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4,004^3 Jill, JH "'""''"Illllllllll ^
REPORT ON
MAGNETOMETRIC AND ELECTROMAGNETIC SURVEYS
MONTREAL RIVER PROJECT
GRID GAPP 2-82
GAPP TOWNSHIP
ON BEHALF OF-
NORANDA EXPLORATION LTD
REPORT NO: E-8344
Val d'Or, Quebec. !' ) ./' ^. Maurice Giroux,June 1983 J}-* ,./. ] Geologist.
; ^j
t~~~" ' iXPLOREX-
l41084NW0SI03 00I9A1 GAPP 010C
TABLE OF CONTENTS
PAGE
. .
l l iIII l l
li
INTRODUCTION ..................................................... l
CLAIMS LICENCES NUMBERS ................. ........................ l
DISCUSSION OF RESULTS
Magnetic survey .,........................................,... 2
Electromagnetic survey ....................................... 2
Zone #1 ................................................. 3
Zone UT 2 ................................................. 4
Zone # 3 .......... v..................................... 4
Zone #4 ................................................. 5
CONCLUSION ................ .....................................- 6
FES ^!984
GAINING LANDS S2C1
XPLOREX*
IIIII l l lIIIIII lll i i iiI 1ii
HAG AND E.M. SURVEYS, GAPP TOWNSHIP. NORANDA EXPLORATION LTD._____J
INTRODUCTION
During June 1983, a geophysical crew, under the direction of the author, carried out magnetometric and electromagnetic surveys over grid Gapp ?-82, Montreal River Project, Gapp Township, Ontario, on behalf of Noranda Exploration Ltd.
The grid is located north-west of Gapp Township, Ontario, some 75 kilo meter north-east of Sault Ste-Marie. The property is accessible by Lum ber Road north of Searchmont.
The claims covered by this survey are registered with the Ministry of Natural Resources of Ontario under the following claim numbers: -
CLAIMS LICENCES NUMBERSt
687677-, 687678, 687679, 687680
The purpose of this survey was to outline and investigate Input anomalies. These anomalies were first outlined from an airborne survey carried out previously.
The grid consisted of a total of 7.2 km of lines and base line, oriented N130 0 at 100 m centers. A total of 6.3 line km of electromagnetic and magnetometric surveying were carried out over this grid.
The instrument used for the electromagnetic survey was an Apex Maxmin II, horizontal loop, electromagnetic unit operating at frequencies of 444 Hz and 1777 Hz with a coil separation of 10C meters. The magnetometric sur vey was carried out using a Geometrics, Model G-816, Portable Proton Mag netometer, which measures the earth's total field with a sensitivity of 1.0 gamma. Base stations for diurnal corrections were established along
the base line....12
XPLOREX^
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MAG AND E.M. SURVEYS, GAPP TOWNSHIP, NORANDA EXPLORATION LTD. .2
Concentrations of minerals having magnetic susceptibility will give rise to variations in the earth's magnetic field. The data obtained by sys tematic observation of the intensity of the earth's magnetic field has been contoured and the results show magnetic patterns or anomalies. Mi nerals having strong magnetic susceptibility are generally magnetite or pyrrhotite, and are usually, but not necessarily, associated as primary or accessory minerals in massive sulphide deposits; thus, coincident mag netic and electromagnetic anomalies could be important.
Electromagnetic methods are capable of delineating zones of conductivity that could represent massive concentration of minerals having metallic conductive properties. Such minerals are pyrite, pyrrhotite, chalcopy rite (but not sphalerite) and graphite. It is rarely possible, from E.M. data alone, to differentiate between these various sources of conducti
vity.
DISCUSSION OF RESULTS
Magnetic survey:
One (1) drawing shows the magnetometric data on a horizontal scale of 1:2500. The magnetometric data has been contoured and shows magnetic patterns or anomalies.
The compiled magnetic data shows a magnetic formation north of the base line with isolated height up to 4922 gamma. South of the base line, we observed few isolated height which might represent lenses of high magne tic minerals alligned and oriented roughly N1300 , parallel to the base
line.
Electromagnetic survey:
Two (2) drawings show the electromagnetic data on a horizontal scale of
XPLOREX*
Iii" ^ .
