gis.geosurv.gov.nl.ca...1980's–Honour's student studies paleo magnetism of the conglomerate and...

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001N/06/0977

Assessment Report of

Geochemistry, Geophysics, & Prospecting, on

Mineral Licences:Fourth year Licence 20424M,Tenth Year Licence 17947M

Crows Gulch / English Ridge Property,

Marysvale, Conception BayNTS 1N/06 & 1N/11,

Newfoundland & Labrador

Submitted by (License Holder)

Jason White

Work Conducted: 2014

Licence Number: 17947m 20424mTotal Expenditures: $4,312.57 $7,935.12Total Claims: 3 5

Date: January 5th, 2014

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TABLE OF CONTENTS

Page

1. Introduction 3

2. Location and Access 3

3. Claim Status 3

4. Previous Work 4

5. Geology 7

6. Exploration Program 7

7. Conclusions and Recommendations 9

APPENDICES

Appendix I List of Expenditures 11

Appendix II List of Personnel 11

Appendix III References 12

Appendix IV Sample Location and Description 13

Appendix V VLF & Scint Geophysical Data 16

Appendix VI Rock Assay Data 18

Appendix VII Magnetometer & Soil Assay Data Attached

LIST OF FIGURES

Figure 1. Property Location Map 5

Figure 2. Claim Location Map 6

Figure 3. Exploration Location Map 8

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1. Introduction

This report covers the exploration activity on the English Ridge and Turks Gut are conducted in 2014 and consists of general prospecting, a 93 sample soil geochemistry survey and geophysical surveys using an EM-16 VLF, Radiation Solutions RS-111 Handy Scintillometer System, and GEM Systems GSM-19T Proton Magnetometer.

SincerelyJason D. White

2. Location and Access

The property is located in eastern Newfoundland, approximately 70 km west of St. John's, and approximately 5 km south of the community of Brigus. Specifically the property is located in the community of Marysvale (Figure 1) with access by the road to Turks Gut in the community of Marysvale (Figure 2). The northeast corner having the U.T.M. Coordinates of 5,260,000 N, 334,000 E of Zone 22, NTS 1N/6 and 1N/11, NAD 27.

3. Claim Status

Mineral licence 20424M contains 5 map staked mineral claim blocks, replacing licence and was issued on July 19th, 2012.

Mineral licence 17947M contains 3 map staked mineral claim blocks, replacing licence and was issued on July 19th, 2012.

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4. Previous Work

1842 - Jukes notes the unconformity of the Cambrian & Precambrian rocks of the Avalon Peninsula

1850's – C.F. Bennett forms the English Ridge Mining Company and the Turks Gut Mining Company to mine at Crows Gulch / English Cove and Turks Gut, producing grey copper (chalcocite) from Crows Gulch / English Cove workings and mainly “horse flesh” or “peacock” copper (bornite) from Turks Gut,

1868 – Murray notes on the geology at English Cove & Crows Gulch,

1880 - Howley notes copper occurrence at Crows Gulch & English Cove,

1919 – Buddington describes the Marysvale Fault,

1957 – McCartney produces map of the Holyrood area for the Geological Survey of Canada,

1967 – McCartney produces Memoir 341 & map of the Holyrood and Whitborne areas for the Geological Survey of Canada

1980's–Honour's student studies paleo magnetism of the conglomerate and flow top breccia in the Marysvale area with results indicating an intrusive body

1990's–O'Brien studies the 1N/06 & 1N/07 areas, comments on copper, including a newly discovered algal sedimentary copper in the area

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Property Location Map

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5. Geology

The region is mapped by King as (King,1988): Adeyton Group:Chamberlains Brook formation: green and red shale or slate and thin limestone beds; manganiferous bed near base; spilitic cherty pillow lava.

Brigus Formation: red, pink and green shale or slate and thin limestone beds; basal conglomerate where formation rests directly on Precambrian rocks.

Conception Group:Drook Formation: blue/gray siliceous siltstone & sandstone; silicified tuff.

Harbour Main Group member HHb:Green to purple basaltic flows and pyroclastic rocks, clastic sedimentary rocks and gabbro.

Beyond the sedimentary manganese mineralization, copper & silver mineralization is seen in both sedimentary & basalt units as product of secondary fluids intruded into both units along fissures caused by the faulting.

6. Exploration Program

The Exploration program consisted of general prospecting accompanied with a 93 sample soil geochemistry grid, rock geochemistry from several samples of mineralized outcrop, a VLF / scintelometer geophysical survey on part of the geochemistry grid and a magnetometer survey.

Samples were taken on a north south GPS grid with lines spaced at 50m with sample locations every 25 m and an uncertainty of +/- 4 m, over a structure known to contain high grades of copper and silver with grab samples from the area reaching 44% Cu and 11 oz/t Ag (north at Turks Gut). On a portion of this grid the EM-16 VLF and Scinteloimeter were used during soil sample collection; the soil auger was carried by the assistants to assure it didn't interfere with the VLF readings.

No attempt has been made to interpret the geophysical or geochemical data at this point, but field observations made during the time of the survey had identified several areas of pyrite mineralization.

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Figure 3 sample LocationsMap Location Activity Notes

1 Mag Survey English Cove Survey

2 Prospecting Location of Sample #58973

3 Prospecting Location of Sample #58974

4 Mag Survey Old Homestead / gardens survey

5 Mag Survey English Cove Rd / Drook Formation Survey

6 Mag Survey Crows Gulch / Mn prospect Survey

7. Conclusions and Recommendations

During the 2014 exploration program there were a number of significant new findings both geochemical and geophysical discovered. What was striking was the extent of the exploration which had been conducted, assumed to be from the period from 1850 to the mid 1860's. On the property virtually every cliff face had been blasted, often following epidote alteration, but other times following dikes, shear zones and fault fissures containing chalcocite, covelite, bornite with associated malachite and azurite.

What was previously thought to be azurite and malachite had been more correctly described as the very rare minerals posnjakite and brochantite (Sabina, 2003).

The 93 sample soil geochemistry survey and geophysical surveys using an EM-16 VLF, Radiation Solutions RS-111 Handy Scintillometer System, and GEM Systems GSM-19T Proton Magnetometer.

From the sample collected of the pillowed basalt (Sample 58974), corresponding to the sudden >600 nT change in the magnetics, the assay indicated there was a notable anomalies of: Sn 109 ppm, Cd 10.3 ppm, Fe 5.05%, Ni 81 ppm, Sb 10.3 ppm, Co 34 ppm & Ti >1%. From the other sample of malachite stained maroon basalt with little sulfides present there was 1.94% Cu in what appears to be near old exploration activity. The soil geochemistry survey outlines a copper anomaly, but further interpretation is required.

The following is recommended for the property:

1.) Continue the soil grid over the Crows Gulch area and Mn prospect;2.) Trench the area containing the higher grade Cu in soil;3.) channel sample the area of sample 58974;4.) access the property by boat;5.) Pump out the Crows Gulch shaft.

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APPE NDIX I List of Expenditures

Expense 20424m 17947m Total cost9 days 5 days 14 days

Research & report Writing $300.00 $200.00 $500.00Field Work** $2,700.00 $1,500.00 $4,200.00Meals** $810.00 $450.00 $1,260.00Fuel *** $450.00 $250.00 $700.00Auto $540.00 $300.00 $840.00Assay $2,100.10 $1,050.06 $3,150.16

Subtotal $6,900.10 $3,750.06 $10,650.16Administration 15.00% $1,035.02 $562.51

Total $7,935.12 $4,312.57 $12,247.69** Signifies person days*** $50 per trip

APPENDIX II List Of Personnel

Name Activity Person days

Jason D. White Prospecting 1423 Emma's Pl and GeophysicsCBS, NL.

Joseph Lee Prospecting 143a Pynn Pl.St. John's, NL.

Jason Shaw Prospecting 1483 Park AveMt. Pearl, NL.

Days In Field

Date Activity Date Activity

May. 15 Geophysics Aug.. 23 Soil Survey



May. 22 Geophysics Sept.. 2 Soil Survey

June. 4 Prospecting Sept.. 9 Soil Survey

June. 28 Prospecting Sept.. 10 Soil Survey

July. 13 Soil Survey Sept.. 12 Soil Survey

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APPENDIX III References

Batterson, M.1995: Landscapes of Newfoundland and Labrador, A Collection of Aerial Photographs. Government of Newfoundland and Labrador, Report 95-3.

Buddington, A.F.1919: Pre-Cambrian Rocks of Southeast Newfoundland; j. Geol., Vol. 27, pg 449-479

Carr, G.F.1958: The Industrial Minerals of Newfoundland; Mines Branch, No. 855

Dale, N.C.1915: The Manganese Deposits of Conception and Trinity Bays, Newfoundland. PhD. Dissertation, Princeton University. (NFLD/1860)

Geological Survey of Canada1971: Map 4524G, Holyrood, Geophysical Series (Aeromagnetic)

Hodych, J., PhD.2007: Personal communication.

