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2008 Mobile Metal Ions Process Geochemical Survey
Kirana Property (Mallard Lake Mine Region)
BERNHARDT, MORRISETTE, TECK & LEBEL TOWNSHIPS
LARDER LAKE MINING DIVISION
February 8, 2009
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NORTHERN G 0 l 0 . '. NO '"
RECEIVED MAR 03 ZOog
GEOSCIENCE ASSESSMENT OFFICE
Kirana MMI - 2
Table of Contents
List of Illustrations 3
Introduction 4
Purpose and Logic 8
Property History 8
Rect~nt Work 11
Property Description 11 Geography 11 Regional Geology 11 Property Geology 12
Soil Sampling Procedure 15
Assay Method 15
MMITheory 16
Results 17
Recommendations 19
References 20
Certificate of Author 22
Appendix 23
List of Illustrations
Map # 1 - Map of Claim Contiguity and Claims Worked
Map #2 - General Location Map
Map #3 - Claim Access
Map #4 - Regional Geology
Map #5 - Property Geology
Fig # 1 - MMI Theory
Kirana MMI - 3
5
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Introduction
Between October 16th and October 20th, 2008 Northern Gold Mining Inc.
conducted a MMI (Mobile Metal Ion) soil geochemical survey; this was done on a portion their Kirana property in Morrisette Townships, northeastern Ontario. The Kirana Property consists of 57 unpatented mining claims and 4 patented mining claims~ this totals 150 claim units. The Kirana property includes claims under option to Northern Gold Mining Inc as well as claims held 100% by Northern Gold Mining. A consortium of prospectors optioned the claims to Northern Gold Mining in 2007~ the consortium is comprised ofT. O'Connor, M. Sutton, R. Harvey and T. Link The claim numbers on which work was performed are listed below (see map #1):
823113 (1 claim unit) 823114 (1 claim unit) 823115 (1 claim unit) 823116 (1 claim unit) 802838 (1 claim unit)
3011753 (1 claim unit) 1013305 (1 claim unit) 802843 (1 claim unit) 802842 (1 claim unit) 802835 (1 claim unit)
The property is located in the Larder Lake mining division, northeastern Ontario, 5 Km north of the town of Kirkland Lake (see map #2), The western portion of the property is accessible by heading north from Kirkland Lake on Goodfish Rd; from this point access was gained via several bush roads which are shown on map #2. The eastern portion of the property was accessed by traveling east from Kirkland Lake on Hwy 66. From the highway two roads lead north into the claim group as shown on map #3; one road is located across from Gull Lake and leads north to the Mallard Lake showing, a second access road leads north from Craig St. in the village of King Kirkland. Northern Gold Mining Inc cut 92 km of line grid on the Kirana property which was used for access and points of reference for this survey.
Hydro electric power, road and rail transportation are readily available and a skilled labour force with all necessary facilities can be found in the nearby Town of Kirkland Lake.
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Map#l - Claim Contiguity and Claims Worked
MALLARD LAKE WORKED CLAIMS
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BERNHARDT, MORRISETTE, TECK. and LEBEL Townships
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Map#2 - General Location Map
-KIRANA PROPERTY ~
Kirana MMI - 6
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Map #3 - Property Access
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PROPERTY ACCESS
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BERNHARDT, MORRISETIE. TECK, and LEBEL Townships
LEGEND
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Kirana MMI 8
Purpose and Logic
The Mobile Metal Ion geochemical survey is designed to delineate buried ore bodies. The current survey is centered around the historical Mallard Lake Gold mine in the eastern portion of the Kirana property (see map #5). The Mallard Lake Gold mine has high tenor silver, gold, lead and zinc mineralization. The mineralized vein is only exposed for a short distance before it dives beneath substantial overburden. Most of the region surrounding the vein is covered in overburden. The purpose of the MMI survey is to identify additional mineralized veins and or the continuation of the Mallard Lake vein which may be buried under overburden. The MMI survey has been tailored to target the type of mineralization found at the Mallard Lake gold mine.
Property History
A report written in 1916 titled "Goodfish Lake Gold Area" by A. G. Burrows and P.E. Hopkins gives the earliest accounts of gold prospecting in the vicinity of the Kirana property. According to Burrows and Hopkins the first gold discovery was made in the summer of 1912 on claim number L 2194, which later became the Goodfish Mine (not held by Northern Gold Mining). In 1915 significant prospecting was done in the vicinity of Goodfish Lake, with several gold discoveries; some of the gold showings are located on claims adjacent to the Kirana property claim L-2194 which were later amalgamated as the Goodfish mines. Another gold showing was found on the south shore of Goodfish Lake which later became the Kirana Gold Mine (not held by Northern Gold Mining). Northern Gold Mining's Kirana property surrounds both the Goodfish Mine and the Kirana Mine. Since 1916 significant exploration has occurred on the Kirana property by private prospectors and mining companies. An outline of previous work and gold discoveries are listed chronologically below:
1918 Fidelity Gold Mines
Sunk a 140 ft inclined shaft on a gold mineralized vein on current mining patent # L-2845. The shaft was deepened to 300 ft with 747 ft of lateral development in 1920. The grades of mineralization were not published but it was reported that the mineralized vein widened to 7 ft at a depth of 140 ft.
1935 Mallard Lake Gold Mines
Completed work on current claims #3011753 and #823115. Work was done to follow up on a silver, lead, copper, gold and barite showing; they drilled 5 holes to intersect the vein at depths up to 115 ft below the shaft; assays from this drilling
Kirana MMI - 9
were not significant and averaged less than 0.01 oz/ton Au, 2.57 oz/ton Ag, with minor amounts of lead and copper. Mallard Lake gold mines also discovered a gossan zone south of Morrisette Lake; this gossan zone was exposed for a width of 7-8 ft and followed along strike for 200 ft. One pit along this gossan assayed up to 0.45% Cu, however diamond drilling across this zone at 115 ft depth showed only 0.04% eu across 12 ft.
1936 Kirgood Gold Mines
Held a claim block in north Lebel Township which covered part of the Murdoch Creek fault. They sunk a 40 ft shaft along the Murdoch Creek fault and drilled four holes into this structure. The structure was intersected at depths up to 300 ft. The only gold values occurred in drill hole #4 which intersected 0.350z/ton over 1 ft and a second intersection of 0.3 50z/ton over 1 ft. Both of which occurred in a mineralized syenite unit with quartz fracturing.
1974-1981 Haas Warner Mining Ltd
Held a large group of claims covering the western portion of the Kirana property. This also includes the Kirana mine which in 1974 was the subject of an engineering report; this report outlined a 50,000 ton resource of unlisted grade at the Kirana mine. A stripping program was done on claim# 1186591 with no results listed. They completed three drill holes totaling 380m on current claim # 1186591; no assays are listed for the holes; although it has been reported that 79-1 intersected good gold values.
1980 Rosario Resources
Completed a geological and geophysical survey and drilled 4 holes on the eastern portion of the property. Several conductors were outlined by the VLF survey. These conductors were then tested with four drill holes; mineralization in these holes was negligible.
1985 Lac Minerals
Completed a mag survey over 8 claims in Morrisette Township. Drilled one 170m hole on claim# 1048775. No assays were reported.
1986-1996 T. Link
Held the claim group covering the eastern portion of the Kirana property, and has since optioned the property to Northern Gold Mining. Drilled 5 holes totaling 669.3m on claim# 802838; these holes intersected a mineralized sedimentary unit
Kirana MMI 10
with gold assays up to 0.050z/ton over 20 ft. Completed power stripping on the same claim and found gold mineralization up to 883ppb over 3 ft. Completed a VLF-EM survey over the same claim but it failed to delineate the gold zone. Then drilled 2 holes totaling 614.5m on claim# 823114 which intersected minor pyrite and chalcopyrite mineralization but negligible gold. Drilled one 295.7m hole across claims #802834 and 802835 which intersected a pyritic sedimentary unit with negligible gold. Drilled an additional 3 holes on claim# 802838 in 1996; one of which intersected gold mineralization occurring as quartz stringers in a cg mafic unit~ one assay from this zone was 234g/t over a 2 ft interval with additional assays being 5.5g/t over 2 ft and another interval assayed 3.8g/t over 5 ft.
1987-1998 F.T. O'Connor
Held claim block covering Goodfish Lake and some of the surrounding lands. Completed a ground magnetic and VLF-EM survey over most of Goodfish Lake. Four conductors were found but were never drill tested. A Geological report was conducted over several claims in 1987; the only sample of significance from this report was on claim L-2845 which was 2lg/t and presumably from the Fidelity mine. In 1998 a mechanical stripping was completed north of Goodfish Lake; some significant values were found, the best being 3.4g/t over 2.0m. Conducted a small IP survey over the same property and drilled two holes to test the targets; the best intersection was 2.1g/t over 4.1 ft.
1987 - 1990 Minnova Inc.
Held a large claim group which covers the current Northern Gold claims 1211525, 1211524, 1199683,4220048,3010044,3010041,3010043, 1186591,L2200and L220 1. They also held the claims which cover the Kirana mine. They completed a considerable amount of exploration with the objective of finding the continuation of the "Kirana Break" a known gold bearing structure. The work which was completed includes geological mapping, geophysical surveys, mechanical powerstripping and channel sampling, they also drilled 14 diamond drill holes, 7 of which were drilled on Northern Gold's Kirana property; the best assays from this drilling was in KIR-5 which intersected 6.8g/t Au over 0.5m on claim #1186591.
1999 Medici Minerals
Held a block of claims covering some of the eastern claims on the Kirana property Drilled two holes on claim # 802834; one hole M-99-01 intersected 18.7g/t Au over l.05m as well as 0.45% Cu over a O.7m interval.
2003 M. Sutton
Kirana MMI - 11
Completed work on claim # 1186591 which has since been optioned to Northern Gold Mining. Drilled one hole to follow up on previous gold intersections on property. The hole intersected a quartz ankerite vein carrying molybdenite, pyrite and gold; the assay from this vein across 1.1 ft was 47.0g/t Au.
Recent Work
Northern Gold Mining Inc. acquired the current claim group in 2007. Since that time they have completed a small powerstripping program on claim# 802838 in 2007. In 2008 two diamond drill holes were drilled on claim # 118591. 92 km of lines were cut which was used for access and points of reference for the MMI survey.
Geography
Physiography: The project area lies within the central Canadian Shield in the central Abitibi geologic subprovince. The region can be generalized as being in the boreal climactic region, characteristically covered by forest, swamps and lakes with relatively little relief.
