 0.52

252 272994 <1 4.84 41 <10 16 2 20 0.28 6 37 23 65 9.24 <0.01 48 3.16

253 272995 3 2.18 6 <10 47 2 12 0.29 <4 14 98 30 4.09 0.19 53 1.45

254 272996 2 0.56 4 <10 22 2 2 0.11 <4 7 566 45 2.22 0.07 12 0.34

255 272997 4 2.99 16 <10 77 2 11 0.5 <4 21 103 43 5.55 0.28 75 1.92

256 272998 <1 2.09 168 <10 83 2 13 0.12 <4 9 201 21 3.82 0.2 37 1.27

257 272999 <1 6.07 8 <10 19 2 12 1.39 4 44 422 14 5.96 0.01 69 5.76

258 273000 <1 2.68 11 <10 120 2 8 0.37 <4 12 149 13 5.08 0.31 28 1.84

259 272874 <1 0.52 129 <10 69 3 12 0.03 6 7 292 22 9.23 0.23 1 0.13

260 272874 <1 0.52 133 <10 53 3 13 0.03 6 8 300 22 9.4 0.23 1 0.13

261 272875 <1 2.21 12 <10 96 2 14 0.09 <4 15 96 42 4.23 0.26 48 1.42

Celtic Minera

Date Created

Job Number

Date Receive

Number of S

Type of Sam

Date Comple

Project ID:

Accur. #

152

153

154

155

156

157

158

159

160

161

162

163

164

165

166

167

168

169

170

171

172

173

174

175

176

177

178

179

180

181

182

183

184

185

186

sted

n full, without the written approval

r ISO/IEC 17025

Mn Mo Na Ni P Pb Sb Se Si Sn Sr Ti Tl V W Y Zn

ppm ppm % ppm ppm ppm ppm ppm % ppm ppm ppm ppm ppm ppm ppm ppm

494 13 0.03 31 350 145 7 <5 0.02 <10 9 722 <1 48 <10 4 57

795 10 0.05 41 312 154 <5 <5 0.04 <10 19 2598 <1 70 <10 15 71

900 9 0.06 12 418 112 <5 <5 0.02 <10 12 1734 <1 58 <10 17 64

516 15 0.04 37 357 184 <5 <5 0.03 <10 7 112 <1 39 <10 2 74

1814 10 0.03 49 <100 235 5 <5 0.23 <10 157 549 2 272 <10 2 97

<100 5 0.12 12 <100 43 <5 <5 0.03 <10 5 <100 <1 <2 <10 2 136

972 14 0.05 41 442 181 <5 <5 0.04 <10 42 3855 <1 60 <10 24 110

706 11 0.04 32 346 160 <5 <5 0.03 <10 48 3834 <1 63 <10 14 63

1423 9 0.06 10 459 125 <5 <5 0.05 <10 46 2359 1 101 <10 18 67

731 12 0.04 35 358 188 <5 <5 0.04 <10 30 3455 <1 58 <10 14 77

629 13 0.03 34 472 150 <5 <5 0.03 <10 37 3351 <1 53 <10 14 67

871 11 0.06 18 488 155 <5 <5 0.12 <10 39 978 <1 193 <10 8 70

640 9 0.04 8 322 136 <5 <5 0.03 <10 34 <100 <1 20 <10 6 78

232 20 0.03 18 221 307 53 <5 0.03 <10 14 <100 2 21 <10 8 25

1388 30 0.02 14 <100 589 103 <5 0.04 <10 34 <100 <1 46 <10 6 228

152 9 0.05 9 140 85 8 <5 0.03 <10 6 <100 <1 5 <10 5 45

492 10 0.04 20 488 153 <5 <5 0.03 <10 30 3371 <1 50 <10 12 46

200 9 0.13 10 273 107 <5 <5 0.12 <10 7 <100 <1 29 <10 4 57

<100 5 0.12 8 <100 41 <5 <5 0.05 <10 5 <100 <1 2 <10 2 29

<100 8 0.22 12 189 69 <5 <5 0.04 <10 12 <100 <1 13 <10 4 40

787 8 0.06 18 915 128 <5 <5 0.11 <10 107 5209 <1 71 <10 15 57

166 11 0.05 12 376 149 5 <5 0.03 <10 13 <100 3 9 <10 8 17

555 10 0.04 27 345 144 <5 <5 0.02 <10 8 2834 <1 37 <10 14 64

751 14 0.07 9 <100 288 6 <5 0.28 <10 24 104 <1 333 <10 2 96

706 15 0.07 10 1681 261 <5 <5 0.06 <10 87 1206 1 139 <10 8 40

2672 10 0.07 99 873 201 <5 <5 0.08 <10 104 <100 <1 139 <10 5 75

183 29 0.03 22 157 173 52 <5 0.03 <10 4 <100 <1 7 <10 5 27

837 13 0.05 36 370 175 <5 <5 0.02 <10 8 3112 <1 49 <10 20 88

2514 12 0.03 18 115 182 33 <5 0.03 <10 20 <100 3 7 <10 7 461

678 13 0.05 39 388 166 5 <5 0.03 <10 8 <100 <1 39 <10 7 79

540 12 0.05 33 316 126 <5 <5 0.02 <10 8 <100 <1 38 <10 5 63

124 50 0.03 17 <100 190 28 <5 0.03 <10 6 <100 <1 7 <10 1 74

598 10 0.07 16 204 156 6 <5 0.04 <10 12 1798 <1 65 <10 13 137

3497 14 0.03 19 <100 235 <5 <5 0.03 <10 9 <100 2 186 <10 6 106

521 12 0.03 33 355 138 <5 <5 0.02 <10 7 <100 <1 28 <10 7 64

Accur. #

187

188

189

190

191

192

193

194

195

196

197

198

199

200

201

202

203

204

205

206

207

208

209

210

211

212

213

214

215

216

217

218

219

220

221

222

223

224

225

226

227

228

229

230

231



729 12 0.03 7 638 250 <5 <5 0.1 <10 8 <100 <1 116 <10 6 103

462 16 0.02 8 480 203 6 <5 0.05 <10 7 <100 <1 78 <10 4 89