Howley, J.P.1880: List of Newfoundland Minerals (of the Newfoundland Geological Survey), Reprinted from No. 17 Mineralogical Magazine, July 1880.

Jukes, J.B.1842: Excursions in and about Newfoundland during the years 1839 and 1940

King, A.F.1988: Geology of the Avalon Peninsula, Newfoundland (parts of 1K, 1L, 1M, 1N and 2C). Newfoundland Department of Mines, Mineral Development Division, Map 88-01

Macaulay, R.M.1944: Brigus Manganese. Brigus, Conception Bay, Newfoundland. (1N/11(25))

Martin,W.1980: Once Upon a Mine: The Story of Pre-Confederation Mines on the Island of Newfoundland.Special Volume 26, The Canadian Institute of Mining and Metallurgy.

McCartney, W.D.1954: Holyrood Map 54-3, Geological Survey of Canada1967: Geology of the Witborne Map Arge, Geological Survey of Canada, Memoir 341

Morgan, J.A.1996: A Documentation and Study of Vein Hosted Base Metal Deposits on the Avalon Peninsula, Newfoundland. Unpublished BSc. (Hons.) Dissertation, Memorial University of Newfoundland.

Murray, A.1869: Geological Survey of Newfoundland

Murray, A. and Howley, J.P.1881a: Geological Survey of Newfoundland; London1881b: Map of the Avalon Peninsula; Geological Survey of Newfoundland1882: Report of Progress for the Year 1881, Geological Survey of Newfoundland

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O`Brien, S.1996: Preliminary Investigation of Neoproterozoic (Avalonian) Rocks, Northeastern Holyrood (NTS 1N/6) Map Area: Notes on Geology, Mineralization and Mineral Exploration Potential. In Current Research (1996), Newfoundland Department of Natural Resources, Geological Survey,Report 96-1, Pages 311-327.

1997: Late Neoproterozioc geology of the Central Avalon Peninsula, Newfoundland, With an overview of Mineralization and Hydrothermal Alteration. Current Research (1997) Newfoundland Department of Mines and Energy, Geological Survey, Report 97-1, Pages 257- 282.

2001: New Insights Into the Neoproterozoic Geology of the Central Avalon Peninsula (Parts of Map Areas 1N/6, 1N/7 and 1N/13), Eastern Newfoundland. Current Research (2001) Newfoundland Department of Mines and Energy Geological Survey, Report 2001-1, Pages 169-189.

2002: A Note on Neoproterozoic Gold, Early Paleozoic Copper and Basement – Cover Relationships on the Margins of the Holyrood Horst, Southeastern Newfoundland. Current Research (2002) Newfoundland Department of Mines and Energy Geological Survey, Report 02-01, Pages 219-227

Poole, J.2005: Personal communication with local resident.

Sabina, A P2003: Rocks and Minerals for the Collector: Iles de la Madeleine, Quebec, the Island of Newfoundland, and Labrador

Scott, J.W.1952: The Cambrian Manganese Deposits of Southeastern Newfoundland, GSC.

Snelgrove, A.K., and Baird, D.M.1953: Mines &Mineral resources of Newfoundland; Geological survey of Newfoundland, Information Circular No4

White, J.D.2006: First Year Assessment Report for Mineral Licence 10598m 2007: First Year Assessment Report for Mineral Licence 11709m

Wiseman, R., and Spearman, C.1942: Report on Brigus Head Manganses; Geological Survey of Newfoundland

Wilton, D.H.C,PhD., P.Geo.1998:First year Mineral Assessment Report on Geological, Geophysical and Prospecting surveys for Turks Gut Property, Newfoundland. For Copper Hill Resources Ltd. Unpublished (1N/0718)

Williams, H. 1979: Applacial Orogen in Canada. Canadian Journal of Earth Sciences: 16, pg. 792-807

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APPENDIX IV Sample Location and Description

Rock samples

Easting Northing Sample No. Description

333463 5261139 58973 disseminated chalcocite in maroon basalt

333304 5261144 58974 silver coloured pyrite in pillowed basalt, mag anomaly

Soil Samples

Easting Northing Sample Number333100 5261425 109135333100 5261400 109136333100 5261375 109137333100 5261350 109138333100 5261325 109139333100 5261300 109140333100 5261275 109141333100 5261250 109142333100 5261225 109143333100 5261200 109144333100 5261175 109145333100 5261150 109146333100 5261125 109147333100 5261100 109148333100 5261075 109149333100 5261050 109150333100 5261025 109151333100 5261000 109152333100 5260975 109153333100 5260950 109154333100 5260925 109155333100 5260900 109156333100 5260875 109157333100 5260850 109158333100 5260825 109159333100 5260800 109160333100 5260775 109161333100 5260750 109162333100 5260725 109163333100 5260700 109164333100 5260675 109165

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Easting Northing Sample Number333100 5260650 109166333100 5260625 109167333100 5261450 109168333150 5261425 109169333150 5261400 109170333150 5261375 109171333150 5261350 109172333150 5261325 109173333150 5261300 109174333150 5261275 109175333150 5261250 109176333150 5261225 109177333150 5261200 109178333150 5261175 109179333150 5261150 109180333150 5261125 109181333150 5261100 109182333150 5261075 109183333150 5261050 109184333150 5261025 109185333150 5261000 109186333150 5260975 109187333150 5260950 109188333150 5260750 109189333150 5260725 109190333150 5260700 109191333150 5260675 109192333150 5260650 109193333150 5260625 109194333150 5260600 109195333200 5260800 109196333200 5260775 109197333200 5260750 109198333200 5260725 109199333200 5260700 109200333200 5260675 109201333200 5260650 109202333200 5260625 109203333200 5260600 109204333400 5261425 109205333400 5261400 109206333400 5261375 109207333400 5261350 109208

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Easting Northing Sample Number333400 5261325 109209333400 5261300 109210333400 5261275 109211333400 5261250 109212333400 5261225 109213333400 5261200 109214333450 5261450 109215333450 5261425 109216333450 5261400 109217333450 5261375 109218333450 5261350 109219333450 5261325 109220333450 5261300 109221333450 5261275 109222333450 5261250 109223333450 5261225 109224333450 5261200 109225333450 5261175 109226333450 5261150 109227

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APPENDIX V VLF & Scint Geophysical Data

Easting Northing VLF IN-Phase VLF Quad Scint

333100 5260925 -4 -2 10333100 5260900 -8 -4 9333100 5260875 -8 -2 12333100 5260850 -12 -7 17333100 5260825 -14 -8 15333100 5260800 -15 -9 23333100 5260775 -15 -10 33333100 5260750 -20 -15 29333100 5260725 -15 -12 29333100 5260700 -10 -10 25333100 5260675 -7 -9 23333100 5260650 -10 -12 19333100 5260625 -5 -9 19333150 5261425 3 2 20333150 5261400 7 -3 24333150 5261375 5 -4 19333150 5261350 2 -3 25333150 5261325 2 -4 25333150 5261300 -3 -7 25333150 5261275 -5 -7 24333150 5261250 -6 -8 27333150 5261225 -5 -6 27333150 5261200 5 0 30333150 5261175 -5 -8 39333150 5261150 -3 -3 38333150 5261125 -2 0 28333150 5261100 -4 -2 20333150 5261075 -6 -4 28333150 5261050 -3 -1 26333150 5261025 0 -3 27333150 5261000 -1 -2 26333150 5260975 -4 -2 33333150 5260950 -7 -6 18333150 5260750 -15 -17 26333150 5260725 -16 -14 25333150 5260700 -10 -12 25333150 5260675 -3 -14 23

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Easting Northing VLF IN-Phase VLF Quad Scint

333150 5260650 -2 -10 19333150 5260625 2 -11 16333150 5260600 0 -15 15333200 5260800 -18 -18 21333200 5260775 -15 -18 22333200 5260750 -10 -15 17333200 5260725 -8 -12 23333200 5260700 -8 -13 23333200 5260675 -3 -15 17333200 5260650 2 -15 19333200 5260625 10 -20 15333200 5260600 15 -22 15333400 5261425 -6 -4 24333400 5261400 -10 -8 27333400 5261375 -14 -9 24333400 5261350 -18 -14 23333400 5261325 -22 -16 30333400 5261300 -18 -18 25333400 5261275 -14 -18 14333400 5261250 -12 -20 12333400 5261225 -8 -20 23333400 5261200 -2 -15 19333450 5261450 -15 -10 24333450 5261425 -13 -8 19333450 5261400 -12 -10 18333450 5261375 -11 -12 33333450 5261350 -15 -22 24333450 5261325 -12 -18 24333450 5261300 -8 -18 26333450 5261275 -5 -22 27333450 5261250 0 -20 13333450 5261225 0 -20 22333450 5261200 2 -22 13333450 5261175 5 -26 16333450 5261150 15 -32 17

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APPENDIX VI Rock Assay Data

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APPENDIX VI Magnetometer & Soil Assay Data

See Attached Files

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cindysaunders

Cross-Out

1 of 3 Au Fire Assay / ICP Geochemistry Certificate

Client: Jason WhiteGeologist:Project:Sample: Soil Signed by:______________________

DskFile: 185-1408095 Results apply to samples as submitted.Email: [email protected]

DateIn: October 08, 2014 P.O. Box 187 Concentrations in assay range may cause DateOut: October 22, 2014 403 Little Bay Road Springdale, NL A0J 1T0 interferences in associated elements.