Relief on the Kirana property is less than 35m. The western portion of the claim group has moderate bedrock exposure and generally thin overburden. The eastern portion of the claim group is covered by esker sand deposits. Outcrop exposure in the western portion is about 20%; in the eastern portion however outcrop is scarce. Generally the property can be characterized by scattered outcrops and overburden thicknesses of less than 10m. The overburden is comprised of glaciofluvial and proglaciallacustrine sediments: primarily sand and but locally cobble and boulder sized clasts.
Climate: The climatic conditions are typical for the central Canadian Shield with short, mild summers and long, cold winters. Mean temperatures range from -1 TC (O°F) in January, to 18°C (64°F) in July, and mean annual precipitation throughout the region ranges from 812 to 876 mm (32-35 inches).
Geology
Regional Geology: The Kirana property lies in the Superior Geological province and the Abitibi subprovince. The Abitibi subprovince is an 800 by 300 kilometer area underlain by granite greenstone stratigraphy of Archean age (see map #4). In the Archean of northern Ontario, the supracrustal rocks are divided into rock
Kirana MMI 12
packages based on their composition, morphology and geographic distribution. Individual "assemblages" consist of stratified volcanic and/or sedimentary rock units built during a discrete interval of time in a common depositional or volcanic setting. According to R. Rupert and H. Lovell the geology in the project area from oldest to youngest is comprised of Keewatin type mafic and felsic volcanic flows, Keewatin or Laurentian age early felsic intrusive rocks, Keewatin or Timiskaming metasediments, Haileyburian type mafic and ultramafic intrusive rocks, Algoman age late felsic intrusive rocks, finally late mafic intrusive rocks. Several of these rock types were found to occur on the Kirana property although Keewatin metavolcanics appear to be the dominant rock type.
Property Geology: The Kirana property is comprised entirely of Archean age rocks and quaternary sediments. The property covers parts of Bernhardt, Morrisette, Lebel and Teck townships. Bernhardt and Morrisette were mapped at a scale of 1 Inch to 1;2 Mile by R. Rupert and H. Lovell in 1967; this was then followed by Geological Report 84 by the same authors in 1970 .. A small portion of the property is in Teck Township which was last mapped in 1945 by Thomson, Hopkins, Gerrie and Maclean; this is published as map# 1945-1.
The dominant rock types are Keewatin mafic metavolcanics and Keewatin or Laurentian age early felsic intrusive rocks. The Keewatin mafic metavolcanics were found to occur in three distinct phases; these are textural differences, the first of which is a variolitic texture, the other a flow top brecciated texture. The Keewatin meta volcanics are intruded by masses of quartz feldspar porphyry which is probably Keewatin or Laurentian. The property geology is shown in map #5.
The MMI survey was only completed on a portion of the Kirana property and was centered around a silver, gold, lead, zinc showing; this is the Mallard Lake gold mine. A brief outline of the history and geology of the Mallard Lake mine based on a mechanical stripping conducted in 2008 is below:
History: The Mallard Lake showing occurs on mining claim # 3011753. Originally a silver prospect, a shaft was sunk 62 ft on a north striking quartz-barite vein. The shaft is at the location (E-577779 N-5338357). Rich mineralization was found down the shaft, channel samples cut in the shaft averaged 0.350z/ton Au, 10.80z/ton Ag, 9.14% Pb and less than 1 % eu over widths of 2-3 ft. Initial prospecting and mapping located the old shaft and samples from the rock dump confirmed the high tenor mineralization.
Geology: A braided quartz vein system up to 30cm in width strikes due north from the shaft; the shaft is sunk along the contact of an east-west quartz porphyry body and mafic volcanic rock. Several shear zones were noted but did not appear to control the mineralization. The quartz vein system pinches out 20 ft north of the shaft when it encounters a bedded chert unit; the vein is continuous southward and cuts the porphyry body. High tenor silver and lead mineralization is found along
Kirana MMI - 13
the vein. A larger quartz barite vein occurs 10m east of the shaft which runs subparallel to the main vein; this vein reaches widths up to 3m although it very rarely shows mineralization .
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KIRANA PROPEFrrY J. .
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A Map #4 - Regional Geology of the Kirana Claims
Proieromic Cover
Gra nilic Terrain
_ Archean Sedimentary
Archean Volcanic
- - Regional Structures
- - Faull 'X Mining Camp
Map #5 - Kirana Property Geology (Modified from Rupert&Lovell 1967 , Maclean&Hogg 1945, and Thomson 1945)
GEOLOGY OF THE
KIRANA PROPERTY
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B Prop<my BoundaIy
Kirana M\11 15
Soil Sampling Procedure
A total of 205 soil samples were collected from the above mentioned claim block. An additional 7 samples were taken to test the reproducibility of the results from the first set of samples. The samples were from the eastern portion of the Kirana grid and centered around the Mallard Lake showing. The grid line spacing was 100m. A 25m spacing between samples was appropriate for the type of mineralization sought in this program. Soil sampling was done in accordance with SGS MMI sampling procedures for Boreal Climactic Zones which is briefly described as such: Using a spade the organic layer is removed, then the spade is sunk to a depth of 25cm into the substrate and removed with sample, the top 10cm is discarded and remainder is taken as the sample. When taking the sample the type of substrate was also noted, this included sands, soils, clays and black muck; several locations did not have proper substrate for MMI sampling, primarily in very swampy terrain or where no overburden existed (bedrock). GPS was used to establish definitive sample locations and recorded in a database in UTM coordinates; this database also contains the corresponding line grid location for each sample.
Assay Method
The 205 samples were sent to XRAL Laboratories (A Division of SGS Canada Inc.) in Toronto, Ontario for analysis. The method used was the Mobile Metal [on Process developed by Wamtech. The Mobile Metal Ions Process uses a weak partial extraction scheme to improve the conventional geochemical response over buried ore deposits.
The anomalies are sharply bounded and in most cases directly overlie and define the extent of the surface projection of buried primary mineralized zones. (see Fig #1). Multi-component extractants are used and metals are determined by ICPlMS (Inductive Coupled Plasma Spectroscopy) in the parts per billion range.
The MMI analysis currently offers eight element MMI digestions. The elements chosen for MMI analysis on this program was Au, Ag, Ni, Zn, Cu, Pb, Pd, Ba.
Mobile MefLj IonS I~ a IIlIl'I1 us9d 10 OOscnbe lOllS v.tJch 11M IIIO\'9d in Ihe W8fC1ering zone and 1haI1I'8 0IYi W!l~ or Ioo5eIi !llaChed 10 SII1ace SOIl p8I1!deS lis e voideli held betef lIIil ~ Mobile Metal IonS are U1r\SpOIt9d from OOe~buned are bodies to Ihe sllface Soer1li51S trom around Ihe WOOj IlIII'8 been SlUd)<irl;l ihs J)henomenon for rnanyY9<1'5
No-one Is CQlffJlelet;Cie(l'on~howlhe metsilOllSrTIIl181e tolhe SII1ace Howewr, reSll8l'ch!lld case sttJdJes !M!riGlol'm or&bodJes IlIII'8 ShOIoiJ IhaI mobIie melal iOllli 8CClI!1IJaIe in SUlfi!C9 sals ~ mmera'i1H, inQcellOglhallhe melsls ere deriVea from Ihe 1Tlnet'81l8lion scuce The dl3!J<rn belOw demonstra!es a I>jpodtSlicaJ model by...tich mobile ioos are releas9d from ore bodes. lTIgru;e WI1IcaIf II1d eo:iI11IAate In SUlface SOIls.
As lhe lOllS reach lie sllface, thB'/ilIlacI1 ~~to fie sOIl palides ~ lI'e Ihe lOllS IhaI ere mea5lfed by Ihe MMI T6{IvII(Jl$1n nd 1T111\lf!l1ab", Ii de\lIllS. Theweal<tl8lllched Ions ere Ii'lel'/Iow contenrwons &ca!;a!he Ions hIM! recerltf snved to !he suface!hey prlMde a preose 'Sip onv.flere Ihe ore.bocie5 11'9
'Mlen the roobIIe metellons IliMI amY9d lithe SUlface \!1eylllll'8 a ki11lted i f6lJme as 'mob! e' IOi1S AI IIie SlIfaC6 \!1e ions are soo,ect to ~ng!lld 118 botIId LP by sal fOO1lrrJ processes ~ e !hey becon1e pan oI lhe soi~ The dag-<rn below demon5llll:es Ills process NOIe I1aI botIId lOllS f\'eIowlll'e SlJbjecI 00 latEirai rnoYefl18rII awat tram file rTIr18!B1zaioo, The mobile lons(blJa), Ilr.rM!vef, ilOnot 111()'11! B'l0jtromlhe soorce (nineraiZlllon) because Iheyh<Ml a Imledife!ime belorelhev are COIMIIted In e boII1d fOlTTl
9i en, meestIlrrJ!he rnobIe met.1ilons iO!he SII1ace SOlIs, Mt.t GeoctierTI~ \'III proob:e vey slerp responses (!IlOIl1SIes) dlr9Cltf r:Nef!he sruee 01 mobole Ions 'l1Is SOllee is orJl.bodles Ii deIlIh. I'bch emit meIal lon;, witch make LP Ills! ore-boo, For 8X!I1llIe a Cu, Pb, Zn base metal OOP0511 \'II I emt (release) OJ, Pb II1d Zn Ions
Fig #1 - Showing the MMI theory from SGS minerals
K.irana MMI - 16
Kirana MMI - 17
Results
The results of the MMI survey have been plotted on maps in the appendix of this report. A brief discussion of each individual element that was analyzed has been given.
Gold: Detection Limit 0.1 ppb
Of the 20S samples that were collected for analysis, Au showed low variability with the exception of one sample; samples ranged from <0.1 to 13.6ppb; of the samples, 36 were at or above the detection limit. Of these however only 1 sample was above O.Sppb which was the sample of 13.6ppb. Since this value is significantly anomalous it was then recommended that the location be resampled to see if the result could be reproduced. The resampling however was unsuccessful and it showed gold values of <0.1 ppb. It is thought that the initial sample may have contained a grain of gold which could have increased the sample response. The other gold values found on the property are not significantly anomalous.
Silver: Detection Limit = 1 ppb
Of the 20S samples collected for analysis Ag showed moderate variability between samples. Silver values on the Kirana property ranged from <1 to 3Sppb; only 79 of the samples had values above the detection limit. The values which are at or above lSppb can be considered anomalous in this case; only 3 samples however were at or above this value. The three samples do not correlate with each other. The only region of anomalous silver values occurs around the highest sample of 3Sppb, this is at the point (E-S7727I , N-S338S18); samples in this region all have values above 10ppb; it is unclear if this is representative of a buried ore body.
