LITHOLOGY REPORT - Detailed -

Similar documents
LITHOLOGY REPORT - Detailed -

LITHOLOGY REPORT - Detailed -

Notes: Note. Township of GODSON Report NQ: 12. Diamond Dniiing. Hole NQ Footage Date. July/56. July/56. Aug/56. Aug/56. Claim NQ 487' K ' l-a

GEOLOGICAL BRANCH ASSESSMENT REPORT

LITHOLOGY REPORT - Detailed -

DIAMOND DRILLING. CLAIM No, HOLE No, FOOTAGE DATE NOTE. NOTES: (i) # ios- 80 WORK PERFORMED BY: ASARCO EXPLORATION OF CANADA LIMITED

This work follows the international standard nomenclature (IUGS) in naming the

-/ttr- Hor. - ill 86 A. II II II 111 li 111 DIAMOND DRILL CORE LOGGING SHEETS 9. Ol^**a. ILJJ If ^ /^jjg^jrs c DESCRIPTION ^~"~ ~.

DIAMOND DRILLING DATE REPORT NO: 11 : OTHER CLAIM NO. FOOTAGE NOTE GREENBUSH LAKE WORK PERFORMED FOR: BOND GOLD CANADA INC.

Chapter - IV PETROGRAPHY. Petrographic studies are an integral part of any structural or petrological studies in

TECK EXPLORATION LTD DIAMOND DRILL LOG

PLACER DOME CANADA INC. PROPERTY: MCALPINE LAKE, ONTARIO PROJECT: #499 HOLE NO: CORE SIZE: NO. AZIMUTH: Degrees DIP: - 45 Degrees

WEST MCARTHUR UPDATE April 17, Table 1: Winter 2018 Drill Hole Summary

A-13R-CC (24-25 cm) No. 38 OBSERVER: SKE, RUB, MAN, BES ROCK NAME: Amphibolite. GRAIN SIZE: Medium-grained. TEXTURE: Elongated amphibole

Work performed by: RALPH E. ALLERSTON (NEWMONT)

(1) NOTES: d> # DIAMOND DRILLING FOOTAGE. HOLE No, CLAIM No. DATE NOTE (1) (1) (1) (1) (1) Sept/81 Sept/81 K K (1)

: Other [ ] 309.0' 349.0' 359.0' 349.0'

WAMUNYU EDWARD MUREITHI I13/2358/2007

QQQ-4 QQQ-3. Apr/78 Apr/78. Diamond Drilling. Claim N9 Hole NO Footage Date Note P ,0' P ' (2) Notes: (1) #132-78

DRILL PROGRAM - DEMOREST TOWNSHIP: DOHERTY LAKE, ONTARIO

Hand specimen descriptions of metamorphic rocks

Lithology: Olivine-rich gabbro medium grained Observer: Texture: granular Ave. grain size: medium grained [345] Shape Habit Comments

SECOND DRILL HOLE IHAD2 INTERSECTS MINERALIZED TAPLEY HILL FORMATION AND MINERALIZED BASEMENT IRON FORMATION

Page 499 PERCENT PRESENT. SIZE (mm) PERCENT ORIGINAL COMPO- SITION MORPHOLOGY COMMENTS

SECTION 5: THIN SECTIONS

VG HOLE ID # diam. HQ 6.35 cm NQ 4.76 cm BQ cm Comments: VG HOLE ID #

"RECEIVED l JUN GEOSCIENCEASSESSMENT. - i linn mil mill HI Hill li II II 1 Illl Hill Hill Hill Hill Hill Hill Hill Hill Hill II II

MEMO. TO: Dennis Lapoint CC: FROM: Eriaan Wirosono DATE: April, 20 th 2014 SUBJECT: Exploration activity report March-April 2014_EW

Introduction to Prospecting. Session Three Minerals


New gold discovery in the Paleoproterozoic Mauken greenstone belt

COMPO- SITION. Euhedral skeletal. Twinned, zoned. Euhedral. Calcic. Anhedral. Mafic. brown clay.

Namex Explorations Inc. Report on Drill Holes PC & PC Post Creek Property Claim S.l , Norman Township Sudbury Mining District

SAMPLE: Peak List: Pos. [ 2Th.] Rel. Int. [%] FWHM [ 2Th.] d-spacing [Å] Height [cts]

Supplementary Table 1.

Lab: Metamorphism: minerals, rocks and plate tectonics!

Rock Identification. Aphanitic Texture (fine grained) Individual crystals are so small that they are not visible to the naked eye

P,It (onn-^-c-03

COMPOSITIONAL TERMS: FELSIC : light colored INTERMEDIATE : medium shades MAFIC : dark colored ULTRAMAFIC : rare (composition of the mantle)

Lands Parcels in IOL CO-20

Hole 340-U1393A-1H Section 1, Top of Section: 0.0 CSF-A (m)

Minerals and Rocks Chapter 20

ASSESSMENT REPORT PROSPECTING PROGRAM ION/DIRTY JACK PROPERTY NELSON MINING DIVISION N.T.S. MAP SHEET 82F.023 UTM COORDINATES N E

Sedimentary Rocks. Weathering. Mechanical & Chemical Weathering. Sediments. Lithification. Deposition. Transport. Erosion.

Emily and Megan. Earth System Science. Elements of Earth by weight. Crust Elements, by weight. Minerals. Made of atoms Earth is mostly iron, by weight

Geochemical controls on high-grade grade gold mineralisation at the Junction lode-gold deposit, Kambalda, WA

Crust Elements. Elements of Earth. Minerals. Crystals. Interconnected Rocks and minerals Interior processes Erosion and deposition Water and air

ANNEX VIII: APPENDIX E MINERALOGY RESULTS

ALLEGHENY COLLEGE DEPARTMENT OF GEOLOGY STUDENT HANDBOOK

MINERAL DEPOSITS OF THE COBAR BASIN

Appendix D: Procedures of Testing Methodologies Utilized in the Program

Observations on a Veined Section of Core Drilled at Blockhouse, Lunenburg County

DIAMOND DRILLING. CLAIM No, HOLE No, FOOTAGE DATE NOTE NOTES: TOWNSHIP: LITTLE REPORT No, May/ 80 May X 80 June/80.

