gold 1 35,98 t 4,44 t 31,54 t Medium sized deposit iron 3 845,33 t 845,33 t 0 t Occurrence copper ,03 t 6085,03 t 0 t Occurrence

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1 Mineral Deposit Report Page 1 OF Haveri Alternative Names: Ansomäki, Kyrö Occurence type: deposit Commodity Rank Total Total production Total resource Importance measure 1 35,98 t 4,44 t 31,54 t Medium sized deposit iron 3 845,33 t 845,33 t 0 t Occurrence copper ,03 t 6085,03 t 0 t Occurrence Easting EUREF: ,588 Easting YKJ: Northing EUREF: ,064 Northing YKJ: Discovery year: 1737 Discovered by: private prospector Province: Tampere (Au, Cu) References: 3, 5, 7, 9, 12, 15, 16, 18, 30, 31, 41, 42, 46, 48 Mineral deposit type Group: Metallogenic deposit Main type: IOCG (mixed hydrothermal) References: 1, 2, 7, 12, 14, 19, 20, 45, 47 Group: Metallogenic deposit Main type: VMS (mixed hydrothermal) Sub type 1: Mafic-ultramafic Comments: The most recent Pb-isotope studies support the hypothesis of two distinct mineralising episodes with the early, a synvolcanic stage being a major and the later synorogenic a minor event. References: 1, 2, 7, 12, 14, 19, 20, 45, 47 Group: Metallogenic deposit Main type: Orogenic (metamorphic hydrothermal) Comments: The most recent Pb-isotope studies support the hypothesis of two distinct mineralising episodes with the early, a synvolcanic stage being a major and the later synorogenic a minor event. References: 1, 2, 7, 12, 14, 19, 20, 45, 47 Dimension Expression: exposed Area (ha): 300 Form: discordant Dip azim: 315 Shape: irregular Dip: 85 Length (m): 700 Plunge azim: 315 Width (m): 50 Plunge dip: 50 Thickness (m): Orientation method: Depth (m): 200 Dimension comments: The entire area covering the ore bodies is 1.5 x 2 km]. Peltosaari (interpreted): 700 m long, 50 m wide, open at the depth of 200 m, dips at to the W, plunge 50 to the NW. Main deposit: NNE-trending, open at depth of 350 m. Mine West zone: open at the 1

Mineral Deposit Report Page 2 OF 47 23.3.2019 depth of 350 m and along strike.

2 Mineral Deposit Report Page 2 OF depth of 350 m and along strike. Mine Deeps Zone: three subvertical, subparallel bodies following the NE-trend of the F2 axial plane, alltogether forming a zone 100 m wide, >300 m long, open along strike to SW. Holder history Previous holders: Company Years Holding type Comments Palmex Mining Oy Reservation Lappland Goldminers Oy Claim (old law) Northern Lion Gold Corporation Claim (old law) Baltic Minerals Finland Oy Claim (old law) Outokumpu Oy Vuoksenniska Oy Figures Infra: 2

3 Mineral Deposit Report Page 3 OF EXPLORATION ACTIVITY Northern Lion Gold Corporation Years Activity type Geologist Exploration result Ref core drilling JR Fraser 34, 35, 37 8 diamond-drill holes, total 1706 m, and 44 percussion holes at Ansomäki. Intersections MD Length 41m 5,57ppm MD-01 77,5-83 Length 5,5m 20,64ppm MD ,5 Length 34,5m 3,03ppm Length 5m 5,25ppm Length 11,7m 9,4ppm Years Activity type Geologist Exploration result Ref detailed geology Pasi Eilu key geological features 2, 3 Assessment of all accessible information on assignment of the Northern Lion Gold. Outcrop, drill core and recent geophysical data available. The deposit is chiefly hosted by mafic tholeiitic metavolcanic rocks. Lithological, structural, and primary and alteration geochemical and mineralogical evidence mostly support mineralisation in a VMSlikesetting, and that the deposit was significantly affected by regional deformation and metamorphism. There appears to be no support for IOCG mineralisation. Northern Lion Gold Corporation Years Activity type Geologist Exploration result Ref detailed geophysics 2, 4, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37 3

