GEOPHYSICS REPORT ON THE WASHAGAMI LAKE PGE …...Claude Dubreuil Spanish, Ontario Brent Patrie...
Transcript of GEOPHYSICS REPORT ON THE WASHAGAMI LAKE PGE …...Claude Dubreuil Spanish, Ontario Brent Patrie...
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GEOPHYSICS REPORT
ON THE
WASHAGAMI LAKE PGE PROPERTY
DAVIS TOWNSHIP
SUDBURY
MINING DIVISION
FOR
GOLDWRIGHT EXPLORATION BVC.
BY RECEIVEDJUN 1 1 2001
GEOSCIENCE ASSESSMENT _____OFFICE_____
Dan Patrie
Dan Patrie June 01, 2001
41I09NW2031 2.21553 DAVIS 010
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TABLE OF CONTENTS
INTRODUCTION
SUMMARY AND RECOMMENDATIONS
LOCATION AND ACCESS
GEOLOGY
TOPOGRAPHY AND VEGETATION
CLAIM DESCRIPTION
INSTRUMENTATION AND WORK DONE
MAGNETOMETER AND INDUCED POLARIZATION SURVEY
INTERPRETATION
CONCLUSIONS
RECOMMENDED EXPLORATION PROGRAM
PERSONNEL
CERTIFICATE OF QUALIFICATION
LETTER OF CONSENT
MAGNETIC AND PSEUDOSECTION MAPS
BASE MAP
PAGE
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41I09NW2031 2.21553 DAVIS 010C
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Page l
INTRODUCTION
Goldwright Exploration Inc., acquired a group of 2 unpatented mining claims 32 units
located in Davis Township in the Sudbury Mining Division.
The property is underlain by rocks of the Huronian Supergroup and the Nipissing diabase
which are favorable host for economic Copper-Nickel-Platinum Group Element (Cu, Ni-PGE)
deposits.
In summary the Murray Lake Property shows to have considerable merit and warrants
further exploration work in order to evaluate its potential to host economic platinum group
element deposits.
As per request of the property owners a geophysics program consisting of magnetometer,
and induced polarization survey which began May 28th to May 31 st, 2001 and was carried out by
Dan Patrie Exploration Ltd.
The following report summarizes the results of the work carried out during the current
program and the results obtained.
Respectively submitted,
Daniel F. Patrie
Geology and Geophysics Technologist
June, 2001
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SUMMARY AND RECOMMENDATIONS
The Washagami Lake property is located in Northeastern Ontario , District of Sudbury, in
the Sudbury Mining Division.
The property is underlain by rocks of the Huronian Supergroup and the Nipissing diabase
which are favorable hosts for economic Copper-Nickel-Platinum Group Element (Cu, Ni-PGE)
deposits.
In summary the Washagami Lake property has shown to have considerable merit and
warrants further exploration work in order to evaluate its potential to host economic PGE
deposits.
Further exploration of the Washagami Lake property is warranted in proving its
considerable merit in hosting economic PGE, Ni, Cu and Au mineralization.
A program of 9.6 kilometers of magnetic and 9 kilometers of induced polarization survey
was done to explore the Washagami Lake property in Davis Township for its PGE potential.
The survey indicated a high chargeability anomaly with corresponding magnetic
anomaly running in an east west direction across the property which could host massive sulphides
or Platinum Group Elements (Cu, Ni-PGE).
Due to the lack of geological information the following programs are recommended to
complete the evaluation.
1. Completion of the grid lines over entire property.
2. Humus sampling over anomalous areas to better define drill targets.
3. Magnetometer and VLF surveys over remainder of property.
4. Induced Polarization over all of property.
5. Diamond drilling I. P. anomalies to establish sulphide content and geology.
Following completion of this work and contingent upon the results then additional work
should be considered to further evaluate the economic potential of the property for PGE
mineralization.
The following report summarizes the results obtained from the work carried out during the
current program and the interpretation is speculative.
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PageS
LOCATION AND ACCESS
The Washagami Lake property is located north of town of Hagar, Ontario approximately
55 kilometers east of Sudbury, Ontario in Davis Township. Access to the property is by turning
north off highway 17 form the town of Hagar, Ontario and traveling some 20 kilometers up the
Washagami Lake logging road to the center of the property in Davis Township.
GEOLOGY
The Washagami Lake Property of Goldwright Exploration Inc. consists of a north
trending Nipissing gabbro sheet that may in fact be part of the same Nipissing gabbro body in
neighbouring Janes Township where Pacific North West Capital reported assay values ranging
from 7 g/t combined PGE's up to 49.7 g/t combined PGE's (Nov. 6/98 press release).
