A I re L
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G E 10 agnetic north a north agnetic W E S T
GRID
RICK ROGERSON MN
EXECUTIVE DIRECTOR
GN
pprox. 2' annually 2' pprox.
ell Kilometres 50 45 30 55 35
70 W
68 40 atically for the centre of the of centre the for atically 44 78 44 TN 25 35 65 20 55
75 m 80
85 9
78 183287 85 75
45
Pool
Dam
Yard aterhole
c
(PD) Spring S M Z 320 (abd)
E
W
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Double Island Double Yinnetharra
0.3¾
GRID
oves easterly by a by easterly oves
8
m
map. Magnetic north is correct for 2011 and 2011 for correct is north Magnetic map.
shown diagram shown True north, grid north, and m and north, grid north, True .
NVERGENC ......
CO
Western Australia 7
Geological Survey of
A.C.T.
TUM
N.S.W.
Tas.
Qld
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Vic.
F AUSTRALIA 1994 AUSTRALIA F
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OL trend of foliation...... sinistral...... anticline; exposed, concealed...... syncline; exposed, concealed...... inclined...... cross-bedding...... inclined...... vertical...... inclined...... vertical...... inclined...... vertical...... inclined...... vertical...... inclined...... inclined...... inclined...... inclined...... inclined...... inclined...... inclined...... unspecified...... fracture pattern...... exposed...... exposed...... concealed...... antiform, exposed...... synform, exposed...... inclined...... vertical...... unspecified...... antiform...... synform...... S-vergence...... M-vergence...... Z-vergence...... inclined...... vertical...... overturned...... way-up not known, inclined...... inclined...... vertical...... sedimentary structure...... graded bedding......
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E Trend of bedding or foliation...... Horizontal control; major, minor...... Watercourse...... Road; unsealed...... Major track...... Track...... Fence, generally with track...... Homestead...... Locality...... Building...... Yard...... Contour line, 20 metre interval...... Pool...... Waterhole...... Spring...... Bore, well...... Windpump...... Dam...... Abandoned...... Position doubtful...... Foliation, unspecified Trend of foliation or gneissic banding...... Shear-sense indicator Isotopic age determination site with identification number...... Geological boundary Fault or shear Fold, showing axial trace Small-scale fold axial surface, showing strike and dip Small-scale fold axis, showing trend and plunge Locality of superposed fold...... Bedding, showing strike and dip Igneous flow banding, showing strike and dip Airphoto or satellite image lineament Igneous layering, showing strike and dip Way-up indicator Metamorphic foliation, showing strike and dip Gneissic banding, showing strike and dip Cleavage, showing strike and dip Crenulation cleavage, showing strike and dip Lineation, unspecified, showing trend and plunge Mineral lineation, showing trend and plunge Axis of crenulation, showing trend and plunge BeddingÊcleavage intersection lineation, showing trend and plunge CleavageÊcleavage intersection lineation, showing trend and plunge Mineral alignment, showing trend and plunge Fracture, joint, or extension vein, showing strike and dip
P Grid lines indicate 1000 metre interval of the Map Grid Australia Zone 50 Zone Australia Grid Map the of interval metre 1000 indicate lines Grid
SHEET 2148 2 Mines and Petroleum
The Map Grid Australia (MGA) is based on the Geocentric Datum of 1994 (GDA94) RIZONTAL DATUM: G DATUM: RIZONTAL
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GLENBURGH Government of Department of
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HON. NORMAN MOORE, M.L.C. MINISTER FOR MINES AND PETROLEUM zq zq zq ìDU-g ìTT-g Fault ìDU-g
ìMEP1-kt Zone ìPO-md ìLS-xmd-mk ðha-mgn
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Industrial mineral Industrial
Energy
Base metal Base
Speciality metal Speciality
Steel alloy metal alloy Steel
Precious metal Precious Precious mineral Precious
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As Zn U W Tur Sn Th Ap Ta Ag REE Qtzs Qtzr Qtza Nb Mo Mica Mag Pb Gp Au Gems Grt Fl Cu Bi Brl Brlh Brle Brla Ba
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SCALE 1:Ý500Ý000
Durlacher Supersuite Moorarie Supersuite
Quartz vein Mundine Well Dolerite Suite Thirty Three Supersuite Narimbunna Dolerite Metadolerite Depositional package 3 (Kiangi Creek Formation) Depositional package 1 (Irregully Formation) Undivided Mount James Subgroup Leake Spring Metamorphics Moogie Metamorphics Halfway Gneiss COMMODITY ìLS-xmd-mk ìMO-g ðha-mgn
5
MINERAL SITES MINERAL
Geological Survey of Western Australia, Department of Mines and Petroleum and Mines of Department Australia, Western of Survey Geological
Geological Survey of Western Australia, Department of Mines and Petroleum and Mines of Department Australia, Western of Survey Geological Geological Survey of Western Australia, Department of Mines and Petroleum and Mines of Department Australia, Western of Survey Geological ìTT-g ìMW-od ìTT-g
d-mk
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ìMO-g
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Tungsten......
Uranium...... Zinc......
Thorium...... Tin......
Tourmaline......
Rare Earth Elements...... Earth Rare
Silver...... Tantalum...... Quartz, rose...... Quartz, Quartz, smokey...... Quartz,
Molybdenum...... Niobium...... Gold...... Quartz, amethyst...... Quartz, Lead...... Magnetite...... Mica...... Barite...... Gemstones...... Barium...... Gypsum...... Flourite...... Garnet...... Beryl, undifferentiated...... Beryl, Bismuth...... Copper...... Beryl, aquamarine...... Beryl, Beryl, emerald...... Beryl, Beryl, heliodor...... Beryl, Apatite...... Arsenic......
ðha-mgn
For further details, refer to main reference
ìPOJ-md ìMW-od
ìLS-xm
ìMG-xmh-mk
brian Research, v. 100, p. 335Ê357. All precious metal sites are gold unless otherwise indicated otherwise unless gold are sites metal precious All ìmodGA ìMW-od ìMW-od
INTERPRETED BEDROCK GEOLOGY Mine, deposit, prospect, or occurrence...... or prospect, deposit, Mine, ìMO-g
orphic Geology, v. 25, p. 477Ê494. ìMW-od ìMW-od ìTT-g
ìMO-g
ìmodGA
ìLS-xmd-mk
2011
2010
2008 2008 Metamorphics
Edmund Group Edmund iron-formation banded sedimentary
JUL 2011 JUL
JUL 2008 JUL DEC 2011 DEC ìDU-g
ìMW-od Pooranoo
ata Currency ata
MINEDEX database, accessed at
site locations, site status, mineralization, and commodities can be obtained from the from obtained be can commodities and mineralization, status, site locations, site For clarity, names have been shown only for selected sites. Full details of site numbers, site of details Full sites. selected for only shown been have names clarity, For Mineralization sites on this map have been extracted from GSWA's MINEDEX database. MINEDEX GSWA's from extracted been have map this on sites Mineralization
brian Research, v. 189, p. 239Ê262.