4 Mineral Deposit Report Page 4 OF geological interpretation 2, 4, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, excavation 2, 4, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, regional geochemistry 2, 4, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, core drilling JR Fraser 6, 12, 22, 23, 24, 25, 27, 28, 30, 31, 32, 33, diamond-drill holes, total m, and percussion drilling. Intersections Length 110,5m 1,44ppm Length 41,5m 1,15ppm Length 2m 40ppm Length 6,3m 7,5ppm copper 0,11% Length 119,5m 2,52ppm Length 7,3m 3,32ppm Length 4,1m 3,4ppm Length 91,7m 2,43ppm Length 20m 2,05ppm Length 99m 4

5 Mineral Deposit Report Page 5 OF ppm copper 0,1% Length 20m 16,25ppm Length 21m 3,17ppm Length 2m 9ppm Length 5,4m 8,4ppm Length 7,5m 2,44ppm Length 5,2m 5,3ppm Length 268,5m 0,65ppm Length 1,5m 52,7ppm Length 69m 2,6ppm Length 3m 25ppm copper 0,53% Length 34m 1,4ppm Length 7m 4,23ppm Length 44,5m 1,3ppm Length 9,2m 27,2ppm 5

6 Mineral Deposit Report Page 6 OF Length 4,3m 9,45ppm Length 10,5m 5,26ppm Length 43,5m 1,3ppm Length 40,6m 2,36ppm Length 15m 10,5ppm Length 82,4m 1,12ppm Length 33,8m 2,8ppm Length 35m 3,04ppm Length 53,4m 1,1ppm Length 4,6m 5,2ppm copper 0,19% Length 5,5m 39ppm Glenmore Highlands Inc Years Activity type Geologist Exploration result Ref excavation W. Karvinen 7, 8, 45, 48 JV with Vision Gate detailed geochemistry W. Karvinen 7, 8, 45, percussion drilling W. Karvinen 7, 8, 45, 48 JV with Vision Gate core drilling W. Karvinen 7, 8, 12 6

7 Mineral Deposit Report Page 7 OF In total 45 diamond-drill holes; in the Tombstone Zone, Haveri Mine area and the Peltosaari Zone, 5200 m diamond drilling concentrated on the latter two; drilling in profiles of m at Peltosaari during 1996 to early During late 1997, 22 diamond Intersections Length 4,7m 7,2ppm Length 15m 4,8ppm Length 99m 2ppm Length 10m 2ppm Length 58m 3ppm copper 0,3% Length 3,6m 8,6ppm Length 12,6m 6,35ppm copper 0,21% Length 11,4m 6,2ppm copper 0,2% Length 9m 6ppm Length 3m 37,8ppm copper 0,93% Comments Tombstone Zone regional geophysics W. Karvinen 7, 8, 45, 48 JV with Vision Gate approximate resource calculation JV with Vision Gate regional geochemistry JV with Vision Gate. W. Karvinen 7, 8, 45, 48 W. Karvinen 7, 8, 45, 48 7

8 Mineral Deposit Report Page 8 OF Years Activity type Geologist Exploration result Ref regional geophysics key geological features 43 Low-altitude magnetic, aeromagnetic and radiometric survey Outokumpu Oy Years Activity type Geologist Exploration result Ref mining pilot E. Pehkonen detailed geochemistry E. Pehkonen auger drilling E. Pehkonen ore beneficiation tests detailed geochemistry E. Pehkonen 13 E. Pehkonen 11, 19, 38, core drilling E. Pehkonen 11, 19, 40 Diamond and percussion drilling in the Peltosaari area geological interpretation E. Pehkonen 11, 19, 38, detailed geophysics E. Pehkonen 11, 25, 26, 40, 43 Magnetic, electric (slingram), horizontal loop electromagnetic, and gravimetric anomaly in the area of mineralisation, but the high-grade mineralisation cannot be detected by geophysical methods. The mineralised zones have a good response on electric methods only. The surveys in suggested no relationship between Cu-Au ore and magnetic anomalies, but do indicate that distinct electromagnetic anomalies are related to tthe sulphide ore percussion drilling E. Pehkonen 11, 19, 38, regional geophysics E. Pehkonen 11, 19, 38, detailed geology E. Pehkonen 11, 19, 38, 40 Vuoksenniska Oy Years Activity type Geologist Exploration result Ref core drilling 43 Core drilling (reconnaissance drilling): 137 diamond-drill holes, total 8150 m. 8

