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NFLD/3292

1

First Year Assessment Compilation Report

Lawn / Famine Brook

Licences; - 020527M (7), 020528M (3), 020114M (2) – NTS 01L/14, Lawn

and

020665M (6) - NTS 01M/04, Famine Brook

Newfoundland and Labrador

Submitted by Kevin P. Ryan

For Kevin P. Ryan

(Licence holder)

2012

Work Year: 1

Total Claims: 18

Total expenditures: $4,600.00

2

Table of Contents

Page

Introduction 3 Location and Access 3

Previous Work 3

Geology 3, 4

Prospecting Work 2012 5

Conclusion and Recommendations 5 References 6, 7

List of Figures

Fig. 1 Properties Location; Lawn / Famine Brook – NFLD Fig. 2 Claims Location Map Fig. 3 Area Topographic Map Fig. 4A Lawn Staked Claims Map Fig. 4B Famine Brook Staked Claims Map Fig. 5A Famine Brook Area Traverse Map Fig. 5B Lawn Area Traverse Map

List of Appendices

Appendix 1 Personnel and Man Days 1 page Appendix 2 Statement of Expenditures 1 page

3

Introduction The subject properties were staked for their Uranium and Rare Earths potential using The Department of Natural Resources Online Mineral Claims Staking System. The claims are registered under Licence Nos. 020527M (7 claims), 020528M (3 claims) and 020114M (2 claims) near Lawn and 020665M (6 claims) at Famine Brook, Burin Peninsula.

Location and Access

The Lawn Licenses are located approximately 5 kms North of the community of St. Lawrence. Famine Brook is located 4 kms. South west of Grand Beach on the Burin Peninsula – both are approximately 340 kms. from St. John’s by paved highway. Access to both properties is by woods road from paved highway.

Previous Work A number of government mapping projects have been carried out on the Burin Peninsula beginning with minor investigations during the 1920's and 1940's, and further government/academic projects were carried out in the late 1980's to 1990's. These various projects were aimed at obtaining complete general geological coverage of the Burin Peninsula with emphasis on stratigraphic sequences, contact relationships and metallogeny, and also to investigate epithermal-related alteration and gold mineralization in the northeastern and western-central Burin Peninsula area.

Geology The regional geology of the area consists of Precambrian to Cambrian volcanic, sedimentary and plutonic sequences comprising part of the western portion of the Avalon Zone of Eastern Newfoundland. The Avalon Zone covers the Avalon and Burin Peninsula, and is part of a major tectonostratigraphic unit of the Appalachian Mountains, which continues southeastwards along the eastern seaboard of the U.S., to as far as South Carolina. The Avalon Zone represents a portion of the ancient African continent that remained accreted to the land mass of North America following continental collision during closure of the Iapetus Ocean, and subsequent opening of the present Atlantic. The general property area is underlain by Neoproterozoic mafic to acidic rocks of the Marystown Group, which is a bimodal succession of dominantly basalts and rhyolite, and an upper suite of late Neoproterozoic continental, alkaline basalts and high-silica

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rhyolites. The Marystown Group is the most extensive volcanic succession present, extending over the whole of Burin Peninsula area. In the central and northern peninsula, the group is overlain to the west by volcano-sedimentary rocks of the Long Harbour Group, and is faulted against equivalent-aged sedimentary rocks of the Musgravetown Group to the east. In the Southwestern Peninsula areas, the Marystown Group is overlain by Cambrian and Devonian-age sedimentary and volcano-sedimentary rocks, respectively, and questionable Carboniferous-age(?) volcanic rocks of the Grand Beach Complex. In the southeastern Burin Peninsula area, several kilometers to the east and southeast of the present property, the Marystown group is thrust-faulted over a northeast trending belt of late Precambrian to Middle Cambrian sediments of the Inlet Group along the Lewins Cove thrust-fault system. The Inlet Group unconformably overlies the Burin Group, which consists of sedimentary and mafic volcanic rocks intruded by a large gabbro unit. This group, in turn, conformably overlies the largely conglomeratic sedimentary Rock Harbour Group. The various rock groups on the Burin Peninsula have been deformed into a general SW-NE oriented system of asymmetric, open, isoclinal and recumbent folds that are part of a broad regionally-flextured anticlinorium. Thrust slices are also present resulting from dominantly southeastward-directed tectonic movements related to the Salinic and Acadian orogenies. As a result, the folded units and their associated axial planar foliation cleavages generally have moderate to gentle northwestward dips. Structural trends along the southeastern Burin Peninsula suggest that the various rock units in the area occupy the west-dipping limb of a large anticline whose axis lies farther east in Placentia Bay. Southeastward-verging asymmetric parasitic folds in this area occur on a whole range of scales up to 1 km in wavelength. A number of small to medium-sized Precambrian plutonic bodies consisting of gabbro, monzonite, granodiorite, quartz diorite and granite, intrude the various rock groups and are thought to represent subvolcanic feeders to the volcanic pile. The Devonian-age St. Lawrence Pluton, consisting of alkaline to peralkaline alaskite and associated granitic rocks is the largest intrusion in the southern Burin Peninsula, covering several hundred square kilometers of area. This pluton intrudes most all other kinds of rock units in the area. Other smaller porphyry-style intrusives, including the Grand Beach Porphyry, the Clanceys Pond Complex, Rocky Ridge Complex, and the Winterland Porphyry, are chemically similar to the St. Lawrence Pluton, and are considered to be related satelitic phases. In the remaining part of the Burin Peninsula to the north, other large intrusions include the Swift Current Granite, Cape Roger Mountain Batholith, and Knee Granitoids, all of Cambrian (or earlier) age, and the Ackley Granite of Devonian age.

