rpt on ground mag sur performed on the neal cl … · controlled with an air photo mozaic on the...
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32DiaSEe099 2.9084 HARRIOTT 010
REPORT ON
GROUND MAGNETOMETER SURVEY
PERFORMED ON THE
MEAL CLAIMS
MARRIOTT TOWNSHIP
LARDER LAKE MINING DIVISION
FOR
DICKENSON MINES LIMITED
AND
NEW CINCH URANIUM LTD.
BY
R.W. RISTO, M.Se.H.E. NEAL l ASSOCIATES LTD.
TORONTO - CANADAAPRIL 1986
32D12SEM99 2.9084 HARRIOTT 010C
TABLE OF Co,.,,.,,,o Page
1.0 SUMMARY l
2.0 INTRODUCTION 2
3.0 THE PROPERTY 2
4.0 LOCATION AND ACCESS 3
5.0 PREVIOUS WORK 6
6.0 GENERAL GEOLOGY 6
7.0 MAGNETIC SURVEY 8
7.1 Instruments and Sensitivity 87.2 The Survey 97.3 Results 9
8.0 CONCLUSIONS 11
9,0 REFERENCES 13
CERTIFICATE 14
- l -
1.0 SUMMARY
The magnetometer survey in Marriott Township on the Neal claims, a 93
claim block, was conducted by H.E. Neal A Associates Ltd. personnel during
parts of September, October 1985 and February 1986. It was conducted on
behalf of Dickenson Mines Limited and New Cinch Uranium Mines Ltd. The
survey was conducted along lines cut at 100 m intervals.
The survey showed that the property was underlain by an alternating series
of rock units of relatively low and higher magnetic susceptibility. These
units are interpreted to be magnesium-rich and iron-rich tholeiitic
basalts. These units were also shown to be offset by numerous north-east
and north-west trending faults. An abrupt contact between a distinct
magnetic low and more magnetic rocks north of Highway 101, on the north
margin of the property may be the Destor Porcupine Fault Zone.
- 2 -
2.0 INTRODUCTION
H.E, Neal S Associates Ltd. were contracted by Dickenson Mines Limited and
New-Cinch Uranium Mines Ltd. to conduct a ground magnetic survey over 93
claims held by Mr. H.E. Neal in Marriott Township.
Explorico Inc. was subcontracted by H.E. Neal A Associates Ltd. to cut and
chain 153.9 km of lines which included 9.7 km of base and tie line. Cross
lines were cut every 100 m and stations were established every 25 m along
the lines. A magnetic survey was conducted over this grid during the
period September 1985 to February 1986. The field crew was based at Bar
Pavilion du Lac Hebecourt for the fall portion of the survey and at a
drill camp in Holloway Township on Highway 101 for the winter period.
The results of the work are contained in this report and are to be applied
for assessment credit for all 93 claims.
3.0 THE PROPERTY
The property consists of 93 contiguous claims in Marriott Township. The
claims are held by H.E. Neal, 124 Roxborough Drive, Toronto, Ontario.
The claims are listed below:
- 3 -
L738422 - L738436 15
L738447 - L738460 14
L738472 - L738481 10
L738482 - L738486 5
1.738497 - L738513 17
L821329 - L821330 2
1.842261 - L842274 14
L842281 - L842296 Jj6
93
4 - 0 LOCATION AND ACCESS
The 93 claims are located in Marriott Township, District of Cochrane, in
the Larder Lake Mining Division (Fig. 1).
The east side of the claim block is common with the Ontario-Quebec border
(Fig. 2a).
Highway 101 crosses the claim block.
/9
9
t
O NT APIQUE.
TIMMINS MARRIOTT
THUNDER BAYw i
KIRKLAND LAKE
\
TORONTO
HAMILTON V:'.
KEY MAP100 ?00 300
M
H E NEAL S ASSOCIATES LTD.
Figure 1
•j -o ?oW*-*-.* * A-A- t i 4- -1 -. ~- - — — — --J
KEY MAPONTARIO l QUEBEC
KIMKL4N LAM
SHEET INDEX
J""
Figure 2a
Figure 2b
- 6 -
5.0 PREVIOUS WORK
1984: H.E. Neal and Associates Ltd. conducted a geological survey
controlled with an air photo mozaic on the eastern portion of the
property.
The only other recorded work was some trenching on what is now claim
L738480 by E. Chorzepa in 1973. No results were reported. No known
drilling or surveys have been conducted over this claim apart from the
mapping by the Ontario Geological Survey.
6.U GENERAL GEOLOGY
Marriott Township is within the Abitibi Sub-Province of the Superior
Structural Province of the Canadian Shield. All rocks are Archean in age.