Stratabound sedimentary and/or sedimentary Stratabound
Vein and hydrothermal and Vein
Porphyry, pegmatite, greisen, and skarn and greisen, pegmatite, Porphyry,
Undivided
Regolith hosted Regolith D ìMW-od Supergroup Bangemall ìmodGA
ìMG-xmh-mk MINERALIZATION STYLE MINERALIZATION ìmodGA ìTT-g ìMW-od ìMW-od ðha-mgn ìmodGA ìMW-od ìTT-g ìMO-g ìmodGA ìDU-g zq ìMG-xmh-mk ìMG-xmh-mk ìmodGA ìMW-od
ingate, MTD and Giddings, JW 2000, Precam the GSWA Data and Software Centre
(1) W (2) Sheppard, S et al. 2007, Journal of Metam (3) Sheppard, S et al. 2005, Australian Journal of Earth Sciences, v. 52, p. 443Ê460. (4) Evans, DAD et al. 2003, Australian Journal of Earth Sciences, v. 50, p. 853Ê864. (5) Johnson, SP et al. 2011, Precam
WA State Government unless otherwise indicated otherwise unless Government State WA
Edited by R Snell and SK Martin SK and Snell R by Edited Series. Geological 1:100Ý000 Australia, Western of Survey Geological
Johnson, SP, Sheppard, S, Groenewald, PB and Farrell, TR 2012, Yinnetharra, WA Sheet 2148: Sheet WA Yinnetharra, 2012, TR Farrell, and PB Groenewald, S, Sheppard, SP, Johnson,
Cartography by P Taylor and D Ladbrook D and Taylor P by Cartography
Compiled by SP Johnson 2011 Johnson SP by Compiled data are available online at
Geology by SJ Williams 1976Ê77, 1980, RJ Chin S Sheppard 2006Ê07, PB Groenewald 2006Ê07, SP Johnson 2007, and TR Farrell 2006 by: Geochronology Some GSWA geochronology may come from samples obtained on adjoining map sheets. GSWA geochronology GSWA sheets. map adjoining on obtained samples from come may geochronology GSWA Some Geochronology from GSWA data (published and in preparation) and interpreted from external sources (listed below). (listed sources external from interpreted and preparation) in and (published data GSWA from Geochronology Published by the Geological Survey of Western Australia. This map is published in digital format (PDF) and is available online at
The recommended reference for this map is: map this for reference recommended The
*ÝDMP data can be viewed interactively via GeoVIEW.WA
Contours
Topography
Topographic nomenclature Topographic
Horizontal control Horizontal
Structural data Structural
Mineral sitesÝ* Mineral
GeologyÝ* Theme
EDMUND BASIN EDMUND PROVINCE GASCOYNE Glenburgh Terrane Glenburgh
ìDU-mu
E¶
A1§
ìMO-gge
ìDU-mgnl
L
-bedded
r quartz diorite, syenite, tonalite, and biotite monzogranite
ne; locally ripple marked and cross-bedded
A1¤
ìMOsc-gm
ìLS-mus
ìDU-mgn
lly magnetite and allanite bearing
efining a trachytic texture
r
commonly with mingled pegmatite veins; minor mesocratic metagranodiorite; locally schistose
y nodular texture; massive to weakly foliated
liated porphyritic metagranodiorite
lly with relict cross-bedding
A¥
A1
etasandstone; medium to coarse grained; locally with graded bedding
ìLS-mwa
chistose; includes rafts of schist, amphibolite, calc-silicate rock, and quartzite
ìDU-mgms banded
ìMOdu-ggp
ranite; locally layered; inclusions of pelitic schist, quartzite, and amphibolite
'tiger bush')
commonly with igneous banding
with internal drainage; typically thickly vegetated
udes some granodiorite and minor leucocratic tonalite to medium-grained, sparsely porphyritic biotite monzogranite
ly thickly vegetated
drainage
anodiorite, foliated porphyritic metamonzogranite, and minor foliated, leucocratic garnet metagranite and metapegmatite
et) rock
lc-silicate rock with minor marble
e schist; minor metasandstone and granule metaconglomerate
E2¶
Wq
C1z
ìLS-mk
ìDU-mgmt
ìMO-xmg-m
A2
Wk
Rz
C1q
ìLS-mts
ìDU-mgml
ìMO-mog
Edmund Group
lst
Wf
Rl
C1k
C2q
ìLS-m
ìMO-mgsl
ìDU-mgmb
ìTT-jmgmt-m
dolerite dykes, sills, and small intrusions with locally abundant xenoliths and potassic alteration of wallrocks; includes mino
W¶
A3ti
Rk
C1f
C2f
ha-mgnw
ìTT-gpvt
siltstone; minor fine-grained sandstone
ìDU-gpt
ìMO-gmvl
quartzite and quartzÊmuscovite schist; foliated; quartz metasandstone, feldspathic metasandstone, and quartz-lithic metasandsto
sandstone; subordinate siltstone, conglomerate, and dolostone
ìLS-mlsm
ìDU-mgm
ìMO-mgnl
ð
dolerite and gabbro sills intruded into
stromatolitic and non-stromatolitic dolostone, dolomitic siltstone, quartz sandstone, and conglomerate
feldspathic metasandstone and minor feldspathic pebbly metasandstone; medium to coarse grained; locally ripple marked and cross