Phone: 709-673-3909 / Fax: 709-673-3408 ISO 17025------------------------------ -----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------Sample Au Ag Al As Ba Be Bi Ca Cd Ce Co Cr Cu Fe Hg In K La Mg Mn Mo Na Ni P Pb S Sb Se Sn Sr Ti U V W Zn Number ppb ppm % ppm ppm ppm ppm % ppm ppm ppm ppm ppm % ppm ppm % ppm % ppm ppm % ppm % ppm % ppm ppm ppm ppm % ppm ppm ppm ppm------------------------------ -----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------BLANK - AU 5 --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- ---STD - GS - P3C 254 --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- ---BLANK --- <0.2 0.01 <5 <10 <0.5 3 0.01 <0.5 <10 <1 1 <1 <0.01 <1 <1 0.08 <10 0.01 <5 <1 0.01 4 <0.01 <5 0.01 <5 <1 <20 1 <0.01 <1 <1 <10 <2STD LKSD-2 --- 0.9 >5.50 <5 200 0.8 5 0.59 1.0 95 14 27 38 2.86 <1 <1 0.29 44 1.00 2178 2 0.14 27 0.12 37 0.21 51 <1 <20 35 0.41 9 68 <10 206109135 5 0.2 >5.50 <5 49 0.6 3 0.04 <0.5 26 3 9 9 2.68 <1 <1 0.15 <10 0.23 308 1 0.11 8 0.07 18 0.10 64 9 <20 6 0.77 2 38 <10 37109136 <5 0.4 >5.50 <5 54 <0.5 2 0.06 <0.5 30 5 8 7 2.37 <1 <1 0.17 <10 0.41 790 1 0.13 7 0.04 13 0.06 37 <1 <20 6 >1.00 1 36 <10 43109137 <5 0.4 >5.50 <5 41 0.5 2 0.07 0.6 36 6 8 7 2.59 <1 <1 0.14 11 0.40 790 1 0.09 11 0.05 19 0.07 40 5 27 5 >1.00 1 38 <10 45109138 <5 0.3 >5.50 <5 53 0.5 2 0.05 0.5 29 6 8 6 2.40 <1 <1 0.17 <10 0.30 595 3 0.14 7 0.06 11 0.05 23 6 21 7 >1.00 1 42 <10 52109139 <5 0.3 >5.50 <5 56 <0.5 <2 0.03 <0.5 18 3 7 4 2.33 <1 <1 0.19 <10 0.19 322 <1 0.15 <1 0.04 13 0.05 40 8 76 7 >1.00 2 49 <10 18109140 <5 0.3 >5.50 13 52 <0.5 3 0.02 <0.5 18 4 8 3 2.85 <1 <1 0.15 <10 0.18 1059 2 0.11 7 0.08 18 0.05 39 <1 39 5 >1.00 6 51 <10 31109141 <5 0.4 >5.50 5 50 0.6 <2 0.05 <0.5 33 6 8 7 2.46 <1 <1 0.16 <10 0.32 1191 2 0.12 10 0.07 10 0.06 55 <1 <20 6 >1.00 1 42 <10 66109142 <5 0.5 >5.50 <5 71 <0.5 3 0.03 <0.5 17 5 7 7 2.29 <1 <1 0.14 <10 0.21 729 3 0.15 11 0.05 19 0.07 39 <1 55 9 0.89 1 43 <10 44109143 <5 0.3 >5.50 <5 51 <0.5 2 0.02 <0.5 21 7 11 4 3.15 <1 3 0.15 <10 0.20 1485 1 0.11 6 0.05 13 0.07 44 <1 <20 6 >1.00 1 53 <10 47109144 <5 0.3 >5.50 <5 58 0.7 2 0.05 <0.5 35 8 12 8 3.46 <1 <1 0.15 10 0.42 974 3 0.10 7 0.08 22 0.10 65 <1 <20 5 >1.00 2 55 <10 72109145 6 <0.2 4.09 <5 46 <0.5 3 0.02 0.6 17 2 9 3 0.62 <1 <1 0.17 <10 0.13 206 2 0.22 7 0.02 19 0.04 34 <1 25 7 0.12 <1 21 <10 13109146 <5 <0.2 2.91 <5 147 <0.5 <2 0.04 <0.5 20 1 5 2 0.40 <1 <1 0.17 <10 0.10 52 <1 0.16 5 0.01 8 0.02 33 <1 <20 6 0.06 <1 14 <10 8109147 <5 <0.2 >5.50 <5 104 <0.5 3 0.01 <0.5 16 5 13 1 2.15 <1 2 0.23 <10 0.32 288 1 0.07 9 0.03 10 0.04 39 <1 <20 3 0.19 3 41 <10 23109148 <5 0.2 >5.50 <5 99 <0.5 2 0.02 <0.5 16 8 18 2 3.68 <1 <1 0.44 <10 0.34 852 1 0.09 11 0.05 17 0.07 50 <1 75 4 0.30 2 59 <10 48109148 DUP <5 <0.2 >5.50 11 79 <0.5 4 0.02 <0.5 16 8 17 2 3.56 <1 3 0.29 <10 0.28 828 2 0.06 9 0.05 15 0.06 55 <1 42 3 0.21 4 51 <10 44109149 6 0.3 >5.50 <5 91 0.6 <2 0.18 0.6 18 24 21 14 2.86 <1 3 0.21 <10 0.52 1551 1 0.08 21 0.09 18 0.07 56 <1 71 19 0.28 1 41 <10 124109150 <5 0.3 >5.50 <5 56 <0.5 3 0.03 <0.5 18 6 12 3 2.59 <1 <1 0.25 <10 0.32 385 2 0.10 7 0.04 13 0.05 29 9 54 5 0.65 3 46 <10 42109151 <5 0.4 >5.50 <5 54 <0.5 2 0.03 0.5 22 7 10 5 2.47 <1 2 0.16 <10 0.24 841 2 0.12 9 0.05 11 0.07 52 <1 22 6 0.97 1 47 <10 40109152 <5 0.9 >5.50 <5 61 0.5 2 0.05 <0.5 20 34 19 5 2.93 <1 <1 0.16 <10 0.68 4619 1 0.08 33 0.05 18 0.06 61 7 <20 6 0.29 1 38 <10 92BLANK --- <0.2 0.01 <5 <10 <0.5 2 0.01 <0.5 <10 <1 2 <1 0.01 <1 2 0.09 <10 0.02 11 3 0.01 <1 <0.01 7 <0.01 <5 <1 <20 2 <0.01 <1 <1 <10 <2STD LKSD-2 --- 0.9 >5.50 <5 201 0.8 3 0.54 0.9 94 14 27 36 2.79 <1 <1 0.29 44 0.98 2133 3 0.14 25 0.11 40 0.21 32 10 24 35 0.41 7 68 <10 197109153 <5 0.4 >5.50 <5 92 <0.5 3 0.04 <0.5 14 6 18 3 2.77 <1 <1 0.37 <10 0.33 630 2 0.27 8 0.04 10 0.04 45 <1 <20 10 0.53 2 68 <10 28109154 <5 0.2 >5.50 <5 43 <0.5 2 0.07 0.7 <10 12 30 2 1.41 <1 <1 0.12 <10 1.08 1320 1 0.20 27 0.06 11 0.05 43 <1 <20 12 0.06 <1 45 <10 40109155 <5 0.4 >5.50 <5 485 2.1 <2 1.86 0.8 20 3 33 290 0.38 <1 <1 0.12 27 0.22 269 2 0.30 30 0.20 9 0.59 50 8 51 47 0.04 2 42 <10 5109156 18 0.4 >5.50 <5 >1000 0.7 3 1.55 0.6 21 6 44 238 0.93 <1 <1 0.06 12 0.67 946 3 0.13 26 0.25 17 0.42 40 7 38 39 0.08 5 55 <10 57109157 <5 0.2 >5.50 <5 226 <0.5 <2 0.30 <0.5 17 10 31 21 1.95 <1 <1 0.18 <10 0.97 851 1 0.27 19 0.03 11 0.07 37 <1 <20 30 >1.00 1 144 <10 42109158 14 0.8 >5.50 10 >1000 1.2 25 0.88 8.2 124 21 41 519 1.31 <1 <1 0.11 20 0.46>22000 7 0.16 109 0.11 23 0.19 69 27 <20 38 0.10 5 56 <10 297109159 <5 0.6 >5.50 <5 321 0.7 4 0.63 1.1 27 11 42 56 1.02 <1 <1 0.07 <10 1.18 2844 2 0.17 35 0.07 11 0.39 51 <1 <20 35 0.91 <1 119 <10 105109160 <5 0.4 >5.50 <5 128 0.5 <2 0.11 <0.5 50 9 24 19 2.12 <1 <1 0.22 <10 0.81 1425 2 0.23 24 0.03 12 0.06 37 <1 <20 10 0.50 2 63 <10 76109161 8 0.8 >5.50 <5 335 1.1 <2 0.56 1.1 55 23 43 55 2.33 <1 <1 0.18 10 1.39 6095 1 0.16 62 0.08 14 0.13 35 <1 <20 21 0.44 2 57 <10 163109161 DUP 6 1.0 >5.50 <5 358 1.1 5 0.59 1.3 57 23 41 60 2.32 <1 <1 0.20 10 1.33 6287 2 0.20 56 0.08 15 0.13 56 <1 <20 24 0.43 2 58 <10 165109162 <5 0.5 >5.50 14 198 0.9 2 0.23 0.6 52 15 27 32 2.57 <1 <1 0.13 <10 0.84 3064 2 0.10 26 0.08 17 0.11 40 <1 27 13 0.55 <1 62 <10 88109163 <5 0.4 >5.50 <5 84 0.6 2 0.09 <0.5 30 11 21 18 2.73 <1 <1 0.15 <10 0.63 1409 2 0.11 20 0.09 19 0.10 28 <1 63 11 0.69 1 59 <10 75109164 <5 0.3 >5.50 <5 115 0.6 3 0.11 <0.5 22 8 20 11 2.52 <1 1 0.23 <10 0.57 1326 2 0.21 17 0.08 18 0.11 57 <1 <20 16 0.72 1 58 <10 69109165 <5 0.3 >5.50 <5 170 0.7 3 0.37 0.8 33 10 16 21 2.10 <1 <1 0.19 <10 0.67 1867 1 0.11 16 0.09 16 0.13 44 8 <20 19 0.53 2 55 <10 108109166 <5 0.4 >5.50 <5 301 2.7 4 0.40 1.0 94 8 17 27 1.66 <1 <1 0.12 19 0.59 2603 4 0.12 15 0.11 21 0.24 57 <1 34 24 0.29 1 47 <10 135109167 <5 0.8 >5.50 <5 307 1.7 3 0.50 0.5 58 18 23 23 2.27 <1 <1 0.11 11 1.54 5182 3 0.09 26 0.07 18 0.16 47 <1 <20 26 0.56 2 65 <10 113109168 <5 0.2 >5.50 <5 57 <0.5 <2 0.03 0.5 19 3 7 5 1.51 <1 <1 0.15 <10 0.23 313 <1 0.13 5 0.04 17 0.08 26 <1 <20 7 0.88 1 37 <10 23109169 <5 0.2 >5.50 <5 52 <0.5 <2 0.04 <0.5 26 3 7 6 2.18 <1 <1 0.17 <10 0.35 336 2 0.13 7 0.03 13 0.06 27 <1 37 6 >1.00 2 43 <10 31