9 Mineral Deposit Report Page 9 OF Years Activity type Geologist Exploration result Ref detailed geology 43 Figures Secondary anomaly: 9

10 Mineral Deposit Report Page 10 OF Trench: 10

11 Mineral Deposit Report Page 11 OF RESOURCES AND RESERVES Most recent Type: Company: Year: Date: Calc Method: Reference: Resource Lappland Goldminers Oy 2008 NI Category: Measured mineral resource Tonnage: 19,4 Mt 0,92 ppm Cutoff: 0,5 ppm Category: Indicated mineral resource Tonnage: 5,3 Mt 0,8 ppm Cutoff: 0,5 ppm Category: Inferred mineral resource Tonnage: 6,9 Mt 1,37 ppm Cutoff: 1 ppm Category: Measured, indicated and inferred mineral resource Tonnage: 31,6 Mt 0,998 ppm Cutoff: Previous calculations Type: Company: Year: Date: Calc Method: Reference: Resource Northern Lion Gold Corporation Category: Tonnage: 7 Mt 1,47 ppm Cutoff: Type: Company: Year: Date: Calc Method: Reference: Resource Northern Lion Gold , 26, 48 Corporation Category: Tonnage: 6,62 Mt 3,5 ppm copper 0,5 % Cutoff: 2 ppm Category: Tonnage: 0,166 Mt 5,8 ppm Cutoff: 2 ppm 11

12 Mineral Deposit Report Page 12 OF MINING Haveri Easting EUREF: ,588 Northing EUREF: ,064 Status: Closed Operating years: Years in production: 19 Total ore mined: t References: 10 Total production: Product copper Product measure 6085,03 t 4439,79 kg Other materials: Material type excavation Material measure 4500 t Mining activity: Year Ore mined Ore Activity type Production Other material processed t t open-pit mining t t open-pit mining t t open-pit mining t t open-pit mining t t open-pit mining t t open-pit mining t t open-pit mining t t open-pit mining t t open-pit mining t t open-pit mining 221,32 kg copper 317,86 t 271,63 kg copper 538,48 t 264,28 kg copper 598,76 t 266,23 kg copper 367,96 t 265,63 kg copper 298,83 t 329,22 kg copper 382,55 t 371,57 kg copper 512,1 t 409,21 kg copper 549,68 t 433,14 kg copper 292,01 t 375,79 kg copper 298,79 t excavation 0 t excavation 0 t excavation 4500 t excavation 0 t excavation 0 t excavation 0 t excavation 0 t excavation 0 t excavation 0 t excavation 0 t 12

13 Mineral Deposit Report Page 13 OF t t open-pit mining t t open-pit mining t t open-pit mining t t open-pit mining t t open-pit mining t t open-pit mining t t open-pit mining t t open-pit mining t t open-pit mining Haveri-Fe Easting EUREF: ,588 Northing EUREF: ,064 Status: Historic Operating years: Years in production: 48 Total ore mined: 1690,75 t Comments: Quarries Riihi, Sauna, Paja 97,92 kg copper 71,81 t 110,32 kg copper 110,32 t 216,48 kg copper 194,83 t 152,57 kg copper 194,18 t 161,7 kg copper 298,9 t 160,42 kg copper 336,37 t 135,56 kg copper 216,05 t 106,04 kg copper 233,29 t 90,76 kg copper 272,26 t excavation 0 t excavation 0 t excavation 0 t excavation 0 t excavation 0 t excavation 0 t excavation 0 t excavation 0 t excavation 0 t Total production: Product iron Product measure 845,33 t Other materials: Material type excavation Material measure 422,69 t Mining activity: Year Ore mined Ore Activity type Production Other material processed ,51 t 0,51 t open-pit mining iron 0,25 t excavation 0,12 t ,25 t 0,25 t open-pit mining iron 0,12 t excavation 0,06 t ,13 t 53,13 t open-pit mining iron 26,56 t excavation 13,28 t ,95 t 122,95 t open-pit mining 13

