42A06NW0039 W9660-00394 OGDEN 010

Date: 2 Jun, 1996

Northing : Easting : Elevation :

Collar Azi . : Collar Dip:

-10

0 1000

180 -45

Hole Length:

Drilled by: Date Started: Date Finished: Date Logged: Purpose:

CANADIAN GOLDEN DRAGON RESOURCES

DRILL HOLE RECORD

*** Dip Tests ***

Depth Azi. Dip

Page :

245

Norex Drilling Ltd.April 13,1996April 17,1996May 23,24 1996To test I.P Anomaly

100 180 -43

Drill Hole:

Claim: Property: Property Name: Core Size: Stored at: Logged by: Materials left:

l of 7

D-96-03

P-1189551OgdenDeSantisBQTimminsLes KovacsNone

(From || To | (m) (j (m)

Geology ||Smpl||From |j To ||Lng|| AU || AS j jj [j (m) ii (m) jj (m) jjOZ/TJi PPMJ

. O II 4 8. 3 II OVERBURDEN

||200l|| 41.2|j 41.5JJ -3|

||2002Ji 45.7JJ 46.oij .3J

||2003 47.1| 48.2 1.1

48. 31| 56.11| TALC CHLORITE CARBONATE SCHIST

II II|| || Unit is medium in dark green grey, fine grained and weakly schistose,|| || moderately well foliated at 70 degrees at core axis, weakly|| || chloritized and carbonitized.|| || Pervasive carbonate veins/bands from 20 and 75 degrees to core axis,|| || weakly chloritized and carbonitized.|| || Quartz/calcite veins and patches common.|| || Local serpentine/talc alteration. Less than I'fc pyrite and|| || chalcopyrite generally with quartz/calcite veins.

|2004 50.7 51.1 .4

D-96-03 (continued) Page : 2 of 7

|| From || To II (m) || (m)

Geology ||Smpl||From jj To ||Lng|| AU || AS || IJ j] (m) jj (m) [j (m) JJOZ/TJJ PPMJj

41.3 41.4 10cm blocky core with fault gouge material. || || || || |

II II II II l45.6 46.9 1.3m dark green serpentinized section with local pyrite to || || || || |

B-8% as cubes to 6mm. jj jj || || j

II II II II l45.8 lcm Fault gouge material with 5% pyrite adjacent to fault as || || || || |cubes and patches. || || || || |

47.1 48.2 Prolific quartz/carbonate veins/patches. || || || || |

51.4 52.0 60cm section with up to 7 0* quartz/carbonate veins/patches ||2005|| 51.4|| 52.0|| .6|with light green serpentine/talc material, l-2% jj jj || || |chalcopyrite and pyrite as specks. || || || || |

56. 11| 111. 31| ARGILLITE SILTSTONE || || || || j|| || ||2006|| 57.5|| 59.0||1.5||| || Medium grey to grey green, fine to medium grain, clastic locally. ||2007|| 62.0|| 63.5||l.5||| || Weakly schistose, foliated at 50 degrees to core axis. Weakly JJ2008J| 66.0JJ 67.5||l.5||| || sericitic local olive green sericite and black argillite bands and || || || || ||| || patches. Mottled, crenulated and locally microfolded. Grey || || || || ||| || quartz/ankerite veins/patches common. Less than 1.\ f ine disseminated || || || || ||| || pyrite interbedded argillite-siltstone. || || || || ||j (j 68.0 11.3 Medium grey siltstone argillite 50/50 with up to 8t JJ2009JJ 71.0J| 72.5Jjl.5J|| || quartz/ankerite veins/bands -? at 25 to 75 degrees to core ||2010|| 75.5|| 77.0||l.5||| || axis. Up to I'fe cubic and specks pyrite locally. JJ2011JJ 80.0JJ 81.5|jl.5||j IJ II 2 012JJ 86.0|j 87.5J|l.5Jj| Jl l|2013|| 92.8JJ 93.1JJ .3J

|j || 92.9 93.0 10cm quartz/carbonate vein at 65 degrees to core axis with ||2014J| 95.0|| 96.5Jjl.5J|| || minor wallrock fragments and trace sulphides. |J2015JJ101.0 JJ102 . 5||l. 51

D-96-03 (continued) Page : 3 of 7li ——— 1II From |

ii i

1 To ||1 (m) || i H

Geology—————————————— M ———— ii ————

||Smpl || FromII II (m)ii n

li — ~ — li ~ ir To || Lng || AU

li (m) i| (m) \ \QZf1Jl II II

-li ———— il II AS ||

:|| PPM || " 'l

107.6 107.8 20cm irregular quartz/carbonate vein/patch with 2-3!r ||2016 ||l07. 6|| 107. 8|| .2|specks pyrite with wallrock fragments. |J2017J|l08 . 4 ||109 . 4J|l. O |

109.4 110.0 60cm discontinuous quartz/carbonate veins/patches with ||20181|109.4JJ110. 0|| .6|S-5% cubic and specks pyrite to 3mm. Up to lS-25% JJ2019 || 110 . O || 111. 3 jj l. 3 jwallrock fragments. || || || || |

l 111.3 183.0 ARGILLITE

Dark grey to black, fine grained, schistose, weakly graphitic with || || || || |black argillite and grey quartz ankerite bands in a mottled, || || || || |crenualted and microfolded pattern. Interbedding with || || || || |siltstone/greywacke variable at 25 to 65 degrees to core axis. || || || || |Banding from .5 to 8mm occasional individual late stage calcite || || || || |veins/veinlets. Less than l% specks and disseminated pyrite, || || || || |generally in fold axis of bands. Weak sericite alteration. || || || || |