This intrusive contains numerous Cu/Ni showings with potential for PGE mineralization.
TOPOGRAPHY AND VEGETATION
The Washagami Lake property vegetation is currently a mix of alders, pines, willows and
younger coniferous trees in a gently undulating landscape and some areas there is swamps.
CLAIM DESCRIPTION
Consisting of 4 unpatented mining claims (41 units), the Washagami Lake property,
located in Davis Township in the District of Sudbury, Sudbury Mining Division.
TABLE l
WASHAGAMI LAKE PROPERTY, DISTRICT OF SUDBURY
CLAIM DESCRIPTION
MINING CLAIM NUMBER OF UNITS
1229735 06
1229736 16
1229741 04
1229742 15
TOTAL 41 units.
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DAVIS TWP. Property Area
m M ills and 1 smelters
Mining operations
FIGURE 1: General location map, Davis Township property, northeastern Ontario
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FIGURE 3 General geological features and sample locations east claim block area on the south shore of Murray Lake (UTM coordinates. Zone 17)
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FIGURE 4: General geological features and sample locations, west claim block, west of Washagami Lake (UTM coordinates, Zone 17)
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Page 4
INSTRUMENTATION AND WORK DONE
MAGNETOMETER AND INDUCED POLARIZATION SURVEY The magnetometer survey was carried out using an EDA Omni-Plus Mag/VLF unit with
the total field being measured and an Omni-IV base station magnetometer for correcting magnetic drift. These are total field magnetometers which measure the magnetic field through the use of proton processional effects caused by the interaction of a magnetic field with a spin aligned,
proton rich fluid. An instrument accuracy precision and resolution of 0. l nt may be obtained with these instruments under ideal conditions. The VLF allows you to read the vertical in-phase, vertical quadrature, total field strength, dip angle and the ability to obtain as many as 3 VLF stations , but at the time no VLF was read. Microprocessors contained in these instruments allow for the collection of the readings along with the time and its position in digital form suitable for downloading to a computer for data processing. A total of 9.05 kilometers of magnetic readings were taken and readings were taken along the lines at 25 meter station intervals. The field measurements were corrected for diurnal variations of the earth's magnetic field by direct subtraction of the base station readings from the reading taken at the same moment in the field units. The corrected data was then downloaded to a computer and plotted on the total field magnetic map.
A total of 9.05 kilometers of induced polarization survey was done with an "a" spacing of 50 meters and 6 levels l to 6 read. The survey was a time domain pole dipole survey and was read with a Walcer MG-14 motor generator and a Huntec 12 kilowatt Model transmitter and a Scintrex EPR-12 receiver. The motor generator and transmitter were stationary on the end of the line being read and current transmitted through a wire with an electrode driven down through the
ground for a good contact and then transmitting current to that electrode from the transmitter by the transmitter man which is contact by radio to the receiver man. Ahead of the live current electrode is a crew of men driving electrodes in winter and using porous pots in summer at every station to be read and connected to the pots or electrode by length of wire from the receiver where the receiver operator picks up the readings with the receiver. The data is then downloaded from the receiver at the end of the day to a computer where the resistivity and chargeability is calculated and plotted using Geosoft software for the earth sciences in pseudosection maps.
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INTERPRETATION
The magnetic of the property is quite homogenous overall, with a relatively quiet background relief on the order of 100-200 nT being interrupted with high amplitude anomalies on
the order of 300-6000 nT above background running in an east west direction across the grid leaving it open to the east and to the west. The two magnetic anomalies were centered at 2+00
south and 5+50 south.The induced polarization survey picked up two chargeability zones running in an east west
direction centered at 2+00 south on lines 1+25 west, 2+45 west and 3+50 west and also centered at 3+00 south on lines 4+45 west, 5+00 west, 5+50 west, 6+00 west and 7+35 west which
corresponds with the high magnetic anomaly in the same area. Also, there was a high chargeability zone on the ends of lines 7+35 west and 9+50 west starting at approximately 400 north on both lines and leaving the zone open to the north where the lines ended. The chargeability values run approximately 3 times the valued background and also corresponds with the magnetic anomaly and a resistivity low which suggests disseminated sulphides or a high concentration of sulphide
with a magnetic signature which should be investigated in more detail for its potential to host PGE mineralization with possibly high values.
The induced polarization survey proved successful in finding areas of high chargeability
with corresponding high magnetometer readings which merit more exploration work such as drilling these targets.