The northern portion of the township within which the property is situated
is underlain by the Kinojevis Group. It is composed of a sequence of
magnesium-rich and iron-rich tholeiitic basalts containing rare lenses of
rhyolite and interflow sediment (Jensen, 1978). A table of formations
from Jensen (1978) is shown on the following page. The rocks face and dip
south at 70 degrees or steeper. They generally strike east-north-east to
due east. There is no major folding mapped in the township. The rocks in
the township are cut by a series of strike-slip faults striking N65 0 E to
N70 C E. Jensen (1978) describes these faults as shear zones less than 20 m
wide with some containing minor quartz, chlorite and sulphide mineraliza
tion.
TAHI.H: UK LITHOLOGIC UNITS FOR STOUGHTON AND MARRIOTT TOWNSHIPS
PHANEROZOICCENOZOIC
QUATERNARYPU ISTOCENfc A.'M 11 HI ChNI
^jrul qr.K -i, tidy, alluvium, an(i p'jyt
UNCONtORMITY
PRECAMBRIANIAHLY PRECAMBRIAN (AMCHCAM)
F ErLSlC INTRUSIVE HOCKS\ t Id'ipar porphyry, hoinbli'iu.it 1 fi-Ulspm porphyry, lamp
iN TR US! Vt CONTACT
VOLCANIC AND SEDIMENTARY HOCKS SEUIMF Ml AMY HOCKS
C"('M, iron tornidtion, arculite, ,,nd iraphite
F;Hv:)l.l r H. AMI.' DACIIIO VOLCANIC ROCKSr'liissi/u flow Ijii'ici.i, (Lid-breccia, crystal Uift. cherty tuff, cherty tuff dikes
BASALTIC AND ANJL: SI! 1C VOLCANIC ROCKS CAI C Al.KAL 1C BASALTS AND ANDESITf:S
Massive lluws, pillowjil flows, (ijllow breccia, flow-breccia, massive gabbroic to dinbasic-loxiunnl Mows, tuff breccia, tuff, hyaloclastite and palagonite tuff, variolitic flows, dUiyjJaloidal flows, poiphyntic feldspar flows, dikes
TH'H.F.m 1C BASALTS lin" Midi Hiisalt
Massive flows, pillowi'd flows, pilU)w brecci.i, flow-bwcia. gabbroic and diabasic i'ixtiirc(f flows, tuff btoccia. hyaloclastite and palagoniti; tuff, variolitic and porphyntic fflHiipnr Hows
Mdi|ni.'Siufn RK h [ins,litMjssive flows, pillowed flows, pillow-bruccia, flow-breccia, gabbroic and diabasic
texturod flow,, tuff-tiii'cciii, hyaloclastite rind palagonite tuff, variolitic andporphyritic feldspar Hows
KOMA1IITIC VOLCANIC ROCKS Ultramafic Komatiite
Massivi! flows, pillowed flows, pillow breccia, flow breccia, gabbroic and diabasic texture! flows, lufl i)M.-tcKi, vaiiolitic flows
li,iS.iltic KomatiiteN'jisivii flows, pillowed flows, pillow breccia, flow breccia, gabbroic and diabasic
textureif flows, tuf (breccia, variolit'C flows.
After L.S. Jensen 1978.
- 8 -
Jensen's (1978) map shows three of these fault zones crossing the
property. Some of them may be related to the Destor-Porcupine Fault Zone.
7.0 MAGNETIC SURVEY
7.l Instruments and Sensitivity
The survey was conducted using a Scintrex MP-2 proton precession
magnetometer as a mobile unit and a Geometrics G-816 magnetometer and
Canadian Mining Geophysics MR-10 recorder-computer for a base station.
The magnetometers have an accuracy of one gamma. The proton precession
magnetometer measures the earth's total magnetic field in gammas.
A magnetic survey determines variations in the magnetite and to lesser
extent pyrrhotite concentrations in the underlying rock. Since different
lithologies inherently contain different amounts of these magnetic
minerals the magnetic method can thus map lithic units.
Faults can be defined by abrupt changes in pattern. Additionally, along
fault zones the rocks can be more highly fractured or sheared. Fracturing
leads to increased porosity and fluid flow and thus chemical alteration.
Altered rocks tend to be less magnetic than fresher rocks producing
relative magnetic lows.
- 9 -
7.2 The Survey
The magnetic survey was conducted by Kathy David during September and
October 1985 and completed by Mike Bradshaw in January and February 1986.
Readings were taken at 25 metre intervals along all lines. The cross
lines were at 100 m intervals.