Area of COLLISHAW LAKE Report NO 19

DELPET VINLAND BIG SPRING #1 DIAMOND DRILL CORE LOG

Claim NQ. Hole NO. Footage. Date. Note. Diamond Drilling. Notes: 300' T. B M Feb/73 307' T. B Feb/73 F-3 T. B.

Lab 4: Mineral Identification April 14, 2009

Petrological Studies by Terry Leach at the North Carlin Trend, Nevada. Keith Bettles October 17, 2008

Appendix 3. Sample Descriptions

320e4SE KEAD 010 WORK PERFORMED BY! SUPERIOR NORTHWEST INCL. HOLE No,

IOCG Style Alteration of the Amargosa Prospect Baja California Norte, Mexico

MILLSTREAM MINES LIMITED j i!30 \ POTTER PROJECT - DIAMOND DRILL DATA ] ^ 1 SUMMER PROGRAM ^^^^^^^J DIRECTION. mama 601.5

Lab 6 - Identification of Metamorphic Rocks

Rapier Gold provides exploration update on the Pen Gold Project, 37.6 g/t sample taken in new target area

DIAMOND DRILLING. CLAIM Ho. HOLE No. FOOTAGE DATE NOTE NOTES: (D # (2) # July/81 July/Bl. TOWNSHIP: Lendrum REPORT No,: 11

it AUSIMM COBAR MINING SEMINAR

Listvenites as targets for Au-Hg mineralization in Central Iran ophiolites

Regional geology map showing drill holes completed to date and hole RZDDH10 08 in progress, IP Chargeability anomalies hatched.

Drill locations for the 2015 program are highlighted in the geology map below.

PREDICTING THE SLAGGING PROPENSITY OF SASOL-LURGI GASIFIER COAL FEEDSTOCK

Cowal Gold Corridor Opening Other Doors

DISCOVERY OF MINERALISED PORPHYRY & MAGNETITE-COPPER-GOLD AT KAMARANGAN

MORPHOLOGY COMMENTS. Saponite Tr Vesicles Forms an inner lining of some vesicles. FILLING SHAPE COMMENTS:


APPENDIX 2 Table 2. Sample descriptions

What is the Workflow for Hard Rock Visual Core Description and How Will it Benefit from CoreWall?

Trace and minor elements in. sphalerite: an assessment of. distributions in metamorphosed. deposits:

Engineering Geology. Metamorphic Rocks. Hussien Al - deeky

CSA Mine Observations Applied to the Development of Regional Exploration Models

F Ccp = (Cu wr )/ (Cu Ccp ) (1) In the first iteration all of the Ni was assigned to pentlandite. F Pn = (Ni wr )/ (Ni Pn ) (2)

(1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1)

COMMENTS COMMENTS. 40% associated with Fe-oxides. COMMENTS. In dense, fine-grained silica. COMMENTS COMMENTS

o - 399' ' ' ' ' T. D.

SOUTH CERRO AZUL STRATIGRAPHIC SECTION. Upper Cerro Azul flow of the Servilleta Basalt (Tsbcau) Lower Sandlin unit (Tsl)

Sulphide Mineralisation intersected in Alcoutim Cu-Zn Project

The Cobalt Rainbow. Airborne geophysical maps show that a north trending aeromagnetic high suggests further undiscovered mineralisation.

ST ANDREW GOLDFIELDS LTD. Assessment Report. WZ Garrison Diamond Drilling Program

Feet. Cape May Core #51 Start depth: 240 ft Stop depth: 245 ft Recovery (ft): 5.1 ft Date: 3/21/94 Described by: JVB, KGM, CL. 5.

Clastic Textures. I. What is the sorting of sample numbers 60, 61, and 62? Answers on last page.

Lesson Seven: Metamorphic Rocks

Report No; 23. Area: Resources RECORDED HOLDER: SAME As ABOVE [ x l : OTHER I l WORK PERFORMED FOR: CLAIM No, NOTES: # DIAMOND DRILLING

CHAPTER THREE: GEOLOGY OT THE PLATREEF ON NONNENWERTH

Chert-Shale-Mudstone Chert typs of silica: Microquartz Megaquartz Chalcedonic quartz (From Tucker, 1996)

REMARKS. NANNOFOSSIL CLAYSTONE, CLAYSTONE, and CALCAREOUS SANDY SILTSTONE

GEOLOGY OF THE NICOLA GROUP BETWEEN MISSEZULA LAKE AND ALLISON LAKE

Chapter 8 Lecture. Earth: An Introduction to Physical Geology. Twelfth Edition. Metamorphism. Rocks. Tarbuck and Lutgens Pearson Education, Inc.