Copper: Detection Limit 10ppb
Of the 20S samples collected for analysis Cu showed moderate variability between samples. Copper values on the Kirana property ranged from <1 Oppb to 4190ppb; 200 of the samples were above the detection limit. Only one copper value is highly anomalous which is 4190ppb, this sample occurs at the point (E-S7790S, NS338481). This sample correlates well with several other samples with elevated copper values; these values clearly outline an east-west region of anomalous copper values which extends over 300m. The anomalous region covers a region known for hosting copper mineralization; this is a sedimentary chert unit which contains substantial pyrite, pyrrhotite and chalcopyrite mineralization. A drill hole 100m east of the highly anomalous sample intersected O.4S% Cu over 0.7m when
Kirana MMI - 18
drill through the sedimentary unit; this is drill hole M99-0 1 by Medici minerals. This intersection lies directly beneath two anomalous samples at the location (E-578010, N-5338450). It is thought that the elevated copper values do represent buried mineralization and it is a legitimate anomaly.
Nickel: Detection Limit = 5ppb
Of the 205 samples collected for analysis Nickel showed very little variability. Nickel values on the Kirana property ranged from 7 to 404ppb; these values are not considered to be significantly anomalous. Since there are no known nickel deposits in the area it was expected that nickel values would be low.
Lead: Detection Limit 10ppb
Of the 205 samples collected for analysis Lead showed moderate variability. Lead values on the property ranged from < I 0 to 4580ppb. Five of the samples had values above 1000ppb; due to the high tenor of mineralization at the Mallard Lake mine, up to 25.5% Pb, it is thought that this would produce a very high MMI response. The highest value of 4580ppb is considered to be highly anomalous and is located 250 m north of the Mallard Lake shaft. This anomaly may represent the northern extent of the Mallard Lake vein. Additional high lead values were located just 50m north of the Mallard Lake shaft, which may be related to the mineralization at the shaft. A third region of anomalous lead values occurred on the eastmost grid line 88E; this sample was 3350ppb; follow up reconnaissance was done at this location to see if mineralization was present nearby; no mineralization was found because it was covered in overburden but the soil anomaly was retested; the retested value was significantly lower than the original but still showed anomalous lead values, this value was 990ppb; it is unknown why there: is such a large discrepancy between the original and retest.
Zinc: Detection Limit = 20ppb
Of the 205 samples collected for analysis Zinc showed minor variability in the sample values. The Zinc values ranged from 10 to 2640ppb. There was moderate correlation between the elevated samples. One region of anomalous Zinc mineralization is located around the highest sample of 2640ppb; this is centered around the point (E-577900 N-5338668). This region extents 200m in an east-west direction widens to the east. It is unknown if this represents a buried mineralization as the values are not exceptionally high.
Palladium: Detection Limit 1 ppb
Kirana MMI 19
Of the 205 samples collected for analysis Palladium had only one sample which was above the detection limit. This sample was 18ppb which is considered to be significant; upon resampling of the location however the palladium value was <1 ppb. The original sample is thus thought to be erroneous.
Barium: Detection Limit = 20ppb
Of the 205 samples collected for analysis Barium showed low variability between samples. Barium values ranged from 20 to L800ppb. Since high concentrations of Barite are known to occur on the property (>50% Ba) it would be expected that sample values would be quite high. Only 4 samples had values above 1000ppb; these samples do not correlate with each other. It is unclear if any of these samples indicate barium mineralization.
Resampling:
Two results were considered significant enough that resampling of that location was required. A total of 7 samples were taken for the retest. For sample K -08-110 which had a high gold value, a total of 6 samples were taken within a 10m radius of the original sample, none of these showed high gold values. Sample K -08-108 initially showed a high lead value which was retested at the same location; the retested sample returned moderate lead values.
Recommendations
Several areas have been outlined in this geochemical soil survey which have shown anomalous values. The two most prominent anomalies are listed below: (I)A 300m wide zone of anomalous copper values; this zone is probably related to the pyritic sedimentary rocks, powerstripping may be effective at uncovering this zone. (2)The high lead values found scattered on the property require further investigation; the thicknesses of overburden at these locations are unknown; field investigation techniques can be utilized such as powerstripping and or diamond drilling. The resampling of several locations in this survey proved to be unsuccessful; before further work is completed on these anomalies the MMI results should be tested for reproducibility.
Kirana MMI - 20
References
Burrows, A.G. & Hopkins P.E. 1916. Go04fish Lake Gold Area. Ontario Geological Survey.
Constable, D.W. 1987. Geophysical Reportfor F. T. O'Connor, Good/ish Lake Claims. AFRI# 42AOINE0021
Haas Warner Mining. 1979. Diamond Drill Report 14 Morrisette Township. AFRI# 42AOI NE0006
Hopkins et al. 1923. [map]. Kirkland-Larder Area. Timiskaming District, Ontario. Ontario Geological Survey.
Link, T. 1996. 1996 Report. Morrisette Property. AFRI# 32D04NW0382.
Lovell, H. 1977. Kirana and Fidelity Prospects. Kirkland Lake Property Visit# PV007-1.
1976. Geology of Lebel Township. Ontario Geological Survey.
Pearson, V. 1988. Leve geologique de fa propriete Lebel Cantons de Lebel et de Morrisette Kirkland Lake Ontario. AFRI# 3204NW0185
Maclean, A. & Hogg, N. 1945. [map]. Township of Lebel, Timiskaming District, Ontario. Ontario Geological Survey.
Markov, R.A. 1980. Geophysical and Geological survey ~lMorrisetteLebel-Arnold Townships. AFRI# 32D04NW0043
R.J. Rupert & H.L.Lovell. 1967. [map]. Bernhardt and Morrisette Townships. Timiskaming District. Ontario Geological Survey.
1970. Geology of Bernhardt and Morrisette Townships, Timiskaming District. Ontario Geological Survey.
Savage, W.S. 1964. Mineral Resources and Mining Properties in the Kirkland Lake - Larder Lake Area. Ontario Geological Survey.
Skeries, R. 1999. Drill Hole Recordfor M-99-01 and TL-99-01, Morrisette Township. AFRI#: 32D04NW2019
Kirana MMI-21
Sutton, M. 2003. Report on the Sutton Property, Morrisette Township. AFRI# 42AO 1 NE2049
Thomsom et al. 1945. [map]. Township QfTeck, District o/Timiskaming, Ontario. Ontario Geological Survey.
Kirana MMI 22
Certificate of Author
I, Greg Matheson of the Town of Kirkland Lake, Ontario hereby certifY:
1) I am a graduate of Brock University, St. Catharines, Ontario having recieved a B.SC (Honours) in Earth Sciences in 2008.
2) I have worked as a geologist for 2 years, predominantly in the Kirkland Lake mining camp.
3) I am employed as an exploration geologist with Northern Gold Mining Inc.
4) I have made use of the records of the Ontario Geological Survey as well as field observations and personal knowledge of the area in the preparation of this report.
Dated: February 8, 2009
Kirana MMI - 23
Appendix
#1 MMI Certificates of Analysis - TOI04511, T0103957, T0103927, TO 103956, TO 1 03928
#2 Map of Gold (Au) MMI results #3 Map of Silver (Ag) MMI results #4 Map of Copper (Cu) MMI results #5 Map of Nickel (Ni) MMI results #6 Map of Lead (Pb) MMI results #7 Map of Zinc (Zn) MMI results #8 Map of Palladium (Pd) MMI results #9 Map of Tellurium (Ba) MMI results
To: Northern Gold Mining Inc. Attn: Ken Rattee Box 453 1470 Government Rd, W, KIRKLAND LAKE ON P2N 3J1
P,O, No, Project No, No, Of Samples Date Submitted Report Comprises
DEFAULT 56 Oct 23,2008 Pages 1 to 3
Certificate of Analysis Work Order: T0103928
(Inclusive of Cover Sheet}
Distribution of unused material:
STORE: 56 Soils
Certified By
Date: Nov 13, 2008
Operations Manager
SGS Minerals Services (Toronto) is accredited by Standards Council of Canada (SeC) and conforms to the requirements of ISOIIEe 17025 for specific tests as indicated on the scope of accreditation to be found at http://www.scc.ca/enlprograms/lablmineral.shtml
Report Footer: L, N, R. = Listed not received n,a, = Not applicable
IS = Insufficient Sample No result
*INF = Composition of this sample makes detection impossIble by this method
M after a result denotes ppb to ppm conversion, % denotes ppm to % conversion
Methods marked with an asterisk (e,g, 'NAA08V) were subcontracted Methods marked with the @ symbol (e,g, @AAS21E) denote accredited tests
ThIs document is Issued by ttle Company under its Geoeral Conditions of Service accessible at httpJiWww sas,com/terms and conditions htm Atteotion IS drawn to the limitation of liability. lndemniflcation and jurisdiction issues defined thereIn .
.. WARNtNG: The sample(s) to which the findings recorded herein (the "Findings") relate was (were) drawn and I Of provided by the Client or by a third party acting at the Client's
.. direction, The Findings constitute no warranty 01 the sample's representatJvily afthe goods and stndly relate to the sample(s) The Company accepts no hability with regard to the origin or source from which the sample(s) islare said to be extracted The findings report on the samples proVlded by the dient and are not Intended for commercial or contractual settlement purposes Any unauthonzed altera~on, forgery or falSIfication of the content or appearance of thIS document IS unlawful and Offenders may be prosecuted to the fullest extent of the law,
SGS Canada Inc,
M.mIMt'ofttt. $GS G,.up (Soc::~G""'tII". :5t.Ir'WoIU.tIi"WC.)
Element Method OelLim. Unit!!
KOS-OS1
'Rep KOB-061
KOS-OS2
KOS-OS3
KOB-064
KOB-OS5
KOB-OS6
K08-OS7
KOB-OSS
KOS-OS9
K08-070
K08-07l
KOS-072
KOS-073
'Rep K08-073
K08-074
K08-075
KOS-076
KOS-On
K08-07B
KOS-079
KOS-OBO
KOB-08l
K08-OB2
KOS-083
KOB-OB4
KOB-OB5
'Rep K08-QS5
KOS-OB6
KOB-OB7
KOB-OBS
KOB-OB9
KOS-090
K08-091
K08-092
K08-093
KOB-094
KOB-095
KOB-096
KOB-097
'Rep KOB-097
KOB-098
KOB-099
Ag MMI-M5
PPB 12
lS
2 <1
2
3 <1
<1
<1
<1
<1
<1
3
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
1
2
5
1
4
6
<1
<1
<1
<1
<1
<1
<1
<1
<1
2
<1
Au MMI-M5
0.1 PPB
0.3
0.4
<0.1
<0.1
0.2
<0.1
0.1
0.1
<0.1
<0.1
<0.1
<0.1
<0.1
<0.1
<0.1
<0.1
<0.1
<0.1'
<0.1
0.2 <0.1
<0.1
<0.1
<0.1
<0.1
<0.1
<01
<01
0.2
0.1
<01
<01 <0.1
<01
<0.1
<0.1
<0,1
<0.1
<0.1
<0,1
<01
<01
0.1
Ba MMI-M5
10 PPB 360
320
260
250
330
180
SSO
lBO
170
130
130
140
240
210
190
160
180
130
100
110
140
130
300
520
3S0
450
1370
1480
180
180
250
400 110
80
110
90 110
90
SO
60
70
80
560
Cu MMI-M5
10 PPB
4550
3830
250 150
960
380
320 260
70
60
40
<10
290
260
200
150
50
80
50
70 70
50
30
30
120
210
190
270
340
1220
960
140
90.
