I"V'I r~J.

Record No. 1970 /56

Third - order Regional Magnetic SurveYt Queensland 1961

by

J. van der Linden

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BMR Record 1970/56

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Record No. 1970 J 56

Third - order Reg'ion al M'agnetic Survey, Qu,eens\and 1967

oy

J.> van der. Linden.

The information contained in this report has been obtained by the Department of National Development as part of the policy of the Commonwealth Government to assist In the exploration and development of mineral resources. It may not be published in any form or used in a company prospectus or statemeno without the permission in writing of the Director, Bureau of Mineral Resources, Geology and Geophysics,

SUMMARY

1. INTRODUCTION

2. ACCOUNT OF SURVEY

3.

4.

5.

6.

Outline

Station requirements

Observing procedure

RESULTS AND DISCUSSION

FUTURE PROGRAMME

ACKNOIVLEDGEMENTS

REFERENCES

I

CONTENTS Page

1

2

3

3

4

6

6

7

Appendix 1: Notes on regional magnetic stations 8

Appendix 2: The Wild to compass theodolite 9

Table 10 Stations and results 11-28

ILLUSTRATIONS

Figure 1. Instrument set-up 5

Figure 2. Images of sun - Wild-Roelo s solar prisms 10

Drawing No. Plate 1. Third-order magnetic stations 1967 A/B9-19

Plate 2. Magnetic declination (or variation), D A/B9-13

Plate 3. Inclination or dip angle, I A/B9-16

Plate 4. Horizontal intensity, H A/B9-12

Plate 5. East component,Y A/B9-17,

Plate 6. North component, X A/B9-15

Plate 7. Vertical intensity, Z A/B9-14

Plate 8. Total intensity, F A/B9-18

Record 1970/56

III

1

SUMMARY

A third-order regional magnetic survey, in which observations of declination, horizontal intensity, and total intensity were made at nominal ten-mile (16-kilometre) intervals along all passable roads, was carried out in southern Queensland in 1967. The survey was part of a long-range plan to cover Australia by this means.

Observations were made at 1065 stations along 20,000 kilometres of road. Results were derived by electronic computer in Canberra as the field work progressed. A programme was developed to plot the stations and observed values on a Mercator projection, ready for contouring. Data will be updated to epoch 1970.0 for use in preparation of the set of,isomagnetic charts at that epoch.

The 1967 results show that previous isomagnetic charts, produced from observations at greater station separation, will require revision in many places.

1. INTRODUCTION

A full third-order regional magnetic survey was carried out in Queensland by the Bureau of Mineral Resources (BMR) in 1967. Third-order surveys for the measurement of declination CD) only, had been made previously in Western Australia in 1962 (van der Linden~ 1965a), South Australia and New South Wales in 1963 (van der Linden, 1965b), and in New South Wales, Queensland, and Tasmania in 1964 (van der Linden, 1968).

The 1967 survey, which forms the subject of this Record, was the first in which all three 'elements of the geomagnetic field were measured at about 16-kilometre intervals along all roads and tracks. The elements measured were D, horizontal intensity (H), and total in tensi ty (F).

Appendix 1 defines the types of magnetiC survey carried out, or to be carried out, by BMR. Previous surveys are considered to have been second-order, and had the following disadvantages~

(a) Most of the observations (about 7~fo) were made before 1958, with comparatively inaccurate instruments (CIW magnetometers and earth inductors).

(b) Many of the data (50% pre-1917) had to be updated using uncertain secular variation values.

(c) The stations were fairly widely spaced.

(except country

The intention now is to abandon such second-order surveys for declination mapping, see Chapter 4) and instead cover the by a "one-off" third-order survey to supplement periodic

2

first-order re-occupations. A network of 58 first-order stations has been established and will provide accurate secular variation data. The third-order survey will provide closely spaced results of sufficient accuracy to provide fine control over the isomagnetic lines and to indicate how representative of the region are the first­order results.

In the third-order survey, elementary readings of inst­ruments such as the QHM, Elsec proton precession magnetometer, and Wild TO compass theodolite can be made quickly. Up to 15 stations can be occupied per day, so large areas can be covered each field season. The station density will be increased by a factor of ten.

2. ACCOUNT OF SURVEY

Outline

The survey was conducted in Queensland in the area south of latitude 200S from May to November 1967 by the author, assisted by field hand L. McAven. A location diagram and the station positions are shown in Plate 1, which also shows the first-order stations in the area.

Instruments used were QHM306, Elsec PPM329,'and Wild TO compass theodolite 104407. Corrections applied were:

Wild TO 104407

QHM306

+34.0 minutes (to declination)

-55 gamma/gauss for H

+1 degree 42 minutes for D

The corrections for the 'Wild were determined before the survey (+34'), and during the survey (+35') with Askania Declinometer 320. A determination at Toolangi Observatory after the survey gave +33.4'. The Elsec PPM has no correction.

Readings of D, H, and F were taken along about 20,000 kilometres of ~oad traverses, at 1065 locations. The traverses were from 65 to 80 kilometres apart, but in some areas wider spacing was necessa~ because of the scarcity of roads.

Station positions were not marked on the ground, but were carefully marked on the 1:250,000 series planimetric maps. Most of the maps of the survey area are compiled from aerial photography, and their reliability is good.

The weekly production target was set at fifty stations. At times the survey, because of bad weather or poor roads, fell behind this target but when conditions were better the back lag was caught up in a few weeks.

v

I: .'

f)

3

For transport a station sedan was used. This vehicle was modified to cope with the outback roads, which are often very rough. It was fitted with a limited-slip differential! heavyduty springs and shock absorbers, and a protective shield under the sump and the petrol tank. Other protections were stone shields for windscreen and headlights, and a "bull bar" against straying animals. Quartz-iodine driving lights proved excellent for night dr~ving, and a second speedometer with tripmeter in front of the passenger was a great help in navigating and locating station positions.

Some breakdowns occurred, all through damage by rocks, but these caused no significant loss of time as repairs were done very quickly by the local dealers. The rocky roads and the constant stopping and starting caused heavy wear of tyres.

Observations were also made on 22 islands of the Great Barrier Reef. For this purpose the party joined the lighthouse service ship Cape Moreton.

Station requirements

A station location has to satisfy the following conditions:

(a) Be at a sufficient distance from artificial sources of magnetic disturbance, e.g. wire fences (6 metres), telegraph posts~ culverts, drains etc (20 metres)! railway lines, high tension wires (at least 100 metres), bridges (3 x their length).

(b) Be at least 3 metres away from the road, as most road building materials are magnetic.

(c) Have an unobstructed view of the sun.

Cd) Be away from volcanic or igneous rock outcrops.

(e) Be identifiable on the map.

Most of these conditions can be readily identified on the map or observed while driving along.

Observing procedure

The routine followed in the field by a party of two (driv~r A and navigator :8) travelling in one vehicle is:

1. En route to the station, B selects the anticipated station position on the map and guides A to it. He is not strictly bound by the 16-kilometre distance between stations but makes his selection with the foregoing conditions in mind.

4

2. On arrival at the station, B marks the position and station number on the map, A and B unload the instruments, A then moves the vehicle at lease 50 metres, and B sets up instruments.

3. A returns to the site (on foot); B concentrates on one instrument (say compass-theodolite) and begins to observe; A concentrates on the other instrument (in this case the QHM) and begins to observe, noting his findings in his own notebook. In this manner one set of QHM (plus pi and minus pi torsion) and two sets of sun observations (horizontal circle reading only) are made. The observer who finishes his set of observations first prepares the Elsec magnetometer and takes readings.

4. The two observers change instruments; in this case A reads the compass-theodolite and B the QHM. At the end a check reading of the Elsec is made. The two independent readings by A and B are compared and A's readings are entered in the field notebook, if the readings agree; if they do not, the mistakes are located ora new set of observations is made.

A typical instrument setup, showing the minimum distances between the ins truments j is shown in Figure 1.

The only data left to be entered in the field notebook are: map co-ordinates j declination and Greenwich hour angle of the sun, and the chronometer corrections. These are extracted whenever holdups occur; two common causes of holdups are clouds obscuring the sun, and vehicle serviceing or repairs.

The chronometer is rated daily at about the same hourj and the corrections are plotted on graph paper, from which the corrections at times of observation are interpolated linearly.

To maintain good progress of the surveYj speedy observing and close co-operation at the station site are essential. It takes from two to three weeks for a team to become fully efficient in a strict survey routine.

Rain in the outback, besides holding up observations, can make roads and creek crossings impassable for a considerable time. Therefore when heavy rain seems likely it is advisable to move to a district not affected by rain.

3. RESULTS AND DISCUSSION

Two computer programmes were written for handling the large amount of data.

One computes all field observations (D, Hj F) and derives the other magnetic elements (X, Yj Z, I). The elevations of the stations are included in the dataj as required by the World Magnetic Survey Board. The other programme plots the station positions and the observed (or derived) values within a Mercator projection grid.

INSTRUMENT _SET-UP T H I R D - 0 R DE R MAG NET I C SURVEY

Compass Theodolite

. ,)

G96-280

.." Ci) c. ;0 ",

6

The results are rounded off to 10 gammas (H and Z), 0.05 degrees of arc (D), and 10 metres (elevation). The elevations were obtained from spot heights or contours on the topographic maps.

To smooth the noise caused by very local anomalies, D.M. Finlayson wrote a programme to obtain a running average of groups of three stationso From these smoothed values, contour maps of the magnetic elements D, I, H, X, Y, Z~ and F were drawn. These are presented in Plates 2 to 8.

No efforts were made to smooth the contour lines to eliminate crustal and regional effects. This will be done later after a greater part of Australia has been surveyed.