14 Mineral Deposit Report Page 14 OF ,98 t 256,98 t open-pit mining ,28 t 124,28 t open-pit mining ,48 t 350,48 t open-pit mining ,71 t 173,71 t open-pit mining ,55 t 88,55 t open-pit mining ,66 t 7,66 t open-pit mining ,51 t 8,51 t open-pit mining ,93 t 43,93 t open-pit mining ,15 t 85,15 t open-pit mining ,15 t 85,15 t open-pit mining ,15 t 85,15 t open-pit mining ,3 t 170,3 t open-pit mining ,06 t 34,06 t open-pit mining 1794 open-pit mining iron 61,47 t iron 128,49 t iron 62,14 t iron 175,24 t iron 86,86 t iron 44,27 t iron 3,83 t iron 4,25 t iron 21,96 t iron 42,57 t iron 42,57 t iron 42,57 t iron 85,15 t iron 17,03 t excavation 30,74 t excavation 64,25 t excavation 31,07 t excavation 87,62 t excavation 43,42 t excavation 22,14 t excavation 1,91 t excavation 2,13 t excavation 10,99 t excavation 21,29 t excavation 21,29 t excavation 21,29 t excavation 42,58 t excavation 8,51 t Figures 14

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20 Mineral Deposit Report Page 20 OF GEOLOGY Host rock: Quartz vein, Tholeiitic basalt, Quartz feldspar porphyry Wall rock: Mafic tuff, Granitic rock, Intermediate tuff, Felsic volcanic rock, Mica schist Quartz vein (Host rock) Rock type: Host rock Proportion: minor Grain size: Color: References: 38, 39, 45 Comments: Earlier, chlorite-amphibole(?)- and sulphide-filled veins (the latter are dominated by po and cpy), which form breccia matrix and vein networks, and later, quartz- and epidote ± quartz-filled veins; minor volumes of remobilised sulphides occur in the later veins Tholeiitic basalt (Host rock) Rock type: Host rock Proportion: major Grain size: Color: References: 1, 2, 3, 10, 11, 19, 20, 27, 31, 33, 35, 38, 39, 43, 44, 45 Comments: Low-K to medium-k tholeiitic mafic lavas with an EMORB affinity. Several ore bodies in the area. Ore minerals: Mineral Proportion Mineral texture Arsenopyrite minor Chalcopyrite major Cobaltite minor Cubanite minor Gersdorffite minor Glaucodot minor Gold minor Visible is common. Hessite minor Ilmenite minor Magnetite major Molybdenite minor Pyrite major Pyrrhotite major Sphalerite minor Tellurobismuthite minor Tetrahedrite minor Valleriite minor Other minerals: Mineral Proportion Mineral texture Albite present Alteration product Amphibole present Alteration product Biotite present Calcite present 20

21 Mineral Deposit Report Page 21 OF Chlorite present Alteration product Epidote present Hornblende present Phlogopite present Alteration product Plagioclase present Quartz present Scheelite present Titanite present Structures Pillow lava Hyaloclastite Comments: Hyaloclastic units from one centimetre to one metre thick commonly occur between the lava flows Folded Comments: Large scale folding (km scale) characterises the geological map. Breccia Comments: Could be flow top breccia Textures Foliated Comments: Degree of foliation varies; parts of the flows are massive Alteration: Distribution: Degree: Relation to mineralization: spilitisation Pervasive Moderate Syn Comments: Degree of spilitisation varies: the amphibole-rich parts probably are the originally most altered and chloritised parts. Most of what is marked as mica schist in map by Strauss (2004) may in fact be spilitised mafic volcanic rock silicification Disseminated Moderate Syn albitic alteration Disseminated Strong Syn Comments: Product of spilitic alteration system. Typical in pillow margins biotite alteration Disseminated Strong Syn Comments: Biotitised zones one centimetre to one metre wide occur in most of the sulphide-rich domains. Biotitisation and intense Mg-Fe metasomatism. Either syn-orogenic or late preorogenic. chloritic alteration Veins Moderate Syn Comments: Intense Ca-Mg alteration producing amphibole and chlorite. Typical spilitisation Metamorphic description: Type: Facies: Degree: Relation to mineralization: Min P- Max P (kbar) MIn T- Max T ( C) Regional amphibolite metamorphic facies medium metamorphic grade -2,5-550 Comments: Hornblende-plagioclase-epidote-quartz-titanite-magnetite. Geological age: Geological era: Paleoproterozoic ( Ma) Max age - Minage Inferred age (Ma): Age of mineralization: (Ma): Y 21

