- .

n. v

DRAFTING AND TYPE

SPECIFICATIONS FOR

PUBLICATION ILLUSTRATIONS

J3r.,,1R PUBLIC/~:rIOl'JS co; .. ~~~CTUS (IJ3I'TI):I'TG .::::SC1'IC1~··'J)

COMPILED BY

M.R. MOFFAT

RECORD 1996/8

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •

DRAFTING and TYPE SPECIFICATIONS for

PUBLICATION ILLUSTRATIONS

Record 1996/8

Compiled by M. R. Moffat

AUSTRALIAN GEOL-OGICAL SURVEY ORGANISATION

11111111U111 ~ *R9600801*

DEPARTMENT OF PRIMARY INDUSTRIES AND ENERGY

Minister for Primary Industries and Energy: Hon. J. Anderson, M.P. Minister for Resources and Energy: Senator the HOD. W.R. Parer Secretary: Paul Barratt

AUSTRALIAN GEOLOGICAL SURVEY ORGANISATION

Executive Director: Neil Williams

© Commonwealth of Australia 1995

ISSN: 1039-0073 ISBN: 0 642249504

This work is copyright. Apart from any fair dealings for the purposes of study, research, criticism or review, as permitted under the Copyright Act 1968, no part may be reproduced by any process without written permission. Copyright is the responsibility of the Executive Director, Australian Geological Survey Organisation. Requests and inquiries concerning reproduction and rights should be directed to the Principal Information Officer, Australian Geological Survey Organisation, GPO Box 378, Canberra City, ACT, 2601.

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •

DRAFTING and TYPE SPECIFICATIONS for

PUBLICATION ILLUSTRATIONS

CONTENTS

Introduction ........................................................................................................................... 1

Line styles and weights for illustrations using Microstation ....................................... 2 Type styles for illustrations using Microstation .............................................................. 2

Hydrographic features ............................................................................................... 2 Relief features .............................................................................................................. 2 Geological and geophysical features ...................................................................... 3 Miscellaneous .............................................................................................................. 3

Text placement ...................................................................................................................... 4 General .......................................................................................................................... 4 Point features ............................................................................................................... 4 Linear features ............................................................................................................. 5 Area features ................................................................................................................ 6 Geological letter-symbols .......................................................................................... 6

Spacing of text ...................................................................................................................... , 7 Letter spacing .............................................................................................................. 7 Word spacing ............................................................................................................... 7 Line spacing ................................................................................................................. 7 Numbers ....................................................................................................................... 8

Graticules and geographical co-ordinates ....................................................................... 9 Miscellaneous publication specifications ......................................................................... 10

References .................................................................................................................... 10 Contours ....................................................................................................................... 10 Scale bars ...................................................................................................................... 11 Graphs ........................................................................................................................... 11 Town, city symbols ..................................................................................................... 12 Homestead symbol ..................................................................................................... 12 Location diagram ........................................................................................................ 12

International system of metric units ................................................................................. 13 Writing unit names and symbols ............................................................................. 13 Spacing of symbols .................... :-................................................................................ 13 Numerical notation .................................................................................................... 14

Appendix Publication symbols cell library ............................................................................... 15 lithological patterns cell library .............................................................................. 16

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •

INTRODUCTION

AGSO's client-focused work program demands excellence and one way we can demonstrate this is through our maps and publications. Fundamental to quality and consistency of our illustrative products is the use of cartographic conventions (symbology) and specifications.

The Cartographic Services Unit (CSU) uses a set of symbols and drafting specifications for the production of AGSO's maps, illustrations and graphics products. These standards have been refined over the years to accommodate changing production methods and are applied rigorously by the CSU as part of its total quality procedures.

The increasing use of desktop mapping systems in the project areas has provided the opportunity for project staff to produce illustrations for AGSO publications themselves. Often this material is prepared without any reference to the well established standards, resulting in poor quality illustrations, which detract from AGSO's professionalism. During an evaluation of corporate cartographic services in 1994, the evaluation panel noted a variation in the quality of illustrative work across AGSO, and real potential for this situation to deteriorate.