SO
50
30
30
30
40:
40
40
90
350
Ni MMI-M5
5 PPB
58
58
73
48
234.
52
77
33
19
83
41
22
52
62
57
74
55
30
76.
36
21
23
63
46
70
52
87
115
197
237
96
123
88
46
24
45
35.
51
15
26
24
36
56
Pb Pd MMI-M5 MMI-M5
10 1 PPB PPB
70 <1
60 <1
1300 <1
380 <1
870 <1
SO <1
lS0 <1
390 <1
10 <1
530 <1
200' <1
20 <1
370 <1
180 <1
210 <1
140 <1
50 <1
330 <1
30
190
160
60 40
20
200
190
120
120
110
220 40
<10
10
200
10
140
110
50
80
250
210
390
440
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
Zn MMI-M5
20 PPB
30
<20
320
130
1430
210
110
120
290
2640
580
470
370
210
210
740
400
1040
410
740 330
<20
70
<20
80
210
120
130
840
760
200
400
820
280
1220
920
1390
1240
900 860
930
40
230
Page 2 of3
This document is ,ssued by Ule Company under its General Condit,ons of Service accessible at http IIwww 50S comllerms and conditions.hlm. Attention is drawn to the limitation of liability. indemnification and junsdiction issues defined Ihere'n.
_ WARNING. The sample(s) to which the findings reconded herein (tile "F,ndlngs") relate was (were) drawn and I or provided by the Client or by a third party acting at the Client's .., direction, The Findings consMute no warranty afthe sample's representat,vity of the goods and slnctly relate 10 tile sample(s). The Company accepts no liability with regard to tile origin
or source from which the sample(s) islare said to be extracted. The findings report on the samples prOVided by the dient and are not intended for commercial or contractual settlement purposes. Any unauthorized altera~on. forgery or falsification af the content or appearance of this document is unlawful and offenders may be prosecuteo to the fullest extent of the law
SGS C!mada Inc. Mineral Services 1665 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 f(416) 445-4152 www.sgs.com
e
Page 3 of 3
Element Ag Au Ba Cu Ni Pb Pd Zn
Method MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5
OetLim. 1 0.1 10 10 5 10 1 20
Units. PPB PPB PPB PPB PPB PPB PPB PPB
K08-100 <1 <0.1 230 590 102 460 <1 490
K08-101 <1 <0.1 210 190 81 130 <1 100
K08-1 02 <1 <0.1 190 120 36 280 <1 460
K08-103 <1 <0.1 140 80 31 340 <1 4BO
1<06-104 <1 <0.1 120 50 28 <1 470
KOB-l05 <1 <0.1 110 150 72 740 <1 290
K08-106 <1 <0.1 530 80 45 580 <1 520
K08-107 <0.1 640 360 59 740 <1 260
K08-106 <1 0.3 660 850 129 3350 <1 360
K08-1 09 12 <0.1 720 140 72 170 <1 <20
'Rep KOB-l 09 12 <0.1 750 130 52 160; <1 50
K08-110 13 13.6 300 540 389 570 18 260
K08-111 7 01 600 190 262 120 <1 190
K08-112 3 01 330 100 44 250 <1 40
K06-113 1 <01 380 350 64 170 <1 480
K08-114 7 <0.1 330 180 87 360 <1 1070
K08-115 <1 <0.1 100 320 59 <10 <1 150
KOB-116 <1 <0.1 80 40 39 200 <1 660
'Std MMISRM18 20 8.8 140 710 534 440 16 620
'Std MMISRM18 21 8.7 150 730 533 440 17 690
'BlkBLANK -<1 <0.1 <10 <10 <5 <10 <1 <20
'BlkBLANK <1 <01 <10 <10 <5 <10 <1 <20
This document is issued by the Company under its General conditions of Service accessible at http:ltwww.SQs.comltermsandconditions.htm . Attention IS drawn to the lim~aliOn of liability, indemnification and jurisdiction issues defined therein .
.. WARNING: The sample(s) to whiCh Ihe findings recorded herein \the "Findings") relate was (ware) drawn and I or provided by the Client or by a third party actmg at tM Client's
.. direction. The Findings constitute flO warranty of the sample's representativity of the goods and strictty relate to the sample(s). The Company accepts no liaoility with regard to the Orl91n or source from whiCh the samole(s) ISiare said to be extracted The findings report on the samples provided by the dient and are not mtended for commerCial or contractual settlement pUiposes Any unauthonzed alteration. forgery or falSification of the content or appearance of thiS document is unlawful and offenders may be prosecuted to the tullest extent Of the law.
SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3.B 2M3 1(416) 445-5755 f(416) 445-4152 www.sgs.com
To: Northern Gold Mining Inc. Attn: Ken Rattee Box 453 1470 Government Rd. W. KIRKLAND LAKE ON P2N 3J1
P.O. No. Project No. No. Of Samples Date Submitted Report Ccmpfises
DEFAULT 7 Nov 20,2008 Pages 1 to 2
Certificate of Analysis Work Order: T0104511
(Inclusive of Cover Sheet)
Distribution of unused material:
STORE: 7 Soils
Certified By
Date: Dec 11, 2008
Gavin McGill Operations Manager
SGS Minerals Services (Toronto) is accredited by Standards Council of Canada (SCC) and conforms to the requirements of ISOI/EC 17025 for specific tests as indicated on the scope of accreditation to be found at http://www.scc.caleniprogramsllablminera/.shtml
Report Footer: L.N.R. Listed not received n.a. = Not applicable
I.S I nsufficient Sample = No result
'INF Composition of this sample makes detection impossible by this method
M after a result denotes ppb to ppm conversion, % denotes ppm to % conversion
Methods marked WITh an asterisk (e.g. 'NAA08V) were subcontracted Methods marked with the @symbol (e.g. @AAS21E) denote accredited tests
This document is issued by thE' Company under its General Conditions of Service accessible at http://www.sgs.com/termsandcondltions.htm . Attention is drawn to the limitation of Ilab,lily, indemrllflcation and jurisdiclion,ssues defined thereIn
... WARNING: The sample(s) to whiCh the findings recorded herein (the "Findngs"J relate was (were) drawn and I or provided by the Client or by a third party acting at the Client's _ direction. The Findings constitute no warranty of the sample'S representatlvlty of the goods and slnctly relate to the sample(s). The Company accepts no lIability with regard to the origm
or source from whIch the sample(s) islare said to be extracted. The findings report on the samples provided by the client and are not .ntended for commerCIal or contractual settlement purposes Any unauthorized al::eration, forgery or falSification of the content or appearance 01 thIS document is unlawfUl and offenders may be prosecuted to the fullest extent of the law
SGS Canada Inc,
e Page 20f2
Element Cu Pb Zn Au Ni Pd Ag Ba Method MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5
OetLim. 10 10 20 0.1 5 1 1 10
Units PPB PPB PPB PPB PPB PPB PPB PPB
K08-110 B 170 460 70 <0.1 89 <1 4 600
'Rep K08-110 B 210 430 80 <0.1 105 <1 6 630
K08-110 N 110 70 <20 <0.1 126 <1 24 760
K08-110 E 240 660 110 <0.1 60 <1 5 910
K08-110 S 170 220 30 <0.1 132 <1 6 930
K08-110W <10 <10 <20 <0.1 <5 <1 <1 <10
K08-110 P 60 180 <20 <0.1 90 <1 11 240
K08-108 B 390 990 490 0.1 105 <1 <1 430
'Std MMISRM18 820 400 720 8.7 665 15 22 210
'Blk BLANK <10 <10 <20 <0.1 <5 <1 <1 <10
'Std MMISRM16 710 140 280 31.2 239 32 20 130
ThiS document is issued by the, Company under ItS General Conditions of Service accessible at http://www.SQs.comllerms and cond~ions htm Attention IS drawn to the limitation of Iisbil'l'!, indemnification and jufisdlClion issues defined therem
.. WARNING: The sample(s) to which Ihe findmgs recorded herein (the "Findings") relate was (were) drawn and I or provided by the Chent or by a th"d party actmg at the Client's
.. direction. The Findings constitllte no warranty of the sample's representaliv'ty of the goods and strictly rei ale to the sample(s). The Company accepts no liabimy with regard to ihe origin or source from which the Sample(s) islare said to be extracted. Tile findings report on the samples provided by the dlent and are not intended for commercial or contractual settlement purposes. Any unauthorized allerabon, forgery or falsificabon of the contenl or appearance of this document is unlawful and offenders may be prosecuted to the fullest extent of the law
SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 f(416) 445-4152 www.sgs.com
To: Northern Gold Mining Inc. Attn: Ken Rattee Box 453 1470 Government Rd. W. KIRKLAND LAKE ON P2N 3J1
P.O. No. Project No. No. Of Samples Date Submitted Report Comprises
DEFAULT 38 Oct 23.2008 Pages 1 to 3
Certificate of Analysis Work Order: T0103957
Date: Dec 04, 2008
(Inclusive of Cover Sheet)
Distribution of unused material:
STORE: 38 Soils
• /~" ~~/?~ t ·/) h " Certified By : ---F-r-------:----'--"""--""/'-----
Gavin McGill Operations Manager
SGS Minerals SeNices (Toronto) is accredited by Standards Council of Canada (SCC) and conforms to the requirements of (SOIlEC 17025 for specific tel$ts as Indicated on the scope of accreditation to be found at http://www.scc.caleniprogramsllablmineraJ.shtml
Report Footer: l.N.R. = Listed not received n.a. = Not applicable
I.S. Insufficient Sample = No result
'INF Composition of this sample makes detection impossible by this method
M after a result denotes ppb to ppm conversion, % denotes ppm to % conversion
Methods marked with an asterisk (e.9. *NAA08V) were subcontracted Methods marked with the @symbol (e.g. @AAS21E) denote accredited tests
This document is issued by the Company under its General Conditions of Serv.ce accessible at hUp:llwww.sgscomllerms and conditionS.htm . Attention .s drawn to Ihe limitation of liability. indemnifICation and jUrisdiction issues defined there.n
WARNING' The sample(s) to which the findings recorded herem (the "Findings") relale was (were) drawn and lor prov,ded by the Client or by a Ihird party acllng at the Clienl's directIOn. The Findings const·lute no warranty of the sample's representatlvily of the goods and strictly relate to the sample(s) The Company accepts no liab.lity With regard 10 the origin or source from which the sample(s) Islare said to be extracted The findings report on the samples proVIded by Ihe dien\ and are nOl intended for commercial or contractual settlement purposes. Any unauthorized ,.I"~ration. forgery or falsification of the cootent or appearance of \h.s document is unlawful and offenders may be prosecuted to the fullest extenl of the law
SGS Canada Inc.