22 Mineral Deposit Report Page 22 OF Radiometric age: Method: Age: Error (Ma): Mineral: Reference: Pb-Pb Quartz feldspar porphyry (Host rock) Rock type: Host rock Proportion: minor Grain size: Color: References: 2, 12, 19, 27, 38, 39, 43, 45 Comments: Post-dates mineralization, but seems to have locally remobilised the Cu-Au mineralisation. Metamorphic description: Other minerals: Mineral Proportion Mineral texture Plagioclase present Quartz present Type: Facies: Degree: Relation to mineralization: Min P- Max P (kbar) MIn T- Max T ( C) Regional amphibolite metamorphic facies medium metamorphic grade -2,5-550 Comments: Plagioclase-quartz-biotite-K feldspar-epidote. Geological age: Geological era: Paleoproterozoic ( Ma) Max age - Minage Inferred age (Ma): Age of mineralization: (Ma): N Mafic tuff (Wall rock) Rock type: Wall rock Proportion: minor Grain size: Color: References: 2, 11, 19, 27, 31, 33, 38, 39, 43, 45 Comments: The mafic tuffs and tuffites are partially to entirely hyaloclastic. Textures Hyaloclastic Metamorphic description: Type: Facies: Degree: Relation to mineralization: Min P- Max P (kbar) MIn T- Max T ( C) Regional amphibolite metamorphic facies medium metamorphic grade -2,

23 Mineral Deposit Report Page 23 OF Geological age: Geological era: Paleoproterozoic ( Ma) Max age - Minage Inferred age (Ma): Age of mineralization: (Ma): N Granitic rock (Wall rock) Rock type: Wall rock Proportion: minor Grain size: Color: References: 2, 11, 19, 27, 31, 33, 38, 39, 43, 45 Metamorphic description: Type: Facies: Degree: Relation to mineralization: Min P- Max P (kbar) MIn T- Max T ( C) Regional amphibolite metamorphic facies medium metamorphic grade -2,5-550 Geological age: Geological era: Paleoproterozoic ( Ma) Max age - Minage Inferred age (Ma): Age of mineralization: (Ma): N Intermediate tuff (Wall rock) Rock type: Wall rock Proportion: minor Grain size: Color: References: 2, 11, 19, 27, 31, 33, 38, 39, 43, 45 Metamorphic description: Type: Facies: Degree: Relation to mineralization: Min P- Max P (kbar) MIn T- Max T ( C) Regional amphibolite metamorphic facies medium metamorphic grade -2,5-550 Geological age: Geological era: Paleoproterozoic ( Ma) Max age - Minage Inferred age (Ma): Age of mineralization: (Ma): N Felsic volcanic rock (Wall rock) Rock type: Wall rock 23

24 Mineral Deposit Report Page 24 OF Proportion: minor Grain size: Color: References: 2, 3, 11, 19, 27, 31, 33, 34, 38, 39, 43, 45 Comments: A minor host to ore, if present at all as a host Structures Pyroclastic Metamorphic description: Type: Facies: Degree: Relation to mineralization: Min P- Max P (kbar) MIn T- Max T ( C) Regional amphibolite metamorphic facies medium metamorphic grade -2,5-550 Comments: Plagioclase-biotite-quartz. Geological age: Geological era: Paleoproterozoic ( Ma) Max age - Minage Inferred age (Ma): Age of mineralization: (Ma): N Mica schist (Wall rock) Rock type: Wall rock Proportion: present Grain size: Color: References: 2, 11, 19, 27, 31, 33, 38, 39, 43, 45 Metamorphic description: Type: Facies: Degree: Relation to mineralization: Min P- Max P (kbar) MIn T- Max T ( C) Regional amphibolite metamorphic facies medium metamorphic grade -2,5-550 Comments: Quartz-biotite-plagioclase-cordierite and quartz-biotite-plagioclase-staurolite quartz-biotite-muscovite. Geological age: Geological era: Paleoproterozoic ( Ma) Max age - Minage Inferred age (Ma): Age of mineralization: (Ma): N Figures 24