124.0 143.0 Host rock pervasively well banded from 25 to 65 degrees JJ2020 j| 125 . OJJ127 . 5JJ2 . 5 jto core axis. Argillite-siltstone interbedded bands from |J202l||l37 . OJJ138 . 5||l. 5J.5 to 8mm Granulated, microfolded, schistose and || || || || |graphitic. Less than i.\ pyrite generally as fine || || || || |disseminations in fold axis. Less than ~L\ quartz/ankerite || || || || |veins/patches. || || || || |

II II II II l143.0 147.4 Host rock unit evenly dark grey, more massive almost ||2022||l44. 5||l46 . 0||l. 5|homogenous appearance. Less than 2*8; argillite/siltstone || || || || |banding. Weak sericite alteration, trace pyrite. || || || || |

149.0 152.9 Host rock unit with increased grey irregular j|2023|| 149 . OJJ150 . 5J| l. 5 jquartz/ankerite band, patches and veinlets to 20-25!?; with |J2024J|l50 . 5|J151. 9|jl .4 j1-23; f ine pyrite. Local individual pyrite cubes to 3mm in |J2025J| 151. 9||l52 . 9|| l. 0|host rock matix. l l |

D-96-03 (continued) Page : 4 of 7

l From l (m)

To(m)

Geology ||Smpl||From || To ||Lng|| AU || AS || || Ji (m) jj (m) J! (m) IJOZ/TJI PPMJj

l || || 153.5 153.6 10cm quartz/carbonate vein at 60 degrees to core axis. ||2026|| 153.5 ||l53. 8|| . 3 |jl || || Trace pyrite. || || || || |l II II II II II II Il || || 158.0 183.0 As at 124.0 to 143.0, pervasive argillite/siltstone ||20271| 162 .5 ||l64 . O || l. 51l IJ Ji banding from .5 to 10mm. jJ2028|j 170.0 JJ171.5 jjl. 5Ji Jl || JJ2029J|181.5||183.0|J1.5|l || || Mottled, crenulated and microfolded. Less than I'k grey || || || || |j || || quartz/ankerite bands/patches. Less than l * pyrite in fold axis and || || || || |l || || disseminated. || || || || |l II II II II II II ll II II II II II II l 1183 . O || 187.01| QUARTZ CARBONATE VEIN || || || || |i ij i| ||2030||l83.0||l84.0||l.0|j Ji jj 4.1m Unit with up to 70% quartz/carbonate. Veining to 35cm with JJ2031 jj 184.0 JJ185.0 jjl. O jl || || altered sericite host rock material intercolations . Sharp contacts at j|2032|j 185 . O ||186 . 0||l. 0|l || || 50 degrees to core axis. Up to lS-20% pale yellow (ankerite) breccia ||20331|186. 0||l87. l ||l. l|l II II material. || || || || |l || || 1 -3^ Disseminated clumps and cubic pyrite usually rimming breccia || || || || |l || II material. II II II II l

|187.0||201.3 ARGILLITE

Much the same as at 111.3-183.0. Less argillite/siltstone banding. Weak to moderate pale grey sericite alteration from 187.1 to 195.5. Well foliated at 47 degrees to core axis. Late stage quartz/carbonate/ankerite veins/patches common from O to 60 degrees to core axis. Less than 1 \ disseminated and cubes pyrite. Infrequent grey quartz/ankerite bands and patches.

188.4 189.1 70cm section with 60% quartz carbonate veins/veinlets from 35 to 70 degrees to core axis.

||2034||l87.l||l88 . O || .9| ||2035||l88.0||l89.l||l.l|

|2036|jl89.l||l90. 11| l. O | i2037Jjl95.5Jjl97.Olil. 5|

D-96-03 (continued) Page: 5 of 7

Geology ||Smpl||From jj To ||Lng|| AU jj AS j| li Ji (m) (j (m) jj (m) jjOZ/TJi PPMJ|

12mm to 2 cm with pale yellow ankerite breccia material. Less than fine specks pyrite.

||201.3||206 .5|j ARGILLITE SILTSTONE

Much the same as at 56.1 to 111.3. Medium grey to black. 40 to 5 03; argillite banding from .5 to 15mm crenulated, common. Siltstone interbedding to 1.6m. Medium grained, Individual clasts to .5mm.Well foliated to 63 degrees to core axis. Less than pyrite.

||2038||203 .5||205.0||l.5| ||2039||205.0||206.5||l.5|

microfolding medium grey.

Ir fine specks

||206.5|J210.7J| FAULT ZONE

4.2m Fault zone with blocky locally fissile, talcy core with minor fault gouge material.Up to 301; quartz/carbonate veins/patches to 90cm with minor pale yellow ankerite breccia material. Sharp upper contact (with quartz vein) at 45 degrees to core axis. Trace pyrite.