ìPOb-mxq
quartzofeldspathic psammitic schist commonly with chloritoid; local minor pelitic schist and quartzite
porphyritic, fine- to medium-grained granodiorite; minor monzogranite; medium to coarse tabular phenocrysts of K-feldspar; loca
porphyritic biotiteÊmuscovite monzogranite to syenogranite; fine- to medium-grained with thin, tabular K-feldspar phenocrysts d
schistose, coarse-grained, strongly porphyritic biotite metamonzogranite; round phenocrysts of K-feldspar up to 6 cm in diamete
pale-grey, medium- to coarse-grained, seriate to porphyritic metamonzogranite; typically with well-developed igneous layering;
biotite(Êtourmaline) monzogranite; fine- to medium-grained, equigranular, commonly with abundant clusters of tourmaline; locall
interlayered leucocratic and mesocratic granitic gneiss, pale-grey granitic gneiss and foliated metagranite, and gneissic to fo
aegirineÊaugite- or hornblende-bearing metamorphosed quartz diorite and metatonalite; scattered inclusions of amphibolite
W
A3
Rg
C1c
C2c
ìTT-gmpt
ìLS-mlsg
ìMG-mkq
ìMO-gmp
ìMO-mgn
ìDUtl-mgt
ðha-mgnl
ìDU-gmvt
Coarse-grained, granule- and pebble-rich feldspathic metasandstone; minor quartzÊmuscovite schist Pelitic schist commonly with chloritoid; locally with relict garnet porphyroblasts Metamorphosed quartz sandstone, granule metaconglomerate, and quartzite gneiss; locally micaceous; minor psammitic schist; loca
ìPOb-mlsm
MUNDINE WELL DOLERITE SUITE: NARIMBUNNA DOLERITE: KIANGI CREEK FORMATION: IRREGULLY FORMATION: YILGATHERRA FORMATION: Massive metadolerite and foliated amphibolite; fine and medium grained Calc-silicate gneiss composed of actinoliteÊquartzÊplagioclaseÊclinopyroxeneÊepidoteÊtitanite; minor dolomitic quartz-granule m SPRING CAMP FORMATION: BIDDENEW FORMATION: Amphibolite MUMBA PSAMMITE:
Foliated leucocratic muscovite(Êtourmaline) metamonzogranite; locally coarse grained
Phyllite and slate; locally chlorite rich with magnetite porphyroblasts BiotiteÊquartzÊmuscovite schist and quartzÊmuscoviteÊbiotite schist Cobble and boulder metaconglomerate; strongly foliated; locally includes quartzite and muscoviteÊquartz(Êbiotite) schist Mesocratic granitic gneiss; derived from variably porphyritic tonalite Leucocratic granitic gneiss and foliated leucocratic metagranite; derived from biotite monzogranite and granodiorite
Quartz vein or pod; massive, crystalline, or brecciated; age uncertain Leucocratic, medium-grained, muscoviteÊtourmaline(Êbiotite) monzogranite; equigranular to porphyritic MuscoviteÊtourmaline pegmatite; some rare-element bearing Ferruginous rubble and scree Sandy and clayey distal sheetwash and slope deposits; no clearly defined drainage Silt and sand; surface characterized by shallow depressions aligned perpendicular to slope; supports banded mosaic vegetation ( Low-gradient deposits of ferruginous sand, silt, and gravel Distal sheetwash with calcrete cutans and carbonate cement Predominantly quartz-rich silt, sand, and gravel derived from quartz veins and quartz-rich rock Unconsolidated, fine-grained deposits in alluvial drainage depressions, claypans, ephemeral lakes, and swamps; low-lying areas Unconsolidated, fine-grained deposits in claypans, ephemeral lakes, and swamps; low-lying areas with internal drainage; typical Semi-consolidated fine-grained eolian sand over older alluvium Quartz and rock fragments in an unconsolidated silt and sand matrix; includes ferruginous deposits Clay, quartz sand, and deeply weathered rock fragments; reworked saprolite and saprock Unconsolidated ferruginous rubble and scree Quartz and rock fragments in an unconsolidated silt and sand matrix; contains calcrete cutans and carbonate cement Unconsolidated quartz fragments in a silt and sand matrix; derived from quartz veins and quartzose rocks Unconsolidated rubble and scree of silcrete and brecciated siliceous caprock Unconsolidated silt, sand, and gravel in active drainage channels and floodplains; includes ferruginous deposits Unconsolidated silt, sand, and gravel in stream channels Unconsolidated silt, sand, and minor gravel in floodplains adjacent to present-day drainage Quartz and rock fragments in a partly consolidated silt and sand matrix Deeply weathered rock fragments in a