Phone: 709-673-3909 / Fax: 709-673-3408 ISO 17025------------------------------ -----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------Sample Au Ag Al As Ba Be Bi Ca Cd Ce Co Cr Cu Fe Hg In K La Mg Mn Mo Na Ni P Pb S Sb Se Sn Sr Ti U V W Zn Number ppb ppm % ppm ppm ppm ppm % ppm ppm ppm ppm ppm % ppm ppm % ppm % ppm ppm % ppm % ppm % ppm ppm ppm ppm % ppm ppm ppm ppm------------------------------ -----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------109170 <5 0.2 >5.50 10 50 <0.5 <2 0.04 <0.5 26 5 6 7 1.94 <1 <1 0.16 <10 0.29 479 2 0.13 10 0.04 19 0.09 34 <1 <20 6 0.92 1 38 <10 33109171 <5 0.2 >5.50 <5 59 <0.5 <2 0.03 <0.5 21 3 6 3 1.53 <1 <1 0.17 <10 0.22 224 1 0.14 6 0.03 10 0.04 48 <1 <20 7 >1.00 1 40 <10 17109172 <5 <0.2 >5.50 <5 59 <0.5 2 0.04 <0.5 23 5 6 4 2.03 <1 <1 0.18 <10 0.23 960 1 0.15 7 0.04 13 0.02 17 <1 22 7 >1.00 1 42 <10 29109173 <5 0.3 >5.50 <5 51 <0.5 4 0.02 <0.5 24 6 8 4 2.78 <1 <1 0.19 <10 0.24 1199 2 0.10 8 0.07 14 0.05 29 3 36 4 >1.00 3 62 <10 68BLANK - AU 5 --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- ---STD GS - P3C 285 --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- ---BLANK --- <0.2 0.01 <5 <10 <0.5 <2 0.01 <0.5 <10 <1 1 <1 <0.01 <1 <1 0.08 <10 0.01 <5 3 0.01 <1 <0.01 11 <0.01 <5 <1 <20 1 <0.01 <1 <1 <10 <2STD LKSD-2 --- 0.8 >5.50 22 202 0.9 <2 0.64 <0.5 92 13 26 39 2.82 <1 <1 0.33 44 0.97 2159 2 0.16 25 0.13 40 0.16 51 <1 67 35 0.43 6 68 <10 203109174 <5 0.4 >5.50 20 47 0.6 <2 0.08 <0.5 33 6 9 8 2.67 <1 <1 0.17 10 0.41 1479 2 0.12 5 0.08 23 0.03 62 <1 <20 6 >1.00 2 40 <10 56109175 <5 0.3 >5.50 11 51 <0.5 <2 0.03 <0.5 19 4 7 4 1.99 <1 <1 0.15 <10 0.20 430 2 0.12 1 0.03 16 0.02 24 <1 <20 6 >1.00 1 44 <10 24109176 <5 0.6 >5.50 18 61 <0.5 <2 0.03 <0.5 17 2 7 6 2.49 <1 3 0.21 <10 0.20 256 2 0.25 2 0.04 25 0.04 43 <1 33 10 >1.00 2 49 <10 26109177 <5 0.4 >5.50 17 55 <0.5 <2 0.02 <0.5 16 3 7 6 2.68 <1 <1 0.17 <10 0.21 198 2 0.10 2 0.04 17 0.03 66 <1 31 4 >1.00 4 59 <10 22109178 <5 0.7 >5.50 16 295 1.1 <2 0.16 <0.5 20 12 11 6 1.90 <1 <1 0.27 <10 0.37 3406 2 0.11 5 0.07 34 0.07 45 <1 33 12 0.42 1 44 <10 84109179 <5 0.4 >5.50 17 115 0.7 <2 0.12 <0.5 21 10 14 9 2.51 <1 6 0.25 <10 0.34 786 2 0.10 8 0.30 41 0.05 61 <1 <20 8 0.48 4 48 <10 94109180 <5 0.4 >5.50 12 134 0.8 2 0.05 <0.5 18 12 15 4 2.48 <1 <1 0.36 <10 0.47 1764 2 0.11 8 0.04 19 0.05 45 <1 62 6 0.30 1 42 <10 50109181 <5 0.7 >5.50 9 72 0.7 <2 0.07 <0.5 17 13 13 23 3.06 <1 <1 0.21 <10 0.35 2482 2 0.06 13 0.09 28 0.09 50 <1 <20 5 0.24 2 51 <10 75109182 <5 1.7 >5.50 28 402 13.0 <2 0.38 <0.5 105 9 28 111 2.74 <1 <1 0.15 27 0.25 7471 5 0.04 31 0.25 19 0.19 48 <1 <20 11 0.08 1 47 <10 329109183 <5 1.4 >5.50 10 123 2.3 <2 0.06 <0.5 51 39 13 15 1.84 <1 <1 0.27 11 0.27 5804 1 0.15 8 0.09 23 0.11 61 <1 48 8 0.19 1 41 <10 33109183 DUP <5 1.3 >5.50 13 102 2.1 <2 0.05 <0.5 52 40 12 16 1.81 <1 2 0.20 11 0.25 5852 1 0.09 8 0.09 26 0.11 55 <1 <20 6 0.17 1 38 <10 32109184 5 0.4 >5.50 12 64 <0.5 <2 0.02 <0.5 16 5 9 8 2.55 <1 <1 0.17 <10 0.23 796 1 0.10 6 0.05 23 0.04 70 <1 <20 5 0.83 1 55 <10 28109185 5 0.5 >5.50 10 51 0.6 <2 0.05 <0.5 27 10 13 11 2.92 <1 <1 0.11 <10 0.40 1785 2 0.04 11 0.11 20 0.08 65 <1 <20 5 0.56 3 43 <10 80109186 <5 0.6 >5.50 <5 75 0.7 2 0.05 <0.5 27 11 15 9 2.74 <1 <1 0.20 <10 0.43 1675 1 0.08 11 0.08 26 0.07 58 <1 <20 6 0.56 2 44 <10 67109187 <5 0.5 >5.50 19 97 0.8 <2 0.06 <0.5 24 9 14 9 2.64 <1 <1 0.20 <10 0.36 1104 1 0.07 8 0.07 22 0.07 55 <1 45 6 0.41 2 45 <10 61109188 <5 0.9 >5.50 13 198 0.9 <2 0.66 0.8 31 42 30 33 2.70 <1 <1 0.09 <10 1.08 4851 2 0.06 23 0.08 16 0.12 52 <1 <20 24 0.95 3 115 <10 170109189 <5 0.4 >5.50 20 95 0.7 <2 0.34 <0.5 35 13 28 33 2.39 <1 4 0.14 <10 1.12 2014 2 0.13 27 0.07 19 0.06 55 <1 <20 17 0.94 2 82 <10 60109190 <5 0.6 >5.50 <5 204 0.9 <2 0.49 0.6 44 16 30 40 2.35 <1 <1 0.10 <10 1.09 2934 2 0.06 30 0.08 22 0.10 49 <1 62 18 0.62 2 64 <10 89109191 <5 0.3 >5.50 18 155 0.7 <2 0.49 <0.5 38 11 20 26 2.33 <1 <1 0.16 <10 0.82 1586 1 0.09 16 0.12 42 0.10 44 <1 <20 21 0.64 3 74 <10 115BLANK --- <0.2 0.01 <5 <10 <0.5 <2 0.01 <0.5 <10 <1 2 <1 0.02 <1 <1 0.08 <10 0.02 10 <1 0.01 <1 <0.01 7 <0.01 <5 <1 <20 2 0.01 <1 <1 <10 <2STD LKSD-2 --- 0.9 >5.50 31 205 0.9 <2 0.63 0.7 96 12 27 38 2.89 <1 <1 0.33 43 0.99 2204 2 0.15 21 0.12 42 0.16 53 <1 <20 36 0.43 8 69 <10 201109192 5 0.7 >5.50 28 210 0.9 <2 0.52 <0.5 40 13 25 44 2.62 <1 <1 0.17 <10 0.94 2939 2 0.11 19 0.17 43 0.12 64 <1 88 35 0.68 3 100 <10 152109193 5 0.5 >5.50 30 149 0.6 <2 0.29 <0.5 18 25 28 15 3.11 <1 <1 0.13 <10 1.29 2797 2 0.10 19 0.15 26 0.07 51 <1 <20 29 >1.00 2 162 <10 135109194 <5 0.2 >5.50 <5 84 <0.5 <2 0.51 <0.5 <10 6 17 6 1.47 <1 <1 0.16 <10 0.84 452 2 0.15 12 0.03 21 0.04 45 <1 <20 44 0.83 4 120 <10 21109195 <5 0.6 >5.50 <5 59 <0.5 <2 0.34 <0.5 17 21 36 21 3.99 <1 <1 0.09 <10 1.19 2106 1 0.09 25 0.05 25 0.07 45 <1 <20 32 >1.00 3 202 <10 92109196 <5 0.3 >5.50 14 115 <0.5 <2 0.53 <0.5 10 11 62 12 1.73 <1 <1 0.13 <10 1.44 656 1 0.14 38 0.07 18 0.09 66 <1 64 37 >1.00 3 92 <10 44109197 <5 0.6 >5.50 19 142 0.6 <2 0.31 0.6 24 14 41 60 2.58 <1 <1 0.13 <10 1.01 2597 3 0.12 22 0.39 70 0.11 49 <1 95 21 0.58 1 97 <10 79109198 <5 0.4 >5.50 <5 67 0.5 <2 0.41 <0.5 22 7 25 28 2.07 <1 <1 0.14 <10 0.91 1056 2 0.12 14 0.15 39 0.11 76 <1 26 26 0.56 1 59 <10 63109199 <5 0.4 >5.50 11 110 0.5 2 0.32 <0.5 18 9 21 21 2.45 <1 <1 0.16 <10 0.74 1144 1 0.11 12 0.12 41 0.11 61 <1 <20 27 0.80 1 92 <10 86109200 <5 0.6 >5.50 16 240 0.9 <2 0.48 <0.5 53 10 24 43 2.14 <1 <1 0.17 11 0.89 2877 1 0.11 23 0.09 32 0.10 70 <1 <20 19 0.54 1 55 <10 90109201 <5 1.1 >5.50 17 239 1.4 <2 0.44 <0.5 49 15 24 32 2.50 <1 <1 0.14 10 1.04 5602 1 0.11 18 0.11 49 0.09 61 <1 <20 30 0.66 2 94 <10 126109202 <5 1.7 >5.50 21 377 1.0 <2 0.75 1.1 37 22 27 33 2.55 <1 <1 0.12 10 1.35 9222 1 0.09 39 0.22 124 0.08 37 <1 136 28 0.58 2 78 <10 261109203 <5 0.6 >5.50 24 162 <0.5 <2 0.44 <0.5 12 10 27 32 2.92 <1 <1 0.11 <10 0.86 2974 2 0.12 17 0.19 58 0.09 55 <1 82 35 >1.00 3 189 <10 118109204 <5 0.4 >5.50 <5 72 <0.5 <2 0.60 <0.5 <10 13 14 7 1.68 <1 <1 0.10 <10 0.95 1672 3 0.13 13 0.06 19 0.07 54 <1 <20 24 0.91 2 107 <10 44109205 <5 0.2 >5.50 22 58 <0.5 <2 0.03 <0.5 20 2 8 3 2.14 <1 <1 0.23 <10 0.32 249 2 0.12 5 0.03 22 0.03 52 <1 123 6 >1.00 1 49 <10 19