To compare the results with earlier results, the relevant sections of the 1957.5 isomagnetic maps of Eastern Australia (Parkinson & Curedale 1960) were superimposed on the new maps. After allowing for secular variation and the non-smoothing of the present maps, it was found that in many parts adjustments will have to be made to the earlier maps. These are up to 0.3 degrees in D, 0.5 degrees in I, and 300 gammas in H, Z, and F.

The north-western corner of the 1967 survey area had been surveyed in 1964 for declination only (van der Linde~,1968)j the two sets of results agree closely in this region.

The nine-degree isogonic line that forms a loop north of the line connecting Augathella, Mitchell,and Roma (Plate 2) seems to be in error. It is largely influenced by the results of the traverse from Augathella to Taroomj this traverse will be repeated during the 1968 field seasono

4. FUTURE PROGRAMME

On the location diagram (Inset, Plate 1), Australia is divided into nine regions, of which the present survey covered Region F. The third-order surveys will be continued until the whole of Australia is covered. This is expected to be accomplished by J975. Thereafter first-order re-occupations every decade, and declination re-occupations every five years (at first-order stations), should suffice to provide accurate isomagnetic charts.

To make all survey data compatible a computer programme is being developed which will adjust the data of the various surveys to a common epoch. Also a computer programme will be studied .. which eliminates local anomaly effects. The output of this programme is envisaged as a plot of smoothed isomagnetic lines.

5. ACKNOWLEDGEMENTS

Permission for the survey party to travel on the ship Cape Horeton was given by the Regional Director, Department of Shipping and Transport, Brisbane. This permission, and the enthusiastic assistance given by Captain Chesterman and his crew, are gratefully acknowledged. .

J

• PARKINSON, W.D. and CUREDALE, R.G.

V AN DER LINDEN 9 J.

V AN DER LINDEN 9 J.

V AN DER LINDEN 9 J.

7

6. REFERENCES

1960

1965a

1968

Isomagnetic maps of Australia for the epoch 1957.5; Part 1-Eastern Australia. Bur. Min. Resour. Aust. Rep. 55.

Regional magnetic surveys in Australia g Australian Antarctica, and the Territory of Papua & New Guinea during 1962. Bur. Min. Resour, Aust. Rec. 1965/20 (unpubl.).

Regional magnetic surveys in Australia, Australian Antarctica 9 and the Territory of Papua & New Guinea during 1963. Ibid. 1965/218 (unpubl.).

Regional magnetic surveys in Australia 9 Australian Antarctica, and on some islands in the Pacific and Indian oceans during 1964. Ibid. 1968/2 (unpubl.).

8

APPENDIX 1

NOTES ON REGIONAL MAGNETIC STATIONS

1. First-order station. A first-order station is a place at which the geomagnetic field has been observed (or recorded with . "absolute" control) more or less continuously for two or three days, with an accuracy of 5 gammas or better in the absence of magnetic storms, and which is sufficiently well marked and located that re-occupation within three to five years will be possible.

2. Second-order station. A second-order station is a place at which the field has been observed several times during one day with an accuracy of 5 gammas and which is marked so that re-occupation may be possible in the future.

3. Third-order station. A third-order station is one at which the field, or one of its components, has been observed once with an accuracy of about 20 gammas (or the equivalent angle) and which is located only by a map.

j

•

9

APPENDIX 2

THE WILD TO COMPASS THEODOLITE

As this instrument had not been used before in regional magnetic surveys a short description is given.

The instrument is fitted with a swinging horizontal circle or compass card, to the under side of which a magnet is attached. The circle has a spring-mounted jewel bearing that can be lowered onto~steel pivot. Vihen the circle is lowered onto the pivot, the magnet sets the zero mark of the circle automatically to magnetic north; thus when the circle is clamped all readings become magnetic bearings. A prismatic optical system ensures that the circle is read at two diametrically opposed graduation lines. After coincidence setting of the lines by means of the optical micrometer their average value is given by a single reading.

For magnetic declination determinations, horizontal circle observations of the sun are taken, giving the magnetic bearing of the sun with an accuracy of 1 minute of arc. The true bearing of the sun can be derived from the time of the instant of observation and the geographical co-ordinates. The difference between the magnetic bearing and the true bearing is the declination.

During the sun observations the Wild-Roelofs Solar Prism attachment is used. This produces four overlapping images of the sun, with a small dark diamond shape in the centre. The cehtre of the sun can then be aimed at by simply setting the crosshairs over the diamond shape. An illustration of the images of the sun formed by the solar prism is shown in Figure 2.

The instrument thus provides a quick and accurate way of measuring declination by sun observations only. A disadvantage is the limitation of the vertical angle of the telescope to 45 degrees.

When the sun is higher than 45 degrees, declination is measured by using the zero reading of QHM 306 and sun observations made with the black mirror on the Askania circle •

. \

, .

10

" . ..~ .

IMAGES OF THE SUN using

'WILD-ROELOFS SO~AR PRISM'

FIGURE 2 .

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TABlE 1 SHEET 1 D

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10."

10.11

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10."

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2nI 0.,

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, 28490

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Ill",' .'eo 21130 c. UIO

21000 .

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27990

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279'0 '.' 'uo a79.0 'UO

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27970 1 •• :io

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STATIO~ LAT ~ONQ y ~O,

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-z. ,.9 1.J 26.~ 61 25

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-2; 41.' 143 22.3· 67

-l; 41.0 143 (,.3 67

-25 l8.9' 143 . ' .. ' 67

-25 33.2 14l '6.4 61

25

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.-2' 24!2 141.39.9 .7 ~ 2'

-Z5 20 •• ·· 142 21.2 67" 2'

-25 20.4 14Z 11.7 61, 2'

-25 21.' 142. 2.4 67' a'6

-25 22,2 141 52.7 ., 26

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-25 23.0 141 31.4 67

-~; 16.0 141 24.4 61

-a; 9.5 1.1 18.6 67

-25 9.0 141 e.'. 67

-25 13.3 '41 0.0 67

-2; 28.0 140 '2.7

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67 " 26

" 26

67 " 26

-25 43.5 1.0 3a.' .7

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-2, 39.7 1.0 11.8 67

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-2' 4... lJ. '3.' 67

-2; 47.1 139 3~.0 67

-25,a .• 7 139 21.0 67

,-~' .3',0 13Y tv,Y 61

-25 31.8 lJr 24.1 61

-H ~.,6 U9 27O'i 67

-25 1,.7 U9 32.6 '7

-2; •• 8 13~ 3'.8 .67

-24 58.& l$i· 39.f 67

-24 49.8' Ui1 36.7 67

-2. 43.0 139 31.1 61

-24 Ja.~ ~3~ 33.7 61

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28

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7,25

7,25

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6,20

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6," o •. to

6.65

6.60

6,60

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6,.0

6.20

6,20

6.25

6,25

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6,00

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.,a,95

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2'8910

29210

29270

29360

29400

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29530

'29600

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29770

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29870

29920

29"0

29770 '

29670

29670

29500

'29530

295'0

29'20

29580

29640

29660

29690

29570

29490

29470

29'60

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295'0

29600

2'590

295·0

29520

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29440

29520

29680

29830

29810

29920

29930

29960

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30050

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28620

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aoi.o 29160

29220

20290

29370

29460'

29530

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29'-.0

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294'0

29460

29300

29330

~9380

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29390

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29470

29490,

29380

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29370

29370

29370

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29.10'

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3200

3210

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-44630

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54040

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120

100

130

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120

110

120

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120

110

60

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190

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220

190

160

170

170

180

160

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140

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130

140

170

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100

100

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70

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-l2 3., In 37.6 67

161 1.1 -21 52 •• 13837.7 .67 31

'67'1&2 -21 ".6 13836.2 67 31

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'61 U~

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-21 35.' U~ 16.0 67

-21 25.8 13d 18.0 67

-21 1,.11 138 19.0 67

-20 55.. 138 24.8 67

-ZO 42.3 138 26.~ 67

-20 33.9 13d 27.3 67

-ZO 26.2 Ud 2 •• 0 67·6 I"

'" 152. -20 19.6 138 18.1 67

'61 U3

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'67 15.

'61 15.

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•• I 162

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. -i/O ~2.9 l~Q 18.2 . 67

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-20 39.~ 141 25.1 67 6

-20 39.7 141 34.9 67

-20 39.6 141 '3.~· 67 6 5.

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6." t.35

6.20

6.n 5.60

5.70

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30590

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31030

30850

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30940

310110

31060

31120

31220

31320

31540

31450

31290

31630

32010

31770

31480

31730

32190

32220

32320

32380

32'00

32420

32.80

32570

32700

32580

32UO

32510

32530

32550

3i/160

32260

32230

32340

32270

32310

32050

32430

32720

32350

32960

32610

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32300

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3290

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285U

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53090

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52750

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52660

52780

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· 52670

52520

52450

52440

52090

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516110

51600

51370

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511110

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51260

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.6/ 181

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67 • ,

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67 .6 ,

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67

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'61 lOI "19 40.4 146 5D.l .)

'6/'0/0b . "1932.; 146 '9.'

• 61 20Y

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'61 2lJ

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"19 J2.9 147. 7.2

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67

61

67 • 61 21' .61 a16 -20 1.0 1.d 9.6. 67

10

10

10 '6/·0/11

.. 61 .:lD

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.6/ 221

• 61 2~Z

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• 61 2"2,

-20 7.5 148 15.'