206.5 207.4 90cm quartz/carbonate vein with up fragments and pale yellow ankerite Blocky core. Trace pyrite.

to 151; host rock ||2040 ||206 . 5 || 207 . 5 || l. O || breccia material. ||204l||207 . 5|J208 . 5JJ1. 0|j

jJ2042JJ208.5JJ209.5Jjl.O|j

iJ2043JJ209.5JJ210.7Jjl.2|j

1210. 71| 23 5. 71| ARGILLITE SILTSTONE || || || || |j II |i iJ2044JJ210.7iJ212.2iJl.5Jj jj j| Much the same as at 201.3-206.5 unit with siltstone and argillite to JJ2045 JJ220 . 7|J222 .2 jjl. 5 jj (j jj 1.5m. Interbedded argillite much less banded, mottled, crenulated. |J2046 JJ222.2 |J222.6 jj .4Jl || || Foliation to 60 degrees to core axis. Siltstone-argillite contacts || || || || |

D-96-03 (continued) Page: 6 of 7

From To l (m) || (m)

Geology |Smpl|From To |Lng|| AU AS || || (m) || (m) || (m) ||OZXT|| PPM||

variable at 15 to 70 degrees to core axis. Argillite material is fine grained, siltstone, clastic, medium grained with clasts to .5mm. Weakly sericite altered. Remnant bedding to 35 degrees to core axis, cross foliations.

222.3 222.5 20cm quartz/carbonate vein at 50 degrees to core axis ||2047||222 . 6 1|223 . 4 1with lS-20% host rock and pale yellow ankerite breccia j|2048JJ223 . 4 |J223 . 7J|material. jj jj jj jj

Less than n.% cubic pyrite to 3mm. || || || ||

. 8 1|

. 3 1|

223.6 233.6 10cm quartz/carbonate vein with ~LS^ ankerite and host || || || || ||rock breccia material - sharp lower contact at 35 degrees || || || || ||to core axis. Trace sulphides. j| || jj || ||

223.6 223.7 10cm quartz/carbonate vein/patch with ID-15% ankerite and |J2049 JJ223 . 7 JJ224 . 7 jjl . 0|| host rock breccia material. Trace sulphides. ||2050||224 . 7 1|225 . 5JJ . 8 1|

II II II II II225.5 226.3 80 cm quartz/carbonate vein/patch with 20-25 ik ankerite || 205l|| 225 . 5 \ \226 . 3 | | . 8 1|

and host rock breccia material. Less than H.% cubic pyrite j|2052 JJ226 . 3 |J226 . 7J| . 4 1to imm. || || || || |

226.7 227.0 30cm quartz/carbonate irregular patch with 20-30!?; JJ2053 |j 226 . 7 j|227 . l jj . 4 |ankerite and host rock breccia. Less than It cubic and j|2054|J227 . l j|228 . 6 jjl . 5|specks pyrite. j|2055 JJ231 . 5 JJ233 . 0 j| l . 5 j

235.7245.OI SILTSTONE

Medium grey, fine grained, clastic with clasts foliated at 63 degrees to core axis. Up to stringers - variable from 60-80 degrees to core axis. Black-banded argillaleous material to S-10% throughout section. Local laminated graphitic bedding.

||2056||237.0||238.5||1.5|to 2mm. Weakly ||2057||243 . 5 1|245 . 0|| l . 5| quartz/calcite || || || || |

D-96-03 (continued) Page : 7 of 7

l From || To i (m) J! (m)

Geology ||Smpl||From || To j|Lng|| AU || AS J! (i (m) [j (m) Ji (m) iJOZ/TJi

Weakly sericite altered locally. Less than It fine disseminated and cubic pyrite to 3mm. Local grey quartz/ankerite bands and patches.

245 . O End of hole.

Date: 9 Sep, 1996

Northing: Easting: Elevation:

Collar Azi.: Collar Dip:

Hole Length: Drilled by: Date Started: Date Finished: Date Logged: Logged by: Purpose:

-1000O

1000

180-45

CANADIAN GOLDEN DRAGON RESOURCES

DRILL HOLE RECORD

*** Dip Tests ***

Depth Azi. Dip

245Norex Drilling Ltd.April 13,1996April 17,1996May 23 , 24 1996Les KovacsTo test I.P Anomaly

100 180 -43

Page: l of 7

Drill Hole: D-96-03

Claim: Property: Property Name: Core Size: Stored at: Materials left:

P-1189551OgdenDeSantisNQTimminsNone

l From || To(m) (m)

Geology ||Smple||From jj To JJLngjj AU jj AS jj

ii Ji (m) ii (m) ii (m) iJOZ/TJi PPMJj

. 0|| 4 8. 3 li OVERBURDEN

48.3|| 56. 11| TALC CHLORITE CARBONATE SCHIST

II II|| || Unit is medium to dark green grey, fine grained and weakly|| || schistose, moderately well foliated at 70 degrees to core axis,|| || weakly chloritized and carbonitized.|| || Pervasive carbonate veins/bands from 20 to 75 degrees to core axis,|| || weakly chloritized and carbonitized.|| || Quartz/calcite veins and patches common.|| || Local serpentine/talc alteration. Less than li; pyrite and|| || chalcopyrite generally with quartz/calcite veins.

200l|| 41.2|| 41.5|| .3||.002|| 5 \

2002JJ 45.7JJ 46.oi| .SJj.OOlJi 5 \

2003JJ 47.1JJ 48.2Jjl.ljj .OOljj 5J

2004JJ 50.7JJ 51. l IJ .4|| nil|| 14J

D-96-03 (continued) Page : 2 of 7

l From || To i (m) [j (m)

Geology IJSmplejJFrom II II (m)

To jJLng|| AU jj AS jj

(m) jj (m) IJOZ/TJi PPMJj

41.3 41.4 10cm blocky core with fault gouge material.

45.6 46.9 1.3m dark green serpentinized section with local pyrite to S-8% as cubes to 6mm.

45.8 lcm Fault gouge material with Sir pyrite adjacent to fault as cubes and patches .

47.1 48.2 Prolific quartz/carbonate veins/patches.