partly consolidated clay and sand matrix; reworked saprolite and saprock Partly consolidated ferriginous rubble and scree Quartz fragments in a partly consolidated silt and sand matrix, derived from quartz veins and quartzose rocks Partly consolidated silt, sand, and gravel; partly dissected by present-day drainage Consolidated fine-grained eolian sand over older alluvium Quartz and rock fragments in a weakly cemented and compacted silt and sand matrix; deeply dissected valley-fill deposits Weakly cemented and compacted silt, sand, and gravel; deeply dissected by present-day drainage Sand and gravel with ferruginous cement; deeply dissected by present day drainage Ferruginous deposits, including lateritic, ferruginous, and manganiferous duricrust Weathered quartzofeldspathic rock with locally derived sand and sandy clays Calcrete, developed in, and adjacent to, alluvial channels; carbonate and vuggy opaline silica; dissected by major present-day Saprolite and saprock of uncertain protolith Silcrete and brecciated siliceous caprock Medium-grained, coarsely porphyritic, biotiteÊtourmaline monzogranite; massive Foliated leucocratic muscovite(Êtourmaline) metamonzogranite and foliated leucocratic biotiteÊmuscovite(Êtourmaline) metamonzog DAVEY WELL GRANITE: TETLOW GRANITE: Massive to foliated, medium-grained, porphyritic biotite metamonzogranite to metagranodiorite Foliated, medium-grained and fine- to medium-grained equigranular or sparsely porphyritic biotite(Êmuscovite) metamonzogranite; Foliated, leucocratic muscovite(Êbiotite) metamonzogranite; medium grained; equigranular Schistose, mesocratic biotite metamonzogranite and metagranodiorite; fine to medium grained Gneissic to schistose biotite metamonzogranite and metasyenogranite; fine and medium grained; pegmatite banded Gneissic to schistose, leucocratic biotiteÊmuscovite metamonzogranite and metasyenogranite; fine and medium grained; pegmatite Meta-ultramafic rock; medium to coarse grained; includes tremoliteÊclinopyroxene(Êquartz) schist DINGO CREEK GRANITE: Leucocratic, medium-grained muscoviteÊtourmaline(Êbiotite) monzogranite; locally garnet bearing TourmalineÊmuscovite pegmatite and coarse-grained granite, and fine-grained, leucocratic tourmalineÊmuscovite monzogranite RUBBEROID GRANITE: Pegmatite-banded gneissic and foliated granite; protoliths include gneissic, mesocratic biotite-rich metamonzogranite to metagr Leucocratic granitic gneiss and foliated leucocratic metagranite; derived from biotite monzogranite and granodiorite Schistose, leucocratic muscovite(Êbiotite) metamonzogranite Massive, subophitic metagabbro; medium grained; amphibolite; minor hornblende schist Mesocratic biotite metagranodiorite to metamonzogranite and pale-grey, layered biotite(Êmuscovite) metamonzogranite; commonly s DUMBIE GRANODIORITE: SCRUBBER GRANITE: Equigranular to sparsely porphyritic, medium-grained biotite(Êmuscovite) granodiorite Massive, equigranular to sparsely porphyr
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C1
Cf
C3
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ìnr-od
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ìMG
ìTT-gmlt
ìLS-mhs
ìMEk-sl
ìMEi-kd
ìMEy-st ìPOb-mqef
ìMW-od
ìPOb-mlpc
ìmodGA
ìmwaGAG
kq
ìPO-mkq
ìMG-mkk
ð
ìDUda-mgm
ìPOb-mtef
ìPOs-mtqs
ìMO-gmeb
ìDUdi-grpv
ìMGm
ìMOru-mgm
ìTT-gmlt ìTT-gpvt ìMO-mgsl ìMO-xmg-m ìMOsc-gm Colluvial unit Cf Sheetwash units W W¶ Wf Wk Wq Alluvial unit A¥ Lacustrine unit L Eolian unit E¶ Colluvial units, third generation C1 C1c C1f C1k C1q C1z Alluvial units, third generation A1 A1¤ A1§ Colluvial units, second generation C2 C2c C2f C2q Alluvial unit, second generation A2 Eolian unit, first generation Colluvial unit, first generation C3 Alluvial units, first generation A3 A3ti Residual or relict units Rf Rg Rk Rl Rz zq Mulka Tectonic Event (c. 570 Ma) Edmundian Orogeny (1030Ê950 MaÝä) ìTT-gmpt ìTT-jmgmt-m Mutherbukin Tectonic Event (1280Ê1250 Ma) ìDUda-mgmu ìDUtl-mgt ìDU-mgm ìDU-mgm ìDU-mgml ìDU-mgmt ìDU-mgms ìDU-mgn ìDU-mgnl ìDU-mu ìDUdi-grpv ìDU-gmvt ìDU-gpt ìPOb-mlpc ìPOb-mlsm ìPOb-mxq ìMOru-mgm ìMO-mgn ìMO-mgnl ìMO-mog ìMOdu-ggp ìMO-gge ìMO-gm ìMO-gmp ìMO-gmvl ìLS-mhs ìLS-mlsg ìLS-mlsm ìLS-mlst ìLS-mts ìLS-mk ìLS-mwa ìLS-mus ìMG-mkk ìMG-m ðha-mgn ðha-mgnl ðha-mgnw E2¶ Mangaroon Orogeny (1680Ê1620 MaÝå) Capricorn Orogeny (1820Ê1770 MaÝè) Glenburgh Orogeny (2005Ê1950 MaÝê)