-lO 12.0 14" 23.7

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67 10

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67

67

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12

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6,65

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7.25

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323'0

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32460

32860

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32880

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31370

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31310

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33010

32800

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32730

33210

32"0

32690

3~620

32570

32460

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32160

32290

32130

32390

32370

32310

32280

32090

31790

31730

31810

31810

31810

42220

42160

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uno 32080

31930

32110

42280

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32090

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3.3100

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32050

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3.1930

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31450

31400

3157'0

31470

31470

31220

31110

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50950

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50970

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51090

3490

3370

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3470

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3410

3350

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3770

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53090

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52550

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310

310

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'10 G96-JOO

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-24 27.6 141 9.6 61 1 29

-24 25.2 147 18.0 67 29

-24 19.6 141 21.' 61 a9

-24 15.0 141 37.0 61 29

-24 10.1 141 ".0 67 1 30

-24 8.2 141 54.2 67

-24 1.0 148 4.J 61

JO

30

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-23 49.1 14~ 7.6 61 30

-23 40.5 148 9.9 67 30

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"23 34.3 148 19.8 67 1.30

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67 7 30

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30330

30420

30490

30620

30670

30160

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30870

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31020

31240

31270

313'0

31420

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31310

312'0

313¥0

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31660

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31810

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·39630

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51470

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190

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240

260

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aD

20

-14 Z7.7 141 U.4 '7 " Zl

-24 18.7 141 ".4 67 ',2'1

-Z4 9,1 141 6.0 67 Zl

-24 1.1 141, 10,0 6i

-13 51.7 141 12,0 ,67 21

-23 42,8 HI' a,7 67 821

-13 35.9 141 13.' ~i 21

-23 32.3, 141 23.9 61

-23 25,3 141 30,3 67

21

21,

-2317" 141 37,,7 .7 • Zl

-23 10,' 141 43.' ,7 8 Zl

-23,2,4 141 47,J " 821

22

TABlE " 1IIUl, '.I. o

UIiG

7,.0

"., 1,ao

',25 ',20 7,15

7.40

7,., 7,40

'7"to

. 7 ,60

7,."

-, DEG

, .n,IO .n,IO

'r , .,4,01

.".n

.14,60

.'4,.,

.'4,10

·".25 '.".20

.n ,'10

aUlD

.11010

JooOO

10900

UUO

30660

30690

30530

a04~0 '

30460

30('0

,30500

10770

, 10710

'06'0 uno lOuo

104lD

lOUD

lOU~

10190

10200

30180

" r.: 7,,,

I","', 7,U

, .ou,os" 30540 "',ottO,

.,4.,90 ',' ! ,,0590 -, 30210

7,,,

7,U

l,tD

7," ,7, "

1.~'

7,70

.. 7.70

7.10

7.50

.".20

.",40

.n .60

.55,n

.56.10

.56,30

.",45

.", r' , .,.,!O .56.70

.56,75

.56,70

.56,05

'.55,8'­.U,U

7.15 .".55

7,20' .",30

7,20 ;_.,55,20 , 7,10

7,io

',10

7,,10

7.10

',60

7,00

7.U

7,05 .. ., 6,15

'.10

6.10

, '.10

6,10

•• 10

7.15

7.00

.55,00

.51.00

·55.0'

~",OO

.,4, IS

.I'"n

.,4.n

'.",15 .5' ,30

.n, '0

~~5. 50

~15, 60

.55,10

.55,55

.15,3,

·",15 ~1.,9'

.54,10

1~'" 'u,,, 7.70 ~14,80 , 1,., __ ,'.u,."

',,, 6,/1

7,1'

'.'0 ' 7,n

'.,4,60

.t4,7,

'.'4,30

, .n,90

.n,tS

30400 ' " 30iu

30290 30000

30210 2,9920

30140

JOllO

30070

29960

29790

2'650

29660

29690

29640

29710

. 30010

30060

,30160

30180

30290

30400

,30410

, 30570

30560

3,0530

30530

30600

J0600'

'30560

304'0

30400

30350

30310

30270

U2U

UUO

30110

30440

30510

30520

30410

'30420

30410

10570

30570

30860

noto 3UOO

UIIO

1'8'0

zelOO

29700,

a"30 293ao

29400

29420

uno 29460

29760

29120

29920

uno J0040

30160

30170

30340 '

U320.

30290

ua.o 30370

30400

J0340

10210

30170

30140

30090

UOto

30000

UUO

30170

10230

10280

10210

30UO

lOUD

loalD

30310

10360

IOUO

30170

lono

4000

1910

.910

IflO

IUD

IUD

3910

3960,

3UG

3UO

4UO

·41430 '

.4i450

.42710

• 41020

·'Ul0

·43320

-'1590

·.,780

.43UO

.43'10

.43190

4110' ~43"O,

4310 ",".436lO

4200

4!f0

4UO,

4100

4UO

40tO

"3uo

3950

4000

3910,

39'0,

•• :'83'0

.41990

.U1?O

.uno

.44"0

.U860

-44990

·"03'0

·45270

·45210

·45250

3920' ·.U90

.U~40

·44700

.44"0

.44190

.43'10

·43840

5allO

'a19o '2720

11910

51000

'3010

53320

'3390

53510

53510

'3430

53410

53310'

'3210

53350

53410

'3520

'3620'

53170

'4010

'4060

54000

'4UO

54UO

'4ll0

'4UO

54UO

'3960

'3880

53800'

'3570

53580

'3470

53360

3eao

U30

3190,

3770

3880

3UO

3120

3110

3790

3790

.4~700 " 53340

.43680" ,53320

3790' ·41730

3780 ' ~43"0

3710

3510

,3720

3740

3740

3UO

"'3D

3510

3570

3600

3610

3100

3110

3710

3"0

4010

3"U

3510'

3"0

3960

3740

39tO

·4"50

-4U10

.43640

·,"000

.44070,

.44no'

.44310

.44490

.44260

•• .. 030

.43"0

.43610

.43310

.41060

.4UlO

.43060

·41100

.4n20

·42990

·41710

.41130

53340

53270

'3130

53200

53290

53360

'3490

'3520

'36U

53670

53710

,. .. 0

'3500

53310

53240

'11990

52730

;2 .. 0

'2710

tUtO

'3030

'2920

,.140

'.600

n MURU

ItO

110

2tO

.70 .

130

ItO'

21D

itO

itO 'aao aeD alO 210

~70

27,0

JiO

300

no

300

ZlD

~ 270

250

230

'240

240

aID ltD

no

uo UO

1'0

160

1;0

160

liD

liD'

UO

210

210

liD 1;0

1;0

1;'0

';0 140

no lIO

no 150

no 100

100

100

,hO

lOO

hO

ito

110

110

ltD G96-.ICU

'If

STAT'O~

F67 lao

'67 III

F67 la2

'F67 la~

• 67 124

167 la'

'-67 126

• 67 727

• 67 lab

• 67 7a~

'67 7~0

'67 IH

'67 1~2

F61 733

'67 IH

f61 7S'

• 67 736

'67 7n '67 140

f 61 IOJ

'6/ 744,

'61 747

'67 106

'61 14~

f67 750

F61 1~1

f 6 7 "4

F67 1~6

'61 ",­

F67 I~b

'67 15~

'67 760

'61 161.

• 67 162

'67 763

'67 764

f 61 765

>"67 766

,67 161

f67 768

f67 7U

167 710

F67 771

F6I 172

• 67 77J

'61 7/4

'67 77;

'67 n6

F67 717

'6/ 718

'67 119

LAT ~ONQ iI.a MIN OEa "'IN

"aa '5.9 141 5~.1 67

"22 49.9 142 0.7, 61

67

o

2Z

aa

22'

"22 39.1 142 15.0 61 a 22

"22 31.8 14a 20.1 61 22

-2a a4.0 142' 2~.7 67 22'

"22 18.4 142 33.9 67 22

"22 19.9 142 43.2 67 t 22

"22 21.2 14a, 53.6. 67 22

",2 13.8 14J 3.4

"~2 5.0 143 7.7

"21 57.3 143 12.0

"21 49:, 143 16.7

"21 42'.6 143· 22.3

·~1 35.9 143 2Y.0

"21 28'.3 143 J5.w

"21 20.7 143 42.8

"21 14.0 143 50.8

"20·59.9 144· 4.&

-20 ~2,5 143 4.2

-21 2.0 143 1.0

-21 11.3 142 '4.8

-21 10.4 14t 45.3

-21 15.6 142 27.6

"Zl 22.0 142 19.9

-21 26.8 142 9.5

"21 21.8 142 ~.1

"21 12.1 141 57 .. 6

-al 3.9 141 54.2

67

67

67 .8 t4

6·7

67

67

67

67 .8 24

67 a4

67 8 a4

67

67 8 a4

61

61

67

67

67

61

67

67

a4

25

25

25

a5

25

25

25

25

-20 57.1 141 49.3 67 ·25

-ao 49.0 141 44.4 67 25

-21 19.9 141 25.3 67 8.27

-21 2.4.6 141 34.6 67 27

"21 29.3 141 44.4 67 27

"21 34.0 141 52.W 67 27

-21 34.8 142 2.5

-21 40.2 142 12.'

-21 47,.3 142 18.7 67 '8 27

-21. '4.5\, 1 .• 2 23 •• 67 27

-21 _6.9 142 34,8 6/. 8 27

-21 59.5 142 43.3

-22 6.4 142 49.4

-22 13.3 142 53.6

-aa 12.9 14a 1'.9

67

6.7

67

-22 13.' 142 5.0. 67'

-22 15.8 141 ".8 67

-22 17.4 141 37.'

-22 24.6 141 28.4

"22 29.0 141 20.7

-22 H.3 141 13.'

-22 41.6 141 6.1

-22 44.3 140 ".1 67

-22,47'1 140 46.3 67

-22 46.5 140 U.S 67

-22 38.0 140 u.~ 67

-22 29 .. 2 140 37.4 67

-22 21.0 140 41;7 67

27

27

28

28

28

28

28

28

28

28

28

28

28

29

29

29

29

2.9

7,15:

6.n

7.40

7,10

6.85

7.00

6 •• ',

7.00

'.90

6,35

'1.'