51.4 52.0 60cm section with up to 7C^ quartz/carbonate veins/patches with light green serpentine/talc material, 1-2& chalcopyrite and pyrite as specks.

2005JJ 51.4JJ 52.0JJ . 6 jj nil|| 5J

56.1 111.3 ARGILLITE SILTSTONE

Medium grey to grey green, fine to medium grain, clastic locally. Weakly schistose, foliated at 50 degrees to core axis. Weakly sericitic with local olive green sericite and black argillite bands and patches. Mottled, crenulated and locally microfolded. Grey quartz/ankerite veins/patches common. Less than 1 Z f ine disseminated pyrite interbedded argillite-siltstone.68.0 111.3 Medium grey siltstone argillite 50/50 with up to Q a-s

quartz/ankerite veins/bands at 25 to 75 degrees to core axis. Up to lir cubic and specks pyrite locally.

92.9 93.0 10cm quartz/carbonate vein at 65 degrees to core axis with minor wallrock fragments and trace sulphides.

2006|| 57.5|2007|j 62.OJ2008 66.0

59.0||l.5||.00l|| 13||63.5||1.5|| nil|| 6 ||67.5l.5 nil 7||

2009JI 71.0JJ 72.5Jjl.5Jj niljj 22J

2010JI 75.5JJ 77.0||l.5J| niljj 18J

2011JJ 80.0JJ 81.5|jl.5Jj niljj 7|

2012|| 86.0JJ 87.5Jjl.5Ji niljj 16J

2013|| 92.8JJ 93.1JJ . 3 jj niljj 5J

2014JJ 95.0JJ 96.5Jjl.5Jj niljj 22J

2015 101.0 102.5 1.5 nil 15

D-96-03 (continued) Page : 3 of 7

l From (m)

To (m)

Geology || Smp l e || From jj To |JLng|| AU || AS (l j) (m) jj (m) jj (m) ||OZ7TJ| PPM||

107.6 107.8 20cm irregular quartz/carbonate vein/patch with 2-3% specks pyrite with wallrock fragments.

109.4 110.0 60cm discontinuous quartz/carbonate veins/patches with S-5% cubic and specks pyrite to 3mm. Up to IB-25% wallrock fragments.

2016JJ107.6JJ107.8JI . 2 1| nil|| 158|| 2017Jjl08.4J|l09.4J|l.O|j niljj 45JJ

2018||l09.4||llO.O|| .6||.00l|| 60| 2019JjllO.OJjlll.3Jjl.3|j niljj 69J|

jlll.3Jjl83.OJj ARGILLITE

Dark grey to black, fine grained, schistose, weakly graphitic with black argillite and grey quartz ankerite bands in a mottled, crenualted and microfolded pattern. Interbedding with siltstone/greywacke variable at 25 to 65 degrees to core axis. Banding from .5 to 8mm, occasional individual late stage calcite veins/veinlets. Less than \ \ specks and disseminated pyrite, generally in fold axis of bands. Weak sericite alteration.

124.0 143.0 Host rock pervasively well banded from 25 to 65 degrees to core axis. Argillite-siltstone interbedded bands from .5 to 8mm crenulated, microfolded, schistose and graphitic. Less than 1 3; pyrite generally as fine disseminations in fold axis. Less than 1 Z quartz/ankerite veins/patches.

143.0 147.4 Host rock unit evenly dark grey, more massive almost homogenous appearance. Less than 2 ^ argillite/siltstone banding. Weak sericite alteration, trace pyrite.

149.0 152.9 Host rock unit with increased grey irregular quartz/ankerite band, patches and veinlets to 20-25% with l-2fc fine pyrite. Local individual pyrite cubes to 3mm in host rock matrix.

2020J|l25.0Jil27.5JJ2.5|| nil) 2021JJ137.0J|138.5JJ1.5|| nilj 11

2022J|l44.5||l46.0||l.5J| niljj

2023||l49.0||l50.5||l.5| 2024Jjl50.5Jjl51.9Jjl.4J 2025Jjl51.9J|l52.9Jjl.OJ

nil nil

10|| 28||

D-96-03 (continued) Page : 4 of 7

l From(m)

To (m)

Geology IJSmpleJlFrom jj To jJLngjj AU || AS jj jj Ji (m) (j (m) J! (m) HOZ/TJj PPMJj

153.5 153.6 10cm quartz/carbonate vein at 60 degrees to core axis.

Trace pyrite.

158.0 183.0 As at 124.0 to 143.0, pervasive argillite/siltstone

banding from .5 to 10mm.

Mottled, Granulated and microfolded. Less than I T; grey

quartz/ankerite bands/patches. Less than \ \ pyrite in fold axis and

disseminated.

2026Jil53.5lil53.8Ji . 3 jj niljj 10||

2027||l62.5||l64.0||l.5|| 2028J|l70.0||l71.5||l.5|| nilj 2029Jjl81.5Jjl83.OJjl.5Jj nilj

|183.0||187.0|| QUARTZ CARBONATE VEIN

4.1m Unit with up to 70% quartz/carbonate. Veining to 35cm with altered sericite host rock material intercolations. Sharp contacts at 50 degrees to core axis. Up to IB-20% pale yellow (ankerite) breccia material.t-3% Disseminated clumps and cubic pyrite usually rimming breccia material.