Mount James Subgroup James Mount
orphics orphics etam etam Moogie Metamorphics Moogie Pooranoo M Pooranoo Leake Spring M Spring Leake Edmund Group Edmund
Durlacher Supersuite Durlacher Thirty Three Supersuite Three Thirty Moorarie Supersuite Moorarie Bangemall Supergroup Bangemall
Unassigned QUATERNARY
< 1620 Ma
2555Ê2430 Ma
1760Ê1680 Ma c. 755 MaÝâ
995Ê955 Ma
c. 1465 Ma 1680Ê1620 MaÝå
2080Ê2000 Ma 2240Ê2125 Ma
1840Ê1810 Ma
1820Ê1775 Ma
CENOZOIC NEOPROTEROZOIC PALEOPROTEROZOICÊMESOPROTEROZOIC PALEOPROTEROZOIC
PROTEROZOIC PROTEROZOIC PHANEROZOIC ARCHEANÊ
40' 50'
25^00'
24^30' 2 km
îä90
88 SEA LEVEL
86 4km
84
82
îä80
78
76
74
72
îä70 54
68 52
66 îä50
64
62
îä60
58
56
48
46
44
42
îä40
38
36
380
D
65
75 Rf
380 Rf
85
Rk C1f zq
116^30'
80
C1c
78 Cu
zq C1f A3ti
116^30'
C1z
W
C2
C2q
Creek
C1k
ìLS-mwa ìLS-mlsm
zq S
Rl
80
C1q ìDU-mgmt
zq
Rl
ìTT-gmlt
C1c
ìDU-mgml
gmb
C1
ðha-mgnl
ìLS-mwa
ìMO-xmg-m
ìMEy-st
ðha-mgnw
A3ti 80
zq 88 360 C2
zq
ìLS-mk ìMGm-mtsf
85 380
ìDU-mgm
A1
C2
80
75 ìPOb-mqef
A3ti 380
A3
ìPOb-mlsm
ìMO-mgn
ha-mgnw
ìMOru-mgm ìMO-mgnl
aterhole
48
A1
ìDU-m
ìLS-mhs
ìLS-mhs
ð 82
W
380 ìMOdu-ggp 84
360 ìMO-gmeb
gnl
A1 C2c
Howler
48
Well (abd)
C1
78
C1k 80
zq
A1¤
80
80
A2
C2
ìTT-gpvt
63
Rk ìMEk-sl
SHEET 2148
ìLS-mhs
C2q
80
C2
Rz
C1q
ìMO-mgn ìTT-gpvt
340 ìMO-m
C1
og
74
Rk
C1
76
Rf
ìLS-mhs
A1
65
A2 Rk
zq
Rf W
Coondoondoo 85
ìMW-od
M m 558
zq 38
A1 400
80
73
80 ìMO-m
360
80
A3
ìPOs-mkqs
Rf 500
C2
C1f
ìLS-mwa 85
zq
ìDU-mgmt 85 zq
Waterhole Gillie Well Gillie
(abd) (PD)
ES
C1
ìMOsc-gm
74
U
A1
ìTT-gpvt 52
360 ìMOsc-gm
zq
ìTT-gpvt
C1f
80
A2
C1
85
Brl
ìMGm-mtsf
Ta,Nb,Brl
JAM
Rf
A2 76
46
80
A2
Dragon
Brl ðha-mgnw
zq
C1
Ta,Brl
ìLS-mlsm 78
380 340
85
80 80 zq
Madonga Pool
Brl ìLS-mk
46
W
Brl
C1
C1 C2f
C2 340
ìMEk-sl
ìTT-gpvt
ìDU-mgm
Brl
Cf Mount James Mount
Rf S
ìLS-mk
C1 85
340 C2
L
ìTT-gpvt
85
ìDU-mgml
ìMGm-mtsf
ìTT-gpvt
65
Brl
Brl
ìPOb-mlsm
A1
73
Rf
85
ha-mgnw
C1q
A2
C1f
U
C1
ìMG-mkq 85
S zq
ð
Brl
77
80
ìMW-od 85
360 Brl
81 ìLS-mhs
MOUNT JAMES
A1
C3
ìMO-gmeb
A1
Ta,Nb,Brl
85
Rk W
zq
C1
ìMOdu-ggp
Brl
ha-mgnl
78
C2
A1
A1
Brl A3
D
ð
ìnr-od A3ti
zq
85
ìMEi-kd
ha-mgnw
ìTT-gmlt Rl
zq 360 A2
Gillie Well
ìMOdu-ggp Brl
44
ð
C1
78
ìPOb-mxq
ðha-mgnl
Brl
Brl
ìPOb-mqef
85
ìPOb-mxq
85
72
Gems,Grt ìLS-mhs zq
Duncan Pool
82 Rf Rf 380
Yinnietharra 44
ìDU-mgmt 85
A2 Z
62
C3
ìDU-mgmt
Brl
A1§ ìMEi-kd
HILLS C2f
55
85
Rk
82
Ta,Brl
ìMEi-kd
0 Rf
Rl Creek
ìTT-gpvt
80
Brl 6
zq
C1q
ìLS-mlsm
C2
Brl Brl
360 C1
85
ìMW-od
80
80
ìDU-mgm ìTT-gpvt
380 C1
C2 C1f
zq
Rf
kq
68
Brl
A1
68
Eagle Hill Eagle
ðha-mgnw
Ta,Brl
ìTT-gpvt
ðha-mgnl
ìMOdu-ggp
82
l
Zn,Cu,U
C2f
65
ìPOb-mxq
75
75
ìMEk-sl
ìMO-xmg-m Brl
zq
75
ìLS-mhs
5
8
Rf ìPO-m
360 zq
ìMEi-kd
ìMG-mkq
Rl ìLS-mk
zq
ìTT-gpvt 80
zq
80 C2
340 Rf
ìDU-mu
Cf
U
68
Rf
ìDU-mgm 62
zq Brl,U
zq
ìTT-gpvt
C1 85
RIVER ìDU-mgm
185954 185953 80 (abd) (PD)
42 Deep Well
50
Qtza
ìTT-jmgmt-m
Mica
74
ha-mgnw
80
ìPOb-mlpc
8
Brl,Qtzr,Qtzs
ìMW-od
Ta
ð Rk
MURRUM 85
82 U
42 0
78 Creek
Ta,Nb
7 85
C2q c 400
80
Brl ìDU-mgm
zq
ìnr-od
26
82
80
85
C1
U
34
A1
Ta,Nb
C1
ìMEk-sl
W¶
C1q ìMO-mgn
340 zq
ìLS-mlst
Ta,Nb
ìmodGA
66
ìMEi-kd
ìTT-gpvt
C1
ìLS-mhs
ìTT-gpvt
82 ìTT-gpvt
zq
ìMO-mgnl
C2f
A1
70 ìMEk-sl
340 85
ìPOb-mqef
U
ìLS-mhs Ta,Nb
80
Ta,Nb
Rk
Ta Ta East Bore
360 C1f
zq
Ta,Nb
85
C1 82
Ti Tree Syncline
ìDU-mgm
78
Brl
C2f
C1
Brl
ìPOs-mtqs
Brl
b
A3ti
W
82
ìTT-gpvt ðha-mgnl
TRACK 320
A1
U
Cf
Ta,Brl
Brl
Rf
Mount James Mount
70
ìMEi-kd
Rf 80
Madonga
C2 ìDU-mgmb
è40
-od
83
ðha-mgnw
42
ìPOb-mqef C1
zq
A1
Brl
Brl
ìTT-gpvt 85
zq
75
Pb Brl
è40
Ta,Nb
ìPOb-mtef
ìDU-mgm
72
Brl
C1
Ta,Nb,U
ìMW
C2 C2
Lucky Bore (abd)
185950
185951
Ta,Nb
C2
ìMO-gmeb
84
Rf
C2
A1
85
Ta,Nb,Brl
Rl
ìMG-mkq
ìMEi-kd
Brl
A1
5
8 ha-mgnl
Dam
76
58 AYS
zq
80
80
58 ìMW-od
R ð
ìMOdu-ggp
ìnr-od
C2
ìPOb-mlsm
60
0
78
A1¤
82 James
Ta,Nb,Sn
8
ìPOb-mlsm
W
Ta,Nb
Brl
ìLS-mhs
Ta,Nb
80
Rf
ìPOb-mlsm
84 C2f
Andrew Bore
320 W
ìMW-od
A2
Brl
A1
85 C1
zq Mica
zq
A1
A2
ìTT-gpvt
40 C1
zq
ìTT-gpvt
76
ìLS-mlst
Brl
ìLS-mlst
Ta,Nb,Brl
48
ðha-mgnw
A1
ìLS-mwa
ìPOb-mlsm C2
38
65
Rk
ìTT-gpvt 62
340 320
78
80
ìMW-od ìMEk-sl 38
360 340 80
Rl
74
C2f
64 ìTT-jmgmt-m
Yard
Ta,Nb
Rk
C1
Cf 85
zq
A2 70
Bore
85 Brl,U
CAMEL HILL
W¶
68
ìTT-gpvt
Brl
ìPOs-mtqs
75 C2 ìPOb-mxq THOMAS
Pools
ìTT-gpvt RIVER ìLS-mts
Well (abd)
C1 C3
Pool
Qtzr