Geology 252, Historical Geology, California State University, Los Angeles - professor: Dr. Alessandro Grippo

l/ ;; : '.';!':""' 86i4QV.i;:*, p l 1:'-. REPORT NO: 50

Notes: ( i) - SEE #218/73 NOVA TWP. Township: O F BELFORD Report NQ: 18. Diamond Drilling. Claim N9. Hole NQ Footage Date. Note (D

Transcription:

(m) (m) Lithology Sample # Length 50 0.00 11.76 10 Casing Minor Interval: 0.00 0.54 10A Casing above ground (Air) 0.54 11.76 10G Casing through gravel or overburden (Ground) 11.76 40.80 1c Interbedded greywacke; siltstone; mu LC 15.25 15.50 0.25 - - - - - Moderately bedded but highly disturbed, weakly to moderately foliated throughout with a weak, local, spaced crenulation. Strongly fractured throughout. 5-10% quartz-carbonate veining throughout dominantly quartz stringers with trace carbonate. Trace py occurs in foliation planes throughout. Local minor faulting occurs as small mm- to cm-scale faults with trace to minor fault gouge. Lower contact is sharp. --- KP samples (23.0-23.37 core removed) LC 20.75 20.95 0.20 - - - - - LC 21.05 21.25 0.20 - - - - - 15.22-15.50 FLT weakly graphitic mostly filled with gouge, some associated lost core. 17.70-17.71 BD 30 17.72-17.73 F 40 weak to strong foliation 17.73-17.74 CRN 10 weak spaced crenulation (can't see saddles) 20.70-20.95 FLT Fault filled with gouge including 20cm lost core. 21.05-21.25 FLT Fault filled with angular fragments trace gouge and 20cm lost core. 28.05-28.06 BD 35 16-May-13 8:18:50 AM Page 1 of 22

(m) (m) Lithology Sample # Length 50 28.06-28.07 FOL 20 weak to moderate foliation 31.55-31.65 FLT small fault filled with minor fault gouge and quartz 34.65-34.70 FLT small cm-scale fault with minor gouge 34.85-34.86 BD 50 34.86-34.87 FOL 60 moderate foliation with trace py in foliation planes 35.10-35.15 FLT possible fault, no visible gouge. Filled with small angular fragments. 40.20-40.21 BD 30 40.21-40.22 FOL 35 moderate foliation 40.22-40.23 CRN 50 weak, spaced cleavage. 40.75-40.80 LC 30 sharp lower contact. 11.76-40.80 5-10 Qtz/Carb Variably angled veins throughout. Glassy to oxidized quartz veins mm- to cm-scale. Milky white to glassy veinlets with trace carbonate in fractures mm-scale. Minor Interval: 15.25 15.50 11a 20.75 20.95 11a 21.05 21.25 11a Lost Core Small zone of lost core in fault. fault with 20cm lost core Fault with 20cm lost core Lost Core Lost Core 40.80 42.40 1a Massive, light grey, medium- to coarse-grained. Sharp contacts. --- KP samples (41.74-41.95 core removed) 16-May-13 8:18:51 AM Page 2 of 22

(m) (m) Lithology Sample # Length 50 42.35-42.40 LC 45 bedding parallel lower contact. 42.40 48.90 1c Interbedded greywacke; siltstone; mu Locally well bedded, zone of strong silicification masking bedding and fabrics. Locally foliated. Moderately quartz veined associated with increased silicification. Gradational lower contact. Alteration Maj.: SIL CHL GRU ACT GRA GAR HEM Comment 44.00 47.70 P WM Weakly to moderately silicified throughout, associated with milky quartz veining. 44.80-44.81 BD 35 44.81-44.82 FOL 20 moderate foliation 48.85-48.90 LC gradational lower contact 42.40-48.90 10-20 Qtz white to glassy, foggy looking (possibly recrystallized) quartz veins with trace carbonate. At variable angles to core axis. 48.90 50.95 3a Phyllitic mudstone Dark grey to black, fine-grained, soft. Strongly foliated often obscuring bedding. 5-10% qtz/carbonate veined throughout. Lower contact is gradational. 16-May-13 8:18:51 AM Page 3 of 22

(m) (m) Lithology Sample # Length 50 49.55-49.60 FOL 15 strongly foliated 50.35-50.40 BD 40 moderate confidence, bedding obscured by strong foliation. 50.90-50.95 LC gradational lower contact. 48.90-50.95 5-10 Qtz/Carb white to milky quartz veins with minor calcite apparently bedding parallel. 50.95 53.25 1a medium-grey, massive, medium-grained. Trace glassy quartz veins. Lower contact is gradational. 53.00 53.25 / / / / / / / 53.20-53.25 LC gradational lower contact 53.25 102.00 1c Interbedded greywacke; siltstone; mu LC 54.00 54.50 0.50 - - - - - light to medium-grey. Dominantly well bedded cm-scale with some dm-scale 1a beds ~20% mud locally up to 50%. Weakly foliated throughout with local intense fabrics and occasional spaced crenulation. 5-10% glassy to milky quartz veinlets throughout with occasional larger veins including one qtz-ep vein with aspy along rims and fractures. Trace pyrite throughout, dominantly along foliation planes occasionally within quartz veinlets. Small zone from 67.65-69.8m where foliation is strong to intense with no apparent increase in veining, contains 1-2% py + aspy along fabric and bedding planes, possibly due to increased mud content (?). Lower contact is slightly gradational but parallel to bedding. 56.95 57.80 1/F / 0.5/F / / / / Minor medium-grained sub- to euhedral 13GR6928 55.95 56.95 1.00 - - - - - 13GR6929 56.95 57.80 0.85 - - - - - 13GR6930 57.80 58.80 1.00 - - - - - 13GR6931 58.80 60.00 1.20 - - - - - 13GR6932 66.50 67.65 1.15 - - - - - 13GR6933 67.65 68.65 1.00 - - - - - 13GR6934 68.65 69.50 0.85 - - - - - 13GR6935 69.50 70.50 1.00 - - - - - 16-May-13 8:18:51 AM Page 4 of 22