2030|jl83.0J|l84.0Jjl.O|j niljj 29JJ2031Jil84.0||l85.0Jil.OJ| niljj 38Ji2032J|l8S.O|jl86.0Jjl.OJj niljj 40Ji2033iil86.oiil87.ljil.lii nil|j 56|j

J187.0JJ201.3JJ ARGILLITE

Much the same as at 111.3-183.0. Less argillite/siltstone banding. Weak to moderate pale grey sericite alteration from 187.1 to 195.5. Well foliated at 47 degrees to core axis. Late stage quartz/carbonate/ankerite veins/patches common from O to 60 degrees to core axis. Less than \ \ disseminated and cubes pyrite. Infrequent grey quartz/ankerite bands and patches.

188.4 189.1 70cm section with 60% quartz carbonate veins/veinlets from 35 to 70 degrees to core axis.

2034||l87.l||l88.0|| . 9 jj niljj 2035Jjl88.OlJ189.liil.lJI niljj

16J|

30Ji

2036||l89.l||l90.l||l.0|| 2037iJ195.5Jil97.oiil.5iJ niljj 39

D-96-03 (cont inued) Page: 5 of 7

Ir| From || ToI (m) || (m)

Geology ||Smple||From jj To ||Lng|| AU || AS j li II (m) [j (m) i| (m) HOZ/TJj PPMJ

12mm to 2 cm with pale yellow ankerite breccia material. Less than

H.% fine specks pyrite.

J201.3JJ206.5Jj ARGILLITE SILTSTONE

Much the same as at 56.1 to 111.3. Medium grey to black.40 to 5C^ argillite banding from .5 to 15mm crenulated, microfolding

common. Siltstone interbedding to 1.6m. Medium grained, medium grey.Individual clasts to .5mm.Well foliated to 63 degrees to core axis. Less than I TS f ine specks

pyrite.

2038|J203.5JJ205.0|jl.5J| niljj 22J| 2039JJ205.oil206.BiJl.5ii niljj 13||

J206.5JJ210.7Jj FAULT ZONE

4.2m Fault zone with blocky locally fissile, talcy core with minor

fault gouge material.Up to 3 0^ quartz/carbonate veins/patches to 90cm with minor pale

yellow ankerite breccia material. Sharp upper contact (with quartz

vein) at 45 degrees to core axis. Trace pyrite.

206.5 207.4 90cm quartz/carbonate vein with up fragments and pale yellow ankerite Blocky core. Trace pyrite.

to 15% host rock breccia material.

2040J|206.5J|207.5J|l.OJj niljj 16J

204l||207.5||208.5||l.0|j niljj 7J

2042J 208.5JJ209.5Jjl.O|j nil|| 14|

2043|J209.5JJ210.7Jjl.2|j niljj 22|

JJ210.7JJ235.7JJ ARGILLITE SILTSTONE

Much the same as at 201.3-206.5 unit with siltstone and argillite to 1.5m. Interbedded argillite much less banded, mottled, crenulated. Foliation to 60 degrees to core axis. Siltstone-argillite contacts

2044JJ210.7||212.2Jjl.5|| niljj 26J

2045JJ220.7JJ222.2Jjl.5Jj niljj 15J

2046JJ222.2IJ222 . 6 jj . 4 jj niljj 17J

D-96-03 (continued) Page : 6 of 7

|| From || To li (m) Ji (m)

Geology || Smp l e || From || To IJLngjj AU jj AS | i| li (m) jj (m) j] (m) JJOZ/T PPMJ

variable at 15 to 70 degrees to core axis. Argillite material is

fine grained, siltstone, clastic, medium grained with clasts to

.5mm. Weakly sericite altered. Remnant bedding to 35 degrees to core

axis, cross foliations.

222.3 222.5 20cm quartz/carbonate vein at 50 degrees to core axis

with IB-20% host rock and pale yellow ankerite breccia

material.Less than Vk cubic pyrite to 3mm.

223.6 233.6 10cm quartz/carbonate vein with a.5% ankerite and host

rock breccia material - sharp lower contact at 35 degrees to core axis. Trace sulphides.

223.6 223.7 10cm quartz/carbonate vein/patch with ID-15% ankerite

and host rock breccia material. Trace sulphides.

225.5 226.3 80 cm quartz/carbonate vein/patch with 20-25!! ankerite and host rock breccia material. Less than llr cubic

pyrite to 1mm.

226.7 227.0 30cm quartz/carbonate irregular patch with 20-30i?

ankerite and host rock breccia. Less than l Z cubic and

specks pyrite.

2047JJ222 .6JJ223.4J 2048||223 .4JJ223.7J

2049||223 .7||224 .7|

2050JJ224 .7JJ225.5J

2051J|225.5JJ226.3|

2052JJ226 .3JJ226.7J

.8|| nil ||

.0||

.8|| nil||II II

.8 || nil||• 4|| nil||

27

2053||226.7||227.l|| . 4 j| niljj 14J

2054||227.l||228.6||l.5|| niljj 18J

2055JJ231.5JJ233.OJjl.5Jj niljj 29J

J235.7JJ245.OJj SILTSTONE

Medium grey, fine grained, clastic with clasts to 2mm. Weakly foliated at 63 degrees to core axis. Up to 2 a-s quartz/calcite stringers - variable from 60-80 degrees to core axis. Black-banded argillaceous material to S-10% throughout section. Local laminated graphitic bedding.

2056||237.0||238.5||l.5|

2057 243.5 245.0 1.5 nil 17

D-96-03 (cont inued) Page : 7 of 7

|| From || To li (m) Ji (m)

Geology || Smp l e || From || To ||Lng|| AU || AS | Ji (i (m) jj (m) Ji (m) iJOZ/TJi PPMJ

Weakly sericite altered locally. Less than \ a-e, f ine disseminated and cubic pyrite to 3mm. Local grey quartz/ankerite bands and patches.