This Record is a direct response to Recommendation 12 of the evaluation, viz "The Panel recommends that staff consult with CSU regarding cartographic and visualisation standards for the type and quality of output required when undertaking their own cartographic / visualisation work".

1

The Record covers selection of line styles and weights, text styles and placement, other miscellaneous specifications, the International system of metric units and an appendix showing CSU's Publication Symbols cell library (Pubsymb.cel) and Lithological Patterns cell library (Pubpat.cell).

The cell libraries referred to on pages 15 and 16 are available from the Cartographic Services Unit in MicroStation .dgn format.

2

LINE STYLES AND WEIGHTS FOR ILLUSTRATIONS USING MICROSTATION

Neatline LC=O, WT=3 Graticule Full graticu1e

LC=O, WT=3i tick length 1.5 LC=O, WT=2

Scale bar Graph axis Geological boundary Fault

LC=O, WT=3; tick length 1.0 LC=O, WT=3; tick length 1.0 LC=O, WT=2 / WT=3

Fold LC=O, WT=7/WT=8 /WT=11 LC=O, WT=6 / WT=7

Trend line Reference box Area on Locality Map Coastline River, creek Contour (index) Contour (other) State border

LC=O, WT=l LC=O, WT=3; 7.0 x 5.0 LC=O, WT=7 LC=O, WT=4/WT=5 LC=O, WT=2 to WT=4 LC=O, WT=6 LC=O, WT=2 LC=4, WT=6

All measurements are in millimetres. Values underlined are preferred form.

TYPE STYLES FOR ILLUSTRATIONS USING MICROSTATION

The following fonts may be changed if absolutely necessary, but should be adhered to wherever possible. Where emphasis of a feature is required, a bold face of the specified type style can be used.

Hydrographic Features Foreshore and offshore features Bay, bight, cove, harbour, inlet, port Gulf, ocean, sea, strait Beach, cape, headland, peninsula, point, promentory Island Reef, rock Inland water features Creek, dam, lake, river, swamp, waterhole

Relief Features (Onshore and offshore) Arch, canyon, channel, chasm, cliff, crest, deep, desert, embayment, glacier, gorge, graben,high, nunatak, plain, plateau,platform, ravine, ridge, rise, shelf, shoal, slope, spur, terrace, trench, trough, valley,

Massif, mountain range Dome, guyot, hill, knob, mountain, peak, seamount, tablemount

FT=63, Caps/Caps + Ie FT=63, Caps FT=65, Caps/Caps+Ie FT=64, Caps/Caps+Ie FT = 62, Caps + Ie

FT=63, Caps/Caps+Ie

FT=65, Caps/Caps + Ie FT=65, Caps

FT=64, Caps/Caps + Ie

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •

Geological and Geophysical Features Basin, block, foldbelt, geosyncline Dip value Drillhole, mine, oil and gas wells Fault, scarp Fold Gravity province Letter symbol, spot height

Miscellaneous Gty,town Contour value Country, State name File number Graph, graticule, scale bar values Graph value description ego Depth (m) Highway, road Homestead Landing ground Reference descriptions (Formation names FT=64)

FT = 64, Caps/Caps + Ie FT=63 FT=64, Caps+Ie FT=66, Caps FT=64, Caps FT=67 or FT=69, Caps FT=62 Caps+ Ie

FT=62, Caps/Caps+Ie FT=63 FT=64, Caps FT=64, TX=1.3 FT=62, TX=1.7 FT=62, TX=1.9, Caps+Ie FT=65, Caps FT=6, Caps+Ie FT=63, Caps+1c

3

FT=65, TX=1.7 min., Caps+Ie

4

TEXT PLACEMENT

General

When the geographical reference grid (graticle) is parallel to the frame around the illustration (neatline), text should be positioned horizontally.

When the illustration has a full curved graticule, text should follow the parallels of latitude. Once the angle of curvature approaches 100 it may be preferable to position text horizontally. If graticu1e ticks only are used, the text should be positioned parallel to the neatline. References, scales, titles, etc should always be parallel to the neatline.