C1
ìPOb-mqef
ìTT-gpvt
ìPOb-mqef
Wf
ìmodGA
81
Ta,Nb
Cu,Bi Injinu Hills Injinu ìTT-gpvt Mount
W 320
80 Brl,U
ìMW-od M
Brl
ìTT-gpvt
Bi
C1q
ìTT-gpvt
85
78
Brla,Brle,Brl,Qtzr,Qtza,Bi
78
86 360
Brl ìTT-jmgmt-m
Spring
C2 50
82 360
C2
430 m 430 ìLS-mk
340
C1 Zn,Pb
Pool
83
STEERE
ìTT-gpvt
ìPOb-mxq ìPOb-mlsm
zq
80
86
62
A1
ìLS-mk
ìTT-gpvt A1
Daly Bore
Brl
80
ìDU-mgml
80
ìTT-gpvt
ìTT-jmgmt-m
185952 ìMEi-kd
36
ìPOb-mtef eb
(abd)
80
80
ìTT-gpvt
Rk C1
Pools
Dingo Well
ìTT-gpvt
85 W¶
zq 70
C1 Cu,Zn,As
36
ìTT-gpvt
C1
190667
A1¤
W
ìDU-mgm
Brl ìMO-mgnl
Pool
Rk
Camel Hill Camel
ìPOb-mqef
C2c
Brl
ìMO-gm
A2
ìnr-od Rk
ìPOs-mtqs GASCOYNE
76
C2
Rl
ìLS-mus
A3ti
ìDU-mgm
ìDU-mgml
68
85
ìMW-od
ìTT-gpvt
80
58
Brl,Nb
Brl
81 ìTT-gpvt
zq 66
Bubbajilby Pool
ìMO-gmp
ìMGm-mtq
A3
C1 ìLS-mlsm
ìTT-gpvt S
360 RIVER
ha-mgnw
ìPOb-mlsm
Rl
C2
C1
ìTT-gpvt 76
55
A2
Qtzr,Tur
64
ìMO-gmeb
Cf
ð 50 340 C1 ìTT-gpvt 320
zq
C1k 80
Pool
80 A3ti
MOUNT STEERE
85
A1
60
ìMO-gge
Cf
C1
zq ìTT-gpvt ìMW-od k
zq
80
Rz ìTT-jmgmt-m
zq
ìLS-mhs ìDUtl-mgt
34
60
ìTT-gpvt
65
zq
ìTT-gpvt Cree
84
C2
ìTT-gmlt ìTT-gpvt
c C1
34
ìmodGA
ìDU-mgmb
U
ìMW-od
ìLS-mhs
C3
80
C1
U
80
Rf
Reid Well Ê Copper Head Copper Ê Well Reid
82
ìMEi-kd
75 A3
ìPOb-mtef 320 68
zq
gmu
ìTT-gpvt
72
310 m 310 ìMO-gmeb zq 340 2 GAS
Pool
C1k
W
Rf
ìMEk-sl
ìMW-od
ha-mgnl
85
Rk
ìDU-mgmb
ìMW-od
Pb,Cu,Brt
ìDU-mgm
Cu,Pb,Brt,Au,Ag
C2
ð
C1q
C1 C1
ìDUdi-grpv
Au,Pb,Cu,Ba
ìPOb-mtef
81
ìMW-od
ìDU-mgmb
75
0
78 80
zq
8
C1
Cu,Pb,Brt
ìTT-gpvt
U
ìDUda-m ìDU-mgmb
zq
82
ìPOb-mqef
ìTT-jmgmt-m
Brt,Pb
65
ìMW-od
ìTT-gpvt
A1§
ìTT-gpvt Brl
20'
Brl A3ti
20'
ell
85
ìDU-mgml
ìMEi-kd
80
ìTT-gpvt 68
85 320
A1
88
Rk
C1 ìMW-od
Waterhole
Rl
A1 62
32
C2
Brt
Rf
ìMW-od ìDUda-mgmu
zq
ìMO-gmvl
Brt 82
Court W A1§
(PD) (abd) ìPOs-mtqs
32
82 ðha-mgnw
Well (PD) Minnieritchie zq
320 C1 C1
340 C1
80
kq Brl
84 HILLS
360
A1
C1q ìDUda-mgmu
Creek C3
ìTT-gpvt
C1
75
W
ìPOb-mxq
C1
zq Shea
80
84 ìmwaGAG
Reid Well
ìMO-gmeb
ìDUda-mgmu
72
THIRTY THREE THIRTY
ìMG-m 78
65 340
ìDU-mgmb
A3ti
58
C1
C1
C2
70
Rf
Cu,Pb,Ag,Brt
A3ti
W ìTT-jmgmt-m
Bore 44
zq
Brt,Pb,Cu Ta,Brl
Pool A3ti
C1
kq
A3ti
85
C3 380 53
Yard 380
80
ìTT-gpvt
36
48
U
A1
C1
ìTT-gpvt
Creek
Rz Rz
è30 ìDUda-mgmu
45
ìMW-od ìMG-m Waterhole
380 ìMW-od A2
zq
72
Rk u 320 C1
è30
Brl
C1
utcamp
A1§
ìTT-gpvt C1
zq
ìPOb-mlsm Rf
340
O
U
C1z
C1
ìTT-gpvt
C1f
ha-mgnl
C1 340
0
ìMW-od
A3ti
3
A1¤
C2 ð Doweranin
Rf RIVER
ìTT-gpvt ìDU-mgmb
MORTIMER 45
320 5 C1
Codra Well (abd)
8
C1q
ðha-mgnl
75
ìMW-od
bd)
C2
Ta,Nb 30
zq
C1
A1
ìDUda-mgm
75
Pb,Cu,Ag 185955
zq
Rf 75
Creek 85
85
W
ìMW-od
Ta,Nb
A2 Rk zq
zq
ell (abd) ell
C1
ìTT-gpvt
A1
85
55 87
A3ti 360
45
C2
U
ground (a ground
landing
il W il
Rk
Rz
ìDUtl-mgt ìDUtl-mgt
C
W A1¤
zq Brl
28
ìTT-gpvt ìDUda-mgmu
U 340
70
zq
55
umm
ìDU-mgmb
ìTT-gpvt
60
Brl
zq 28 zq
28 Wabli
C2 M
28
C1q
C1q
A1 42 zq
C Rk zq
zq ìDUtl-mgt
32 300 320 Codra
zq 76
zq
ìMGm-mtsf
ìTT-gpvt
C1q
70
C2q
Wq ìLS-mlst
Bore
C1
300 ìTT-gpvt
C1
C1
ìDUda-mgmu
ìMW-od
ìTT-gpvt
Thomas River South River Thomas
u
A1
ìmodGA A1
zq ìDUtl-mgt
zq
28
22
84
C1
80
ìTT-gpvt
ìTT-gpvt
A3ti 70
zq
ìDUtl-mgt A2
C1
Ta,Nb,REE,U
W
ìTT-gpvt
W
ìDUtl-mgt ìDUda-mgmu
zq
U
C1
60
A3ti
A1
Wabli Pool Wabli
U
5
W Wabli Creek Wabli
zq
60
68
15
82
7
C3 ìTT-gpvt
zq 52
zq
85 A1
26
80
ðha-mgnl
70
ìDUda-mgm
68
74 ìTT-gpvt
A1 340
C2
Spring
ìMW-od W
26
70
Mummil Pool Mummil
REE
estead 33 km 33 estead
C1
ìTT-gmlt
U 72
Thomas Well Thomas GASCOYNE
70 Cu,Pb,Fl
zq
Rf
80
ìDUtl-mgt
Rk
ìDUtl-mgt
28
Rk
75
ìLS-mus
22 ìLS-mhs
ìmodGA Creek
Mummil Pool Mummil
ìmodGA
C2
ìDUda-mgmu
zq
zq
40 ìDUda-mgmu zq
THOMAS ìmodGA 45
zq
C2
ìTT-gpvt
ìTT-gpvt
ìTT-gpvt
U
78
No 3 Bore (abd) 46 zq 300
zq
75
A1
26
320 360
A2
80
52
A2
Pool
40
ìMGm-mtq
Mutherbukin
Pool ount Phillips Hom Phillips ount
zq
C1
ìMGm-mtq ìTT-gpvt
zq
76 M
Perseverance Well (abd) Well Perseverance RIVER
ìDUda-mgmu
Cu
ìTT-jmgmt-m
zq zq
24 48
ìTT-gpvt Wabli
ìMW-od
ìDUda-mgmu
W Rk
24 C1 ìMW-od 380
zq 80
B
Waterhole 75
zq
68 ìLS-mlst
300
C2
Rk
ìMW-od
ìMW-od 85 320 U 300
zq
30
Police Station Police
Well
Woolshed (abd) Woolshed
C2
ìTT-gpvt
ìTT-gmpt
C1q
ìTT-gpvt
380 360 Dowranin
zq
339 m 339
GAS 4 GAS
85
85
ìTT-gpvt
ìMGm-mtq
15
75 33 Mile Well Mile 33
ìDUtl-mgt zq
zq U
zq
Rk zq
ìTT-gpvt
ìMW-od
82 80 RIVER 300
ìmodGA A1
85 340 ìMG-mkq
DIAGRAMMATIC SECTIONS
W
C2 A¥
zq
Rz
W
Yard
Cu,Pb,Fl
Yard
U 38
zq
183287
W
25
W
U
ha-mgnl