149 6 0.11 8 343 72 <5 <5 0.06 <10 7 <100 <1 23 <10 3 41

476 9 0.07 10 321 183 <5 <5 0.07 <10 6 <100 <1 113 <10 5 120

692 17 0.1 15 427 353 6 <5 0.08 <10 9 103 <1 267 <10 5 225

<100 5 0.11 7 177 38 <5 <5 0.04 <10 6 <100 <1 18 <10 3 27

196 6 0.12 9 375 71 <5 <5 0.07 <10 8 <100 <1 26 <10 5 64

122 4 0.16 7 135 28 <5 <5 0.05 <10 8 <100 <1 20 <10 3 31

<100 9 0.1 10 <100 43 <5 <5 0.03 <10 6 <100 <1 2 <10 7 13

2172 10 0.05 15 332 139 <5 <5 0.04 <10 10 886 <1 56 <10 14 96

146 6 0.1 9 225 86 <5 <5 0.05 <10 9 110 <1 66 <10 3 41

519 22 0.04 8 275 349 7 <5 0.13 <10 15 354 4 635 <10 2 88

674 19 0.08 14 266 118 <5 <5 0.04 <10 40 2023 <1 29 <10 11 55

867 8 0.09 12 306 95 <5 <5 0.06 <10 46 2847 <1 40 <10 16 82

513 17 0.06 18 483 281 253 <5 0.03 <10 10 <100 10 7 <10 13 22

647 12 0.03 35 395 159 <5 <5 0.03 <10 29 3364 <1 55 <10 16 72

554 13 0.04 27 168 153 10 <5 0.04 <10 8 1009 <1 37 <10 12 35

2185 10 0.04 15 312 201 5 <5 0.06 <10 66 <100 <1 148 <10 5 79

1055 13 0.04 43 349 174 5 <5 0.02 <10 13 3280 <1 59 <10 17 94

646 13 0.04 43 361 174 <5 <5 0.03 <10 26 3388 <1 58 <10 16 89

1012 11 0.04 31 293 144 <5 <5 0.03 <10 23 3258 <1 59 <10 12 62

667 12 0.03 35 315 160 <5 <5 0.03 <10 16 3192 <1 52 <10 13 71

735 13 0.04 38 387 157 <5 <5 0.02 <10 28 3738 <1 60 <10 13 68

682 15 0.03 48 326 179 <5 <5 0.03 <10 13 3448 <1 58 <10 14 72

492 8 0.58 54 1341 128 <5 <5 0.13 <10 167 2668 <1 123 <10 17 55

766 10 0.31 73 698 147 <5 <5 0.09 <10 155 1862 <1 197 <10 9 50

767 16 0.03 41 498 182 5 <5 0.03 <10 25 4395 <1 63 <10 19 64

600 11 0.04 43 338 165 <5 <5 0.03 <10 23 3345 <1 54 <10 15 73

1252 20 0.07 35 335 375 580 <5 0.04 <10 87 <100 21 4 <10 15 97

1229 8 0.03 28 173 104 6 <5 0.03 <10 10 1124 <1 27 <10 6 89

332 13 0.05 12 126 347 33 <5 0.04 <10 15 <100 1 17 <10 5 512

259 18 0.06 25 378 218 28 <5 0.02 <10 25 <100 <1 9 <10 4 253

539 9 0.04 23 305 129 <5 <5 0.02 <10 12 2552 <1 43 <10 15 55

1723 21 0.02 9 116 388 7 <5 0.08 <10 13 1125 5 286 <10 20 94

964 8 0.03 27 321 90 <5 <5 0.03 <10 14 1631 <1 23 <10 9 51

863 8 0.05 10 137 96 <5 <5 0.04 <10 13 1000 <1 26 <10 21 127

150 13 0.03 20 741 190 7 <5 0.02 <10 25 <100 2 29 <10 6 57

145 13 0.03 20 720 154 <5 <5 0.03 <10 25 <100 2 28 <10 5 52

360 9 0.02 20 <100 114 31 <5 0.03 <10 7 <100 <1 8 <10 4 46

464 8 0.04 20 266 115 <5 <5 0.02 <10 11 2216 <1 38 <10 12 39

522 9 0.04 23 298 126 <5 <5 0.02 <10 12 2446 <1 42 <10 14 42

1793 20 0.02 10 127 402 6 <5 0.07 <10 14 1098 6 294 <10 20 92

957 8 0.02 26 323 86 <5 <5 0.02 <10 14 1542 <1 22 <10 9 50

915 8 0.05 11 143 110 5 <5 0.03 <10 13 994 <1 27 <10 21 128

148 13 0.03 19 722 172 7 <5 0.02 <10 24 <100 <1 27 <10 5 51

Accur. #

232

233

234

235

236

237

238

239

240

241

242

243

244

245

246

247

248

249

250

251

252

253

254

255

256

257

258

259

260

261



152 13 0.03 20 753 179 5 <5 0.02 <10 25 <100 <1 29 <10 6 52