25 Mineral Deposit Report Page 25 OF Outcrop photo: 25

26 Mineral Deposit Report Page 26 OF Outcrop photo: 26

27 Mineral Deposit Report Page 27 OF Local geology: 27

28 Mineral Deposit Report Page 28 OF Regional geology: Regional geology: 28

29 Mineral Deposit Report Page 29 OF Structure: Structure: 29

30 Mineral Deposit Report Page 30 OF Structure: 30

31 Mineral Deposit Report Page 31 OF Local geology: Regional geology: 31

32 Mineral Deposit Report Page 32 OF Plan view: 32

33 Mineral Deposit Report Page 33 OF Plan view: 33

34 Mineral Deposit Report Page 34 OF Vein: 34

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36 Mineral Deposit Report Page 36 OF Prox Geology: Plan view: 36

37 Mineral Deposit Report Page 37 OF Primary anomaly: 37

38 Mineral Deposit Report Page 38 OF Ore outcrop: Outcrop photo: 38

39 Mineral Deposit Report Page 39 OF Primary anomaly: 39

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41 Mineral Deposit Report Page 41 OF Plan view: 41

42 Mineral Deposit Report Page 42 OF Primary anomaly: 42

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44 Mineral Deposit Report Page 44 OF Regional geology: 44

45 Mineral Deposit Report Page 45 OF REFERENCES 1. Eilu, P. & Ojala, J Personal communication 17 Nov Eilu, P. Ojala, J., Ruotoistenmäki, T. and Sorjonen-Ward, P Preliminary geophysical and geological assessment of -copper mineralisation at Haveri, southern Finland. Geological Survey of Finland Report CM 19/2124/2004/2/ p. 3. Eilu, P Haveri copper- deposit: genetic considerations., Special Paper 52, Forss, M Strukturell tolkning av lineament i flygbilder - Haveriområdet, Tammerforss skifferbälte. Unpublished MSc thesis, Department of Geology and Mineralogy, Åbo Akademi University. 58 p. 11 App. (in Swedish, English summary). 5. Fraser, J Haveri Gold Project, Finland. FEM2005 Congress, Rovaniemi, 1-2. Dec Fraser, John Personal communication, Rovaniemi, 01/12/ Glenmore Highlands Inc Glenmore Highlands Inc. announces major progress at Haveri. Press release 8/8/ Glenmore Highlands Inc Glenmore Highlands Inc. announces update on Haveri project. Press release 23/2/ Hugg, R. & Heiskanen, V Suomen rautamalmiesiintymät, malmiutumat ja malmiviitteet. Rautaruukki Oy OU 2/79, RAETSU Report p. (in Finnish) Isokangas, P Finland. In: S.H.U. Bowie, A. Kvalheim & H.W. Haslam (eds) Mineral Deposits of Europe, Vol. I: Northwest Europe. Dorking: Insitute of Mining and Metallurgy, Mineralogical Society, Karvinen, W. O The Haveri copper- mine property, southern Finland. Geological Survey of Finland, Guide 44, Karvinen, W.O Northern Lion's Haveri mine project, Viljakkala, Finland. In: Final Program and Event Documentation. 4th Fennoscandian Exploration and Mining Congress, 4-5 December, Rovaniemi, Finland. European Union, European Regional Development Fund. Unpaginated. 13. Kokkola, M Kaivoslain 19 :n mukainen tutkimustyöselostus Viljakkala, Haveri, kaivosrekisterinumero Outokumpu Oy, Report. 3 p. (in Finnish) Kähkönen, Y. & Nironen, M Supracrustal rocks around the Paleoproterozoic Haveri Au-Cu deposit, southern Finland: evolution from a spreading center to a volcanic arc environment., Special Paper 19, Kähkönen, Y Stratigraphy of the central parts of the Palaeoproterozoic Tampere Schist Belt, southern Finland: review and revision. Bulletin of the Geological Society of Finland 71,