6,70

6," ,

6 •• '

6,50

6,30

6,a5

6,ao

6,3.0

6,.,

6,80

6,.,

7,50

7,15

7,0'

6,"

6,90

6.40

7,00

6,10

'-,50

1,80

23

TABU 1 SHEET 13 I H

DEG

.51,00

.51,35

·n,05 .U,90

.h,20

.51,10

·'1.10

• U,2'

.52,20

.n,50

.U,"

.U,H

.n,35

.53,25

.n,7,

.!U.l'

30940

31170

31010

31260

31400

31560

31400

31380

31470

31550

31600

31570

31560

31620

31"0

31960

32030

32030

32150

322'0.

321 70

32170

32170

321.60

32160

32080

32110

_320 8 0

32030

32160

32430

32030

32080

32070

31920

31870

31760

31810'

31710

31720

31620

.3'1290

31480

31650

31 "0

31780

31450

31530

31540

31310

30960

31260

31380

31370

30920

30890

31400

31410

10710

30940

30110

JiOOO

3U'0

31320

31160

31120

31230

31320

31370

313'0

31300

31430

31580

31720

11790

JUOO

31910

32000

32200

U030

11970

31980

31970

31900

319'0

U870

31900

H.880

31830

31960

32230

31830

31890,

31880

31110

31660

31"0

31600

314'0

31520

31400

,31020

a2Jo.

31420

31"0

31"0

312'0

31320

31310

31UO

30830

310'0

3U'0

31100

J0700

30690

31220

31190

·UUO

.4aOl0

.OU50.

0020 .42060

4050 ' .• 41800

uao -41770

3850 .41600

0030 .41280

3880 .41290

330·0

3UO

3"900

3810

uOO

3190

3600

3620.

3530

3500

3570

3760

3700

J.,o

3620

3570

3610

3540

3540

358Q

3470

3520

3650

3UO

3670

3660

3150

3550

3UO

"070

3UO

3870

3600

:ieao

3580

H20

31'0

3090

2890

3"0

3810

31ao

3610

, 3720

3700

.00040

.00460

-40540

.• 40060

:·39820

·39880

.40090

.J9920

.J9950

.00000

.00420

.40,440

.00340

.40110

-40080

.40100

.J9810

.40140

.40730

·40680

.40740

.40860

.4UOO .

.OU20

.41030

·OU30

.41600

.4U80

·'U70

·41560

.4i990

"41990

.4211"0

.0UOO

.4auO

.02190

.43310

52270

523ao

'2UO

'2010

52290

52370

52130

51860

51UO

'1810 "

51670

'1500

51380

51350

'1440

'1630

'130'0

'1110

51230

51020

51210

'1280

'1410

. 5t280

51300

51340-

51660

51630

51560

51370

51310

51410

'1310

'1310

51620

5.1750'

51760

'1690

51670

5'1790

51800

51810

'21'0

51680

51720

52070

'2'370

52100

52220

'2170

'25.20

'2390

'2320

52440

'2530

530110

'2810

'3200

52"0

52'30

,,' 130

100

140

140

no no

. 160

110

~ 190

210

220

240

240

a60

270

J20

310

no UO

2tO

210

200

100

180

150

no 170

200

140

no 140

100

130

too

200

Uo

210

210

200

190

170

laO

ltD

180

190

no 220

1'0

1'0

.220'

1.0

laO

190

200

190

170

160

no 190

ltO G96-304

,S'.TION" L.' LONa

'67 762

'f67 7aJ

f67 164

'~61 166

f 61 1t;7

f 61 ltiti

I 67 7ti~

167 790

F 61 191

f6 7 192

f67 793

f67 794

f67 79>

f67 7~6

Uta MIN o.a MIN

~Z2 14.0 140 •••• U,' 29

67 .' 29

-21 37.0 141 0.7

-il 30.0 141 8.1 67

29 ,

2"

29

JO

30

JO

30

-21 22·4 141 13.31&7

-21 13·6 141 13." f67

-il B.3 141 6.2 (

-il J.l 140 5 •• '

-20 56.2 140 '3.2

,-~O 49.0 140 .7.'

-20 52.0 140 22.2

-21 0.0 140 18:1

.21 '.0 140 15.J

-21 15.0 140 8.'

-21 20.9 140 1.7

67

67

67 30

67 " 30

67 30

67

67

67

67

30

31

31

31

F67 191 -21 21.6 lij 51.3 67 31

~6j 19b -21 30.3 lJ~ 44.' 67 31

f61 I'~ -21 36.6 lJI 36.4 67 Jl

'61 BUO -21 42.3 13i 2 •• 7 67 31

f61 tiOI -21 40'0 139 19.0 67 31

F61 602 -21 3ti.5 139 11.0 67 31

F61 tiOJ -21 45.6 13d 5 •• 1 67 ~ 31

F61 S04~ -21 29.0 139 10.4 67 31

161 S06

.61 tiOI

f61 ti09

~ 61 810

• 61 til1

~ 61 ti12

'61 dl3

F 61 814

'67 81'

F61 620

f61 Ul

f61 U2

F61 ti2J

,,7 82>

"167 ti26

f67 ti21

f67 ti2ti

.6/ UO

F61 831

1'61 ti82

f 67 ti5l

F 67 tiJ4

F67 ti5,

f67 tiJO

~61 UI

'67 ¥56

'67 669

-21 22.0 139 6.2

-21 B.5 139 15lD

-21 2.J 13' 23.3

-20 ~2.6 139 26.8

-20 .7.0 13' 34.7

-21 3.9 139 36.9

-21 12.2 139 41.'

-21 52.3 139 35.0

-22 I.e 139 35.0

-22 12.2 ,139 39.1

-22 21.4

-22 30.0

-22 lb.3

-22 47.6

-24 27.3

13' 40.2

139 40.6

lJ9 43.2

139 4B.O,

139 49.2i

-24 29.2 140 ~.J

-24 32.6 140 9.0

67

67

67

67

67

67

67

67

67

67

67

67

67

67

67

67

67

-24 43.2 i40 23.B '67

-24 49.6 140 32.7

-24 40.5 149 34.3

-2< 33.1 140 39,0

-24 2B.3 140 46.'

-24 ~1.3 140 52.1

-24 15.0 140 58.0

67

67

61

67

67 ,-

67

-23 3.1 140 21.8 67

-23 9.3 1~0 30.6 ,67

-23 16.7 140 35.6

-23 25.6 140 3~.6

-23 33.7 140 42.2

-23 39.6 140 '0.'

-23 40'5 140 '7.6

-22 34.0 142 '6.i

-22 43.7 142 55.0

-22 51·4 , 14~ 50.0

-23 3.9 142 47.0

67

67

67

67

67

67

4 '

D Olia

6.n

6.'0

6.'0

6." 6.10

6.70

6.10

'.10

•• 60

5," 7.10

5,'0

5,SO

•• 15."

5.'0

•• 00

6.35

6,10

,.80 "

5.60

6.60

6.00

6.40

6.25

6,~,

6.SO

6.n

•• ~O

... , 6." 6,.,

6.60

6 •• 0

6.45

6.45

6.65

6.65

5.70

•• ao 7.10

1.10

7.0'

t,"

oea.80

on •• , 012.35

011.70

,0H.BO

oSl.'o on . .,

oH.45

-so .95

, -50.95

050.e5

oeO,70

oH,O'

".H.30

.52.2'

-52.15

'52,40

.'2.2'

.'",15

.'1,00

-n.n

.,'.6,

.,5. ~o

.n ,,75

.f!.75

_55.70

.n.~o

. -,. ,1"0

.,4.90

of. ,6;

.". r'

.", ~, ~

.In.~~

oU.85

.n,05

·n.25

-n, '0

24

31620

31 66 0

uno 31630

31930

32050

31790

32060

3U90

32330

32410

32420

32390

31870

31750

31870

31210

,31600

~31-220

'31750

31780

316BO

31730

31660

31590

31no

31900

31930

32300

32400

31990

31830

31100

316.0

31630

31520

314'0

31340

31230

30110

30160

30080

301'0

30170

3D240

30120

, 302'0

30340

30440

30850

30"0

30310

30700

30660

30520

30150

31310

31270

31220

31120

x

uuo 31450

~1'30

31430

3"10'

31820

315'0

31hO

32210

,31100

~2200

~n40

321.0

31120

SUlg

~U90

~1O'0

31430

UOZO

"31~30

31530

31530

31560

31460

31430

31UO

31760

31740

32150

32170

31780

31660

31500

31440

31440

ll330

312'0

31130

h040

29990

29960

29890

30000

2"70 '

300'0

20930

30060

J0140

30230

30700

30550

30210

30500

30500

30110

20970

31140

uno 30910

30890

3160

3600-

3520

nlo

3620

3130

3710

3750

3440

3UO

3/t0

33;0

3UO

3040

3060

3,'10

3210

3300

3450

3710

3980

3030

3270

3360

3ltO

3280

2960.