Due to diurnal and random fluctuations in the earth's magnetic field it is
necessary to make corrections to each magnetic reading on the grid. A
fixed auto-reading base station taking readings every 30 to 60 seconds was
used to do this. These readings were then applied to the data collected
by the mobile mag and the corrections made.
7.3 Results
The magnetic survey revealed that the rocks underlying the claim block
consisted of an alternating series of lithic units of relatively lower and
higher magnetic susceptibility that have been offset by numerous north
east and north-west trending faults.
On the western half of the property the sequence of units strikes east-
north-east; on the eastern portion the units swing slightly to strike due
east.
- 10 -
The rock units of different magnetic susceptibility alternate on two
scales. In broad terms, map sheets l and 3 are underlain on their north
margin by a weakly magnetic unit. This unit is overlain to the south by a
more strongly magnetic unit approximately 350 to 500 m wide (apparent
width). This broad unit is further subdivided into narrower units of
relatively high and low magnetic susceptibility, each of which is 20 to 50
m wide. It is followed to the south by another broad weakly magnetic unit
approximately 600 m wide. This unit is followed by another major series
of narrow strongly and weakly magnetic units. Each of these sub-units 1s
10 to 50 m wide. This unit extends onto map sheets 2, 4 and 5. On map
sheet 5 this unit is followed by a relatively weak magnetic unit 200 m
wide. On the eastern portion of the property this unit has been offset to
the north and follows the boundary between map sheets l and 2. This unit
on map sheets 2, 4 and 5 is followed to the south by narrow units of
higher magnetic susceptibility alternating with similar units of
relatively low susceptibility.
The strongly magnetic units are probably iron-rich tholeiitic basalts
while the majority of units of relatively weak magnetic susceptibility are
magnesium-rich basalt. Some of the lows are probably interflow sediments.
The prospector's pit on claim L738480 containing laminated chert and minor
disseminated sulphides is on the margin of one of the most prominent
magnetic lows which crosses the entire property. Some of the stratigraphy
parallel lows could also be faults or shear zones but their orientation
makes them difficult to distinguish from similarly oriented rock units.
- 11 -
All the rock units are offset by numerous northwesterly and northeasterly
trending faults. The amount of apparent displacement is highly variable.
Two of the northeasterly trending faults on the eastern portion of the
property (sheets l and 2) show apparent displacements of 200 to 300 m.
The sharp change in magnetic intensity north of Highway 101 (sheets l and
3) on the north edge of the property may mark the main branch of the
Destor-Porcupine Fault Zone.
8.O CONCLUSIONS
The magnetometer survey was useful in determining the geological structure
and rock-types underlying the claim group. The rocks were shown to trend
from east-north-east to due east and dip steeply south.
The survey showed that a prospector's pit containing laminated chert and
minor sulfides is contained within a characteristic rock unit that can be
traced across the entire property.
The magnetics showed that all units have been offset by numerous faults.
The magnetics suggest the presence of the southern contact of the Destor-
Porcupine Fault zone in the north part of the claim group.
- 12 -
A detailed geological survey is recommended for this claim group to
further evaluate the structures outlined by the magnetic survey 1n terms
of their potential for gold mineralization.
Richard W. Risto, M.Se.
H.E. Neal X Associates Ltd.
- 13 -
9.0 REFERENCES
Jensen, L.S. (1978): Geology of Stoughton and Marriott Townships,
District of Cochrane; Ontario Geological Survey
Report 173, 72 p. Accompanied by Map 2390, scale
1:31,680 and one chart.
- 14 -
CERTIFICATE
I, Richard W. Risto of 22 Northridge Road, Toronto, Ontario do hereby certify that:
1. I am a graduate geologist residing at the above address.
2. I am a graduate of Brock University in Geology and Queen's University in Mineral Exploration and have worked for H.E. Neal i Associates Ltd. in that capacity for seven years.
3. l have no interest directly or indirectly nor do I expect to have any interest in the properties held by H.E. Neal.
4. My report is based on personal examination of the property and supervision of the surveys being conducted on the property.
Dated this 1st day of May, 1986 at Toronto, Ontario.
R. Risto, M.Se.GeologistH.E. Neal & Associates Ltd.
33012568099 S.9084 HARRIOTT 900
Mining Lands Section
Control Sheet
File No
OF SURVEY GEOPHYSICAL
GEOLOGICAL
GEOCHEMICAL
EXPENDITURE
MINING LANDS COMMENTS:
Signature of Assessor
Date
Ontario.
Report of WorkNatl/dl , ,- - i r- i - iResources *GeoPhys.cal, Geological.