(m) (m) Lithology Sample # Length arsenopyrite rimming a quartz vein and within fractures in vein. Pyrite occurs replacing arsenopyrite in the same setting. 67.65 69.80 1/F / 0.3/F / / / / fine-grained pyrite clustered in pods and stringers in fractures parallel to bedding and fabrics. Trace fine- to mediumgrained aspy in fabric planes. 73.60 75.15 0.5/F / / / / / / Fine- to medium-grained pyrite along fracture and fabric planes. 50 13GR6936 70.50 72.00 1.50 - - - - - 13GR6937 72.00 73.50 1.50 - - - - - 13GR6938 73.50 75.00 1.50 - - - - - 13GR6939 75.00 76.50 1.50 - - - - - 13GR6941 99.00 100.50 1.50 - - - - - 13GR6942 100.50 102.00 1.50 - - - - - 56.30-56.31 BD 35 56.31-56.32 FOL 15 moderately foliated 64.70-64.75 BD 40 68.45-68.50 BD 25 68.45-68.50 FOL 15 Strongly foliated, can't see saddles due to grain size inconsistencies and veining. 74.40-74.45 BD 35 82.45-82.46 BD 40 82.46-82.47 FOL 5 moderately foliated 84.75-84.80 BD 40 85.30-85.35 FOL 15 strongly foliated 93.80-93.85 BD 40 94.05-94.06 FOL 15 moderately foliated 96.25-96.26 YD1 40 poor graded bedding indicates possible younging downhole 96.26-96.27 BD 40 101.95-102.00 LC 30 30/075 slightly gradational 56.95-57.80 40-50 Qtz ~2cm thick glassy quartz vein with 30-40% epidote (?). Vein at low angle to core axis and undulating. Aspy + py in along rims and in fractures in vein. 16-May-13 8:18:51 AM Page 5 of 22

(m) (m) Lithology Sample # Length 50 58.25-58.70 40-50 Qtz/Carb Undulating, strongly broken and fractured vein with 20-30% oxidized orange-yellow mineral? Does not react with acid. No visible sulphides. 58.70-90.50 5-10 Qtz/Carb Minor glassy quartz veinlets and stringers at variable angles to core axis with trace carbonate along fractures. Minor Interval: 54.00 54.50 11a Lost Core mechanical breakage and spun core, 0.5m missing from run. Not sure exact position of lost core. 102.00 105.70 1a 13GR6943 102.00 103.10 1.10 - - - - - Grey, coarse-grained greywacke. Contains abundant quartz laths and is strongly sillicified as well as weakly to moderately carbonatized. 1-2% aspy occurs disseminated throughout the unit. Unit may be a 4va although no obvious contacts can be found. Contains a quartz/carb/ep vein near the top of the unit. Lower contact is slightly arbitrary based on bedding and grain-size. Alteration Maj.: SIL CHL GRU ACT GRA GAR HEM Comment 102.00 104.20 P S Strong to intensely silicified throughout with moderate calcite alteration. Alteration decreasing downhole 104.20 105.70 P WM Weakly to moderately silicified with trace carbonate alteration throughout. Decreasin downhole. 102.00 104.20 0.5/F / 1.5/DI S / / / / fine- to medium-grained subhedral aspy disseminated throughout as well as rimming veins and within fractures. Trace pyrite occurs along fractures in veins as well. 105.65-105.70 LC 20 13GR6944 103.10 104.20 1.10 - - - - - 13GR6946 104.20 105.70 1.50 - - - - - 16-May-13 8:18:51 AM Page 6 of 22

(m) (m) Lithology Sample # Length 50 102.20-103.10 40-50 Qtz/Carb Low angle to core axis, slightly undulating. Smokey to glassy quartz with up to 10% ep, 15-20% calcite, likely some other carbonates as well (brownish pink, soft mineral doesn't react with HCl). Contains aspy and py along rims and in fractures. 105.70 167.05 1c Interbedded greywacke; siltstone; mu 13GR6947 105.70 107.00 1.30 - - - - - Light to medium-grey, fine- to coarse-grained, ~20-30% mud beds, cm- to dm-scale beds. Weakly to moderately foliated throughout depending on grain size. Fabric often difficult to measure due to width of beds. 5-10% quartz veinlets and carbonate stringers throughout. Trace pyrite contained in fabric planes and fractures throughout. Local aspy associated with minor quartz veining and fracturing. Lower contact sharp. --- KP samples (131.1-131.26m) 13GR6948 161.00 162.40 1.40 - - - - - 13GR6949 162.40 163.55 1.15 - - - - - 13GR6950 163.55 165.00 1.45 - - - - - 162.40 163.55 0.2/F / 1/CG / / / / Coarse-grained sub- to euhedral aspy crystals in very fine calcite filled fractures and along quartz vein margins. Pyrite along fracture and fabric planes. 106.35-106.36 BD 25 106.36-106.37 FOL 35 weak foliation 114.75-114.80 BD 35 123.25-123.26 YD2 45 graded bedding indicates younging downhole 123.26-123.27 BD 45 123.27-123.28 FOL 20 weak to moderate foliation 128.60-128.65 FLT 40 small fault filled with gouge and minor angular fragments 132.75-132.80 BD 40 140.35-140.40 FOL 15 very weakly foliated 143.20-143.25 BD 30 16-May-13 8:18:51 AM Page 7 of 22