3410

3UO

3UO

3660

3320

3540

3UO

HOD

34.0

3380

.13310

33.0

noD 3530

3050

24'0

2450

2660

31'0

3510

J260

3ltO

3810

3830-

3770

.4&690

041110

.41160

.4UOO

.40460

-40340

.40270

040010

·39930

.39650

-39650

-401'0

-39170

-4U50

-'U50

-40UO

,-40'30

·40510

-40UO

-40970

-40160

-4U80

-40170

-40330

~401'0

-400'0

-41210

-3UIO

-40160

.4Ul0

-4U50

.41670

-41820

-'1980

·'2080

-44210

-44JOO

-44240

-4'410

.446Ui

-44360

-44210

-44130

-44010

.43800

041090

-43160

-4UZO

-43450

-'3590

.4UIO

-4UOO

.41UO

-41910

-42160

523.0

52020 '

51970

52210

51700

5j,530

51290

'14eo

51480

51390

'1370

512,20

,51 58 0

51050

52140

'52210

'1520

'1320

5,1'030

~1'480

51640

'1800

51740

'1"0

'1660

51860

51560

51450

51"0

51 550

52180

51020

'1720

'1890

'207,0

'2260

52330

'2390

'2410

53530

'3600

53510

53710

53860

'3690

53500

53510

53460'

'3340 ~'i

52190

52360

52750

53100

53190

532iO

'3210

'2040

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" 'uno 30640

30510

30'10

30500

3OUO

30"0

U3~0

303'0

30210

30360

uno 30410

30600

30.'0

30,40 '

30290

30220

301'0

30120

30130

30150

2"10

29910

29960

3003.0

30260

3016D

30280

30110

-47to

4610

.'00

4380

4780

4~20

4190

4910

~42!'0

, ~43110

-43010

,-43090

-.3160

-.3200

-43210

.43010

4840 -42990

4ltO' ·42640

',4450 ,-4268U

-4i1no

-U230 \

-'4.,,, 30"0' - 30120

.4'2110

·4~130

-43190

-'4.60

-,_ .. " -,..80

·".60

·~6.3;

-h.U

·~6.30-

." .80

-5'. " -n.50

-U.35

-n.os -~,. 00

·,.,00

·,s.u

_.,4.40

.u.n, 0~3.U

.~3. 4', "~3.,0

.'3.''­"3.n

-·,..OS

,.~ •• ,o_

.".30

ot" '0

." .10

.".85 '.".n ·'6.1' .,..30

oU.4,

0",,, .,..15 .",35 ·'6.30

.".30

·,..ot ·56.00

·, •• 00

';~'.20'

30"0

30'40

2nao

2'UO

2t1~0

29820

2"'0

29~'0

300~0

3UUO

302UO

3U2~0

:;OUO

~Dno

311uO

308'0

30"0

3'0'10

J09WO

30VWO

3U960

31110

hno 30vU

JOVitO

30610

30UO

30310

2'V~O

211VO

29V1O

21"0

19170

2Uuo

2~1'0

29no 29UO

291i,0 -

29no

:i'VlO

29V~0

29940

, 30040

29140

30220

30290

291 40 '

2U50

293'0

29400

-2"'0

a.490

20630,

'a9130

29830'

a08'0

29910

29990

;J0470

30370

30310

301'0

30530

30500

,30'70

, 30720

30630

30540

30540

30280

29950

30000

2"60

20580

2 .. 20

29310

, 29350

20400

293'0

293'0

2U'0

29330

2UlD

29490

29470

.500

62'0

'450

51,90

499,0

4890

5040

490.0

4910

4900

4120

4130

4890

4640

4620

4810

4';0

'430

,ho

"'0 ~ .. o 4190

.670

4640

-'3070

_-.3420

-45170

-.,0 40,

-H800

- •• "0

-'-48eo

-44160

-44OS0

-43890

-4j160

-43.50

-4J360

-42850

'-'23'0 -42880

~.2"0

-42100-

,-'2400

-42080

-42350

.42550

*'2110

-43040

-416'0

-41880

.4U10,

-44020

• .. 270

.44610

.44100,

,.44960

·4'080 ,

.45270

"10 .44880

4'00 .44.00

'010

"'0 2"'0 ' '430 ,044.70 -

2 •• '0' 4,ao_ -44"0

205ao 4420 044.40

sano uno H1I0

!aUO

UUO

HiOO

sauo

"7ao

51e40

52310'- '

52390'

uno

uuo UUO

UUO

uua sauo 53150

UHO

uno

5J1IO

'3UO

uno U310

53330

hao 53110

53100

saUD sano uno 12'10

U170

;25'0

52240

U'IO

52010

'2340

52!1O

sauo 52740

uuo nUb

53360

53460

U210 .

UUO

53420

53eto

53fRO

UliO

'4010

uno UflO

53UO

5396 0,

U"O

53'no

53"0

53710

' .. , ....

&. ~ETNBI

, 1'0 '

120

120

140'

-, lio

lH

2.0

32U

':' 260

210

24U

nu

~eu

,. 260"

nu

37U

230

-zeD

350

'33u

270 '

250

','" asp

21U

200

200

260

340

140

nu

210

170

210

130

60

20

'0

100

230

,180

150:

150

- a70

310

410

440

4'0

4'0

400

420

310

160 "

310

'40

no ,460

110

-'''0 110

120 G96-3OII

IT AT IO~

rl71UO

rl710U

r671022

"7Un

rl71024

'67101'

,.71826

"71017

,.7UU

"71030

r6711U

'''lOU

'611033

'67113'

'17103~

'67UU

'671131

'671OU

"71039

'1718'0

'671041

'6711.2

'6710H

,.71OH

,.7114'

,.'10.6

,.710"

,.710"

'671049

"71050

'61lOU

,.71052

'.71On

"7105'

'671OU

r6710U

'6710" .

r671'"

'671019

'671060

r6710U

'671162

r6710U

'671014

'67un

'671066

~AT 'ONG· DEB ~IN Di5 MI~ y " 0

-2' "., ,47 32.7 67 to 23

-2' 52.7 H7 43.5 67 10 n -2' '5.7 14; 52.2 67 10 2'

-2' 5,.e '48 1.3 67 10 24

-25 4'.6 '48 1j3 6740 2'

-2~ '9.0 148 11.2 67·102'

-2' 41,5 148 .,.8 67 '0 24

-u 49,5 "8 48.0 67 10 2'

.u 48i8 'U 56.7 6·7 10 U

-28 40.3 '40 1,.9 I~ to 14

-2' 42.6 ,40 21.8 67 10 I'

-u 49i6 14' 26.9 67 10 15

-25 ".1 14' u.e 67 10 U.

-25 c.6., 1'0 '0.8 6710'15

-25 15.0 150 15,0 67 10 25

-25 18.9 "0 24.' 67 10 25

-u 20.' 150 3 •• 9· 67 10 25

-2' 23., "0 .4.0 67 10 25

-25 2'.7 "0 '3.8 67 10 2'

.2' 22.' "1 '.0 17 '0 2'

.25 , •• 4 1', 8.' 67 10 25

-2' '.7 '~1 14.0 67 '0 25

-24 57i8 "1 7.~ .67 10 26

.24 50.5 "1 3.3 67 10 26

-24 46,3 "'0 U.2 67 '0 21

.24 38.9 1'044.8 67 10 26,

• _24 30.8 1'0 37.' 67 10 26

-25 23.3 ", 2,~ 67 10 3' .)

-2' 3J.O "2 0,2 67 '0 31

-25 39.1 1'1 53.3 '7 '0 31

-25 36.3 "1 ·'4.3 .7 10 31

-2' 34.0 ~'1 35,2 67 '0 31

-25 32.0 Ul.25.2· 67 10 31

-25 29.5 "1 14.8 67 10 31

.25 48.3 "1.51.J 611031

.25 57.0 1'1 54.0 67 10 31

-26 2.7 1'2 2.8· 67 11 ~1

-.2' 20.2 lb2 U,O 67 U

-26 26.9 lU .19,1 67 U

-26 U.O 1" 22,J 67 U

-26 '3.3 152 28.3 6.7 11

-26 52.7 152 32.' 67 11

-26 59.3 1" 23.9 67 11 ~ 67.11

-27 16.3 15( 30,0 67 11

.2' 2.,8 1" 37,7 67 11

D DiG

9.40

10 ,40

U.5O

U.25

10,4'

7,90

·8i90

8,1'

.," 8." 8.U

9.60

•• 60

1.10

0.'0

9,U

1.0.70

9.60

8,65

9,45

9,45

10."

10.05

9.90

9.85

0.20

10.10

10.'~

10.00

0.1'

0.35

0.75

9.40

9,60

.'0.00

9.3'

9.80

·10,30

10,70

·o.n 9.n

9.70

U.l'

'0.65

U.O'

28

TABlE 1 SHEET 18

I ~ DEB

.56.3'

-56.35

-56.U

-".05

-,..10

.~6.0'

·~6.00

-55.9J

.56.00

·U." .' •• 05

.,..10

-n.20

." ,'0

.~,. 35

.!;;',OQ

-!JIII.80

-~,. 60

29720

29820

29710

29840

29920

298~0

2"70

2~9UO

29910

a98~O

29UO

29no 299UO

3UO~0

30~40

30210

30200

30HO

30~40

30110 \"

296~0

30710

30420

3U~~0

30~40

30460

30~40

30UO

30~40

29UO

. ,30J~0

30120

·;'oovo

301'0

3U160

29~UO

29UO

29~70

29670.

29420

29860

2~4UO

2~~60

29'10

29J·0

20400

20460

29310

29350

29320

20200

29310

20620

20"0

29490

204eo

29540

29540

29610

20900.

~ouo

20790

29110

20720

29760

20280

30300

30010

30000

30070

30000 :

30390

30260

20170 -

29320

29920

.29690

29100

29100

29160

29480

29170

29180

20240

21940

20340

21960

20130

29090

21790

21890

uuo

50'0

5010

5UO

'340

'240

~280

4890

5330

5520

5280

5100

4880

5090

.4940

4970

5130

4810

5050

5250

,,.0 SOJO

5020

4970

·"80

5430

5600

. .' Z

-44190

044790

044100

-44440

044380

-'43&0

.44300

-44no

'44UO

-44400

'-43620

·-44080

.41730

·'44340

-4U30

-41950

-43060

"U'o

.41240

-42180

043490

-42210

.41200

-'36·40

QJ860

-43510

-41590

-4Ul0

-4UOO

-44280

-'4'30

-44600

.44120

-41140

-4U70

-4"60

-."20

nno 13'00

U790

e3760

uuo uno

.uno· nuo 53500

13420

ueoo neeD 53640

nflO

130'0

13440

53110

Ue70

13300

nno 52500

uno U730

noao IaUO

1a440

uao 52170

52e70

52f70

53310

uno UHO

52990

nOlO

53290

nl'O

53260

uuo nuo nuo 53320

53no ·53UO

uno '4130

54210

"

B~ METRU

.. 0

460

4,00

·'40

'00

.. 0

470

JOO

110

140

leO

230

120

·210

150

210

UO

170

UD

240

110

"0 aoo 220

·250

,360

'00

,220

90

:'·"0

'150

~JO

.110

150

1'0

230

200

230

·uo tao

·460

·490

eo eo 00

'0.