ìMG-mkq ìMO-gmvl
22
ðha-mgn C1
zq
Thomas River 1 River Thomas
Fl,Cu,Pb ð
zq 60
zq
ìmodGA
W
ìTT-gpvt
65 -od
zq
80
ìTT-jmgmt-m ìLS-mlst
22 W zq
Z ìMG-mkq
Rk Rk
zq ðha-mgnl
ìmodGA 40
Creek ìmodGA
-mtsf
C1
U
80
ìMW
Rk ìMW-od
300 U
A2 Rk
ìDUtl-mgt
ìDUda-mgmu
85
ìTT-gpvt
Rk 72 zq
zq ìMW-od
zq Perseverence Well Perseverence
A1¤ 380
ìDUda-mgmu ìMGm
zq ìTT-gpvt
zq
40 65
zq
Mango Bore Mango
ìDUda-mgmu ha-mgnl
zq
35
C1
W
ìMGm-mtq
65
ð
80 W
zq
No 2 Well (abd) Well 2 No
Spring
C1
ìmwaGAG 82
zq
ìMW-od
ìMW-od
65
ðha-mgnl 35
zq
C1 Minindi Creek Minindi
zq
ìMW-od ìMOdu-ggp
zq
ìMW-od
W W
A1
ìMG-mkk
W Rk zq
zq Isle Bore Isle
ìDUtl-mgt
zq
C2 40
è20 Isle Bore (abd) Bore Isle
zq
W
50
A1
ìDU-mgml 85
GEOLOGICAL SURVEY OF WESTERN AUSTRALIA
ìMGm-mtq
48
ìMW-od
A1
72 A1§
zq
ìMGm-mls W
è20
45
25 48
zq
A1
C2
65
A1¤
Rampaddock Well (abd) Well Rampaddock
C1
85
60
30
zq
Jade Pegmatite Jade
Rk 40
Creek -od 3
85
78
ìMGm-mtq 380
ìMW-od 65 zq Creek C1
zq
Mica,Brl
55
C1
kq
W
ìLS-mwa
55
ìDUda-mgmu
ìMG-mkq
Tur ìDUda-mgmu THIRTY THREE THIRTY W
orrissey ìmodGA Waterhole
M ìMW
Gems,Brl,Ta,Nb,Ap W
zq C1q
zq
ìDU-mgmb
80
Yard
ìLS-mlsg
ðha-mgnl ìmwaGAG
zq
Cu
ìMG-m
Brl
80
ìMGm-mtsf
12
Double Island Double
eranin A1¤
A2 320
C1
85 Pb
ROAD
ROAD zq
W
ìMW-od 75
ow zq ìMW-od
12 D 340
A1
74
C1q
Wf C2
360 (abd) Well Polly Morrissey Creek Morrissey
18
zq
48
80
Ta,Nb
ìMGm-mtsf ìTT-jmgmt-m
W
u
Waterhole
C2
C1k ìmodGA
18 -od
zq
ìTT-gmlt ìMG-mkk zq
Brla,Brl CREEK
C2
W Bi
zq W
320 ìTT-gpvt 35
zq
A1
ìDUda-mgmu
A1¤
ìMG-mkq
ìMO-gmvl
62
Qtzr
U,Gp
Gems,Mag
C1q
ìMW
inindi zq
80
75
25 Cu
MORRISSEY HILL MORRISSEY 320
W 291 m 291
M Brl
68
GAS 1 GAS
Brl,Brla
C1
38
C1k
ìTT-jmgmt-m
340
H 27 H
ha-mgnw ìTT-gmpt
340 Chalba Shear Zone
62
Tur
ìMG-mkq
292 m 292
ìTT-gpvt
A¥
ìDUda-mgm
W ìDUda-mgmu
zq
352 m 352
Cu
ð
GAS 5 GAS
W
ìMGm-mls Mica Ta,Nb Creek
300 80
Tur
ìTT-gpvt A1
ìMW-od DAIRY
65 ìMW-od
zq Mica,Tur,Brl,Bi
300
(PD)
Rk
C2
320 zq
35
12
landing ground landing ìmodGA 300 W
ìMW-od
ìmodGA
Brl
85
ìLS-mlst
ðha-mgnl
ìMGm-mtsf
Cu,Au
C2
ìMO-mgsl
ìMGm-mls
C1 Yinnetharra Pool Yinnetharra
16
ðha-mgnl
C2
10
Bi,Brl,Tur
ìTT-gpvt
185946 ìMW-od
zq
Kingfisher
ðha-mgnw ìMW-od
185945 340
30 ìMG-mkk
COBRA Yard
C1
30
vl
50
50
m-mtsf
C2
Yinnetharra
Brl
ell
Mica Well Mica C2 zq
M 16
64
Mica
30
C2
C1
Mica
60
ìTT-gpvt
ìMG-mkq
80 ìmodGA
zq
77
45
Mica,Brl ìmodGA
10'
72
75 ìMG-mkq
10'
60
ìmwaGAG
ìMW-od
65
Brl
ðha-mgnl ìMG
zq
ìMW-od
80
ìMGm-mls W
zq
30
A1§
Felix
Cu
ìTT-gpvt
Well
ìMW-od
ìMO-gm
55
42
28
52
A1§ ìmodGA
C1 Dellas 20
50 78
zq
C1 Shallow W Shallow
3 C2
A3 ìmwaGAG
320
W
C1
45 33
zq
Mica King South King Mica
Thirty One Creek One Thirty
ìTT-gpvt
C2
ìMW-od
50
60
ìMGm-mtq Rk
zq landing ground landing
C1q
Pool
ell
35 ell (abd) ell
A1
Dallas Well Dallas
80
75
ìmwaGAG
75
ìDUtl-mgt
75
70
W
340
ìTT-gpvt U
B
C1
W
ìmodGA waGAG zq
zq
ìDUtl-mgt ìMW-od
zq
Ted W Ted C1
zq
C1q
ìmodGA
ìMW-od A1¤
zq
20
No 1 W 1 No
82 Cu,Ag,Au
zq
ìTT-jmgmt-m
ìm
ìmodGA
C2
ìMW-od Rk
14
A2
W
75 ðha-mgn
zq
W
ìMW-od
ìMGm-mls zq
80
ìMG-mkq
W 60
14
ìLS-mwa
Brl,Ta,Nb
ìmodGA
zq
340 C1
Rk
u ìTT-gpvt
South Nardoo South 320
10
W
66 ìmodGA
zq
A1 C1
300 56 85
zq
ìMW-od Rk
zq ìDUtl-mgt
ìmodGA 340 ìmodGA
RIVER C2
80 -od zq
zq
Ted Well Ted
ìmodGA
A1
ìLS-mwa
ìDUda-mgmu
Cu
C1
ìMGm-mtq Yard
zq
ìDU-mu 70
zq
ìmodGA
C1
Yard
52 58
zq
Victory Bore Victory
ìTT-gpvt
ha-mgnw
A1¤
Cu,Au,U
ð
ìDUtl-mgt
ìMW ìMGm-mtsf
zq
ìDUda-mgm
ìDUtl-mgt
300
W
C1k
C1
78
45
ìMW-od
ìmodGA
ìmodGA
78 A2 zq
zq
44 74
zq
el Pool el
ìMW-od A3
280 C1
ìMGm-mtsf
45
79
C1q ìDU-mgmb
300 zq
Creek 62
ell (abd) ell
60
ìmodGA 85
12
Cam
W
65
Bore
ìDUda-mgmu
85
ìmodGA
ìDUda-mgmu
64
ìMGm-mtsf
75 ðha-mgnw
12 ìmodGA
zq
C2
80
ìMW-od
ìDUda-mgmu
Bore
50
80
Robson
Yard
Rk
ìDU-mgmb
75 ìLS-mwa
zq 60
zq
70
Rk
ìmodGA
ìMW-od
ìMW-od
82
60
ìTT-gpvt
zq Well Darawonga
Morrissey Well Morrissey
ìmodGA
ìMW-od
C1
ìmodGA
ìDU-mgmb
80
70
ìDUda-mgmu
ìMO-gmvl
C1
ìMO-gmvl
W
ìMGm-mls
ìmodGA
ìTT-gpvt
75
84
ìTT-gpvt
80
ìmodGA
C2 A1¤
zq 78
zq
70
ìmodGA
ìmwaGAG
ìTT-gpvt
A1
C1k
ìMGm-mtsf
ìmodGA
48 65
zq
ìmodGA
A1 A2
ìMW-od
ìMW-od
ìTT-gpvt
42
W
ìMGm-mls
85
8
ìTT-jmgmt-m C1q
55 320
ìMW-od
Brl
75 ìmodGA
è10 C2
zq
ìMW-od
A¥
75
A1
Mica
85
ðha-mgnl
W
58
85
Wk
ìMW-od
ìMW-od Mica
è10
W
75 75
ìLS-mk M
75
zq 320 -mls
zq
C1
Tank
zq
85 38
zq
U
40
C1 ìDUtl-mgt 300
380 75
Creek ìMO-gmvl
zq
W A1§
zq
85 C2 300
W 360 ìDUtl-mgt
W ROAD
ìTT-jmgmt-m