245.0 End of hole.

J 10 UNITS j/ *r / i

Durham Geological Services Inc.Client: East West/Golden Dragon Project: Desantis Project Title: Drill Hole Location Plan Scale: 1:20,000 Figure: 1 ______ ___

o* i) Si ^

o -o

CA

z

o en 2.

t

(A

rt- c? o

—

Z\

~

~ r

5 l O

09/09/96 MON 15:29 FAX 705 264 6354 BRUCE DURHAM @1002

Established 1928

Swastika LaboratoriesA Division of TSL/Assaycrs I nc.

Assaying - Consulting . Representation

Assay CertificateCompany: R.DUESS GEOLOGICAL SERVICES LTDProject: DesantisAon: R. Duess

We hereby certify the following Assay of 57 Split Core samples submitted JUN-03-96 by .

Page l of 2

6W-1955-RA1

Date: JUN-05-96

Sampl e Number2001 2002 2003 2004 20052006 2007 2008 2009 20102011 2012 2013 2014 2015

2016 .2017 2018 2019 20202021 2022 2023 2024 2025

2026 2027 2028 2029 2030

Au Au Check oz/ton oz/ton0 . 002 0.001 0.001

Nil Nil

0.001Nil Nil Ni 1 Ni 1 NilNil Nil Nil Nil Nil

Nil 0.001 Nil

0.001Nil NilNil Nil Nil NilNil

Ni 1 Ni 1 Nil Nil Nil Nil

Ag PPM0.1 0.1 0.1 0.1 0.10.1 0.1 0.1 0.1 0.10.1 0.2 0.1 0.1 0.2

0.1 0.1 0.1 0.1 0.10.1 0.1 O.I 0.2 0.1

0.1 0.2 0.2 0.2 0.1

As PIM^ ^ ^ 14 ^

13 6 7

22 187 16 ^22 15

158 45 60 69 8

11 ^7 10 28

10 10 8

35 29

Cu PHtf79 54 48 73 3954 40 36 51 48

43 70 27 50 5551 42 14 51 5664 61 57 57 63

51 63 56 6952

Pb PIM16 2 2 1 1

8 11 4

12 32 6 4 3

17

15 51 7 5

11 810 11 5

655 7 4

Zn PFM55 35 31 50 1185 84 74 1007678 103 47 91 84

66 68 19 79 109110 109 104 88 7072 100 89 108 68One assay ton portion used.

Certified by_

P.O. Box 10, Swastika, Ontario POK 1TO Telephone (705) 642-3244 FAX (705) 642-3300

09/09/96 MON 15:29 FAX 705 264 6354 BRUCE DURHAM @]003

Established 1928

Swastika LaboratoriesA Division of TSL/Assaycrs Inc.

Assaying - Consulting - Representation

Assay Certificatecompany: R.DUESS GEOLOGICAL SERVICES LTDProject: DesantisAnn: R. Duess

We hereby certify the following Assay of 57 Split Core samples submitted JUN-03-96 by .

Page 2 of 2

6W-1955-RA1

Date: JUN-05-96

Sample Number2031 2032 2033 2034 20352036 2037 2038 2039 20402041 2042 2043 2044 20452046 2047 2048 2049 20502051 2052 2053 2054 20552056 2057

Au Au Check oz/ton oz/ton

Nil Nil Nil Nil NilNil Nil Nil Nil Nil NilNil Nil Nil Nil NilNil Nil Nil Ni 1 Ni 1 NilNil Nil Nil Nil Ni 1 Ni 1Nil Nil

Ag PFM0.1 0.1 0.1 0.1 0.10.1 0.1 0.1 0.1 0.10.1 0.1 0.1 0.1 0.10.1 0.1 0.1 0.1 0.10.1 OJ 0.1 0.1 0.10.1 0.1

As PIM38 40 56 16 3012 39 22 13 167 14 22 261517 14 8

19 27

14 16 14 18 2911 17

Cu PIM40 28 44 33 392945 44 21 1722 29 3441 4526 48 27 46 362348 25 44472845

Pb PIM

1 4 3 4

11

5 2 6 4

11

8 44 5 4

83 64 2

4 3 4 2 5

54

ZnPFM64 90 100 71 8176 75 78 69 6264 60 71 89 8973 89 65 82 6640 82 87 74 8376 91

One assay ton portion used.

Certified by-

7P.O. Box 10, Swastika, Ontario POK1TO

Telephone (705) 642-3244 FAX (705) 642-3300

Ministry ofNorthern Developmentand Mines

Ontario

Report of Work Conducted After Recording Claim

Mining Act

Transaction Number

Personal Information collected on this form Is obtained under the authority of this collection should be directed to the Provincial Manager. Mining Lands Sudbury, Ontario. P3E 6A5, telephone (705) 670-7264.

Instructions: - Please type or print and submit in duplicat 42A06Nwo039 W966o-oo3 94 OGDEN """""""

- Refer to the Mining Act and Regulations foi . .^............Recorder.

- A separate copy of this form must be completed for each Work Group.- Technical reports and maps must accompany this form in duplicate.- A sketch, showing the claims the work is assigned to, must accompany this form.

900

Recorded Holders) Client No.

Addre

5 (/)^erTelephone No.

Mining Dlvieonlviej Tf

Townsnip/Area M orQ Plan No.