When a name is placed parallel to the vertical neatline it should always read up. If it diverges from the vertical it should always be readable from the bottom or right-hand side of the illustration.

_Croydon 1

o Roma

o Emerald

Metalliferous mine Coal mining area Sampling station

<{ W

o 50km l.......----l

~ ~ ~ ?'O =:J ~ ~ C9 {j ~ '!

0& 0.... 3:: O~ q,-? -Vc, W [00 ~~:~

-?--z ?'", Z cY ~oG 'Z-o«, \¥oQ\'I'-

Point features, such as towns or mountain peaks, should be named first and other text fitted in remaining space.

Multiple names and descriptive notes should not be too widely separated so that they appear to be unrelated. They should be in blocks, straight lines or long simple curves.

In complex areas, start naming features from the centre of the area and then work outward.

Point Features

For small features or symbols, text should be placed on the upper right-hand side.

If this position is not practicable, other choices of text position, in order of preference are; lower right, upper left, lower left, centred above and centred below.

o Broken Hill

3 5 1 4-2

6

If it is not possible to place text parallel to the top and bottom neatlines or the parallels of the graticule, the feature may be named diagonally, but the text should be curved and not straight. If a land feature occupies a position near the coastline, the name should be generally pOSitioned on the landward side.

However, if there are numerous features to be named, those right on the coastline may have their names placed on the seaward side.

Names should not obscure topographical detail (coastlines, rivers, etc).

Linear Features

5

e\\'O(OO';. ) "'" >}\}s'll "V o Long I

Port Lincoln O

TASMAN

Crossland 0 SEA

0, Coffs Harbour

Port Macquari~

SuJph~ ~,..r-CoOk Point

NEWCASTLE 0

.Oakleigh

For linear features, text is placed on one side of the feature, preferably above it, reading from left to right.

If a feature is very short and must be labelled, as a last resort the label may be split above and below. Linear labelling should follow an imaginary smooth line, even when the feature has numerous bends. Avoid 'balancing' text on a point. Double-line streams should be named between the shorelines, unless there is insufficient space.

Names of long linear features can be repeated for clarity.

The destination of a road or railway, etc. which continues beyond the illustration edge should be positioned parallel to the feature inside the illustration and an arrow used to indicate the direction. The word 'TO' should not be used.

~ ~

ROBERTSQtL --'ilYE"rr L\11~--~~ .b ~

~ ~

~ --- ;::::::::--

6

Area Features

Wherever possible, area features should be labelled parallel to the top and bottom neatlines.

Large area features may be labelled using letter-spaced text.

If space permits, text should be placed within the feature boundary; preferably centred and on one line.

When state names are placed parallel to boundaries, they should be centred opposite each other.

When positioning two or more lines of text on a feature, left­justify or right-justify the text next to the feature. If text is placed above or below the feature, centre-justify it.

Geological letter-symbols

VICTORIA

TASMANIA

Lake~ Eildon~

Lake George

~ LAKE

GEORGE

Letter-symbols should be placed so that it is not necessary to search for the identification of each unit.

Fewer letter-symbols, if any, will be needed if the units are stippled.

The letter-symbol should preferably be centred within the area.

When the letter-symbol will not fit within the area, it should be placed outside and a lead-line drawn into the area.

Lead-lines should point from an imaginary dot in the centre of the first or last letter of the symbol.

Lead-lines should not, as a rule, be placed vertically, but when vertical leaders are necessary, they should point from the centre of the symbol.