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MAG AND E. M. SURVEYS, GAPP TOWNSHIP, NORANDA EXPLORATION LTD. .3
1:2500 for both the 444 Hz and 1777 Hz frequencies. The solid profilerepresents the in-phase data while the dashed profile represents theout-of-phase data. Both the in-phase and out-of-phase data are plotted
on a scale of 1 cm s 105K.
The present survey has outlined 4will be discussed in turn.
Zone t 1 :
This zone lies across L3E to L7E,and has a weak response except on
major conductive zones and each zone
on the north side of the base line,line 7E where a good response is ob-
tained. The trend observed is N1300 . The following parameters havebeen established on line 7E, with
Strike: Length:
1" Width:
Depth:
li D1p 1 Conductivity:
the 1777 Hz frequency: -
N1300
500 m open to the east15 meters12 meters75 0 S. W.(Tr = lo mhos
8 Magnetic association: 177 JThB i The most probable explanation for
II
II
I
1
the observed results is a tabular bodyof conductive minerals having very low magnetic properties such as gra
phite or non-magnetic sulphides.
In order to sample this zone by diamond drilling, the following drillhole location is suggested: -
Collar:Azimuth:
L7E, 1 * 25NN40 0
r/"XPLOREX^
MAG AND E.M. SURVEYS, GAPP TOWNSHIP. NORANDA EXPLORATION LTD.
Dip: Length:
-450
100 meters
Zone 0 2:
This zone runs south and parallel to the base line across lines 5E to 9E. This zone has weak response on both frequencies, except on line 5E.
The following parameters were established on line 5E for the 1777 Hz fre
quency: -
Strike:Length:Width:Depth:Dip:Conductivity:
N130 0500 meters open to the east37 meters25 meters600 N.E.(Fr = 28 mhos
Magnetic association: 2938 V
The most probable explanation for the observed results is a tabular body of conductive minerals having strong but isolated magnetic properties.
In order to sample this zone by diamond drilling, the following drill
hole location is suggested: -
Collar: Azimuth: Dip: Length:
L5E, O * 15SN2200-45"
100 meters
Zone 0 3
This zone is short and has medium response with both the 444 Hz and 1777
XPLOREX*
MAG AND E.M. SURVEYS, GAPP TOWNSHIP, NORANDA EXPLORATION LTD. .5
Hz frequencies. The following parameters have been established on line 3E for the 1777 Hz frequency: -
N1350
200 meters
25 meters 30 meters
Sub-vertical
* 28 mhos
Strike:
Length:
Width:
Depth:
Dip:
Conductivity:
Magnetic association: 272 Jf
The most probable explanation for the observed results is a deep tabular body of conductive minerals having none or poor magnetic property such as
graphite or none magnetic sulphide.
In order to sample this zone by diamond drilling, the following drill
hole location is suggested: -
Collar: Azimuth:
Dip: Length:
L3E, l * 35SN225 0-45"
100 meters
Zone # 4:
This zone is located at the south limit of the property and across lines
2E to 5E. Good responses are obtained from both the 444 Hz and 1777 Hz frequencies. The following parameters have been established on line 3E
for the 1777 Hz frequency: -
Strike: Length:
N130 0
400 mettrs open to the west
XPLOREX,
MAG AND E.M. SURVEYS, GAPP TOWNSHIP, NORANDA EXPLORATION LTD. .6
Width:Depth:Dip:Conductivity:Magnetic association:
25 meters 20 meters Sub-vertical (Tr* 12 mhos 1438 V
The most probable explanation for the observed results is a tabular body of conductive minerals having strong but irregular magnetic property.
In order to sample this zone by diamond drilling, the following drill hole location is suggested: -
Collar: Azimuth: Dip: Length:
L3E, 3
N2200-45 0
100 meters
35S
CONCLUSION
The present survey has adequately outlined four (4) conductive zones. Those zones were interpreted separately and different parameters were 'jstablished. Recommendations concerning diamond drilling follow up were made in each case, sulphides and/or graphite are suggested to be
the likely source of conductivity.
Respectfully submitted,
MG:csl 830713
'- •Maurice Girou*, Geologist.
XPLOREX*
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ea i SAI GAPP 900
Ministry ol-NaturalResources
Ontario
Report of Work(Geophysical, Geological, Geochemical and Expenditures)
The M ining Act
Instructions: — Pleat* lypt or print.- II number ol mining claims traversed
exctedt space on this form, attach a lilt.Note: — Only days credits calculated in the
"Expenditures" section may be enteredin the "Expend. Days Cr." columns.