60

G96-31119

KILOMETRES^ THIRD - ORDER MAGNETIC STATIONS OCCUPIED 1967^ PLATE 150^100^150^20020.0 204

®^Stations in the First^Orderoi\

-^Network\ 30°30

COMPILED AND DRAWN IN THE GEOPHYSICAL BRANCH, BUREAU OF MINERAL RESOURCES, GEOLOGY & GEOPHYSICS^ ACCURACY: THIRD ORDER

° Er

20^■39.^ 40°^ °^ 42°^ 43°^ 144°^ 145°^ 146°^ 147°^ 148°^ 49°^ .50°^ 151°^ .52°^ 153°^ 154°^ I^o

21°

22°a70C3,■70CC

...

23 °

•

CLONCI4R8T.• Ia^•

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JULIA CREEK

• •^Q^40

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mo^•^".°***

0■11./GHENDEN

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7

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29 °

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30°

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OTIBOOBURR A

NE W

0WANAAR1NG

S DLIT H WALES

BREWA RR IN A0

MORES

GLEN INNES

5TENTERFIELD 29

ETON

30°3e°^ ■ 39 °^140°^ 141°^ 142°^ 143°^ $44°^ 145°^ 46°^ 147°^ 148°^ 49°^ 150°^ 151°^ 152°^ 153° -^-^l'^154°^ 155°

( BASED ON 696-2501^Scale 1:5,000,000 at equator. Mercator projection^ To accompany Record No. 1970 1 56^A / 89— 19

I

DEGREES PLATE 2 MAGNETIC DECLINATION (OR VARIATION) IN D COMPILED AND DRAWN IN THE GEOPHYSICAL BRANCH, BUREAU OF MINERAL RESOURCES. GEOLOGY & GEOPHYSICS

ACCURACY: THIRD ORDER 200'3i~ ______ ~~--__ ~11'9~0~~ __ -'r-~~~== __ ~ ____ ~~-l'4~IO ______________ ~14f~ ______________ ~ll4~'0 ______________ ~14T4~0------------~1145~0~------------~14f6~0~~~~~~~'4~7-0--------~~~~--~~~;:::~~r_------------~I5TO-O------~------~15~10~ ____________ ~1512~0-·------------~15~,0~-------------'~5r40--------------~l5l5200

.,0

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" '40 '--------

,,0 ;----------1

o BIRDS VILLE

JULIA CREEK o

OHUGHENDEN

LONGREACH o

BLACKALL o o

TAMBD

UGATHElLA 0

LOCATION DIAGRAM

If declination IS EAST,values must be ADDED

to compass beefing 10 give True bearing.

If declrnatlon IS WEST, vclues must be SUBTRACTED

------~------------~-----------

·--------r-----------~------------~---+~-7~--r-~~-------~----~r-----+--+~-----O"~1 ----------~ ,0.0 ,

8'50 0E MARYBQROUGH

o

21 0

,,0

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-S""'Q7TH AU-sTRALTA ~A~E

.-{-------I----+------j~--~--------~.-~-------I~~~-----~f----+------------~-----------+~-----------j _____ ~---'6 0

~¢=--~------~f_----------~--~()~------~i----------4------------~'60

o MITCHELl ROMA o

,7' ~--------_+---------_1--------~-----_f-r_------,f~--------_r_jL------+--------r--f-----,f+--/~----~-------4_----+_-.

-~-------_+---------r------~~--~---~------~,.o

2. 0 I----------+------------I----------l~--.--.. --.. -~

MARREE o

TIBOOBURRA

NEW

OWANAARING

SOU T H 'WALES

8REWARRINA

MOREE o

GOONOIWINOI

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GLEN INNES o

GRAFTON o

LISMORE o ALllNA

-f-----·---------12.0

D 300L-______________ -L ______________ _l~--------------~------------~~~------------~~------------~~ ____________ ~~------------~~~----------~O~~------------~~~-------------L~-------------l~------_________ L-______________ ~ ______________ ~ __ ~ __________ ~~ ____________ ~

1380 1390 1400 141 0 142 0 143 0 144 0 1450 146 0 1470 1480 149 0 150 0 1510

(BASED ON G96-2501 Scale 1 : 5,000,000 at equator. Mercator projection To accompany Record No. 1970/56 A/e9 - 13

MAGNETIC INCLINATION OR DIP ANGLE IN DEGREES PLATE 3 I KILOMETRES

2!f? 50 100 150 2~O 200 i I I \ \ /

30°' / \ 30° COMPILED AND DRAWN IN THE GEOPHYSICAL BRANCH, BUREAU OF MINERAL RESOURCES, GEOLOGY & GEOPHYSICS

ACCURACY: THIRD ORDER '42" 1520

5 '

21'

• 4

-sot. ,sl. ,,,,,,S' _______ r--oCH,R1ERS TOWERV ~

r~1 r----- '--~ -49-0

- Q .,.- ,,,. .,. ~ I '0'

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~ A C

~lONC( -50-5' I---

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~MT~A cflCHMONO -5o-~;;;;;-- r-----oHUGHENOEN I----- I '7Y "(' ...

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-j ~5' r---500' ,

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-520'_ -51-0 • ____ ' I

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~ -- ....... o URANDANGI 1---515

, __ --525~ r------ 1 4> '0'

12,- Ill-00'

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K "-. ~ ---- ~ \ -- 520• _____

~,!i~ LOCATION DIAGRAM

t-------- f-- 515 ' ~

-53-0'_ i'... t---- -o~

~ owrNTON 1---52-5'

~ r I ~ ~ e>

Q -53·5" MUTTABl..'RRA 0

1---520' '" - t-- f-.--53-0·- ~OClERMONT --- r------- ~I ' .. BOULIA

~ GI!nOfmISlon". --- 0 -1---

'" -54'0~ ~ V

~ ~ ~ \ L----- -525'

\'" -53'5' r------ © ,'" -54-5'1 ~,,<"<",-" ~ ! ~ "-

1 LONGREACH

MOIIOf'! Do ... n~ 0 OEMERAL~

~I_~~~ fYj>",,", I BARCALOINE 0

I - 0

1<> • I I---~ I ,

I I \--54-0 ' -r------ -~3'0'

;i -55-0' Oiomonl,no .;;p

----~t , - --j~ -f 1\ -545° 05 PRING SURE ______ .---

I • ~BAO ' 53 5'

I -55-5 -~ ~ u----- '7Y

i I oBEDOuRI[

I BLACKALL I--------k- ~~

0

t--- -55-0" -it-I I

I, I - -54-0"

I -56r -t--- .'Monklro

OTAMBO r------- !J . OMONTO 0

r - -----55-5'_ 1-----" --- BUNDA BERG _54-5"

15'

i---

--I -~ 1// I -- I

! ~~---I --!---56-0'_

I ",",",0'0," 0-{

'55-0'

I I -~ -57':0· --- ~ i

-----~ r------56'5' UGATHEll''\.

oBIROSVILLE OADAVALE if--, --55'5'

I-",i7jSTRA LIA --'---'--~--'- I -·-soJrH ! --- - ~MP'E 7

-57-5'_ t---

-5?-0~

~ --------[

OMORVf:N 56-0' o MITCHEll.

OOU1LPIE -575~ --r---~OM' ~ °EROMANGA

~ CH'NCHlLl~ r---- \ 56-5' -58-0·

Id\ --- r---- --- -580'- - ~oSURAT --- I>~- 7 Wy;;;;;.. ____ -58-5·_ ----- -57-0·

r------- :--- oCASA~ ---- ~"1c . ~Nappa M@rr1@- 1---585':... TOOWOOMBA ~ -- ----r------- ~-57-5 -59-0' r----- - -- - -580' THARGOMINDAH ~M~ -----=:::..-59 0._

• °SOLLON ..

COOl'NG'T~ °EULO r---- _ ~ oWARWICI( r---- ~ .... ;'I.''-..r-. 1-.,......----.. ~ -' OOIRRANBANDI

/ ........ -. "'- ~-585' " . t:---- ')

. / ~-59-0' ~ISMO~,

QUEENSLAND iMUNGINDI ' • ./".1"- ALLiNA ~

NEW SOU T H W A L E S ! .... / TENTERFIELO

}

22'

23'

2.'

26°

27'

2.'

29'

TlBOO8URRA MOREE

I 0

I oMARREE

oWANAARING GRAFTON GLEN INNES

0 0

J BREWARRINA 0 0

0 , , 4.'