46 Mineral Deposit Report Page 46 OF Lappland Goldminers AB Lappland Goldminers acquires projects in Finland. Press release 11 April Lappland Goldminers AB First assessment of mineral resources for Haveri Gold project- Finland. Press release 2 July Lupander, K. & Räisänen, W.K The Haveri mine., Geoteknillisiä julkaisuja 55, Mäkelä, K Geochemistry and origin of Haveri and Kiipu, Proterozoic strata-bound volcanogenic -copper and zinc mineralizations from southwestern Finland. Geological Survey of Finland, Bulletin p Nironen, M Structural control and (re)mobilization of the extinct Haveri Au-Cu deposit, southern Finland. Bulletin of the Geological Society of Finland. 66, Northern Lion Gold Corp Press release 20 November Northern Lion Gold Corp Press release 05/04/ Northern Lion Gold Corp Press release 07/07/ Northern Lion Gold Corp Press release 19/11/ Northern Lion Gold Corp Press release 20/07/ Northern Lion Gold Corp Press release 25/08/ Northern Lion Gold Corp Press release 26/05/ Northern Lion Gold Corp Press release 01/06/ Northern Lion Gold Corp Press release 03/11/ Northern Lion Gold Corp Press release 08/02/ Northern Lion Gold Corp Press release 15/03/ Northern Lion Gold Corp Press release 24/08/ Northern Lion Gold Corp Press release 27/04/ Northern Lion Gold Corp Press release 01/03/

47 Mineral Deposit Report Page 47 OF Northern Lion Gold Corp Press release 06/04/ Northern Lion Gold Corp Press release 06/11/ Northern Lion Gold Corp Press release 11/01/ Ollila, H.A Haverin kaivoksen ja sen lähiympäristön geologiasta. MSc thesis. Department of Geology, University of Helsinki. 51 p. (in Finnish) 39. Paarma, H Haverin kiisumalmin mineraaliparageneesi. Unpublished MSc thesis. Department of Geology, University of Helsinki. 58 p. (in Finnish) 40. Pehkonen, E Kaivoslain 19 :n mukainen tutkimustyöselostus Haveri 1-4. Outokumpu Oy, Report. 3 p. (in Finnish) 41. Poutiainen, M. & Grönholm, P Hydrothermal fluid evolution of the Palaeoproterozoic Kutemajärvi telluride deposit, Southwest Finland. Economic Geology 91, Puustinen, K Suomen kaivosteollisuus ja mineraalisten raaka-aineiden tuotanto vuosina , historiallinen katsaus erityisesti tuotantolukujen valossa., Report M 10.1/2003/ p. (in Finnish) 43. Stigzelius, H Über die Ertzgeologie des Viljakkalagabietes im Südwestliche Finnland. Bulletin de la Commission Geologique de Finlande p. (in German) Strauss, T. A. L The geology of the Proterozoic Haveri Au-Cu deposit, southern Finland. PhD thesis, Rhodes University. 306 p. Available at: Strauss, T Personal communication 31/10/ Vaasjoki, M. & Huhma, H Lead isotopic results from metabasalts of the Haveri Formation, southern Finland: an indication of early Proterozoic mantle derivation. Terra Cognita 7, Vaasjoki, M. & Huhma, H Lead and neodymium isotopic results from metabasalts of the Haveri Formation, southern Finland: evidence for Palaeoproterozoic enriched mantle. Bulletin of the Geological Society of Finland 71, Vision Gate Internet pages at in 19 June

,53 t t Medium sized deposit copper ,74 t 14813,74 t t Medium. gold 3 17,23 t 0,21 t 17,02 t Medium

,53 t t Medium sized deposit copper ,74 t 14813,74 t t Medium. gold 3 17,23 t 0,21 t 17,02 t Medium Mineral Deposit Report Page 1 OF 26 20.2.2018 Hannukainen Alternative Names: Laurinoja Occurence type: deposit Commodity Rank Total Total production Total resource Importance measure iron 1 73009561,53