Lead-lines should cross into an area at close to a right-angle to the boundary, and one-third of the lead-line should be within the area. Avoid: multiple lead-lines

Jkc 'back-Ieadering' G

lead-lines which run parallel to hachures

lead-lines which are larger than necessary

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •

SPACING OF TEXT

Letter Spacing

The distance between spaced letters should not exceed four times the height of the

text being used. I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I =c R U S T not =c R U S T

Word Spacing

Generally, the spacing between words in a sentence should not exceed the average letter width.

e.g. Archaean basement and metasediments not Archaean basement and metasediments

7

Words in a name are spaced equally unless there is a relationship between certain components. If necessary, less space may be left between related words than between words that are not related.

e.g MOUNT GORDON FAULT

For area names or broad features the space between components of the name should not be greater than the length of the longest word.

e.g. PRINCE CHARLES MOUNTAINS

The relationship between components should be maintained when it is necessary to place the name in two lines.

e.g. Crown Hill not Crown Lake HiffLake

Line Spacing

Text that is in two or more lines in sentences (references, etc) should have a line spacing of not more than one-half of the height of the text being used.

e.g. Granite, metasediments, possibly some high-grade metamorphics

When area names are placed in two lines, the vertical separation between lines of text should not be greater than:

- one-third of the length of the longer line of text I y I

_ GULF OF x x<y

-CARPENTARIA I x I x I x I

or - the length of the shorter line of text, whichever is less e.g. I x I x I x I

_MOUNT GORDON

y

ARCH I y I

x>y

8

Numbers

A space is left between groups of three digits to the left or right of the decimal point. e.g. 350 500 0.705 47

Figures with four digits either side of the decimal point do not need a space. e.g. 3382 0.7845

Spaces should not be used for specimen numbers or contour values. e.g. 80039A -25200

Where a figure is less than one, a zero should be inserted before the decimal point. e.g. 0.01 0.637 95

If graticule numbers are whole numbers, there is no need to show zero minutes e.g. 26° not 26°00'

However, if divisions of the whole degrees are shown, all minutes must be indicated. e.g. 26°30', then 2~00'

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •

9

GRA TICLES AND GEOGRAPHICAL CO-ORDINATES

Graticule ticks should be shown on all four sides of the illustration.

Full graticule or internal crosses should be avoided, but an irregular-shaped area may need full lines for clarity.

The graticule should be oriented N-S where possible.

Values of latitude and longitude (geographicals) should be labelled on two sides only, preferably top and right-hand side.

When all geographicals are whole degrees, omit ~O'.

Geographicals should be placed parallel to top and bottom neatlines, except when the graticule is not oriented N-S; then the geographicals should be aligned with the graticule.

Geographical values should be labelled as a minimum in FT=62, TX=1.5.

When a state or international boundary coincides with the edge of the illustration, the graticule should be omitted in preference to the boundary symbol.

........

I

I I

I I

I I

I I

I I

~---------------I

Divide and label graticules equally N-S and E-W except in special circumstances. e.g. When showing 1:250 000 or 1:100 000 sheet area break-ups.

illustrations with a converging projection should be squared off.

H a graticule is not shown, north should be indicated. Do not include a graticule and a north point on the same illustration.

10

MISCELLANEOUS PUBLICATION SPECIFICATIONS

References

Ideally, reference boxes should be 7 mm x 5 mm for column width, page width and A4 size illustrations.

Linear features, including contours, should be shown as straight lines.

B 1:1,::1 Cainozoic cover

A ~ Cambrian undifferentiated L:.;j (and Cainozoic cover)

EARLY PROTEROZOIC

f\~?:~~ Hatches Creek Group ~' \" _ (and Cainozoic cover)

i+l Granitic intrusives I±.......±J (and Cainozoic cover)

c ~~

v .. 7 Volcanics '- A

~.:.::.:.:] Warramunga Group .:.:.:.:. (and Cainozoic cover)

ARCHAEAN

~

o Geological boundary, accurate; approximate where broken and inferred where queried

Seismic traverse B

-20- Bathymetric contour (m)

.35 Seismic recording station

'X' Mine shot site

A 2 mm vertical gap between boxes, provided the number of lines of description allows.

B 2 mm horizontal gap between box and/or linear feature and the descriptive text,

C Descriptive text centred on the depth of the box.

D Linear and other symbols centred on first line of descriptive text.

Contours

All contours should have line weights in the ratio of 2:1 for index contours over other contours. Contour values should be in FT=63.