Element Method Oet.Lim. Units
K08-251
'Rep K08-251
K08-252
K08-253
K08-254
KD8-255
K08-256
K08-257
K08-258
K08-259
K08-260
K08-261
K08-262
K08-263
'Rep K08-263
K08-264
K08-265
K08-266
KD8-267
a K08-268 .. K08-269
K08-270
K08-271
K08-272
K08-273
K08-274
K08-275
'Rep K08-275
K08-276
K08-277
K08-278
K08-279
K08-280
K08-281
K08-282
K08-283
K08-264
K08-285
KOS-286
K08-2S7
'Rep KOS-2S7
KOS-288
'Std MMISRM18
Ag MMI-M5
PPB
6
5
4
1
8
6
35
9
5
5
<1
<1
<1
4
3
<1
1
5
3
<1
<1 <1
<1
<1
2
<1
13
7
2
7
3
5
<1
<1
<1
20
Au MMI-M5
01 PPB
<0.1
0.1
02
02
<0.1
<0.1
<0.1
0.5
<0.1
<0.1
<01
<0.1
<0.1
<0.1
<0.1
0.3
<01
<01
<0.1
<0.1
<0.1
0.2
<0.1
<0.1
<0.1
<0.1
<0.1
<0.1
<0.1
<0.1
0.2
01
0.1
0.2
<0.1
0.2
<0.1
<0.1
0.1 <0.1
<01
<0.1
8.8
Ba MMI-M5
10 PPB
80
70
100
350
510
110
60
130
20 310
140
180
220 540
430
1520
200 160
730
330 280 570
530 290
530 290 240 220 240 250 210
90
220
240 1470
570
220 200
70
80
70
HID
140
Cu MMI-M5
10 PPB
70 70
190
210 70
80
70 80
30
310
40
20
160 220
300 750
140
120 410
250
160 240
550
160 720
50
50
60 40
840
600 90
260
410 310
220 170
130 120
10
10 30
800
Ni MMI-M5
5 PPB
40 35
48 40
69
22
23 29
18
61 28 34
42 42
61 253 48
21.
142
82
44
148 190
49
76 36
27 32 23
83
85
18 22
132 82
53
41
21
17 43
42 30
508
PI> MMI-M5
10 PPB
150 150
460
300
60
160
170
130 170
150
680 240
200
240
320
240
280
160
20
90
50
120
320
30
320
10
140 170
130
40 480 130
130
200 1230
380
230
250
150 80
80 210
320
Pd MMI-M5
1 PPB
<1
<1
<1
<1 <1
<1
<1
<1
<1
<1
<1
<1
<1 <1
<1
<1
<1 <1
<1
<1 <1 <1
<1
<1
<1
<1
<1
<1
<1
<1 <1
<1
<1
<1
<1
<1 <1
<1
<1 <1
<1
<1
17
Zn MMI-M5
20 PPB
60
70
230
200
60
210
270
70 150
130
540
670
270
110 110 570
80 60
<20
30
70 120
120
20 100 <20
340
340
1610
130
460
160
<20
180
1120
340
120
260 150
<20
<20
340
580
Page 2 of 3
Th,s document is Issued by the Company under its General Conditlons of Service accessible at http://www sgscomlterms and condltlons.hlm Attention IS drawn to Ihe lim~ation of Ilabillly, indemnification and Jurisdiction Issues defined therein
a WARNING: The sample(s) 10 whIch the findings recorded herein (the ·'Flndlngs·') relate was (were) orawn and I or provided by the Client or by a third party acting at the CHent's .. direction The FindIngs constllute no warranty Qf the sample·s r<!presentativity of the goods aM stnctly relate to the sample(s) The Company accepts no liability with regard to the ongin
or source from which the sampie(s) islare saId to be extracted. The findings report on the samples provided by the dlent and are not Intended for commerQal or contractual settlement purposes. Any unauthonzed alteration. forgery or falsification of the content or appearance of thiS document is unlawful and offenders may be proseruted to the fullest extent of thB law.
SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 f(416) 445-4152 www.sgs.com
Page 3 of3
Element Ag Au Ba Cu Ni Pb Pd Zn
Method MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5
Det-Lim. 1 0< 1 10 10 5 10 20
Units PPB PPB PPB PPB PPB PPB PPB PPB
'Std MMISRM18 22 R8 110 820 562 320 18 640
'BlkBLANK <1 <0<1 <10 <10 <5 <10 <1 <20
'BlkBLANK <1 <0<1 <10 <10 <5 <10 <1 <20
This document IS issued by the Company under Its General Conditions of Service accessible at hltpJlwww<sgs comllenns and condltlons<htm < Attention Is drawn to lhe Ilmitatlon of liability, tndemmficatron and jUi\sdict\<.ln iSSUes denned thereH'I
~ WARNING The sample(s) to which the findings recorded herein (the "Findings") relate was (were) d'awn and I or provided by the Client Of by a third party acting at Ihe Client's .., dncllon< The Findings constitute no warranty of the sample's representatlvity althe goods and stnclly relate to the sampte(s)< The Company accepts no liability with regard to the Oflgln
ar source from which the samp e(s) Is/are said to be extracted The findings report on the samples provided by Ihe dlent and are nollnlended for commeraal or contractual settlement purposes< AnV unauthorized alteration < forgery or falslficabon of the content or appearance of Ihis document Is unlawful and offenders may be prosecuted to the fullest extent of the law
SGS Canada Inc< Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 f(416) 445-4152 www<sgs<com
To: Northern Gold Mining Inc. Attn: Ken Rattee Box 453 1470 Government Rd. W KIRKLAND LAKE ON P2N 3J1
P.O. No. Project No. No. Of Samples Date Submitted Report Comprises
DEFAULT 60 Oct 23,2008 Pages 1 to 3
Certificate of Analysis Work Order: T0103927
(Inclusive of Cover Sheet)
Distribution of unused material:
STORE: 60 Soils
Certified By
Date: Nov 20,2008
Operations Manager
SGS Minerals Services (Toronto) is accredited by Standards Council of Canada (SCC) and conforms to the requirements of ISOIIEC 17025 for specific tests as indiCated on the scope of accreditation to be found at http://www.scc.calen/programsilablmineral.shtml
Report Footer: L. N. R. = Listed not received n.a. = Not applicable
I.S. = Insufficient Sample = No result
'INF = Composition of this sample makes detection impossible by this method
M after a resuH denotes ppb to ppm conversion, % denotes ppm to % conversion
Methods marked wrth an asterisk (e.g. 'NAA08V) were subcontracted Methods marked with the @symbol (e.g. @AAS21E) denote accredited tests
This document is issued by the Company under Its General Conditions of Service accessible at http://wwwsgs.com/terms and conditlons.htm Attention is drawn to the limitation of liability, Indemnification and Jurisdiction Issues defined therein
__ WARNING: The sample(s) to which the findings recorded herein (the "Findings") relate was (were) drawn and I or provided by the Chent or by a third party acting at the Chent's
direction. The Findings constitute no warranty of the sample's representativlty of the goods and strictly relate to the sample(s) The Company accepts no liability Wlth regard to the origin or source from which the sample(s) Is/are said to be extracted. The findmgs report on the samples provided by the d'ient and are not intended for commeraal or contractual settlement purposes. Any unauthorized alteration, forgery or falsification of the content or appearance of this document IS unlawful and offenders may be prosecuted to the fullest extent of the law.
SGS Canada Inc. Mineral.$ervic~s 1885 Lesl.ie.$!reet. Toronto (lNr>JI.31;! ?1III3. t(416) 445.-.5755 f(41.!i2.445-41.52. . w.yw.sgs.colTl
Member of It. SOS Group (Soc .... G .... ,. .. d_ ... .--III.ne_)
Element Method DetUm. Units
K08·001
'Rep K08-001
K08-002
K08-003
K08-004
K08-005
K08-006
K08-007
K08-008
K08-009
K08-010
K08-011
K08-012
K08-013
'Rep K08-013
K08-014
K08-015
K08-016
K08-017
.& K08-018
., K08-019
K08-020
K08-021
K08-022
K08-023
K08-024
K08-025
'Rep K08-025
K08-026
K08-027
K08-028
K08-029
K08-030
K08-031
K08-032
K08-033
K08-034
K08-035
K08-036
K08-037
'Rep K08-037
K08-038
K08-039
Ag MMI-M5
PPB <1
<1
<1
<1 <1
<1 <1
<1
<1
<1
<1
<1
<1
<1
<1
-<1
2 -<1
<1
4
-<1
<1
<1
<1
<1
<1
2
2
<1
<1
6
1
5
11
4
7
<1
<1
<1
<1
<1
<1
<1
Au MMI-M5
0.1 PPB <0.1
<0.1
<0.1
<0.1
<0.1
<0.1
<0.1
<0.1
<0.1
<0.1
<01
<0.1
<01 <01
<0.1
<0.1
<0.1
<0.1
<0 1
0.4
<0.1
<0.1
<0.1
<0.1
<0.1
<0.1
0.2 <0.1
<0.1
<0.1
<0.1
<0.1
<0.1
<0.1
02
0.1
<0.1
0.1 <0.1
<0.1
<0.1
<0.1
<0.1
Ba MMI-M5
10 PPB 130
160
140
210
150
260
240
570
240
360
160
360
680
170 120
190
120
60 150
1800 870
190
180
140
230
200
730 590
60
200
200 280 120
280
200 170 180
200
400
220 250
230
160
Cu MMI-M5
10 PPB
20
10
30
20
60
60
30
70
200
1090
130
340
30
60
60
90
90
130
180
700
40
10
20 20
20
600
600
680
40 340 300
100
90
50
660 130
70 60
10 10
10
30 40
Ni MMI-M5
5 PPB
7 9
15
38
34
14
19
16
46
56
30
60
31
56
43 44
24
7
59
152
26
16
16
11
11
174
193
190
40
51 76
36
27
59 120
40
33
69
12
8
12
29
48
Pb MMI-M5
10 PPB
30
20
20
70
230
90
50
20
150
80
150
40
90
410
340
180
220
90
110
20
110 100
110
100
60
4580
360
320
220
910
260 170
230
140
25BO
500
360
260
80
20
40
170
140
Pd MMI-M5
1 PPB
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1 <1
<1 <1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
Zn MMI-M5
20 PPB 670
590
360
10BO
710
1410
440
750
430
230
110
50
290
490
400
30
210
70
140
120
320
230 710
240
50 1310
1600
1740
90 1360
300
230
130
60
200 80
530
770 540
550
640
620 840
Page 2 of3
ThiS document is Issued by the Company under Its General Conditions of SeNice accessible at .~ttp:llwww.sgs.comltermsandcOI1dlliOns.htm . Attention is drawn to the limitation of liability. indemnification and jurisdiCtion Issues defined therein.