CONCLUSIONS
With the presence of a favorable geological environment for the localization of PGE mineralization of economic importance to further evaluate the property's potential the writer recommends an on going work program over the remaining claims and areas not already covered
on the property, consisting of line cutting at 100 meter intervals, magnetometer, VLF and induced polarization surveys to locate areas of disseminated sulphide.
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RECOMMENDED EXPLORATION PROGRAM
The following program is recommended to evaluate the property for its potential to host a PGE deposit.
1. Complete the line cutting by extending all lines to the north and south andextending the grid to the east and west at 100 metre spacing as required to provide a control for geological, geochemical and geophysical work.
2. Geochemical sampling over target areas.3. Magnetometer survey over areas not covered.4. Detailed Induced Polarization survey at 50 m "A" spacing and 6 levels read..5. Geological mapping and sampling.6. Stripping, trenching over anomalous areas.As a result of encouraging data obtained from the recently completed geophysics survey
additional exploration on the property is recommended.
Daniel F. PatrieGeology and Geophysical Technologist
June, 2001
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PERSONNEL
Dan Patrie Massey, Ontario
Bryan Patrie
Massey, Ontario
Claude Dubreuil Spanish, Ontario
Brent Patrie Elliot Lake, Ontario
Bronson Ede Walford, Ontario
Dwayne Steinke Massey, Ontario
Jody Steinke Massey, Ontario
Brent Jerome Massey, Ontario
Corey StDenis Massey, Ontario
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CERTIFICATE OF QUALIFICATION
I, Daniel Patrie do hereby certify:
1. That I am a Geology and Geophysics Technologist and I reside at Hwy. 17 West, P.O.
Box 45, Massey, Ont, Canada, POP 1PO,
2. I graduated from Cambrian College Of Applied Arts and Technology, Sudbury, Ontario,
in 1987 with a diploma in Geological Technology with a one year certificate in Geophysics,
3. And I have practiced my profession continuously since graduation, as well as being an
active prospector since 1972.
4. That my report on the Washagami Lake PGE Property, Sudbury Mining Division,Ontario, is based on my personal knowledge of the geology of the area, and on a review of
published and unpublished information on the property and surrounding area.
Daniel F. Patrie
Geology and Geophysics Technologist (Dipl. T)June, 2001
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LETTER OF CONSENT
I, Daniel F. Patrie, of the Town of Massey, Ontario, do hereby consent to Goldwright
Resources Inc., using in whole or in part my Geophysics report on the Washagami Lake PGE
Property situated the District of Sudbury, Sudbury Mining Division in a prospectus of statement
of material facts or for filing with government regulatory bodies as deemed necessary.
Dated at Massey, Ontario, this 4th day of June, 2001, in the District of Sudbury.
Daniel F. Patrie
Geology and Geophysics Technologist
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ONTMIO MINISTRY OF NORTHERN DEVELOPMENT AND MINESTransaction No:
Recording Date:
Approval Date:
Client(s):303574
Survey Type(s):
W0170.30260
2001-JUN-11
2001-AUG-22
Work Report Summary
Status: APPROVED
Work Done from: 2001-APR-15
to: 2001-MAY-31
GOLDWRIGHT EXPLORATIONS INC
IP LC MAG
Work Report Details:
Claim*
S 1229735
S 1229741
S 1229742
Perform
SO
so816,918
316,918
Perform Approve
SO
SO
S16.918
316,918
Applied
S2.400
S1 ,600
S6.400
510,400
Applied Approve
S2.400
S1.600
S6.400
S 10, 400
Assign
soso
S4.000
S4,000
Assign Approve
0
0
4,000
S4.000
Reserve
soso
S6.518
S6.518
Reserve Approve
soso
S6.518
S6.518
Due Date
2001 -DEC-09
2001 -DEC-09
2001 -DEC-09
Status of claim is based on information currently on record.
41I09NW2031 2.21553 DAVIS 900
2001-Aug-30 10:13 Armstrongjd Page 1 of 1
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Ministry ofNorthern Developmentand Mines
Date: 2001-AUG-23
Ministere du Developpement du Nord et des Mines
BRIAN JAMES WRIGHT GOLDWRIGHT EXPLORATIONS INC GENERAL DELIVERY HAGAR, ONTARIO POM 1X0 CANADA
OntarioGEOSCIENCE ASSESSMENT OFFICE 933 RAMSEY LAKE ROAD, 6th FLOOR SUDBURY, ONTARIO P3E6B5
Tel: (888) 415-9845 Fax:(877)670-1555
Dear Sir or Madam
Submission Number: 2 .21553 Transaction Number(s): W0170.30260
Subject: Approval of Assessment Work
We have approved your Assessment Work Submission with the above noted Transaction Number(s). The attached Work Report Summary indicates the results of the approval.