Geochemical and Expenditures)
Mining Act
Instructions: — Please type or print.— If number of mining claims traversed
exceeds space on this form, attach a list.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 Surveyis)
M AG Me.roTownship or Area
Claim Holder(s) Prospector's Licence No.
A 'T 4- 56 8Address
1 A? f W 1X4-Survey Company
H. Z-, ,
A^ouJ-cs LM.Name and Address of Author (of Geo-Technical report) (^.j^, t—
t? K g: , T"^
Date of Survey' 7 , 0*i
y l Mo.1
H
Total Miles of line Cut
/5"3- 1 i l Ud.
Credits Requested per Each Claim in Columns at rightSpecial Provisions
For first survey:
Enter 40 days, (This includes line cutting)
For each additional survey: using the same grid:
Enter 20 days (for each)
Man Days
•Cotnple-te reverse side
\ -j^\ ; ' ^ ' " ...t ' 1 f\ m' J jl-
^ J MAR 10 198/O i O d fv.
AirDorne Creaiis
Note: Special provisions credits do not apply to Airborne Surveys.
Geophysical
- Electromagnetic
- Magnetometer
- Radiometric
- Other
Geological
Geochemical
Geophysical
a r-r^ a j f ii
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Geolog
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inetometer
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Days perClaim
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Days per Claim
jEteyc aar,Leii'i
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Mining Claims Traversed (List in numerical sequence)
Expenditures (excludes power stripping) SEType of Work Performed
Performed on Claim(s)
Calculation of Expenditure Days Credits
Total ExpendituresTotal
Days Credits
S
InstructionsTotal Days Credits may be apportioned at the claim holder's choice. Enter number of days credits per claim selected in columns at right.
Mining ClaimPrefix
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Number——T .-7 f"} f "- -V
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73 f? ^37.? 8 t M~~1 ~* c? ^71-*7 ,y /^ j /C. v
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Date , Recorded Holder or Agent (Signature)
Certification Verifying Report of Workl hereby certify that l have a personal and intimate knowledge of the facts set ferth in the Report of Work annexed nefeto, having performed the work or witnessed same during and/or after its completion and the annexed report is true.
Name and Postal Address of Person Certifying
i'i-y/y. ./-/6XA.^:~/'/-
G. Urea 5 ".Date Certified Certified by (Signature)
1362 (81 9)
Ontario
Ministry of Natural ResourcesGEOPHYSICAL - GEOLOGICAL - GEOCHEMICAL
TECHNICAL DATA STATEMENT
File.
TO BE ATTACHED AS AN APPENDIX TO TECHNICAL REPORTFACTS SHOWN HERE NEED NOT BE REPEATED IN REPORT
TECHNICAL REPORT MUST CONTAIN INTERPRETATION, CONCLUSIONS ETC.
OFFICE USE ONLY
Township or Area M f^fLR. l O1
Claim HolHer(s) H- E- ^
"T" TD^/VJ&V* if \ 1rAL 1
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Survey Company J-\-p- 1V)6AL c*" A SAOC/ J ATSSi LTk.
Author of Report. R. fc^
Address of Author 3 Q ! "~ S
Covering Dates of Survey ^rLiC
Total Miles of Line Tut |*^"2
SPECIAL PROVISIONSCREDITS REQUESTED
ENTER 40 days (includes line cutting) for first survey.
ENTER 20 days for each additional survey using same grid.
t"V 'f) ,
•^ GLUe-pW Qr.2~'^ l 0! iQfiC -Ip A^lAW jffi4
(linecdtting to office) '
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DAYS Geophysical per
P.lertromagnetir
RadioTietric. Othi-r
r,fn]r,a\ra]
Heorhemiral
AIRBORNE CREDITS (Special provision credits do not apply to airborne surveys)
Magnetometer Rlertromagnetic RaHiometrir(enter days per claim)
nATF.f AU^i 1/8^. SIGNATURE- tt. . /U^TOAuthor of Report or Agent
^ /yRes. Geol. Qualifications J hlA ^C/JU'
Previous SurveysFile No. Type Date Claim Holder
.