~ WARNING: The sample(s) to whiCh the findings recorded herein (the "Findings") relate was (were) drawn and I or proVIded by the Chent or by a Ihtrd party acting at the Client's ., direction The Findings constitute no warranty of the sample's representativlty of the goods and strictly relate to the sample(s) The Company accepts nO liability with regard to the origin
or source from which the samplE'(s} islare said to be extracted. The findings reporl on the samples prOVided by the dien! and are nol intended for commercial or contractual settlement purposes. Any unauthorized alteration. forgel)' or falSification of the content or appearance of thiS document is unlawful and offenders may be prosecuted to the fullest extent of the law
SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 f(416) 445-4152 wwwsgs.com
e Page 3 of3
Element Ag Au Sa Cu Ni Pb Pd Zn
Method MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5 MMI-M5
Oet.lim. 0.1 10 10 5 10 20
Units PPB PPB PPB PPB PPB PPB PPB PPB
K08-040 <1 <0.1 110 30 18 130 <1 670
K08-041 <1 <0.1 130 50 33 70 <1 620
K08-042 <1 <0.1 70 30 20 70 <1 520
K06-043 <1 <0.1 100 30 28 310 <1 910
K08-044 <1 <0.1 120 30 20 90 <1 460
K08-045 <1 <0.1 70 40 22 70 <1 570
K08-046 <1 <0.1 110 80 35 220 <1 1040
K08-047 <1 <0.1 170 70 19 50 <1 580
K08-048 <1 <0.1 140 30 40 110 <1 480
K08-049 <1 <0.1 220 30 18 80 <1 790
'Rep KOB-049 <1 <0.1 190 20 14 70 <1 610
K08-050 <1 <01 550 <10 9 20 <1 500
K08-051 <1 <01 420 <10 7 20 <1 290
K08-052 <1 <0.1 350 110 8 20 <1 20
K08-053 5 0.3 80 600 404 100 <1 70
K08-054 <01 290 460 118 170 <1 270
K08-055 15 0.3 510 180 141 140 <1 80
K08-056 <1 <0.1 110 120 66 630 <1 390
KOB-OS7 <1 <0.1 130 200 81 310 <1 370 e K08-058 2 0.1 240 310 176 440 <1 370
K08-059 9 0.1 340 360 36 480 <1 430
K08-060 5 0.1 370 270 109 280 <1 480
'Sld MMISRM18 21 9.4 140 740 508 270 13 670
'Sld MMISRM18 19 8.6 130 870 463 260 12 620
*BlkBLANK <1 <0.1 <10 <10 <5 <10 <1 <20
*BlkBLANK <1 "0.1 <10 <10 <5 <10 <1 <20
ThiS document is Issued by the Company under its General Conditions of Service accessible at http://www.sgs.comlterms and condrtlons.htm Attention is drawn to the limitation of liability, indemnification and }uri~;diction issues damed therein
a WARNING: The sample(s) to wtlich Ihe findings recorded herein (the "Findmgs") relate was (were) drawn and / or provided by the Client or by a third party acting at the ellent's .. dlfecllon. The Findings constitute no warranty of Ihe sample's representa\lvity of the goods and strictly rei ale to tne sample(s) The Company accepts no liability with regard to the origin
or source from which the sample(s) Is/are said to be extracted. The findings report on the samples provided by Ihe dian! and are not intended for commeraal or contractual settlement purposes. Any unauthorized alterabon, forgery or falSification of the content or appearance of thiS dowment IS unlawful and offenders may be prosecuted to the fullest extent of the law.
SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 f(416) 445-4152 www.sgs.com
To: Northern Gold Mining Inc. Attn: Ken Rattee Box 453 1470 Government Rd. W. KIRKLAND LAKE ON P2N 3J1
P.O. No. Project No. No. Of Samples Date Submitted Report Comprises
DEFAULT 51 Oct 23,2008 Pages 1 to 3
Certificate of Analysis Work Order: T0103956
(Inclusive of Cover Sheet)
Distribution of unused material:
STORE 51 Soils
Certified By
Date: Nov 19,2008
Operations Manager
SGS Minerals Services (Toronto) is accredited by Standards Council of Canada (SeC} and conforms to the requirements of [SOIlEC 11025 for specifIC tests as indicated on the scope of accreditation to be found at http://www.scc.ca/eniprogramsl/ablmineral.shtml
Report Footer: L. N.R Listed not received n.a. = Not applicable
I.S. = Insufficient Sample = No resuij
'INF = Composition of this sample makes detection impossible by this method
M after a result denotes ppb to ppm conversion, % denotes ppm to % conversion
Methods marked with an asterisk (e.g. 'NAA08V) were subcontracted Methods marked with the @symbol (e.g. @AAS21E) denote accredited tests
Thrs document is rssued by the Company under rls General Conditrons of SeNree accessible at http://wwWsgscomllermsandcondrtions.htm . Attention rs drawn to the limrtatron of liability, indemnificalton and iurisdtction issues defrned therern
a WARNING' The sample(s) to which the findings recorded herein (the "Findmgs") relate was (were) drawn and I or prOVided by the Client or by a third party acting at Ihe Client's .. directron The Findings constitut<l no warranty of Ihe sample's representalivity of the goods and strictly relate to the sample(s). The Company accepts no liability with regard to the origrn
or source from whiCh the sample(s) islare said to be extracted. The findrngs report on the samples provrded by the drent and are nollntanded for commercial or contractual settlement purposes Any unauthonzed alterabon, forgery or falsificabon 01 Ire conte'll or appearance of this document is unlawful and offenders may be prosecuted to the fullest extent of the law.
SGS Canada Inc
Element Method
Oet.Lim. Units
K08-200
'Rep K08-200
K08-201
K08-202
K08-203
K08-204
K08-205
K08-206
K08-207
K08-208
K08-209
K08-21 0
K08-211
K08-212
'Rep K08-212
K08-213
K08-214
K08-215
K08-216
.. K08-217
WK08-218
K08-219
K08-220
K08-221
K08-222
K08-223
K08-224
'Rep K08-224
K08-225
K08-226
K08-227
K08-22B
KOB-229
K08-230
K08-231
K08-232
K08-233
K08-234
K08-235
K08-236
'Rep K08-236
K08-237
KOB-238
Ag MMI-M5
1 PPB
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
3
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
<1
3
4
7
11
3
2
6
2
<1
<1
<1
<1
Au MMI-M5
01 PPB <0,1
<0,1
<0,1
<0,1
<01
<0,1
<0,1
<0,1
0,1
<0,1
<0,1
<01
<01
<01
<0.1
<0.1
<0.1
<0.1 <0,1
<0,1
<0.1
<0,1
<0,1
<0.1
<0.1
<0,1
<01
<0.1
<01
<0.1
<0.1
<0.1 <01
<0.1
<0.1
<0.1
<0.1
0.1
<0.1
<0.1
<0.1
<0.1
<0,1
Ba MMI-M5
10 PPB
430 380 500
620
250
180
210
320
260
150
320 630
330 420
400 80
340
540
370
210
150
170
170
30
380
110
220
230 70
20
370 460
60
20
280 350 710
200
40
150
110
310
330
Cu MMI-M5
10 PPB
80
120
60
30 20
30 20 30
30 50 70
10
60
10
10 50
50 <10
10
60
10 50
50
50 10
<10
30 40
230
20
50 110
50
210
160
100
200
70 180 30 30 80 40
Ni MMI-M5
5 PPB
83
72
52
64
86
78
57
68
30
21
36
32
31
40 43
23
14
40
65
58
30 49
43
21
41
58
47
43
17
36
30
56
18
38
43
28
86
45
26 25
24
42
39
Pb Pd MMI-M5 MMI-M5
10 1 PPB PPB
30 <1
60 <1
30 <1
20 <1
370 <1
210 <1
120 <1
450 <1
80. <1.