Phone: 709-673-3909 / Fax: 709-673-3408 ISO 17025------------------------------ -----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------Sample Au Ag Al As Ba Be Bi Ca Cd Ce Co Cr Cu Fe Hg In K La Mg Mn Mo Na Ni P Pb S Sb Se Sn Sr Ti U V W Zn Number ppb ppm % ppm ppm ppm ppm % ppm ppm ppm ppm ppm % ppm ppm % ppm % ppm ppm % ppm % ppm % ppm ppm ppm ppm % ppm ppm ppm ppm------------------------------ -----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------109205 DUP <5 0.3 >5.50 12 50 <0.5 <2 0.03 <0.5 22 3 9 3 2.18 <1 <1 0.21 <10 0.31 239 1 0.09 5 0.03 18 0.03 54 <1 39 5 >1.00 3 49 <10 19109206 <5 0.5 >5.50 29 92 <0.5 <2 0.03 <0.5 23 3 9 7 2.09 <1 <1 0.32 <10 0.27 354 1 0.25 2 0.03 20 0.04 40 <1 <20 11 >1.00 2 59 <10 20109207 <5 0.3 >5.50 <5 59 0.5 <2 0.07 <0.5 34 14 11 6 2.51 <1 <1 0.26 11 0.50 1399 2 0.10 5 0.04 26 0.03 34 <1 <20 5 >1.00 2 43 <10 41109208 <5 0.4 >5.50 <5 59 0.7 <2 0.03 <0.5 36 8 11 6 2.87 <1 <1 0.21 11 0.42 830 1 0.07 6 0.03 23 0.06 44 <1 <20 4 >1.00 3 52 <10 47109209 <5 0.4 >5.50 15 53 0.5 <2 0.10 0.6 37 10 9 9 2.27 <1 <1 0.20 11 0.59 990 2 0.11 10 0.03 26 0.03 51 <1 50 6 >1.00 1 34 <10 46109210 <5 0.4 >5.50 14 58 0.6 <2 0.06 <0.5 38 7 10 9 2.60 <1 <1 0.21 11 0.46 802 2 0.11 8 0.03 25 0.05 33 <1 <20 6 >1.00 2 42 <10 46109211 <5 0.2 >5.50 16 91 1.9 <2 0.41 <0.5 71 6 37 10 1.09 <1 4 0.19 20 0.45 362 3 0.32 10 0.05 15 0.22 40 <1 <20 20 0.30 1 21 <10 68109212 <5 0.2 >5.50 17 138 1.1 <2 0.15 <0.5 39 5 14 7 0.88 <1 <1 0.16 15 0.41 327 2 0.15 8 0.02 26 0.07 71 <1 <20 13 0.76 <1 42 <10 32BLANK - AU 5 --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- ---STD CM - 36 311 --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- --- ---BLANK --- <0.2 0.01 <5 <10 <0.5 <2 0.01 <0.5 <10 <1 2 <1 0.01 <1 <1 0.08 <10 0.02 <5 2 0.01 1 <0.01 6 <0.01 <5 <1 <20 2 0.01 <1 <1 <10 <2STD LKSD-2 --- 0.9 >5.50 16 196 0.8 3 0.61 0.8 95 14 26 39 2.82 <1 <1 0.33 43 0.97 2139 2 0.25 19 0.12 43 0.16 65 <1 58 35 0.40 7 66 <10 199109213 <5 0.3 >5.50 <5 90 0.5 <2 0.30 <0.5 25 12 18 18 2.72 <1 3 0.16 <10 0.66 972 2 0.16 12 0.03 25 0.05 41 <1 67 13 0.87 1 77 <10 47109214 <5 0.3 >5.50 18 95 <0.5 <2 0.24 <0.5 14 11 19 22 2.82 <1 <1 0.29 <10 0.53 643 2 0.17 11 0.04 11 0.05 43 <1 46 15 >1.00 2 214 <10 38109215 6 0.4 >5.50 <5 69 0.7 <2 0.10 <0.5 37 11 22 17 1.99 <1 <1 0.18 10 0.47 633 2 0.15 17 0.07 26 0.09 38 <1 <20 8 0.74 1 66 <10 33109216 5 0.5 >5.50 17 62 <0.5 <2 0.13 <0.5 19 7 27 10 2.20 <1 <1 0.18 <10 0.58 642 1 0.17 14 0.04 15 0.03 44 <1 <20 7 >1.00 2 129 <10 27109217 5 0.5 >5.50 32 46 <0.5 <2 0.20 <0.5 23 16 65 27 3.08 <1 <1 0.13 <10 1.28 1392 9 0.18 34 0.08 37 0.08 45 <1 <20 9 >1.00 2 166 <10 51109218 5 0.2 4.07 10 83 <0.5 <2 0.16 <0.5 14 3 24 7 1.21 <1 3 0.21 <10 0.56 291 1 0.14 14 0.06 23 0.06 39 <1 28 14 0.97 <1 84 <10 22109219 5 1.1 >5.50 15 152 0.6 <2 0.18 <0.5 31 28 46 23 3.33 <1 <1 0.16 <10 0.45 5172 1 0.13 10 0.05 25 0.08 48 <1 88 17 >1.00 2 160 <10 138109220 <5 0.4 >5.50 28 95 <0.5 <2 0.16 <0.5 16 9 37 14 3.40 <1 <1 0.22 <10 0.82 697 2 0.13 16 0.06 26 0.06 59 <1 136 15 >1.00 2 127 <10 46109221 5 0.4 >5.50 24 72 <0.5 <2 0.27 <0.5 19 9 58 7 3.95 <1 <1 0.14 <10 1.23 470 2 0.14 23 0.05 20 0.04 57 <1 <20 77 >1.00 5 254 <10 45109221 DUP <5 0.3 >5.50 31 58 <0.5 <2 0.25 <0.5 18 8 58 7 4.00 <1 4 0.12 <10 1.24 464 <1 0.14 23 0.05 23 0.04 48 <1 43 68 >1.00 4 255 <10 43109222 <5 1.7 >5.50 18 344 1.2 <2 1.01 0.5 101 26 84 76 3.42 <1 <1 0.11 19 1.15 8749 2 0.12 56 0.07 21 0.10 48 <1 <20 48 >1.00 5 164 <10 49109223 8 0.4 >5.50 30 125 3.5 <2 0.50 2.2 134 7 44 41 1.25 <1 4 0.17 28 0.51 1282 2 0.16 16 0.09 28 0.27 70 <1 <20 25 0.40 1 43 <10 109109224 <5 0.2 >5.50 17 99 0.7 <2 0.23 0.5 41 11 28 21 2.25 <1 5 0.20 <10 0.73 671 2 0.14 17 0.03 24 0.06 51 <1 <20 13 0.81 2 92 <10 68109225 <5 0.7 >5.50 36 254 7.2 <2 0.59 4.8 310 13 49 71 1.92 <1 <1 0.14 33 0.42 1121 5 0.11 33 0.16 26 0.28 60 <1 <20 19 0.32 1 89 <10 256109226 <5 0.3 >5.50 20 110 0.7 <2 0.23 <0.5 26 17 32 21 2.21 <1 <1 0.21 <10 1.33 848 2 0.14 26 0.02 19 0.08 67 <1 <20 22 0.84 1 107 <10 58109227 <5 1.7 >5.50 35 200 1.4 <2 0.41 0.8 57 24 31 76 3.13 <1 <1 0.13 14 1.12 8882 2 0.13 23 0.08 29 0.11 56 <1 <20 34 >1.00 2 186 <10 83