ìmodGA
ìmodGA
65
ìMGm
Mica,Bi
Spring
North Well North
52
C2f
50
Ring Well Ring
Yard
60
W
u
ìmodGA
ìLS-mlst
ìMW-od 8
zq
ìLS-mlsg
7 80
zq
ìTT-gpvt
ìmodGA
65
66
ha-mgnw
Ta,Nb ìDU-mgml 280
75 340
ìLS-mk
ìMW-od
ìMW-od
-od
W
ð
A1§
C1 81
GASCOYNE 83
280
A1¤
ha-mgnw
86
C2 C2 340 25
280 320 zq
zq
C2
ìMO-gmvl
ð
C2
Jackson Well Jackson
ìmwaGAG
52 ìDUda-mgmu
ìMW 300
Old Mica Queen Mica Old zq
ìMW-od ìMW-od Creek
zq ìmodGA
08 ìmodGA odGA
zq ìMGm-mtsf
zq
85
55
ðha-mgn
ìDUda-mgm
85 W
zq
ìLS-mk
u
C2q 82
zq
ðha-mgnl
ìMO-gmvl Pool (PD) Pool
zq
85 ìm
08
65
Nookawagga
ìMW-od zq
orrissey ìMW-od
82
ìTT-gpvt
Nardoo Well Nardoo
A1§ Qtzr zq
M zq
55
85
80 41
zq A1§ zq CREEK
zq
W 70
W S
ell A1
zq
C1 Wf
45
ìTT-gmlt
ìMG-mkq
W
ìMGm-mtsf
80
Waterhole
ìDUda-mgmu
ìmwaGAG
50 Mulka Well Mulka
300 ìmodGA
zq
ìMW-od
ìMW-od
ìDUda-mgmu A1 Yards S
zq
80
ìMW-od ìDUda-mgm
zq
ìMO-gmvl
Nardoo Well Nardoo
ìMG-mkq
ìMW-od
Brl
ìMW-od
ìTT-gpvt
ìMW-od
44
W
ìMW-od
North W North
ìMO-gmvl
ìMW-od
ìMGm-mtsf
W
C2 C1 zq
ìMW-od
ìMW-od
ðha-mgnw
80 A1¤
Brl Creek
ìmodGA Bi
zq C2
reek 70
ìTT-gpvt
C1
ìMW-od ìmodGA
C
80
ìTT-gpvt
80
300 beroo
5944
ìTT-gpvt ìmodGA
Mica Gum
ha-mgnw
Tetlow Well Tetlow
50
ìMO-gmvl
C1
ðha-mgn 80
DAIRY 18
06
40
W
55
Ta
ð Bi
oom
78
Brl
W¶ 20 Nardoo 60
C2 C
A2 C2
06
Tommy Well Tommy
C2
82
ìmodGA ìMW-od
zq
Bi
ìmodGA
ìTT-gpvt
80
0
7
ìmodGA
C1q
Well
76 38
zq
ìTT-gpvt
68
ìmwaGAG 75
ìMW-od
ìMW-od
C1
ìMW-od
ìMW-od
ìMW-od ìMO-gmvl zq
zq
Mica Waterhole
zq
ìMO-gmvl
A2
C2
ìMG-mkq
80
25 Mica
zq
ìMW-od
55
C1
zq Mica
zq
Ta,Nb A1§
A zq
ìMGm-mtq
ìLS-mts
A3ti
74
64 R
ìTT-gpvt
ìmodGA
ìmwaGAG
zq
Beryl Well Beryl 65 ìMW-od Creek
B ìMO-gmvl
58
ìMW-od
A1
85
ìMW-od
ìMW-od ìMW-od
O W
ìTT-gpvt
ìmodGA
A1¤
64 ìMW-od
zq
40
51 A1
C zq
ìmodGA
34 Brl
60 reek
ìDU-gpt
ìMW-od 185943
zq
ìMW-od ìLS-mk
gnl C 40
zq Rk
320 320 A
ìmodGA ìMW-od
zq
66
75 C2
zq A1
A3 300
2
Corktree Bore Corktree
78 ìTT-jmgmt-m
zq
Mica,Brl
ìmodGA
ðha-mgnw 7
zq
ìMW-od
04
85
54 ha-m
300 zq 280
75
70
ìMW-od
ìTT-gpvt
73
72
ìTT-gpvt
ð
Ta,Nb C2
300 04
zq
280
ìMG-mkq 78
zq
ìTT-gmlt
ìMGm-mtsf
C2
Ta
ìMW-od
ìTT-gpvt
A2
Sandy ìmwaGAG
30 75
79 300
ìMO-gmvl
ìMW-od
zq
-od
zq
ìMW-od 6
300 A1
Pool Cattle
30 Z
ìTT-gpvt
Waterhole
A1§
RIVER 280
ìMG-mkq
84
C1k
Rk 75
zq
ìTT-gpvt
C1
kq
ìTT-gpvt ìMG-mkq
zq
ìMW
Au
80
Cu,U,Zn,Ag
Brl
ìMW-od 300
ìMW-od
ìmodGA
82
W
ìMGm-mtq 80
zq
ìMW-od
80
ìDUda-mgmu
Rk
75 78
THIRTY ONE zq
ìTT-gpvt
A3
odGA
ìDU-gmvt
36
80
ìTT-gpvt
70 ìMGm-mtsf
zq Rg
Creek ìMG-m
ìMW-od
ìMO-gmvl
ìLS-mlst
W,Mo
A1§
Th
A1 42
ðha-mgn
40
Rk
ìm C1
zq
ìmodGA
Well ell
50 300
Well (abd) Well
80
C1
40
ìTT-jmgmt-m
ìDU-mgn
ìTT-gpvt
66
Mick Well Mick
ha-mgn
K 25 K
65
C1q
344 m 344
72 W
02
80
ðha-mgnl
ð
ìmodGA
ìMW-od
78
58
33
38
C1
40
72
Mick W Mick
62
ìMW-od
Mica
A1 ìmwaGAG
zq 02 Cairn
ìMW-od
Rf
ìMW-od
ìLS-mk
ìDU-mgnl ìMGm-mtsf
280
C2
ìMGm-mtq
A2 Brl,Tur,Grt
50
40
42
58
C2
ìTT-gpvt ìMW-od
ìMO-gmvl 58 zq
zq
Rk
ìMO-gmvl
ìDUda-mgmu
ha-mgn 57
ha-mgn 0
20
75
Mica,Brl
ìDU-mgmb
ìMW-od ð
280 A1¤
60
Yards
ð
26
78
27
80 ìMGm-mtsf
zq
C1 65
RIVER ìTT-gpvt
75
85 W
ìMG-mkq 280 Creek
zq
ìDUda-mgmu
187403 Chalba 28
0
ha-mgnw
ìmodGA
60
C1
6
82
59
Rk
C2
Rz
zq
ìmodGA ìMW-od
ìLS-mk 0
56
ð
W
ìMW-od
ìMW-od
ìMG-mkq
78
68
ìMG-mkq
A1 ìmodGA
Ta,Nb,Brl,Tur 280 ìMGm-mtsf Z zq
Pool Z
40 C1z zq
M ìMW-od
A1¤
tq
Rz
McGregor
ha-mgnl
70
ìDUda-mgmu Well (abd) Well
280
Mombo ìMG-mkq
C1
Rk
C1
ìMW-od
ìmwaGAG
ð
W
85 C1k
300 ha-mgn
Rk
ìMG-mkq
ìMGm-mtsf
50
ha-mgn A1
è00
C2
80
54
80
A1¤
80
84
ð
ìMW-od
ìMO-gmvl ð zq
300 ìDU-mgmb Mile
ìMG-mkq
ìDU-mgn
81
ìMGm-mtq
80
ìMGm-mtq
85 ìTT-jmgmt-m
zq
A1
ìMW-od -od
zq
35
ìMGm-m ìMW-od
ìMW-od 260
U A1§
beroo ìmodGA
zq
Waterholes Rk
è00ôôôÜE GASCOYNE W zq
Wq m
ìmodGA
A1
Wq A1¤
260 48
ìMGm-mtsf A1 ìMW-od
zq
Rf
ìMW
ìDU-mgmb
C2q
A1
H 26 H A1¤
E¶ 300 ha-mgn
Rf Nine
ìDU-mgmb
318 m 318
Brl,U,Ta,Nb,Brla,Brlh W
Coo ha-mgnw
ìDUda-mgmu
Au
A1§
ìDU-mgmb W
320 E2¶
zq
ha-mgn
A1§
A1¤
ð
ìMGm-mtsf
ìMOdu-ggp
50
80
ð
ìmodGA
A1
A1
ìMG-mkq
75
C2q
ìMW-od
A1
ìDU-mgn
C1
ìMG-mkk
ìMGm-mtq
ð
Brl,Nb,Ta A2
A1 îä36ôôôÜN ìDU-mgnl A AUSTRALIA 1 : 100Ý000 GEOLOGICAL SERIES
38
42
44 46
48
52
54 56
58
62
64 66
68
72
74 76
78
82
84 116^00' 86
88
îä40
îä50
îä60
îä70
116^00'
îä80
îä90 4km 2 km
estead 35 km 35 estead M ooloo Downs Hom Downs ooloo SEA LEVEL
24^30'
25^00'
40' 50'
18 Jan 2012 08:06:19 V:\GS81_SeriesMapping\Projects\Current\Yinnetharra_2148_E2\DGN\2148.dgn