, '4 0 44'

, 0 0 0 0 0 , 30

138 140 142 '39 .4' .46 141 148 149 "0 '5'

••• o 20'

",

22'

24'

26'

2 8'

290

t BASED ON G96-250) Scale 1 : 5,000,000 at equator, Mercator projection To accompany Record No. 1970 I 56 A I B 9 .... 16

HORIZONTAL MAGNETIC INTENSITY IN GAMMAS ( C.g.S. UNITS X 10-5 ) PLATE 4

H KILOMETRES

2fI'? SO

'j ISO Z~O 200

/ \ 30

0l \ 30° COMPILED AND DRAWN IN THE GEOPHYSICAL BRANCH, BUREAU OF MINERAL RESOURCES, GEOLOGY & GEOPHYSICS

ACCURACY: THIRD ORDER 1390 1",,0 141 0 14" 20013;~ ____________ ~ ____________ ~ ____________ ~ __________ ~~ __________ ~IT43~0 __________ ~1T44~0 __________ ~14~S_0 __________ ~14r6° __ ~~~ __ r<'n47~0 ____ ,,~ __ ~1~4B~0~~~,-~~~'49~0 __________ ~IS~0_0 __________ ~I~SI_0 __________ ~15T2_0 __________ ~15T3_o __________ ~15T4-0----------~155200

~ j ,00 ~.. k",_ .--=?J \\~(;) ~ow:: ,'1 Q 'O.--:T---A"~'· --.5-.'''',-~-~;O,

21 0

22 0

/1\ ~32 ~JULIAOCREEK t:::\ CQLlN~)::_E" ~r-.... .,,'j,' ~ -4!l.':'?J" 0MT ISA . 1'-.. _;_LONC RRY oRICHMONO I - I

21' ~J---2-0--0--0--+----/~r;-=1~O~-1,=50=0 ;;;;;;~-:::""""""~±~~~-~--__ 4Lr--=_--_~~~~:I--__ O_:"'~"'~~: .. ~;:~ __ ' ....... ~r~-~===tr-....~~V--1(-Ir\i-~+--+~------7f:~:~:~'CKA'-f.......J--1:---=3=:::~:::'::....0 --I-o-¢>-----j----j~C~-T-:l t _ ~,:~ ~" ... ~~ --+--~--- ~r-.~,_ r-------r-----::j~ - ~~." ~ ... .... .~~ J

31500

- --......... 3(SOO__ ---............ ___ ~ ~11f\ ¢> LOCATION DIAGRAM

~ --- ..""".",,,~::::.OO -_____ - ~A d '" '" ---~ /\ f"...--- - MUTTABURRA 0 _ I---- / ------~ i ~t1 31750 0

220

~ ~ ~ ~~I~~~JL-------=::::~I::::::~ ~~~=t~::::~~~O=CLL~EERR:MM:OOl'NT~ __________ -t ______ ~~===t'========~j~~::====~~~~------------JL------------~------------~ 2':~~~~----=-----~I~~----~--~~------~~-f-------------t-------------t--~~-------+---- !..1 ~ 2,0

:, ~ _ I"~ ~ -- ~ LONGREACH I iROC'\."TONo · V - --1--3 :1' I ......... / v-:"." ~q,0 g"'""" _________ ~V"'""." i'o..A '::.::::7.. ~r-:._ ~~ 30S00r-_____ /- :°"71,. I'---- _ I "') i ~ l1tSTONE

,.. : ---t--o--BEDou-RIE-+,--~----l----1-(_---+------=l==========F==------~-m17 "-OB'"""'LACK=ALL=+II.-----OTA-=MBO=-::.::::--tr--==--=----:::--t--~--;-;;;OSPR~INGS~URE==-....;;:,:+l-----"'o ...... BARA'---LAB-AO +-1 --0-""---'T-~t=Jq,.>~so ~~~~JO.,.-::-. .>sO,-+----t-':'?J"-----j 2.

0

'

I '0_ "'" ~ ->----------:1--- 30.500

'JO,SO,O,..J I ~ ,Mou0 L:::,. ~ 25" ~-~-~--+r------------------+~~~~~._M~O'~',,_'~~~~~~~j_-------------~~----~====f~~------~~tl==::~3.~o'~~~~O~,±~----~~----~--~=9~----;;~~~~~-=~~---t_ ___ ~==::+=~~_~M_O_NT_O ____ -iB~U~NO~~~BE~~G~--~~~~~~~,~~0'~5~0~0t_-----__ 25

0

I .--~ __ --J_~~~~r--- I ~.~------- '--V- ~VL ~ I ~ORAH ----r-------.J~--_3aO()O~ ______ ,1 --- I"'----... ~

/

......... I ---....--- I "rAROOM MARfBOHUUGH 0 "\ ~ ?9500 ~ -O--t--------t-_____ -+-----"'1jrr----- 30,00 . '--I-:~~?-+_-_--- ~.>,,,AUGATHEL':YO_.........._ . ~ "~

oB1ROSVILLE OAOAVAlE ~.............. /" I" tr'7 26" r----~S~O~U;7;T""ZH+"";A~U'"':S'T'T<;R~A~L--:/~Ar~-~--~..,- _____ ____ I r,I /

II' ~ ______ --_+--___ ...... -,.... -r--?~50'0_ CHARLEvlLLE OMORVEN T-------r-------t-------+----,-,N-G-AR~0'-~fo~:2:9175:0~/} OGYMPIE

, I O~MrTCHELL ~OMAV ~ . OQUILPIE----:r--_~ °EROMANGA -!--" CHINCHILL~

3Q250

'9.7S0 -

129000 --29.250 , I~\ ~< Sa ____ ---j 27 0

oSUR~ Q I V W"ANORA ~

--.?-'?cq,_~ _-O-CA-B-AW-'N---r---_ "-r--. BRISBANE ---..

~Nappa Merrie r--_____ IPSWICH __

----r--t---l -1----+----+-- ~~~'~ ~~<1:50' 28.7SO,-;-____ _

1--------t-----------t-----------t-----------t-------~~~~~~~;=f===========f=~~IDtt~~~k:=:~~--~~~;c~-----~;:=t~~~~~~~========::~::======. ---::=Fr---~~ __ ~~~==::===_--_t--~~===~2:~~~V-------~ 2.0

I" 28.500 THARGOMINDAH CUNNAMULLa ~r---~6?Soo~LON L \ 1 2. 0

°EULO ______ :-- OWARWICK -----....... COOLA.NGATT~ ,----+----L .-J.\.'-..".....r-.,-;-r--GOONDIWINOI_ ..-" <-1'8 ?.so

I· ... " I: 0 ALLINi8S0o

OOIRRANBANOI

."J.r/· ....... --- v- • ..rQ,- __ .. , 1\ ~ ;.;b'SMOR

OU £ ENS LAN D IMUNGINOI ,/, .. j.!,J 290~------------r_------------~----------~~----~----~------~----_1----~------~--------~t~:~E~W~~-S~O~U~T~H---tI~w~A-L-;E~S----1-----------~1-------------~==~~------+-------------t---tl,~--.~{--~-tTTIE~NTTIE~RFC.IE~Lo,------+-----;>,L------+-----------~ 290

TlBOOBURRA

OWANAARING

MOREE o

GLEN INNES o

GRAFTON o H ~~A j

300L-------~~----__ ~--------~------~~-------=~------~------~=_------~~----~0~------~~------~~-------L~--~--~--------L-------~~~-----L------~300 138

0 139

0 140

0 141

0 142

0 143

0 144

0 145

0 146 0 141 0 148 0 149 0 150 0 1510 1520 153 0 1540 1550

IBASED ON G96-2501 Scale 1 : 5,000,000 at eq uator, Mercator projection To accompany Record No. 1970/56 A/89-12

y

'BASED ON G96-2$01 Scale 1: 5,000,000 at equator. Mercator projection

EAST MAGNETIC INTENSITY IN GAMMAS ( c.g.s. UNITS X 10-5)

COMPILED AND DRAWN IN THE GEOPHYSICAL BRANCH, BUREAU OF MINERAL RESOURCES, GEOLOGY & GEOPHYSICS

TIBOOBURRA

OWANAARING

MOREE o

PLATE 5

ACCURACY: THIRD ORDER

y GLEN INNES

GRAFTON

0 0

J 1$1 . 152 0 153 0

To accompany Record No. 1970/56 A/B9 - 17

_KILOMETRESNORTH MAGNETIC INTENSITY IN GAMMAS ( c.g.s. UNITS x I0-5 )^ PLATE 6

2.0 0^50^100^150^200 204

4/ COMPILED AND DRAWN IN THE GEOPHYSICAL BRANCH, BUREAU OF MINERAL RESOURCES. GEOLOGY & GEOPHYSICS\ 30°

ACCURACY: THIRD ORDER20 ° 8.^ 39.^ 140°^ 41°^ 142°^ 143°144°^ 145°^ 146°^ 147°^ 148°^ 49°^ 150°^ 151°^ 152°^ 153°

1^322,50

A

2.230

°RICHMOND

°HUGH ENDEN

32,500 ---..,„........°CHARTERS TOWERS B^N

--75

32,250•A

*

154°^ 15

12,

- 22 °

..••••CLONCURRy0

21° L 32000 00

JULIA °CREEKCOLLINSVILLE •

- c :.'

D

i■

1

40

34750

0 URANDANGi

3100 ......"...

22 °

MACKAT34.000 ^

3/.750

34500

3,Rooc,

G .i

44.

^1111111.24•

LOCATION DIAGRAM

' oe

^ct^31250o,.,2 p

31000tt• ,q^,^..4^Gi,norrmston-.

^23° ^

°^TONRIDDLE°WINTON

— ■••■••"

31,250

4111J

K47^

---.50

.23°

24°

25

26°

27°

28°

29°

30°

15

34250

oCLERMONT13011.0/7..........\SY

MuTTABURRA o

3L0

1

wish.

5,500

sezso2

Q

..-

,t02

24°

25 °

26

A27 °

28°

30

L,^30 750

LONGREACH

31.000

el

•O^30 500 -.''' °°'n°'0

30250. ETtornantino

BARCALOINE .3075 0 —

............ EMERALD

-

30 750

•

ao -----11hh■-.ADSL^TONE

3050°

30

409

C...230250000

OBE DOUR IL

.^on Ira

"so

A ,

..........-LB̂ AACK LL

30, 2 50

0SPRINGSURE ■I-P.

1.1111M13U/40413E12G

.,250

Ali

., .,30 00

0TAME10

---------------------

WINOOla

TAROOMo

29750 1111189,750

25I500.10,

29,25o

PO ^

29,500

l•

0 BIROS viLLE29,50°^---',....___.■A^o1AUGATHELL

-- MARYBOROUGH ir,040AVALE

11SOUT H A USTR AL/ A

19250

29000

•

29,250.CHARLEvILLE^MORvEN

'^ 0

29000

KINGARO ,^

°GyMviE

.