English Ridge Mag 2014.xls

/X Y elevation nT47.4798848 -53.2188562 82 51208.5947.4799837 -53.2189128 83 51227.1047.4800583 -53.2190268 84 51217.6647.4800995 -53.2191781 85 51215.6647.4801148 -53.2193380 85 51213.8147.4801150 -53.2193384 85 51214.8647.4801716 -53.2194185 86 51210.9747.4803147 -53.2194382 88 51209.7447.4804323 -53.2194106 90 51212.5247.4805327 -53.2194376 92 51207.3847.4806380 -53.2194536 91 51204.9947.4807204 -53.2195698 91 51203.0247.4808066 -53.2197770 91 51211.3847.4808565 -53.2198242 91 51207.0247.4809385 -53.2199345 90 51197.5047.4810106 -53.2200241 89 51190.9547.4810118 -53.2200270 89 51192.0247.4811081 -53.2198891 89 51193.7047.4811818 -53.2197013 89 51194.2247.4811989 -53.2195823 90 51196.9047.4812992 -53.2195694 89 51200.5947.4813655 -53.2195640 88 51196.6747.4815113 -53.2195456 88 51195.3947.4815904 -53.2195255 88 51197.8347.4817039 -53.2194277 87 51199.2047.4818138 -53.2192590 86 51196.6747.4819026 -53.2191414 86 51199.8747.4820326 -53.2190158 87 51196.4747.4821012 -53.2188966 87 51202.6947.4822337 -53.2186906 87 51204.6347.4823708 -53.2183604 86 51204.6847.4825113 -53.2181557 85 51203.8447.4825983 -53.2179974 87 51233.0147.4826357 -53.2179261 87 51202.4847.4826780 -53.2177776 87 51184.8447.4827618 -53.2176005 88 51209.8447.4828395 -53.2175094 88 51205.5247.4829149 -53.2174135 88 51187.8547.4829070 -53.2171975 89 51135.9247.4823245 -53.2171788 90 51219.3347.4822060 -53.2171878 90 51227.9247.4820197 -53.2172276 90 51219.6047.4818324 -53.2172825 90 51451.1647.4816621 -53.2173570 89 51121.4547.4814793 -53.2174196 89 51212.7147.4812976 -53.2174790 90 51218.4947.4810554 -53.2175618 90 51207.5747.4807639 -53.2175721 89 51236.0647.4806764 -53.2175388 88 51246.0547.4803669 -53.2174377 84 51270.1947.4803056 -53.2173936 83 51271.8047.4801794 -53.2174679 82 51271.4747.4799849 -53.2175793 80 51277.5847.4798432 -53.2174084 77 51267.6347.4798251 -53.2171810 75 51236.2047.4797955 -53.2170305 73 51235.6647.4797895 -53.2167982 70 51279.7647.4797999 -53.2165750 68 51283.04

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/X Y elevation nT47.4798067 -53.2164549 68 51280.4547.4797808 -53.2161791 67 51274.0247.4797804 -53.2161799 67 51276.3447.4797568 -53.2159190 66 51276.3547.4797633 -53.2156117 62 51279.9947.4797901 -53.2154557 60 51254.9447.4797939 -53.2153559 59 51238.2947.4797919 -53.2152624 58 51234.4447.4797698 -53.2149075 54 51194.2847.4797505 -53.2147444 50 51172.9547.4797589 -53.2146584 48 51168.0547.4797677 -53.2144736 44 51154.0547.4797962 -53.2143164 42 51139.7347.4799309 -53.2140482 39 51172.5947.4799748 -53.2139751 39 51184.3147.4799984 -53.2139723 39 51192.4347.4800929 -53.2139899 39 51198.0347.4801779 -53.2137081 33 51206.1047.4802441 -53.2136798 33 51133.6247.4802118 -53.2136796 32 51155.7147.4801840 -53.2135383 30 51221.3047.4802757 -53.2134527 29 51269.3847.4803321 -53.2134721 29 51205.8547.4804116 -53.2133850 29 51270.0147.4804100 -53.2133842 29 51271.2547.4805334 -53.2132647 27 51229.2647.4805992 -53.2131093 27 51191.5347.4807099 -53.2130553 28 51182.5047.4807827 -53.2129347 27 51179.6947.4807841 -53.2129337 27 51184.8947.4809179 -53.2128732 29 51192.9147.4810056 -53.2127768 29 51167.6447.4810455 -53.2126479 27 51138.2447.4810695 -53.2126175 27 51145.3147.4811842 -53.2126079 29 51143.4047.4813298 -53.2125134 28 51148.8247.4814133 -53.2124310 28 51141.8547.4814685 -53.2123887 30 51137.5247.4815258 -53.2122857 30 51140.1847.4814394 -53.2122360 26 51174.2547.4813772 -53.2121498 22 51201.2147.4812697 -53.2121624 21 51203.0647.4811914 -53.2121396 19 51181.2047.4811138 -53.2121025 18 51220.6947.4810589 -53.2121258 18 51302.8547.4810016 -53.2122292 20 51205.1747.4809604 -53.2122639 19 51233.1347.4808655 -53.2122666 17 51185.1347.4808053 -53.2121320 13 51208.4047.4808179 -53.2121069 12 51180.3747.4807407 -53.2123400 16 51155.8447.4806453 -53.2124348 18 51159.8947.4805776 -53.2124630 19 51152.2147.4805789 -53.2124603 19 51153.0247.4804596 -53.2125358 19 51173.6847.4804043 -53.2125244 19 51163.2147.4802844 -53.2125184 16 51161.5047.4801953 -53.2124747 14 51103.37