At the discretion of the Ministry, the assessment work performed on the mining lands noted in this work report may be subject to inspection and/or investigation at any time.
If you have any question regarding this correspondence, please contact JIM MCAULEY by email at [email protected] or by phone at (705) 670-5855.
Yours Sincerely,
Ron GashinskiSupervisor, Geoscience Assessment Office
Gc: Resident Geologist
Goldwright Explorations Inc (Claim Holder)
Assessment File Library
Goldwright Explorations Inc (Assessment Office)
Visit our website at http://www.gov.on.ca/MNDM/LANDS/mlsmnpge.htm Page: 1 Correspondence 10:16284
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MINING LAND TENURE
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INSTRUMENT USED; SCIENTREX ENVI SYSTEMS
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INTERPRETATION* Strong increase in po'arization
accompanied by marked decrease in resistivity .
O Well defined increase irj poiorizotion without marked resistivity decrease .
O Poorly defined poiorizotion increase wfth no resistivity signature.
V Low resistivity feature.
Scale 1:5000O 50 100 150 200 250 300
GOLDWRtGHTINDUCED POLARIZATION SURVEY
WASHAGAW LAKE PROJECT
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INTERPRETATION* Strong increase in polarization
accompanied by marked decrease in resistivity .
O Well defined increase j'n polarization without marked resistivity decrease.
d Poorly defined polarization increase with no resistivity signature.
T Low resistivity feature.
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Scale 1:5000SO 0 50 100 150 200 250 300
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GOLDWRtCHTINDUCED POLARIZATION SURVEY
WASHAGAMI LAKE PROJECT
Date: 01/06/200 ' Interpretation: D. PATRiE
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INTERPRETATION* Strong increase in polarization
accompanied by marked decrease In resistivity.
Well defined increase jn polarization without marked resistivity decrease.
Poorly defined polarization increase with no resistivity signature .
Low resistivity feature.
D
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WASHAGAMI LAKE PROJECT
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34000-, 12.5^1 —————— i —————— i ————— , —————— i —————— i —————— i —————— l —————— i —————— i —————— i ————— r —— 1-12.5 1-34000t
32000- 1 2 " A 1 "- " 12 -32000
30000- i is /\ f *\ /^Ncrr" " 11S •3o00011- l \ 1 ^""--^ / /' — -11
28000- l \ l ~*./ S -28000io.s- f \ i ^^^ ~- — --'' -las
28000- l \ ,' /^ -26000
M000- 9nj V. - j" f - t" 2*0022000' g J ,.''' '""^--.y ^\. 7 L g -22000
9+00 S StOOS 4+OOS 3*00 S 2+OOS 1+00 S""•f 24800 32400 23200 23400 22900 20200 23900 2S300 27500 31000 2*500 29040 FMw
n*2 22347 21062^jMflOnfl^OlB*WL^ 11413 ^^DI34^^19640rf^2flT5ll-"i93Bfr^ta— TflflS /wSsfiSSSxTW n*2
n-3 77220^^1438^—28826^^047.^13999 j J8997 . 27834 27994 2BOS4 289*4 j l K4640 n-3
BM 34a07/ 2Z2?i Ssi^^lfel^^isi* [393B1 \ 23fi3~ 22806 237*7 J 40B17 n-4
n-S 23349 25231 l 4ffl6^^te4V^2757TvM533 \ 1*S5 "^0897 f 30499 n-5
IF* 25401 31744* ' *85A^2SJB2 Z7978 27099 * 19317 1 27180 n-fl
stoos s+oas 4+oos 3+oos 2+00 s i+oosFlttf 8.93 8.71 937 8.96 10.2 123 12.1 11.2 10.6 10,5 11.5 116 Rttv
C'1*1!)**^''** n-1 6.5 . 5.36 6.82 ,7.41. io.3 ii.ei U.I . 10.3*.^ 9.13 8.17 y 11.2 i 8.66 (fi Chargeability
n-2 7.92 6.ft-**^.82Xylfl.7 10.5 \ ftSlV IflL 12.1- 108^*-984 9.08 \ 11.3 n-2
S S s~*. l \ ^, ^v*^ """-^n-3 7.46 TST \8.1 /^8j 9.46 9.55. 11\ 12.8^*^11.5 10.5V 9.02 n-3
n^ 903 jrfa* 12— "^ 11.6 ^9-65 10.2 Si4 13.6 ^2 10.3 nM *T -*~^r 1 /^ -s^ \
n-6 13.2 * 11 10.2 11.9 —— 1^1— 122 * 15.1 14.2 n-6
DIHlllWllllIIIllli41I09NW2031 2.21553 DAVIS 260
Pseudo Section Plot 3+50 WPole-Dipole Array
a no a
' — ©n r®— iFiitpr 1 11
•k 4r X 'T ^ ^ yV J*
^^ ' a ^ 50 m * . * - 'x S
* * w plot point
Logarithmic , , t 0 -r c -7 c 1 A /x ^ , 1, 1 . b , 2, 3, D, 7.5, 10,.-. Contours
INTERPRETATION* Strong increase in polarization
accompanied by marked decreasein resistivity .