- Do not use shaded areas below.Type of Survay(s)
GEOPHYSICAL (MAG S. E.M.)Claim Holder(t)
NORANDA EXPLORATION COMPANY, LIMITEDJTownihl
GA
Townihlp or Aril
GAPP
Address
TProspector'i LIl A-31Q87
Licence No.
Suite 1*00, 55 Yonge St., Toronto, Ontario.Survey Company
Explorex Ltd., Val D'Or, Que.Date of Survey (from ft to)25 05 83 i 05 06 833 i 0
r. | PName and Address of Author (of Geo-Technlcel report)
Maurice Giroux, Explorex Ltd., 855-3rd.Ave., Val D'Or, Quebec.
Pay j
Total M iles of line Cut
7.2 fan
Credits Requested per Each Claim in Columns at rightSpecial Provisions
For tirst survey:
Enter 40 days. (This includes line cutting)
For each additional survey: using the same grid:
Enter 20 days (for each)
Man Di yi
Complete reverse side and enter total(s) here
Airborne Credits
Note: Special provisionscredits do not apply to Airborne Surveys,
Geophysical
- Electromagnetic
- Magnetometer
- Radiometric
- Othiw
Geological
Geochemical
Geophysical
- Electromagnetic
' Magnetometer
- Radiometric
. Other
Geological
Geochemical
Electromagnetic
Magn^iornetef
Rediomeiric
Days perClaim
1*0
20
~— —
Days per Claim
Days per Claim
Mining Claims Traversed (List in numerical sequence)
Expenditures (excludes power stripping)Type of Work Performed
Performed on Oaim(l)
Calculation o* Exponduure Days C'fcdits
Toiat E nfMjncJituresTold'
Day* Credits
15 *
InstructionsTotal Days C'edits n^ay be apportioned at the claim holder's choice. Enter number ol days credits per claim selected in column! at right.
Mining OalmPrefix
SSM
Number
687677687678687679 687680
i — "~"f ' "" "
- ---. --^. .- ^ .-,. -
.. . ...-..—.....-
Expend. Days Cr.
—————
————— .
—————
R
A.M
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---..——
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S
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1
Mining ClaimPrefix Number
———————— — ~-
i
.11 "2 IQftAAN v!) lw*rM" T
ULT STE. MARIEl!ll;ir."j civ.
C G IV U 'T)
b V P,,.OrJIr^,];:-;'?!-*!-'',.
t* L..... .......
--
Total number o* nunmg c'aim. covereo t'v t^'*report Of work ,
Expend. Days Cf.
- —— - —
—————
—— - —
- -
-
h
^ec. 23/83Recorded
T-r ^.Holder or Agent
-o-— -— -—
(S gnalu re)f
\Certification Verifying Report of Work
l hereby certify that l have a pertonal and intimate knowledge ol the facts set forth m the Report of Work anneltTahereto. having performed the work or witnessed same during and/or after its completion and the annexed fepon is true.
Name and Postal Addieil of Penon Certifying
B.C. Denommee. P.O. Box 1205.JTimmansDan Certified Ctrt.4ic3 bv I
CJ"
'Jour File: Our File:
171-83 2.6362
1984 02 15
Mrs. M.V. St. OulesMining RecorderMinistry of Natural Resources875 Queen StreetBox 669Sault Ste. Hatto, OntarioP6A 5N2
Dear Madam:
He have received reports and maps for a Geophysical (Electromagnetic and Magnetometer) survey submitted under Special Provisions (credit for Performance and Coverage) on mining claims SSM 687677 to 80 1nc1. In the Township of Gapp.
This material will be examined and assessed and a statement of assessment work credits will be Issued.
Yours very truly.
0. R. MortonActing DirectorLand Management Branch
Whitney Block Room 6643 Queen's Park Toronto, Ontario M7A 1H3 Phone: 416/965-1380AJfBarr:dg cc: Noranda Exploration Company Ltd.
Suite 400 55 Yonge Street Toronto, Ontario M5E 104
cc: Noranda Exploration Company Ltd. P.O. Box 1205 Timmins, Ontario P4N 7J5 Attn: Mr. L. A. HaddeH.