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/X Y elevation nT47.4738667 -53.2183340 82 51778.4947.4738117 -53.2183276 82 51536.4347.4737791 -53.2183154 82 51526.5947.4737472 -53.2182946 82 51556.8647.4736927 -53.2182882 81 51592.7547.4736666 -53.2183218 81 51550.0347.4736000 -53.2183100 81 51636.0847.4735620 -53.2183447 80 51609.7247.4736400 -53.2183689 81 51475.5847.4736632 -53.2183961 83 51444.0947.4737175 -53.2183911 81 51434.3247.4737447 -53.2183685 82 51455.4447.4738257 -53.2183888 83 51439.9947.4738202 -53.2184325 85 51383.4247.4737580 -53.2184319 86 51428.4047.4737277 -53.2184546 87 51455.2347.4737133 -53.2184644 88 51447.8547.4736587 -53.2184878 88 51410.2147.4736117 -53.2185194 88 51403.5847.4735508 -53.2185389 89 51415.7347.4735205 -53.2185607 89 51418.6147.4734781 -53.2186058 90 51410.3147.4734151 -53.2185922 90 51426.1447.4733517 -53.2186049 90 51421.5947.4732977 -53.2186821 90 51368.9547.4732522 -53.2186734 91 51365.8347.4732208 -53.2186785 91 51358.6547.4731501 -53.2187308 91 51356.6147.4731260 -53.2187676 89 51351.9247.4731301 -53.2188217 87 51336.8047.4731387 -53.2189035 84 51316.3847.4731423 -53.2189341 83 51312.8547.4730969 -53.2189491 80 51296.0247.4730767 -53.2189340 80 51289.5547.4730538 -53.2189198 79 51289.8347.4730243 -53.2188899 78 51289.0447.4730080 -53.2188727 78 51289.9047.4729827 -53.2188647 77 51279.6047.4729644 -53.2188487 77 51279.2047.4729509 -53.2188244 76 51274.8347.4729313 -53.2188231 75 51266.3347.4729168 -53.2188025 73 51276.1547.4728858 -53.2188103 72 51247.7947.4728747 -53.2188595 72 51222.9447.4728684 -53.2189027 73 51220.9647.4728560 -53.2189715 73 51294.3247.4728182 -53.2190376 74 51526.2447.4728489 -53.2191073 77 51580.1447.4728613 -53.2191502 79 51501.2547.4728431 -53.2192087 82 51474.5147.4728165 -53.2192324 83 51517.2347.4727796 -53.2192710 84 51664.7847.4727447 -53.2192586 85 51591.4947.4727022 -53.2192911 85 51663.5447.4726622 -53.2193148 85 51749.4647.4726021 -53.2193686 85 51675.4547.4725664 -53.2194043 85 51642.5947.4725135 -53.2195181 83 51622.67

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47.4884715 -53.2127328 90 51161.5247.4884907 -53.2128158 89 51163.4247.4883665 -53.2128484 90 51158.1147.4883146 -53.2127067 90 51144.6947.4883999 -53.2125869 90 51122.4447.488499 -53.2124634 90 51155.96

47.4886482 -53.2122575 89 51133.6547.488691 -53.2121884 88 51128.36

47.4888852 -53.2119301 88 51112.8247.4890327 -53.2117512 88 51097.16

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47.4906558 -53.2122102 65 51160.2347.4905713 -53.2122329 68 51156.647.4904862 -53.2122743 70 51158.4247.4904299 -53.2123022 71 51157.1547.4906944 -53.2121288 67 51157.4347.4907765 -53.2119846 67 51158.7547.4908771 -53.2118015 68 51158.2147.4910284 -53.211698 67 51158.8347.4911458 -53.2115951 66 51156.7747.4911909 -53.2113385 69 51161.2647.4911819 -53.2111762 72 51160.5847.4911698 -53.2110048 74 51160.7947.4911133 -53.2108131 75 5116247.4909762 -53.2106941 78 51161.4647.4908222 -53.210599 78 51162.9347.4907635 -53.2105848 79 51165.8547.4906669 -53.2106292 79 51164.0347.4905839 -53.2107502 79 51167.5447.4905076 -53.2108335 81 51167.2447.4903879 -53.2108585 81 51162.7947.4902626 -53.2108574 79 51163.1747.490157 -53.2108558 80 51163.74

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47.4905873 -53.2091633 79 51164.4147.490617 -53.2090129 79 51150.11

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47.48951 -53.2066715 38 51162.7947.4895085 -53.2065752 36 51161.3647.4895166 -53.2065082 35 51228.547.4895993 -53.2065135 35 51136.0947.4896575 -53.2065197 35 51128.8547.4896981 -53.2065076 35 51148.0447.4897641 -53.2064827 34 51150.447.4898404 -53.206459 33 51149.5547.4899509 -53.2064153 33 51145.3447.4899921 -53.206313 32 51143.7447.4899245 -53.2062552 32 51164.1547.4898808 -53.2061688 32 51248.7147.4898883 -53.2060915 31 51238.6347.4899247 -53.2060728 30 51253.747.4899944 -53.2060221 30 51216.1347.4900127 -53.2059786 29 51220.4347.4900515 -53.2059207 29 51238.5147.4900849 -53.2058359 29 51211.3147.4900839 -53.2057387 27 51242.3847.4900407 -53.2056144 25 51444.2247.4900395 -53.2056155 25 51443.2847.4899916 -53.2055957 23 51407.1447.4899626 -53.2055871 23 51432.247.4899463 -53.2055552 22 51374.0147.489912 -53.2054966 20 51516.65

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47.48977 -53.2057358 25 51538.7647.4897424 -53.2057979 26 51355.9147.4897635 -53.2058873 28 51267.7547.4898622 -53.2060554 31 51326.2447.4898409 -53.2059921 30 51259.0247.4898016 -53.2061418 31 51232.6947.4897019 -53.2062074 31 51209.6647.4896863 -53.2060932 30 51298.3547.4896576 -53.2060468 30 51222.9647.4896422 -53.2059932 30 51231.847.4896834 -53.2063213 32 51299.347.4896997 -53.2064662 34 51131.0847.4896519 -53.206506 34 51121.5647.4895138 -53.2064757 34 51226.7447.4894828 -53.2063937 33 51306.0847.4894332 -53.2063513 33 51247.2147.4893576 -53.2063406 34 51284.8347.489332 -53.2063285 34 51332.35

47.4892917 -53.2063162 33 51243.02

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/X Y elevation nT47.4856932 -53.2159011 90 51155.9747.485513 -53.2157479 93 51161.89

47.4853676 -53.2156199 96 51165.6247.4852568 -53.2155182 98 51153.9847.4852323 -53.2154082 98 51163.2547.4779901 -53.2211746 79 51193.8847.4779901 -53.2211746 79 51193.2447.4779672 -53.2210617 79 51195.9147.4779492 -53.2209077 79 51206.3247.4780383 -53.2208052 79 51206.847.4781288 -53.2206907 79 51208.5747.4781862 -53.2205766 79 51210.8847.4782356 -53.2204706 80 51214.3547.4783136 -53.2203111 80 51215.7447.4783847 -53.2201804 80 51224.8647.4784601 -53.220049 79 51225.5447.4785354 -53.2199318 79 51226.3247.4786225 -53.21984 79 51231.2447.4786857 -53.2198036 79 51228.3447.4786853 -53.2198045 79 51228.4647.478781 -53.2197761 79 51225.57

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47.4796169 -53.2192702 77 51211.2247.4795652 -53.2194352 76 51205.95

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/X Y elevation nT47.4795084 -53.2195943 76 51202.4147.4794482 -53.2197532 75 51300.8247.4794119 -53.2198281 75 51327.4247.4793728 -53.2199025 75 51199.2247.4793392 -53.2199554 75 51200.5447.4792944 -53.2200182 75 51202.1747.4792365 -53.2200837 75 51200.6147.4791353 -53.2201756 75 51200.3847.4790401 -53.2202573 75 51196.5147.4789352 -53.2203459 75 51200.4847.4788292 -53.2204376 75 51199.0247.4787283 -53.2205326 75 51196.6647.4786307 -53.2206304 75 51188.9847.4785343 -53.220728 76 51005.5647.4784887 -53.2207776 76 51034.3247.4784163 -53.2208756 76 51175.8747.4783821 -53.2209277 76 51182.4147.4783456 -53.2209948 76 51175.3947.4783108 -53.2210577 76 51141.2747.4781915 -53.2213544 75 51173.0647.478165 -53.2214557 75 51188.3

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/X Y elevation nT47.4773387 -53.219659 94 51267.9947.4772856 -53.2196346 94 51273.8747.4772277 -53.2196765 94 51270.6947.4771629 -53.2197236 94 51268.9947.477102 -53.2197577 94 51266.42