D Well defined increase jn polarization
C Poorly defined polarization increase with no resistivity signature.
W Low resistivity feature.
t
'"f ' - -' \ -"•-
Scale 1:500050 0 50 100 15Q 2QQ 250 3PP
metre
GOLDWRtGHTINDUCED POLARIZATION SURVEY
WASHAGAMI LAKE PROJECT
Date: 01/06/2001 Interpretation: D. PATRIE
DAN PATRIE EXPLORATION LTD.
-
ResCafcOhm In
40000
39000-
30000-
25000-
20000
15000
MXMX 590-820
13
1Z5
12
11.5
11
10.5
109.9
9
8.9
B
ResCateOhm-m
r40000
35000
•30000
-29000
-20000
15000
7100 S 6+OOS s+oos 4+OOS 3*005 2*00 S MBSFMV33BOO 34700 31900
Calculated ReMiivQti toooe 46778
n-2 30403V441 ISjX
19800 18800 20800 25900 12890 13365 9424.1 14SBS
S&2 \ 7
29300 3240031530
29(00 33300 38600 FlUf ^ ^39904 * 43150 .52621 nfi^lctilated Reactivity/y J.... t'.snr 50B20 i
**23f .SW04
n*2
0-3
n*4
n-5
n-6
7*003 6*00 S 5*003 4*00 S 3+00 S 2+OOS 1+00 S11.2 10.5 10 RHW
.10-7 9.99 s.67 n*i ChargeaWrty8.83 9.06 8 36 8.73 9.29 1 2.5 1Z.5 12.2 10 9,81 9.97
10*^ 10.6^ 9.24 / i^n10.4 aa?^ -id /!
1.2 fn I 10.5 ^79
. ^. .
' ' 17.7 ^ 14.4 TV*
41I09NW2031 2.21553 DAVIS 270
Pseudo Section Plot 4+45 WPole-Dtpole Array
Filter
a = 50 m
w plot point
Logarithmic Contours
a
n
INTERPRETATIONStrong increase in polarization accompanied by marked decrease in resistivity .
Well defined increase In polarization without marked resistivity decrease.
Poorly defined polarization increase with no resistivity signature .
Low resistivity feature.
50Scale 1:5000
50 100__ISO 200^ES metre
250 300
GOLDWRfOHTINDUCED POLARIZATION SURVEY
WASHAGAMI LAKE PROJECT
Date: 01/06/2001 Interpretation: D- P.ATRlt
DAN PATRIE EXPLORATION LTD.
-
ResCato MXOtinfm Mi 590-820
35000-
30000
25000-
20000-
15000-
10000
13
12
11
10
9i
8-
Mx ResCaicMi 590-820 Ohm'rn
-35000
r 12
11
-9
'-B
-30000
-29000
-2DOOO
15000
10000
**OOS StOOS 4+00 S 3400 S 2-MWS 1*00 S^ ^ FWW31300 33000 28100 2550=3
CateuUed ResirtvHjt, 37^,, y^ ,JDW 1-a
4m*^3i4tar
2700 19600 14000 18100 20200 24000 24100 19600 20800 Fitw tt t 8319.2.^9666.2^ 3664.2^,63947 117724 16483 1330k——14147.^14214
•ffi37B* l! 2Z728257or^!
18^6 \ 3W2/ /470M
vSr26 9 u3e4 \an \ MOWu\r \,L
7311 n-2
n-3
n-4
n-6
10924
6*00 S 54OC S 4*00 S 3*00 S 2*00 S 1KJOS
n-6
41I09NW2Q31 2.21553 DAVIS 280
Pseudo Section Plot5+OOWPole-Dipole Array
na
Filter
a ^ 50 m
plot point
Logarithmic 1 159357510S^. i 'i l-ij, i., O, J, '.^ 1 lw.Contours
INTERPRETATIONB Strong increase in polarization
accompanied by marked decrease in resistivity.
a
a
Well defined increase in polarization without marked resistivity decrease .
Poorly defined polarization increase with no resistivity signature.
Low resistivity feature.