(m) (m) Lithology Sample # Length 50 151.25-151.30 FLT 45 small fault filled with gouge 151.45-151.50 FLT 45 small fault filled with gouge 151.90-151.95 BD 45 161.65-161.66 BD 40 161.66-161.67 FOL 15 moderate foliation 166.80-166.81 YD3 50 graded bedding indicates younging downhole 166.81-166.82 BD 50 166.82-166.83 FOL 20 weak to moderate foliation. 167.00-167.05 LC 50 bedding parallel 105.70-162.40 5-10 Qtz mm- to cm-scale quartz veinlets with minor carbonate stringers 162.40-163.55 10-20 Qtz/Carb zone with increased white to glassy quartz veins with calcite along margins and in fractures as well as very fine/wispy calcite filled fractures with aspy. 167.05 176.70 1a Light to medium-grey, massive, medium- to coarse-grained. Local silica flooding with minor calcite filled <mm-scale fractures. Trace pyrite in fractures throughout. Lower contact is gradational. Alteration Maj.: SIL CHL GRU ACT GRA GAR HEM Comment 167.70 175.55 P M Weak to moderate silica flooding. 176.65-176.70 LC gradational lower contact 176.70 185.60 1c Interbedded greywacke; siltstone; mu Medium- to dark-grey, fine- to coarse-grained. ~20-30% mud, mm- to cm-scale bedding occasional dm- 16-May-13 8:18:51 AM Page 8 of 22

(m) (m) Lithology Sample # Length 50 scale greywacke beds. 1-5% quartz/carbonate veining throughout. Weakly to moderately foliated dominantly in the mud rich beds. Local trace pyrite in fractures and fabric planes. Lower contact is sharp 177.40-177.41 YD3 55 graded bedding indicates younging downhole 177.41-177.42 BD 55 185.55-185.60 LC 50 sharp lower contact. 185.60 190.95 1a light-grey, medium-grained, silicified greywacke. Fractured rubbly sections throughout. Trace veinlets throughout, trace pyrite in fractures. Sharp lower contact. 188.50-188.55 FOL 25 weakly to moderately foliated 190.90-190.95 LC 40 sharp lower contact. 190.50-190.65 50-75 Qtz/Carb Patchy to massive glassy quartz with 5% calcite along rims and in fractures. 190.95 195.20 1c Interbedded greywacke; siltstone; mu medium to dark grey, well bedded with 30-40% mud beds. Bedding cm-scale locally foliated. Local brecciation with carbonate veinlets occurs, with a few faults. Trace py occurs along fractures and in fabric planes. Lower contact is gradational. 16-May-13 8:18:51 AM Page 9 of 22

(m) (m) Lithology Sample # Length 50 191.15-191.16 YD3 40 graded bedding indicates younging downhole 191.16-191.17 BD 40 191.20-191.25 FLT 40 series of thin gouge filled fault planes parallel to bedding 191.30-191.40 BX small zone of weak brecciation 192.40-192.65 BX small zone of weak brecciation 194.80-195.05 FLT section with multiple narrow fault filled with fault gouge. 195.15-195.20 LC gradational lower contact. 195.20 207.70 1a 13GR6951 206.20 207.70 1.50 - - - - - Light grey, massive, medium- to coarse-grained with <5% wisps of mud. Locally brecciated by white/pink carbonate veinlets. Small fault zone at 207m. Lower contact is sharp but irregular marked by a large quartz vein. 199.40-200.45 BX Minor brecciation due to pink/white calcite veinlets. 207.00-207.30 FLT 50 fault zone with ~15% gouge, and 20-30% quartz 207.65-207.70 LC Sharp but irregular lower contact 198.60-198.75 50-75 Qtz/Carb Patchy to massive, glassy quartz with minor calcite along rims and fractures. 199.40-200.45 10-20 Carbonate white/pink calcite weakly brecciating host. 200.45-207.00 1-5 Carbonate small white/pink carbonate veinlets fracturing unit throughout. 16-May-13 8:18:51 AM Page 10 of 22

(m) (m) Lithology Sample # Length 50 207.00-207.30 30-40 Qtz/Carb Broken glassy to smokey quartz veins in fault zone with minor calcite. 207.30-207.70 20-30 Qtz/Carb glassy to smokey quartz with minor calcite 207.70 208.45 5 Quartz veins 13GR6952 207.70 208.45 0.75 - - - - - Glassy to smokey quartz with 10-20% very large ankerite (white/yellow, reacts very weakly with acid when powdered), trace-1% aspy strongly associated with ankerite. Sharp but irregular contacts. 207.70 208.45 0.1/Ri / 0.5/C m G / / / / 208.40-208.45 LC sharp but irregular lower contact Coarse-grained, euhedral arsenopyrite occuring in a large quartz vein strongly associated with large coarse-grained ankerite crystals. Fine-grained trace pyrite along the contacts of the vein. 207.70-208.45 100 Qtz/Carb Glassy to smokey quartz with 10-20% very large ankerite (white/yellow, reacts very weakly with acid when powdered), trace-1% aspy strongly associated with ankerite. Sharp but irregular contacts 208.45 243.75 1c Interbedded greywacke; siltstone; mu 13GR6953 208.45 209.95 1.50 - - - - - Light to medium grey, well bedded cm- to dm-scale, ~10-15% muddy beds. Locally weakly foliated. Locally veined, tr py in fractures. Lower contact is gradational. 13GR6954 237.00 238.00 1.00 - - - - - 13GR6955 238.00 239.50 1.50 - - - - - 13GR6956 239.50 241.00 1.50 - - - - - 13GR6957 241.00 242.50 1.50 - - - - - 13GR6958 242.50 243.75 1.25 - - - - - 16-May-13 8:18:51 AM Page 11 of 22