11

Scale Bars

Scale bars should be metric only, except for marine illustrations, where nautical miles may be required, and overseas publications where miles have been specifically requested by the author. In these cases, both kilometres and the other unit are to be shown.

o 10km I I I o 5nM

Abbreviations should be used for scale units. ego kilometres km, miles M, nautical miles nM

As a general rule the length of the scale bar should be approximately 25% of the width of the illustration or

. approximately 40 mm.

Do not subdivide the scale.

500km L-________________________ ~I

Scale values should preferably be in multiples of 2, 5, or 10. One is acceptable.

Skm I

20km I

Representative fractions (1:250 ODD, etc) should not be shown.

Specifications: Centre value over tick

Tick, 1 mm 10km L-______________________ ~I

Line, WT=3

Text, FT=62, TX=1.7

Graphs

Specifications: 4

3

:g: '" g2 ~ is

Axis line, WT=3 o I I I I I I Numbers FT=62 TX=1.7 o 10 20 30 40 50 ' ,

Time (years) Labels, FT=62, TX=1.9

1 mm

12

Town, city symbols

To be shown as an open square. Minimum size 1.5 mm square. Minimum lineweight WT=2, regardless of symbol size.

Homestead symbol

To be shown as a solid square. Minimum size 1.0 mm square.

Location diagram

1 When study area can be plotted, use WT=7line. 2 When study area is too small to be plotted, use 1.75 mm diameter dot. 3 Location diagram neatline to coincide with illustration border.

L.:::::============:; 1 mm gap

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •

INTERNATIONAL SYSTEM OF METRIC UNITS

Writing unit names and symbols

Unit names All unit names are written either in full or represented by their correct symbols:

e.g. metres per second or mls or m S-1

Mixtures of full or abbreviated names and symbols, including the symbol for 'per' (I) should not be used:

e.g. kg per cubic metre, metres/second and misec

Unit names follow the normal rules of grammar. The plural is used with numbers greater than 1 and numbers less than -1:

e.g. 20 grams, 150 kilometres, -20 newtons

but note abbreviations are not pluralised; i.e. gm not gms, km not kms

The singular is used for numbers between -1 and 1 inclusive: e.g. 1 gram, 0.15 kilometre, -0.32 metre per second

All unit names except Celcius are written in lower case: e.g. gram, newton, kilogram

Unit Symbols and Prefixes Most unit symbols are lower case except the symbols derived from people's names:

e.g. metre (m), gram (g), newton (N), hertz (Hz), pascal (pa), watt (W) however, litre is L

13

All prefix symbols are lower case except tera (T), giga (G), mega (M), peta (P), exa (E): e.g. kilogram (kg), megatonne (Mt).

Spacing of symbols

Prefix and Symbols The prefix symbol is part of the unit symbol and is attached to it without a space:

e.g. millimetre (mm), megawatt (MW), kilolitre (kL)

Compound Symbols Multiplication of one unit by another is represented by a dot or a space:

e.g.N.m,Nm

Division of one unit by another is represented by an oblique line or by multiplication by a negative power of the unit:

e.g. krn/h, km. h-1, km h-l

14

Numbers and Symbols Unit names and symbols should be separated from their associated numerical value by a space except for %, oC, $, c(ents), 0, " ":

e.g. 5 g, 27 MHz, 60 km/h, 9.8 m.s·1, 100%, $56.00

Numerical Notation

The Decimal Symbol A dot on the line is used:

e.g. 27.50

The Thousands Marker A space should be left between groups of 3 digits to the right and left of the decimal marker:

e.g. 12 236 412.5, 0.452 67

In 4 digit numbers the space may be omitted: e.g. 1234 or 1 234

A comma should not be used as a thousands marker

Numbers less than one A zero should be used before the decimal marker with numbers less than one:

e.g. 0.12345,0.5

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •

GENERAL 7/03/96 DATE Version of cell library

>

> > > > * }

ARROWl Solid arrowhead lmm

ARROW2 Solid arrowhead 2mm

ARROW3 Solid arrowhead 3mm

ARROW4 Solid arrowhead 4mm

ARROWS Solid arrowhead Smm

ARROW6 Open arrowhead 1 mm

ARROW7 Open arrowhead 2mm

ARROWB Open arrowhead 3mm

ARROW9 Open arrowhead 4mm

ARR010 OpenarrowheadSmm

AST Asterisk

BRAKET Legend bracket

o CIR1.S Open circle I.Smm diameter

o CIR2 Open circle 2mm diameter

t N

I

• • •

VERTTl Vertical tick, origin top I.Smm

VERTT2 Vertical tick, origin bottom I.Smm

ELIPS

HORTl

HORT2

Ellipse I.Smm

Horizontal tick, origin left I.Smm

Horizontal tick, origin right I.Smm

HSTEAD Homestead solid square .7Smm

NARROW North arrow 16mm

DISTAR Distance arrow

OPNDIA Open diamond shape

PLAN E Aeroplane in flight

SATL YT Satellite

SQ1.S

SQ2

SQ2.5

TRI1.0

TRll.5

Solid square I.Smm

Solid square 2mm

Solid square 2.Smm

Triangle 1 mm

Triangle I.Smm

RVRIGS R. V. Rig Seismic

STAR Open Smm star

STAR 1 Solid Smm star

PALAR Open paleo arrow

PALARl Solid paleo arrow

TOPOGRAPHY -t ASTRIP Airstrip, landing ground

YARD Yard

.t:> TRIGPT Trigonometrical station

o o

o '!' 6

TOWN

CITY

SPOTH

BORE

Township, I.Smm square

City, 2mm square

Spot height

Water bore

WPUMP Wind pump

BOREX Bore with windpump

DAM Open square lmm

SPRING Spring

GEOLOGY

UNCON Unconformity

DISCON Disconformity

DDHOLE Diamond drillhole I.Smm

• DYKE Dot lmm diameter

&.,; APROS Abandoned prospect or mine

J.M.7103196

ABMINE Abandoned mine

QUARRY Open cut or quarry

MINRQR Minor quarry

MMINE Major mine

MJRQRY Major quarry

ABDQRY Abandoned quarry

PUBSYMB.CEL GEOLOGY ~ MNRALL Minor alluvial workings

@ MJRALL Major alluvial workings

* • PE'!?

AB DALL Abandoned alluvial workings

TPLANT Treatment plant

PROTP7,B,9 Proterozoic P, 7,B,9pt.

£-C-C CAMBC7,B,9 Cambrian C, 7,B,9pt.

p£ p-C p-C

'RtrR

t

PCAMB7,B,9 Precambrian, 7,B,9pt.

TRIAS7,B,9 Triassic, Bpt.