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47.4751575 -53.2219991 104 51223.3547.4751676 -53.2220476 105 51221.5147.4752322 -53.2221342 97 51219.22

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/X Y elevation nT47.4752399 -53.2222263 98 51216.847.4752693 -53.2222946 100 51215.2847.4753262 -53.222266 95 51215.2547.4753582 -53.2222356 97 51215.8647.4754233 -53.2221696 95 51214.0147.4754657 -53.2221254 97 51215.647.4755469 -53.2220415 94 51214.5247.4755904 -53.2219307 95 51214.5747.4756674 -53.2218628 96 51214.8747.475711 -53.2219091 97 51214.57

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47.4789225 -53.2193093 79 51236.7547.4790475 -53.2193438 79 51234.6747.4791388 -53.2193708 79 51228.62

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47.48299 -53.2136614 97 51289.2647.4830495 -53.2135346 96 51314.5547.4830858 -53.2134394 97 51317.1547.4831754 -53.2133755 98 51288.2947.483239 -53.2132916 100 51277.97

47.4833341 -53.2132122 102 51267.8647.4833903 -53.2130899 103 51255.8847.4834736 -53.2129929 104 51273.8147.4835244 -53.2127514 107 51473.1547.4835257 -53.2127534 107 51446.8347.4834317 -53.212832 106 51415.2547.4833772 -53.2129126 106 51370.9247.4832991 -53.2130071 105 51479.247.4832346 -53.2130816 103 51442.2347.4831666 -53.2131281 102 51337.9947.4832394 -53.2131746 100 51264.8747.4830056 -53.213385 94 51295.447.482976 -53.2133373 94 51337.22

47.4829336 -53.2131764 93 51343.3847.4829175 -53.2130337 93 51354.2747.4828946 -53.212927 93 51345.9247.4828417 -53.2128703 93 51345.4147.4827754 -53.2127774 95 51364.1947.4827036 -53.2126922 97 51408.3447.4826858 -53.2126505 99 51428.6847.4826464 -53.212544 100 51399.7847.4826462 -53.2125445 99 51399.947.4825535 -53.2124559 101 51348.6347.4824673 -53.2125581 100 51347.85

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/X Y elevation nT47.4824209 -53.21266 99 51333.6447.4823436 -53.2127293 98 5137747.4823202 -53.2127988 97 51404.2247.4822822 -53.212878 98 51538.5147.4822079 -53.2129227 97 52003.9447.4822073 -53.2129238 97 52000.8447.4821383 -53.2129518 95 51543.0347.4820758 -53.2129994 96 51447.3747.4819862 -53.2130645 94 51428.5547.4819103 -53.213093 94 51457.3547.4818356 -53.213167 92 51511.447.4817757 -53.2132731 91 51762.4547.4817121 -53.2132653 93 51618.1947.4816311 -53.213301 93 51557.2147.4815648 -53.2133726 93 51437.2147.4814988 -53.2134876 91 51419.347.4815321 -53.2134525 91 51414.1447.481555 -53.2133922 93 51426.96

47.4815719 -53.2133586 93 51457.3247.4815907 -53.2133177 93 51519.5447.4816345 -53.2132754 93 51507.2147.4816886 -53.2132155 93 51580.547.4817411 -53.2131983 93 51539.6647.4817897 -53.2131521 94 51501.2747.4818402 -53.2130852 93 51450.8347.481878 -53.21307 93 51441.14

47.4819323 -53.2130811 94 51441.4247.4819853 -53.2130721 95 51431.3947.4820159 -53.213057 96 51433.1947.4820549 -53.2130255 97 51435.4847.4820538 -53.2130255 97 51434.6647.4821223 -53.2129913 96 51483.6447.4821421 -53.212957 97 51674.0147.4821578 -53.2129485 97 51857.247.4821728 -53.2129491 97 51944.2947.4822124 -53.2129167 99 51798.247.4822735 -53.2129081 99 51610.3847.482332 -53.2128316 98 51394.22

47.4823544 -53.2127567 99 51379.1647.4823891 -53.2126637 100 51337.8247.4824416 -53.2125924 100 51347.0447.4825072 -53.2125478 101 51357.3747.4824908 -53.2123778 103 51331.0347.4825372 -53.212317 105 51323.0847.4825743 -53.2122987 106 51331.4447.4826183 -53.2121974 109 51332.1247.4826866 -53.2121132 113 51335.947.4827462 -53.2120866 113 51350.3147.4828148 -53.2120539 113 51351.9647.4828958 -53.2120158 113 51382.69

47.48298 -53.2120149 112 51332.0747.4830719 -53.2120499 110 51372.2147.4831983 -53.2120468 109 51329.3547.4831982 -53.2120449 109 51383.8647.483226 -53.2120148 108 51343.1747.483292 -53.2121335 107 51386.84

47.4833362 -53.2121341 105 51393.0547.4833852 -53.2121671 103 51408.87

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/X Y elevation nT47.4834224 -53.212154 102 51345.9947.4834653 -53.2121541 101 51342.2747.4834974 -53.2122157 100 51447.347.483535 -53.212272 98 51432.71

47.4835878 -53.2122834 97 51333.1547.4836609 -53.2122572 95 51379.0447.4837139 -53.2122841 93 51336.8847.4837456 -53.2123397 91 51206.6347.4837967 -53.2123841 90 51205.2447.4838504 -53.2123797 88 51218.9147.4839042 -53.2123299 87 51249.1147.4838883 -53.21226 87 51244.7847.4838538 -53.2121892 87 51231.7847.483804 -53.2120159 83 51307.21

47.4837744 -53.2119538 82 51274.2447.4837542 -53.2118558 82 51285.3947.4837282 -53.211793 82 51290.8647.4836924 -53.2117782 82 51286.0747.4836617 -53.2116271 81 51260.5347.4836651 -53.2114834 80 51244.6947.4836129 -53.2114232 82 51221.8247.4835884 -53.2113542 83 51214.5147.4836472 -53.2112287 83 51478.6747.483668 -53.2111722 82 51433.66

47.4836949 -53.2111624 82 51427.4447.4837135 -53.2111406 81 51416.7947.4837373 -53.2110819 81 51454.3447.4837748 -53.2111187 79 51268.3247.483808 -53.2110897 80 51298.37

47.4838481 -53.211037 78 51310.1247.4838491 -53.2110037 78 51319.947.4839347 -53.2110193 77 51374.4147.4839514 -53.2109849 76 51391.3347.483967 -53.2110645 75 51388.64

47.4840105 -53.2110534 73 51424.5947.4840662 -53.2110826 72 51420.5547.4840942 -53.2110897 72 51413.1547.4841002 -53.2110508 70 51407.3347.4841233 -53.2110231 68 51406.8847.4841492 -53.2110443 67 51386.3747.4841753 -53.2110225 66 51461.9447.4842116 -53.2108723 66 51396.1847.4841717 -53.2107523 66 51413.7847.4841809 -53.2106972 64 51425.3247.4841693 -53.2106159 63 51387.2347.4842336 -53.2104983 63 51521.3247.4842831 -53.2104871 64 51495.9547.4843306 -53.2104551 65 51556.9647.4843811 -53.2104329 67 51520.7347.4844291 -53.2104114 65 51518.0247.4844964 -53.2104442 64 51395.4247.4845584 -53.2104821 65 51412.4547.484592 -53.2105285 66 51452.89

47.4846193 -53.2105676 67 51480.9947.484686 -53.2106675 68 51471.01

47.4846865 -53.2107869 69 51524.1447.4847242 -53.2108792 69 51540.6447.4847513 -53.2110182 71 51579.15

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/X Y elevation nT47.4847531 -53.2110183 71 51578.747.4847897 -53.2111503 72 51539.1247.4847364 -53.2114111 71 51380.9947.4847362 -53.2114098 71 51379.8747.484726 -53.2115164 71 51360.68

47.4847534 -53.2115807 69 51347.6147.4847712 -53.2116211 69 51326.3547.4847892 -53.211676 69 51299.8247.4848157 -53.2117241 69 51272.3347.4847607 -53.211901 70 51249.1647.4847124 -53.2120762 71 51253.4347.4846964 -53.2122562 72 51240.6847.4846716 -53.2123737 73 51218.5547.4846778 -53.2124361 74 51243.0347.4847122 -53.2125704 77 51254.4547.4847121 -53.212571 77 51253.647.4847327 -53.2127288 81 51248.5147.484664 -53.212887 84 51250.18

47.4846453 -53.2130698 84 51246.4747.4845822 -53.2132761 86 51236.8347.4845404 -53.2135037 90 51239.4747.4845381 -53.2135062 90 51239.4447.4843537 -53.2138265 92 51251.7847.4843526 -53.2139637 94 51309.0547.4843267 -53.2140879 96 51245.6547.4843275 -53.2140891 96 51247.8247.4842804 -53.2142485 99 51240.9247.4843043 -53.2145468 96 51243.147.4842381 -53.2146797 96 51243.8447.4842607 -53.2148937 96 51241.6847.4841648 -53.2151762 97 51309.4747.4843839 -53.2152459 101 51069.43

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