(m) (m) Lithology Sample # Length 50 208.70-208.75 BD 45 215.25-215.30 BD 45 215.30-215.35 FOL 25 very weakly foliated 224.35-224.40 BD 50 224.40-224.45 YD3 50 graded bedding indicates younging downhole 224.45-224.50 FOL 25 very weakly foliated. 233.40-233.45 BD 40 240.75-240.80 YD3 45 graded bedding indicates younging downhole 240.80-240.85 BD 45 240.85-240.90 FOL 20 weakly foliated (can't see saddles) 243.70-243.75 LC gradational lower contact. 209.05-209.20 20-30 30 Qtz/Carb glassy to milky quartz with 10% calcite along fractures associated with ~1% pyrite. 221.20-221.30 20-30 Qtz glassy to milky quartz 221.75-221.95 50-75 Qtz Low angle to core axis, slightly undulating ~ 3cm wide. Trace carbonate along fractures 226.70-227.05 40-50 Qtz Low angle to core axis, undulating ~2cm wide, 5-10% epidote. 236.35-236.65 10-20 Qtz Glassy quartz with minor epidote, one vein but possibly folded? Not a consistent orientation. 243.75 244.85 2da Sulfide bearing silicate iron formation 13GR6959 243.75 244.25 0.50 - - - - - (UIF) Dark green, strongly chlorite altered. Contains a quartz vein with 10-20% py + aspy + po. 244.7-244.8m - 3 flecks/specks of VG associated with spotty carbonate alteration. Lower contact is gradational where quartz vein is in irregular contact and contact is masked by carbonate alteration. Alteration Maj.: SIL CHL GRU ACT GRA GAR HEM Comment 243.75 244.85 P I Strong to intense chlorite alteration throughout. Moderate spotty carbonate alteration from 244.7m near a vein. 13GR6961 244.25 244.85 0.60 - - - - - 16-May-13 8:18:51 AM Page 12 of 22

(m) (m) Lithology Sample # Length 50 243.90 244.20 15/F 0.5/F 0.5/F / / / / Quartz veining with fine-grained pyrite and aspy throughout, local trace po. 244.70 244.80 / / / / / / / 3 Large flecks/specks of VG in chlorite, associated with minor carbonate alteration near vein. 244.80-244.85 LC gradational lower contact 243.90-244.20 75-99 40 Qtz/Carb smokey quartz with 5-10% calcite, strongly sulphidized. 244.85 246.50 5 Quartz veins 13GR6963 244.85 245.70 0.85 - - - - - White to glassy quartz with trace carbonate. Contains 5-10% large patches of strong chlorite (likely inclusions of host) with aspy and po associated. Sharp but irregular contacts. Alteration Maj.: SIL CHL GRU ACT GRA GAR HEM Comment 244.85 246.50 PCH S Patches of strong to intense chlorite in qua vein, likely inclusions from host rock. 244.85 246.50 / 0.2/F 0.5/C G / / / / Coarse-grained, euhedral aspy locally contained within chlorite inclusions in quartz vein as well as minor po in fractures in chlorite and vein. 246.45-246.50 LC sharp but irregular lower contact. 244.85-246.50 75-99 Qtz White to glassy quartz with trace carbonate. Contains 5-10% large patches of strong chlorite (likely inclusions of host) with aspy and po associated. Sharp but irregular contacts. 13GR6964 245.70 246.50 0.80 - - - - - 16-May-13 8:18:51 AM Page 13 of 22

(m) (m) Lithology Sample # Length 50 246.50 249.25 2d Silicate iron formation 13GR6966 246.50 247.50 1.00 - - - - - (UIF) Green-grey, moderately to well bedded cm-scale; with 20-30% clastics, 5-10% chert and trace magnetite beds. Minor quartz veining and 1-2% po + aspy. With a minor mudstone unit at the bottom. Lower contact is sharp. --- KP samples (248.2-248.55m, 248.8-249.1) 246.50 248.60 / 0.8/F 0.2/F / / / / Medium-grained euhedral arsenopyrite along fractures proximal to quartz veining. Fine-grained pyrrhotite strongly filling fractures proximal to quartz veining as well as locally disseminated in unit. 247.20-247.25 BD 45 248.55-248.60 LC 50 sharp lower contact 246.80-247.00 75-99 Qtz Sharp but irregular contact, white to smokey quartz with trace carbonate along margins and in fractures. No apparent mineralization associated with his vein. 247.80-247.95 30-40 Qtz/Carb white to greenish, recrystallized quartz vein with ~20% calcite in veinlets and patches. Vein contains po filled fractures and is associated with a concentration of aspy and po in fractures and host proximal to vein. Minor Interval: 248.60 249.25 3c Massive mudstone; argillite Dark grey to black, fine-grained, massive. Sharp contacts. 13GR6967 247.50 248.20 0.70 - - - - - 13GR6968 248.20 248.45 0.25 - - - - - 13GR6969 248.45 248.80 0.35 - - - - - 13GR6970 248.80 249.10 0.30 - - - - - 16-May-13 8:18:51 AM Page 14 of 22

(m) (m) Lithology Sample # Length 249.25 256.35 2c Oxide Iron formation 13GR6971 249.10 249.70 0.60 - - - - - Dark green/grey, well bedded mm- to cm-scale with dm-scale greywacke beds. Trace po locally replacing magnetite. units make up about 20-30% of the zone with sharp contacts parallel to bedding. Locally veined with one vein rimmed by po and aspy. Sharp lower contact. --- KP Samples (253.75-254m) 249.25 256.35 / 0.5/DI S 0.1/F / / / / Local fine-grained po disseminated in IF units. Coarse-grained aspy strongly associated with fractures and rimming of a carbonate/qtz vein. 50 13GR6972 249.70 250.70 1.00 - - - - - 13GR6973 250.70 251.70 1.00 - - - - - 13GR6974 251.70 252.80 1.10 - - - - - 13GR6975 252.80 253.75 0.95 - - - - - 13GR6976 253.75 254.00 0.25 - - - - - 13GR6977 254.00 254.80 0.80 - - - - - 13GR6978 254.80 255.30 0.50 - - - - - 13GR6979 255.30 256.35 1.05 - - - - - 249.55-249.60 UC 50 sharp upper contact of minor unit 249.65-249.70 LC 50 sharp lower contact of minor unit 250.35-250.40 BD 40 252.80-252.85 UC 50 sharp upper contact of minor unit 252.85-252.90 FOL 30 weakly foliated 253.35-253.40 LC 45 sharp lower contact of minor unit 254.30-254.35 UC 35 sharp upper contact of minor unit 254.75-254.80 LC 50 sharp lower contact of minor unit 255.10-255.15 UC 40 sharp upper contact of minor unit 255.25-255.30 LC 40 sharp lower contact of minor unit 256.30-256.35 LC 40 sharp lower contact 256.15-256.30 75-99 25 Qtz white to glassy, recrystallized quartz. 256.30-256.35 50-75 Carb/Qtz white calcite with 40% glassy quartz, rimmed by po and c.g. Aspy. Minor Interval: 249.55 249.70 3c Massive mudstone; argillite Dark grey to black, massive, fine-grained. Sharp contacts 16-May-13 8:18:51 AM Page 15 of 22