50
Scale 1:500050 100__150 200
H!5S metre
250 300
GOLDWRfGHTINDUCED POLARIZATION SURVEY
WASHAGAMI LAKE PROJECT
Date: 01/06/200' Interpretation: D , PA^RiE
DAN PATRIE EXPLORATION LTD.
-
ResCafcOlwn*ni
39000
30000
25000-
20000-
15000-
10000
MXM* 590-820
11.9
n
10.5
10
9.5
9
U l
8
Calculated
MX ResCatcMl 590-420 Otim-m
.-40000j
11
10.S
10
95
•9
i-8.9iL 8
-45000
-30000
25000
-20000
-19000
-10000
7*00 S **oos 5+00 S 4*003 3*005 2400S rwo sPllM-12200 34900 32300 21700 20500 26300 16200 1 7400 1 7200 19900 24800 29200 21600 23300 FltBT ^
19000.6 17B21^WM.S 8379.1 8011 14132 122947 ^.25920_.25648x^9285.2 npalCUlated RCSIStjVlty
TO1 \ 25S!^m92——1004T 1 37ST 19378 1947^
^3003 122T5\\3j7wSo749T~~150W'^ 1 7093 2DB75 13 ft4 \ 41
,-.— 1S734 1 3799 J 2232B \3S201
SVvzldb 19238 ZOlfes^ 27106\\41 ^^ ^V*" 'ifeoO T2832*--H86B
49B14
[f2
n-3
11=5
n-6
7+00 S 6400S 4400S 3+00 S 2+00 S 1+00 S
6.51FMr 10.1 8.84 9.35 9.06 8.58 10.1 113 10.7 10.4 10 8.22 9.02 9.09 9.39 FttW
6.89 ^545__5.73 8.92 v 11 ^11.9 v s.06^ 7 .08 ^5.33^ 7.26 7.21 . 8.5711=1 Chargeability
ri 1\
9.2\
S"!12.7 i3.S X 7.S9___^8.15,^ 6.81 691
n
T
87 9 .89 9.3 9.29 1 0.6 \12.5 lS.4 N. 8.61 age.^..'^ 7 .98
9.41 9.11 ^10.3 122 lis^ 9.W SfiW
9.97 10.6 10"3 8.53 9"84 \ t3.5 V 3.2S ,'12.9 J T O"5^"^10*3 8.53 Sfc4 \ 13.5 lif J (T2.9 J
11.1 \8 8.82 \ 10.9\ 14.3-^^^11.8 11.5
rt-3
[1=4
n-6
41I09NW2031 2.21553 DAVIS 290
Pseudo Section Plot 5+5OWPole-Dipoie Array
na
Filter
a = 50 m
plot point
Logarithmic Contours 5 2
INTERPRETATION
1Q
D
Strong increase in polarization accompanied by m arked decrease in resistivity .
Well defined increase in polarization without marked resistivity decrease.
Poorly defined polarization increase with no resistivity signature.
Low resistivity feature.
50Scale 1:5000
50 100__150 200 250 300 "•"•" ' l
metre
COLDWRfOHTINDUCED POLARIZATION SURVEY
WASHAGAMI LAKE PROJECT
Date: O' /'06/2001 Interpretation: D. PATRIE
DAN PATRtE EXPLORATION LTD.tt boft'A-are 'or the Earth Sciences
-
ResCate MXOhm*m Hx 990-820
32000-1 12
30000-
28000-
24000
22000-
20000-
18000-
16000-
14000i
11
10 H
MXMX 590-0 20
-12
-10.5
10
8.5
•8
ReeCateOhm'm
-32000
-30000
26000
-24000
-22000
-20000
-16000
-14000
ttoos 5*00 s 4-nxa 3+00 s 2*003 1*00 sFlOr 30000 22000 18600 17200 20900 15700 16800 19800 18200 23500 22400 17100 Fit*
Calculated ReSMtMfitt 24039—-2S19S y13783i 5126.4 10228—^7688.7 42S8.9- S292 12K 21931^ 13370-_.18137 fffi*
~* ' '^ AVoL 374*1
d ReswtivTty^^^ S \
7T*^ 14338^ 18225 \ 2S
773 7 174J2 WfiS \S8l X ^^^^ ^^. *^^~ \ \ '
***7 f 52*^^071 13098-17119 JD131
.^ ̂ 21348^4133^1*96 V 128o9 19S48
149^^ 4SSOV^ 16458 1S30S
n-2
6*00 S 5+00 S 4+00 S 3+00 S 2+00 SFltW 888 9.18 8.4 8.65 10 t 11.4 9.48 9.84 9.09 9.36 9-24 9.34 FBe-
ChargeabiBty 11=1 7.16 7.05 643 7.os s.57 ( ^2.s y xJ-91~ J.os 7.01 e.es 6.32 ,8.92
0=2 773 7.63 7.69*"^ 9.37 \ 6.81 \ 9^5 \ 13.7\XB.S7y 907 ^124^^ 6.84 7.66 H*'.