^-3979Dates Work Performed

From: To: /^/2.4/flkWork Performed (Check One Work Group Only)

Work Group Type

Geotechnical Survey

l/ Physical Work, Including Drilling

Rehabilitation

Other Authorized Work

Assays

Assignment from Reserve

Total Assessment Work Claimed on the Attached Statement of Costs k ^ 3 "S

Note: The Minister may reject for assessment work credit all or part of the assessment work submitted if the recorded holder cannot verify expenditures claimed in the statement of costs within 30 days of a request for verification.

Persons and Survey Company Who Performed the Work (Give Name and Address of Author of Report)

Name Address

P c\ 86 fo iho

(attach a schedule If necessary)

Certification of Beneficial Interest * See Note No. 1 on reverse side

i -.11. .u i . .i. .i .L. , j j .u i - -i , .i., i 1 certify that at the time the work was performed, the claims covered in this workreport were recorded In the current holder's name or held under a beneficial interest by the current recorded holder.

Date

j -J

Certification of Work Report

1 certify that 1 have a personal knowledge of (he facts set forth in this Work report, having performed the work or witnessed same during and/or after Its completion and annexed report is true.

Name and Address of Person Certifying

AD n.*c 16 fiTelepone No. Date Certified By (Signature)

For Office Use Only

0241 (03/91)

tl

if33 2 |

-^

-

-

"P

CD^CA

r-

"P—*^.

CD

^

*

N

55-b••—•i.

vo

su\^

Cfo

fi!Ifli48 1

C0 o i Ha|

w

lue liedO 0

Cfe Oo O

0 "

0 8 5.3 i S 3 S.

uuO UO

sif*

Credits you are claiming in this report may be cut back. In order to minimize the adverse effects of such deletions, please indicate from

which claims you wish to priorize the deletion of credits. Please mark (.x) one of the following: /j

1. D Credits are to be cut back starting with the claim listed last, working backwards. /t

2. D Credits are to be cut back equally over all claims contained in this report of work.

3. d Credits are to be cut back as priorized on the attached appendix.

In the event that you have not specified your choice of priority, option one will be implemented.

Note 1: Examples of beneficial Interest are unrecorded transfers, option agreements, memorandum of agreements, etc., with respect

to the mining claims.

Note 2: If work has been performed on p

l certify that the recorded holder had a beneficial interest in the patents!

or leased land at the time the work was performed.

comple* 3 following:

Date

Ontario Ministry ofNorthern Developmentand Mines

Statement of Costs for Assessment Credit

Transaction Number (office UM)

Personal Information collected on this form Is obtained under the authority of subsection 6(1) of the Assessment Work Regulation 6/96. Under

section 8 of the Mining Act, the Information Is a public record. This Information will be used lo review the assessment work and correspond with

the mining land holder. Questions about this collection should be directed to the Chief Mining Recorder, Ministry of Northern Development and

Mines. 6th Floor, 933 Ramsey Lake Road, Sudbury, Onlario, P3E 6B5.

Work Type

/^/•/T/5/atfTf^gi f&f S F&&

UlnMHD DRtLUfilZ

Se* Pflew s * w\) . CtifjfLte&iKb .

Units of WorkDepending on the type of work, list the number of hours/days worked, metres of drilling, kilo metres of grid line, number of samples, etc.

245 v&r-flfS.

Associated Costs (e.g. supplies, mobilization and demobilization).

Transportation Costs

Food and Lodging Costs

Cost Per Unit

Total Value of Assessment Work

Total Cost

/4433Zoo O

*ft-,aA**

Calculations of Filing Discounts:

1. Work filed within two years of performance is claimed at 1000A of the above Total Value of Assessment Work.

2. If work Is filed after two years and up to five years after performance, it can only be claimed at SO0/*) of the Total

Value of Assessment Work. If this situation applies to your claims, use the calculation below:

TOTAL VALUE OF ASSESSMENT WORK x 0.50 = Total S value of worked claimed.

Note:- Work older than 5 years is not eligible for credit.- A recorded holder may be required to verify expenditures claimed in this statement of costs wjthjn^fKdays of a

request for verification and/or correction/clarification. If verification and/or correction/clarification jfirji^^i^de, Jhe

Minister may reject all or part of the assessment work submitted. ;;fVuP5 ' (^ \

Certification verifying costs:

IUN 3 1996

, do hereby certify, that the amounts shown arebA

RflHVNG DIVISION(please print lull name)

L.__________—

reasonably be determined and the costs were incurred while conducting assessment work on the lands indicated

the accompanying Declaration of Work form as

to make this certification.

on

_______________________———:(recorded holder, agent, or state company position with signing authority)

l am authorized

0212 (C2/96)

LEGENDMOUNTJOY TWP.MAP SYMBOLOGY

HIGHWAY AND ROUTE No.

OTHER ROADS

TRAILS SURVEYED LINES

TOWNSHIPS, BASE LINES, ETC.

Aerial Cablcway —

Boundary

Pipeline(abovi ground)

Rai l road

LOTS, MINING CLAIMS. PARCELS, ETC

UNSURVEYED LINESLOT LINESPARCEL BOUNDARYMINING CLAIMS ETC '

RAILWAY AND RIGHT OF WAY

UTILITY LINES

NON PERENNIAL STREAM FLOODING OR FLOODING RIGHTS

SUBDIVISION OR COMPOSITE PLAN

RESERVATIONS ORIGINAL SHORELINE

MARSH OR MUSKEG

MINES TRAVERSE MONUMENT

Appron m ott

Lot, Conct**ion

Approalmott

Pork •uundQfyAccfli (rood of doujMful — -

mainltnonet or —— • ignifieant dnvawoy)

Building

Chimney

\Cliff, Pit.Pile

Contuur*

280(6 UNITS)

'^13739a'T^^iY^g

tubU lim rivrr l '. .'. it* •vlllpl* r*pidi y,-..