70 <1
580 <1
60 <1
110 <1
130 <1
110 <1
170 <1
70 <1
20 <1
90 <1
10 <1
530 <1
290 <1
50 <1
90 <1
120 <1 190 <1
20 <1
20 <1
90 <1
100 <1 70 <1
280 <1
90 <1
130 <1
110 <1
110 <1 460 <1
200 <1
240 <1
100 <1
90 <1
80 <1
120 <1
Zn MMI-M5
20 PPB
260
370
130
450 920
780
430 540
30
130
170 330
80
420
480 150
50
270
360
50 230
230 50 70
620
630
60
80
100
30 30
500 40
150 60
60 930 120
120
180
170
60
550
Page 2of3
Th.s document is .ssued by the Company under Its General Conditions of SeIVlce accessible at http/iwww sgs.comlterms and conditicns.htm. Attention is drawn to the limitation of liability, indemnification and jurisdidion issues defined therein
.. WARNING: The sample(s) to which the findings recorded hereIn (Ihe "Findings") rei ate was (were) drawn and I or provided by the Client or by a third party acting at the Client's
.., directIOn. The Findings constitute no warranty of the sample's represenlatlvit)' of the goods and stnctly relate 10 the sample(s) The Company accepts no liability WIth regard to the origin or source from which the sample(s) Is/are said to be extracted. The findIngs report on the samples provided by the client and are not Intended for commercial Of contractual settlement purposes. Any unauthorized alte'ration. forgery or falSification of Ihe content or appearance of this document IS unlawful and offenders may be prosecuted to the fullest extent of the law,
SGS Canada Inc. Mineral Services 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 f(416) 445-4152 www.sgs.com
e Page 3 of 3
Element Ag Au Ba Cu Ni PI:> Pd In Method MMI·M5 MMI·M5 MMI·M5 MMI·M5 MMI·M5 MMI-MS MMI·M5 MMI·M5
Oet.lim. 0,1 10 10 5 10 20
Units PPB PPB PPB PPB PPB PPB PPB PPB
K08·239 <1 <:0,1 250 30 41 200 <1 1410
K08-240 <1 <:0.1 320 80 49 200 <1 440
K08-241 <1 <0,1 210 10 55 40 <1 200
K08·242 <1 <0.1 300 10 35 30 <1 410
K08·243 <1 <0.1 90 10 23 80 <1 40
K08-244 <1 <0,1 350 10 37 90 <1 270
K08--245 <1 <0.1 160 60 25 20 <1 120
K08-246 <1 <0,1 600 60 77 210 <1 180
K08-247 1 <0.1 580 100 117 120 <1 40
K08-248 2 <0,1 80 30 30 130 <1 30
'Rep K08-248 2 0.2 80 40 32 140 <1 20
K08-249 3 <0,1 100 90 51 140 <1 70
K08-2S0 6 <0.1 60 190 49 370 <1 240
'Std MMISRM18 25 9,3 140 850 633 460 16 700
'Std MMISRM18 23 8.2 150 860 605 450 13 670
*BlkBLANK <1 <0.1 <10 <10 <5 <10 <1 <20
'Blk BLANK <1 <0.1 <10 <10 10 <10 <1 <20
This document is issued by the company under its General Conditions of Service accessible al http://www.sgs comltenns and conditions. him Attention is drawn to the limitalion of liabi\j\y. indemnlfication and jUl\sdic\ion issues -defined therelo
~ WARNING: The sample(s) to Which the findings recorded herSln (Ihe "Findings-) relate was (were) drawn and I or provide" by the Client or by a third party acting at the Client's
.,directlon. The Findmgs constitute no warranty althe sample's representativlty olthe goods and strictly relate to the sample(s) The Compaoy accepts no liability with regard to the origin or source from which the sample(s) Islare said to be extracted The findings report on the samples provided by the dient and are oat Intended for commercial or contractual settlement purposes, Any unauthonzed alteration, forgery or falsification of the content or appearance of this document is unlawful and offenders may be prosecuted to the fullest extent of the law.
SGS Canada Inc, Mineral Services. 1885 Leslie Street Toronto ON M3B 2M3 t(416) 445-5755 f(416) 445-4152 www,sgscom
577000
••• llgand lPlbI
>10.6
7.1-10.5
D 3.6-7
<3.5
JOe- m oO 1
\
K08-2I1~ 1
KD8-21I)().1
K08-20~ 1
I '"-lOo().1
K08-2 J<,(). I
K1l8-20jo().1
K08-101~ 1
BLOO
K08 - 26&O 1
KOa- 26~ 1
1<I)8-m~1
1<I)8-22!1().1
8-23~. 1
1<08-23..0.1
K08-23 7o() 1
KOS-2Jeo().1
KOS-219() 1
~1l8-Jl l)()l
I(OB-24~ 1
1<lJ~-26foO . 3
1l~'-26jo() 1
I(()S-26~.1
!roe-'61~ 1
1<1)8- 2600 1
KDS-2511o() 1
8-21 "lo(} 5
K -2\;.() 1
R08-ll foO 1
1<08-24"lo() 1
K08-1l&O 1
lW'-21~ 1
KlI~-2
KLS-269() 1
PJ!8-11002
Ml8-2?foO 1
1(08-21500 1
1<lJ8-11"lo() 1
1-219() 1
1<lJ8-2S00() 1
K08-2&&Ol
KtI8-28 7o() .1
577500
1<08-28eo() 1
1<lJ8-019() 1
KOft- Ol I1o04
m8- 0rl() 1
!(()ft-O\ &Q.1
K08-01 5oO 1
KOR-Ol foO 1
lroft-OUoO 1
KCl>-OI~ 1
K08-011~ 1
lOi- Ol ooO 1
r -Q2r~ 1
KOe- 021~ 1
l.1)e-Jl2~ 1
~lla-On()1
~oa-02 foO. l
KI)6- 02'.() 1
KOH2 &O 1
1<08-02"lo() 1
!ro8- 02 eo().1
1<'l11-O29() 1
K08-, r~ 1
JOB-031~ 1
l<!l8- 035oQ 1
~1l8-'11 ;,() 1
18-1 ' 70(). 1
UJ Ll) CO
I
",uuuu
I
\ I
L__ ---------------------------------------KOB-07()() 1
K1l8-0.900 1 K08-0~J() 1
e-061100 1 KOI-0900() 1
1\1l8-06"lo(},1 RUi-09\oO 1
l<!l6- 06..o 1 KIlS-09foO.1
KIlB-06SoO 1 KOB-09)() 1
K'08- vO+().2 K08-091~ 1
~1 KlI8-0i)()1
);08-06~ 1
.'OS-oil~3
Mi- ll J().1 KO'-C f() 1
lDl!-08)() 1 !. -o~..o 1
h1)& -08~ 1 KOB-OlSo03
KOB-181~ 1 1.1)8- 05f() 1
K08-080() 1 I<VB-~)() 3
lro8-05~ 1 j(l)S-01'lo() 1
!ro8-051~1 " "" '11l<1.2
I(i, -o~c.o 1 Kll8- 0'700 1
IIIlS-O?&O 1 It!)s -OUoO,l
1.1)'-04e<11 Kt8 U1IO().1
K08-0l700.1 ~8-07foO 1
1(08-04.-.0.1 !</)8-07 jo() 1
rn8-0b() 1 K 8-072~ 1
UJ UJ <0 I"-CO CO ....J ....J
578000
1'-I ' I
I I
1 j
I
\ 1('08-1100() 1
I KVd-II 500·i
\ K~B- l1 foO 1\
lOa-II loO.
KOa-.L.~ , \ 1 ,
1 , J3 !
lroB-lo!l().1,
108· J QS<J 3i I \
10'-1 ">() 1 \ \
lQa-lo&o 1 \
\ I
1(01<-10500.1 \ \\" -lOtoO. l
Kil8-10 jo().1
K08- IO~. 1
1Ill8-10 ~1
!<>lB- l
!ID~- 09:l() 1
108-09eo() 1
UJ CO CO ....J
" , \ \ , \ \ \ \
\ , \
\ \ \
\ ,------------- -
(--- ---------,
/ / ,
o o o C1I M M I()
o o o co .., .., I()
Meters 02040 80 120160
r
1 :5000 NAD83 Zone 17 N
NORTHERN G 0 L 0 ~ •••• ,
_RISETTE:
I- - .- + - -!
lECr(
L
LLBCL
1 K E VP N
r 'I\mp~ Locru iClil
I
Sample. Number
". ~CO \.~C1'2.1
Legend
lZI shafts
Water
~ua)'VlI l l.lC (ppb l
Claim Lines
Property Boundary
Road
Line Grid
Trail
MALLARD LAKE MMI (Au) Morrisette Township
Larder Lake Mining Division, Ontario
Mobile Metal Ions Process Geochemical Survey
Gold (Au)
Data and Drawing By: David W Eves Jan. 26, 2009.
Magnetic declination is taken at 11<136' W as per Nalional Geophysical Data Centre Standards.
All measurements are in metric units unk!ss otherwise stated.
Grid Stationing is at 25m with gridlines spacad 100m apart.
::> ::> ::> Xl ,., ,., II)
577000
KDS-221~ 5
1(08-22000 5
11:08- 21 900 S
JC!J8-2I t1oO.S
tJla-zl 1o()5
------~------_+-+_+ IIllN\'Io()5
h'08-21l0() S
K08-21oo.5
h1l8-20'lo(} 5
KOS-ZO
K\I1HOO().S
;''08 -2010() 5
K011-10~5
I<I)S-2o:>().5
KIlN02o() 5
lW8-1O 10(). 5
KOB -20 1
1ID8-2ZJoO.5 1<1)8-26404
tJl8-2Z~.5
KD8-12!>o1 oe8-Z6~1
Kll8- Z62<l.S h08-Il...o 5
KllH2 '1oG
;'V8- 2l..o S e-24~
!ro8-24oo.5 1(08-24 600.5
KD8-24 'o() S
me 30019.5
MM'l8I8nd (_ )
>1 5
10-14.9
D 5-9.9
0-4.9
577500
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1 ""11-01'"0.5
MB- OI Ilo4
Kll8-0l"lCS
1WS-Ol600S
roS-Ol 50(2
j 1<!)8-"I~. S
II:OS-Ol Jo().5
KD8-Qllo() 5
KD'-Olto()5
1WS-Oloo.5
KD8-00 'l() 5
X08-Dni!C S
K1l8-0070().5
KDR-006o()5
Kll8 - 02)C.5
!i1l8-02~, S
11:08-0250(2
KlJ8-02 6o().5
K08-02'o.S
tJl8- 0JIo().S
~M-Ul&(). S
1OO8-01700 ,S
1I:08-0U().5
X08-
w L() co
I
\ I
\ \ ,
578000
--------~,~-g o en M M ."
l___ _ ____________________ -------------
KllS-06!)o() 5
KGB-Obi!C 5
1<1)8-0.'<).5
K08-066o() 5
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1(6s-oo..:1
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1<Il8-0S;'o().5
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NORTHERN G 0 L 0 •••• 0<
r - - - - - T - - - - - I
r- -
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L 1 K E Y PLA.N
SiUIlple Number
Legend
IZl shafts
Water
Claim Lines
Property Boundary
Road
Line Grid
Trail
MALLARD LAKE MMI (Ag). Morrisette Township
Larder Lake Mining Division, Ontario
Mobile Metal Ions Process Geochemical Survey
Silver (Ag)
Data and Drawing By: David W. Eves Jan. 26, 2009.
Magnetic declination is laken at 11 °36" W as per National GeophySical Data Centre Standards.
All measurements are in metric units unless otherwise stated.
Grid Stationing is at 25m wrth 9rtd1ines spaced 1 GOm apart.
~*-------r') o ') ') r')
5-4-----1 o X) ,., ,., 10
>721
481-720
D 241-480
<240
577000
1109-2280110
1108- 22'1060
8-2350180
1108-230000
!!OS-Il l«!
l<1l8-118040
1:C8-1'900
1008-241)80
1(I]8-W.,0
"".- 24 <"10
577500
--------
1008-25 190
1(!)1-24'leO
K08-24 ii0G5 ~1)S-OJ4070
IroS-20100
IOOA-24 6«) IWt- O)'A30
t08-01"10 1009-24'>60
KOt-ol MO
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1008-0;50180
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\ ::sl
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r
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£C<
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T
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1. KEY PLAN
Sample Loabon
As.,uy Vuluc (ppb)
Legend
f2l shafts
Water
Claim Lines
Property Boundary
Road
Line Grid
Trail
MALLARD LAKE MMI (Cu) Morrisette Township
Larder Lake Mining Division, Ontario
Mobile Metal Ions Process Geochemical Survey
Copper (Cu)
Data and Drawing By: David W Eves Jan. 26, 2009,
Magnetic declination is taken at 11 · 36' W as per National Geophysical Data Centre Standards.