x MINING CLAIMS TRAVERSED
List numerically
l ITLQ y 3L 2-*(prefix) (number)
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837 (5/79)
GEOPHYSICAL TECHNICAL DATA
GROUND SURVEYS - If more than one survey, specify data for each type of survey
Number of Stations. Station interval —— Profile scale.^—^—
.Number of Readings o *
.Line spacing___LQjQ—tm
Contour interval. ^Instrument St^'l rt T&E * M P~
r Accuracy — Scale constant 1 nA/vVL/rM/3 , — An QCfu/ef* ' ^ Diurnal correction me2 Base Station check-in
Base Station location
fji InstrumenteS C^il configuration miZU Cnil separation n
0 tZ Method:
a Parameters measured
. . |. ?thod AlA4t* r'^"3l*A ei •'06mfp-'interval (hours) A- \3CXA, ^-TCCTIU^
and value feAR P/SUIl^OrO Y^,^
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\
\
\
D Fixed transmitter D Shoot back
(tpedfy V.L.F. station)
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D In line D Parallel line
GRAVITYSrale ronstant
(torrert ion s made
Base station value and location
Elevation accuracy ————————
\\\\
X
Instrument
INDUCED POLARIZATION
Method CD Time Domain \Parameters — On time ——————————— -^ ——————— r-
;H — Off tim*- \^ — Delay time ———————————— V ——————
J— 0 \
Electrode array ————————— — ———————————————Electrode spacing ——————————————————————————— Tvne of electrode . —————————— — — ——————————
LJ Frequency Domain FrequencyRange
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Survey Methnrl , , \
\nnrrertinns marie \
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Range
RADIOMETRICInstrument \
Values measurer! \
Energy winrlnws (levels) \
Height nf instrument \
Sire nf rletertnr
Background OfMint
Overhnrrlen(type, depth - include outcrop map)
OTHERS (SEISMIC, DRILL WELL LOGGING ETC.) Type of survey——————————V——————————— Instrument —————————————J^————————— Accuracy________________A————————— Parameters measured_________
\Additional information (for understanding results)
AIRBORNE SURVEYSType of survey(s)——————— \Instrument(s) —————————— \
Accuracy.\ (specify for each type of lurvey)
(specify for each type of survey) \Aircraft used. ISensor altitude. \Navigation and flight path recovery method Y
\Aircraft altitude______________________________Line Sparing Miles flown over total area__________________________Over claims only.
GEOCHEMICAL SURVEY - PROCEDURE RECORD
l
Numbers of claims from which samples taken.
\____________________
Total Number of Samples. Type of SamplejL
\ (Nature of Material)
Average Sample Weight-—————^ Method of CollectionV
\Soil Horizon Sampled Horizon Development Sample Depth Terrain
\
l\
Drainage Development——————.————— Estimated Range of Overburden Thickness.
IMPISAMPLE PREPARATION(Includes dry\ng, screening, crushing, aihing)
Mesh size of fraction used for analysis.
\
es expressed in:ANALYTICAL METHODS
per cent p. p. m. p. p. b.
Q O D
Ni, Co, Ag, Mo, As,-(circle)
Field Analysis (.Extraction Method. Analytical Method- Reagents Use
Field Laboratory\AnalysisNo. -———Extraction Methc Analytical Methoc Reagents Used.
Commercial Laboratory ' Name of Laboratory.. Extraction Method-— Analytical Method— Reagents Used ___
.tests)
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Nay 6, 1986 File: 2.9084
Mining RecorderMinistry of Northern Development and Nines4 Government Road EastKirkland Lake, OntarioP2N 1A2
Dear Madam:
tie received reports and maps on Nay l, 1986 for a Geophysical (Nagnetometer) Survey submitted under Special Provisions (credit for Performance and Coverage) on Mining Claims L 738422. et al, In Marriott Township. i
This material will be examined and assessed and astatement of assessment work credits will be Issued.
He do not have a copy of the report of work which 1s nomally filed with your office prior to the submission of this technical data. Please forward a copy as soon as possible.
Yours sincerely,
J.C. Smith, Supervisor Mining Lands Section
Whitney Block, 6th Floor Queen's Park Toronto, Ontario M7A 1W3
Illephonet (416) 965*4888
AB/mccc: H.E. Neal A Associates Ltd
Suite 301SS Queen Street EastToronto, OntarioN5C 1R6
H.E. NEAL b ASSOCIATES LTD.Mineral Consultants
Sie. 606. 55 Queen Street East, Toronto. Canada M5C 1K6 Telephone: (416) 068-0166
May l, 1986
Ms. S.K. YundtDirectorLand Management BranchWhitney Block, Room 6643Queen's ParkToronto, OntarioM7A 1W3
Dear Ms. Yundt,
Re: H.E. Neal Claims - Marriott Twp.
Enclosed please find the following property reports submitted for assessment
work credits by H.E. Neal S Associates Ltd. on behalf of H.E. Neal.
2 Copies - Report on Ground Magnetometer SurveyPerformed on the Neal Claims in Marriott Twp., Larder Lake Mining Division.
5 Ground Magnetometer Maps, Scale 1:2,500 accompanies each report.
Respectfully Submitted,
Richard W. Risto M.Se. H.E. Neal 6 Associates Ltd.
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