111111-444111.1.111.18,-.....it.,,

TOOWOOMBA •

p^-k

° EROMANGA

MITCHELLgtomA

CHINCHILLA

0 OUILPiE '

255°°.Nappa Me"'°

WO

°....... 4TP,fo

WYANDRA

28,500

°SURAT 7-25000

V BRISBANE

25.750.^f;,'

IN0CABAW

0 BOLLON

— -- - — — — — . —

-/11111.11■-----

THARGOMINCL

-----

CUM^UlMr77.0°.

OEuL0

OUE ENSLA NO— - — —

4f. 5

OOL A N GAT TA.

'=1*°00

e SMORE

LUNA

° ARy/ICK

,-)^; \"••

g000• • .1""

0DIRRANBANDI

28,00,0,.... •

MUNGINDI- —. -- -6/

GOONDI^IND., ...,.-12 \- - -.-,

.MARREE

7T1BOOBURRA

N E W

0WANAARING

5 0 U T H

,

W A L E 5

BREWARRINA0

MOREE.

>TENTERFIELD•

GLEN INNES^ GRAFTON.^ 0

138°^ 139°^ 40°^ 141°^ 142°^ 143°^ (44°^ 145°^ 146°^ 147°^ 48°^ 149°^ 150°^I ,^ 151°^ 152°^ 153°_( BASED ON 096-2501^Scale 1 : 5,000,000 at equator.^Mercator projection

To accomnanv Record

155°

No. 1970 56,^A/B9 -4^ 1

VERTICAL MAGNETIC INTENSITY IN GAMMAS ( C.g.S. UNITS X 1.0-5 ) PLATE 7 z COMPILED AND DRAWN IN THE GEOPHYSICAL BRANCH, BUREAU OF MINERAL RESOURCES, GEOLOGY & GEOPHYSICS

ACCURACY: THIRD ORDER

r:, ""

,,"

2."

25"

2."

""

2."

29"

." 9" 5 " 5 " 5 "

zo"

"5 ,.7 "

,. '0 lSI , 2 , I • I 5

\

18.500

OCHARTERS TOWERS -............ ~y -J

-J \---. 9.50 0 ---........ 39000

'0· ttt- t38° -~,.

~ 0/7; ~ ~ A~ C 10"

..4>

-40,000_ \. JULIA CREEl( -J9. 0 0

0_

0 ORICHMONO

OHUGHENDEN ~ -- -p

~~~--j'" r---- ~p -J9 ,s00 --!-" ~40.500 39000

D£ N - ~ ---- r;c~ ! e->

-40.000 __ r------ _____ f--- 39.500 ,.. GI- - ; -'H. JI'o. 'v/

'°0 ~ ~r-- ------ ~---?' V 0,

! '~;",--, I o UR.lND",- - ---- -40.500 _ 4>- '0' 1 1 _~ ___ ! ... ~ - I r----- -r---- r--..... t21° 138" I!>'" ~OO --- LOCATION DIAGRAM V K ---~ '-- .......

I '" ~ 1»

~ 'IOW'NTON

:-- -?' - -41.000 - 40.000

7S I ---42000 ---..........

~ r-----......... w ~ (-" e-> I

'" MUllABURRA 0

~ " -4,.500 -40S0 0 ..

.B~o --~ERMDN ----;-...... ~ GI~rlo'm's'of'l . r-

'" u~ ~ I ........ ------ ( .. " r------- -42,000 -I---- I----

~ -4~000. © - 43.000 - I Co

I

Co

~ LONGREACH I . rc;= " MOllor) Down; O~~ARCALD'NE tL1 e-> <> -, . -42.500. - "'-- I'------ 43,500 - I

.!..-

NADSTONE .' I---- -4/.S00 Diamant'no

~ 1\ - t--1,.,- -- 44.000 '- ----- I -43,000 I---- SPRrNGSURE ~LABA __

~ -------- 0

I------ r------- 0 -....... 42.000 -p t--oBEOOURIE

I oBLACKALL I

:--I

~ --tJ,.

- 4-4.500 -- I --!--- [

-4J:jO'O ____ MOURA~

I-Ll ~ I r----- ~MO~ BUNDAB;::\ -. I 1

oTAMBO ~-42.500 -,44.000

--t-i - [ ----+--- ............. r----i Vj - 45,000 [ --------~ ~~ ~ r----- :J ROO, - 45.500 t- -44,500 __

I i r------....... . MAR'BOROUGH 0\, (

0

~ / ~<?.3,SOO

kUGATHELLA 0 i'....... ___

10 OBIROSVILLE oADAVALE I -.......- '- 't'-, ----SOUTH -.~-~-~ -~.-~ _ .... --_.----. __ .- . __ ------1 -- : . 4S.00~ -.......

AUSTRALIA r----- i ~ 7 44_000

- 46.000_ OG'IMPIE , JMITCHELL

~ I CHARLEv'LLE I MORVEN -r--............ -~! o ~ ----[ ROMA KINGAROY

-~ I -~5.500_ 0 0

~-4450 - 46,500 °EROMANGA ~ CHINCHILLA ----------... I ~ I---.. ) .

- 4~000 t-- -46;000_ [t\ ----- -- >'0 'J' ---45.000 \,

l-----J WYA~ -------.. ~SURAT __ 45500

~r-1--46;500--.

ocr,BAWIN

I-----. :Noppa ~Mffli I TOOWOOMBA o l. --r-- -47,

000 __

47.500

~ -~ ~ I---. f - -46.000. THARGOMINOAH 'NNAMULL~ ---r----..0

BOLLON --r------- ----- ~ °EULO -47.500_ eWARWICK r------ ~

,"\ -- ............... ,...J ''-_r-_ ~'

, ,--J 7- -46.500

oDIRRANBANDI

~I ('-".--"---",~ ') -47.000

,r' ,-,,'

,/',.r,U "~~ -?;> s. ;, "'-, BALLINA QUEENSLAND I MUNGINDI

NEW SOU T H W ALE S ~L)

TENTER FIELD

} . . TIBOOBURRA

MOREE Z 0

OMARREE OWANAARING GRAFTON

J GLEN INNES

0 0

BREWARRINA 0

, , ,

",

26'

2."

,., "3 , .. (BASED ON G96-250! Scale 1: 5,000,000 at equator. Mercator projection

To accompany Record No. !,970 / 56 . A/B9-14

It·

/ { ~ //

F TOTAL MAGNETIC INTENSITY IN GAMMAS ( c.g.s. UNITS X 10-5 ): PLATE 8

COMPILED AND DRAWN IN THE GEOPHYSICAL BRANCH, BUREAU OF MINERAL RESOURCES, GEOLOGY & GEOPHYSICS

ACCURACY: THIRD ORDER

20013i8_' ________ ,-__ ~'~'9~O--------------~'4iO-'------------~'~41-'----------____ ~I4i~--------------~I~4~"--------------~I4r4-'------------~I~45~'--------------~'4F6'~~~?r.~~~T'4n7-'------Jr------=r--~DW ... ----~~'4T9~'------------~~~o~' ________ ~ ____ ~I5T'-'------------~';52~'--------------~I5T'-'--------------~l5r4-' ______________ '5l5~oo

51.500

52.250

'" ~ It ",,52.500 - ___ -+_

It <>

53.000

53.25;; -t------_..L_

5 4.500 r ____ _

1,,000

-------+- 51,i'50 ____ t-__ _

5{.500----+-___ _

51,750

52.000-----t---------_J

-----+---52.250

-----+--LONGRE4C" I -·52500---t---..... o ~ . ----1--_ ~ARCAlOINE

o WINDORAH

-----I--5~000 UGATHELLA 0

",

LOCATION DIAGRAM 22'

5<'.000

25'

p _____ ~~~;rI7+_~~;O~BT'R,D~SV~'~LL;E_;~-~==::::::::=t::::==~~~~~b:--------______ +-____ -=::::~~~--~~~~O;4;D.;V~4L~E~~~~--------~--------~~~--t_--------------~====::::==~~~~------~~~-----=~~~~--t_----==::~~~~::=--------=:::f~~~~------~~~--__________ ~ 2Ei v r-- SOU T H A U 5 T R A L I A 260

54.750 MORVEN o

S~<50

o MITCHELL

53.501

1 ______________ +-__ ~ __________ ~--~----------_4--------~~s~SL.~~~-------~::=+::~~~~----__ ~------.~~~~~~~:=::::::::~~~~--------_+----==~~~~~~--------------+_--------------~-=~~~~----_+------~~~~~------~::::~~~~:=~;:====~5~J~.?F~'q~------------~ 27't-

54,000

55.500 -1----------

2"

", L---------------+----------------t---------------i----------------r---------------+-----~~~~~_t~~~~------_{--~rnm~ .. rnULITL~---l------------~~J_------oo~~--~---------------+--------------~~~~ ____ ~~--+_--------------~---------------4------~=:::::=~5~4~.5~0~O--~--------~ 2.' r _ 0 0W~~ OEUlO~ __ ~

OOIRRANBANOI

29' f---------------+---------------t----------------J~---~-~~~.- .. '-.'-~' --.-_. OUC~SLAND

NCW SOUTH WALCS

TlBOOBURRA

OJ;l~RRH

OWANAARING

,/ BREWARRINA

.",'

/'--".-­,r'

I MUNGINDI

MOREE o

GLEN INNES o

GRAFTON o

ALUIIIA

F 'O·L---------------J-----------____ -L ______________ ~~ ______________ ~ ______________ J_ _______________ ~----__________ ~~-------------L~----------~O~~--------------~---------------L~-------------L~------______ ~ ________________ L_ ______________ _L __ ~ __________ ~ ______________ ~

1380

1390 1400 141 0 142

0 143 0 144 0 145 0 146 0 147 0 148 0 149 0 150 0

'9'