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0019A1 GAPP
LOCATION
31,680
GAPP TWP.
LEGENDE LEGEND
COTEAU K CLAIM '
CLAIM TO* T
MODELEMODEL
CONTOUR MAGNETIQUE MAGNETIC CONTOUR
DEPRESSION MAGNETIQUE MAGNETIC DEPRESSION
EMPLACEMENT APPROXIMATE APPROXIMATE LOCATION
RUISSEAU CREEK
MARECAGE SWAMP
LIMITE DE CANTON TOWNSHIP BOUNDARY
BARRAGE DE CASTOR BEAVER DAM
'US"'. GEOMETRICS MAGNETOMETER
G-816
?**: 5e A vE S D'Tt A, D OR, Q Ufc J9P
Y.GUILLEMETTE
M. GIROUX
- oo n -A iCLiENT CLIENT
NORANDA EXPLORATION LTDPROJET PROJECT
E-8344 MAY 83
' 2 ,500
MONTREAL RIVER GAPP 2-82TURF TITLE
MAGNETOMETRIC SURVEY56,800-0;:
j; ^ AA No N'
APPROUVE PttR APPROVED BY
DATE MAY 83
4l004NWe003 0019A1 GAPP 210
Y.GUILLEMETTE
M. GIROUX
J9P
LOCATION
31,680Z M
GAPP TWP.
LEGENDE - LEGEND
m COMPOSANTE EN PHASE DU CHAMP E.M. PRIMAIRE. 03 IN PHASE COMPONENT OF PRIMARY E.M. FIELD.
fl. COMPOSANTE EN QUADRATURE DU CHAMP E.M. PRIMAIRE. ® QUADRATURE OF PRIMARY E.M. FIELD.DELIMITATION DU CONDUCTEUR E.M. ET IDENTIFICATION. OUTLINE OF E.M. CONDUCTOR AND DESIGNATION.CONDUCTEUR FAI8LE OU PROBABLE PROBABLE OR WEAK CONDUCTOR.
COTEAU OC CLAIM
CLAIM PMT
INSTRUMENT UTILISE INSTRUMENT USED
MODELE
MODEL
CABLE
APEX ELECTROMAGNETOMCTER
MAXMIN U
100 METERS
•r.2
cE-8344 DATE MAY 83
^ 2,500 vi ::ESS:NDRAWING N'
CLIENT CLIENT
NORANDA EXPLORATION LTDP90JET
MONTREAL RIVER GAPP 2-82PROJECT
TITRE TITLE
ELECTROMAGNETIC SURVEYmn. 444 H,, j .
APPROUVE PAR APPROVED BY DATE MAY 83
41004NW0003 00I9A1 GAPP 220
LOCATION
l '31,680MAP
i w
GAPP TWP
LE6ENDE - LEGEND
i - -tm
"" AQTUNC OF EM.
FOTB4U DCVLMtl
COMROSANTE EN PHASE DU CHAMP E.M. PRIMAIRE. IN PlfASE COMPONENt OF PRIMARY E.M. FIELD.COMlQSANTE EN QUADRATURE DU CHAMP E.M. PWMAIRE,.... —. — Qp MMARY E.M. FIELD.
NOUCTEUR E.M. ET IDENTIFICATION. lUCTOR AND DESteNATION.
OR WEAK C^NDU?^^EMPLACtMENT APPROXIMATE APPROXIMATE LOCATiDN
MODELE MODEL
CAM.E
tt
100 METERS
CLIENT CLIENT
Xr- :! L :ORLX 855, 3t AVE .SUITE 203 VAL D'OR.QUE J dP IT2
r S'; .'NTBY Y.GUILLEMETTE
K fi D BYM.GIROUX
APPROUVt
1 B t
N c CONTRAtCONTRACT V
J?V*^^^ jtl^j^^l^ , , - /'T—— l. . _______
E-8344 iOATE MAY 83
S C A..t l ^2,500
NORANDA EXPLORATION LTDPftOJET PROJECT
MONTREAL RIVER 6APP 2-82TITRE TITLE
ELECTROMjAGNETIC SURVEY
N 0 DESSIN DRAWING N 0
APPROUVE PAR APPROVED BY DATE MAY 83