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2012 Work The author, along with fellow prospector Keith Kelloway and Geologist Paul McNeill carried out reconnaissance of both properties while prospecting and mapping in the area. Rock samples were gathered for examination only and have yet to be assayed.

Conclusions and Recommendations Results from our the brief field work on the property in 2012 indicates that further work is required encouraged by historic reports of anomalous values of Uranium in lake sediment of U1 280 ppm and U8 295.4 ppm in the general area indicating a potential for uranium deposits either in the granite itself or in the contact zone adjacent to the granite. This is supported by the discovery of pitchblende along the road in blackshales near Little St. Lawrence Harbour. (The Radex Showing) The St. Lawrence granite in general is enriched in uranium compared to many other NFLD Granites. It is therefore recommended that a radiometric survey of the area be carried out plus standard field work (including use of a scintillometer), to gather samples from the area for assay. Respectfully Submitted; Kevin P. Ryan Prospector March 17, 2013

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References

Davenport, P H 1978: Uranium distribution in the granitoid rocks of eastern Newfoundland. Mineral Development Division, Department of Mines and Energy, Government of Newfoundland and Labrador Open File NFLD/0946, 148 pages. David S Robertson and Associates Limited 1973: David S Robertson and Associates Limited, geological map of CERA-Nalco lot IV, St Lawrence, Newfoundland. Unpublished map [GSB# 001L/14/0046] David S Robertson and Associates Limited 1974: Report on ground e m and Hydrogeochemical surveys in the Mount Margaret area of the St Lawrence area, Newfoundland. Aluminum Company of Canada Limited and David S Robertson and Associates Limited Unpublished report [GSB# 001L/0068] Douglas, C and Hsu, E Y C 1976: Metallic mineral occurrences map of Newfoundland. Unpublished Map 76-2 Mineral Development Division, Department of Mines and Energy, Government of Newfoundland and Labrador Open File NFLD/0888 Hawkins, W H1954: Fluorite indications, 4 ddh records and plan. Newfoundland and Labrador Corporation Limited Unpublished report [GSB# 001L/14/0024] Howse, A, Dean, P, Swinden, S, Kean, B, and Morrissey, F1983: Fluorspar deposits of the St Lawrence area, Newfoundland: geology and economic potential. Mineral Development Division, Department of Mines and Energy, Government of Newfoundland and Labrador Report 83-09, 23 pages. [GSB# 001L/0091] Howse, A F, Butler, A J, and Collins, C J 1986: Stream sediment geochemistry of the St Lawrence area, Burin Peninsula, Newfoundland. Mineral Development Division, Department of Mines and Energy, Government of Newfoundland and Labrador Open File NFLD/1499, 26 pages. Strong, D F, O'Brien, S J, Strong, P G, Taylor, S W, and Wilton, D H 1976: Geology of the St Lawrence and Marystown map sheets [1L/14, 1M/3], Newfoundland. Mineral Development Division, Department of Mines and Energy, Government of Newfoundland and Labrador Open File NFLD/0895, 42 pages. Strong, D F, O'Brien, S J, Taylor, S W, Strong, P G, Wilton, D H, and Gibbons, R V 1977:Geology of the Marystown [1M/3] and St Lawrence [1L/14] map areas, Newfoundland. Mineral Development Division, Department of Mines and Energy, Government of Newfoundland and Labrador Report 77-08, 89 pages. [GSB# D/1492]

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References contd...

Strong, D F, O'Brien, S J, Taylor, S W, Strong, P G, Wilton, D H, and Gibbons, R V 1977:Geology of the Marystown [1M/3] and St Lawrence [1L/14] map areas, Newfoundland. Mineral Development Division, Department of Mines and Energy, Government of Newfoundland and Labrador Report 77-08, 89 pages. [GSB# D/1492] Teng, H C1974: The St Lawrence fluorspar deposits. Unpublished report [GSB# NFLD/0738] Willars, J 1953: Field report on geological exploration on the Burin Peninsula, Newfoundland. Newfoundland and Labrador Corporation Limited Unpublished report [GSB# NFLD/1273] Jacobs, W J, and Noel, N 2000: Newfoundland and Labrador Geological Survey, Assessment File (1M/03/0423).

Jacobs, W J, and Noel, N 1999: Newfoundland and Labrador Geological Survey, Assessment File (1M/03/0422).

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Appendix 1

Personnel and Man Days Name: Address: Number of days worked: Kevin Ryan St. John’s, NL 6 Keith Kelloway Burin, NL 5 Paul McNeill St. John’s, NL 4

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Appendix 2

Statement of Expenditures

Expense Rate Totals Vehicle Allowance @ $60.00 / Day X 3 Days = $180.00 Private Accommodation @ 25.00 / Nights X 2 Nights = $ 50.00 Meals K.R. $20.00 / day X 3 days = $ 60.00 K. K.$20.00 / day X 5 days = $100.00 P. McN $20.00 / day 3 days = $60.00 $220.00 Field work K. R. @ 100.00 / day X 3 days = $300.00 K. K. @ 250.00 / day X 5 days = $1,250.00 P. McN. @450.00/dayX3days $1,350.00 $2,900.00 Report Prep and Research K.R. @100.00 / day X3days=$200.00 P. McN @ 450.00 / day X 1 day= $450.00 $ 650.00 Subtotal $4,000.00 Overhead 15% 600.00

Total $ 4,600.00 Licence Expense Allocation 020527M (7) (7/18 = 39% X $4,600.00) = $1,794.00 020528M (3) (3/18 = 17% X $4,600.00) = $ 782.00 020665M (6) (6/18 = 33% X $4,600.00) = $1,518.00 020114M (2) (2/18 = 11% X $4,600.00) = $ 506.00 Total Claims 18 TOTAL $4,600.00