410 10 0.03 22 <100 146 37 <5 0.03 <10 7 <100 <1 9 <10 5 51

951 10 0.09 26 553 144 <5 <5 0.04 <10 15 <100 <1 44 <10 4 101

282 13 0.03 24 242 125 <5 <5 0.02 <10 6 <100 <1 35 <10 4 48

1042 6 0.03 12 <100 57 <5 <5 0.03 <10 15 <100 <1 22 14 2 1510

1646 10 0.06 27 203 186 5 <5 0.14 <10 73 <100 <1 233 <10 8 91

1656 9 0.06 27 210 190 6 <5 0.08 <10 74 <100 1 235 <10 8 91

555 12 0.03 35 309 163 <5 <5 0.03 <10 9 <100 <1 35 <10 7 50

144 6 0.07 16 <100 53 <5 <5 0.02 <10 8 <100 <1 18 <10 4 27

628 11 0.04 34 329 161 <5 <5 0.02 <10 6 2539 <1 45 <10 17 70

534 12 0.03 35 464 150 <5 <5 0.02 <10 28 3799 <1 51 <10 16 60

461 16 0.05 36 335 157 <5 <5 0.02 <10 8 3508 <1 61 <10 14 49

932 12 0.08 26 1064 148 <5 <5 0.07 <10 106 6189 <1 144 <10 17 71

<100 4 0.02 19 258 22 <5 <5 0.03 <10 22 <100 <1 4 <10 2 18

619 5 0.02 23 126 50 <5 <5 0.02 <10 12 <100 <1 10 <10 2 22

<100 6 0.02 23 266 28 6 <5 0.03 <10 22 <100 <1 6 <10 2 14

554 9 0.04 24 306 119 <5 <5 0.02 <10 9 <100 <1 38 <10 6 78

535 9 0.04 23 293 114 <5 <5 0.02 <10 9 <100 <1 36 <10 6 76

1272 10 0.02 7 206 162 <5 <5 0.03 <10 5 <100 <1 14 <10 2 136

1355 8 0.11 6 146 102 <5 <5 0.17 <10 9 2099 <1 11 <10 19 74

836 15 0.04 21 <100 293 6 <5 0.1 <10 15 113 <1 423 <10 <1 146

567 10 0.03 28 318 135 <5 <5 0.02 <10 7 2833 <1 45 <10 13 53

259 7 0.02 20 108 71 <5 <5 0.03 <10 10 755 <1 13 <10 3 27

736 15 0.03 43 401 171 <5 <5 0.02 <10 19 3857 <1 58 <10 17 82

399 10 0.05 31 285 137 8 <5 0.02 <10 11 <100 <1 37 <10 4 63

1316 13 0.02 189 273 186 5 <5 0.1 <10 55 121 <1 201 <10 3 97

1916 10 0.03 10 190 136 <5 <5 0.04 <10 16 <100 <1 23 <10 5 90

173 18 0.05 13 135 299 5 <5 0.03 <10 5 <100 4 12 <10 4 12

175 18 0.05 14 138 312 6 <5 0.02 <10 5 <100 2 12 <10 4 12

583 12 0.04 33 317 153 <5 <5 0.03 <10 7 <100 <1 39 <10 7 69


APPENDIX 3

List of Personnel &

Contractors

CELTIC PERSONNELName Position Address Barry Greene V.P of Exploration Grand Falls‐Windsor, NL Mark Graves Exploration Manager Wolfville, NS Elliott Stuckless Lands Manager/Geologist Botwood, NL Paul Delaney Geologist St. John’s, NL Isobel Wolfson Geologist Grand Falls‐Windsor, NL Tom McLennon Prospector Grand Falls‐Windsor, NL Lloyd King Prospector Conception Bay, NL Beatrice Baker Office/Administration Botwood, NL Lisa Gosse Office/Administration Grand Falls‐Windsor, NL

CONTRACTORSCompany Service Location Accurassay Analytical Services Gambo, NL; Thunder Bay, ON Andrews Exploration Line Cutting King’s Point, NL Eastern Analytical Analytical Services Springdale, NL Eastern Geophysics Gravity Survey West Pubnico, NB Guardian Helicopters Helicopter Services Calgary, AB Riverwood Enterprises Geophysical Interpretation Ottawa, ON

Documents

12th Year Assessment - Newfoundland and Labradorgis.geosurv.gov.nl.ca/geofilePDFS/ReceivedBatch50/012A_1475.pdfHungry Hill Property Celtic Minerals Ltd. 12th Year Assessment 1.0 INTRODUCTION