n-3 10.4^ 8.45 ST22 9.95 8.43~~~'8.57 *H
nM 11 "X^a.99 ^tfb 9 *6 9.64 9
n"5
11=6
11,8 10.9 f 9-74
12^ '8.66 fO.3 10.7
41I09NW2031 2.21553 DAVIS 300
Pseudo Section Plot 6+00 WPole-Dipole Array
Filter
a = 50 m
w plot point
Logarithmic , i 5 o 3 5 7 5 10JT. l l . \ ^J , Z—— - .__l . ^-"l ' - ——'l ^*-Contours
INTERPRETATION•i Strong increase in polarization
accompanied by marked decrease in resistivity .
O
D
Well defined increase in polarization without marked resistivity decrease .
Poorly defined polarization increase with no resistivity signature.
Low resistivity feature.
50Scale 1:5000
50 100__150 2f*——
mat re
300
GOLDWRfGHTINDUCED POLARIZATION SURVEY
WASHAGAMI LAKE PROJECT
Date: 01/06/2001 Interpretation; D. PATRIE
DAK PATRIE EXPLORATION LTD.
-
ResCafc MXMX 530-820
soon49000
40000
35000
3000025000-
20000-
15000-
10000-
9
8.9
8-
7.5-
7
6.6-
i6J
MX ResCakMn 590420 Ohmln
9 r50000
-85
8
7.5
-7
6.5
6
-45000
-40000
-35000
-30000
r25000
-20000
15000
10000
7*006 ••cos 6*008 4*00 S 3+00 S 2*00 S 1*00 S 0*00 N 1+00 N 2*00 N 3*00 N 4*00 N 5*00 N
CalculatedFHW22200 23200 29800 18900 20700 17800 13200 19100 1UOO 20400 27100 33100 27700 38800 38000 38300 40100 41100 44800 30700 40800 36900 38700 40200 40200 FW*f
25188 29732 28873 t v 7866 161S3 8338.8 v 3832.6 6978.2 9132.1 18747 280B3 132033w 39906- 31464 32347*^22977 36139 3TS6j j 20044 22931——21964.X *ta-*' s** j l \ l /SZ?\ l rf*. '^-'"^ ——"r t l
80608 6134.9 /13630^--lSs67 f 23872 \ 27907 7 f4M71\ 127643 3482T 40043—-41482.*--43619 J 2n-2 27280 28038
n-3
J2 28875 i ^866
29B83/ 20806
1^.284811*11 2B81ffv187rSi1
3*617/17365 2D486 23878 Vnezl ** V V. \
tez 128B3
'23194^ 1
20932V 18699
22703* 15670— 16373
mdTS*38659 /49066 n-2
11*3
to^&ito y.46435 ^6808-^53623
469S1 /S4863
n-6
7+00 S 5+00 S 4*003 2*003 1+00 S 0*00 N 1*00 N 2+00 N 3+00 N 4+00 N 5+00 N
IV*2
n*3
n-4
n-9
n-6
FWer648 6.69 6.85 6.82 8.13 7.96 7.29 774 7.67 7.58 7.95 7.18 7.14 8.82 8.01 8.1 S 7.51 7.89 8.68 79 801 7.92 7.82 8.29 FiterChargeability ni1 532 5.33 452 5.73 e.8i ^4.ae 563——~s.94 6.15 6.31 ^.5.74 s.2 7.11 ^^.s.ei *7.62 6.3^ 4.43 ^^.3.82 4.77 5.1 s 5.39 ^ 6.39 e.38 n^i Chargeability
S S99r""*6.06 7.42 7,18 737 7.31 6.3 6.53 7 6.S2 .9.79 *6.73
\.f*^sdx 6.81 713 ^66*'1X.7.73__, 7.55 7.12 6.12 7.46 8.04 5.98 sil
9.25 X.7.86__^7.87__^S-Oar^^Ti 6.88 805*' 7.9S^ 9.43 9.83——-10.4
6.54 6.78\ 9.* 11.18.6 8-28-^7.75,8.63 9.13 9.17 \ S.11
8.86
1
8.45 6.66 6.46 6.75 6.76 n-2
rae —797—--ana-- ai———811 n-3
8.76 6.98 9.1 9.5 9.49 n-4
11.7 -^T54- 10.5 10.8 10.8 0=6
41I09NW2031 2.21553 DAVIS 310
Pseudo Section Plot 7f 35 WPole-Dipole Array
a na a
Filter I±La = 50 m
w plot point
Logarithmic Contours 1 , 1.5, 2, 3, 5, 7.5, 10, .