ANT

CLEAV

DIP

Anticline, position accurate

Strike and dip of cleavage

Strike and dip of strata

~ DISP Fault displacement arrow

-r FIDIPl Photo interp dip SO_ISO

T FIDIP2 Photo interp dip IS°-4So

T FIDIP3 Photo interp dip 4so-90°

-r FOLA TN Strike and dip of/oliation

+ HDIP

JOINT

Horizontal strata

Strike and dip of joint

:>-;> LA VAF Facing ollava flows

* H

-+­+ II

•

M I NANT Minor anticline showing plunge

MINE Mine, may be abandoned

MINOCC Minor mineral occurrence

MINSYN Minor syncline showing plunge

OVRANT Overturned anticline

OVRSYN Overturned syncfine

SH EAR Shear zone

SYN Syncline position accurate

VCLEAV Strike and dip of vertical strata

VDIP Vertical strata

VFOL TN Vertical foliation

THRUST High angle thrust

TH RUSTl Thrust fault

UNCONl General unconformity

SCARP Palaeo surface scarp

PETROLEUM <r PETEXl Petroleum exploration well dry, abandoned

PETEX2 Petroleum exploration well, proposed site

o PETEX3 Petroleum exploration well, drilling

~ PETEX4 Petroleum exploration well with oil show

~ PETEX5 Petroleum exploration well abandoned, no production

.0 PETEX6 Petroleum exploration well with gas show

<r PETEX7 Petroleum exploration well with oillgas show, abandoned, no production

.¢. PETEXB Petroleum exploration well with oillgas show

~ PETEX9 Petroleum exploration well with oillgas show, abandoned, no production

Jf PETEXS Stratigraphic hole for petroleum exploration

• OIL1 Oil well

.. OIL2 Oi/wellsuspended

" OlL3 _ Oil well abandoned

.p. GASl Gas well

i$( GAS2 Gas well suspended

~ GAS3 Gas well abandoned

• OILGSl Oil and Gas well * OlLGS2 Oil and Gas well suspended * OlLGS3 Oil and Gas well abandoned

1J GSCONl Gas and condensate well

~ GSCON2 Gas and condensate well suspended * GSCON3 Gas and condensate well abandoned

o SERVWL Service well

OILRIG Fixed oil drillrig platform

OILPLT Floating oil drillrig platform

"' ..,. o g

(/)

"' ..,. o g

"' '" o g

(/)

"' ., o g

PALAEONTOLOGY 6 FOSLOC Fossillocality

• MACROF Macrofossil

&. MICROF Microfossil

~ TRACEF Trace fossil

= WOODF Wood fossil

@ ONCOL Oncolite

x

PMORPH Palynomorph

PLANTF Plant fossil

STROM Stromatolite

SAMPL Sample locality isotopic age

VBRATE Vertebrate fossil

SPECL Specimen locality with number

MEGASP Megaspores

15

8'

12"

16'

20'

24'

28'

32"

36'

40'

120° 126° 132° 138° 144° lS0°

LV41 = Active points, LV42 = State names LV43 = Abbreviated state names LV44 = State borders, LV45 = Neatline LV46 = Coastline, LV47 = Sea mask LV59 = 1° grid and geographicals

8°

12'

16'

20°

24°

28'

32'

36'

40°

PUBSYMB.dgn

PUBPAT.CEL LITHOLOGICAL PATTERNS

IGNEOUS ROCKS IGNEOUS ROCKS INTRUSIVE ROCKS

SEDIMENTARY ROCKS

J.M.7f03I96

Conglomerate

2 Breccia

Sandstone (Quartz, Random 1)

Sand (Random 2)

Sand (Random 3)

Sand (Random 4)

Siltstone 1

Siltstone 2

Shale

Limestone 1

Limestone 2

Chalk

Dolomite 1

Dolomite 2

16 Granite 1

+ + + + 17 Granite 2

+ +

+ + + + 18 Granite 3

+ +

Granite 4

Syenite

21 Dolerite

22 Intrusive (Diorite,Gabbro)

66 Dolerite 1

METAMORPHIC ROCKS a 51 Slate

~ 52 Phyllite

~ g 53 Schist 1 Dolomite 3 --

~ ~ 54 Schist 2 Lithic and/or feldspathic --

Sandstone ~~~:_:~ 55 Gneiss 1

rmw -~~~

Marl t==-==~~ 56 Gneiss 2

.57 Amphibolites

r : : : : : : :1 58 Quartzite 1

59 Quartzfte 2

Marble

61 Hornfels

Granulite

~~~ 63 Calc-silicate rock

INTRUSIVE ROCKS

23 Intrusive

24 Peridotite

25 Pegmatite

EXTRUSIVE ROCKS

26 Rhyolite

27 Dacite

Basalt

29 Volcanics 1

30 Volcanics 2

31 Volcanics 3

Andesite

Agglomerate or volcanic breccia

34 Volcanic breccia

35 Dacite

Tuff

Ignimbrite

16

7103/96 DATE Version of cell library

Coal (Note - not a cell, solid fill polygons)

38 Chert

39 Alluvium 1

Alluvium 2

Alluvium 3

42 Evaporites

Anhydrite

44 Gypsum

45 Halite

46 K& Mgsalts

Dot 1

Dot 2

Dot 3

\:::::::::::150 Double dot

PUBPAT.DGN

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