(m) (m) Lithology Sample # Length 50 252.80 253.40 1a 254.30 254.80 1a 255.10 255.30 1a Dark grey, medium-grained, massive. Sharp contacts Dark grey, medium-grained, massive. Sharp contacts Dark grey, medium-grained, massive. Sharp contacts. (Middle Mudstone) 256.35 260.55 2d Silicate iron formation 13GR6981 256.35 257.15 0.80 - - - - - Dark green/white/grey, interbedded silicate iron formation with many greywacke units. No bedding present in silicate iron formation, contacts with greywacke minor units are sharp and mostly parallel to each other. Trace po is located throughout the IF units. SIF is weakly to moderately chlorite altered. One larger quartz vein occurs with few small veinlets. Lower contact is sharp. Alteration Maj.: SIL CHL GRU ACT GRA GAR HEM Comment 257.15 257.55 P WM weakly to moderately chloritized 257.85 258.30 PCH M 20% patches of chlorite in quartz vein 258.85 259.05 P W weakly chloritized 259.20 259.65 P WM weakly to moderately chloritized 259.85 260.10 P W weakly chloritized 257.15 257.55 / 0.2/DI / / / / / S 258.85 259.05 / 0.2/DI / / / / / S 259.20 259.65 / 0.2/DI / / / / / S 259.85 260.10 / 0.2/DI / / / / / S 260.30 260.55 / 0.2/DI S / / / / / 257.10-257.15 LC 35 lower contact of minor unit 13GR6982 257.15 257.85 0.70 - - - - - 13GR6983 257.85 258.85 1.00 - - - - - 13GR6984 258.85 259.65 0.80 - - - - - 13GR6986 259.65 260.55 0.90 - - - - - 16-May-13 8:18:51 AM Page 16 of 22

(m) (m) Lithology Sample # Length 50 257.55-257.60 UC 30 upper contact of minor unit 258.80-258.85 LC 35 lower contact of minor unit 259.05-259.10 UC 40 upper contact of minor unit 259.15-259.20 LC 40 lower contact of minor unit 259.65-259.70 UC 40 upper contact of minor unit 259.80-259.85 LC gradational lower contact 260.15-260.20 UC 40 upper contact of minor unit 260.20-260.25 BD 40 260.25-260.30 LC 40 lower contact of minor unit 260.50-260.55 LC 35 lower contact 257.85-258.30 75-99 Qtz white to glassy quartz vein with 20-30% patches of chlorite. Contacts are sharp but irregular. Minor Interval: 256.35 257.15 1a 257.55 257.85 1a 257.85 258.30 5 258.30 258.85 1a 259.05 259.20 1a 259.65 259.85 1a 260.10 260.30 1a Dark grey, massive, medium-grained. Dark grey, medium-grained, massive. Quartz veins White to glassy quartz with ~20% chlorite. Dark grey, massive, medium-grained. Dark grey, medium-grained, massive. Dark grey, medium-grained, massive. Dark grey, medium-grained, massive. 16-May-13 8:18:51 AM Page 17 of 22

(m) (m) Lithology Sample # Length 50 260.55 305.35 1c Interbedded greywacke; siltstone; mu 13GR6987 260.55 262.00 1.45 - - - - - Dark grey to black, well bedded, mm- to dm-scale. Up to 70% bedded mud. Strongly to intensely foliated with a moderate to strong crenulation often obscuring bedding. 10-20% carbonate veinlets occur throughout, dominantly parallel to bedding. Lower contact is gradational. --- KP UCS sample (289.8-290.1m) 13GR6988 262.00 263.50 1.50 - - - - - 13GR6989 263.50 265.00 1.50 - - - - - 13GR6990 265.00 266.50 1.50 - - - - - 13GR6991 304.00 305.35 1.35 - - - - - 263.05-263.10 BD 30 263.30-263.35 CRN 45 weakly to moderately crenulated 263.35-263.40 FOL 15 strongly foliated. 271.20-271.25 BD 25 Can't see bedding, measured off veinlets observed to be bedding parallel in unit 272.25-272.30 FOL 40 intensely foliated 272.30-272.35 CRN 35 strongly crenulated 280.50-280.55 BD 50 281.20-281.25 FOL 25 intensely foliated (can't see bedding) 281.25-281.30 CRN 60 strongly crenulated 290.30-290.35 FOL 30 intensely foliated (can't see bedding) 298.15-298.20 BD 55 298.20-298.25 FOL 20 strongly foliated 298.25-298.30 CRN 40 weakly crenulated 305.20-305.25 BD 45 305.25-305.30 FOL 25 strongly foliated 305.30-305.35 LC gradational lower contact 16-May-13 8:18:51 AM Page 18 of 22