INTERPRETATION
a
Strong increase in polarization accompanied by marked decrease in resistivity .
Well defined increase jn polarization without marked resistivity decrease .
Poorly defined polarization increase with no resistivity signature.
Low resistivity feature.
50Scale 1:5000
50 100 150 200 250 200emetre
GOLDWRfGHTINDUCED POLARIZATION SURVEY
WASHAGAMI LAKE PROJECT
Date: 01/06/2001 nterpretation: D. PATRIE
DAN PATRIE EXPLORATION LTD.
-
Re*Cate MXOhro'm Mi 580-820
40000-, 9
35000
30000-
25000-
20000-
15000
10000-
7.5
6.3
"~i—————r~ -i—————r~ n—————T-
MX ResCalcMX 590-820 Ohm'm
9 r-40000
35000
30000
-25000
•20000
13000
10000
s
7.5
6.6
4*00 S 34QOS 2400 S 1*00 e 0*00 N 1*00 M 3+OON 4*00 N
atom
n-6
Flter 1 3700 12300 12800 15600 17000 20600 23200 27900 29100 25400 2910D 3*700 30700 29400 27000 30300 29700 3t800 34400 Ffftar "fei 9909.3.^*805.9 10382 .9764.8 11676 11472 13210 204*1^.23178 v 15319——14606 18811 v 8516.2 ^ 17221-^.12014 10590 1328* ^ 21890 20941
n-2 10186 12386 ^^OK t&BIS 11978 y/TsSOS 19620*-^2S4'(!rX^704*^25S36^**.19173^__.2^8 18259^32702^*731841X^168^ J^lS9X**-2?407^27B35 n-2
n*S 20336*^12245 13314 18374.2^,^1*16 &SBO 2W50 /tt
\O4348x--1W80 13216 12978 \171341 27263 131812 l^tsVv 433MlO^3DlB8S l tHtt/.,.—— .\ V V V V \ *VV\\1 V——S J l \\
Tt-S 28721\\.1911.3'J-,14679—~14306 11934\ 20MO \28344 33601 ^*-343SO\ 4848? \ \20889.^,2S759/ 36648 \ SfllftC^SBSfleX' 52?72X"*33591 n-6
3M\ ' -J6405~ 329S7 \24J63 2152^ 311219
4+ODS 3+OOS 2+00 S 1+00 s 0+00 N 1*00 N 2*00 N 3+OON 4*00 N
B.32 9.46 8,57- —— 867 9.61 11.4
11=2 7.05 7.38 6.73
0=3 748, __ .7.09 712 7.59'*—^.* 9.01
7.72 7.47 7.97 \.926
0=5
n-6
6.98 y"*8 86^*^,7.29__^.91-.__?7a_ ^8.1^^ 7.31 7.01 n-2
/B.4S 9 96 8 .67 9,3 8 .83 8.76 S.29 0=3
7,7 J 9.39 l 10.8**N.8.52 10.1 --— s*~[1=5
9,16 829 8.48 ^ 10.6 11.5 * 9.41 V 10.3 0=6
^41 J 8 .35 10.1 11.3 ^9.44 iffl /14.9
\ \ V *829 8.48 \10.6 1 1.5 * 9.41 \ 10.3
41I09NW2031 2.21553 DAVIS 320
Filler 74S 7.23 7 .98 8 .48 796 7.46 7.32 6.83 7 .52 7 28 7 .88 8-26 793 8.5 S 75 8 .48 862 8.19 7.7S FitWChargeability n,, *.B6 5.04 501 4.3 5.19 539 6.72 esi s.s?- 6.42
Pseudo Section Plot9+SOWPole-Dipole Array
Filter
a ^ 50 m
w plot point
Logarithmic Contours 1 , 1.5, 2, 3, 5, 7.5, 10,
INTERPRETATION
a
Strong increase in polarization accompanied by m arked decrease in resistivity .
\iVell defined increase in polarization without marked resistivity decrease .
Poorly defined polarization increase with no resistivity signature.
Low resistivity feature .
Scale 1:500050 100 150 200 250 JOG
metre
GOLDWRtGHTINDUCED POLARIZATION SURVEY
L4/CE PROJECT
Date: 01/06/2001 interpretqticn: D. PAIR!E
DAN PATRIE EXPLORATION LTD.