Reservoir

River, S tream, CanalAporoilottl

12036 Y, /Y/ TRP -.y,7987 //J' 590 \*

DISPOSITION OF CROWN LANDS

Culvert

roll*

TYPEOF DOCUENTl 480783 \ l \ PATENT. SURFACE 8. MINING RIGHTS

.SURFACE RIGHTS ONLY

. MINING RIGHTSONLY

LEASE. SURFACE ft MINING RIGHTS

" .SURFACE RIGHTSONLY. ..

" .MINING RIGHTSONLY .

LICENCE OF OCCUPATION . .

ORDER IN COUNCIL

RESERVATION .

CANCELLED

SAND&GRAVEL ... . . .... .

Spot Elevation[lall .I.. ol, en. l -500 o

lower

Tronsmission Linewallf*otui* O utlint

•HIT"'*——— fuf

1313596 'o____15

983 ~i ALJ905 (6 JMITS)

Utility Poles *

Whorf , D ock . Pier

wooded A reoHtod from*

l O pNOTE' MINING RIGHTS IN PARCELS PATENT f W PRIOR TO MAY 6^.^ 18XLVJSTED IN ORIGINAL PATtNTEt B ' THE PUBLIC

LANDS ACrnrS CT T?70. CHAP MO. STC *3. *UWf C t

18954510 UNITSREFERENCES

BOOMING G KOt'NPS- COVERS THE WESTERLY

HAM 01 1 HI tft O iM TMt MATTAGAMI RIVERTHROUGH THL TOWNSHIP FILE 73M3 p "' 8383 IP

328814 .H, 92881210 20 . 30 40 M CO

T 2JJNTTS J—— —~~ '——' , —— -—— ^ .UA

p PP 23^ \894fl

' 1189868l

181412 SCALE 1:20 OOOGRID Z ONE ' 17

AREAS WITHDRAWN FROM DISPOSITION i p1189865 l 7367

M.R.O. -MINING RIGHTSONLY

S.R.O. - SURFACE RIGHTS ONLY

M.+ S. MINING AND SURFACE RIGHTS

Dwr.ption Ord*r No. D*t* Dnpotition File

NOTES

1182113

(2 UNITS)1206604

3 6/UNITSa-* AT a/-)

NRVV 51/79. 2/11/79 S.R.O

•677071N ^^ 57707?'

Xy 4 1 nuinQ r li ir flr*r*i hiiuuiN HMnFR BJ^AjEJCCEC

© APPLICATION PENDING UNDER PUBLIC LANDS ACTNOTICE RECEIVED 93-MAR-30 (SNOWMOBILE TRAIL)

336000001(4

AGGREGATE PErM

APPLICATION PENDING UNDER PUBLIC LANDS ACT SEP.09/95 1155254 S

(6 UNITS) *l .213310 r ( * U NITS)

THtS TWP. 13 OUDJreT TO FORESTRY -ACTIVITIES-tM- 98/93. rUITri ICK INFORMATION AVAILABLE ON [213636

(14 UWITS)

FOREST ACTIVITY INTHIS TWP gunterRTHER INFORMATION AVAILABLE ON FILE

TOWNSHIP,\^ — _j

OGDENJ2I3635 (II UNITS)

MN R ADMINISTRATIVE DISTRICT

TIMMINSMINING DIVISION

PORCUPINELAND TITLES/ REGISTRY DIVISION

COCHRANE

1212751 i (15.U,NITS)l , 299' ,

I2I3634 UNITS)

70m N (\\p\a 0 'THE INFORMATION THAT APPEARS ON THIS MAP HAS BERN COMPILED FROM VARIOUS SOURCES, AND ACCURACY IS NOT GUARANTEED. THOSE WISHING TO STAKE MIN ING CLAIMS SHOULD CON SULT WITH THE MINING RECORDER, MINISTRY OF NORTHERN DEVELOP MENT AND MINES, FOR AD DITIONAL INFORMATION ON THE STATUS OF THE LANDS SHOWN HEREON

Ministry ofNaturalResources

Land .Management

Branch

fe W\ l \\

ORIGINAL COMPILATION

G-3979PRICE TWP. ACTIVATED JULY 13. 1992 BY D.C. REVISED

(2A06NW0039 W9660-00394 OGDEN 200

- 1000

- 950

- 900

- 850

- 800

COo o(M

COo in

iCOo o

COoIT)

42A06NW003S W9660-00394 OGDEN

COo oCVJl

210

COo If)

COo ol

COo in

1000 -

950 -

900 -

850 -

800 J

1A

ID

LEGENDOVB Overburden

Argillite

Si ltstone

l 4A l Quartz O/- Ankerite) Veining

7C j Talc Chlorite Carbonate Schist

l FTZ l Fault Zone

20

SCALE H 1000

O 20 40

METRES

, M*

CANADIAN GOLDEN DRAGON RESOURCES

DeSantis Property

Ogden Township

DRILL HOLE SECTION

SECTION LO E

Looking West Caz.270)

Robert Duess Geological Services Ltd.

SURVEY BY' L. Kovoca

DRANN BY LOG II

APPROVED L. l.K.

ClaiM No. P-1189551

DATE May 96

NTS.