(m) (m) Lithology Sample # Length 305.35 308.75 3a Phyllitic mudstone 13GR6992 305.35 306.15 0.80 - - - - - Dark grey to black, strongly foliated, weakly to moderately crenulated. Two small shears filled with chlorite-carbonate and fragments of mud. Lower contact is sharp. --- KP UCS sample (306.15-306.3m). 50 13GR6993 306.15 306.30 0.15 - - - - - 13GR6994 306.30 307.40 1.10 - - - - - 13GR6995 307.40 308.75 1.35 - - - - - 305.40-305.45 CRN 55 weakly crenulated 305.45-305.50 FOL 25 strongly foliated 307.40-307.50 SHR 40 4-5cm wide shear filled with fine-grained chloritecarbonate and mm- to cm-scale angular mud fragments. 307.85-308.25 SHR 15 ~3cm wide shear filled with fine-grained chlorite and carbonate with 5% angular mm- to cm-scale mud fragments. 308.70-308.75 LC 30 sharp lower contact 308.75 309.80 2d Silicate iron formation 13GR6996 308.75 309.80 1.05 - - - - - Dark green, intensely chlorite altered. Unit begins with a larger quartz vein. 1-2% po with trace aspy disseminated throughout 2d. Lower contact is gradational. Alteration Maj.: SIL CHL GRU ACT GRA GAR HEM Comment 309.10 309.80 P I Intensely chlorite altered throughout 309.10 309.80 / 1/DIS 0.1/C / / / / Few crystals of aspy, no apparent G association. Fine-grained disseminated po throughout. 309.75-309.80 LC gradational contact 16-May-13 8:18:51 AM Page 19 of 22

(m) (m) Lithology Sample # Length 50 308.75-309.10 75-99 30 Qtz White to glassy quartz with trace carbonate along fractures. 309.80 311.30 1c Interbedded greywacke; siltstone; mu 13GR6997 309.80 311.30 1.50 - - - - - Medium-grey, well bedded mm- to cm-scale, little to no mud. Locally chlorite altered proximal to a vein. Lower contact is gradational. Alteration Maj.: SIL CHL GRU ACT GRA GAR HEM Comment 310.05 310.30 HL MS Chlorite alteration proximal to vein. 310.50-310.55 BD 50 311.25-311.30 LC gradational contact 310.20-310.25 75-99 25 Qtz White quartz with trace carbonate in fractures. Angle is approximate, contact is slightly irregular. Clear chlorite alteration halo. 311.30 320.15 2c Oxide Iron formation 13GR6998 311.30 312.30 1.00 - - - - - Top of unit is slightly sheared and chlorite altered. Light-medium grey/green, mm- to cm-scale bedded throughout. ~5-10% chert, 30-40% magnetite beds. Weakly grunerite altered throughout with one small zone slightly fractured with amphibole alteration present. Trace po + aspy. Lower contact is sharp. Alteration Maj.: SIL CHL GRU ACT GRA GAR HEM Comment 311.30 312.80 PCH WM Local alteration consisting of patches of fin crystalline calcite, fine-grained chlorite localized to Fe-rich beds and acicular to radiating amphiboles very locally. 312.80 318.25 P W weakly grunerite altered throughout 13GR6999 312.30 313.30 1.00 - - - - - 13GR7001 313.30 314.25 0.95 - - - - - 13GR7002 314.25 314.45 0.20 - - - - - 13GR7003 314.45 315.50 1.05 - - - - - 13GR7004 315.50 316.50 1.00 - - - - - 13GR7006 316.50 317.50 1.00 - - - - - 16-May-13 8:18:51 AM Page 20 of 22

(m) (m) Lithology Sample # Length 318.25 318.80 Moderately amphibole altered consisting o pale green acicular to radiating crystals of amphibole. Possibly replaced by carbonate although no reaction with acid. Zone is weakly fractured throughout, possible caus of alteration (?) 318.80 320.15 P W weakly grunerite altered throughout. 311.30 320.15 / 0.2/DI S 0.1/C G / / / / Few grains found of medium- to coarsegrained aspy, no apparent association with fractures/veins etc. Fine-grained po locally disseminated in magnetite beds. 311.30-311.60 SHR Possible shear zone filled with 40-50% quartz, 10-20% calcite and 5% chlorite 311.65-311.70 FLT 55 small mm-scale fault filled with fault gouge 313.65-313.70 BD 35 319.60-319.65 BD 40 320.10-320.15 LC 45 sharp lower contact. 311.30-311.60 50-75 Qtz/Carb Quartz-carbonate filling possible shear zone. 312.50-312.60 40-50 Qtz patchy quartz with chlorite alteration halos. 50 13GR7007 317.50 318.50 1.00 - - - - - 13GR7008 318.50 319.50 1.00 - - - - - 13GR7009 319.50 320.15 0.65 - - - - - 320.15 345.30 1c Interbedded greywacke; siltstone; mu 13GR7010 320.15 321.50 1.35 - - - - - Light to dark grey, fine- to very-coarse grained. Dominantly greywacke with up to 30% mudstone locally. Trace py in fractures. Quartz veinlets (<cm-scale) occur at variable angles to core axis throughout although often parallel to bedding. Strength of fabric is dependant on mud content. --- K.P. UCS Sample (330.9-331.15m) EOH = 345.3m 13GR7011 321.50 323.00 1.50 - - - - - 13GR7012 323.00 324.50 1.50 - - - - - 13GR7013 324.50 326.00 1.50 - - - - - 16-May-13 8:18:52 AM Page 21 of 22

(m) (m) Lithology Sample # Length 50 323.25-323.30 YU2 35 graded bedding indicates younging uphole 323.30-323.35 BD 35 326.70-326.75 FOL 25 weakly foliated 333.20-333.25 BD 35 339.65-339.70 BD 35 339.70-339.75 FOL 20 strongly foliated 16-May-13 8:18:52 AM Page 22 of 22