All measurements are in melr1c units un\ess otherwise stated.
Grid Stationing is at 25m with gridlines spaced 100m apart.
:JII UVU
__ /---------~------~-----------------r_----~--.. --- ----
_I lalend (ppll)
>301
201-300
D 101-200
<100
11118-222'4'
KO$-221021
K08-22 D043
BLDD
1I118-21J068
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KO$-a '"17
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KOB-24!o65
K08-162042
1al8-2U034
KU8-26 (>128 KOi-21 J076
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C KVa-020016
KOS-02\.,6
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KOa-OI607
KOt-OI \0024 KOS-02 6040
]al8-nl 4044 Ji!)8-~'
---- K08-01)049 )'08-02e076
KU8-01~1 IiDS· Ozi(l6
K08-011«) IIllH-UJ(>I27
IlIS-01000
11118- 001016
K08-006019
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H-06"I(33
k08-0$So101
KOH'~2
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KOa-07~1
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K08-C4OGS I-OTl~;9
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llJ llJ (() I"-CO CO ..J ..J
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I
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-
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lCECL
_ 1 KEVPL A N
AAay Value (Ppb)
Legend
rz! shafts
Water
Claim lines
Property Boundary
Road
Line Grid
Trail
MALLARD LAKE MMI (Ni) Morrisette Township
Larder Lake Mining Division. Ontario
Mobile Metal Ions Process Geochemical Survey
Nickel (Ni)
Data and Drawing By:
David W. Eves Jan. 26. 2009.
Magnelic declination is laken al 11 '36' W as per Nalional Geophysical Data Centre Siandards.
All measurements are in metric units unless otherwise stated.
Grid Stalioning is al 25m wilh gridlines spaced 100m apart.
) ) :> 0 ., ., 1)
OIIUUU
III lagend [Pllt]
>3001
2001-3000
o 1001-2000
<1000
KDS-22;-.120
KD8-Ula!
l.'ll8-12I~
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K09-2160530
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troh>l~20
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\ • 1i:ll-l0 70
\ ~1) -207«l
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1008-20 120
KOI 20+!l10
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KlI3-21lXlO
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1008- 2
BLOO
II:-r-r""n
g"i.lVU
----~ ... ----
1009-267020 t=S 2660160
K08-16'.-280 KlI8-2'8090
I<lIS-22 190 t«I"-26!'60 .08-,.40240 l<1lS-21+.20
t;(lS-21\,QO l<1l~-Z6.lo28O
~ l<1l~-Z6l'2OO 1008-22 60100
1009-22 '70 I(I)S-2610240 l<1l8-0I il'2O
KOB-l.0ee0 1«l8-01~10 ICDS-2280280
1(])8-2S30150 KoJ8-016090
KJ)8-1750155 l<1l8-~150220
i<llS-17lo130
M-[)7040 ~08-01 .. IIKJ
WH111048O ~OS-0l)G75
1008-2150160 1009-2790130 KDS-n*
KDR-1S..so 1IIIi -1S~30
KOB-ll lo3OO ~OB-OI1040
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K08-23!440 '1i~-l\l·t50 08-00'>«1
KlI8-1J<0e5 IIXlH-2,oo370 IDS 00 lW
KOS-ZI-..ecJ KDd-/490140 KDS-oo /ol2O
KlIR -21llo120 KOS-OO ..co
XO'-I~M35
.1)1-1100200 l<Jl8-14 120 Kil~-OO~
l.'ll8-2400200 K'l9-14,.210
KDS-241040 M1S-,4!40
!C08-Wo(l()
577500
1«18-021'110
«<lB-02Moo
KCS -0260220
1ro8-0290170
KD8-010(230
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hlli-0690630
IOOI-Ooa-tO
l>ilS-06'lo39O
KD8-0S "'70
K08-0S1020
KDB-04 'lo75
KOS-04 '10
1I1l8-1l9>«J
1«18-09..,10
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" A
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I ~.IJRR'S(TTC
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1" k.-say Value 1.~
Ippb)
Legend
121 shafts
---- Water
Claim Lines
----- Property Boundary
- Road
Line Grid
---- Trail
MALLARD LAKE MMI (Pb) Morrisette Township
Larder Lake Mining Division, Ontario
Mobile Metal Ions Process Geochemical Survey
Lead (Pb)
Data and Drawing By: David W. Eves Jan. 26, 2009.
Magnetic declination IS taken at 11 ·36' W as per National Geophysical Data Centre Standards,
All measurements are in metric units unless otherwise stared.
Grid Stationing is at 25m w~h gridlines spaced 100m apart,
:> :> 1) t) ') ') 1)
5~-------1 ::I D ,., ,., ()
MMIl8uend [ppll)
>1800
1201-1800
D 601-1200
<600
C'7'7"""
.-------
~8-2;600
1\08-2.>«>
1CIl8-1640610 K08 -22 ~70
K08-219'230
KIll.., I iI'23O
h1l~-21 7060
1\08-2060640
K08 - 20~
KDB-2040780
KU.-lv;:.450
M8-101"13O
BLOD
~u8-22;'loo l<l)oH6 110
~QS-2620270 1008-22;.00 ~
1\118-22;>00 \..!!:08-26!:§Z0 ./
~O8-2600640
1108-221060() 1\08-2590130
KOS-271010
KQa- 2S 150 Ci-IW'-25"70
1\08-1' .... 30 K08-2560270
1lfoo46(} J(l)B - 25~10
IUIN79t160 W6-21+60
1008-280010
1W.-Jl"'20
1-23 120
KOII-23601 75 KIl8-21D0240
IiDB-23'«)
8-249070
1iOlI-24&!25
~1I8-24'lo4O
K08-2460180 K08-24 !0200
lCD' ,450120 1009- 24""'10
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677500
K08-0710470
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1008-055080
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r S>mple l<JcolIon
Snmplc Number ~ Iss " 1'" '\.~()~
Legend
IZl shafts
Water
Ass4y Valu,c (wbl
Claim Lines
Property Boundary
Road
Line Grid
Trail
MALLARD LAKE MMI (Zn) Morrisette Township
Larder Lake Mining Division, Ontario
Mobile Metal Ions Process Geochemical Survey
Zinc (Zn)
Data and Drawing By:
David W Eves Jan, 26, 2009,
Magnetic declination is taken at 11°36' W as per National Geophysical Data Centre Siandards.
All measurements are in metric units unless otherwise stated.
Grid Stationing is at 25m with gridl ines spaced 100m apart.
MMIl8l8nd lPlIb)
>5.1
3.1-5
D 1.1-3
<1
O"UUU
5
1\ll1l-22100.S
MS- 220().5
1ffi8-l! 'loO.5
1ill8-l111OO5
KOS-21 7o().5
K08-207o() Ii
,1)8-2060.5
K06-20500.5
h'llB-IO+<l.5
KllS-20)().S
K09-10;>o().5
BLOO
KOB-266o().5
1(1)8-2.100.5
'OS- 2ZJ00.5
IIDB-22+<l5 1W8-Z';+<l.5
g08- 22500.5 IIDI- l'J() 5
KI18-1oloO.5 ~OI- 12 6() . 5
KOB-22100.5 1<01-26100 5
IillS- 2tOO.5 K118-l2fIoO.5
K08-2~900.5 K1ib-22 900 5
KOi-2,1100.5
~'OB-257o() S
K08-Z50005
1Il18-25!>oO.5
1IDB-I1+<l.5
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m8·23500.S
KOS-23oo.S iIlJ8-~5 !)(l. 5
h'O'- 2J1005 KlJS-24900.5
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K08-24io().5 ~08-;J "O.S
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M8-00800 s-. IillA-OO'loO 5
K08-006().5
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k'OS-00+<l 5
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\
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r I
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Saroplc Number
Legend
o shafts
-- Water
Claim Lines
---- Property Boundary
- Road
Line Grid
-- Trail
MALLARD LAKE MMI (Pd) Morrisette Township
Larder Lake Mining Division, Ontario
Mobile Metal Ions Process Geochemical Survey
Palladium (Pd)
Data and Drawing By: David W. Eves Jan. 26, 2009.
Magnetic declination is laken at 11 "36' W as per Nalional Geophysical Data Cenlre Standards.
All measurements are in metric units unless otherwise staled.
Grid Stationing is at 25m with grid lines $Paced 100m apart.
••• leIand (ppbJ
>660
440-659
D 220-439
<219
IOOB- 22M1
!t77nnn
KOS-21 l1000
K1JS-2l 1068
BLOO
KOlI-22J068
Jro8-2.21045
"1:8-225017
KOS- 22 7(3()
~u8-22~
~08-22 18
1(08-2;;6021
~ ~ KOB-2'3061 .5
IiIlS-262042
S- 26\o34
K08-2C>0)(28
W T"" (X) ...J
577500
r.::S Ku8-020016
ImB-02lo16
h1J8-022"11
l
liIlS-01"7
1t08-01 \Q4 K09-026040
,,08-014044 ~uH-Ol/o61
ltOiHlI J049 JII)~-Jl2&q6 ---
1(\\'-00,",4
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KD8-016012
KOB-037010
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1(JJ8-061P1 9 «OS- Mr.15
K08-0'"1<33
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IWH-u50066
K08- o5J0404
h1J8-Ml'8
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KO&O-07 i036
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\ \ iDB-I05-72 \ '
1CIl8-I04028 \_~ ____ - __ --_-~ KO~- I0 J031
I<DS-I02<38
K08- 101081
K08-10''''02
K08-D99066
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w (X) CO ...J o
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578000
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Meters o 3060 120 180
1 :5000 NAD83 Zone 17 N
N A
NORTHERN G 0 L D ••• , 0<
r T - - -I
l I
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I
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I
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A1iSaY Value (ppb)
Legend
shafts
--- Water
Claim Lines
---- Property Boundary
- Road
Line Grid
--- Trail
MALLARD LAKE MMI (Sa) Morrisette Township
Larder Lake Mining Division, Ontario
Mobile Metal Ions Process Geochemical Survey
Barium (Ba)
Data and Drawing By: David W. Eves Jan. 26, 2009.
Magnetic declination is taken at 11'36' W as per National Geophysical Data Centre Standards
All measurements are in metric units unless otherwise stated.
Gnd Stationing is at 25m with gridlines spaced 1 Dam apart,
top related